Central and Eastern United States 

Seismic Source Characterization 

for Nuclear Facilities 

Volume 4: Appendices A and B

U.S. Department of Energy

1000 Independence Avenue SW

Washington, DC 20585

Report # DOE/NE-0140

Electric Power Research Institute

3420 Hillview Avenue

Palo Alto, CA 94304

Report # 1021097

U.S. Nuclear Regulatory Commission

Offi ce of Nuclear Regulatory Research

Washington DC 20555

NUREG-2115

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Central and Eastern United States 

Seismic Source Characterization for 

Nuclear Facilities

Cosponsors

U.S. Department of Energy

1000 Independence Avenue SW

Washington, DC 20585

R. H. Lagdon, Jr.

Chief of Nuclear Safety

Office of the Under Secretary for Nuclear Security, S-5 

M.E. Shields

Project Manager

Office of Nuclear Energy, NE-72

Electric Power Research Institute

3420 Hillview Avenue

Palo Alto, CA 94304

J. F. Hamel 

Program Manager 

Advanced Nuclear Technology 

U.S. Nuclear Regulatory Commission

Office of Nuclear Regulatory Research

Washington DC 20555

R.G. Roche-Rivera

NRC Project Manager
DISCLAIMER OF WARRANTIES AND LIMITATION OF LIABILITIES

EPRI DISCLAIMER

THIS DOCUMENT WAS PREPARED AS AN ACCOUNT OF WORK SPONSORED OR 

COSPONSORED BY THE ELECTRIC POWER RESEARCH INSTITUTE, INC. (EPRI). NEITHER 

EPRI, ANY MEMBER OF EPRI, ANY COSPONSOR BELOW, NOR ANY PERSON ACTING ON 

BEHALF OF ANY OF THEM:

(A) MAKES ANY WARRANTY OR REPRESENTATION WHATSOEVER, EXPRESS OR IMPLIED, (I) 

WITH RESPECT TO THE USE OF ANY INFORMATION, APPARATUS, METHOD, PROCESS, OR 

SIMILAR ITEM DISCLOSED IN THIS DOCUMENT, INCLUDING MERCHANTABILITY AND FITNESS 

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(B) ASSUMES RESPONSIBILITY FOR ANY DAMAGES OR OTHER LIABILITY WHATSOEVER 

(INCLUDING ANY CONSEQUENTIAL DAMAGES, EVEN IF EPRI OR ANY EPRI REPRESENTATIVE 

HAS BEEN ADVISED OF THE POSSIBILITY OF SUCH DAMAGES) RESULTING FROM YOUR 

SELECTION OR USE OF THIS DOCUMENT OR ANY INFORMATION, APPARATUS, METHOD, 

PROCESS, OR SIMILAR ITEM DISCLOSED IN THIS DOCUMENT.

DOE DISCLAIMER

THIS REPORT WAS PREPARED AS AN ACCOUNT OF WORK SPONSORED BY AN AGENCY OF 

THE UNITED STATES GOVERNMENT. NEITHER THE UNITED STATES GOVERNMENT NOR ANY 

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NRC DISCLAIMER

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THE AUTHOR(S) AND DO NOT NECESSARILY REFLECT THE VIEW OF THE US NUCLEAR 

REGULATORY COMMISSION.

. 
This publication is a corporate document that should be cited in the literature in the following 

manner:

Technical Report: Central and Eastern United States Seismic Source Characterization for 

Nuclear Facilities. EPRI, Palo Alto, CA, U.S. DOE, and U.S. NRC: 2012. 

iii

SPONSORS’ ACKNOWLEDGMENTS 

The project sponsors would like to acknowledge the following individuals for directing the 

project: 

Coppersmith Consulting, Inc. 

2121 N. California Blvd., #290 

Walnut Creek, CA 94596 

Technical Integration (TI) Lead

K.J. Coppersmith 

Savannah River Nuclear Solutions, LLC 

Savannah River Site 

Building 730-4B, Room 313 

Aiken, SC 29808 

CEUS SSC Project Manager

L.A. Salomone 

This document describes research sponsored by the Electric Power Research Institute (EPRI), 

U.S. Department of Energy (U.S. DOE) under Award Number DE-FG07-08ID14908, and the 

U.S. Nuclear Regulatory Commission (U.S. NRC) under Award Number NCR-04-09-144. 

v 

AUTHORS

This document was prepared by the following investigators: 

Technical Integration Lead Kevin J. Coppersmith

Project Manager Lawrence A. Salomone

Technical Integration Team Chris W. Fuller

Laura L. Glaser

Kathryn L. Hanson

Ross D. Hartleb

William R. Lettis

Scott C. Lindvall

Stephen M. McDuffie

Robin K. McGuire

Gerry L. Stirewalt

Gabriel R. Toro

Robert R. Youngs

Database Manager David L. Slayter

Technical Support Serkan B. Bozkurt

Randolph J. Cumbest

Valentina Montaldo Falero 

Roseanne C. Perman

Allison M. Shumway

Frank H. Syms

Martitia (Tish) P. Tuttle, Paleoliquefaction Data 

Resource

NUREG-2115 DOE/NE-0140 EPRI 1021097

vii 

This document has been

reproduced from the best available copy.

 

ix

ABSTRACT

This report describes a new seismic source characterization (SSC) model for the Central and 

Eastern United States (CEUS). It will replace the Seismic Hazard Methodology for the Central 

and Eastern United States, EPRI Report NP-4726 (July 1986) and the Seismic Hazard 

Characterization of 69 Nuclear Plant Sites East of the Rocky Mountains, Lawrence Livermore 

National Laboratory Model, (Bernreuter et al., 1989). The objective of the CEUS SSC Project is 

to develop a new seismic source model for the CEUS using a Senior Seismic Hazard Analysis 

Committee (SSHAC) Level 3 assessment process. The goal of the SSHAC process is to represent 

the center, body, and range of technically defensible interpretations of the available data, models, 

and methods. Input to a probabilistic seismic hazard analysis (PSHA) consists of both seismic 

source characterization and ground motion characterization. These two components are used to 

calculate probabilistic hazard results (or seismic hazard curves) at a particular site. This report 

provides a new seismic source model. 

Results and Findings

The product of this report is a regional CEUS SSC model. This model includes consideration of 

an updated database, full assessment and incorporation of uncertainties, and the range of diverse 

technical interpretations from the larger technical community. The SSC model will be widely 

applicable to the entire CEUS, so this project uses a ground motion model that includes generic 

variations to allow for a range of representative site conditions (deep soil, shallow soil, hard 

rock). Hazard and sensitivity calculations were conducted at seven test sites representative of 

different CEUS hazard environments. 

Challenges and Objectives

The regional CEUS SSC model will be of value to readers who are involved in PSHA work, and 

who wish to use an updated SSC model. This model is based on a comprehensive and traceable 

process, in accordance with SSHAC guidelines in NUREG/CR-6372, Recommendations for 

Probabilistic Seismic Hazard Analysis: Guidance on Uncertainty and Use of Experts. The model 

will be used to assess the present-day composite distribution for seismic sources along with their 

characterization in the CEUS and uncertainty. In addition, this model is in a form suitable for use 

in PSHA evaluations for regulatory activities, such as Early Site Permit (ESPs) and Combined 

Operating License Applications (COLAs).

Applications, Values, and Use

Development of a regional CEUS seismic source model will provide value to those who (1) have 

submitted an ESP or COLA for Nuclear Regulatory Commission (NRC) review before 2011; (2) 

will submit an ESP or COLA for NRC review after 2011; (3) must respond to safety issues 

resulting from NRC Generic Issue 199 (GI-199) for existing plants and (4) will prepare PSHAs 

to meet design and periodic review requirements for current and future nuclear facilities. This 

work replaces a previous study performed approximately 25 years ago. Since that study was 
x 

completed, substantial work has been done to improve the understanding of seismic sources and 

their characterization in the CEUS. Thus, a new regional SSC model provides a consistent, stable 

basis for computing PSHA for a future time span. Use of a new SSC model reduces the risk of 

delays in new plant licensing due to more conservative interpretations in the existing and future 

literature.

Perspective

The purpose of this study, jointly sponsored by EPRI, the U.S. Department of Energy (DOE), 

and the NRC was to develop a new CEUS SSC model. The team assembled to accomplish this 

purpose was composed of distinguished subject matter experts from industry, government, and 

academia. The resulting model is unique, and because this project has solicited input from the 

present-day larger technical community, it is not likely that there will be a need for significant 

revision for a number of years. See also Sponsors’ Perspective for more details.

Approach

The goal of this project was to implement the CEUS SSC work plan for developing a regional 

CEUS SSC model. The work plan, formulated by the project manager and a technical integration 

team, consists of a series of tasks designed to meet the project objectives. This report was 

reviewed by a participatory peer review panel (PPRP), sponsor reviewers, the NRC, the U.S. 

Geological Survey, and other stakeholders. Comments from the PPRP and other reviewers were 

considered when preparing the report. The SSC model was completed at the end of 2011. 

Keywords

Probabilistic seismic hazard analysis (PSHA)

Seismic source characterization (SSC)

Seismic source characterization model

Central and Eastern United States (CEUS)
xi

CONTENTS

Abstract........................................................................................................................................ ix

Contents....................................................................................................................................... xi

List of Figures ............................................................................................................................xxv

List of Tables........................................................................................................................... lxxvii

Executive Summary ................................................................................................................lxxxv

Participatory Peer Review Panel Final Report Dated October 24, 2011 ...................................xcv

Project Acknowledgements.........................................................................................................ciii

Sponsor’s Perspective ................................................................................................................ cv

Abbreviations ..............................................................................................................................cix

1 INTRODUCTION ....................................................................................................................1-1

1.1 Background and History..................................................................................................1-1

1.1.1 EPRI-SOG and LLNL Projects ................................................................................1-2

1.1.2 Development of the SSHAC Process .....................................................................1-2

1.1.3 Implementation of the SSHAC Methodology ..........................................................1-3

1.1.4 Regional SSC Model for Nuclear Facilities..............................................................1-3

1.1.5 Differences from USGS National Seismic Hazard Mapping Project........................1-4

1.2 Purpose of the CEUS SSC Project .................................................................................1-5

1.2.1 Implementation of SSHAC Level 3 Process ............................................................1-6

1.2.2 Goals: Stability and Longevity .................................................................................1-8

1.2.3 Interface with Ground Motion Models......................................................................1-8

1.3 Study Region.................................................................................................................1-10

1.4 Products of Project........................................................................................................1-10

1.4.1 Seismic Source Model for Study Region ...............................................................1-10

1.4.2 Hazard Input Document.........................................................................................1-12

1.4.3 Documentation of Technical Bases for All Assessments ......................................1-12

1.4.4 Other Key Products ...............................................................................................1-13

1.4.4.1 Data Evaluation and Data Summary Tables..................................................1-13
xii

1.4.4.2 Database of Geologic, Geophysical, and Seismological Data.......................1-13

1.4.4.3 Earthquake Catalog with Uniform Moment Magnitudes.................................1-13

1.4.4.4 Updated Paleoseismicity Data and Guidance................................................1-14

1.4.4.5 Recommendations for Future Applications of SSC Model.............................1-14

2 SSHAC LEVEL 3 ASSESSMENT PROCESS AND IMPLEMENTATION .............................2-1

2.1 Goals and Activities of a SSHAC Assessment Process..................................................2-2

2.1.1 Evaluation................................................................................................................2-4

2.1.2 Integration ...............................................................................................................2-4

2.2 Roles of CEUS SSC Project Participants........................................................................2-5

2.3 CEUS SSC Project Organization ....................................................................................2-7

2.4 Key Tasks and Activities .................................................................................................2-9

2.4.1 Database Development ...........................................................................................2-9

2.4.2 Identification of Significant Issues .........................................................................2-10

2.4.3 Workshop #1—Key Issues and Available Data .....................................................2-10

2.4.4 Workshop #2—Alternative Interpretations.............................................................2-12

2.4.5 Working Meetings..................................................................................................2-13

2.4.6 SSC Sensitivity Model Development .....................................................................2-14

2.4.7 Workshop #3—Feedback ......................................................................................2-15

2.4.8 SSC Preliminary Model Development ...................................................................2-16

2.4.9 Finalization and Review of SSC Draft and Final Model.........................................2-17

2.4.10 Documentation ....................................................................................................2-19

2.4.10.1 Development of the Hazard Input Document...............................................2-19

2.4.10.2 Development of Earlier Draft Report............................................................2-19

2.4.10.3 Draft Report Review.....................................................................................2-19

2.4.10.4 Final Report Development ...........................................................................2-20

2.5 Participatory Peer Review Panel...................................................................................2-20

2.5.1 Roles and Responsibilities ....................................................................................2-20

2.5.2 Reviews and Feedback ........................................................................................2-20

2.5.3 Fulfillment of SSHAC-Prescribed Scope of Review of Both Technical and 

Process Issues ..............................................................................................................2-21

2.6 Consistency of CEUS SSC Assessment Process with SSHAC Guidelines ..................2-22

3 EARTHQUAKE CATALOG....................................................................................................3-1

3.1 Goals for the Earthquake Catalog Development.............................................................3-1

3.1.1 Completeness..........................................................................................................3-1
xiii

3.1.2 Uniformity of Catalog Processing ............................................................................3-2

3.1.3 Catalog Review .......................................................................................................3-3

3.2 Catalog Compilation........................................................................................................3-4

3.2.1 Continental-Scale Catalogs .....................................................................................3-5

3.2.2 Regional Catalogs ...................................................................................................3-7

3.2.3 Catalogs from Special Studies ................................................................................3-7

3.2.4 Focal Depth Data.....................................................................................................3-8

3.2.5 Nontectonic Events..................................................................................................3-9

3.2.6 Identification of Unique Earthquake Entries ............................................................3-9

3.3 Development of a Uniform Moment Magnitude Earthquake Catalog............................3-11

3.3.1 Approach for Uniform Magnitude and Unbiased Recurrence Estimation ..............3-11

3.3.2 Estimation of E[M] for the CEUS SSC Project Catalog .........................................3-19

3.3.2.1 Effect of Magnitude Rounding on Statistical Tests ........................................3-19

3.3.2.2 Moment Magnitude Data................................................................................3-20

3.3.2.3 Estimation of E[M] from Body-Wave Magnitudes ..........................................3-22

3.3.2.4 Estimation of E[M] from ML Magnitudes.........................................................3-28

3.3.2.5 Estimation of E[M] from MS Magnitudes ........................................................3-29

3.3.2.6 Estimation of E[M] from MC and MD Magnitudes............................................3-30

3.3.2.7 Estimation of E[M] from the Logarithm of Felt Area.......................................3-32

3.3.2.8 Estimation of E[M] from the Maximum Intensity, I0 ........................................3-32

3.3.2.9 Uniform Moment Magnitude Catalog of E[M] and N* Values.........................3-36

3.4 Identification of Independent Earthquakes....................................................................3-37

3.5 Catalog Completeness..................................................................................................3-39

4 CONCEPTUAL SEISMIC SOURCE CHARACTERIZATION FRAMEWORK........................4-1

4.1 Needs for a Conceptual SSC Framework .......................................................................4-2

4.1.1 Logic Tree Approach to Representing Alternatives and Assessing 

Uncertainties........................................................................................................ 4-2

4.1.1.1 Examples of Logic Trees .................................................................................4-3

4.1.1.2 Assigning Weights to Logic Tree Branches .....................................................4-3

4.1.2 Data Identification and Evaluation ...........................................................................4-5

4.1.2.1 “Generic” Data Identification to Address Indicators of a Seismic Source ........4-5

4.1.2.2 Data Evaluation for Particular Seismic Sources: Data Evaluation and 

Data Summary Tables .................................................................................................4-7

4.1.3 Methodology for Identifying Seismic Sources..........................................................4-9
xiv

4.1.3.1 Hazard-Informed Approach ...........................................................................4-11

4.1.3.2 Conclusions Regarding the Hazard Significance of Various SSC Issues......4-13

4.1.3.3 Criteria for Defining Seismic Sources ............................................................4-14

4.2 Master Logic Tree .........................................................................................................4-18

4.2.1 Description of Logic Tree Elements.......................................................................4-18

4.2.2 RLME Source Logic Tree ......................................................................................4-20

4.2.3 Mmax Zones Logic Tree........................................................................................4-22

4.2.4 Seismotectonic Zones Branch...............................................................................4-24

5 SSC MODEL: OVERVIEW AND METHODOLOGY...............................................................5-1

5.1 Overview of Spatial and Temporal Models......................................................................5-1

5.1.1 Spatial Model Considerations..................................................................................5-1

5.1.2 Considerations Regarding Temporal Models ..........................................................5-3

5.1.3 Perspective on CEUS SSC Models.........................................................................5-4

5.2 Maximum Earthquake Magnitude Assessment...............................................................5-5

5.2.1 Approaches to Mmax Estimation in the CEUS........................................................5-6

5.2.1.1 Bayesian Mmax Approach...............................................................................5-8

5.2.1.2 Kijko Approach to Mmax Assessment ...........................................................5-17

5.2.1.3 Weights for the Alternative Mmax Approaches..............................................5-20

5.2.1.4 Example Mmax Distributions .........................................................................5-20

5.2.2 Other Mmax Issues ..............................................................................................5-21

5.3 Earthquake Recurrence Assessment............................................................................5-22

5.3.1 Smoothing to Represent Spatial Stationarity.........................................................5-22

5.3.2 Smoothing Approach.............................................................................................5-23

5.3.2.1 Development of Penalized-Likelihood Approach and Formulation ................5-23

5.3.2.2 Application of the Model and Specification of Model Parameters..................5-36

5.3.2.3 Exploration of Model Results in Parameter Space ........................................5-40

5.3.2.4 Consideration of Constant b-Value Kernel Approaches ................................5-42

5.3.2.5 Comparison to EPRI-SOG Approach.............................................................5-45

5.3.2.6 Assessment of the Lombardi Study ...............................................................5-46

5.3.3 Estimation of Recurrence for RLME Sources........................................................5-47

5.3.3.1 Estimation of Occurrence Rates for the Poisson Model ................................5-48

5.3.3.2 Estimation of Occurrence Rates for a Renewal Model ..................................5-51

5.3.3.3 Incorporating Uncertainty in the Input............................................................5-52

5.3.3.4 RLME Magnitude Distribution ........................................................................5-53
xv

5.4 Assessment of Future Earthquake Characteristics .......................................................5-54

5.4.1 Tectonic Stress Regime ........................................................................................5-55

5.4.2 Sense of Slip/Style of Faulting...............................................................................5-55

5.4.3 Strike and Dip of Ruptures ....................................................................................5-55

5.4.4 Seismogenic Crustal Thickness ...........................................................................5-56

5.4.5 Fault Rupture Area ................................................................................................5-57

5.4.6 Rupture Length-to-Width Aspect Ratio..................................................................5-57

5.4.7 Relationship of Rupture to Source Zone Boundaries ............................................5-58

5.5 Predicted Seismic Moment Rate...................................................................................5-58

6 SSC MODEL: RLME SOURCES AND MMAX ZONES BRANCH.........................................6-1

6.1 RLME Sources ................................................................................................................6-1

6.1.1 Charlevoix................................................................................................................6-3

6.1.1.1 Evidence for Temporal Clustering....................................................................6-4

6.1.1.2 Localizing Tectonic Features ...........................................................................6-4

6.1.1.3 Geometry and Style of Faulting .......................................................................6-5

6.1.1.4 RLME Magnitude .............................................................................................6-7

6.1.1.5 RLME Recurrence ...........................................................................................6-8

6.1.2 Charleston .............................................................................................................6-10

6.1.2.1 Evidence for Temporal Clustering..................................................................6-11

6.1.2.2 Localizing Feature .........................................................................................6-12

6.1.2.3 Geometry and Style of Faulting .....................................................................6-12

6.1.2.4 RLME Magnitude ...........................................................................................6-15

6.1.2.5 RLME Recurrence .........................................................................................6-17

6.1.3 Cheraw Fault ........................................................................................................6-22

6.1.3.1 Evidence for Temporal Clustering..................................................................6-23

6.1.3.2 Geometry and Style of Faulting .....................................................................6-24

6.1.3.3 RLME Magnitude ...........................................................................................6-25

6.1.3.4 RLME Recurrence .........................................................................................6-26

6.1.4 Meers Fault............................................................................................................6-28

6.1.4.1 Evidence for Temporal Clustering..................................................................6-29

6.1.4.2 Localizing Feature .........................................................................................6-29

6.1.4.3 Geometry and Style of Faulting .....................................................................6-30

6.1.4.4 RLME Magnitude ...........................................................................................6-31

6.1.4.5 RLME Recurrence .........................................................................................6-34
xvi

6.1.5 Reelfoot Rift–New Madrid Fault System ...............................................................6-35

6.1.5.1 Evidence for Temporal Clustering..................................................................6-40

6.1.5.2 Geometry and Style of Faulting .....................................................................6-42

6.1.5.3 RLME Magnitude ...........................................................................................6-44

6.1.5.4 RLME Recurrence .........................................................................................6-47

6.1.6 Reelfoot Rift—Eastern Rift Margin Fault ...............................................................6-50

6.1.6.1 Evidence for Temporal Clustering..................................................................6-53

6.1.6.2 Geometry and Style of Faulting .....................................................................6-53

6.1.6.3 RLME Magnitude ...........................................................................................6-54

6.1.6.4 RLME Recurrence .........................................................................................6-56

6.1.7 Reelfoot Rift—Marianna .......................................................................................6-57

6.1.7.1 Evidence for Temporal Clustering..................................................................6-58

6.1.7.2 Geometry and Style of Faulting .....................................................................6-59

6.1.7.3 RLME Magnitude ...........................................................................................6-60

6.1.7.4 RLME Recurrence .........................................................................................6-61

6.1.8 Reelfoot Rift—Commerce Fault Zone ..................................................................6-62

6.1.8.1 Evidence for Temporal Clustering..................................................................6-63

6.1.8.2 Geometry and Style of Faulting .....................................................................6-64

6.1.8.3 RLME Magnitude ...........................................................................................6-65

6.1.8.4 RLME Recurrence .........................................................................................6-66

6.1.9 Wabash Valley ......................................................................................................6-68

6.1.9.1 Evidence for Temporal Clustering..................................................................6-69

6.1.9.2 Geometry and Style of Faulting .....................................................................6-69

6.1.9.3 RLME Magnitude ...........................................................................................6-72

6.1.9.4 RLME Recurrence .........................................................................................6-73

6.2 Mmax Distributed Seismicity Source Zones..................................................................6-74

6.2.1 Definition of Mmax Zones .....................................................................................6-74

6.2.2 Criteria for Defining the MESE/NMESE Boundary ...............................................6-75

6.3 Maximum Magnitude Distributions for Mmax Distributed Seismicity Sources...............6-76

6.3.1 Maximum Observed Earthquake Magnitude .........................................................6-76

6.3.2 Mmax Distributions ................................................................................................6-77

6.4 Recurrence Parameters ................................................................................................6-78

6.4.1 Rate and b-Value Maps for Single Zone and Two Zones......................................6-78

6.4.2 Comparison of Recurrence Parameters to Catalog...............................................6-79
xvii

7 SSC MODEL: SEISMOTECTONIC ZONES BRANCH ..........................................................7-1

7.1 Approaches and Data Used to Define Seismotectonic Zones ........................................7-1

7.2 RLME Sources in the Seismotectonic Zones Branch......................................................7-4

7.3 Seismotectonic Source Zones.........................................................................................7-4

7.3.1 St. Lawrence Rift Zone (SLR) .................................................................................7-4

7.3.1.1 Background......................................................................................................7-5

7.3.1.2 Basis for Defining Seismotectonic Zone ........................................................7-11

7.3.1.3 Basis for Zone Geometry...............................................................................7-12

7.3.1.4 Basis for Zone Mmax.....................................................................................7-12

7.3.1.5 Future Earthquake Characteristics ................................................................7-13

7.3.2 Great Meteor Hotspot Zone (GMH) ......................................................................7-15

7.3.2.1 Background....................................................................................................7-16

7.3.2.2 Basis for Defining Seismotectonic Zone ........................................................7-18

7.3.2.3 Basis for Zone Geometry...............................................................................7-19

7.3.2.4 Basis for Zone Mmax.....................................................................................7-19

7.3.2.5 Future Earthquake Characteristics ................................................................7-20

7.3.3 Northern Appalachian Zone (NAP) .......................................................................7-21

7.3.3.1 Background....................................................................................................7-21

7.3.3.2 Basis for Defining Seismotectonic Zone ........................................................7-23

7.3.3.3 Basis for Zone Geometry...............................................................................7-24

7.3.3.4 Basis for Zone Mmax.....................................................................................7-24

7.3.3.5 Future Earthquake Characteristics ................................................................7-25

7.3.4 Paleozoic Extended Crust (PEZ)...........................................................................7-25

7.3.4.1 Background....................................................................................................7-26

7.3.4.2 Basis for Defining Seismotectonic Zone ........................................................7-32

7.3.4.3 Basis for Zone Geometry...............................................................................7-33

7.3.4.4 Basis for Zone Mmax.....................................................................................7-34

7.3.4.5 Future Earthquake Characteristics ...............................................................7-36

7.3.5 Ilinois Basin Extended Basement Zone (IBEB) .....................................................7-37

7.3.5.1 Background....................................................................................................7-38

7.3.5.2 Basis for Defining Seismotectonic Zone ........................................................7-38

7.3.5.3 Basis for Zone Geometry...............................................................................7-40

7.3.5.4 Basis for Zone Mmax.....................................................................................7-41

7.3.5.5 Future Earthquake Characteristics ................................................................7-41

7.3.6 Reelfoot Rift Zone (RR).........................................................................................7-42
xviii

7.3.6.1 Background....................................................................................................7-42

7.3.6.2 Basis for Defining Seismotectonic Zone ........................................................7-46

7.3.6.3 Basis for Zone Geometry...............................................................................7-46

7.3.6.4 Basis for Zone Mmax.....................................................................................7-47

7.3.6.5 Future Earthquake Characteristics ................................................................7-48

7.3.7 Extended Continental Crust–Atlantic Margin Zone (ECC-AM) ..............................7-48

7.3.7.1 Background....................................................................................................7-49

7.3.7.2 Basis for Defining Seismotectonic Zone ........................................................7-53

7.3.7.3 Basis for Geometry ........................................................................................7-54

7.3.7.4 Basis for Mmax ..............................................................................................7-54

7.3.7.5 Future Earthquake Characteristics ................................................................7-55

7.3.8 Atlantic Highly Extended Crust Zone (AHEX)........................................................7-55

7.3.8.1 Basis for Defining Seismotectonic Zone ........................................................7-56

7.3.8.2 Basis for Geometry ........................................................................................7-57

7.3.8.3 Basis for Mmax ..............................................................................................7-57

7.3.8.4 Future Earthquake Characteristics ................................................................7-57

7.3.9 Extended Continental Crust–Gulf Coast Zone (ECC-GC).....................................7-58

7.3.9.1 Basis for Defining Seismotectonic Zone ........................................................7-58

7.3.9.2 Basis for Zone Geometry...............................................................................7-59

7.3.9.3 Basis for Zone Mmax.....................................................................................7-62

7.3.9.4 Future Earthquake Characteristics ................................................................7-63

7.3.9.5 Possible Paleoliquefaction Features in Arkansas, Louisiana, and 

Mississippi .................................................................................................................7-64

7.3.10 Gulf Coast Highly Extended Crust Zone (GHEX)................................................7-65

7.3.10.1 Basis for Defining Seismotectonic Zone ......................................................7-66

7.3.10.2 Basis for Zone Geometry.............................................................................7-66

7.3.10.3 Basis for Zone Mmax...................................................................................7-66

7.3.10.4 Future Earthquake Characteristics ..............................................................7-67

7.3.11 Oklahoma Aulacogen Zone (OKA)......................................................................7-68

7.3.11.1 Basis for Defining Seismotectonic Zone ......................................................7-69

7.3.11.2 Basis for Zone Geometry.............................................................................7-69

7.3.11.3 Basis for Zone Mmax...................................................................................7-70

7.3.11.4 Future Earthquake Characteristics ..............................................................7-70

7.3.12 Midcontinent-Craton Zone (MidC) .......................................................................7-70

7.3.12.1 Background..................................................................................................7-71
xix

7.3.12.2 Basis for Defining Seismotectonic Zone ......................................................7-76

7.3.12.3 Basis for Zone Geometry.............................................................................7-77

7.3.12.4 Basis for Zone Mmax...................................................................................7-77

7.3.12.5 Future Earthquake Characteristics ..............................................................7-77

7.4 Maximum Magnitude Distributions for Seismotectonic Distributed Seismicity 

Sources ...............................................................................................................................7-78

7.4.1 Maximum Observed Earthquake Magnitude .........................................................7-78

7.4.2 Mmax Distributions ................................................................................................7-79

7.5 Recurrence Parameters ................................................................................................7-80

7.5.1 Rate and b-Value Maps for Single Zone and Two Zones......................................7-80

7.5.2 Comparison of Recurrence Parameters to Catalog...............................................7-80

8 DEMONSTRATION HAZARD CALCULATIONS...................................................................8-1

8.1 Background on Demonstration Hazard Calculations.......................................................8-1

8.2 Demonstration Hazard Calculations................................................................................8-2

8.2.1 Central Illinois Site...................................................................................................8-4

8.2.2 Chattanooga Site.....................................................................................................8-5

8.2.3 Houston Site............................................................................................................8-6

8.2.4 Jackson Site ............................................................................................................8-7

8.2.5 Manchester Site.......................................................................................................8-9

8.2.6 Savannah Site .........................................................................................................8-9

8.2.7 Topeka Site ...........................................................................................................8-10

9 USE OF THE CEUS SSC MODEL IN PSHA .........................................................................9-1

9.1 Overview .........................................................................................................................9-1

9.2 Hazard Input Document (HID).........................................................................................9-2

9.3 Implementation Instructions ............................................................................................9-2

9.3.1 Simplifications to Seismic Sources..........................................................................9-2

9.3.1.1 Charleston RLME.............................................................................................9-3

9.3.1.2 Charlevoix RLME.............................................................................................9-3

9.3.1.3 Cheraw RLME .................................................................................................9-4

9.3.1.4 Commerce Fault Zone RLME ..........................................................................9-5

9.3.1.5 Eastern Rift Margin North RLME .....................................................................9-5

9.3.1.6 Eastern Rift Margin South RLME.....................................................................9-5

9.3.1.7 Marianna RLME...............................................................................................9-6

9.3.1.8 Meers RLME....................................................................................................9-6
xx

9.3.1.9 New Madrid Fault System RLME.....................................................................9-7

9.3.1.10 Wabash Valley RLME....................................................................................9-7

9.3.1.11 Background Sources......................................................................................9-8

9.3.2 Accessing the SSC Model and Components from the Website ..............................9-8

9.3.3 Accessing Project Databases..................................................................................9-9

9.3.4 Use of SSC Model with Site-Specific Refinements ...............................................9-10

9.4 Hazard Significance ......................................................................................................9-10

9.4.1 Data Available to Evaluate the Precision of Seismic Hazard Estimates................9-10

9.4.2 Observed Imprecision in Seismic Hazard Estimates.............................................9-11

9.4.2.1 Area Seismic Sources....................................................................................9-11

9.4.2.2 RLME Seismic Sources .................................................................................9-12

9.4.2.3 Ground Motion Equations ..............................................................................9-15

9.4.2.4 Site Response ...............................................................................................9-19

9.4.3 Conclusions on the Precision in Seismic Hazard Estimates .................................9-19

10 REFERENCES ...................................................................................................................10-1

11 GLOSSARY OF KEY TERMS............................................................................................11-1

A DESCRIPTION OF THE CEUS SSC PROJECT DATABASE ............................................. A-1

A.1 Data Sources ................................................................................................................. A-2

A.2 Project Database Design and Management .................................................................. A-3

A.3 Workflow and Data Assessment.................................................................................... A-3

A.3.1 Workflow ................................................................................................................ A-3

A.3.2 Digital Data............................................................................................................. A-4

A.3.3 Nondigital Data ...................................................................................................... A-4

A.4 Use of Project Database in Model Development .......................................................... A-5

A.5 Metadata........................................................................................................................ A-5

A.6 Database Delivery Format ............................................................................................. A-6

B EARTHQUAKE CATALOG DATABASE ............................................................................. B-1

B.1 CEUS SSC Uniform Moment Magnitude Earthquake Catalog ...................................... B-1

B.2 Moment Magnitude Data................................................................................................ B-2

B.3 Approximate Moment Magnitude Data .......................................................................... B-3

B.4 CEUS SSC Project Data................................................................................................ B-3
xxi 

C DATA EVALUATION TABLES ............................................................................................. C-1 

Introduction .......................................................................................................................... C-2 

D DATA SUMMARY TABLES ................................................................................................. D-1 

Introduction .......................................................................................................................... D-2 

E CEUS PALEOLIQUEFACTION DATABASE, UNCERTAINTIES ASSOCIATED WITH 

PALEOLIQUEFACTION DATA, AND GUIDANCE FOR SEISMIC SOURCE 

CHARACTERIZATION.............................................................................................................. E-i

E.1 Development of the Paleoliquefaction Database........................................................... E-1 

E.1.1 Database Structure ................................................................................................ E-1 

E.1.2 Regional Data Sets ................................................................................................ E-4 

E.2 Uncertainties Associated with Paleoliquefaction Data ................................................ E-24

E.2.1 Collection of Paleoliquefaction Data ................................................................... E-24

E.2.2 Uncertainties Related to Interpretation of Paleoliquefaction Data........................ E-35

E.2.3 Recommendations for Future Research .............................................................. E-43 

 E.3 Guidance for the Use of Paleoliquefaction Data in Seismic Source

Characterization...................................................................................................................... E-44

E.4 Glossary....................................................................................................................... E-46

E.5 References .................................................................................................................. E-49

E.5.1 References Cited in Paleoliquefaction Database ................................................ E-49

E.5.2 References Cited in Appendix E .......................................................................... E-54

F WORKSHOP SUMMARIES ................................................................................................... F-1 

WORKSHOP 1: KEY ISSUES AND AVAILABLE DATA

DAY 1–TUESDAY, JULY 22, 2008 ....................................................................................... F-1 

DAY 2–WEDNESDAY, JULY 23, 2008............................................................................... F-10

REFERENCES .................................................................................................................... F-17

WORKSHOP 2: ALTERNATIVE INTERPRETATIONS

DAY 1–WEDNESDAY, FEBRUARY 18, 2009 .....................................................................F18

DAY 2–THURSDAY, FEBRUARY 19, 2009........................................................................ F-24

DAY 3–FRIDAY, FEBRUARY 20, 2009 .............................................................................. F-29

REFERENCES .................................................................................................................. F-34

WORKSHOP 3: FEEDBACK

DAY 1–TUESDAY, AUGUST 25, 2009............................................................................... F-42

DAY 2–WEDNESDAY, AUGUST 26, 2009......................................................................... F-49
xxii

G BIOGRAPHIES OF PROJECT TEAM..................................................................................G-1

EPRI MANAGEMENT ..........................................................................................................G-2

PROJECT MANAGER .........................................................................................................G-2

TI TEAM ...............................................................................................................................G-3

TECHNICAL SUPPORT.......................................................................................................G-7

DATABASE MANAGER.......................................................................................................G-9

PARTICIPATORY PEER REVIEW PANEL..........................................................................G-9

SPONSOR REVIEWERS...................................................................................................G-14

H CEUS SSC MODEL HAZARD INPUT DOCUMENT (HID)................................................... H-1

H.1 Introduction.................................................................................................................... H-1

H.2 Seismic Source Model Structure and Master Logic Tree .............................................. H-1

H.3 Mmax Zones Distributed Seismicity Sources ................................................................ H-2

H.3.1 Division of Study Region ....................................................................................... H-2

H.3.2 Location of Boundary of Mesozoic Extension ....................................................... H-2

H.3.3 Magnitude Interval Weights for Fitting Earthquake Occurrence Parameters ........ H-2

H.3.4 Mmax Zones ......................................................................................................... H-2

H.3.5 Seismogenic Crustal Thickness ............................................................................ H-2

H.3.6 Future Earthquake Rupture Characteristics .......................................................... H-3

H.3.7 Assessment of Seismicity Rates ........................................................................... H-3

H.3.8 Degree of Smoothing Applied in Defining Spatial Smoothing of Seismicity 

Rates ............................................................................................................................... H-3

H.3.9 Uncertainty in Earthquake Recurrence Rates........................................................ H-3

H.3.10 Uncertainty in Maximum Magnitude..................................................................... H-4

H.4 Seismotectonic Zones ................................................................................................... H-4

H.4.1 Alternative Zonation Models .................................................................................. H-4

H.4.2 Magnitude Interval Weights for Fitting Earthquake Occurrence Parameters ......... H-4

H.4.3 Seismotectonic Zones............................................................................................ H-5

H.4.4 Seismogenic Crustal Thickness............................................................................. H-5

H.4.5 Future Earthquake Rupture Characteristics .......................................................... H-5

H.4.6 Assessment of Seismicity Rates ........................................................................... H-5

H.4.7 Degree of Smoothing Applied in Defining Spatial Smoothing of Seismicity 

Rates .............................................................................................................................. H-5

H.4.8 Uncertainty in Earthquake Recurrence Rates ....................................................... H-5

H.4.9 Uncertainty in Maximum Magnitude ...................................................................... H-6

H.5 RLME Sources ....................................................................................................H-6
xxiii

H.5.1 Charlevoix RLME Seismic Source Model ............................................................. H-6

H.5.2 Charleston RLME Seismic Source Model.............................................................. H-7

H.5.3 Cheraw RLME Seismic Source Model................................................................... H-9

H.5.4 Meers RLME Seismic Source Model ................................................................... H-11

H.5.5 New Madrid Fault System RLME Seismic Source Model .................................... H-12

H.5.6 Eastern Rift Margin Fault RLME Seismic Source Model ..................................... H-14

H.5.7 Marianna Zone RLME Seismic Source Model ..................................................... H-15

H.5.8 Commerce Fault RLME Seismic Source Model................................................... H-16

H.5.9 Wabash Valley RLME Seismic Source Model ..................................................... H-18

I PPRP REVIEW COMMENTS...................................................................................................I-1

CORRESPONDENCE—CONTENTS ....................................................................................I-3

Participatory Peer Review Panel (PPRP) Letters..............................................................I-3

Technical Integration (TI) Team and Project Manager (PM) Response to PPRP 

Letters................................................................................................................................I-4

J MAGNITUDE-RECURRENCE MAPS FOR ALL REALIZATIONS AND ALL 

SOURCE-ZONE CONFIGURATIONS.......................................................................................J-1

K SCR DATABASE USED TO DEVELOP MMAX PRIOR DISTRIBUTIONS ......................... K-1

K.1 SCR Earthquake Catalog............................................................................................... K-1

K.2 SCR Crustal Domains.................................................................................................... K-3

L QUALITY ASSURANCE ........................................................................................................L-1

L.1 BACKGROUND...............................................................................................................L-1

L.2 CEUS SSC PROJECT ....................................................................................................L-2

L.2.1 Introduction..............................................................................................................L-2

L.3 BEST BUSINESS PRACTICES ......................................................................................L-3

L.3.1 General....................................................................................................................L-3

L.4 CEUS SSC EARTHQUAKE CATALOG DEVELOPMENT..............................................L-3

L.4.1 External Review of Earthquake Catalog..................................................................L-3

L.4.2 Simulation Testing...................................................................................................L-4

L.4.3 Checks for Consistency in Magnitude Conversion from Intensity ...........................L-4

L.4.4 Use of Verified Computer Programs........................................................................L-4

L.5 RECURRENCE ANALYSIS AND SPATIAL SMOOTHING.............................................L-4

L.5.1 Introduction..............................................................................................................L-4

L.5.2 Recurrence Comparisons at the Source-Zone Level ..............................................L-5
xxiv

L.5.3 Recurrence Comparisons for Portions of a Source Zone .......................................L-5

L.5.4 Examination of Recurrence Maps ..........................................................................L-5

L.5.5 Test with a Synthetic Catalog Homogeneous Seismicity .......................................L-5

L.5.6 Test for the Adequacy of Eight Maps to Represent Epistemic Uncertainty .............L-6

L.6 HAZARD CALCULATION SOFTWARE..........................................................................L-6

L.6.1 Introduction..............................................................................................................L-6

L.6.2 Test for the Treatment of Variable b........................................................................L-6

L.6.3 Test for the Treatment of Dipping Ruptures Within a Source Zone.........................L-6

L.6.4 Tests for Treatment of Epistemic Uncertainty from Sources that Make Small 

Contribution to Hazard......................................................................................................L-6
xxv

LIST OF FIGURES

Figure 1.3-1 Map showing the study area and test sites for the CEUS SSC Project...............1-15

Figure 2.3-1 CEUS SSC Project organization .........................................................................2-33

Figure 2.3-2 Lines of communication among the participants of the CEUS SSC Project........2-34

Figure 2.4-1 Essential activities associated with a SSHAC Level 3 or 4 project 

(Coppersmith et al., 2010)................................................................................................2-35

Figure 3.2-1 Areal coverage of the primary earthquake catalog sources. Top: GSC 

catalog (Halchuk, 2009); bottom: USGS seismic hazard mapping catalog (Petersen 

et al., 2008). Red line denotes boundary of study region. Blue line denotes portion 

of each catalog used for development of project catalog.................................................3-57

Figure 3.2-2 Histogram of ML magnitudes from the GSC SHEEF catalog for the time 

period 1600-1899 and the region east of longitude –105° and south of latitude 53° .......3-58

Figure 3.2-3 Histogram of ML magnitudes from the GSC SHEEF catalog for the time 

period 1900-1929 and the region east of longitude –105° and south of latitude 53° .......3-59

Figure 3.2-4 Histogram of ML magnitudes from the GSC SHEEF catalog for the time 

period 1930-1979 and the region east of longitude –105° and south of latitude 53° .......3-60

Figure 3.2-5 Histogram of ML magnitudes from the GSC SHEEF catalog for the time 

period 1980-2007 and the region east of longitude –105° and south of latitude 53° .......3-61

Figure 3.2-6 Histogram of ML magnitudes from the revised catalog with GSC as the 

source for the time period 1928-1979 ..............................................................................3-62

Figure 3.2-7 Map of the CEUS SSC Project catalog showing earthquakes of uniform 

moment magnitude E[M] 2.9 and larger. Colored symbols denote earthquakes not 

contained in the USGS seismic hazard mapping catalog. ...............................................3-63

Figure 3.3-1 Illustration of equivalence of the M* and γ2 corrections to remove bias in 

earthquake recurrence relationships estimated from magnitudes with uncertainty .........3-64

Figure 3.3-2 Approximate moment magnitudes from Atkinson (2004b) compared to 

values of M given in Table B-2 in Appendix B for earthquakes in common .....................3-65

Figure 3.3-3 Approximate moment magnitudes from Boatwright (1994) compared to 

values of M given in Table B-2 in Appendix B for earthquakes in common .....................3-66

Figure 3.3-4 Approximate moment magnitudes from Moulis (2002) compared to values 

of M given in Table B-2 in Appendix B for earthquakes in common.................................3-67

Figure 3.3-5 Difference between MN reported by the GSC and MN or mLg(f) reported by 

the Weston Observatory catalog as a function of time.....................................................3-68

Figure 3.3-6 Spatial distribution of earthquakes with body-wave (mb, mbLg, MN) and M 

magnitudes in the CEUS SSC Project catalog for the Midcontinent region. Color 

codes indicate the source of the body-wave magnitudes.................................................3-69

Figure 3.3-7 mb-M data for the earthquakes shown on Figure 3.3-6. Red curve shows the 

preferred offset fit M = mb – 0.28......................................................................................3-70
xxvi

Figure 3.3-8 Residuals from offset fit shown on Figure 3.3-7 plotted against earthquake 

year ..................................................................................................................................3-71

Figure 3.3-9 Spatial distribution of earthquakes with body wave (mb, mbLg, MN) and M 

magnitudes in the CEUS SSC Project catalog for the northeastern portion of the 

study region. Color codes indicate the source of the body-wave magnitudes. ................3-72

Figure 3.3-10 mb-M data for the earthquakes shown on Figure 3.3-9. Red curve shows 

the preferred offset fit M = mb – 0.42................................................................................3-73

Figure 3.3-11 Residuals from offset fit shown on Figure 3.3-10 plotted against 

earthquake year ...............................................................................................................3-74

Figure 3.3-12 Residuals for GSC data from offset fit shown on Figure 3.3-10 plotted 

against earthquake year...................................................................................................3-75

Figure 3.3-13 Residuals for WES data from offset fit shown on Figure 3.3-10 plotted 

against earthquake year...................................................................................................3-76

Figure 3.3-14 Residuals for data from sources other than GSC or WES from offset fit 

shown on Figure 3.3-10 plotted against earthquake year................................................3-77

Figure 3.3-15 Difference between body-wave magnitudes reported by LDO and those by 

other sources as a function of year..................................................................................3-78

Figure 3.3-16 Spatial distribution of earthquakes with reported GSC body-wave 

magnitudes. Red and blue symbols indicate earthquakes with both mb and M 

magnitudes for mb ≥ 3.5. Dashed line indicates the portion of the study region 

considered the “Northeast” for purposes of magnitude scaling........................................3-79

Figure 3.3-17 M-mb as a function of time for mb data from the GSC shown on Figure 3.3-

16 .....................................................................................................................................3-80

Figure 3.3-18 Plot of magnitude differences mbLg – m(3 Hz) for the OKO catalog...................3-81

Figure 3.3-19 Final mb-M data set. Vertical dashed lines indicate the magnitude range 

used to develop the scaling relationship. Diagonal line indicates a one-to-one 

correlation. .......................................................................................................................3-82

Figure 3.3-20 Spatial distribution of earthquakes in the CEUS SSC Project catalog with 

instrumental ML magnitudes.............................................................................................3-83

Figure 3.3-21 Spatial distribution of earthquakes in the CEUS SSC Project catalog with 

instrumental ML magnitudes and M magnitudes ..............................................................3-84

Figure 3.3-22 ML-M data from the CEUS SSC Project catalog and robust regression fit to 

the data ............................................................................................................................3-85

Figure 3.3-23 Relationship between MN and ML for the GSC data ..........................................3-86

Figure 3.3-24 Data from the northeastern portion of the study region with ML and MC or 

MD magnitude from catalog sources other than the GSC ................................................3-87

Figure 3.3-25 Data from the northeastern portion of the study region with ML and M 

magnitudes from sources other than the GSC.................................................................3-88

Figure 3.3-26 Spatial distribution of earthquakes in the CEUS SSC Project catalog with 

MS ≥ 3 magnitudes ...........................................................................................................3-89

Figure 3.3-27 MS-M data from the CEUS SSC Project catalog and quadratic polynomial 

fit to the data ....................................................................................................................3-90

Figure 3.3-28 Spatial distribution of earthquakes in the CEUS SSC Project catalog with 

MC ≥ 2.5 magnitudes ........................................................................................................3-91
xxvii

Figure 3.3-29 Spatial distribution of earthquakes in the CEUS SSC Project catalog with 

MC ≥ 2.5 and M magnitudes .............................................................................................3-92

Figure 3.3-30 Spatial distribution of earthquakes in the CEUS SSC Project catalog with 

MD ≥ 3 magnitudes ...........................................................................................................3-93

Figure 3.3-31 Spatial distribution of earthquakes in the CEUS SSC Project catalog with 

both MD and M magnitudes ..............................................................................................3-94

Figure 3.3-32 MC-M data from the CEUS SSC Project catalog and linear regression fit to 

the data ............................................................................................................................3-95

Figure 3.3-33 Spatial distribution of earthquakes with reported MC and MD magnitudes.........3-96

Figure 3.3-34 Comparison of MC and MD magnitudes for the LDO and WES catalogs ...........3-97

Figure 3.3-35 Comparison of MC with MD for at least one of the two magnitude types 

reported in the OKO catalog ............................................................................................3-98

Figure 3.3-36 Comparison of MC with MD for at least one of the two magnitude types 

reported in the CERI catalog............................................................................................3-99

Figure 3.3-37 Comparison of MC with MD for at least one of the two magnitude types 

reported in the SCSN catalog ........................................................................................3-100

Figure 3.3-38 Comparison of MC with MD for at least one of the two magnitude types 

reported in other catalogs for earthquakes in the Midcontinent portion of the study 

region .............................................................................................................................3-101

Figure 3.3-39 Relationship between M and MC, MD, or ML for the Midcontinent portion of 

the study region..............................................................................................................3-102

Figure 3.3-40 Comparison of MC and MD magnitudes with ML magnitudes for the region 

between longitudes 105°W and 100°W..........................................................................3-103

Figure 3.3-41 Comparison of mb magnitudes with ML magnitudes for the region between 

longitudes 105°W and 100°W ........................................................................................3-104

Figure 3.3-42 Comparison of mb magnitudes with MC and MD magnitudes for the region 

between longitudes 105°W and 100°W..........................................................................3-105

Figure 3.3-43 Spatial distribution of earthquake with ln(FA) in the CEUS SSC Project 

catalog............................................................................................................................3-106

Figure 3.3-44 Catalog ln(FA)–M data and fitted model..........................................................3-107

Figure 3.3-45 Spatial distribution of earthquakes in the CEUS SSC Project catalog with 

reported values of I0 .......................................................................................................3-108

Figure 3.3-46 I0 and M data for earthquakes in the CEUS SSC Project catalog. Curves 

show locally weighted least-squares fit (Loess) to the data and the relationship 

published by Johnston (1996b). .....................................................................................3-109

Figure 3.3-47 I0 and mb data from the NCEER91 catalog. Plotted are the relationships 

between I0 and mb developed by EPRI (1988) (EPRI-SOG) and Sibol et al. (1987)......3-110

Figure 3.3-48 Categorical model fits of I0 as a function and M for earthquakes in the 

CEUS SSC Project catalog ............................................................................................3-111

Figure 3.3-49 Results from proportional odds logistic model showing the probability of 

individual intensity classes as a function of M................................................................3-112

Figure 3.3-50 Comparison of I0 and mb data from the CEUS SSC Project catalog for 

those earthquakes with reported values of M (M set) and the full catalog (full set). 

Locally weighted least-squares fits to the two data sets are shown along with the 
xxviii

relationship use to develop the EPRI (1988) catalog and the Sibol et al. (1987) 

relationship used in the NCEER91 catalog. ...................................................................3-113

Figure 3.3-51 Linear fits to the data from Figure 3.3-50 for I0 ≥ V..........................................3-114

Figure 3.3-52 Comparison of I0 and mb data from the project, with mb adjusted for the 

difference in mb to M scaling .........................................................................................3-115

Figure 3.3-53 Linear fits to the data from Figure 3.3-52 for I0 ≥ V..........................................3-116

Figure 3.3-54 Composite I0–M data set used for assessment of I0 scaling relationship ........3-117

Figure 3.3-55 Linear and inverse sigmoid models fit to the project data for I0 > IV................3-118

Figure 3.4-1 Illustration of process used to identify clusters of earthquakes (from EPRI, 

1988, Vol. 1): (a) local and extended time and distance windows, (b) buffer window, 

and (c) contracted window .............................................................................................3-119

Figure 3.4-2 Identification of secondary (dependent) earthquakes inside the cluster 

region through Poisson thinning (from EPRI, 1988, Vol. 1)............................................3-120

Figure 3.4-3 Comparison of dependent event time and distance windows with results for 

individual clusters in the project catalog.........................................................................3-121

Figure 3.5-1 Earthquake catalog and catalog completeness regions used in EPRI-SOG 

(EPRI, 1988) ..................................................................................................................3-122

Figure 3.5-2 CEUS SSC Project earthquake catalog and modified catalog completeness 

regions ...........................................................................................................................3-123

Figure 3.5-3 Plot of year versus location for the CEUS SSC Project earthquake catalog. 

Red lines indicate the boundaries of the catalog completeness time periods................3-124

Figure 3.5-4 (1 of 7) “Stepp” plots of earthquake recurrence rate as a function of time for 

the individual catalog completeness regions shown on Figure 3.5-2.............................3-125

Figure 3.5-4 (2 of 7) “Stepp” plots of earthquake recurrence rate as a function of time for 

the individual catalog completeness regions shown on Figure 3.5-2.............................3-126

Figure 3.5-4 (3 of 7) “Stepp” plots of earthquake recurrence rate as a function of time for 

the individual catalog completeness regions shown on Figure 3.5-2.............................3-127

Figure 3.5-4 (4 of 7) “Stepp” plots of earthquake recurrence rate as a function of time for 

the individual catalog completeness regions shown on Figure 3.5-2.............................3-128

Figure 3.5-4 (5 of 7) “Stepp” plots of earthquake recurrence rate as a function of time for 

the individual catalog completeness regions shown on Figure 3.5-2.............................3-129

Figure 3.5-4 (6 of 7) “Stepp” plots of earthquake recurrence rate as a function of time for 

the individual catalog completeness regions shown on Figure 3.5-2.............................3-130

Figure 3.5-4 (7 of 7) “Stepp” plots of earthquake recurrence rate as a function of time for 

the individual catalog completeness regions shown on Figure 3.5-2.............................3-131

Figure 4.1.1-1 Example logic tree from the PEGASOS project (NAGRA, 2004) showing 

the assessment of alternative conceptual models on the logic tree. Each node of 

the logic tree represents an assessment that is uncertain. Alternative branches 

represent the alternative models or parameter values, and the weights associated 

with each branch reflect the TI Team’s relative degree of belief that each branch is 

the correct model or parameter value. .............................................................................4-40

Figure 4.1.1-2 Example logic tree from the PVHA-U (SNL, 2008) project showing the 

treatment of alternative conceptual models in the logic tree ............................................4-41
xxix

Figure 4.2.1-1 Master logic tree showing the Mmax zones and seismotectonic zones 

alternative conceptual models for assessing the spatial and temporal characteristics 

of future earthquake sources in the CEUS.......................................................................4-42

Figure 4.2.2-1 Example of a logic tree for RLME sources. Shown is the tree for the 

Marianna RLME source. ..................................................................................................4-43

Figure 4.2.2-2 Map showing RLME sources, some with alternative source geometries 

(discussed in Section 6.1). ...............................................................................................4-44

Figure 4.2.3-1 Logic tree for the Mmax zones branch of the master logic tree........................4-45

Figure 4.2.3-2 Subdivision used in the Mmax zones branch of the master logic tree. 

Either the region is considered one zone for purposes of Mmax or the region is 

divided into two zones as shown: a Mesozoic-and-younger extension (MESE) zone 

and a non-Mesozoic-and-younger zone (NMESE). In this figure the “narrow” MESE 

zone is shown ..................................................................................................................4-46

Figure 4.2.3-3 Subdivision used in the Mmax zones branch of the master logic tree. 

Either the region is considered one zone for purposes of Mmax or the region is 

divided into two zones as shown: a Mesozoic-and-younger extension (MESE) zone 

and a non-Mesozoic-and-younger zone (NMESE). In this figure the “wide” MESE 

zone is shown ..................................................................................................................4-47

Figure 4.2.4-1(a) Logic tree for the seismotectonic zones branch of the master logic tree .....4-48

Figure 4.2.4-1(b) Logic tree for the seismotectonic zones branch of the master logic tree .....4-49

Figure 4.2.4-2 Seismotectonic zones shown in the case where the Rough Creek Graben 

is not part of the Reelfoot Rift (RR), and the Paleozoic Extended Zone is narrow 

(PEZ-N) ...........................................................................................................................4-50

Figure 4.2.4-3 Seismotectonic zones shown in the case where the Rough Creek Graben 

is part of the Reelfoot Rift (RR-RCG), and the Paleozoic Extended Zone is narrow 

(PEZ-N)............................................................................................................................4-51

Figure 4.2.4-4 Seismotectonic zones shown in the case where the Rough Creek Graben 

is not part of the Reelfoot Rift (RR), and the Paleozoic Extended Crust is wide 

(PEZ-W) ...........................................................................................................................4-52

Figure 4.2.4-5 Seismotectonic zones shown in the case where the Rough Creek Graben 

is part of the Reelfoot Rift (RR-RCG), and the Paleozoic Extended Crust is wide 

(PEZ-W) ...........................................................................................................................4-53

Figure 5.2.1-1 Diagrammatic illustration of the Bayesian Mmax approach showing (a) the 

prior distribution, (b) the likelihood function, and (c) the posterior distribution. The 

posterior distribution is represented by a discrete distribution (d) for implementation 

in hazard analysis. ...........................................................................................................5-72

Figure 5.2.1-2 Diagrammatic illustration of the Bayesian Mmax approach showing (a) the 

prior distribution, (b) the likelihood function, and (c) the posterior distribution. The 

posterior distribution is represented by a discrete distribution (d) for implementation 

in hazard analysis. ...........................................................................................................5-73

Figure 5.2.1-3 Median values of mmax−obs as a function of maximum magnitude, mu

, and 

sample size N, the number of earthquakes ≥ M 4.5.........................................................5-74

Figure 5.2.1-4 Histograms of mmax−obs for extended and non-extended superdomains ..........5-75
xxx

Figure 5.2.1-5 Histograms of mmax−obs for Mesozoic-and-younger extended (MESE) 

superdomains and for older extended and non-extended (NMESE) superdomains........5-76

Figure 5.2.1-6 Histograms of mmax−obs for Mesozoic-and-younger extended (MESE) 

superdomains and for older extended and non-extended (NMESE) superdomains 

using age of most recent extension for the age classification..........................................5-77

Figure 5.2.1-7 Histograms of mmax−obs for Mesozoic-and-younger extended (MESE) 

superdomains and for older extended and non-extended (NMESE) superdomains 

using final sets indicated by asterisks in Tables 5.2.1-1 and 5.2.1-2 ...............................5-78

Figure 5.2.1-8 Histograms of mmax−obs for combined (COMB) superdomains using final 

sets indicated by asterisks in Table 5.2.1-3 .....................................................................5-79

Figure 5.2.1-9 Bias adjustments from mmax−obs to mu for the three sets of superdomain 

analysis results presented in Table 5.2.1-4......................................................................5-80

Figure 5.2.1-10 Results of simulations of estimates of Mmax using the Bayesian 

approach for earthquake catalogs ranging in size from 1 to 1,000 earthquakes. True 

Mmax is set at the mean of the prior distribution..............................................................5-81

Figure 5.2.1-11 Comparison of the Kijko (2004) estimates of mu for given values of 

mmax−obs and N, the number of earthquakes of magnitude ≥ 4.5. Also shown is the 

median value of mmax−obs for given mu obtained using Equation 5.2.1-2..........................5-82

Figure 5.2.1-12 Behavior of the cumulative probability function for mu (Equation 5.2.1-9) 

for the K-S-B estimator and a value of mmax−obs equal to 6..............................................5-83

Figure 5.2.1-13 Example Mmax distribution assessed for the Mesozoic-and-younger 

extended Mmax zone for the case where the zone is “narrow” (MESE-N). 

Distributions are shown for the Kijko approach and for the Bayesian approach using 

either the Mesozoic-and-younger extended prior distribution or the composite prior 

distribution. The final composite Mmax distribution, which incorporates the relative 

weights, is shown by the red probability distribution. .......................................................5-84

Figure 5.2.1-14 Example Mmax distribution assessed for the Northern Appalachian 

seismotectonic zone (NAP). Distributions are shown for the Kijko approach and for 

the Bayesian approach using either the Mesozoic-and-younger extended prior 

distribution or the composite prior distribution. Note that the Kijko results are shown 

in this example for illustration, even though they have zero weight. The final 

composite Mmax distribution, which incorporates the relative weights, is shown by 

the red probability distribution. .........................................................................................5-85

Figure 5.3.2-1 Likelihood function for rate per unit area in a Poisson process, for multiple 

values of the earthquake count N: (a) arithmetic scale, and (b) logarithmic scale 

used to illustrate decreasing COV as N increases...........................................................5-86

Figure 5.3.2-2 Likelihood function for b-value of an exponential magnitude distribution, 

for multiple values of the earthquake count N. The value of b is normalized by the 

maximum-likelihood estimate, which is derived from Equation 5.3.2-5............................5-87

Figure 5.3.2-3 Histogram of magnitudes in the earthquake catalog used in this section. 

The minimum magnitude shown (M 2.9) is the lowest magnitude used in these 

recurrence calculations. ...................................................................................................5-88
xxxi

Figure 5.3.2-4 Objectively determined values of the penalty function for ln(rate) for Case 

A magnitude weights. Source zones are sorted from smallest to largest. See list of 

abbreviations for full source-zone names. .......................................................................5-89

Figure 5.3.2-5 Objectively determined values of the penalty function for beta for Case A 

magnitude weights ...........................................................................................................5-90

Figure 5.3.2-6 Objectively determined values of the penalty function for ln(rate) for Case 

B magnitude weights........................................................................................................5-91

Figure 5.3.2-7 Objectively determined values of the penalty function for beta for Case B 

magnitude weights. Source zones are sorted from smallest to largest............................5-92

Figure 5.3.2-8 Objectively determined values of the penalty function for ln(rate) for Case 

E magnitude weights........................................................................................................5-93

Figure 5.3.2-9 Objectively determined values of the penalty function for beta for Case E 

magnitude weights. Source zones are sorted from smallest to largest............................5-94

Figure 5.3.2-10 Mean map of rate and b-value for ECC-AM calculated using Case A 

magnitude weights ...........................................................................................................5-95

Figure 5.3.2-11 Mean map of rate and b-value for ECC-GC calculated using Case A 

magnitude weights ...........................................................................................................5-96

Figure 5.3.2-12 Mean map of rate and b-value for ECC-AM calculated using Case B 

magnitude weights ...........................................................................................................5-97

Figure 5.3.2-13 Mean map of rate and b-value for ECC-GC calculated using Case B 

magnitude weights ...........................................................................................................5-98

Figure 5.3.2-14 Mean map of rate and b-value for ECC-AM calculated using Case E 

magnitude weights ...........................................................................................................5-99

Figure 5.3.2-15 Mean map of rate and b-value for ECC-GC calculated using Case E 

magnitude weights .........................................................................................................5-100

Figure 5.3.2-16 Sensitivity of seismic hazard at Manchester site to the strength of the 

prior on b ........................................................................................................................5-101

Figure 5.3.2-17 Sensitivity of seismic hazard at Topeka site to the strength of the prior 

on b ................................................................................................................................5-102

Figure 5.3.2-18 Sensitivity of seismic hazard at Manchester site to the choice of 

magnitude weights .........................................................................................................5-103

Figure 5.3.2-19 Sensitivity of seismic hazard at Topeka site to the choice of magnitude 

weights ...........................................................................................................................5-104

Figure 5.3.2-20 Sensitivity of seismic hazard from source NAP at Manchester site to the 

eight alternative recurrence maps for Case B magnitude weights.................................5-105

Figure 5.3.2-21 Sensitivity of seismic hazard from source MID-C–A at Topeka site to the 

eight alternative recurrence maps for Case B magnitude weights.................................5-106

Figure 5.3.2-22 Mean recurrence-parameter map for the study region under the highest 

weighted source-zone configuration in the master logic tree. See Sections 6.3 and 

7.5 for all mean maps.....................................................................................................5-107

Figure 5.3.2-23 Map of the uncertainty in the estimated recurrence parameters, 

expressed as the coefficient of variation of the rate (left) and the standard deviation 

of the b-value (right) for the study region, under the highest weighted source-zone 

configuration in the master logic tree. See Appendix J for all maps of uncertainty........5-108
xxxii

Figure 5.3.2-24 First of eight equally likely realizations of the recurrence-parameter map 

for the study region under the highest weighted source-zone configuration in the 

master logic tree. See Appendix J for maps of all realizations for all source-zone 

configurations.................................................................................................................5-109

Figure 5.3.2-25 Eighth of eight equally likely realizations of the recurrence-parameter 

map for the study region under the highest weighted source-zone configuration in 

the master logic tree. See Appendix J for maps of all realizations for all source-zone 

configurations.................................................................................................................5-110

Figure 5.3.2-26 Map of geographic areas considered in the exploration of model results.....5-111

Figure 5.3.2-27 Comparison of model-predicted earthquake counts for the USGS 

Eastern Tennessee area using Case A magnitude weights. The error bars 

represent the 16%–84% uncertainty associated with the data, computed using the 

Weichert (1980) procedure. ...........................................................................................5-112

Figure 5.3.2-28 Comparison of model-predicted earthquake counts for the USGS 

Eastern Tennessee area using Case B magnitude weights...........................................5-113

Figure 5.3.2-29 Comparison of model-predicted earthquake counts for the USGS 

Eastern Tennessee area using Case E magnitude weights...........................................5-114

Figure 5.3.2-30 Comparison of model-predicted earthquake counts for the central New 

England area using Case A magnitude weights ............................................................5-115

Figure 5.3.2-31 Comparison of model-predicted earthquake counts for the central New 

England area using Case B magnitude weights ............................................................5-116

Figure 5.3.2-32 Comparison of model-predicted earthquake counts for the central New 

England area using Case E magnitude weights ............................................................5-117

Figure 5.3.2-33 Comparison of model-predicted earthquake counts for the Nemaha 

Ridge area using Case A magnitude weights ................................................................5-118

Figure 5.3.2-34 Comparison of model-predicted earthquake counts for the Nemaha 

Ridge area using Case B magnitude weights ................................................................5-119

Figure 5.3.2-35 Comparison of model-predicted earthquake counts for the Nemaha 

Ridge area using Case E magnitude weights ................................................................5-120

Figure 5.3.2-36 Comparison of model-predicted earthquake counts for the Miami, FL, 

area using Case A magnitude weights...........................................................................5-121

Figure 5.3.2-37 Comparison of model-predicted earthquake counts for the Miami, FL, 

area using Case B magnitude weights...........................................................................5-122

Figure 5.3.2-38 Comparison of model-predicted earthquake counts for the Miami, FL, 

area using Case E magnitude weights...........................................................................5-123

Figure 5.3.2-39 Comparison of model-predicted earthquake counts for the St. Paul, MN, 

area using Case A magnitude weights...........................................................................5-124

Figure 5.3.2-40 Comparison of model-predicted earthquake counts for the St. Paul, MN, 

area using Case B magnitude weights...........................................................................5-125

Figure 5.3.2-41 Comparison of model-predicted earthquake counts for the St. Paul, MN, 

area using Case E magnitude weights...........................................................................5-126

Figure 5.3.2-42 Recurrence parameters for the ECC-AM, MID-C–A, and NAP 

seismotectonic source zones and Case A magnitude weights computed using an 

objective adaptive kernel approach................................................................................5-127
xxxiii

Figure 5.3.3-1 Likelihood distribution for rate parameter λ derived using Equation 5.3.3-1 

for N = 2 and T = 2,000 years. Top: normalized probability density function for λ. 

Bottom: resulting cumulative distribution function. Dashed lines show the 

cumulative probability levels for the Miller and Rice (1983) discrete approximation of 

a continuous probability distribution. ..............................................................................5-128

Figure 5.3.3-2 Uncertainty distributions for the age of Charleston RLMEs............................5-129

Figure 5.4.4-1 Spatial distribution of earthquakes in the CEUS SSC Project catalog. 

Solid lines indicate the boundaries of the seismotectonic source zones (narrow 

interpretation).................................................................................................................5-130

Figure 5.4.4-2 Spatial distribution of earthquakes in the CEUS SSC Project catalog with 

good quality depth determinations used for assessing crustal thickness. Solid lines 

indicate the boundaries of the seismotectonic source zones (narrow interpretation).....5-131

Figure 5.4.4-3 Distribution of better-quality focal depths in Mmax source zones...................5-132

Figure 5.4.4-4 (1 of 3) Distribution of better-quality focal depths in seismotectonic source 

zones..............................................................................................................................5-133

Figure 5.4.4-4 (2 of 3) Distribution of better-quality focal depths in seismotectonic source 

zones..............................................................................................................................5-134

Figure 5.4.4-4 (3 of 3) Distribution of better-quality focal depths in seismotectonic source 

zones..............................................................................................................................5-135

Figure 6.1-1 Map showing the RLME sources characterized in the CEUS SSC model. 

Detailed alternatives to the source geometries are shown on figures associated with 

each RLME discussion...................................................................................................6-111

Figure 6.1-2a Map showing the RLME sources and seismicity from the CEUS SSC 

earthquake catalog. Some of the RLMEs occur in regions of elevated seismicity, but 

others do not. .................................................................................................................6-112

Figure 6.1-2b Close-up of the Wabash Valley and New Madrid/Reelfoot Rift RLME 

sources and seismicity from the CEUS SSC earthquake catalog. Some of the 

RLMEs occur in regions of elevated seismicity, but others do not.................................6-113

Figure 6.1.1-1 Logic tree for the Charlevoix RLME source....................................................6-114

Figure 6.1.1-2 Seismicity and tectonic features of the Charlevoix RLME ..............................6-115

Figure 6.1.1-3 Magnetic and gravity anomaly maps of the Charlevoix RLME .......................6-116

Figure 6.1.2-1a Logic tree for the Charleston RLME source .................................................6-117

Figure 6.1.2-1b Logic tree for the Charleston RLME source .................................................6-118

Figure 6.1.2-2 Charleston RLME source zones with (a) total magnetic anomaly and (b) 

residual isostatic gravity data ......................................................................................6-119

Figure 6.1.2-3 Postulated faults and tectonic features in the Charleston region .................6-120

Figure 6.1.2-4 Postulated faults and tectonic features in the local Charleston area ............6-121

Figure 6.1.2-5a Postulated faults and tectonic features in the Charleston region with 

Charleston RLME source zones ...................................................................................6-122

Figure 6.1.2-5b Postulated faults and tectonic features in the local Charleston area with 

Charleston RLME source zones ....................................................................................6-123

Figure 6.1.2-6 Schematic diagram showing contemporary, maximum, and minimum 

constraining age sample locations .................................................................................6-124
xxxiv

Figure 6.1.2-7 Charleston space-time diagram of earthquakes interpreted from 

paleoliquefaction, contemporary-ages-only scenario ....................................................6-125

Figure 6.1.2-8 Charleston space-time diagram of earthquakes interpreted from 

paleoliquefaction, all-ages scenario .............................................................................6-126

Figure 6.1.2-9 Distribution of liquefaction from earthquake A, contemporary-ages-only 

scenario ........................................................................................................................6-127

Figure 6.1.2-10 Distribution of liquefaction from earthquake B, contemporary-ages-only 

scenario ........................................................................................................................6-128

Figure 6.1.2-11 Distribution of liquefaction from earthquake C, contemporary-ages-only 

scenario ........................................................................................................................6-129

Figure 6.1.2-12 Distribution of liquefaction from earthquake D, contemporary-ages-only 

scenario ........................................................................................................................6-130

Figure 6.1.2-13 Distribution of liquefaction from earthquake E, contemporary-ages-only 

scenario ........................................................................................................................6-131

Figure 6.1.2-14 Distribution of liquefaction from earthquake A, all-ages scenario ...............6-132

Figure 6.1.2-15 Distribution of liquefaction from earthquake B, all-ages scenario ...............6-133

Figure 6.1.2-16 Distribution of liquefaction from earthquake C, all-ages scenario ...............6-134

Figure 6.1.2-17 Distribution of liquefaction from earthquake D, all-ages scenario ...............6-135

Figure 6.1.2-18 Distribution of liquefaction from earthquake E, all-ages scenario.................6-136

Figure 6.1.2-19 Uncertainty distributions for the age of Charleston RLMEs..........................6-137

Figure 6.1.3-1 Logic tree for the Cheraw fault RLME source.................................................6-138

Figure 6.1.3-2 Map (c) and hillshade relief images (a, b, and d) showing location of 

mapped Cheraw fault, possible northeast extension, and paleoseismic locality............6-139

Figure 6.1.3-3 Cheraw RLME source relative to (a) total magnetic anomaly and (b) 

residual isostatic gravity data .........................................................................................6-140

Figure 6.1.4-1 Meers fault location ........................................................................................6-141

Figure 6.1.4-2 Logic tree for the Meers fault source ..............................................................6-142

Figure 6.1.5-1 Logic tree for the NMFS RLME source .........................................................6-143

Figure 6.1.5-2 Map showing seismicity and major subsurface structural features in the 

New Madrid region .......................................................................................................6-144

Figure 6.1.5-3 Map showing geomorphic and near-surface tectonic features in the New 

Madrid region and locations of NMFS RLME fault sources ..........................................6-145

Figure 6.1.5-4 Rupture segments (a) and models (b) for the New Madrid faults from 

Johnston and Schweig (1996) and (c) the NMFS RLME fault sources ........................6-146

Figure 6.1.5-5 Map of NMSZ showing estimated ages and measured sizes of 

liquefaction features .......................................................................................................6-147

Figure 6.1.5-6 Earthquake chronology for NMSZ from dating and correlation of 

liquefaction features at sites (listed at top) along N-S transect across region................6-148

Figure 6.1.5-7 Probability distributions for the age of the AD 900 and AD 1450 NMFS 

RLMEs ...........................................................................................................................6-149

Figure 6.1.5-8 Liquefaction fields for the 1811-1812, AD 1450, and AD 900 earthquakes 

as interpreted from spatial distribution and stratigraphy of sand blows..........................6-150
xxxv

Figure 6.1.6-1a Logic tree for the Reelfoot Rift–Eastern Rift Margin South RLME source. 

Two options for the southern extent of the ERM-S are considered: ERM-SCC 

includes the Crittenden County fault zone, and ERM-SRP includes the postulated 

zone of deformation based on fault picks identified in a high-resolution seismic 

profile along the Mississippi River..................................................................................6-151

Figure 6.1.6-1b Logic tree for the Reelfoot Rift–Eastern Rift Margin North RLME source.....6-152

Figure 6.1.6-2 Map showing structural features and paleoseismic investigation sites 

along the eastern margin of the Reelfoot rift. The inset map shows the locations of 

inferred basement faults that border and cross the Reelfoot rift (Csontos et al., 

2008) and the inferred Joiner Ridge–Meeman-Shelby fault (JR-MSF; Odum et al., 

2010). ............................................................................................................................6-153

Figure 6.1.6-3 Maps showing surficial geology and locations of subsurface investigations 

at (a) Meeman-Shelby Forest State Park locality and (b) Union City site (MSF and 

UC on Figure 6.1.6-2). Modified from Cox et al. (2006) and Odum et al. (2010). ..........6-154

Figure 6.1.6-4 Figure showing the timing of events along the eastern Reelfoot rift margin. 

Modified from Cox (2009)...............................................................................................6-155

Figure 6.1.7-1 Logic tree for the Reelfoot rift–Marianna RLME source .................................6-156

Figure 6.1.7-2 Map showing tectonic features and locations of paleoliquefaction sites in 

the vicinity of Marianna, Arkansas .................................................................................6-157

Figure 6.1.7-3 Map showing liquefaction features near Daytona Beach lineament 

southwest of Marianna, Arkansas ..................................................................................6-158

Figure 6.1.8-1 Logic tree for the Commerce Fault Zone RLME source .................................6-159

Figure 6.1.8-2 Map showing tectonic features, seismicity, and paleoseismic localities 

along the Commerce Fault Zone RLME source.............................................................6-160

Figure 6.1.8-3 Location of the Commerce geophysical lineament and Commerce Fault 

Zone RLME source relative to the (a) regional magnetic anomaly map and (b) 

regional gravity anomaly map ........................................................................................6-161

Figure 6.1.8-4 Space-time diagram showing constraints on the location and timing of late 

Pleistocene and Holocene paleoearthquakes that may be associated with the 

Commerce Fault Zone RLME source.............................................................................6-162

Figure 6.1.9-1 Logic tree for the Wabash Valley RLME source.............................................6-163

Figure 6.1.9-2 Map showing seismicity, subsurface structural features, paleoearthquake 

energy centers, and postulated neotectonic deformation in the Wabash Valley 

region of southern Illinois and southern Indiana ..........................................................6-164

Figure 6.1.9-3 Wabash Valley RLME source relative to (a) magnetic anomaly, and (b) 

residual isostatic gravity data .......................................................................................6-165

Figure 6.2-1 Map showing the two Mmax zones for the “narrow” interpretation of the 

Mesozoic-and-younger extended zone ..........................................................................6-166

Figure 6.2-2 Map showing the two Mmax zones for the “wide” interpretation of the 

Mesozoic-and-younger extended zone ..........................................................................6-167

Figure 6.3.1-1 Distributions for m max-obs for the Mmax distributed seismicity source zones ..6-168

Figure 6.3.2-1 Mmax distributions for the study region treated as a single Mmax zone........6-169

Figure 6.3.2-2 Mmax distributions for the MESE-N Mmax zone............................................6-170
xxxvi

Figure 6.3.2-3 Mmax distributions for the MESE-W Mmax zone ...........................................6-171

Figure 6.3.2-4 Mmax distributions for the NMESE-N Mmax zone .........................................6-172

Figure 6.3.2-5 Mmax distributions for the NMESE-W Mmax zone ........................................6-173

Figure 6.4.1-1 Mean map of rate and b-value for the study region under the source-zone 

configuration, with no separation of Mesozoic extended and non-extended; Case A 

magnitude weights .........................................................................................................6-174

Figure 6.4.1-2 Mean map of rate and b-value for the study region under the source-zone 

configuration, with no separation of Mesozoic extended and non-extended; Case B 

magnitude weights .........................................................................................................6-175

Figure 6.4.1-3 Mean map of rate and b-value for the study region under the source-zone 

configuration, with no separation of Mesozoic extended and non-extended; Case E 

magnitude weights .........................................................................................................6-176

Figure 6.4.1-4 Mean map of rate and b-value for the study region under the source-zone 

configuration, with separation of Mesozoic extended and non-extended, narrow 

geometry for MESE; Case A magnitude weights ...........................................................6-177

Figure 6.4.1-5 Mean map of rate and b-value for the study region under the source-zone 

configuration, with separation of Mesozoic extended and non-extended, narrow 

geometry for MESE; Case B magnitude weights ...........................................................6-178

Figure 6.4.1-6 Mean map of rate and b-value for the study region under the source-zone 

configuration, with separation of Mesozoic extended and non-extended, narrow 

geometry for MESE; Case E magnitude weights ...........................................................6-179

Figure 6.4.1-7 Mean map of rate and b-value for the study region under the source-zone 

configuration, with separation of Mesozoic extended and non-extended, wide 

geometry for MESE; Case A magnitude weights ...........................................................6-180

Figure 6.4.1-8 Mean map of rate and b-value for the study region under the source-zone 

configuration, with separation of Mesozoic extended and non-extended, wide 

geometry for MESE; Case B magnitude weights ...........................................................6-181

Figure 6.4.1-9 Mean map of rate and b-value for the study region under the source-zone 

configuration, with separation of Mesozoic extended and non-extended, wide 

geometry for MESE; Case E magnitude weights ...........................................................6-182

Figure 6.4.2-1 Comparison of model-predicted earthquake counts for study region using 

Case A magnitude weights. The error bars represent the 16%–84% uncertainty 

associated with the data, computed using the Weichert (1980) procedure....................6-183

Figure 6.4.2-2 Comparison of model-predicted earthquake counts for study region using 

Case B magnitude weights. The error bars represent the 16%–84% uncertainty 

associated with the data, computed using the Weichert (1980) procedure....................6-184

Figure 6.4.2-3 Comparison of model-predicted earthquake counts for study region using 

Case E magnitude weights. The error bars represent the 16%–84% uncertainty 

associated with the data, computed using the Weichert (1980) procedure....................6-185

Figure 6.4.2-4 Comparison of model-predicted earthquake counts for MESE-N using 

Case A magnitude weights. The error bars represent the 16%–84% uncertainty 

associated with the data, computed using the Weichert (1980) procedure....................6-186

Figure 6.4.2-5 Comparison of model-predicted earthquake counts for MESE-N using 

Case B magnitude weights. The error bars represent the 16%–84% uncertainty 

associated with the data, computed using the Weichert (1980) procedure....................6-187
xxxvii

Figure 6.4.2-6 Comparison of model-predicted earthquake counts for MESE-N using 

Case E magnitude weights. The error bars represent the 16%–84% uncertainty 

associated with the data, computed using the Weichert (1980) procedure....................6-188

Figure 6.4.2-7 Comparison of model-predicted earthquake counts for MESE-W using 

Case A magnitude weights. The error bars represent the 16%–84% uncertainty 

associated with the data, computed using the Weichert (1980) procedure....................6-189

Figure 6.4.2-8 Comparison of model-predicted earthquake counts for MESE-W using 

Case B magnitude weights. The error bars represent the 16%–84% uncertainty 

associated with the data, computed using the Weichert (1980) procedure....................6-190

Figure 6.4.2-9 Comparison of model-predicted earthquake counts for MESE-W using 

Case E magnitude weights. The error bars represent the 16%–84% uncertainty 

associated with the data, computed using the Weichert (1980) procedure....................6-191

Figure 6.4.2-10 Comparison of model-predicted earthquake counts for NMESE-N using 

Case A magnitude weights. The error bars represent the 16%–84% uncertainty 

associated with the data, computed using the Weichert (1980) procedure....................6-192

Figure 6.4.2-11 Comparison of model-predicted earthquake counts for NMESE-N using 

Case B magnitude weights. The error bars represent the 16%–84% uncertainty 

associated with the data, computed using the Weichert (1980) procedure....................6-193

Figure 6.4.2-12 Comparison of model-predicted earthquake counts for NMESE-N using 

Case E magnitude weights. The error bars represent the 16%–84% uncertainty 

associated with the data, computed using the Weichert (1980) procedure....................6-194

Figure 6.4.2-13 Comparison of model-predicted earthquake counts for NMESE-W using 

Case A magnitude weights. The error bars represent the 16%–84% uncertainty 

associated with the data, computed using the Weichert (1980) procedure....................6-195

Figure 6.4.2-14 Comparison of model-predicted earthquake counts for NMESE-W using 

Case B magnitude weights. The error bars represent the 16%–84% uncertainty 

associated with the data, computed using the Weichert (1980) procedure....................6-196

Figure 6.4.2-15 Comparison of model-predicted earthquake counts for NMESE-W using 

Case E magnitude weights. The error bars represent the 16%–84% uncertainty 

associated with the data, computed using the Weichert (1980) procedure....................6-197

Figure 7.1-1 Seismotectonic zones shown in the case where the Rough Creek graben is 

not part of the Reelfoot rift (RR) and the Paleozoic Extended Crust is narrow (PEZN) ....................................................................................................................................7-83

Figure 7.1-2 Seismotectonic zones shown in the case where the Rough Creek graben is 

part of the Reelfoot rift (RR_RCG) and the Paleozoic Extended Crust is narrow 

(PEZ-N)............................................................................................................................7-84

Figure 7.1-3 Seismotectonic zones shown in the case where the Rough Creek graben is 

not part of the Reelfoot rift (RR) and the Paleozoic Extended Crust is wide (PEZ-W).....7-85

Figure 7.1-4 Seismotectonic zones shown in the case where the Rough Creek graben is 

part of the Reelfoot rift (RR_RCG) and the Paleozoic Extended Crust is wide (PEZW).....................................................................................................................................7-86

Figure 7.1-5 Example of comparing seismotectonic zones with magnetic map developed 

as part of the CEUS SSC Project.....................................................................................7-87

Figure 7.1-6 Example of comparing seismotectonic zones with isostatic gravity map 

developed as part of the CEUS SSC Project . ................................................................7-88
xxxviii

Figure 7.1-7 Map of seismicity based on the earthquake catalog developed for the CEUS 

SSC Project......................................................................................................................7-89

Figure 7.1-8 Map showing example comparison of seismotectonic zones with seismicity. 

Note the non-uniform spatial distribution of seismicity within the zones. Spatial 

smoothing of a- and b-values accounts for these spatial variations.................................7-90

Figure 7.3-1 Logic tree for the seismotectonic zones branch of the master logic tree.............7-91

Figure 7.3.1-1 Significant earthquakes and paleoseismology of the SLR seismotectonic 

zone .................................................................................................................................7-92

Figure 7.3.1-2 Tectonic features of the SLR seismotectonic zone ..........................................7-93

Figure 7.3.1-3 Magnetic and gravity anomaly maps of the SLR seismotectonic zone ............7-94

Figure 7.3.2-1 Significant earthquakes and paleoseismic study area in the region of the 

GMH seismotectonic zone ...............................................................................................7-95

Figure 7.3.2-2 Igneous rocks attributed to the GMH seismotectonic zone ..............................7-96

Figure 7.3.2-3 Relocated hypocentral depths and crustal depth of the GMH 

seismotectonic zone.........................................................................................................7-97

Figure 7.3.2-4 Magnetic and gravity anomaly maps of the GMH seismotectonic zone ..........7-98

Figure 7.3.3-1 Seismicity of the NAP seismotectonic zone .....................................................7-99

Figure 7.3.3-2 Magnetic and gravity anomaly maps of the NAP seismotectonic zone ..........7-100

Figure 7.3.4-1 Seismicity and tectonic features of the PEZ seismotectonic zone..................7-101

Figure 7.3.4-2 Magnetic and gravity anomaly maps of the PEZ seismotectonic zone ..........7-102

Figure 7.3.5-1 Map showing seismicity, subsurface Paleozoic and basement structures, 

and postulated energy centers for prehistoric earthquakes ...........................................7-103

Figure 7.3.5-2 Map showing alternative boundaries for Precambrian (proto-Illinois basin) 

rift basins........................................................................................................................7-104

Figure 7.3.5-3 Maps showing the IBEB source zone boundaries, seismicity, and 

prehistoric earthquake centers relative to (a) regional magnetic anomalies and (b) 

regional gravity anomalies .............................................................................................7-105

Figure 7.3.6-1 Map of seismicity and geomorphic features and faults showing evidence 

for Quaternary neotectonic deformation and reactivation. Inset map shows 

basement structures associated with the Reelfoot rift. ..................................................7-106

Figure 7.3.6-2 Maps showing geophysical anomalies in the Reelfoot rift region ...................7-107

Figure 7.3.7-1 Mesozoic basins within the ECC-AM zone ....................................................7-108

Figure 7.3.7-2 Seismicity within the ECC-AM and AHEX zones............................................7-109

Figure 7.3.7-3 Magnetic and gravity data for ECC-AM and AHEX zones..............................7-110

Figure 7.3.7-4 Estimated locations of the 1755 M 6.1 Cape Ann earthquake .......................7-111

Figure 7.3.8-1 Correlation of interpreted transitional crust with the East Coast magnetic 

anomaly..........................................................................................................................7-112

Figure 7.3.9-1 The ECC-GC seismotectonic zone.................................................................7-113

Figure 7.3.10-1 The GHEX seismotectonic zone...................................................................7-114

Figure 7.3.11-1 The OKA seismotectonic zone and regional gravity and magnetic data ......7-115

Figure 7.3.12-1 Simplified tectonic map showing the distribution of principal basement 

faults, rifts, and sutures in the Midcontinent...................................................................7-116
xxxix

Figure 7.3.12-2 Maps showing major basement structural features relative to (a) regional 

magnetic anomalies and (b) regional gravity anomalies ................................................7-117

Figure 7.3.12-3 Seismic zones and maximum observed earthquakes in the MidC zone ......7-118

Figure 7.3.12-4 Alternative MidC source zone configurations ...............................................7-119

Figure 7.4.1-1 (1 of 3) Distributions for mmax−obs for the seismotectonic distributed 

seismicity source zones .................................................................................................7-120

Figure 7.4.1-1 (2 of 3) Distributions for mmax−obs for the seismotectonic distributed 

seismicity source zones .................................................................................................7-121

Figure 7.4.1-1 (3 of 3) Distributions for mmax−obs for the seismotectonic distributed 

seismicity source zones .................................................................................................7-122

Figure 7.4.2-1 Mmax distributions for the AHEX seismotectonic zone ..................................7-123

Figure 7.4.2-2 Mmax distributions for the ECC_AM seismotectonic zone.............................7-124

Figure 7.4.2-3 Mmax distributions for the ECC_GC seismotectonic zone.............................7-125

Figure 7.4.2-4 Mmax distributions for the GHEX seismotectonic zone..................................7-126

Figure 7.4.2-5 Mmax distributions for the GMH seismotectonic zone....................................7-127

Figure 7.4.2-6 Mmax distributions for the IBEB seismotectonic zone....................................7-128

Figure 7.4.2-7 Mmax distributions for the MidC-A seismotectonic zone................................7-129

Figure 7.4.2-8 Mmax distributions for the MidC-B seismotectonic zone................................7-130

Figure 7.4.2-9 Mmax distributions for the MidC-C seismotectonic zone................................7-131

Figure 7.4.2-10 Mmax distributions for the MidC-D seismotectonic zone..............................7-132

Figure 7.4.2-11 Mmax distributions for the NAP seismotectonic zone ..................................7-133

Figure 7.4.2-12 Mmax distributions for the OKA seismotectonic zone ..................................7-134

Figure 7.4.2-13 Mmax distributions for the PEZ_N seismotectonic zone ..............................7-135

Figure 7.4.2-14 Mmax distributions for the PEZ_W seismotectonic zone..............................7-136

Figure 7.4.2-15 Mmax distributions for the RR seismotectonic zone.....................................7-137

Figure 7.4.2-16 Mmax distributions for the RR_RCG seismotectonic zone...........................7-138

Figure 7.4.2-17 Mmax distributions for the SLR seismotectonic zone...................................7-139

Figure 7.5.1-1 Mean map of rate and b-value for the study region under the source-zone 

configuration with narrow interpretation of PEZ, Rough Creek graben associated 

with Midcontinent; Case A magnitude weights...............................................................7-140

Figure 7.5.1-2 Mean map of rate and b-value for the study region under the source-zone 

configuration with narrow interpretation of PEZ, Rough Creek graben associated 

with Midcontinent; Case B magnitude weights...............................................................7-141

Figure 7.5.1-3 Mean map of rate and b-value for the study region under the source-zone 

configuration with narrow interpretation of PEZ, Rough Creek graben associated 

with Midcontinent; Case E magnitude weights...............................................................7-142

Figure 7.5.1-4 Mean map of rate and b-value for the study region under the source-zone 

configuration with narrow interpretation of PEZ, Rough Creek graben associated 

with Reelfoot rift; Case A magnitude weights.................................................................7-143
xl

Figure 7.5.1-5 Mean map of rate and b-value for the study region under the source-zone 

configuration with narrow interpretation of PEZ, Rough Creek graben associated 

with Reelfoot rift; Case B magnitude weights.................................................................7-144

Figure 7.5.1-6 Mean map of rate and b-value for the study region under the source-zone 

configuration with narrow interpretation of PEZ, Rough Creek graben associated 

with Reelfoot rift; Case E magnitude weights.................................................................7-145

Figure 7.5.1-7 Mean map of rate and b-value for the study region under the source-zone 

configuration with wide interpretation of PEZ, Rough Creek graben associated with 

Midcontinent; Case A magnitude weights ......................................................................7-146

Figure 7.5.1-8 Mean map of rate and b-value for the study region under the source-zone 

configuration with wide interpretation of PEZ, Rough Creek graben associated with 

Midcontinent; Case B magnitude weights ......................................................................7-147

Figure 7.5.1-9 Mean map of rate and b-value for the study region under the source-zone 

configuration with wide interpretation of PEZ, Rough Creek graben associated with 

Midcontinent; Case E magnitude weights ......................................................................7-148

Figure 7.5.1-10 Mean map of rate and b-value for the study region under the sourcezone configuration with wide interpretation of PEZ, Rough Creek graben associated 

with Reelfoot rift; Case A magnitude weights.................................................................7-149

Figure 7.5.1-11 Mean map of rate and b-value for the study region under the sourcezone configuration with wide interpretation of PEZ, Rough Creek graben associated 

with Reelfoot rift; Case B magnitude weights.................................................................7-150

Figure 7.5.1-12 Mean map of rate and b-value for the study region under the sourcezone configuration with wide interpretation of PEZ, Rough Creek graben associated 

with Reelfoot rift; Case E magnitude weights.................................................................7-151

Figure 7.5.2-1 Comparison of model-predicted earthquake counts for AHEX using Case 

A magnitude weights. No earthquake counts are shown because this source zone 

contains no seismicity. . ...............................................................................................7-152

Figure 7.5.2-2 Comparison of model-predicted earthquake counts for AHEX using Case 

B magnitude weights. No earthquake counts are shown because this source zone 

contains no seismicity.. .................................................................................................7-153

Figure 7.5.2-3 Comparison of model-predicted earthquake counts for AHEX using Case 

E magnitude weights. No earthquake counts are shown because this source zone 

contains no seismicity. ..................................................................................................7-154

Figure 7.5.2-4 Comparison of model-predicted earthquake counts for ECC_AM using 

Case A magnitude weights. The error bars represent the 16%–84% uncertainty 

associated with the data, computed using the Weichert (1980) procedure. ..................7-155

Figure 7.5.2-5 Comparison of model-predicted earthquake counts for ECC_AM using 

Case B magnitude weights. Error bars as in Figure 7.5.2-4. .........................................7-156

Figure 7.5.2-6 Comparison of model-predicted earthquake counts for ECC_AM using 

Case E magnitude weights. Error bars as in Figure 7.5.2-4. .........................................7-157

Figure 7.5.2-7 Comparison of model-predicted earthquake counts for ECC_GC using 

Case A magnitude weights. Error bars as in Figure 7.5.2-4. .........................................7-158

Figure 7.5.2-8 Comparison of model-predicted earthquake counts for ECC_GC using 

Case B magnitude weights. Error bars as in Figure 7.5.2-4. .........................................7-159

Figure 7.5.2-9 Comparison of model-predicted earthquake counts for ECC_GC using 

Case E magnitude weights. Error bars as in Figure 7.5.2-4. .........................................7-160
xli

Figure 7.5.2-10 Comparison of model-predicted earthquake counts for GHEX using 

Case A magnitude weights. Error bars as in Figure 7.5.2-4. .........................................7-161

Figure 7.5.2-11 Comparison of model-predicted earthquake counts for GHEX using 

Case B magnitude weights. Error bars as in Figure 7.5.2-4. .........................................7-162

Figure 7.5.2-12 Comparison of model-predicted earthquake counts for GHEX using 

Case E magnitude weights. Error bars as in Figure 7.5.2-4. .........................................7-163

Figure 7.5.2-13 Comparison of model-predicted earthquake counts for GMH using Case 

A magnitude weights. Error bars as in Figure 7.5.2-4. ..................................................7-164

Figure 7.5.2-14 Comparison of model-predicted earthquake counts for GMH using Case 

B magnitude weights. Error bars as in Figure 7.5.2-4. ..................................................7-165

Figure 7.5.2-15 Comparison of model-predicted earthquake counts for GMH using Case 

E magnitude weights. Error bars as in Figure 7.5.2-4. ..................................................7-166

Figure 7.5.2-16 Comparison of model-predicted earthquake counts for IBEB using Case 

A magnitude weights. Error bars as in Figure 7.5.2-4. ..................................................7-167

Figure 7.5.2-17 Comparison of model-predicted earthquake counts for IBEB using Case 

B magnitude weights. Error bars as in Figure 7.5.2-4. ..................................................7-168

Figure 7.5.2-18 Comparison of model-predicted earthquake counts for IBEB using Case 

E magnitude weights. Error bars as in Figure 7.5.2-4. ..................................................7-169

Figure 7.5.2-19 Comparison of model-predicted earthquake counts for MidC-A using 

Case A magnitude weights. Error bars as in Figure 7.5.2-4. .........................................7-170

Figure 7.5.2-20 Comparison of model-predicted earthquake counts for MidC-A using 

Case B magnitude weights. Error bars as in Figure 7.5.2-4. .........................................7-171

Figure 7.5.2-21 Comparison of model-predicted earthquake counts for MidC-A using 

Case E magnitude weights. Error bars as in Figure 7.5.2-4. .........................................7-172

Figure 7.5.2-22 Comparison of model-predicted earthquake counts for MidC–B using 

Case A magnitude weights. Error bars as in Figure 7.5.2-4. .........................................7-173

Figure 7.5.2-23 Comparison of model-predicted earthquake counts for MidC-B using 

Case B magnitude weights. Error bars as in Figure 7.5.2-4. .........................................7-174

Figure 7.5.2-24 Comparison of model-predicted earthquake counts for MidC–B using 

Case E magnitude weights. Error bars as in Figure 7.5.2-4. .........................................7-175

Figure 7.5.2-25 Comparison of model-predicted earthquake counts for MidC–C using 

Case A magnitude weights. Error bars as in Figure 7.5.2-4. .........................................7-176

Figure 7.5.2-26 Comparison of model-predicted earthquake counts for MidC–C using 

Case B magnitude weights. Error bars as in Figure 7.5.2-4. .........................................7-177

Figure 7.5.2-27 Comparison of model-predicted earthquake counts for MidC–C using 

Case E magnitude weights. Error bars as in Figure 7.5.2-4. .........................................7-178

Figure 7.5.2-28 Comparison of model-predicted earthquake counts for MidC–D using 

Case A magnitude weights. Error bars as in Figure 7.5.2-4. .........................................7-179

Figure 7.5.2-29 Comparison of model-predicted earthquake counts for MidC–D using 

Case B magnitude weights. Error bars as in Figure 7.5.2-4. .........................................7-180

Figure 7.5.2-30 Comparison of model-predicted earthquake counts for MidC–D using 

Case E magnitude weights. Error bars as in Figure 7.5.2-4. .........................................7-181

Figure 7.5.2-31 Comparison of model-predicted earthquake counts for NAP using Case 

A magnitude weights. Error bars as in Figure 7.5.2-4. ..................................................7-182
xlii

Figure 7.5.2-32 Comparison of model-predicted earthquake counts for NAP using Case 

B magnitude weights. Error bars as in Figure 7.5.2-4. ..................................................7-183

Figure 7.5.2-33 Comparison of model-predicted earthquake counts for NAP using Case 

E magnitude weights. Error bars as in Figure 7.5.2-4. ..................................................7-184

Figure 7.5.2-34 Comparison of model-predicted earthquake counts for OKA using Case 

A magnitude weights. Error bars as in Figure 7.5.2-4. ..................................................7-185

Figure 7.5.2-35 Comparison of model-predicted earthquake counts for OKA using Case 

B magnitude weights. Error bars as in Figure 7.5.2-4. ..................................................7-186

Figure 7.5.2-36 Comparison of model-predicted earthquake counts for OKA using Case 

E magnitude weights. Error bars as in Figure 7.5.2-4. ..................................................7-187

Figure 7.5.2-37 Comparison of model-predicted earthquake counts for PEZ_N using 

Case A magnitude weights. Error bars as in Figure 7.5.2-4. .........................................7-188

Figure 7.5.2-38 Comparison of model-predicted earthquake counts for PEZ_N using 

Case B magnitude weights. Error bars as in Figure 7.5.2-4. .........................................7-189

Figure 7.5.2-39 Comparison of model-predicted earthquake counts for PEZ_N using 

Case E magnitude weights. Error bars as in Figure 7.5.2-4. .........................................7-190

Figure 7.5.2-40 Comparison of model-predicted earthquake counts for PEZ_W using 

Case A magnitude weights. Error bars as in Figure 7.5.2-4. .........................................7-191

Figure 7.5.2-41 Comparison of model-predicted earthquake counts for PEZ_W using 

Case B magnitude weights. Error bars as in Figure 7.5.2-4. .........................................7-192

Figure 7.5.2-42 Comparison of model-predicted earthquake counts for PEZ_W using 

Case E magnitude weights. Error bars as in Figure 7.5.2-4. .........................................7-193

Figure 7.5.2-43 Comparison of model-predicted earthquake counts for RR using Case A 

magnitude weights. Error bars as in Figure 7.5.2-4. .....................................................7-194

Figure 7.5.2-44 Comparison of model-predicted earthquake counts for RR using Case B 

magnitude weights. Error bars as in Figure 7.5.2-4. .....................................................7-195

Figure 7.5.2-45 Comparison of model-predicted earthquake counts for RR using Case E 

magnitude weights. Error bars as in Figure 7.5.2-4. .....................................................7-196

Figure 7.5.2-46 Comparison of model-predicted earthquake counts for RR_RCG using 

Case A magnitude weights. Error bars as in Figure 7.5.2-4. .........................................7-197

Figure 7.5.2-47 Comparison of model-predicted earthquake counts for RR_RCG using 

Case B magnitude weights. Error bars as in Figure 7.5.2-4. .........................................7-198

Figure 7.5.2-48 Comparison of model-predicted earthquake counts for RR_RCG using 

Case E magnitude weights. Error bars as in Figure 7.5.2-4. .........................................7-199

Figure 7.5.2-49 Comparison of model-predicted earthquake counts for SLR using Case

A magnitude weights. Error bars as in Figure 7.5.2-4. ..................................................7-200

Figure 7.5.2-50 Comparison of model-predicted earthquake counts for SLR using Case 

B magnitude weights. Error bars as in Figure 7.5.2-4. ..................................................7-201

Figure 7.5.2-51 Comparison of model-predicted earthquake counts for SLR using Case 

E magnitude weights. Error bars as in Figure 7.5.2-4. ..................................................7-202

Figure 8.1-1 Map showing the study area and seven test sites for the CEUS SSC Project ....8-28

Figure 8.1-2 Mean VS profile for shallow soil site....................................................................8-29

Figure 8.1-3 Mean VS profile for deep soil site........................................................................8-30
xliii

Figure 8.1-4 Mean amplification factors for shallow soil site....................................................8-31

Figure 8.1-5 Mean amplification factors for deep soil site........................................................8-32

Figure 8.2-1a Central Illinois 10 Hz rock hazard: mean and fractile total hazard.....................8-33

Figure 8.2-1b Central Illinois 1 Hz rock hazard: mean and fractile total hazard.......................8-34

Figure 8.2-1c Central Illinois PGA rock hazard: mean and fractile total hazard.......................8-35

Figure 8.2-1d Central Illinois 10 Hz rock hazard: total and contribution by RLME and 

background ......................................................................................................................8-36

Figure 8.2-1e Central Illinois 1 Hz rock hazard: total and contribution by RLME and 

background ......................................................................................................................8-37

Figure 8.2-1f Central Illinois PGA rock hazard: total and contribution by RLME and 

background ......................................................................................................................8-38

Figure 8.2-1g Central Illinois 10 Hz rock hazard: contribution by background source.............8-39

Figure 8.2-1h Central Illinois 1 Hz rock hazard: contribution by background source...............8-40

Figure 8.2-1i Central Illinois PGA rock hazard: contribution by background source................8-41

Figure 8.2-1j Central Illinois 10 Hz rock hazard: comparison of three source models.............8-42

Figure 8.2-1k Central Illinois 1 Hz rock hazard: comparison of three source models ..............8-43

Figure 8.2-1l Central Illinois PGA rock hazard: comparison of three source models...............8-44

Figure 8.2-1m Central Illinois 10 Hz shallow soil hazard: total and total and contribution 

by RLME and background................................................................................................8-45

Figure 8.2-1n Central Illinois 1 Hz shallow soil hazard: total and contribution by RLME 

and background ...............................................................................................................8-46

Figure 8.2-1o Central Illinois PGA shallow soil hazard: total and contribution by RLME 

and background ...............................................................................................................8-47

Figure 8.2-1p Central Illinois 10 Hz deep soil hazard: total and contribution by RLME and 

background ......................................................................................................................8-48

Figure 8.2-1q Central Illinois 1 Hz deep soil hazard: total and contribution by RLME and 

background ......................................................................................................................8-49

Figure 8.2-1r Central Illinois PGA deep soil hazard: total and contribution by RLME and 

background ......................................................................................................................8-50

Figure 8.2-1s Central Illinois 10 Hz hazard: comparison of three site conditions ....................8-51

Figure 8.2-1t Central Illinois 1 Hz hazard: comparison of three site conditions .......................8-52

Figure 8.2-1u Central Illinois PGA hazard: comparison of three site conditions......................8-53

Figure 8.2-1v Central Illinois 10 Hz rock hazard: sensitivity to seismotectonic vs. Mmax 

zones................................................................................................................................8-54

Figure 8.2-1w Central Illinois 1 Hz rock hazard: sensitivity to seismotectonic vs. Mmax 

zones................................................................................................................................8-55

Figure 8.2-1x Central Illinois 10 Hz rock hazard: sensitivity to Mmax for source IBEB............8-56

Figure 8.2-1y Central Illinois 1 Hz rock hazard: sensitivity to Mmax for source IBEB..............8-57

Figure 8.2-1z Central Illinois 10 Hz rock hazard: sensitivity to smoothing options ..................8-58

Figure 8.2-1aa Central Illinois 1 Hz rock hazard: sensitivity to smoothing options ..................8-59

Figure 8.2-1bb Central Illinois 10 Hz rock hazard: sensitivity to eight realizations for 

source IBEB, Case A .......................................................................................................8-60
xliv

Figure 8.2-1cc Central Illinois 10 Hz rock hazard: sensitivity to eight realizations for 

source IBEB, Case B .......................................................................................................8-61

Figure 8.2-1dd Central Illinois 10 Hz rock hazard: sensitivity to eight realizations for 

source IBEB, Case E .......................................................................................................8-62

Figure 8.2-1ee Central Illinois 1 Hz rock hazard: sensitivity to eight realizations for 

source IBEB, Case A .......................................................................................................8-63

Figure 8.2-1ff Central Illinois 1 Hz rock hazard: sensitivity to eight realizations for source 

IBEB, Case B ...................................................................................................................8-64

Figure 8.2-1gg Central Illinois 1 Hz rock hazard: sensitivity to eight realizations for 

source IBEB, Case E .......................................................................................................8-65

Figure 8.2-2a Chattanooga 10 Hz rock hazard: mean and fractile total hazard ......................8-66

Figure 8.2-2b Chattanooga 1 Hz rock hazard: mean and fractile total hazard.........................8-67

Figure 8.2-2c Chattanooga PGA rock hazard: mean and fractile total hazard ........................8-68

Figure 8.2-2d Chattanooga 10 Hz rock hazard: total and contribution by RLME and 

background ......................................................................................................................8-69

Figure 8.2-2e Chattanooga 1 Hz rock hazard: total and contribution by RLME and 

background ......................................................................................................................8-70

Figure 8.2-2f Chattanooga PGA rock hazard: total and contribution by RLME and 

background ......................................................................................................................8-71

Figure 8.2-2g Chattanooga 10 Hz rock hazard: contribution by background source...............8-72

Figure 8.2-2h Chattanooga 1 Hz rock hazard: contribution by background source.................8-73

Figure 8.2-2i Chattanooga PGA rock hazard: contribution by background source..................8-74

Figure 8.2-2j Chattanooga 10 Hz rock hazard: comparison of three source models...............8-75

Figure 8.2-2k Chattanooga is 1 Hz rock hazard: comparison of three source models ............8-76

Figure 8.2-2l Chattanooga PGA rock hazard: comparison of three source models.................8-77

Figure 8.2-2m Chattanooga 10 Hz shallow soil hazard: total and contribution by RLME 

and background ...............................................................................................................8-78

Figure 8.2-2n Chattanooga 1 Hz shallow soil hazard: total and contribution by RLME and 

background ......................................................................................................................8-79

Figure 8.2-2o Chattanooga PGA shallow soil hazard: total and contribution by RLME and 

background ......................................................................................................................8-80

Figure 8.2-2p Chattanooga 10 Hz deep soil hazard: total and contribution by RLME and 

background ......................................................................................................................8-81

Figure 8.2-2q Chattanooga 1 Hz deep soil hazard: total and contribution by RLME and 

background ......................................................................................................................8-82

Figure 8.2-2r Chattanooga PGA deep soil hazard: total and contribution by RLME and 

background ......................................................................................................................8-83

Figure 8.2-2s Chattanooga 10 Hz hazard: comparison of three site conditions ......................8-84

Figure 8.2-2t Chattanooga 1 Hz hazard: comparison of three site conditions .........................8-85

Figure 8.2-2u Chattanooga PGA hazard: comparison of three site conditions........................8-86

Figure 8.2-2v Chattanooga 10 Hz rock hazard: sensitivity to seismotectonic vs. Mmax 

zones................................................................................................................................8-87
xlv

Figure 8.2-2w Chattanooga 1 Hz rock hazard: sensitivity to seismotectonic vs. Mmax 

zones................................................................................................................................8-88

Figure 8.2-2x Chattanooga 10 Hz rock hazard: sensitivity to Mmax for source PEZ-N...........8-89

Figure 8.2-2y Chattanooga 1 Hz rock hazard: sensitivity to Mmax for source PEZ-N.............8-90

Figure 8.2-2z Chattanooga 10 Hz rock hazard: sensitivity to smoothing options ....................8-91

Figure 8.2-2aa Chattanooga 1 Hz rock hazard: sensitivity to smoothing options ....................8-92

Figure 8.2-2bb Chattanooga 10 Hz rock hazard: sensitivity to eight realizations for 

source PEZ-N, Case A.....................................................................................................8-93

Figure 8.2-2cc Chattanooga 10 Hz rock hazard: sensitivity to eight realizations for 

source PEZ-N, Case B.....................................................................................................8-94

Figure 8.2-2dd Chattanooga 10 Hz rock hazard: sensitivity to eight realizations for 

source PEZ-N, Case E.....................................................................................................8-95

Figure 8.2-2ee Chattanooga 1 Hz rock hazard: sensitivity to eight realizations for source 

PEZ-N, Case A.................................................................................................................8-96

Figure 8.2-2ff Chattanooga 1 Hz rock hazard: sensitivity to eight realizations for source 

PEZ-N, Case B.................................................................................................................8-97

Figure 8.2-2gg Chattanooga 1 Hz rock hazard: sensitivity to eight realizations for source 

PEZ-N, Case E.................................................................................................................8-98

Figure 8.2-3a Houston 10 Hz rock hazard: mean and fractile total hazard..............................8-99

Figure 8.2-3b Houston 1 Hz rock hazard: mean and fractile total hazard..............................8-100

Figure 8.2-3c Houston PGA rock hazard: mean and fractile total hazard..............................8-101

Figure 8.2-3d Houston 10 Hz rock hazard: total and contribution by RLME and 

background ....................................................................................................................8-102

Figure 8.2-3e Houston 1 Hz rock hazard: total and contribution by RLME and 

background ....................................................................................................................8-103

Figure 8.2-3f Houston PGA rock hazard: total and contribution by RLME and background..8-104

Figure 8.2-3g Houston 10 Hz rock hazard: contribution by background source ....................8-105

Figure 8.2-3h Houston 1 Hz rock hazard: contribution by background source ......................8-106

Figure 8.2-3i Houston PGA rock hazard: contribution by background source .......................8-107

Figure 8.2-3j Houston 10 Hz rock hazard: comparison of three source models ....................8-108

Figure 8.2-3k Houston is 1 Hz rock hazard: comparison of three source models..................8-109

Figure 8.2-3l Houston PGA rock hazard: comparison of three source models......................8-110

Figure 8.2-3m Houston 10 Hz shallow soil hazard: total and contribution by RLME and 

background ....................................................................................................................8-111

Figure 8.2-3n Houston 1 Hz shallow soil hazard: total and contribution by RLME and 

background ....................................................................................................................8-112

Figure 8.2-3o Houston PGA shallow soil hazard: total and contribution by RLME and 

background ....................................................................................................................8-113

Figure 8.2-3p Houston 10 Hz deep soil hazard: total and contribution by RLME and 

background ....................................................................................................................8-114

Figure 8.2-3q Houston 1 Hz deep soil hazard: total and contribution by RLME and 

background ....................................................................................................................8-115
xlvi

Figure 8.2-3r Houston PGA deep soil hazard: total and contribution by RLME and 

background ....................................................................................................................8-116

Figure 8.2-3s Houston 10 Hz hazard: comparison of three site conditions............................8-117

Figure 8.2-3t Houston 1 Hz hazard: comparison of three site conditions ..............................8-118

Figure 8.2-3u Houston PGA hazard: comparison of three site conditions .............................8-119

Figure 8.2-3v Houston 10 Hz rock hazard: sensitivity to seismotectonic vs. Mmax zones ....8-120

Figure 8.2-3w Houston 1 Hz rock hazard: sensitivity to seismotectonic vs. Mmax zones .....8-121

Figure 8.2-3x Houston 10 Hz rock hazard: sensitivity to Mmax for source GHEX.................8-122

Figure 8.2-3y Houston 1 Hz rock hazard: sensitivity to Mmax for source GHEX...................8-123

Figure 8.2-3z Houston 10 Hz rock hazard: sensitivity to smoothing options..........................8-124

Figure 8.2-3aa Houston 1 Hz rock hazard: sensitivity to smoothing options .........................8-125

Figure 8.2-3bb Houston 10 Hz rock hazard: sensitivity to eight realizations for source 

GHEX, Case A ...............................................................................................................8-126

Figure 8.2-3cc Houston 10 Hz rock hazard: sensitivity to eight realizations for source 

GHEX, Case B ...............................................................................................................8-127

Figure 8.2-3dd Houston 10 Hz rock hazard: sensitivity to eight realizations for source 

GHEX, Case E ...............................................................................................................8-128

Figure 8.2-3ee Houston 1 Hz rock hazard: sensitivity to eight realizations for source 

GHEX, Case A ...............................................................................................................8-129

Figure 8.2-3ff Houston 1 Hz rock hazard: sensitivity to eight realizations for source 

GHEX, Case B ...............................................................................................................8-130

Figure 8.2-3gg Houston 1 Hz rock hazard: sensitivity to eight realizations for source 

GHEX, Case E ...............................................................................................................8-131

Figure 8.2-4a Jackson 10 Hz rock hazard: mean and fractile total hazard............................8-132

Figure 8.2-4b Jackson 1 Hz rock hazard: mean and fractile total hazard..............................8-133

Figure 8.2-4c Jackson PGA rock hazard: mean and fractile total hazard..............................8-134

Figure 8.2-4d Jackson 10 Hz rock hazard: total and contribution by RLME and 

background ....................................................................................................................8-135

Figure 8.2-4e Jackson 1 Hz rock hazard: total and contribution by RLME and 

background ....................................................................................................................8-136

Figure 8.2-4f Jackson PGA rock hazard: total and contribution by RLME and background ..8-137

Figure 8.2-4g Jackson 10 Hz rock hazard: contribution by background source ....................8-138

Figure 8.2-4h Jackson 1 Hz rock hazard: contribution by background source ......................8-139

Figure 8.2-4i Jackson PGA rock hazard: contribution by background source .......................8-140

Figure 8.2-4j Jackson 10 Hz rock hazard: comparison of three source models ....................8-141

Figure 8.2-4k Jackson is 1 Hz rock hazard: comparison of three source models..................8-142

Figure 8.2-4l Jackson PGA rock hazard: comparison of three source models ......................8-143

Figure 8.2-4m Jackson 10 Hz shallow soil hazard: total and contribution by RLME and 

background ....................................................................................................................8-144

Figure 8.2-4n Jackson 1 Hz shallow soil hazard: total and contribution by RLME and 

background ....................................................................................................................8-145
xlvii

Figure 8.2-4o Jackson PGA shallow soil hazard: total and contribution by RLME and 

background ....................................................................................................................8-146

Figure 8.2-4p Jackson 10 Hz deep soil hazard: total and contribution by RLME and 

background ....................................................................................................................8-147

Figure 8.2-4q Jackson 1 Hz deep soil hazard: total and contribution by RLME and 

background ....................................................................................................................8-148

Figure 8.2-4r Jackson PGA deep soil hazard: total and contribution by RLME and 

background ....................................................................................................................8-149

Figure 8.2-4s Jackson 10 Hz hazard: comparison of three site conditions............................8-150

Figure 8.2-4t Jackson 1 Hz hazard: comparison of three site conditions ..............................8-151

Figure 8.2-4u Jackson PGA hazard: comparison of three site conditions .............................8-152

Figure 8.2-4v Jackson 10 Hz rock hazard: sensitivity to seismotectonic vs. Mmax zones ....8-153

Figure 8.2-4w Jackson 1 Hz rock hazard: sensitivity to seismotectonic vs. Mmax zones .....8-154

Figure 8.2-4x Jackson 10 Hz rock hazard: sensitivity to Mmax for source ECC-GC.............8-155

Figure 8.2-4y Jackson 1 Hz rock hazard: sensitivity to Mmax for source ECC-GC...............8-156

Figure 8.2-4z Jackson 10 Hz rock hazard: sensitivity to smoothing options..........................8-157

Figure 8.2-4aa Jackson 1 Hz rock hazard: sensitivity to smoothing options..........................8-158

Figure 8.2-4bb Jackson 10 Hz rock hazard: sensitivity to eight realizations for source 

ECC-GC, Case A ...........................................................................................................8-159

Figure 8.2-4cc Jackson 10 Hz rock hazard: sensitivity to eight realizations for source 

ECC-GC, Case B ...........................................................................................................8-160

Figure 8.2-4dd Jackson 10 Hz rock hazard: sensitivity to eight realizations for source 

ECC-GC, Case E ...........................................................................................................8-161

Figure 8.2-4ee Jackson 1 Hz rock hazard: sensitivity to eight realizations for source 

ECC-GC, Case A ...........................................................................................................8-162

Figure 8.2-4ff Jackson 1 Hz rock hazard: sensitivity to eight realizations for source ECCGC, Case B....................................................................................................................8-163

Figure 8.2-4gg Jackson 1 Hz rock hazard: sensitivity to eight realizations for source 

ECC-GC, Case E ...........................................................................................................8-164

Figure 8.2-5a Manchester 10 Hz rock hazard: mean and fractile total hazard ......................8-165

Figure 8.2-5b Manchester 1 Hz rock hazard: mean and fractile total hazard ........................8-166

Figure 8.2-5c Manchester PGA rock hazard: mean and fractile total hazard ........................8-167

Figure 8.2-5d Manchester 10 Hz rock hazard: total and contribution by RLME and 

background ....................................................................................................................8-168

Figure 8.2-5e Manchester 1 Hz rock hazard: total and contribution by RLME and 

background ....................................................................................................................8-169

Figure 8.2-5f Manchester PGA rock hazard: total and contribution by RLME and 

background ....................................................................................................................8-170

Figure 8.2-5g Manchester 10 Hz rock hazard: contribution by background source...............8-171

Figure 8.2-5h Manchester 1 Hz rock hazard: contribution by background source.................8-172

Figure 8.2-5i Manchester PGA rock hazard: contribution by background source..................8-173

Figure 8.2-5j Manchester 10 Hz rock hazard: comparison of three source models...............8-174
xlviii

Figure 8.2-5k Manchester is 1 Hz rock hazard: comparison of three source models ............8-175

Figure 8.2-5l Manchester PGA rock hazard: comparison of three source models.................8-176

Figure 8.2-5m Manchester 10 Hz shallow soil hazard: total and contribution by RLME 

and background .............................................................................................................8-177

Figure 8.2-5n Manchester 1 Hz shallow soil hazard: total and contribution by RLME and 

background ....................................................................................................................8-178

Figure 8.2-5o Manchester PGA shallow soil hazard: total and contribution by RLME and 

background ....................................................................................................................8-179

Figure 8.2-5p Manchester 10 Hz deep soil hazard: total and contribution by RLME and 

background ....................................................................................................................8-180

Figure 8.2-5q Manchester 1 Hz deep soil hazard: total and contribution by RLME and 

background ....................................................................................................................8-181

Figure 8.2-5r Manchester PGA deep soil hazard: total and contribution by RLME and 

background ....................................................................................................................8-182

Figure 8.2-5s Manchester 10 Hz hazard: comparison of three site conditions ......................8-183

Figure 8.2-5t Manchester 1 Hz hazard: comparison of three site conditions.........................8-184

Figure 8.2-5u Manchester PGA hazard: comparison of three site conditions........................8-185

Figure 8.2-5v Manchester 10 Hz rock hazard: sensitivity to seismotectonic vs. Mmax 

zones..............................................................................................................................8-186

Figure 8.2-5w Manchester 1 Hz rock hazard: sensitivity to seismotectonic vs. Mmax 

zones..............................................................................................................................8-187

Figure 8.2-5x Manchester 10 Hz rock hazard: sensitivity to Mmax for source NAP ..............8-188

Figure 8.2-5y Manchester 1 Hz rock hazard: sensitivity to Mmax for source NAP ................8-189

Figure 8.2-5z Manchester 10 Hz rock hazard: sensitivity to smoothing options ....................8-190

Figure 8.2-5aa Manchester 1 Hz rock hazard: sensitivity to smoothing options....................8-191

Figure 8.2-5bb Manchester 10 Hz rock hazard: sensitivity to eight realizations for source 

NAP, Case A..................................................................................................................8-192

Figure 8.2-5cc Manchester 10 Hz rock hazard: sensitivity to eight realizations for source 

NAP, Case B..................................................................................................................8-193

Figure 8.2-5dd Manchester 10 Hz rock hazard: sensitivity to eight realizations for source 

NAP, Case E..................................................................................................................8-194

Figure 8.2-5ee Manchester 1 Hz rock hazard: sensitivity to eight realizations for source 

NAP, Case A..................................................................................................................8-195

Figure 8.2-5ff Manchester 1 Hz rock hazard: sensitivity to eight realizations for source 

NAP, Case B..................................................................................................................8-196

Figure 8.2-5gg Manchester 1 Hz rock hazard: sensitivity to eight realizations for source 

NAP, Case E..................................................................................................................8-197

Figure 8.2-6a Savannah 10 Hz rock hazard: mean and fractile total hazard.........................8-198

Figure 8.2-6b Savannah 1 Hz rock hazard: mean and fractile total hazard...........................8-199

Figure 8.2-6c Savannah PGA rock hazard: mean and fractile total hazard...........................8-200

Figure 8.2-6d Savannah 10 Hz rock hazard: total and contribution by RLME and 

background ....................................................................................................................8-201
xlix

Figure 8.2-6e Savannah 1 Hz rock hazard: total and contribution by RLME and 

background ....................................................................................................................8-202

Figure 8.2-6f Savannah PGA rock hazard: total and contribution by RLME and 

background ....................................................................................................................8-203

Figure 8.2-6g Savannah 10 Hz rock hazard: contribution by background source .................8-204

Figure 8.2-6h Savannah 1 Hz rock hazard: contribution by background source ...................8-205

Figure 8.2-6i Savannah PGA rock hazard: contribution by background source ....................8-206

Figure 8.2-6j Savannah 10 Hz rock hazard: comparison of three source models .................8-207

Figure 8.2-6k Savannah is 1 Hz rock hazard: comparison of three source models...............8-208

Figure 8.2-6l Savannah PGA rock hazard: comparison of three source models ...................8-209

Figure 8.2-6m Savannah 10 Hz shallow soil hazard: total and contribution by RLME and 

background ....................................................................................................................8-210

Figure 8.2-6n Savannah 1 Hz shallow soil hazard: total and contribution by RLME and 

background ....................................................................................................................8-211

Figure 8.2-6o Savannah PGA shallow soil hazard: total and contribution by RLME and 

background ....................................................................................................................8-212

Figure 8.2-6p Savannah 10 Hz deep soil hazard: total and contribution by RLME and 

background ....................................................................................................................8-213

Figure 8.2-6q Savannah 1 Hz deep soil hazard: total and contribution by RLME and 

background ....................................................................................................................8-214

Figure 8.2-6r Savannah PGA deep soil hazard: total and contribution by RLME and 

background ....................................................................................................................8-215

Figure 8.2-6s Savannah 10 Hz hazard: comparison of three site conditions.........................8-216

Figure 8.2-6t Savannah 1 Hz hazard: comparison of three site conditions............................8-217

Figure 8.2-6u Savannah PGA hazard: comparison of three site conditions ..........................8-218

Figure 8.2-6v Savannah 10 Hz rock hazard: sensitivity to seismotectonic vs. Mmax 

zones..............................................................................................................................8-219

Figure 8.2-6w Savannah 1 Hz rock hazard: sensitivity to seismotectonic vs. Mmax zones ..8-220

Figure 8.2-6x Savannah 10 Hz rock hazard: sensitivity to Mmax for source ECC-AM..........8-221

Figure 8.2-6y Savannah 1 Hz rock hazard: sensitivity to Mmax for source ECC-AM............8-222

Figure 8.2-6z Savannah 10 Hz rock hazard: sensitivity to smoothing options.......................8-223

Figure 8.2-6aa Savannah 1 Hz rock hazard: sensitivity to smoothing options ......................8-224

Figure 8.2-6bb Savannah 10 Hz rock hazard: sensitivity to eight realizations for source 

ECC-AM, Case A ...........................................................................................................8-225

Figure 8.2-6cc Savannah 10 Hz rock hazard: sensitivity to eight realizations for source 

ECC-AM, Case B ...........................................................................................................8-226

Figure 8.2-6dd Savannah 10 Hz rock hazard: sensitivity to eight realizations for source 

ECC-AM, Case E ...........................................................................................................8-227

Figure 8.2-6ee Savannah 1 Hz rock hazard: sensitivity to eight realizations for source 

ECC-AM, Case A ...........................................................................................................8-228

Figure 8.2-6ff Savannah 1 Hz rock hazard: sensitivity to eight realizations for source 

ECC-AM, Case B ...........................................................................................................8-229
l

Figure 8.2-6gg Savannah 1 Hz rock hazard: sensitivity to eight realizations for source 

ECC-AM, Case E ...........................................................................................................8-230

Figure 8.2-7a Topeka 10 Hz rock hazard: mean and fractile total hazard .............................8-231

Figure 8.2-7b Topeka 1 Hz rock hazard: mean and fractile total hazard ...............................8-232

Figure 8.2-7c Topeka PGA rock hazard: mean and fractile total hazard ...............................8-233

Figure 8.2-7d Topeka 10 Hz rock hazard: total and contribution by RLME and 

background ....................................................................................................................8-234

Figure 8.2-7e Topeka 1 Hz rock hazard: total and contribution by RLME and background...8-235

Figure 8.2-7f Topeka PGA rock hazard: total and contribution by RLME and background ...8-236

Figure 8.2-7g Topeka 10 Hz rock hazard: contribution by background source......................8-237

Figure 8.2-7h Topeka 1 Hz rock hazard: contribution by background source........................8-238

Figure 8.2-7i Topeka PGA rock hazard: contribution by background source ........................8-239

Figure 8.2-7j Topeka 10 Hz rock hazard: comparison of three source models......................8-240

Figure 8.2-7k Topeka is 1 Hz rock hazard: comparison of three source models...................8-241

Figure 8.2-7l Topeka PGA rock hazard: comparison of three source models .......................8-242

Figure 8.2-7m Topeka 10 Hz shallow soil hazard: total and contribution by RLME and 

background ....................................................................................................................8-243

Figure 8.2-7n Topeka 1 Hz shallow soil hazard: total and contribution by RLME and 

background ....................................................................................................................8-244

Figure 8.2-7o Topeka PGA shallow soil hazard: total and contribution by RLME and 

background ....................................................................................................................8-245

Figure 8.2-7p Topeka 10 Hz deep soil hazard: total and contribution by RLME and 

background ....................................................................................................................8-246

Figure 8.2-7q Topeka 1 Hz deep soil hazard: total and contribution by RLME and 

background ....................................................................................................................8-247

Figure 8.2-7r Topeka PGA deep soil hazard: total and contribution by RLME and 

background ....................................................................................................................8-248

Figure 8.2-7s Topeka 10 Hz hazard: comparison of three site conditions.............................8-249

Figure 8.2-7t Topeka 1 Hz hazard: comparison of three site conditions................................8-250

Figure 8.2-7u Topeka PGA hazard: comparison of three site conditions ..............................8-251

Figure 8.2-7v Topeka 10 Hz rock hazard: sensitivity to seismotectonic vs. Mmax zones .....8-252

Figure 8.2-7w Topeka 1 Hz rock hazard: sensitivity to seismotectonic vs. Mmax zones.......8-253

Figure 8.2-7x Topeka 10 Hz rock hazard: sensitivity to Mmax for source MidC-A ................8-254

Figure 8.2-7y Topeka 1 Hz rock hazard: sensitivity to Mmax for source MidC-A ..................8-255

Figure 8.2-7z Topeka 10 Hz rock hazard: sensitivity to smoothing options...........................8-256

Figure 8.2-7aa Topeka 1 Hz rock hazard: sensitivity to smoothing options...........................8-257

Figure 8.2-7bb Topeka 10 Hz rock hazard: sensitivity to eight realizations for source 

MidC-A, Case A .............................................................................................................8-258

Figure 8.2-7cc Topeka 10 Hz rock hazard: sensitivity to eight realizations for source 

MidC-A, Case B .............................................................................................................8-259
li

Figure 8.2-7dd Topeka 10 Hz rock hazard: sensitivity to eight realizations for source 

MidC-A, Case E .............................................................................................................8-260

Figure 8.2-7ee Topeka 1 Hz rock hazard: sensitivity to eight realizations for source 

MidC-A, Case A .............................................................................................................8-261

Figure 8.2-7ff Topeka 1 Hz rock hazard: sensitivity to eight realizations for source MidCA, Case B.......................................................................................................................8-262

Figure 8.2-7gg Topeka 1 Hz rock hazard: sensitivity to eight realizations for source 

MidC-A, Case E .............................................................................................................8-263

Figure 9.3-1 1 Hz sensitivity to rupture orientation at Savannah for the Charleston 

regional source.................................................................................................................9-24

Figure 9.3-2 10 Hz sensitivity to rupture orientation at Savannah for the Charleston 

regional source.................................................................................................................9-25

Figure 9.3-3 1 Hz sensitivity to seismogenic thickness at Manchester for the Charlevoix 

area source ......................................................................................................................9-26

Figure 9.3-4 10 Hz sensitivity to seismogenic thickness at Manchester for the Charlevoix 

area source ......................................................................................................................9-27

Figure 9.3-5 1 Hz sensitivity to rupture orientation (dip) at Manchester for the Charlevoix 

area source ......................................................................................................................9-28

Figure 9.3-6 10 Hz sensitivity to rupture orientation (dip) at Manchester for the 

Charlevoix area source ....................................................................................................9-29

Figure 9.3-7 1 Hz sensitivity to seismogenic thickness at Topeka for the Cheraw fault 

source ..............................................................................................................................9-30

Figure 9.3-8 10 Hz sensitivity to seismogenic thickness at Topeka for the Cheraw fault 

source ..............................................................................................................................9-31

Figure 9.3-9 1 Hz sensitivity to rupture orientation (dip) at Topeka for the Cheraw fault 

source ..............................................................................................................................9-32

Figure 9.3-10 10 Hz sensitivity to rupture orientation at Topeka for the Cheraw fault 

source ..............................................................................................................................9-33

Figure 9.3-11 1 Hz sensitivity to seismogenic thickness at Jackson for the Commerce 

area source ......................................................................................................................9-34

Figure 9.3-12 10 Hz sensitivity to seismogenic thickness at Jackson for the Commerce 

area source ......................................................................................................................9-35

Figure 9.3-13 1 Hz sensitivity to seismogenic thickness at Jackson for the ERM-N area 

source ..............................................................................................................................9-36

Figure 9.3-14 10 Hz sensitivity to seismogenic thickness at Jackson for the ERM-N area 

source ..............................................................................................................................9-37

Figure 9.3-15 1 Hz sensitivity to seismogenic thickness at Jackson for the ERM-S area 

source ..............................................................................................................................9-38

Figure 9.3-16 10 Hz sensitivity to seismogenic thickness at Jackson for the ERM-S area 

source ..............................................................................................................................9-39

Figure 9.3-17 1 Hz sensitivity to seismogenic thickness at Jackson for the Marianna area 

source ..............................................................................................................................9-40

Figure 9.3-18 10 Hz sensitivity to seismogenic thickness at Jackson for the Marianna 

area source ......................................................................................................................9-41
lii

Figure 9.3-19 1 Hz sensitivity to seismogenic thickness at Topeka for the Meers fault 

and OKA area sources.....................................................................................................9-42

Figure 9.3-20 1 Hz sensitivity to seismogenic thickness at Houston for the Meers fault 

and OKA area sources.....................................................................................................9-43

Figure 9.3-21 10 Hz sensitivity to seismogenic thickness at Topeka for the Meers fault 

and OKA area sources.....................................................................................................9-44

Figure 9.3-22 10 Hz sensitivity to seismogenic thickness at Houston for the Meers fault 

and OKA area sources.....................................................................................................9-45

Figure 9.3-23 1 Hz sensitivity to rupture orientation at Houston for the OKA area source ......9-46

Figure 9.3-24 10 Hz sensitivity to rupture orientation at Houston for the OKA area source ....9-47

Figure 9.3-25 1 Hz sensitivity to rupture orientation (dip) at Topeka for the OKA area 

source ..............................................................................................................................9-48

Figure 9.3-26 1 Hz sensitivity to rupture orientation (dip) at Houston for the OKA area 

source ..............................................................................................................................9-49

Figure 9.3-27 10 Hz sensitivity to rupture orientation (dip) at Topeka for the OKA area 

source ..............................................................................................................................9-50

Figure 9.3-28 10 Hz sensitivity to rupture orientation (dip) at Houston for the OKA area 

source ..............................................................................................................................9-51

Figure 9.3-29 1 Hz sensitivity to rupture orientation (dip) at Topeka for the Meers fault 

source ..............................................................................................................................9-52

Figure 9.3-30 1 Hz sensitivity to rupture orientation (dip) at Houston for the Meers fault 

source ..............................................................................................................................9-53

Figure 9.3-31 10 Hz sensitivity to rupture orientation (dip) at Topeka for the Meers fault 

source ..............................................................................................................................9-54

Figure 9.3-32 10 Hz sensitivity to rupture orientation (dip) at Houston for the Meers fault 

source ..............................................................................................................................9-55

Figure 9.3-33 1 Hz sensitivity to seismogenic thickness at Jackson for the NMFS fault 

sources.............................................................................................................................9-56

Figure 9.3-34 10 Hz sensitivity to seismogenic thickness at Jackson for the NMFS fault 

sources.............................................................................................................................9-57

Figure 9.3-35 1 Hz sensitivity to seismogenic thickness at Central Illinois for the Wabash 

Valley area source ...........................................................................................................9-58

Figure 9.3-36 10 Hz sensitivity to seismogenic thickness at Central Illinois for the 

Wabash Valley area source .............................................................................................9-59

Figure 9.3-37 1 Hz sensitivity to rupture orientation (dip) at Central Illinois for the 

Wabash Valley area source .............................................................................................9-60

Figure 9.3-38 10 Hz sensitivity to rupture orientation (dip) at Central Illinois for the 

Wabash Valley area source .............................................................................................9-61

Figure 9.3-39 1 Hz sensitivity to fault ruptures vs. point source for the Central Illinois site 

from the Mid C–A background source..............................................................................9-62

Figure 9.3-40 10 Hz sensitivity to fault ruptures vs. point source for the Central Illinois 

site from the Mid C–A background source .......................................................................9-63

Figure 9.4-1 COVMH from EPRI (1989) team sources vs. ground motion amplitude for 

seven test sites: PGA (top), 10 Hz SA (middle), and 1 Hz SA (bottom)...........................9-64
liii

Figure 9.4-2 COVMH from EPRI (1989) team sources vs. seismic hazard (i.e., annual 

frequency of exceedance) for seven test sites: PGA (top), 10 Hz SA (middle), and 1 

9-Hz SA (bottom) .............................................................................................................9-65

Figure 9.4-3 COVMH from seismic source experts (PEGASOS project) vs. amplitude (top) 

and annual frequency (bottom) ........................................................................................9-66

Figure 9.4-4 COVK and COVMH from Charleston alternatives for PGA, plotted vs. PGA 

amplitude (top) and hazard (bottom). COVMH is the total COV of mean hazard; see 

Table 9.4-2 for other labels for curves. ............................................................................9-67

Figure 9.4-5 COVK and COVMH from Charleston alternatives for 10 Hz, plotted vs. 10 Hz 

amplitude (top) and hazard (bottom). COVMH is the total COV of mean hazard; see 

Table 9.4-2 for other labels for curves. ............................................................................9-68

Figure 9.4-6 COVK and COVMH from Charleston alternatives for 1 Hz, plotted vs. 1 Hz 

amplitude (top) and hazard (bottom). COVMH is the total COV of mean hazard; see 

Table 9.4-2 for other labels for curves.. ...........................................................................9-69

Figure 9.4-7 COVK and COVMH of total hazard from New Madrid for 1 Hz, plotted vs. 1 

Hz amplitude (top) and hazard (bottom). COVMH is the total COV; see the text for 

other labels for curves......................................................................................................9-70

Figure 9.4-8 PGA hazard curves for Manchester test site .......................................................9-71

Figure 9.4-9 COVMH of PGA hazard at Manchester site from ground motion equation vs. 

PGA..................................................................................................................................9-72

Figure 9.4-10 COV of PGA hazard at Manchester site from ground motion equation vs. 

hazard ..............................................................................................................................9-73

Figure 9.4-11 COV of 10 Hz hazard at Manchester site from ground motion equations 

vs. hazard.........................................................................................................................9-74

Figure 9.4-12 COV of 1 Hz hazard at Manchester site from ground motion equations vs. 

hazard ..............................................................................................................................9-75

Figure 9.4-13 1 Hz spectral acceleration hazard curves for Manchester test site ...................9-76

Figure 9.4-14 COVMH of PGA hazard at Chattanooga from ground motion equation vs. 

hazard ..............................................................................................................................9-77

Figure 9.4-15 COVMH of 10 Hz hazard at Chattanooga from ground motion equation vs. 

hazard ..............................................................................................................................9-78

Figure 9.4-16 COVMH of 1 Hz hazard at Chattanooga site from ground motion equation 

vs. hazard.........................................................................................................................9-79

Figure 9.4-17 PGA hazard curves for Savannah test site........................................................9-80

Figure 9.4-18 COVMH of PGA hazard at Savannah site from ground motion equations vs. 

hazard ..............................................................................................................................9-81

Figure 9.4-19 COVMH of 10 Hz hazard at Savannah site from ground motion equations 

vs. hazard.........................................................................................................................9-82

Figure 9.4-20 COVMH of 1 Hz hazard at Savannah site from ground motion equations vs. 

hazard ..............................................................................................................................9-83

Figure 9.4-21 PGA hazard curves for Columbia site ...............................................................9-84

Figure 9.4-22 COVMH of PGA hazard at Columbia from ground motion equations vs. 

hazard ..............................................................................................................................9-85
liv

Figure 9.4-23 COVMH of 10 Hz hazard at Columbia from ground motion equations vs. 

hazard ..............................................................................................................................9-86

Figure 9.4-24 COVMH of 1 Hz hazard at Columbia from ground motion equations vs. 

hazard ..............................................................................................................................9-87

Figure 9.4-25 COVMH of PGA hazard at Chattanooga (New Madrid only) vs. hazard .............9-88

Figure 9.4-26 COVMH of 10 Hz hazard at Chattanooga (New Madrid only) vs. hazard............9-89

Figure 9.4-27 COVMH of 1 Hz hazard at Chattanooga (New Madrid only) vs. hazard..............9-90

Figure 9.4-28 COVMH for PGA and 1 Hz SA vs. ground motion amplitude resulting from 

alternative ground motion experts, PEGASOS project.....................................................9-91

Figure 9.4-29 COVMH for PGA and 1 Hz SA vs. mean hazard from alternative ground 

motion experts, PEGASOS project ..................................................................................9-92

Figure 9.4-30 COVHAZ from ground motion equations vs. mean hazard for Chattanooga .......9-93

Figure 9.4-31 COVMH from ground motion equations vs. mean hazard for Central Illinois ......9-94

Figure 9.4-32 COVMH from soil experts vs. PGA and 1 Hz SA, PEGASOS project .................9-95

Figure 9.4-33 COVMH from soil experts vs. mean hazard for PGA and 1 Hz SA, 

PEGASOS project............................................................................................................9-96

Figure 9.4-34 COVMH resulting from site response models vs. mean hazard for four sites, 

1 Hz (top) and 10 Hz (bottom)..........................................................................................9-97

Figure 11-1 Geologic time scale (Walker and Geissman, 2009) ...........................................11-10

Figure A-1 GEBCO elevation data for the CEUS study area (BODC, 2009). ........................ A-22

Figure A-2 CEUS SSC independent earthquake catalog ....................................................... A-24

Figure A-3 Bedrock geology and extended crust after Kanter (1994)..................................... A-26

Figure A-4 Crustal provinces after Rohs and Van Schmus (2007)......................................... A-28

Figure A-5 Geologic map of North America ............................................................................ A-31

Figure A-6 Locations of geologic cross sections in the CEUS................................................ A-33

Figure A-7 Precambrian crustal boundary after Van Schmus et al. (1996) ............................ A-35

Figure A-8a Precambrian geology and features after Reed (1993)........................................ A-37

Figure A-8b Explanation of Precambrian geology and features after Reed (1993) ................ A-38

Figure A-9 Precambrian provinces after Van Schmus et al. (2007)........................................ A-40

Figure A-10 Precambrian units after Whitmeyer and Karlstrom (2007) .................................. A-42

Figure A-11 Surficial materials in the conterminous United States after Soller et al. 

(2009).............................................................................................................................. A-44

Figure A-12 Basement and sediment thickness in the USGS Crustal Database for North 

America. Symbol size represents overlying sediment thickness (km); symbol color 

represents basement thickness (km). ............................................................................. A-46

Figure A-13 Top of basement P-wave seismic velocity in the USGS Crustal Database for 

North America ................................................................................................................. A-47

Figure A-14 Sediment thickness for North America and neighboring regions ........................ A-49

Figure A-15 Physiographic divisions of the conterminous United States after Fenneman 

and Johnson (1946) ........................................................................................................ A-51

Figure A-16 CEUS SSC free-air gravity anomaly grid. Shaded relief with 315-degree 

azimuth and 30-degree inclination applied...................................................................... A-54
lv

Figure A-17 CEUS SSC free-air gravity anomaly grid. Shaded relief with 180-degree 

azimuth and 30-degree inclination applied...................................................................... A-55

Figure A-18 CEUS SSC complete Bouguer gravity anomaly grid with free-air gravity 

anomaly in marine areas. Shaded relief with 315-degree azimuth and 30-degree 

inclination applied............................................................................................................ A-56

Figure A-19 CEUS SSC complete Bouguer gravity anomaly grid with free-air gravity 

anomaly in marine areas. Shaded relief with 180-degree azimuth and 30-degree 

inclination applied............................................................................................................ A-57

Figure A-20 CEUS SSC residual isostatic gravity anomaly grid. Shaded relief with 315-

degree azimuth and 30-degree inclination applied. ........................................................ A-58

Figure A-21 CEUS SSC residual isostatic gravity anomaly grid Shaded relief with 180-

degree azimuth and 30-degree inclination applied. ........................................................ A-59

Figure A-22 CEUS SSC regional isostatic gravity anomaly grid............................................. A-60

Figure A-23 CEUS SSC first vertical derivative of residual isostatic gravity anomaly grid...... A-61

Figure A-24 CEUS SSC first vertical derivative of Bouguer gravity anomaly grid with 

free-air anomaly in marine areas .................................................................................... A-62

Figure A-25 CEUS SSC complete Bouguer (with marine free-air) gravity anomaly grid 

low pass filtered at 240 km.............................................................................................. A-63

Figure A-26 CEUS SSC complete Bouguer (with marine free-air) gravity anomaly grid 

high pass filtered at 240 km. Shaded relief with 315-degree azimuth and 30-degree 

inclination applied............................................................................................................ A-64

Figure A-27 CEUS SSC complete Bouguer (with marine free-air) gravity anomaly grid 

high pass filtered at 240 km. Shaded relief with 180-degree azimuth and 30-degree 

inclination applied............................................................................................................ A-65

Figure A-28 CEUS SSC complete Bouguer (with marine free-air) gravity anomaly grid 

high pass filtered at 120 km. Shaded relief with 315-degree azimuth and 30-degree 

inclination applied............................................................................................................ A-66

Figure A-29 CEUS SSC complete Bouguer (with marine free-air) gravity anomaly grid 

high pass filtered at 120 km. Shaded relief with 180-degree azimuth and 30-degree 

inclination applied............................................................................................................ A-67

Figure A-30 CEUS SSC complete Bouguer (with marine free-air) gravity anomaly grid 

upward continued to 40 km ............................................................................................. A-68

Figure A-31 CEUS SSC complete Bouguer (with marine free-air) gravity anomaly grid 

minus the complete Bouguer (with marine free-air) gravity anomaly upward 

continued to 40 km. Shaded relief with 315-degree azimuth and 30-degree 

inclination applied............................................................................................................ A-69

Figure A-32 CEUS SSC complete Bouguer (with marine free-air) gravity anomaly grid 

minus the complete Bouguer (with marine free-air) gravity anomaly upward 

continued to 40 km. Shaded relief with 180-degree azimuth and 30-degree 

inclination applied............................................................................................................ A-70

Figure A-33 CEUS SSC complete Bouguer (with marine free-air) gravity anomaly grid 

upward continued to 100 km ........................................................................................... A-71

Figure A-34 CEUS SSC complete Bouguer (with marine free-air) gravity anomaly grid 

minus the complete Bouguer (with marine free-air) gravity anomaly anomaly 
lvi

upward continued to 100 km. Shaded relief with 315-degree azimuth and 30-degree 

inclination applied............................................................................................................ A-72

Figure A-35 CEUS SSC complete Bouguer (with marine free-air) gravity anomaly grid 

minus the complete Bouguer (with marine free-air) gravity anomaly upward 

continued to 100 km. Shaded relief with 180-degree azimuth and 30-degree 

inclination applied............................................................................................................ A-73

Figure A-36 CEUS SSC horizontal derivative of residual isostatic gravity anomaly grid ........ A-74

Figure A-37 CEUS SSC horizontal derivative of first vertical derivative of residual 

isostatic gravity anomaly grid .......................................................................................... A-75

Figure A-38 Corrected heat flow values from the SMU Geothermal Laboratory Regional 

Heat Flow Database (2008) ............................................................................................ A-77

Figure A-39 CEUS SSC total intensity magnetic anomaly grid (Ravat et al., 2009). 

Shaded relief with 315-degree azimuth and 30-degree inclination applied..................... A-80

Figure A-40 CEUS SSC total intensity magnetic anomaly grid (Ravat et al., 2009). 

Shaded relief with 180-degree azimuth and 30-degree inclination applied..................... A-81

Figure A-41 CEUS SSC differentially reduced to pole magnetic anomaly grid (Ravat, 

2009). Shaded relief with 315-degree azimuth and 30-degree inclination applied.......... A-82

Figure A-42 CEUS SSC differentially reduced to pole magnetic anomaly grid (Ravat, 

2009). Shaded relief with 180-degree azimuth and 30-degree inclination applied.......... A-83

Figure A-43 CEUS SSC tilt derivative of differentially reduced to pole magnetic anomaly 

grid (degrees) (Ravat, 2009)........................................................................................... A-84

Figure A-44 CEUS SSC horizontal derivative of tilt derivative of differentially reduced to 

pole magnetic anomaly grid (radians) (Ravat, 2009) ...................................................... A-85

Figure A-45 CEUS SSC tilt derivative of differentially reduced to pole magnetic anomaly 

grid (Ravat, 2009) ........................................................................................................... A-86

Figure A-46 CEUS SSC amplitude of analytic signal magnetic anomaly grid (Ravat, 

2009)............................................................................................................................... A-87

Figure A-47 CEUS SSC paleoliquefaction database .............................................................. A-89

Figure A-48 CEUS SSC compilation of seismic reflection and seismic refraction lines.......... A-91

Figure A-49 USGS National Seismic Hazard Maps (Petersen et al., 2008) ........................... A-93

Figure A-50 USGS NSHM ground motion hazard at spectral acceleration of 1 hz with 2% 

probability of exceedance in 50 years (Petersen et al., 2008) ........................................ A-94

Figure A-51 USGS NSHM ground motion hazard at spectral acceleration of 1 hz with 5% 

probability of exceedance in 50 years (Petersen et al., 2008) ........................................ A-95

Figure A-52 USGS NSHM ground motion hazard at spectral acceleration of 1 hz with 

10% probability of exceedance in 50 years (Petersen et al., 2008) ................................ A-96

Figure A-53 USGS NSHM ground motion hazard at spectral acceleration of 3 hz with 2% 

probability of exceedance in 50 years (Petersen et al., 2008) ........................................ A-97

Figure A-54 USGS NSHM ground motion hazard at spectral acceleration of 3 hz with 5% 

probability of exceedance in 50 years (Petersen et al., 2008) ........................................ A-98

Figure A-55 USGS NSHM ground motion hazard at spectral acceleration of 3 hz with 

10% probability of exceedance in 50 years (Petersen et al., 2008) ................................ A-99

Figure A-56 USGS NSHM ground motion hazard at spectral acceleration of 5 hz with 2% 

probability of exceedance in 50 years (Petersen et al., 2008) ...................................... A-100
lvii

Figure A-57 USGS NSHM ground motion hazard at spectral acceleration of 5 hz with 5% 

probability of exceedance in 50 years (Petersen et al., 2008) ...................................... A-101

Figure A-58 USGS NSHM ground motion hazard at spectral acceleration of 5 hz with 

10% probability of exceedance in 50 years (Petersen et al., 2008).............................. A-102

Figure A-59 USGS NSHM peak ground acceleration with 2% probability of exceedance 

in 50 years (Petersen et al., 2008)................................................................................ A-103

Figure A-60 USGS NSHM peak ground acceleration with 5% probability of exceedance 

in 50 years (Petersen et al., 2008)................................................................................ A-104

Figure A-61 USGS NSHM peak ground acceleration with 10% probability of exceedance 

in 50 years (Petersen et al., 2008)................................................................................ A-105

Figure A-62 Deformation of the North American Plate interior using GPS station data 

(Calais et al., 2006)....................................................................................................... A-107

Figure A-63 Stress measurement update for the CEUS (Hurd, 2010).................................. A-110

Figure A-64 CEUS SSC Project study area boundary.......................................................... A-112

Figure A-65 USGS Quaternary fault and fold database (USGS, 2006)................................ A-114

Figure A-66 Quaternary features compilation for the CEUS (Crone and Wheeler, 2000; 

Wheeler, 2005; USGS, 2010) ....................................................................................... A-116

Figure A-67 CEUS Mesozoic rift basins after Benson (1992)............................................... A-118

Figure A-68 CEUS Mesozoic rift basins after Dennis et al. (2004)....................................... A-120

Figure A-69 CEUS Mesozoic rift basins after Schlische (1993)............................................ A-122

Figure A-70 CEUS Mesozoic rift basins after Withjack et al. (1998)..................................... A-124

Figure A-71 RLME zones for the CEUS ............................................................................... A-126

Figure A-72 Mesozoic and non-Mesozoic zones for the CEUS, wide interpretation............. A-128

Figure A-73 Mesozoic and non-Mesozoic zones for the CEUS, narrow interpretation......... A-129

Figure A-74 CEUS seismotectonic zones model A............................................................... A-130

Figure A-75 CEUS seismotectonic zones model B............................................................... A-131

Figure A-76 CEUS seismotectonic zones model C .............................................................. A-132

Figure A-77 CEUS seismotectonic zones model D .............................................................. A-133

Figure E-1 Map of CEUS showing locations of regional data sets included in the CEUS 

SSC Project paleoliquefaction database, including New Madrid seismic zone and 

surrounding region; Marianna, Arkansas, area; St. Louis region; Wabash Valley 

seismic zone and surrounding region; Arkansas-Louisiana-Mississippi region; 

Charleston seismic zone; Atlantic Coastal region and the Central Virginia seismic 

zone; Newburyport, Massachusetts, and surrounding region; and Charlevoix 

seismic zone and surrounding region. ............................................................................ E-68

Figure E-2 Diagram illustrating size parameters of liquefaction features, including sand 

blow thickness, width, and length; dike width; and sill thickness, as well as some of 

the diagnostic characteristics of these features. ............................................................. E-69

Figure E-3 Diagram illustrating sampling strategy for dating of liquefaction features as 

well as age data, such as 14C maximum and 14C minimum, used to calculate 

preferred age estimates and related uncertainties of liquefaction features..................... E-70

Figure E-4 GIS map of New Madrid seismic zone and surrounding region showing 

portions of rivers searched for earthquake-induced liquefaction features by M. 
lviii

Tuttle, R. Van Arsdale, and J. Vaughn and collaborators (see explanation); 

information contributed for this report. Map projection is USA Contiguous Albers 

Equal Area Conic, North America Datum 1983............................................................... E-71

Figure E-5 GIS map of New Madrid seismic zone and surrounding region showing 

locations of liquefaction features for which there are and are not radiocarbon data. 

Map projection is USA Contiguous Albers Equal Area Conic, North America Datum 

1983. ............................................................................................................................... E-72

Figure E-6 GIS map of New Madrid seismic zone and surrounding region showing 

locations of liquefaction features that are thought to be historical or prehistoric in 

age or whose ages are poorly constrained. Map projection is USA Contiguous 

Albers Equal Area Conic, North America Datum 1983. .................................................. E-73

Figure E-7 GIS map of New Madrid seismic zone and surrounding region showing 

preferred age estimates of liquefaction features; features whose ages are poorly 

constrained are excluded. Map projection is USA Contiguous Albers Equal Area 

Conic, North America Datum 1983. ................................................................................ E-74

Figure E-8 GIS map of New Madrid seismic zone and surrounding region showing 

measured thicknesses of sand blows. Map projection is USA Contiguous Albers 

Equal Area Conic, North America Datum 1983............................................................... E-75

Figure E-9 GIS map of New Madrid seismic zone and surrounding region showing 

preferred age estimates and measured thicknesses of sand blows. Map projection 

is USA Contiguous Albers Equal Area Conic, North America Datum 1983. ................... E-76

Figure E-10 GIS map of New Madrid seismic zone and surrounding region showing 

measured widths of sand dikes. Map projection is USA Contiguous Albers Equal 

Area Conic, North America Datum 1983......................................................................... E-77

Figure E-11 GIS map of New Madrid seismic zone and surrounding region showing 

preferred age estimates and measured widths of sand dikes. Map projection is USA 

Contiguous Albers Equal Area Conic, North America Datum 1983. ............................... E-78

Figure E-12 GIS map of New Madrid seismic zone and surrounding region illustrating 

preferred age estimates and measured thicknesses of sand blows as well as 

preferred age estimates and measured widths of sand dikes for sites where sand 

blows do not occur. Map projection is USA Contiguous Albers Equal Area Conic, 

North America Datum 1983............................................................................................. E-79

Figure E-13 GIS map of Marianna, Arkansas, area showing seismicity and locations of 

paleoliquefaction features relative to mapped traces of Eastern Reelfoot rift margin 

fault, White River fault zone, Big Creek fault zone, Marianna escarpment, and 

Daytona Beach lineament. Map projection is USA Contiguous Albers Equal Area 

Conic, North America Datum 1983. ................................................................................ E-80

Figure E-14 (A) Trench log and (B) ground-penetrating radar profile, showing vertical 

sections of sand blows and sand dikes at Daytona Beach SE2 site along the 

Daytona Beach lineament southwest of Marianna, Arkansas. Vertical scale of GPR 

profile is exaggerated (modified from Al-Shukri et al., 2009). ......................................... E-81

Figure E-15 GIS map of Marianna, Arkansas, area showing locations of liquefaction 

features for which there are and are not radiocarbon data. Map projection is USA 

Contiguous Albers Equal Area Conic, North America Datum 1983. ............................... E-82

Figure E-16 GIS map of Marianna, Arkansas, area showing locations of liquefaction 

features that are thought to be historical or prehistoric in age or whose ages are 

poorly constrained. To date, no liquefaction features thought to have formed during 
lix

1811-1812 earthquakes have been found in area. Map projection is USA 

Contiguous Albers Equal Area Conic, North America Datum 1983. ............................... E-83

Figure E-17 GIS map of Marianna, Arkansas, area showing preferred age estimates of 

liquefaction features; features whose ages are poorly constrained are excluded. 

Map projection is USA Contiguous Albers Equal Area Conic, North America Datum 

1983. ............................................................................................................................... E-84

Figure E-18 GIS map of Marianna, Arkansas, area showing measured thicknesses of 

sand blows. Map projection is USA Contiguous Albers Equal Area Conic, North 

America Datum 1983. ..................................................................................................... E-85

Figure E-19 GIS map of Marianna, Arkansas, area showing preferred age estimates and 

measured thicknesses of sand blows. Map projection is USA Contiguous Albers 

Equal Area Conic, North America Datum 1983............................................................... E-86

Figure E-20 GIS map of Marianna, Arkansas, area showing measured widths of sand 

dikes. Map projection is USA Contiguous Albers Equal Area Conic, North America 

Datum 1983..................................................................................................................... E-87

Figure E-21 GIS map of Marianna, Arkansas, area showing preferred age estimates and 

measured widths of sand dikes. Map projection is USA Contiguous Albers Equal 

Area Conic, North America Datum 1983......................................................................... E-88

Figure E-22 GIS map of St. Louis, Missouri, region showing seismicity and portions of 

rivers searched for earthquake-induced liquefaction features by Tuttle and 

collaborators; information contributed for this report. Map projection is USA 

Contiguous Albers Equal Area Conic, North America Datum 1983. ............................... E-89

Figure E-23 GIS map of St. Louis, Missouri, region showing locations of liquefaction 

features, including several soft-sediment deformation structures, for which there are 

and are not radiocarbon data. Map projection is USA Contiguous Albers Equal Area 

Conic, North America Datum 1983. ................................................................................ E-90

Figure E-24 GIS map of St. Louis, Missouri, region showing locations of liquefaction 

features that are thought to be historical or prehistoric in age or whose ages are 

poorly constrained. Map projection is USA Contiguous Albers Equal Area Conic, 

North America Datum 1983............................................................................................. E-91

Figure E-25 GIS map of St. Louis, Missouri, region showing preferred age estimates of 

liquefaction features; features whose ages are poorly constrained, including several 

that are prehistoric in age, are not shown. Map projection is USA Contiguous Albers 

Equal Area Conic, North America Datum 1983............................................................... E-92

Figure E-26 GIS map of St. Louis, Missouri, region showing measured thicknesses of 

sand blows at similar scale as used in Figure E-8 of sand blows in New Madrid 

seismic zone. Note that few sand blows have been found in St. Louis region. Map 

projection is USA Contiguous Albers Equal Area Conic, North America Datum 

1983. ............................................................................................................................... E-93

Figure E-27 GIS map of St. Louis, Missouri, region showing preferred age estimates and 

measured thicknesses of sand blows. Map projection is USA Contiguous Albers 

Equal Area Conic, North America Datum 1983............................................................... E-94

Figure E-28 GIS map of St. Louis, Missouri, region showing measured widths of sand 

dikes at similar scale as that used in Figure E-10 for sand dikes in New Madrid 

seismic zone. Map projection is USA Contiguous Albers Equal Area Conic, North 

America Datum 1983. ..................................................................................................... E-95
lx

Figure E-29 GIS map of St. Louis, Missouri, region showing measured widths of sand 

dikes at similar scale as that used in Figures E-42 and E-48 for sand dikes in the 

Newburyport and Charlevoix regions, respectively. Map projection is USA 

Contiguous Albers Equal Area Conic, North America Datum 1983. ............................... E-96

Figure E-30 GIS map of St. Louis, Missouri, region showing preferred age estimates and 

measured widths of sand dikes. Map projection is USA Contiguous Albers Equal 

Area Conic, North America Datum 1983......................................................................... E-97

Figure E-31 GIS map of Wabash Valley seismic zone and surrounding region showing 

portions of rivers searched for earthquake-induced liquefaction features (digitized 

from McNulty and Obermeier, 1999). Map projection is USA Contiguous Albers 

Equal Area Conic, North America Datum 1983............................................................... E-98

Figure E-32 GIS map of Wabash Valley seismic zone and surrounding region showing 

measured widths of sand dikes at similar scale as that used in Figures E-10 and E11 for sand dikes in New Madrid seismic zone. Map projection is USA Contiguous 

Albers Equal Area Conic, North America Datum 1983. .................................................. E-99

Figure E-33 GIS map of Wabash Valley region of Indiana and Illinois showing preferred 

age estimates and paleoearthquake interpretation. Map projection is USA 

Contiguous Albers Equal Area Conic, North America Datum 1983. ............................. E-100

Figure E-34 GIS map of Arkansas-Louisiana-Mississippi (ALM) region showing 

paleoliquefaction study locations. Map projection is USA Contiguous Albers Equal 

Area Conic, North America Datum 1983....................................................................... E-101

Figure E-35 GIS map of Charleston, South Carolina, region showing locations of 

paleoliquefaction features for which there are and are not radiocarbon dates. Map 

projection is USA Contiguous Albers Equal Area Conic, North America Datum 

1983. ............................................................................................................................. E-102

Figure E-36 GIS map of Charleston, South Carolina, region showing locations of 

historical and prehistoric liquefaction features. Map projection is USA Contiguous 

Albers Equal Area Conic, North America Datum 1983. ................................................ E-103

Figure E-37 Map of Atlantic coast region showing areas searched for paleoliquefaction 

features by Gelinas et al. (1998) and Amick, Gelinas, et al. (1990). Rectangles 

indicate 7.5-minute quadrangles in which sites were investigated for presence of 

paleoliquefaction features. The number of sites investigated is shown within that 

quadrangle, if known. Orange and yellow indicate quadrangles in which 

paleoliquefaction features were recognized.................................................................. E-104

Figure E-38 Map of Central Virginia seismic zone region showing portions of rivers 

searched for earthquake-induced liquefaction features by Obermeier and McNulty 

(1998)............................................................................................................................ E-105

Figure E-39 GIS map of Newburyport, Massachusetts, and surrounding region showing 

seismicity and portions of rivers searched for earthquake-induced liquefaction 

features (Gelinas et al., 1998; Tuttle, 2007, 2009). Solid black line crossing map 

represents Massachusetts–New Hampshire border. Map projection is USA 

Contiguous Albers Equal Area Conic, North America Datum 1983. ............................. E-106

Figure E-40 GIS map of Newburyport, Massachusetts, and surrounding region showing 

locations of liquefaction features for which there are and are not radiocarbon dates. 

Map projection is USA Contiguous Albers Equal Area Conic, North America Datum 

1983. ............................................................................................................................. E-107
lxi

Figure E-41 GIS map of Newburyport, Massachusetts, and surrounding region showing 

locations of liquefaction features that are thought to be historical or prehistoric in 

age or whose ages are poorly constrained. Map projection is USA Contiguous 

Albers Equal Area Conic, North America Datum 1983. ................................................ E-108

Figure E-42 GIS map of Newburyport, Massachusetts, and surrounding region showing 

measured widths of sand dikes. Map projection is USA Contiguous Albers Equal 

Area Conic, North America Datum 1983....................................................................... E-109

Figure E-43 GIS map of Newburyport, Massachusetts, and surrounding region showing 

preferred age estimates and measured widths of sand dikes. Map projection is USA 

Contiguous Albers Equal Area Conic, North America Datum 1983. ............................. E-110

Figure E-44 Map of Charlevoix seismic zone and adjacent St. Lawrence Lowlands 

showing mapped faults and portions of rivers along which reconnaissance and 

searches for earthquake-induced liquefaction features were performed. Charlevoix 

seismic zone is defined by concentration of earthquakes and locations of historical 

earthquakes northeast of Quebec City. Devonian impact structure in vicinity of 

Charlevoix seismic zone is outlined by black dashed line. Taconic thrust faults are 

indicated by solid black lines with sawteeth on upper plate; Iapetan rift faults are 

shown by solid black lines with hachure marks on downthrown side (modified from 

Tuttle and Atkinson, 2010). ........................................................................................... E-111

Figure E-45 GIS map of Charlevoix seismic zone and surrounding region showing 

locations of liquefaction features, including several soft-sediment deformation 

structures, for which there are and are not radiocarbon data. Note the location of 

1988 M 5.9 Saguenay earthquake northwest of the Charlevoix seismic zone. Map 

projection is USA Contiguous Albers Equal Area Conic, North America Datum 

1983. ............................................................................................................................. E-112

Figure E-46 GIS map of Charlevoix seismic zone and surrounding region showing 

locations of liquefaction features that are modern, historical, or prehistoric in age, or 

whose ages are poorly constrained. Map projection is USA Contiguous Albers 

Equal Area Conic, North America Datum 1983............................................................. E-113

Figure E-47 GIS map of Charlevoix seismic zone and surrounding region showing 

preferred age estimates of liquefaction features; features whose ages are poorly 

constrained are excluded. Map projection is USA Contiguous Albers Equal Area 

Conic, North America Datum 1983. .............................................................................. E-114

Figure E-48 GIS map of Charlevoix seismic zone and surrounding region showing 

measured widths of sand dikes. Map projection is USA Contiguous Albers Equal 

Area Conic, North America Datum 1983....................................................................... E-115

Figure E-49 GIS map of Charlevoix seismic zone and surrounding region showing 

preferred age estimates and measured widths of sand dikes. Map projection is USA 

Contiguous Albers Equal Area Conic, North America Datum 1983. ............................. E-116

Figure E-50 Photograph of moderate-sized sand blow (12 m long, 7 m wide, and 14 cm 

thick) that formed about 40 km from epicenter of 2001 M 7.7 Bhuj, India, 

earthquake (from Tuttle, Hengesh, et al., 2002), combined with schematic vertical 

section illustrating structural and stratigraphic relations of sand blow, sand dike, and 

source layer (modified from Sims and Garvin, 1995).................................................... E-117

Figure E-51 Tree trunks buried and killed by sand blows, vented during 1811-1812 New 

Madrid earthquakes (from Fuller, 1912)........................................................................ E-118
lxii

Figure E-52 Large sand-blow crater that formed during 2002 M 7.7 Bhuj, India, 

earthquake. Backpack for scale. Photograph: M. Tuttle (2001). ................................... E-119

Figure E-53 Sand-blow crater that formed during 1886 Charleston, South Carolina, 

earthquake. Photograph: J.K. Hillers (from USGS Photograph Library). ...................... E-120

Figure E-54 Photograph of sand blow and related sand dikes exposed in trench wall and 

floor in New Madrid seismic zone. Buried soil horizon is displaced downward 

approximately 1 m across two dikes. Clasts of soil horizon occur within dikes and 

overlying sand blow. Degree of soil development above and within sand blow 

suggests that it is at least several hundred years old and formed prior to 1811-1812 

New Madrid earthquakes. Organic sample (location marked by red flag) from crater 

fill will provide close minimum age constraint for formation of sand blow. For scale, 

each colored intervals on shovel handle represents 10 cm. Photograph: M. Tuttle...... E-121

Figure E-55 Sand dikes, ranging up to 35 cm wide, originate in pebbly sand layer and 

intrude overlying diamicton, These features were exposed in cutbank along 

Cahokia Creek about 25 km northeast of downtown St. Louis (from Tuttle, 2000)....... E-122

Figure E-56 Photograph of small diapirs of medium sand intruding base of overlying 

deposit of interbedded clayey silt and very fine sand, and clasts of clayey silt in 

underlying medium sand, observed along Ouelle River in Charlevoix seismic zone. 

Sand diapirs and clasts probably formed during basal erosion and foundering of 

clayey silt due to liquefaction of the underlying sandy deposit. Red portion of shovel 

handle represents 10 cm (modified from Tuttle and Atkinson, 2010)............................ E-123

Figures E-57 (A) Load cast formed in laminated sediments of Van Norman Lake during 

1952 Kern County, California, earthquake. Photograph: J. Sims (from Sims, 1975). 

(B) Load cast, pseudonodules, and related folds formed in laminated sediment 

exposed along Malbaie River in Charlevoix seismic zone. Sand dikes crosscutting 

these same laminated sediments occur at a nearby site. For scale, each painted 

interval of the shovel handle represents 10 cm (modified from Tuttle and Atkinson, 

2010). ............................................................................................................................ E-124

Figure E-58 Log of sand blow and uppermost portions of related sand dikes exposed in 

trench wall at Dodd site in New Madrid seismic zone. Sand dikes were also 

observed in opposite wall and trench floor. Sand blow buries pre-event A horizon, 

and a subsequent A horizon has developed in top of sand blow. Radiocarbon dating 

of samples collected above and below sand blow brackets its age between 490 and 

660 yr BP. Artifact assemblage indicates that sand blow formed during late 

Mississippian (300–550 yr BP or AD 1400–1670) (modified from Tuttle, Collier, et 

al., 1999). ...................................................................................................................... E-125

Figures E-59 (A) Photograph of earthquake-induced liquefaction features found in 

association with cultural horizon and pit exposed in trench wall near Blytheville, 

Arkansas, in New Madrid seismic zone. Photograph: M. Tuttle. (B) Trench log of 

features shown in (A). Sand dike formed in thick Native American occupation 

horizon containing artifacts of early Mississippian cultural period (950–1,150 yr BP). 

Cultural pit dug into top of sand dike contains artifacts and charcoal used to 

constrain minimum age of liquefaction features (modified from Tuttle and Schweig, 

1995). ............................................................................................................................ E-126

Figure E-60 In situ tree trunks such as this one buried and killed by sand blow in New 

Madrid seismic zone offer opportunity to date paleoearthquakes to the year and 

season of occurrence. Photograph: M. Tuttle. .............................................................. E-127
lxiii

Figure E-61 Portion of dendrocalibration curve illustrating conversion of radiocarbon age 

to calibrated date in calendar years. In example, 2-sigma radiocarbon age of 2,280–

2,520 BP is converted to calibrated date of 770–380 BC (from Tuttle, 1999)............... E-128

Figure E-62 Empirical relation developed between A horizon thickness of sand blows 

and years of soil development in New Madrid region. Horizontal bars reflect 

uncertainties in age estimates of liquefaction features; diamonds mark midpoints of 

possible age ranges (from Tuttle et al., 2000)............................................................... E-129

Figure E-63 Diagram illustrating earthquake chronology for New Madrid seismic zone for 

past 5,500 years based on dating and correlation of liquefaction features at sites 

(listed at top) across region from north to south. Vertical bars represent age 

estimates of individual sand blows, and horizontal bars represent event times of 

138 yr BP (AD 1811-1812); 500 yr BP ± 150 yr; 1,050 yr BP ± 100 yr; and 4,300 yr 

BP ± 200 yr (modified from Tuttle, Schweig, et al., 2002; Tuttle et al., 2005). .............. E-130

Figure E-64 Diagram illustrating earthquake chronology for New Madrid seismic zone for 

past 2,000 years, similar to upper portion of diagram shown in Figure E-63. As in 

Figure E-63, vertical bars represent age estimates of individual sand blows, and 

horizontal bars represent event times. Analysis performed during CEUS SSC 

Project derived two possible uncertainty ranges for timing of paleoearthquakes, 

illustrated by the darker and lighter portions of the colored horizontal bars, 

respectively: 503 yr BP ± 8 yr or 465 yr BP ± 65 yr, and 1,110 yr BP ± 40 yr or 1055 

± 95 yr (modified from Tuttle, Schweig, et al., 2002)..................................................... E-131

Figure E-65 Maps showing spatial distributions and sizes of sand blows and sand dikes 

attributed to 500 and 1,050 yr BP events. Locations and sizes of liquefaction 

features that formed during AD 1811-1812 (138 yr BP) New Madrid earthquake 

sequence shown for comparison (modified from Tuttle, Schweig, et al., 2002)............ E-132

Figure E-66 Liquefaction fields for 138 yr BP (AD 1811-1812); 500 yr BP (AD 1450); and 

1,050 yr BP (AD 900) events as interpreted from spatial distribution and 

stratigraphy of sand blows (modified from Tuttle, Schweig, et al., 2002). Ellipses 

define areas where similar-age sand blows have been mapped. Overlapping 

ellipses indicate areas where sand blows are composed of multiple units that 

formed during sequence of earthquakes. Dashed ellipse outlines area where 

historical sand blows are composed of four depositional units. Magnitudes of 

earthquakes in 500 yr BP and 1,050 yr BP are inferred from comparison with 1811-

1812 liquefaction fields. Magnitude estimates of December (D), January (J), and 

February (F) main shocks and large aftershocks taken from several sources; 

rupture scenario from Johnston and Schweig (1996; modified from Tuttle, Schweig, 

et al., 2002). .................................................................................................................. E-133

Figure E-67 Empirical relation between earthquake magnitude and epicentral distance to 

farthest known sand blows induced by instrumentally recorded earthquakes 

(modified from Castilla and Audemard, 2007)............................................................... E-134

Figure E-68 Distances to farthest known liquefaction features indicate that 500 and 

1,050 yr BP New Madrid events were at least of M 6.7 and 6.9, respectively, when 

plotted on Ambraseys (1988) relation between earthquake magnitude and 

epicentral distance to farthest surface expression of liquefaction. Similarity in size 

distribution of historical and prehistoric sand blows, however, suggests that 

paleoearthquakes were comparable in magnitude to 1811-1812 events or M ~7.6 

(modified from Tuttle, 2001). ......................................................................................... E-135

Figure H-1-1 Region covered by the CEUS SSC model......................................................... H-44
lxiv

Figure H-2-1 Master logic tree for the CEUS SSC model....................................................... H-45

Figure H-3-1 Logic tree for the Mmax zones branch of the master logic tree......................... H-46

Figure H-3-2 Mesozoic extended (MESE-W) and non-extended (NMESE-W) Mmax 

zones for the “wide” interpretation................................................................................... H-47

Figure H-3-3 Mesozoic extended (MESE-N) and non-extended (NMESE-N) Mmax zones 

for the “narrow” interpretation.......................................................................................... H-48

Figure H-4-1(a) Logic tree for the seismotectonic zones branch of the master logic tree....... H-49

Figure H-4-1(b) Logic tree for the seismotectonic zones branch of the master logic tree....... H-50

Figure H-4-2 Seismotectonic zones shown in the case where the Rough Creek Graben 

is not part of the Reelfoot Rift (RR) and the Paleozoic Extended zone is narrow 

(PEZ-N)........................................................................................................................... H-51

Figure H-4-3 Seismotectonic zones shown in the case where the Rough Creek Graben 

is part of the Reelfoot Rift (RR-RCG) and the Paleozoic Extended zone is narrow 

(PEZ-N)........................................................................................................................... H-52

Figure H-4-4 Seismotectonic zones shown in the case where the Rough Creek Graben 

is not part of the Reelfoot Rift (RR) and the Paleozoic Extended zone is wide (PEZW).................................................................................................................................... H-53

Figure H-4-5 Seismotectonic zones shown in the case where the Rough Creek Graben 

is part of the Reelfoot Rift (RR-RCG) and the Paleozoic Extended zone is wide 

(PEZ-W) .......................................................................................................................... H-54

Figure H-5-1 Logic tree for the RLME source branch of the master logic tree........................ H-55

Figure H-5-2 Location of RLME sources in the CEUS SSC model......................................... H-56

Figure H-5.1-1 Logic tree for Charlevoix RLME source .......................................................... H-57

Figure H-5.1-2 Charlevoix RLME source geometry ................................................................ H-58

Figure H-5.2-1(a) Logic tree for Charleston RLME source ..................................................... H-59

Figure H-5.2-1(b) Logic tree for Charleston RLME source ..................................................... H-60

Figure H-5.2-2 Charleston RLME alternative source geometries ........................................... H-61

Figure H-5.3-1 Logic tree for Cheraw RLME source............................................................... H-62

Figure H-5.3-2 Cheraw RLME source geometry..................................................................... H-63

Figure H-5.4-1 Logic tree for Meers RLME source ................................................................. H-64

Figure H-5.4-2 Meers RLME source geometries .................................................................... H-65

Figure H-5.5-1 Logic tree for NMFS RLME source................................................................. H-66

Figure H-5.5-2 New Madrid South (NMS) fault alternative RMLE source geometries: 

Blytheville Arch-Bootheel Lineament (BA-BL) and Blytheville Arch-Blytheville fault 

zone (BA-BFZ) ................................................................................................................ H-67

Figure H-5.5-3 New Madrid North (NMN) fault alternative RMLE source geometries: New 

Madrid North (NMN_S) and New Madrid North plus extension (NMN_L)....................... H-68

Figure H-5.5-4 Reelfoot Thrust (RFT) fault alternative RMLE source geometries: 

Reelfoot thrust (RFT_S) and Reelfoot thrust plus extensions (RFT_L)........................... H-69

Figure H-5.6-1 Logic tree for ERM-S RLME source ............................................................... H-70

Figure H-5.6-2 Logic tree for ERM-N RLME source ............................................................... H-71

Figure H-5.6-3 ERM-S RLME source geometries................................................................... H-72
lxv

Figure H-5.6-4 ERM-N RLME source geometry ..................................................................... H-73

Figure H-5.7-1 Logic tree for Marianna RLME source ............................................................ H-74

Figure H-5.7-2 Marianna RLME source geometry .................................................................. H-75

Figure H-5.8-1 Logic tree for Commerce Fault Zone RLME source ....................................... H-76

Figure H-5.8-2 Commerce RLME source geometry ............................................................... H-77

Figure H-5.9-1 Logic tree for Wabash Valley RLME source ................................................... H-78

Figure H-5.9-2 Wabash Valley RLME source geometry ......................................................... H-79

Figure J-1 Map of the rate and b-value for the study region under the Mmax zonation, 

with no separation of Mesozoic extended and non-extended; Case A magnitude 

weights: Realization 1 ........................................................................................................J-2

Figure J-2 Map of the rate and b-value for the study region under the Mmax zonation, 

with no separation of Mesozoic extended and non-extended; Case A magnitude 

weights: Realization 2 ........................................................................................................J-3

Figure J-3 Map of the rate and b-value for the study region under the Mmax zonation, 

with no separation of Mesozoic extended and non-extended; Case A magnitude 

weights: Realization 3 ........................................................................................................J-4

Figure J-4 Map of the rate and b-value for the study region under the Mmax zonation, 

with no separation of Mesozoic extended and non-extended; Case A magnitude 

weights: Realization 4 ........................................................................................................J-5

Figure J-5 Map of the rate and b-value for the study region under the Mmax zonation, 

with no separation of Mesozoic extended and non-extended; Case A magnitude 

weights: Realization 5 ........................................................................................................J-6

Figure J-6 Map of the rate and b-value for the study region under the Mmax zonation, 

with no separation of Mesozoic extended and non-extended; Case A magnitude 

weights: Realization 6 ........................................................................................................J-7

Figure J-7 Map of the rate and b-value for the study region under the Mmax zonation, 

with no separation of Mesozoic extended and non-extended; Case A magnitude 

weights: Realization 7 ........................................................................................................J-8

Figure J-8 Map of the rate and b-value for the study region under the Mmax zonation, 

with no separation of Mesozoic extended and non-extended; Case A magnitude 

weights: Realization 8 ........................................................................................................J-9

Figure J-9 Map of the coefficient of variation of the rate and the standard deviation of the 

b-value for the study region under the Mmax zonation, with no separation of 

Mesozoic extended and non-extended; Case A magnitude weights................................J-10

Figure J-10 Map of the rate and b-value for the study region under the Mmax zonation, 

with no separation of Mesozoic extended and non-extended; Case B magnitude 

weights: Realization 1 ......................................................................................................J-11

Figure J-11 Map of the rate and b-value for the study region under the Mmax zonation, 

with no separation of Mesozoic extended and non-extended; Case B magnitude 

weights: Realization 2 ......................................................................................................J-12

Figure J-12 Map of the rate and b-value for the study region under the Mmax zonation, 

with no separation of Mesozoic extended and non-extended; Case B magnitude 

weights: Realization 3 ......................................................................................................J-13
lxvi

Figure J-13 Map of the rate and b-value for the study region under the Mmax zonation, 

with no separation of Mesozoic extended and non-extended; Case B magnitude 

weights: Realization 4 ......................................................................................................J-14

Figure J-14 Map of the rate and b-value for the study region under the Mmax zonation, 

with no separation of Mesozoic extended and non-extended; Case B magnitude 

weights: Realization 5 ......................................................................................................J-15

Figure J-15 Map of the rate and b-value for the study region under the Mmax zonation, 

with no separation of Mesozoic extended and non-extended; Case B magnitude 

weights: Realization 6 ......................................................................................................J-16

Figure J-16 Map of the rate and b-value for the study region under the Mmax zonation,

with no separation of Mesozoic extended and non-extended; Case B magnitude 

weights: Realization 7 ......................................................................................................J-17

Figure J-17 Map of the rate and b-value for the study region under the Mmax zonation, 

with no separation of Mesozoic extended and non-extended; Case B magnitude 

weights: Realization 8 ......................................................................................................J-18

Figure J-18 Map of the coefficient of variation of the rate and the standard deviation of 

the b-value for the study region under the Mmax zonation, with no separation of 

Mesozoic extended and non-extended; Case B magnitude weights................................J-19

Figure J-19 Map of the rate and b-value for the study region under the Mmax zonation, 

with no separation of Mesozoic extended and non-extended; Case E magnitude 

weights: Realization 1 ......................................................................................................J-20

Figure J-20 Map of the rate and b-value for the study region under the Mmax zonation, 

with no separation of Mesozoic extended and non-extended; Case E magnitude 

weights: Realization 2 ......................................................................................................J-21

Figure J-21 Map of the rate and b-value for the study region under the Mmax zonation, 

with no separation of Mesozoic extended and non-extended; Case E magnitude 

weights: Realization 3 ......................................................................................................J-22

Figure J-22 Map of the rate and b-value for the study region under the Mmax zonation, 

with no separation of Mesozoic extended and non-extended; Case E magnitude 

weights: Realization 4 ......................................................................................................J-23

Figure J-23 Map of the rate and b-value for the study region under the Mmax zonation, 

with no separation of Mesozoic extended and non-extended; Case E magnitude 

weights: Realization 5 ......................................................................................................J-24

Figure J-24 Map of the rate and b-value for the study region under the Mmax zonation, 

with no separation of Mesozoic extended and non-extended; Case E magnitude 

weights: Realization 6 ......................................................................................................J-25

Figure J-25 Map of the rate and b-value for the study region under the Mmax zonation, 

with no separation of Mesozoic extended and non-extended; Case E magnitude 

weights: Realization 7 ......................................................................................................J-26

Figure J-26 Map of the rate and b-value for the study region under the Mmax zonation, 

with no separation of Mesozoic extended and non-extended; Case E magnitude 

weights: Realization 8 ......................................................................................................J-27

Figure J-27 Map of the coefficient of variation of the rate and the standard deviation of 

the b-value for the study region under the Mmax zonation, with no separation of 

Mesozoic extended and non-extended; Case E magnitude weights................................J-28
lxvii

Figure J-28 Map of the rate and b-value for the study region under the Mmax zonation, 

with separation of Mesozoic extended and non-extended; Case A magnitude 

weights: Realization 1 ......................................................................................................J-29

Figure J-29 Map of the rate and b-value for the study region under the Mmax zonation, 

with separation of Mesozoic extended and non-extended; Case A magnitude 

weights: Realization 2 ......................................................................................................J-30

Figure J-30 Map of the rate and b-value for the study region under the Mmax zonation, 

with separation of Mesozoic extended and non-extended; Case A magnitude 

weights: Realization 3 ......................................................................................................J-31

Figure J-31 Map of the rate and b-value for the study region under the Mmax zonation, 

with separation of Mesozoic extended and non-extended; Case A magnitude 

weights: Realization 4 ......................................................................................................J-32

Figure J-32 Map of the rate and b-value for the study region under the Mmax zonation, 

with separation of Mesozoic extended and non-extended; Case A magnitude 

weights: Realization 5 ......................................................................................................J-33

Figure J-33 Map of the rate and b-value for the study region under the Mmax zonation, 

with separation of Mesozoic extended and non-extended; Case A magnitude 

weights: Realization 6 ......................................................................................................J-34

Figure J-34 Map of the rate and b-value for the study region under the Mmax zonation, 

with separation of Mesozoic extended and non-extended; Case A magnitude 

weights: Realization 7 ......................................................................................................J-35

Figure J-35 Map of the rate and b-value for the study region under the Mmax zonation, 

with separation of Mesozoic extended and non-extended; Case A magnitude 

weights: Realization 8 ......................................................................................................J-36

Figure J-36 Map of the coefficient of variation of the rate and the standard deviation of 

the b-value for the study region under the Mmax zonation, with separation of 

Mesozoic extended and non-extended; Case A magnitude weights................................J-37

Figure J-37 Map of the rate and b-value for the study region under the Mmax zonation, 

with separation of Mesozoic extended and non-extended; Case B magnitude 

weights: Realization 1 ......................................................................................................J-38

Figure J-38 Map of the rate and b-value for the study region under the Mmax zonation, 

with separation of Mesozoic extended and non-extended; Case B magnitude 

weights: Realization 2 ......................................................................................................J-39

Figure J-39 Map of the rate and b-value for the study region under the Mmax zonation, 

with separation of Mesozoic extended and non-extended; Case B magnitude 

weights: Realization 3 ......................................................................................................J-40

Figure J-40 Map of the rate and b-value for the study region under the Mmax zonation, 

with separation of Mesozoic extended and non-extended; Case B magnitude 

weights: Realization 4 ......................................................................................................J-41

Figure J-41 Map of the rate and b-value for the study region under the Mmax zonation, 

with separation of Mesozoic extended and non-extended; Case B magnitude 

weights: Realization 5 ......................................................................................................J-42

Figure J-42 Map of the rate and b-value for the study region under the Mmax zonation, 

with separation of Mesozoic extended and non-extended; Case B magnitude 

weights: Realization 6 ......................................................................................................J-43
lxviii

Figure J-43 Map of the rate and b-value for the study region under the Mmax zonation, 

with separation of Mesozoic extended and non-extended; Case B magnitude 

weights: Realization 7 ......................................................................................................J-44

Figure J-44 Map of the rate and b-value for the study region under the Mmax zonation, 

with separation of Mesozoic extended and non-extended; Case B magnitude 

weights: Realization 8 ......................................................................................................J-45

Figure J-45 Map of the coefficient of variation of the rate and the standard deviation of 

the b-value for the study region under the Mmax zonation, with separation of 

Mesozoic extended and non-extended; Case B magnitude weights................................J-46

Figure J-46 Map of the rate and b-value for the study region under the Mmax zonation, 

with separation of Mesozoic extended and non-extended; Case E magnitude 

weights: Realization 1 ......................................................................................................J-47

Figure J-47 Map of the rate and b-value for the study region under the Mmax zonation, 

with separation of Mesozoic extended and non-extended; Case E magnitude 

weights: Realization 2 ......................................................................................................J-48

Figure J-48 Map of the rate and b-value for the study region under the Mmax zonation, 

with separation of Mesozoic extended and non-extended; Case E magnitude 

weights: Realization 3 ......................................................................................................J-49

Figure J-49 Map of the rate and b-value for the study region under the Mmax zonation, 

with separation of Mesozoic extended and non-extended; Case E magnitude 

weights: Realization 4 ......................................................................................................J-50

Figure J-50 Map of the rate and b-value for the study region under the Mmax zonation, 

with separation of Mesozoic extended and non-extended; Case E magnitude 

weights: Realization 5 ......................................................................................................J-51

Figure J-51 Map of the rate and b-value for the study region under the Mmax zonation, 

with separation of Mesozoic extended and non-extended; Case E magnitude 

weights: Realization 6 ......................................................................................................J-52

Figure J-52 Map of the rate and b-value for the study region under the Mmax zonation, 

with separation of Mesozoic extended and non-extended; Case E magnitude 

weights: Realization 7 ......................................................................................................J-53

Figure J-53 Map of the rate and b-value for the study region under the Mmax zonation, 

with separation of Mesozoic extended and non-extended; Case E magnitude 

weights: Realization 8 ......................................................................................................J-54

Figure J-54 Map of the coefficient of variation of the rate and the standard deviation of 

the b-value for the study region under the Mmax zonation, with separation of 

Mesozoic extended and non-extended; Case E magnitude weights................................J-55

Figure J-55 Map of the rate and b-value for the study region under the Mmax zonation, 

with separation of Mesozoic extended and non-extended; Case A magnitude 

weights: Realization 1 ......................................................................................................J-56

Figure J-56 Map of the rate and b-value for the study region under the Mmax zonation, 

with separation of Mesozoic extended and non-extended; Case A magnitude 

weights: Realization 2 ......................................................................................................J-57

Figure J-57 Map of the rate and b-value for the study region under the Mmax zonation, 

with separation of Mesozoic extended and non-extended; Case A magnitude 

weights: Realization 3 ......................................................................................................J-58
lxix

Figure J-58 Map of the rate and b-value for the study region under the Mmax zonation, 

with separation of Mesozoic extended and non-extended; Case A magnitude 

weights: Realization 4 ......................................................................................................J-59

Figure J-59 Map of the rate and b-value for the study region under the Mmax zonation, 

with separation of Mesozoic extended and non-extended; Case A magnitude 

weights: Realization 5 ......................................................................................................J-60

Figure J-60 Map of the rate and b-value for the study region under the Mmax zonation, 

with separation of Mesozoic extended and non-extended; Case A magnitude 

weights: Realization 6 ......................................................................................................J-61

Figure J-61 Map of the rate and b-value for the study region under the Mmax zonation, 

with separation of Mesozoic extended and non-extended; Case A magnitude 

weights: Realization 7 ......................................................................................................J-62

Figure J-62 Map of the rate and b-value for the study region under the Mmax zonation, 

with separation of Mesozoic extended and non-extended; Case A magnitude 

weights: Realization 8 ......................................................................................................J-63

Figure J-63 Map of the coefficient of variation of the rate and the standard deviation of 

the b-value for the study region under the Mmax zonation, with separation of 

Mesozoic extended and non-extended; Case A magnitude weights................................J-64

Figure J-64 Map of the rate and b-value for the study region under the Mmax zonation, 

with separation of Mesozoic extended and non-extended; Case B magnitude 

weights: Realization 1 ......................................................................................................J-65

Figure J-65 Map of the rate and b-value for the study region under the Mmax zonation, 

with separation of Mesozoic extended and non-extended; Case B magnitude 

weights: Realization 2 ......................................................................................................J-66

Figure J-66 Map of the rate and b-value for the study region under the Mmax zonation, 

with separation of Mesozoic extended and non-extended; Case B magnitude 

weights: Realization 3 ......................................................................................................J-67

Figure J-67 Map of the rate and b-value for the study region under the Mmax zonation, 

with separation of Mesozoic extended and non-extended; Case B magnitude 

weights: Realization 4 ......................................................................................................J-68

Figure J-68 Map of the rate and b-value for the study region under the Mmax zonation, 

with separation of Mesozoic extended and non-extended; Case B magnitude 

weights: Realization 5 ......................................................................................................J-69

Figure J-69 Map of the rate and b-value for the study region under the Mmax zonation, 

with separation of Mesozoic extended and non-extended; Case B magnitude 

weights: Realization 6 ......................................................................................................J-70

Figure J-70 Map of the rate and b-value for the study region under the Mmax zonation, 

with separation of Mesozoic extended and non-extended; Case B magnitude 

weights: Realization 7 ......................................................................................................J-71

Figure J-71 Map of the rate and b-value for the study region under the Mmax zonation, 

with separation of Mesozoic extended and non-extended; Case B magnitude 

weights: Realization 8 ......................................................................................................J-72

Figure J-72 Map of the coefficient of variation of the rate and the standard deviation of 

the b-value for the study region under the Mmax zonation, with separation of 

Mesozoic extended and non-extended; Case B magnitude weights................................J-73
lxx

Figure J-73 Map of the rate and b-value for the study region under the Mmax zonation, 

with separation of Mesozoic extended and non-extended; Case E magnitude 

weights: Realization 1 ......................................................................................................J-74

Figure J-74 Map of the rate and b-value for the study region under the Mmax zonation, 

with separation of Mesozoic extended and non-extended; Case E magnitude 

weights: Realization 2 ......................................................................................................J-75

Figure J-75 Map of the rate and b-value for the study region under the Mmax zonation, 

with separation of Mesozoic extended and non-extended; Case E magnitude 

weights: Realization 3 ......................................................................................................J-76

Figure J-76 Map of the rate and b-value for the study region under the Mmax zonation, 

with separation of Mesozoic extended and non-extended; Case E magnitude 

weights: Realization 4 ......................................................................................................J-77

Figure J-77 Map of the rate and b-value for the study region under the Mmax zonation, 

with separation of Mesozoic extended and non-extended; Case E magnitude 

weights: Realization 5 ......................................................................................................J-78

Figure J-78 Map of the rate and b-value for the study region under the Mmax zonation, 

with separation of Mesozoic extended and non-extended; Case E magnitude 

weights: Realization 6 ......................................................................................................J-79

Figure J-79 Map of the rate and b-value for the study region under the Mmax zonation, 

with separation of Mesozoic extended and non-extended; Case E magnitude 

weights: Realization 7 ......................................................................................................J-80

Figure J-80 Map of the rate and b-value for the study region under the Mmax zonation, 

with separation of Mesozoic extended and non-extended; Case E magnitude 

weights: Realization 8 ......................................................................................................J-81

Figure J-81 Map of the coefficient of variation of the rate and the standard deviation of 

the b-value for the study region under the Mmax zonation, with separation of 

Mesozoic extended and non-extended; Case E magnitude weights................................J-82

Figure J-82 Map of the rate and b-value for the study region under the seismotectonic 

zonation, with narrow interpretation of PEZ; Case A magnitude weights: Realization 

1 .......................................................................................................................................J-83

Figure J-83 Map of the rate and b-value for the study region under the seismotectonic 

zonation, with narrow interpretation of PEZ; Case A magnitude weights: Realization 

2 .......................................................................................................................................J-84

Figure J-84 Map of the rate and b-value for the study region under the seismotectonic 

zonation, with narrow interpretation of PEZ; Case A magnitude weights: Realization 

3 .......................................................................................................................................J-85

Figure J-85 Map of the rate and b-value for the study region under the seismotectonic 

zonation, with narrow interpretation of PEZ; Case A magnitude weights: Realization 

4 .......................................................................................................................................J-86

Figure J-86 Map of the rate and b-value for the study region under the seismotectonic 

zonation, with narrow interpretation of PEZ; Case A magnitude weights: Realization 

5 .......................................................................................................................................J-87

Figure J-87 Map of the rate and b-value for the study region under the seismotectonic 

zonation, with narrow interpretation of PEZ; Case A magnitude weights: Realization 

6 .......................................................................................................................................J-88
lxxi

Figure J-88 Map of the rate and b-value for the study region under the seismotectonic 

zonation, with narrow interpretation of PEZ; Case A magnitude weights: Realization 

7 .......................................................................................................................................J-89

Figure J-89 Map of the rate and b-value for the study region under the seismotectonic 

zonation, with narrow interpretation of PEZ; Case A magnitude weights: Realization 

8 .......................................................................................................................................J-90

Figure J-90 Map of the coefficient of variation of the rate and the standard deviation of 

the b-value for the study region under the seismotectonic zonation, with narrow 

interpretation of PEZ; Case A magnitude weights ...........................................................J-91

Figure J-91 Map of the rate and b-value for the study region under the seismotectonic 

zonation, with narrow interpretation of PEZ; Case B magnitude weights: Realization 

1 .......................................................................................................................................J-92

Figure J-92 Map of the rate and b-value for the study region under the seismotectonic 

zonation, with narrow interpretation of PEZ; Case B magnitude weights: Realization 

2 .......................................................................................................................................J-93

Figure J-93 Map of the rate and b-value for the study region under the seismotectonic 

zonation, with narrow interpretation of PEZ; Case B magnitude weights: Realization 

3 .......................................................................................................................................J-94

Figure J-94 Map of the rate and b-value for the study region under the seismotectonic 

zonation, with narrow interpretation of PEZ; Case B magnitude weights: Realization 

4 .......................................................................................................................................J-95

Figure J-95 Map of the rate and b-value for the study region under the seismotectonic 

zonation, with narrow interpretation of PEZ; Case B magnitude weights: Realization 

5 .......................................................................................................................................J-96

Figure J-96 Map of the rate and b-value for the study region under the seismotectonic 

zonation, with narrow interpretation of PEZ; Case B magnitude weights: Realization 

6 .......................................................................................................................................J-97

Figure J-97 Map of the rate and b-value for the study region under the seismotectonic 

zonation, with narrow interpretation of PEZ; Case B magnitude weights: Realization 

7 .......................................................................................................................................J-98

Figure J-98 Map of the rate and b-value for the study region under the seismotectonic 

zonation, with narrow interpretation of PEZ; Case B magnitude weights: Realization 

8 .......................................................................................................................................J-99

Figure J-99 Map of the coefficient of variation of the rate and the standard deviation of 

the b-value for the study region under the seismotectonic zonation, with narrow 

interpretation of PEZ; Case B magnitude weights .........................................................J-100

Figure J-100 Map of the rate and b-value for the study region under the seismotectonic 

zonation, with narrow interpretation of PEZ; Case E magnitude weights: Realization 

1 .....................................................................................................................................J-101

Figure J-101 Map of the rate and b-value for the study region under the seismotectonic 

zonation, with narrow interpretation of PEZ; Case E magnitude weights: Realization 

2 .....................................................................................................................................J-102

Figure J-102 Map of the rate and b-value for the study region under the seismotectonic 

zonation, with narrow interpretation of PEZ; Case E magnitude weights: Realization 

3 .....................................................................................................................................J-103
lxxii

Figure J-103 Map of the rate and b-value for the study region under the seismotectonic 

zonation, with narrow interpretation of PEZ; Case E magnitude weights: Realization 

4 .....................................................................................................................................J-104

Figure J-104 Map of the rate and b-value for the study region under the seismotectonic 

zonation, with narrow interpretation of PEZ; Case E magnitude weights: Realization 

5 .....................................................................................................................................J-105

Figure J-105 Map of the rate and b-value for the study region under the seismotectonic 

zonation, with narrow interpretation of PEZ; Case E magnitude weights: Realization 

6 .....................................................................................................................................J-106

Figure J-106 Map of the rate and b-value for the study region under the seismotectonic 

zonation, with narrow interpretation of PEZ; Case E magnitude weights: Realization 

7 .....................................................................................................................................J-107

Figure J-107 Map of the rate and b-value for the study region under the seismotectonic 

zonation, with narrow interpretation of PEZ; Case E magnitude weights: Realization 

8 .....................................................................................................................................J-108

Figure J-108 Map of the coefficient of variation of the rate and the standard deviation of 

the b-value for the study region under the seismotectonic zonation, with narrow 

interpretation of PEZ; Case E magnitude weights .........................................................J-109

Figure J-109 Map of the rate and b-value for the study region under the seismotectonic 

zonation, with narrow interpretation of PEZ; Case A magnitude weights: Realization 

1 .....................................................................................................................................J-110

Figure J-110 Map of the rate and b-value for the study region under the seismotectonic 

zonation, with narrow interpretation of PEZ; Case A magnitude weights: Realization 

2 .....................................................................................................................................J-111

Figure J-111 Map of the rate and b-value for the study region under the seismotectonic 

zonation, with narrow interpretation of PEZ; Case A magnitude weights: Realization 

3 .....................................................................................................................................J-112

Figure J-112 Map of the rate and b-value for the study region under the seismotectonic 

zonation, with narrow interpretation of PEZ; Case A magnitude weights: Realization 

4 .....................................................................................................................................J-113

Figure J-113 Map of the rate and b-value for the study region under the seismotectonic 

zonation, with narrow interpretation of PEZ; Case A magnitude weights: Realization 

5 .....................................................................................................................................J-114

Figure J-114 Map of the rate and b-value for the study region under the seismotectonic 

zonation, with narrow interpretation of PEZ; Case A magnitude weights: Realization 

6 .....................................................................................................................................J-115

Figure J-115 Map of the rate and b-value for the study region under the seismotectonic 

zonation, with narrow interpretation of PEZ; Case A magnitude weights: Realization 

7 .....................................................................................................................................J-116

Figure J-116 Map of the rate and b-value for the study region under the seismotectonic 

zonation, with narrow interpretation of PEZ; Case A magnitude weights: Realization 

8 .....................................................................................................................................J-117

Figure J-117 Map of the coefficient of variation of the rate and the standard deviation of 

the b-value for the study region under the seismotectonic zonation, with narrow 

interpretation of PEZ; Case A magnitude weights .........................................................J-118
lxxiii

Figure J-118 Map of the rate and b-value for the study region under the seismotectonic 

zonation, with narrow interpretation of PEZ; Case B magnitude weights: Realization 

1 .....................................................................................................................................J-119

Figure J-119 Map of the rate and b-value for the study region under the seismotectonic 

zonation, with narrow interpretation of PEZ; Case B magnitude weights: Realization 

2 .....................................................................................................................................J-120

Figure J-120 Map of the rate and b-value for the study region under the seismotectonic 

zonation, with narrow interpretation of PEZ; Case B magnitude weights: Realization 

3 .....................................................................................................................................J-121

Figure J-121 Map of the rate and b-value for the study region under the seismotectonic 

zonation, with narrow interpretation of PEZ; Case B magnitude weights: Realization 

4 .....................................................................................................................................J-122

Figure J-122 Map of the rate and b-value for the study region under the seismotectonic 

zonation, with narrow interpretation of PEZ; Case B magnitude weights: Realization 

5 .....................................................................................................................................J-123

Figure J-123 Map of the rate and b-value for the study region under the seismotectonic 

zonation, with narrow interpretation of PEZ; Case B magnitude weights: Realization 

6 .....................................................................................................................................J-124

Figure J-124 Map of the rate and b-value for the study region under the seismotectonic 

zonation, with narrow interpretation of PEZ; Case B magnitude weights: Realization 

7 .....................................................................................................................................J-125

Figure J-125 Map of the rate and b-value for the study region under the seismotectonic 

zonation, with narrow interpretation of PEZ; Case B magnitude weights: Realization 

8 .....................................................................................................................................J-126

Figure J-126 Map of the coefficient of variation of the rate and the standard deviation of 

the b-value for the study region under the seismotectonic zonation, with narrow 

interpretation of PEZ; Case B magnitude weights .........................................................J-127

Figure J-127 Map of the rate and b-value for the study region under the seismotectonic 

zonation, with narrow interpretation of PEZ; Case E magnitude weights: Realization 

1 .....................................................................................................................................J-128

Figure J-128 Map of the rate and b-value for the study region under the seismotectonic 

zonation, with narrow interpretation of PEZ; Case E magnitude weights: Realization 

2 .....................................................................................................................................J-129

Figure J-129 Map of the rate and b-value for the study region under the seismotectonic 

zonation, with narrow interpretation of PEZ; Case E magnitude weights: Realization 

3 .....................................................................................................................................J-130

Figure J-130 Map of the rate and b-value for the study region under the seismotectonic 

zonation, with narrow interpretation of PEZ; Case E magnitude weights: Realization 

4 .....................................................................................................................................J-131

Figure J-131 Map of the rate and b-value for the study region under the seismotectonic 

zonation, with narrow interpretation of PEZ; Case E magnitude weights: Realization 

5 .....................................................................................................................................J-132

Figure J-132 Map of the rate and b-value for the study region under the seismotectonic 

zonation, with narrow interpretation of PEZ; Case E magnitude weights: Realization 

6 .....................................................................................................................................J-133
lxxiv

Figure J-133 Map of the rate and b-value for the study region under the seismotectonic 

zonation, with narrow interpretation of PEZ; Case E magnitude weights: Realization 

7 .....................................................................................................................................J-134

Figure J-134 Map of the rate and b-value for the study region under the seismotectonic 

zonation, with narrow interpretation of PEZ; Case E magnitude weights: Realization 

8 .....................................................................................................................................J-135

Figure J-135 Map of the coefficient of variation of the rate and the standard deviation of 

the b-value for the study region under the seismotectonic zonation, with narrow 

interpretation of PEZ; Case E magnitude weights .........................................................J-136

Figure J-136 Map of the rate and b-value for the study region under the seismotectonic 

zonation, with wide interpretation of PEZ; Case A magnitude weights: Realization 1 ... J-137

Figure J-137 Map of the rate and b-value for the study region under the seismotectonic 

zonation, with wide interpretation of PEZ; Case A magnitude weights: Realization 2 ... J-138

Figure J-138 Map of the rate and b-value for the study region under the seismotectonic 

zonation, with wide interpretation of PEZ; Case A magnitude weights: Realization 3 ... J-139

Figure J-139 Map of the rate and b-value for the study region under the seismotectonic 

zonation, with wide interpretation of PEZ; Case A magnitude weights: Realization 4 ... J-140

Figure J-140 Map of the rate and b-value for the study region under the seismotectonic 

zonation, with wide interpretation of PEZ; Case A magnitude weights: Realization 5 ... J-141

Figure J-141 Map of the rate and b-value for the study region under the seismotectonic 

zonation, with wide interpretation of PEZ; Case A magnitude weights: Realization 6 ... J-142

Figure J-142 Map of the rate and b-value for the study region under the seismotectonic 

zonation, with wide interpretation of PEZ; Case A magnitude weights: Realization 7 ... J-143

Figure J-143 Map of the rate and b-value for the study region under the seismotectonic 

zonation, with wide interpretation of PEZ; Case A magnitude weights: Realization 8 ... J-144

Figure J-144 Map of the coefficient of variation of the rate and the standard deviation of 

the b-value for the study region under the seismotectonic zonation, with wide

interpretation of PEZ; Case A magnitude weights .........................................................J-145

Figure J-145 Map of the rate and b-value for the study region under the seismotectonic 

zonation, with wide interpretation of PEZ; Case B magnitude weights: Realization 1 ... J-146

Figure J-146 Map of the rate and b-value for the study region under the seismotectonic 

zonation, with wide interpretation of PEZ; Case B magnitude weights: Realization 2 ... J-147

Figure J-147 Map of the rate and b-value for the study region under the seismotectonic 

zonation, with wide interpretation of PEZ; Case B magnitude weights: Realization 3 ... J-148

Figure J-148 Map of the rate and b-value for the study region under the seismotectonic 

zonation, with wide interpretation of PEZ; Case B magnitude weights: Realization 4 ... J-149

Figure J-149 Map of the rate and b-value for the study region under the seismotectonic 

zonation, with wide interpretation of PEZ; Case B magnitude weights: Realization 5 ... J-150

Figure J-150 Map of the rate and b-value for the study region under the seismotectonic

zonation, with wide interpretation of PEZ; Case B magnitude weights: Realization 6 ... J-151

Figure J-151 Map of the rate and b-value for the study region under the seismotectonic 

zonation, with wide interpretation of PEZ; Case B magnitude weights: Realization 7 ... J-152

Figure J-152 Map of the rate and b-value for the study region under the seismotectonic 

zonation, with wide interpretation of PEZ; Case B magnitude weights: Realization 8 ... J-153
lxxv

Figure J-153 Map of the coefficient of variation of the rate and the standard deviation of 

the b-value for the study region under the seismotectonic zonation, with wide 

interpretation of PEZ; Case B magnitude weights .........................................................J-154

Figure J-154 Map of the rate and b-value for the study region under the seismotectonic 

zonation, with wide interpretation of PEZ; Case E magnitude weights: Realization 1 ... J-155

Figure J-155 Map of the rate and b-value for the study region under the seismotectonic 

zonation, with wide interpretation of PEZ; Case E magnitude weights: Realization 2 ... J-156

Figure J-156 Map of the rate and b-value for the study region under the seismotectonic 

zonation, with wide interpretation of PEZ; Case E magnitude weights: Realization 3 ... J-157

Figure J-157 Map of the rate and b-value for the study region under the seismotectonic 

zonation, with wide interpretation of PEZ; Case E magnitude weights: Realization 4 ... J-158

Figure J-158 Map of the rate and b-value for the study region under the seismotectonic 

zonation, with wide interpretation of PEZ; Case E magnitude weights: Realization 5 ... J-159

Figure J-159 Map of the rate and b-value for the study region under the seismotectonic 

zonation, with wide interpretation of PEZ; Case E magnitude weights: Realization 6 ... J-160

Figure J-160 Map of the rate and b-value for the study region under the seismotectonic 

zonation, with wide interpretation of PEZ; Case E magnitude weights: Realization 7 ... J-161

Figure J-161 Map of the rate and b-value for the study region under the seismotectonic 

zonation, with wide interpretation of PEZ; Case E magnitude weights: Realization 8 ... J-162

Figure J-162 Map of the coefficient of variation of the rate and the standard deviation of 

the b-value for the study region under the seismotectonic zonation, with wide 

interpretation of PEZ; Case E magnitude weights .........................................................J-163

Figure J-163 Map of the rate and b-value for the study region under the seismotectonic 

zonation, with wide interpretation of PEZ; Case A magnitude weights: Realization 1 ... J-164

Figure J-164 Map of the rate and b-value for the study region under the seismotectonic 

zonation, with wide interpretation of PEZ; Case A magnitude weights: Realization 2 ... J-165

Figure J-165 Map of the rate and b-value for the study region under the seismotectonic 

zonation, with wide interpretation of PEZ; Case A magnitude weights: Realization 3 ... J-166

Figure J-166 Map of the rate and b-value for the study region under the seismotectonic 

zonation, with wide interpretation of PEZ; Case A magnitude weights: Realization 4 ... J-167

Figure J-167 Map of the rate and b-value for the study region under the seismotectonic 

zonation, with wide interpretation of PEZ; Case A magnitude weights: Realization 5 ... J-168

Figure J-168 Map of the rate and b-value for the study region under the seismotectonic 

zonation, with wide interpretation of PEZ; Case A magnitude weights: Realization 6 ... J-169

Figure J-169 Map of the rate and b-value for the study region under the seismotectonic 

zonation, with wide interpretation of PEZ; Case A magnitude weights: Realization 7 ... J-170

Figure J-170 Map of the rate and b-value for the study region under the seismotectonic 

zonation, with wide interpretation of PEZ; Case A magnitude weights: Realization 8 ... J-171

Figure J-171 Map of the coefficient of variation of the rate and the standard deviation of 

the b-value for the study region under the seismotectonic zonation, with wide 

interpretation of PEZ; Case A magnitude weights .........................................................J-172

Figure J-172 Map of the rate and b-value for the study region under the seismotectonic 

zonation, with wide interpretation of PEZ; Case B magnitude weights: Realization 1 ... J-173
lxxvi

Figure J-173 Map of the rate and b-value for the study region under the seismotectonic 

zonation, with wide interpretation of PEZ; Case B magnitude weights: Realization 2 ... J-174

Figure J-174 Map of the rate and b-value for the study region under the seismotectonic 

zonation, with wide interpretation of PEZ; Case B magnitude weights: Realization 3 ... J-175

Figure J-175 Map of the rate and b-value for the study region under the seismotectonic 

zonation, with wide interpretation of PEZ; Case B magnitude weights: Realization 4 ... J-176

Figure J-176 Map of the rate and b-value for the study region under the seismotectonic 

zonation, with wide interpretation of PEZ; Case B magnitude weights: Realization 5 ... J-177

Figure J-177 Map of the rate and b-value for the study region under the seismotectonic 

zonation, with wide interpretation of PEZ; Case B magnitude weights: Realization 6 ... J-178

Figure J-178 Map of the rate and b-value for the study region under the seismotectonic 

zonation, with wide interpretation of PEZ; Case B magnitude weights: Realization 7 ... J-179

Figure J-179 Map of the rate and b-value for the study region under the seismotectonic 

zonation, with wide interpretation of PEZ; Case B magnitude weights: Realization 8 ... J-180

Figure J-180 Map of the coefficient of variation of the rate and the standard deviation of 

the b-value for the study region under the seismotectonic zonation, with wide 

interpretation of PEZ; Case B magnitude weights .........................................................J-181

Figure J-181 Map of the rate and b-value for the study region under the seismotectonic 

zonation, with wide interpretation of PEZ; Case E magnitude weights: Realization 1 ... J-182

Figure J-182 Map of the rate and b-value for the study region under the seismotectonic 

zonation, with wide interpretation of PEZ; Case E magnitude weights: Realization 2 ... J-183

Figure J-183 Map of the rate and b-value for the study region under the seismotectonic 

zonation, with wide interpretation of PEZ; Case E magnitude weights: Realization 3 ... J-184

Figure J-184 Map of the rate and b-value for the study region under the seismotectonic 

zonation, with wide interpretation of PEZ; Case E magnitude weights: Realization 4 ... J-185

Figure J-185 Map of the rate and b-value for the study region under the seismotectonic 

zonation, with wide interpretation of PEZ; Case E magnitude weights: Realization 5 ... J-186

Figure J-186 Map of the rate and b-value for the study region under the seismotectonic 

zonation, with wide interpretation of PEZ; Case E magnitude weights: Realization 6 ... J-187

Figure J-187 Map of the rate and b-value for the study region under the seismotectonic 

zonation, with wide interpretation of PEZ; Case E magnitude weights: Realization 7 ... J-188

Figure J-188 Map of the rate and b-value for the study region under the seismotectonic 

zonation, with wide interpretation of PEZ; Case E magnitude weights: Realization 8 ... J-189

Figure J-189 Map of the coefficient of variation of the rate and the standard deviation of 

the b-value for the study region under the seismotectonic zonation, with wide 

interpretation of PEZ; Case E magnitude weights .........................................................J-190

Figure K-1 Comparison of relationships between number of reporting stations and 

moment magnitude presented in Johnston et al. (1994) and Johnston (1996b)............. K-41

Figure K-2 Comparison of relationships between isoseismal areas and moment 

magnitude presented in Johnston et al. (1994) and Johnston (1996b)........................... K-42
lxxvii

LIST OF TABLES

Table 2.2-1 Technical Meetings Conducted as Part of the CEUS SSC Project.......................2-29

Table 2.2-2 Contributors to the CEUS SSC Project.................................................................2-30

Table 3.2-1 Summary of Earthquakes Added–USGS Earthquake Catalog by Time 

Period...............................................................................................................................3-44

Table 3.2-2 Summary of Earthquakes Added–USGS Earthquake Catalog by Source............3-45

Table 3.3-1 Conversion Relationships Used–Develop Uniform Moment Magnitudes E[M].....3-46

Table 3.4-1 Comparison of CEUS SSC Catalog Declustering Results Obtained Using the 

EPRI (1988) Approach with the Gardner Knopoff (1974) Approach ................................3-47

Table 3.5-1 Probability of Detection and Equivalent Periods of Completeness for the 

CEUS for Magnitude Weighting Case A ..........................................................................3-48

Table 3.5-2 Probability of Detection and Equivalent Periods of Completeness for the 

CEUS for Magnitude Weighting Case B ..........................................................................3-51

Table 3.5-3 Probability of Detection and Equivalent Periods of Completeness for the 

CEUS for Magnitude Weighting Case E ..........................................................................3-54

Table 4.1.2-1 Sample table indicating particular types of data that can be considered in 

the identification and characterization of seismic sources (Table 2, ANSI/ANS-2.27-

2008)................................................................................................................................4-26

Table 4.1.2-2 Sample table identifying the types of data that can be considered for 

characterizing different types of seismic sources, and an evaluation of the relative 

usefulness or credibility of the various data types (Budnitz et al., 1997)..........................4-27

Table 4.1.2-3 Table showing the “generic” (not source-specific) evaluation of data to 

address indicators of a unique seismic source. The table indicates the TI Team’s 

assessment of the types of data that can be used to address the indicators and 

their relative usefulness. ..................................................................................................4-28

Table 4.1.2-4 Example of Data Evaluation Table for the Illinois Basin–Extended 

Basement Zone (IBEB) ....................................................................................................4-34

Table 4.1.2-5 Example of Data Summary Table for the Extended Continental Crust–

Atlantic Margin (ECC-AM) and Atlantic Highly Extended Crust (AHEX) Zones ...............4-35

Table 4.1.3-1 Criteria Used to Define the Seismotectonic Zones and Mmax Zones ...............4-37

Table 4.2.2-1 RLME Sources...................................................................................................4-38

Table 4.2.4-1 Seismotectonic Zones .......................................................................................4-39

Table 5.2.1-1 Mesozoic-and-Younger Extended Superdomains (MESE)................................5-60

Table 5.2.1-2 Older Extended and Non-Extended Superdomains (NMESE) ..........................5-61

Table 5.2.1-3 Composite SCR Superdomains (COMP)...........................................................5-62

Table 5.2.1-4 Results of Analyses of Updated SCR Superdomains........................................5-63
lxxviii

Table 5.2.1-5 Source Zones, P(mu > 81⁄4) Values, and Weights on Kijko (2004) K-S-B 

Estimates .........................................................................................................................5-64

Table 5.2.1-6 Mmax Distributions for the Two Example Seismic Sources...............................5-65

Table 5.3.2-1 Alternative Cases Considered for the Magnitude-Dependent Weights..............5-65

Table 5.3.3-1 Miller and Rice (1983) Discrete 5-Point Approximation to a Continuous 

Probability Distribution and the Modified Form Used in This Study .................................5-65

Table 5.4-1 Assessment of Default Characteristics of Future Earthquakes in the CEUS........5-66

Table 5.4-2 Characteristics of Future Earthquakes for Individual Seismic Sources ................5-68

Table 5.4-3 Estimates of D90 for Individual Seismic Source Zones..........................................5-71

Table 6.1-1 Summary of Data Used to Assess RLME Recurrence Frequencies.....................6-80

Table 6.1.1-1 Charlevoix RLME Recurrence Frequency .........................................................6-83

Table 6.1.2-1 Summary of Interpreted Charleston Earthquake Ages and Sizes from 

“Contemporary Ages Only” Scenario ...............................................................................6-84

Table 6.1.2-2 Summary of Interpreted Charleston Earthquake Ages and Sizes from “All 

Ages” Scenario.................................................................................................................6-84

Table 6.1.2-3 Charleston Liquefaction Feature Ages Used to Assess Ages of Prehistoric 

Earthquakes .....................................................................................................................6-85

Table 6.1.2-4 Charleston RLME Recurrence Frequency for Poisson Model ...........................6-86

Table 6.1.2-5 Charleston RLME Recurrence Frequency for Renewal Model..........................6-87

Table 6.1.3-1 Range of Cheraw Fault Estimated Magnitudes (M)...........................................6-88

Table 6.1.3-2 Cheraw RLME In-Cluster Recurrence Frequency .............................................6-89

Table 6.1.3-3 Cheraw RLME In-Cluster Slip Rates .................................................................6-89

Table 6.1.3-4 Cheraw RLME Out-of-Cluster Recurrence Frequency ......................................6-90

Table 6.1.3-5 Cheraw RLME Out-of-Cluster Slip Rates ..........................................................6-90

Table 6.1.4-1 Range of Estimated Meers Fault Earthquake Magnitudes (M)..........................6-91

Table 6.1.4-2 Meers RLME In-Cluster Recurrence Frequency................................................6-91

Table 6.1.4-3 Meers RLME Out-of-Cluster Recurrence Frequency.........................................6-91

Table 6.1.5-1 Preferred Ages for Paleoearthquakes in the New Madrid Region1

...................6-92

Table 6.1.5-2 Magnitude Comparisons for New Madrid 1811-1812 Earthquake 

Sequence .........................................................................................................................6-93

Table 6.1.5-3 Liquefaction Constraints on Age of AD 1450 NMFS RLME...............................6-94

Table 6.1.5-4 Liquefaction Constraints on Age of AD 900 NMFS RLME.................................6-95

Table 6.1.5-5 NMFS In-Cluster RLME Recurrence Frequency—Poisson Model ....................6-96

Table 6.1.5-6 NMFS In-Cluster RLME Recurrence Frequency—Renewal Model ...................6-96

Table 6.1.5-7 NMFS Out-of-Cluster RLME Recurrence Frequency—Poisson Model .............6-96

Table 6.1.6-1 Range of ERM-S Estimated Magnitudes (M).....................................................6-97

Table 6.1.6-2 Range of ERM-N Estimated Magnitudes (M) ....................................................6-98

Table 6.1.6-3 ERM-S RLME Recurrence Frequency...............................................................6-98

Table 6.1.6-4 ERM-N RLME Recurrence Frequency ..............................................................6-99

Table 6.1.7-1 Marianna RLME Recurrence Frequency ...........................................................6-99
lxxix

Table 6.1.8-1 Range of Commerce Fault Zone RLME Estimated Magnitudes (M)................6-100

Table 6.1.8-2 Commerce Fault Zone RLME Recurrence Frequency.....................................6-101

Table 6.1.9-1 Liquefaction Evidence for Prehistoric Earthquakes in the Southern Illinois 

Basin ..............................................................................................................................6-102

Table 6.1.9-2 Wabash RLME Recurrence Frequency ...........................................................6-109

Table 6.2-1 Alternative Mmax Zonation Models ....................................................................6-109

Table 6.3.2-1 Maximum Magnitude Distributions for Mmax Distributed Seismicity 

Sources ..........................................................................................................................6-110

Table 7.1-1 Data Summary and Data Evaluation Tables for Seismotectonic Zones in 

Appendices C and D ........................................................................................................7-81

Table 7.4.2-1 Maximum Magnitude Distributions for Seismotectonic Distributed 

Seismicity Sources...........................................................................................................7-82

Table 8.1-1 Description of Seven Test Sites............................................................................8-13

Table 8.2.1-1 Mean and Select Fractiles for Rock Hazard at Central Illinois: Digital Data

for Figures 8.2-1a through 8.2-1c.....................................................................................8-14

Table 8.2.2-1 Mean and Select Fractiles for Rock Hazard at Chattanooga: Digital Data 

for Figures 8.2-2a through 8.2-2c.....................................................................................8-16

Table 8.2.3-1 Mean and Select Fractiles for Rock Hazard at Houston: Digital Data for 

Figures 8.2-3a through 8.2-3c..........................................................................................8-18

Table 8.2.4-1 Mean and Select Fractiles for Rock Hazard at Jackson: Digital Data for 

Figures 8.2-4a through 8.2-4c..........................................................................................8-20

Table 8.2.5-1 Mean and Select Fractiles for Rock Hazard at Manchester: Digital Data for 

Figures 8.2-5a through 8.2-5c..........................................................................................8-22

Table 8.2.6-1 Mean and Select Fractiles for Rock Hazard at Savannah: Digital Data for 

Figures 8.2-6a through 8.2-6c..........................................................................................8-24

Table 8.2.7-1 Mean and Select Fractiles for Rock Hazard at Topeka: Digital Data for 

Figures 8.2-7a through 8.2-7c..........................................................................................8-26

Table 9.4-1 Available Information for Determining the Precision of Mean Hazard ..................9-21

Table 9.4-2 Summary of an Example Logic Tree Representing Uncertainties for the 

Charleston Seismic Zone .................................................................................................9-21

Table 9.4-3 Basic Weights Given in EPRI (2004) for Ground Motion Equations .....................9-22

Table 9.4-4 Ground Motion Equations and Weights Used in USGS 2008 National Hazard 

Map for CEUS..................................................................................................................9-23

Table 9.4-5 Minimum COVMH Values Observed in Seismic Hazard ........................................9-23

Table A-1 CEUS SSC GIS Database ....................................................................................... A-7

Table B-1 Earthquake Catalog.................................................................................................. B-6

Table B-2 Moment Magnitude Data ...................................................................................... B-312

Table B-3 Approximate Moment Magnitude Data................................................................. B-324

Table C-5.4 Data Evaluation Future Earthquake Characteristics ............................................. C-3

Table C-6.1.1 Data Evaluation Charlevoix RLME..................................................................... C-9

Table C-6.1.2 Data Evaluation Charleston RLME .................................................................. C-14

Table C-6.1.3 Data Evaluation Cheraw Fault RLME .............................................................. C-30
lxxx 

Table C-6.1.4 Data Evaluation Oklahoma Aulacogen RLME ................................................. C-36 

Table C-6.1.5 Data Evaluation Reelfoot Rift–New Madrid Fault System RLMEs ................... C-42 

Table C-6.1.6 Data Evaluation Reelfoot Rift–Eastern Margin Fault(s) RLMEs ....................... C-51 

Table C-6.1.7 Data Evaluation Reelfoot Rift–Marianna RLME ............................................... C-62 

Table C-6.1.8 Data Evaluation Reelfoot Rift–Commerce Fault Zone RLME .......................... C-67 

Table C-6.1.9 Data Evaluation Wabash Valley RLME ............................................................ C-75 

Table C-7.3.1 Data Evaluation St. Lawrence Rift Zone ......................................................... C-83 

Table C-7.3.2 Data Evaluation Great Meteor Hotspot Zone ................................................... C-92 

Table C-7.3.3 Data Evaluation Northern Appalachian Zone ................................................... C-99 

Table C-7.3.4 Data Evaluation Paleozoic Extended Crust Zone .......................................... C-105 

Table C-7.3.5 Data Evaluation Illinois Basin-Extended Basement Zone .............................. C-112 

Table C-7.3.6 Data Evaluation Reelfoot Rift Zone ................................................................ C-124 

Tables C-7.3.7/7.3.8 Data Evaluation Extended Continental Crust—Atlantic ....................... C-131 

Tables C-7.3.9/7.3.10 Data Evaluation Extended Continental Crust–Gulf Coast ................ C-138 

Table C-7.3.12 Data Evaluation Midcontinent-Craton Zone ................................................ C-146 

Table D-5.4 Data Summary Future Earthquake Characteristics ............................................... D-3 

Table D-6.1.1 Data Summary Charlevoix RLME .................................................................... D-10 

Table D-6.1.2 Data Summary Charleston RLME .................................................................... D-17 

Table D-6.1.3 Data Summary Cheraw Fault RLME ................................................................ D-35 

Table D-6.1.4 Data Summary Oklahoma Aulacogen RLME ................................................... D-38 

Table D-6.1.5 Data Summary Reelfoot Rift–New Madrid Seismic Zone (NMSZ) Region ....... D-44 

Table D-6.1.9 Data Summary Wabash Valley RLME ............................................................. D-92 

Table D-7.3.1 Data Summary St. Lawrence Rift Zone (SLR) ............................................... D-121 

Table D-7.3.2 Data Summary Great Meteor Hotspot Zone (GMH) ....................................... D-141 

Table D-7.3.3 Data Summary Northern Appalachian Zone (NAP) ....................................... D-151 

Table D-7.3.4 Data Summary Paleozoic Extended Crust Zone ............................................ D-163 

Table D-7.3.7 Data Summary Extended Continental Crust Zone–Atlantic Margin (ECCAM) ................................................................................................................................ D-191 

Table D-7.3.9 Data Summary Extended Continental Crust Zone–Gulf Coast (ECC-GC) ..... D-225 

Table D-7.3.12 Data Summary Midcontinent-Craton Zone (MidC) ....................................... D-240 

Table E-1.2-1. Summary of Information on Liquefaction Features in Regional Data Sets........ E-5 

Table E-1.2-2 Summary of Type and Prevalence of Paleoliquefaction Features ..................... E-7 

Table E-2.1.3. Summary of Dating Techniques Used in Paleoliquefaction Studies................ E-30 

Table E-2.2. Uncertainties Related to Interpretation of Paleoearthquake Parameters ........... E-36 

Table 1: Key Questions and Topics That Workshop 2 Presenters Were Asked to 

Address ............................................................................................................................ F-35 

Table H-3-1 Weighted Alternative Seismogenic Crustal Thickness Values for Mmax 

Zones .............................................................................................................................. H-20 

Table H-3-2 Aleatory Distributions for Characterization of Future Earthquake Ruptures 

for Mmax Zones .............................................................................................................. H-20 
lxxxi

Table H-3-3 Maximum Magnitude Distributions for Mmax Distributed Seismicity Sources .... H-20

Table H-4-1 Seismotectonic Source Zones ............................................................................ H-21

Table H-4-2 Weighted Alternative Seismogenic Crustal Thickness Values for 

Seismotectonic Zones..................................................................................................... H-21

Table H-4-3 Aleatory Distributions for Characterization of Future Earthquake Ruptures 

for Seismotectonic Zones................................................................................................ H-22

Table H-4-4 Maximum Magnitude Distributions for Seismotectonic Distributed Seismicity 

Sources ........................................................................................................................... H-24

Table H-5.1-1 Charlevoix RLME Magnitude Distribution ........................................................ H-25

Table H-5.1-2 Annual Frequencies for Charlevoix RLME Events Data Set 1: 1870 and 

1663 ................................................................................................................................ H-25

Table H-5.1-3 Annual Frequencies for Charlevoix RLME Events Data Set 2: 3 

Earthquakes in 6–7 kyr BP.............................................................................................. H-25

Table H-5.1-4 Annual Frequencies for Charlevoix RLME Events Data Set 3: 4 

Earthquakes in 9.5–10.2 kyr BP...................................................................................... H-26

Table H-5.2-1 Charleston RLME Magnitude Distribution........................................................ H-26

Table H-5.2-2 Annual Frequencies for Charleston RLME Events Poisson Model, 2,000-

Year Time Period Earthquakes 1886, A, B, and C.......................................................... H-26

Table H-5.2-3 Annual Frequencies for Charleston RLME Events Poisson Model, 5,500-

Year Time Period Earthquakes 1886, A, B, and C.......................................................... H-27

Table H-5.2-4 Annual Frequencies for Charleston RLME Events Poisson Model, 5,500-

Year Time Period Earthquakes 1886, A, B, C, and D ..................................................... H-27

Table H-5.2-5 Annual Frequencies for Charleston RLME Events Poisson Model, 5,500-

Year Time Period Earthquakes 1886, A, B, C, and E ..................................................... H-27

Table H-5.2-6 Annual Frequencies for Charleston RLME Events Poisson Model, 5,500-

Year Time Period Earthquakes 1886, A, B, C, D, and E................................................. H-28

Table H-5.2-7 Annual Frequencies for Charleston RLME Events BPT Renewal Model, α

= 0.3, 2,000-Year Time Period Earthquakes 1886, A, B, and C ..................................... H-28

Table H-5.2-8 Annual Frequencies for Charleston RLME Events BPT Renewal Model, α

= 0.5, 2,000-Year Time Period Earthquakes 1886, A, B, and C ..................................... H-28

Table H-5.2-9 Annual Frequencies for Charleston RLME Events BPT Renewal Model, α

= 0.7, 2,000-Year Time Period Earthquakes 1886, A, B, and C ..................................... H-29

Table H-5.2-10 Annual Frequencies for Charleston RLME Events BPT Renewal Model, α

= 0.3, 5,500-Year Time Period Earthquakes 1886, A, B, and C ..................................... H-29

Table H-5.2-11 Annual Frequencies for Charleston RLME Events BPT Renewal Model, α

= 0.5, 5,500-Year Time Period Earthquakes 1886, A, B, and C ..................................... H-29

Table H-5.2-12 Annual Frequencies for Charleston RLME Events BPT Renewal Model, α

= 0.7, 5,500-Year Time Period Earthquakes 1886, A, B, and C ..................................... H-30

Table H-5.2-13 Annual Frequencies for Charleston RLME Events BPT Renewal Model, α

= 0.3, 5,500-Year Time Period Earthquakes 1886, A, B, C, and D................................. H-30

Table H-5.2-14 Annual Frequencies for Charleston RLME Events BPT Renewal Model, α

= 0.5, 5,500-Year Time Period Earthquakes 1886, A, B, C, and D................................. H-30
lxxxii

Table H-5.2-15 Annual Frequencies for Charleston RLME Events BPT Renewal Model, α

= 0.7, 5,500-Year Time Period Earthquakes 1886, A, B, C, and D................................. H-31

Table H-5.2-16 Annual Frequencies for Charleston RLME Events BPT Renewal Model, α

= 0.3, 5,500-Year Time Period Earthquakes 1886, A, B, C, and E................................. H-31

Table H-5.2-17 Annual Frequencies for Charleston RLME Events BPT Renewal Model, α

= 0.5, 5,500-Year Time Period Earthquakes 1886, A, B, C, and E................................. H-31

Table H-5.2-18 Annual Frequencies for Charleston RLME Events BPT Renewal Model, α

= 0.7, 5,500-Year Time Period Earthquakes 1886, A, B, C, and E................................. H-32

Table H-5.2-19 Annual Frequencies for Charleston RLME Events BPT Renewal Model, α

= 0.3, 5,500-Year Time Period Earthquakes 1886, A, B, C, D, and E ............................ H-32

Table H-5.2-20 Annual Frequencies for Charleston RLME Events BPT Renewal Model, α

= 0.5, 5,500-Year Time Period Earthquakes 1886, A, B, C, D, and E ............................ H-32

Table H-5.2-21 Annual Frequencies for Charleston RLME Events BPT Renewal Model, α

= 0.7, 5,500-Year Time Period Earthquakes 1886, A, B, C, D, and E ............................ H-33

Table H-5.3-1 Cheraw RLME Magnitude Distribution............................................................. H-33

Table H-5.3-2 Annual Frequencies for Cheraw RLME Events In-Cluster Case, Data Set: 

2 Earthquakes in 20–25 kyr ............................................................................................ H-33

Table H-5.3-3 Annual Frequencies for Cheraw RLME Events In-Cluster Case, Data Set: 

3 Earthquakes in 20–25 kyr ............................................................................................ H-34

Table H-5.3-4 Slip Rates for Cheraw Fault In-Cluster Case, Data Set: 3.2–4.1 m in 20–

25 kyr .............................................................................................................................. H-34

Table H-5.3-5 Annual Frequencies for Cheraw RLME Events Out-of-Cluster Case, Time 

Between Clusters ............................................................................................................ H-34

Table H-5.3-6 Slip Rates for Cheraw Fault Out-of-Cluster Case, Data Set: 7–8 m in 0.4–

2.0 myr ............................................................................................................................ H-35

Table H-5.4-1 Meers RLME Magnitude Distribution ............................................................... H-35

Table H-5.4-2 Annual Frequencies for Meers RLME Events In-Cluster Case........................ H-35

Table H-5.4-3 Annual Frequencies for Meers RLME Events Out-of-Cluster Case................. H-36

Table H-5.5-1 NMFS RLME Magnitude Distribution ............................................................... H-36

Table H-5.5-2 Annual Frequencies for NMFS RLME Events In-Cluster Case, Poisson 

Model .............................................................................................................................. H-36

Table H-5.5-3 Annual Frequencies for NMFS RLME Events In-Cluster Case, BPT Model, 

α = 0.3 ............................................................................................................................. H-37

Table H-5.5-4 Annual Frequencies for NMFS RLME Events In-Cluster Case, BPT Model, 

α = 0.5 ............................................................................................................................. H-37

Table H-5.5-5 Annual Frequencies for NMFS RLME Events In-Cluster Case, BPT Model, 

α = 0.7 ............................................................................................................................. H-37

Table H-5.5-6 Annual Frequencies for NMFS RLME Events Out-of-Cluster Case, 

Poisson Model................................................................................................................. H-38

Table H-5.6-1 ERM-S RLME Magnitude Distribution.............................................................. H-38

Table H-5.6-2 ERM-N RLME Magnitude Distribution ............................................................. H-38

Table H-5.6-3 Annual Frequencies for ERM-S RLME Events Data Set: 2 Earthquakes in 

17.7–21.7 kyr .................................................................................................................. H-39
lxxxiii

Table H-5.6-4 Annual Frequencies for ERM-S RLME Events Data Set: 3 Earthquakes in 

17.7–21.7 kyr .................................................................................................................. H-39

Table H-5.6-5 Annual Frequencies for ERM-S RLME Events Data Set: 4 Earthquakes in 

17.7–21.7 kyr .................................................................................................................. H-39

Table H-5.6-6 Annual Frequencies for ERM-N RLME Events Data Set: 1 Earthquake in 

12–35 kyr ........................................................................................................................ H-40

Table H-5.6-7 Annual Frequencies for ERM-N RLME Events Data Set: 2 Earthquakes in 

12–35 kyr ........................................................................................................................ H-40

Table H-5.7-1 Marianna RLME Magnitude Distribution .......................................................... H-40

Table H-5.7-2 Annual Frequencies for Marianna RLME Events Data Set: 3 Earthquakes 

in 9.6–10.2 kyr................................................................................................................. H-41

Table H-5.7-3 Annual Frequencies for Marianna RLME Events Data Set: 4 Earthquakes 

in 9.6–10.2 kyr................................................................................................................. H-41

Table H-5.8-1 Commerce RLME Magnitude Distribution........................................................ H-41

Table H-5.8-2 Annual Frequencies for Commerce RLME Events Data Set: 2 

Earthquakes in 18.9–23.6 kyr ......................................................................................... H-42

Table H-5.8-3 Annual Frequencies for Commerce RLME Events Data Set: 3 

Earthquakes in 18.9–23.6 kyr ......................................................................................... H-42

Table H-5.9-1 Wabash RLME Magnitude Distribution ............................................................ H-42

Table H-5.9-2 Annual Frequencies for Wabash RLME Events Data Set: 2 Earthquakes 

in 11–13 kyr..................................................................................................................... H-43

PPRP Comment Response Table ...............................................................................(Appendix I)

Table K-1 SCR Earthquake Catalog ......................................................................................... K-5

Table K-2 SCR Domains Updated from Johnston et al. (1994).............................................. K-34

EXECUTIVE SUMMARY 

The Central and Eastern United States Seismic Source Characterization for Nuclear Facilities 

(CEUS SSC) Project was conducted over the period from April 2008 to December 2011 to 

provide a regional seismic source model for use in probabilistic seismic hazard analyses 

(PSHAs) for nuclear facilities. The study replaces previous regional seismic source models 

conducted for this purpose, including the Electric Power Research Institute–Seismicity Owners 

Group (EPRI-SOG) model (EPRI, 1988, 1989) and the Lawrence Livermore National 

Laboratory model (Bernreuter et al., 1989). Unlike the previous studies, the CEUS SSC Project 

was sponsored by multiple stakeholders—namely, the EPRI Advanced Nuclear Technology 

Program, the Office of Nuclear Energy and the Office of the Chief of Nuclear Safety of the U.S. 

Department of Energy (DOE), and the Office of Nuclear Regulatory Research of the Nuclear 

Regulatory Commission (NRC). The study was conducted using Senior Seismic Hazard Analysis 

Committee (SSHAC) Study Level 3 methodology to provide high levels of confidence that the 

data, models, and methods of the larger technical community have been considered and the 

center, body, and range of technically defensible interpretations have been included. 

The regional seismic source characterization (SSC) model defined by this study can be used for 

site-specific PSHAs, provided that appropriate site-specific assessments are conducted as 

required by current regulations and regulatory guidance for the nuclear facility of interest. This 

model has been designed to be compatible with current and anticipated ground-motion 

characterization (GMC) models. The current recommended ground-motion models for use at 

nuclear facilities are those developed by EPRI (2004, 2006a, 2006b). The ongoing Next 

Generation Attenuation–East (NGA-East) project being supported by the NRC, DOE, and EPRI 

will provide ground-motion models that are appropriate for use with the CEUS SSC model. The 

methodology for a SSHAC Level 3 project as applied to the CEUS SSC Project is explained in 

the SSHAC report (Budnitz et al., 1997), which was written to discuss the evolution of expert 

assessment methodologies conducted during the previous three decades for purposes of 

probabilistic risk analyses. The methodological guidance provided in the SSHAC report was 

intended to build on the lessons learned from those previous studies and, specifically, to arrive at 

processes that would make it possible to avoid the issues encountered by the previous studies 

(NRC, 2011).

The SSHAC assessment process, which differs only slightly for Level 3 and 4 studies, is a 

technical process accepted in the NRC’s seismic regulatory guidance (Regulatory Guide 1.208) 

for ensuring that uncertainties in data and scientific knowledge have been properly represented in 

seismic design ground motions consistent with the requirements of the seismic regulation 

10 CFR Part 100.23 (―Geologic and Seismic Siting Criteria‖). Therefore, the goal of the SSHAC 

assessment process is the proper and complete representation of knowledge and uncertainties in 

the SSC and GMC inputs to the PSHA (or similar hazard analysis). As discussed extensively in 

lxxxv
Executive Summary 

the SSHAC report (Budnitz et al., 1997) and affirmed in NRC (2011), a SSHAC assessment 

process consists of two important sequential activities, evaluation and integration. For a Level 3 

assessment, these activities are conducted by the Technical Integration (TI) Team under the 

leadership of the TI Lead. As described in NRC (2011), 

The fundamental goal of a SSHAC process is to carry out properly and document completely the 

activities of evaluation and integration, defined as: 

Evaluation: The consideration of the complete set of data, models, and methods proposed by 

the larger technical community that are relevant to the hazard analysis. 

Integration: Representing the center, body, and range of technically defensible interpretations 

in light of the evaluation process (i.e., informed by the assessment of existing data, models, 

and methods). 

Each of the assessment and model-building activities of the CEUS SSC Project is associated with 

the evaluation and integration steps in a SSHAC Level 3 process. Consistent with the 

requirements of a SSHAC process, the specific roles and responsibilities of all project 

participants were defined in the Project Plan, and adherence to those roles was the responsibility 

of the TI Lead and the Project Manager. The technical assessments are made by the TI Team, 

who carry the principal responsibility of evaluation and integration, under the technical 

leadership of the TI Lead. The Database Manager and other technical support individuals assist 

in the development of work products. Resource and proponent experts participate by presenting 

their data, models, and interpretations at workshops and through technical interchange with the 

TI Team throughout the project. The Participatory Peer Review Panel (PPRP) is responsible for a 

continuous review of both the SSHAC process being followed and the technical assessments 

being made. The project management structure is headed by the Project Manager, who serves as 

the liason with the sponsors and the PPRP and manages the activities of all participants. The 

SSHAC Level 3 assessment process and implementation is discussed in depth in Chapter 2 of 

this report. 

Each of the methodology steps in the SSHAC guidelines (Budnitz, 1997) was addressed 

adequately during the CEUS SSC Project. Furthermore, the project developed a number of 

enhancements to the process steps for conducting a SSHAC Study Level 3 project. For example, 

the SSHAC guidelines call for process steps that include developing a preliminary assessment 

model, calculating hazard using that model in order to identify the key issues, and finalizing the 

model in light of the feedback provided from the hazard calculations and sensitivity analyses. 

Because of the regional nature of the project and the multitude of assessments required, four 

rounds of model-building and three rounds of feedback were conducted. These activities ensured 

that all significant issues and uncertainties were identified and that the appropriate effort was 

devoted to the issues of most significance to the hazard results. A comparison of the activities 

conducted during the CEUS SSC Project with those recommended in the SSHAC guidelines 

themselves (Section 2.6) led to the conclusion that the current standards of practice have been 

met for a SSHAC Study Level 3 process—both those that are documented in the SSHAC report 

and those that resulted from precedents set by projects conducted since the SSHAC report was 

issued. 

lxxxvi
Executive Summary 

The catalog of past earthquakes that have occurred in a region is an important source of 

information for the quantification of future seismic hazards. This is particularly true in stable 

continental regions (SCRs) such as the CEUS where the causative mechanisms and structures for 

the occurrence of damaging earthquakes are generally poorly understood, and the rates of crustal 

deformation are low such that surface and near-surface indications of stresses in the crust and the 

buildup and release of crustal strains are difficult to quantify. Because the earthquake catalog is 

used in the characterization of the occurrence of future earthquakes in the CEUS, developing an 

updated earthquake catalog for the study region was an important focus of the CEUS SSC 

Project. The specific goals for earthquake catalog development and methods used to attain those 

goals are given in Chapter 3. 

The earthquake catalog development consists of four main steps: catalog compilation, 

assessment of a uniform size measure to apply to each earthquake, identification of dependent 

earthquakes (catalog declustering), and assessment of the completeness of the catalog as a 

function of location, time, and earthquake size. An important part of the catalog development 

process was review by seismologists with extensive knowledge and experience in catalog 

compilation. The result is an earthquake catalog covering the entire study region for the period 

from 1568 through the end of 2008. Earthquake size is defined in terms of the moment 

magnitude scale (Hanks and Kanamori, 1979), consistent with the magnitude scale used in 

modern ground-motion prediction equations (GMPEs) for CEUS earthquakes. A significant 

contribution of the CEUS SSC Project is the work conducted to develop an updated and 

consistent set of conversion relationships between various earthquake size measures 

(instrumental magnitudes and intensity) and moment magnitude. 

The conceptual SSC framework described in Chapter 4 was developed early in the CEUS SSC 

Project in order to provide a consistent approach and philosophy to SSC by the TI Team. This 

framework provides the basic underpinnings of the SSC model developed for the project, and it

led to the basic structure and elements of the master logic tree developed for the SSC model. In 

considering the purpose of the CEUS SSC Project, the TI Team identified three attributes that are 

needed for a conceptual SSC framework: 

1. A systematic, documented approach to treating alternatives using logic trees, including 

alternative conceptual models for future spatial distributions of seismicity (e.g., stationarity); 

alternative methods for expressing the future temporal distribution of seismicity (e.g., 

renewal models, Poisson models); and alternative data sets for characterizing seismic sources 

(e.g., paleoseismic data, historical seismicity data). 

2. A systematic approach to identifying applicable data for the source characterization, 

evaluating the usefulness of the data, and documenting the consideration given to the data by 

the TI Team. 

3. A methodology for identifying seismic sources based on defensible criteria for defining a 

seismic source, incorporating the lessons learned in SSC over the past two decades, and 

identifying the range of approaches and models that can be shown to be significant to hazard. 

Each of these needs was addressed by the methodology used in the project. For example, the 

need for a systematic approach to identifying and evaluating the data and information that 

underlie the source characterization assessments was met by the development of Data Summary 

lxxxvii
Executive Summary 

and Data Evaluation tables. These tables were developed for each seismic source to document 

the information available at the time of the CEUS SSC assessments (the Data Summary tables) 

and the way those data were used in the characterization process (the Data Evaluation tables). 

Given the evolution of approaches to identifying seismic sources, it is appropriate to provide a 

set of criteria and the logic for their application in the CEUS SSC Project. In the project, unique 

seismic sources are defined to account for distinct differences in the following criteria: 

Earthquake recurrence rate 

Maximum earthquake magnitude (Mmax) 

Expected future earthquake characteristics (e.g., style of faulting, rupture orientation, depth 

distribution) 

Probability of activity of tectonic feature(s) 

Rather than treat these criteria as operating simultaneously or without priority, the CEUS SSC 

methodology works through them sequentially. Further, because each criterion adds complexity 

to the seismic source model, it is applied only if its application would lead to hazard-significant 

changes in the model. In this way, the model becomes only as complex as required by the 

available data and information. 

The CEUS SSC master logic tree is tied to the conceptual SSC framework that establishes the 

context for the entire seismic source model. The master logic tree depicts the alternative 

interpretations and conceptual models that represent the range of defensible interpretations, and 

the relative weights assessed for the alternatives. By laying out the alternatives initially, the 

subsequent detailed source evaluations were conducted within a framework that ensures 

consistency across the sources. Important elements of the master logic tree are as follows: 

Representation of the sources defined based on paleoseismic evidence for the occurrence of 

repeated large-magnitude earthquakes (RLMEs, defined as two or more earthquakes with 

M ≥ 6.5). 

Alternatives to the spatial distribution of earthquakes based on differences in maximum 

magnitudes (Mmax zones approach). 

Representation of uncertainty in spatial stationarity of observed seismicity based on 

smoothing of recurrence parameters. 

Representation of possible differences in future earthquake characteristics (e.g., style, 

seismogenic thickness, and orientation of ruptures), which lead to definition of 

seismotectonic zones in the logic tree (seismotectonic zones approach). 

The methodologies used by the project to make the SSC assessments are discussed in Chapter 5. 

The heart of any SSC model for PSHA is a description of the future spatial and temporal 

distribution of earthquakes. Continued analysis of the historical seismicity record and network 

monitoring by regional and local seismic networks has led to acceptance within the community 

that the general spatial patterns of observed small- to moderate-magnitude earthquakes provide 

predictive information about the spatial distribution of future large-magnitude earthquakes. The 

analyses leading to this conclusion have focused on whether the observed patterns of earthquakes 

lxxxviii
Executive Summary 

have varied through time; therefore, in effect, this is an assessment of uncertainty in whether 

small- to moderate-magnitude earthquakes have been relatively stationary through time.

However, the available data on larger-magnitude earthquakes and their relationship to the spatial 

distribution of smaller earthquakes based on the observed record are quite limited. These data are 

not sufficient to allow confidence in the predictions generated by empirical spatial models. For 

this reason, geologic and geophysical data are needed to specify the locations of future 

earthquakes in addition to the observed patterns of seismicity. 

Detailed studies in the vicinity of large historical and instrumental earthquakes, and liquefaction 

phenomena associated with them, coupled with field and laboratory studies of geotechnical 

properties, are leading to a stronger technical basis for (1) placing limits on the locations of 

paleoearthquakes interpreted by the distribution of liquefaction phenomena and (2) defining their 

magnitudes. In some cases, the paleoseismic evidence for RLMEs is compelling, and the TI 

Team has included the RLME source in the SSC model. The locations of RLME sources 

notwithstanding, the spatial distribution of distributed seismicity sources has advanced in PSHA 

largely because of the assumption of spatial stationarity, and the SSC and hazard community 

uses approaches to ―smooth‖ observed seismicity to provide a map that expresses the future 

spatial pattern of recurrence rates. The CEUS SSC model is based largely on the assumption, 

typical in PSHA studies, that spatial stationarity of seismicity is expected to persist for a period 

of approximately 50 years. 

Estimating Mmax in SCRs such as the CEUS is highly uncertain despite considerable interest 

and effort by the scientific community over the past few decades. Mmax is defined as the upper 

truncation point of the earthquake recurrence curve for individual seismic sources, and the 

typically broad distribution of Mmax for any given source reflects considerable epistemic 

uncertainty. Because the maximum magnitude for any given seismic source in the CEUS occurs 

rarely relative to the period of observation, the use of the historical seismicity record provides 

important but limited constraints on the magnitude of the maximum event. Because of the 

independent constraints on earthquake size, those limited constraints are used to estimate the 

magnitudes of RLME. For distributed seismicity source zones, two approaches are used to assess 

Mmax: the Bayesian approach and the Kijko approach. In the Bayesian procedure (Johnston et 

al., 1994), the prior distribution is based on the magnitudes of earthquakes that occurred 

worldwide within tectonically analogous regions. As part of the CEUS SSC Project, the TI Team 

pursued the refinement and application of the Bayesian Mmax approach becauses it provides a 

quantitative and repeatable process for assessing Mmax. 

The TI Team also explored alternative approaches for the assessment of Mmax that provide 

quantitative and repeatable results, and the team identified the approach developed by Kijko 

(2004) as a viable alternative. While the Kijko approach requires fewer assumptions than the 

Bayesian approach in that it uses only the observed earthquake statistics for the source, this is 

offset by the need for a relatively larger data sample in order to get meaningful results. Both 

approaches have the positive attribute that they are repeatable given the same data and they can 

be readily updated given new information. The relative weighting of the two approaches for 

inclusion in the logic tree is source-specific, a function of the numbers of earthquakes that are 

present within the source upon which to base the Mmax assessment: sources with fewer 

earthquakes are assessed to have little or no weight for the Kijko approach, while those with 

lxxxix
Executive Summary 

larger numbers of events are assessed higher weight for the Kijko approach. In all cases, because 

of the stability of the Bayesian approach and the preference for ―analogue‖ approaches within the 

larger technical community, the Bayesian approach is assessed higher weight than the Kijko 

approach for all sources. 

A major effort was devoted to updating the global set of SCR earthquakes and to assessing 

statistically significant attributes of those earthquakes following the approach given in Johnston 

et al. (1994). In doing so, it was found that the only significant attribute defining the prior 

distribution is the presence or absence of Mesozoic-or-younger extension. The uncertainty in this 

assessment is reflected in the use of two alternative priors: one that takes into account the 

presence or absence of crustal domains having this attribute, and another that combines the entire 

CEUS region as a single SCR crustal domain with a single prior distribution. The use of the 

Bayesian—and Kijko—approach requires a definition of the largest observed magnitude within 

each source, and this assessment, along with the associated uncertainty, was incorporated into the 

Mmax distributions for each seismic source. Consideration of global analogues led to the 

assessment of an upper truncation to all Mmax distributions at 81⁄4 and a lower truncation at 51⁄2. 

The broad distributions of Mmax for the various seismic source zones reflect the current 

epistemic uncertainty in the largest earthquake magnitude within each seismic source. 

The CEUS SSC model is based to a large extent on an assessment that spatial stationarity of 

seismicity will persist for time periods of interest for PSHA (approximately the next 50 years). 

Stationarity in this sense does not mean that future locations and magnitudes of earthquakes will 

occur exactly where they have occurred in the historical and instrumental record. Rather, the 

degree of spatial stationarity varies as a function of the type of data available to define the 

seismic source. RLME sources are based largely on paleoseismic evidence for repeated largemagnitude (M ≥ 6.5) earthquakes that occur in approximately the same location over periods of a 

few thousand years. On the other hand, patterns of seismicity away from the RLME sources 

within the Mmax and seismotectonic zones are defined from generally small- to moderatemagnitude earthquakes that have occurred during a relatively short (i.e., relative to the repeat 

times of large events) historical and instrumental record. Thus, the locations of future events are 

not as tightly constrained by the locations of past events as for RLME sources. The spatial 

smoothing operation is based on calculations of earthquake recurrence within one-quarter-degree 

or half-degree cells, with allowance for ―communication‖ between the cells. Both a- and bvalues are allowed to vary, but the degree of variation has been optimized such that b-values 

vary little across the study region. 

The approach used to smooth recurrence parameters is a refinement of the penalized-likelihood 

approach used in EPRI-SOG (EPRI, 1988), but it is designed to include a number of elements 

that make the formulation more robust, realistic, and flexible. These elements include the 

reformulation in terms of magnitude bins, the introduction of magnitude-dependent weights, 

catalog incompleteness, the effect of Mmax, spatial variation of parameters within the source 

zone, and the prior distributions of b. A key assessment made by the TI Team was the weight 

assigned to various magnitude bins in the assessment of smoothing parameters (Cases A, B, 

and E). This assessment represents the uncertainty in the interpretation that smaller magnitudes 

define the future locations and variation in recurrence parameters. Appropriately, the penalizedlikelihood approach results in higher spatial variation (less smoothing) when the low-magnitude 

xc
Executive Summary 

bins are included with high weight, and much less variation (higher smoothing) in the case where 

the lower-magnitude bins are given low or zero weight. The variation resulting from the final set 

of weights reflects the TI Team’s assessment of the epistemic uncertainty in the spatial variation 

of recurrence parameters throughout the SSC model. 

The earthquake recurrence models for the RLME sources are somewhat simpler than those for 

distributed seismicity sources because the magnitude range for individual RLMEs is relatively 

narrow and their spatial distribution is limited geographically such that spatial variability is not a 

concern. This limits the problem to one of estimating the occurrence rate in time of a point 

process. The data that are used to assess the occurrence rates are derived primarily from 

paleoseismic studies and consist of two types: data that provide estimated ages of the 

paleoearthquakes such that the times between earthquakes can be estimated, and data that 

provide an estimate of the number of earthquakes that have occurred after the age of a particular 

stratigraphic horizon. These data are used to derive estimates of the RLME occurrence rates and 

their uncertainty. 

The estimation of the RLME occurrence rates is dependent on the probability model assumed for 

the temporal occurrence of these earthquakes. The standard model applied for most RLME 

sources in this study is the Poisson model, in which the probability of occurrence of an RLME in 

a specified time period is completely characterized by a single parameter, λ, the rate of RLME 

occurrence. The Poisson process is ―memoryless‖—that is, the probability of occurrence in the 

next time interval is independent of when the most recent earthquake occurred, and the time 

between earthquakes is exponentially distributed with a standard deviation equal to the mean 

time between earthquakes. For two RLME sources (Reelfoot Rift–New Madrid fault system and 

the Charleston source), the data are sufficient to suggest that the occurrence of RLMEs is more 

periodic in nature (the standard deviation is less than the mean time between earthquakes). For 

these RLME sources a simple renewal model can also be used to assess the probability of 

earthquake occurrence. In making an estimate of the probability of occurrence in the future, this 

model takes into account the time that has elapsed since the most recent RLME occurrence. 

The CEUS SSC model has been developed for use in future PSHAs. To make this future use 

possible, the SSC model must be combined with a GMC model. At present, the GMPEs in use 

for SCRs such as the CEUS include limited information regarding the characteristics of future 

earthquakes. In anticipation of the possible future development of GMPEs for the CEUS that will 

make it possible to incorporate similar types of information, a number of characteristics of future 

earthquakes in the CEUS are assessed. In addition to characteristics that might be important for 

ground motion assessments, there are also assessed characteristics that are potentially important 

to the modeling conducted for hazard analysis. Future earthquake characteristics assessed include 

the tectonic stress regime, sense of slip/style of faulting, strike and dip of ruptures, seismogenic 

crustal thickness, fault rupture area versus magnitude relationship, rupture length-to-width aspect 

ratio, and relationship of ruptures to source boundaries. 

Chapters 6 and 7 include discussions of the seismic sources that are defined by the Mmax zones 

and the seismotectonic zones branches of the master logic tree. Because of convincing evidence 

for their existence, both approaches include RLME sources. The rarity of repeated earthquakes 

relative to the period of historical observation means that evidence for repeated events comes 

xci
Executive Summary 

largely from the paleoseismic record. By identifying the RLMEs and including them in the SSC 

model, there is no implication that the set of RLMEs included is in fact the total set of RLMEs 

that might exist throughout the study region. This is because the presently available studies that 

locate and characterize the RLMEs have been concentrated in certain locations and are not 

systematic across the entire study region. Therefore, the evidence for the existence of the RLMEs 

is included in the model where it exists, but the remaining parts of the study region are also 

assessed to have significant earthquake potential, which is evidenced by the inclusion of 

moderate-to-large magnitudes in the Mmax distributions for every Mmax zone or seismotectonic 

zone. 

In Chapter 6, each RLME source is described in detail by the following factors: (1) evidence for 

temporal clustering, (2) geometry and style of faulting, (3) RLME magnitude, and (4) RLME 

recurrence. The descriptions document how the data have been evaluated and assessed to arrive 

at the various elements of the final SSC model, including all expressions of uncertainty. The 

Data Summary and Data Evaluation tables (Appendices C and D) complement the discussions in 

the text, documenting all the data that were considered in the course of data evaluation and 

integration process for each particular seismic source. 

Alternative models for the distributed seismicity zones that serve as background zones to the 

RLME sources are either Mmax zones or seismotectonic zones. The Mmax zones are described 

in Chapter 6 and are defined according to constraints on the prior distributions for the Bayesian 

approach to estimating Mmax. The seismotectonic zones are described in Chapter 7 and are 

identified based on potential differences in Mmax as well as future earthquake characteristics. 

Each seismotectonic zone in the CEUS SSC model is described according to the following 

attributes: (1) background information from various data sets; (2) bases for defining the 

seismotectonic zone; (3) basis for the source geometry; (4) basis for the zone Mmax (e.g., largest 

observed earthquake); and (5) future earthquake characteristics. Uncertainties in the 

seismotectonic zone characteristics are described and are represented in the logic trees developed 

for each source. 

For purposes of demonstrating the CEUS SSC model, seismic hazard calculations were 

conducted at seven demonstration sites throughout the study region, as described in Chapter 8. 

The site locations were selected to span a range of seismic source types and levels of seismicity. 

The results from the seismic hazard calculations are intended for scientific use to demonstrate the 

model, and they should not be used for engineering design. Mean hazard results are given for a 

range of spectral frequencies (PGA, 10 Hz, and 1 Hz) and for a range of site conditions. All 

calculations were made using the EPRI (2004, 2006) ground-motion models such that results 

could be compared to understand the SSC effects alone. Sensitivity analyses were conducted to 

provide insight into the dominant seismic sources and the important characteristics of the 

dominant seismic source at each site. The calculated mean hazard results are compared with the 

results using the SSC model from the 2008 U.S. Geological Survey national seismic hazard maps 

and the SSC model from the Combined Operating License applications for new nuclear power 

reactors. The hazard results using the CEUS SSC model given in Chapter 8 are reasonable and 

readily understood relative to the results from other studies, and sensitivities of the calculated 

hazard results can be readily explained by different aspects of the new model. The TI Team 

concludes that the SSC model provides reasonable and explainable calculated seismic hazard 

xcii
Executive Summary 

results, and the most important aspects of the SSC model to the calculated hazard (e.g., 

recurrence rates of RLME sources, recurrence parameters for distributed seismicity sources, 

Mmax) and their uncertainties have all been appropriately addressed. 

Presumably, the GMC model input to the PSHA calculations will be replaced in the future by the 

results of the ongoing NGA-East project. The calculated hazard at the demonstration sites in 

Chapter 8 comes from the regional CEUS SSC model and does not include any local refinements 

that might be necessary to account for local seismic sources. Depending on the regulatory 

guidance that is applicable for the facility of interest, additional site-specific studies may be 

required to provide local refinements to the model. 

To assist future users of the CEUS SSC model, Chapter 9 presents a discussion on the use of the 

model for PSHA. The basic elements of the model necessary for hazard calculations are given in 

the Hazard Input Document (HID). This document provides all necessary parameter values and 

probability distributions for use in a modern PSHA computer code. The HID does not, however, 

provide any justification for the values, since that information is given in the text of this report. 

Chapter 9 also describes several simplifications to seismic sources that can be made to increase 

efficiency in seismic hazard calculations. These simplifications are recommended on the basis of 

sensitivity studies of alternative hazard curves that represent a range of assumptions on a 

parameter’s value. Sensitivities are presented using the test sites in this study. For applications of 

the seismic sources from this study, similar sensitivity studies should be conducted for the 

particular site of interest to confirm these results and to identify additional simplifications that 

might be appropriate. For the seismic sources presented, only those parameters that can be 

simplified are discussed and presented graphically. The sensitivity studies consisted of 

determining the sensitivity of hazard to logic tree branches for each node of the logic tree 

describing that source. The purpose was to determine which nodes of the logic tree could be 

collapsed to a single branch in order to achieve more efficient hazard calculations without 

compromising the accuracy of overall hazard results. 

Finally, this report provides a discussion of the level of precision that is associated with seismic 

hazard estimates in the CEUS. This discussion addresses how seismic hazard estimates might 

change if the analysis were repeated by independent experts having access to the same basic 

information (geology, tectonics, seismicity, ground-motion equations, site characterization). It 

also addresses how to determine whether the difference in hazard would be significant if this 

basic information were to change and that change resulted in a difference in the assessed seismic 

hazard. This analysis was performed knowing that future data and models will continue to be 

developed and that a mechanism for evaluating the significance of that information is needed. 

Based on the precision model evaluated, if an alternative assumption or parameter is used in a 

seismic hazard study, and it potentially changes the calculated hazard (annual frequency of 

exceedence) by less than 25 percent for ground motions with hazards in the range 10–4

to 10–6, 

that potential change is within the level of precision at which one can calculate seismic hazard. It 

should be noted, however, that a certain level of precision does not relieve users from performing 

site-specific studies to identify potential capable seismic sources within the site region and 

vicinity as well as to identify newer models and data. Also, this level of precision does not 

relieve users from fixing any errors that are discovered in the CEUS SSC model as it is 

xciii
Executive Summary 

implemented for siting critical facilities. In addition, NRC has not defined a set value for 

requiring or not requiring siting applicants to revise or update PSHAs. 

Included in the report are appendices that summarize key data sets and analyses: the earthquake 

catalog, the Data Summary and Data Evaluation tables, the paleoliquefaction database, the HID, 

and documentation important to the SSHAC process. These data and analyses will assist future 

users of the CEUS SSC model in the implementation of the model for purposes of PSHA. The 

entire report and database will be provided on a website after the Final Project Report is issued. 

The TI Team, Project Manager, and Sponsors determined the approach for quality assurance on 

the CEUS SSC Project in 2008, taking into account the SSHAC assessment process and national 

standards. The approach was documented in the CEUS SSC Project Plan dated June 2008 and 

discussed in more detail in the CEUS SSC Report (Appendix L). Beyond the assurance of quality 

arising from the external scientific review process, it is the collective, informed judgment of the 

TI Team (via the process of evaluation and integration) and the concurrence of the PPRP (via the 

participatory peer review process), as well as adherence to the national standard referred to in 

Appendix L, that ultimately lead to the assurance of quality in the process followed and in the 

products that resulted from the SSHAC hazard assessment framework. 

xciv
October 24, 2011 

Cliff Munson 

Senior Technical Advisor 

Office of New Reactors 

U.S. Nuclear Regulatory Commission 

Washington, DC 20555 

Robert Roche 

Project Manager 

Office of Nuclear Regulatory Research 

U.S. Nuclear Regulatory Commission 

Washington, DC 20555 

 

Richard H. Lagdon, Jr. 

Chief of Nuclear Safety 

Office of the Under Secretary for Nuclear 

Security, S-5 

U.S. Department of Energy 

1000 Independence Avenue SW 

Washington, DC 20585 

Thomas P. Miller 

Senior Technical Advisor 

Office of Nuclear Energy, NE-72/GTN 

U.S. Department of Energy 

1000 Independence Avenue SW 

Washington, DC 20585 

 

Jeffrey F. Hamel 

Advanced Nuclear Technology Program 

Manager 

Electric Power Research Institute 

3420 Hillview Avenue 

Palo Alto, CA 94304 

Gentlemen: 

Reference: Central and Eastern United States Seismic Source Characterization for Nuclear 

Facilities Project: Participatory Peer Review Panel Final Report

Introduction 

This letter constitutes the final report of the PPRP1

 (“the Panel”) for the Central and Eastern 

United States Seismic Source Characterization for Nuclear Facilities Project (the “CEUS SSC 

Project” or “the Project”). The eight Panel members (Jon P. Ake, Walter J. Arabasz, William J. 

Hinze, Annie M. Kammerer, Jeffrey K. Kimball, Donald P. Moore, Mark D. Petersen, J. Carl 

Stepp) participated in the Project in a manner fully consistent with the SSHAC Guidance.2

 The 

Panel was actively engaged in all phases and activities of the Project’s implementation, including 

final development of the Project Plan and planning of the evaluation and integration activities, 

which are the core of the SSHAC assessment process. 

                                                       

1

 Participatory Peer Review Panel 

2

 Budnitz, R. J., G. Apostolakis, D. M. Boore, L. S. Cluff, K. L. Coppersmith, C. A. Cornell, and P. A. 

Morris, 1997. Recommendations for Probabilistic Seismic Hazard Analysis: Guidance on Uncertainty

and the Use of Experts (known as the “Senior Seismic Hazard Analysis Committee Report,” or the

“SSHAC Guidance”). NUREG/CR-6372, U. S. Nuclear Regulatory Commission. TIC; 235076. 

Washington, DC. 

xix 

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PPRP Final Report, CEUS SSC PROJECT October 24, 2011 

xx

The Panel’s involvement, described more fully later in this letter, also included review of 

analyses performed by the Project to support the evaluation and integration processes, review of 

interim evaluation and integration products, and review of the interim draft project report and the 

final project report. Additionally, panel members participated in specific analyses as resource 

experts, and panel members were observers in or participated as resource experts in eight of the 

eleven Technical Integrator Team (TI Team) working meetings held to implement the integration 

phase of the assessment process. We want to express our appreciation for the opportunity to 

participate in the CEUS SSC Project in this way. 

In the remainder of this letter we provide our observations and conclusions on key elements of 

the project implementation process, and we summarize our reviews of the draft and final project 

reports. As we explain in our comments, assurance that the center, body, and range of the 

technically-defensible interpretations (“CBR of the TDI”)3 have been properly represented in the 

CEUS SSC Model fundamentally comes from implementing the structure and rigor of the 

SSHAC Guidance itself. We are aware that the SSHAC Guidance is accepted by the Nuclear 

Regulatory Commission and the Department of Energy for developing seismic hazard models 

that provide reasonable assurance, consistent with the seismic safety decision-making practices 

of these agencies, of compliance with their seismic safety policies and regulatory requirements. 

For these reasons, we describe aspects of the SSHAC Guidance to provide context for our 

observations and conclusions. 

Project Plan: Conformity to the SSHAC Assessment Process 

The SSHAC Guidance recognizes that observed data, available methods, models, and 

interpretations all contain uncertainties. These uncertainties lead to alternative scientific 

analyses and interpretations. In other words, experts in the broad technical community do not 

hold a single interpretation. Accepting this scientific situation, the SSHAC assessment process is 

designed to engage the scientific community in an orderly assessment of relevant data, methods, 

models, and interpretations that constitute current scientific knowledge as the basis for 

development of a seismic hazard model that represents the CBR of the TDI. 

The assessment process is carried out by means of two main activities: evaluation and

integration.

4

 In implementation, the evaluation activities are structured to inform the integration 

activities. The evaluations are carried out by means of workshops in which the TI Team engages 

proponents of alternative interpretations that represent the range of relevant current community 

knowledge. Resource experts in the various relevant data sets are also engaged. The workshops 

have the dual purposes of, first, evaluating the degree to which alternative interpretations are 

supported by observed data and, second, defining uncertainties in the degree to which the 

interpretations are defensible, given the observed data. Integration is carried out by individual 

evaluator experts or evaluator expert teams (Level 4 process) or by a Technical Integrator (TI) 

Team (Level 3 process) who, informed by the evaluation activities, characterize the range of 

                                                       

3 See Section 2.1 in the CEUS SSC Final Report for discussion of concepts relating to the center, body, 

and range of the “technically-defensible interpretations” vs. the center, body, and range of the “informed 

technical community.” 

4 For an excellent discussion of this two-stage process, see Practical Implementation Guidelines for 

SSHAC Level 3 and 4 Hazard Studies, USNRC NUREG-XXXX, Draft for Review, Office of Nuclear 

Regulatory Research, May 2011. 

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PPRP Final Report, CEUS SSC PROJECT October 24, 2011 

 xxi 

defensible alternative interpretations in an integrated hazard model and assess the scientific 

uncertainty distribution. Based on our review of the Project Plan and our subsequent discussions 

with the Project Team, we concurred that the Plan conformed with the SSHAC Guidance,

incorporating lessons learned from fourteen years experience using the Guidance, and that the 

planned implementation was structured to properly carry out the SSHAC assessment process for 

development of the CEUS SSC Model. 

SSHAC Level 3 Assessment Process 

The SSHAC Guidance describes implementation processes for four levels of assessment 

depending on the scientific complexity of the assessment and the intended use of the assessed 

hazard model. For an assessment such as the regional SSC model for the Central and Eastern 

United States, which will be used at many sites for making safety and licensing decisions for 

nuclear facilities, the SSHAC Guidance recommends using an assessment Level 3 or Level 4. 

There are process differences between a Level 3 and Level 4 implementation, but the objective is 

the same: to obtain from multiple proponent experts information that supports an informed 

assessment of the range of existent relevant interpretations and associated uncertainties that 

together represent current community knowledge and to perform an informed assessment of the 

CBR of the TDI. We understand that within the SSHAC assessment process “technically 

defensible” means that observed data are sufficient to support evaluation of the interpretation and 

the corresponding uncertainty. 

In a Level 4 assessment process a TI Team facilitates the assessment, identifying and engaging 

proponent and resource experts, performing supporting analyses, and conducting knowledge 

evaluation workshops and assessment integration working meetings. Multiple experts or teams 

of experts perform as evaluators of the range of existent interpretations and as integrators of the 

hazard model. The individual evaluator experts or evaluator expert teams take ownership of 

their individual or team assessments. In a Level 3 assessment all of these activities are 

consolidated under a single TI Team consisting of a TI Lead, multiple evaluator experts 

representing the scope of required scientific expertise, and experienced data and hazard analysts. 

As we noted earlier in this report, assurance that the CBR of the TDI is properly represented in a 

hazard model comes from rigorously implementing the SSHAC assessment process itself. We 

note that an important lesson learned from multiple implementations of the SSHAC Guidance

over the past fourteen years is that the Level 3 and Level 4 assessment processes provide 

comparably high assurance that the relevant scientific knowledge and the community uncertainty 

distribution are properly assessed and represented in the hazard model. The Level 3 assessment 

is significantly more integrated and cohesive and is more efficient to implement. These 

considerations led us to endorse use of the Level 3 assessment for implementation of the CEUS 

SSC Project in our Workshop No. 1 review letter. During the course of the Project we observed

that the higher level of cohesiveness inherent in the Level 3 assessment process leads to 

significantly improved communication, facilitating the experts’ performance of their technical 

work. 

xcvii
PPRP Final Report, CEUS SSC PROJECT October 24, 2011 

xxii

Overall Project Organization 

A complex project with multiple sponsors such as the CEUS SSC Project cannot be successful 

unless it is well organized and energetically managed so that the various participants understand 

the interconnectedness of their activities and perform their technical work as a cohesive group. 

In this regard the adopted project management structure allowed the Project Manager to provide 

integrated overall project leadership, manage the database development activities, and effectively 

maintain communication with the PPRP and project sponsors while allowing TI Team lead to 

concentrate on the structural and technical activities of the assessment as the Project unfolded. 

We conclude that the project organization was effective overall and particularly so with regard to 

facilitating the TI Team’s implementation of the assessment process. 

Implementing the SSHAC Level 3 Assessment Process 

Irrespective of the level of implementation, evaluation and integration are the main activities of a 

SSHAC assessment. The evaluation activities aim to identify and evaluate all relevant available 

data, models, methods, and scientific interpretations as well as uncertainties associated with each 

of them. The integration activities, informed by the evaluations, aim to represent the CBR of the 

TDI in a fully integrated SSC model. 

Evaluation 

Consistent with the SSHAC Guidance the evaluation phase of the CEUS SSC project 

accomplished a comprehensive evaluation of the data, models, methods, and scientific 

interpretations existent in the larger technical community that are relevant to the SSC model. In 

significant part the process was carried out in three structured workshops, each focusing on 

accomplishing a specific step in the evaluation process. 

The first workshop (WS-1) focused on evaluations of relevant geological, geophysical, and 

seismological datasets (including data quality and uncertainties) and on identification of hazardsignificant data and hazard-significant SSC assessment issues. It became clear that a number of 

issues relating to the earthquake catalog, the paleoliquefaction data set, the potential-field 

geophysical data, updating procedures for assessing maximum earthquake magnitude, and 

development of procedures for assessing earthquake recurrence would require focused analyses. 

These analyses were appropriately carried out within the TI Team working interactively with 

appropriate resource experts recognized by the larger scientific and technical community. 

WS-2 focused on evaluations of the range of alternative scientific interpretations, methods, and 

models within the larger scientific community and on corresponding uncertainties. WS-3 

focused on evaluations of hazard feedback derived at seven representative test locations using a 

preliminary CEUS SSC model. Specifically, the workshop focused on the identification of the 

key issues of most significance to completing the SSC model assessment. 

Experience has shown that evaluations to gain understanding of the quality of various data sets 

and uncertainties associated with them are essential for fully informing an SSC assessment. We 

observed that in WS-1 resource experts for the various data sets did a high-quality job of 

describing the data sets and giving their perspective about the data quality and associated 

uncertainties. We conclude that the understanding of data quality and uncertainties gained in 

WS-1 together with continued interactions between the TI Team and data resource experts 

xcviii
PPRP Final Report, CEUS SSC PROJECT October 24, 2011 

 

significantly informed the TI Team’s evaluations. The TI Team’s evaluations of the data quality 

and uncertainties are well documented in the innovative “Data Summary Tables” and “Data 

Evaluation Tables” included in the Project Report. Importantly, the TI Team continued to 

effectively engage data resource experts in productive analyses of potential-field geophysical 

data, the earthquake catalog, development of the paleoearthquake data set (including an 

integrated assessment of the paleoliquefaction data in order to extend the earthquake catalog), the 

development of methods for assessing maximum earthquakes, and the development of 

earthquake recurrence analyses. All of these focused analyses strongly informed the assessment 

process. Moreover, documentation of the analyses resulted in stand-alone products of the Project 

that will serve future users of the CEUS SSC Model.

The compilation and evaluation of potentially relevant methods, models, and alternative 

scientific interpretations representing the community knowledge and corresponding uncertainties 

must be considered the core process activity of any SSHAC assessment. This step was largely 

carried out in WS-2. Success in defining the community knowledge depends on fully engaging 

proponent experts representing the range of methods, models, and interpretations existent at the 

time. Full engagement means that the proponent experts completely and clearly describe their 

interpretations and the data that support them and provide their individual evaluations of 

corresponding uncertainties. We observed that the actions taken by the Project and TI Team to 

explain the workshop goals and to guide participants toward meeting those goals was very 

productive. We conclude that the workshop was highly successful in meeting the stated goals 

and that it fully met the expectation of the SSHAC Guidance with respect to evaluating the range 

of alternative scientific interpretations. The discussions during the workshop and between the TI 

Team and Panel following the workshop evolved the “SSC Framework” concept, which 

provided transparent criteria that framed the TI Team’s systematic identification and assessment 

of seismic sources throughout the CEUS. 

Feedback from hazard calculations and sensitivity analyses is an important step in a SSHAC 

assessment to understand the importance of elements of the model and inform the final 

assessments. For development of a regional SSC model to be used for site-specific probabilistic 

seismic hazard analyses (PSHAs) at many geographically distributed sites, feedback based on the 

preliminary model is particularly important. Following WS-2 a preliminary SSC model termed 

“the SSC sensitivity model,” was developed and used for hazard sensitivity calculations that 

were evaluated in WS-3. While the SSC sensitivity model was clearly preliminary, the 

evaluation of sensitivity results that took place in WS-3 provided important feedback for 

completing analyses and for supporting the TI Team’s development of the preliminary CEUS 

SSC model. The Panel was able to review the preliminary model and provide feedback in a 

subsequent project briefing meeting on March 24, 2010. 

Together the three workshops provided the TI Team interactions with the appropriate range of 

resource and proponent experts. These experts were carefully identified to present, discuss, and 

debate the data, models, and methods that together form the basis for assuring that the CBR of 

the TDI have been properly represented in the hazard model. Experts representing academia, 

government, and private industry participated. The TI Team also reached out to a wide range of 

experts as they developed the database and performed the integration activities to develop the 

SSC model. The Panel participated throughout this process, and is satisfied that the TI Team 

fully engaged appropriate experts to accomplish the goals of a SSHAC Guidance. 

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PPRP Final Report, CEUS SSC PROJECT October 24, 2011 

xxiv

Integration 

Consistent with the SSHAC Guidance, integration is the process of assessing the CBR of the TDI 

and representing the assessment in the SSC model. Informed by the evaluation process, the 

integration process includes representation of the range of defensible methods, models, and 

interpretations of the larger technical community together with new models and methods 

developed by analyses during the evaluation and integration process. 

For the CEUS SSC Project, development of the earthquake catalog, methods for assessing and 

representing maximum earthquake magnitudes, and methods for earthquake recurrence 

assessment continued during the integration process. The Panel reviewed all the analyses at 

various stages of development and provided comments and recommendations. The TI Team 

performed the integration process by means of eleven working meetings. Members of the Panel 

participated in most of these working meetings as observers or resource experts. The full Panel 

participated in the discussions during both feedback meetings and provided formal comments 

and recommendations following the meetings. We observed that the integration process was

thorough and that it acceptably complied with the SSHAC Guidance. Based on our participation 

and observations we conclude that the integrated CEUS SSC Model appropriately represents the 

center, body, and range of current methods, models and technically defensible interpretations. 

PPRP Engagement 

Consistent with the SSHAC Guidance, the Panel was fully engaged in peer-review interactions 

with the TI Team and the Project Manager of the CEUS SSC Project throughout the entire 

project period—from development of the Project Plan in early to mid 2008 through production of 

the Final Project Report in mid to late 2011.5 The Panel provided both written and oral peerreview comments on both technical and process aspects at many stages of the Project’s 

evolution. Key PPRP activities, leading up to this final report, have included: 

• Review of the Project Plan. 

• Formulation of a PPRP implementation plan, specifically for the CEUS SSC Project, to 

ensure adherence to the general guidance provided by SSHAC and NUREG-1563 for the 

scope and goals of a PPRP review. 

• Involvement in each of the three Project workshops, including advising in the planning 

stage; participating collectively as a review panel during the workshop (and individually 

as resource experts when requested by the TI Team), providing timely comments on 

technical and process issues; and submitting a written report of the Panel’s observations 

and recommendations following each workshop. 

• Development and implementation of a process, together with the TI Team, to document 

the resolution of recommendations made in PPRP formal communications. 

• Participation as observers (and occasionally as resource experts when requested by the TI 

Team) in eight of the TI Team’s 11 working meetings. 

• Peer-review and written comments, including several informal reports, on the TI Team’s 

intermediate work products, particularly early versions of the CEUS SSC Model. 

                                                       

5

 See CEUS SSC Final Report: Section 2.5, Table 2.2-1, and Appendix I 

c
PPRP Final Report, CEUS SSC PROJECT October 24, 2011 

 

• Direct interaction with the TI Team and Project Manager in more than 20 teleconferences 

and four face-to-face briefings—in addition to the three workshops and eight working 

meetings of the TI Team noted above. 

• Extensive, critical peer-review of the Project’s 2010 Draft Report and 2011 Final Report. 

The Panel, collectively and individually, fully understood the SSHAC Guidance for a structured 

participatory peer review and the requirements for a Level 3 assessment process; had full and 

frequent access to information and interacted extensively with the TI Team and Project Manager 

throughout the entire project; provided peer-review comments at numerous stages; and, as 

documented within the Final Project Report, was fully engaged to meet its peer-review 

obligations in an effective way. 

Project Report 

The SSHAC Guidance makes clear that adequate documentation of process and results is crucial 

for their understanding and use by others in the technical community, by later analysis teams, 

and by the project sponsors. The Panel understood what was needed to conform to the SSHAC 

requirements, and it was committed to ensuring that the documentation of technical details 

associated with the CEUS SSC Model in the Project Report was clear and complete. The Panel 

was equally committed to ensuring the transparency of process aspects of the project, both in 

implementation and in description in the Project Report. 

The Panel provided lengthy compilations of review comments (see Appendix I of the Project 

Report) for both the 2010 Draft Report and the 2011 Final Report. These included hundreds of 

comments, categorized as general, specific, relating to clarity and completeness, or editorial. 

The massive amount of detail provided by the TI Team in the Project Report and the 

intensiveness of the Panel’s review comments both reflect great diligence and a mutual 

understanding by the TI Team and the PPRP of the thoroughness and high quality of 

documentation expected in the Project Report. 

The Project Manager and the TI Lead provided review criteria to the Panel for both the draft and 

final versions of the Project Report. The criteria for reviewing the Draft Report6

 covered the 

range of technical and process issues consistent with requirements of the SSHAC Guidance, 

including draft implementation guidance (see footnote #4). Key criteria, among others, include 

sufficiency of explanatory detail; adequate consideration of the full range of data, models, and 

methods—and the views of the larger technical community; adequate justification of the data 

evaluation process, logic-tree weights, and other technical decisions; proper treatment of 

uncertainties; and conformance to a SSHAC Level 3 assessment process. To be clear, the PPRP 

is charged with judging the adequacy of the documented justification for the CEUS SSC Model 

and its associated logic-tree weights. The TI Team “owns” the Model and logic-tree weights. 

Criteria for reviewing the Final Report focused on reaching closure to comments made on the 

Draft Report and ensuring that no substantive issues remained unresolved. To that end, among 

its many review comments on the Final Report the Panel identified “mandatory” comments, 

which the TI Team was required to address in the final version of the Project Report. 

                                                       

6

 See PPRP report dated October 4, 2010, in Appendix I of CEUS SSC Final Report 

ci
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cii
PROJECT ACKNOWLEDGMENTS 

This study was sponsored by the Electric Power Research Institute (EPRI) Advanced Nuclear 

Technology Action Plan Committee, the U.S. Department of Energy (DOE) Office of Nuclear 

Energy and Office of the Chief of Nuclear Safety, and the U.S. Nuclear Regulatory Commission 

(NRC) Office of Nuclear Regulatory Research. Technical experts from the DOE, NRC, U.S. 

Geological Survey, Defense Nuclear Facility Safety Board, industry, and academia participated 

in the study as part of the Technical Integration (TI) Team or as members of the Participatory 

Peer Review Panel (PPRP). Any statements, opinions, findings, conclusions, or 

recommendations expressed in this material are those of the authors and do not necessarily 

reflect those of the participating or sponsoring agencies. 

Jeffrey F. Hamel was the EPRI Advanced Nuclear Technology Program Manager. Lawrence A. 

Salomone of Savannah River Nuclear Solutions, LLC, served as the Project Manager for the 

study. Kevin J. Coppersmith of Coppersmith Consulting Inc., served as the lead for the TI Team. 

J. Carl Stepp of Earthquake Hazards Solutions, and Walter J. Arabasz, Research Professor 

Emeritus of Geology and Geophysics at the University of Utah, served as Co-chairmen for the 

PPRP. The entire Central and Eastern United States Seismic Source Characterization Project 

Team and their roles are discussed in Section 2 and are shown on the project oganization chart 

(Figure 2.3-1) of the report. 

The authors of the report wish to acknowledge the contributions of the following people: the 

resource experts who participated in Workshop 1, the proponent experts who participated in 

Workshop 2, and the technical experts who provided valuable insights, perspective, and 

references throughout the study. The names of all these contributors are listed in Table 2.2-2. 

In addition, the authors of the report appreciate the support of Geraldine Moore-Butler as 

administrative assistant and Nancy L. Sutherland as technical editor for the project. This report 

was assembled at AMEC. 

ciii
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SPONSORS’ PERSPECTIVE 

This report describes a new seismic source characterization model for the Central and Eastern 

United States (CEUS) for use in probabilistic seismic hazard analysis (PSHA) for nuclear 

facilities. PSHA has become a generally accepted procedure for supporting seismic design, 

seismic safety and decision making for both industry and government. Input to a PSHA consists 

of seismic source characterization (SSC) and ground motion characterization (GMC); these two 

components are necessary to calculate probabilistic hazard results (or seismic hazard curves) at a 

particular geographic location. 

The 1986 Electric Power Research Institute and Seismicity Owners Group (EPRI-SOG) study 

included both an SSC and GMC component. Recent applications for new commercial reactors 

have followed U.S. Nuclear Regulatory Commission (NRC) regulatory guidance (RG 1.208) by 

using the EPRI-SOG source model as a starting point and updating it as appropriate on a sitespecific basis. This CEUS SSC Project has developed a new SSC model for the CEUS to replace 

the SSC component of the EPRI-SOG study. 

The CEUS SSC Project was conducted using a Senior Seismic Hazard Analysis Committee 

(SSHAC) Level 3 process, as described in the NRC publication, Recommendations for 

Probabilistic Seismic Hazard Analysis: Guidance on Uncertainty and Use of Experts 

(NUREG/CR-6372). The goal of the SSHAC process is to represent the center, body, and range 

of technically defensible interpretations of the available data, models, and methods. The CEUS 

SSC model is applicable to any site within the CEUS and can be used with the EPRI 2004/2006 

GMC model to calculate seismic hazard at any site of interest. Long-term efforts to replace the 

EPRI 2004/2006 GMC model with the Next Generation Attenuation Relationships for Central 

and Eastern North America obtained from the NGA-East Project is scheduled for completion in 

2014. 

The updated CEUS SSC model provides industry and government with the following: a new 

model for the commercial nuclear industry to perform PSHAs for future reactor license 

applications; the NRC to support its review of early site permit (ESP) and construction and 

operating license (COL) applications; and the U.S. Department of Energy (DOE) to support 

modern PSHAs to meet design and periodic review requirements for its current and future 

nuclear facilities. Specific benefits of the model are as follows: 

Consistency: For many sites, seismic sources at distances up to 300 km (186 mi.) or more 

significantly contribute to hazard at some spectral frequencies. Consequently, seismic hazard 

models for many sites have significant geologic overlap. If done separately, there is a 

likelihood of conflicting assessments for the same regions. A regional source model allows 

for consistent input into a PSHA. An updated conceptual SSC framework that provides a 

cv
Sponsors’ Perspective

consistent basis for identifying and characterizing seismic sources in the CEUS has been 

developed. The NRC will no longer need to review each time each applicant’s regional SSC

model when the accepted CEUS SSC model is used. This will avoid lengthy review of the 

regional SSC model in ESP and COL applications for sites within the CEUS that use the 

accepted regional CEUS SSC model to develop its site-specific SSC model. 

Stability: This CEUS SSC model was developed using the accepted state-of-practice 

SSHAC methodology that involved the following tasks: 

o Development of a comprehensive database and new tools for documenting the data 

consideration process. 

o Multiple workshops to identify applicable data, debate alternative hypotheses, and 

discuss feedback. 

o Multiple working meetings by the Technical Integration (TI) Team to develop the SSC 

model and fully incorporate uncertainties. 

o Technical advancements in a number of areas, such as developing a uniform earthquake 

catalog, developing an updated approach for assessing maximum magnitude, compiling 

data evaluation tables, incorporating paleoseismic data, and using spatial smoothing 

tools. 

o Participatory peer review, including four panel briefings, multiple interactions, and 

periodic formal feedback. 

o Proper documentation of all process and technical aspects of the project. 

Experience has shown that stability is best achieved through proper and thorough 

characterization of our knowledge and uncertainties, coupled with the involvement of the 

technical community, regulators, and oversight groups. 

Greater Longevity: An explicit goal of the SSHAC methodology is to represent the center, 

body, and range of the technically defensible interpretations of the available data, models,

and methods. Using the SSHAC process provides reasonable assurance that this goal has 

been achieved. Representing the center, body, and range of interpretations at the time of the 

study means that as new information is acquired and various interpretations evolve as a 

result, the current thinking at any point is more likely to be addressed in the study. As new 

information becomes available, an existing SSC will require periodic reviews to evaluate the 

implications of the new findings. The need for updates to a particular study is now better 

understood as a result of findings of the CEUS SSC Project sensitivity studies to determine 

the significance of source characteristics. 

Cost and Schedule Savings: The CEUS SSC model can be used to perform a PSHA at any 

geographic location within the CEUS. It is applicable at any point within the CEUS, subject 

to site-specific refinements required by facility-specific regulations or regulatory guidance. 

Having stable, consistent input into a regional PSHA will reduce the time and cost required 

to complete a commercial nuclear site’s ESP or COL licensing application, prepare a DOE 

site’s PSHA, and develop design input for new commercial and DOE mission-critical nuclear 

facilities.

cvi
Sponsors’ Perspective 

cvii 

 Advancement of Science: The CEUS SSC Project provides new data, models, and methods. 

This information was shared at three workshops with international observers as a means to 

provide technology transfer for application in other regions. The CEUS SSC earthquake 

catalog, which merges and reconciles several catalogs and provides a uniform moment 

magnitude for all events, and the CEUS SSC paleoliquefaction database provide a new 

baseline for future research and updates. New approaches used in this project for spatial 

smoothing of recurrence parameters, assessment of maximum magnitude, and systematical 

documentation of all data considered and evaluated also benefit future research and PSHA 

updates. 

The sponsors of the CEUS SSC Project are utilities and vendors on the EPRI Advanced Nuclear 

Technology Action Plan Committee, the DOE Office of Nuclear Energy, the DOE Office of the 

Chief of Nuclear Safety, and the NRC Office of Nuclear Regulatory Research. Technical experts 

from the DOE, NRC, U.S. Geological Survey (USGS), and Defense Nuclear Facility Safety 

Board (DNFSB) participated in the study as part of the TI Team or as members of the 

Participatory Peer Review Panel (PPRP). 

The product of the CEUS SSC Project is a robust peer-reviewed regional CEUS SSC model for 

use in PSHAs. This model will be applicable to the entire CEUS, providing an important 

baseline for future research and updates. The CEUS SSC Project demonstrates that a SSHAC 

Level 3 approach can achieve the goals of considering the knowledge and uncertainties of the 

larger technical community within a robust and transparent framework. The value of the new 

CEUS SSC model has been enhanced by the participation of key stakeholders from industry, 

government, and academia who were part of the CEUS SSC Project Team. 

Looking forward, the NRC will publish NUREG-2117 (2012), Practical Implementation 

Guidelines for SSHAC Level 3 and 4 Hazard Studies that provides SSHAC guidance on the need 

to update a regional model. The guidance covers updating both regional and site-specific 

assessments. It addresses the “refinement” process of starting with a regional model and refining 

it for site-specific applications. 
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ABBREVIATIONS 

AD anno domini (in the year of the Lord) 

AFE annual frequency of exceedance 

AIC Akaike information criterion 

ALM Alabama-Louisiana-Mississippi (zone of possible paleoseismic features) 

AM Atlantic Margin (seismotectonic zone) 

AHEX Atlantic Highly Extended Crust (seismotectonic zone) 

ANSS U.S. Advanced National Seismic System 

ANT Advanced Nuclear Technology 

APC Action Plan Comittee 

BA Blytheville arch 

BC before Christ 

BCFZ Big Creek fault zone 

BFZ Blytheville fault zone 

BL Bootheel lineament 

BMA Brunswick magnetic anomaly 

BP before present 

BPT Brownian passage time 

BTP Branch Technical Position 

CAD computer-aided design

cix
Abbreviations 

CBR center, body, and range 

CCFZ Crittenden County fault zone 

CDZ Commerce deformation zone 

CENA Central and Eastern North America

CERI Center for Earthquake Research and Information 

CEUS Central and Eastern United States 

CFZ Commerce fault zone 

CFR Code of Federal Regulations 

CGL Commerce geophysical lineament 

CGRGC Cottonwood Grove–Rough Creek graben 

CI confidence interval 

CNWRA Center for Nuclear Waste Regulatory Analysis 

COCORP Consortium for Continental Reflection Profiling 

COCRUST Consortium for Crustal Reconnaissance Using Seismic Techniques 

COL combined construction and operating license 

COLA combined operating license application 

COMP composite prior, composite superdomain 

CON contemporary (with earthquake occurrence) 

COV coefficient of variation 

CPT cone penetration test 

CVSZ Central Virginia seismic zone 

D&G Dewey and Gordon (1984 catalog) 

DEM digital elevation model 

cx
Abbreviations 

DNFSB Defense Nuclear Facilities Safety Board 

DOE U.S. Department of Energy 

DWM Division of Waste Management 

ECC Extended Continental Crust 

ECC-AM Extended Continental Crust–Atlantic Margin (seismotectonic zone) 

ECC-GC Extended Continental Crust–Gulf Coast (seismotectonic zone) 

ECFS East Coast fault system 

ECFS-C East Coast fault system—central segment 

ECFS-N East Coast fault system—northern segment 

ECFS-S East Coast fault system—southern segment 

EC-SFS East Coast–Stafford fault system 

ECMA East Coast magnetic anomaly 

ECRB East Continent rift basin 

ECTM Eastern Canada Telemetered Network 

E[M] expected moment magnitude listed in the CEUS SSC catalog for an earthquake 

ENA eastern North America 

EP Eau Plain shear zone 

EPRI Electric Power Research Institute 

EPRI-SOG Electric Power Research Institute–Seismicity Owners Group 

ERM Eastern rift margin 

ERM-N Eastern rift margin—north

ERM-RP Eastern rift margin—river (fault) picks 

ERM-S Eastern rift margin—south

cxi
Abbreviations 

ERM-SCC Eastern rift margin—south/Crittenden County 

ERM-SRP Eastern rift margin—south/river (fault) picks 

ERRM Eastern Reelfoot Rift Margin 

ESP early site permit 

ESRI Environmental Systems Research Institute 

ETSZ Eastern Tennessee seismic zone 

EUS Eastern United States 

FAFC Fluorspar Area fault complex 

FGDC Federal Geographic Data Committee 

ft foot or feet 

FTP file transfer protocol 

ft/s feet per second 

ft/yr feet per year 

FWLA Fugro William Lettis & Associates 

FWR Fort Wayne rift 

Ga billion years ago 

GC Gulf Coast 

GCVSZ Giles County, Virginia, seismic zone 

GHEX Gulf Coast Highly Extended Crust (seismotectonic zone) 

GIS geographic information system 

GLTZ Great Lakes tectonic zone 

GMC ground-motion characterization (model) 

GMH Great Meteor Hotspot (seismotectonic zone) 

cxii
Abbreviations 

GMPE ground-motion prediction equation 

GMRS ground-motion response spectra 

GPR ground-penetrating radar 

GPS global positioning system 

GSC Geological Survey of Canada 

Gyr gigayears (109 years) 

HF Humboldt fault 

HID hazard input document 

I0 maximum intensity 

IAEA International Atomic Energy Agency

IBEB Illinois Basin Extended Basement (seismotectonic zone) 

IPEEE Individual Plant Examination for External Events 

IRM Iapetan rifted margin 

ISC International Seismological Centre 

ITC informed technical community 

ka thousand years ago 

K-Ar potassium-argon 

km kilometer(s) 

km2 square kilometer(s) 

km/sec kilometers per second 

K-S Kijko-Sellevoll 

K-S-B Kijko-Sellevoll-Bayes 

kyr thousand years 

cxiii
Abbreviations 

LDO Lamont-Doherty Earth Observatory (catalog) 

LHS Latin hypercube sampling 

LLNL Lawrence Livermore National Laboratory 

ln(FA) logarithm of felt area (with felt area measured in km2) 

LS least squares 

LSA La Salle anticlinal belt 

LWLS locally weighted least squares 

m meter(s) 

M magnitude 

M, MW moment magnitudes 

Ma million years ago 

MAR Marianna (RLME source) 

mb body-wave magnitude (short period) 

mbLg body-wave magnitude determined from higher-mode (Lg) surface waves

MC coda magnitude 

MCMC Markov Chain Monte Carlo 

MD duration magnitude 

MESE Mesozoic and younger extended crust 

MESE-N Mesozoic-and-younger extended crust or Mmax zone that is ―narrow‖

MESE-W Mesozoic-and-younger extended crust or Mmax zone that is ―wide‖

mi. mile(s)

mi.2 square mile(s) 

MIDC midcontinent 

cxiv
Abbreviations 

MidC Midcontinent-Craton (seismotectonic zone) 

Mfa felt-area magnitude 

ML local magnitude 

Mmax, Mmax maximum magnitude 

MMI modified Mercalli intensity 

mm/yr millimeters per year 

MN Nuttli magnitude 

Mo Scalar seismic moment 

MRS Midcontinent rift system 

m/s meters per second 

MS surface-wave magnitude 

MSF Meeman-Shelby fault 

Mw 

Myr million years 

NAD83 North American Datum of 1983 

NAP Northern Appalachian (seismotectonic zone) 

Nd neodymium 

NEDB National Earthquake Database 

NEI Nuclear Energy Institute 

NEIC National Earthquake Information Center 

NF Niagara fault zone 

NMESE Non-Mesozoic and younger extended crust

NMESE-N Mesozoic-and-younger extended crust or Mmax zone that is ―narrow‖

cxv
Abbreviations 

NMESE-W Mesozoic-and-younger extended crust or Mmax zone that is ―wide‖

NMFS New Madrid fault system 

NMN New Madrid North fault 

NMS New Madrid South fault 

NMSZ New Madrid seismic zone 

NN New Madrid north (fault segment as designated by Johnston and Schweig, 1996) 

NOAA National Oceanic and Atmospheric Administration 

NPP nuclear power plant(s) 

NR Nemaha Ridge 

NRC U.S. Nuclear Regulatory Commission 

NRHF Nemaha Ridge–Humboldt fault

NSHMP National Seismic Hazard Mapping Project 

NW New Madrid west (fault segment as designated by Johnston and Schweig, 1996) 

OKA Oklahoma aulacogen (seismotectonic zone) 

OKO Oklahoma Geological Survey Leonard Geophysical Observatory (catalog) 

OSL optically stimulated luminescence 

Pa probability of activity (of being seismogenic) 

PEZ Paleozoic Extended Crust (seismotectonic zone) 

PGA peak ground acceleration 

PM Project Manager 

PPRP Participatory Peer Review Panel 

PSHA probabilistic seismic hazard analysis 

PVHA probabilistic volcanic hazard analysis 

cxvi
Abbreviations 

RCG Rough Creek graben 

RF Reelfoot fault 

RFT Reelfoot thrust (fault) 

RLME repeated large-magnitude earthquake (source) 

RR Reelfoot rift zone 

RS Reelfoot South (fault segment) 

SA spectral acceleration 

SCL St. Charles lineament 

SCML south-central magnetic lineament 

SCR stable continental region 

SCSN South Carolina Seismic Network 

SEUS Southeastern United States (catalog) 

SEUSSN Southeastern United States Seismic Network 

SGFZ Ste. Genevieve fault zone 

SHmax maximum horizontal stress, compression, or principal stress 

SLR St. Lawrence rift (seismotectonic zone) 

SLTZ Spirit Lake tectonic zone 

SLU Saint Louis University (catalog) 

SNM Sanford et al. (2002 catalog) 

SOG Seismicity Owners Group 

SPT standard penetration test 

SRA Stover, Reagor, and Algermissen (1984 catalog) 

SRTM Shuttle Radar Topography Mission 

cxvii
Abbreviations 

SSC seismic source characterization 

SSE safe shutdown earthquake 

SSHAC Senior Seismic Hazard Analysis Committee 

Str&Tur Street and Turcotte (1977 catalog) 

SUSN Southeastern United States Network 

TC technical community 

TFI technical facilitator/integrator 

TI technical integration 

USGS U.S. Geological Survey 

USNSN U.S. National Seismograph Network 

UTC Coordinated Universal Time 

VP/VS ratio of P-wave velocity to S-wave velocity 

WES Weston Observatory (catalog) 

WIPP Waste Isolation Pilot Project 

WQSZ Western Quebec seismic zone 

WRFZ White River fault zone 

WUS Western United States 

WVFS Wabash Valley fault system 

WVSZ Wabash Valley seismic zone 

WWSSN World-Wide Standardized Seismograph Network 

cxviii
NUREG-2115 DOE/NE-0140 EPRI 1021097

APPENDIX A 

Description of the CEUS SSC Project Database 

A-1 

A 

APPENDIX 

DESCRIPTION OF THE CEUS SSC PROJECT 

DATABASE 

The purpose of compiling the CEUS SSC Project database was to organize and store 

those data and resources that had been carefully and thoroughly collected and described 

for the TI Team’s use in characterizing potential seismic sources in the CEUS. An 

important goal for the development of this database was to document sources and dates 

for all information that was initially assessed for the CEUS SSC Project, specifying 

exactly what data and resources were considered, and provide for pertinent future data 

sets to be incorporated as they were generated for the project. 

Development of the project database began at the inception of the project to provide TI 

Team members with a common set of data, maps, and figures for characterization of 

potential seismic sources. The database was continually updated during the course of the 

project through the addition of new references and data collected by TI Team members 

and project subcontractors, including information presented in project workshops and 

provided through PPRP review documentation. 

This appendix presents the contents of the project database, as well as information on the 

workflow, development roles, database design considerations, data assessment tasks, and 

management of the database. Based on the CEUS Project Plan, the project database 

included, but was not limited to, the following general types of data: 

• Magnetic anomaly 

• Gravity anomaly 

• Crystalline basement geology 

• Tectonic features and tectonic/crustal domains 

• Tectonic stress field 

• Thickness of sediments 

• Crustal thickness 

• VP at top of crystalline basement 

• Seismic reflection data at Charleston, South Carolina 

• Earthquake catalog 

• Quaternary faulting and potential Quaternary features 
Appendix A 

A-2 

• Mesozoic rift basins 

• Paleoliquefaction sites 

• Topography and bathymetry 

• Liquefaction dates from published literature for the Wabash, New Madrid, and 

Charleston seismic zones 

• Index map showing locations of published crustal scale seismic profiles and geologic 

cross sections 

A table describing digital data layers included in the project database is presented at the 

end of this appendix (Table A-1), along with metadata summary sheets for each of the 

CEUS-scale data layers (Sheets A-1 through A-31). 

A.1 Data Sources 

The compilation and documentation of spatial geologic, seismic and geophysical data for 

the CEUS SSC Project required significant and continual effort to ensure that the 

geographic information system (GIS) data provided accurate and up-to-date information 

for use in seismic source characterization. Digital data were compiled from sources in the 

public domain, professional literature, private domain data developed as part of nuclear 

licensing activities, and available data in the academic sector. The database is designed to 

be available to the public for further use in seismic source zone characterization and 

assessment. 

Digital data collection efforts focused on the CEUS SSC study area (Figure A-65, Sheet 

A-23). Digital and nondigital data were collected from a wide range of sources. For 

example, some data sets pertain to the conterminous United States (e.g., magnetic or 

gravity data), while others pertain to only a localized study area (e.g., paleoliquefaction 

studies). Digital data were not typically limited to the CEUS SSC study area extent unless 

it was necessary to reduce the file size of large data sets. In general, only selected features 

deemed to be the most pertinent were digitized from nondigital data. 

Several new data layers were compiled specifically in support of this project and are 

included in the project database. These new data layers include the following information 

sets: 

• Earthquake catalog (see Appendix B) 

• Magnetic anomaly data 

• Gravity anomaly data 

• Paleoliquefaction features (see Appendix E) 

• Mesozoic rift basins within the ECC-AM 

• Maximum horizontal compressive stress data 
Appendix A

A-3

A.2 Project Database Design and Management 

The project database was compiled with input from the TI team, project subcontractors, 

and PPRP members. The GIS software used in the development of the database was 

Environmental Systems Research Institute’s (ESRI) ArcGIS versions 9.3 and 9.3.1. The 

project database was compiled, maintained, and made available to team members on a 

server in the Fugro William Lettis & Associates (FWLA) Walnut Creek, California, 

office. Table A-1 presents the contents of the project database organized by the CEUS 

SSC study area, seismotectonic zone, and RLME zone. Subfolders organize data within 

these folders according to their similar subject matter or data theme. 

The file-naming convention used in the project database allows for the quick 

identification of data type, geographic coverage, and author. For example, in the file 

name: 

ROI_FeatureType_AuthorDate_Rev#.<file type suffix> 

where ROI is the region of interest or source zone (e.g., CEUS, AHEX); FeatureType is 

the type of feature represented (e.g., GRAV for gravity; PL for paleoliquefaction 

features); AuthorDate is the author or organization and the year of publication; and Rev#

is the revision number. 

All project data began at revision 0 (R0) at the completion of this project and will be 

updated with consecutive revision numbers as the data are updated. Updated data will be 

made available via the project website as discussed in Section A.6. Providing a full file 

name reference allows data to be identified if removed from the organization of the 

project database. 

During the course of the project, data were made available to TI Team members via a file 

transfer protocol (FTP) server established for the project in the FWLA Walnut Creek 

office. TI Team members were provided individual passwords to access the secured 

server. Updates to the project FTP server were provided by the project Database 

Manager. 

A.3 Workflow and Data Assessment 

Data were compiled by a staff of several geologists and analysts for CEUS-scale data. 

Processed and documented data were forwarded to the project Database Manager for 

inclusion in the database. Data were received in digital and nondigital forms. Digital data 

were in a GIS format compatible with ESRI’s ArcGIS software, ASCII-delimited text 

files; databases, spreadsheets, or CAD layers. Nondigital data included hard copy 

drawings, maps, or other documents, including scans of hard-copy documents. The 

workflow and processes for compiling and documenting digital and nondigital data are 

outlined in the following sections. 

A.3.1 Workflow 

Project GIS data were collected by several TI Team members and the PPRP during the 

course of the project. Once received by the project Database Manager, data were 

reviewed prior to incorporation into the project database. Versions of data layers were 
Appendix A 

A-4 

indicated to show when updates were completed. Project data were stored on a replicated, 

secure server. All data were backed up on a weekly basis to provide an off-site archive of 

project data. 

A.3.2 Digital Data 

Digital data published by the USGS and other sources comprise a significant portion of 

the project database. Digital data were collected in various ESRI GIS-compatible formats 

for vector and raster data (shapefile, coverage, GRID, ArcInfo Interchange, and personal 

and file geodatabase formats) or in ASCII-delimited text formats. All data received were 

reviewed to assess, at a minimum, the following factors: 

• Completeness of the data 

• Accompanying metadata, including completeness of documentation, source 

information, compilation scale 

• Defined coordinate system 

• Topological integrity 

Compiled data were not altered beyond any routine conversion or coordinate 

transformation required for uploading to the project database. Example conversions 

include converting data from a different GIS or CAD format, projecting data from the 

source coordinate system into the project coordinate system, transforming the horizontal 

and vertical datum, and converting from ASCII-delimited text format to the project data 

format. 

Occasionally, data were incorporated into the project database without alteration or 

renaming from the source data. For example, data that comprise the GIS layers of the 

Geologic Map of North America (Figure A-5) retain their original file names as provided 

on the USGS’s website (http://pubs.usgs.gov/ds/424/), although they have been converted 

from the ESRI file geodatabase format to the ESRI shapefile format. Metadata 

accompanying the data in the project database contain information informing the user of 

what data are contained in each layer. 

A.3.3 Nondigital Data 

Some geologic or geophysical data requested for use in the CEUS SSC Project were 

provided in a nondigital format, including hard copy documents such as maps and figures 

in reports or research papers. GIS data created from these nondigital data formats 

underwent a review process to ensure data quality. The assessment was performed in the 

following review stages: 

1. Review by the originating GIS analyst 

2. Review by the geologist or analyst requesting the data 

3. Review by the project Database Manager prior to submission to the project database 

The review of GIS data layers that were produced from nondigital data involved the 

following steps: 
Appendix A

A-5

• Visual inspection by comparison to source hardcopy documents 

• Check of coordinate reference system 

• Completion of metadata 

• Development of database attributes for each layer, as appropriate 

• Check for complete topology (spatial adjacency), as appropriate 

For both digital and nondigital sources of data, scale is a significant consideration in the 

use of the project database. The consideration of the scale of data allows for the 

assessment of positional accuracy. Each data layer in the database contains in the 

accompanying metadata a notation about the scale at which the data were referenced or 

collected. For example, for vector data, a line that was digitized at a scale of 1:100,000 

will have a greater positional accuracy than the same line digitized at a scale of 

1:1,000,000. The scale of source information varies significantly in the project database. 

Whenever data are digitized based from hard-copy maps, error can be introduced. 

Although a GIS allows the display of data at any scale specified by the user, the accuracy 

of the same data will not change. Therefore, using digital data at a larger scale than that 

of the original source will not produce a more accurate map. When the layers in the 

project database are used, the source scale must be considered. In the course of 

developing this database, data were digitized at scales the same as, or larger than, that of 

the source to limit the error introduced through the digitization process. 

A.4 Use of Project Database in Model Development 

The project database (Table A-1) comprises many different types of data that were useful 

to the TI Team and PPRP members for understanding seismic, geologic, and geophysical 

conditions and for development of the seismic source model. The database includes 

geologic, geophysical, geodetic, seismic, tectonic, geomorphic, and earthquake 

information. 

The project database was made available to TI and PPRP team members during the 

course of the project. During project working meetings, elements of the database were 

projected on a screen to facilitate discussions. TI Team GIS analysts were available to 

display elements of the project database at the request of TI Team members. For 

example, using a GIS, various types of requested data layers were shown for a particular 

area to identify geologic relationships. Team member inputs were gathered in real time 

during these discussions through the drawing of features into the GIS display. These 

features could then be incorporated into the seismic model immediately afterward. 

A.5 Metadata 

Metadata were compiled for each GIS data layer. All source reference documents used in 

preparing the data layer were noted to allow contributing data layers to be cited in future 

applications of the data. Additional primary documentation includes scale of the sources 

used, the scale at which the data were digitized and appropriate scales of use, coordinate 

reference system, and attribute library and domains. Metadata conform, wherever 

possible, to the Content Standard for Digital Geospatial Metadata established by the 
Appendix A 

A-6 

Federal Geographic Data Committee (FGDC). This metadata standard is currently used 

by federal agencies for documenting geospatial data. 

Included in this appendix are metadata summary sheets that present information for each 

data layer that covers the CEUS study area or similar regional coverage (Sheets A-1 

through A-31). These one- and two-page sheets serve as quick references that summarize 

the data, the source of the data, the original publisher, the source and converted data 

formats, and disclaimers or noted constraints on the use of the data. Accompanying each 

summary sheet is a figure depicting the data in the CEUS SSC study area, often with 

topography and state boundaries provided for reference. More local data derived from 

detailed studies have also been included in the database. These local data sets typically 

include features digitized from a figure in a publication or other published map. 

However, metadata summary sheets have not been developed for these large-scale data 

layers. All data layers and their accompanying metadata summary sheets (as appropriate) 

are listed in Table A-1. 

A.6 Database Delivery Format 

The project database includes both vector and raster data formats. Vector data formats 

represent features as points, lines, or polygons. Each type of vector class is suited for 

different types of features (i.e., points for spot features such as measurement locations, 

lines for features such as topographic contours, and polygons for area features such as 

mapped geologic units). A raster data format represents surfaces where each regularly 

spaced interval contains a discrete value. A digital elevation model (DEM) is an example 

of raster data.

The project database contains vectors and rasters depending on the type of data compiled. 

A goal of the project database was to make the data accessible to a large audience with 

minimal effort. The ESRI shapefile data format was selected for vector features because 

of the ubiquitous use of ESRI’s ArcGIS software and the large number of other GIS 

software in use that can import this format. Raster data were compiled in a GeoTIFF 

format for similar reasons. 

All data in the project database are provided in geographic (latitude/longitude) decimal 

degree coordinates using the North American Datum of 1983 (NAD83). This coordinate 

system can be read by nearly all GIS software packages and reprojected as necessary into 

other coordinate systems. As noted in Section A.3.2, data compiled from existing sources 

were provided in various coordinate systems. These data were reprojected as necessary to 

geographic coordinates on NAD83. 

The database will be available on the CEUS SSC Project website (www.ceus-ssc.com)

and will include the earthquake catalog plus all magnetic, gravity, and stress data 

compiled for the project. The CEUS SSC report, including all appendices, will also be 

provided on the website. All data are provided in a format that will allow other 

investigators to use the outputs of the CEUS SSC Project model for subsequent seismic 

hazard assessments. A more complete description of the CEUS SSC website is provided 

in Section 9.3.3 of the report. 
Table A -1 CEUS SSC GIS Database 

Data Theme GIS Layer/File Name Citation 

CEUS Study AreaBase Data General Bathymetric Chart of the Oceans (GEBCO) 30 

arc-second topography and bathymetry for the CEUS CEUS_elev_GEBCO_R0.tif 

General Bathymetric Chart of the Oceans (GEBCO), International Hydrographic Organization (IHO), Intergovernmental Oceanographic Commission (IOC), 2009, GEBCO_08 Grid, version 20091120, http://www.gebco.net. 

Disclaimer: Data from the GEBCO’s gridded data sets are not to be used for navigation or for any 

other purpose relating to safety at sea. The IHO, IOC, NERC, and BODC are not able to warrant the accuracy of the data and accept no responsibility whatsoever for determining the fitness of the data fo

their intended use or for any consequential loss, damage or expense arising from such use. Users should be aware that most areas of the world’s oceans have not been fully surveyed and that the GEBCO bathymetry is an interpretation based on random tracklines of data from many sources. The quality and coverage of data from these sources is highly variable. Information on accessing the latest versions of GEBCO’s data sets can be found on GEBCO’s website: www.gebco.net. 

Earthquake Catalog 

CEUS SSC Earthquake Catalog Compilation. Refer to Appendix B for detailed description. CEUS_EQ_Catalog_R0.shp 

This study. 

Geology Bedrock Geology and Extended Crust after Kanter (1994) 

CEUS_bedrock_geol_Kanter1994_R0.shp CEUS_ext_areas_Kanter1994_R0.shp 

Kanter, L.R., 1994, Tectonic Interpretation of Stable Continental Crust: The Earthquakes of Stable Continental Regions, Volume I: Assessment of Large Earthquake Potential—Final Report TR-102261-V1, prepared for Electric Power Research Institute. 
Appendix A 

A-8 

Data Theme GIS Layer/File Name Citation 

Geology Crustal Provinces after Rohs and Van Schmus (2007) 

CEUS_pc_RohsVS2007_R0.shp 

Rohs, C.R., and Van Schmus, V.R., 2007, Isotopic connections between basement rocks exposed in the St. Francois Mountains and the Arbuckle Mountains, southern mid-continent NortAmerica: International Journal of Earth Sciences, v. 96, pp. 599-611. 

Geology Database of the Geologic Map of North America—

Adapted from the Map by J.C. Reed, Jr. and Others (2005) Various shapefiles exported from source USGS geodatabase 

Garrity, C.P., and Soller, D.R., 2009, Database of the Geologic Map of North America—Adapted from the Map by J.CReed, Jr. and Others (2005): U.S. Geological Survey Data Series 424, http://pubs.usgs.gov/ds/424/. 

Geology Compilation of Geologic Cross Section Locations 

compiled from various DNAG plates, AAPG geologic highway maps and Texas Bureau of Economic Geology maps. CEUS_geologic_cross_sec_loc_R0.shp 

See metadata for complete citation list. 

Geology Precambrian Crustal Boundary by Van Schmus et al. 

(1996) CEUS_crustal_boundary_VanSchmus1996_R0.shp 

Van Schmus, W.R., Bickford, M.E., and Turek, A., 1996, Proterozoic geology of the east-central mid-continent basemenin van der Pluijm, B.A., and CatacosinosP.A. (editors), Basement and Basins of Eastern North America, Geological Society of America Special Paper 308, pp. 7-32. 
Data Theme GIS Layer/File Name Citation 

Geology Precambrian Geology and Features after Reed (1993) 

CEUS_pc_AnomaliesDikes_Reed1993_R0.shp CEUS_pc_FaultsContacts_Reed1993_R0.shp CEUS_pc_Geol_Reed1993_R0.shp 

Reed, J.C., Jr., 1993, Map of the Precambrian rocks of the conterminous United States and some adjacent parts of Canada:, in Reed, J.C., Jr., Bickford, M.E., Houston, R.S., Link, P.K., Rankin, D.W., Sims, P.K., and Van Schmus, W.R., (editors), Precambrian: Conterminous U.S., Geological Society of America, The Geology of North America, v. C-2, plate 1, scale 1:5,000,000. 

Geology Precambrian Provinces after Van Schmus (2007) 

CEUS_pc_basement_VanSchmus2007_R0.shp 

Van Schmus, W.R., Schneider, D.A., Holm, D.K., Dodson, S., and Nelson, B.K., 2007, New insights in the southern margin of the Archean-Proterozoic boundary in the north-central United States based on U-Pb, Sm-Nd, and ArAr geochronology: Precambrian Research, v. 157, pp. 80-105. 

Geology Precambrian Units after Whitmeyer and Karlstrom (2007) 

CEUS_pc_Whitmeyer2007_R0.shp 

Whitmeyer, S.J., and Karlstrom, K.E., 2007, Tectonic model for the Proterozoigrowth of North America: Geosphere,,v. 3, no. 4, pp. 220-259. 

Geology Surficial Materials in the Conterminous United States 

Contacts.shp, State_lines.shp, Surficial_materials.shp 

Soller, D.R., Reheis, M.C., Garrity, C.P.and Van Sistine, D.R., 2009, Map Database for Surficial Materials in the Conterminous United States: U.S. Geological Survey Data Series 425, scale 1:5,000,000, http://pubs.usgs.gov/ds/425/. 
Appendix A 

A-10 

Data Theme GIS Layer/File Name Citation 

Geology USGS Crustal Database—Seismic Properties of North 

America and the Surrounding Ocean Basins CEUS_crustal_db_USGS_R0.shp 

Seismic Properties of North America anthe Surrounding Ocean Basins: http://earthquake.usgs.gov/research/ structure/crust/nam.php, accessed April 24, 2008. 

Geology Sediment Thickness for North America and Neighboring 

Regions CEUS_sed_thickness_USGS_R0.tif 

Mooney, W.D., 2011, personal communication: presented at CEUS SSProject Workshop #1, July 22, 2008, Palo Alto, Calif. 

Geology USGS Physiographic Divisions of the Conterminous 

United States CEUS_physio_USGS_R0.shp 

Fenneman, N.M., and Johnson, D.W., 1946, Physiographic Divisions of the United States, U.S. Geological Survey Water Resources Maps and GIS Data, Washington, D.C., http://water.usgs.gov/GIS/dsdl/physio.gz

Gravity CEUS SSC Gravity Compilation 2010 

CEUS_GRAV_<varies>_CEUSSSC_R0.tif 

Keller, G.R., 2010, personal communication. 

Heat Flow SMU Geothermal Laboratory Regional Heat Flow 

Database CEUS_Regional_HeatFlow_SMU_R0.shp 

Blackwell, D. and Richards, M., eds., 2008, SMU Geothermal Laboratory Regional Heat Flow Database, Southern Methodist University, http://smu.edu/geothermal, accessed 

April 9. 
Data Theme GIS Layer/File Name Citation 

Magnetic Full-Spectrum Magnetic Anomaly Database for the Central 

and Eastern United States CEUS_MAG_<varies>_CEUSSSC_R0.tif 

Ravat, D., Finn, C., Hill, P., Kucks, R., Phillips, J., Blakely, R., Bouligand, C., Sabaka, T., Elshayat, A., Aref, A., and Elawadi, E., 2009, A Preliminary, Full Spectrum, Magnetic Anomaly Grid of thUnited States with Improved Long Wavelengths for Studying Continental Dynamics: A Website for Distribution of Data: U.S. Geological Survey, Open-File Report 2009-1258, 2 pp. Ravat, D., 2009, personal communication. 

Paleoliquefaction CEUS SSC Paleoliquefaction Database 

CEUS_PL_DB_CEUSSSC_R0.shp 

See Appendix E for complete citation lis

Seismic Imagery CEUS Compilation of Seismic Refraction/Reflection Lines, 

various authors. CEUS_SL_compilation_R0.shp 

See metadata for complete citation list. 

Seismic Source Characterization 

USGS National Seismic Hazard Maps Seismic Zones—2008 CEUS_NSHM_2008_po_R0.shp CEUS_NSHM_2008_pl_R0.shp Earthquake hazard probability grids 

Petersen, M.D., Frankel, A.D., HarmsenS.C., Mueller, C.S., Haller, K.M., Wheeler, R.L., Wesson, R.L., Zeng, Y., Boyd, O.S., Perkins, D.M., Luco, N., Field, E.H., Wills, C.J., and Rukstales, K.S., 2008, Documentation for the 2008 Update of the United States National Seismic Hazard Maps: U.S. Geological Survey Open-File Report 2008–1128, 61 pp. 
Appendix A 

A-12 

Data Theme GIS Layer/File Name Citation 

Strain (GPS) Calais—Deformation of the North American Plate Interior 

Using GPS Station Data CEUS_GPS_NA_ITRF2000_Calais_R0.shp 

Calais, E., Han, J.Y., DeMets, C., and Nocquet, J.M., 2006, Deformation of the North American Plate interior from a decade of continuous GPS measurements: Journal of Geophysical Research, v. 111, B06402, doi:10.1029/2005JB004253. 

Stress World Stress Map of 2008 Updated by Owen Hurd, 

Stanford University CEUS_WSM_Hurd2010_R0.shp 

Heidbach, O., Tingay, M., Barth, A., Reinecker, J., Kurfess, D., and Müller, B., 2008, The World Stress Map database release 2008, doi:10.1594/GFZ.WSM.Rel2008. Hurd, O., 2010, personal communication

Study Area CEUS SSC Study Area Boundary 

CEUS_boundary_R0.shp 

CEUS SSC Project 

Tectonic Features Faults and seismic areas associated with Quaternary 

seismicity, USGS Quaternary Fault and Fold Database CEUS_Q_faults_USGS_pl_R0.shp CEUS_Q_faults_USGS_po_R0.shp 

Quaternary Fault and Fold Database for the United States, 2006, U.S. GeologicaSurvey (and supporting agency if appropriate): http://earthquakes.usgs.gov/regional /qfaults/, accessed June 9, 2008. 

Disclaimer: The USGS Quaternary Fault and Fold Database is continually updated. Access the website for the latest information. 
Data Theme GIS Layer/File Name Citation 

Tectonic Features Data for Quaternary Faults, Liquefaction Features, and 

Possible Tectonic Features in the CEUS CEUS_Q_features_USGS_(pt/pl/po)_R0.shp 

Crone, A.J., and Wheeler, R.L., 2000, Data for Quaternary Faults, Liquefaction Features, and Possible Tectonic Features in the Central and Eastern United States, East of the Rocky Mountain Front: U.S. Geological Survey Open-File Report 00-0260, 342 pp. USGS Quaternary Fault and Fold Database, available online at http://earthquake.usgs.gov/hazards/ qfaults/. Wheeler, R.L., 2005, Known or Suggested Quaternary Tectonic FaultingCentral and Eastern United States—NeUpdated Assessments for 2005: U.S. Geological Survey Open-File Report 2005 1336, 40 pp. 

Tectonic Features Mesozoic Rift Basins after Benson (1992) 

CEUS_basins_Benson1992_R0.shp 

Benson, R.N., 1992, Map of Exposed and Buried Early Mesozoic Rift Basins/Synrift Rocks of the U.S. Middle Atlantic Continental Margin: Delaware Geological Survey Miscellaneous Map Series No. 5. 

Tectonic Features Mesozoic Rift Basins after Dennis et al. (2004) 

CEUS_basins_Dennis_etal_2004_R0.shp 

Dennis, A.J., Shervais, J.W., Mauldin, JMaher, H.D., Jr., and Wright, J.E., 2004Petrology and geochemistry of Neoproterozoic volcanic arc terranes beneath the Atlantic Coastal Plain, Savannah River site, South Carolina: Geological Society of America Bulletin, v116, pp. 572-593. 
Appendix A 

A-14 

Data Theme GIS Layer/File Name Citation 

Tectonic Features Mesozoic Rift Basins after Schlische (1993) 

CEUS_basins_Schlische1993_R0.shp 

Schlische, R.W., 1993, Anatomy and evolution of the Triassic-Jurassic continental rift system, eastern North America: Tectonics, v. 12, pp. 1026-1042. 

Tectonic Features Mesozoic rift basins after Withjack et al. (1998) 

CEUS_basins_Withjack1998F2_R0.shp CEUS_basins_Withjack1998F7_R0.shp 

Withjack, M.O., Schlische, R.W., and Olsen, P.E., 1998, Diachronous rifting, drifting, and inversion on the passive margin of central eastern North AmericaAn analog for other passive margins: AAPG Bulletin, v. 82, pp. 817-835. 

Extended Continental Crust—Gulf Coast Zone Liquefaction Craton margin paleoseismicity, paleoliquefaction areas 

after Cox (2009) ALM_Liq_Cox2009_R0.shp 

Cox, R., 2009, Some Mississippi Valley Holocene Faulting and Liquefaction Beyond the New Madrid Seismic Zone: presentation given at CEUS SSC ProjecWorkshop #2, February 18-20, Palo AltoCalif. 

Liquefaction Sand blow fields from aerial photo survey after Cox (2009) 

ALM_Liq_sandblowfields_Cox2009_R0.shp 

Cox, R., 2009, Some Mississippi Valley Holocene Faulting and Liquefaction Beyond the New Madrid Seismic Zone: presentation given at CEUS SSC ProjecWorkshop #2, February 18-20, Palo AltoCalif. 

Tectonic Features Transforms and spreading ridges as shown in Thomas 

(2009) ALM_F_Thomas2009_R0.shp 

Thomas, W.A., 2009, Ouachita SubDetachment Structures: presentation given at CEUS SSC Project Workshop #2, February 18-20, Palo Alto, Calif. 
Data Theme GIS Layer/File Name Citation 

Midcontinent Zone Tectonic Features Polyline features from Fig. 1 of Niemi et al. (2004) 

MidC_Niemi_etal_2004_R0.shp 

Niemi, T.M., Ferris, A.N., and Abers, G.A., 2004, Investigation of microearthquakes, macroseismic data, and liquefaction associated with the 1867 Wamego earthquake in eastern Kansas: Bulletin of the Seismological Society of America, v. 94, no. 6, pp. 2317-2329. 

New Madrid Zone Liquefaction Liquefaction areas in New Madrid with possible magnitude 

ellipses RR_liq_field_(900/1450/1811)_Tuttle2002_R0.shp 

Tuttle, M.P., Schweig, E.S., Sims, J.D., Lafferty, R.H., Wolf, L.W., and Haynes, M.L., 2002, The earthquake potential of the New Madrid seismic zone: Bulletin othe Seismological Society of America, v92, no. 6, pp. 2080-2089. 

Liquefaction Tuttle et al. (2005) liquefaction > 1% sand blows 

RR_liq_sand_blows_Tuttle2005_R0.shp 

Tuttle, M.P., Schweig, E., III, Campbell, J., Thomas, P.M., Sims, J.D., and Lafferty, R.H., III, 2005, Evidence for New Madrid earthquakes in A.D. 300 and 2350 B.C.: Seismological Research Letters, v. 76, no. 4, pp. 489-501. 

Tectonic Features Fault lines from Fig. 3 of Csontos and Van Arsdale (2008) 

RR_F_Csontos_VanArsdale2008_R0.shp 

Csontos, R., and Van Arsdale, R., 2008New Madrid seismic zone fault geometry: Geosphere, v. 4, no. 5, pp. 802-813. 

Tectonic Features Plio-Pleistocene uplifts from Fig. 4 of Csontos and Van 

Arsdale (2008) RR_uplifts_Csontos_VanArsdale2008_R0.shp 

Csontos, R., and Van Arsdale, R., 2008New Madrid seismic zone fault geometry: Geosphere, v. 4, no. 5, pp. 802-813. 
Appendix A 

A-16 

Data Theme GIS Layer/File Name Citation 

Tectonic Features Seismotectonic Maps in the Vicinity of New Madrid, 

Missouri Database Various USGS OFR 95-0574 shapefiles 

Rhea, S., 1995, Seismotectonic Maps in the Vicinity of New Madrid, Missouri Database: U.S. Geological Survey OpenFile Report 95–0574, 10 pp. 

Charleston RLME Geology Approximation of the Fall Line after Hibbard (2006) 

CHAR_FallLine_Hibbard_etal_2006_R0.shp 

Hibbard, J.P., van Staal, C.R., Rankin, D.W., and Williams, H., 2006, Lithotectonic Map of the Appalachian Orogen, Canada—United States of America: Geological Society of Canadamap 2096A, 1:1,500,000 scale. 

Liquefaction Extent of quadrangles where river banks were 

investigated for liquefaction features CHAR_Liq_InvestigatedQuadrangles_Gelinas_etal_1998 _R0.shp 

Gelinas, R., Cato, K., Amick, D., and Kemppinen, H., 1998, Paleoseismic Studies in the Southeastern United States and New England: U.S. Nuclear Regulatory Commission Report, NUREG/CR-6274. 

Liquefaction Representation of northern and southern limits of 

historically documented small liquefaction features caused by the 1886 earthquake CHAR_Liq_LimitsofLiquefaction_Obermeier1996_R0.shp 

Obermeier, S.F., 1996, Using liquefaction-induced features for paleoseismic analysis: in McCalpin, J.P(editor), Paleoseismology, Academic Press, ch. 7, pp. 331-396. 

Magnetic Approximation of the magnetic field gradient 

CHAR_MagneticFieldGradient_Chapman_Beale2010_ R0.shp 

Chapman, M.C., and Beale, J.N., 2010, On the geologic structure at the epicenter of the 1886 Charleston, South Carolina, Earthquake: Bulletin of the Seismological Society of America, v. 100, no. 3, pp. 1010-1030. 
Data Theme GIS Layer/File Name Citation 

Seismic Imagery 

Representation of fault locations from seismic reflection data near Charleston, SC after Chapman and Beale (2008) CHAR_F_SeismicReflectionPoints_Chapman_ Beale2008_R0.shp 

Chapman, M.C., and Beale, J.N., 2008, Mesozoic and Cenozoic faulting imaged at the epicenter of the 1886 Charleston, South Carolina, earthquake: Bulletin of the Seismological Society of America, v98, no. 5, pp. 2533-2542. 

Seismic Imagery 

Representation of seismic profile stations after Chapman and Beale (2010) CHAR_F_FaultPoints_Chapman_Beale2010_R0.shp 

Chapman, M.C., and Beale, J.N., 2010, On the geologic structure at the epicenter of the 1886 Charleston, South Carolina, earthquake: Bulletin of the Seismological Society of America, v. 100, no. 3, pp. 1010-1030. 

Seismicity 

1886 Charleston Earthquake Epicentral Region—Obermeier (1996) CHAR_EQ_1886EpicentralRegion_Obermeier1996_ R0.shp 

Obermeier, S.F., 1996, Using liquefaction-induced features for paleoseismic analysis: in McCalpin, J.P(editor), Paleoseismology, Academic Press, ch. 7, pp. 331-396. 

Seismicity 

1913 Charleston Earthquake Epicentral Region CHAR_EQ_1913UnionCoEqRegion_Gelinas_etal_1998_R0.shp 

Gelinas, R., Cato, K., Amick, D., and Kemppinen, H., 1998, Paleoseismic Studies in the Southeastern United States and New England: U.S. Nuclear Regulatory Commission Report, NUREG/CR-6274. 

Seismicity 

Bowman seismic zone after Smith and Talwani (1985) CHAR_EQ_BowmanSZ_Smith_Talwani1985_R0.shp 

Smith, W.A., and Talwani, P., 1985, Preliminary interpretation of a detailed gravity survey in the Bowman and Charleston, S.C. seismogenic zones: Geological Society of America Southeastern Section, Abstracts with Programs, v. 17, no. 2, p. 137. 
Appendix A 

A-18 

Data Theme GIS Layer/File Name Citation 

Seismicity 

Earthquake epicenters for Charleston, SC 1974-2002, South Carolina Seismic Network CHAR_EQ_CharlestonEarthquakes1974-2002_SCSN2001_R0.shp 

South Carolina Seismic Network (SCSN), Website, List of Earthquakes in Charleston Between 1974 and 2002, http://scsn.seis.sc.edu, accessed September 13, 2005. 

Seismicity 

Calculated Energy Center for August 31, 1886 Charleston Earthquake CHAR_EQ_CharlestonOffshoreFeature_Bakun_Hopper2004_R0.shp 

Bakun, W.H., and Hopper, M.G., 2004bMagnitudes and locations of the 1811-1812 New Madrid, Missouri, and the 1886 Charleston, South Carolina, earthquakes: Bulletin of the Seismological Society of America, v. 94no. 1, pp. 64-75. 

Seismicity 

Middleton Place Seismic Zone after Madabhushi and Talwani (1993) CHAR_EQ_MiddletonPlaceSZ_Madabhushi_Talwani1993_R0.shp 

Madabhushi, S., and Talwani, P., 1993, Fault plane solutions and relocations of recent earthquakes in Middleton PlaceSummerville seismic zone near Charleston, South Carolina: Bulletin of the Seismological Society of America, v83, no. 5, pp. 1442-1466. 

Seismicity 

Isoseismals (intensity ranges) of the 1886 Charleston earthquake after Bollinger (1977) CHAR_Isoseismal_Bollinger1977_R0.shp 

Bollinger, G.A., 1977, Reinterpretation othe Intensity Data for the 1886 Charleston, South Carolina, Earthquakein Studies Related to the Charleston, South Carolina, Earthquake of 1886—A Preliminary Report: U.S. Geological Survey Professional Paper 1028, pp. 17-32. 

Tectonic Features 

Segments of the East Coast Fault System after Marple and Talwani (2000) CHAR_F_EastcoastFaultSystem_Marple_Talwani2000_ R0.shp 

Marple, R.T., and Talwani P., 2000, Evidence for a buried fault system in the Coastal Plain of the Carolinas and Virginia: Implications for neotectonics in the southeastern United States: GSA Bulletin, v. 112, no. 2, pp. 200-220. 
Data Theme GIS Layer/File Name Citation 

Tectonic Features 

Representation of six faults in the Charleston area after Talwani and Dura-Gomez (2009) CHAR_F_CharlestonFaults_Talwani_DuraGomez2009_ R0.shp 

Talwani, P., and Dura-Gomez, I., 2009, Finding faults in the Charleston area, South Carolina: 2. Complementary dataSeismological Research Letters, v. 80, no. 5, pp. 901-919. 

Tectonic Features 

Representation of three faults in the Charleston area after Talwani and Katuna (2004) CHAR_F_CharlestonFaults_Talwani_Katuna2004_R0.shp 

Talwani, P., and Katuna M., 2004, Macroseismic Effects of the 1886 Charleston Earthquake: Carolina Geological Society Field Trip Guidebook43 pp. 

Tectonic Features 

Representation of faults in the Charleston area after Weems and Lewis (2002) CHAR_F_CharlestonFaults_Weems_Lewis2002_R0.shp 

Weems, R.E., and Lewis, W.C., 2002, Structural and tectonic setting of the Charleston, South Carolina, region: Evidence from the Tertiary stratigraphic record: Geological Society of America Bulletin, v. 114, no. 1, pp. 24-42. 

Tectonic Features 

Representation of the postulated generalized spatial extent of the Dorchester fault after Bartholomew and Rich (2007) CHAR_F_Dorchesterfault_Bartholomew_Rich2007_ R0.shp 

Bartholomew, M.J., and Rich, F.J., 2007The walls of colonial Fort Dorchester: A record of structures caused by the August 31, 1886 Charleston, South Carolina, earthquake and its subsequenearthquake history: Southeastern Geology, v. 44, no. 4, pp. 147-169. 

Tectonic Features 

Representation of faults offshore and onshore of Charleston, SC after Behrendt and Yuan (1987) CHAR_F_Offshorefaults_Behrendt_Yuan1987_R0.shp 

Behrendt, J.C., and Yuan, A., 1987, The Helena Banks strike-slip (?) fault zone in the Charleston, South Carolina, earthquake area: results from a marine, high-resolution, multichannel, seismicreflection survey: Geological Society of America Bulletin, v. 98, no. 5, pp. 591-601. 
Appendix A 

A-20 

Data Theme GIS Layer/File Name Citation 

Tectonic Features 

Charleston area zone of river anomalies after Marple and Talwani (2000) CHAR_ZoneofRiverAnomaly_Marple_Talwani2000_R0 .shp 

Marple, R.T., and Talwani, P., 2000, Evidence for a buried fault system in the Coastal Plain of the Carolinas and Virginia—Implications for neotectonics ithe southeastern United States: Geological Society of America Bulletin, v112, no. 2, pp. 200-220. 

CEUS SSC Model Results RLME Zones 

CEUS SSC Repeated Large-Magnitude Earthquake (RLME) zones CEUS_RLME_CEUSSSC_pl_R0.shp CEUS_RLME_CEUSSSC_po_R0.shp 

CEUS SSC Project. 

Seismotectonic Zones 

CEUS SSC Mesozoic and Non-Mesozoic Zones and Seismotectonic Zones CEUS_STZones_CEUSSSC_R0.shp 

CEUS SSC Project. 
Appendix A

A-21 

Sheet A-1—CEUS SSC Project GIS Data Summary 

General Bathymetric Chart of the Oceans (GEBCO)

CEUS_elev_GEBCO_R0.tif 

Data Description: Data representing land elevation and ocean bathymetry. This layer was 

created from data provided by the British Oceanographic Data Centre (BODC) General 

Bathymetric Chart of the Oceans (GEBCO) 30-arc-second GEBCO_08 data set. This layer is 

continually updated by BODC. 

Source (Internet URL, CD/DVD-ROM): http://www.gebco.net. 

Author/Publisher/Year: The GEBCO Digital Atlas is published and maintained by the British 

Oceanographic Data Centre (BODC) of the Natural Environmental Research Council (NERC) on 

behalf of the International Hydrographic Organization (IHO) and the Intergovernmental 

Oceanographic Commission (IOC) of UNESCO, acting through the Joint IOC/IHO Guiding 

Committee for GEBCO. The contents of this data layer were published in November 2009, 

version 20091120. 

Data Summary: Digital data in ESRI ASCII Grid format was exported into ERDAS Imagine 

.img raster format using ArcGIS 9.3.1. Data are presented in geographic coordinates on the 

North American Datum of 1983.

Disclaimer or Constraints on Use: Data from the GEBCO’s gridded data sets are not to be used 

for navigation or for any other purpose relating to safety at sea. The IHO, IOC, NERC, and 

BODC are not able to warrant the accuracy of the data and accept no responsibility whatsoever 

for determining the fitness of the data for their intended use or for any consequential loss, 

damage, or expense arising from such use. Users should be aware that most areas of the world’s 

oceans have not been fully surveyed and that the GEBCO bathymetry is an interpretation based 

on random tracklines of data from many sources. The quality and coverage of data from these 

sources are highly variable. 

Information on accessing the latest versions of the GEBCO data sets can be found on the 

GEBCO website: http://www.gebco.net. 
Appendix A 

A-22 Figure A-1 GEBCO elevation data for the CEUS study area (BODC, 2009).
Appendix A

A-23 

Sheet A-2—CEUS SSC Project GIS Data Summary 

CEUS SSC Earthquake Catalog Compilation

CEUS_EQ_Catalog_R0.shp 

Data Description: This map layer contains the earthquake catalog for the CEUS SSC Project. 

Source catalogs were merged to derive a preliminary catalog with duplicates and alternative 

estimates of location, magnitude, seismic moment, macroseismic intensity, and felt area. 

Relationships between the size measures presented in the source data were used to develop a 

common moment magnitude (M). The M-based catalog was then processed to identify and 

remove aftershocks using the methodology developed in EPRI-SOG (1988), thereby producing a 

catalog of independent earthquake events. 

Source (Internet URL, CD/DVD-ROM): Records were obtained from several sources: USGS, 

GSC, NCEER, EPRI-SOG, ANSS, CERI, SUSN, SLU, Lamont-Doherty, Weston Observatory, 

NEDB, ISC, Jeff Munsey, Ann Metzger, Margaret Hopper, Sykes et al. (2008), and the Ohio 

Seismic Network. 

Author/Publisher/Year: Several sources were compiled for this study. See accompanying 

metadata for complete reference list. 

Data Summary: ESRI point shapefile with moment magnitude (M) 

Disclaimer or Constraints on Use: No constraints have been identified. 
Appendix A 

A-24 Figure A-2 CEUS SSC independent earthquake catalog
Appendix A

A-25 

Sheet A-3—CEUS SSC Project GIS Data Summary 

Bedrock Geology and Extended Crust after Kanter (1994)

CEUS_bedrock_geol_Kanter1994_R0.shp 

CEUS_ext_areas_Kanter1994_R0.shp 

Data Description: The data includes polygons representing the age and exposure of bedrock 

geology and the presence of extended crust in the CEUS as mapped by Kanter (1994). The 

bedrock geology data covers the CEUS, and the extended crust covers the Atlantic coastal 

region. 

Source (Internet URL, CD/DVD-ROM): Digitized from figure in published report. 

Author/Publisher/Year: Kanter, L.R., 1994, Tectonic Interpretation of Stable Continental 

Crust: The Earthquakes of Stable Continental Regions, Volume I: Assessment of Large 

Earthquake Potential—Final Report TR-102261-V1, prepared for Electric Power Research 

Institute. 

Data Summary: Two ESRI polygon shapefiles have been developed and are intended to be used 

together; one data set containing the bedrock geology and the other showing areas of extended 

crust. 

Disclaimer or Constraints on Use: No constraints have been identified. 
Appendix A 

A-26 Figure A-3 Bedrock geology and extended crust after Kanter (1994)
Appendix A

A-27 

Sheet A-4—CEUS SSC Project GIS Data Summary 

Crustal Provinces after Rohs and Van Schmus (2007)

CEUS_pc_RohsVS2007_R0.shp 

Data Description: Representation of crustal provinces, by age of crystallization, in the U.S. 

Source (Internet URL, CD/DVD-ROM): Digitized after Rohs and Van Schmus (2007), Fig. 1, 

at a scale of 1:33,000,000 or larger.

Author/Publisher/Year: Rohs, C.R., and Van Schmus, V.R., 2007, Isotopic connections 

between basement rocks exposed in the St. Francois Mountains and the Arbuckle Mountains, 

southern midcontinent North America: International Journal of Earth Sciences, v. 96, pp. 599-

611. 

Data Summary: ESRI polygon shapefile representing crustal provinces. Each polygon is 

attributed according to the information presented in the source figure in Rohs and Van Schmus, 

2007. Areas of empty polygon attributes represent areas of the conterminous U.S. that are not 

attributed in the source figure.

Disclaimer or Constraints on Use: No constraints have been identified. 
Appendix A 

A-28 Figure A-4 Crustal provinces after Rohs and Van Schmus (2007)
Appendix A

A-29 

Sheet A-5—CEUS SSC Project GIS Data Summary 

Database of the Geologic Map of North America— 

Adapted from by J.C. Reed, Jr. et al. (2005) 

GIS Layer Contents

Base map features 

Bathymetry.shp 

Cities.shp 

Drainage.shp 

GMNA_bound.shp 

Open_water.shp 

Political_boundaries.shp 

Geologic unit features 

Faults.shp 

Geologic_contacts.shp 

Geologic_overprints.shp 

Geologic_units.shp 

Miscellaneous geologic features 

Calderas.shp 

Diapiric_structure_trends.shp 

Diapiric_structures.shp 

Diapirs.shp 

Dikes_and_sills.shp 

Glaciation_extent.shp 

Impact_structures_greater_than_10KM.shp 

Impact_structures_less_than_10KM.shp 

Small_bodies_of_unusual_igneous_rocks.shp

Volcanoes.shp 

Special submarine features 

Gas_fluid_seeps.shp 

Gas_oil_seeps.shp 

Hydrothermal_vents.shp 

Maganiferous_deposits.shp 

Phosphate_nodules_or_pavement.shp 

Polymetallic_sulfide_deposits.shp 

Rock_in_seafloor_sample.shp 

Data Description: Database of the Geologic Map of North America. The data depicts the 

surface and submarine geology of North America and portions in the Atlantic and Pacific oceans 

at 1:5,000,000 scale. Digitized from Reed et al. (1993). GIS layers listed above are organized 

into subfolders (left column) and contain the ESRI shapefiles in the right column. A separate 

folder named Layer_files contains the ESRI layer symbology developed by the authors for the 

shapefiles listed above. 

Source (Internet URL, CD/DVD-ROM): http://pubs.usgs.gov/ds/424/. 

Author/Publisher/Year: Garrity, C.P., and Soller, D.R., 2009, Database of the Geologic Map of 

North America; Adapted from the Map by J.C. Reed, Jr., and Others (2005): U.S. Geological 

Survey Data Series 424 (CD-ROM); http://pubs.usgs.gov/ds/424/. 
Appendix A 

A-30 

Data Summary: The USGS source data has been converted to ESRI shapefile format from the 

ESRI file geodatabase format. ESRI map symbology layers accompany the data with 

standardized geologic map symbology and color palette. Layers have been converted from a 

custom transverse Mercator projection to geographic coordinates on the North American Datum 

of 1983. 

Disclaimer or Constraints on Use: Data are not intended to be used at a scale larger than 

1:5,000,000.
Figure A-5Geologic map of North America 
Appendix A 

A-32 

Sheet A-6—CEUS SSC Project GIS Data Summary 

Compilation of Geologic Cross Sections 

CEUS_geologic_cross_sec_loc_R0.shp 

Data Description: Locations of published geologic cross sections across the CEUS. Several 

sources were used in compiling this data set. These lines depict the digitized locations of the 

geologic cross sections across the CEUS. Data set attribute table contains the sources for each 

geologic cross section profile location and the cross section identifiers for each cross section. 

Images of the cross sections are not included in the data set. 

Source (Internet URL, CD/DVD-ROM): Digitized cross section locations from various 

publications including AAPG geologic highway maps, DNAG plates, and Texas Bureau of 

Economic Geology maps. 

Author/Publisher/Year: See metadata for complete reference list. 

Data Summary: The source references were georeferenced and digitized at a scale equal to or 

larger than the published scale of the source. ESRI line shapefiles depict the locations of the 

geologic cross sections. 

Disclaimer or Constraints on Use: No constraints have been identified.
Figure A-6 Locations of geologic cross sections in the CEUS
Appendix A 

A-34 

Sheet A-7—CEUS SSC Project GIS Data Summary 

Precambrian Crustal Boundary by Van Schmus et al. (1996) 

CEUS_crustal_boundary_VanSchmus1996_R0.shp

Data Description: Data set representing the inferred eastern limit of pre-1,600 million-year-old 

continental crust. Extends from southeastern Oklahoma to southwestern Ontario. 

Source (Internet URL, CD/DVD-ROM): Digitized after Fig. 2 in Van Schmus et al. (1996). 

Author/Publisher/Year: Van Schmus, W.R., Bickford, M.E., Turek, A., 1996, Proterozoic 

geology of the east-central mid-continent basement: in van der Pluijm, B.A., and Catacosinos, 

P.A. (editors), Basement and Basins of Eastern North America: Boulder, Colorado, Geological 

Society of America Special Paper 308, pp. 7-32. 

Data Summary: This layer was digitized at a scale of 1:1,650,000 from authors’ source figure 

(Fig. 2) with a published scale of approximately 1:14,085,000. Data are presented as an ESRI 

line shapefile. 

Disclaimer or Constraints on Use: No constraints have been identified.
Figure A-7 Precambrian crustal boundary after Van Schmus et al. (1996)
Appendix A 

A-36 

Sheet A-8—CEUS SSC Project GIS Data Summary 

Precambrian Geology and Features after Reed (1993)

CEUS_pc_AnomaliesDikes_Reed1993_R0.shp 

CEUS_pc_FaultsContacts_Reed1993_R0.shp 

CEUS_pc_Geol_Reed1993_R0.shp

Data Description: Data set created from Reed et al. (1993): Map of the Precambrian rocks of 

the Conterminous United States and Some Adjacent Parts of Canada. Faults, dikes, anomalies 

and geologic units are presented in separate shapefiles. 

Source (Internet URL, CD/DVD-ROM): Digitized from published map. 

Author/Publisher/Year: Reed, J.C., Jr., 1993, Map of the Precambrian rocks of the 

conterminous United States and some adjacent parts of Canada: in Reed, J.C., Jr., et al. (editors), 

Precambrian: Conterminous U.S.: Boulder, Colorado, Geological Society of America, Geology 

of North America, v. C-2, plate 1. 

Data Summary: This data set was created by digitizing contacts, faults and other features to 

create lines representing faults, dikes, and other linear features, and polygons representing 

Precambrian geologic units. Faults and other features were attributed according to the 

information presented in the published map. Digitized at a scale of 1:5,000,000. 

Disclaimer or Constraints on Use: No constraints have been identified.
Figure A-8a Precambrian geology and features after Reed (1993)
Appendix A 

A-38 Figure A-8b Explanation of Precambrian geology and features after Reed (1993)
Appendix A

A-39 

Sheet A-9—CEUS SSC Project GIS Data Summary 

Precambrian Provinces after Van Schmus et al. (2007) 

CEUS_pc_basement_VanSchmus2007_R0.shp 

Data Description: Data set represents Precambrian basement provinces as mapped by Van 

Schmus et al. (2007). Data extent covers a rectangular area from northwest North Dakota to 

northwest South Carolina. 

Source (Internet URL, CD/DVD-ROM): Digitized from source figure in Van Schmus et al. 

(2007). 

Author/Publisher/Year: Van Schmus, W.R. Schneider, D.A., Holm, D.K., Dodson, S., and 

Nelson, B.K., 2007, New insights in the southern margin of the Archean-Proterozoic boundary in 

the north-central United States based on U-Pb, Sm-Nd, and Ar-Ar geochronology: Precambrian 

Research v. 157, pp. 80-105. 

Data Summary: ESRI polygon shapefile attributed according to Precambrian basement 

geology. Digitized at 1:13,500,000. Data are presented in geographic coordinates on the North 

American Datum of 1983. 

Disclaimer or Constraints on Use: No constraints have been identified.
Appendix A 

A-40 Figure A-9 Precambrian provinces after Van Schmus et al. (2007)
Appendix A

A-41 

Sheet A-10—CEUS SSC Project GIS Data Summary 

Precambrian Units after Whitmeyer and Karlstrom (2007) 

CEUS_pc_Whitmeyer2007_R0.shp

Data Description: Data set represents a model for the tectonic growth of North America. 

Mapped units represent the ages of tectonic, accretionary, and depositional features.

Source (Internet URL, CD/DVD-ROM): Raster digital file provided by Steven Whitmeyer, 

2008, personal communication. 

Author/Publisher/Year: Whitmeyer, S.J., and Karlstrom, K.E., 2007, Tectonic model for the 

Proterozoic growth of North America: Geosphere, v. 3; no. 4, pp. 220-259. 

Data Summary: ESRI polygon shapefile attributed as presented in the source figure. Digitized 

at 1:1,000,000. Data is presented in geographic coordinates on the North American Datum of 

1983.

Disclaimer or Constraints on Use: No constraints have been identified.
Appendix A 

A-42 Figure A-10 Precambrian units after Whitmeyer and Karlstrom (2007)
Appendix A

A-43 

Sheet A-11—CEUS SSC Project GIS Data Summary 

Surficial Materials in the Conterminous United States 

Surficial_materials.shp, Contacts,shp, State_lines.shp 

Data Description: These shapefiles represent the distribution of surficial materials in the 

conterminous U.S. The GIS database includes surficial materials (geologic units), contacts and 

state boundaries. Shapefiles were downloaded directly from the website below. A map by Soller 

and Reheis (2004; scale of 1:5,000,000; http://pubs.usgs.gov/of/2003/of03-275/) was originally 

published in PDF format. The included data is the GIS database that was used to prepare the 

above publication.

Source (Internet URL, CD/DVD-ROM): http://pubs.usgs.gov/ds/425/. 

Author/Publisher/Year: Soller, D.R., Reheis, M.C., Garrity, C.P., and Van Sistine, D.R., 2009, 

Map Database for Surficial Materials in the Conterminous United States: U.S. Geological 

Survey, Data Series 425, scale 1:5,000,000; http://pubs.usgs.gov/ds/425/. 

Data Summary: These layers were exported to ESRI shapefile format from the ESRI file 

geodatabase format provided by the USGS. Data are presented in geographic coordinates on the 

North American Datum of 1983.

Disclaimer or Constraints on Use: The USGS compiled this from state-scale source maps. This 

results in some data discrepancies at state boundaries therefore limiting its usefulness.
Appendix A 

A-44 Figure A-11 Surficial materials in the conterminous United States after Soller et al. (2009)
Appendix A

A-45 

Sheet A-12—CEUS SSC Project GIS Data Summary 

USGS Crustal Database—Seismic Properties of North America 

and the Surrounding Ocean Basins 

CEUS_crustal_db_USGS_R0.shp 

Data Description: Data set of the USGS global structure database developed by Walter 

Mooney. Attributes include basement thickness, sediment thickness, heat flow values, Vp, and 

Vs. Sediment thickness, contained in the attribute “sed_thick”, was derived from the subtraction 

of basement thickness from thickness with sediment (“thickw_sed”). Values for Vp are extracted 

from the source data set for the first basement depth layer (below the sediment layers, if present). 

Values for Vs are not complete; only 150 of the 5,237 data points have values for Vs greater than 

zero. Values of Vs equal to “0.00” indicate no data entry. Values for heat flow are not complete 

in this version of the database provided by the USGS. Units of heat flow are milliwatts per 

square meter. 

We expect continued updates of the database by the USGS. Check the website below for the 

most current version. 

Source (Internet URL, CD/DVD-ROM): http://earthquake.usgs.gov/research/structure/crust/ 

nam.php. 

Author/Publisher/Year: USGS Crustal Database—Seismic properties of North America and 

the surrounding ocean basins. Data accessed April 24, 2008, from the above website.

Data Summary: ESRI point shapefile developed from ASCII-formatted data available at the 

above website. Data are presented in geographic coordinates on the North American Datum of 

1983. 

Disclaimer or Constraints on Use: No constraints identified other that the limited Vs values and 

heat flow values noted above.
Appendix A 

A-46 Figure A-12 Basement and sediment thickness in the USGS Crustal Database for North America. Symbol size represents overlthickness (km); symbol color represents basement thickness (km).
Figure A-13 Top of basement P-wave seismic velocity in the USGS Crustal Database for North America 
Appendix A 

A-48 

Sheet A-13—CEUS SSC Project GIS Data Summary 

Sediment Thickness for North America and Neighboring Regions 

CEUS_sed_thickness_USGS_R0.tif

Data Description: Surface depicting sediment thickness provided by W. Mooney. These are the 

digital data presented during Workshop #1 on July 22, 2008. These data were subsequently 

displayed in the article referenced below. 

Source (Internet URL, CD/DVD-ROM): Figure of the sediment thickness data provided 

during a presentation by W. Mooney during Workshop #1, July 22, 2008. Digital data provided 

by W. Mooney on September 29, 2011. 

Author/Publisher/Year: Mooney, W.D., 2011, personal communication. Data was presented as 

a figure in: 

Mooney, W.D. and Kaban, M.K., 2010, The North American upper mantle: Density, 

composition, and evolution: Journal of Geophysical Research, v. 115.

Data Summary: Values in the GeoTIFF represent sediment thickness in km. Data are spaced at 

30 arc-seconds (0.08333 degrees). Data are presented in geographic coordinates on the North 

American Datum of 1983. 

Disclaimer or Constraints on Use: The author’s citation should be referenced in all subsequent 

uses of this data.
Figure A-14 Sediment thickness for North America and neighboring regions
Appendix A 

A-50 

Sheet A-14—CEUS SSC Project GIS Data Summary 

USGS Physiographic Divisions of the Conterminous United States 

CEUS_physio_USGS_R0.shp 

Data Description: This data set is a polygon representation of Fenneman and Johnson’s 

“Physiographic Divisions of the United States.” This map divides the U.S. into eight major 

divisions, 25 provinces, and 86 sections representing distinctive areas having common 

topography, rock types and structure, and geologic and geomorphic history. 

Source (Internet URL, CD/DVD-ROM): USGS (2002): 

http://water.usgs.gov/GIS/dsdl/physio.gz. 

Author/Publisher/Year: Fenneman, N.M., and Johnson, D.W., 1946, Physiographic Divisions 

of the United States, U.S. Geological Survey (USGS), Washington, D.C., 

http://water.usgs.gov/GIS/dsdl/physio.gz. 

Data Summary: The source map was compiled as a GIS data set by the USGS and made 

available online at the website listed above. Features were digitized from a mylar base and 

presented in a polyconic projection. The scale of the data is 1:7,000,000. The data layer is an 

ESRI polygon shapefile. Data are presented in geographic coordinates on the North American 

Datum of 1983. 

Disclaimer or Constraints on Use: These data are most appropriate for small-scale (regional) 

analysis rather than for assessment for specific locations.
Figure A-15 Physiographic divisions of the conterminous United States after Fenneman and Johnson (1946)
Appendix A 

A-52 

Sheet A-15—CEUS SSC Project GIS Data Summary 

CEUS SSC Gravity Anomaly Database Grids 

CEUS_GRAV_<varies>_CEUSSSC_R0.tif 

Data Description: These data sets present gravity anomaly data compiled from several publicdomain and unpublished sources for use in the CEUS SSC Project. Bouguer, free-air, isostatic, 

and various derivatives of these data sets are provided. Data are presented in milligals (mGal) or 

mGal per kilometer (mGal/km) as noted below. 

File Name Data Description 

CEUS_GRAV_Freeair_CEUSSSC_R0.TIF Free-air anomaly (mGal) 

CEUS_GRAV_Bouguer_CEUSSSC_R0.TIF Complete Bouguer anomaly with 

free-air anomaly in marine areas 

(mGal) 

CEUS_GRAV_RI_CEUSSSC_R0.TIF Residual isostatic anomaly (mGal) 

CEUS_GRAV_Isostatic_CEUSSSC_R0.TIF Regional isostatic anomaly (mGal)

CEUS_GRAV_RI_1VD_CEUSSSC_R0.TIF First vertical derivative of residual 

isostatic anomaly (mGal/km) 

CEUS_GRAV_Bouguer_1VD_CEUSSSC_R0.TIF First vertical derivative of 

Bouguer with free-air anomaly in 

marine areas (mGal/km) 

CEUS_GRAV_Bouguer_LP_240km_CEUSSSC_R0.TIF Complete Bouguer anomaly (with 

marine free-air) low pass filtered 

at 240 km (mGal) 

CEUS_GRAV_Bouguer_HP_240km_CEUSSSC_R0.TIF Complete Bouguer anomaly (with 

marine free-air) high pass filtered 

at 240 km (mGal) 

CEUS_GRAV_Bouguer_HP_120km_CEUSSSC_R0.TIF Complete Bouguer anomaly (with 

marine free-air) high pass filtered 

at 120 km (mGal) 

CEUS_GRAV_Bouguer_UC_40km_CEUSSSC_R0.TIF Bouguer anomaly with marine 

free-air anomaly upward 

continued to 40 km (mGal) 

CEUS_GRAV_BouguerBouguer_UC_40km_CEUSSSC_R0.TIF Bouguer anomaly with marine 

free-air minus the Bouguer 

anomaly with marine free-air 

anomaly upward continued to 

40 km (mGal) 

CEUS_GRAV_Bouguer_UC_100km_CEUSSSC_R0.TIF Bouguer anomaly with marine 

free-air anomaly upward 

continued to 100 km (mGal) 

CEUS_GRAV_BouguerBouguer_UC_100km_CEUSSSC_R0.TIF Bouguer anomaly with marine 

free-air minus the Bouguer 

anomaly with marine free-air 

anomaly upward continued to 
Appendix A

A-53 

100 km (mGal) 

CEUS_GRAV_RI_HD_CEUSSSC_R0.TIF Horizontal derivative of residual 

isostatic anomaly (mGal/km) 

CEUS_GRAV_RI_HD_1VD_CEUSSSC_R0.TIF Horizontal derivative of first 

vertical derivative of residual 

isostatic anomaly (mGal/km) 

Shaded relief versions of the above shapefiles are presented where possible. The shaded relief of 

the gravity anomalies are provided in two versions. Those named with “315hs” in the file name 

present a shaded relief with a sun orientation of 315 degrees (45 degrees west of north) and a sun 

angle of 30 degrees above the horizon, while those with “180hs” in the file name present a 

shaded relief with a sun orientation of 180 degrees (south) and a sun angle of 30 degrees above 

the horizon.

Source (Internet URL, CD/DVD-ROM): Keller, G.R., 2010, personal communication. 

Author/Publisher/Year: CEUS SSC Project. 

Data Summary: Data provided at a grid resolution of 0.033 decimal degrees and converted to 

TIFF format. Data are presented in geographic coordinates on the North American Datum of 

1983. 

Disclaimer or Constraints on Use: No constraints have been identified.
Appendix A 

A-54 Figure A-16 CEUS SSC free-air gravity anomaly grid. Shaded relief with 315-degree azimuth and 30-degree inclination applied.
Figure A-17 CEUS SSC free-air gravity anomaly grid. Shaded relief with 180-degree azimuth and 30-degree inclination applied.
Appendix A 

A-56 Figure A-18 CEUS SSC complete Bouguer gravity anomaly grid with free-air gravity anomaly in marine areas. Shaded relief witand 30-degree inclination applied. 
Figure A-19 CEUS SSC complete Bouguer gravity anomaly grid with free-air gravity anomaly in marine areas. Shaded relief witand 30-degree inclination applied. 
Appendix A 

A-58 Figure A-20 CEUS SSC residual isostatic gravity anomaly grid. Shaded relief with 315-degree azimuth and 30-degree inclinatio
Figure A-21 CEUS SSC residual isostatic gravity anomaly grid Shaded relief with 180-degree azimuth and 30-degree inclination 
Appendix A 

A-60 Figure A-22 CEUS SSC regional isostatic gravity anomaly grid
Figure A-23 CEUS SSC first vertical derivative of residual isostatic gravity anomaly grid.
Appendix A 

A-62 Figure A-24 CEUS SSC first vertical derivative of Bouguer gravity anomaly grid with free-air anomaly in marine areas
Figure A-25 CEUS SSC complete Bouguer (with marine free-air) gravity anomaly grid low pass filtered at 240 km
Appendix A 

A-64 Figure A-26 CEUS SSC complete Bouguer (with marine free-air) gravity anomaly grid high pass filtered at 240 km. Shaded relieazimuth and 30-degree inclination applied.
Figure A-27 CEUS SSC complete Bouguer (with marine free-air) gravity anomaly grid high pass filtered at 240 km. Shaded relieazimuth and 30-degree inclination applied.
Appendix A 

A-66 Figure A-28 CEUS SSC complete Bouguer (with marine free-air) gravity anomaly grid high pass filtered at 120 km. Shaded relieazimuth and 30-degree inclination applied.
Figure A-29 CEUS SSC complete Bouguer (with marine free-air) gravity anomaly grid high pass filtered at 120 km. Shaded relieazimuth and 30-degree inclination applied.
Appendix A 

A-68 Figure A-30 CEUS SSC complete Bouguer (with marine free-air) gravity anomaly grid upward continued to 40 km
Figure A-31 CEUS SSC complete Bouguer (with marine free-air) gravity anomaly grid minus the complete Bouguer (with marinanomaly upward continued to 40 km. Shaded relief with 315-degree azimuth and 30-degree inclination applied.
Appendix A 

A-70 Figure A-32 CEUS SSC complete Bouguer (with marine free-air) gravity anomaly grid minus the complete Bouguer (with marinanomaly upward continued to 40 km. Shaded relief with 180-degree azimuth and 30-degree inclination applied.
Figure A-33 CEUS SSC complete Bouguer (with marine free-air) gravity anomaly grid upward continued to 100 km 
Appendix A 

A-72 Figure A-34 CEUS SSC complete Bouguer (with marine free-air) gravity anomaly grid minus the complete Bouguer (with marinanomaly anomaly upward continued to 100 km. Shaded relief with 315-degree azimuth and 30-degree inclination a
Figure A-35 CEUS SSC complete Bouguer (with marine free-air) gravity anomaly grid minus the complete Bouguer (with marinanomaly upward continued to 100 km. Shaded relief with 180-degree azimuth and 30-degree inclination applied. 
Appendix A 

A-74 Figure A-36 CEUS SSC horizontal derivative of residual isostatic gravity anomaly grid 
Figure A-37 CEUS SSC horizontal derivative of first vertical derivative of residual isostatic gravity anomaly grid 
Appendix A 

A-76 

Sheet A-16—CEUS SSC Project GIS Data Summary 

SMU Geothermal Laboratory Regional Heat Flow Database 

CEUS_Regional_HeatFlow_SMU_R0.shp

Data Description: Geothermal heat flow data provided by the Southern Methodist University 

Geothermal Laboratory. These data contain regional or background wells for determining heat 

flow in the United States. Temperature gradients and conductivity were used to generate heat 

flow measurements. Some heat flow values from wells that are close together were averaged. 

Data include minimum and maximum temperatures, bottom-hole temperatures, gradients, 

thermal conductivity, heat flow, porosity, dates of drilling and logging measurements, water 

table depths, lithology and references. 

Source (Internet URL, CD/DVD-ROM): Data were downloaded from 

http://smu.edu/geothermal/ on April 9, 2008. 

Author/Publisher/Year: Blackwell, D. and Richards, M. (editors), 2008, SMU Geothermal 

Laboratory Regional Heat Flow Database: Southern Methodist University, 

http://smu.edu/geothermal, accessed April 9, 2008. 

Data Summary: Digital data in ASCII format (comma-separated values) were imported into 

Microsoft Access. Numeric database attributes with no data values were replaced with “-9999” 

to represent null values. These data were subsequently converted to ESRI ArcGIS shapefile 

format using the latitude and longitude values. Data are presented in geographic coordinates on 

the North American Datum of 1983. 

Disclaimer or Constraints on Use: No constraints have been identified. Access the most recent 

version of the SMU Regional Heat Flow Database at the SMU Geothermal Laboratory website. 
Figure A-38 Corrected heat flow values from the SMU Geothermal Laboratory Regional Heat Flow Database (2008)
Appendix A 

A-78 

Sheet A-17—CEUS SSC Project GIS Data Summary 

Full-Spectrum Magnetic Anomaly Database for the Central and Eastern 

United States 

CEUS_MAG_<varies>_CEUSSSC_R0.tif

Data Description: Data representing magnetic anomaly data in the CEUS. Data layers include: 

CEUS_MAG_TMAG_CEUSSSC_R0.tif Total intensity magnetic anomaly (nT) 

CEUS_MAG_DRTP_CEUSSSC_R0.tif Differentially reduced to pole magnetic 

anomaly data (nT) 

CEUS_MAG_DEG_DRTP_TDR_CEUSSSC_R0.tif Tilt derivative of differentially reduced to 

pole magnetic anomaly (geometric 

degrees) 

CEUS_MAG_DRTP_HD_TDR_CEUSSSC_R0.tif Horizontal derivative of tilt derivative 

(radians) of differentially reduced to pole 

magnetic anomaly 

CEUS_MAG_DRTP_TDR_CEUSSSC_R0.tif Tilt derivative of differentially reduced to 

pole magnetic anomaly (radians) 

CEUS_MAG_TMAG_AAS_CEUSSSC_R0.tif Amplitude of analytic signal (nT/m) 

Source (Internet URL, CD/DVD-ROM): DVD-ROM provided by D. Ravat, University of 

Kentucky. 

Author/Publisher/Year: 

CEUS_MAG_TMAG_CEUSSSC_R0.tif Ravat, D., Finn, C., Hill, P., Kucks, R., 

Phillips, J., Blakely, R., Bouligand, C., 

Sabaka, T., Elshayat, A., Aref, A., and 

Elawadi, E., 2009, A Preliminary, Full 

Spectrum, Magnetic Anomaly Grid of the 

United States with Improved Long 

Wavelengths for Studying Continental 

Dynamics: A Website for Distribution of 

Data: U.S. Geological Survey, Open-File 

Report 2009-1258, 2 pp. 

CEUS_MAG_DRTP_CEUSSSC_R0.tif 

CEUS_MAG_DEG_DRTP_TDR_CEUSSSC_R0.tif

CEUS_MAG_DRTP_HD_TDR_CEUSSSC_R0.tif 

CEUS_MAG_DRTP_TDR_CEUSSSC_R0.tif 

Ravat, D., 2009, personal communication.
Appendix A

A-79 

CEUS_MAG_TMAG_AAS_CEUSSSC_R0.tif 

Data Summary: Digital data in ASCII format was imported into ESRI ArcGIS file geodatabase 

raster format and exported to TIFF raster format. Data are presented in geographic coordinates 

on the North American Datum of 1983. 

Disclaimer or Constraints on Use: No constraints have been identified. 
Appendix A 

A-80 Figure A-39 CEUS SSC total intensity magnetic anomaly grid (Ravat et al., 2009). Shaded relief with 315-degree azimuth and 30

applied. 
Figure A-40 CEUS SSC total intensity magnetic anomaly grid (Ravat et al., 2009). Shaded relief with 180-degree azimuth and 30

applied. 
Appendix A 

A-82 Figure A-41 CEUS SSC differentially reduced to pole magnetic anomaly grid (Ravat, 2009). Shaded relief with 315-degree azimuinclination applied. 
Figure A-42 CEUS SSC differentially reduced to pole magnetic anomaly grid (Ravat, 2009). Shaded relief with 180-degree azimuinclination applied. 
Appendix A 

A-84 Figure A-43 CEUS SSC tilt derivative of differentially reduced to pole magnetic anomaly grid (degrees) (Ravat, 2009)
Figure A-44 CEUS SSC horizontal derivative of tilt derivative of differentially reduced to pole magnetic anomaly grid (radians) (
Appendix A 

A-86 Figure A-45 CEUS SSC tilt derivative of differentially reduced to pole magnetic anomaly grid (Ravat, 2009)
Figure A-46 CEUS SSC amplitude of analytic signal magnetic anomaly grid (Ravat, 2009)
Appendix A 

A-88 

Sheet A-18—CEUS SSC Project GIS Data Summary 

CEUS SSC Paleoliquefaction Database 

CEUS_PL_DB_CEUSSSC_R0.shp

Data Description: Data representing paleoliquefaction information for large regional data sets in 

the CEUS. This data layer was compiled to aid in the development of the CEUS seismic source 

model. Regional data from published and unpublished sources were combined to help constrain 

magnitudes, locations, and recurrence rates of magnitude earthquakes, for use in the 

characterization of seismic source zones for the CEUS SSC Project. 

Features in the data layer are assigned the location of their respective source regions (KEY 

attribute) as well as a site name, unique identifier, latitude and longitude, observation type, 

feature type, age estimates, and other geotechnical, stratigraphic, and chronologic information. 

Appendix E describes the attributes in the database in detail. 

Source (Internet URL, CD/DVD-ROM): Developed as part of the CEUS SSC Project. 

Author/Publisher/Year: CEUS SSC Project. Appendix E includes a complete list of the 

references and data sources cited in the database. 

Data Summary: Digital data in Microsoft Excel format were converted into an ESRI point 

shapefile format. Data are presented in geographic coordinates on the North American Datum of 

1983. 

Disclaimer or Constraints on Use: No constraints have been identified.
Figure A-47 CEUS SSC paleoliquefaction database
Appendix A 

A-90 

Sheet A-19—CEUS SSC Project GIS Data Summary 

CEUS Compilation of Seismic Refraction/Reflection Lines, various authors 

CEUS_SL_compilation_R0.shp 

Data Description: A compilation of the locations of published seismic reflection or seismic 

refraction profiles in the literature. Attributes include the source of the publication and the type 

of profile, whether reflection or refraction. Attributes also include a cross-reference to the 

complete citation in the metadata. 

Source (Internet URL, CD/DVD-ROM): Sources include profile lines digitized with reference 

to figures in publications and online databases. See the accompanying metadata for complete 

citation list. 

Author/Publisher/Year: Layer compiled from profile locations depicted in several publications. 

See the layer’s metadata for complete citation reference. 

Data Summary: ESRI line shapefile compilation from figures provided at varying reference 

scales. Attributes include references to sources that are described in more detail in the 

accompanying metadata. 

Disclaimer or Constraints on Use: No constraints have been identified.
Figure A-48 CEUS SSC compilation of seismic reflection and seismic refraction lines
Appendix A 

A-92 

Sheet A-20—CEUS SSC Project GIS Data Summary 

USGS National Seismic Hazard Maps Seismic Zones—2008 

CEUS_NSHM_2008_po_R0.shp 

CEUS_NSHM_2008_pl_R0.shp 

eh1hz10pc50.tif Earthquake hazard: 1 hz 10% in 50 years 

eh1hz2pc50.tif Earthquake hazard: 1 hz 2% in 50 years 

eh1hz5pc50.tif Earthquake hazard: 1 hz 5% in 50 years 

eh3hz10pc50.tif Earthquake hazard: 3 hz 10% in 50 years 

eh3hz2pc50.tif Earthquake hazard: 3 hz 2% in 50 years 

eh3hz5pc50.tif Earthquake hazard: 3 hz 5% in 50 years 

eh5hz10pc50.tif Earthquake hazard: 5 hz 10% in 50 years 

eh5hz2pc50.tif Earthquake hazard: 5 hz 2% in 50 years 

eh5hz5pc50.tif Earthquake hazard: 5 hz 5% in 50 years 

ehpga10pc50.tif Earthquake hazard: PGA 10% in 50 years 

ehpga2pc50.tif Earthquake hazard: PGA 2% in 50 years 

ehpga5pc50.tif Earthquake hazard: PGA 5% in 50 years 

Data Description: Uniform background zones, special zones, finite fault sources and hazard 

probability layers for the CEUS. These zones were defined for U.S. Geological Survey OpenFile Report 2008-1128, Documentation for the 2008 Update of the United States National 

Seismic Hazard Maps. The TIFF-format surfaces present ground motions for various probability 

levels. 

Source (Internet URL, CD/DVD-ROM): ASCII text files provided by Charles Mueller, 

personal communication, May 2009. 

Author/Publisher/Year: Petersen, M.D., Frankel, A.D., Harmsen, S.C., Mueller, C.S., Haller, 

K.M., Wheeler, R.L., Wesson, R.L., Zeng, Y., Boyd, O.S., Perkins, D.M., Luco, N., Field, E.H., 

Wills, C.J., and Rukstales, K.S., 2008, Documentation for the 2008 Update of the United States 

National Seismic Hazard Maps: U.S. Geological Survey Open-File Report 2008-1128, 61 pp. 

Data Summary: Data layers were compiled from source ASCII text files of latitude and 

longitude to define polygon and polyline boundaries. Text files that represent each uniform 

background zone were merged to create a single polygon GIS layer. Data are presented in 

geographic coordinates on the North American Datum of 1983. 

Disclaimer or Constraints on Use: No constraints have been identified.
Figure A-49 USGS National Seismic Hazard Maps (Petersen et al., 2008)
Appendix A 

A-94 Figure A-50 USGS NSHM ground motion hazard at spectral acceleration of 1 hz with 2% probability of exceedance in 50 years 
Figure A-51 USGS NSHM ground motion hazard at spectral acceleration of 1 hz with 5% probability of exceedance in 50 years 
Appendix A 

A-96 Figure A-52 USGS NSHM ground motion hazard at spectral acceleration of 1 hz with 10% probability of exceedance in 50 years 
Figure A-53 USGS NSHM ground motion hazard at spectral acceleration of 3 hz with 2% probability of exceedance in 50 years 
Appendix A 

A-98 Figure A-54 USGS NSHM ground motion hazard at spectral acceleration of 3 hz with 5% probability of exceedance in 50 years 
Figure A-55 USGS NSHM ground motion hazard at spectral acceleration of 3 hz with 10% probability of exceedance in 50 years 
Appendix A 

A-100 Figure A-56 USGS NSHM ground motion hazard at spectral acceleration of 5 hz with 2% probability of exceedance in 50 years 
Figure A-57 USGS NSHM ground motion hazard at spectral acceleration of 5 hz with 5% probability of exceedance in 50 years 
Appendix A 

A-102 Figure A-58 USGS NSHM ground motion hazard at spectral acceleration of 5 hz with 10% probability of exceedance in 50 years 
Figure A-59 USGS NSHM peak ground acceleration with 2% probability of exceedance in 50 years (Petersen et al., 2008) 
Appendix A 

A-104 Figure A-60 USGS NSHM peak ground acceleration with 5% probability of exceedance in 50 years (Petersen et al., 2008) 
Figure A-61 USGS NSHM peak ground acceleration with 10% probability of exceedance in 50 years (Petersen et al., 2008)
Appendix A 

A-106 

Sheet A-21—CEUS SSC Project GIS Data Summary 

Calais—Deformation of the North American Plate Interior 

Using GPS Station Data

CEUS_GPS_NA_ITRF2000_Calais_R0.shp 

Data Description: Surface deformation in the North American Plate interior using GPS-based 

station data. Surface deformation is measured by approximately 300 GPS stations. Deformation 

is best explained by a rigid rotation model and strain components consistent with that expected 

from glacial isostatic adjustment (GIA). Residual horizontal velocities show a north-to-south 

deformation gradient of 1 mm/yr mostly localized between 1,000 and 2,200 km from the GIA 

center. 

Source (Internet URL, CD/DVD-ROM): Calais, E., 2008, personal communication. 

Author/Publisher/Year: Calais, E., Han, J.Y., DeMets, C., and Nocquet, J.M., 2006, 

Deformation of the North American Plate interior from a decade of continuous GPS 

measurements: Journal of Geophysical Research, v. 111, B06402, doi:10.1029/2005JB004253. 

Data Summary: Point data were obtained from the author in digital form and converted to ESRI 

point shapefile. Data are presented in geographic coordinates on the North American Datum of 

1983. 

Disclaimer or Constraints on Use: No constraints have been identified.
Figure A-62 Deformation of the North American Plate interior using GPS station data (Calais et al., 2006) 
Appendix A 

A-108 

Sheet A-22—CEUS SSC Project GIS Data Summary 

World Stress Map of 2008 Updated by Owen Hurd, Stanford University 

CEUS_WSM_Hurd2010_R0.shp 

Data Description: This GIS layer presents updated crustal stress data not previously found in 

the World Stress Map Project’s (WSM) 2008 release. These 49 updates were found through a 

literature review by Dr. Owen Hurd of Stanford University. The data, in combination with the 

WSM 2008 release, covers the area of the CEUS. Stress indicators are taken from four general 

types of sources including: earthquake focal mechanisms, well bore breakouts and drillinginduced fractures, in situ stress measurements, and young geologic data (fault-slip analysis and 

volcanic vent alignments). Several ESRI symbology layers are provided to assist in the 

presentation of the attributes included with the data. 

Summary of explanation labels in Figure A-63 and the GIS layer’s attribute table: 

Quality Regime 

A = SH is within ± 15 degrees NF = Normal faulting 

B = SH is within ± 20 degrees SS = Strike-slip faulting 

C = SH is within ± 25 degrees TF = Thrust faulting 

 U = Unknown regime 

where SH is the maximum horizontal compressional stress.Source (Internet URL, CD/DVDROM): WSM 2008 release is available at http://world-stress-map.org. Updates from Dr. Owen 

Hurd obtained 2010 via personal communication. 

Author/Publisher/Year: Heidbach, O., Tingay, M., Barth, A., Reinecker, J., Kurfess, D., and 

Müller, B., 2008, The World Stress Map database release 2008 doi:10.1594/GFZ.WSM.Rel2008. 

Hurd, O., 2010, Stress Measurement Update for the Central and Eastern United States, 5 pp. 

Data Summary: WSM 2008 data in Microsoft Excel (xls) format were converted to ESRI point 

shapefile using latitude and longitude values. Updated stress measurements from Dr. Hurd were 

provided in the same attribute layout as the WSM 2008 and converted to ESRI point shapefile. 

Disclaimer or Constraints on Use: Disclaimer from the WSM Project website, http://dc-app3-

14.gfz-potsdam.de/pub/introduction/introduction_frame.html: 

“Information at this site is general information provided as part of World Stress Map 

project's role in publishing its activities and disseminating information. We aim to ensure that 

all information we maintain is accurate, current and fit for the purpose intended. Because the 

World Stress Map (WSM) team must rely on information provided by others, it makes no 

guarantees, expressed or implied, as to the accuracy of the data, opinions, interpretations, 

conclusions, or recommendations contained herein. By using this information the user agrees 

to release and indemnify the WSM team from any liability for injury, loss, damages, or 
Appendix A

A-109 

expenses resulting therefrom, even if caused by the negligence of the WSM team. 

Links and frames connecting this site with other sites are for convenience only and do not 

mean that the WSM team endorses or approves them. We cannot guarantee that these links 

will work all of the time and we have no control over the availability of linked pages. 

Generally, it is the responsibility of the user to ascertain the accuracy, currency, reliability 

and correctness of information found in this database and at sites linked from this website.”
Appendix A 

A-110 Figure A-63 Stress measurement update for the CEUS (Hurd, 2010)
Appendix A

A-111 

Sheet A-23—CEUS SSC Project GIS Data Summary 

CEUS SSC Study Area Boundary 

CEUS_boundary_R0.shp 

Data Description: The CEUS study area boundary was developed to include the area of the 

CEUS and adjacent portions of Canada and Mexico. The western limit was set to 105 degrees 

west longitude, roughly corresponding to the Rocky Mountains eastern extent, and extending 200 

miles into Canada and the Atlantic Ocean, with modifications according to the edge of the 

Continental Slope and the edge of extended terrain. The southern and southeastern extent of the 

study area was modified to follow the assumed extent of Paleozoic accreted terrain and the 

oceanic crust boundary in the Caribbean Sea and Gulf of Mexico, respectively. The extent of the 

study area in Mexico follows the northeastern extent of the Sierra Madre Occidental range up to 

105 degrees west longitude. 

Source (Internet URL, CD/DVD-ROM): Study area extent was proposed for this study. 

Author/Publisher/Year: CEUS SSC Project. 

Data Summary: ESRI polygon shapefile created from geographic references and data 

developed during this study. Study area boundary is presented in geographic coordinates on the 

North American Datum of 1983. 

Disclaimer or Constraints on Use: No constraints have been identified.
Appendix A 

A-112 Figure A-64 CEUS SSC Project study area boundary
Appendix A

A-113 

Sheet A-24—CEUS SSC Project GIS Data Summary 

Faults and Seismic Areas Associated with Quaternary Seismicity, 

USGS Quaternary Fault and Fold Database 

CEUS_Q_faults_USGS_pl_R0.shp 

CEUS_Q_faults_USGS_po_R0.shp 

Data Description: The USGS Quaternary fault and fold database presents the locations of faults, 

associated folds and, in the CEUS, areas of faulting, Quaternary paleoseismic features and 

seismicity, that are believed to be the sources of magnitude 6 or greater earthquakes in the 

Quaternary period (less than 1.6 Ma). The USGS uses the database as a source for studies 

involving probabilistic seismic-hazard analyses. Data are compiled from published literature 

review and M.S./Ph.D. theses and dissertations. State geologic surveys assisted in the 

development of the database as well as National Earthquake Hazards Reduction Program 

(NEHRP) studies. The USGS continually updates this database. See the website for the most 

current data. 

Source (Internet URL, CD/DVD-ROM): Data accessed February 16, 2009, from 

http://earthquakes.usgs.gov/qfaults/. 

Author/Publisher/Year: U.S. Geological Survey (and supporting state agency if 

appropriate)Quaternary Fault and Fold Database for the United States: 

http://earthquakes.usgs.gov/regional/qfaults/; accessed June 9, 2008. 

Data Summary: Obtained from the above website in ESRI shapefile format. Data are presented 

in geographic coordinates on the North American Datum of 1983. 

Disclaimer or Constraints on Use: No constraints have been identified.
Appendix A 

A-114 Figure A-65 USGS Quaternary fault and fold database (USGS, 2006)
Appendix A

A-115 

Sheet A-25—CEUS SSC Project GIS Data Summary 

Data for Quaternary Faults, Liquefaction Features, and Possible Tectonic 

Features in the CEUS 

CEUS_Q_features_USGS_(pt/pl/po)_R0.shp 

Data Description: This layer combines Quaternary tectonic features representing known or 

suggested Quaternary faults, folds, fields of paleoliquefaction features, seismic zones, and 

geomorphic features. Feature descriptions were obtained from Crone and Wheeler (2000), 

Wheeler (2005), and USGS features downloaded from the USGS Quaternary Fault and Fold 

Database for classes A through C. Locations of classes A & B features were obtained from 

USGS Quaternary Fault and Fold database or from original reference noted in Wheeler (2005). 

Location of Class C features were obtained from descriptions, latitude/longitude coordinates, or 

small-scale figures in Crone and Wheeler (2000), or from original references noted in Crone and 

Wheeler (2000) or Wheeler (2005). The attributes of the shapefiles note the reference 

information, location notes, and feature names. 

Source (Internet URL, CD/DVD-ROM): USGS Quaternary Fault and Fold Database: 

http://earthquake.usgs.gov/hazards/qfaults/. 

Author/Publisher/Year: Crone, A.J., and Wheeler, R.L., 2000, Data for Quaternary Faults, 

Liquefaction Features, and Possible Tectonic Features in the Central and Eastern United States, 

East of the Rocky Mountain Front: U.S. Geological Survey Open-File Report 00-0260, 342 pp. 

Wheeler, R.L., 2005, Known or Suggested Quaternary Tectonic Faulting, Central and Eastern 

United States— New Updated Assessments for 2005: U.S. Geological Survey Open File Report 

2005 1336, 40 pp. 

USGS Quaternary Fault and Fold Database; website: http://earthquake.usgs.gov/hazards/qfaults/. 

Data Summary: USGS Quaternary fault and fold database features as polylines and polygons 

were included with features digitized from the above references to create the ESRI shapefiles. 

Features were digitized at, or better, than the scale of the source figures. Data are presented in 

geographic coordinates on the North American Datum of 1983. 

Disclaimer or Constraints on Use: No constraints have been identified.
Appendix A 

A-116 Figure A-66 Quaternary features compilation for the CEUS (Crone and Wheeler, 2000; Wheeler, 2005; USGS, 2010) 
Appendix A

A-117 

Sheet A-26—CEUS SSC Project GIS Data Summary 

Mesozoic Rift Basins after Benson (1992) 

CEUS_basins_Benson1992_R0.shp 

Data Description: This data layer presents the locations of Mesozoic-age rift basins as presented 

by Benson (1992). 

Source (Internet URL, CD/DVD-ROM): Figure from publication cited below. 

Author/Publisher/Year: Benson, R.N., 1992, Map of Exposed and Buried Early Mesozoic Rift 

Basins/Synrift Rocks of the U.S. Middle Atlantic Continental Margin: Delaware Geological 

Survey Miscellaneous Map Series No. 5.

Data Summary: Source figure was originally published at a scale of 1:1,000,000. Features were 

digitized at a scale of 1,000,000 or better and saved as an ESRI polygon shapefile. Data are 

presented in geographic coordinates on the North American Datum of 1983. 

Disclaimer or Constraints on Use: No constraints have been identified.
Appendix A 

A-118 Figure A-67 CEUS Mesozoic rift basins after Benson (1992)
Appendix A

A-119 

Sheet A-27—CEUS SSC Project GIS Data Summary 

Mesozoic Rift Basin after Dennis et al. (2004) 

CEUS_basins_Dennis_etal_2004_R0.shp 

Data Description: This data layer presents the location of the Dunbarton rift basin in South 

Carolina as presented by Dennis et al. (2004). The western portion of the basin is truncated as 

presented in the source figure. 

Source (Internet URL, CD/DVD-ROM): Figure from publication cited below. 

Author/Publisher/Year: Dennis, A.J., Shervais, J.W., Mauldin, J., Maher Jr., H.D., and Wright, 

J.E., 2004, Petrology and geochemistry of Neoproterozoic volcanic arc terranes beneath the 

Atlantic Coastal Plain, Savannah River Site, South Carolina: GSA Bulletin, v. 116, pp. 572-593.

Data Summary: Source figure was originally published at a scale of 1:450,000. Feature was 

digitized at a scale of 1:450,000 or better and saved as an ESRI polygon shapefile. Data are 

presented in geographic coordinates on the North American Datum of 1983. 

Disclaimer or Constraints on Use: No constraints have been identified.
Appendix A 

A-120 Figure A-68 CEUS Mesozoic rift basins after Dennis et al. (2004)
Appendix A

A-121 

Sheet A-28—CEUS SSC Project GIS Data Summary 

Mesozoic Rift Basins after Schlische (1993) 

CEUS_basins_Schlische1993_R0.shp 

Data Description: This data layer presents Mesozoic rift basins as presented by Schlische 

(1993). The basins shown include the Newark/Gettysburg, Danville/Dan River, Deep River, 

Richmond, Culpepper, and Fundy basins. 

Source (Internet URL, CD/DVD-ROM): Figure from publication cited below. 

Author/Publisher/Year: Schlische, R.W., 1993, Anatomy and evolution of the Triassic-Jurassic 

continental rift system, eastern North America: Tectonics, v. 12, pp. 1026-1042.

Data Summary: Basins were digitized and saved as an ESRI polygon shapefile. Data are 

presented in geographic coordinates on the North American Datum of 1983. 

Disclaimer or Constraints on Use: No constraints have been identified.
Appendix A 

A-122 Figure A-69 CEUS Mesozoic rift basins after Schlische (1993)
Appendix A

A-123 

Sheet A-29—CEUS SSC Project GIS Data Summary 

Mesozoic Rift Basins after Withjack et al. (1998) 

CEUS_basins_Withjack1998F2_R0.shp 

CEUS_basins_Withjack1998F7_R0.shp 

Data Description: These data layers present Mesozoic rift basins as presented by Withjack et al. 

(1998) in Figs. 2 and 7 from the source reference. 

Source (Internet URL, CD/DVD-ROM): Figures from publication cited below. 

Author/Publisher/Year: Withjack, M.O., Schlische, R.W., and Olsen, P.E., 1998, Diachronous 

rifting, drifting, and inversion on the passive margin of central eastern North America: An analog 

for other passive margins: AAPG Bulletin, v. 82, pp. 817-835.

Data Summary: Basins were digitized and saved as ESRI polygon shapefiles. Data are 

presented in geographic coordinates on the North American Datum of 1983. 

Disclaimer or Constraints on Use: No constraints have been identified.
Appendix A 

A-124 Figure A-70CEUS Mesozoic rift basins after Withjack et al. (1998)
Appendix A

A-125 

Sheet A-30—CEUS SSC Project GIS Data Summary 

CEUS SSC Repeated Large-Magnitude Earthquake (RLME) Zones 

CEUS_RLME_CEUSSSC_pl_R0.shp 

CEUS_RLME_CEUSSSC_po_R0.shp 

Data Description: These data layers present the zones of repeated large-magnitude earthquakes 

(RLME) developed from the CEUS SSC Project. Zones are separated into separate lines or 

polygon data layers depending on the geometry of the RLME zone. 

Source (Internet URL, CD/DVD-ROM): CEUS SSC Project. 

Author/Publisher/Year: CEUS SSC Project.

Data Summary: Data layers are in the ESRI line and polygon shapefile formats. Data are 

presented in geographic coordinates on the North American Datum of 1983. 

Disclaimer or Constraints on Use: No constraints have been identified.
Appendix A 

A-126 Figure A-71 RLME zones for the CEUS
Appendix A

A-127 

Sheet A-31—CEUS SSC Project GIS Data Summary 

CEUS SSC Mesozoic and Non-Mesozoic Zones and Seismotectonic Zones 

CEUS_STZones_CEUSSSC_pl_R0.shp 

Data Description: This data layer presents the Mesozoic and Non-Mesozoic zones and 

seismotectonic zones developed from the CEUS SSC Project. Zones are presented as polygon 

data layers attributed with the name of the zone. 

Source (Internet URL, CD/DVD-ROM): CEUS SSC Project. 

Author/Publisher/Year: CEUS SSC Project.

Data Summary: Data layer is in ESRI polygon shapefile format. Data are presented in 

geographic coordinates on the North American Datum of 1983. 

Disclaimer or Constraints on Use: No constraints have been identified.
Appendix A 

A-128 Figure A-72 Mesozoic and non-Mesozoic zones for the CEUS, wide interpretation
Figure A-73 Mesozoic and non-Mesozoic zones for the CEUS, narrow interpretation 
Appendix A 

A-130 Figure A-74 CEUS seismotectonic zones model A 
Figure A-75 CEUS seismotectonic zones model B 
Appendix A 

A-132 Figure A-76 CEUS seismotectonic zones model C 
Figure A-77 CEUS seismotectonic zones model D 

NUREG-2115 DOE/NE-0140 EPRI 1021097

APPENDIX B 

Earthquake Catalog Database 

 

B-1 

B 

APPENDIX 

EARTHQUAKE CATALOG DATABASE 

This appendix contains descriptions of the earthquake catalog database assembled for the CEUS 

SSC Project. The earthquake catalog is described in Chapter 3 of the report; the database 

components are discussed in the following sections. 

B.1 CEUS SSC Uniform Moment Magnitude Earthquake Catalog 

The primary product of the earthquake catalog development described in Chapter 3 is a catalog 

of earthquakes for the CEUS in which earthquake size is reported as moment magnitude, M, as 

defined by Hanks and Kanamori (1979). The catalog forms the basis for the assessment of the 

earthquake recurrence rates for the distributed seismic sources, and it is used in the assessment of 

Mmax for those sources. The magnitudes are reported as E[M], the expected moment magnitude 

given the uncertainty in its assessment. The development of the concept of E[M] and its 

derivation from the observed size measures are described in Section 3.3.1. Also explained in 

Section 3.3.1 is the assessment of the equivalent count values N* used to obtain unbiased 

earthquake recurrence parameters. 

Table B-1 lists the CEUS SSC Project uniform moment magnitude catalog. The explanation of 

the fields in the table is given below. 

TID Unique identification number assigned in the project to each 

earthquake. These values are not necessarily sequential. Sequential 

numbering of earthquakes in the uniform magnitude catalog is 

provided by the EQNO field. 

Year, Month, Day Earthquake Date 

Hour, Minute, Second Earthquake Time. The times are assumed to be expressed in 

Coordinated Universal Time (UTC). During assembly of the 

catalog, UTC was selected when it was clear that various other 

time zone standards were used in the catalog sources. However, the 

reported times are based primarily on those reported in the source 

catalogs, and no attempt was made to verify that the time was UTC 

for the individual sources. The master catalog database contains all 

of the individual catalog entries with their individual times. 
Appendix B 

B-2 

Latitude, Longitude Earthquake Location (degrees). The precision of the reported 

location represents the precision reported for the preferred entry 

among the source catalogs. Variability in the precision in location 

among the earthquake entries is not an issue, as the earthquake 

recurrence rates are computed using grid sizes of 1⁄4- or 1⁄2-degree 

longitude and latitude. 

Depth Earthquake Depth (km) 

ERH Estimated Horizontal Location Uncertainty (km). This entry 

provides a measure of the uncertainty in location of the earthquake. 

The values represent a mixture of reported standard errors in 

location of instrumentally located earthquakes from various 

catalog sources and estimates of location uncertainty for locations 

based on felt effects (shaking intensity). 

E[M] Expected value of moment magnitude. 

N* Equivalent earthquake count. This value is used to account for the 

effects of magnitude uncertainty in computing unbiased earthquake 

recurrence parameters. 

sigM Standard error in the estimated moment magnitude, E[M]. It is 

used to compute N*. 

EQNO Earthquake number in the uniform moment magnitude CEUS SSC 

Project catalog. 

Flag Flag for dependent earthquakes. A value of 0 indicates an 

independent earthquake, and a value greater than 0 indicates a 

dependent earthquake. For dependent earthquakes the value of 

FLAG is the EQNO of the main shock of the cluster. 

B.2 Moment Magnitude Data 

The primary method for the development of the uniform moment magnitude measure was the use 

of conversion relationships developed by regression of reported moment magnitudes against 

other size measures for individual earthquakes. Table B-2 provides a list of the moment 

magnitude values obtained from the literature for earthquakes in the CEUS SSC Project 

database. The table gives the date, time, and location of an earthquake and the reported value of 

moment magnitude, 

M

ˆ . The M with a hat symbol denotes moment magnitude measured with 

uncertainty (see Section 3.3.1 for a discussion). The table also lists the source of the reported 

values. Multiple entries for individual earthquakes were factored into the overall uncertainty in 

the assessment of the moment magnitude and into the uncertainty in the assessment of moment 

magnitude from the conversion relationships. 
Appendix B 

B-3 

B.3 Approximate Moment Magnitude Data 

As discussed in Section 3.3.2.2, studies by Atkinson (2003), Boatwright (1994), and Moulis 

(2002) provide approximate estimates of moment magnitude. Listed in Table B-3 are the 

moment magnitude values reported by these authors for earthquakes in the CEUS SSC Project 

catalog. For each author, the data include (1) the magnitude reported by the author, (2) the value 

of estimated moment magnitude, E[M], and (3) the standard error (denoted sigma M) in the 

E[M] obtained using the conversion relationships shown on Figures 3.3-2, 3.3-3, and 3.3-4. Also 

listed in the table is the composite value of E[M] and its standard error sigM obtained from 

combining the individual estimates using Equations 3.3.1-9 and 3.3.1-10. 

B.4 CEUS SSC Project Data 

The composite listing of the earthquake catalog data gathered for CEUS SSC Project is contained 

in the master catalog data file CEUS_SSC_Earthquake_Catalog_Data_Rev7.xls located on the 

project website (www.ceus-ssc.com). The file contains all the entries from the individual catalog 

sources assembled to produce the earthquake catalog for the project. The master catalog data file 

also contains those entries that are identified as nontectonic events (e.g., nontectonic mechanisms 

such as explosions and false entries in the source catalogs) and entries for earthquakes with 

magnitudes smaller than those of interest for use in assessing earthquake recurrence rates for the 

CEUS SSC Project. 

The primary purpose of including the master catalog database is to provide a basis for comparing 

the CEUS SSC Project catalog with additional information that may become available about the 

earthquakes included in the catalog and comparing catalog entries from other sources with the 

entries in the database. 

The fields contained in the master catalog data file are described below. 

Explanation of Entries in the CEUS SSC Project Earthquake Database 

Column Variable Explanation

A SortID Line number in master catalog used for sorting entries 

(between 1 and 62,408).

B TID Unique ID number assigned to each earthquake or 

nontectonic event. Multiple entries for the same earthquake 

will have the same TID.

C Project ID ID number assigned to each earthquake in its source catalog. 

Entries for the same earthquake coming from two source 

catalogs will have the same TID but different Project IDs.

D Year Year

E Month Month

F Day Day

G Hour Hour. The entries reflect the times listed in the source 

catalogs; they are primarily UTC but some are local times.

H Minute Minute
Appendix B 

B-4 

I Second Second

J Lat Latitude (degrees N)

K Long Longitude (degrees E)

L through O Depth1 through 

Depth2_Flag

Alternative depth estimates (in km) and depth flag.

Depth types: ? = poor quality, F = fixed or assigned by 

analyst, D = obtained from analysis of regional depth phases

P through AG Mag1 through 

Mag6, and Mag1t 

through Mag6t

Alternative magnitude values, magnitude types, and source. 

Explanation of magnitude types is tabulated below.

AH through AK Mo1 through 

Source_Mo2 

Alternative seismic moment values their sources

AL MMI Macroseismic intensity from source catalog

AM MMIn Macroseismic intensity for earthquake reported in NCEER91

AN LNFA Natural log of the felt area in km2

AO MMI_Hop Macroseismic intensities from Margaret Hopper’s catalog

AP LNFA_Hop Natural log of the felt area in km2from Margaret Hopper’s 

catalog

AQ MMISmith Macroseismic intensities from Smith (1962, 1966)

AR ERH_SUSN Horizontal location error in km from SUSN catalog

AS ERH Estimated horizontal location error in km

AT RMB mb* from EPRI-SOG catalog

AU EMB E[mb] from EPRI-SOG catalog

AV SMAG Sigma mb from EPRI-SOG catalog

AW FLAG Aftershock flag (from source catalog)

AX Source Source catalog

AY Type Type of nontectonic event. Types are listed below.

AZ Type_Source Source of type of nontectonic event

BA Region Flag to indicate location of earthquake in U.S. or Canada

BB NMT Magnitude type number from NCEER91. 1 = instrumental, 2 

= felt area, 3 = maximum intensity

BC through BI AddCat1 through 

AddCat7

Identical records from other source catalogs

BJ Comment Comments on entry
Appendix B 

B-5 

Magnitude Types Contained in the CEUS SSC Project Earthquake Database 

Variable Explanation

M, Mw Moment magnitude

mbFA Felt-area magnitude

mbI0 Magnitude obtained from intensity

MI0(ML) Magnitude obtained from intensity and nominally labeled ML (GSC catalog)

mb Body-wave magnitude

mbLg Original Nuttli (1973) magnitude

mLg(f) Frequency-dependent Nuttli formula (Ebel, 1994)

MN Modified Nuttli magnitude (short-period Lg waves)

Mc Coda magnitude

Md Duration magnitude

ML Local magnitude

Ms Surface-wave magnitude

ME Energy magnitude

m3Hz Magnitude 3 Hz from Oklahoma Geophysical Survey

unk Unknown magnitude

? Following a magnitude type indicates uncertain attribution

Nontectonic Event Codes Contained in the CEUS SSC Project Earthquake Database 

Flag Explanation

? Doubtful reports, questionable

B Blast

C Cryoseism

DE Duplicate event

E Error

FE False Event

I Induced

L Landslide

M Mining related

N Nonseismic

NS Noise on seismograph

PB Probable blast

PC Probable cryoseism

PE Probable error

PM Probable mining event

PX Probable explosion

RB Rock burst

RF Rock fall

RI Reservoir-induced

S Sonic boom

X Explosion
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP00002 1568 1 1 0 0 0 41.5 -72.5 0 45 3.98 1.877 0.513 1 0TMP00003 1574 1 1 0 0 0 41.5 -72.5 0 50 3.31 1.872 0.512 2 0TMP00004 1584 1 1 0 0 0 41.5 -72.5 0 50 3.31 1.872 0.512 3 0TMP00005 1592 1 1 0 0 0 41.5 -72.5 0 50 3.31 1.872 0.512 4 0TMP00010 1638 6 11 20 0 0 42.5 -69 0 40 5.32 1.934 0.525 5 0TMP00014 1643 3 15 12 0 0 42.8 -70.8 0 50 3.27 1.371 0.363 6 0TMP00021 1661 2 11 12 0 0 45.5 -73 0 45 4.63 1.896 0.517 7 0TMP00024 1663 2 5 22 30 0 47.6 -70.1 0 35 7 1.39 0.371 8 0TMP00025 1663 2 5 23 0 0 47.6 -70.1 0 50 3.31 1.872 0.512 9 8TMP00029 1663 2 6 15 0 0 47.6 -70.1 0 45 3.98 1.877 0.513 10 8TMP00030 1663 2 7 15 0 0 47.6 -70.1 0 50 2.65 1.886 0.515 11 8TMP00035 1664 1 1 0 0 0 47.6 -70.1 0 50 2.65 1.886 0.515 12 8TMP00036 1665 2 24 16 45 0 47.8 -70 0 45 5.32 1.934 0.525 13 8TMP00037 1665 10 16 2 30 0 46.82 -71.22 0 50 2.65 1.886 0.515 14 0TMP00040 1668 4 13 14 0 0 47.1 -70.5 0 45 3.98 1.877 0.513 15 0TMP00043 1668 12 19 0 0 0 42.5 -71.5 0 50 2.65 1.886 0.515 16 0TMP00046 1672 2 1 0 0 0 48.15 -69.7 0 50 2.65 1.886 0.515 17 0TMP00049 1678 2 13 0 0 0 41.1 -73.5 0 50 2.65 1.886 0.515 18 0TMP00056 1685 2 18 21 0 0 42.8 -70.8 0 50 2.65 1.886 0.515 19 0TMP00070 1699 12 25 19 0 0 34.9 -90.3 0 50 2.65 1.886 0.515 20 0TMP00073 1702 1 1 0 0 0 41.4 -73.5 0 50 2.65 1.886 0.515 21 0TMP00074 1705 6 27 0 0 0 42.4 -71.1 0 40 2.65 1.886 0.515 22 0TMP00077 1711 12 21 0 0 0 41.4 -73.5 0 50 2.62 1.38 0.367 23 0TMP00080 1724 8 16 9 30 0 40 -75.1 0 50 2.65 1.886 0.515 24 0TMP00081 1727 11 10 3 40 0 42.8 -70.6 0 45 4.77 1.27 0.316 25 0TMP00083 1727 11 10 4 0 0 42.8 -70.8 0 50 2.65 1.886 0.515 26 25TMP00086 1727 11 10 7 0 0 42.8 -70.8 0 50 2.65 1.886 0.515 27 25TMP00091 1727 11 14 21 0 0 42.8 -70.8 0 50 3.51 1.093 0.193 28 25TMP00092 1727 11 18 16 20 0 42.8 -70.6 0 40 3.27 1.371 0.363 29 25TMP00095 1727 11 24 10 0 0 42.8 -70.6 0 40 2.65 1.886 0.515 30 25TMP00097 1727 12 1 0 0 0 42.8 -70.6 0 40 2.65 1.886 0.515 31 25TMP00098 1727 12 16 0 0 0 42.8 -70.6 0 40 2.65 1.886 0.515 32 25TMP00099 1727 12 19 15 0 0 42.8 -70.6 0 40 2.65 1.886 0.515 33 25TMP00100 1727 12 29 3 30 0 42.8 -70.6 0 40 3.61 1.373 0.364 34 25TMP00102 1728 1 5 3 30 0 42.8 -70.8 0 45 3.77 1.371 0.363 35 25TMP00106 1728 1 18 2 0 0 42.8 -70.8 0 50 2.65 1.886 0.515 36 25

B-6

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP00107 1728 2 5 2 30 0 42.8 -70.8 0 50 2.65 1.886 0.515 37 25TMP00108 1728 2 8 11 30 0 42.8 -70.8 0 50 2.65 1.886 0.515 38 25TMP00111 1728 2 9 18 0 0 42.8 -70.8 0 50 2.65 1.886 0.515 39 25TMP00112 1728 2 10 19 0 0 42.8 -70.8 0 45 3.98 1.877 0.513 40 25TMP00113 1728 2 18 15 0 0 42.8 -70.8 0 50 3.39 1.093 0.193 41 25TMP00123 1728 5 16 0 0 0 42.8 -70.6 0 40 2.65 1.886 0.515 42 25TMP00125 1728 5 24 2 40 0 42.8 -70.6 0 40 2.65 1.886 0.515 43 25TMP00126 1728 5 29 1 0 0 42.8 -70.8 0 50 2.65 1.886 0.515 44 25TMP00127 1728 6 2 15 0 0 42.8 -70.8 0 50 2.65 1.886 0.515 45 25TMP00133 1728 7 30 15 0 0 42.8 -70.6 0 40 2.65 1.886 0.515 46 25TMP00134 1728 8 2 10 0 0 42.8 -70.8 0 50 2.65 1.886 0.515 47 25TMP00140 1729 2 10 14 0 0 42.8 -70.6 0 40 3.27 1.371 0.363 48 25TMP00143 1729 3 30 19 30 0 42.8 -70.8 0 50 2.65 1.886 0.515 49 25TMP00144 1729 8 6 0 0 0 41.4 -73.5 0 50 2.65 1.886 0.515 50 0TMP00145 1729 9 19 20 30 0 42.8 -70.8 0 50 2.65 1.886 0.515 51 25TMP00146 1729 10 10 21 30 0 42.8 -70.8 0 50 2.65 1.886 0.515 52 25TMP00148 1729 11 25 13 0 0 42.8 -70.8 0 50 2.65 1.886 0.515 53 25TMP00149 1729 12 9 1 0 0 42.8 -70.8 0 50 3.27 1.371 0.363 54 25TMP00150 1730 2 20 1 0 0 42.8 -70.8 0 50 2.65 1.886 0.515 55 25TMP00151 1730 2 20 5 0 0 42.8 -70.8 0 50 2.65 1.886 0.515 56 25TMP00152 1730 3 9 6 45 0 42.8 -70.6 0 50 3.27 1.371 0.363 57 25TMP00154 1730 4 24 1 0 0 42.8 -70.8 0 50 2.65 1.886 0.515 58 25TMP00159 1730 12 7 1 20 0 42.8 -70.8 0 50 2.65 1.886 0.515 59 25TMP00162 1730 12 24 3 30 0 42.8 -70.8 0 50 3.27 1.371 0.363 60 25TMP00164 1731 1 12 23 0 0 42.8 -70.6 0 50 2.65 1.886 0.515 61 25TMP00165 1731 1 13 0 0 0 42.8 -70.6 0 40 2.65 1.886 0.515 62 25TMP00166 1731 1 19 0 0 0 42.8 -70.8 0 50 2.65 1.886 0.515 63 25TMP00167 1731 1 22 5 0 0 42.8 -70.8 0 50 2.65 1.886 0.515 64 25TMP00171 1731 7 16 10 0 0 42.8 -70.8 0 50 2.65 1.886 0.515 65 0TMP00175 1731 10 13 4 0 0 42.8 -70.8 0 50 2.65 1.886 0.515 66 0TMP00176 1732 2 19 0 0 0 42.8 -70.8 0 50 2.65 1.886 0.515 67 0TMP00177 1732 9 16 16 0 0 45.5 -73.6 0 45 6.25 1.27 0.316 68 0TMP00186 1734 11 23 6 0 0 42.8 -70.8 0 50 3.29 1.097 0.197 69 0TMP00189 1736 2 13 22 45 0 42.8 -70.8 0 50 2.65 1.886 0.515 70 0TMP00192 1736 10 12 6 30 0 42.8 -70.8 0 50 2.65 1.886 0.515 71 0TMP00193 1736 11 23 7 0 0 42.8 -70.8 0 50 2.62 1.38 0.367 72 71

B-7

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP00195 1737 2 17 21 15 0 42.4 -71 0 50 2.65 1.886 0.515 73 0TMP00196 1737 9 20 15 20 0 42.8 -70.8 0 50 3.27 1.371 0.363 74 0TMP00197 1737 12 8 3 58 0 39.9 -75.4 0 50 2.65 1.886 0.515 75 0TMP00198 1737 12 19 3 45 0 40.8 -74 0 45 4.8 1.092 0.192 76 0TMP00199 1739 8 13 7 30 0 42.8 -70.8 0 50 3.29 1.114 0.212 77 0TMP00202 1741 2 5 20 50 0 42.8 -70.6 0 40 2.65 1.886 0.515 78 0TMP00204 1741 6 14 15 35 0 42.2 -71.2 0 40 3.19 1.1 0.2 79 0TMP00205 1741 12 17 13 0 0 42.3 -71.2 0 40 2.62 1.38 0.367 80 0TMP00210 1744 5 27 15 15 0 46.8 -71.2 0 50 2.65 1.886 0.515 81 0TMP00212 1744 6 14 15 15 0 42.5 -70.9 0 45 4.39 1.107 0.206 82 0TMP00213 1744 6 14 22 0 0 42.5 -70.9 0 40 2.65 1.886 0.515 83 82TMP00215 1744 7 1 0 0 0 42.5 -70.9 0 40 3.27 1.371 0.363 84 82TMP00227 1752 12 17 23 30 0 40 -76.3 0 40 2.65 1.886 0.515 85 0TMP00230 1755 11 18 4 30 0 43 -70.3 0 45 6.1 1.175 0.26 86 0TMP00231 1755 11 18 10 29 0 42.7 -70.3 0 40 4.29 1.108 0.207 87 86TMP00232 1755 11 23 1 27 0 42.7 -70.3 0 40 3.36 1.115 0.213 88 86TMP00235 1755 12 20 3 0 0 42.5 -70 0 40 2.65 1.886 0.515 89 0TMP00242 1757 7 8 19 15 0 42.3 -71.1 0 40 2.65 1.886 0.515 90 0TMP00243 1758 3 23 2 58 0 37.91 -77.4 0 50 4.95 1.39 0.371 91 0TMP00245 1758 4 25 2 30 0 38.9 -76.5 0 40 3.31 1.872 0.512 92 0TMP00246 1759 2 2 7 0 0 42.35 -71 0 40 2.65 1.886 0.515 93 0TMP00250 1761 3 12 7 15 0 42.5 -71 0 50 4.2 1.107 0.206 94 0TMP00251 1761 3 16 0 0 0 42.3 -71.1 0 50 2.65 1.886 0.515 95 94TMP00252 1761 11 2 1 0 0 43.1 -71.5 0 40 3.27 1.371 0.363 96 0TMP00254 1763 10 13 13 0 0 40 -75.2 0 45 3.98 1.877 0.513 97 0TMP00255 1763 10 30 21 15 0 40 -75.1 0 50 3.27 1.371 0.363 98 97TMP00256 1764 9 30 16 14 0 45.3 -66 0 50 3.31 1.872 0.512 99 0TMP00257 1766 1 23 10 0 0 43.7 -70.3 0 40 3.27 1.371 0.363 100 0TMP00258 1766 2 2 0 0 0 42 -68 0 45 3.98 1.877 0.513 101 0TMP00259 1766 3 2 8 0 0 43.07 -70.77 0 40 2.65 1.886 0.515 102 0TMP00261 1766 8 25 0 0 0 41.5 -71.3 0 50 3.31 1.872 0.512 103 0TMP00262 1766 12 17 11 48 0 43.1 -70.8 0 40 2.65 1.886 0.515 104 0TMP00266 1769 10 19 0 0 0 43.7 -70.3 0 40 2.65 1.886 0.515 105 0TMP00267 1769 10 19 17 0 0 43.7 -70.3 0 40 2.65 1.886 0.515 106 105TMP00268 1772 4 25 13 0 0 39.8 -75.5 0 45 3 1.385 0.369 107 0TMP00270 1774 2 21 19 0 0 37.2 -77.4 0 45 4.38 1.057 0.152 108 0

B-8

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP00272 1774 2 22 19 0 0 37.2 -77.4 0 50 2.65 1.886 0.515 109 108TMP00271 1774 2 22 19 45 0 37.2 -77.4 0 40 3.27 1.371 0.363 110 108TMP00273 1775 3 16 19 15 0 37.7 -78.8 0 40 2.65 1.886 0.515 111 0TMP00277 1776 1 1 14 0 0 39.9 -82 0 40 3.98 1.877 0.513 112 0TMP00279 1776 11 5 0 0 0 35.2 -83 0 40 2.65 1.886 0.515 113 0TMP00281 1777 11 16 7 0 0 36 -84 0 40 2.65 1.886 0.515 114 0TMP00287 1779 2 13 0 0 0 40.2 -81.9 0 45 3.98 1.877 0.513 115 0TMP00288 1780 2 6 0 0 0 30.4 -87.2 0 40 3.98 1.877 0.513 116 0TMP00289 1780 11 29 0 0 0 42.5 -70.9 0 40 2.65 1.886 0.515 117 0TMP00291 1783 7 29 0 0 0 40.8 -74 0 50 2.65 1.886 0.515 118 0TMP00292 1783 11 24 0 0 0 41 -74.5 0 50 2.65 1.886 0.515 119 121TMP00293 1783 11 30 2 0 0 41 -74.5 0 50 4.16 1.107 0.206 120 121TMP00294 1783 11 30 3 50 0 41 -74.5 0 45 4.73 1.108 0.207 121 0TMP00295 1783 11 30 7 0 0 41 -74.5 0 50 2.65 1.886 0.515 122 121TMP00296 1784 1 2 10 0 0 46.8 -71.2 0 50 2.65 1.886 0.515 123 0TMP00297 1784 1 12 8 30 0 46.8 -71.2 0 50 2.65 1.886 0.515 124 123TMP00305 1790 12 23 8 0 0 39.301 -76.611 0 50 2.65 1.886 0.515 125 0TMP00306 1791 1 13 9 0 0 37.73 -77.68 0 40 3.77 1.39 0.371 126 0TMP00307 1791 1 15 10 0 0 37.5 -77.5 0 40 2.65 1.886 0.515 127 0TMP00309 1791 5 16 13 22 0 41.5 -72.4 0 45 4.31 1.048 0.14 128 0TMP00310 1791 5 19 3 0 0 41.5 -72.5 0 40 2.65 1.886 0.515 129 128TMP00312 1791 12 6 20 0 0 47.4 -70.5 0 45 5.5 1.723 0.477 130 0TMP00316 1792 8 29 3 0 0 41.5 -72.5 0 40 2.65 1.886 0.515 131 128TMP00317 1792 10 24 6 0 0 41.5 -72.5 0 40 2.62 1.38 0.367 132 128TMP00318 1793 1 11 13 0 0 41.5 -72.5 0 40 2.62 1.38 0.367 133 128TMP00320 1793 7 6 11 0 0 41.5 -72.5 0 40 2.62 1.38 0.367 134 128TMP00322 1794 3 6 19 0 0 41.5 -72.5 0 40 2.65 1.886 0.515 135 128TMP00323 1794 3 7 4 0 0 41.5 -72.5 0 40 2.65 1.886 0.515 136 128TMP00324 1794 3 9 19 0 0 41.5 -72.5 0 40 2.65 1.886 0.515 137 128TMP00325 1794 3 10 4 0 0 41.5 -72.5 0 40 2.65 1.886 0.515 138 128TMP00326 1795 1 8 9 0 0 39 -89.9 0 40 3.61 1.108 0.207 139 0TMP00327 1795 2 12 1 0 0 37.41 -77.63 0 50 3.38 1.39 0.371 140 0TMP00328 1796 12 26 11 0 0 42.9 -79 0 40 3.98 1.877 0.513 141 0TMP00329 1798 1 11 7 0 0 40.02 -76.32 0 50 2.65 1.886 0.515 142 0TMP00331 1799 4 11 8 20 0 33.95 -80.18 0 40 4.68 1.39 0.371 143 0TMP00333 1800 3 17 0 0 0 40 -75.1 0 41 2.65 1.385 0.369 144 0

B-9

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP00335 1800 11 20 9 45 0 40.28 -76.55 0 34 4.11 1.39 0.371 145 0TMP00336 1800 11 20 10 5 0 40.276 -76.885 0 38 2.98 1.877 0.513 146 0TMP00339 1800 11 29 0 0 0 40 -75.1 0 30 2.31 1.388 0.37 147 0TMP00340 1800 12 20 0 0 0 43.7 -72.3 0 30 2.65 1.886 0.515 148 0TMP00341 1800 12 25 0 0 0 41.9 -71.1 0 30 3.61 1.373 0.364 149 0TMP00342 1801 1 27 20 40 0 40.02 -76.32 0 38 2.65 1.886 0.515 150 0TMP00343 1801 3 1 20 30 0 43.1 -70.8 0 30 2.65 1.886 0.515 151 0TMP00346 1802 8 23 10 0 0 37.4 -79.1 0 30 3.31 1.872 0.512 152 0TMP00347 1803 1 18 14 50 0 42.5 -70.9 0 30 2.65 1.886 0.515 153 0TMP00349 1804 2 21 0 0 0 37.921 -89.916 0 34 3.98 1.877 0.513 154 0TMP00352 1804 5 8 6 30 0 40.67 -73.94 0 38 2.98 1.877 0.513 155 0TMP00354 1804 8 20 20 10 0 42 -87.8 0 34 4.18 1.106 0.205 156 0TMP00355 1804 8 24 20 10 0 42 -89 0 30 4.12 1.106 0.205 157 0TMP00357 1805 4 6 19 15 0 42.5 -70.9 0 30 2.62 1.38 0.367 158 0TMP00358 1805 4 25 0 0 0 42.5 -70.9 0 30 2.65 1.886 0.515 159 158TMP00360 1805 6 12 12 30 0 44.5 -69 0 30 2.65 1.886 0.515 160 0TMP00361 1805 8 12 0 0 0 41.5 -72.5 0 30 2.62 1.38 0.367 161 0TMP00362 1805 12 30 11 0 0 41.5 -72.5 0 30 2.65 1.886 0.515 162 0TMP00365 1807 1 14 4 0 0 43 -71.1 0 30 2.65 1.886 0.515 163 0TMP00367 1807 5 1 9 0 0 37.4 -79.1 0 30 3.31 1.872 0.512 164 0TMP00368 1807 5 6 18 0 0 43.5 -70.5 0 30 2.65 1.886 0.515 165 0TMP00369 1808 6 26 2 50 0 44.4 -69 0 30 3.31 1.872 0.512 166 0TMP00371 1810 11 10 2 15 0 43 -70.9 0 34 3.85 1.091 0.191 167 0TMP00373 1811 11 27 8 0 0 36.1 -80.2 0 30 2.65 1.886 0.515 168 0TMP00376 1811 12 16 8 15 0 36 -89.96 0 22 7.6 1.074 0.173 169 170TMP00380 1811 12 16 14 15 0 36 -90 0 30 7.17 1.134 0.229 170 0TMP00427 1812 1 23 15 0 0 36.8 -89.5 0 30 7.5 1.074 0.173 171 0TMP00447 1812 2 2 9 30 0 37.6 -77.4 0 30 3.27 1.371 0.363 172 0TMP00465 1812 2 7 9 45 0 36.3 -89.4 0 11 7.8 1.074 0.173 173 0TMP00627 1812 4 22 4 0 0 37.5 -77.5 0 30 2.65 1.886 0.515 174 0TMP00649 1812 11 9 22 0 0 36.5 -89.6 0 34 3.98 1.877 0.513 175 0TMP00653 1813 11 28 0 0 0 37.713 -88.187 0 34 4.63 1.896 0.517 176 0TMP00654 1813 12 12 16 0 0 37.6 -88.2 0 30 4.2 1.39 0.371 177 176TMP00656 1813 12 28 21 0 0 41.5 -72.5 0 30 2.62 1.38 0.367 178 0TMP00657 1814 11 29 0 14 0 43.7 -70.3 0 30 3.81 1.08 0.179 179 0TMP00658 1816 7 25 15 0 0 36.6 -89.5 0 30 2.32 1.9 0.518 180 0

B-10

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP00659 1816 7 25 21 0 0 36.5 -89.6 0 38 2.78 1.375 0.365 181 180TMP00661 1816 9 9 0 0 0 45.5 -73.6 0 34 4.63 1.896 0.517 182 0TMP00662 1816 9 16 0 0 0 45.5 -73.6 0 34 3.98 1.877 0.513 183 182TMP00667 1817 1 16 0 0 0 38.676 -87.511 0 38 3.31 1.872 0.512 184 0TMP00668 1817 5 22 7 45 0 45 -67.2 0 34 4.69 1.27 0.316 185 0TMP00669 1817 9 5 0 0 0 38.5 -84.5 0 38 2.65 1.886 0.515 186 0TMP00671 1817 10 5 16 45 0 42.5 -71.2 0 34 4.07 1.079 0.178 187 0TMP00672 1817 12 11 0 0 0 35.73 -83.09 0 30 4.53 1.39 0.371 188 0TMP00677 1818 4 11 20 0 0 38.6 -90.2 0 30 2.32 1.9 0.518 189 0TMP00678 1818 8 14 14 36 0 36.091 -84.131 0 38 3.31 1.872 0.512 190 0TMP00679 1818 10 11 0 0 0 46.9 -71.2 0 38 2.65 1.886 0.515 191 0TMP00680 1818 12 7 0 0 0 44 -76.5 0 30 2.65 1.886 0.515 192 0TMP00683 1819 9 2 8 0 0 37.7 -89.7 0 30 3.31 1.872 0.512 193 0TMP00684 1819 9 2 12 0 0 37.7 -89.7 0 30 3.31 1.872 0.512 194 193TMP00685 1819 9 17 0 0 0 38.1 -89.8 0 30 2.32 1.9 0.518 195 0TMP00686 1819 9 17 4 0 0 38.1 -89.8 0 30 2.65 1.886 0.515 196 195TMP00688 1820 1 1 0 0 0 36.6 -89.5 0 30 2.32 1.9 0.518 197 0TMP00689 1820 8 21 14 35 0 40.042 -76.301 0 38 3.27 1.371 0.363 198 0TMP00690 1820 9 1 0 0 0 36.6 -89.5 0 38 2.65 1.886 0.515 199 0TMP00691 1820 9 3 8 30 0 33.4 -79.3 0 30 2.65 1.886 0.515 200 0TMP00692 1820 11 9 22 0 0 37.3 -89.5 0 30 3.31 1.872 0.512 201 0TMP00693 1821 1 25 23 57 0 39.772 -75.876 0 38 2.65 1.886 0.515 202 0TMP00695 1821 3 4 9 0 0 40.033 -76.495 0 38 2.65 1.886 0.515 203 0TMP00696 1821 3 25 0 0 0 37.5 -88 0 38 3.31 1.872 0.512 204 0TMP00697 1821 5 5 12 30 0 44.8 -68.8 0 30 3.72 1.106 0.205 205 0TMP00698 1821 5 11 4 0 0 39.301 -76.611 0 34 3.98 1.877 0.513 206 0TMP00699 1822 5 4 20 30 0 40.042 -76.301 0 38 3.44 1.371 0.363 207 0TMP00702 1822 11 9 15 30 0 39.952 -82.012 0 34 3.98 1.877 0.513 208 0TMP00703 1822 12 4 0 0 0 39.301 -76.611 0 38 2.65 1.886 0.515 209 0TMP00705 1823 3 7 15 0 0 43.9 -70 0 30 2.65 1.886 0.515 210 0TMP00707 1823 6 10 17 0 0 44.8 -68.8 0 30 3.31 1.872 0.512 211 0TMP00708 1823 7 23 11 55 0 42.9 -70.6 0 30 3.72 1.08 0.179 212 0TMP00711 1824 7 9 0 0 0 46.5 -66.5 0 38 3.31 1.872 0.512 213 0TMP00713 1824 7 15 16 20 0 39.7 -80.5 0 30 4.2 1.107 0.206 214 0TMP00714 1824 8 22 0 0 0 34.828 -87.665 0 38 3.31 1.872 0.512 215 0TMP00716 1825 5 1 11 0 0 40.553 -77.153 0 38 2.65 1.886 0.515 216 0

B-11

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP00717 1826 1 7 4 0 0 36.3 -89.4 0 38 3.31 1.872 0.512 217 0TMP00718 1826 2 26 14 0 0 30.08 -81.56 0 30 3.08 1.118 0.216 218 0TMP00723 1827 5 11 0 0 0 36.1 -81.2 0 30 3.11 1.123 0.22 219 0TMP00724 1827 7 5 11 30 0 38 -87.5 0 34 4.64 1.092 0.192 220 0TMP00725 1827 8 7 4 30 0 38 -88 0 30 3.31 1.872 0.512 221 0TMP00726 1827 8 7 7 0 0 38.3 -85.8 0 30 3.98 1.877 0.513 222 0TMP39303 1827 8 7 7 0 0 38 -88 0 38 3.31 1.872 0.512 223 221TMP00728 1827 8 23 0 0 0 41.4 -72.1 0 30 2.65 1.886 0.515 224 0TMP00731 1828 3 9 0 0 0 37 -80 0 30 4.86 1.058 0.153 225 0TMP00732 1828 3 10 3 0 0 38.3 -78.47 0 34 5.08 1.175 0.26 226 0TMP00733 1828 7 25 11 0 0 43.9 -70 0 30 2.65 1.886 0.515 227 0TMP00734 1828 8 14 15 0 0 43.9 -70.5 0 38 2.65 1.886 0.515 228 0TMP00735 1829 1 1 0 0 0 43.1 -70.8 0 30 2.62 1.38 0.367 229 0TMP00743 1829 8 27 21 45 0 44.2 -69.8 0 30 2.65 1.886 0.515 230 0TMP00745 1830 3 29 7 0 0 39.65 -77.72 0 30 3.42 1.108 0.207 231 0TMP00748 1831 4 2 14 0 0 37.73 -88.34 0 30 2.65 1.886 0.515 232 0TMP00750 1831 5 1 0 0 0 47.3 -70.5 0 34 5.32 1.934 0.525 233 0TMP00751 1831 7 8 0 0 0 46.87 -71.18 0 30 2.65 1.886 0.515 234 0TMP00752 1831 7 14 0 0 0 47.6 -70.1 0 34 4.63 1.896 0.517 235 0TMP00753 1832 1 1 0 0 0 45 -64 0 38 2.65 1.886 0.515 236 0TMP00754 1832 1 22 23 30 0 44.69 -75.5 0 30 3.82 1.106 0.205 237 0TMP00756 1832 8 12 7 0 0 44.5 -64.5 0 30 4.3 1.107 0.206 238 0TMP00757 1833 2 4 0 0 0 42.3 -85.6 0 30 3.83 1.106 0.205 239 0TMP00758 1833 3 1 0 0 0 47.65 -70.17 0 38 2.65 1.886 0.515 240 0TMP00759 1833 4 1 0 0 0 47.65 -70.2 0 38 2.65 1.886 0.515 241 240TMP00760 1833 6 20 2 0 0 42.7 -78.38 0 30 2.6 1.18 0.263 242 0TMP00761 1833 8 27 11 0 0 37.7 -78 0 38 4.37 1.052 0.146 243 0TMP00762 1834 2 5 22 30 0 39.85 -76.14 0 30 3.7 1.107 0.206 244 0TMP00767 1834 11 20 19 40 0 38.65 -83.8 0 38 3.47 1.093 0.193 245 0TMP00773 1835 3 18 11 0 0 41 -73.66 0 38 2.47 1.205 0.279 246 0TMP00774 1835 9 5 22 30 0 38.38 -88.06 0 38 3.31 1.872 0.512 247 0TMP00776 1835 10 7 12 0 0 38.6 -90.38 0 38 2.65 1.886 0.515 248 0TMP00778 1836 4 7 0 0 0 35.97 -83.95 0 38 2.65 1.886 0.515 249 0TMP00781 1836 7 9 2 15 0 41.5 -81.7 0 30 2.65 1.886 0.515 250 0TMP00782 1836 7 15 20 30 0 41.49 -71.31 0 30 2.65 1.886 0.515 251 0TMP00784 1836 8 30 14 0 0 41.33 -72.15 0 30 2.63 1.154 0.245 252 0

B-12

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP00785 1837 1 15 7 0 0 42.5 -70.9 0 30 2.65 1.886 0.515 253 0TMP00786 1837 2 9 3 0 0 46.82 -71.22 0 30 3.31 1.872 0.512 254 0TMP00787 1837 4 12 0 0 0 41.7 -72.7 0 30 3.31 1.872 0.512 255 0TMP00789 1837 6 22 20 30 0 41.94 -71.62 0 30 2.6 1.159 0.248 256 0TMP00790 1838 6 9 14 45 0 38.5 -89 0 34 5.12 1.723 0.477 257 0TMP00791 1838 12 12 1 18 0 45.4 -66.2 0 38 2.78 1.153 0.244 258 0TMP00792 1839 9 5 0 0 0 38.6 -83.8 0 30 2.65 1.886 0.515 259 0TMP00793 1840 1 16 20 0 0 43 -75 0 30 4.1 1.371 0.363 260 0TMP00794 1840 1 30 9 0 0 38.636 -90.244 0 38 3.31 1.872 0.512 261 0TMP00795 1840 4 1 0 0 0 41.99 -70.74 0 30 2.65 1.886 0.515 262 0TMP00796 1840 4 8 0 0 0 41.12 -83.18 0 38 2.98 1.877 0.513 263 0TMP00798 1840 8 9 20 30 0 41.5 -72.9 0 30 3.68 1.057 0.152 264 0TMP00799 1840 9 10 0 0 0 43.2 -79.85 0 38 3.31 1.872 0.512 265 0TMP00800 1840 11 11 0 0 0 39.8 -75.2 0 30 2.81 1.173 0.258 266 0TMP00802 1841 1 25 5 30 0 40.79 -74.25 0 38 3.13 1.103 0.202 267 0TMP00803 1841 12 28 5 50 0 36.6 -89.2 0 30 4.13 1.091 0.191 268 0TMP00804 1842 3 28 5 0 0 36.6 -89.2 0 38 2.65 1.886 0.515 269 268TMP00805 1842 4 20 0 0 0 35.45 -94.35 0 34 3.98 1.877 0.513 270 0TMP00806 1842 5 7 15 0 0 30.77 -91.92 0 30 3.54 1.107 0.206 271 0TMP00807 1842 5 28 5 0 0 36.6 -89.2 0 30 2.65 1.886 0.515 272 268TMP00808 1842 11 4 6 30 0 36.9 -89.9 0 38 4.28 1.107 0.206 273 274TMP00809 1842 11 4 8 30 0 36.9 -89.9 0 38 4.31 1.107 0.206 274 0TMP00810 1842 11 9 0 0 0 46 -73.2 0 34 3.98 1.877 0.513 275 0TMP00811 1843 1 5 2 45 0 35.9 -89.9 0 28 6 1.074 0.173 276 0TMP00813 1843 2 9 16 20 0 35.5 -86.4 0 38 2.65 1.886 0.515 277 0TMP00816 1843 2 16 0 0 0 38.8 -90.3 0 30 2.65 1.886 0.515 278 0TMP00817 1843 2 17 5 30 0 36 -90 0 38 4.39 1.092 0.192 279 276TMP00818 1843 3 14 0 0 0 44.4 -72.5 0 30 2.65 1.886 0.515 280 0TMP00822 1843 6 19 23 0 0 40.1 -83.8 0 38 3.02 1.129 0.225 281 0TMP00824 1843 8 9 0 0 0 35.6 -87.1 0 30 3.58 1.091 0.191 282 0TMP00826 1843 10 17 7 50 0 42.16 -71.14 0 30 2.42 1.183 0.265 283 0TMP00828 1843 10 30 3 0 0 38.63 -83.78 0 38 2.98 1.877 0.513 284 0TMP00831 1844 7 19 22 30 0 36 -89.4 0 38 4.42 1.108 0.207 285 0TMP00832 1844 8 18 21 0 0 41.1 -73.25 0 30 2.65 1.886 0.515 286 0TMP00833 1844 9 19 22 0 0 42.94 -77.8 0 30 2.61 1.177 0.261 287 0TMP00834 1844 10 22 7 0 0 43.05 -78.33 0 30 3.4 1.114 0.212 288 0

B-13

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP00835 1844 11 1 0 0 0 45.5 -73.6 0 38 2.65 1.886 0.515 289 0TMP00836 1844 11 28 8 0 0 35.95 -83.82 0 30 4.41 1.39 0.371 290 0TMP00840 1845 2 3 4 0 0 41.93 -73.92 0 38 2.65 1.886 0.515 291 0TMP00842 1845 10 26 23 15 0 41.22 -73.67 0 38 3.79 1.048 0.14 292 0TMP00843 1845 11 1 0 0 0 43.6 -72.3 0 38 2.65 1.886 0.515 293 0TMP00844 1845 12 24 3 30 0 35.1 -90 0 38 3.31 1.872 0.512 294 0TMP00845 1845 12 24 3 30 0 35.5 -90.4 0 38 3.31 1.872 0.512 295 0TMP00850 1846 5 8 17 0 0 36.6 -89.5 0 38 4.21 1.129 0.225 296 0TMP00851 1846 5 30 18 30 0 42.7 -70.3 0 30 2.65 1.886 0.515 297 0TMP00853 1846 8 25 9 45 0 42.5 -70.8 0 30 3.97 1.106 0.205 298 0TMP00862 1847 1 1 0 0 0 43.8 -66.1 0 38 2.65 1.886 0.515 299 0TMP00866 1847 1 20 0 0 0 44.3 -68.3 0 30 2.62 1.38 0.367 300 0TMP00868 1847 2 2 0 0 0 44.2 -69.1 0 30 2.78 1.375 0.365 301 0TMP00876 1847 8 8 15 0 0 41.7 -70.1 0 34 3.88 1.052 0.145 302 0TMP00877 1847 9 2 0 0 0 40.2 -72 0 30 3.31 1.872 0.512 303 0TMP00881 1848 1 1 0 0 0 45 -63.5 0 38 2.65 1.886 0.515 304 0TMP00884 1848 4 6 11 0 0 39.5 -82.4 0 38 3.76 1.09 0.19 305 0TMP00886 1848 9 9 3 45 0 41.11 -73.85 0 38 4 1.048 0.14 306 0TMP00889 1849 1 24 0 0 0 36.6 -89.2 0 30 3.31 1.872 0.512 307 0TMP00892 1849 3 12 10 0 0 36.4 -89.4 0 38 4.26 1.107 0.206 308 0TMP00893 1849 3 12 17 0 0 36.4 -89.4 0 38 4.26 1.107 0.206 309 308TMP00895 1849 10 8 0 0 0 42.5 -71.4 0 30 2.62 1.38 0.367 310 0TMP00909 1850 3 30 15 0 0 35.4 -78 0 30 2.81 1.173 0.258 311 0TMP00910 1850 4 5 2 5 0 37 -88 0 30 4.26 1.107 0.206 312 0TMP00913 1850 10 1 10 25 0 41.5 -81.7 0 30 2.65 1.886 0.515 313 0TMP00915 1850 10 17 0 0 0 37.3 -78.4 0 30 2.65 1.886 0.515 314 0TMP00919 1851 1 4 4 30 0 44.6 -69.6 0 30 2.65 1.886 0.515 315 0TMP00921 1851 1 30 22 12 0 45 -67.1 0 38 3.15 1.115 0.213 316 0TMP00925 1851 7 2 16 49 0 36.7 -89.6 0 34 4.98 1.109 0.208 317 0TMP00926 1851 8 7 0 0 0 38.78 -90.12 0 38 2.65 1.886 0.515 318 0TMP00927 1851 8 11 1 55 0 35.6 -82.6 0 30 2.81 1.173 0.258 319 0TMP00931 1852 1 10 11 40 0 41.2 -71.4 0 30 2.65 1.886 0.515 320 0TMP00932 1852 1 23 20 0 0 34.9 -89.7 0 34 5.06 1.109 0.208 321 0TMP00933 1852 1 26 0 0 0 39.34 -82.99 0 38 2.65 1.886 0.515 322 0TMP00935 1852 2 16 6 0 0 39.33 -76.3 0 30 3.49 1.107 0.206 323 0TMP00936 1852 4 29 18 0 0 37.36 -80.68 0 34 5.21 1.175 0.26 324 0

B-14

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP00938 1852 5 7 22 0 0 29.73 -84.99 0 30 2.65 1.886 0.515 325 326TMP00939 1852 5 10 8 0 0 29.73 -84.99 0 30 3.31 1.872 0.512 326 0TMP00943 1852 8 3 3 29 0 47.5 -65.8 0 38 3.47 1.092 0.192 327 0TMP00947 1852 8 25 2 40 0 33.48 -82 0 30 3.25 1.12 0.218 328 0TMP00948 1852 9 15 0 0 0 41.63 -80.17 0 30 3.98 1.877 0.513 329 0TMP00951 1852 10 10 1 0 0 33 -83 0 38 2.98 1.877 0.513 330 0TMP00952 1852 11 2 23 35 0 37.6 -78.6 0 34 4.18 1.056 0.151 331 0TMP00953 1852 11 28 4 45 0 43 -70.9 0 30 3.52 1.058 0.154 332 0TMP00956 1853 3 12 7 0 0 43.7 -75.5 0 34 4.1 1.371 0.363 333 0TMP00957 1853 3 13 10 0 0 43.1 -79.4 0 38 3.31 1.872 0.512 334 0TMP00959 1853 5 2 14 20 0 38.47 -80.56 0 34 5.16 1.175 0.26 335 0TMP00960 1853 5 20 5 10 0 32.55 -81.77 0 30 4.54 1.39 0.371 336 0TMP00967 1853 7 17 10 30 0 43.5 -70.2 0 30 2.62 1.38 0.367 337 0TMP00972 1853 9 11 23 0 0 30.9 -89 0 38 4.01 1.106 0.205 338 0TMP00974 1853 11 27 0 0 0 43 -69 0 30 2.78 1.375 0.365 339 0TMP00975 1853 11 28 0 0 0 43 -71.9 0 30 2.65 1.886 0.515 340 0TMP00976 1853 11 28 4 45 0 43 -69 0 38 2.65 1.886 0.515 341 339TMP00977 1853 12 12 0 0 0 36.6 -89.2 0 30 3.97 1.091 0.191 342 0TMP00979 1854 1 11 2 0 0 39.4 -83.7 0 34 3.6 1.093 0.193 343 0TMP00983 1854 2 12 0 0 0 37.2 -83.8 0 30 2.32 1.9 0.518 344 0TMP00984 1854 2 13 0 0 0 37.2 -83.8 0 30 2.45 1.383 0.368 345 344TMP00985 1854 2 13 11 0 0 37.2 -83.8 0 38 2.65 1.886 0.515 346 344TMP00988 1854 2 28 0 0 0 37.6 -84 0 30 3.61 1.091 0.191 347 0TMP00989 1854 3 8 0 0 0 38.2 -85.2 0 30 2.65 1.886 0.515 348 0TMP00990 1854 3 20 6 15 0 32.82 -83.62 0 30 3.21 1.123 0.22 349 0TMP00992 1854 7 1 0 0 0 39.1 -84.5 0 38 2.98 1.877 0.513 350 0TMP00994 1854 10 24 3 0 0 42.9 -72.3 0 30 2.78 1.375 0.365 351 0TMP00997 1854 12 11 5 30 0 43 -70.8 0 30 3.31 1.053 0.147 352 0TMP01000 1855 1 16 23 0 0 44 -71 0 30 3.84 1.106 0.205 353 0TMP01002 1855 1 17 0 20 0 44 -71 0 30 2.65 1.886 0.515 354 353TMP01007 1855 2 2 8 0 0 37 -78.6 0 30 3.78 1.056 0.151 355 0TMP01009 1855 2 8 11 15 0 46 -64.5 0 34 4.9 1.27 0.316 356 0TMP01010 1855 2 10 11 0 0 46 -64.5 0 38 2.65 1.886 0.515 357 356TMP01011 1855 2 19 0 0 0 44.6 -69.6 0 30 2.62 1.38 0.367 358 0TMP01017 1855 4 5 3 5 0 38.75 -90.4 0 38 3.69 1.107 0.206 359 0TMP01020 1855 4 30 3 33 0 37 -89.2 0 38 2.65 1.886 0.515 360 0

B-15

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP01021 1855 5 3 3 33 0 37 -89.2 0 30 2.65 1.886 0.515 361 360TMP01023 1855 5 29 10 0 0 44.7 -71.6 0 30 2.65 1.886 0.515 362 0TMP01024 1855 6 1 0 0 0 44.7 -65.5 0 38 2.65 1.886 0.515 363 0TMP01025 1855 6 28 0 18 0 39.07 -76.58 0 30 3.75 1.106 0.205 364 0TMP01027 1855 9 24 6 0 0 42.08 -78.43 0 30 2.73 1.16 0.249 365 0TMP01028 1855 12 17 19 0 0 43.3 -73.7 0 30 2.65 1.886 0.515 366 0TMP01031 1856 1 5 12 0 0 44.69 -75.5 0 30 2.65 1.886 0.515 367 0TMP01032 1856 1 16 8 0 0 39.2 -78.2 0 30 2.65 1.886 0.515 368 0TMP01034 1856 3 13 3 0 0 41.4 -72.6 0 30 2.65 1.886 0.515 369 0TMP01040 1856 11 9 10 0 0 36.6 -89.5 0 38 3.96 1.091 0.191 370 0TMP01043 1857 1 1 0 0 0 38.642 -79.539 0 38 3.31 1.872 0.512 371 0TMP01044 1857 2 1 0 0 0 36.6 -89.5 0 38 2.65 1.886 0.515 372 370TMP01045 1857 2 10 23 30 0 40.08 -74.75 0 38 3.13 1.122 0.219 373 0TMP01046 1857 2 11 0 0 0 40.27 -74.52 0 38 2.83 1.148 0.24 374 0TMP01047 1857 2 27 20 30 0 42.22 -81.05 0 30 3.82 1.106 0.205 375 0TMP01049 1857 3 1 1 40 0 41.8 -80.6 0 30 3.11 1.373 0.364 376 0TMP01050 1857 3 1 22 45 0 33 -83.18 0 30 3.36 1.115 0.213 377 0TMP01052 1857 10 8 10 0 0 38.7 -89.2 0 34 5.13 1.27 0.316 378 0TMP01053 1857 10 23 20 15 0 42.74 -78.97 0 34 4.07 1.052 0.145 379 0TMP01054 1857 11 9 0 0 0 36.6 -89.2 0 38 2.65 1.886 0.515 380 0TMP01055 1857 12 8 20 0 0 46.7 -68 0 30 2.65 1.886 0.515 381 0TMP01058 1857 12 19 13 50 0 32.78 -80.73 0 30 3.85 1.08 0.179 382 0TMP01059 1857 12 23 18 30 0 44.1 -70.2 0 34 3.69 1.108 0.207 383 0TMP01060 1857 12 28 0 0 0 44.1 -70.2 0 30 2.65 1.886 0.515 384 383TMP01061 1858 1 1 7 0 0 42.9 -78.5 0 30 2.62 1.38 0.367 385 0TMP01065 1858 3 3 14 0 0 43.65 -70.28 0 30 2.62 1.38 0.367 386 0TMP01068 1858 4 10 11 30 0 41.7 -81.3 0 30 2.65 1.886 0.515 387 0TMP01071 1858 5 17 20 0 0 45.5 -72.1 0 38 2.65 1.886 0.515 388 0TMP01072 1858 6 12 0 0 0 36.998 -89.178 0 38 2.32 1.9 0.518 389 0TMP01073 1858 6 27 0 0 0 41.4 -72.8 0 41 2.92 1.088 0.188 390 0TMP01074 1858 7 1 3 45 0 41.3 -73 0 30 3.34 1.099 0.199 391 390TMP01075 1858 7 3 0 0 0 42.5 -96.3 0 38 2.65 1.886 0.515 392 0TMP01078 1858 9 21 0 0 0 36.5 -89.2 0 30 3.98 1.877 0.513 393 0TMP01080 1859 1 10 4 0 0 41.49 -71.31 0 30 2.65 1.886 0.515 394 0TMP01081 1859 3 22 0 0 0 37.1 -81.5 0 30 2.62 1.38 0.367 395 0TMP01087 1859 10 26 6 15 0 45.2 -67.2 0 38 3.69 1.052 0.145 396 0

B-16

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP01088 1860 1 1 0 0 0 46 -94.8 0 30 4.43 1.371 0.363 397 0TMP01089 1860 1 19 23 0 0 33.68 -80.57 0 30 4.21 1.092 0.192 398 0TMP01092 1860 3 17 2 30 0 42.2 -70.5 0 30 3.27 1.371 0.363 399 0TMP01093 1860 3 17 3 15 0 42.2 -70.5 0 30 3.27 1.371 0.363 400 399TMP01095 1860 8 7 15 30 0 37.5 -87.5 0 30 4.19 1.052 0.145 401 0TMP01099 1860 10 17 11 15 0 47.5 -70.1 0 34 6.08 1.723 0.477 402 0TMP01100 1860 10 22 5 0 0 34.13 -82.64 0 30 2.99 1.123 0.22 403 0TMP01102 1860 12 16 16 30 0 44.4 -69.6 0 38 3.31 1.872 0.512 404 0TMP01105 1861 1 3 16 30 0 35.09 -83.36 0 30 4.23 1.107 0.206 405 0TMP01107 1861 1 20 0 0 0 40.042 -76.301 0 38 3.31 1.872 0.512 406 0TMP01108 1861 1 25 20 45 0 44.7 -67.5 0 38 3.18 1.096 0.196 407 0TMP01112 1861 7 12 2 0 0 45.4 -75.4 0 34 4.71 1.723 0.477 408 0TMP01114 1861 8 31 5 0 0 35.91 -82.82 0 30 5.63 1.175 0.26 409 0TMP01115 1861 10 1 14 3 0 45.6 -73.7 0 38 3.31 1.872 0.512 410 0TMP01116 1861 10 23 12 13 0 45.2 -67.3 0 38 2.65 1.886 0.515 411 0TMP01117 1861 12 23 0 0 0 42.09 -87.98 0 38 2.98 1.877 0.513 412 0TMP01119 1862 2 2 19 0 0 41.43 -72.47 0 30 3.03 1.128 0.224 413 0TMP01122 1862 6 6 16 30 0 37 -89.2 0 34 4.89 1.108 0.207 414 0TMP01123 1862 9 28 14 20 0 35.1 -90 0 38 3.91 1.106 0.205 415 0TMP01124 1862 10 3 10 0 0 35.1 -88.55 0 38 3.72 1.106 0.205 416 0TMP01125 1862 11 30 14 40 0 35.8 -89.2 0 38 4.43 1.108 0.207 417 0TMP01127 1862 12 10 20 52 0 37.57 -77.45 0 30 2.65 1.886 0.515 418 0TMP01129 1863 3 16 21 1 0 47.1 -65.5 0 38 3.62 1.107 0.206 419 0TMP01131 1863 5 25 0 0 0 36.76 -89.1 0 38 2.32 1.9 0.518 420 0TMP01132 1863 6 9 21 30 0 44.5 -73 0 30 2.65 1.886 0.515 421 0TMP01134 1863 8 29 2 0 0 38.6 -90.3 0 38 2.65 1.886 0.515 422 0TMP01139 1864 4 20 18 15 0 46.9 -71.2 0 34 3.98 1.877 0.513 423 0TMP01141 1864 6 27 22 30 0 46.5 -53.7 0 38 3.31 1.872 0.512 424 0TMP01142 1864 7 28 23 0 0 46.5 -53.7 0 38 3.31 1.872 0.512 425 424TMP01143 1864 10 21 9 10 0 45.5 -73.6 0 38 2.65 1.886 0.515 426 0TMP01144 1864 12 24 7 0 0 35.12 -77.079 0 38 2.98 1.877 0.513 427 0TMP01146 1865 1 25 0 0 0 40.763 -82.527 0 34 3.98 1.877 0.513 428 0TMP01147 1865 1 29 4 0 0 42.89 -78.88 0 30 2.65 1.886 0.515 429 0TMP01148 1865 5 29 11 0 0 38.5 -89.4 0 34 4.36 1.107 0.206 430 0TMP01149 1865 8 17 15 0 0 36.5 -89.5 0 28 5.21 1.27 0.316 431 0TMP01150 1865 9 7 14 15 0 36.6 -89.5 0 30 2.32 1.9 0.518 432 431

B-17

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP01155 1866 5 25 0 0 0 36.04 -89.38 0 38 2.32 1.9 0.518 433 0TMP01156 1866 9 3 5 0 0 39 -76.89 0 30 3.09 1.124 0.221 434 0TMP01157 1866 10 13 16 0 0 35.1 -90 0 38 2.65 1.886 0.515 435 0TMP01158 1866 11 9 16 10 0 46.8 -71.2 0 38 2.65 1.886 0.515 436 0TMP01159 1867 1 7 18 0 0 42.97 -77.75 0 30 2.6 1.159 0.248 437 0TMP01162 1867 2 25 3 0 0 33.85 -89.9 0 30 3.77 1.106 0.205 438 0TMP01164 1867 4 24 20 22 0 39.2 -96.3 0 34 5.08 1.058 0.153 439 0TMP01165 1867 4 28 0 0 0 40.7 -95.8 0 30 2.65 1.886 0.515 440 0TMP01166 1867 5 16 15 0 0 37 -89.2 0 38 2.65 1.886 0.515 441 0TMP01168 1867 8 12 3 32 0 46 -64.6 0 38 3.29 1.11 0.209 442 0TMP01170 1867 10 14 12 0 0 42.88 -76.16 0 30 2.72 1.144 0.237 443 0TMP01171 1867 12 18 8 0 0 44.65 -75.15 0 34 4.4 1.052 0.146 444 0TMP01172 1868 1 15 0 0 0 45.15 -67.2 0 30 4.33 1.108 0.207 445 0TMP01174 1868 2 22 11 0 0 36.78 -81.75 0 30 3.05 1.126 0.223 446 0TMP01175 1868 2 26 0 0 0 45.51 -73.54 0 30 2.65 1.886 0.515 447 0TMP01179 1868 8 1 0 0 0 37.75 -89 0 38 2.32 1.9 0.518 448 0TMP01180 1868 8 7 2 0 0 41.09 -73.59 0 38 3.34 1.116 0.214 449 0TMP01181 1868 10 11 0 0 0 36.91 -80.32 0 38 3.31 1.872 0.512 450 0TMP01182 1868 11 15 22 0 0 40.62 -74.19 0 38 2.5 1.171 0.257 451 0TMP01184 1868 11 28 19 0 0 31.31 -92.46 0 30 2.65 1.886 0.515 452 0TMP01185 1869 1 1 0 0 0 32.9 -80 0 30 2.65 1.886 0.515 453 0TMP01187 1869 1 16 6 49 0 45.3 -66.1 0 38 2.65 1.886 0.515 454 0TMP01189 1869 2 17 0 0 0 34.53 -90.6 0 38 2.98 1.877 0.513 455 0TMP01190 1869 2 20 0 0 0 38.1 -84.5 0 30 3.27 1.371 0.363 456 0TMP01191 1869 3 30 6 45 0 38.14 -78.19 0 38 3.31 1.872 0.512 457 0TMP01198 1869 5 27 0 0 0 32.837 -83.657 0 38 2.65 1.886 0.515 458 0TMP01199 1869 6 1 0 0 0 39.634 -84.927 0 38 3.31 1.872 0.512 459 0TMP01200 1869 7 2 8 9 0 36 -89.4 0 34 5.08 1.109 0.208 460 0TMP01201 1869 7 26 8 0 0 36 -89.4 0 38 4.63 1.108 0.207 461 460TMP01202 1869 8 17 0 0 0 41.56 -90.6 0 38 2.32 1.9 0.518 462 0TMP01203 1869 9 5 21 0 0 36.02 -83.42 0 30 2.65 1.886 0.515 463 0TMP01204 1869 10 22 9 55 0 45 -67.2 0 34 5.47 1.27 0.316 464 0TMP01207 1869 12 1 0 0 0 47.5 -70.5 0 38 3.44 1.371 0.363 465 0TMP01208 1869 12 6 6 40 0 35.2 -93.45 0 38 3.41 1.109 0.208 466 0TMP01210 1869 12 16 0 0 0 41.75 -77.55 0 38 2.65 1.886 0.515 467 0TMP01211 1869 12 21 8 0 0 35.106 -90.007 0 38 2.65 1.886 0.515 468 0

B-18

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP01212 1870 1 9 5 0 0 31.14 -92.29 0 30 4.05 1.106 0.205 469 0TMP01214 1870 2 8 0 0 0 44.1 -69.8 0 34 3.61 1.373 0.364 470 0TMP01216 1870 3 17 11 0 0 45.5 -66.5 0 38 2.65 1.886 0.515 471 0TMP01217 1870 5 11 15 15 0 33.8 -93.13 0 34 4.45 1.107 0.206 472 0TMP01218 1870 6 1 0 0 0 34.12 -93.07 0 38 2.32 1.9 0.518 473 0TMP01219 1870 10 20 16 30 0 47.4 -70.5 0 30 6.55 1.723 0.477 474 0TMP01221 1870 10 26 0 0 0 47.4 -70.5 0 38 2.65 1.886 0.515 475 474TMP01222 1870 11 1 21 55 0 42 -80 0 38 3.31 1.872 0.512 476 0TMP01224 1870 12 4 12 0 0 38.5 -104 0 34 4.4 1.107 0.206 477 0TMP01225 1870 12 14 0 0 0 36.6 -89.2 0 30 2.32 1.9 0.518 478 0TMP01226 1870 12 14 3 0 0 40.25 -74.78 0 38 2.3 1.205 0.279 479 0TMP01227 1870 12 26 18 30 0 47.4 -70.4 0 38 2.65 1.886 0.515 480 474TMP01228 1871 1 3 0 0 0 45.6 -74.6 0 38 3.31 1.872 0.512 481 0TMP01229 1871 1 9 0 0 0 47.5 -70.1 0 38 3.31 1.872 0.512 482 474TMP01231 1871 1 29 8 30 0 34.1 -93.05 0 38 2.62 1.38 0.367 483 0TMP01232 1871 2 1 0 0 0 39.05 -82.63 0 38 2.32 1.9 0.518 484 0TMP01233 1871 2 16 0 0 0 47.5 -70.4 0 38 2.65 1.886 0.515 485 474TMP01236 1871 4 16 5 0 0 34.3 -78 0 30 2.81 1.173 0.258 486 0TMP01238 1871 5 20 0 0 0 33.457 -81.995 0 38 2.65 1.886 0.515 487 0TMP01239 1871 5 20 7 0 0 46.8 -71.2 0 38 2.65 1.886 0.515 488 0TMP01241 1871 5 21 1 30 0 45 -78 0 30 4.4 1.108 0.207 489 0TMP01244 1871 6 19 3 0 0 40.55 -73.86 0 38 3.56 1.092 0.192 490 0TMP01248 1871 7 25 6 40 0 38.5 -90 0 30 3.06 1.119 0.217 491 0TMP01249 1871 7 25 18 40 0 38.5 -90 0 30 3.07 1.119 0.217 492 491TMP01250 1871 10 9 14 40 0 39.7 -75.5 0 30 3.42 1.126 0.223 493 0TMP01251 1871 10 10 5 8 0 39.6 -75.5 0 38 2.65 1.886 0.515 494 493TMP01254 1871 10 19 16 40 0 44.31 -69.78 0 30 3 1.13 0.226 495 0TMP01256 1872 1 9 0 54 0 47.5 -70.5 0 34 4.63 1.723 0.477 496 474TMP01258 1872 2 8 10 0 0 36 -89.4 0 38 4.17 1.092 0.192 497 0TMP01262 1872 3 2 4 30 0 32.024 -81.132 0 38 2.32 1.9 0.518 498 0TMP01264 1872 4 16 2 30 0 32.36 -88.7 0 30 3.89 1.106 0.205 499 0TMP01265 1872 4 20 7 0 0 35.35 -90.05 0 38 2.97 1.106 0.205 500 0TMP01266 1872 6 5 3 0 0 37.7 -78 0 30 3.66 1.106 0.205 501 0TMP01267 1872 6 17 14 30 0 33.06 -83.22 0 30 3.13 1.109 0.208 502 0TMP01269 1872 7 9 2 30 0 39.8 -93.5 0 30 2.65 1.886 0.515 503 0TMP01270 1872 7 11 10 25 0 40.9 -73.8 0 38 3.04 1.067 0.165 504 0

B-19

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP01273 1872 10 9 16 0 0 42.7 -97 0 30 3.52 1.109 0.208 505 0TMP01275 1872 11 18 19 0 0 43.2 -71.6 0 30 3.4 1.056 0.151 506 0TMP01276 1872 12 7 12 0 0 36.71 -81.97 0 38 2.32 1.9 0.518 507 0TMP01277 1873 1 4 23 40 0 39.96 -83 0 30 2.65 1.886 0.515 508 0TMP01280 1873 2 22 12 12 0 45 -67.1 0 38 3.1 1.117 0.215 509 0TMP01285 1873 4 23 4 14 0 39.7 -84.2 0 30 2.71 1.238 0.299 510 0TMP01286 1873 4 25 19 0 0 44.8 -74.2 0 38 3.31 1.872 0.512 511 0TMP01287 1873 4 30 0 0 0 43.3 -79.9 0 38 2.65 1.886 0.515 512 0TMP01288 1873 4 30 0 0 0 45 -74.7 0 38 2.65 1.886 0.515 513 0TMP01289 1873 5 1 4 30 0 30.2 -97.7 0 30 2.45 1.383 0.368 514 0TMP01290 1873 5 3 21 0 0 36 -89.6 0 30 3.72 1.106 0.205 515 0TMP01291 1873 7 6 14 30 0 42.69 -78.94 0 30 3.97 1.106 0.205 516 0TMP01296 1873 8 6 0 0 0 42.69 -78.94 0 38 3.31 1.872 0.512 517 516TMP01299 1873 9 30 11 50 0 45.5 -73.2 0 38 2.65 1.886 0.515 518 0TMP01300 1873 9 30 11 50 0 46.5 -76 0 38 2.65 1.886 0.515 519 0TMP01301 1873 10 3 12 45 0 37.2 -78.2 0 30 3.56 1.107 0.206 520 0TMP01302 1873 10 4 0 0 0 33 -83.9 0 30 3.19 1.118 0.216 521 0TMP01311 1874 1 6 0 0 0 43.6 -71.2 0 30 2.31 1.388 0.37 522 0TMP01312 1874 1 25 17 0 0 42.6 -71.4 0 30 2.31 1.388 0.37 523 0TMP01314 1874 1 26 7 0 0 43 -71.5 0 30 2.65 1.886 0.515 524 0TMP01318 1874 2 10 0 0 0 35.7 -82.1 0 30 2.81 1.173 0.258 525 0TMP01320 1874 2 22 0 0 0 35.7 -82.1 0 30 2.65 1.886 0.515 526 525TMP01321 1874 2 28 3 40 0 45.18 -67.28 0 30 3.65 1.091 0.191 527 0TMP01322 1874 3 1 0 0 0 35.929 -86.842 0 34 4.3 1.886 0.515 528 0TMP01324 1874 3 17 0 0 0 35.7 -82.1 0 30 2.65 1.886 0.515 529 525TMP01326 1874 3 26 0 0 0 35.7 -82.1 0 30 2.65 1.886 0.515 530 525TMP01327 1874 4 14 0 0 0 35.7 -82.1 0 30 2.65 1.886 0.515 531 525TMP01328 1874 4 17 0 0 0 35.7 -82.1 0 30 2.65 1.886 0.515 532 525TMP01329 1874 5 14 20 30 0 37.2 -77.35 0 38 3.31 1.872 0.512 533 0TMP01330 1874 7 9 22 0 0 37 -89.2 0 30 2.32 1.9 0.518 534 0TMP01331 1874 7 31 9 0 0 48.6 -69.1 0 38 2.65 1.886 0.515 535 0TMP39308 1874 7 31 9 0 0 46.7 -71.9 0 38 2.65 1.886 0.515 536 0TMP01332 1874 8 3 0 0 0 48.6 -69.1 0 38 2.65 1.886 0.515 537 535TMP39309 1874 8 3 0 0 0 46.7 -71.9 0 38 2.65 1.886 0.515 538 536TMP01333 1874 11 24 0 0 0 42.7 -70.9 0 30 2.96 1.134 0.229 539 0TMP01334 1874 12 11 3 25 0 41.06 -73.87 0 38 3.56 1.055 0.149 540 0

B-20

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP01336 1875 1 28 0 0 0 35.5 -94.4 0 38 2.65 1.886 0.515 541 0TMP01340 1875 4 10 0 0 0 35.29 -82.51 0 30 3.35 1.111 0.21 542 0TMP01344 1875 6 18 13 43 0 40.2 -84 0 30 4.6 1.27 0.316 543 0TMP01345 1875 7 28 9 10 0 41.9 -73 0 30 3.4 1.061 0.157 544 0TMP01348 1875 10 7 0 0 0 36.1 -89.6 0 30 3.63 1.091 0.191 545 0TMP01350 1875 10 28 1 30 0 34.75 -90.15 0 38 3.92 1.106 0.205 546 0TMP01354 1875 11 1 22 30 0 33.49 -82.9 0 30 4.3 1.052 0.145 547 0TMP01355 1875 11 8 10 40 0 39 -95.7 0 30 3.73 1.106 0.205 548 0TMP01356 1875 11 12 7 0 0 36 -84 0 30 2.45 1.383 0.368 549 0TMP01358 1875 12 1 9 0 0 42.9 -72.3 0 30 2.62 1.38 0.367 550 0TMP01362 1875 12 23 4 45 0 37.6 -78.5 0 34 4.77 1.27 0.316 551 0TMP01374 1876 3 19 12 0 0 34.769 -84.976 0 38 2.32 1.9 0.518 552 0TMP01376 1876 5 22 21 30 0 41.29 -89.51 0 38 3.31 1.872 0.512 553 0TMP01377 1876 6 1 0 0 0 40.4 -84.2 0 30 3.27 1.371 0.363 554 0TMP01378 1876 8 17 5 25 0 44.1 -99.6 0 30 2.65 1.886 0.515 555 0TMP01379 1876 8 24 23 0 0 32.837 -83.657 0 38 2.98 1.877 0.513 556 0TMP01380 1876 9 22 4 30 0 41.5 -71.3 0 30 3.42 1.06 0.156 557 0TMP01381 1876 9 25 6 0 0 38.5 -87 0 34 4.38 1.107 0.206 558 0TMP01382 1876 9 25 6 15 0 38.5 -87 0 34 4.49 1.092 0.192 559 558TMP01386 1876 11 20 16 57 0 44.8 -67.2 0 38 2.81 1.106 0.205 560 0TMP01388 1876 12 12 0 0 0 32.9 -80 0 30 2.62 1.38 0.367 561 0TMP01390 1876 12 23 4 45 0 37.4 -77.5 0 30 2.65 1.886 0.515 562 0TMP01391 1876 12 23 8 0 0 37.4 -77.5 0 30 2.65 1.886 0.515 563 562TMP01392 1877 1 23 21 0 0 38.8 -83.5 0 30 3.05 1.119 0.217 564 0TMP01394 1877 3 20 6 0 0 44.9 -72.41 0 30 2.65 1.886 0.515 565 0TMP01400 1877 5 11 15 2 0 42.8 -73.7 0 41 2.31 1.388 0.37 566 0TMP01402 1877 5 25 0 0 0 36 -84 0 30 2.45 1.383 0.368 567 0TMP01403 1877 5 26 21 0 0 38.2 -87.9 0 30 2.32 1.9 0.518 568 0TMP01405 1877 7 15 0 40 0 36.8 -89.7 0 30 3.78 1.091 0.191 569 0TMP01407 1877 7 17 0 0 0 38.22 -85.74 0 38 2.65 1.886 0.515 570 0TMP01409 1877 8 17 16 50 0 42.3 -83.3 0 30 3.13 1.097 0.197 571 0TMP01413 1877 9 10 14 59 0 40.3 -74.9 0 38 3.16 1.062 0.158 572 0TMP01414 1877 10 9 1 0 0 35.3 -82.5 13 38 3.03 1.128 0.224 573 0TMP01416 1877 11 4 6 56 0 45.2 -73.9 0 34 4.71 1.27 0.316 574 0TMP01419 1877 11 15 17 45 0 41 -97 0 34 5.5 1.27 0.316 575 0TMP01420 1877 11 16 7 38 0 35.5 -84 0 30 3.48 1.055 0.149 576 0

B-21

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP01425 1877 12 18 10 0 0 45.7 -76.85 0 38 3.31 1.872 0.512 577 0TMP01426 1878 1 9 4 30 0 37 -89.2 0 30 2.45 1.383 0.368 578 0TMP01429 1878 3 12 10 0 0 36.8 -89.1 0 34 3.98 1.09 0.19 579 0TMP01430 1878 4 15 0 0 0 47.1 -104.7 0 38 2.65 1.886 0.515 580 0TMP01431 1878 5 18 0 0 0 35.5 -82.2 0 34 4.63 1.896 0.517 581 0TMP01432 1878 6 14 0 0 0 36.5 -104.9 0 38 3.29 1.378 0.366 582 0TMP01433 1878 10 4 7 30 0 41.5 -74 0 38 3.26 1.064 0.161 583 0TMP39906 1878 11 19 5 52 0 35.5 -90.7 0 34 4.75 1.052 0.146 584 0TMP01437 1878 12 29 2 32 0 42.7 -74.3 0 30 2.72 1.144 0.237 585 0TMP01439 1879 1 13 4 45 0 29.5 -82 0 34 4.01 1.056 0.151 586 0TMP01440 1879 3 1 0 0 0 39.6 -99.1 0 30 2.98 1.877 0.513 587 0TMP01441 1879 3 26 0 30 0 39.2 -75.5 0 30 3.2 1.124 0.221 588 0TMP01445 1879 6 11 0 0 0 45.6 -73.6 0 38 2.65 1.886 0.515 589 0TMP01447 1879 8 21 8 0 0 43.2 -79.2 0 38 3.23 1.116 0.214 590 0TMP01449 1879 9 26 3 10 0 35.3 -90.3 0 30 3.3 1.093 0.193 591 0TMP01451 1879 10 26 2 30 0 43 -71.5 0 30 2.65 1.886 0.515 592 0TMP01452 1879 10 26 20 0 0 34.37 -81.08 0 30 2.94 1.104 0.203 593 0TMP01456 1879 12 13 7 0 0 35.2 -80.8 0 30 2.84 1.145 0.238 594 0TMP01457 1879 12 29 6 30 0 42.9 -97.3 0 30 3.31 1.872 0.512 595 0TMP01458 1880 1 28 0 0 0 35.7 -82.1 0 38 2.62 1.38 0.367 596 0TMP01463 1880 3 19 0 0 0 39.85 -77.75 0 38 3.31 1.872 0.512 597 0TMP01467 1880 5 12 12 45 0 42.7 -71 0 30 3.31 1.058 0.154 598 0TMP01468 1880 5 31 0 0 0 45.2 -75.3 0 38 2.65 1.886 0.515 599 0TMP01471 1880 7 14 2 30 0 35.3 -90.3 0 30 3.67 1.106 0.205 600 0TMP01473 1880 7 20 0 0 0 43 -71.5 0 30 2.62 1.38 0.367 601 0TMP01480 1880 9 6 5 30 0 45.2 -73.8 0 38 2.65 1.886 0.515 602 0TMP01482 1880 9 15 21 45 0 40.85 -74.55 0 38 2.32 1.9 0.518 603 0TMP01487 1880 11 28 13 30 0 47.45 -70.5 0 38 2.65 1.886 0.515 604 0TMP01489 1880 12 28 7 15 0 49 -97.2 0 30 2.32 1.9 0.518 605 0TMP01491 1881 1 21 2 40 0 44 -70 0 30 3.32 1.112 0.211 606 0TMP01493 1881 2 3 2 0 0 41.62 -74.15 0 38 3.46 1.111 0.21 607 0TMP01495 1881 2 4 0 0 0 43.03 -70.87 0 30 2.3 1.205 0.279 608 0TMP01502 1881 4 20 0 0 0 41.6 -85.8 0 30 2.65 1.886 0.515 609 0TMP01508 1881 5 27 0 0 0 41.3 -89.1 0 34 4.44 1.107 0.206 610 0TMP01510 1881 6 19 8 25 0 42.8 -70.9 0 41 2.37 1.178 0.262 611 0TMP01516 1881 9 18 4 0 0 33.379 -84.788 0 34 3.98 1.877 0.513 612 0

B-22

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP01518 1881 10 1 6 40 0 47.6 -70.2 0 38 2.65 1.886 0.515 613 0TMP01519 1881 10 6 5 3 0 43.2 -71.6 0 30 2.62 1.38 0.367 614 0TMP01520 1881 10 7 16 52 0 35.1 -90 0 30 2.65 1.886 0.515 615 0TMP01524 1882 1 8 22 10 0 34.6 -76.5 0 30 2.64 1.173 0.258 616 0TMP01525 1882 2 9 20 0 0 40.4 -84.2 0 30 2.92 1.154 0.245 617 0TMP01530 1882 4 17 19 0 0 43.2 -71.7 0 30 2.78 1.375 0.365 618 0TMP01534 1882 7 20 10 0 0 36.9 -89.2 0 30 3.31 1.872 0.512 619 0TMP01535 1882 7 28 0 0 0 37.6 -90.6 0 30 3.48 1.091 0.191 620 0TMP01537 1882 8 15 15 30 0 49.3 -67.4 0 38 2.65 1.886 0.515 621 0TMP01540 1882 9 27 10 20 0 38.7 -89.5 0 34 4.25 1.107 0.206 622 0TMP01542 1882 10 15 5 50 0 39 -89.5 0 30 3.91 1.056 0.151 623 0TMP01543 1882 10 15 6 30 0 39 -89.5 0 38 3.31 1.872 0.512 624 623TMP01544 1882 10 15 10 35 0 39 -89.5 0 30 3.91 1.056 0.151 625 623TMP01547 1882 10 22 22 15 0 33.6 -95.6 0 34 5.58 1.27 0.316 626 0TMP01548 1882 10 23 12 0 0 35.1 -77 0 30 2.73 1.16 0.249 627 0TMP01549 1882 11 8 1 30 0 40.5 -105.5 0 34 4.41 1.052 0.146 628 0TMP01553 1882 11 27 23 30 0 43 -79.25 0 38 2.65 1.886 0.515 629 0TMP01555 1882 12 19 22 24 0 43.2 -71.4 0 38 3.41 1.061 0.157 630 0TMP01556 1883 1 1 2 23 0 44 -67 0 38 4.49 1.057 0.152 631 0TMP01559 1883 1 1 7 58 0 44.6 -67.7 0 30 2.65 1.886 0.515 632 0TMP01561 1883 1 6 7 30 0 41.35 -82.1 0 34 4.63 1.896 0.517 633 0TMP01567 1883 1 11 7 12 0 37 -88.5 0 34 4.47 1.052 0.146 634 0TMP01568 1883 2 4 11 0 0 42.3 -85.6 0 30 4.73 1.108 0.207 635 0TMP39313 1883 2 4 11 0 0 40.5 -89 0 34 4.52 1.108 0.207 636 0TMP01569 1883 2 4 20 5 0 43.6 -71.2 0 30 2.65 1.886 0.515 637 0TMP01571 1883 2 28 3 30 0 41.5 -71.3 0 30 3.54 1.109 0.208 638 0TMP01573 1883 3 11 23 57 0 39.5 -76.4 0 30 3.07 1.125 0.222 639 0TMP01574 1883 3 12 0 0 0 45.1 -74.5 0 38 2.65 1.886 0.515 640 0TMP01575 1883 3 12 6 0 0 39.5 -76.4 0 30 2.89 1.111 0.21 641 639TMP01578 1883 4 12 8 30 0 37 -89.2 0 30 4.43 1.371 0.363 642 0TMP01579 1883 5 23 4 30 0 38.4 -82.6 0 30 2.65 1.886 0.515 643 0TMP39421 1883 5 23 4 30 0 38.4 -82.6 0 38 2.65 1.886 0.515 644 643TMP01580 1883 6 11 18 16 0 35.1 -90 0 30 3.98 1.877 0.513 645 0TMP01582 1883 7 14 7 30 0 37 -89.1 0 30 3.75 1.09 0.19 646 642TMP01583 1883 7 16 17 30 0 35.58 -80.81 0 38 2.98 1.877 0.513 647 0TMP01584 1883 9 1 0 0 0 46.6 -66.1 0 38 2.65 1.886 0.515 648 0

B-23

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP01585 1883 9 21 11 45 0 36.1 -79.8 0 30 2.81 1.173 0.258 649 0TMP01589 1883 11 15 3 14 0 38.7 -90.2 0 30 2.65 1.886 0.515 650 0TMP01591 1883 12 5 15 20 0 35.7 -91.2 0 38 4.21 1.052 0.146 651 0TMP01595 1884 1 18 7 0 0 43.2 -71.7 0 30 2.65 1.886 0.515 652 0TMP01597 1884 1 18 8 0 0 34.59 -77.59 0 30 3.72 1.091 0.191 653 0TMP01602 1884 3 17 20 0 0 41.1 -100.7 0 30 2.65 1.886 0.515 654 0TMP01603 1884 3 18 16 45 0 47.8 -53.3 0 30 3.31 1.872 0.512 655 0TMP01604 1884 3 21 4 30 0 32.8 -83.05 0 30 3.54 1.109 0.208 656 0TMP01605 1884 3 23 4 36 0 45.1 -67.2 0 38 2.83 1.134 0.229 657 0TMP01609 1884 4 1 0 0 0 35.65 -80.45 0 38 2.32 1.9 0.518 658 0TMP01611 1884 5 31 0 0 0 40.6 -75.5 0 38 2.81 1.173 0.258 659 0TMP01613 1884 7 1 0 0 0 35.7 -82.5 0 38 2.62 1.38 0.367 660 0TMP01615 1884 8 10 19 5 0 40.51 -73.83 0 34 4.79 1.27 0.316 661 0TMP01616 1884 8 10 19 17 0 40.35 -74.07 0 38 2.32 1.9 0.518 662 661TMP01617 1884 8 11 0 0 0 40.6 -74 0 30 3.4 1.114 0.212 663 661TMP01618 1884 8 11 6 0 0 42.78 -71.07 0 30 2.96 1.134 0.229 664 0TMP01619 1884 8 11 14 0 0 40.35 -74.07 0 38 2.32 1.9 0.518 665 661TMP01620 1884 8 11 17 30 0 40.59 -73.84 0 38 3.31 1.872 0.512 666 661TMP01622 1884 8 24 19 45 0 36.07 -83.83 0 30 3.29 1.114 0.212 667 0TMP01623 1884 8 25 0 45 0 36 -84 0 38 2.78 1.375 0.365 668 667TMP01625 1884 9 19 20 14 0 40.7 -84.1 0 30 4.69 1.049 0.141 669 0TMP01631 1884 11 12 19 50 0 43.28 -71.82 0 30 3.23 1.116 0.214 670 672TMP01633 1884 11 20 0 0 0 38.63 -83.78 0 38 2.65 1.886 0.515 671 0TMP01636 1884 11 23 5 30 0 43.2 -71.7 0 30 3.69 1.057 0.152 672 0TMP01637 1884 11 30 5 0 0 35.5 -89.7 0 30 3.5 1.108 0.207 673 0TMP01639 1884 12 17 7 0 0 43.7 -71.5 0 30 2.62 1.38 0.367 674 0TMP01641 1885 1 3 2 12 0 39.2 -77.5 0 30 3.69 1.057 0.152 675 0TMP01643 1885 1 4 11 6 0 41.13 -73.85 0 38 3.13 1.098 0.198 676 0TMP01645 1885 1 18 10 30 0 41.16 -81.6 0 30 3.36 1.093 0.193 677 0TMP01648 1885 2 2 12 10 0 36.9 -81.1 0 30 2.65 1.886 0.515 678 0TMP01652 1885 3 9 1 0 0 40 -76.3 0 38 2.65 1.886 0.515 679 0TMP01661 1885 6 1 15 0 0 45.1 -66.1 0 38 2.65 1.886 0.515 680 0TMP01663 1885 8 6 9 0 0 36.12 -81.83 0 30 3.15 1.069 0.167 681 0TMP01668 1885 10 10 4 35 0 37.7 -78.8 0 30 4.11 1.056 0.151 682 0TMP01669 1885 10 17 18 20 0 33.17 -82.71 0 30 3.55 1.107 0.206 683 0TMP01673 1886 1 6 0 10 0 42.9 -71.5 0 30 2.65 1.886 0.515 684 0

B-24

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP01674 1886 1 6 3 0 0 42.9 -76.9 0 30 2.56 1.187 0.268 685 0TMP01677 1886 1 17 22 14 0 42.8 -71.4 0 30 2.65 1.886 0.515 686 684TMP01679 1886 1 25 0 4 0 41.6 -73.8 0 38 2.65 1.886 0.515 687 0TMP01681 1886 2 5 1 0 0 32.8 -88 0 30 3.41 1.06 0.156 688 0TMP01682 1886 2 5 2 0 0 35.93 -81.52 0 30 3.41 1.059 0.155 689 0TMP01684 1886 2 13 6 0 0 32.34 -88.05 0 30 3.3 1.118 0.216 690 0TMP01686 1886 3 1 0 0 0 34.17 -82.02 0 38 2.46 1.176 0.26 691 0TMP01687 1886 3 1 16 0 0 39 -85.5 0 30 2.71 1.238 0.299 692 0TMP01688 1886 3 18 5 59 0 37 -89.2 0 30 4.03 1.106 0.205 693 0TMP39316 1886 3 18 17 15 0 37 -89.2 0 38 2.65 1.886 0.515 694 693TMP39317 1886 4 23 6 0 0 43.09 -76.32 0 30 2.7 1.164 0.252 695 0TMP01690 1886 5 1 0 0 0 34.17 -82.02 0 38 2.63 1.174 0.259 696 0TMP01691 1886 5 3 3 0 0 39.36 -82.24 0 30 3.45 1.057 0.152 697 0TMP01694 1886 5 18 19 30 0 49.3 -67.4 0 38 2.65 1.886 0.515 698 0TMP01696 1886 6 1 0 0 0 31.38 -81.45 0 38 2.46 1.176 0.26 699 0TMP01702 1886 8 10 12 0 0 35.93 -81.52 0 41 2.31 1.177 0.261 700 0TMP01703 1886 8 12 0 0 0 46 -74 0 38 2.65 1.886 0.515 701 0TMP01704 1886 8 12 22 0 0 37.984 -87.543 0 34 4.3 1.886 0.515 702 0TMP01706 1886 8 14 0 0 0 39.7 -86.1 0 30 2.32 1.9 0.518 703 0TMP01708 1886 8 20 0 0 0 34.06 -82.05 0 38 2.46 1.176 0.26 704 717TMP01710 1886 8 27 8 30 0 33.38 -80.14 0 30 3.81 1.09 0.19 705 716TMP01715 1886 8 28 4 45 0 33.01 -80.14 0 30 3.86 1.091 0.191 706 716TMP01713 1886 8 28 8 45 0 32.9 -80 0 34 3.98 1.877 0.513 707 716TMP01714 1886 8 28 9 40 0 32.9 -80 0 28 2.65 1.886 0.515 708 716TMP01717 1886 8 28 13 20 0 33.03 -80.18 0 30 3.33 1.093 0.193 709 716TMP01718 1886 8 28 19 57 0 32.9 -80 0 28 2.36 1.14 0.234 710 716TMP01719 1886 8 28 21 30 0 32.9 -80 0 28 2.31 1.177 0.261 711 716TMP01721 1886 8 29 0 0 0 38.9 -86.4 0 34 4.3 1.886 0.515 712 0TMP01722 1886 8 31 18 0 0 33.25 -84.28 0 41 2.31 1.177 0.261 713 0TMP01723 1886 9 1 0 0 0 44.27 -76.63 0 30 2.65 1.886 0.515 714 0TMP01724 1886 9 1 0 0 0 30.4 -81.7 0 30 2.65 1.886 0.515 715 0TMP01725 1886 9 1 2 51 0 33 -80.2 0 41 6.9 1.074 0.173 716 0TMP01731 1886 9 1 6 0 0 33.91 -82.02 0 38 4.54 1.108 0.207 717 0TMP01732 1886 9 1 6 5 0 32.9 -80 0 38 3.93 1.371 0.363 718 716TMP01736 1886 9 1 8 25 0 33.91 -81.3 0 30 4.22 1.108 0.207 719 717TMP01737 1886 9 1 8 55 0 33.93 -81.94 0 30 3.84 1.107 0.206 720 717

B-25

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP01739 1886 9 1 9 45 0 34.3 -82.86 0 30 4.17 1.107 0.206 721 0TMP01738 1886 9 1 14 0 0 32.9 -80 0 38 2.36 1.14 0.234 722 716TMP01741 1886 9 1 16 20 0 34 -81 0 38 2.46 1.176 0.26 723 975TMP01747 1886 9 1 17 15 0 33.55 -81.05 0 30 4.43 1.108 0.207 724 716TMP01742 1886 9 1 18 0 0 32.9 -80 0 38 3.1 1.095 0.195 725 716TMP01744 1886 9 1 21 0 0 34.18 -82.17 0 38 2.46 1.176 0.26 726 717TMP01745 1886 9 1 21 10 0 32.07 -81.12 0 41 2.31 1.177 0.261 727 844TMP01748 1886 9 1 22 29 0 32.07 -81.12 0 41 2.31 1.177 0.261 728 844TMP01749 1886 9 1 23 50 0 33.41 -81.56 0 30 3.86 1.052 0.146 729 717TMP01752 1886 9 2 0 2 0 34.23 -77.92 0 41 2.31 1.177 0.261 730 1048TMP01753 1886 9 2 0 45 0 33.98 -81.96 0 30 4.24 1.108 0.207 731 717TMP01754 1886 9 2 1 0 0 32.9 -80 0 41 3.18 1.111 0.21 732 716TMP01755 1886 9 2 1 30 0 33.38 -79.94 0 41 3.36 1.108 0.207 733 716TMP01756 1886 9 2 2 15 0 32.8 -79.97 0 41 2.31 1.177 0.261 734 716TMP01757 1886 9 2 4 55 0 32.9 -80 0 38 4.21 1.092 0.192 735 716TMP01758 1886 9 2 6 55 0 32.07 -81.12 0 38 2.46 1.176 0.26 736 844TMP01759 1886 9 2 7 0 0 33.6 -80.3 0 41 2.31 1.177 0.261 737 716TMP01760 1886 9 2 8 50 0 33.38 -79.3 0 41 2.31 1.177 0.261 738 716TMP01761 1886 9 2 9 0 0 32.07 -81.12 0 41 2.31 1.177 0.261 739 844TMP01762 1886 9 2 9 30 0 33.06 -83.22 0 41 2.31 1.177 0.261 740 0TMP01763 1886 9 2 10 0 0 32.8 -79.97 0 41 2.31 1.177 0.261 741 716TMP01764 1886 9 2 13 30 0 33.48 -82 0 41 2.31 1.177 0.261 742 717TMP01765 1886 9 2 15 0 0 34.17 -82.02 0 41 2.31 1.177 0.261 743 717TMP01766 1886 9 2 16 0 0 32.8 -79.97 0 41 2.31 1.177 0.261 744 716TMP01767 1886 9 2 17 0 0 33.48 -82 0 41 2.31 1.177 0.261 745 717TMP01768 1886 9 2 17 1 0 33.38 -79.3 0 41 2.31 1.177 0.261 746 716TMP01772 1886 9 2 23 0 0 34.72 -81.23 0 30 3.55 1.107 0.206 747 971TMP01770 1886 9 3 2 0 0 33.38 -79.3 0 41 2.31 1.177 0.261 748 716TMP01771 1886 9 3 2 30 0 33.48 -82 0 41 2.31 1.177 0.261 749 717TMP01773 1886 9 3 4 53 0 32.9 -80 0 38 2.36 1.14 0.234 750 716TMP01775 1886 9 3 7 35 0 33.38 -79.3 0 38 2.63 1.174 0.259 751 716TMP01776 1886 9 3 10 0 0 33.09 -79.64 0 41 3.16 1.112 0.211 752 716TMP01779 1886 9 3 13 15 0 32.69 -80.83 0 30 3.69 1.106 0.205 753 716TMP01777 1886 9 3 14 10 0 33.38 -79.3 0 41 2.31 1.177 0.261 754 716TMP01778 1886 9 3 17 0 0 35.77 -78.65 0 41 2.31 1.177 0.261 755 0TMP01780 1886 9 3 20 7 0 33.38 -79.3 0 41 2.31 1.177 0.261 756 716

B-26

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP01781 1886 9 3 21 0 0 30.4 -81.7 0 38 2.65 1.886 0.515 757 715TMP01782 1886 9 3 22 12 0 34.93 -81.95 0 41 2.31 1.177 0.261 758 971TMP01783 1886 9 3 23 0 0 33.22 -79.82 0 30 4.1 1.066 0.163 759 716TMP01784 1886 9 4 0 1 0 32.8 -79.97 0 41 2.31 1.177 0.261 760 716TMP01785 1886 9 4 0 30 0 34.7 -81.62 0 41 2.31 1.177 0.261 761 971TMP01786 1886 9 4 1 30 0 32.48 -80.98 0 41 2.31 1.177 0.261 762 716TMP01787 1886 9 4 4 0 0 33.76 -79.75 0 38 5.15 1.11 0.209 763 716TMP01788 1886 9 4 4 1 0 32.9 -80 0 38 3.93 1.371 0.363 764 716TMP01789 1886 9 4 6 0 0 35.05 -78.88 0 41 2.31 1.177 0.261 765 0TMP01790 1886 9 4 6 55 0 32.07 -81.12 0 41 2.31 1.177 0.261 766 844TMP01794 1886 9 4 7 0 0 32.95 -80.27 0 30 3.91 1.107 0.206 767 716TMP01791 1886 9 4 7 25 0 34.7 -81.62 0 41 2.31 1.177 0.261 768 971TMP01792 1886 9 4 9 0 0 30.4 -81.7 0 38 2.65 1.886 0.515 769 715TMP39319 1886 9 4 9 0 0 35.77 -78.65 0 38 2.46 1.176 0.26 770 755TMP39320 1886 9 4 9 1 0 33.03 -80.18 0 41 2.31 1.177 0.261 771 716TMP01793 1886 9 4 11 0 0 33.38 -79.3 0 41 2.31 1.177 0.261 772 716TMP01795 1886 9 4 14 15 0 32.07 -81.12 0 41 2.31 1.177 0.261 773 844TMP01796 1886 9 4 14 30 0 33.48 -82 0 41 2.31 1.177 0.261 774 717TMP01797 1886 9 4 15 5 0 32.07 -81.12 0 41 2.31 1.177 0.261 775 844TMP01798 1886 9 4 15 27 0 32.07 -81.12 0 41 2.31 1.177 0.261 776 844TMP01799 1886 9 4 19 0 0 32.8 -79.97 0 41 2.31 1.177 0.261 777 716TMP01800 1886 9 4 20 10 0 32.07 -81.12 0 41 2.31 1.177 0.261 778 844TMP01801 1886 9 4 20 19 0 32.07 -81.12 0 41 2.31 1.177 0.261 779 844TMP01804 1886 9 4 21 30 0 32.99 -80.6 0 30 4.13 1.107 0.206 780 716TMP39321 1886 9 4 23 10 0 33.23 -80.05 0 30 4.26 1.108 0.207 781 716TMP01802 1886 9 5 0 0 0 41.5 -72.5 0 30 2.65 1.886 0.515 782 0TMP01803 1886 9 5 0 0 0 30.4 -81.7 0 38 2.65 1.886 0.515 783 715TMP01805 1886 9 5 2 30 0 33.02 -80.63 0 38 4.11 1.107 0.206 784 716TMP01806 1886 9 5 4 10 0 33.85 -80.66 0 38 4.26 1.108 0.207 785 716TMP01807 1886 9 5 4 15 0 33.48 -82 0 41 2.31 1.177 0.261 786 717TMP01808 1886 9 5 15 15 0 34 -81 0 41 2.31 1.177 0.261 787 975TMP01809 1886 9 5 16 15 0 32.44 -80.54 0 41 3.35 1.108 0.207 788 716TMP01810 1886 9 5 17 0 0 35.58 -82.58 0 38 2.46 1.176 0.26 789 0TMP01814 1886 9 5 23 15 0 32.65 -79.63 0 30 4.77 1.108 0.207 790 716TMP01811 1886 9 6 2 0 0 34 -81 0 41 2.31 1.177 0.261 791 975TMP01812 1886 9 6 4 6 0 32.9 -80 0 38 3.93 1.371 0.363 792 716

B-27

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP01815 1886 9 6 10 0 0 34 -81 0 41 2.31 1.177 0.261 793 975TMP01816 1886 9 6 12 0 0 33.38 -79.3 0 41 2.31 1.177 0.261 794 716TMP01818 1886 9 6 16 2 0 34.7 -81.62 0 41 2.31 1.177 0.261 795 971TMP01819 1886 9 6 16 35 0 32.9 -80 0 38 2.65 1.886 0.515 796 716TMP01821 1886 9 7 0 0 0 37.984 -87.543 0 38 3.31 1.872 0.512 797 702TMP01822 1886 9 7 0 2 0 32.8 -79.97 0 38 2.46 1.176 0.26 798 716TMP01823 1886 9 7 0 3 0 33.3 -81.62 0 41 2.31 1.177 0.261 799 717TMP01824 1886 9 7 0 15 0 34 -81 0 41 2.31 1.177 0.261 800 975TMP01826 1886 9 7 7 30 0 33.38 -79.3 0 41 2.31 1.177 0.261 801 716TMP01827 1886 9 7 10 0 0 34 -81 0 41 2.31 1.177 0.261 802 975TMP01828 1886 9 7 10 20 0 32.07 -81.12 0 41 2.31 1.177 0.261 803 844TMP01834 1886 9 7 11 42 0 33.05 -80.97 0 30 3.65 1.107 0.206 804 716TMP01829 1886 9 7 12 0 0 32.9 -80 0 41 3.25 1.11 0.209 805 716TMP01831 1886 9 7 14 0 0 32.9 -80 0 41 2.31 1.177 0.261 806 716TMP01833 1886 9 7 16 30 0 32.9 -80 0 41 3.43 1.108 0.207 807 716TMP01840 1886 9 7 17 0 0 32.7 -80.68 0 30 3.54 1.092 0.192 808 716TMP01835 1886 9 7 18 40 0 33.52 -80.59 0 41 3.34 1.108 0.207 809 716TMP01836 1886 9 7 19 50 0 33.48 -82 0 41 2.31 1.177 0.261 810 717TMP01837 1886 9 7 20 5 0 32.07 -81.12 0 38 2.46 1.176 0.26 811 844TMP01841 1886 9 8 0 0 0 30.4 -81.7 0 38 2.65 1.886 0.515 812 715TMP01842 1886 9 8 0 1 0 32.8 -79.97 0 41 2.31 1.177 0.261 813 716TMP01843 1886 9 8 6 0 0 35.77 -80.9 0 41 2.31 1.177 0.261 814 0TMP01844 1886 9 8 6 5 0 32.8 -79.97 0 38 2.63 1.174 0.259 815 716TMP01845 1886 9 8 14 0 0 34 -81 0 38 2.46 1.176 0.26 816 975TMP01846 1886 9 8 17 55 0 32.9 -80 0 38 2.46 1.176 0.26 817 716TMP01849 1886 9 9 0 7 0 33.03 -80.18 0 41 2.31 1.177 0.261 818 716TMP01852 1886 9 9 1 0 0 32.8 -79.97 0 30 3.26 1.111 0.21 819 716TMP01850 1886 9 9 3 45 0 33.38 -79.3 0 41 2.31 1.177 0.261 820 716TMP01851 1886 9 9 5 0 0 34.23 -77.92 0 41 2.31 1.177 0.261 821 1048TMP01854 1886 9 9 8 0 0 31.38 -81.45 0 41 2.31 1.177 0.261 822 0TMP01855 1886 9 9 9 0 0 31.38 -81.45 0 41 2.31 1.177 0.261 823 822TMP01856 1886 9 9 15 40 0 33.38 -79.3 0 41 2.31 1.177 0.261 824 716TMP01857 1886 9 9 18 47 0 30.4 -81.7 0 38 2.65 1.886 0.515 825 715TMP01858 1886 9 10 0 1 0 32.9 -80 0 41 2.36 1.14 0.234 826 716TMP01860 1886 9 10 5 0 0 34.23 -77.92 0 38 2.46 1.176 0.26 827 1048TMP01862 1886 9 10 21 38 0 33.03 -80.18 0 30 3.37 1.111 0.21 828 716

B-28

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP01861 1886 9 11 0 1 0 34.93 -79.78 0 41 2.31 1.177 0.261 829 0TMP01863 1886 9 11 5 0 0 32.8 -79.97 0 41 2.31 1.177 0.261 830 716TMP01864 1886 9 11 9 0 0 35.77 -78.65 0 41 2.31 1.177 0.261 831 755TMP01865 1886 9 11 9 0 0 40.97 -81.7 0 38 2.65 1.886 0.515 832 0TMP01867 1886 9 12 0 1 0 32.98 -82.82 0 38 2.46 1.176 0.26 833 0TMP01868 1886 9 12 0 2 0 32.8 -79.97 0 41 2.31 1.177 0.261 834 716TMP01869 1886 9 12 5 0 0 34.93 -79.78 0 38 2.46 1.176 0.26 835 829TMP01870 1886 9 12 11 0 0 32.98 -82.82 0 38 2.46 1.176 0.26 836 833TMP01871 1886 9 13 9 4 0 32.82 -83.62 0 38 2.63 1.174 0.259 837 0TMP01872 1886 9 13 14 0 0 32.9 -80 0 38 2.36 1.14 0.234 838 716TMP01873 1886 9 14 0 1 0 32.9 -80 0 38 2.36 1.14 0.234 839 716TMP01874 1886 9 14 5 0 0 34.88 -82.71 0 41 2.31 1.177 0.261 840 0TMP01878 1886 9 15 1 30 0 34 -81 0 30 3.66 1.106 0.205 841 975TMP01879 1886 9 15 2 15 0 32.8 -79.97 0 30 3 1.13 0.226 842 716TMP01877 1886 9 15 3 15 0 33.38 -79.3 0 41 2.31 1.177 0.261 843 716TMP01880 1886 9 15 4 0 0 32.07 -81.12 0 30 3.54 1.107 0.206 844 0TMP01881 1886 9 15 23 0 0 33.23 -81.35 0 30 3.88 1.106 0.205 845 975TMP01882 1886 9 16 4 1 0 36.1 -80.2 0 38 2.46 1.176 0.26 846 0TMP01883 1886 9 16 4 2 0 34.23 -77.92 0 38 2.46 1.176 0.26 847 1048TMP01885 1886 9 17 2 25 0 33.03 -80.18 0 30 3.66 1.106 0.205 848 716TMP01884 1886 9 17 6 29 0 32.9 -80 0 34 3.98 1.877 0.513 849 716TMP01886 1886 9 19 5 0 0 32.23 -80.96 0 30 3.36 1.109 0.208 850 0TMP01887 1886 9 19 14 0 0 33.03 -80.18 0 41 2.31 1.177 0.261 851 716TMP01888 1886 9 20 4 0 0 33.03 -80.18 0 41 2.31 1.177 0.261 852 716TMP01890 1886 9 20 6 30 0 34.23 -77.92 0 38 2.46 1.176 0.26 853 1048TMP01891 1886 9 20 7 0 0 32.9 -80 0 38 2.36 1.14 0.234 854 716TMP01892 1886 9 20 9 30 0 34.23 -77.92 0 38 2.46 1.176 0.26 855 1048TMP01893 1886 9 21 0 0 0 34.87 -82.42 0 38 2.46 1.176 0.26 856 971TMP01894 1886 9 21 3 0 0 34.7 -81.62 0 38 2.46 1.176 0.26 857 971TMP01895 1886 9 21 5 0 0 34.18 -79.38 0 41 2.31 1.177 0.261 858 0TMP01902 1886 9 21 5 20 0 33.47 -80.53 0 30 4.51 1.108 0.207 859 716TMP01904 1886 9 21 6 20 0 41.18 -73.19 0 30 2.72 1.075 0.174 860 0TMP01896 1886 9 21 8 0 0 32.82 -83.62 0 38 2.63 1.174 0.259 861 837TMP01897 1886 9 21 9 0 0 32.8 -79.97 0 41 2.31 1.177 0.261 862 716TMP01898 1886 9 21 9 25 0 32.9 -80 0 38 2.73 1.109 0.208 863 716TMP01900 1886 9 21 10 15 0 32.9 -80 0 34 3.98 1.877 0.513 864 716

B-29

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP01903 1886 9 21 10 30 0 32.9 -80 0 38 3.31 1.872 0.512 865 716TMP01905 1886 9 21 16 25 0 33.82 -81.97 0 41 2.31 1.177 0.261 866 717TMP01906 1886 9 21 18 0 0 33.03 -80.18 0 38 2.46 1.176 0.26 867 716TMP01907 1886 9 21 21 15 0 32.9 -80 0 38 2.53 1.124 0.221 868 716TMP01909 1886 9 22 0 2 0 33.62 -83.08 0 41 2.31 1.177 0.261 869 0TMP01910 1886 9 22 6 0 0 34.7 -81.62 0 38 2.63 1.174 0.259 870 971TMP01911 1886 9 22 8 0 0 33.03 -80.18 0 41 2.31 1.177 0.261 871 716TMP01912 1886 9 22 8 55 0 31.38 -81.45 0 41 2.31 1.177 0.261 872 822TMP01913 1886 9 22 12 40 0 32.8 -79.97 0 41 2.31 1.177 0.261 873 716TMP01914 1886 9 23 3 55 0 34.23 -77.92 0 41 2.31 1.177 0.261 874 1048TMP01915 1886 9 23 5 0 0 33.03 -80.18 0 41 2.31 1.177 0.261 875 716TMP01916 1886 9 23 7 0 0 35.77 -78.65 0 41 2.31 1.177 0.261 876 755TMP01918 1886 9 23 23 0 0 33.03 -80.18 0 41 2.31 1.177 0.261 877 716TMP01919 1886 9 24 0 2 0 33.03 -80.18 0 41 2.31 1.177 0.261 878 716TMP01920 1886 9 24 7 0 0 34.5 -82.65 0 41 2.31 1.177 0.261 879 0TMP01921 1886 9 24 7 30 0 33.7 -82 0 38 2.63 1.174 0.259 880 717TMP01924 1886 9 25 2 0 0 36.7 -80.05 0 30 2.98 1.124 0.221 881 0TMP01923 1886 9 25 5 0 0 33.03 -80.18 0 41 2.31 1.177 0.261 882 716TMP01925 1886 9 26 0 28 0 36.57 -79.42 0 41 2.31 1.177 0.261 883 0TMP01926 1886 9 26 5 0 0 32.92 -80.08 0 41 2.71 1.135 0.23 884 716TMP01927 1886 9 27 0 1 0 33 -80.25 0 41 2.31 1.177 0.261 885 716TMP01928 1886 9 27 1 0 0 33.4 -81.42 0 38 2.46 1.176 0.26 886 717TMP01929 1886 9 27 4 0 0 34 -81 0 41 2.31 1.177 0.261 887 975TMP01930 1886 9 27 4 7 0 35.93 -81.52 0 38 2.46 1.176 0.26 888 700TMP01931 1886 9 27 4 30 0 34.08 -77.96 0 41 2.76 1.131 0.227 889 1048TMP01932 1886 9 27 6 0 0 34.23 -81.84 0 41 2.78 1.13 0.226 890 717TMP01933 1886 9 27 8 40 0 33.4 -81.42 0 38 2.46 1.176 0.26 891 717TMP01934 1886 9 27 9 50 0 33.92 -78 0 41 2.31 1.177 0.261 892 1048TMP01935 1886 9 27 17 0 0 34.23 -77.92 0 41 2.31 1.177 0.261 893 1048TMP01936 1886 9 27 17 2 0 33.02 -80.2 0 30 4.19 1.091 0.191 894 716TMP01942 1886 9 27 22 0 0 34.7 -81.62 0 30 3.1 1.117 0.215 895 971TMP01938 1886 9 27 22 2 0 32.9 -80 0 38 4.1 1.091 0.191 896 716TMP01940 1886 9 28 0 1 0 33.03 -80.18 0 41 2.31 1.177 0.261 897 716TMP01939 1886 9 28 0 21 0 40 -76.4 0 38 3.27 1.371 0.363 898 0TMP01943 1886 9 28 7 0 0 34.51 -80.85 0 41 3.44 1.108 0.207 899 975TMP01944 1886 9 28 10 0 0 32.82 -83.62 0 38 2.46 1.176 0.26 900 837

B-30

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP01945 1886 9 28 18 0 0 32.9 -80 0 38 2.62 1.137 0.232 901 716TMP01946 1886 9 28 22 0 0 34.5 -82.65 0 38 2.46 1.176 0.26 902 879TMP01947 1886 9 29 0 0 0 34.93 -81.02 0 41 2.31 1.177 0.261 903 971TMP01948 1886 9 29 3 0 0 33.38 -80.01 0 41 3.46 1.107 0.206 904 716TMP01949 1886 9 29 4 0 0 40.154 -76.599 0 38 2.98 1.877 0.513 905 0TMP01950 1886 9 29 4 54 0 34.23 -77.92 0 41 2.31 1.177 0.261 906 1048TMP01951 1886 9 29 5 0 0 33.07 -82.02 0 41 2.31 1.177 0.261 907 0TMP01952 1886 9 29 10 0 0 34.5 -82.65 0 38 2.46 1.176 0.26 908 879TMP01953 1886 9 30 1 0 0 33.55 -83.17 0 38 2.46 1.176 0.26 909 869TMP01954 1886 9 30 5 0 0 34.17 -82.38 0 41 2.31 1.177 0.261 910 717TMP01955 1886 9 30 11 0 0 32.8 -79.97 0 41 2.31 1.177 0.261 911 716TMP01956 1886 9 30 19 20 0 32.9 -80 0 38 2.36 1.14 0.234 912 716TMP01957 1886 9 30 22 10 0 32.9 -80 0 38 2.69 1.112 0.211 913 716TMP01958 1886 10 1 6 0 0 32.8 -79.97 0 41 2.31 1.177 0.261 914 716TMP01959 1886 10 1 6 45 0 32.62 -80.32 0 41 3.09 1.115 0.213 915 716TMP01960 1886 10 1 16 0 0 32.8 -79.97 0 41 2.31 1.177 0.261 916 716TMP01961 1886 10 2 10 10 0 34.17 -82.02 0 38 2.63 1.174 0.259 917 717TMP01962 1886 10 2 16 0 0 34.23 -77.92 0 38 2.46 1.176 0.26 918 1048TMP01963 1886 10 2 19 10 0 33.03 -80.18 0 38 2.46 1.176 0.26 919 716TMP01964 1886 10 3 5 0 0 34.17 -82.02 0 38 2.63 1.174 0.259 920 717TMP01965 1886 10 4 2 0 0 36.08 -80.3 0 41 2.31 1.177 0.261 921 846TMP01966 1886 10 4 7 0 0 34.93 -81.95 0 38 2.46 1.176 0.26 922 971TMP01967 1886 10 4 20 0 0 33.48 -82 0 38 2.46 1.176 0.26 923 717TMP01968 1886 10 4 22 0 0 34.37 -81.08 0 38 2.46 1.176 0.26 924 975TMP01969 1886 10 5 3 20 0 32.8 -79.97 0 38 2.46 1.176 0.26 925 716TMP01970 1886 10 5 4 0 0 34.28 -82.24 0 38 2.46 1.176 0.26 926 717TMP01971 1886 10 5 5 0 0 33.92 -78 0 41 2.31 1.177 0.261 927 1048TMP01972 1886 10 5 11 0 0 33.03 -80.18 0 41 2.31 1.177 0.261 928 716TMP01973 1886 10 7 3 0 0 34.23 -77.92 0 41 2.31 1.177 0.261 929 1048TMP01974 1886 10 7 6 0 0 34.27 -80.6 0 38 2.63 1.174 0.259 930 975TMP01975 1886 10 7 22 0 0 32.8 -79.97 0 38 2.46 1.176 0.26 931 716TMP01976 1886 10 8 0 2 0 34.17 -82.02 0 38 2.63 1.174 0.259 932 717TMP01977 1886 10 8 4 0 0 32.8 -79.97 0 41 2.31 1.177 0.261 933 716TMP01978 1886 10 8 5 0 0 33.03 -80.18 0 41 2.31 1.177 0.261 934 716TMP01979 1886 10 8 6 0 0 34.27 -80.6 0 38 2.63 1.174 0.259 935 975TMP01980 1886 10 8 8 0 0 33.28 -84 0 38 2.46 1.176 0.26 936 0

B-31

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP01981 1886 10 8 10 0 0 32.8 -79.97 0 41 2.31 1.177 0.261 937 716TMP01982 1886 10 8 18 5 0 34 -81 0 38 2.46 1.176 0.26 938 975TMP01985 1886 10 8 22 40 0 33.14 -80.55 0 30 3.54 1.107 0.206 939 716TMP01983 1886 10 9 0 40 0 33.03 -80.18 0 30 2.83 1.135 0.23 940 716TMP01988 1886 10 9 1 48 0 33.69 -80.83 0 30 4.27 1.091 0.191 941 716TMP01984 1886 10 9 3 40 0 32.9 -80 0 38 2.65 1.886 0.515 942 716TMP01986 1886 10 9 5 0 0 34.93 -81.95 0 38 2.46 1.176 0.26 943 971TMP01987 1886 10 9 5 40 0 32.9 -80 0 38 2.65 1.886 0.515 944 716TMP01989 1886 10 9 9 0 0 33.4 -80.49 0 41 3.44 1.108 0.207 945 716TMP01990 1886 10 9 10 20 0 32.8 -79.97 0 41 2.31 1.177 0.261 946 716TMP01991 1886 10 9 18 20 0 34.27 -80.6 0 41 2.31 1.177 0.261 947 975TMP01993 1886 10 10 0 1 0 34.37 -81.08 0 41 2.31 1.177 0.261 948 975TMP01994 1886 10 10 5 0 0 33.3 -81.62 0 41 2.31 1.177 0.261 949 717TMP01995 1886 10 11 0 1 0 34.37 -81.08 0 41 2.31 1.177 0.261 950 975TMP01996 1886 10 11 4 45 0 32.8 -79.97 0 41 2.31 1.177 0.261 951 716TMP01997 1886 10 11 5 0 0 33.3 -81.62 0 41 2.31 1.177 0.261 952 717TMP01998 1886 10 11 8 30 0 34.23 -77.92 0 41 2.31 1.177 0.261 953 1048TMP01999 1886 10 11 11 0 0 33.48 -82 0 38 2.46 1.176 0.26 954 717TMP02000 1886 10 12 0 1 0 34.17 -82.02 0 41 2.31 1.177 0.261 955 717TMP02001 1886 10 12 0 2 0 34.27 -80.6 0 41 2.31 1.177 0.261 956 975TMP02002 1886 10 12 11 0 0 34.14 -81.33 0 41 3.04 1.117 0.215 957 717TMP02003 1886 10 12 14 8 0 32.8 -79.97 0 41 2.31 1.177 0.261 958 716TMP02004 1886 10 13 9 0 0 34 -81 0 41 2.31 1.177 0.261 959 975TMP02006 1886 10 14 9 0 0 34 -81 0 38 2.46 1.176 0.26 960 975TMP02008 1886 10 15 4 7 0 32.8 -79.97 0 30 3.73 1.106 0.205 961 716TMP02009 1886 10 15 10 8 0 32.8 -79.97 0 38 2.46 1.176 0.26 962 716TMP02011 1886 10 16 9 0 0 33.74 -80.94 0 41 2.98 1.119 0.217 963 716TMP02012 1886 10 16 20 0 0 33.03 -80.18 0 30 2.96 1.134 0.229 964 716TMP02013 1886 10 17 10 15 0 32.8 -79.97 0 38 2.46 1.176 0.26 965 716TMP02014 1886 10 18 0 3 0 36.41 -79.33 0 41 2.31 1.177 0.261 966 883TMP02015 1886 10 20 5 0 0 33.95 -83.4 0 41 2.31 1.177 0.261 967 869TMP02016 1886 10 20 12 0 0 32.8 -79.97 0 41 2.31 1.177 0.261 968 716TMP02017 1886 10 21 5 0 0 33.95 -83.4 0 41 2.31 1.177 0.261 969 869TMP02018 1886 10 22 4 0 0 34.23 -77.92 0 41 2.31 1.177 0.261 970 1048TMP02019 1886 10 22 5 0 0 34.71 -81.66 0 30 4.13 1.107 0.206 971 0TMP02024 1886 10 22 5 25 0 33.69 -81 0 30 4.84 1.108 0.207 972 716

B-32

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP02022 1886 10 22 9 0 0 34.23 -77.92 0 41 2.31 1.177 0.261 973 1048TMP02023 1886 10 22 10 20 0 32.9 -80 0 34 4.06 1.056 0.151 974 716TMP02025 1886 10 22 14 45 0 33.87 -81.01 0 30 4.5 1.036 0.122 975 0TMP02026 1886 10 22 21 30 0 34.87 -82.42 0 41 2.31 1.177 0.261 976 971TMP02027 1886 10 22 23 30 0 34.87 -82.42 0 41 2.31 1.177 0.261 977 971TMP02028 1886 10 22 23 55 0 38.92 -77 0 41 2.31 1.177 0.261 978 0TMP02034 1886 10 22 23 55 0 32.8 -79.97 0 30 3.57 1.107 0.206 979 716TMP02029 1886 10 23 0 5 0 32.8 -79.97 0 38 2.46 1.176 0.26 980 716TMP02030 1886 10 23 0 55 0 30.33 -81.67 0 41 2.31 1.177 0.261 981 715TMP02031 1886 10 23 1 5 0 33.38 -79.3 0 41 2.31 1.177 0.261 982 716TMP02032 1886 10 23 1 7 0 32.9 -80 0 38 2.65 1.886 0.515 983 716TMP02035 1886 10 23 7 55 0 33.38 -79.3 0 41 2.31 1.177 0.261 984 716TMP02036 1886 10 23 15 30 0 30.68 -88.09 0 38 2.65 1.886 0.515 985 0TMP02037 1886 10 23 16 0 0 34.23 -77.92 0 41 2.31 1.177 0.261 986 1048TMP02038 1886 10 23 16 10 0 30.68 -88.09 0 38 2.65 1.886 0.515 987 985TMP02039 1886 10 24 3 35 0 34.23 -77.92 0 41 2.31 1.177 0.261 988 1048TMP02040 1886 10 24 6 5 0 32.8 -79.97 0 41 2.31 1.177 0.261 989 716TMP02041 1886 10 24 15 0 0 34.37 -81.08 0 41 2.31 1.177 0.261 990 975TMP02042 1886 10 24 16 0 0 33.03 -80.18 0 41 2.31 1.177 0.261 991 716TMP02043 1886 10 25 9 0 0 32.8 -79.97 0 38 2.46 1.176 0.26 992 716TMP02044 1886 10 25 11 0 0 34.37 -81.08 0 41 2.31 1.177 0.261 993 975TMP02045 1886 10 25 19 45 0 32.8 -79.97 0 41 2.31 1.177 0.261 994 716TMP02046 1886 10 26 0 2 0 34.28 -81.65 0 41 2.31 1.177 0.261 995 717TMP02047 1886 10 26 1 0 0 32.8 -79.97 0 38 2.46 1.176 0.26 996 716TMP02048 1886 10 26 11 0 0 34.93 -81.95 0 38 2.46 1.176 0.26 997 971TMP02050 1886 10 27 11 0 0 34 -81 0 41 2.31 1.177 0.261 998 975TMP02051 1886 10 28 6 0 0 32.8 -79.97 0 41 2.31 1.177 0.261 999 716TMP02053 1886 10 29 23 9 0 32.92 -80.08 0 30 3.59 1.107 0.206 1000 716TMP02052 1886 10 30 0 1 0 34.17 -82.38 0 41 2.31 1.177 0.261 1001 717TMP02054 1886 10 30 3 0 0 32.8 -79.97 0 30 3.66 1.106 0.205 1002 716TMP02056 1886 10 31 11 0 0 33.38 -79.3 0 41 2.31 1.177 0.261 1003 716TMP02057 1886 10 31 14 20 0 33.9 -80.39 0 30 3.91 1.106 0.205 1004 716TMP02059 1886 10 31 21 46 0 32.9 -80 0 38 2.36 1.14 0.234 1005 716TMP02060 1886 11 1 7 20 0 32.8 -79.97 0 41 2.31 1.177 0.261 1006 716TMP02062 1886 11 1 8 0 0 33.03 -80.18 0 30 3.43 1.108 0.207 1007 716TMP02061 1886 11 1 9 30 0 33.48 -82 0 41 2.31 1.177 0.261 1008 717

B-33

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP02063 1886 11 1 17 30 0 33.48 -82 0 41 2.31 1.177 0.261 1009 717TMP02064 1886 11 2 21 15 0 32.8 -79.97 0 41 2.31 1.177 0.261 1010 716TMP02065 1886 11 4 2 0 0 34.23 -77.92 0 38 2.46 1.176 0.26 1011 1048TMP02066 1886 11 4 11 0 0 34 -81 0 41 2.31 1.177 0.261 1012 975TMP02067 1886 11 4 23 0 0 33.48 -82 0 41 2.31 1.177 0.261 1013 717TMP02068 1886 11 5 5 0 0 33.38 -82.49 0 41 3.18 1.111 0.21 1014 717TMP02069 1886 11 5 7 0 0 33.04 -81.06 0 41 3.57 1.107 0.206 1015 716TMP02070 1886 11 5 9 0 0 34 -81 0 30 3.66 1.107 0.206 1016 975TMP02072 1886 11 5 12 25 0 33.4 -80.42 0 30 5.19 1.058 0.154 1017 716TMP02071 1886 11 5 17 20 0 32.9 -80 0 34 4.06 1.056 0.151 1018 716TMP02073 1886 11 5 18 25 0 33.67 -80.03 0 41 3.38 1.108 0.207 1019 716TMP02074 1886 11 5 19 20 0 33.27 -81.03 0 41 2.31 1.177 0.261 1020 716TMP02075 1886 11 5 23 0 0 34.23 -77.92 0 41 2.31 1.177 0.261 1021 1048TMP02076 1886 11 6 0 2 0 33.12 -80.02 0 41 2.31 1.177 0.261 1022 716TMP02077 1886 11 6 6 50 0 32.8 -79.97 0 38 2.46 1.176 0.26 1023 716TMP02078 1886 11 6 9 20 0 34 -81 0 38 2.63 1.174 0.259 1024 975TMP02079 1886 11 6 12 30 0 34 -81 0 41 2.31 1.177 0.261 1025 975TMP02080 1886 11 7 0 20 0 32.99 -79.75 0 41 3.16 1.112 0.211 1026 716TMP02081 1886 11 7 0 45 0 35.05 -78.88 0 38 2.46 1.176 0.26 1027 0TMP02082 1886 11 7 5 0 0 33.4 -80.8 0 41 3.44 1.108 0.207 1028 716TMP02083 1886 11 7 6 0 0 33.55 -83.5 0 38 2.46 1.176 0.26 1029 869TMP02084 1886 11 7 10 40 0 34 -81 0 41 2.31 1.177 0.261 1030 975TMP02087 1886 11 7 13 15 0 34.01 -80.87 0 30 4.15 1.107 0.206 1031 975TMP02085 1886 11 7 14 0 0 34.5 -79.85 0 38 2.46 1.176 0.26 1032 0TMP02086 1886 11 7 16 2 0 33.52 -80.59 0 41 3.34 1.108 0.207 1033 716TMP02089 1886 11 8 0 1 0 34.01 -82.31 0 41 2.31 1.177 0.261 1034 717TMP02090 1886 11 8 4 4 0 32.8 -79.97 0 38 2.46 1.176 0.26 1035 716TMP02091 1886 11 8 5 0 0 33.55 -83.5 0 38 2.46 1.176 0.26 1036 869TMP02092 1886 11 8 8 0 0 35 -81.24 0 41 2.31 1.177 0.261 1037 971TMP02093 1886 11 8 18 0 0 32.8 -79.97 0 41 2.31 1.177 0.261 1038 716TMP02094 1886 11 8 19 0 0 34.23 -77.92 0 41 2.31 1.177 0.261 1039 1048TMP02095 1886 11 9 1 30 0 32.98 -82.82 0 41 2.31 1.177 0.261 1040 833TMP02096 1886 11 9 22 57 0 32.8 -79.97 0 41 2.31 1.177 0.261 1041 716TMP02097 1886 11 10 10 0 0 34.23 -77.92 0 41 2.31 1.177 0.261 1042 1048TMP02098 1886 11 11 0 4 0 34.93 -81.95 0 41 2.31 1.177 0.261 1043 971TMP02099 1886 11 13 0 15 0 32.8 -79.97 0 38 2.46 1.176 0.26 1044 716

B-34

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP02100 1886 11 13 0 50 0 32.8 -79.97 0 38 2.63 1.174 0.259 1045 716TMP02101 1886 11 13 9 15 0 32.8 -79.97 0 38 2.63 1.174 0.259 1046 716TMP02102 1886 11 15 0 1 0 34.28 -81.65 0 41 2.31 1.177 0.261 1047 717TMP02104 1886 11 17 0 0 0 34.212 -77.911 0 34 3.98 1.877 0.513 1048 0TMP02105 1886 11 17 0 3 0 33.03 -80.18 0 41 2.31 1.177 0.261 1049 716TMP02106 1886 11 20 7 16 0 32.8 -79.97 0 41 2.31 1.177 0.261 1050 716TMP02107 1886 11 21 5 0 0 33.97 -83.25 0 41 2.31 1.177 0.261 1051 869TMP02108 1886 11 21 8 48 0 32.8 -79.97 0 41 2.31 1.177 0.261 1052 716TMP02109 1886 11 21 11 10 0 33.38 -79.3 0 38 2.46 1.176 0.26 1053 716TMP02110 1886 11 26 0 30 0 33.77 -84.33 0 38 2.63 1.174 0.259 1054 0TMP02111 1886 11 26 9 0 0 34 -81 0 38 2.46 1.176 0.26 1055 975TMP02112 1886 11 28 0 58 0 35.93 -81.52 0 41 2.31 1.177 0.261 1056 0TMP02113 1886 11 28 15 10 0 32.9 -80 0 38 2.36 1.14 0.234 1057 716TMP02117 1886 11 28 15 20 0 33.18 -80.23 0 30 4 1.106 0.205 1058 716TMP02115 1886 11 28 18 30 0 32.9 -80 0 38 2.65 1.886 0.515 1059 716TMP02116 1886 11 28 20 13 0 32.9 -80 0 38 2.65 1.886 0.515 1060 716TMP02118 1886 11 29 0 1 0 33.87 -83.18 0 41 2.31 1.177 0.261 1061 869TMP02122 1886 12 2 2 20 0 33.04 -81.06 0 30 3.76 1.106 0.205 1062 716TMP02120 1886 12 2 5 0 0 34.37 -81.08 0 38 2.46 1.176 0.26 1063 975TMP02121 1886 12 2 6 36 0 32.9 -80 0 38 2.69 1.112 0.211 1064 716TMP02125 1886 12 2 8 0 0 32.84 -80.69 0 30 4.17 1.107 0.206 1065 716TMP02123 1886 12 2 11 0 0 34.37 -81.08 0 38 2.46 1.176 0.26 1066 975TMP02126 1886 12 3 10 0 0 34.23 -77.92 0 41 2.31 1.177 0.261 1067 1048TMP02127 1886 12 4 9 0 0 34 -81 0 38 2.46 1.176 0.26 1068 975TMP02128 1886 12 5 0 29 0 35.77 -78.65 0 38 2.46 1.176 0.26 1069 755TMP02129 1886 12 5 16 0 0 31.38 -81.45 0 38 2.46 1.176 0.26 1070 822TMP02130 1886 12 6 14 56 0 32.9 -80 0 38 2.46 1.176 0.26 1071 716TMP02132 1886 12 7 0 1 0 34.17 -82.02 0 41 2.31 1.177 0.261 1072 717TMP02133 1886 12 8 2 35 0 39.238 -94.301 0 38 3.31 1.872 0.512 1073 0TMP02134 1886 12 8 10 25 0 34.039 -80.886 0 38 2.82 1.137 0.232 1074 975TMP02136 1886 12 11 16 0 0 34.18 -82.06 0 30 3.5 1.059 0.155 1075 717TMP02137 1886 12 12 0 1 0 33.25 -79.25 0 41 2.31 1.177 0.261 1076 716TMP02138 1886 12 13 0 2 0 34.93 -81.95 0 41 2.31 1.177 0.261 1077 971TMP02139 1886 12 19 0 1 0 33.03 -80.18 0 41 2.31 1.177 0.261 1078 716TMP02140 1886 12 20 11 0 0 32.8 -79.97 0 38 2.46 1.176 0.26 1079 716TMP02141 1886 12 22 9 0 0 34 -81 0 41 2.31 1.177 0.261 1080 975

B-35

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP02142 1886 12 27 4 0 0 34.98 -80.05 0 41 2.31 1.177 0.261 1081 0TMP02143 1886 12 27 8 0 0 34.37 -81.08 0 38 2.46 1.176 0.26 1082 975TMP02144 1886 12 28 20 0 0 34.7 -81.62 0 41 2.31 1.177 0.261 1083 971TMP02145 1886 12 29 5 0 0 34.23 -77.92 0 41 2.31 1.177 0.261 1084 1048TMP02147 1886 12 31 1 0 0 34 -81 0 30 3.53 1.107 0.206 1085 975TMP02146 1886 12 31 2 0 0 34 -81 0 38 2.46 1.176 0.26 1086 975TMP02148 1887 1 1 0 1 0 34.17 -82.02 0 41 2.31 1.177 0.261 1087 717TMP02149 1887 1 1 5 0 0 34.23 -77.92 0 41 2.31 1.177 0.261 1088 1048TMP02150 1887 1 2 5 0 0 33.77 -84.33 0 41 2.31 1.177 0.261 1089 1054TMP02151 1887 1 2 22 30 0 39.57 -77 0 30 3.14 1.108 0.207 1090 0TMP02153 1887 1 3 8 0 0 34.37 -81.08 0 38 2.46 1.176 0.26 1091 975TMP02154 1887 1 3 21 20 0 34 -81 0 41 2.31 1.177 0.261 1092 975TMP02156 1887 1 4 2 0 0 39.57 -77 0 30 2.96 1.378 0.366 1093 1090TMP02157 1887 1 4 4 0 0 34.23 -77.92 0 41 2.31 1.177 0.261 1094 1048TMP02158 1887 1 4 5 0 0 33.52 -80.59 0 41 3.34 1.108 0.207 1095 716TMP02159 1887 1 4 6 0 0 33.81 -78.61 0 41 3.43 1.108 0.207 1096 0TMP02160 1887 1 4 6 45 0 33.4 -80.61 0 30 4.21 1.091 0.191 1097 716TMP02161 1887 1 4 7 50 0 33.03 -80.18 0 30 3.36 1.092 0.192 1098 716TMP02162 1887 1 4 18 0 0 34 -81 0 38 2.46 1.176 0.26 1099 975TMP02163 1887 1 4 22 30 0 34 -81 0 38 2.46 1.176 0.26 1100 975TMP02164 1887 1 5 11 35 0 30.17 -97.22 0 30 3.19 1.105 0.204 1101 0TMP02165 1887 1 5 13 0 0 32.9 -80 0 38 2.36 1.14 0.234 1102 716TMP02168 1887 1 7 14 22 0 30.33 -81.66 0 30 2.65 1.886 0.515 1103 715TMP02169 1887 1 10 5 0 0 35.12 -82.22 0 38 2.63 1.174 0.259 1104 971TMP02171 1887 1 10 20 0 0 33.2 -80.25 0 30 3.7 1.106 0.205 1105 716TMP02172 1887 1 11 4 0 0 34 -81 0 41 2.31 1.177 0.261 1106 975TMP02173 1887 1 12 6 0 0 34.35 -82.42 0 30 2.91 1.129 0.225 1107 717TMP02174 1887 1 12 11 1 0 32.87 -81.1 0 41 2.31 1.177 0.261 1108 716TMP02175 1887 1 15 6 45 0 34 -81 0 38 2.63 1.174 0.259 1109 975TMP02176 1887 1 19 0 30 0 34.7 -81.62 0 38 2.63 1.174 0.259 1110 971TMP02178 1887 1 23 5 0 0 33.47 -80.88 0 38 2.46 1.176 0.26 1111 716TMP02180 1887 1 27 20 0 0 41.45 -96.64 0 30 2.86 1.144 0.237 1112 0TMP02181 1887 1 31 20 14 0 30.53 -96.3 0 30 2.65 1.886 0.515 1113 0TMP02183 1887 2 1 5 0 0 34.28 -81.65 0 38 2.46 1.176 0.26 1114 717TMP02184 1887 2 2 3 0 0 34.98 -80.05 0 38 2.46 1.176 0.26 1115 1081TMP02185 1887 2 2 9 0 0 34.98 -80.05 0 38 2.46 1.176 0.26 1116 1081

B-36

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP02186 1887 2 4 0 1 0 31.38 -81.45 0 41 2.31 1.177 0.261 1117 822TMP02187 1887 2 6 22 15 0 39 -88.5 0 34 4.39 1.052 0.146 1118 0TMP02188 1887 2 8 0 0 0 34.5 -82.65 0 41 2.31 1.177 0.261 1119 0TMP02190 1887 2 11 0 0 0 40.37 -91.39 0 38 2.98 1.877 0.513 1120 0TMP02193 1887 2 18 0 0 0 37.565 -90.296 0 34 4.3 1.886 0.515 1121 0TMP02194 1887 2 19 4 45 0 45.35 -80 0 38 2.65 1.886 0.515 1122 0TMP02196 1887 2 22 22 59 0 49.3 -67.4 0 38 2.65 1.886 0.515 1123 0TMP02197 1887 2 24 0 1 0 35.05 -78.88 0 41 2.31 1.177 0.261 1124 0TMP02198 1887 2 24 0 2 0 34.18 -82.17 0 41 2.31 1.177 0.261 1125 717TMP02199 1887 2 24 1 0 0 34.18 -82.17 0 41 2.31 1.177 0.261 1126 717TMP02200 1887 2 25 0 1 0 33.5 -83.25 0 41 2.31 1.177 0.261 1127 0TMP02201 1887 2 26 6 0 0 33.84 -81.03 0 30 3.91 1.091 0.191 1128 975TMP39323 1887 2 26 11 0 0 33.74 -80.98 0 38 4.11 1.106 0.205 1129 975TMP02202 1887 2 28 2 0 0 35.32 -82.47 0 41 2.31 1.177 0.261 1130 0TMP02203 1887 3 1 17 0 0 34.23 -77.92 0 41 2.31 1.177 0.261 1131 1048TMP02204 1887 3 2 4 0 0 33.03 -80.18 0 41 2.31 1.177 0.261 1132 716TMP02205 1887 3 2 4 30 0 32.98 -82.82 0 41 2.31 1.177 0.261 1133 0TMP02206 1887 3 2 21 20 0 40.43 -73.53 0 38 3.29 1.099 0.199 1134 0TMP02208 1887 3 4 2 0 0 34.7 -81.62 0 41 2.31 1.177 0.261 1135 971TMP39324 1887 3 4 2 15 0 33.75 -81.05 0 30 4.16 1.107 0.206 1136 975TMP02209 1887 3 4 7 0 0 32.9 -80 0 38 2.62 1.38 0.367 1137 716TMP02210 1887 3 4 10 0 0 33.74 -81.5 0 41 3.25 1.11 0.209 1138 975TMP02211 1887 3 4 12 0 0 34 -81 0 41 2.31 1.177 0.261 1139 975TMP02212 1887 3 11 0 0 0 47.5 -70.5 0 38 2.65 1.886 0.515 1140 0TMP02213 1887 3 13 6 5 0 34.48 -85.35 0 38 2.88 1.141 0.235 1141 0TMP02214 1887 3 17 5 0 0 32.8 -79.97 0 41 2.31 1.177 0.261 1142 716TMP02215 1887 3 17 9 4 0 32.92 -80.08 0 30 3.65 1.071 0.169 1143 716TMP02216 1887 3 18 18 8 0 33.03 -80.18 0 30 3.69 1.091 0.191 1144 716TMP02217 1887 3 19 0 0 0 32.9 -80 0 38 2.65 1.886 0.515 1145 716TMP02218 1887 3 19 2 0 0 32.8 -79.97 0 41 2.31 1.177 0.261 1146 716TMP02219 1887 3 19 5 40 0 32.8 -79.97 0 30 3.56 1.107 0.206 1147 716TMP02220 1887 3 19 23 0 0 34.27 -80.6 0 41 2.31 1.177 0.261 1148 975TMP02223 1887 3 20 5 0 0 33.9 -80.37 0 38 2.63 1.174 0.259 1149 716TMP02224 1887 3 20 17 0 0 33.9 -80.37 0 41 2.31 1.177 0.261 1150 716TMP02225 1887 3 22 0 1 0 32.9 -80 0 38 2.36 1.14 0.234 1151 716TMP02226 1887 3 24 0 0 0 32.9 -80 0 38 2.65 1.886 0.515 1152 716

B-37

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP02227 1887 3 24 4 5 0 32.9 -80 0 38 2.65 1.886 0.515 1153 716TMP02230 1887 3 28 0 0 0 32.9 -80 0 41 2.31 1.388 0.37 1154 716TMP02231 1887 3 28 0 0 0 32.9 -80 0 38 2.31 1.388 0.37 1155 716TMP02232 1887 3 28 3 30 0 33.88 -80.53 0 41 2.31 1.177 0.261 1156 716TMP02235 1887 4 1 0 1 0 34.27 -80.6 0 41 2.31 1.177 0.261 1157 975TMP02236 1887 4 5 3 0 0 43.29 -71.89 0 30 2.94 1.135 0.23 1158 0TMP02238 1887 4 6 22 0 0 34.23 -77.92 0 38 2.46 1.176 0.26 1159 1048TMP02239 1887 4 7 4 0 0 32.9 -80 0 38 2.65 1.886 0.515 1160 716TMP02240 1887 4 8 9 0 0 32.9 -80 0 38 2.65 1.886 0.515 1161 716TMP02242 1887 4 10 11 30 0 32.9 -80 0 38 2.62 1.137 0.232 1162 716TMP02243 1887 4 14 7 25 0 32.9 -80 0 38 2.65 1.886 0.515 1163 716TMP02246 1887 4 14 14 12 0 36.8 -89.1 0 38 2.65 1.886 0.515 1164 0TMP02255 1887 4 26 10 0 0 32.9 -80 0 38 2.65 1.886 0.515 1165 716TMP02259 1887 4 27 10 0 0 32.9 -80 0 38 2.65 1.886 0.515 1166 716TMP02261 1887 4 28 8 0 0 32.9 -80 0 38 3.31 1.872 0.512 1167 716TMP02265 1887 5 6 0 0 0 32.9 -80 0 38 2.65 1.886 0.515 1168 716TMP02266 1887 5 6 14 0 0 34.62 -79.05 0 38 2.46 1.176 0.26 1169 0TMP02268 1887 5 12 5 0 0 32.9 -80 0 38 2.69 1.112 0.211 1170 716TMP02272 1887 5 16 0 5 0 34.37 -81.08 0 38 2.46 1.176 0.26 1171 975TMP02273 1887 5 16 4 50 0 34.37 -81.08 0 38 2.46 1.176 0.26 1172 975TMP02274 1887 5 16 8 0 0 34.37 -81.08 0 38 2.63 1.174 0.259 1173 975TMP02277 1887 5 23 0 30 0 33.9 -80.37 0 38 2.46 1.176 0.26 1174 716TMP02278 1887 5 23 1 45 0 33.9 -80.37 0 30 3.37 1.109 0.208 1175 716TMP02279 1887 5 27 0 1 0 28.82 -81.28 0 41 2.31 1.177 0.261 1176 0TMP02280 1887 5 27 5 0 0 35.05 -78.88 0 38 2.46 1.176 0.26 1177 0TMP02281 1887 5 27 6 15 0 47.45 -70.5 0 38 3.31 1.872 0.512 1178 0TMP02282 1887 5 30 16 0 0 33.03 -80.18 0 41 2.31 1.177 0.261 1179 716TMP02283 1887 5 31 0 1 0 33.03 -80.18 0 38 2.46 1.176 0.26 1180 716TMP02285 1887 6 3 8 45 0 34 -81 0 30 3.57 1.107 0.206 1181 975TMP02284 1887 6 3 12 0 0 32.9 -80 0 38 2.65 1.886 0.515 1182 716TMP02288 1887 6 6 11 10 0 33.48 -82 0 38 2.46 1.176 0.26 1183 717TMP02289 1887 6 10 0 1 0 33.94 -83.06 0 41 2.31 1.177 0.261 1184 0TMP02290 1887 6 11 23 0 0 33.85 -83.12 0 38 2.46 1.176 0.26 1185 1184TMP02291 1887 6 12 16 0 0 33.3 -81.62 0 41 2.31 1.177 0.261 1186 717TMP02292 1887 6 19 10 37 0 33.27 -80.44 0 30 3.69 1.106 0.205 1187 716TMP02293 1887 6 20 5 0 0 34.23 -77.92 0 38 2.46 1.176 0.26 1188 1048

B-38

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP02294 1887 6 21 8 0 0 34 -81 0 38 2.46 1.176 0.26 1189 975TMP02295 1887 6 25 0 0 0 34.32 -79.88 0 41 2.31 1.177 0.261 1190 0TMP02296 1887 6 29 17 0 0 32.837 -83.657 0 38 2.46 1.176 0.26 1191 0TMP02303 1887 7 10 13 5 0 33.74 -80.77 0 30 3.69 1.106 0.205 1192 716TMP02304 1887 7 21 0 0 0 34.05 -82.43 0 41 2.86 1.125 0.222 1193 717TMP02305 1887 7 21 2 45 0 33.03 -80.18 0 38 2.46 1.176 0.26 1194 716TMP02306 1887 7 21 7 0 0 33.92 -82.32 0 41 2.31 1.177 0.261 1195 717TMP02307 1887 7 22 5 0 0 33.03 -80.18 0 41 2.31 1.177 0.261 1196 716TMP02308 1887 7 24 10 33 0 33.03 -80.18 0 38 2.63 1.174 0.259 1197 716TMP02309 1887 7 24 11 30 0 33.03 -80.18 0 41 2.31 1.177 0.261 1198 716TMP02310 1887 7 25 0 5 0 33.03 -80.18 0 38 2.46 1.176 0.26 1199 716TMP02311 1887 7 25 10 33 0 33.03 -80.18 0 38 2.63 1.174 0.259 1200 716TMP02312 1887 7 26 5 0 0 34.23 -77.92 0 41 2.31 1.177 0.261 1201 1048TMP02313 1887 8 1 10 0 0 33.03 -80.18 0 41 2.31 1.177 0.261 1202 716TMP02314 1887 8 1 14 12 0 33.03 -80.18 0 41 2.31 1.177 0.261 1203 716TMP02315 1887 8 2 1 0 0 34.41 -78.83 0 30 3.44 1.108 0.207 1204 0TMP02316 1887 8 2 18 36 0 37.2 -88.5 0 34 4.64 1.037 0.123 1205 0TMP02317 1887 8 4 18 15 0 34.27 -80.6 0 41 2.31 1.177 0.261 1206 975TMP02318 1887 8 8 8 0 0 34.23 -77.92 0 38 2.46 1.176 0.26 1207 1048TMP02319 1887 8 10 7 1 0 33.83 -79.95 0 30 3.51 1.107 0.206 1208 716TMP02320 1887 8 12 0 1 0 33.06 -83.22 0 38 2.46 1.176 0.26 1209 0TMP02321 1887 8 15 5 0 0 35.05 -78.88 0 38 2.46 1.176 0.26 1210 0TMP02322 1887 8 15 11 0 0 34.27 -80.6 0 41 2.31 1.177 0.261 1211 975TMP02323 1887 8 19 20 30 0 33.9 -80.37 0 41 2.31 1.177 0.261 1212 716TMP02324 1887 8 22 4 0 0 33.85 -83.12 0 38 2.63 1.174 0.259 1213 1184TMP02325 1887 8 24 5 0 0 36.39 -78.15 0 41 2.31 1.177 0.261 1214 0TMP02326 1887 8 25 12 0 0 34.17 -82.02 0 38 2.46 1.176 0.26 1215 717TMP02328 1887 8 26 23 45 0 32.49 -80.62 0 30 4.1 1.106 0.205 1216 716TMP02327 1887 8 27 4 30 0 32.9 -80 0 38 3.31 1.872 0.512 1217 716TMP02330 1887 8 27 4 56 0 33.52 -81.22 0 30 3.92 1.106 0.205 1218 975TMP02329 1887 8 27 9 20 0 32.9 -80 0 38 2.65 1.886 0.515 1219 716TMP02331 1887 8 27 17 0 0 34.23 -77.92 0 41 2.31 1.177 0.261 1220 1048TMP02332 1887 8 27 22 0 0 33.47 -80.88 0 41 2.31 1.177 0.261 1221 716TMP02334 1887 8 28 22 57 0 33.66 -80.86 0 30 3.84 1.106 0.205 1222 716TMP02336 1887 8 30 11 0 0 33.763 -84.423 0 41 2.31 1.177 0.261 1223 0TMP02337 1887 8 31 0 0 0 33.55 -83.17 0 38 2.46 1.176 0.26 1224 0

B-39

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP02338 1887 9 3 5 0 0 33.55 -83.17 0 38 2.63 1.174 0.259 1225 1224TMP02339 1887 9 3 6 12 0 33.43 -80.42 0 38 2.46 1.176 0.26 1226 716TMP02340 1887 9 5 7 30 0 34.27 -80.6 0 41 2.31 1.177 0.261 1227 975TMP02341 1887 9 6 8 7 0 33.085 -83.24 0 38 2.63 1.174 0.259 1228 1209TMP02343 1887 9 8 12 51 0 34.49 -81.32 0 38 2.46 1.176 0.26 1229 975TMP02344 1887 9 8 22 40 0 34.49 -81.32 0 38 2.63 1.174 0.259 1230 975TMP02345 1887 9 8 22 51 0 34.49 -81.32 0 38 2.63 1.174 0.259 1231 975TMP02346 1887 9 9 0 43 0 33.06 -83.22 0 38 2.46 1.176 0.26 1232 1209TMP02347 1887 10 9 0 1 0 32.8 -79.97 0 41 2.31 1.177 0.261 1233 716TMP02348 1887 10 25 9 0 0 34.23 -77.92 0 38 2.46 1.176 0.26 1234 1048TMP02349 1887 11 28 11 0 0 33.9 -80.37 0 41 2.31 1.177 0.261 1235 716TMP02350 1887 12 23 0 0 0 41.64 -70.93 0 30 3.03 1.128 0.224 1236 0TMP02352 1888 1 11 5 0 0 45.42 -75.7 0 30 4.08 1.106 0.205 1237 0TMP02353 1888 1 11 7 15 0 33.25 -84.28 0 38 2.8 1.174 0.259 1238 0TMP02355 1888 1 11 11 0 0 34.37 -80.07 0 41 2.31 1.177 0.261 1239 1241TMP02356 1888 1 11 21 0 0 34.73 -80.07 0 41 2.31 1.177 0.261 1240 0TMP02360 1888 1 12 9 55 0 34.18 -80.17 0 30 4.33 1.107 0.206 1241 0TMP02357 1888 1 12 10 30 0 33.48 -82 0 41 2.31 1.177 0.261 1242 717TMP02358 1888 1 12 11 0 0 34.93 -79.78 0 38 2.46 1.176 0.26 1243 0TMP39326 1888 1 12 15 54 0 32.9 -80 0 34 3.98 1.877 0.513 1244 716TMP02362 1888 1 16 17 52 0 32.9 -80 0 38 2.65 1.886 0.515 1245 716TMP02364 1888 1 19 8 0 0 33.38 -79.3 0 41 2.31 1.177 0.261 1246 716TMP02365 1888 1 20 19 20 0 34.17 -82.02 0 38 2.63 1.174 0.259 1247 717TMP02367 1888 1 25 0 0 0 32.78 -83.17 0 38 2.63 1.174 0.259 1248 0TMP02368 1888 1 25 7 0 0 34.21 -79.64 0 41 2.31 1.177 0.261 1249 0TMP02371 1888 2 1 11 0 0 44.35 -71.65 0 30 3.97 1.106 0.205 1250 0TMP02373 1888 2 2 0 0 0 33.38 -79.3 0 41 2.31 1.177 0.261 1251 716TMP02378 1888 2 10 0 1 0 34.44 -82.11 0 41 2.31 1.177 0.261 1252 717TMP02379 1888 2 11 2 0 0 41 -81.5 0 38 3.31 1.872 0.512 1253 0TMP02381 1888 2 29 11 0 0 32.9 -80 0 38 3.31 1.872 0.512 1254 716TMP02383 1888 3 3 0 0 0 32.9 -80 0 38 2.65 1.886 0.515 1255 716TMP02384 1888 3 3 4 30 0 32.9 -80 0 38 2.65 1.886 0.515 1256 716TMP02385 1888 3 4 0 0 0 32.9 -80 0 38 2.65 1.886 0.515 1257 716TMP02386 1888 3 10 3 0 0 33.77 -84.33 0 41 2.31 1.177 0.261 1258 0TMP02387 1888 3 14 5 0 0 32.9 -80 0 38 3.31 1.872 0.512 1259 716TMP02389 1888 3 20 5 0 0 32.9 -80 0 38 2.65 1.886 0.515 1260 716

B-40

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP02390 1888 3 21 16 0 0 34 -81 0 38 2.46 1.176 0.26 1261 975TMP02391 1888 3 25 0 0 0 32.9 -80 0 38 2.65 1.886 0.515 1262 716TMP02392 1888 3 27 2 0 0 42.76 -71.45 0 30 2.65 1.886 0.515 1263 0TMP02393 1888 4 5 0 0 0 34.21 -81.534 0 34 4.3 1.886 0.515 1264 975TMP02394 1888 4 9 23 0 0 34.687 -80.704 0 38 2.55 1.139 0.233 1265 0TMP02396 1888 4 16 0 0 0 32.9 -80 0 38 2.65 1.886 0.515 1266 716TMP02398 1888 4 16 4 0 0 32.92 -80.08 0 30 2.83 1.135 0.23 1267 716TMP02400 1888 4 19 5 30 0 47.45 -70.5 0 38 3.37 1.11 0.209 1268 0TMP02405 1888 5 2 0 0 0 32.9 -80 0 38 2.65 1.886 0.515 1269 716TMP02406 1888 5 20 0 1 0 34 -81 0 41 2.31 1.177 0.261 1270 975TMP02407 1888 5 28 9 0 0 34 -81 0 41 2.31 1.177 0.261 1271 975TMP02408 1888 5 29 1 15 0 34 -81 0 41 2.31 1.177 0.261 1272 975TMP02409 1888 5 31 5 0 0 34 -81 0 41 2.31 1.177 0.261 1273 975TMP02410 1888 6 1 0 1 0 34 -81 0 41 2.31 1.177 0.261 1274 975TMP02411 1888 6 1 3 20 0 34 -81 0 41 2.31 1.177 0.261 1275 975TMP02412 1888 6 2 0 0 0 32.785 -79.994 0 38 2.65 1.886 0.515 1276 716TMP02413 1888 6 2 0 1 0 34 -81 0 41 2.31 1.177 0.261 1277 975TMP02414 1888 6 2 11 0 0 34 -81 0 41 2.31 1.177 0.261 1278 975TMP02415 1888 6 4 0 0 0 34 -81 0 41 2.31 1.177 0.261 1279 975TMP02416 1888 6 18 5 0 0 33.06 -83.22 0 38 2.46 1.176 0.26 1280 0TMP02417 1888 6 19 0 1 0 34 -81 0 38 2.46 1.176 0.26 1281 975TMP02419 1888 7 8 23 0 0 44.39 -77.06 0 30 3.65 1.109 0.208 1282 0TMP02422 1888 8 15 1 15 0 44.3 -70 0 30 2.65 1.886 0.515 1283 0TMP02423 1888 8 15 18 30 0 34.37 -81.08 0 30 3.12 1.122 0.219 1284 975TMP02424 1888 8 23 5 40 0 34.87 -85.84 0 30 2.65 1.886 0.515 1285 0TMP39327 1888 9 1 1 0 0 33.95 -83.4 0 38 2.46 1.176 0.26 1286 0TMP02425 1888 9 17 21 30 0 33.42 -83.35 0 30 3.43 1.112 0.211 1287 0TMP02426 1888 9 25 5 0 0 32.07 -81.12 0 38 2.46 1.176 0.26 1288 0TMP02427 1888 9 29 2 15 0 34.72 -81.23 0 38 2.46 1.176 0.26 1289 0TMP02428 1888 10 2 6 0 0 31.12 -81.53 0 38 2.46 1.176 0.26 1290 0TMP02429 1888 10 23 18 40 0 38.1 -105.2 0 38 2.65 1.886 0.515 1291 0TMP02431 1888 11 3 10 20 0 36.1 -89.8 0 38 4.39 1.092 0.192 1292 0TMP02433 1888 11 8 18 30 0 34.27 -80.6 0 41 2.31 1.177 0.261 1293 975TMP02434 1888 11 17 4 0 0 42.18 -71.55 0 30 2.43 1.181 0.264 1294 0TMP02435 1888 11 24 5 0 0 34.77 -84.98 0 38 2.46 1.176 0.26 1295 0TMP02439 1888 12 7 23 30 0 36 -83.95 0 38 2.46 1.176 0.26 1296 0

B-41

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP02440 1888 12 19 6 0 0 43.36 -73.74 0 30 3.4 1.114 0.212 1297 0TMP02442 1889 1 8 4 45 0 39.45 -88.5 0 38 3.3 1.094 0.194 1298 0TMP02445 1889 1 19 14 55 0 34 -81 0 41 2.31 1.177 0.261 1299 0TMP02446 1889 1 19 15 0 0 34 -81 0 41 2.31 1.177 0.261 1300 1299TMP02447 1889 1 26 11 0 0 34 -81 0 41 2.31 1.177 0.261 1301 1299TMP02448 1889 2 2 13 45 0 39.3 -90.9 0 38 3.28 1.114 0.212 1302 0TMP02449 1889 2 5 19 40 0 33.16 -79.2 0 30 3.88 1.106 0.205 1303 716TMP02450 1889 2 7 15 0 0 33.9 -80.37 0 41 2.31 1.177 0.261 1304 716TMP02451 1889 2 10 0 31 0 32.9 -80 0 38 2.65 1.886 0.515 1305 716TMP02452 1889 2 12 11 0 0 35 -81.24 0 38 2.63 1.174 0.259 1306 0TMP02453 1889 2 18 0 0 0 34.01 -86.1 0 38 2.32 1.9 0.518 1307 0TMP02454 1889 2 26 15 30 0 40.65 -85.4 0 38 3.57 1.108 0.207 1308 0TMP02455 1889 3 3 4 0 0 40.5 -89 0 38 2.65 1.886 0.515 1309 0TMP02456 1889 3 3 5 0 0 33.77 -84.33 0 38 2.46 1.176 0.26 1310 0TMP02457 1889 3 8 0 0 0 43.5 -71.6 0 30 2.65 1.886 0.515 1311 0TMP02458 1889 3 8 23 40 0 40 -76 0 34 3.82 1.048 0.14 1312 0TMP02460 1889 3 17 0 30 0 32 -81 0 38 2.63 1.174 0.259 1313 0TMP02461 1889 3 27 4 0 0 36 -76.98 0 38 2.46 1.176 0.26 1314 0TMP02462 1889 3 30 21 30 0 38.562 -76.078 0 38 3.31 1.872 0.512 1315 0TMP02464 1889 5 1 0 0 0 36.423 -89.051 0 38 2.65 1.886 0.515 1316 0TMP02465 1889 5 11 8 45 0 38.97 -76.5 0 38 2.45 1.383 0.368 1317 0TMP02468 1889 6 6 3 30 0 36.4 -88.1 0 38 4.14 1.092 0.192 1318 0TMP02469 1889 6 6 16 25 0 35.9 -88.1 0 30 3.3 1.093 0.193 1319 0TMP02470 1889 6 7 10 35 0 41.67 -71.05 0 30 2.69 1.148 0.24 1320 0TMP02471 1889 7 8 0 0 0 44.67 -70.15 0 30 2.65 1.886 0.515 1321 0TMP02472 1889 7 11 21 47 0 32.4 -80.33 0 30 3.77 1.091 0.191 1322 0TMP02473 1889 7 20 0 33 0 35.8 -89.5 0 34 4.88 1.108 0.207 1323 0TMP02474 1889 7 20 2 15 0 35.8 -89.5 0 38 3.52 1.107 0.206 1324 1323TMP02475 1889 7 28 5 0 0 33.77 -84.33 0 41 2.31 1.177 0.261 1325 0TMP02478 1889 8 24 2 0 0 34.23 -77.92 0 41 2.31 1.177 0.261 1326 0TMP02479 1889 8 24 11 0 0 35.55 -77.07 0 38 2.46 1.176 0.26 1327 1330TMP02480 1889 8 24 17 0 0 34.23 -77.92 0 38 2.46 1.176 0.26 1328 1326TMP02481 1889 8 26 0 0 0 34.93 -79.78 0 41 2.31 1.177 0.261 1329 0TMP02482 1889 8 26 0 0 0 35.532 -77.031 0 38 2.98 1.877 0.513 1330 0TMP02485 1889 9 28 0 0 0 35.1 -84.7 0 41 2.29 1.244 0.302 1331 1332TMP02486 1889 9 29 5 0 0 35.03 -84.87 0 30 3.46 1.111 0.21 1332 0

B-42

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP02487 1889 10 1 6 0 0 32.82 -83.62 0 38 2.46 1.176 0.26 1333 0TMP02488 1889 10 16 3 0 0 35.26 -82.46 0 34 3.98 1.877 0.513 1334 0TMP02489 1889 10 24 10 0 0 34.72 -82.6 0 30 3.11 1.123 0.22 1335 0TMP02490 1889 11 2 7 53 0 37 -90.5 0 34 4.7 1.108 0.207 1336 0TMP02491 1889 12 2 1 0 0 43.47 -71.24 0 30 2.94 1.15 0.242 1337 0TMP02493 1890 1 24 16 0 0 36.4 -89.4 0 38 2.98 1.877 0.513 1338 0TMP02494 1890 2 7 16 20 0 40.33 -74.2 0 38 3.42 1.112 0.211 1339 0TMP02495 1890 2 11 1 5 0 38.58 -90.27 0 38 3.26 1.115 0.213 1340 0TMP02496 1890 3 28 22 0 0 43.2 -71.75 0 30 2.56 1.122 0.219 1341 0TMP02500 1890 5 25 7 0 0 43.11 -74.24 0 30 3.63 1.107 0.206 1342 0TMP02501 1890 5 27 0 0 0 39.75 -86.2 0 38 2.65 1.886 0.515 1343 0TMP02502 1890 7 15 22 30 0 39.4 -86.4 0 38 2.65 1.886 0.515 1344 0TMP02504 1890 9 23 8 20 0 34.039 -80.886 0 38 3.31 1.872 0.512 1345 0TMP02506 1890 10 30 23 0 0 37.3 -89.3 0 34 3.98 1.877 0.513 1346 0TMP02509 1890 12 5 9 0 0 37.4 -93.95 0 34 3.98 1.877 0.513 1347 0TMP02511 1890 12 23 11 0 0 35.8 -84 0 38 3.27 1.371 0.363 1348 0TMP02513 1891 1 3 22 0 0 40.3 -85.7 0 38 2.65 1.886 0.515 1349 0TMP02515 1891 1 8 6 0 0 31.7 -95.2 0 28 3.57 1.108 0.207 1350 0TMP02516 1891 1 14 0 0 0 35.1 -90 0 30 2.32 1.9 0.518 1351 0TMP02518 1891 1 15 5 0 0 42.67 -71.58 0 30 2.72 1.117 0.215 1352 0TMP02520 1891 3 13 19 0 0 41.5 -74.02 0 38 2.54 1.192 0.271 1353 0TMP02521 1891 4 1 4 30 0 35.4 -93.8 0 34 3.98 1.877 0.513 1354 0TMP02522 1891 4 3 0 0 0 47.26 -70.67 0 30 4.08 1.106 0.205 1355 0TMP02523 1891 5 2 0 10 0 43.2 -71.6 0 30 3.57 1.058 0.153 1356 0TMP02525 1891 5 30 0 0 0 43.1 -71.5 0 30 2.65 1.886 0.515 1357 1356TMP02528 1891 7 27 2 29 0 37.9 -87.9 0 34 4.59 1.081 0.18 1358 0TMP02529 1891 7 27 6 10 0 36.8 -89.3 0 38 4.09 1.106 0.205 1359 0TMP02530 1891 8 6 4 55 0 32.785 -79.994 0 38 2.65 1.886 0.515 1360 0TMP02531 1891 8 9 18 0 0 40.93 -71.94 0 30 3.42 1.108 0.207 1361 0TMP02532 1891 8 15 0 0 0 39.211 -85.913 0 34 4.97 1.914 0.521 1362 0TMP02534 1891 8 18 3 0 0 41.34 -73.41 0 30 3.34 1.116 0.214 1363 0TMP02535 1891 8 21 2 45 0 38.7 -90.4 0 34 3.93 1.106 0.205 1364 0TMP39330 1891 8 28 20 0 0 41.96 -73.1 0 30 2.65 1.152 0.243 1365 0TMP02536 1891 9 27 4 55 0 38.3 -88.5 0 28 5.52 1.27 0.316 1366 0TMP02537 1891 10 13 5 55 0 32.9 -80 0 30 2.65 1.886 0.515 1367 1370TMP02538 1891 10 15 17 0 0 34.9 -88 0 38 3.56 1.107 0.206 1368 0

B-43

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP02539 1891 10 16 0 0 0 36.2 -86.7 0 38 2.65 1.886 0.515 1369 0TMP02540 1891 10 26 17 55 0 33.004 -80.179 0 38 3.31 1.872 0.512 1370 0TMP02541 1891 11 17 0 0 0 36.728 -86.574 0 38 2.98 1.877 0.513 1371 0TMP02543 1891 12 5 0 0 0 39.14 -84.506 0 34 3.98 1.877 0.513 1372 0TMP02546 1892 1 14 8 0 0 35.4 -89.2 0 38 4.03 1.092 0.192 1373 0TMP02547 1892 2 11 0 0 0 39.86 -74.74 0 30 2.65 1.886 0.515 1374 0TMP02550 1892 3 10 21 0 0 42.58 -70.9 0 30 2.98 1.131 0.227 1375 0TMP02551 1892 4 12 11 45 0 43.34 -74.46 0 30 3.81 1.107 0.206 1376 0TMP02552 1892 4 15 5 25 0 40.55 -84.57 0 30 2.65 1.886 0.515 1377 0TMP02555 1892 5 1 9 0 0 43.21 -71.54 0 30 2.56 1.122 0.219 1378 0TMP02556 1892 5 5 0 0 0 40.2 -76 0 38 2.65 1.886 0.515 1379 0TMP02557 1892 5 6 0 0 0 30.839 -83.979 0 38 3.65 1.872 0.512 1380 0TMP02558 1892 5 6 3 0 0 40.18 -76.17 0 30 2.65 1.886 0.515 1381 1379TMP02559 1892 5 24 3 11 0 39.75 -86.2 0 38 2.65 1.886 0.515 1382 0TMP02561 1892 8 4 18 0 0 42.68 -88.28 0 30 2.79 1.15 0.242 1383 0TMP02562 1892 9 13 22 0 0 37.3 -89.3 0 38 2.65 1.886 0.515 1384 0TMP02563 1892 10 19 14 0 0 39.45 -86.4 0 38 2.83 1.148 0.24 1385 0TMP02581 1892 12 11 16 30 0 44.3 -71.7 0 30 2.65 1.886 0.515 1386 0TMP02582 1892 12 12 8 4 0 35.35 -85.55 0 38 3.96 1.106 0.205 1387 0TMP02585 1892 12 22 4 15 0 38.958 -85.886 0 38 2.65 1.886 0.515 1388 0TMP02591 1893 1 11 20 0 0 38.3 -85.7 0 38 3.27 1.371 0.363 1389 0TMP02592 1893 1 11 22 15 0 39.428 -77.417 0 34 3.98 1.877 0.513 1390 0TMP02593 1893 1 15 20 30 0 40.62 -74.42 0 38 3.11 1.373 0.364 1391 0TMP02601 1893 3 9 5 30 0 40.78 -73.92 0 38 3.38 1.103 0.202 1392 0TMP02602 1893 3 14 0 0 0 42.3 -72.7 0 30 2.65 1.886 0.515 1393 0TMP02604 1893 4 7 11 0 0 33.789 -81.93 0 38 3.31 1.872 0.512 1394 0TMP02605 1893 4 7 12 0 0 33.789 -81.93 0 38 3.31 1.872 0.512 1395 1394TMP02610 1893 5 20 0 0 0 33.609 -91.206 0 38 2.65 1.886 0.515 1396 0TMP02611 1893 6 21 4 5 0 32.9 -80 0 38 3.31 1.872 0.512 1397 0TMP02612 1893 6 21 7 7 0 30.4 -81.7 0 30 2.65 1.886 0.515 1398 0TMP02627 1893 7 5 8 10 0 32.9 -80 0 30 2.65 1.886 0.515 1399 1397TMP02630 1893 7 6 9 5 0 32.9 -80 0 30 2.65 1.886 0.515 1400 1397TMP02633 1893 7 8 7 48 0 32.9 -80 0 30 2.65 1.886 0.515 1401 1397TMP02634 1893 7 8 15 25 0 32.9 -80 0 30 2.65 1.886 0.515 1402 1397TMP02651 1893 9 19 7 5 0 32.9 -80 0 30 2.65 1.886 0.515 1403 1397TMP02652 1893 9 19 7 40 0 32.9 -80 0 30 2.65 1.886 0.515 1404 1397

B-44

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP02653 1893 9 19 8 55 0 32.9 -80 0 30 2.65 1.886 0.515 1405 1397TMP02672 1893 11 8 4 40 0 32.9 -80 0 30 2.65 1.886 0.515 1406 1397TMP02673 1893 11 8 6 5 0 32.9 -80 0 30 2.65 1.886 0.515 1407 1397TMP02674 1893 11 27 16 50 0 45.5 -73.3 0 34 5.12 1.723 0.477 1408 0TMP02675 1893 12 1 5 0 0 50.2 -66.38 0 30 2.96 1.134 0.229 1409 0TMP02677 1893 12 14 17 10 0 38.15 -87.65 0 38 3.44 1.108 0.207 1410 0TMP02678 1893 12 14 18 4 0 38.4 -88.05 0 38 3.75 1.106 0.205 1411 0TMP02679 1893 12 14 19 15 0 38.4 -88.05 0 38 4.11 1.107 0.206 1412 1411TMP02680 1893 12 20 2 0 0 41.62 -85.95 0 34 3.96 1.106 0.205 1413 0TMP02681 1893 12 25 3 0 0 40.41 -77.97 0 30 2.65 1.886 0.515 1414 0TMP02682 1893 12 27 6 51 0 32.9 -80 0 30 2.65 1.886 0.515 1415 1397TMP02683 1893 12 27 7 17 0 32.9 -80 0 30 2.65 1.886 0.515 1416 1397TMP02684 1893 12 27 9 9 0 32.9 -80 0 30 2.65 1.886 0.515 1417 1397TMP02685 1893 12 27 9 56 0 32.9 -80 0 30 2.65 1.886 0.515 1418 1397TMP02686 1893 12 28 2 20 0 32.9 -80 0 30 2.65 1.886 0.515 1419 1397TMP02692 1894 1 10 8 5 0 32.9 -80 0 30 2.65 1.886 0.515 1420 1397TMP02693 1894 1 10 8 49 0 32.9 -80 0 30 2.65 1.886 0.515 1421 1397TMP02694 1894 1 10 9 15 0 32.9 -80 0 30 2.65 1.886 0.515 1422 1397TMP02695 1894 1 11 9 0 0 49.7 -66.8 0 38 2.65 1.886 0.515 1423 0TMP02696 1894 1 11 14 25 0 40.59 -98.39 0 30 2.65 1.886 0.515 1424 0TMP02698 1894 1 25 20 40 0 38.98 -76.49 0 30 2.65 1.886 0.515 1425 0TMP02699 1894 1 30 4 5 0 32.9 -80 0 30 2.65 1.886 0.515 1426 1397TMP02701 1894 2 1 5 21 0 32.9 -80 0 30 2.65 1.886 0.515 1427 1397TMP02705 1894 2 25 5 30 0 41.42 -99.12 0 30 2.65 1.886 0.515 1428 0TMP02706 1894 2 27 22 0 0 42.12 -86.46 0 30 2.65 1.886 0.515 1429 0TMP02711 1894 4 10 0 0 0 41.6 -72.5 0 30 2.65 1.886 0.515 1430 0TMP02713 1894 4 17 16 15 0 45.6 -73.3 0 38 2.65 1.886 0.515 1431 0TMP02714 1894 5 23 23 50 0 37.1 -89.25 0 38 3.8 1.106 0.205 1432 0TMP02715 1894 5 24 2 0 0 38.2 -89.7 0 38 4.34 1.107 0.206 1433 0TMP02720 1894 6 16 2 16 0 32.9 -80 0 30 2.65 1.886 0.515 1434 0TMP02723 1894 7 18 12 37 0 36.8 -89.5 0 34 4.36 1.092 0.192 1435 0TMP02724 1894 7 27 0 0 0 44.33 -78.75 0 30 2.65 1.886 0.515 1436 0TMP02725 1894 7 30 8 0 0 37.1 -88.3 0 38 2.65 1.886 0.515 1437 0TMP02727 1894 8 10 6 19 0 35.2 -90.1 0 38 2.65 1.886 0.515 1438 0TMP02741 1894 9 27 8 0 0 47.97 -70.78 0 30 3.36 1.109 0.208 1439 0TMP02745 1894 11 9 3 0 0 42.12 -86.46 0 30 2.65 1.886 0.515 1440 0

B-45

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP02746 1894 11 11 23 40 0 46 -72.75 0 30 2.65 1.886 0.515 1441 0TMP02747 1894 11 12 22 35 0 41.91 -72.38 0 30 2.75 1.157 0.247 1442 0TMP02748 1894 11 23 8 0 0 41.32 -72.17 0 30 2.82 1.136 0.231 1443 0TMP02749 1894 11 23 9 0 0 39.26 -81.54 0 38 2.65 1.886 0.515 1444 0TMP02752 1894 11 24 4 0 0 39.27 -81.56 0 30 2.65 1.886 0.515 1445 1444TMP02755 1894 12 11 5 27 0 32.9 -80 0 30 2.65 1.886 0.515 1446 0TMP02760 1895 1 8 5 40 0 32.9 -80 0 30 2.62 1.38 0.367 1447 1446TMP02761 1895 1 8 5 58 0 32.9 -80 0 30 2.65 1.886 0.515 1448 1446TMP02762 1895 1 8 7 29 0 32.9 -80 0 30 2.65 1.886 0.515 1449 1446TMP39331 1895 1 9 23 30 0 45.72 -77 0 30 2.78 1.139 0.233 1450 0TMP02764 1895 1 14 3 0 0 38.35 -87.55 0 38 2.65 1.886 0.515 1451 0TMP02765 1895 1 14 4 0 0 38.35 -87.55 0 38 2.65 1.886 0.515 1452 1451TMP02766 1895 1 14 7 0 0 38.4 -87.85 0 38 3.47 1.108 0.207 1453 0TMP02768 1895 2 25 11 28 0 38.3 -90.5 0 38 3.89 1.106 0.205 1454 0TMP02772 1895 4 17 16 15 0 45.6 -73.3 0 38 2.65 1.886 0.515 1455 0TMP02773 1895 4 27 7 40 0 32.9 -80 0 30 2.65 1.886 0.515 1456 0TMP02778 1895 7 8 1 30 0 37.2 -93.3 0 38 3.68 1.106 0.205 1457 0TMP02779 1895 7 10 8 0 0 37.713 -88.187 0 34 3.98 1.877 0.513 1458 0TMP02780 1895 7 25 4 1 0 32.9 -80 0 30 2.65 1.886 0.515 1459 0TMP02783 1895 7 27 0 0 0 35.2 -88.2 0 30 2.32 1.9 0.518 1460 0TMP02784 1895 8 19 15 0 0 38.5 -83.7 0 38 3.4 1.093 0.193 1461 0TMP02786 1895 9 1 11 9 0 40.46 -74.3 0 34 4.07 1.038 0.125 1462 0TMP02793 1895 10 6 6 25 0 32.9 -80 0 30 2.65 1.886 0.515 1463 0TMP02794 1895 10 7 4 30 0 35.9 -77.5 0 30 3.31 1.872 0.512 1464 0TMP02795 1895 10 7 7 20 0 41.1 -89 0 38 3.31 1.872 0.512 1465 0TMP02796 1895 10 11 23 55 0 43.9 -103.3 0 30 3.36 1.096 0.196 1466 0TMP02797 1895 10 12 1 25 0 43.9 -103.3 0 30 3.38 1.114 0.212 1467 1466TMP02801 1895 10 20 17 8 0 32.9 -80 0 30 2.65 1.886 0.515 1468 1463TMP02805 1895 10 31 11 8 0 37.82 -89.32 0 30 6 1.074 0.173 1469 0TMP02807 1895 11 2 2 16 0 37 -89.4 0 30 2.65 1.886 0.515 1470 0TMP02808 1895 11 2 8 0 0 37 -89.4 0 30 2.32 1.9 0.518 1471 1470TMP39423 1895 11 2 17 0 0 37 -89.4 0 30 2.32 1.9 0.518 1472 1470TMP02810 1895 11 7 20 45 0 41.13 -74.27 0 38 2.6 1.18 0.263 1473 0TMP02811 1895 11 12 23 33 0 32.9 -80 0 30 2.65 1.886 0.515 1474 1463TMP02814 1895 11 18 3 50 0 36.78 -89.32 0 38 3.27 1.095 0.195 1475 0TMP02816 1895 11 19 7 0 0 36.8 -89.3 0 38 3.32 1.11 0.209 1476 1475

B-46

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP02817 1895 11 19 9 0 0 36.8 -89.3 0 38 3.42 1.109 0.208 1477 1475TMP39333 1895 11 20 3 0 0 39.98 -75.75 0 30 3 1.13 0.226 1478 0TMP02822 1895 12 31 15 30 0 37.05 -89.2 0 38 3.58 1.107 0.206 1479 1475TMP02823 1896 1 6 4 0 0 43.7 -72.29 0 30 2.65 1.886 0.515 1480 0TMP02827 1896 2 11 1 45 0 36.3 -78.6 0 30 2.65 1.886 0.515 1481 0TMP02831 1896 3 4 0 0 0 40.33 -75.83 0 30 2.65 1.886 0.515 1482 0TMP02832 1896 3 15 7 0 0 40.3 -84.2 0 30 2.65 1.886 0.515 1483 0TMP02833 1896 3 19 8 22 0 32.9 -80 0 30 2.65 1.886 0.515 1484 0TMP02834 1896 3 22 0 0 0 45.2 -67.2 0 38 3.73 1.106 0.205 1485 0TMP02835 1896 3 23 1 12 0 45.2 -67.1 0 38 3.64 1.052 0.146 1486 1485TMP02837 1896 5 16 3 55 0 46.6 -66.9 0 38 3.63 1.107 0.206 1487 0TMP02847 1896 7 13 1 0 0 43.87 -78.93 0 30 2.65 1.886 0.515 1488 0TMP02851 1896 8 11 5 58 0 32.9 -80 0 30 2.65 1.886 0.515 1489 0TMP02852 1896 8 11 6 14 0 32.9 -80 0 30 2.65 1.886 0.515 1490 1489TMP02853 1896 8 11 8 15 0 32.9 -80 0 30 2.65 1.886 0.515 1491 1489TMP02854 1896 8 11 9 24 0 32.9 -80 0 30 2.65 1.886 0.515 1492 1489TMP02855 1896 8 12 7 42 0 32.9 -80 0 30 2.65 1.886 0.515 1493 1489TMP02857 1896 8 14 5 43 0 32.9 -80 0 30 2.65 1.886 0.515 1494 1489TMP02861 1896 8 30 3 24 0 32.9 -80 0 30 2.65 1.886 0.515 1495 1489TMP02863 1896 9 7 0 0 0 38.21 -89.996 0 38 3.31 1.872 0.512 1496 0TMP02865 1896 9 8 18 16 0 32.9 -80 0 30 2.65 1.886 0.515 1497 1489TMP02866 1896 9 10 12 28 0 37.7 -89.2 0 38 3.78 1.106 0.205 1498 0TMP02871 1896 10 22 10 30 0 44.3 -71.8 0 30 2.65 1.886 0.515 1499 0TMP02872 1896 11 14 8 15 0 32.9 -80 0 30 2.65 1.886 0.515 1500 1489TMP02873 1896 11 20 15 0 0 39.73 -75.39 0 30 3 1.13 0.226 1501 0TMP02874 1896 12 1 19 19 0 36.99 -89.19 0 38 3.86 1.106 0.205 1502 0TMP02875 1896 12 2 0 0 0 39.611 -90.809 0 34 3.98 1.877 0.513 1503 0TMP02877 1896 12 8 16 55 0 39.98 -79.614 0 38 3.65 1.872 0.512 1504 0TMP02879 1897 1 2 0 0 0 45.42 -75.7 0 30 2.65 1.886 0.515 1505 0TMP02880 1897 1 18 18 28 0 38.2 -89.99 0 38 3.35 1.118 0.216 1506 0TMP02883 1897 1 26 15 58 0 45 -67.2 0 38 3.23 1.116 0.214 1507 0TMP02887 1897 2 7 4 30 0 39.301 -76.611 0 38 3.31 1.872 0.512 1508 0TMP02891 1897 3 5 22 40 0 43.12 -79.05 0 30 3.01 1.141 0.235 1509 0TMP02894 1897 3 21 6 0 0 42.83 -71.25 0 30 3.31 1.112 0.211 1510 0TMP02895 1897 3 23 23 7 0 45.5 -73.6 0 34 4.59 1.723 0.477 1511 0TMP02898 1897 3 24 6 0 0 40.57 -74.61 0 38 2.65 1.886 0.515 1512 0

B-47

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP02899 1897 3 26 5 4 0 45.5 -73.6 0 38 2.65 1.886 0.515 1513 1511TMP02901 1897 3 28 3 14 0 45.5 -73.6 0 34 4.63 1.896 0.517 1514 1511TMP02903 1897 4 1 22 45 0 40.67 -74.22 0 38 2.56 1.187 0.268 1515 0TMP02905 1897 4 26 4 0 0 37 -89.4 0 38 4 1.08 0.179 1516 1502TMP02906 1897 5 1 4 0 0 37 -89 0 30 2.98 1.877 0.513 1517 1502TMP02908 1897 5 3 17 18 0 37.1 -80.7 0 34 4.29 1.028 0.107 1518 1521TMP02912 1897 5 6 20 45 0 33.48 -81.31 0 30 3.12 1.117 0.215 1519 0TMP02920 1897 5 28 3 16 0 44.5 -73.5 0 34 4.67 1.058 0.153 1520 0TMP02921 1897 5 31 18 58 0 37.3 -80.7 0 30 5.91 1.27 0.316 1521 0TMP02926 1897 6 6 4 0 0 43.33 -91.51 0 30 3.01 1.122 0.219 1522 0TMP02928 1897 6 24 17 4 0 36.8 -87.5 0 38 2.65 1.886 0.515 1523 0TMP02929 1897 6 29 3 0 0 37.3 -80.7 0 30 3.72 1.036 0.122 1524 1521TMP02930 1897 7 1 9 20 0 43.7 -71.6 0 30 2.65 1.886 0.515 1525 0TMP02932 1897 7 22 3 0 0 43.08 -73.87 0 30 2.93 1.126 0.223 1526 0TMP02933 1897 9 3 11 0 0 37.3 -80.7 0 30 3.05 1.103 0.202 1527 1521TMP02935 1897 9 5 0 0 0 41.5 -72.5 0 30 2.65 1.886 0.515 1528 0TMP02936 1897 9 25 18 5 0 44.7 -68.7 0 30 3.94 1.106 0.205 1529 0TMP02937 1897 9 29 0 0 0 34.941 -82.411 0 34 3.98 1.877 0.513 1530 0TMP02938 1897 10 8 9 0 0 37.6 -90 0 38 2.65 1.886 0.515 1531 0TMP02942 1897 10 22 3 20 0 36.9 -81.1 0 30 3.97 1.056 0.151 1532 1521TMP02944 1897 11 9 22 0 0 41.4 -73.45 0 30 2.65 1.886 0.515 1533 0TMP02946 1897 11 27 20 56 0 37.7 -77.5 0 30 2.65 1.886 0.515 1534 1538TMP02949 1897 12 2 7 10 0 37.7 -97.7 0 34 4.16 1.091 0.191 1535 0TMP02950 1897 12 3 6 0 0 43.1 -89.8 0 38 3.92 1.091 0.191 1536 0TMP02952 1897 12 3 9 0 0 42.4 -90.4 0 38 3.31 1.872 0.512 1537 0TMP02953 1897 12 18 23 45 0 37.7 -77.5 0 30 3.81 1.038 0.125 1538 0TMP02954 1898 1 7 6 0 0 45.1 -74.3 0 38 2.65 1.886 0.515 1539 0TMP02955 1898 1 7 13 20 0 44.85 -74.29 0 30 3.72 1.107 0.206 1540 0TMP02960 1898 1 27 1 50 0 34.53 -90.59 0 34 3.97 1.091 0.191 1541 0TMP02962 1898 2 5 20 0 0 37 -81 0 34 4.16 1.038 0.125 1542 1521TMP02965 1898 2 13 0 0 0 31.45 -91.3 0 38 3.22 1.112 0.211 1543 0TMP02966 1898 2 20 5 30 0 42.83 -71.69 0 30 2.54 1.192 0.271 1544 0TMP02968 1898 3 1 17 30 0 37.05 -88.7 0 38 2.65 1.886 0.515 1545 0TMP02973 1898 6 6 8 0 0 38.25 -84.05 0 34 3.75 1.091 0.191 1546 0TMP02974 1898 6 11 6 45 0 42.8 -72.6 0 30 2.65 1.886 0.515 1547 0TMP02978 1898 6 14 15 23 0 37.1 -87.87 0 38 3.94 1.091 0.191 1548 0

B-48

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP02979 1898 6 19 15 0 0 36.07 -83.67 0 30 3.69 1.107 0.206 1549 0TMP02981 1898 7 23 21 30 0 36.75 -82.83 0 30 3.54 1.107 0.206 1550 0TMP02985 1898 9 14 8 29 0 45.5 -66 0 38 3.29 1.114 0.212 1551 0TMP02986 1898 9 16 9 59 0 42.6 -97.3 0 30 2.65 1.886 0.515 1552 0TMP02992 1898 11 25 20 0 0 37 -81 0 38 4.33 1.039 0.126 1553 1521TMP02993 1899 1 1 20 30 0 40.31 -74.27 0 38 3.07 1.125 0.222 1554 0TMP02995 1899 1 21 19 0 0 38.4 -89.2 0 38 2.65 1.886 0.515 1555 0TMP02999 1899 2 9 0 0 0 38.6 -83.2 0 38 2.65 1.886 0.515 1556 0TMP03000 1899 2 11 0 0 0 43.35 -85.4 0 30 2.67 1.168 0.255 1557 0TMP03001 1899 2 11 10 0 0 41.6 -86.8 0 38 4.11 1.106 0.205 1558 0TMP03002 1899 2 13 9 30 0 37 -81 0 38 4.46 1.024 0.099 1559 1521TMP03003 1899 3 3 0 0 0 36.9 -76.3 0 30 2.65 1.886 0.515 1560 0TMP03004 1899 3 10 5 45 0 32.9 -80 0 30 2.65 1.886 0.515 1561 0TMP39334 1899 4 24 2 0 0 37.4 -89.5 0 38 2.65 1.886 0.515 1562 0TMP03006 1899 4 30 2 5 0 38.5 -87.4 0 34 4.4 1.036 0.122 1563 0TMP03007 1899 4 30 12 24 0 43.53 -71.47 0 30 2.65 1.886 0.515 1564 0TMP03010 1899 5 17 1 15 0 41.6 -72.6 0 30 3.5 1.093 0.193 1565 1567TMP03012 1899 6 20 3 30 0 46.2 -64.7 0 38 2.86 1.144 0.237 1566 0TMP03013 1899 6 26 19 10 0 41.47 -72.6 0 30 4.15 1.094 0.194 1567 0TMP03014 1899 8 25 5 0 0 43.21 -71.54 0 30 2.65 1.886 0.515 1568 0TMP03015 1899 8 28 19 15 0 40.799 -85.825 0 38 3.31 1.872 0.512 1569 0TMP03017 1899 10 5 10 15 0 35.556 -83.999 0 34 4.63 1.896 0.517 1570 0TMP03018 1899 10 5 11 30 0 44 -69.5 0 30 2.65 1.886 0.515 1571 0TMP03020 1899 10 11 4 0 0 42.1 -86.5 0 30 3.15 1.066 0.163 1572 0TMP03023 1899 11 12 14 0 0 39.3 -83 0 30 2.65 1.886 0.515 1573 0TMP03024 1899 12 1 18 50 0 36.8 -94.4 0 30 2.65 1.886 0.515 1574 0TMP03025 1899 12 4 12 48 0 32.9 -80 0 30 2.65 1.886 0.515 1575 0TMP03026 1899 12 6 12 0 0 44.5 -99 0 30 3.46 1.109 0.208 1576 0TMP03029 1900 1 29 0 0 0 36.919 -89.338 0 25 2.65 1.886 0.515 1577 0TMP03030 1900 3 14 3 0 0 45.5 -89.5 0 20 2.32 1.9 0.518 1578 0TMP03031 1900 3 14 5 0 0 45.5 -89.5 0 20 2.32 1.9 0.518 1579 1578TMP03034 1900 4 28 19 7 0 39.84 -75.15 0 20 3.07 1.125 0.222 1580 0TMP03037 1900 6 26 14 0 0 41.05 -73.53 0 25 2.84 1.145 0.238 1581 0TMP03038 1900 7 19 12 0 0 47.56 -53.25 0 22 3.08 1.153 0.244 1582 0TMP03042 1900 10 31 16 15 0 30.4 -81.7 0 20 3.31 1.872 0.512 1583 0TMP03043 1900 12 1 0 0 0 36 -96.8 5 25 2.65 1.886 0.515 1584 0

B-49

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP03046 1901 1 4 3 12 0 37.8 -94 0 20 3.42 1.112 0.211 1585 0TMP03047 1901 1 30 14 0 0 39.89 -75.13 0 20 2.66 1.17 0.256 1586 0TMP03048 1901 2 15 0 15 0 36 -90 0 20 3.86 1.056 0.151 1587 0TMP03050 1901 3 5 18 0 0 42.99 -71.46 0 20 3.06 1.136 0.231 1588 0TMP03054 1901 5 17 7 0 0 38.95 -82.66 0 20 3.96 1.028 0.107 1589 0TMP03063 1901 10 31 22 0 0 42.71 -71.6 0 20 3.57 1.111 0.21 1590 0TMP03065 1901 12 2 0 26 0 32.9 -80 0 20 2.65 1.886 0.515 1591 0TMP03068 1901 12 10 18 0 0 41.65 -70.48 0 20 2.92 1.118 0.216 1592 0TMP03072 1902 1 24 10 48 0 38.6 -90.3 0 22 4.34 1.057 0.152 1593 0TMP03075 1902 3 5 8 0 0 38.14 -83.76 0 20 2.65 1.886 0.515 1594 0TMP03076 1902 3 8 23 30 0 37.26 -81.22 0 25 2.65 1.886 0.515 1595 0TMP03078 1902 3 10 6 0 0 39.9 -85.2 0 20 2.71 1.238 0.299 1596 0TMP03079 1902 3 10 11 30 0 39.9 -85.2 0 20 2.71 1.238 0.299 1597 1596TMP03084 1902 5 18 4 0 0 37.3 -80.6 0 20 3.31 1.872 0.512 1598 0TMP03086 1902 5 24 14 5 0 32.9 -80 0 25 2.62 1.38 0.367 1599 0TMP03088 1902 5 29 7 30 0 35.1 -85.3 0 20 3.27 1.371 0.363 1600 0TMP03091 1902 6 14 7 0 0 40.3 -81.4 0 20 2.98 1.877 0.513 1601 0TMP03092 1902 7 18 5 25 0 44.85 -74.29 0 20 3.31 1.872 0.512 1602 0TMP03093 1902 7 19 17 50 0 43.44 -71.82 0 20 2.68 1.132 0.228 1603 0TMP03095 1902 7 28 18 0 0 42.5 -97.5 0 22 4.22 1.091 0.191 1604 0TMP03099 1902 10 9 12 0 0 30.34 -97.73 0 20 2.82 1.136 0.231 1605 0TMP03100 1902 10 9 19 0 0 30.1 -97.6 0 20 2.65 1.886 0.515 1606 0TMP03101 1902 10 18 22 0 0 35 -85.3 0 20 3.15 1.115 0.213 1607 0TMP03102 1902 10 18 22 0 0 35 -85.3 0 25 3.18 1.126 0.223 1608 1607TMP03110 1903 1 24 1 0 0 32.9 -80 0 20 4.01 1.052 0.145 1609 0TMP03112 1903 1 31 10 54 0 32.9 -80 0 20 2.65 1.886 0.515 1610 1609TMP03113 1903 2 3 10 6 0 32.9 -80 0 20 2.65 1.886 0.515 1611 1609TMP03114 1903 2 9 0 21 0 37.8 -89.3 0 22 4.55 1.052 0.146 1612 0TMP03116 1903 3 15 9 0 0 34.65 -84.8 0 25 3.44 1.371 0.363 1613 0TMP03117 1903 3 17 11 50 0 39.1 -89.5 0 20 2.32 1.9 0.518 1614 0TMP03122 1903 8 16 9 54 0 38.77 -90.2 0 22 4.3 1.886 0.515 1615 0TMP03124 1903 9 9 0 0 0 40.3 -105.3 0 25 2.65 1.886 0.515 1616 0TMP03125 1903 9 20 0 0 0 39.4 -86.3 0 20 2.65 1.886 0.515 1617 0TMP03126 1903 9 21 0 0 0 38.7 -88.1 0 20 2.65 1.886 0.515 1618 0TMP03127 1903 10 5 2 56 0 38.3 -90.2 0 20 3.99 1.052 0.146 1619 0TMP03128 1903 10 21 0 0 0 38.7 -88.1 0 25 2.65 1.886 0.515 1620 1618

B-50

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP03129 1903 11 3 18 0 0 37.8 -89.3 0 20 2.32 1.9 0.518 1621 0TMP03130 1903 11 4 18 18 0 36.5 -89.5 0 22 4.97 1.27 0.316 1622 0TMP03131 1903 11 4 19 14 0 36.5 -89.8 0 22 4.73 1.092 0.192 1623 1622TMP03135 1903 11 27 7 0 0 37 -89.5 0 20 3.82 1.106 0.205 1624 0TMP03136 1903 11 27 9 20 0 36.5 -89.5 0 20 4.33 1.107 0.206 1625 1622TMP03139 1903 12 18 2 0 0 46.8 -66.2 0 25 3.78 1.106 0.205 1626 0TMP03141 1903 12 25 12 30 0 44.7 -75.5 0 20 3.37 1.115 0.213 1627 0TMP03149 1904 2 28 12 37 0 47.5 -65.5 0 25 2.65 1.886 0.515 1628 0TMP03150 1904 3 5 0 30 0 35.7 -83.5 0 20 3.46 1.055 0.149 1629 0TMP03155 1904 3 21 6 4 0 45 -67.2 0 22 5.73 1.27 0.316 1630 0TMP03164 1904 9 14 7 30 0 33.457 -81.995 0 25 2.65 1.886 0.515 1631 0TMP03165 1904 9 14 7 35 0 33.457 -81.995 0 25 2.65 1.886 0.515 1632 1631TMP03166 1904 9 14 8 52 0 45.42 -75.7 0 20 3.59 1.107 0.206 1633 0TMP03171 1904 10 28 4 9 0 37.5 -100.2 0 25 2.65 1.886 0.515 1634 1635TMP03172 1904 10 28 4 30 0 37.5 -100.2 0 20 3.5 1.094 0.194 1635 0TMP03177 1905 2 3 0 0 0 30.5 -91.1 0 20 3.31 1.872 0.512 1636 0TMP03179 1905 2 7 12 0 0 29.88 -97.68 0 20 2.65 1.886 0.515 1637 0TMP03186 1905 4 13 16 30 0 40.4 -91.6 0 20 3.62 1.092 0.192 1638 0TMP03191 1905 7 15 10 10 0 44.2 -70 0 22 4.17 1.052 0.145 1639 0TMP03194 1905 7 27 0 20 0 47.3 -88.4 0 28 4 1.056 0.151 1640 0TMP03195 1905 8 22 5 8 0 37.2 -89.3 0 22 4.95 1.27 0.316 1641 0TMP03197 1905 8 30 22 40 0 43.1 -70.7 0 20 3.25 1.066 0.163 1642 0TMP03198 1905 8 30 22 42 0 43.1 -70.8 0 25 2.65 1.886 0.515 1643 1642TMP03203 1905 11 26 0 30 0 41.5 -71.3 0 20 2.65 1.886 0.515 1644 0TMP03204 1905 12 23 0 0 0 39.7 -78.18 0 20 2.72 1.161 0.25 1645 0TMP03206 1906 1 8 0 15 0 39.2 -96.5 0 22 4.91 1.27 0.316 1646 0TMP03213 1906 1 16 2 40 0 39.2 -96.5 0 20 3.63 1.091 0.191 1647 1646TMP03219 1906 3 6 0 0 0 39.7 -91.4 0 20 2.65 1.886 0.515 1648 0TMP03227 1906 4 23 7 12 0 40.7 -83.6 0 20 3.31 1.872 0.512 1649 0TMP03229 1906 5 8 6 58 0 39.5 -85.8 0 20 3.29 1.095 0.195 1650 0TMP03230 1906 5 8 13 30 0 41.5 -72.5 0 20 2.65 1.886 0.515 1651 0TMP03231 1906 5 8 17 41 0 38.7 -75.7 0 20 3.15 1.108 0.207 1652 0TMP03232 1906 5 9 6 38 0 39.2 -85.9 0 20 2.65 1.886 0.515 1653 0TMP39335 1906 5 10 0 27 0 43 -101.3 0 22 3.92 1.056 0.151 1654 0TMP03233 1906 5 11 6 15 0 38.5 -87.2 0 20 3.25 1.062 0.159 1655 0TMP03236 1906 5 19 10 0 0 32.25 -87.95 0 25 2.65 1.886 0.515 1656 0

B-51

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP03237 1906 5 20 15 0 0 40.25 -75.83 0 25 2.65 1.886 0.515 1657 0TMP03238 1906 5 21 19 0 0 38.7 -88.4 0 20 3.31 1.872 0.512 1658 0TMP03275 1906 8 8 0 0 0 47.3 -88.4 0 20 3.72 1.106 0.205 1659 0TMP03276 1906 8 13 13 19 0 39.7 -86.8 0 20 2.65 1.886 0.515 1660 0TMP03278 1906 9 7 16 33 0 38.2 -87.7 0 20 3.07 1.125 0.222 1661 0TMP03283 1906 10 19 19 30 0 43 -70 0 20 3.95 1.106 0.205 1662 0TMP03292 1906 11 17 14 0 0 45.61 -75.41 0 25 2.65 1.886 0.515 1663 0TMP03294 1906 12 5 6 0 0 38.67 -76.08 0 20 2.98 1.131 0.227 1664 0TMP03301 1907 1 11 7 45 0 37.1 -97 0 20 2.65 1.886 0.515 1665 0TMP03303 1907 1 25 6 0 0 44.1 -79.1 0 25 2.65 1.886 0.515 1666 0TMP39338 1907 1 26 6 0 0 37.27 -81.223 0 25 2.98 1.877 0.513 1667 0TMP03304 1907 1 29 0 0 0 39.5 -86.6 0 25 3.31 1.872 0.512 1668 0TMP03305 1907 1 30 0 0 0 38.9 -89.5 0 20 3.32 1.117 0.215 1669 0TMP03306 1907 1 30 5 30 0 39.5 -86.6 0 20 3.31 1.872 0.512 1670 1668TMP03309 1907 2 11 13 22 0 37.7 -78.3 0 22 3.76 1.107 0.206 1671 0TMP03311 1907 4 1 0 0 0 35.5 -101.2 0 28 2.65 1.385 0.369 1672 0TMP03314 1907 4 19 8 30 0 32.9 -80 0 20 3.71 1.057 0.152 1673 0TMP03319 1907 6 29 0 0 0 43.5 -70.5 0 25 2.65 1.886 0.515 1674 0TMP03321 1907 7 4 9 0 0 37.8 -90.4 0 20 3.09 1.108 0.207 1675 0TMP03326 1907 8 5 12 43 0 47.65 -70.16 0 25 2.65 1.886 0.515 1676 0TMP03327 1907 10 16 0 10 0 42.8 -71 0 20 3.39 1.061 0.157 1677 0TMP03328 1907 11 4 3 55 0 37.308 -89.55 0 22 3.98 1.877 0.513 1678 0TMP03329 1907 11 14 5 0 0 45.47 -76.68 0 25 2.65 1.886 0.515 1679 0TMP03330 1907 11 28 16 30 0 42.3 -89.8 0 20 2.77 1.154 0.245 1680 0TMP03331 1907 12 11 4 32 0 38.6 -90.2 0 20 2.65 1.886 0.515 1681 0TMP03335 1908 2 5 7 0 0 42.3 -71.2 0 28 2.5 1.242 0.301 1682 0TMP03339 1908 3 10 0 0 0 47.45 -70.5 0 25 2.65 1.886 0.515 1683 0TMP03341 1908 5 14 4 45 0 44 -65.8 0 25 3.31 1.872 0.512 1684 0TMP03342 1908 5 31 17 42 0 40.6 -75.5 0 22 2.84 1.094 0.194 1685 0TMP03343 1908 6 16 20 41 0 45.1 -74.8 0 25 3.31 1.872 0.512 1686 0TMP03344 1908 7 17 7 10 0 45.43 -76.35 0 25 2.65 1.886 0.515 1687 0TMP03346 1908 8 8 11 0 0 46.5 -67 0 25 4.13 1.106 0.205 1688 0TMP03349 1908 8 23 9 30 0 37.5 -77.9 0 20 3.37 1.115 0.213 1689 0TMP03353 1908 9 28 19 34 0 36.6 -89.6 0 20 3.52 1.108 0.207 1690 0TMP03355 1908 10 28 0 27 0 37 -89.2 0 20 3.62 1.092 0.192 1691 0TMP03356 1908 11 12 0 0 0 38.7 -93.2 0 20 3.11 1.123 0.22 1692 0

B-52

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP03358 1908 11 23 13 0 0 43.5 -71.7 0 20 2.65 1.886 0.515 1693 0TMP03361 1908 12 14 0 0 0 38.63 -83.78 0 25 2.65 1.886 0.515 1694 0TMP03363 1908 12 27 21 15 0 37.5 -88 0 20 3.92 1.056 0.151 1695 0TMP39339 1908 12 27 21 15 0 36.8 -87.5 0 25 3.97 1.107 0.206 1696 0TMP03367 1909 1 21 0 0 0 39.14 -84.506 0 25 2.98 1.877 0.513 1697 0TMP03369 1909 1 23 3 15 0 47.2 -88.6 0 20 3.31 1.872 0.512 1698 0TMP03371 1909 1 26 20 15 0 42.3 -97.8 0 20 3.23 1.1 0.2 1699 0TMP03373 1909 2 1 8 20 0 45.51 -73.57 0 25 2.65 1.886 0.515 1700 0TMP03376 1909 4 2 7 25 0 39.4 -78 0 20 3.47 1.059 0.155 1701 0TMP03377 1909 4 14 10 20 0 45.4 -66.3 0 25 2.81 1.136 0.231 1702 0TMP03378 1909 5 9 0 0 0 46.05 -74.28 0 25 2.65 1.886 0.515 1703 0TMP03379 1909 5 10 2 20 0 46.1 -74.3 0 25 2.65 1.886 0.515 1704 1703TMP03380 1909 5 16 4 15 0 49 -104 0 22 5.72 1.27 0.316 1705 0TMP03381 1909 5 26 14 42 0 41.6 -88.1 0 22 5.15 1.723 0.477 1706 0TMP03382 1909 6 8 8 25 0 46.05 -74.28 0 25 2.65 1.886 0.515 1707 1703TMP03383 1909 7 19 4 34 0 40.3 -90.7 0 22 4.35 1.052 0.146 1708 0TMP03385 1909 8 16 22 45 0 38.3 -90.1 0 20 3.82 1.106 0.205 1709 0TMP03387 1909 9 22 0 0 0 38.7 -86.5 0 20 3.57 1.108 0.207 1710 0TMP03388 1909 9 27 9 45 0 39.5 -87.4 0 22 4.73 1.27 0.316 1711 0TMP03390 1909 10 8 10 0 0 34.9 -85 0 20 3.13 1.056 0.151 1712 0TMP03392 1909 10 22 22 0 0 37.6 -90.6 0 20 2.65 1.886 0.515 1713 0TMP03393 1909 10 22 22 30 0 41.8 -89.7 0 20 2.98 1.877 0.513 1714 0TMP03395 1909 10 23 7 10 0 37 -89.5 0 25 4.21 1.091 0.191 1715 0TMP03396 1909 10 23 9 47 0 39 -87.8 0 20 3.87 1.056 0.151 1716 0TMP03397 1909 12 10 6 24 0 45.4 -75.6 0 25 2.65 1.886 0.515 1717 0TMP03400 1909 12 19 20 0 0 46.5 -60.5 0 25 3.98 1.877 0.513 1718 0TMP03401 1909 12 23 0 0 0 38.555 -75.573 0 22 3.98 1.877 0.513 1719 0TMP03403 1910 1 23 1 30 0 43.8 -70.4 0 20 2.88 1.065 0.162 1720 0TMP03405 1910 2 1 0 0 0 48 -70 0 22 3.98 1.877 0.513 1721 0TMP03406 1910 2 8 14 0 0 38.8 -78.7 0 20 3.2 1.117 0.215 1722 0TMP03409 1910 2 25 0 0 0 43.2 -79.8 0 25 2.65 1.886 0.515 1723 0TMP03410 1910 2 26 8 0 0 41.4 -97.4 0 20 2.98 1.877 0.513 1724 0TMP03416 1910 5 8 17 30 0 30.1 -96 0 20 2.65 1.886 0.515 1725 1727TMP03417 1910 5 8 21 10 0 37.7 -78.4 0 20 3.47 1.108 0.207 1726 0TMP03418 1910 5 12 0 0 0 30.1 -96 0 20 3.17 1.119 0.217 1727 0TMP03419 1910 6 8 23 0 0 34.769 -84.976 0 25 3.31 1.872 0.512 1728 0

B-53

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP03421 1910 8 21 18 45 0 42.7 -71.1 0 20 2.65 1.886 0.515 1729 0TMP03422 1910 8 30 14 30 0 43.4 -72.1 0 20 2.62 1.38 0.367 1730 0TMP03425 1910 10 20 21 50 0 44.3 -68.8 0 20 2.65 1.886 0.515 1731 0TMP03426 1910 10 25 9 30 0 47.6 -69.8 0 25 3.31 1.872 0.512 1732 0TMP03427 1911 1 20 6 0 0 34.846 -85.043 0 25 2.65 1.886 0.515 1733 0TMP03431 1911 2 10 10 22 0 36.6 -79.4 0 20 2.65 1.886 0.515 1734 0TMP03432 1911 2 28 9 0 0 38.7 -90.3 0 20 2.65 1.886 0.515 1735 0TMP03434 1911 3 2 21 30 0 43.2 -71.5 0 20 2.65 1.886 0.515 1736 0TMP03435 1911 3 20 12 0 0 46.2 -66.7 0 25 4.03 1.106 0.205 1737 0TMP03436 1911 3 31 16 57 0 34 -91.8 0 22 4.25 1.052 0.145 1738 0TMP03437 1911 3 31 18 10 0 33.8 -92.2 0 20 3.39 1.094 0.194 1739 0TMP03438 1911 4 8 1 0 0 38.3 -75.5 0 20 2.65 1.886 0.515 1740 0TMP03439 1911 4 8 4 11 0 38.3 -75.5 0 20 2.65 1.886 0.515 1741 1740TMP03440 1911 4 20 22 0 0 35.1 -82.7 0 25 3.21 1.046 0.137 1742 0TMP03441 1911 4 21 3 0 0 35.2 -82.7 0 20 3.37 1.115 0.213 1743 1742TMP03442 1911 6 2 22 34 0 44.2 -98.2 0 25 4.14 1.107 0.206 1744 0TMP03443 1911 7 29 0 0 0 41.8 -87.6 0 20 2.98 1.877 0.513 1745 0TMP03444 1911 8 27 0 0 0 46.9 -65.6 0 25 2.65 1.886 0.515 1746 0TMP03447 1912 1 2 16 21 0 42.3 -89 0 22 4.38 1.057 0.152 1747 0TMP03448 1912 1 31 22 5 0 31.944 -81.109 0 25 3.31 1.872 0.512 1748 0TMP03451 1912 5 27 12 52 0 43.2 -79.7 0 25 3.31 1.872 0.512 1749 0TMP03452 1912 6 12 10 30 0 32.9 -80 0 22 4.5 1.723 0.477 1750 0TMP03453 1912 6 20 0 0 0 32 -81 0 20 3.31 1.872 0.512 1751 0TMP03455 1912 8 7 20 0 0 37.7 -78.4 0 20 3 1.13 0.226 1752 0TMP03456 1912 8 8 1 0 0 37.7 -78.4 0 20 3.01 1.13 0.226 1753 1752TMP03457 1912 8 19 6 30 0 46.3 -67 0 25 3.97 1.106 0.205 1754 0TMP03459 1912 9 25 0 0 0 42.3 -89.1 0 20 2.32 1.9 0.518 1755 0TMP03460 1912 9 29 8 6 0 32.9 -80 0 20 2.65 1.886 0.515 1756 1750TMP03461 1912 10 23 0 0 0 49.5 -68 0 25 2.65 1.886 0.515 1757 0TMP03462 1912 10 23 1 15 0 32.7 -83.5 0 20 3.26 1.115 0.213 1758 0TMP03464 1912 11 17 12 30 0 32.9 -80 0 20 2.65 1.886 0.515 1759 1750TMP03466 1912 12 7 19 10 0 34.7 -81.7 0 20 2.62 1.38 0.367 1760 1762TMP03467 1912 12 11 10 15 0 45.5 -66 0 25 4.06 1.106 0.205 1761 0TMP03469 1913 1 1 18 28 0 34.7 -81.7 0 22 4.54 1.27 0.316 1762 0TMP03473 1913 3 13 5 0 0 34.5 -85 0 20 2.62 1.38 0.367 1763 0TMP03474 1913 3 28 21 50 0 36.2 -83.7 0 22 3.65 1.055 0.149 1764 0

B-54

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP03476 1913 4 17 16 30 0 35.3 -84.2 0 20 3.59 1.053 0.147 1765 0TMP03477 1913 4 29 0 28 0 44.87 -75.33 0 25 3.52 1.109 0.208 1766 0TMP03478 1913 5 2 6 0 0 35.5 -84.4 0 25 2.45 1.383 0.368 1767 0TMP03480 1913 6 8 6 30 0 45.68 -74.4 0 25 2.65 1.886 0.515 1768 0TMP03481 1913 6 9 15 30 0 35.8 -88.9 0 20 3.36 1.109 0.208 1769 0TMP03483 1913 8 3 16 45 0 36 -84 0 20 2.62 1.38 0.367 1770 0TMP03484 1913 8 10 5 15 0 44 -74 0 20 3.34 1.111 0.21 1771 0TMP03485 1913 10 17 2 15 0 41.8 -89.7 0 20 3.38 1.093 0.193 1772 0TMP03486 1913 11 3 14 30 0 41.5 -71.5 0 20 2.65 1.886 0.515 1773 0TMP03487 1913 11 11 14 0 0 38.2 -85.8 0 22 3.61 1.373 0.364 1774 0TMP03492 1914 1 13 7 0 0 45.6 -66.9 0 25 3.57 1.108 0.207 1775 0TMP03495 1914 1 24 3 24 0 35.6 -84.5 0 20 3.43 1.094 0.194 1776 0TMP03496 1914 1 24 3 41 0 35.6 -84.5 0 20 2.62 1.38 0.367 1777 1776TMP03497 1914 2 10 18 31 0 46 -75 0 22 5.1 1.723 0.477 1778 0TMP03498 1914 2 14 9 34 0 46.4 -73.6 0 25 3.31 1.872 0.512 1779 0TMP03500 1914 2 22 0 20 0 45 -70.5 0 25 2.65 1.886 0.515 1780 1781TMP03499 1914 2 22 19 15 0 45 -70.5 0 20 3.66 1.091 0.191 1781 0TMP03503 1914 2 24 4 24 0 35.6 -84.5 17 25 3.35 1.111 0.21 1782 1776TMP03504 1914 3 5 20 5 0 33.5 -83.5 0 25 4.43 1.052 0.146 1783 0TMP03507 1914 3 7 1 20 0 34.2 -79.8 0 28 2.65 1.886 0.515 1784 0TMP03508 1914 4 12 20 20 0 49.31 -67.61 0 25 2.65 1.886 0.515 1785 0TMP03513 1914 7 14 1 53 0 32.9 -80 0 20 2.65 1.886 0.515 1786 0TMP03515 1914 9 22 7 4 0 32.9 -80 0 20 4.09 1.038 0.125 1787 0TMP03516 1914 10 7 21 0 0 43.1 -89.4 0 20 2.65 1.886 0.515 1788 0TMP03518 1914 12 30 1 0 0 30.5 -95.9 0 20 2.98 1.877 0.513 1789 0TMP03519 1915 1 14 9 20 0 36.6 -82.2 0 20 2.78 1.375 0.365 1790 0TMP03521 1915 2 5 6 55 0 37.7 -88.6 0 20 3 1.13 0.226 1791 0TMP03522 1915 2 19 4 35 0 37.1 -89.2 0 20 3 1.072 0.17 1792 0TMP03523 1915 2 21 1 20 0 42.7 -71.4 0 20 3.27 1.371 0.363 1793 0TMP03525 1915 2 21 2 21 0 42.8 -71.1 0 25 2.65 1.886 0.515 1794 0TMP03526 1915 2 21 2 30 0 42.8 -71.1 0 25 2.65 1.886 0.515 1795 1794TMP03528 1915 2 21 23 41 0 44.7 -73.4 0 20 2.65 1.886 0.515 1796 0TMP03531 1915 4 15 13 20 0 38.7 -88.1 0 20 3.17 1.094 0.194 1797 0TMP03532 1915 4 28 23 40 0 36.5 -89.5 0 20 3 1.116 0.214 1798 0TMP03533 1915 6 27 14 45 0 46.1 -67.1 0 25 3.56 1.109 0.208 1799 0TMP03534 1915 7 27 16 30 0 44 -65 0 25 3.31 1.872 0.512 1800 0

B-55

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP03536 1915 8 8 15 15 0 48.1 -103.6 0 20 2.65 1.886 0.515 1801 0TMP03537 1915 9 16 19 0 0 42.8 -99.3 0 20 2.32 1.9 0.518 1802 0TMP03539 1915 10 8 16 50 0 36.2 -95.8 5 25 3.31 1.11 0.209 1803 0TMP03541 1915 10 23 6 5 0 43.8 -101.5 0 20 3.31 1.872 0.512 1804 0TMP03542 1915 10 26 7 40 0 36.7 -88.6 0 20 3.31 1.872 0.512 1805 0TMP03543 1915 10 29 5 23 0 35.8 -82.7 0 20 2.94 1.135 0.23 1806 0TMP03544 1915 10 29 5 25 0 35.8 -82.7 0 25 3.33 1.116 0.214 1807 1806TMP03546 1915 12 7 18 40 0 36 -90 0 25 4.31 1.048 0.14 1808 0TMP03549 1916 1 5 13 56 0 43.7 -73.7 0 20 3.31 1.872 0.512 1809 0TMP03550 1916 1 7 19 45 0 39.1 -87 0 20 3.31 1.11 0.209 1810 0TMP03553 1916 2 3 4 26 0 43 -74 0 20 3.85 1.091 0.191 1811 0TMP03555 1916 2 21 22 39 0 35.5 -82.5 0 20 5.13 1.27 0.316 1812 0TMP03558 1916 2 29 5 15 0 46.8 -70.9 0 25 2.65 1.886 0.515 1813 0TMP03559 1916 3 2 5 2 0 34.5 -82.7 0 20 2.65 1.886 0.515 1814 0TMP03561 1916 4 24 16 7 0 47 -77 0 25 3.31 1.872 0.512 1815 0TMP03563 1916 5 21 18 24 0 36.6 -89.5 0 20 3.62 1.107 0.206 1816 0TMP03564 1916 5 21 18 45 0 36.6 -89.5 0 25 2.65 1.886 0.515 1817 1816TMP03567 1916 6 8 21 15 0 41 -73.8 0 25 2.65 1.886 0.515 1818 0TMP03573 1916 8 24 9 0 0 37 -89.2 0 20 3.46 1.109 0.208 1819 0TMP03574 1916 8 26 19 36 0 36 -81 0 20 3.55 1.058 0.154 1820 0TMP03577 1916 10 18 22 3 40 33.5 -86.2 0 22 4.98 1.27 0.316 1821 0TMP03580 1916 10 22 0 0 0 33.5 -86.2 0 25 2.83 1.135 0.23 1822 1821TMP03582 1916 11 2 2 32 0 43.3 -73.7 0 20 3.31 1.872 0.512 1823 0TMP03583 1916 11 4 11 15 0 33.5 -86.2 0 25 2.96 1.378 0.366 1824 1821TMP03586 1916 12 19 5 42 0 36.6 -89.2 0 22 3.41 1.108 0.207 1825 0TMP03590 1917 1 26 7 35 0 46.8 -74.5 0 25 3.31 1.872 0.512 1826 0TMP03593 1917 1 26 19 35 0 46.8 -74.5 0 25 3.31 1.872 0.512 1827 1826TMP03597 1917 2 6 17 26 0 47.9 -95 0 20 2.65 1.886 0.515 1828 0TMP03598 1917 2 16 9 0 0 41.5 -72.5 0 20 2.65 1.886 0.515 1829 0TMP03602 1917 3 24 0 0 0 35.3 -101.2 0 28 3.31 1.872 0.512 1830 0TMP03603 1917 3 25 19 15 0 36.1 -83.5 0 20 2.45 1.383 0.368 1831 1833TMP03606 1917 3 27 19 56 0 35.3 -101.3 0 20 3.54 1.112 0.211 1832 1830TMP39345 1917 3 27 20 0 0 36.1 -83.5 0 20 3.33 1.083 0.183 1833 0TMP03608 1917 3 28 19 56 0 35.4 -101.3 0 22 3.53 1.112 0.211 1834 1830TMP03610 1917 4 9 20 52 0 37 -90 0 28 4.86 1.27 0.316 1835 0TMP03612 1917 4 9 23 38 0 38.1 -90.2 0 28 2.65 1.886 0.515 1836 0

B-56

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP03615 1917 5 8 9 0 0 36.8 -90.4 0 20 3.3 1.093 0.193 1837 0TMP03617 1917 5 9 9 0 0 36.8 -90.4 0 20 3.36 1.109 0.208 1838 1837TMP03621 1917 5 22 9 0 0 45.1 -75.6 0 25 3.83 1.106 0.205 1839 0TMP03622 1917 6 9 13 14 0 36.8 -89.4 0 20 3.82 1.106 0.205 1840 0TMP03623 1917 6 12 2 0 0 49 -68 0 25 3.31 1.872 0.512 1841 0TMP03624 1917 6 21 0 0 0 36 -83 0 20 2.65 1.886 0.515 1842 0TMP03625 1917 6 30 0 0 0 32.7 -87.5 0 25 2.65 1.886 0.515 1843 1844TMP03626 1917 6 30 1 23 0 32.7 -87.5 0 20 3.31 1.872 0.512 1844 0TMP03627 1917 9 3 21 30 0 46.3 -94.8 0 22 3.93 1.056 0.151 1845 0TMP03629 1918 1 1 0 0 0 35.5 -97.7 5 25 2.78 1.375 0.365 1846 0TMP03630 1918 1 14 7 20 0 45 -67.1 0 25 2.99 1.106 0.205 1847 0TMP03631 1918 1 16 15 45 0 35.9 -83.9 0 20 3.27 1.1 0.2 1848 0TMP03632 1918 2 17 8 10 0 37 -89.2 0 20 3.31 1.11 0.209 1849 0TMP03633 1918 2 22 0 0 0 42.8 -84.2 0 20 2.65 1.886 0.515 1850 0TMP03635 1918 4 10 2 9 0 38.7 -78.4 0 20 4.41 1.107 0.206 1851 0TMP03637 1918 4 10 7 0 0 38.7 -78.4 0 25 3.31 1.872 0.512 1852 1851TMP03638 1918 4 16 13 40 0 38.7 -78.4 0 20 3.25 1.115 0.213 1853 1851TMP03639 1918 4 19 16 55 0 36.8 -76.3 0 28 3.14 1.116 0.214 1854 0TMP03641 1918 6 22 1 0 0 36.1 -84.1 0 20 3.48 1.054 0.148 1855 0TMP03642 1918 7 1 19 2 0 39.7 -91.4 0 20 2.65 1.886 0.515 1856 0TMP03643 1918 7 23 12 0 0 46.85 -71.35 0 25 2.65 1.886 0.515 1857 0TMP03644 1918 8 21 4 11 54 44.2 -70.5 0 22 3.92 1.052 0.146 1858 0TMP03646 1918 8 21 7 45 0 44.2 -70.6 0 25 2.65 1.886 0.515 1859 1858TMP03647 1918 9 10 16 30 0 35.5 -98 5 25 3.31 1.108 0.207 1860 0TMP03648 1918 9 11 5 30 0 35.5 -98 0 22 3.26 1.13 0.226 1861 1860TMP03649 1918 9 11 6 30 0 35.5 -98 5 22 3.39 1.092 0.192 1862 1860TMP03651 1918 9 11 12 30 0 35.5 -97.9 0 20 3.19 1.13 0.226 1863 1860TMP03654 1918 10 4 9 21 0 35 -91.1 0 20 4.01 1.091 0.191 1864 0TMP03655 1918 10 13 9 30 0 36.1 -91 0 20 3.4 1.114 0.212 1865 0TMP03657 1918 10 16 2 15 0 36 -90 0 25 4.17 1.057 0.152 1866 0TMP03658 1918 12 12 3 30 0 44.8 -68.8 0 20 2.62 1.38 0.367 1867 0TMP03661 1919 2 11 3 37 0 37.8 -87.5 0 20 3.25 1.095 0.195 1868 0TMP03662 1919 4 8 12 30 0 36.2 -91.3 0 20 2.32 1.9 0.518 1869 0TMP03663 1919 5 23 12 30 0 36.6 -89.2 0 20 3.31 1.11 0.209 1870 0TMP03664 1919 5 24 13 30 0 36.6 -89.2 0 20 3.31 1.11 0.209 1871 1870TMP03665 1919 5 25 9 45 0 38.3 -87.5 0 20 3.97 1.038 0.125 1872 0

B-57

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP03666 1919 5 26 13 25 0 36.6 -89.2 0 20 3.31 1.11 0.209 1873 1870TMP03667 1919 5 27 4 0 0 37.7 -97.3 0 20 3.67 1.106 0.205 1874 0TMP03668 1919 5 28 11 30 0 36.6 -89.2 0 20 3.31 1.11 0.209 1875 1870TMP03669 1919 5 28 13 45 0 36.4 -89.5 0 20 3.31 1.11 0.209 1876 0TMP03670 1919 7 11 1 40 0 43.9 -70 0 20 2.65 1.886 0.515 1877 0TMP03671 1919 7 23 11 50 0 43.7 -70.3 0 20 2.65 1.886 0.515 1878 0TMP03673 1919 7 26 13 55 0 37.7 -97.3 0 25 3.48 1.092 0.192 1879 1874TMP03675 1919 9 6 2 46 0 38.8 -78.2 0 20 3.98 1.877 0.513 1880 0TMP03677 1919 9 6 3 46 0 38.8 -78.2 0 25 3.31 1.872 0.512 1881 1880TMP03679 1919 10 26 10 28 0 47.6 -70 0 25 2.65 1.886 0.515 1882 0TMP03680 1919 11 3 20 40 0 36.3 -91 0 20 2.98 1.877 0.513 1883 0TMP03682 1920 2 6 0 0 0 48.15 -69.71 0 25 2.65 1.886 0.515 1884 0TMP03683 1920 2 29 3 5 0 37.2 -93.3 0 20 3.97 1.107 0.206 1885 0TMP03684 1920 4 7 20 45 0 36.3 -88.2 0 20 3.21 1.111 0.21 1886 0TMP03685 1920 4 30 15 12 0 38.6 -89.1 0 20 3.46 1.109 0.208 1887 0TMP03687 1920 5 1 15 15 0 38 -89.6 0 20 3.97 1.036 0.122 1888 0TMP03689 1920 5 23 8 0 0 43.1 -71.5 0 20 2.65 1.886 0.515 1889 0TMP03690 1920 6 7 8 0 0 43.5 -70.5 0 20 2.65 1.886 0.515 1890 0TMP03691 1920 7 14 23 0 0 43.2 -103.2 0 20 3.16 1.115 0.213 1891 0TMP03692 1920 7 24 0 0 0 38.7 -78.4 0 20 2.65 1.886 0.515 1892 0TMP03694 1920 10 3 14 15 0 38.6 -94.3 0 20 3.31 1.11 0.209 1893 0TMP03695 1920 11 8 0 0 0 46.01 -73.43 0 25 2.98 1.877 0.513 1894 0TMP03696 1920 11 9 0 40 0 45 -67.1 0 25 3.04 1.126 0.223 1895 0TMP03697 1920 12 24 7 30 0 36 -85 0 20 3.3 1.118 0.216 1896 0TMP03702 1921 1 9 21 54 0 36.4 -89.5 0 20 3.31 1.112 0.211 1897 0TMP03703 1921 1 26 23 40 0 40.01 -74.91 0 25 3.03 1.074 0.173 1898 0TMP03710 1921 2 26 19 25 0 39.85 -88.93 0 25 2.32 1.9 0.518 1899 0TMP03712 1921 2 27 22 16 0 37 -89.2 0 20 3.31 1.11 0.209 1900 0TMP03717 1921 3 14 12 15 0 40 -88 0 28 4.11 1.052 0.145 1901 0TMP03718 1921 3 16 23 45 0 43.5 -96.7 0 20 2.32 1.9 0.518 1902 0TMP03720 1921 3 31 20 3 0 37.9 -87.8 0 20 2.65 1.886 0.515 1903 0TMP03723 1921 7 15 0 0 0 36.6 -82.3 0 20 3.93 1.371 0.363 1904 0TMP03726 1921 7 29 21 14 0 42.5 -70.4 0 20 2.65 1.886 0.515 1905 0TMP39347 1921 8 7 6 30 0 37.8 -78.4 0 20 3.61 1.11 0.209 1906 0TMP03728 1921 8 27 8 12 0 47 -76 0 25 2.98 1.877 0.513 1907 0TMP03730 1921 9 9 3 0 0 38.3 -90.1 0 20 3.46 1.109 0.208 1908 0

B-58

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP03733 1921 9 24 0 30 0 43.7 -98.7 0 20 2.65 1.886 0.515 1909 0TMP03735 1921 10 1 9 0 0 37.7 -88.6 0 20 3.46 1.109 0.208 1910 0TMP03736 1921 10 9 7 50 0 38.3 -90.1 0 20 3.31 1.11 0.209 1911 1908TMP03738 1921 10 10 13 0 0 44.95 -67 0 25 2.96 1.134 0.229 1912 0TMP03740 1921 12 15 13 20 0 35.8 -84.6 0 20 3.3 1.118 0.216 1913 0TMP03741 1922 1 2 14 50 0 43.8 -99.3 0 20 3.98 1.877 0.513 1914 0TMP03742 1922 1 11 3 42 0 37.9 -87.8 0 20 3.75 1.09 0.19 1915 0TMP03744 1922 3 22 22 30 0 37.9 -88.4 0 22 4.35 1.028 0.107 1916 0TMP03746 1922 3 23 2 22 0 37.4 -89.4 0 22 4.35 1.091 0.191 1917 0TMP03747 1922 3 23 4 30 0 37.4 -89.4 0 20 4.24 1.091 0.191 1918 1917TMP03748 1922 3 23 21 45 0 37 -88.9 0 20 3.85 1.09 0.19 1919 0TMP03749 1922 3 28 16 42 0 36.7 -90.4 0 20 3.48 1.058 0.154 1920 0TMP03750 1922 3 30 1 20 0 35.5 -86.7 0 20 2.65 1.886 0.515 1921 0TMP03751 1922 3 30 3 21 0 36.8 -82.3 0 20 2.65 1.886 0.515 1922 0TMP03752 1922 3 30 16 53 0 36.1 -89.6 0 20 3.84 1.09 0.19 1923 0TMP03753 1922 3 30 22 20 0 36.5 -82.2 0 20 2.65 1.886 0.515 1924 0TMP03755 1922 5 7 22 40 0 43.4 -71.4 0 20 2.78 1.375 0.365 1925 0TMP03757 1922 7 2 22 22 0 45 -67.2 0 22 4.4 1.107 0.206 1926 0TMP03758 1922 7 7 0 0 0 43.8 -88.5 0 22 4.1 1.371 0.363 1927 0TMP03759 1922 7 26 7 31 8 50 -50 0 22 4.3 1.886 0.515 1928 0TMP03764 1922 11 27 3 31 0 37.4 -88.2 0 22 4.42 1.052 0.146 1929 0TMP03765 1922 12 8 21 24 0 44.4 -75.1 0 20 3.31 1.872 0.512 1930 0TMP03772 1923 3 9 2 45 0 38.9 -89.4 0 20 3.36 1.109 0.208 1931 0TMP03773 1923 3 9 4 45 0 38.9 -89.4 0 20 3.41 1.109 0.208 1932 1931TMP03775 1923 3 27 8 0 0 34.6 -89.7 0 20 3.38 1.093 0.193 1933 0TMP03777 1923 5 6 7 50 0 37 -89.2 0 20 3.3 1.093 0.193 1934 0TMP03778 1923 5 15 23 42 0 37 -89.2 0 20 3.25 1.094 0.194 1935 1934TMP03779 1923 9 10 6 30 0 41.7 -96.2 0 20 2.32 1.9 0.518 1936 0TMP03781 1923 10 18 19 30 0 35.3 -82.5 0 20 2.65 1.886 0.515 1937 0TMP03783 1923 10 28 17 10 0 35.3 -90 0 22 4.34 1.036 0.122 1938 0TMP03785 1923 11 10 4 0 0 40 -89.9 0 20 3.21 1.124 0.221 1939 0TMP03786 1923 11 26 23 25 0 35.5 -90.4 0 20 3.65 1.106 0.205 1940 0TMP03788 1923 11 29 23 20 0 37 -89.2 0 20 2.65 1.886 0.515 1941 0TMP03790 1923 12 31 20 6 0 34.8 -82.5 0 20 2.65 1.886 0.515 1942 0TMP03791 1924 1 1 1 6 0 34.8 -82.5 0 20 2.65 1.886 0.515 1943 1942TMP03792 1924 1 1 3 5 0 36 -90 0 22 4.31 1.036 0.122 1944 0

B-59

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP03793 1924 1 1 5 0 0 39.1 -78.1 0 25 2.65 1.886 0.515 1945 0TMP03795 1924 1 5 0 0 0 39.1 -78.1 0 20 2.65 1.886 0.515 1946 1945TMP03798 1924 3 4 19 15 0 47.8 -70.2 0 25 3.31 1.872 0.512 1947 0TMP03799 1924 4 2 11 15 0 37 -88.8 0 20 4.06 1.039 0.127 1948 0TMP03802 1924 6 7 5 42 0 36.5 -89.8 0 20 3.69 1.048 0.14 1949 0TMP03803 1924 7 15 0 10 0 45.7 -76.5 0 25 3.65 1.872 0.512 1950 0TMP03804 1924 8 13 4 23 0 36 -104.5 0 20 3.31 1.872 0.512 1951 0TMP03805 1924 9 24 11 0 0 40.9 -100.1 0 20 2.65 1.886 0.515 1952 0TMP03807 1924 9 30 8 52 0 47.8 -69.8 0 22 4.69 1.061 0.157 1953 0TMP03808 1924 10 20 8 30 0 35 -82.6 0 20 4.21 1.039 0.126 1954 0TMP03809 1924 11 13 5 30 0 36.6 -82.2 0 25 2.65 1.886 0.515 1955 1956TMP03810 1924 11 13 10 30 0 36.6 -82.2 0 20 2.98 1.877 0.513 1956 0TMP03811 1924 11 13 17 30 0 36.6 -82.1 0 25 2.65 1.886 0.515 1957 1956TMP03812 1924 11 14 1 32 0 45.5 -76.3 0 25 2.65 1.886 0.515 1958 0TMP03813 1924 12 26 4 30 0 37.3 -79.9 0 20 3.31 1.872 0.512 1959 0TMP03814 1924 12 30 22 10 0 43.5 -103.5 0 20 3.59 1.107 0.206 1960 0TMP03815 1924 12 30 22 15 0 43.5 -103.5 0 25 2.65 1.886 0.515 1961 1960TMP03816 1924 12 30 22 20 0 43.5 -103.5 0 25 2.65 1.886 0.515 1962 1960TMP03817 1924 12 30 22 30 0 43.5 -103.5 0 25 2.65 1.886 0.515 1963 1960TMP03819 1925 1 7 13 7 0 42.6 -70.6 0 39 3.94 1.056 0.151 1964 0TMP03820 1925 1 26 8 34 0 42.5 -92.4 0 20 2.62 1.144 0.237 1965 0TMP03821 1925 1 27 22 42 0 36.2 -91.7 0 20 3.24 1.111 0.21 1966 0TMP03822 1925 2 18 20 0 0 38.2 -105.1 0 25 2.65 1.886 0.515 1967 0TMP03823 1925 3 1 2 19 28 47.8 -69.8 10 22 6.18 1.218 0.287 1968 0TMP03824 1925 3 1 4 30 0 47.8 -69.8 0 22 3.98 1.877 0.513 1969 1968TMP03825 1925 3 1 6 25 0 47.8 -69.8 0 25 2.98 1.877 0.513 1970 1968TMP03826 1925 3 1 7 25 0 47.8 -69.8 0 25 2.98 1.877 0.513 1971 1968TMP03827 1925 3 1 13 21 0 47.8 -69.8 0 25 2.65 1.886 0.515 1972 1968TMP03861 1925 3 7 2 30 0 47.8 -69.8 0 25 3.31 1.872 0.512 1973 1968TMP03867 1925 3 9 0 0 0 42.9 -71.5 0 20 2.65 1.886 0.515 1974 0TMP03868 1925 3 14 10 18 0 47.8 -69.8 0 25 2.65 1.886 0.515 1975 1968TMP03869 1925 3 17 14 45 0 47.8 -69.8 0 25 2.65 1.886 0.515 1976 1968TMP03870 1925 3 18 13 15 0 47.8 -69.8 0 25 2.65 1.886 0.515 1977 1968TMP03871 1925 3 21 15 22 0 47.8 -69.8 0 22 3.98 1.877 0.513 1978 1968TMP03872 1925 3 27 4 6 0 39.5 -83.9 0 20 3.31 1.872 0.512 1979 0TMP03874 1925 3 30 18 15 0 46.5 -66 0 25 3.67 1.106 0.205 1980 0

B-60

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP03881 1925 4 24 7 56 0 41.7 -70.8 0 20 3.48 1.059 0.155 1981 0TMP03882 1925 4 26 4 50 0 47.8 -69.8 0 25 2.65 1.886 0.515 1982 1968TMP03883 1925 4 27 4 5 0 38.3 -87.6 0 22 4.87 1.27 0.316 1983 0TMP03886 1925 5 4 17 51 0 42.5 -70.9 0 20 2.65 1.886 0.515 1984 0TMP03889 1925 5 13 12 0 0 36.7 -88.6 0 20 3.58 1.053 0.147 1985 0TMP03890 1925 5 16 1 30 0 37.3 -77.5 0 20 3.31 1.872 0.512 1986 0TMP03894 1925 7 6 9 33 0 47.6 -70.1 0 25 2.65 1.886 0.515 1987 1968TMP03895 1925 7 6 21 33 0 47.8 -69.8 0 25 2.65 1.886 0.515 1988 1968TMP03896 1925 7 8 16 0 0 36.2 -93.2 0 20 3.46 1.109 0.208 1989 0TMP03899 1925 7 13 0 0 0 38.8 -90 0 20 3.31 1.872 0.512 1990 0TMP03900 1925 7 14 21 20 0 37.6 -77.5 0 20 2.65 1.886 0.515 1991 0TMP03902 1925 7 27 2 20 0 47.8 -69.8 0 25 2.65 1.886 0.515 1992 1968TMP03904 1925 7 29 11 30 0 34.5 -101.2 0 20 2.65 1.886 0.515 1993 0TMP03905 1925 7 30 8 0 0 34.5 -100.3 0 20 3.31 1.872 0.512 1994 0TMP03906 1925 7 30 12 17 0 35.4 -101.3 0 20 5.24 1.27 0.316 1995 0TMP03907 1925 7 30 12 22 0 35.4 -101.3 0 25 2.65 1.886 0.515 1996 1995TMP03908 1925 7 30 12 27 0 35.4 -101.3 0 25 2.65 1.886 0.515 1997 1995TMP03909 1925 8 25 6 27 0 42.8 -97.4 0 20 2.65 1.886 0.515 1998 0TMP03910 1925 9 2 11 55 0 37.9 -87.2 0 22 4.4 1.057 0.152 1999 0TMP03911 1925 9 20 9 0 0 37.9 -87.2 0 20 3.67 1.106 0.205 2000 1999TMP03915 1925 10 9 5 0 0 46.82 -71.22 0 25 2.65 1.886 0.515 2001 0TMP03916 1925 10 9 13 55 0 43.7 -71.1 0 28 3.89 1.052 0.145 2002 0TMP03917 1925 10 18 21 30 0 44.1 -70.2 0 20 2.65 1.886 0.515 2003 0TMP03918 1925 10 19 12 5 0 47 -73 0 25 3.31 1.872 0.512 2004 0TMP03921 1925 10 30 0 0 0 41.5 -72.5 0 20 2.65 1.886 0.515 2005 0TMP03924 1925 11 14 13 4 0 41.7 -72.4 0 20 3.3 1.063 0.16 2006 0TMP03925 1925 11 16 6 20 0 41.8 -72.7 0 20 2.65 1.886 0.515 2007 0TMP03930 1926 1 4 0 0 0 41.6 -71.8 0 20 2.65 1.886 0.515 2008 0TMP03931 1926 1 20 0 0 0 35.6 -94.9 0 20 3.93 1.106 0.205 2009 0TMP03934 1926 1 27 0 0 0 44.3 -74.1 0 20 2.65 1.886 0.515 2010 0TMP03935 1926 2 19 20 20 0 47.7 -71 0 25 2.65 1.886 0.515 2011 0TMP03936 1926 2 21 21 55 0 47.6 -70.9 0 25 2.65 1.886 0.515 2012 2011TMP03941 1926 3 18 21 9 0 42.8 -71.8 0 20 3.34 1.062 0.159 2013 0TMP03942 1926 3 22 14 30 0 37.8 -88.6 0 20 3.46 1.109 0.208 2014 0TMP03943 1926 4 28 2 16 0 36.2 -89 0 20 3.46 1.108 0.207 2015 0TMP03944 1926 4 28 4 16 0 36.2 -89 0 20 3.46 1.109 0.208 2016 2015

B-61

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP03946 1926 5 12 3 30 0 40.9 -73.9 0 25 2.98 1.145 0.238 2017 0TMP03950 1926 6 20 14 20 0 35.6 -94.9 5 25 3.93 1.106 0.205 2018 0TMP03952 1926 7 8 9 50 0 35.9 -82.1 0 22 3.23 1.152 0.243 2019 0TMP03953 1926 7 18 6 0 0 47 -71.5 0 25 2.65 1.886 0.515 2020 0TMP03954 1926 8 23 0 0 0 45.82 -71.11 0 25 2.65 1.886 0.515 2021 0TMP03955 1926 8 23 16 40 0 45.8 -77.1 0 20 2.65 1.886 0.515 2022 0TMP03956 1926 8 28 21 0 0 44.7 -70 0 20 3.47 1.093 0.193 2023 0TMP03957 1926 9 21 11 30 0 48 -70.5 0 25 2.65 1.886 0.515 2024 0TMP03960 1926 10 27 16 22 0 36.7 -90.4 0 28 3.46 1.109 0.208 2025 0TMP03961 1926 10 27 16 27 0 36.7 -90.4 0 28 3.46 1.109 0.208 2026 2025TMP03965 1926 10 28 11 0 0 41.7 -83.6 0 20 2.65 1.886 0.515 2027 0TMP03966 1926 11 5 14 53 0 39.1 -82.1 0 20 4.76 1.375 0.365 2028 0TMP03969 1926 11 24 18 30 0 45.1 -67.2 0 25 3.09 1.123 0.22 2029 0TMP03971 1926 12 13 23 3 0 36.7 -89.4 0 28 3.3 1.094 0.194 2030 0TMP03972 1926 12 17 0 0 0 36.4 -89.5 0 20 3.46 1.109 0.208 2031 0TMP03978 1927 1 7 9 30 0 38.3 -97.7 0 28 3.3 1.082 0.181 2032 0TMP03980 1927 2 1 1 30 0 37.4 -89.7 0 20 3.46 1.109 0.208 2033 0TMP03981 1927 2 2 1 30 0 37.4 -89.7 0 28 3.46 1.108 0.207 2034 2033TMP03982 1927 2 2 8 0 0 36.7 -90.4 0 28 3.41 1.109 0.208 2035 2025TMP03983 1927 2 3 8 0 0 36.7 -90.4 0 20 3.41 1.109 0.208 2036 2025TMP03990 1927 2 17 5 30 0 40.7 -82.5 0 20 2.65 1.886 0.515 2037 0TMP03993 1927 3 9 4 8 0 43.3 -71.4 0 20 3.34 1.058 0.153 2038 0TMP03994 1927 3 12 22 12 0 44.6 -75.2 0 20 2.65 1.886 0.515 2039 2040TMP03995 1927 3 14 14 15 0 44.6 -75.4 0 20 2.98 1.131 0.227 2040 0TMP03996 1927 3 18 17 25 0 39.9 -95.3 0 20 3.33 1.11 0.209 2041 0TMP04000 1927 3 30 0 0 0 41.7 -72.8 0 20 2.65 1.886 0.515 2042 0TMP04003 1927 4 18 10 30 0 36.3 -89.5 0 20 3.46 1.109 0.208 2043 0TMP04004 1927 4 18 12 30 0 36.3 -89.5 0 20 3.34 1.093 0.193 2044 2043TMP04007 1927 5 7 8 28 0 35.7 -90.6 0 22 4.84 1.27 0.316 2045 0TMP04011 1927 6 1 12 23 0 40.36 -74.01 0 22 3.76 1.037 0.123 2046 0TMP04012 1927 6 10 7 16 0 38 -79 0 20 3.49 1.11 0.209 2047 0TMP04013 1927 6 16 12 0 0 34.7 -86 0 20 3.41 1.061 0.157 2048 0TMP04015 1927 7 25 0 56 0 47.3 -71 0 25 3.31 1.872 0.512 2049 0TMP04016 1927 8 13 16 10 0 36.4 -89.5 0 20 4.02 1.106 0.205 2050 0TMP04018 1927 8 20 0 0 0 42.3 -71 0 20 2.84 1.145 0.238 2051 0TMP04019 1927 10 8 4 30 0 35.1 -85.3 0 20 3.01 1.122 0.219 2052 0

B-62

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP04021 1927 10 8 12 56 0 35 -85.3 0 20 3.25 1.12 0.218 2053 2052TMP04022 1927 10 14 16 10 0 41.6 -98.9 0 20 3 1.13 0.226 2054 0TMP04023 1927 10 24 11 0 0 44.7 -73.8 0 20 2.65 1.886 0.515 2055 0TMP04024 1927 10 26 0 0 0 39.11 -93.2 0 25 2.98 1.877 0.513 2056 0TMP04025 1927 10 27 0 0 0 36.3 -76.2 0 20 2.65 1.886 0.515 2057 0TMP04026 1927 10 29 0 0 0 40.9 -81.2 0 20 3.31 1.872 0.512 2058 0TMP04027 1927 11 12 0 0 0 43.1 -79.06 0 25 2.65 1.886 0.515 2059 0TMP04028 1927 11 13 0 50 0 43.1 -79.06 0 20 2.65 1.886 0.515 2060 2059TMP04029 1927 11 13 16 21 0 32.3 -90.2 0 20 3.41 1.109 0.208 2061 0TMP04030 1927 11 23 0 50 0 33.9 -78 0 20 2.65 1.886 0.515 2062 0TMP04032 1927 12 15 4 30 0 28.9 -89.4 0 20 3.46 1.109 0.208 2063 0TMP04033 1928 1 13 19 50 0 41.2 -71.6 0 20 2.65 1.886 0.515 2064 0TMP04034 1928 1 21 5 30 0 45.3 -69 0 20 2.65 1.886 0.515 2065 2068TMP04035 1928 1 23 9 19 0 42 -90 0 20 3 1.13 0.226 2066 0TMP04036 1928 1 27 0 0 0 48 -70.2 0 25 2.65 1.886 0.515 2067 0TMP04037 1928 2 8 13 0 0 45.3 -69 0 22 3.29 1.066 0.163 2068 0TMP04040 1928 2 9 14 0 0 45.3 -69 0 20 2.78 1.375 0.365 2069 2068TMP04044 1928 3 7 2 45 0 35.6 -87 0 20 2.99 1.097 0.197 2070 0TMP04047 1928 3 17 21 15 0 38.6 -90.2 0 28 2.8 1.129 0.225 2071 0TMP04048 1928 3 18 15 25 0 44.5 -74.3 0 20 3.93 1.071 0.169 2072 0TMP04051 1928 3 22 13 30 0 45.3 -69 0 20 2.65 1.886 0.515 2073 2068TMP04052 1928 3 28 0 0 0 45.3 -69 0 20 2.65 1.886 0.515 2074 2068TMP04055 1928 4 15 11 0 0 36.6 -89.5 0 28 2.65 1.886 0.515 2075 0TMP04056 1928 4 15 15 5 0 37.3 -89.5 0 20 2.65 1.886 0.515 2076 0TMP04058 1928 4 23 11 0 0 36.5 -89.2 0 20 2.65 1.886 0.515 2077 2075TMP04060 1928 4 25 23 38 0 44.5 -71.2 0 20 3.61 1.058 0.153 2078 0TMP04061 1928 4 28 22 7 0 43.2 -71.5 0 20 2.73 1.16 0.249 2079 0TMP04077 1928 5 31 22 40 0 36.6 -89.5 0 20 2.65 1.886 0.515 2080 2075TMP04079 1928 6 22 4 7 0 40.6 -75.5 0 25 2.65 1.886 0.515 2081 0TMP04083 1928 9 29 7 17 0 38.1 -102.1 0 25 2.65 1.886 0.515 2082 0TMP04084 1928 10 15 0 0 0 38.3 -75.1 0 20 2.64 1.173 0.258 2083 0TMP04087 1928 10 17 0 30 0 42.8 -71.6 0 20 2.57 1.125 0.222 2084 0TMP04088 1928 10 27 0 0 0 40.4 -84.1 0 20 2.62 1.156 0.246 2085 0TMP04089 1928 10 30 11 45 0 37.5 -77.5 0 20 3.41 1.109 0.208 2086 0TMP04091 1928 11 3 4 2 49.8 36.11 -82.83 0 39 4.43 1.029 0.109 2087 0TMP04093 1928 11 8 14 15 0 39.5 -89.1 0 20 2.65 1.886 0.515 2088 0

B-63

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP04094 1928 11 10 6 20 0 36.1 -91.1 0 20 2.65 1.886 0.515 2089 0TMP04095 1928 11 14 8 7 0 41.5 -72.5 0 25 2.65 1.886 0.515 2090 0TMP04097 1928 11 16 13 45 0 44.1 -103.7 0 20 3.42 1.112 0.211 2091 0TMP04099 1928 11 20 3 45 0 35.8 -82.3 0 28 3.57 1.058 0.154 2092 0TMP04101 1928 12 1 0 0 0 50 -81.5 0 22 3.98 1.877 0.513 2093 0TMP04106 1928 12 23 2 30 0 35.3 -80.3 0 20 2.65 1.886 0.515 2094 0TMP04107 1928 12 23 6 10 0 47.6 -93.9 0 20 2.65 1.886 0.515 2095 0TMP04109 1928 12 26 3 25 0 36.1 -91.1 0 20 2.65 1.886 0.515 2096 2089TMP04110 1929 1 3 12 5 0 33.9 -80.3 0 20 2.65 1.886 0.515 2097 0TMP04114 1929 2 5 19 9 0 44 -70.3 0 20 3.31 1.112 0.211 2098 0TMP04115 1929 2 14 20 12 0 38.3 -87.6 0 20 3.17 1.119 0.217 2099 0TMP04116 1929 2 26 8 15 0 37.6 -90.6 0 28 2.65 1.886 0.515 2100 0TMP04117 1929 3 8 9 6 0 40.4 -84.2 0 39 3.62 1.107 0.206 2101 0TMP04120 1929 5 11 9 30 0 45.4 -71.9 0 25 2.65 1.886 0.515 2102 0TMP04125 1929 7 28 17 0 0 28.9 -89.4 0 20 3.41 1.109 0.208 2103 0TMP04128 1929 8 12 11 24 48.7 42.91 -78.4 9 17 4.72 1.097 0.197 2104 0TMP04131 1929 9 12 0 30 0 45.8 -66 0 25 3.12 1.122 0.219 2105 0TMP04134 1929 9 23 10 0 0 39 -96.6 0 20 3.31 1.872 0.512 2106 2109TMP04135 1929 9 23 11 0 0 39 -96.6 0 20 3.31 1.872 0.512 2107 2109TMP04136 1929 10 6 12 30 0 42.8 -97.4 0 20 3.23 1.122 0.219 2108 0TMP04140 1929 10 21 21 30 0 39.2 -96.5 0 25 3.73 1.106 0.205 2109 0TMP04142 1929 10 28 2 15 0 34.3 -82.4 0 20 2.65 1.886 0.515 2110 0TMP04143 1929 11 18 20 32 0 44.69 -56 20 18 6.97 1.257 0.309 2111 0TMP04144 1929 11 18 23 1 0 44.5 -56.3 0 22 5.33 2.242 0.581 2112 2111TMP04145 1929 11 18 23 6 0 44.691 -56.006 18 20 4.97 1.063 0.16 2113 2111TMP04146 1929 11 18 23 20 0 44.5 -56.3 0 20 5.26 1.114 0.212 2114 2111TMP04147 1929 11 19 2 1 0 44.5 -56.3 0 20 5.07 2.242 0.581 2115 2111TMP04148 1929 11 19 8 50 0 44.691 -56.006 18 20 5.11 1.114 0.212 2116 2111TMP04149 1929 11 26 16 20 0 37.2 -99.8 0 20 2.65 1.886 0.515 2117 0TMP04151 1929 12 2 22 14 0 42.8 -78.3 0 28 2.65 1.886 0.515 2118 2104TMP04152 1929 12 3 12 50 0 42.8 -78.3 0 28 2.65 1.886 0.515 2119 2104TMP04155 1929 12 7 8 2 0 39.2 -96.6 0 20 3.29 1.118 0.216 2120 2109TMP04156 1929 12 13 0 57 0 44.691 -56.006 18 20 4.9 1.112 0.211 2121 2111TMP04157 1929 12 13 0 58 0 44.5 -56.3 0 25 4.6 1.073 0.172 2122 2111TMP04158 1929 12 13 11 19 0 44.5 -56.3 0 22 5.09 1.074 0.173 2123 2111TMP04159 1929 12 26 2 56 0 38.1 -78.5 0 22 3.37 1.062 0.159 2124 0

B-64

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP04160 1929 12 26 5 0 0 38.1 -78.5 0 25 2.65 1.886 0.515 2125 2124TMP04161 1929 12 28 0 30 0 35.5 -98 5 22 3.71 1.039 0.126 2126 0TMP04164 1930 1 4 14 30 0 46.73 -65.83 0 25 3.93 1.071 0.169 2127 0TMP04168 1930 1 26 21 0 0 36.1 -91.1 0 20 2.65 1.886 0.515 2128 0TMP04170 1930 2 14 6 15 0 43.4 -71.7 0 25 2.81 1.1 0.2 2129 0TMP04174 1930 2 25 12 45 0 37 -90.2 0 20 2.32 1.9 0.518 2130 0TMP04176 1930 3 19 0 15 0 43.3 -71.6 0 20 2.65 1.886 0.515 2131 2129TMP04178 1930 3 26 8 56 0 35.1 -90 0 20 3.01 1.13 0.226 2132 0TMP04179 1930 3 27 8 56 0 35.1 -90.1 0 20 3 1.13 0.226 2133 2132TMP04181 1930 4 2 9 39 0 36.1 -89.7 0 28 2.65 1.886 0.515 2134 0TMP04183 1930 6 19 12 6 0 45.73 -71.22 0 25 2.94 1.174 0.259 2135 0TMP04184 1930 6 26 21 45 0 40.5 -84 0 20 3.13 1.122 0.219 2136 0TMP04185 1930 6 27 7 23 0 40.5 -84 0 20 2.65 1.886 0.515 2137 2136TMP04186 1930 7 11 0 15 0 40.6 -83.2 0 20 2.65 1.886 0.515 2138 0TMP04187 1930 7 13 4 52 0 47.5 -69.83 0 25 2.5 1.238 0.299 2139 0TMP04188 1930 7 19 18 53 0 25.8 -81.4 0 20 3.31 1.872 0.512 2140 0TMP04190 1930 8 1 2 0 0 41.5 -70.8 0 20 2.87 1.131 0.227 2141 0TMP04191 1930 8 8 18 31 0 39.7 -91.4 0 28 2.65 1.886 0.515 2142 0TMP04194 1930 8 29 6 26 54 37 -89.1 0 28 3.46 1.108 0.207 2143 0TMP04195 1930 8 30 9 28 0 35.9 -84.4 0 20 3.18 1.097 0.197 2144 0TMP04197 1930 9 1 20 27 24 36.6 -89.4 0 28 3.57 1.108 0.207 2145 0TMP04204 1930 9 30 20 40 0 40.3 -84.3 0 39 3.13 1.176 0.26 2146 0TMP04205 1930 10 1 0 0 0 40.4 -84.2 0 25 2.45 1.383 0.368 2147 2136TMP04206 1930 10 4 3 25 0 34.5 -105.4 0 28 2.65 1.886 0.515 2148 0TMP04207 1930 10 8 1 8 0 48.93 -68.7 0 25 3.33 1.173 0.258 2149 0TMP04209 1930 10 16 0 35 0 47.3 -65.6 0 25 3.16 1.112 0.211 2150 0TMP04212 1930 10 16 21 50 0 36 -83.9 0 20 3.11 1.373 0.364 2151 0TMP04214 1930 10 19 12 12 0 30.1 -91 0 20 4.03 1.056 0.151 2152 0TMP04215 1930 11 1 1 34 0 39.1 -76.5 0 20 2.65 1.886 0.515 2153 0TMP04219 1930 11 16 12 30 0 34.3 -92.8 0 20 3.07 1.072 0.17 2154 0TMP04224 1930 12 10 0 2 0 34.3 -82.4 0 20 2.87 1.079 0.178 2155 0TMP04226 1930 12 13 23 18 0 47.65 -70.17 0 25 2.98 1.237 0.298 2156 0TMP04228 1930 12 23 14 44 0 38.5 -90.7 0 20 3.17 1.119 0.217 2157 0TMP04230 1930 12 25 22 7 0 47.3 -70.4 0 25 4.68 1.066 0.164 2158 0TMP04231 1930 12 26 3 0 0 34.5 -80.3 0 20 3.11 1.123 0.22 2159 0TMP04232 1931 1 6 2 51 0 39 -87 0 20 3.17 1.126 0.223 2160 0

B-65

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP04233 1931 1 6 4 51 0 39 -87 0 20 3.17 1.126 0.223 2161 2160TMP04235 1931 1 8 0 13 0 47.3 -70.4 0 22 4.89 1.39 0.371 2162 2158TMP04237 1931 1 17 18 45 0 43.7 -98.7 0 20 2.65 1.886 0.515 2163 0TMP04238 1931 1 24 12 29 0 47.3 -70.4 0 25 2.81 1.237 0.298 2164 2158TMP04243 1931 3 20 13 14 0 47.8 -70 0 20 2.46 1.375 0.365 2165 0TMP04244 1931 3 21 15 48 0 40.4 -84.2 0 20 2.65 1.152 0.243 2166 0TMP04246 1931 4 1 23 20 9 36.9 -88.3 0 20 3.21 1.114 0.212 2167 0TMP04247 1931 4 6 15 37 3 36.8 -89 0 20 3.03 1.128 0.224 2168 0TMP04251 1931 4 20 19 54 30.6 43.47 -73.78 5 17 4.58 1.27 0.316 2169 0TMP04252 1931 4 22 0 0 0 42.9 -78.9 0 25 2.65 1.886 0.515 2170 0TMP04256 1931 5 5 12 18 0 33.7 -86.6 0 22 3.86 1.056 0.151 2171 0TMP04257 1931 5 6 12 18 0 34.3 -82.4 0 25 2.65 1.886 0.515 2172 0TMP04260 1931 6 10 8 30 0 41.3 -84 0 20 3.08 1.091 0.191 2173 0TMP04261 1931 7 1 2 45 0 41.6 -73.4 0 20 2.96 1.134 0.229 2174 0TMP04262 1931 7 18 14 52 0 36.6 -89.5 0 28 3.31 1.112 0.211 2175 0TMP04263 1931 7 24 20 11 0 47.4 -70.5 0 20 2.36 1.375 0.365 2176 2158TMP04264 1931 8 7 0 0 0 44.62 -65.77 0 25 2.65 1.886 0.515 2177 0TMP04265 1931 8 9 6 18 37 39.1 -94.7 0 28 3.16 1.071 0.169 2178 0TMP04270 1931 8 16 11 40 22.3 30.5 -104.58 1 39 5.49 1.059 0.155 2179 0TMP04273 1931 8 18 20 36 0 30.7 -104.6 0 28 3.31 1.872 0.512 2180 2179TMP04274 1931 8 19 1 36 0 30.6 -104.1 0 28 3.31 1.872 0.512 2181 2179TMP04277 1931 9 20 23 4 54 40.43 -84.27 5 22 4.58 1.723 0.477 2182 0TMP04279 1931 9 23 22 47 0 47 -76.07 0 25 4 1.135 0.23 2183 0TMP04287 1931 11 14 14 2 0 47.33 -70.17 0 25 2.81 1.237 0.298 2184 0TMP04289 1931 12 10 8 11 36 35.9 -89.9 0 20 3.31 1.112 0.211 2185 0TMP04290 1931 12 17 3 36 0 34.1 -89.8 0 22 4.71 1.27 0.316 2186 0TMP04293 1932 1 5 4 5 0 37.6 -78.4 0 20 3.17 1.065 0.162 2187 0TMP04295 1932 1 5 14 15 0 47.7 -70 0 20 2.56 1.375 0.365 2188 0TMP04300 1932 1 21 0 0 0 41.1 -81.6 0 20 2.62 1.38 0.367 2189 0TMP04303 1932 1 29 0 15 0 39 -99.6 0 20 3.59 1.095 0.195 2190 0TMP04304 1932 3 2 2 38 0 47.7 -70 0 20 2.26 1.375 0.365 2191 0TMP04305 1932 3 9 5 23 0 46.47 -74.67 0 25 3.18 1.237 0.298 2192 0TMP04306 1932 4 9 10 15 0 31.7 -96.4 0 20 3.52 1.039 0.126 2193 0TMP04312 1932 8 2 7 37 0 47.45 -70.5 0 25 2.43 1.238 0.299 2194 0TMP04314 1932 10 15 3 10 0 43.6 -71.5 0 20 2.52 1.129 0.225 2195 0TMP04318 1932 11 22 7 56 42 36 -90.2 0 20 3.06 1.119 0.217 2196 0

B-66

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP04320 1932 12 7 3 15 0 44.4 -74.1 0 20 3.05 1.099 0.199 2197 0TMP39425 1932 12 7 4 5 0 44.3 -74.1 0 25 2.65 1.886 0.515 2198 2197TMP04321 1932 12 7 16 45 0 44.4 -74.1 0 20 2.8 1.137 0.232 2199 2197TMP04323 1933 1 11 23 32 0 47.45 -70.5 0 25 2.57 1.238 0.299 2200 0TMP04324 1933 1 17 5 30 0 41.6 -70.9 0 20 2.8 1.119 0.217 2201 0TMP04325 1933 1 21 16 4 0 45.3 -74.65 0 25 3.18 1.237 0.298 2202 0TMP04326 1933 1 25 2 0 0 40.2 -74.7 0 25 3.2 1.124 0.221 2203 0TMP04330 1933 2 20 17 0 0 39.8 -99.9 0 20 3.74 1.091 0.191 2204 0TMP04331 1933 2 23 3 20 0 40.3 -84.2 0 20 3.31 1.112 0.211 2205 0TMP04333 1933 2 25 9 43 0 47.43 -69.93 0 25 2.81 1.237 0.298 2206 0TMP04334 1933 3 11 12 48 0 36.7 -90.4 0 28 2.65 1.886 0.515 2207 0TMP04335 1933 3 11 13 4 0 36.7 -90.4 0 28 2.65 1.886 0.515 2208 2207TMP04337 1933 5 27 4 29 0 47.6 -70.1 0 20 2.36 1.375 0.365 2209 0TMP04338 1933 5 28 15 10 0 38.6 -83.7 0 20 3.22 1.103 0.202 2210 0TMP04339 1933 6 9 11 30 0 33.3 -83.5 0 20 2.65 1.886 0.515 2211 0TMP04342 1933 6 26 14 10 0 41 -73.8 0 25 2.8 1.137 0.232 2212 0TMP04343 1933 7 13 14 42 39 37.9 -89.9 0 20 3.13 1.103 0.202 2213 0TMP04344 1933 7 14 4 48 0 45.42 -75.7 0 25 3.36 1.235 0.297 2214 0TMP04347 1933 8 4 4 34 15 37.9 -89.9 0 20 3.03 1.128 0.224 2215 2213TMP04348 1933 8 8 0 0 0 41.9 -103.7 0 20 2.98 1.877 0.513 2216 0TMP04349 1933 8 19 19 30 0 35.5 -98 5 25 3.2 1.066 0.163 2217 0TMP04351 1933 10 29 0 0 0 43 -73.7 0 20 3.05 1.126 0.223 2218 0TMP04353 1933 11 16 9 29 1 38.6 -90.6 0 20 3.27 1.115 0.213 2219 0TMP04355 1933 12 7 5 55 0 42.9 -89.2 0 20 3.03 1.128 0.224 2220 0TMP04357 1933 12 9 8 50 0 35.8 -90.2 0 20 3.22 1.124 0.221 2221 0TMP04358 1933 12 19 14 12 0 32.9 -80 0 20 2.65 1.886 0.515 2222 2223TMP04359 1933 12 23 9 40 0 32.9 -80 0 20 3.31 1.872 0.512 2223 0TMP04360 1933 12 23 9 55 0 32.9 -80 0 20 2.65 1.886 0.515 2224 2223TMP04362 1934 1 29 12 30 0 45.9 -97.7 0 20 2.65 1.886 0.515 2225 0TMP04363 1934 1 30 10 30 0 41.8 -72.6 0 20 2.65 1.886 0.515 2226 0TMP04366 1934 3 17 0 0 0 43.5 -65.5 0 25 2.32 1.9 0.518 2227 0TMP04368 1934 4 11 3 0 0 44 -72.7 0 20 3.28 1.094 0.194 2228 0TMP04370 1934 4 11 17 40 0 33.9 -95.5 0 20 3.52 1.109 0.208 2229 0TMP04372 1934 4 12 1 40 0 33.9 -95.5 0 28 3.52 1.109 0.208 2230 2229TMP04373 1934 4 15 2 58 0 44.7 -73.8 0 22 3.95 1.071 0.169 2231 0TMP04374 1934 4 15 18 5 0 44.8 -74.3 0 20 3 1.103 0.202 2232 0

B-67

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP04379 1934 5 11 10 40 0 41.5 -98.7 0 20 3.17 1.119 0.217 2233 0TMP04380 1934 5 15 14 28 0 37.9 -89.9 0 20 2.32 1.9 0.518 2234 0TMP04383 1934 7 2 15 10 41 35.2 -90 0 25 2.65 1.886 0.515 2235 0TMP04385 1934 7 3 3 10 41 35.2 -90 0 20 2.65 1.886 0.515 2236 2235TMP04386 1934 7 30 7 20 0 42.7 -103 0 22 4.1 1.106 0.205 2237 0TMP04388 1934 8 2 14 59 0 43.7 -70.3 0 20 3.23 1.116 0.214 2238 0TMP04389 1934 8 2 17 50 0 43.7 -70.3 0 20 2.7 1.146 0.239 2239 2238TMP04390 1934 8 3 2 30 0 43.7 -70.3 0 25 2.65 1.886 0.515 2240 2238TMP04391 1934 8 20 0 47 0 36.9 -89.2 0 22 4.3 1.052 0.145 2241 0TMP04393 1934 8 26 11 36 0 44.9 -67.2 0 25 2.62 1.38 0.367 2242 0TMP04394 1934 8 30 3 50 0 43.4 -99.1 0 20 2.65 1.886 0.515 2243 0TMP04396 1934 10 29 20 7 0 42 -80.2 0 20 3.07 1.135 0.23 2244 0TMP04397 1934 10 30 2 25 47 37.5 -88.5 0 28 3.27 1.115 0.213 2245 0TMP04399 1934 11 8 4 45 0 42.6 -100.2 0 20 3.12 1.099 0.199 2246 0TMP04401 1934 11 12 14 45 0 41.5 -90.5 0 22 3.73 1.107 0.206 2247 0TMP04403 1934 12 9 9 0 0 32.9 -80 0 20 2.65 1.886 0.515 2248 0TMP04404 1935 1 1 8 15 0 35.1 -83.6 0 39 3.59 1.04 0.128 2249 0TMP04405 1935 1 5 18 40 0 41.5 -90.6 0 20 2.88 1.141 0.235 2250 2247TMP04411 1935 1 28 6 0 0 44.8 -74.3 0 20 2.79 1.15 0.242 2251 0TMP04412 1935 1 28 9 1 32 44.8 -74.3 0 20 2.58 1.124 0.221 2252 2251TMP04416 1935 2 10 23 45 0 37.2 -77.4 0 20 2.65 1.886 0.515 2253 0TMP04419 1935 2 25 0 30 0 45.1 -66.9 0 25 2.96 1.125 0.222 2254 0TMP04421 1935 3 1 10 59 44 40.3 -96.2 0 22 4.5 1.27 0.316 2255 0TMP04423 1935 3 4 2 40 0 44.95 -67 0 25 2.54 1.124 0.221 2256 2254TMP04424 1935 3 22 22 45 0 40.3 -96.1 0 20 2.65 1.886 0.515 2257 2255TMP04426 1935 4 24 1 24 0 42.2 -70.2 0 20 2.65 1.886 0.515 2258 0TMP04429 1935 7 24 1 38 0 36.4 -89.5 0 20 2.65 1.886 0.515 2259 0TMP04437 1935 10 31 7 0 0 48.1 -105.6 0 25 2.65 1.886 0.515 2260 0TMP04439 1935 11 1 6 3 34 46.78 -79.07 10 22 6.06 1.098 0.198 2261 0TMP04442 1935 11 1 8 30 0 38.9 -78.9 0 28 2.65 1.886 0.515 2262 0TMP04444 1935 11 1 17 2 0 46.78 -79.07 0 20 3.85 1.104 0.203 2263 2261TMP04445 1935 11 2 0 42 0 46.78 -79.07 0 20 3.95 1.104 0.203 2264 2261TMP04446 1935 11 2 13 51 0 46.78 -79.07 0 25 2.43 1.238 0.299 2265 2261TMP04449 1935 11 2 14 31 0 47.23 -78.17 0 20 4.65 1.104 0.203 2266 0TMP04450 1935 11 5 10 10 0 46.78 -79.07 0 20 3.03 1.104 0.203 2267 2261TMP04451 1935 11 7 16 47 0 46.8 -79.1 0 20 2.25 1.154 0.245 2268 2261

B-68

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP04453 1935 11 14 3 10 0 29.6 -81.7 0 20 3.03 1.128 0.224 2269 0TMP04454 1935 11 14 3 30 0 29.6 -81.7 0 20 2.65 1.886 0.515 2270 2269TMP04455 1935 11 15 16 11 0 46.78 -79.07 0 25 2.43 1.238 0.299 2271 2261TMP04456 1935 11 25 6 19 0 46.78 -79.07 0 20 3.88 1.104 0.203 2272 2261TMP04457 1935 11 27 19 31 0 46.78 -79.07 0 20 3.85 1.104 0.203 2273 2261TMP04495 1936 1 1 8 0 0 35.1 -84 0 25 3.2 1.114 0.212 2274 0TMP04499 1936 1 20 6 1 0 46.78 -79.07 0 20 3.61 1.104 0.203 2275 2261TMP04501 1936 1 31 19 30 0 41.2 -83.2 0 20 2.65 1.886 0.515 2276 0TMP04505 1936 2 17 5 5 8 36.2 -89.7 0 20 2.65 1.886 0.515 2277 0TMP04506 1936 3 14 17 20 0 34 -95 5 25 3.27 1.119 0.217 2278 0TMP04507 1936 3 25 1 27 0 46.78 -79.07 0 20 3.83 1.106 0.205 2279 2261TMP04508 1936 3 29 0 49 0 47.33 -70.25 0 25 3.59 1.089 0.189 2280 0TMP04510 1936 6 14 5 40 0 43.5 -71.5 0 20 3.07 1.099 0.199 2281 0TMP04514 1936 6 20 3 24 3.5 35.31 -100.77 5 22 4.23 1.052 0.145 2282 0TMP04517 1936 6 21 4 0 0 44.7 -74.2 0 25 2.65 1.886 0.515 2283 0TMP04519 1936 6 21 4 20 0 44.7 -74.2 0 20 2.65 1.886 0.515 2284 2283TMP04520 1936 6 21 4 40 0 44.7 -74.2 0 25 2.65 1.886 0.515 2285 2283TMP04521 1936 7 12 0 23 0 36.9 -103 5 25 2.88 1.116 0.214 2286 0TMP04523 1936 8 2 22 16 25 36.7 -89 0 25 3.52 1.107 0.206 2287 0TMP04527 1936 8 26 9 55 0 41.4 -80.4 0 25 2.65 1.886 0.515 2288 0TMP04537 1936 10 8 16 30 0 39.3 -84.4 0 20 2.99 1.123 0.22 2289 0TMP04542 1936 10 30 10 30 0 43.5 -103.5 0 20 2.65 1.886 0.515 2290 0TMP04544 1936 11 10 2 46 0 43.6 -71.4 0 28 3.22 1.104 0.203 2291 0TMP04545 1936 11 10 4 2 0 44.7 -71.7 0 28 3.25 1.115 0.213 2292 0TMP04554 1937 1 30 8 57 9 36.2 -89.7 2 39 3.31 1.112 0.211 2293 0TMP04555 1937 2 3 1 26 0 37.7 -78.7 0 20 3.55 1.107 0.206 2294 0TMP04557 1937 3 2 14 47 33.3 40.49 -84.27 2 6 4.94 1.27 0.316 2295 2297TMP04558 1937 3 3 9 50 0 40.7 -84 0 20 3.02 1.141 0.235 2296 2297TMP04560 1937 3 9 5 44 35.5 40.4 -84.2 3 17 5.11 1.27 0.316 2297 0TMP04561 1937 3 10 5 29 0 44.6 -75.2 0 20 2.65 1.886 0.515 2298 0TMP04566 1937 3 31 11 9 0 45.08 -75.65 18 20 2.35 1.173 0.258 2299 0TMP04569 1937 4 23 17 15 0 40.7 -84 0 20 2.91 1.073 0.172 2300 0TMP04570 1937 4 27 17 0 0 40.7 -84 0 20 2.91 1.073 0.172 2301 2300TMP04571 1937 5 2 17 5 0 40.7 -84 0 20 2.65 1.886 0.515 2302 2300TMP04572 1937 5 17 0 49 46 36.1 -90.6 0 39 3.87 1.091 0.191 2303 0TMP04573 1937 6 8 14 26 0 35.3 -96.9 5 25 3.17 1.119 0.217 2304 0

B-69

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP04577 1937 7 14 23 1 0 45.4 -74.02 18 20 2.81 1.104 0.203 2305 0TMP04578 1937 7 19 3 51 0 40.59 -73.65 0 25 3.43 1.067 0.165 2306 0TMP04579 1937 7 27 9 10 0 41.8 -72.4 0 20 2.56 1.163 0.251 2307 0TMP04584 1937 9 5 11 8 0 41.5 -66 0 20 2.98 1.237 0.298 2308 0TMP04586 1937 9 30 6 15 0 33.5 -105.5 0 28 2.65 1.886 0.515 2309 0TMP04587 1937 9 30 7 58 10 47.4 -66.3 0 22 4.38 1.037 0.124 2310 0TMP04596 1937 10 17 4 25 0 39.1 -84.5 0 20 2.53 1.167 0.254 2311 0TMP04598 1937 11 6 14 31 0 46.776 -75.77 18 20 3.94 1.104 0.203 2312 0TMP04599 1937 11 12 14 43 0 45.922 -74.34 18 20 3.61 1.104 0.203 2313 0TMP04600 1937 11 12 16 57 0 45.96 -74.387 18 20 3.64 1.104 0.203 2314 2313TMP04601 1937 11 17 17 4 0 38.6 -89.1 0 39 3.96 1.056 0.151 2315 0TMP04603 1937 12 3 12 15 0 38.7 -75.5 0 20 2.98 1.877 0.513 2316 0TMP04605 1938 1 2 17 5 0 44.5 -98.2 0 20 3.43 1.093 0.193 2317 0TMP04606 1938 1 6 13 28 0 45.717 -74.833 18 20 3.07 1.104 0.203 2318 0TMP04608 1938 1 24 5 29 0 45.51 -76.308 18 20 2.94 1.104 0.203 2319 0TMP04610 1938 2 12 6 27 0 41.6 -87 0 20 3.69 1.107 0.206 2320 0TMP04611 1938 2 23 17 56 0 46.427 -75.501 18 20 3.14 1.104 0.203 2321 0TMP04612 1938 3 13 16 10 0 42.4 -83.2 0 28 2.85 1.24 0.3 2322 0TMP04615 1938 3 24 13 11 0 42.7 -103.4 0 20 3.31 1.112 0.211 2323 0TMP04616 1938 3 31 10 10 0 35.6 -83.5 0 20 3.59 1.091 0.191 2324 0TMP04620 1938 4 12 18 55 0 46.885 -79.004 10 20 3.41 1.104 0.203 2325 2261TMP04624 1938 4 26 5 42 0 34.2 -93.5 0 20 2.65 1.886 0.515 2326 0TMP04625 1938 5 5 0 32 0 45.239 -74.422 18 20 2.98 1.089 0.189 2327 0TMP04628 1938 5 17 18 32 0 48.752 -67.69 18 20 3.73 1.043 0.132 2328 0TMP04631 1938 6 15 5 7 0 46.5 -66.8 0 25 3.1 1.125 0.222 2329 0TMP04633 1938 6 23 3 57 0 42.6 -71.4 0 6 2.61 1.036 0.121 2330 0TMP04635 1938 7 15 22 46 12 40.68 -78.43 1 20 3.09 1.045 0.135 2331 0TMP04637 1938 7 29 7 44 7 41 -73.7 0 20 3.29 1.045 0.136 2332 0TMP04638 1938 8 2 9 2 30 41.08 -73.7 0 39 3.07 1.037 0.124 2333 2332TMP04640 1938 8 22 12 48 9.4 44.89 -68.79 5 39 3.68 1.03 0.111 2334 0TMP04641 1938 8 23 3 36 31.5 40.1 -74.34 0 39 3.4 1.24 0.3 2335 2338TMP04642 1938 8 23 5 4 53.4 40.05 -74.36 21 39 3.4 1.24 0.3 2336 2338TMP04644 1938 8 23 7 5 28 40.23 -74.56 0 25 3.4 1.24 0.3 2337 2338TMP04647 1938 8 23 9 4 0 40.1 -74.5 0 25 4.39 1.124 0.221 2338 0TMP04654 1938 9 7 23 18 0 46.054 -75.047 18 20 3.32 1.055 0.15 2339 0TMP04655 1938 9 17 3 34 28.3 35.413 -90.254 1 25 4.44 1.108 0.207 2340 0

B-70

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP04656 1938 9 17 15 34 0 35.47 -90.33 0 20 2.65 1.886 0.515 2341 2340TMP04666 1938 9 18 3 34 28.3 35.41 -90.25 1 17 4.32 1.092 0.192 2342 2340TMP04672 1938 9 20 0 0 0 41.5 -72.2 0 20 2.97 1.124 0.221 2343 0TMP04683 1938 9 28 4 33 0 48.274 -68.552 18 20 3.46 1.375 0.365 2344 0TMP04690 1938 10 1 22 15 0 43.8 -99.3 0 20 3.76 1.106 0.205 2345 0TMP04693 1938 10 11 9 37 0 43.5 -96.7 0 20 3.71 1.057 0.152 2346 0TMP04698 1938 10 21 7 18 55 41.17 -73.67 0 39 2.88 1.06 0.156 2347 2332TMP04703 1938 11 4 22 10 0 43.2 -98.9 0 20 3.31 1.112 0.211 2348 0TMP04704 1938 11 4 22 15 0 43.2 -98.9 0 25 2.65 1.886 0.515 2349 2348TMP04711 1938 11 18 22 19 0 44.94 -75.241 18 28 3.06 1.032 0.114 2350 0TMP04714 1938 11 26 7 47 0 47.03 -76.2 0 25 3.38 1.089 0.189 2351 0TMP04715 1938 11 26 7 48 0 46.863 -76.058 18 20 3.57 1.153 0.244 2352 2351TMP04721 1938 12 25 7 46 0 46.829 -75.867 18 20 3.34 1.112 0.211 2353 2351TMP04725 1939 1 14 8 10 0 43.25 -79.85 0 25 3.11 1.055 0.15 2354 0TMP04727 1939 1 15 1 28 0 45 -74 0 20 2.5 1.09 0.19 2355 0TMP04731 1939 1 28 17 55 0 46.8 -95.8 0 20 3.62 1.107 0.206 2356 0TMP04737 1939 2 6 5 21 0 46.5 -81 0 20 2.92 1.055 0.15 2357 0TMP04739 1939 2 9 15 11 0 45.3 -74 0 20 2.59 1.104 0.203 2358 0TMP04746 1939 2 24 0 20 0 42.9 -78.3 0 28 2.78 1.139 0.233 2359 0TMP04750 1939 3 16 20 21 0 46.167 -77.587 18 20 3.32 1.064 0.161 2360 0TMP04753 1939 3 18 13 3 0 40.4 -84.1 0 25 2.93 1.128 0.224 2361 0TMP04754 1939 3 18 14 3 0 40.4 -84 0 20 3.03 1.106 0.205 2362 2361TMP04761 1939 4 15 17 25 0 36.8 -89.4 0 20 2.88 1.131 0.227 2363 0TMP04764 1939 5 5 2 45 0 33.7 -85.8 0 20 3.25 1.12 0.218 2364 0TMP04772 1939 6 1 3 36 0 44.6 -75.2 0 28 2.52 1.129 0.225 2365 0TMP04773 1939 6 1 7 30 0 35 -96.4 5 25 3.92 1.106 0.205 2366 0TMP04780 1939 6 10 18 30 0 43 -98.9 0 20 2.65 1.886 0.515 2367 0TMP04781 1939 6 18 3 20 0 40.3 -84 0 25 3.01 1.13 0.226 2368 2361TMP04782 1939 6 19 21 43 12 34.1 -92.6 0 20 4.02 1.106 0.205 2369 0TMP04785 1939 6 24 10 27 0 34.7 -86.6 0 20 3.27 1.063 0.16 2370 0TMP04787 1939 6 24 17 20 0 47.3 -70.4 10 20 4.48 1.043 0.132 2371 0TMP04799 1939 9 4 5 17 0 45.95 -76.02 18 20 2.53 1.06 0.156 2372 0TMP04802 1939 9 21 20 30 1 41.4 -74.15 0 28 2.36 1.126 0.223 2373 0TMP04804 1939 10 11 18 49 0 42.9 -71.4 0 25 2.81 1.06 0.156 2374 0TMP04805 1939 10 19 11 53 54 48 -69.7 0 22 5.02 1.364 0.36 2375 0TMP04806 1939 10 19 14 12 0 47.8 -70 0 22 2.87 1.055 0.15 2376 2380

B-71

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP04807 1939 10 19 18 37 0 47.8 -70 10 22 2.99 1.055 0.15 2377 2380TMP04808 1939 10 21 8 7 0 47.8 -70 10 22 3.32 1.055 0.15 2378 2380TMP04809 1939 10 21 8 59 33 43.3 -73.3 0 39 2.73 1.061 0.157 2379 0TMP04811 1939 10 27 1 36 0 47.8 -70.001 10 22 4.61 1.04 0.128 2380 0TMP04812 1939 11 7 2 40 0 47.406 -70.707 18 20 3.73 1.06 0.156 2381 0TMP04814 1939 11 15 2 53 48.7 39.58 -75.05 3 39 3.5 1.04 0.128 2382 0TMP04815 1939 11 18 2 33 0 39.5 -76.6 0 20 3.11 1.123 0.22 2383 0TMP04816 1939 11 23 15 14 52 38.18 -90.14 0 17 4.75 1.058 0.153 2384 0TMP04818 1939 11 26 5 20 0 39.5 -76.6 0 20 3.31 1.872 0.512 2385 2383TMP04819 1939 12 2 20 25 0 45.914 -75.117 18 20 2.41 1.06 0.156 2386 0TMP04820 1939 12 8 1 17 0 47.8 -70 10 20 3.19 1.089 0.189 2387 2380TMP04821 1939 12 25 10 29 0 47.8 -70 10 20 3.45 1.055 0.15 2388 2380TMP04825 1940 1 5 0 34 0 46.885 -79.004 10 20 2.36 1.375 0.365 2389 0TMP04829 1940 1 28 23 12 0 41.6 -70.8 0 28 2.5 1.24 0.3 2390 0TMP04831 1940 2 10 20 57 0 46.292 -77.283 18 20 3.52 1.104 0.203 2391 0TMP04833 1940 3 2 4 15 36 41.5 -72.5 0 39 2.78 1.055 0.15 2392 0TMP04834 1940 3 13 1 29 0 41.5 -72.5 0 39 2.48 1.061 0.157 2393 2392TMP04835 1940 3 25 21 0 0 38.8 -78.5 0 20 2.94 1.164 0.252 2394 0TMP04836 1940 3 25 22 28 0 38.8 -78.5 0 20 3.13 1.13 0.226 2395 2394TMP04837 1940 3 26 0 1 0 38.8 -78.5 0 20 2.96 1.378 0.366 2396 2394TMP04839 1940 3 26 3 28 0 38.9 -78.5 0 20 3.01 1.13 0.226 2397 2394TMP04841 1940 3 28 11 42 0 44.7 -69.9 0 39 2.94 1.045 0.136 2398 0TMP04843 1940 4 11 4 30 0 47.6 -57.1 0 20 3.17 1.153 0.244 2399 0TMP04844 1940 4 12 1 58 10 42.8 -74.6 0 28 2.62 1.061 0.157 2400 0TMP04845 1940 4 13 8 13 0 47.441 -70.87 10 20 3.12 1.104 0.203 2401 0TMP04846 1940 4 13 8 23 0 44.8 -74.9 0 20 2.45 1.154 0.245 2402 0TMP04849 1940 4 27 22 44 0 40 -72 0 28 2.28 1.126 0.223 2403 0TMP04850 1940 5 10 19 23 0 40 -72 0 28 2.75 1.061 0.157 2404 2403TMP04851 1940 5 16 14 0 0 45.796 -73.234 18 20 3.19 1.06 0.156 2405 0TMP04858 1940 5 31 19 3 0 37.1 -88.6 0 20 3.29 1.118 0.216 2406 0TMP04859 1940 6 4 18 13 0 40 -72 0 28 2.28 1.126 0.223 2407 2403TMP39428 1940 6 4 18 14 0 40 -72 0 28 2.36 1.126 0.223 2408 2403TMP04860 1940 6 16 4 30 0 40.9 -82.3 0 20 2.65 1.886 0.515 2409 0TMP04861 1940 6 20 6 43 0 47.6 -70.1 0 20 2.79 1.104 0.203 2410 2380TMP04862 1940 6 25 9 50 0 47.2 -70.9 0 20 2.29 1.104 0.203 2411 0TMP04864 1940 8 4 16 20 0 46.25 -74.78 18 20 2.97 1.104 0.203 2412 0

B-72

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP04865 1940 8 7 23 56 0 45.767 -74.954 18 20 2.79 1.104 0.203 2413 0TMP04869 1940 9 11 1 6 0 47.226 -71.297 18 20 2.87 1.104 0.203 2414 0TMP04871 1940 9 26 23 30 15 44.7 -73.4 0 39 2.74 1.045 0.136 2415 0TMP04875 1940 10 13 19 50 0 47.682 -69.917 10 22 4 1.06 0.156 2416 0TMP04876 1940 10 19 5 54 0 34.7 -85.1 0 20 3.27 1.054 0.148 2417 0TMP04878 1940 12 2 16 16 0 33 -94 0 20 2.65 1.886 0.515 2418 0TMP04879 1940 12 3 17 34 43 42.5 -69.4 0 28 2.41 1.062 0.158 2419 0TMP04880 1940 12 3 17 35 45.7 42.5 -69.4 0 40 2.42 1.068 0.166 2420 2419TMP04881 1940 12 20 7 27 26 43.9 -71.4 0 22 5.08 1.466 0.4 2421 0TMP04883 1940 12 24 13 43 45 43.9 -71.3 0 22 5.13 1.696 0.47 2422 2421TMP04884 1940 12 24 14 32 0 43.8 -71.3 0 25 2.6 1.24 0.3 2423 2421TMP04887 1940 12 25 5 3 0.4 43.91 -71.3 0 39 3.2 1.24 0.3 2424 2421TMP04889 1940 12 25 6 50 0 35.9 -82.9 0 20 3.45 1.06 0.156 2425 0TMP04892 1940 12 27 19 56 0 43.91 -71.3 0 39 3.2 1.24 0.3 2426 2421TMP04893 1940 12 29 2 30 0 37.9 -87.3 0 20 2.99 1.123 0.22 2427 0TMP04894 1940 12 29 4 30 0 37.9 -87.3 0 20 2.99 1.123 0.22 2428 2427TMP04896 1941 1 4 11 10 13 43.8 -71.3 0 25 2.97 1.06 0.156 2429 2421TMP04898 1941 1 21 2 27 44 43.8 -71.3 0 39 2.6 1.24 0.3 2430 2421TMP04899 1941 1 23 0 14 57 43.8 -71.3 0 39 2.4 1.24 0.3 2431 2421TMP04905 1941 3 4 6 15 0 36 -83.9 0 20 2.62 1.38 0.367 2432 0TMP04906 1941 3 4 18 1 0 46.135 -76.297 18 20 2.59 1.06 0.156 2433 0TMP04907 1941 3 5 7 29 0 46.315 -75.597 18 20 2.66 1.104 0.203 2434 0TMP04908 1941 4 3 19 52 58 44.7 -73.9 0 20 2.65 1.198 0.275 2435 2436TMP04909 1941 4 4 8 10 43.7 44.73 -73.92 0 39 3.14 1.05 0.143 2436 0TMP04911 1941 4 29 14 5 35 40.5 -72.5 0 39 2.65 1.198 0.275 2437 0TMP04912 1941 5 10 11 12 0 35.6 -82.6 0 20 2.65 1.886 0.515 2438 0TMP04913 1941 5 19 11 59 35 43.8 -72.3 0 20 2.53 1.049 0.141 2439 0TMP04914 1941 5 25 6 25 0 43.5 -103.5 0 20 3.7 1.091 0.191 2440 0TMP04915 1941 6 8 20 21 0 52.5 -76 18 20 3.89 1.06 0.156 2441 0TMP04916 1941 6 22 9 59 0 47.636 -70.505 18 20 2.71 1.06 0.156 2442 0TMP04917 1941 6 26 4 5 0 47.102 -76.586 18 20 3.48 1.06 0.156 2443 0TMP04918 1941 6 28 18 30 0 32.3 -90.8 0 20 2.32 1.9 0.518 2444 0TMP04920 1941 7 5 12 8 0 47.4 -70.5 0 20 2.49 1.104 0.203 2445 0TMP04922 1941 7 28 19 24 10 41.13 -73.75 0 20 2.65 1.152 0.243 2446 0TMP04927 1941 8 30 10 21 0 46.1 -67.9 0 39 3.53 1.074 0.173 2447 0TMP04929 1941 9 6 17 4 0 47.524 -70.315 10 20 3.22 1.06 0.156 2448 2450

B-73

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP04930 1941 9 8 9 45 0 35 -85.3 0 20 3.03 1.068 0.166 2449 0TMP04931 1941 10 6 16 34 0 47.694 -70.459 18 20 3.38 1.06 0.156 2450 0TMP04932 1941 10 8 7 51 0 36.2 -89.7 0 20 3.36 1.098 0.198 2451 0TMP04934 1941 10 11 8 15 0 42.3 -72.3 0 20 2.98 1.045 0.136 2452 0TMP04935 1941 10 18 7 48 0 35.4 -99 5 25 2.92 1.154 0.245 2453 0TMP04937 1941 10 21 5 23 45 44.8 -74.8 0 20 2.64 1.049 0.141 2454 2455TMP04938 1941 10 21 6 10 41 44.77 -74.8 0 39 3.27 1.05 0.143 2455 0TMP04939 1941 10 21 16 53 0 37 -89.1 0 28 3.21 1.117 0.215 2456 0TMP04940 1941 10 24 14 13 0 45.642 -74.217 18 20 2.96 1.375 0.365 2457 0TMP04942 1941 11 15 3 7 0 35.1 -90 0 20 2.65 1.886 0.515 2458 0TMP04944 1941 11 17 3 8 0 35.5 -89.7 0 20 4.03 1.09 0.19 2459 0TMP04946 1941 12 12 23 28 57 44.9 -73.7 0 39 2.73 1.045 0.136 2460 0TMP04948 1942 1 14 18 5 0 38.4 -90.3 0 28 2.96 1.125 0.222 2461 0TMP04949 1942 1 19 0 0 0 26.5 -81 0 20 2.65 1.886 0.515 2462 0TMP04953 1942 1 31 4 11 57 44.7 -73.9 0 39 2.73 1.049 0.141 2463 0TMP04954 1942 2 18 7 55 0 46.82 -75.163 18 20 2.9 1.104 0.203 2464 0TMP04955 1942 2 25 14 3 0 42.5 -104.4 0 25 2.65 1.886 0.515 2465 2466TMP04956 1942 2 25 14 15 0 42.5 -104.4 0 25 3.31 1.872 0.512 2466 0TMP04957 1942 2 25 14 30 0 42.5 -104.4 0 25 2.65 1.886 0.515 2467 2466TMP04958 1942 3 1 14 43 10 41.2 -89.7 0 39 3.48 1.092 0.192 2468 0TMP04959 1942 3 8 23 37 0 44.2 -70.4 0 20 2.79 1.041 0.13 2469 0TMP04960 1942 3 11 16 55 0 44.4 -103.5 0 20 2.45 1.383 0.368 2470 0TMP04961 1942 3 29 12 43 0 37.7 -88.6 0 20 2.88 1.141 0.235 2471 0TMP04962 1942 4 23 20 40 0 41.4 -72.9 0 20 2.84 1.066 0.164 2472 0TMP04963 1942 5 20 12 19 0 45.71 -74.629 18 20 3.7 1.06 0.156 2473 0TMP04964 1942 5 24 7 15 14 44.7 -73.8 0 39 3.06 1.048 0.14 2474 0TMP04965 1942 5 24 11 33 0 44.7 -73.8 0 20 3.59 1.048 0.14 2475 2474TMP04966 1942 6 12 5 50 0 36.4 -97.9 5 25 3.16 1.115 0.213 2476 0TMP04967 1942 6 14 11 4 0 42.4 -70.7 0 28 2.89 1.06 0.156 2477 0TMP04968 1942 6 14 16 30 0 42.4 -70.7 0 28 2.8 1.06 0.156 2478 2477TMP04969 1942 6 14 19 52 0 42.4 -70.7 0 28 2.43 1.061 0.157 2479 2477TMP04971 1942 8 26 17 54 0 46.679 -77.637 18 20 3.48 1.043 0.132 2480 0TMP04972 1942 8 31 9 28 0 37 -89.2 0 20 2.65 1.886 0.515 2481 0TMP04973 1942 9 5 14 30 0 46.946 -71.444 18 20 2.83 1.104 0.203 2482 0TMP04974 1942 9 10 9 0 0 38.8 -99.3 0 20 3.27 1.371 0.363 2483 0TMP04976 1942 9 11 11 5 0 49.168 -67.022 18 20 3.46 1.06 0.156 2484 0

B-74

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP04977 1942 9 15 22 32 0 46.778 -76.46 18 20 2.96 1.104 0.203 2485 0TMP04978 1942 10 1 20 58 22 44 -73.5 0 20 2.55 1.083 0.183 2486 0TMP04979 1942 10 2 22 29 50.5 42.57 -73.8 0 39 2.48 1.051 0.144 2487 0TMP04980 1942 10 7 2 15 0 37.6 -78.4 0 20 3.26 1.115 0.213 2488 0TMP04981 1942 10 24 17 27 3.6 40.97 -75.25 0 39 2.97 1.045 0.136 2489 0TMP04983 1942 11 16 0 13 0 46.453 -75.261 18 20 3.64 1.06 0.156 2490 0TMP04984 1942 11 17 18 18 0 38.6 -90.2 0 28 2.88 1.141 0.235 2491 0TMP04985 1942 11 18 0 10 0 38.6 -90.2 0 20 2.31 1.388 0.37 2492 2491TMP04987 1942 12 5 21 10 0 46.935 -76.057 18 20 3.66 1.06 0.156 2493 0TMP04993 1943 1 14 21 32 38 45.16 -69.33 0 39 3.7 1.24 0.3 2494 0TMP04997 1943 2 16 16 51 0 45.418 -74.448 18 25 2.88 1.125 0.222 2495 0TMP04998 1943 2 28 16 40 0 46.372 -75.671 18 20 3.22 1.104 0.203 2496 0TMP04999 1943 3 9 3 25 24.9 41.63 -81.31 7 17 4.31 1.019 0.089 2497 0TMP05000 1943 3 14 14 2 0 43.7 -71.6 0 39 3.58 1.036 0.122 2498 0TMP05002 1943 4 13 17 0 0 38.3 -85.8 0 20 2.65 1.886 0.515 2499 0TMP05003 1943 5 9 11 3 12.5 44.77 -73.83 0 20 3.06 1.039 0.127 2500 0TMP05004 1943 5 16 19 40 0 43.5 -103.5 0 20 2.65 1.886 0.515 2501 0TMP05009 1943 6 8 19 50 0 38.6 -90.4 0 28 2.32 1.9 0.518 2502 0TMP05010 1943 6 11 22 51 0 41.1 -71.8 0 28 2.73 1.06 0.156 2503 0TMP05014 1943 6 25 4 25 0 48.5 -105 0 28 3.91 1.084 0.184 2504 0TMP05015 1943 7 6 22 10 16 44.84 -73.03 22 6 3.81 1.04 0.128 2505 0TMP05016 1943 7 24 5 18 36 40 -72.7 0 20 3.1 1.048 0.14 2506 0TMP05018 1943 9 25 5 52 0 47.404 -70.513 18 20 3.01 1.06 0.156 2507 0TMP05019 1943 9 28 16 30 0 47.115 -70.183 18 20 3.26 1.06 0.156 2508 0TMP04992 1943 10 1 0 0 0 41.1 -74.2 0 25 3.31 1.872 0.512 2509 0TMP05020 1943 10 15 23 0 2 44.4 -74.2 0 20 2.66 1.049 0.141 2510 0TMP05021 1943 11 6 0 6 0 47.403 -70.168 10 20 3.16 1.06 0.156 2511 0TMP05022 1943 12 6 7 19 0 47.659 -74.797 18 20 2.56 1.375 0.365 2512 0TMP05023 1943 12 19 9 0 44 44.6 -69.6 0 28 2.87 1.052 0.146 2513 0TMP05025 1943 12 28 10 25 0 33 -80.2 0 20 2.65 1.886 0.515 2514 0TMP05027 1944 1 7 5 18 0 37.5 -89.7 0 28 3.16 1.119 0.217 2515 0TMP05028 1944 1 8 0 0 0 39.8 -75.5 0 20 3.31 1.872 0.512 2516 0TMP05030 1944 1 22 21 55 0 45.61 -76.656 18 20 3.48 1.06 0.156 2517 0TMP05031 1944 1 28 17 30 0 32.9 -80 0 20 2.65 1.886 0.515 2518 2514TMP05032 1944 2 5 12 37 0 47.534 -70.332 18 20 3.3 1.104 0.203 2519 0TMP05033 1944 2 5 16 22 0 40.8 -76.2 0 39 3.61 1.198 0.275 2520 0

B-75

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP05034 1944 2 26 21 58 20 42.9 -78.8 0 20 2.91 1.06 0.156 2521 0TMP05038 1944 3 8 12 50 0 46.602 -78.654 10 20 3.7 1.11 0.209 2522 0TMP05039 1944 3 16 0 0 0 42 -88.3 0 20 2.61 1.24 0.3 2523 0TMP05040 1944 4 9 12 44 0 49.768 -66.857 18 20 4.44 1.043 0.132 2524 0TMP05041 1944 4 11 20 25 0 43.97 -71.7 0 20 2.99 1.055 0.15 2525 0TMP05042 1944 5 29 23 3 0 44.7 -73.8 0 28 3.2 1.06 0.156 2526 0TMP05043 1944 6 4 2 8 30 44.15 -72.67 0 20 2.87 1.044 0.134 2527 0TMP05044 1944 6 5 6 0 0 47.6 -65.65 0 25 2.43 1.238 0.299 2528 0TMP05046 1944 6 9 15 19 0 46.933 -70.005 18 20 3.29 1.06 0.156 2529 0TMP05047 1944 6 23 6 37 0 49.42 -67.75 18 20 4.79 1.39 0.371 2530 0TMP05048 1944 6 24 23 48 0 45.827 -73.988 18 20 3.35 1.104 0.203 2531 0TMP05049 1944 7 15 17 4 0 47.6 -70.1 0 20 2.85 1.104 0.203 2532 0TMP05050 1944 9 5 4 38 46 45 -74.7 0 20 5.71 1.09 0.19 2533 0TMP05051 1944 9 5 8 30 0 45.096 -74.7 18 17 2.99 1.077 0.176 2534 2533TMP05052 1944 9 5 8 51 0 45.069 -74.669 18 17 4.19 1.078 0.177 2535 2533TMP05053 1944 9 5 10 56 0 45.102 -74.751 18 17 2.87 1.077 0.176 2536 2533TMP05054 1944 9 5 11 10 0 45 -74.9 0 20 2.8 1.089 0.189 2537 2533TMP05058 1944 9 7 13 55 14 45 -74.9 0 28 2.64 1.153 0.244 2538 2533TMP05061 1944 9 8 10 11 14 45 -74.9 0 28 2.65 1.198 0.275 2539 2533TMP05062 1944 9 8 19 35 21 45 -74.9 0 28 2.89 1.198 0.275 2540 2533TMP05065 1944 9 9 23 24 0 45.11 -74.69 1 17 3.91 1.039 0.127 2541 2533TMP05068 1944 9 13 22 0 0 45 -74.9 0 17 2.73 1.045 0.136 2542 2533TMP05074 1944 9 25 11 37 23 37.9 -90 0 20 3.92 1.106 0.205 2543 0TMP05080 1944 10 4 0 36 0 45 -74.9 0 20 2.39 1.074 0.173 2544 2533TMP05087 1944 10 9 1 45 0 45 -74.9 0 20 2.23 1.125 0.222 2545 2533TMP05092 1944 10 13 2 33 58 45 -74.9 0 17 2.81 1.198 0.275 2546 2533TMP05094 1944 10 14 13 26 0 50.247 -68.51 18 20 3.45 1.104 0.203 2547 0TMP05096 1944 10 14 13 26 0 48.5 -67 0 20 3.37 1.104 0.203 2548 0TMP05100 1944 10 31 8 42 0 45.041 -74.689 18 17 3.56 1.038 0.125 2549 2533TMP05101 1944 11 5 19 7 0 48.818 -81.085 18 20 4.05 1.043 0.132 2550 0TMP05103 1944 11 9 3 15 0 45 -74.9 0 25 2.65 1.886 0.515 2551 2533TMP05104 1944 11 11 3 30 0 45 -74.9 0 25 2.65 1.886 0.515 2552 2533TMP05105 1944 11 13 11 52 0 40.4 -84.4 0 20 3.71 1.107 0.206 2553 0TMP05115 1944 12 14 3 15 0 41.6 -72.8 0 20 3.5 1.062 0.158 2554 0TMP05116 1944 12 23 7 23 0 36.2 -89.7 0 20 2.65 1.886 0.515 2555 0TMP05123 1945 1 16 2 0 0 37.8 -90.2 0 28 3.11 1.123 0.22 2556 2543

B-76

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP05124 1945 1 30 20 20 0 32.9 -80 0 20 2.65 1.886 0.515 2557 0TMP05128 1945 3 28 1 45 58 38.6 -90.2 0 28 3.31 1.11 0.209 2558 0TMP05129 1945 4 15 13 15 0 43 -76.4 0 20 2.89 1.13 0.226 2559 0TMP05131 1945 4 15 15 30 0 43 -76.4 0 25 2.63 1.125 0.222 2560 2559TMP05135 1945 5 2 11 22 0 36.5 -89.7 0 20 3.31 1.112 0.211 2561 0TMP05139 1945 5 21 7 51 0 38.6 -90.2 0 28 2.65 1.886 0.515 2562 2558TMP05141 1945 6 12 7 58 0 47.026 -75.653 18 20 3.6 1.104 0.203 2563 0TMP05142 1945 6 14 3 25 0 35 -84.5 0 20 3.57 1.058 0.153 2564 0TMP05143 1945 6 18 15 20 0 47.359 -71.069 18 20 4.24 1.061 0.157 2565 0TMP05144 1945 7 2 13 29 0 48.63 -76.919 18 20 2.96 1.06 0.156 2566 0TMP05145 1945 7 15 10 44 59 44.9 -67.2 0 28 3.71 1.03 0.112 2567 0TMP05146 1945 7 24 1 56 0 45 -74.9 0 20 2.76 1.049 0.141 2568 2533TMP05148 1945 7 26 10 32 16.4 33.75 -81.38 5 39 4.52 1.033 0.117 2569 0TMP05155 1945 9 12 9 36 0 45 -74.4 0 20 2.69 1.104 0.203 2570 2533TMP05156 1945 9 23 6 22 0 37 -89.8 0 20 2.65 1.886 0.515 2571 0TMP05158 1945 10 9 13 18 0 47.747 -70.136 10 22 4.33 1.051 0.144 2572 0TMP05160 1945 10 12 19 0 0 37.5 -78.5 0 20 2.65 1.886 0.515 2573 0TMP05164 1945 10 30 1 29 0 37.5 -78.5 0 20 2.84 1.145 0.238 2574 2573TMP05166 1945 11 10 8 0 0 43 -97.9 0 20 2.65 1.886 0.515 2575 0TMP05167 1945 11 13 8 21 0 37 -89.2 0 20 3.7 1.106 0.205 2576 0TMP05168 1945 12 2 15 22 0 45 -74.9 0 20 2.9 1.083 0.183 2577 2533TMP05169 1945 12 7 5 54 0 47.5 -70.2 0 20 2.89 1.104 0.203 2578 0TMP05172 1946 1 17 8 5 0 48.813 -68.266 18 20 3.44 1.06 0.156 2579 0TMP05177 1946 2 25 0 52 0 38.6 -89.1 0 20 3.27 1.115 0.213 2580 0TMP05183 1946 4 7 5 0 0 35.2 -84.9 0 20 2.65 1.886 0.515 2581 0TMP05184 1946 4 21 5 5 0 45.604 -73.281 18 20 3.31 1.06 0.156 2582 0TMP05185 1946 5 15 6 10 0 36.6 -90.8 0 20 3.62 1.091 0.191 2583 0TMP05190 1946 6 27 21 6 22 44.65 -74.53 0 17 2.97 1.05 0.143 2584 0TMP05191 1946 7 23 6 45 0 44.1 -98.6 0 22 3.85 1.106 0.205 2585 0TMP05192 1946 8 28 9 10 0 45.73 -76.85 18 20 2.49 1.104 0.203 2586 0TMP05193 1946 9 1 4 39 0 47.33 -71.47 18 20 2.66 1.375 0.365 2587 0TMP05194 1946 9 4 19 30 0 44.9 -74.88 0 25 2.35 1.078 0.177 2588 2533TMP05195 1946 9 19 0 53 0 47.852 -75.071 18 20 2.72 1.104 0.203 2589 0TMP05196 1946 9 26 21 19 0 46.456 -72.014 18 20 2.86 1.06 0.156 2590 0TMP05198 1946 10 8 1 12 2 37.5 -90.6 0 17 4.01 1.091 0.191 2591 0TMP05199 1946 10 26 20 37 0 48.1 -103.6 0 20 2.65 1.886 0.515 2592 0

B-77

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP05200 1946 10 26 20 45 0 48.1 -105.7 0 25 2.65 1.886 0.515 2593 0TMP05203 1946 11 10 11 41 23.1 42.87 -77.45 0 39 2.5 1.238 0.299 2594 0TMP39352 1946 11 11 10 20 47 45 -74.9 0 20 3.05 1.198 0.275 2595 2533TMP05204 1946 11 24 10 20 0 45.2 -74.7 0 20 2.75 1.104 0.203 2596 2533TMP05205 1946 12 25 4 48 0 44.9 -74.9 0 25 2.94 1.09 0.19 2597 2533TMP05206 1947 1 4 18 51 0 41 -73.6 0 39 3.27 1.371 0.363 2598 0TMP05207 1947 1 19 0 45 0 46.8 -76.7 18 20 2.94 1.24 0.3 2599 0TMP39354 1947 2 2 16 50 0 47.688 -70.375 18 20 3.43 1.104 0.203 2600 0TMP05208 1947 3 16 15 30 0 42.1 -88.3 0 20 2.65 1.886 0.515 2601 0TMP05210 1947 3 25 23 6 0 46.271 -75.143 18 20 2.29 1.06 0.156 2602 0TMP05209 1947 3 26 0 0 0 37 -88.4 0 20 3.98 1.877 0.513 2603 0TMP05211 1947 3 29 12 28 0 47.097 -70.211 18 20 3.22 1.06 0.156 2604 0TMP05212 1947 4 1 13 25 54 41.02 -74.3 0 39 2.47 1.055 0.15 2605 0TMP05214 1947 5 6 21 27 0 43 -87.9 0 20 3.53 1.093 0.193 2606 0TMP05215 1947 5 14 5 2 0 46 -100.9 0 20 2.65 1.886 0.515 2607 0TMP05216 1947 5 16 5 45 0 44.4 -100.3 0 20 2.32 1.9 0.518 2608 0TMP05217 1947 6 6 12 55 0 36 -84 0 20 2.62 1.38 0.367 2609 0TMP05218 1947 6 30 4 23 53 38.4 -90.2 0 39 3.99 1.106 0.205 2610 0TMP05221 1947 8 8 5 39 0 46.5 -81.1 0 20 3.58 1.06 0.156 2611 0TMP05222 1947 8 10 2 46 41.3 41.93 -85 2 17 4.43 1.03 0.112 2612 0TMP05224 1947 8 25 14 0 0 43.1 -98.9 0 20 2.65 1.886 0.515 2613 0TMP05225 1947 9 1 13 32 0 47.242 -77.128 18 20 2.59 1.104 0.203 2614 0TMP05226 1947 9 14 19 29 0 47 -81.3 0 20 3.68 1.062 0.158 2615 0TMP05227 1947 9 20 21 30 0 31.9 -92.6 0 20 2.98 1.877 0.513 2616 0TMP05228 1947 10 3 15 28 0 45 -74.9 0 20 3.15 1.154 0.245 2617 0TMP05229 1947 10 22 9 36 0 47.543 -70.604 18 20 3.18 1.06 0.156 2618 0TMP05231 1947 11 2 4 30 0 32.9 -80 0 20 2.65 1.886 0.515 2619 0TMP05232 1947 11 3 19 51 0 45.67 -81.17 0 20 3.66 1.107 0.206 2620 0TMP05234 1947 12 1 7 47 33 36.7 -90.6 0 39 3.69 1.106 0.205 2621 0TMP05236 1947 12 15 3 27 0 35.6 -90.1 0 20 3.66 1.107 0.206 2622 0TMP05237 1947 12 16 3 27 0 35.6 -90.1 0 20 3.66 1.107 0.206 2623 2622TMP05238 1947 12 27 19 0 0 35 -85.3 0 20 3.21 1.117 0.215 2624 0TMP05239 1947 12 28 0 5 0 35 -85.3 0 20 3.14 1.067 0.165 2625 2624TMP05240 1947 12 28 19 58 0 45.2 -69.2 0 39 3.78 1.028 0.107 2626 0TMP05241 1948 1 1 18 33 0 47.416 -70.369 18 28 4.09 1.051 0.144 2627 0TMP05242 1948 1 1 18 44 0 47.416 -70.37 18 28 2.58 1.104 0.203 2628 2627

B-78

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP05243 1948 1 4 23 0 0 37.6 -78.6 0 20 3.29 1.114 0.212 2629 0TMP05244 1948 1 5 1 0 0 37.6 -78.6 0 20 2.65 1.886 0.515 2630 2629TMP05245 1948 1 5 2 45 0 37.7 -78.3 0 20 2.62 1.38 0.367 2631 2629TMP05246 1948 1 5 3 20 0 37.5 -78.5 0 20 3.4 1.114 0.212 2632 2629TMP05249 1948 1 6 1 34 0 38.6 -89.1 0 20 3.06 1.11 0.209 2633 0TMP05250 1948 1 6 20 46 0 45.4 -69.3 0 39 3.39 1.042 0.131 2634 2626TMP05253 1948 1 15 17 40 0 43.1 -89.7 0 20 2.65 1.886 0.515 2635 0TMP05254 1948 1 16 6 2 0 50.226 -68.654 18 20 3.4 1.06 0.156 2636 0TMP05256 1948 2 10 0 4 0 36.4 -84.1 0 20 3.53 1.088 0.188 2637 0TMP05257 1948 2 28 21 19 0 47.2 -74.6 0 20 2.59 1.104 0.203 2638 0TMP05258 1948 3 12 4 29 6.3 36.22 -102.48 5 39 4.54 1.039 0.126 2639 0TMP05260 1948 4 3 3 0 0 37.7 -97.3 0 20 2.65 1.886 0.515 2640 0TMP05261 1948 4 4 2 44 34 44.2 -73.8 0 39 2.55 1.083 0.183 2641 0TMP05263 1948 4 20 14 17 0 41.7 -91.8 0 20 2.65 1.886 0.515 2642 0TMP05264 1948 5 4 2 23 0 41.4 -71.8 0 20 3.19 1.118 0.216 2643 0TMP05265 1948 5 7 12 2 0 45.795 -73.562 18 20 3.82 1.061 0.157 2644 0TMP05269 1948 6 9 3 4 0 45.157 -73.923 18 20 3.2 1.06 0.156 2645 0TMP05271 1948 7 7 7 38 0 45.258 -74.012 18 20 3.02 1.104 0.203 2646 2645TMP05280 1948 11 8 17 44 0 26.5 -82.2 0 20 2.65 1.886 0.515 2647 0TMP05281 1948 11 13 16 49 0 47.042 -70.11 18 20 3.02 1.104 0.203 2648 0TMP05283 1948 11 21 14 15 0 45 -67 0 25 3.04 1.12 0.218 2649 0TMP05284 1948 11 22 23 32 50 44.4 -74.3 0 20 2.59 1.09 0.19 2650 0TMP05286 1948 11 29 4 56 0 45.2 -69.2 0 28 3.08 1.056 0.151 2651 0TMP05289 1949 1 14 3 49 0 36.4 -89.7 0 20 3.37 1.115 0.213 2652 2653TMP05290 1949 1 31 0 0 0 36.3 -89.7 0 20 3.38 1.114 0.212 2653 0TMP05291 1949 2 2 10 52 0 32.9 -80 0 20 2.65 1.886 0.515 2654 0TMP05292 1949 2 2 23 0 0 32.4 -104.2 0 28 2.65 1.886 0.515 2655 0TMP05295 1949 4 17 0 15 0 41.6 -71.5 0 20 2.73 1.16 0.249 2656 0TMP05297 1949 5 8 11 1 0 37.6 -77.6 0 20 3.49 1.11 0.209 2657 0TMP05298 1949 5 13 4 15 0 42.5 -99 0 20 3.21 1.117 0.215 2658 0TMP05299 1949 5 23 7 22 0 34.6 -105.2 0 28 3.31 1.872 0.512 2659 0TMP05300 1949 6 3 2 6 45 45 -100 0 20 2.65 1.886 0.515 2660 0TMP05301 1949 6 8 19 51 36 38.1 -90.3 0 28 2.83 1.135 0.23 2661 0TMP05303 1949 6 27 6 53 0 32.9 -80 0 20 2.65 1.886 0.515 2662 0TMP05310 1949 9 17 9 30 0 36.7 -83 0 20 3.1 1.123 0.22 2663 0TMP05311 1949 10 5 2 33 47.8 44.84 -70.58 20 39 4 1.24 0.3 2664 0

B-79

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP05312 1949 10 11 9 35 0 47.5 -70.2 0 20 2.29 1.104 0.203 2665 0TMP05313 1949 10 16 23 33 0 45.109 -74.704 18 39 3.95 1.057 0.152 2666 0TMP05314 1949 10 30 20 51 0 46.471 -71.993 18 20 2.76 1.375 0.365 2667 0TMP05320 1950 2 8 10 37 0 37.7 -92.7 0 28 3.64 1.107 0.206 2668 0TMP05321 1950 2 15 10 5 0 46.1 -95.2 0 20 3.36 1.098 0.198 2669 0TMP05323 1950 3 6 16 14 0 46.77 -74.949 18 20 3.71 1.06 0.156 2670 0TMP05324 1950 3 20 13 24 0 33.5 -97.1 0 20 2.65 1.886 0.515 2671 0TMP05326 1950 3 29 14 43 0 41 -73.6 0 39 2.94 1.135 0.23 2672 0TMP05328 1950 4 14 18 20 0 47.8 -75.5 18 20 4.59 1.39 0.371 2673 0TMP05329 1950 4 20 0 0 0 39.8 -84.2 0 20 2.65 1.886 0.515 2674 0TMP05331 1950 6 19 4 19 0 35.8 -84 0 20 3.62 1.052 0.146 2675 0TMP05332 1950 6 29 9 13 0 47.877 -64.89 18 20 4.06 1.06 0.156 2676 0TMP05333 1950 8 4 6 45 0 47.491 -70.37 18 20 2.58 1.104 0.203 2677 0TMP05334 1950 8 4 14 29 0 44.901 -74.697 18 20 3.3 1.104 0.203 2678 0TMP05335 1950 8 5 23 59 0 45.1 -74.8 0 20 2.94 1.104 0.203 2679 0TMP05337 1950 9 17 5 48 0 35.7 -89.9 0 20 2.32 1.9 0.518 2680 0TMP05338 1950 9 28 10 59 0 47.6 -70.1 0 20 2.79 1.104 0.203 2681 0TMP05339 1950 10 29 5 59 0 45.82 -77.12 18 20 2.94 1.104 0.203 2682 0TMP05341 1950 11 26 7 45 0 37.7 -78.3 0 20 3.28 1.119 0.217 2683 0TMP05342 1951 1 26 3 27 0 41.5 -72.5 0 20 3.17 1.119 0.217 2684 0TMP05344 1951 3 4 2 55 0 32.9 -80 0 20 2.65 1.886 0.515 2685 0TMP05346 1951 3 9 7 0 0 37.6 -77.6 0 20 3.31 1.872 0.512 2686 0TMP05348 1951 3 31 3 50 0 42.2 -72.2 0 39 2.81 1.076 0.175 2687 0TMP05350 1951 6 10 17 20 37.7 41.52 -71.53 5 39 3.92 1.056 0.151 2688 0TMP05351 1951 6 20 18 37 11.1 35.22 -103.04 1 39 4.13 1.106 0.205 2689 0TMP05352 1951 6 27 13 17 0 44.465 -56.537 18 20 4.59 1.39 0.371 2690 0TMP05353 1951 6 28 1 3 0 49.73 -66.719 18 20 3.99 1.06 0.156 2691 0TMP05354 1951 7 25 0 22 0 47.28 -71.646 18 20 3.21 1.06 0.156 2692 0TMP05355 1951 7 25 6 49 0 47.28 -71.646 18 20 2.53 1.06 0.156 2693 2692TMP05357 1951 8 8 9 36 0 45.427 -74.211 18 20 3.01 1.06 0.156 2694 0TMP05358 1951 9 3 21 26 27.2 41.2 -74.2 0 25 3.2 1.24 0.3 2695 0TMP05359 1951 9 19 8 19 0 49.268 -66.002 18 20 3.88 1.043 0.132 2696 0TMP05360 1951 9 20 2 38 0 38.7 -89.9 0 20 3.21 1.117 0.215 2697 0TMP05361 1951 9 21 17 23 0 41.3 -70.1 0 25 2.65 1.886 0.515 2698 0TMP05362 1951 9 25 15 44 0 46.298 -75.578 18 20 3.33 1.06 0.156 2699 0TMP05363 1951 10 25 7 7 0 45.3 -74.7 0 25 3.21 1.09 0.19 2700 0

B-80

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP05364 1951 10 25 7 30 0 45.1 -74.8 0 20 2.65 1.154 0.245 2701 0TMP05365 1951 10 28 12 58 0 44.3 -70.5 0 25 2.72 1.125 0.222 2702 0TMP05366 1951 11 6 17 54 45.9 44.92 -73.55 31 17 3.71 1.039 0.127 2703 0TMP05367 1951 11 23 6 45 36 40.6 -75.5 0 25 2.59 1.124 0.221 2704 0TMP05368 1951 12 3 7 2 0 41.6 -81.4 0 20 2.8 1.083 0.183 2705 0TMP05375 1951 12 28 22 32 0 45.447 -74.258 18 20 2.52 1.074 0.173 2706 0TMP05376 1951 12 30 7 55 0 32.9 -80 0 20 2.65 1.886 0.515 2707 0TMP05377 1951 12 31 20 15 0 45.442 -74.124 18 20 2.69 1.06 0.156 2708 2706TMP05379 1952 1 24 9 29 0 47.198 -77.095 18 20 2.75 1.06 0.156 2709 0TMP05380 1952 1 30 4 0 0 44.5 -73.2 0 28 2.84 1.094 0.194 2710 0TMP05383 1952 2 2 6 20 0 46.9 -70.5 0 20 2.29 1.104 0.203 2711 2718TMP05384 1952 2 2 10 55 0 46.9 -70.5 0 20 2.84 1.104 0.203 2712 2718TMP05385 1952 2 2 11 15 0 46.9 -70.5 0 20 2.71 1.104 0.203 2713 2718TMP05386 1952 2 3 2 33 0 46.939 -70.4 18 20 2.59 1.06 0.156 2714 2718TMP05387 1952 2 6 15 12 0 33.5 -86.9 0 25 2.77 1.154 0.245 2715 0TMP05388 1952 2 18 20 56 7 46.33 -69.38 0 17 2.74 1.237 0.298 2716 0TMP05389 1952 2 20 22 34 39 36.4 -89.5 0 39 3.85 1.106 0.205 2717 0TMP05390 1952 2 26 0 56 0 46.915 -70.111 18 20 3.29 1.06 0.156 2718 0TMP05391 1952 3 17 1 30 0 36.2 -89.6 0 20 2.65 1.886 0.515 2719 2717TMP05392 1952 3 17 4 14 0 47.354 -76.442 18 20 3.3 1.06 0.156 2720 0TMP05393 1952 3 30 13 11 0 47.749 -69.863 18 20 3.82 1.043 0.132 2721 0TMP05394 1952 4 9 16 29 15 35.4 -97.8 5 22 5.29 1.037 0.124 2722 0TMP05396 1952 4 11 20 30 0 35.4 -97.8 5 25 3.41 1.109 0.208 2723 2722TMP05403 1952 4 16 5 58 0 35.4 -97.8 5 25 3.17 1.094 0.194 2724 2722TMP05404 1952 4 16 6 5 0 35.4 -97.8 5 25 3.52 1.109 0.208 2725 2722TMP05406 1952 4 19 2 50 0 47.406 -70.407 18 20 3.43 1.06 0.156 2726 0TMP05407 1952 4 20 19 6 0 47.471 -70.575 18 20 3.16 1.104 0.203 2727 2726TMP05409 1952 4 26 4 59 0 46.793 -78.894 10 20 3.29 1.063 0.16 2728 0TMP05412 1952 5 22 4 20 0 33 -105 0 25 2.65 1.886 0.515 2729 0TMP05413 1952 5 28 9 54 14 36.6 -89.7 0 28 3.21 1.117 0.215 2730 0TMP05414 1952 6 11 20 20 0 36.3 -82.3 0 20 3.27 1.371 0.363 2731 0TMP05415 1952 6 16 0 30 0 35.4 -97.8 0 20 2.65 1.886 0.515 2732 2722TMP05416 1952 6 20 9 38 8.6 39.64 -82.02 9 17 3.76 1.057 0.152 2733 0TMP05417 1952 7 16 23 48 10 36.2 -89.6 0 39 3.98 1.877 0.513 2734 2717TMP05418 1952 7 17 0 9 0 36.2 -89.6 0 28 2.65 1.886 0.515 2735 2717TMP05419 1952 7 17 0 30 0 35.4 -97.8 5 25 2.32 1.9 0.518 2736 2722

B-81

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP05420 1952 7 17 2 0 0 35.4 -97.8 5 25 2.32 1.9 0.518 2737 2722TMP05421 1952 7 19 1 16 0 46.826 -75.786 18 20 3.63 1.062 0.158 2738 0TMP05422 1952 8 4 3 42 0 36.5 -105 0 39 3.31 1.872 0.512 2739 0TMP05423 1952 8 14 21 40 0 35.4 -97.8 5 25 2.65 1.886 0.515 2740 2722TMP05425 1952 8 22 3 5 0 42.5 -105.3 0 25 2.65 1.886 0.515 2741 0TMP05426 1952 8 25 0 7 0 43 -74.5 0 28 3.54 1.052 0.145 2742 0TMP05429 1952 9 11 3 15 0 38.1 -78.5 0 25 3.01 1.13 0.226 2743 0TMP05433 1952 10 8 4 15 0 35.1 -96.5 5 25 2.65 1.886 0.515 2744 0TMP39357 1952 10 8 21 40 0 41.67 -73.93 0 28 2.47 1.124 0.221 2745 0TMP05434 1952 10 14 22 3 0 47.8 -69.8 18 22 3.8 1.24 0.3 2746 0TMP05435 1952 10 17 4 16 18 36.2 -89.6 0 20 3 1.13 0.226 2747 0TMP05439 1952 10 17 15 48 0 30.1 -93.7 0 28 2.65 1.886 0.515 2748 0TMP05440 1952 10 20 1 4 39 57.01 -57.73 0 40 4.36 1.375 0.365 2749 0TMP05441 1952 10 26 9 5 0 43.6 -71.2 0 28 2.69 1.06 0.156 2750 0TMP05442 1952 11 15 0 0 0 44.1 -103.5 0 20 2.65 1.886 0.515 2751 0TMP05443 1952 11 18 20 12 0 30.6 -84.6 0 20 2.65 1.886 0.515 2752 0TMP05444 1952 11 19 0 0 0 32.9 -80 0 20 3.05 1.137 0.232 2753 0TMP05445 1952 11 20 0 0 0 42.92 -76.57 0 20 3.13 1.125 0.222 2754 0TMP05448 1952 12 25 4 23 24 35.9 -89.8 0 39 3.65 1.106 0.205 2755 0TMP05449 1952 12 25 4 28 0 43.725 -81.147 20 20 3.04 1.055 0.15 2756 0TMP05451 1953 1 24 9 58 0 49.538 -65.811 18 20 4.13 1.043 0.132 2757 0TMP05452 1953 1 26 6 48 0 36 -89.5 0 25 2.65 1.886 0.515 2758 0TMP05454 1953 1 26 23 18 0 36 -89.5 0 20 2.65 1.886 0.515 2759 2758TMP05457 1953 2 7 7 5 0 37.7 -78.1 0 20 3.29 1.114 0.212 2760 0TMP05458 1953 2 11 10 50 54 36.5 -89.5 0 20 3.21 1.117 0.215 2761 0TMP05459 1953 2 17 11 5 0 36.5 -89.5 0 20 2.65 1.886 0.515 2762 2761TMP05460 1953 2 17 11 45 0 36.1 -89.8 0 20 2.65 1.886 0.515 2763 2758TMP05463 1953 2 28 6 24 0 48.113 -74.418 18 20 3.02 1.104 0.203 2764 0TMP05465 1953 3 17 13 12 0 35.4 -98 5 25 3.49 1.11 0.209 2765 2722TMP05466 1953 3 17 14 25 0 35.4 -98 5 22 3.61 1.062 0.159 2766 2722TMP05467 1953 3 26 0 0 0 28.6 -81.4 0 20 2.65 1.886 0.515 2767 0TMP05468 1953 3 27 8 50 0 41.1 -73.5 0 25 2.71 1.048 0.14 2768 0TMP05469 1953 3 31 2 50 0 43.7 -73 0 20 3.29 1.11 0.209 2769 2770TMP05470 1953 3 31 12 58 33.4 43.76 -73.08 1 17 3.68 1.062 0.159 2770 0TMP05471 1953 4 26 1 17 0 44.7 -73.5 0 20 2.8 1.068 0.166 2771 0TMP05474 1953 5 7 23 32 0 39.7 -82.1 0 20 2.43 1.117 0.215 2772 0

B-82

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP05475 1953 5 11 6 13 0 44 -71.1 0 28 2.88 1.073 0.172 2773 0TMP05476 1953 5 12 18 50 0 35.6 -90.3 0 20 2.65 1.886 0.515 2774 0TMP05478 1953 6 6 17 40 0 34.8 -96.7 5 25 2.65 1.886 0.515 2775 0TMP05479 1953 6 12 4 45 0 41.7 -83.6 0 20 3.31 1.063 0.16 2776 0TMP05481 1953 8 17 4 22 50 40.87 -74.07 0 25 3.08 1.06 0.156 2777 0TMP05482 1953 9 11 18 26 28 38.8 -90.1 0 28 3.76 1.107 0.206 2778 0TMP05483 1953 9 14 22 52 0 49.603 -65.137 18 20 4.03 1.04 0.128 2779 0TMP05484 1953 9 17 5 53 0 45.662 -74.705 18 20 2.23 1.06 0.156 2780 0TMP05485 1953 9 27 15 50 0 44.7 -56.6 18 20 3.8 1.173 0.258 2781 0TMP05486 1953 10 11 4 0 0 36 -83.9 0 20 2.65 1.886 0.515 2782 2783TMP05488 1953 11 10 15 45 0 36 -83.9 0 20 2.94 1.136 0.231 2783 0TMP05489 1953 11 28 15 47 0 45.811 -72.874 18 20 2.61 1.06 0.156 2784 0TMP05490 1953 12 5 13 45 0 36 -84 0 20 2.93 1.136 0.231 2785 2783TMP05491 1953 12 21 22 43 0 45.2 -102.9 0 20 2.32 1.9 0.518 2786 0TMP05492 1953 12 30 22 0 0 38.6 -89.1 0 20 3.21 1.117 0.215 2787 0TMP05493 1953 12 31 20 30 0 43.1 -99.3 0 20 2.65 1.886 0.515 2788 0TMP05494 1954 1 1 2 30 0 37.3 -83.2 0 20 2.84 1.145 0.238 2789 0TMP05495 1954 1 2 3 25 0 36.6 -83.7 0 28 4.12 1.038 0.125 2790 0TMP05496 1954 1 7 7 25 0 40.3 -76 0 20 3.45 1.055 0.149 2791 0TMP05512 1954 1 10 21 4 0 48.985 -67.428 18 20 2.92 1.06 0.156 2792 0TMP05516 1954 1 14 0 0 0 36 -84 0 28 2.91 1.139 0.233 2793 2783TMP05521 1954 1 17 7 15 0 36 -89.4 0 20 3 1.13 0.226 2794 0TMP05522 1954 1 20 20 50 1 41.5 -105.5 0 20 3.31 1.872 0.512 2795 0TMP05523 1954 1 23 1 0 0 35.3 -84.4 0 20 3.05 1.116 0.214 2796 0TMP05526 1954 1 24 3 30 0 40.28 -76.03 0 20 2.27 1.21 0.282 2797 2791TMP05528 1954 1 31 12 30 0 42.9 -77.3 0 20 3.11 1.123 0.22 2798 0TMP05529 1954 2 1 0 37 50 43.03 -76.65 0 17 2.74 1.237 0.298 2799 0TMP05531 1954 2 2 16 53 0 36.7 -90.3 0 28 4.14 1.091 0.191 2800 0TMP05532 1954 2 7 20 24 0 47.399 -69.965 18 20 3.14 1.06 0.156 2801 0TMP05533 1954 2 13 0 0 0 42.2 -72.6 0 25 2.65 1.886 0.515 2802 0TMP05534 1954 2 21 9 0 0 47.638 -70.461 18 20 3.02 1.104 0.203 2803 0TMP05541 1954 4 1 0 0 0 35.1 -96.4 5 25 2.65 1.886 0.515 2804 0TMP05542 1954 4 12 21 21 0 46.981 -76.097 18 20 3.68 1.06 0.156 2805 0TMP05543 1954 4 12 23 5 0 35.1 -96.4 5 25 2.65 1.886 0.515 2806 2804TMP05544 1954 4 13 18 48 0 35.1 -96.4 5 25 2.65 1.886 0.515 2807 2804TMP05545 1954 4 21 15 45 0 44.7 -73.5 0 17 3.13 1.122 0.219 2808 0

B-83

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP05546 1954 4 27 2 9 27 35.1 -90 0 28 3.89 1.106 0.205 2809 0TMP05547 1954 4 27 2 14 0 43.1 -79.2 0 20 3.06 1.104 0.203 2810 0TMP05548 1954 4 27 4 9 0 35.1 -90 0 20 3.89 1.106 0.205 2811 2809TMP05549 1954 5 20 22 1 0 45 -74.2 0 17 2.79 1.043 0.133 2812 0TMP05550 1954 6 26 7 44 0 46.823 -75.179 18 20 2.64 1.06 0.156 2813 0TMP05551 1954 6 30 7 41 0 47.168 -70.261 18 20 3.12 1.06 0.156 2814 0TMP05553 1954 7 29 19 56 56 42.81 -70.7 1 39 3.42 1.041 0.129 2815 0TMP05554 1954 8 9 0 0 0 38.5 -87.3 0 20 2.65 1.886 0.515 2816 0TMP05555 1954 8 11 3 40 0 40.3 -76 0 20 2.65 1.886 0.515 2817 0TMP05556 1954 8 28 15 22 0 45.17 -56.87 18 20 4.79 1.39 0.371 2818 0TMP05557 1954 9 8 1 29 0 48.856 -68.333 18 20 3.41 1.104 0.203 2819 0TMP05558 1954 9 11 18 55 0 47.159 -75.702 18 20 4.12 1.104 0.203 2820 0TMP05559 1954 9 24 11 0 0 40.3 -76 0 28 2.65 1.886 0.515 2821 2817TMP05560 1954 9 25 23 59 0 47.026 -56.046 18 20 2.96 1.375 0.365 2822 0TMP05563 1954 10 7 0 0 0 42.7 -71.3 0 20 2.5 1.242 0.301 2823 0TMP05565 1954 10 16 6 44 0 44.653 -56.236 18 20 4.86 1.39 0.371 2824 0TMP05568 1954 12 13 3 53 0 44.6 -74.6 0 39 3.17 1.043 0.132 2825 0TMP05571 1955 1 6 20 30 0 36.6 -82.2 0 20 3.3 1.114 0.212 2826 0TMP05572 1955 1 7 5 0 0 47.1 -88.6 0 20 3.31 1.872 0.512 2827 0TMP05574 1955 1 12 17 25 0 35.8 -84 0 20 2.79 1.15 0.242 2828 0TMP05575 1955 1 17 12 37 0 37.3 -78.4 0 20 3.34 1.111 0.21 2829 0TMP05576 1955 1 20 3 0 0 40.3 -76 0 28 2.79 1.15 0.242 2830 0TMP05577 1955 1 21 8 40 0 43 -73.8 0 20 3.54 1.171 0.257 2831 0TMP05579 1955 1 24 1 22 0 45.07 -59.03 0 25 3.05 1.237 0.298 2832 0TMP05580 1955 1 25 7 24 39.1 36.07 -89.83 8 17 4.22 1.107 0.206 2833 0TMP05582 1955 1 25 19 34 0 36 -83.9 0 20 3.23 1.103 0.202 2834 0TMP05583 1955 1 27 0 37 0 30.6 -104.5 0 20 2.65 1.886 0.515 2835 0TMP05585 1955 2 1 12 40 0 47.357 -70.228 10 20 3.42 1.06 0.156 2836 0TMP05586 1955 2 1 12 45 0 47.316 -70.713 18 20 2.53 1.06 0.156 2837 0TMP05587 1955 2 1 14 45 0 30.4 -89.1 0 20 4.06 1.106 0.205 2838 0TMP05588 1955 2 1 20 48 0 47.548 -70.424 18 20 3 1.104 0.203 2839 0TMP05589 1955 2 3 2 30 0 44.5 -73.22 0 20 2.81 1.173 0.258 2840 0TMP05594 1955 2 25 1 45 0 41.3 -98.6 0 20 3.21 1.117 0.215 2841 0TMP05596 1955 3 29 9 3 0 36 -89.5 0 28 3.68 1.108 0.207 2842 0TMP05598 1955 4 4 3 17 0 51.717 -79.524 18 20 2.78 1.104 0.203 2843 0TMP05600 1955 4 9 13 1 23.3 38.23 -89.78 11 39 4.08 1.09 0.19 2844 0

B-84

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP05604 1955 5 26 18 9 0 41.3 -81.4 0 20 3.14 1.063 0.16 2845 0TMP05605 1955 5 30 0 0 0 38.1 -88.9 0 20 2.62 1.38 0.367 2846 0TMP05606 1955 6 29 1 16 33 41.3 -81.4 0 20 3.16 1.107 0.206 2847 2845TMP05607 1955 6 29 1 17 0 43.612 -79.849 18 20 2.65 1.237 0.298 2848 0TMP05608 1955 7 1 1 37 0 48.5 -80.6 0 20 2.89 1.104 0.203 2849 0TMP05613 1955 8 16 7 35 0 42.9 -78.3 0 20 3.85 1.124 0.221 2850 0TMP05615 1955 9 6 1 45 0 36 -89.5 0 20 3.31 1.872 0.512 2851 0TMP05616 1955 9 6 2 0 0 36 -89.5 0 20 2.65 1.886 0.515 2852 2851TMP05617 1955 9 24 18 45 0 36.4 -89.5 0 20 2.65 1.886 0.515 2853 0TMP05618 1955 9 28 7 1 41.5 36.6 -81.3 0 28 3.48 1.055 0.15 2854 0TMP05619 1955 10 7 18 9 0 45.536 -73.926 18 20 2.88 1.104 0.203 2855 0TMP05620 1955 10 20 20 58 0 48.395 -69.12 18 20 2.72 1.104 0.203 2856 0TMP05621 1955 10 20 21 16 0 48.395 -69.12 18 20 2.68 1.104 0.203 2857 2856TMP05622 1955 10 20 21 31 0 48.395 -69.12 18 20 2.78 1.104 0.203 2858 2856TMP05623 1955 11 1 7 44 0 46.58 -76.052 18 20 3.21 1.06 0.156 2859 0TMP05624 1955 11 21 16 10 35.6 50.972 -63.136 0 20 3.82 1.043 0.132 2860 0TMP05626 1955 11 28 5 25 13 38.2 -103.7 0 28 2.65 1.886 0.515 2861 0TMP05628 1955 12 13 7 43 0 36 -89.5 0 20 3.31 1.872 0.512 2862 2851TMP05631 1956 1 5 8 0 0 34.3 -82.4 0 20 2.65 1.886 0.515 2863 0TMP05632 1956 1 5 8 30 0 34.3 -82.4 0 20 2.65 1.886 0.515 2864 2863TMP05633 1956 1 6 11 58 7.4 37.58 -98.35 29 39 4.05 1.052 0.145 2865 0TMP05634 1956 1 7 23 30 0 29.3 -94.8 0 28 2.65 1.886 0.515 2866 0TMP05635 1956 1 8 0 35 0 29.3 -94.8 0 20 2.65 1.886 0.515 2867 2866TMP05636 1956 1 10 12 8 0 45.641 -75.391 18 20 2.55 1.104 0.203 2868 0TMP05638 1956 1 14 18 49 0 37.9 -102.6 0 25 2.65 1.886 0.515 2869 0TMP05640 1956 1 27 11 3 27 40.5 -84 0 20 3.52 1.092 0.192 2870 0TMP05641 1956 1 27 12 3 0 40.4 -84.2 0 20 3.51 1.058 0.154 2871 2870TMP05642 1956 1 29 4 44 15.5 35.76 -89.8 16 17 3.73 1.107 0.206 2872 0TMP05643 1956 1 30 9 43 0 47.147 -71.142 18 20 3.14 1.104 0.203 2873 0TMP05644 1956 2 2 19 24 0 45.466 -74.842 18 20 2.46 1.375 0.365 2874 0TMP05647 1956 2 16 23 30 0 35.4 -97.3 0 20 3.73 1.107 0.206 2875 0TMP05648 1956 3 6 23 38 0 45.028 -75.263 18 20 2.38 1.089 0.189 2876 0TMP05649 1956 3 13 15 5 0 40.5 -90.4 0 20 3.31 1.112 0.211 2877 0TMP05650 1956 3 13 15 15 0 40.5 -90.4 0 20 3.31 1.112 0.211 2878 2877TMP05651 1956 4 2 16 3 18 34.2 -95.6 5 25 3.42 1.112 0.211 2879 0TMP05653 1956 5 12 0 39 0 47.986 -72.365 18 20 2.47 1.06 0.156 2880 0

B-85

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP05654 1956 5 19 19 0 0 34.3 -82.4 0 20 2.65 1.886 0.515 2881 2863TMP05656 1956 5 27 23 25 0 34.3 -82.4 0 20 2.65 1.886 0.515 2882 2881TMP05660 1956 6 5 7 45 17.3 56.8 -58.9 0 40 4.67 1.39 0.371 2883 0TMP05661 1956 6 15 0 53 0 47.268 -76.463 18 20 3.61 1.06 0.156 2884 0TMP05662 1956 7 18 21 30 0 43.6 -87.7 0 28 2.65 1.886 0.515 2885 0TMP05663 1956 7 18 23 0 0 43.6 -87.7 0 28 2.65 1.886 0.515 2886 2885TMP05664 1956 7 27 1 34 44 44.7 -73.78 0 17 3.08 1.05 0.143 2887 0TMP05665 1956 8 3 12 51 0 48.875 -66.127 18 20 3.2 1.06 0.156 2888 0TMP05666 1956 8 3 12 52 0 48.875 -66.127 18 20 3.4 1.043 0.132 2889 2888TMP05667 1956 8 3 22 11 0 44.9 -74.6 0 20 2.85 1.154 0.245 2890 0TMP05669 1956 9 7 13 35 50.8 36.44 -83.79 5 39 3.88 1.056 0.151 2891 0TMP05670 1956 9 7 13 49 29 35.5 -84 0 17 3.88 1.052 0.145 2892 0TMP05671 1956 9 9 21 45 0 35.8 -86.7 0 20 2.84 1.145 0.238 2893 0TMP05672 1956 9 9 22 45 0 35.8 -86.7 0 20 2.88 1.141 0.235 2894 2893TMP05674 1956 9 27 14 15 0 31.9 -88.4 0 20 2.65 1.886 0.515 2895 0TMP05676 1956 10 10 5 41 0 47.316 -69.914 18 20 2.49 1.104 0.203 2896 0TMP05677 1956 10 13 0 0 0 42.9 -87.9 0 20 2.65 1.886 0.515 2897 0TMP05678 1956 10 27 14 40 0 48.814 -69.714 18 20 2.76 1.375 0.365 2898 0TMP05679 1956 10 27 15 3 0 48.814 -69.714 18 20 2.72 1.104 0.203 2899 2898TMP05680 1956 10 29 9 23 44 36.1 -89.7 0 28 3.31 1.872 0.512 2900 0TMP05681 1956 10 30 10 36 21 36.2 -95.8 5 22 3.86 1.031 0.113 2901 0TMP05682 1956 11 4 11 53 0 46.171 -75.685 18 20 3.42 1.06 0.156 2902 0TMP05683 1956 11 16 7 17 0 46.113 -74.707 18 20 2.77 1.06 0.156 2903 0TMP05684 1956 11 26 4 12 43.3 36.91 -90.39 1 17 4.15 1.056 0.151 2904 0TMP05686 1956 12 2 21 30 0 48.4 -107 0 25 2.65 1.886 0.515 2905 0TMP05687 1956 12 28 1 41 0 45.151 -74.184 18 20 2.53 1.06 0.156 2906 0TMP05689 1957 1 8 16 0 0 43.5 -88.8 0 20 2.32 1.9 0.518 2907 0TMP05690 1957 1 25 18 15 0 36.6 -83.7 0 28 3.61 1.373 0.364 2908 2891TMP05691 1957 1 28 0 0 0 48.3 -52.9 0 20 2.57 1.153 0.244 2909 0TMP05693 1957 2 19 5 18 0 47.629 -68.745 18 20 2.86 1.375 0.365 2910 0TMP05694 1957 2 20 15 45 0 44.9 -74.9 0 20 2.65 1.886 0.515 2911 0TMP05697 1957 3 19 16 37 38 32.6 -94.7 0 28 3.93 1.106 0.205 2912 0TMP05701 1957 3 23 19 2 31 40.63 -74.83 10 22 3.28 1.02 0.09 2913 0TMP05703 1957 3 26 8 27 6 37 -88.4 0 20 3.11 1.11 0.209 2914 0TMP05704 1957 4 23 9 23 39 33.77 -86.72 5 39 4 1.056 0.151 2915 0TMP05705 1957 4 24 0 41 59 44.42 -72 0 20 2.85 1.06 0.156 2916 0

B-86

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP05706 1957 4 26 11 40 8.6 43.53 -70.25 5 39 4.2 1.24 0.3 2917 0TMP05709 1957 5 13 8 7 0 46.533 -73.867 18 20 2.67 1.06 0.156 2918 0TMP05710 1957 5 13 14 24 51.1 35.8 -82.14 5 39 3.79 1.057 0.152 2919 0TMP05711 1957 5 25 12 27 0 45.962 -74.316 18 20 2.6 1.104 0.203 2920 0TMP05712 1957 6 23 6 34 16 35.95 -84.1 5 39 3.2 1.124 0.221 2921 0TMP05713 1957 6 29 11 25 0 43.353 -81.003 18 20 3.4 1.055 0.15 2922 0TMP05714 1957 7 2 9 33 1 35.6 -82.7 0 22 3.63 1.04 0.128 2923 0TMP05717 1957 8 4 12 40 0 46.58 -67.08 0 20 3.28 1.104 0.203 2924 0TMP05718 1957 8 6 23 50 0 47.534 -70.469 10 20 3.63 1.06 0.156 2925 0TMP05719 1957 8 17 1 30 0 47.475 -70.289 18 20 2.93 1.06 0.156 2926 2925TMP05720 1957 8 17 23 0 0 36.2 -89.5 0 20 2.65 1.886 0.515 2927 0TMP05721 1957 8 21 2 40 0 44.802 -76.256 18 20 2.36 1.375 0.365 2928 0TMP05723 1957 10 9 14 16 0 48.279 -69.579 18 20 2.55 1.104 0.203 2929 0TMP05724 1957 10 16 19 13 0 50.664 -65.542 18 20 3.81 1.043 0.132 2930 0TMP05725 1957 10 27 8 48 0 46.24 -78.564 18 20 2.86 1.104 0.203 2931 0TMP05726 1957 11 2 4 0 0 46.261 -75.06 18 20 2.47 1.06 0.156 2932 0TMP05727 1957 11 7 17 15 0 36 -84 0 20 2.62 1.38 0.367 2933 0TMP05728 1957 11 13 20 45 0 48.544 -69.038 18 20 2.75 1.104 0.203 2934 0TMP05729 1957 11 13 20 49 0 48.683 -69.265 18 20 2.88 1.104 0.203 2935 2934TMP05730 1957 11 13 20 54 0 48.615 -69.149 18 20 2.75 1.104 0.203 2936 2934TMP05731 1957 11 24 20 6 17 35 -83.5 0 39 3.63 1.052 0.146 2937 0TMP05732 1957 11 30 6 27 0 45.175 -74.778 18 28 2.41 1.055 0.15 2938 0TMP05733 1957 12 3 7 30 0 43.8 -98.2 0 20 2.77 1.154 0.245 2939 0TMP05734 1958 1 8 2 41 43 38.4 -87.9 0 20 4.18 1.153 0.244 2940 0TMP05736 1958 1 11 16 36 0 44.9 -74.9 0 20 2.65 1.886 0.515 2941 0TMP05738 1958 1 24 17 10 0 44.98 -81.25 0 25 3.18 1.308 0.335 2942 0TMP05740 1958 1 26 16 55 37 36.1 -89.7 0 20 3.69 1.107 0.206 2943 0TMP05741 1958 1 28 5 56 40 37.1 -89.2 0 20 3.85 1.056 0.151 2944 0TMP05742 1958 2 2 1 54 0 46.495 -75.449 18 20 2.51 1.06 0.156 2945 0TMP05743 1958 2 4 8 6 36.1 57.898 -52.151 0 40 4.7 1.173 0.258 2946 0TMP05745 1958 2 12 13 29 54 44.8 -75.3 0 39 2.33 1.104 0.203 2947 0TMP05746 1958 3 1 17 41 0 46.781 -75.906 18 20 3.36 1.06 0.156 2948 0TMP05747 1958 3 5 11 53 43 34.2 -77.8 0 20 3.28 1.118 0.216 2949 0TMP05748 1958 3 19 6 39 0 45.945 -77.232 18 20 2.62 1.104 0.203 2950 0TMP05749 1958 3 23 22 4 17 45.55 -67.12 0 25 3.01 1.055 0.15 2951 0TMP05750 1958 4 7 7 42 0 45.888 -75.077 18 20 2.41 1.06 0.156 2952 0

B-87

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP05752 1958 4 8 22 25 33 36.3 -89.2 0 20 3.22 1.066 0.163 2953 0TMP05753 1958 4 26 7 30 0 36.4 -89.5 0 20 3.23 1.103 0.202 2954 0TMP05755 1958 5 6 16 2 0 48.695 -70.128 18 20 3.02 1.104 0.203 2955 0TMP05756 1958 5 6 16 11 0 48.563 -70.018 18 20 2.88 1.104 0.203 2956 2955TMP05757 1958 5 6 16 31 0 48.5 -69.868 18 20 2.78 1.104 0.203 2957 2955TMP05759 1958 5 14 17 41 0 47.129 -76.776 12.3 20 4.17 1.06 0.156 2958 0TMP05760 1958 5 16 22 30 0 35.6 -82.6 0 20 2.65 1.886 0.515 2959 0TMP05762 1958 5 20 1 25 0 35.5 -90.4 0 20 2.65 1.886 0.515 2960 0TMP05764 1958 7 13 21 32 0 46.148 -76.534 18 20 2.35 1.06 0.156 2961 0TMP05765 1958 7 18 23 56 0 46.836 -71.508 18 20 2.62 1.06 0.156 2962 0TMP05766 1958 7 22 1 46 0 43 -79.5 18 20 3.64 1.063 0.16 2963 0TMP05767 1958 7 25 3 45 0 46.505 -76.027 18 20 3.43 1.06 0.156 2964 0TMP05768 1958 7 27 8 57 0 47.01 -70.117 18 20 2.36 1.375 0.365 2965 0TMP05769 1958 8 4 20 25 0 43.13 -80 0 25 3.2 1.079 0.178 2966 0TMP05770 1958 8 4 20 26 0 43.167 -79.865 18 20 3.17 1.153 0.244 2967 2966TMP05772 1958 8 8 22 16 0 47.799 -70.25 10 20 3.22 1.06 0.156 2968 0TMP05773 1958 8 12 3 22 0 48.729 -69.564 18 20 3.12 1.06 0.156 2969 2955TMP05775 1958 8 22 14 25 5 43 -79 0 20 3.24 1.569 0.434 2970 0TMP05776 1958 9 11 17 34 0 48.691 -69.595 18 20 2.75 1.104 0.203 2971 2955TMP05777 1958 9 11 17 41 0 48.666 -69.495 18 20 2.75 1.104 0.203 2972 2973TMP05778 1958 9 11 17 49 0 48.63 -69.459 18 20 3.08 1.104 0.203 2973 0TMP05779 1958 9 19 17 45 0 43.6 -70.2 0 28 3.44 1.075 0.174 2974 0TMP05780 1958 9 29 10 45 0 48.257 -69.067 18 20 3.3 1.055 0.15 2975 0TMP05781 1958 9 30 0 13 0 45.172 -73.756 18 20 3.54 1.089 0.189 2976 0TMP05782 1958 10 20 6 16 0 34.5 -82.7 0 20 3.31 1.872 0.512 2977 0TMP05783 1958 10 21 9 32 0 48.995 -67.839 18 20 3.28 1.104 0.203 2978 0TMP05784 1958 10 22 8 34 0 45.853 -74.43 18 20 2.27 1.06 0.156 2979 0TMP05786 1958 11 6 23 8 0 29.9 -90.1 0 20 2.65 1.886 0.515 2980 0TMP05787 1958 11 8 2 41 12.6 38.44 -88.01 5 39 4.21 1.056 0.151 2981 0TMP05788 1958 11 19 18 15 0 30.5 -91.2 0 20 3.09 1.134 0.229 2982 0TMP05789 1958 11 21 23 30 0 44 -71.7 0 28 2.65 1.886 0.515 2983 0TMP05791 1958 12 23 23 14 0 47.136 -69.965 18 20 3.08 1.104 0.203 2984 0TMP05793 1959 1 12 13 0 0 44.9 -98.1 0 20 2.65 1.886 0.515 2985 0TMP05794 1959 1 21 15 35 0 36.3 -89.5 0 20 2.65 1.886 0.515 2986 0TMP05797 1959 2 9 2 0 0 43 -81 0 20 2.33 1.089 0.189 2987 0TMP05798 1959 2 10 20 5 0 35.5 -100.9 0 20 4.2 1.107 0.206 2988 0

B-88

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP05799 1959 2 13 8 37 0 36.1 -89.5 0 20 3 1.143 0.236 2989 0TMP05801 1959 4 13 21 20 19 41.92 -73.27 0 39 2.86 1.049 0.141 2990 0TMP05803 1959 4 16 16 36 0 47.307 -70.272 18 20 3.02 1.104 0.203 2991 0TMP05804 1959 4 23 20 58 39.5 37.39 -80.68 1 17 3.51 1.041 0.129 2992 0TMP05805 1959 5 14 14 23 0 47.099 -70.306 18 20 2.37 1.06 0.156 2993 0TMP05806 1959 5 21 9 38 0 46.665 -76.711 18 20 3.45 1.06 0.156 2994 0TMP05807 1959 5 24 10 52 0 48.8 -79.2 18 20 2.96 1.115 0.213 2995 0TMP05808 1959 5 29 2 16 0 46.886 -76.913 18 20 2.71 1.06 0.156 2996 0TMP05810 1959 6 13 1 15 0 35.4 -84.3 0 20 2.65 1.886 0.515 2997 0TMP05812 1959 6 17 10 27 7 34.5 -98.5 5 22 3.96 1.106 0.205 2998 0TMP05813 1959 7 7 23 17 0 37.3 -80.7 0 28 3.05 1.126 0.223 2999 0TMP05811 1959 7 15 12 45 0 34.8 -96.7 5 25 3.62 1.107 0.206 3000 0TMP05815 1959 8 1 13 52 0 48.442 -68.342 18 20 3.32 1.06 0.156 3001 0TMP05816 1959 8 3 6 8 36.8 33.05 -80.13 1 39 4.13 1.039 0.126 3002 0TMP05817 1959 8 12 18 6 1.4 34.79 -86.56 5 39 3.61 1.058 0.154 3003 0TMP05819 1959 8 21 17 20 0 37.3 -80.7 0 28 3.04 1.071 0.169 3004 2999TMP05821 1959 8 22 3 52 0 46.975 -70.626 18 20 2.75 1.06 0.156 3005 0TMP05824 1959 9 25 1 36 0 49.764 -67.282 18 20 3.16 1.06 0.156 3006 0TMP05826 1959 10 15 15 45 0 29.8 -93.1 0 20 3.37 1.111 0.21 3007 0TMP05827 1959 10 18 7 47 0 45.999 -75.196 18 20 2.39 1.104 0.203 3008 0TMP05829 1959 10 27 2 7 28 34.5 -80.2 0 22 3.6 1.058 0.154 3009 0TMP05830 1959 12 21 16 23 39.6 36.03 -89.34 5 39 3.13 1.13 0.226 3010 0TMP05833 1960 1 3 7 30 0 35.9 -82.1 0 25 3.07 1.125 0.222 3011 0TMP05835 1960 1 20 20 7 0 46.95 -75.702 18 20 3.24 1.06 0.156 3012 0TMP05837 1960 1 28 21 38 0 36 -89.5 0 20 3.09 1.134 0.229 3013 3010TMP05838 1960 2 6 0 43 0 47.887 -70.257 18 20 2.85 1.06 0.156 3014 0TMP05839 1960 2 9 14 0 6 35.3 -82.5 0 20 2.92 1.153 0.244 3015 0TMP05840 1960 3 12 12 47 44 33.07 -80.12 9 39 3.71 1.04 0.128 3016 0TMP05843 1960 4 1 17 11 0 46.832 -75.659 18 20 2.27 1.074 0.173 3017 3012TMP05844 1960 4 15 10 10 10 35.8 -84 0 28 3.37 1.062 0.158 3018 0TMP05845 1960 4 21 10 45 0 36 -89.5 0 20 3.31 1.872 0.512 3019 0TMP05846 1960 4 23 11 47 0 47.605 -70.376 18 20 3.52 1.053 0.147 3020 0TMP05847 1960 5 4 16 31 32 34.2 -92 0 20 2.65 1.886 0.515 3021 0TMP05848 1960 7 9 7 39 0 46.2 -72.882 18 20 2.52 1.074 0.173 3022 0TMP05851 1960 7 23 5 49 0 45.689 -73.623 18 20 2.57 1.074 0.173 3023 0TMP05853 1960 7 24 3 37 30 32.9 -80 0 20 3.57 1.108 0.207 3024 3016

B-89

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP05855 1960 9 4 18 40 0 37.4 -79.3 0 20 2.65 1.886 0.515 3025 0TMP05861 1960 11 3 4 11 0 47.828 -74.726 18 20 2.47 1.074 0.173 3026 0TMP05862 1960 12 19 19 27 0 45.684 -75.223 18 20 2.62 1.074 0.173 3027 0TMP05864 1961 1 11 1 40 0 34.8 -95.5 5 25 3.48 1.11 0.209 3028 0TMP05866 1961 1 29 0 49 0 46.786 -66.746 18 20 3.22 1.06 0.156 3029 0TMP05867 1961 2 22 9 45 3 41.2 -83.3 0 20 3.62 1.107 0.206 3030 0TMP05869 1961 3 13 10 55 0 45.2 -75.298 18 20 3.2 1.037 0.123 3031 0TMP05871 1961 4 13 21 14 55.2 39.98 -99.77 1 39 3.43 1.06 0.156 3032 0TMP05872 1961 4 20 13 13 0 45 -74.8 0 20 2.57 1.069 0.167 3033 0TMP05873 1961 4 26 7 5 0 34.6 -95 0 20 3.26 1.111 0.21 3034 0TMP05876 1961 4 27 7 30 0 34.9 -95.3 5 25 3.72 1.106 0.205 3035 0TMP05879 1961 7 5 22 43 0 50.081 -66.781 18 20 3.88 1.074 0.173 3036 0TMP05880 1961 8 22 18 55 0 47.176 -70.355 10 20 2.92 1.104 0.203 3037 0TMP05881 1961 9 9 22 42 55 35.96 -90.19 5 39 2.65 1.886 0.515 3038 0TMP05882 1961 9 12 9 54 0 45.305 -75.223 18 20 2.67 1.074 0.173 3039 0TMP05883 1961 9 15 2 16 0 40.8 -75.5 0 28 3.31 1.872 0.512 3040 0TMP05884 1961 9 29 6 30 0 44.9 -74.9 0 20 3.07 1.125 0.222 3041 0TMP05885 1961 10 7 22 36 0 48.828 -76.828 18 20 3.18 1.104 0.203 3042 0TMP05889 1961 11 1 3 41 0 46.916 -79.25 18 20 2.47 1.153 0.244 3043 0TMP05893 1961 12 14 1 49 0 43.8 -67.8 0 20 3.5 1.083 0.183 3044 0TMP05894 1961 12 25 12 19 58.3 39.3 -94.21 11 39 3.62 1.107 0.206 3045 0TMP05895 1961 12 25 12 58 16.8 39.32 -94.24 9 39 3.86 1.056 0.151 3046 3045TMP05897 1961 12 27 17 6 0 40.5 -74.8 0 20 3.08 1.054 0.148 3047 0TMP39430 1961 12 27 17 6 0 40.15 -74.86 0 25 2.88 1.124 0.221 3048 0TMP05899 1961 12 31 16 36 5.8 44.25 -100.72 23 17 3.99 1.09 0.19 3049 0TMP05900 1962 1 3 23 29 52.6 35.32 -103.64 0 17 2.28 1.153 0.244 3050 0TMP05904 1962 1 18 1 28 0 39.9 -104.9 0 28 2.65 1.886 0.515 3051 0TMP05905 1962 1 27 12 11 0 45.904 -74.895 18 20 3.35 1.049 0.141 3052 0TMP05906 1962 1 31 14 32 0 47.85 -66.963 18 20 3.17 1.06 0.156 3053 0TMP05907 1962 2 2 6 43 30 36.37 -89.51 4 6 4.22 1.015 0.08 3054 0TMP05909 1962 2 16 0 0 0 37 -88.7 0 28 2.32 1.9 0.518 3055 0TMP05911 1962 3 6 9 59 9.7 31.08 -104.55 0 20 3.18 1.153 0.244 3056 0TMP05914 1962 3 23 2 2 0 47.523 -69.745 18 20 2.47 1.153 0.244 3057 0TMP05915 1962 3 23 2 2 21 47.18 -69.47 0 20 2.74 1.237 0.298 3058 0TMP05916 1962 3 25 0 0 0 36.5 -89.5 0 20 2.88 1.153 0.244 3059 3054TMP05917 1962 3 25 5 15 0 47.771 -65.893 18 20 3.38 1.06 0.156 3060 0

B-90

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP05918 1962 3 27 6 35 0 43 -79.33 18 20 2.81 1.049 0.141 3061 0TMP05919 1962 4 10 14 30 45.2 44.11 -72.97 5 6 4.1 1.025 0.101 3062 0TMP05920 1962 4 28 6 9 11 35.3 -98.6 5 39 2.6 1.074 0.173 3063 0TMP05922 1962 5 18 2 40 29.3 35.1 -95.4 5 39 2.31 1.085 0.185 3064 0TMP05923 1962 5 24 0 0 0 36.5 -89.5 0 20 2.68 1.153 0.244 3065 3054TMP05924 1962 6 1 11 23 38.6 35.38 -90.39 1 17 2.85 1.055 0.15 3066 0TMP05925 1962 6 3 20 8 0 47.303 -69.878 18 20 2.67 1.074 0.173 3067 0TMP05926 1962 6 18 0 46 0 39.9 -104.9 0 28 2.99 1.124 0.221 3068 3087TMP05929 1962 6 21 2 6 0 45.406 -72.787 18 20 3.44 1.045 0.136 3069 0TMP05931 1962 6 24 0 0 0 39.9 -104.9 0 28 2.65 1.886 0.515 3070 3087TMP05932 1962 6 27 1 28 59.3 37.9 -88.638 7 17 3.05 1.055 0.15 3071 3072TMP05933 1962 6 27 1 28 59.3 37.9 -88.64 0 17 4.52 1.061 0.157 3072 0TMP05934 1962 7 14 4 23 49 36.5 -89.9 0 17 2.88 1.153 0.244 3073 0TMP05935 1962 7 23 6 5 15.7 36.04 -89.4 8 17 3.35 1.055 0.15 3074 0TMP05936 1962 7 27 17 56 0 47.227 -70.609 10 20 3.62 1.074 0.173 3075 0TMP05937 1962 8 3 1 31 0 52 -54.2 0 20 4.65 1.104 0.203 3076 0TMP05940 1962 8 7 0 51 0 39.9 -104.9 0 28 2.5 1.124 0.221 3077 3087TMP05942 1962 8 7 1 40 0 39.9 -104.9 0 28 2.29 1.124 0.221 3078 3087TMP05943 1962 8 7 4 0 0 39.9 -104.9 0 28 2.65 1.886 0.515 3079 3087TMP05944 1962 8 10 20 47 19 34.8 -97.4 0 20 3.31 1.189 0.269 3080 0TMP05945 1962 8 11 3 5 0 47.617 -69.957 10 20 3.21 1.049 0.141 3081 0TMP05950 1962 9 1 2 9 56.1 35.2 -96 5 39 2.27 1.084 0.184 3082 0TMP05953 1962 9 4 23 40 0 39.5 -77.7 0 20 2.65 1.886 0.515 3083 0TMP05955 1962 9 7 22 53 44 34.7 -98.4 0 20 3.31 1.189 0.269 3084 0TMP05956 1962 10 2 23 45 0 44.8 -74.3 0 20 3.13 1.041 0.129 3085 0TMP05957 1962 10 8 16 26 0 39.9 -104.9 0 28 2.28 1.153 0.244 3086 3087TMP05958 1962 10 8 20 45 0 39.9 -104.9 0 28 3.68 1.153 0.244 3087 0TMP05961 1962 10 23 17 55 58 35 -98.5 0 20 3.08 1.2 0.276 3088 0TMP05966 1962 11 30 2 12 2.4 58.748 -55.454 0 40 3.76 1.375 0.365 3089 0TMP05967 1962 12 1 21 29 23 45.57 -69.13 0 20 2.66 1.047 0.138 3090 0TMP05969 1962 12 4 17 49 59.4 39.8 -104.7 33 39 3.42 1.062 0.158 3091 3087TMP05971 1962 12 5 13 48 0 39.9 -104.6 0 39 3.79 1.062 0.158 3092 3087TMP05976 1962 12 15 0 58 0 50.2 -66.4 0 25 3.72 1.066 0.164 3093 0TMP05977 1962 12 15 13 0 0 46.818 -70.695 18 20 2.77 1.153 0.244 3094 0TMP05978 1962 12 16 0 0 0 39.9 -104.9 0 28 2.65 1.886 0.515 3095 3087TMP05981 1962 12 20 4 23 12.1 52.882 -59.223 0 20 4.02 1.074 0.173 3096 0

B-91

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP39901 1962 12 20 8 1 41 40.97 -74.33 0 25 2.38 1.124 0.221 3097 0TMP05984 1962 12 29 6 19 0 42.8 -71.7 0 20 2.65 1.074 0.173 3098 0TMP05986 1963 1 10 3 12 49 36.1 -89.7 0 39 2.58 1.153 0.244 3099 3102TMP05988 1963 1 17 11 40 26.8 37.3 -80.1 0 20 3.36 1.04 0.128 3100 0TMP05989 1963 1 17 14 26 50.8 37.3 -80.1 0 20 2.65 1.886 0.515 3101 3100TMP05990 1963 1 19 11 11 41 36.2 -89.7 0 39 2.38 1.153 0.244 3102 0TMP05992 1963 1 26 0 23 0 39.9 -104.9 0 28 2.48 1.153 0.244 3103 3087TMP05993 1963 1 30 14 50 0 44 -75.9 0 39 3.09 1.152 0.243 3104 0TMP05994 1963 1 30 23 5 9.6 39.8 -104.6 33 39 2.94 1.124 0.221 3105 3087TMP05995 1963 2 2 16 57 39 34.7 -98.2 0 20 3 1.203 0.278 3106 0TMP05996 1963 2 7 21 18 36 34.4 -92.1 0 39 3.08 1.153 0.244 3107 0TMP05997 1963 2 16 8 0 17 44.9 -73.7 0 39 2.73 1.198 0.275 3108 0TMP05998 1963 2 25 15 24 0 39.9 -104.9 0 28 2.5 1.124 0.221 3109 3087TMP06001 1963 2 27 6 0 0 43.2 -79.566 18 20 2.57 1.153 0.244 3110 0TMP06003 1963 3 3 17 30 10.6 36.64 -90.05 15 6 4.62 1.048 0.14 3111 0TMP06007 1963 3 12 7 6 9.7 56.691 -59.797 0 40 2.97 1.153 0.244 3112 0TMP06008 1963 3 13 9 33 34 34.6 -95.9 5 39 2.6 1.074 0.173 3113 0TMP06009 1963 3 15 17 0 0 39.9 -104.9 0 28 2.58 1.153 0.244 3114 3087TMP06012 1963 3 31 13 31 4 36.5 -89.5 0 20 2.45 1.055 0.15 3115 0TMP06014 1963 4 4 2 5 0 39.9 -104.9 0 28 2.28 1.153 0.244 3116 3087TMP06015 1963 4 4 2 20 0 39.9 -104.9 0 28 2.38 1.153 0.244 3117 3087TMP06016 1963 4 4 7 48 0 39.9 -104.9 0 28 2.38 1.153 0.244 3118 3087TMP06017 1963 4 4 8 53 1.3 53.105 -59.33 0 40 2.87 1.153 0.244 3119 0TMP06018 1963 4 6 7 51 1.2 36.43 -89.51 11 17 2.48 1.153 0.244 3120 3115TMP06019 1963 4 6 8 12 22.7 36.46 -89.58 6 6 2.75 1.055 0.15 3121 3115TMP06021 1963 4 8 0 3 57.1 39.9 -104.8 20 39 3.23 1.124 0.221 3122 3087TMP06022 1963 4 11 17 45 0 34.9 -82.4 0 20 2.79 1.15 0.242 3123 0TMP06023 1963 4 19 14 31 55 36.7 -90.1 0 39 3.18 1.153 0.244 3124 0TMP06024 1963 4 24 22 29 34.4 39.8 -104.7 20 39 3.68 1.124 0.221 3125 3087TMP06025 1963 5 2 1 9 21.4 36.67 -89.54 10 6 2.78 1.153 0.244 3126 3115TMP06026 1963 5 4 21 1 50.3 32.97 -80.19 5 39 3.03 1.124 0.221 3127 0TMP06027 1963 5 7 20 3 29 34.3 -96.4 0 20 3.16 1.195 0.273 3128 0TMP06028 1963 5 19 19 14 0 43.5 -75.2 0 20 3.45 1.059 0.155 3129 0TMP06029 1963 5 25 10 44 36.7 39.8 -104.7 0 39 3.28 1.118 0.216 3130 3087TMP06031 1963 6 5 0 13 50.6 39.77 -104.75 0 20 3.81 1.124 0.221 3131 3087TMP06032 1963 6 5 17 2 8 34.7 -96.8 0 20 2.77 1.218 0.287 3132 0

B-92

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP06034 1963 6 6 8 5 33 36.6 -104.4 0 20 3.65 1.074 0.173 3133 0TMP06036 1963 6 12 16 38 52 34.7 -96.8 5 39 2.48 1.085 0.185 3134 3132TMP06039 1963 7 1 19 59 12 42.37 -73.75 0 39 3.06 1.089 0.189 3135 0TMP06040 1963 7 2 8 2 56.3 39.8 -104.6 0 39 3.9 1.062 0.159 3136 3087TMP06041 1963 7 8 23 51 42.1 36.97 -90.47 0 6 3.78 1.153 0.244 3137 0TMP06043 1963 7 14 8 10 27 35 -97.7 5 39 2.2 1.085 0.185 3138 0TMP06045 1963 7 28 13 19 0 39.9 -104.9 0 28 2.3 1.125 0.222 3139 3087TMP06047 1963 8 1 6 34 0 46.074 -67.084 18 20 2.79 1.06 0.156 3140 0TMP06048 1963 8 3 0 37 49.1 36.98 -88.77 7 17 3.55 1.055 0.15 3141 0TMP06049 1963 8 10 1 22 0 47.6 -68.7 0 20 2.65 1.154 0.245 3142 0TMP06052 1963 8 26 16 29 0 45.159 -73.914 18 20 2.88 1.104 0.203 3143 0TMP06053 1963 9 1 9 54 0 39.9 -104.9 0 28 2.28 1.153 0.244 3144 3087TMP06060 1963 9 10 19 40 8.3 28.9 -104 0 20 3.88 1.153 0.244 3145 0TMP06063 1963 10 8 6 1 43.4 33.9 -82.5 0 39 2.88 1.153 0.244 3146 0TMP06064 1963 10 9 1 2 0 44.5 -69.5 0 39 2.65 1.198 0.275 3147 0TMP06065 1963 10 10 14 59 52.3 39.655 -78.197 0 17 3.33 1.083 0.183 3148 0TMP06067 1963 10 15 12 7 0 46.378 -77.677 18 20 2.59 1.104 0.203 3149 3150TMP06068 1963 10 15 12 28 0 46.464 -77.62 18 20 3.71 1.049 0.141 3150 0TMP06069 1963 10 15 13 59 0 46.431 -77.613 18 20 3.68 1.049 0.141 3151 3150TMP06070 1963 10 16 15 30 59.7 42.4 -70.42 14 17 3.35 1.055 0.15 3152 0TMP06071 1963 10 17 5 13 0 46.431 -77.561 18 20 2.73 1.104 0.203 3153 3150TMP06073 1963 10 18 15 43 0 42.5 -70.4 0 20 2.4 1.074 0.173 3154 3152TMP06074 1963 10 19 6 29 0 49.947 -65.145 18 20 2.62 1.074 0.173 3155 0TMP06075 1963 10 25 8 49 47.3 51.481 -62.733 0 20 2.62 1.104 0.203 3156 0TMP06076 1963 10 28 22 38 0.3 36.7 -81 0 20 3.48 1.041 0.129 3157 0TMP06077 1963 10 29 1 57 0 36.7 -81 0 39 3.37 1.11 0.209 3158 3157TMP06079 1963 10 30 22 36 57.9 42.7 -70.8 0 17 2.55 1.055 0.15 3159 3152TMP06080 1963 11 5 9 46 0 42.7 -70.3 0 20 2.65 1.074 0.173 3160 3152TMP06081 1963 11 5 22 45 3.4 27.49 -92.58 15 20 4.48 1.153 0.244 3161 0TMP06083 1963 11 13 21 34 0 38.3 -104.6 0 28 2.62 1.124 0.221 3162 0TMP06084 1963 12 4 21 32 34.8 43.6 -71.6 9 17 3.32 1.039 0.127 3163 0TMP06085 1963 12 5 6 51 0.5 37.15 -86.97 1 17 2.74 1.105 0.204 3164 0TMP06087 1963 12 19 16 47 28 35.133 -104.133 0 17 3.08 1.153 0.244 3165 0TMP06089 1964 1 8 7 59 0 46.268 -77.475 18 20 3.01 1.055 0.15 3166 3150TMP06090 1964 1 8 10 3 0 46.239 -77.476 18 20 3.39 1.055 0.15 3167 0TMP06091 1964 1 8 10 4 0 46.378 -77.495 18 20 3.74 1.032 0.115 3168 3150

B-93

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP06092 1964 1 16 5 9 58 36.84 -89.46 0 6 2.95 1.055 0.15 3169 0TMP06093 1964 1 20 13 37 52 35.9 -82.3 0 20 2.91 1.139 0.233 3170 0TMP06094 1964 1 20 18 57 0 47.227 -71.014 5 20 3.12 1.074 0.173 3171 0TMP06095 1964 1 25 19 54 10 36.5 -89.5 0 39 2.68 1.153 0.244 3172 0TMP06097 1964 2 2 8 22 44.1 35.1 -99.1 5 25 2.26 1.124 0.221 3173 0TMP06098 1964 2 9 9 20 0 39.9 -104.9 0 28 2.28 1.153 0.244 3174 3087TMP06101 1964 2 17 22 47 0 34.7 -85.4 0 20 2.98 1.153 0.244 3175 3176TMP06102 1964 2 18 9 31 10.4 34.67 -85.39 15 6 3.72 1.045 0.135 3176 0TMP06105 1964 3 7 18 2 58.6 33.72 -82.39 5 39 2.98 1.153 0.244 3177 0TMP06106 1964 3 13 1 20 17.5 33.19 -83.31 1 39 3.66 1.046 0.137 3178 0TMP06108 1964 3 17 2 16 6 36.2 -89.6 0 17 2.75 1.055 0.15 3179 0TMP06109 1964 3 22 3 13 0 46.4 -67.1 0 20 2.65 1.154 0.245 3180 0TMP06110 1964 3 24 6 12 0 43.5 -103.5 0 20 3.38 1.114 0.212 3181 0TMP06112 1964 3 28 3 0 0 42.7 -104.1 0 20 3.31 1.872 0.512 3182 0TMP06116 1964 3 28 10 8 46.5 43 -101.8 30 17 4.84 1.27 0.316 3183 0TMP06117 1964 3 28 10 24 50 42.8 -101.7 0 20 3.28 1.153 0.244 3184 3183TMP06118 1964 3 29 9 16 0 44.9 -74.9 0 20 4.05 1.153 0.244 3185 0TMP06119 1964 4 1 4 50 0 42.5 -105.3 0 25 2.65 1.886 0.515 3186 0TMP06120 1964 4 1 11 21 34 43.6 -71.5 0 39 2.75 1.067 0.165 3187 0TMP06121 1964 4 5 5 40 0 45.659 -74.011 18 20 2.27 1.074 0.173 3188 0TMP06122 1964 4 5 13 21 0 46.4 -81.1 0 20 3.69 1.2 0.276 3189 0TMP06124 1964 4 10 17 39 0 39.9 -104.9 0 28 2.28 1.153 0.244 3190 3087TMP06126 1964 4 20 19 4 44.1 33.84 -81.1 3 39 3.49 1.062 0.158 3191 0TMP06127 1964 4 24 1 20 54.2 31.38 -93.81 1 6 3.31 1.06 0.156 3192 3209TMP06128 1964 4 24 3 36 18 31.3 -93.8 0 39 2.28 1.153 0.244 3193 3209TMP06129 1964 4 24 7 33 51.9 31.42 -93.81 5 6 3.43 1.06 0.156 3194 3209TMP06130 1964 4 24 7 47 17.1 31.38 -93.8 5 17 3 1.074 0.173 3195 3209TMP06131 1964 4 24 7 50 56 31.3 -93.8 0 39 2.28 1.153 0.244 3196 3209TMP06132 1964 4 24 12 7 8.2 31.48 -93.79 9 39 2.95 1.124 0.221 3197 3209TMP06133 1964 4 24 12 54 17 31.3 -93.8 0 39 2.7 1.074 0.173 3198 3209TMP06134 1964 4 24 17 22 13 31.3 -93.8 0 39 2.48 1.153 0.244 3199 3209TMP06135 1964 4 24 23 3 50 31.3 -93.8 0 39 2.28 1.153 0.244 3200 3209TMP06136 1964 4 25 3 23 8 31.3 -93.8 0 39 2.28 1.153 0.244 3201 3209TMP06137 1964 4 25 4 5 33 31.3 -93.8 0 28 2.58 1.153 0.244 3202 3209TMP06138 1964 4 25 6 2 33 31.3 -93.8 0 39 2.58 1.153 0.244 3203 3209TMP06139 1964 4 26 2 35 24 31.3 -93.8 0 39 2.38 1.153 0.244 3204 3209

B-94

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP06140 1964 4 26 3 24 50.2 31.55 -93.78 5 39 2.98 1.153 0.244 3205 3209TMP06141 1964 4 27 21 50 27 31.3 -93.8 0 39 2.95 1.124 0.221 3206 3209TMP06142 1964 4 28 0 24 7 31.5 -93.8 0 39 2.78 1.153 0.244 3207 3209TMP06143 1964 4 28 0 30 45.7 31.4 -93.82 6 6 3.14 1.043 0.133 3208 3209TMP06144 1964 4 28 21 18 41 31.63 -93.8 14 6 3.67 1.066 0.164 3209 0TMP06147 1964 5 2 6 34 54 31.3 -93.8 0 39 3 1.074 0.173 3210 3209TMP06148 1964 5 3 3 24 12 31.3 -93.8 0 39 2.68 1.153 0.244 3211 3209TMP06149 1964 5 7 7 33 53 31.2 -94 0 20 2.88 1.153 0.244 3212 3209TMP06151 1964 5 7 20 1 39 31.2 -94 0 28 3.19 1.124 0.221 3213 3209TMP06152 1964 5 7 20 10 0 31.5 -93.8 0 28 2.83 1.124 0.221 3214 3209TMP06154 1964 5 12 6 45 10.7 40.3 -76.41 1 6 3.84 1.066 0.164 3215 0TMP06156 1964 5 23 11 25 34.5 36.58 -90.02 3 6 3.45 1.055 0.15 3216 0TMP06157 1964 5 23 15 0 34.9 36.6 -90.01 8 6 2.85 1.055 0.15 3217 3216TMP06158 1964 5 24 20 31 13 36.6 -90 0 39 2.38 1.153 0.244 3218 3216TMP06159 1964 6 2 23 0 0 31.3 -94 0 28 3.54 1.125 0.222 3219 3209TMP06160 1964 6 3 0 0 0 31.3 -94 0 20 3.87 1.153 0.244 3220 3209TMP06161 1964 6 3 0 30 0 31.3 -94 0 20 3.76 1.124 0.221 3221 3209TMP06162 1964 6 3 2 27 24 31.5 -93.9 0 20 2.87 1.124 0.221 3222 3209TMP06163 1964 6 3 9 37 0 31 -94 0 28 2.32 1.9 0.518 3223 3209TMP06164 1964 6 4 23 40 51 44.7 -75.3 0 39 2.77 1.083 0.183 3224 0TMP06165 1964 6 5 18 15 0 45.9 -68.9 0 39 2.73 1.198 0.275 3225 0TMP06166 1964 6 16 0 0 0 40.9 -74.3 0 25 3.9 1.124 0.221 3226 0TMP06167 1964 6 16 13 0 44 45 -74.2 0 39 2.9 1.152 0.243 3227 0TMP06168 1964 6 16 14 0 0 45 -74.2 0 20 2.9 1.152 0.243 3228 3227TMP06169 1964 6 26 11 4 49 43.4 -71.68 1 17 3.56 1.024 0.1 3229 0TMP06171 1964 6 27 19 17 0 47.539 -79.468 18 20 3.32 1.083 0.183 3230 0TMP06172 1964 7 1 21 41 0 49.408 -67.305 18 20 3.34 1.06 0.156 3231 0TMP06175 1964 7 12 0 0 41 46.868 -71.728 18 20 2.99 1.06 0.156 3232 0TMP06176 1964 7 24 10 34 0 46.768 -76.369 18 20 2.97 1.06 0.156 3233 0TMP06178 1964 8 4 4 49 0 46.269 -75.104 18 20 2.22 1.074 0.173 3234 0TMP06180 1964 8 6 2 49 0 47.5 -69.7 0 20 2.25 1.154 0.245 3235 0TMP06181 1964 8 12 9 35 0 50.49 -64.808 18 20 3.02 1.104 0.203 3236 0TMP06182 1964 8 15 3 51 0 48.2 -80 0 20 4.85 1.154 0.245 3237 0TMP06184 1964 8 16 11 35 31 31.4 -93.8 0 28 2.91 1.124 0.221 3238 3209TMP06185 1964 8 19 23 58 55 31.3 -93.8 0 39 2.38 1.153 0.244 3239 3209TMP06186 1964 8 22 3 28 11 42.9 -104.7 0 20 3.84 1.062 0.159 3240 0

B-95

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP06188 1964 8 25 11 18 0 46.227 -75.059 18 20 2.52 1.074 0.173 3241 3234TMP06189 1964 8 26 16 58 55.1 43.77 -102.25 20 17 3.43 1.066 0.164 3242 0TMP06195 1964 9 9 6 16 0 48.483 -73.984 18 20 2.62 1.104 0.203 3243 0TMP06196 1964 9 9 11 47 0 46.033 -75.096 18 20 2.47 1.074 0.173 3244 0TMP06198 1964 9 19 20 51 5 50 -109.7 33 20 3.85 1.154 0.245 3245 0TMP06200 1964 9 28 15 41 0 44 -96.4 0 20 3.08 1.153 0.244 3246 0TMP06202 1964 9 29 3 28 0 36.5 -89.6 0 39 2.38 1.153 0.244 3247 0TMP06204 1964 10 3 21 37 0 45.492 -73.782 18 20 2.37 1.074 0.173 3248 0TMP06205 1964 10 10 8 30 0 47.4 -89.8 0 20 2.85 1.154 0.245 3249 0TMP06208 1964 10 17 14 13 0 47.684 -67.264 18 20 3.28 1.06 0.156 3250 0TMP06209 1964 10 17 14 35 0 39.9 -104.9 0 28 2.28 1.153 0.244 3251 3087TMP06214 1964 11 8 9 26 0 31.9 -103 0 17 2.38 1.153 0.244 3252 0TMP06215 1964 11 17 17 8 0 41.2 -73.7 0 25 3.01 1.141 0.235 3253 0TMP06216 1964 11 21 5 30 0 44.939 -75.086 18 20 2.27 1.074 0.173 3254 0TMP06221 1964 11 30 0 34 55 42.8 -74.9 0 39 2.56 1.153 0.244 3255 0TMP06224 1964 12 4 21 27 0 39.9 -104.9 0 28 2.38 1.153 0.244 3256 3267TMP06225 1964 12 4 22 40 0 46.554 -73.934 18 20 2.52 1.074 0.173 3257 0TMP06226 1965 1 1 13 9 0 43.998 -77.261 18 20 2.67 1.074 0.173 3258 0TMP06227 1965 1 3 17 5 1 43.5 -72 0 6 2.76 1.079 0.178 3259 0TMP06229 1965 1 8 12 29 0 47.746 -78.985 18 20 2.88 1.104 0.203 3260 0TMP06236 1965 2 3 9 44 0 45.923 -76.909 18 20 2.72 1.074 0.173 3261 0TMP06237 1965 2 3 11 32 34 35.1 -103.8 0 20 3.11 1.124 0.221 3262 0TMP06238 1965 2 3 19 59 32 31.9 -103 0 17 2.68 1.153 0.244 3263 0TMP06239 1965 2 11 3 40 24.8 36.52 -89.59 3 6 3.05 1.055 0.15 3264 0TMP06240 1965 2 14 20 3 20 36.9 -93.3 0 39 2.68 1.153 0.244 3265 0TMP06243 1965 2 16 19 52 0 39.9 -104.9 0 28 2.21 1.124 0.221 3266 3267TMP06244 1965 2 16 20 17 53.5 39.9 -105.1 5 39 4.09 1.124 0.221 3267 0TMP06245 1965 2 16 22 21 43.7 39.9 -105 5 39 3.66 1.047 0.139 3268 3267TMP06247 1965 2 18 11 39 0 39.9 -104.9 0 28 2.28 1.153 0.244 3269 3267TMP06252 1965 3 1 2 22 0 47.472 -71.088 18 20 2.85 1.06 0.156 3270 0TMP06253 1965 3 4 18 8 0 46.986 -73.86 18 20 2.52 1.074 0.173 3271 0TMP06254 1965 3 5 12 10 0 48.056 -78.631 18 20 2.65 1.104 0.203 3272 0TMP06255 1965 3 6 21 8 50.3 37.4 -91.03 7 6 3.45 1.055 0.15 3273 0TMP06256 1965 3 6 21 13 0 45 -83 0 20 3.05 1.154 0.245 3274 0TMP06258 1965 3 18 12 4 0 49.572 -66.012 18 20 2.47 1.074 0.173 3275 0TMP06259 1965 3 18 12 9 0 49.561 -65.991 18 20 2.62 1.104 0.203 3276 3275

B-96

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP06260 1965 3 25 12 59 27.7 36.46 -89.52 3 6 3.4 1.124 0.221 3277 3264TMP06261 1965 3 25 20 24 0 39.9 -104.9 0 28 2.22 1.125 0.222 3278 3320TMP06262 1965 3 26 0 0 0 36.5 -89.5 0 20 2.78 1.153 0.244 3279 3264TMP06264 1965 4 1 6 30 20 46 -80.5 0 20 2.76 1.375 0.365 3280 0TMP06268 1965 4 16 17 25 0 39.9 -104.9 0 28 2.66 1.124 0.221 3281 3320TMP06270 1965 4 23 3 57 54 37.2 -90.9 0 39 2.38 1.153 0.244 3282 0TMP06271 1965 4 26 15 26 19.7 37.32 -81.6 5 6 3.18 1.153 0.244 3283 0TMP06274 1965 5 18 23 48 0 39.9 -104.9 0 28 2.28 1.153 0.244 3284 3320TMP06275 1965 5 25 7 15 43 36.1 -89.9 0 20 2.98 1.153 0.244 3285 0TMP06277 1965 6 1 7 24 57 36.5 -89.5 0 20 2.9 1.074 0.173 3286 3264TMP06279 1965 6 14 9 25 0 39.9 -104.9 0 28 2.78 1.124 0.221 3287 3320TMP06281 1965 6 20 12 30 0 34.3 -87.1 0 20 2.28 1.153 0.244 3288 0TMP06283 1965 6 22 9 30 0 46.8 -68.6 0 39 2.97 1.198 0.275 3289 0TMP06285 1965 7 8 7 3 50 36.5 -89.5 0 20 2.98 1.153 0.244 3290 3264TMP06287 1965 7 16 11 6 57 43.04 -78.08 18 39 3.27 1.056 0.151 3291 0TMP06290 1965 7 18 21 7 0 39.9 -104.9 0 28 2.22 1.066 0.164 3292 3320TMP06293 1965 7 18 21 40 45 39.8 -104.8 0 39 4.21 1.124 0.221 3293 3320TMP06294 1965 7 18 21 48 0 39.9 -104.9 0 28 2.28 1.153 0.244 3294 3320TMP06297 1965 7 31 13 41 42.8 39.7 -104.9 5 39 4.21 1.124 0.221 3295 3320TMP06298 1965 7 31 17 41 0 39.9 -104.9 0 28 2.48 1.153 0.244 3296 3320TMP06300 1965 8 9 15 38 0 39.9 -104.9 0 28 2.62 1.124 0.221 3297 3320TMP06302 1965 8 9 23 18 0 39.9 -104.9 0 28 2.48 1.153 0.244 3298 3320TMP06303 1965 8 10 4 2 0 39.9 -104.9 0 28 2.28 1.153 0.244 3299 3320TMP06306 1965 8 14 5 4 30 37.1 -89.3 0 6 2.85 1.055 0.15 3300 3303TMP06307 1965 8 14 5 46 18.4 37.21 -89.29 1 6 2.85 1.055 0.15 3301 3303TMP06308 1965 8 14 5 59 27 37.2 -89.3 0 17 2.25 1.055 0.15 3302 3303TMP06309 1965 8 14 13 13 56.9 37.23 -89.31 1 6 3.57 1.048 0.14 3303 0TMP06310 1965 8 14 20 52 0 39.9 -104.9 0 28 2.65 1.886 0.515 3304 3320TMP06311 1965 8 14 22 52 0 39.9 -104.9 0 28 2.38 1.153 0.244 3305 3320TMP06312 1965 8 15 4 19 1 37.2 -89.3 0 17 2.85 1.055 0.15 3306 3303TMP06313 1965 8 15 6 7 29 37.22 -89.3 2 6 2.95 1.055 0.15 3307 3303TMP06314 1965 8 15 11 19 38 37.2 -89.3 0 17 2.25 1.055 0.15 3308 3303TMP06316 1965 8 18 15 21 0 39.9 -104.9 0 28 2.29 1.124 0.221 3309 3320TMP06318 1965 8 27 1 55 56 43 -78.07 18 20 2.77 1.043 0.133 3310 3291TMP06321 1965 8 28 1 55 0 43 -78.1 0 39 3.15 1.152 0.243 3311 3291TMP06323 1965 8 29 22 55 15 37.1 -91 0 39 2.28 1.153 0.244 3312 0

B-97

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP06324 1965 8 30 5 17 38 32.1 -102.3 0 17 2.84 1.066 0.164 3313 0TMP06325 1965 8 31 8 38 0 45.908 -65.372 18 20 2.91 1.06 0.156 3314 0TMP06326 1965 9 2 19 11 0 39.9 -104.9 0 28 2.45 1.124 0.221 3315 3320TMP06328 1965 9 9 14 42 20 34.7 -81.2 0 20 3.4 1.073 0.172 3316 0TMP06329 1965 9 10 7 32 0 34.7 -81.2 0 20 2.97 1.082 0.182 3317 3316TMP06330 1965 9 12 18 25 2 34.7 -81.2 0 20 2.58 1.153 0.244 3318 3316TMP06331 1965 9 13 9 58 17.9 39.8 -104.8 5 39 4.13 1.124 0.221 3319 3320TMP06333 1965 9 14 16 36 46.8 39.8 -104.8 5 39 4.38 1.153 0.244 3320 0TMP06334 1965 9 14 21 14 0 39.9 -104.9 0 28 2.42 1.124 0.221 3321 3320TMP06335 1965 9 14 22 46 24.1 39.9 -104.6 5 39 3.91 1.064 0.161 3322 3320TMP06336 1965 9 14 22 53 0 39.9 -104.9 0 28 2.5 1.124 0.221 3323 3320TMP06337 1965 9 14 23 16 10.4 39.5 -104.9 5 39 4.48 1.153 0.244 3324 3320TMP06340 1965 9 15 17 56 0 46.517 -79.047 10 20 3.47 1.06 0.156 3325 0TMP06344 1965 9 27 10 34 0 39.9 -104.9 0 28 3.03 1.124 0.221 3326 3320TMP06345 1965 9 29 18 59 56.1 39.8 -105.1 5 39 3.93 1.063 0.16 3327 3320TMP06347 1965 9 29 19 20 40.8 39.8 -104.8 5 39 4.09 1.124 0.221 3328 3320TMP06348 1965 9 29 19 33 0 39.9 -104.9 0 28 2.29 1.124 0.221 3329 3320TMP06349 1965 9 29 20 7 0 39.9 -104.9 0 28 2.21 1.124 0.221 3330 3320TMP06350 1965 9 29 20 57 39.5 41.42 -74.35 0 25 2.23 1.124 0.221 3331 0TMP06351 1965 9 29 23 22 58 39.8 -104.8 5 39 4.09 1.124 0.221 3332 3320TMP06353 1965 10 5 14 36 0 49.59 -66.937 18 20 3.47 1.074 0.173 3333 0TMP06354 1965 10 8 2 17 27 40.08 -79.75 0 39 3.21 1.152 0.243 3334 0TMP06355 1965 10 10 23 51 33 36.1 -97.7 0 20 2.78 1.153 0.244 3335 0TMP06357 1965 10 21 2 4 39.1 37.48 -90.94 5 6 4.61 1.015 0.08 3336 0TMP06358 1965 10 21 4 6 48.7 37.4 -91.1 0 6 3.05 1.074 0.173 3337 3336TMP06359 1965 10 24 0 39 9 37.5 -91.1 0 39 2.28 1.153 0.244 3338 3336TMP06360 1965 10 24 17 45 0 41.3 -70.1 0 20 2.93 1.153 0.244 3339 0TMP06361 1965 10 24 19 0 0 41.3 -70.1 0 25 2.23 1.125 0.222 3340 3339TMP06362 1965 10 27 2 27 27 37.5 -91.1 0 39 2.28 1.153 0.244 3341 3336TMP06364 1965 11 3 12 33 22 37.1 -91.1 0 39 2.68 1.153 0.244 3342 0TMP06365 1965 11 4 7 43 37.9 37.03 -90.92 4 6 3.25 1.055 0.15 3343 3336TMP06369 1965 11 7 20 57 0 47.217 -76.16 18 20 3.97 1.049 0.141 3344 0TMP06370 1965 11 8 12 58 1 33.2 -83.2 0 39 2.9 1.074 0.173 3345 0TMP06372 1965 11 14 4 11 0 46.868 -73.803 18 20 2.22 1.074 0.173 3346 0TMP06374 1965 11 14 18 45 0 39.9 -104.9 0 28 2.25 1.124 0.221 3347 3320TMP06375 1965 11 15 11 12 0 48.853 -52.961 18 20 3.59 1.06 0.156 3348 0

B-98

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP06376 1965 11 21 3 59 58.9 39.8 -104.8 5 39 4.09 1.124 0.221 3349 3320TMP06377 1965 11 21 4 2 28.7 39.8 -104.8 5 39 3.79 1.041 0.13 3350 3320TMP06379 1965 11 21 4 24 48.5 39.9 -104.7 5 39 4.08 1.153 0.244 3351 3320TMP06380 1965 11 21 5 0 27.3 39.8 -104.9 5 39 4.29 1.124 0.221 3352 3320TMP06381 1965 11 21 14 48 0 39.9 -104.9 0 28 2.58 1.124 0.221 3353 3320TMP06382 1965 11 24 2 48 58 37.4 -90.5 0 39 2.48 1.153 0.244 3354 3336TMP06383 1965 11 24 21 27 0 46.994 -76.388 18 20 3.29 1.104 0.203 3355 3344TMP06384 1965 11 28 23 26 0 45.454 -57.516 18 20 3.37 1.074 0.173 3356 0TMP06386 1965 12 3 16 44 56 37.1 -91 0 39 2.48 1.153 0.244 3357 3336TMP06387 1965 12 8 3 2 0 41.7 -71.4 0 20 2.91 1.062 0.158 3358 0TMP06388 1965 12 9 22 4 51 37.4 -91.1 0 39 3.18 1.153 0.244 3359 3336TMP06390 1965 12 15 8 47 0 44.553 -55.845 18 20 2.96 1.375 0.365 3360 0TMP06391 1965 12 16 13 53 0 47.607 -70.043 10 20 3.4 1.06 0.156 3361 0TMP06392 1965 12 19 0 49 0 51.012 -81.179 18 20 4.04 1.053 0.147 3362 0TMP06393 1965 12 19 1 5 0 47.039 -76.152 18 20 3.17 1.06 0.156 3363 3344TMP06394 1965 12 19 22 19 12 36.03 -89.76 1 6 4.3 1.074 0.173 3364 0TMP06400 1965 12 31 21 31 17.9 59.612 -55.918 0 40 3.96 1.375 0.365 3365 0TMP06402 1966 1 1 11 29 20 42.85 -78.28 5 39 2.7 1.09 0.19 3366 3367TMP06403 1966 1 1 13 23 39 42.84 -78.25 2 6 4.26 1.015 0.08 3367 0TMP06405 1966 1 5 0 37 17.8 39.8 -104.7 5 39 4.54 1.124 0.221 3368 3320TMP06409 1966 1 14 15 29 0 48.906 -67.664 18 20 3.61 1.049 0.141 3369 0TMP06410 1966 1 14 16 14 0 48.868 -67.612 18 20 2.99 1.06 0.156 3370 3369TMP06458 1966 2 12 4 32 12.8 35.95 -89.87 1 6 3.25 1.055 0.15 3371 0TMP06461 1966 2 13 6 29 43 33.6 -87 0 39 3.55 1.055 0.15 3372 0TMP06463 1966 2 13 23 19 37.8 37.04 -90.9 6 6 3.25 1.055 0.15 3373 3336TMP06464 1966 2 14 0 8 56 37.08 -90.89 0 6 2.75 1.074 0.173 3374 3336TMP06465 1966 2 14 14 18 45 37.1 -91 0 39 2.85 1.055 0.15 3375 3336TMP06468 1966 2 18 16 26 52 36.7 -90.8 0 39 2.48 1.153 0.244 3376 0TMP06470 1966 2 26 8 10 17.7 37.05 -90.88 1 6 3.15 1.055 0.15 3377 3336TMP06474 1966 3 13 14 24 42 36.2 -90 0 20 2.8 1.074 0.173 3378 0TMP06475 1966 3 17 9 31 0 35.8 -92 0 39 2.58 1.153 0.244 3379 0TMP06476 1966 3 18 14 18 0 39.9 -104.9 0 28 2.33 1.124 0.221 3380 3320TMP06477 1966 3 19 22 51 0 46.312 -74.942 18 20 2.67 1.074 0.173 3381 0TMP06478 1966 3 20 23 45 0 46.607 -76.358 18 20 2.93 1.104 0.203 3382 3344TMP06483 1966 3 25 13 6 41 37.1 -91 0 39 2.28 1.153 0.244 3383 3336TMP06490 1966 4 21 14 14 19 35.283 -103.333 0 20 3.08 1.153 0.244 3384 0

B-99

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP06492 1966 4 28 12 2 0 44.1 -71.9 0 28 2.65 1.886 0.515 3385 0TMP06505 1966 5 20 0 5 0 44.197 -66.422 18 20 3.18 1.104 0.203 3386 0TMP06511 1966 5 31 6 18 59.5 37.66 -78.13 2 17 3.82 1.032 0.114 3387 0TMP06516 1966 6 6 19 57 0 39.9 -104.9 0 28 2.45 1.124 0.221 3388 3320TMP06518 1966 6 19 19 24 0 47.574 -70.732 10 20 2.52 1.074 0.173 3389 0TMP06520 1966 6 22 11 27 53 38.6 -88.2 0 39 2.9 1.074 0.173 3390 0TMP06521 1966 6 25 0 5 0 45.383 -73.903 18 20 2.74 1.06 0.156 3391 0TMP06523 1966 6 26 11 59 43.1 44.3 -103.43 2 17 3.42 1.045 0.135 3392 0TMP06525 1966 6 30 0 29 0 44 -73.4 0 20 2.73 1.074 0.173 3393 0TMP06543 1966 7 12 1 6 0 49.591 -66.182 18 20 2.75 1.104 0.203 3394 0TMP06553 1966 7 17 7 32 0 49.6 -68.4 2 20 2.98 1.104 0.203 3395 0TMP06559 1966 7 20 9 4 58.8 35.64 -101.33 3 6 3.58 1.06 0.156 3396 0TMP06562 1966 7 20 20 8 0 47.794 -70.227 10 20 2.79 1.104 0.203 3397 0TMP06563 1966 7 20 20 40 28 37.1 -91 0 39 2.38 1.153 0.244 3398 0TMP06566 1966 7 21 19 29 0 49.6 -68.4 2 20 2.22 1.074 0.173 3399 3395TMP06571 1966 7 24 1 59 0 44.5 -67.6 0 20 3.26 1.058 0.154 3400 0TMP06575 1966 7 24 22 19 0 49.6 -68.4 2 20 3.04 1.06 0.156 3401 3395TMP06576 1966 7 24 23 55 0 47.912 -65.978 18 20 2.82 1.074 0.173 3402 0TMP06582 1966 7 27 11 12 0 49.6 -68.4 2 20 2.72 1.104 0.203 3403 3395TMP06587 1966 8 7 10 7 55 37.7 -90.6 0 39 2.28 1.153 0.244 3404 0TMP06589 1966 8 14 15 25 53.7 32.115 -102.339 3 39 3.64 1.033 0.116 3405 0TMP06590 1966 8 16 1 2 0 49.6 -68.4 2 20 2.58 1.104 0.203 3406 3395TMP06596 1966 8 20 13 13 0 49.6 -68.4 2 20 2.88 1.104 0.203 3407 3395TMP06598 1966 8 24 6 0 0 35.8 -84 0 28 2.96 1.134 0.229 3408 0TMP06600 1966 9 9 9 50 34.2 41.3 -98.81 27 17 2.78 1.153 0.244 3409 0TMP06601 1966 9 11 4 25 0 46.5 -77 0 20 2.25 1.154 0.245 3410 0TMP06602 1966 9 19 21 32 0 47.462 -70.318 10 20 2.67 1.074 0.173 3411 0TMP06603 1966 9 23 1 20 0 46.121 -75.47 18 20 2.22 1.074 0.173 3412 0TMP06604 1966 9 24 7 33 46 36.433 -105.083 0 39 3.7 1.066 0.164 3413 0TMP06605 1966 9 24 8 27 7 36.45 -105.083 0 20 3.05 1.074 0.173 3414 3413TMP06606 1966 9 24 10 10 41 36.4 -105.1 0 20 3.48 1.153 0.244 3415 3413TMP06607 1966 9 24 12 22 40 36.4 -105 20 20 3.27 1.124 0.221 3416 3413TMP06608 1966 9 25 10 10 41 36.35 -105.067 0 39 3.65 1.066 0.164 3417 3413TMP06609 1966 9 25 12 22 40 36.45 -105.133 0 39 3.38 1.066 0.164 3418 3413TMP06610 1966 9 28 0 0 0 39.3 -80.3 0 20 2.65 1.886 0.515 3419 0TMP06611 1966 9 28 8 2 0 47.528 -70.687 10 20 2.37 1.074 0.173 3420 3411

B-100

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP06612 1966 9 28 20 11 0 46.919 -65.135 18 20 2.79 1.104 0.203 3421 0TMP06613 1966 10 1 17 23 0 47.614 -70.43 10 20 2.59 1.104 0.203 3422 3411TMP06615 1966 10 3 2 26 2.3 37.4 -104.1 0 39 4.1 1.041 0.129 3423 0TMP06616 1966 10 5 16 56 0 52.87 -80.128 18 20 3.17 1.074 0.173 3424 0TMP06617 1966 10 13 0 33 0 39.3 -104.6 0 28 2.68 1.153 0.244 3425 0TMP06618 1966 10 15 20 34 4.3 53.461 -57.089 0 40 3.27 1.153 0.244 3426 0TMP06619 1966 10 22 6 2 0 46.631 -74.572 18 20 2.32 1.074 0.173 3427 0TMP06621 1966 10 23 23 5 0 43 -71.8 0 20 3.13 1.047 0.138 3428 0TMP06628 1966 11 13 15 17 0 39.9 -104.9 0 28 2.74 1.124 0.221 3429 3320TMP06629 1966 11 13 15 43 0 47.131 -76.36 18 20 3.29 1.083 0.183 3430 0TMP06630 1966 11 14 20 2 35.9 39.9 -104.7 5 39 3.8 1.063 0.16 3431 3320TMP06631 1966 11 15 2 51 0 39.9 -104.9 0 28 2.58 1.153 0.244 3432 3320TMP06634 1966 11 26 20 5 41 30.9 -105.4 0 17 2.28 1.153 0.244 3433 0TMP06641 1966 12 6 8 0 47 38.9 -92.8 0 39 2.75 1.055 0.15 3434 0TMP06642 1966 12 12 21 4 0 49.096 -68.231 18 20 2.92 1.104 0.203 3435 0TMP06658 1967 2 2 13 40 9 41.4 -71.4 0 39 3.11 1.041 0.129 3436 0TMP06659 1967 2 3 5 27 58.9 39.88 -104.95 7 6 3.97 1.124 0.221 3437 3320TMP06660 1967 2 3 5 34 13.3 39.89 -104.9 8 6 2.21 1.124 0.221 3438 3320TMP06662 1967 2 12 0 0 0 36 -90 0 20 2.78 1.153 0.244 3439 3440TMP06664 1967 2 12 13 31 0 36 -90 0 20 2.78 1.153 0.244 3440 0TMP06665 1967 2 13 4 13 40 36.4 -89.2 0 39 2.28 1.153 0.244 3441 0TMP06668 1967 2 21 0 53 0 51.736 -81.117 18 20 3.42 1.074 0.173 3442 0TMP06669 1967 2 21 21 55 0 39.9 -104.9 0 28 2.37 1.124 0.221 3443 3320TMP06670 1967 2 22 14 21 0 50.456 -63.556 18 20 3.07 1.153 0.244 3444 0TMP06671 1967 2 27 4 12 0 49.235 -65.974 18 20 2.27 1.153 0.244 3445 0TMP06672 1967 2 27 4 12 0 49.28 -66.068 18 20 2.22 1.074 0.173 3446 3445TMP06679 1967 3 21 20 36 17 36.1 -89.6 0 39 2.48 1.153 0.244 3447 0TMP06684 1967 4 8 5 40 30.5 39.65 -82.53 1 6 3.47 1.062 0.158 3448 0TMP06685 1967 4 10 19 0 25.5 39.94 -104.75 5 17 4.47 1.055 0.15 3449 3320TMP06691 1967 4 10 19 35 0 39.9 -104.9 0 28 2.78 1.153 0.244 3450 3320TMP06692 1967 4 10 19 36 38 39.89 -104.77 5 39 3.93 1.124 0.221 3451 3320TMP06694 1967 4 10 20 11 14.6 39.86 -104.91 5 17 4.37 1.124 0.221 3452 3320TMP06696 1967 4 10 22 9 0 39.9 -104.9 0 28 2.42 1.124 0.221 3453 3320TMP06698 1967 4 10 23 58 40.8 39.92 -104.79 5 17 3.85 1.124 0.221 3454 3320TMP06700 1967 4 11 23 44 45 36.1 -89.7 0 39 2.7 1.074 0.173 3455 0TMP06708 1967 4 23 2 35 0 39.9 -104.9 0 28 2.62 1.124 0.221 3456 3320

B-101

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP06712 1967 4 27 17 24 42.3 39.91 -104.77 5 17 3.85 1.063 0.16 3457 3320TMP39433 1967 4 27 17 25 0 39.9 -104.9 0 17 3.27 1.124 0.221 3458 3320TMP06713 1967 4 28 6 53 0 39.9 -104.9 0 28 2.25 1.124 0.221 3459 3320TMP06714 1967 4 28 12 21 0 39.9 -104.9 0 28 2.54 1.124 0.221 3460 3320TMP06715 1967 4 28 12 23 0 46.3 -67.9 0 20 2.78 1.152 0.243 3461 0TMP06718 1967 5 12 1 58 0 39.9 -104.9 0 28 2.37 1.124 0.221 3462 3320TMP06720 1967 5 14 20 23 0 45.536 -74.221 18 20 2.37 1.074 0.173 3463 0TMP06721 1967 5 15 22 47 12 42.3 -69.9 0 39 2.84 1.037 0.123 3464 0TMP06722 1967 5 16 0 28 4 36.6 -89.4 0 39 2.48 1.153 0.244 3465 0TMP06724 1967 5 19 17 46 0 39.9 -104.9 0 28 2.33 1.124 0.221 3466 3320TMP06726 1967 6 4 16 14 12.6 33.55 -90.84 6 17 4.29 1.015 0.08 3467 0TMP06728 1967 6 8 7 51 0 39.9 -104.9 0 28 2.28 1.153 0.244 3468 3320TMP06729 1967 6 11 1 49 0 46.766 -75.22 18 20 3.29 1.06 0.156 3469 0TMP06730 1967 6 13 19 8 55.5 42.84 -78.23 1 6 4.07 1.015 0.08 3470 0TMP06731 1967 6 19 15 39 22 39.9 -104.8 5 17 2.7 1.124 0.221 3471 3320TMP06732 1967 6 19 17 47 0 39.9 -104.9 0 28 2.22 1.125 0.222 3472 3320TMP06733 1967 6 29 13 57 6.5 33.55 -90.81 2 17 3.4 1.066 0.164 3473 3467TMP06734 1967 7 1 14 9 7 44.9 -69.9 0 39 2.65 1.055 0.15 3474 0TMP06735 1967 7 1 14 10 7 44.4 -69.9 0 20 2.84 1.124 0.221 3475 3476TMP06740 1967 7 1 15 55 58.2 44.38 -69.87 0 39 3.27 1.042 0.131 3476 0TMP06741 1967 7 1 15 59 0 44.4 -69.92 0 20 2.25 1.154 0.245 3477 3476TMP06742 1967 7 1 16 0 0 44.46 -69.96 0 25 2.31 1.125 0.222 3478 3476TMP06743 1967 7 1 16 0 42 44.9 -69.9 0 39 2.7 1.152 0.243 3479 3474TMP06744 1967 7 1 16 2 0 44.4 -69.9 0 20 2.5 1.083 0.183 3480 3476TMP06746 1967 7 1 16 5 39.6 44.35 -69.81 7 17 3.25 1.055 0.15 3481 3476TMP06748 1967 7 1 16 11 18.9 44.4 -69.9 0 39 3.56 1.074 0.173 3482 3476TMP06749 1967 7 1 16 12 0 44.4 -69.9 0 39 3.5 1.083 0.183 3483 3476TMP06750 1967 7 1 16 19 32.6 44.4 -69.9 0 39 3.02 1.048 0.14 3484 3476TMP06751 1967 7 6 16 43 51 35.8 -90.4 0 39 3.08 1.153 0.244 3485 0TMP06752 1967 7 8 2 44 0 46.948 -75.988 18 20 2.87 1.074 0.173 3486 0TMP06754 1967 7 9 11 59 0 46.862 -76.431 18 20 2.37 1.074 0.173 3487 0TMP06755 1967 7 12 1 45 0 39.9 -104.9 0 28 2.25 1.124 0.221 3488 3320TMP06756 1967 7 12 6 32 0 46.306 -75.524 18 20 2.47 1.074 0.173 3489 0TMP06757 1967 7 12 10 47 0 46.4 -67.3 0 20 2.75 1.154 0.245 3490 0TMP06759 1967 7 21 9 14 48.8 37.44 -90.44 15 6 4 1.048 0.14 3491 0TMP06760 1967 7 27 17 54 0 39.9 -104.9 0 28 2.28 1.153 0.244 3492 3320

B-102

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP06761 1967 8 5 8 8 0 48.653 -64.883 18 20 3.18 1.104 0.203 3493 0TMP06762 1967 8 5 11 37 32 38.3 -90.6 0 39 2.55 1.055 0.15 3494 0TMP06765 1967 8 9 13 25 6.2 39.9 -104.7 5 17 4.79 1.055 0.15 3495 3320TMP06770 1967 8 10 2 47 0 46.02 -74.755 18 20 2.52 1.074 0.173 3496 0TMP06774 1967 8 13 19 7 0 46.814 -70.405 18 20 2.32 1.074 0.173 3497 0TMP06776 1967 8 25 19 15 18 37.1 -91.1 0 39 2.95 1.074 0.173 3498 0TMP06778 1967 9 8 18 26 0 45.2 -69.1 0 39 2.65 1.198 0.275 3499 0TMP06780 1967 9 12 10 59 0 47 -67 0 20 2.65 1.154 0.245 3500 0TMP06781 1967 9 17 1 19 0 50.845 -75.149 18 20 3.47 1.074 0.173 3501 0TMP06782 1967 9 23 16 27 0 47.356 -70.94 18 20 2.86 1.06 0.156 3502 0TMP06783 1967 9 28 8 2 31 37.1 -90.9 0 39 2.28 1.153 0.244 3503 3498TMP06784 1967 9 30 22 39 0 49.303 -65.873 18 20 4.31 1.049 0.141 3504 0TMP06788 1967 10 18 5 8 36 36.5 -89.5 0 20 2.8 1.074 0.173 3505 0TMP06789 1967 10 23 9 4 2.5 32.8 -80.22 19 17 3.4 1.066 0.164 3506 0TMP06790 1967 10 24 14 34 52 32.7 -88.3 0 39 2.28 1.153 0.244 3507 0TMP06791 1967 10 25 3 29 0 50.241 -63.589 18 20 2.65 1.104 0.203 3508 3509TMP06793 1967 10 25 7 5 0 50.167 -63.539 18 20 3.11 1.06 0.156 3509 0TMP06794 1967 10 25 18 39 36 36.4 -89 0 39 2.38 1.153 0.244 3510 0TMP06797 1967 11 2 3 35 38.5 51.849 -58.846 0 20 2.97 1.074 0.173 3511 0TMP06798 1967 11 9 14 24 0 47.727 -70.552 10 20 2.32 1.074 0.173 3512 0TMP06799 1967 11 14 10 7 0 39.9 -104.9 0 28 2.7 1.124 0.221 3513 3320TMP06800 1967 11 14 10 41 0 39.9 -104.9 0 28 2.54 1.124 0.221 3514 3320TMP06802 1967 11 15 7 10 12.1 39.9 -104.6 5 17 3.48 1.124 0.221 3515 3320TMP06804 1967 11 22 22 10 0 41.15 -73.75 0 20 3.15 1.068 0.166 3516 0TMP06805 1967 11 23 6 23 42.1 43.56 -99.6 1 17 3.72 1.066 0.164 3517 0TMP06806 1967 11 25 7 2 0 39.9 -104.9 0 28 2.45 1.124 0.221 3518 3320TMP06808 1967 11 27 5 9 24.6 39.87 -104.88 5 6 4.47 1.055 0.15 3519 3320TMP06809 1967 11 27 5 35 0.7 39.9 -104.7 5 17 4.05 1.124 0.221 3520 3320TMP06810 1967 11 27 5 42 53.3 39.9 -104.9 5 17 3.31 1.124 0.221 3521 3320TMP06816 1967 12 16 12 23 33.4 37.36 -81.6 2 17 3.18 1.153 0.244 3522 0TMP06818 1967 12 27 3 16 46.1 59.039 -59.866 0 40 3.16 1.375 0.365 3523 0TMP06819 1968 1 4 22 30 0 34.85 -95.55 0 39 2.65 1.886 0.515 3524 0TMP06825 1968 1 23 16 16 0 36.2 -89.8 0 20 2.98 1.153 0.244 3525 0TMP06826 1968 1 26 0 3 0 49.884 -65.401 18 20 2.51 1.049 0.141 3526 0TMP06827 1968 2 2 2 13 0 47.667 -70.673 10 20 2.48 1.049 0.141 3527 0TMP06828 1968 2 10 1 34 30.6 36.52 -89.86 7 6 3.75 1.055 0.15 3528 0

B-103

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP06830 1968 3 8 5 38 15.7 37.28 -80.77 8 6 3.66 1.03 0.112 3529 0TMP06832 1968 3 14 22 1 0 48.9 -68.2 0 20 2.45 1.154 0.245 3530 0TMP06833 1968 3 17 17 1 29.4 59.892 -55.832 0 40 2.96 1.375 0.365 3531 0TMP06835 1968 3 29 23 30 0 50.208 -66.996 18 20 2.28 1.049 0.141 3532 0TMP06836 1968 3 30 15 28 0 47.955 -70.498 10 20 2.78 1.049 0.141 3533 0TMP06837 1968 3 31 17 58 9.6 38.02 -89.85 1 6 3.54 1.066 0.164 3534 0TMP06838 1968 4 11 9 18 0 47.609 -70.508 10 20 3.23 1.052 0.146 3535 0TMP06839 1968 4 13 22 47 36.6 39.88 -104.89 11 6 2.42 1.124 0.221 3536 3320TMP06841 1968 4 21 7 8 7 37.8 -102.1 0 17 3.48 1.153 0.244 3537 0TMP06842 1968 5 2 2 56 43.8 33.02 -105.27 0 17 2.28 1.153 0.244 3538 0TMP06845 1968 5 27 19 21 0 46.896 -66.651 18 20 2.82 1.104 0.203 3539 0TMP06846 1968 5 29 1 59 33 36.5 -89.5 0 20 2.88 1.153 0.244 3540 0TMP06847 1968 5 30 1 59 33 36.5 -89.5 0 20 3.18 1.153 0.244 3541 0TMP06848 1968 6 4 18 58 14 39.88 -104.9 9 6 2.28 1.153 0.244 3542 3320TMP06849 1968 6 4 22 13 18 27.33 -102.96 0 20 4.08 1.153 0.244 3543 0TMP06850 1968 6 10 5 23 20.6 39.87 -104.9 9 6 2.38 1.153 0.244 3544 3320TMP06852 1968 7 8 16 50 14.7 46.59 -100.74 27 17 3.78 1.043 0.132 3545 0TMP06855 1968 7 12 1 12 0 32.8 -79.7 0 20 2.65 1.886 0.515 3546 0TMP06856 1968 7 14 4 21 25 36.5 -89.5 0 20 2.78 1.153 0.244 3547 3541TMP06857 1968 7 15 4 21 25 35.7 -90.8 0 20 2.68 1.153 0.244 3548 0TMP06858 1968 7 15 18 33 13.6 39.87 -104.88 6 6 3.15 1.124 0.221 3549 3320TMP06859 1968 7 15 18 46 0 39.9 -104.9 0 28 2.28 1.153 0.244 3550 3320TMP06860 1968 7 22 0 49 54 36.1 -89.8 0 39 2.28 1.153 0.244 3551 0TMP06861 1968 7 24 23 16 0 47.032 -71.305 18 20 2.62 1.104 0.203 3552 0TMP06862 1968 7 26 15 2 53.7 40.4 -84.2 0 28 2.85 1.068 0.166 3553 0TMP06863 1968 7 27 19 4 54.3 39.89 -104.89 7 6 2.58 1.124 0.221 3554 3320TMP06864 1968 8 14 2 3 26.4 39.89 -104.92 8 6 2.33 1.124 0.221 3555 3320TMP06867 1968 9 12 1 12 0 32.9 -80 0 25 2.65 1.886 0.515 3556 0TMP06868 1968 9 22 21 41 18.2 34.11 -81.48 1 39 3.18 1.029 0.11 3557 0TMP06869 1968 9 23 15 38 50 45.17 -69.45 18 39 3.25 1.042 0.131 3558 0TMP06870 1968 9 24 14 51 27.4 39.9 -104.94 8 6 2.29 1.124 0.221 3559 3320TMP06871 1968 9 29 10 4 0 50.138 -67.071 18 20 3.28 1.049 0.141 3560 0TMP06872 1968 9 29 17 22 0 45.674 -75.311 18 20 2.27 1.153 0.244 3561 0TMP06873 1968 10 10 20 10 41 45.8 -81.66 18 20 2.76 1.375 0.365 3562 0TMP06876 1968 10 11 8 55 42 34 -96.4 5 25 2.5 1.124 0.221 3563 3566TMP06878 1968 10 11 12 28 0 49.61 -104.49 18 20 2.2 1.157 0.247 3564 0

B-104

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP06882 1968 10 12 21 46 44 34 -96.4 5 20 2.28 1.153 0.244 3565 3566TMP06884 1968 10 14 14 42 54 34 -96.4 5 22 3.28 1.068 0.166 3566 0TMP06886 1968 10 18 21 14 10 34 -96.4 5 20 2.48 1.153 0.244 3567 3566TMP06887 1968 10 19 10 37 0 45.329 -74.121 18 20 3.03 1.034 0.119 3568 0TMP06888 1968 10 20 2 36 0 47.483 -70.548 10 20 3.27 1.049 0.141 3569 0TMP06890 1968 10 31 0 0 0 43 -83 0 20 3.27 1.082 0.181 3570 0TMP06891 1968 11 2 14 29 2.5 39.86 -104.9 6 6 2.94 1.124 0.221 3571 3320TMP06892 1968 11 3 8 33 0 41.4 -72.5 0 20 3 1.032 0.115 3572 0TMP06893 1968 11 3 20 50 0 46.192 -76.294 18 20 2.88 1.074 0.173 3573 0TMP06894 1968 11 7 21 29 0 47 -71.6 0 20 2.86 1.104 0.203 3574 0TMP39251 1968 11 9 0 0 0 38 -88.5 0 17 3.48 1.153 0.244 3575 3576TMP06895 1968 11 9 17 1 40.5 37.91 -88.37 21 6 5.32 1.01 0.064 3576 0TMP06896 1968 11 9 17 8 17 38 -88.5 0 39 2.78 1.124 0.221 3577 3576TMP06897 1968 11 9 18 44 56 38 -88.5 0 20 2.68 1.153 0.244 3578 3576TMP06898 1968 11 11 11 4 20 38 -88.5 0 6 2.68 1.153 0.244 3579 3576TMP06899 1968 11 15 10 41 25 34 -96.8 5 20 2.28 1.153 0.244 3580 3566TMP06900 1968 11 25 20 0 0 34.1 -77.9 0 20 2.65 1.886 0.515 3581 0TMP06901 1968 11 26 1 0 0 34.1 -77.9 0 20 2.65 1.886 0.515 3582 3581TMP06904 1968 12 10 9 12 0 39.7 -74.6 0 20 2.96 1.046 0.137 3583 0TMP06905 1968 12 11 15 0 0 37.8 -87.6 0 20 3.31 1.872 0.512 3584 0TMP06906 1968 12 11 16 0 0 38.3 -85.8 0 28 3.31 1.872 0.512 3585 0TMP06908 1969 1 1 23 35 38.7 34.99 -92.69 7 17 4.28 1.049 0.141 3586 0TMP06910 1969 1 20 19 25 0 37.8 -90.4 0 39 2.99 1.124 0.221 3587 0TMP06912 1969 2 2 4 24 0 49.655 -55.333 18 20 3.15 1.049 0.141 3588 0TMP06913 1969 2 2 12 49 32 33.3 -95.8 0 39 2.48 1.153 0.244 3589 0TMP06914 1969 2 19 3 40 0 46.849 -69.782 10 20 2.35 1.06 0.156 3590 0TMP06915 1969 2 22 18 43 0 39.9 -104.9 0 28 2.58 1.153 0.244 3591 0TMP06916 1969 2 23 22 50 0 39.9 -104.9 0 28 2.78 1.153 0.244 3592 3591TMP06917 1969 2 28 13 10 13 37.9 -88.9 0 6 2.75 1.055 0.15 3593 0TMP06919 1969 3 19 7 0 0 45.656 -76.221 18 20 2.57 1.074 0.173 3594 0TMP06925 1969 4 13 6 27 51 34.2 -96.3 0 20 3.18 1.153 0.244 3595 0TMP06930 1969 4 30 14 28 0 39.9 -104.9 0 28 2.38 1.153 0.244 3596 3603TMP06931 1969 5 2 11 33 22.5 35.5 -96.2 5 25 3.69 1.033 0.116 3597 0TMP06934 1969 5 9 0 0 0 33.95 -82.58 0 17 2.95 1.074 0.173 3598 0TMP06935 1969 5 10 18 43 0 47.53 -70.614 10 20 3.25 1.049 0.141 3599 0TMP06936 1969 5 10 20 1 0 47.525 -70.611 10 20 3.17 1.074 0.173 3600 3599

B-105

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP06937 1969 5 11 3 3 0 43.1 -70.5 0 20 2.65 1.154 0.245 3601 0TMP06942 1969 5 18 0 0 0 33.95 -82.58 0 28 3.54 1.181 0.264 3602 3598TMP06944 1969 5 23 9 0 53.5 39.9 -104.9 0 28 3.15 1.124 0.221 3603 0TMP06946 1969 5 23 10 47 0 39.9 -104.9 0 28 2.74 1.124 0.221 3604 3603TMP06947 1969 5 26 1 30 8.6 40.4 -104.4 0 39 3.56 1.066 0.164 3605 0TMP06948 1969 5 30 14 8 5 34.8 -97.8 0 20 2.68 1.153 0.244 3606 0TMP06949 1969 6 4 9 36 0 49.591 -81.451 18 13 2.78 1.074 0.173 3607 0TMP06950 1969 6 12 11 0 0 46.921 -75.926 18 20 2.73 1.06 0.156 3608 0TMP06951 1969 7 1 3 36 58 37.4 -97 0 20 2.68 1.153 0.244 3609 0TMP06953 1969 7 13 21 51 9.8 36.12 -83.69 1 6 3.9 1.03 0.111 3610 0TMP06954 1969 7 14 3 6 0 47.807 -70.174 10 20 3.38 1.049 0.141 3611 0TMP06959 1969 7 27 0 0 0 36.5 -89.5 0 20 2.78 1.153 0.244 3612 0TMP06960 1969 8 5 21 53 0 47.715 -52.302 18 20 2.97 1.153 0.244 3613 0TMP06961 1969 8 6 16 2 0.5 43.8 -71.4 0 20 3.08 1.045 0.135 3614 0TMP06962 1969 8 7 4 57 0 46.426 -75.113 18 20 2.49 1.06 0.156 3615 0TMP06963 1969 8 13 2 42 24 43.3 -78.22 0 28 2.68 1.049 0.141 3616 0TMP06986 1969 8 24 1 51 0 43.1 -70.5 0 20 2.55 1.066 0.164 3617 0TMP06987 1969 8 24 2 59 0 43.1 -70.4 0 20 2.62 1.066 0.163 3618 3617TMP06988 1969 8 31 7 20 0 47.741 -70.439 10 20 2.74 1.06 0.156 3619 3611TMP06990 1969 9 13 11 25 0 39.9 -104.9 0 28 2.5 1.124 0.221 3620 3603TMP06991 1969 9 13 12 15 0 39.9 -104.9 0 28 2.33 1.124 0.221 3621 3603TMP06993 1969 9 27 22 53 56.8 56.797 -57.511 0 40 3.86 1.375 0.365 3622 0TMP06996 1969 10 6 20 24 53 48.29 -106.58 18 20 2.5 1.157 0.247 3623 0TMP06997 1969 10 10 0 7 0 46.291 -75.175 18 20 4.01 1.027 0.105 3624 0TMP06998 1969 10 10 8 16 0 46.291 -75.175 18 20 2.59 1.06 0.156 3625 3624TMP07003 1969 11 5 14 24 0 39.9 -104.9 0 28 2.58 1.153 0.244 3626 3603TMP07005 1969 11 11 7 28 22 36.2 -89.8 0 39 2.48 1.153 0.244 3627 0TMP07006 1969 11 20 1 0 9.3 37.45 -80.93 5 6 4.5 1.048 0.14 3628 0TMP07011 1969 12 11 23 44 37.4 37.84 -77.67 1 39 3.48 1.032 0.114 3629 0TMP07012 1969 12 13 10 19 29.7 35.04 -82.85 6 17 3.46 1.025 0.101 3630 0TMP39362 1969 12 13 10 19 34 35.1 -80.3 0 17 2.65 1.886 0.515 3631 0TMP07015 1970 1 7 17 45 0 35.2 -89.9 0 20 2.65 1.886 0.515 3632 0TMP07016 1970 1 12 11 21 15 35.9 -103.417 0 39 3.55 1.043 0.133 3633 0TMP07017 1970 1 21 5 31 0 49.157 -67.753 18 20 2.47 1.074 0.173 3634 0TMP07018 1970 2 3 0 0 0 31 -97 0 20 2.65 1.886 0.515 3635 0TMP07020 1970 2 6 4 22 0 37.9 -90.6 0 39 2.55 1.125 0.222 3636 0

B-106

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP07021 1970 2 6 4 28 0 37.9 -90.6 0 39 2.72 1.125 0.222 3637 3636TMP07022 1970 2 6 4 53 2 37.9 -90.6 0 39 2.88 1.125 0.222 3638 3636TMP07024 1970 2 23 10 14 0 46.475 -72.335 18 20 2.47 1.06 0.156 3639 0TMP07025 1970 2 27 8 8 0 48.4 -77.8 0 20 2.87 1.074 0.173 3640 0TMP07026 1970 3 8 15 43 0 49.893 -67.975 18 20 2.25 1.049 0.141 3641 0TMP07028 1970 3 27 3 44 29.2 36.6 -89.54 5 17 2.75 1.055 0.15 3642 0TMP07029 1970 3 31 12 36 0 39.9 -104.9 0 28 2.48 1.153 0.244 3643 0TMP07030 1970 4 6 11 29 0 46.176 -74.844 18 20 2.88 1.049 0.141 3644 0TMP07031 1970 4 7 3 35 0 48.3 -79.5 0 20 2.75 1.154 0.245 3645 0TMP07033 1970 4 13 4 56 0 49.757 -81.876 18 20 2.38 1.049 0.141 3646 0TMP07035 1970 4 16 0 8 0 47.732 -70.486 18 20 2.41 1.049 0.141 3647 0TMP07036 1970 4 19 17 16 0 49.789 -67.211 18 20 2.38 1.049 0.141 3648 0TMP07037 1970 4 19 17 18 0 49.65 -66.52 18 20 2.37 1.074 0.173 3649 0TMP07040 1970 4 25 0 46 0 49.662 -81.272 18 20 2.78 1.074 0.173 3650 0TMP07042 1970 5 23 8 55 9.4 39.9 -105.1 0 39 3.8 1.124 0.221 3651 0TMP07050 1970 7 12 18 18 0 39.9 -104.9 0 28 2.38 1.153 0.244 3652 3651TMP07051 1970 7 30 8 48 53 36.999 -82.163 7 20 2.98 1.153 0.244 3653 0TMP07052 1970 7 30 15 15 16.9 36.99 -82.206 12 20 3.38 1.153 0.244 3654 3653TMP07053 1970 7 31 0 31 0 37.7 -83.4 0 20 3.18 1.153 0.244 3655 0TMP07055 1970 8 8 0 10 0 45.757 -66.141 18 20 3.23 1.045 0.136 3656 0TMP07056 1970 8 11 6 14 25.5 38.23 -82.05 10 17 3.2 1.064 0.161 3657 0TMP07058 1970 9 7 10 11 0 45.798 -76.666 18 20 2.22 1.074 0.173 3658 0TMP07059 1970 9 7 21 39 0 47.927 -70.324 18 20 2.77 1.153 0.244 3659 0TMP07060 1970 9 10 1 41 5.2 36.02 -81.42 1 17 3.37 1.025 0.102 3660 0TMP07061 1970 9 19 9 35 9.4 42.9 -71.9 0 20 2.84 1.152 0.243 3661 0TMP07062 1970 9 19 13 35 0 42.9 -71.9 0 20 2.73 1.072 0.17 3662 3661TMP07064 1970 9 25 20 37 0 52.303 -78.469 18 20 2.81 1.049 0.141 3663 0TMP07065 1970 9 26 16 33 0 52.303 -78.469 18 20 2.27 1.153 0.244 3664 3663TMP07066 1970 10 3 20 13 0 46.939 -76.033 18 20 2.37 1.074 0.173 3665 3667TMP07067 1970 10 9 16 35 0 48.661 -70.862 18 20 2.58 1.074 0.173 3666 0TMP07068 1970 10 15 18 56 0 47.049 -76.247 18 20 3.01 1.049 0.141 3667 0TMP07069 1970 10 23 1 9 0 45.642 -74.209 18 20 2.21 1.06 0.156 3668 0TMP07071 1970 11 5 10 25 35 36 -90 0 20 2.68 1.153 0.244 3669 0TMP07072 1970 11 17 2 13 54.1 35.86 -89.95 16 6 4.09 1.015 0.08 3670 0TMP07073 1970 11 24 11 12 0 46.859 -75.965 18 20 2.52 1.074 0.173 3671 0TMP07075 1970 11 30 4 46 53 36.3 -89.5 0 17 2.85 1.055 0.15 3672 0

B-107

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP07076 1970 12 8 23 16 0 36 -89 0 28 2.68 1.153 0.244 3673 0TMP07077 1970 12 8 23 16 0 38 -89 0 28 2.68 1.153 0.244 3674 0TMP07080 1970 12 14 12 41 0 35.7 -90 0 20 2.68 1.153 0.244 3675 3670TMP07082 1970 12 24 10 17 56.8 36.71 -89.55 15 6 3.65 1.044 0.134 3676 0TMP07086 1971 1 6 6 22 0 47.177 -75.957 18 20 2.73 1.074 0.173 3677 0TMP07090 1971 1 19 13 44 0 46.93 -75.259 18 20 2.83 1.074 0.173 3678 0TMP07091 1971 1 19 20 1 0 49.189 -69.91 18 20 2.21 1.049 0.141 3679 0TMP07092 1971 1 26 13 25 0 49.334 -68.061 18 20 2.67 1.074 0.173 3680 0TMP07094 1971 2 5 23 40 0 48.207 -78.027 18 20 2.48 1.049 0.141 3681 0TMP07095 1971 2 7 18 59 0 49.388 -67.607 18 20 2.47 1.153 0.244 3682 0TMP07097 1971 2 12 12 44 27.5 38.5 -87.85 15 6 2.95 1.055 0.15 3683 0TMP07100 1971 2 19 23 11 42 37.1 -83.2 0 20 2.68 1.153 0.244 3684 0TMP07102 1971 3 1 19 27 32.1 35.1 -94.9 5 39 2.56 1.086 0.186 3685 0TMP07105 1971 3 11 14 8 0 39.9 -104.9 0 28 2.66 1.124 0.221 3686 3651TMP07106 1971 3 13 19 22 15.3 35.2 -95.8 5 39 2.38 1.153 0.244 3687 0TMP07107 1971 3 14 17 27 54.6 33.18 -87.84 12 17 3.41 1.066 0.164 3688 0TMP07108 1971 3 14 18 43 38 33 -88.1 0 39 2.58 1.153 0.244 3689 0TMP07109 1971 3 15 14 53 22 32.8 -88.3 0 39 3.18 1.153 0.244 3690 0TMP07110 1971 3 16 2 37 28 32.8 -88.3 0 39 3.25 1.074 0.173 3691 3690TMP07111 1971 3 17 5 4 29 33.1 -88.1 0 39 2.68 1.153 0.244 3692 3690TMP07112 1971 3 17 22 19 0 47.271 -76.45 18 20 2.47 1.074 0.173 3693 0TMP07118 1971 4 1 5 5 11 37.4 -81.6 0 20 2.68 1.153 0.244 3694 0TMP07120 1971 4 13 14 0 51 35.8 -90.1 0 6 2.65 1.055 0.15 3695 3670TMP07121 1971 4 14 12 53 0 50.864 -63.978 18 20 2.47 1.074 0.173 3696 0TMP07129 1971 5 14 6 20 0 45.023 -73.411 18 20 2.91 1.066 0.164 3697 0TMP07130 1971 5 19 12 54 3.6 33.36 -80.66 1 39 3.51 1.021 0.094 3698 0TMP07131 1971 5 19 20 0 0 50.663 -63.867 18 20 2.67 1.074 0.173 3699 0TMP07133 1971 5 23 6 24 27.9 43.9 -74.48 2 6 3.87 1.042 0.131 3700 0TMP07134 1971 5 23 9 29 59.5 43.93 -74.47 2 6 3.67 1.059 0.155 3701 3700TMP07135 1971 5 29 21 21 0 36 -82 0 20 2.58 1.153 0.244 3702 0TMP07136 1971 5 30 8 4 49 35.9 -89.9 0 40 2.55 1.055 0.15 3703 0TMP07138 1971 6 10 4 19 0 34.7 -82.9 0 20 2.48 1.153 0.244 3704 3718TMP07139 1971 6 11 10 33 0 45.649 -55.168 18 20 3.63 1.079 0.178 3705 0TMP07140 1971 6 13 1 17 0 33.7 -86.6 0 20 2.58 1.153 0.244 3706 0TMP07141 1971 6 21 1 35 0 44.65 -56.501 18 20 3.15 1.173 0.258 3707 0TMP07142 1971 6 21 2 48 31.6 43.9 -74.48 2 6 3.26 1.066 0.164 3708 3700

B-108

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP07144 1971 6 30 5 8 24 36.6 -89.7 0 40 2.44 1.055 0.15 3709 0TMP07148 1971 7 6 17 47 0 46.559 -76.276 18 20 2.88 1.049 0.141 3710 0TMP07149 1971 7 9 5 5 26 46.74 -81.2 18 6 2.67 1.153 0.244 3711 0TMP07150 1971 7 10 8 15 1.5 43.87 -74.47 2 6 3.46 1.066 0.164 3712 3700TMP07153 1971 7 13 2 3 0 36 -84 0 20 3.18 1.044 0.134 3713 0TMP07154 1971 7 13 3 3 0 36 -84.3 0 20 3.34 1.111 0.21 3714 0TMP07156 1971 7 13 9 39 0 34.7 -82.9 0 20 2.48 1.153 0.244 3715 3718TMP07157 1971 7 13 10 54 0 34.7 -82.9 0 20 2.58 1.153 0.244 3716 3718TMP07158 1971 7 13 11 7 0 34.7 -82.9 0 20 2.38 1.153 0.244 3717 3718TMP07159 1971 7 13 11 42 26 34.8 -83 0 17 3.63 1.018 0.087 3718 0TMP07160 1971 7 13 11 49 0 34.7 -82.9 0 20 2.58 1.153 0.244 3719 3718TMP07161 1971 7 13 15 6 0 34.7 -82.9 0 20 2.68 1.153 0.244 3720 3718TMP07162 1971 7 14 0 0 0 39.7 -75.6 0 20 2.65 1.886 0.515 3721 0TMP07163 1971 7 30 1 45 51.4 31.64 -103.17 5 17 3 1.066 0.164 3722 0TMP07164 1971 7 31 14 53 49.4 31.65 -103.12 2 17 3.07 1.066 0.164 3723 3722TMP07165 1971 7 31 20 16 55 33.34 -80.63 4 39 3.63 1.034 0.118 3724 0TMP07167 1971 8 8 5 22 44 39.89 -104.76 5 39 3.79 1.066 0.164 3725 0TMP07168 1971 8 8 7 50 0 39.9 -104.9 0 28 2.38 1.153 0.244 3726 3651TMP07169 1971 8 11 0 0 0 33.4 -80.7 0 20 3.26 1.074 0.173 3727 3724TMP07170 1971 8 11 3 50 0 33.4 -80.7 0 20 3.18 1.153 0.244 3728 3724TMP07171 1971 8 12 22 2 0 48.1 -70.5 0 20 2.25 1.154 0.245 3729 0TMP07175 1971 8 14 8 36 0 39.9 -104.9 0 28 2.78 1.153 0.244 3730 3651TMP07179 1971 9 12 0 6 27.6 38.15 -77.59 5 39 3.38 1.033 0.116 3731 0TMP07180 1971 9 12 0 8 0 48.375 -75.807 18 20 2.27 1.153 0.244 3732 0TMP07181 1971 9 12 0 9 22.6 38.1 -77.4 0 17 2.95 1.124 0.221 3733 3731TMP07182 1971 9 12 8 31 0 47.58 -70.247 10 20 2.68 1.074 0.173 3734 0TMP07183 1971 9 15 22 32 0 46.6 -74.4 0 20 2.25 1.154 0.245 3735 0TMP07184 1971 9 24 1 1 54 31.6 -103.2 0 17 2.68 1.153 0.244 3736 3722TMP07185 1971 9 27 8 47 0 45.739 -75.187 18 20 2.81 1.045 0.136 3737 0TMP07188 1971 9 29 19 23 58 37.1 -89.4 0 40 2.32 1.055 0.15 3738 0TMP07189 1971 10 1 18 49 38.5 35.77 -90.49 9 6 3.63 1.055 0.15 3739 0TMP07192 1971 10 7 8 31 10 36 -90 0 40 2.29 1.055 0.15 3740 0TMP07195 1971 10 13 2 38 0 51.664 -80.898 18 20 3.07 1.074 0.173 3741 0TMP07196 1971 10 18 6 39 31 36.7 -89.6 0 17 2.58 1.055 0.15 3742 0TMP07197 1971 10 19 21 7 37.4 43.69 -101.26 17 17 3.36 1.124 0.221 3743 0TMP07199 1971 10 21 0 54 0 42.7 -71.2 0 20 2.8 1.048 0.14 3744 0

B-109

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP07200 1971 10 22 21 55 0 36 -83 0 20 2.98 1.153 0.244 3745 0TMP07201 1971 10 27 7 13 0 49.295 -67.29 18 20 2.58 1.074 0.173 3746 0TMP07204 1971 11 3 5 53 0 50.194 -66.311 18 20 2.83 1.066 0.164 3747 0TMP07209 1971 11 15 10 38 55 45.06 -73.87 18 8 2.57 1.153 0.244 3748 0TMP07211 1971 11 22 5 29 0 47.2 -76.3 0 20 2.79 1.104 0.203 3749 0TMP07212 1971 11 23 16 32 0 45.914 -76.509 18 20 2.85 1.089 0.189 3750 0TMP07217 1971 12 7 12 4 19.5 54.965 -54.669 0 40 5.52 1.055 0.15 3751 0TMP07218 1971 12 9 5 20 0 39.9 -104.9 0 28 3.03 1.124 0.221 3752 3651TMP07221 1971 12 18 15 36 0 46.068 -74.608 18 20 3.62 1.034 0.119 3753 0TMP07223 1971 12 27 17 29 0 46.135 -71.55 18 20 2.51 1.049 0.141 3754 0TMP07224 1971 12 29 0 0 0 39.7 -75.6 0 20 2.65 1.886 0.515 3755 3769TMP07225 1972 1 2 7 8 0 39.7 -75.6 0 20 2.65 1.886 0.515 3756 3769TMP07226 1972 1 3 0 0 0 39.7 -75.6 0 20 2.65 1.886 0.515 3757 3769TMP07227 1972 1 5 8 9 0 46.146 -76.894 18 20 2.39 1.06 0.156 3758 0TMP07228 1972 1 7 3 45 0 39.7 -75.6 0 20 2.65 1.886 0.515 3759 3769TMP07229 1972 1 9 23 24 29 37.4 -81.6 0 20 3.1 1.074 0.173 3760 0TMP07231 1972 1 22 6 40 0 39.7 -75.6 0 20 2.65 1.886 0.515 3761 3769TMP07232 1972 1 23 1 35 0 39.7 -75.6 0 20 2.65 1.886 0.515 3762 3769TMP07233 1972 1 23 7 22 0 39.7 -75.6 0 20 2.65 1.886 0.515 3763 3769TMP07234 1972 1 25 2 40 1.2 55.141 -54.394 0 40 4.06 1.375 0.365 3764 3751TMP07235 1972 2 1 5 42 9.5 36.37 -90.85 3 6 3.45 1.055 0.15 3765 0TMP07236 1972 2 3 23 11 9.7 33.31 -80.58 2 17 4.31 1.055 0.15 3766 0TMP07240 1972 2 7 2 46 0 33.46 -80.58 0 20 2.7 1.105 0.204 3767 3766TMP07241 1972 2 7 2 53 0 33.46 -80.58 0 20 2.83 1.124 0.221 3768 3766TMP07243 1972 2 11 0 16 0.3 39.7 -75.6 0 20 3.21 1.123 0.22 3769 0TMP07246 1972 2 13 11 8 0 47.643 -70.272 10 20 2.72 1.074 0.173 3770 0TMP07247 1972 2 15 23 53 14.6 41.29 -73.6 0 17 2.62 1.049 0.141 3771 0TMP07248 1972 2 18 11 43 38.1 44.29 -105.12 0 39 3.98 1.153 0.244 3772 0TMP07250 1972 3 15 12 10 57 43.68 -74.73 0 17 2.73 1.198 0.275 3773 0TMP07253 1972 3 29 20 38 31.7 36.12 -89.74 7 6 3.45 1.055 0.15 3774 0TMP07256 1972 4 25 3 24 0 46.742 -75.961 18 20 2.88 1.074 0.173 3775 0TMP07257 1972 5 7 2 12 8.7 35.93 -89.97 1 6 3.05 1.055 0.15 3776 0TMP07259 1972 5 20 19 39 6 37 -82.2 0 20 3.3 1.079 0.178 3777 0TMP07260 1972 6 2 4 24 0 45.72 -75.85 18 20 2.69 1.06 0.156 3778 0TMP07263 1972 6 9 19 15 18.9 37.62 -90.37 12 6 2.81 1.048 0.14 3779 0TMP07266 1972 6 19 5 46 15.1 36.93 -89.1 6 6 2.85 1.055 0.15 3780 3781

B-110

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP07267 1972 6 19 16 15 18.8 37 -89.08 13 17 3.56 1.066 0.164 3781 0TMP07268 1972 6 21 2 31 17 37.1 -89.9 0 17 2.25 1.055 0.15 3782 0TMP07273 1972 7 17 1 58 0 47.902 -77.854 18 20 2.57 1.153 0.244 3783 0TMP07274 1972 7 26 3 58 0 49.35 -104.93 18 20 3.64 1.066 0.164 3784 0TMP07275 1972 7 26 4 35 40 32.65 -104.033 0 20 2.75 1.074 0.173 3785 0TMP07276 1972 7 30 10 42 0 46.335 -76.078 18 20 2.55 1.049 0.141 3786 0TMP07277 1972 8 2 1 3 0 47.4 -70.6 0 4 2.75 1.154 0.245 3787 0TMP07281 1972 8 14 1 9 0 39.7 -75.6 0 20 2.65 1.886 0.515 3788 0TMP07283 1972 8 14 15 5 19 33.2 -81.4 0 28 3.28 1.046 0.137 3789 0TMP07284 1972 8 17 23 55 0 52.637 -80.114 18 20 3.04 1.049 0.141 3790 0TMP07285 1972 8 18 19 35 0 46.421 -75.008 18 20 2.43 1.06 0.156 3791 0TMP07286 1972 8 22 19 17 0 49.541 -66.502 18 20 3.52 1.074 0.173 3792 0TMP07288 1972 8 31 6 6 0 45.395 -76.783 18 20 2.51 1.06 0.156 3793 0TMP07289 1972 9 5 16 0 0 37.6 -77.7 0 6 3.3 1.043 0.133 3794 0TMP07291 1972 9 12 0 15 0 46.31 -77.56 18 20 2.77 1.153 0.244 3795 0TMP07292 1972 9 12 9 15 0 46.2 -77.6 0 25 2.77 1.066 0.164 3796 3795TMP07294 1972 9 15 5 22 15.9 41.64 -89.37 10 6 4.08 1.048 0.14 3797 0TMP07295 1972 9 25 11 30 0 47.481 -70.732 10 20 2.69 1.104 0.203 3798 0TMP07298 1972 10 16 5 47 33 42.3 -99.6 0 39 3.14 1.066 0.164 3799 0TMP07299 1972 10 19 2 22 0 45.849 -64.57 5 20 3.03 1.06 0.156 3800 0TMP07300 1972 10 19 2 22 0 45.471 -74.301 22.4 20 2.36 1.089 0.189 3801 0TMP07302 1972 10 25 22 18 0 47.294 -70.057 10 20 2.46 1.06 0.156 3802 0TMP07305 1972 11 2 5 15 8.8 44.76 -74.56 0 17 3.05 1.198 0.275 3803 0TMP07306 1972 11 5 22 29 0 43.9 -74.4 0 20 2.65 1.154 0.245 3804 0TMP07308 1972 11 8 11 6 0 45.919 -74.237 18 20 2.23 1.06 0.156 3805 0TMP07310 1972 11 12 18 33 0 39.9 -104.9 0 28 2.25 1.124 0.221 3806 0TMP07315 1972 11 29 22 15 0 39.9 -104.9 0 28 2.54 1.124 0.221 3807 3806TMP07316 1972 12 8 3 0 33.3 40.14 -76.24 2 6 3.33 1.034 0.118 3808 0TMP07321 1972 12 16 19 1 0 45.848 -75.233 18 20 3.65 1.034 0.119 3809 0TMP07329 1973 1 7 22 56 6.2 37.4 -87.22 14 17 2.95 1.055 0.15 3810 0TMP07330 1973 1 8 9 11 38 33.8 -90.52 0 17 3.08 1.124 0.221 3811 0TMP07333 1973 1 10 16 38 15.3 36.4 -98 0 39 2.42 1.124 0.221 3812 0TMP07336 1973 1 12 11 56 56.2 37.89 -90.48 17 6 2.95 1.124 0.221 3813 0TMP07340 1973 1 28 13 7 0 47.998 -69.978 10 20 2.94 1.049 0.141 3814 0TMP07342 1973 2 2 23 9 30 44.45 -74.69 0 20 2.65 1.154 0.245 3815 0TMP07344 1973 2 9 4 46 0 42.8 -78.3 0 17 2.81 1.198 0.275 3816 0

B-111

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP07345 1973 2 10 20 12 0 40.4 -70.5 0 20 2.35 1.154 0.245 3817 0TMP07348 1973 2 25 19 46 0 45.201 -73.986 18 20 2.42 1.104 0.203 3818 0TMP07349 1973 2 26 13 42 0 44.5 -70 0 39 2.68 1.083 0.183 3819 0TMP07350 1973 2 28 8 21 33.2 39.69 -75.43 12 17 3.77 1.02 0.092 3820 0TMP07353 1973 3 7 5 4 0 43.9 -75 0 20 2.25 1.154 0.245 3821 0TMP07359 1973 3 25 1 49 2 45.4 -69.2 10 39 2.94 1.083 0.183 3822 0TMP07369 1973 4 9 23 11 0 37.3 -77.7 0 20 3.38 1.11 0.209 3823 0TMP07377 1973 5 25 14 40 14 33.9 -90.8 0 17 2.78 1.066 0.164 3824 0TMP07378 1973 5 25 14 42 32 33.9 -90.8 0 20 2.88 1.153 0.244 3825 3824TMP07383 1973 6 11 10 8 31.6 43.95 -73.98 1 6 2.96 1.048 0.14 3826 0TMP07384 1973 6 14 15 9 0 49.467 -66.506 18 20 2.78 1.074 0.173 3827 0TMP07385 1973 6 15 1 9 0 45.39 -71.03 10 22 4.48 1.015 0.08 3828 0TMP07387 1973 7 10 4 38 0.2 39.7 -75.7 0 28 2.65 1.886 0.515 3829 3820TMP07389 1973 7 15 8 20 30.7 43.87 -74.47 2 6 3.53 1.065 0.162 3830 0TMP07390 1973 7 15 10 32 37.8 43.87 -74.47 2 6 3.37 1.034 0.118 3831 3830TMP07392 1973 7 16 8 41 58 43.76 -74.47 1 17 3.11 1.042 0.131 3832 3830TMP07393 1973 7 20 17 6 0 48.804 -67.426 18 20 2.58 1.074 0.173 3833 0TMP07400 1973 8 24 4 17 0 43.8 -72.3 0 39 2.81 1.198 0.275 3834 0TMP07403 1973 9 10 6 11 0 47.683 -70.243 10 20 2.57 1.06 0.156 3835 0TMP07407 1973 9 19 13 28 20.5 37.258 -104.362 0 39 2.66 1.124 0.221 3836 3837TMP07410 1973 9 23 3 58 54.9 37.15 -104.57 5 17 3.65 1.124 0.221 3837 0TMP07414 1973 9 26 18 38 26.6 47.12 -106.13 25 39 2.48 1.153 0.244 3838 0TMP07416 1973 10 3 3 50 19.8 35.87 -90.05 6 6 2.95 1.055 0.15 3839 0TMP07419 1973 10 9 20 15 26.5 36.49 -89.62 3 6 3.25 1.055 0.15 3840 0TMP07421 1973 10 13 1 39 11.2 49.597 -60.917 0 49 2.67 1.153 0.244 3841 0TMP07423 1973 10 23 12 37 13.6 51.323 -62.54 0 20 2.88 1.074 0.173 3842 0TMP07424 1973 10 27 6 21 2 28.48 -80.65 5 20 3.68 1.061 0.157 3843 0TMP07426 1973 10 30 22 58 39 35.76 -84.12 1 17 3.42 1.032 0.115 3844 3849TMP07428 1973 11 8 17 41 0 46 -75 0 20 2.25 1.154 0.245 3845 0TMP07432 1973 11 15 17 31 0 49.468 -68.27 18 20 2.67 1.153 0.244 3846 0TMP07433 1973 11 16 1 36 0 47.556 -70.243 18 20 2.87 1.074 0.173 3847 0TMP07434 1973 11 18 10 3 52.7 35 -94.7 5 39 2.55 1.074 0.173 3848 0TMP07436 1973 11 30 7 48 40.5 35.89 -83.99 12 6 4.01 1.09 0.19 3849 0TMP07441 1973 12 14 20 58 0 35.8 -83.96 0 28 2.75 1.124 0.221 3850 0TMP07442 1973 12 19 10 16 8.7 32.97 -80.27 6 17 2.67 1.124 0.221 3851 0TMP07443 1973 12 20 10 45 0.9 36.14 -89.69 10 6 2.98 1.06 0.156 3852 0

B-112

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP07448 1973 12 25 2 46 0 29 -98.3 0 17 2.65 1.886 0.515 3853 0TMP07449 1973 12 25 4 11 32 35.1 -94.5 5 39 2.6 1.074 0.173 3854 3848TMP07451 1974 1 3 22 12 5.8 36.8 -97.03 5 15 2.2 1.074 0.173 3855 0TMP07454 1974 1 8 1 12 38.1 36.18 -89.47 7 6 3.55 1.055 0.15 3856 0TMP07455 1974 1 9 18 38 0 45.913 -74.907 18 8 2.57 1.06 0.156 3857 0TMP07461 1974 1 25 16 45 0 45.872 -73.538 18 8 2.53 1.06 0.156 3858 0TMP07462 1974 2 13 18 14 0 46.4 -75.277 18 8 2.47 1.153 0.244 3859 0TMP07464 1974 2 15 13 33 49.2 36.4 -100.69 0 6 4.22 1.09 0.19 3860 0TMP07465 1974 2 15 22 32 38.2 34.04 -92.98 17 6 3.23 1.066 0.164 3861 3863TMP07466 1974 2 15 22 35 46.6 34.07 -93.12 14 6 3.44 1.045 0.136 3862 3863TMP07467 1974 2 15 22 49 4.4 34.03 -93.04 10 6 3.7 1.043 0.132 3863 0TMP07468 1974 2 15 22 53 5.1 34 -92.98 20 17 2.5 1.124 0.221 3864 3863TMP07472 1974 2 17 12 57 0 49.546 -67.086 18 8 2.57 1.153 0.244 3865 0TMP07474 1974 2 24 7 53 45.2 35.79 -90.48 5 17 2.7 1.074 0.173 3866 0TMP07475 1974 3 4 14 24 28.1 35.69 -90.41 5 17 2.68 1.153 0.244 3867 0TMP07476 1974 3 9 6 32 0 43.79 -76.81 18 8 2.35 1.154 0.245 3868 0TMP07478 1974 3 12 12 30 29.2 35.64 -89.8 5 17 3 1.074 0.173 3869 0TMP07481 1974 3 16 7 10 0 46.1 -67.2 0 8 2.53 1.104 0.203 3870 0TMP07482 1974 3 18 16 5 0 44.45 -74.85 0 8 3.28 1.05 0.143 3871 0TMP07485 1974 3 23 9 46 33.8 38.92 -77.78 2 17 2.56 1.053 0.147 3872 0TMP07489 1974 4 3 23 5 2.8 38.549 -88.072 14 6 4.29 1.055 0.15 3873 0TMP07490 1974 4 5 19 41 14.2 38.63 -90.76 1 17 2.22 1.125 0.222 3874 0TMP07491 1974 4 7 15 3 0 44.4 -75.1 0 8 2.25 1.154 0.245 3875 3871TMP07497 1974 4 20 23 46 10 29 -98 0 8 3.16 1.195 0.273 3876 0TMP07500 1974 4 28 14 19 0 39.8 -75.6 0 8 3.28 1.152 0.243 3877 0TMP07501 1974 4 29 6 10 0 45.997 -75.229 18 8 2.46 1.104 0.203 3878 0TMP07503 1974 5 10 1 15 17.8 34.2 -97.3 15 39 2.28 1.153 0.244 3879 0TMP07505 1974 5 13 6 52 18.7 36.74 -89.36 4 6 3.73 1.034 0.119 3880 0TMP07509 1974 5 30 18 4 0 44.7 -73.9 0 8 2.85 1.154 0.245 3881 0TMP07510 1974 5 30 21 28 35.3 37.46 -80.54 5 6 3.55 1.032 0.115 3882 0TMP07511 1974 6 2 14 42 46.3 44.72 -74.65 5 39 2.55 1.083 0.183 3883 0TMP07514 1974 6 5 0 16 40.2 38.48 -84.75 10 17 3.29 1.066 0.164 3884 0TMP39365 1974 6 5 8 6 10.7 38.65 -89.91 12 6 3.4 1.066 0.164 3885 0TMP07515 1974 6 5 8 7 11 36.8 -89.9 0 6 3.15 1.055 0.15 3886 0TMP07517 1974 6 9 18 39 0 44.9 -73.6 0 8 3.55 1.078 0.177 3887 0TMP07521 1974 6 24 18 3 10 29 -98 0 8 3.46 1.184 0.266 3888 3876

B-113

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP07522 1974 6 25 2 23 0 46.584 -74.818 18 8 2.48 1.049 0.141 3889 0TMP07525 1974 6 30 16 55 0 47.8 -70.1 0 8 2.78 1.06 0.156 3890 0TMP07526 1974 7 2 4 46 0 49.575 -67.219 18 8 3.08 1.049 0.141 3891 0TMP07527 1974 7 4 13 58 6.3 36.25 -89.51 5 8 2.24 1.264 0.313 3892 0TMP07530 1974 7 7 21 2 8.4 36.75 -89.06 5 8 2.32 1.257 0.309 3893 0TMP07533 1974 7 9 9 51 14.6 36.8 -89.43 5 8 2.39 1.249 0.305 3894 0TMP07534 1974 7 10 6 18 0 41.329 -62.59 18 8 3.08 1.104 0.203 3895 0TMP07537 1974 7 18 0 0 19.1 36.29 -89.53 5 8 2.55 1.235 0.297 3896 3892TMP07539 1974 7 19 6 44 28.9 36.38 -89.54 5 8 2.24 1.264 0.313 3897 3892TMP07552 1974 7 26 22 3 52.7 37.51 -90.9 5 8 2.47 1.242 0.301 3898 0TMP07554 1974 7 29 10 27 28.7 37.88 -88.69 5 8 2.32 1.257 0.309 3899 0TMP07558 1974 7 31 14 5 26.7 35.8 -90.1 5 8 2.24 1.264 0.313 3900 0TMP07559 1974 7 31 21 46 48 37.25 -89.12 5 8 2.24 1.264 0.313 3901 0TMP07560 1974 8 1 0 45 0 42.6 -77.5 0 8 2.25 1.154 0.245 3902 0TMP07561 1974 8 1 6 23 18 36.59 -89.6 5 8 2.32 1.257 0.309 3903 0TMP07562 1974 8 1 13 33 10 29 -98 0 8 3.16 1.195 0.273 3904 3876TMP07563 1974 8 1 22 9 7.8 38.31 -90.57 1 6 2.38 1.153 0.244 3905 0TMP07565 1974 8 2 8 52 11.1 33.91 -82.53 4 6 3.91 1.055 0.15 3906 0TMP07571 1974 8 8 11 55 0 45.961 -76.074 18 8 2.82 1.074 0.173 3907 0TMP07573 1974 8 9 9 32 13.6 38.14 -90.15 5 8 2.62 1.23 0.294 3908 0TMP07576 1974 8 10 20 38 28.1 35.77 -90.15 5 8 2.55 1.235 0.297 3909 3900TMP07577 1974 8 11 14 29 45.4 36.93 -91.16 6 6 3.37 1.047 0.139 3910 0TMP07578 1974 8 11 14 36 50.8 36.82 -91.29 5 8 2.62 1.23 0.294 3911 3910TMP07580 1974 8 12 3 43 0 45.1 -73.3 0 8 2.23 1.104 0.203 3912 0TMP07585 1974 8 15 0 19 11.7 35.88 -89.93 5 8 2.32 1.257 0.309 3913 3900TMP07588 1974 8 16 9 44 0 47 -70.6 0 8 2.57 1.104 0.203 3914 0TMP07590 1974 8 22 22 33 59.4 38.23 -89.73 0 6 2.63 1.049 0.142 3915 0TMP07591 1974 8 25 10 3 0 46.095 -73.248 18 8 2.47 1.06 0.156 3916 0TMP07594 1974 8 26 2 22 41.8 36.07 -89.87 5 8 2.24 1.264 0.313 3917 0TMP07597 1974 8 26 11 15 33.1 36.68 -89.52 5 6 2.28 1.153 0.244 3918 3894TMP07601 1974 8 31 10 36 0 46.818 -75.702 18 8 2.57 1.06 0.156 3919 0TMP07607 1974 9 8 22 11 19.7 36.47 -89.55 5 8 2.55 1.235 0.297 3920 3903TMP07608 1974 9 9 14 12 41.3 36.35 -91.29 5 8 2.62 1.23 0.294 3921 0TMP07616 1974 9 18 6 23 9.2 43.4 -73.8 5 17 2.65 1.198 0.275 3922 0TMP07617 1974 9 18 23 47 26.4 35.9 -90 5 8 2.7 1.223 0.29 3923 3900TMP07628 1974 9 29 2 26 19.1 41.21 -83.49 1 17 2.56 1.105 0.204 3924 0

B-114

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP07630 1974 10 1 6 36 21 41.66 -71.55 0 39 2.56 1.055 0.15 3925 0TMP07632 1974 10 1 8 48 10.3 36.06 -89.93 5 6 2.38 1.153 0.244 3926 3917TMP07635 1974 10 4 22 43 49.3 36.49 -89.52 5 8 2.24 1.264 0.313 3927 3903TMP07636 1974 10 6 20 53 21.8 36.21 -89.72 5 8 2.62 1.23 0.294 3928 3917TMP07637 1974 10 7 5 31 0 47.519 -70.485 10 8 2.49 1.06 0.156 3929 0TMP07639 1974 10 8 23 22 28 33.9 -82.4 0 28 2.75 1.124 0.221 3930 3906TMP07644 1974 10 14 6 22 45.4 36.21 -89.52 5 8 2.24 1.264 0.313 3931 0TMP07647 1974 10 20 15 13 55.6 39.06 -81.61 4 17 3.43 1.043 0.132 3932 0TMP07649 1974 10 23 22 52 0 46.069 -75.491 18 8 2.82 1.074 0.173 3933 3952TMP07652 1974 10 28 11 33 0 33.79 -81.92 0 28 3 1.073 0.172 3934 0TMP07654 1974 11 2 13 47 0 46.1 -75 0 8 2.92 1.104 0.203 3935 0TMP07655 1974 11 3 4 27 0 46.089 -75.039 18 8 2.59 1.06 0.156 3936 3935TMP07658 1974 11 5 3 0 0 33.73 -82.22 0 28 3.35 1.064 0.161 3937 0TMP07659 1974 11 7 21 31 4.5 37.75 -78.2 0 28 2.77 1.049 0.142 3938 0TMP07660 1974 11 7 21 46 12.1 35.95 -89.98 5 8 2.77 1.218 0.287 3939 3900TMP07662 1974 11 10 6 19 18.6 34.8 -96.8 5 39 2.38 1.153 0.244 3940 0TMP07665 1974 11 14 10 20 45.9 37.74 -88.45 5 8 2.32 1.257 0.309 3941 0TMP07666 1974 11 14 17 30 1.1 36.5 -89.45 12 8 3.31 1.189 0.269 3942 0TMP07670 1974 11 18 11 2 49.5 35.97 -89.43 5 8 2.24 1.264 0.313 3943 3942TMP07672 1974 11 19 2 4 37.6 35.8 -90.6 5 8 2.32 1.257 0.309 3944 0TMP07679 1974 11 22 5 25 56.7 32.92 -80.16 6 6 3.91 1.055 0.15 3945 0TMP39438 1974 11 22 6 22 44.4 32.89 -80.14 10 6 3.02 1.066 0.163 3946 3945TMP07681 1974 11 22 9 50 0 44.3 -74 0 8 2.25 1.154 0.245 3947 0TMP07683 1974 11 24 15 20 16.2 36.99 -90.35 5 8 2.32 1.257 0.309 3948 0TMP07687 1974 11 27 10 28 51.7 43.33 -79.11 0 17 3.29 1.198 0.275 3949 0TMP07688 1974 11 28 3 35 20 32.633 -104.017 0 8 3.64 1.049 0.141 3950 0TMP07692 1974 12 1 14 56 59.6 36.55 -89.57 8 8 2.39 1.249 0.305 3951 3942TMP07693 1974 12 2 10 58 0 46.248 -75.507 18 8 3.02 1.104 0.203 3952 0TMP07694 1974 12 3 8 25 0 33.95 -82.5 0 28 3.39 1.064 0.161 3953 3906TMP07696 1974 12 5 8 32 47.3 36.29 -89.5 5 8 2.24 1.264 0.313 3954 3942TMP07700 1974 12 7 0 50 58 36.29 -89.45 5 8 2.24 1.264 0.313 3955 3942TMP07702 1974 12 9 22 51 27.6 35.53 -89.97 5 8 2.7 1.223 0.29 3956 0TMP07703 1974 12 10 6 1 35 31.23 -87.46 18 39 3.08 1.043 0.132 3957 0TMP07704 1974 12 13 5 3 55.5 34.49 -91.86 3 17 3.09 1.066 0.164 3958 0TMP07705 1974 12 13 10 13 22.5 36.74 -91.61 3 17 2.78 1.084 0.184 3959 0TMP07707 1974 12 14 12 39 1.5 36.47 -89.56 7 8 2.24 1.264 0.313 3960 3942

B-115

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP07708 1974 12 14 20 11 33.6 38.01 -89.83 5 8 2.39 1.249 0.305 3961 0TMP07709 1974 12 15 15 11 17 36.28 -89.57 5 8 2.55 1.235 0.297 3962 3942TMP07710 1974 12 16 2 30 18.8 35.4 -97.47 15 39 2.47 1.049 0.142 3963 0TMP07717 1974 12 21 14 51 0 45.122 -74.084 18 8 2.68 1.049 0.141 3964 0TMP07719 1974 12 22 4 9 19.4 36.11 -89.51 5 8 2.24 1.264 0.313 3965 3942TMP07720 1974 12 22 5 25 0 45.319 -67.119 18 8 2.84 1.049 0.141 3966 0TMP07721 1974 12 22 7 47 3.1 36.46 -89.52 5 8 2.24 1.264 0.313 3967 3942TMP07722 1974 12 22 20 46 48.7 42.37 -69.8 0 17 2.94 1.066 0.163 3968 0TMP07724 1974 12 25 7 17 48 36.7 -92 5 8 2.32 1.257 0.309 3969 0TMP07725 1974 12 25 13 21 35 35.78 -90.013 10 6 2.69 1.039 0.127 3970 3900TMP07726 1974 12 25 16 19 16.2 36.28 -89.47 10 8 2.55 1.235 0.297 3971 3942TMP07729 1974 12 27 0 50 0 49.134 -67.441 18 8 3.18 1.074 0.173 3972 0TMP07730 1974 12 27 4 29 47.8 42.26 -71.27 0 17 2.27 1.083 0.183 3973 0TMP07735 1974 12 29 13 48 0 47.797 -74.418 18 8 2.33 1.06 0.156 3974 0TMP07737 1974 12 30 8 5 27.1 30.92 -103.11 5 17 3.38 1.153 0.244 3975 0TMP07739 1975 1 2 9 19 0 34.9 -90.9 0 6 2.59 1.061 0.157 3976 0TMP07744 1975 1 4 9 22 4.6 36.28 -89.46 5 8 2.47 1.242 0.301 3977 3942TMP07745 1975 1 4 12 45 33.8 36.55 -89.59 5 8 2.24 1.264 0.313 3978 3942TMP07746 1975 1 4 20 40 5 44.89 -74.55 0 17 2.65 1.154 0.245 3979 0TMP07747 1975 1 4 20 44 8 44.89 -74.55 0 17 2.55 1.154 0.245 3980 3979TMP07749 1975 1 8 23 20 34.2 36.27 -89.49 5 8 2.32 1.257 0.309 3981 3942TMP07753 1975 1 15 19 16 0 44.9 -74.6 0 8 2.8 1.066 0.164 3982 3979TMP07754 1975 1 17 0 10 0 44.9 -66.812 5 8 3.02 1.074 0.173 3983 0TMP07756 1975 1 23 6 59 6.9 35.95 -89.98 5 8 2.47 1.242 0.301 3984 3900TMP07757 1975 1 23 8 5 41.5 36.16 -89.78 5 8 2.55 1.235 0.297 3985 3942TMP07758 1975 1 26 7 36 29 36.74 -89.49 13 8 2.62 1.23 0.294 3986 3942TMP07760 1975 1 28 0 15 27.8 44.97 -73.78 0 39 2.73 1.198 0.275 3987 0TMP07761 1975 1 29 6 44 21.9 37.8 -89.3 5 8 2.62 1.23 0.294 3988 0TMP07762 1975 1 30 7 38 21.6 36.42 -89.54 5 8 2.47 1.242 0.301 3989 3942TMP07765 1975 2 1 16 4 24.5 36.05 -89.87 5 8 2.47 1.242 0.301 3990 3985TMP07766 1975 2 2 20 39 23 35.067 -103.1 0 17 2.7 1.074 0.173 3991 0TMP07767 1975 2 3 10 31 0 41.3 -83.2 0 28 3.21 1.117 0.215 3992 0TMP07768 1975 2 3 10 35 28.5 38.06 -89.05 5 8 2.47 1.242 0.301 3993 0TMP07774 1975 2 13 10 32 0 46.3 -72.7 0 8 2.35 1.154 0.245 3994 0TMP07775 1975 2 13 19 43 58 36.55 -89.59 3 6 3.28 1.048 0.14 3995 3942TMP07777 1975 2 14 13 6 31.5 35.83 -90.23 5 8 2.32 1.257 0.309 3996 3900

B-116

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP07779 1975 2 16 23 21 34.4 38.88 -82.35 4 6 3.42 1.027 0.106 3997 0TMP07784 1975 2 20 8 6 0 40.3 -73.7 0 28 2.44 1.049 0.142 3998 0TMP07785 1975 2 20 19 45 0 36.5 -89.6 0 28 2.65 1.886 0.515 3999 3942TMP07787 1975 2 23 0 17 4.7 38.4 -90.13 5 8 2.47 1.242 0.301 4000 0TMP07791 1975 2 28 18 40 0 46.388 -65.993 18 8 2.87 1.074 0.173 4001 0TMP07792 1975 3 1 11 50 0.2 33.55 -87.98 18 17 3.36 1.034 0.118 4002 0TMP07801 1975 3 7 12 45 13.5 37.32 -80.48 5 17 2.79 1.062 0.158 4003 0TMP07805 1975 3 8 15 2 43.6 36.51 -89.55 5 8 2.55 1.235 0.297 4004 3942TMP07808 1975 3 10 5 24 6.4 36.08 -90.01 5 8 2.47 1.242 0.301 4005 0TMP07810 1975 3 11 4 34 23.7 36.08 -89.8 5 8 2.24 1.264 0.313 4006 3985TMP07817 1975 3 20 22 36 56.4 36.07 -89.31 5 8 2.32 1.257 0.309 4007 0TMP07819 1975 3 23 15 13 0 47.56 -55.251 18 8 3.09 1.045 0.136 4008 0TMP07820 1975 3 24 6 49 59.3 36.24 -89.54 5 8 2.24 1.264 0.313 4009 3942TMP07825 1975 3 31 9 52 6 35.606 -95.296 5 39 2.58 1.153 0.244 4010 0TMP07826 1975 3 31 17 8 0 44.652 -56.217 18 7 3.96 1.375 0.365 4011 0TMP07827 1975 4 1 21 9 0 33.2 -83.2 0 8 3.89 1.047 0.139 4012 0TMP07828 1975 4 3 19 3 0 45.744 -74.224 5 8 2.93 1.045 0.136 4013 0TMP07829 1975 4 4 3 4 43.9 36.67 -89.54 5 8 2.47 1.242 0.301 4014 3942TMP07830 1975 4 9 2 9 56.4 36.9 -91.11 5 8 2.24 1.264 0.313 4015 0TMP07831 1975 4 13 9 47 20.7 35.48 -90.47 5 8 2.39 1.249 0.305 4016 0TMP07833 1975 4 17 2 38 59.5 38.43 -88.94 5 8 2.47 1.242 0.301 4017 0TMP07834 1975 4 19 16 32 21.1 36.08 -89.85 5 8 2.24 1.264 0.313 4018 3985TMP07835 1975 4 20 9 38 41.5 38.03 -88.51 5 8 2.62 1.23 0.294 4019 0TMP07837 1975 4 22 23 30 42.8 36.13 -89.75 5 8 2.47 1.242 0.301 4020 3985TMP07838 1975 4 23 23 30 42.9 37.62 -89.74 5 8 2.47 1.242 0.301 4021 0TMP07839 1975 4 24 18 5 13.2 36.15 -89.72 5 8 2.24 1.264 0.313 4022 3985TMP07840 1975 4 28 5 46 52.6 33 -80.22 10 6 3.12 1.052 0.145 4023 0TMP07842 1975 4 29 6 8 0.2 36.14 -89.37 5 8 2.24 1.264 0.313 4024 4007TMP07844 1975 5 2 16 22 58.5 35.96 -84.47 12 6 2.34 1.124 0.221 4025 0TMP07848 1975 5 6 1 11 21.5 36.31 -89.58 3 8 2.62 1.23 0.294 4026 0TMP07849 1975 5 7 11 34 37.2 36 -89.3 5 8 2.32 1.257 0.309 4027 4007TMP07850 1975 5 9 4 20 6.3 36.14 -89.56 5 8 2.32 1.257 0.309 4028 3985TMP07852 1975 5 12 6 15 53.3 36.19 -89.71 5 8 2.62 1.23 0.294 4029 3985TMP07853 1975 5 13 7 53 40 42.07 -98.5 1 17 3.55 1.045 0.136 4030 0TMP07854 1975 5 14 0 8 8.5 43.42 -78.61 0 39 2.97 1.198 0.275 4031 0TMP07856 1975 5 14 23 3 5.2 35.98 -85.3 1 17 2.35 1.105 0.204 4032 0

B-117

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP07858 1975 5 16 5 57 1 43.2 -103.7 0 8 2.65 1.886 0.515 4033 0TMP07862 1975 5 24 21 20 0 47.264 -75.248 18 8 2.53 1.06 0.156 4034 4035TMP07866 1975 5 29 21 19 0 47.271 -75.181 18 8 2.93 1.104 0.203 4035 0TMP07868 1975 6 1 3 40 11.9 36.56 -89.86 5 8 2.47 1.242 0.301 4036 0TMP07875 1975 6 9 18 39 22.7 44.87 -73.65 11 6 3.27 1.038 0.125 4037 0TMP07880 1975 6 13 22 40 27.5 36.54 -89.68 9 6 3.73 1.015 0.08 4038 0TMP07881 1975 6 15 1 0 33.6 36.22 -89.66 5 8 2.55 1.235 0.297 4039 4038TMP07884 1975 6 16 1 59 28.2 34.23 -96.54 5 39 2.58 1.153 0.244 4040 0TMP07887 1975 6 17 20 23 59.3 36.29 -89.44 5 8 2.7 1.223 0.29 4041 4038TMP07890 1975 6 20 3 34 48.9 38.2 -90.2 5 8 2.7 1.223 0.29 4042 0TMP07891 1975 6 20 7 29 6.6 36.21 -89.44 7 8 3.34 1.081 0.18 4043 4038TMP07895 1975 6 23 1 14 38.1 36.02 -90.01 5 8 2.62 1.23 0.294 4044 0TMP07897 1975 6 24 11 11 36.6 33.7 -87.84 4 17 3.73 1.045 0.136 4045 0TMP07898 1975 6 26 7 3 43 36.95 -105.45 0 17 2.95 1.074 0.173 4046 0TMP07900 1975 6 27 23 10 54 35.78 -90.42 5 8 2.62 1.23 0.294 4047 0TMP07901 1975 6 28 13 11 1.3 36.57 -89.66 5 8 2.24 1.264 0.313 4048 4038TMP07902 1975 6 30 0 46 0 46.962 -76.871 10 8 2.23 1.06 0.156 4049 0TMP07906 1975 7 1 0 10 0 42.8 -78.6 0 8 2.25 1.154 0.245 4050 0TMP07907 1975 7 1 7 26 0 49.025 -67.396 18 8 2.47 1.06 0.156 4051 0TMP07909 1975 7 5 18 38 16.7 36.13 -89.78 5 8 2.24 1.264 0.313 4052 4038TMP07911 1975 7 6 8 48 14 36.17 -89.47 2 6 2.65 1.077 0.176 4053 4038TMP07912 1975 7 8 17 36 51.5 36.1 -89.53 5 8 2.47 1.242 0.301 4054 4038TMP07913 1975 7 9 14 54 21.3 45.5 -96.1 8 6 4.27 1.048 0.14 4055 0TMP07915 1975 7 11 1 44 54.1 44.29 -73.87 2 17 2.65 1.154 0.245 4056 0TMP07919 1975 7 12 12 37 0 46.46 -76.22 15 8 4.17 1.106 0.205 4057 0TMP07923 1975 7 18 4 21 0 49.155 -66.804 18 8 2.83 1.104 0.203 4058 0TMP07924 1975 7 18 10 21 40.7 37.23 -90.89 5 8 2.24 1.264 0.313 4059 0TMP07925 1975 7 19 20 59 32.2 41.43 -73.79 3 17 2.33 1.049 0.141 4060 0TMP07930 1975 7 24 7 46 58.5 36.49 -89.54 5 8 2.32 1.257 0.309 4061 4038TMP07940 1975 8 1 7 27 43.8 30.57 -104.49 1 39 3.34 1.045 0.136 4062 0TMP07941 1975 8 3 1 3 22 42.67 -70.85 5 17 2.31 1.049 0.141 4063 0TMP07946 1975 8 9 6 40 24.9 36.59 -89.59 5 8 2.39 1.249 0.305 4064 4038TMP07948 1975 8 9 19 8 39.4 36.88 -89.43 5 8 2.47 1.242 0.301 4065 0TMP07952 1975 8 20 9 14 16.6 36.52 -89.79 0 6 2.68 1.088 0.188 4066 4038TMP07953 1975 8 21 4 29 0 47.428 -70.186 5 8 2.35 1.104 0.203 4067 0TMP07954 1975 8 21 21 42 51.1 48.123 -78.118 1 8 3.18 1.124 0.221 4068 0

B-118

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP07958 1975 8 25 0 44 14.4 37.23 -90.91 5 6 2.38 1.153 0.244 4069 4059TMP07959 1975 8 25 2 55 9.4 37.22 -90.88 5 8 2.47 1.242 0.301 4070 4059TMP07960 1975 8 25 3 1 28.5 37.23 -90.91 6 6 2.61 1.053 0.147 4071 4059TMP07961 1975 8 25 7 11 8 36.05 -89.84 11 6 3.07 1.081 0.18 4072 0TMP07963 1975 8 25 10 0 34.7 42.57 -101.55 29 39 2.58 1.153 0.244 4073 0TMP07966 1975 8 27 22 28 0 46.798 -65.343 18 8 2.77 1.074 0.173 4074 0TMP07967 1975 8 29 4 22 52.1 33.66 -86.59 4 6 3.89 1.032 0.114 4075 0TMP07970 1975 9 2 6 21 0 48.302 -69.763 18 8 2.86 1.066 0.164 4076 0TMP07972 1975 9 5 20 47 40.7 48.37 -104.38 0 39 3.47 1.049 0.141 4077 0TMP07973 1975 9 5 21 46 14.5 36.13 -89.43 12 8 2.32 1.257 0.309 4078 0TMP07976 1975 9 9 11 52 44 30.7 -89.3 0 8 2.68 1.061 0.157 4079 0TMP07979 1975 9 13 1 25 2.1 34.1 -97.4 5 25 3.14 1.06 0.156 4080 0TMP07980 1975 9 13 6 53 52.9 36.73 -89.21 5 8 2.24 1.264 0.313 4081 0TMP07985 1975 9 17 0 0 34.2 36.59 -89.63 5 8 2.39 1.249 0.305 4082 4038TMP07986 1975 9 18 8 20 23.3 36.73 -89.51 14 8 2.32 1.257 0.309 4083 4065TMP07988 1975 9 18 23 4 10.7 37.29 -90.92 5 8 2.55 1.235 0.297 4084 4059TMP07993 1975 9 24 10 37 54.4 35.72 -89.69 5 8 2.62 1.23 0.294 4085 0TMP07995 1975 9 25 4 49 19.6 35.74 -90.3 5 8 2.77 1.218 0.287 4086 0TMP08004 1975 10 4 6 13 53.5 36.31 -89.52 5 8 2.24 1.264 0.313 4087 4038TMP08005 1975 10 4 6 41 38 35.82 -90.16 5 8 2.47 1.242 0.301 4088 4086TMP08006 1975 10 4 6 53 15.3 35.81 -90.17 5 8 2.24 1.264 0.313 4089 4086TMP08007 1975 10 6 22 21 0 44.696 -57.034 18 8 5.06 1.048 0.14 4090 0TMP08008 1975 10 6 22 28 0 44.659 -56.984 18 8 3.36 1.375 0.365 4091 4090TMP08011 1975 10 8 9 0 2.5 43.48 -78.5 5 17 2.45 1.154 0.245 4092 0TMP08016 1975 10 11 3 26 58.9 36.5 -89.56 5 8 2.24 1.264 0.313 4093 4038TMP08017 1975 10 12 2 58 11.5 35.5 -97.7 5 17 2.7 1.074 0.173 4094 0TMP08020 1975 10 12 14 47 40.1 36.08 -89.78 5 8 2.47 1.242 0.301 4095 4038TMP08021 1975 10 13 9 17 0 45.089 -65.921 18 8 2.61 1.049 0.141 4096 0TMP08022 1975 10 15 3 26 0 45.106 -65.918 18 8 2.84 1.066 0.164 4097 4096TMP08027 1975 10 18 4 31 0 34.9 -83 0 28 2.65 1.886 0.515 4098 4117TMP08028 1975 10 19 2 6 58 36.13 -88.69 5 8 2.24 1.264 0.313 4099 0TMP08031 1975 10 21 20 50 0 49.136 -68.126 18 9 2.78 1.074 0.173 4100 0TMP08032 1975 10 23 21 17 0 49.84 -68.62 1 8 4.1 1.036 0.122 4101 0TMP08035 1975 10 24 7 43 12.3 41.59 -73.93 5 6 2.25 1.035 0.12 4102 0TMP08039 1975 10 30 0 37 14.1 35.27 -96.76 5 39 2.38 1.153 0.244 4103 0TMP08041 1975 11 1 1 29 44.2 35.61 -89.65 5 8 2.24 1.264 0.313 4104 0

B-119

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP08043 1975 11 2 14 56 0 46.462 -76.33 18 8 2.37 1.06 0.156 4105 0TMP08045 1975 11 3 20 54 55.3 43.91 -74.65 5 6 3.67 1.038 0.125 4106 0TMP08047 1975 11 4 3 10 0 47.062 -74.612 18 8 2.31 1.06 0.156 4107 0TMP08051 1975 11 6 13 44 0 45.2 -60.8 0 8 2.67 1.074 0.173 4108 0TMP39367 1975 11 6 13 44 0 42.188 -63.848 18 8 2.76 1.375 0.365 4109 0TMP08052 1975 11 7 9 30 58.7 38.4 -88.2 5 8 2.55 1.235 0.297 4110 0TMP08053 1975 11 7 23 39 31.7 33.31 -87.33 4 39 2.97 1.125 0.222 4111 0TMP08058 1975 11 11 8 10 37.6 37.22 -80.89 1 17 3.2 1.041 0.129 4112 0TMP08061 1975 11 15 6 49 39.5 36.11 -89.38 5 8 2.32 1.257 0.309 4113 4038TMP08062 1975 11 16 1 1 3.5 34.26 -80.57 7 17 2.39 1.125 0.222 4114 0TMP08064 1975 11 16 12 3 0 47.306 -70.51 5 6 2.45 1.049 0.141 4115 0TMP08070 1975 11 19 23 12 7.4 36.17 -89.14 5 8 2.62 1.23 0.294 4116 0TMP08078 1975 11 25 15 17 34.8 34.93 -82.9 10 6 3.21 1.062 0.159 4117 0TMP08079 1975 11 25 23 29 0 47.62 -70.091 10 8 2.68 1.055 0.15 4118 0TMP08080 1975 11 26 1 55 0 47.693 -70.114 10 8 2.52 1.047 0.138 4119 4118TMP08085 1975 11 29 14 29 41.2 34.65 -97.53 5 22 3.35 1.04 0.128 4120 0TMP08089 1975 12 3 3 6 33.7 36.56 -89.6 8 8 3.03 1.104 0.203 4121 0TMP08094 1975 12 4 3 50 44.1 36.12 -89.41 5 8 2.47 1.242 0.301 4122 4038TMP08095 1975 12 4 11 57 0 29.2 -81 0 8 2.92 1.073 0.172 4123 0TMP08097 1975 12 4 18 59 59.9 38.24 -94.62 0 8 2.98 1.153 0.244 4124 0TMP08098 1975 12 7 12 18 28.7 35.71 -90.06 5 8 2.39 1.249 0.305 4125 0TMP08106 1975 12 13 9 24 27.8 58.001 -52.388 0 15 3.97 1.153 0.244 4126 0TMP08108 1975 12 14 8 40 44.4 36.09 -89.8 5 8 2.24 1.264 0.313 4127 4038TMP08109 1975 12 18 9 11 32.8 35.99 -89.91 5 8 2.62 1.23 0.294 4128 4127TMP08113 1975 12 19 15 25 0 46.991 -78.782 18 8 3.46 1.034 0.119 4129 0TMP08119 1975 12 24 18 12 28.8 36.52 -90.06 5 8 2.55 1.235 0.297 4130 0TMP08127 1975 12 31 20 52 19.9 36.5 -89.55 5 8 2.24 1.264 0.313 4131 4038TMP08142 1976 1 5 3 46 30 35.94 -89.93 5 8 2.24 1.264 0.313 4132 4127TMP08144 1976 1 6 12 19 48 38.17 -90.08 5 8 2.24 1.264 0.313 4133 0TMP08149 1976 1 13 21 15 0 46.874 -76.11 18 8 2.61 1.049 0.141 4134 0TMP08154 1976 1 15 7 40 52.6 37.37 -90 0 8 2.24 1.264 0.313 4135 0TMP08156 1976 1 16 19 42 56.9 35.9 -92.16 7 6 3.14 1.06 0.156 4136 0TMP08159 1976 1 19 4 3 30 31.9 -103.1 0 6 2.93 1.045 0.136 4137 0TMP08160 1976 1 19 6 20 39.6 36.87 -83.86 1 6 4 1.025 0.102 4138 0TMP08164 1976 1 20 12 44 8.5 36.57 -89.6 10 8 2.24 1.264 0.313 4139 4038TMP08165 1976 1 22 7 21 57 31.9 -103.07 1 17 2.55 1.066 0.164 4140 4137

B-120

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP08167 1976 1 23 0 56 39.6 36.55 -89.6 9 17 2.21 1.079 0.178 4141 4038TMP08168 1976 1 25 4 48 28.5 31.9 -103.09 4 6 3.4 1.066 0.164 4142 4137TMP39368 1976 1 25 4 48 28.5 31.9 -100.087 4 6 3.15 1.124 0.221 4143 0TMP08171 1976 1 27 0 24 47.6 35.79 -89.14 5 8 2.32 1.257 0.309 4144 0TMP08174 1976 2 2 14 44 0 46.136 -75.614 10 8 2.68 1.049 0.141 4145 0TMP08175 1976 2 2 21 14 0 41.968 -82.679 10 6 3.01 1.124 0.221 4146 0TMP08176 1976 2 2 21 14 0 41.88 -83.73 5 6 3.14 1.045 0.136 4147 0TMP08183 1976 2 4 19 53 53 34.97 -84.7 14 6 3.37 1.032 0.115 4148 0TMP08199 1976 2 21 22 17 50.2 36.5 -89.51 5 8 2.32 1.257 0.309 4149 4038TMP08201 1976 2 26 15 36 10.7 35.86 -90.1 5 8 2.32 1.257 0.309 4150 0TMP08202 1976 2 28 0 14 35.2 36.51 -89.54 10 8 2.47 1.242 0.301 4151 4038TMP08204 1976 3 4 16 20 36.2 41.42 -70.34 0 17 2.8 1.103 0.202 4152 0TMP08206 1976 3 6 23 7 32.1 36.48 -89.56 9 8 2.24 1.264 0.313 4153 4038TMP08207 1976 3 7 21 57 0 48.199 -78.117 18 8 2.21 1.049 0.141 4154 0TMP08209 1976 3 8 18 8 0 46.778 -64.966 18 8 2.63 1.06 0.156 4155 0TMP08211 1976 3 11 8 29 32.2 41.56 -71.21 0 17 3.41 1.021 0.093 4156 0TMP08214 1976 3 11 21 7 20.2 40.96 -74.36 0 39 2.68 1.036 0.121 4157 0TMP08217 1976 3 14 23 12 24.6 41.66 -69.97 0 17 3.02 1.041 0.129 4158 0TMP08221 1976 3 16 7 39 45.3 35.43 -95.6 5 39 2.55 1.104 0.203 4159 0TMP08225 1976 3 18 19 40 22.1 37.65 -89.74 5 8 2.62 1.23 0.294 4160 0TMP08227 1976 3 21 22 11 36 36.55 -89.62 5 8 2.24 1.264 0.313 4161 4038TMP08229 1976 3 23 22 31 0 49.56 -104.37 5 8 2.7 1.157 0.247 4162 4163TMP08230 1976 3 25 0 12 0 49.39 -104.27 5 8 2.9 1.157 0.247 4163 0TMP08231 1976 3 25 0 41 20.8 35.58 -90.48 17 6 4.62 1.015 0.08 4164 0TMP08232 1976 3 25 1 0 12.4 35.61 -90.44 14 6 4.22 1.015 0.08 4165 4164TMP08233 1976 3 25 1 16 35.8 35.65 -90.46 15 8 2.24 1.264 0.313 4166 4164TMP08234 1976 3 26 8 50 37.4 36.61 -89.59 9 8 2.32 1.257 0.309 4167 4038TMP08236 1976 3 29 21 23 0 49.338 -67.858 18 8 2.87 1.153 0.244 4168 0TMP08238 1976 3 30 9 27 2 36.68 -102.25 5 25 2.56 1.105 0.204 4169 0TMP08240 1976 4 4 2 16 17.8 37.82 -90.99 5 8 2.47 1.242 0.301 4170 0TMP08243 1976 4 6 18 42 54.4 36.51 -89.62 10 8 2.24 1.264 0.313 4171 4038TMP08245 1976 4 6 21 42 35.9 33.294 -79.742 10.2 15 2.63 1.112 0.211 4172 0TMP08248 1976 4 8 6 17 57.4 37.2 -88.96 5 8 2.47 1.242 0.301 4173 0TMP08249 1976 4 8 7 38 53 39.3 -86.7 0 17 2.94 1.07 0.168 4174 0TMP08250 1976 4 8 16 28 17.8 37.12 -88.88 5 8 2.55 1.235 0.297 4175 4173TMP08251 1976 4 10 2 47 55.9 36.55 -89.66 10 8 2.24 1.264 0.313 4176 4038

B-121

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP08252 1976 4 10 3 20 23.4 36.05 -89.82 5 8 2.24 1.264 0.313 4177 4038TMP08256 1976 4 13 15 39 13 40.84 -74.05 2 6 3.15 1.042 0.131 4178 0TMP08257 1976 4 14 23 47 54 35.65 -90.47 15 8 2.47 1.242 0.301 4179 4164TMP08258 1976 4 15 7 3 34.4 37.38 -87.31 4 6 3.15 1.124 0.221 4180 0TMP08260 1976 4 15 10 36 0 44.2 -70.1 0 25 2.31 1.125 0.222 4181 0TMP08261 1976 4 16 18 59 46.1 35.87 -99.97 5 25 3.11 1.124 0.221 4182 0TMP08263 1976 4 19 4 42 43.9 35.87 -99.97 5 25 3.3 1.104 0.203 4183 4182TMP08264 1976 4 19 13 19 30 36.2 -89.49 5 8 2.24 1.264 0.313 4184 4038TMP08268 1976 4 23 22 22 41.5 37.29 -89.52 5 8 2.55 1.235 0.297 4185 0TMP08269 1976 4 24 10 22 22.1 41.68 -72.49 0 17 2.31 1.105 0.204 4186 0TMP08270 1976 4 28 6 15 53.26 33.756 -81.671 0.4 15 2.37 1.123 0.22 4187 0TMP08272 1976 4 28 21 32 43.9 44.58 -74.63 1 6 2.65 1.154 0.245 4188 0TMP08276 1976 5 1 11 13 40.8 32.27 -103.14 0 6 2.68 1.153 0.244 4189 0TMP08279 1976 5 5 3 1 0 49.565 -73.905 18 8 2.63 1.074 0.173 4190 0TMP08280 1976 5 6 18 46 8.1 39.6 -79.9 0 28 2.65 1.886 0.515 4191 0TMP08283 1976 5 9 10 11 29.5 37.1 -90.97 5 8 2.24 1.264 0.313 4192 0TMP08286 1976 5 10 1 34 20.5 41.54 -71.01 0 17 2.76 1.062 0.159 4193 4156TMP08290 1976 5 11 13 18 14.4 40.48 -73.8 1 17 2.24 1.037 0.123 4194 0TMP08294 1976 5 15 21 6 0 49.84 -68.62 3 8 2.58 1.074 0.173 4195 0TMP08296 1976 5 20 3 12 46.4 35.82 -90.18 5 8 2.24 1.264 0.313 4196 4164TMP08298 1976 5 20 14 55 0 47.447 -70.312 10 8 2.61 1.049 0.141 4197 0TMP08302 1976 5 22 7 40 46.1 36.03 -89.83 9 6 3.07 1.124 0.221 4198 0TMP08303 1976 5 23 8 37 9.5 36.13 -89.74 5 8 2.32 1.257 0.309 4199 4198TMP08305 1976 5 24 7 30 17.5 36.07 -89.45 5 8 2.32 1.257 0.309 4200 4038TMP08306 1976 5 25 17 48 30.4 36.15 -89.76 5 8 2.7 1.223 0.29 4201 4198TMP08308 1976 5 26 18 26 30.9 55.48 -52.453 0 15 3.56 1.375 0.365 4202 0TMP08309 1976 5 27 8 47 47.2 35.67 -90.42 5 8 2.32 1.257 0.309 4203 4164TMP08312 1976 5 30 1 43 37.3 37.41 -104.02 5 39 2.68 1.153 0.244 4204 0TMP08317 1976 6 3 9 40 0 49.8 -68.6 0 8 2.35 1.154 0.245 4205 4195TMP08318 1976 6 3 13 54 14.4 35.94 -90.13 5 8 2.39 1.249 0.305 4206 4164TMP08323 1976 6 12 21 0 0 44.2 -71.6 0 8 2.25 1.154 0.245 4207 0TMP08330 1976 6 19 5 54 13.4 37.34 -81.6 1 17 3.29 1.029 0.11 4208 0TMP08331 1976 6 19 5 57 40.9 37.14 -90.5 5 8 2.7 1.223 0.29 4209 0TMP08332 1976 6 23 8 21 17.8 34.1 -97.4 0 25 2.42 1.124 0.221 4210 0TMP08334 1976 6 24 15 27 32 35.617 -103.283 0 17 3.09 1.066 0.164 4211 0TMP08335 1976 6 26 19 45 0 39.8 -72.5 0 39 3.02 1.066 0.163 4212 0

B-122

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP08339 1976 7 3 20 53 45.8 37.32 -81.13 1 17 2.38 1.153 0.244 4213 0TMP08340 1976 7 4 3 2 50.5 36.77 -89.15 5 8 2.32 1.257 0.309 4214 0TMP08341 1976 7 4 7 21 53.9 36.77 -89.15 5 8 2.24 1.264 0.313 4215 4214TMP08343 1976 7 4 20 14 35.1 36.77 -89.15 5 8 2.32 1.257 0.309 4216 4214TMP08344 1976 7 5 19 40 23.4 36.09 -89.77 5 8 2.47 1.242 0.301 4217 4198TMP08345 1976 7 11 5 15 0 47.443 -70.374 10 3 2.62 1.074 0.173 4218 0TMP08347 1976 7 13 3 51 0 45.159 -74.129 2.9 8 2.85 1.043 0.132 4219 0TMP08348 1976 7 16 18 57 0 43.9 -77.7 0 8 2.35 1.154 0.245 4220 0TMP08354 1976 7 25 22 58 19.9 36.27 -89.47 5 8 2.24 1.264 0.313 4221 4038TMP08357 1976 7 27 14 54 10.7 36.9 -88.96 5 8 2.62 1.23 0.294 4222 4214TMP08358 1976 7 27 15 0 54.2 36.92 -88.97 5 8 2.62 1.23 0.294 4223 4214TMP08364 1976 8 3 2 57 0 47.69 -70.087 10 8 2.58 1.049 0.141 4224 0TMP08365 1976 8 3 4 52 39 36.69 -89.79 5 8 2.24 1.264 0.313 4225 0TMP08366 1976 8 5 18 53 9 31.57 -103.02 0 17 2.68 1.153 0.244 4226 0TMP08374 1976 8 11 2 15 29.3 36.67 -89.56 5 8 2.32 1.257 0.309 4227 4214TMP08375 1976 8 14 1 6 22 36.44 -89.55 5 8 2.32 1.257 0.309 4228 4038TMP08379 1976 8 20 22 8 14.3 41.11 -73.75 6 6 2.32 1.033 0.117 4229 0TMP08380 1976 8 21 7 31 1 35.03 -90.41 5 8 2.55 1.235 0.297 4230 0TMP08386 1976 8 26 1 54 54.4 36.25 -89.5 5 8 2.24 1.264 0.313 4231 4038TMP08394 1976 9 8 2 49 28 36.16 -89.69 5 8 2.62 1.23 0.294 4232 4038TMP08395 1976 9 8 13 1 28.9 36.57 -89.62 5 8 2.24 1.264 0.313 4233 4038TMP08400 1976 9 13 18 54 38 36.62 -80.77 9 17 3.74 1.03 0.112 4234 0TMP08401 1976 9 15 5 15 35.17 33.146 -81.389 2.2 15 2.83 1.105 0.204 4235 0TMP08404 1976 9 17 2 47 45.4 32.21 -103.1 0 6 2.68 1.153 0.244 4236 0TMP08405 1976 9 17 3 56 29 31.4 -102.5 0 8 2.78 1.153 0.244 4237 0TMP08406 1976 9 18 0 40 0 49.366 -67.022 18 8 2.98 1.074 0.173 4238 0TMP08409 1976 9 22 8 44 34.2 33.374 -80.71 4.6 15 2.22 1.266 0.314 4239 0TMP08415 1976 9 25 14 6 55.8 35.58 -90.47 8 6 3.47 1.047 0.139 4240 4164TMP08416 1976 9 30 18 48 43.4 36.2 -91.4 15 8 2.55 1.235 0.297 4241 0TMP08417 1976 10 1 14 44 56.1 36.55 -89.67 12 8 2.24 1.264 0.313 4242 4038TMP08421 1976 10 4 12 6 0.2 35.84 -90.14 5 8 2.32 1.257 0.309 4243 4164TMP08428 1976 10 18 9 12 14.2 38.32 -90.28 5 8 2.24 1.264 0.313 4244 0TMP08433 1976 10 20 4 5 39.8 34.75 -96.12 5 39 2.4 1.074 0.173 4245 0TMP08435 1976 10 20 23 42 8.4 44.69 -73.89 1 17 2.65 1.154 0.245 4246 0TMP08438 1976 10 22 17 15 50.5 35.38 -97.06 5 39 2.68 1.153 0.244 4247 0TMP08439 1976 10 22 18 50 56 48.16 -78.05 18 6 2.36 1.375 0.365 4248 0

B-123

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP08440 1976 10 23 0 40 59.2 32 -88.98 10 39 2.8 1.074 0.173 4249 0TMP08441 1976 10 23 20 58 0 47.839 -69.836 10 8 4.01 1.043 0.132 4250 0TMP08443 1976 10 23 21 23 0 47.869 -69.848 10 1 2.81 1.049 0.141 4251 4250TMP08447 1976 10 24 10 49 0 47.839 -69.809 10 8 3.32 1.074 0.173 4252 4250TMP08468 1976 11 5 16 50 0 46.759 -75.482 18 2 2.45 1.049 0.141 4253 0TMP08470 1976 11 6 6 9 0 47.13 -75.932 18 8 2.57 1.074 0.173 4254 0TMP08471 1976 11 6 11 37 59.4 37.28 -89.47 5 8 2.32 1.257 0.309 4255 0TMP08473 1976 11 7 12 27 0 50.82 -101.99 5 8 2.57 1.153 0.244 4256 0TMP08480 1976 11 14 11 39 46 35.66 -90.46 5 8 2.7 1.223 0.29 4257 4164TMP08485 1976 11 15 1 31 46.4 35.61 -89.9 5 8 2.24 1.264 0.313 4258 0TMP08487 1976 11 16 3 20 38 38.23 -89.69 5 8 2.47 1.242 0.301 4259 0TMP08488 1976 11 16 5 44 42.8 38.22 -89.69 5 8 2.47 1.242 0.301 4260 4259TMP08490 1976 11 19 18 28 39.9 36.45 -89.52 5 8 2.47 1.242 0.301 4261 4038TMP08493 1976 11 22 0 30 51.28 33.374 -80.71 1.8 15 2.3 1.257 0.309 4262 0TMP08497 1976 11 23 5 36 10.2 36.26 -89.45 5 8 2.24 1.264 0.313 4263 4038TMP08512 1976 12 11 7 5 1.1 38.1 -91.04 0 8 3.88 1.153 0.244 4264 0TMP08515 1976 12 13 8 35 55.1 37.81 -90.26 9 6 3.31 1.124 0.221 4265 0TMP08517 1976 12 14 18 11 0 49.287 -72.986 18 8 2.63 1.074 0.173 4266 0TMP08518 1976 12 15 11 57 7.1 36.07 -89.8 5 8 2.47 1.242 0.301 4267 4038TMP08519 1976 12 16 17 26 0 49.287 -72.986 18 8 2.77 1.126 0.223 4268 4266TMP08524 1976 12 19 8 26 36.7 34.92 -95.73 5 28 2.31 1.107 0.206 4269 0TMP08525 1976 12 19 23 56 46.5 32.259 -103.08 1 6 2.58 1.153 0.244 4270 0TMP08526 1976 12 23 9 25 0 46.6 -67.5 0 8 2.25 1.154 0.245 4271 0TMP08527 1976 12 27 6 57 15.2 32.06 -82.5 14 17 3.48 1.124 0.221 4272 0TMP08532 1977 1 2 20 33 23.3 36.47 -89.55 5 8 2.24 1.264 0.313 4273 4038TMP08533 1977 1 3 22 56 48.5 37.58 -89.71 5 6 3.72 1.028 0.107 4274 0TMP08535 1977 1 3 23 25 40.7 36.99 -90.3 5 8 2.24 1.264 0.313 4275 4038TMP08536 1977 1 4 0 17 33.4 37.56 -89.76 5 8 2.24 1.264 0.313 4276 4274TMP08537 1977 1 4 2 34 16.4 37.56 -89.75 5 6 2.28 1.153 0.244 4277 4274TMP08539 1977 1 4 4 46 23.6 37.56 -89.76 5 8 2.24 1.264 0.313 4278 4274TMP08543 1977 1 5 1 47 23.4 37.57 -89.76 10 8 2.39 1.249 0.305 4279 4274TMP08544 1977 1 5 12 52 35.4 35.91 -90.13 5 8 2.24 1.264 0.313 4280 4282TMP08547 1977 1 8 5 5 0 47.257 -75.556 18 8 2.71 1.049 0.141 4281 0TMP08548 1977 1 10 13 39 4.7 35.96 -89.95 5 8 2.24 1.264 0.313 4282 0TMP08550 1977 1 14 4 3 26.7 36.99 -89.13 5 8 2.39 1.249 0.305 4283 4038TMP39451 1977 1 18 18 29 13.68 33.051 -80.212 2.2 15 2.99 1.1 0.2 4284 0

B-124

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP08552 1977 1 18 18 29 14.1 33.06 -80.17 1 6 3.05 1.068 0.166 4285 4284TMP08554 1977 1 20 4 5 45.26 32.927 -80.149 7.9 15 2.42 1.12 0.218 4286 4284TMP08556 1977 1 21 20 50 44.5 39.97 -74.33 6 17 2.55 1.154 0.245 4287 0TMP08559 1977 1 23 21 3 15.3 37.55 -89.78 5 8 2.62 1.23 0.294 4288 4274TMP08563 1977 1 29 22 8 37.8 36.53 -89.58 1 8 2.62 1.23 0.294 4289 4038TMP08566 1977 2 2 15 39 30.2 36.22 -89.64 5 8 2.39 1.249 0.305 4290 4038TMP08570 1977 2 6 9 1 0 46.8 -66.7 0 8 3.22 1.061 0.157 4291 0TMP08572 1977 2 7 9 1 0 50.647 -63.602 18 8 2.43 1.074 0.173 4292 0TMP08573 1977 2 8 10 20 42.5 36.5 -89.57 5 8 2.32 1.257 0.309 4293 4038TMP08576 1977 2 10 19 14 25 39.76 -75.54 0 22 2.56 1.073 0.172 4294 0TMP08577 1977 2 11 4 21 19.8 35.5 -90.48 5 8 2.32 1.257 0.309 4295 0TMP08582 1977 2 13 22 55 0 46.685 -66.324 18 8 2.61 1.049 0.141 4296 0TMP08583 1977 2 14 0 35 0 47.586 -70.539 10 8 2.87 1.074 0.173 4297 0TMP08587 1977 2 16 16 33 51.3 36.28 -89.54 5 8 2.39 1.249 0.305 4298 4038TMP08588 1977 2 17 8 34 0.8 36.15 -89.51 5 8 2.55 1.235 0.297 4299 4038TMP08589 1977 2 24 12 48 0 46.7 -67.4 0 8 2.27 1.104 0.203 4300 0TMP08591 1977 2 27 20 5 34.6 37.9 -78.63 0 17 2.84 1.049 0.141 4301 0TMP08592 1977 2 28 23 48 18.8 39.17 -88.4 5 8 3.08 1.2 0.276 4302 0TMP08596 1977 3 3 19 46 0 47.3 -79.7 0 8 2.75 1.154 0.245 4303 0TMP08601 1977 3 12 21 4 19.63 34.994 -96.625 5 8 2.41 1.053 0.147 4304 0TMP08607 1977 3 20 5 27 58.6 36.51 -89.56 0 6 2.48 1.153 0.244 4305 4038TMP08612 1977 3 28 11 17 14.6 36.49 -89.55 9 6 2.47 1.125 0.222 4306 4038TMP08613 1977 3 30 8 27 47.8 32.95 -80.18 8 6 3.58 1.049 0.141 4307 4284TMP08615 1977 4 6 20 31 57.8 41.01 -70.43 0 39 2.57 1.104 0.203 4308 0TMP08616 1977 4 7 5 45 39.4 32.23 -103.07 2 6 2.58 1.153 0.244 4309 0TMP08621 1977 4 12 0 31 38.9 35.79 -90.29 5 8 2.24 1.264 0.313 4310 0TMP08623 1977 4 14 15 25 13.8 36.41 -89.63 8.6 8 2.32 1.257 0.309 4311 4038TMP08628 1977 4 16 19 41 12.5 37.36 -90.69 13.6 8 2.32 1.257 0.309 4312 0TMP08633 1977 4 26 9 3 7 31.9 -103.1 0 6 3.07 1.066 0.164 4313 0TMP08635 1977 4 26 17 57 24.9 35.8 -90.16 10 8 2.62 1.23 0.294 4314 0TMP08641 1977 5 2 22 41 0 47.5 -69.9 0 8 2.65 1.154 0.245 4315 0TMP08642 1977 5 4 2 0 24.3 31.96 -88.44 0 39 3.27 1.066 0.164 4316 0TMP08645 1977 5 8 22 42 0 49.227 -66.715 18 8 2.47 1.06 0.156 4317 0TMP08648 1977 5 13 1 29 2.2 35.98 -91.2 5 8 2.55 1.235 0.297 4318 0TMP08649 1977 5 15 18 50 0 47.352 -77.058 18 8 2.48 1.049 0.141 4319 0TMP08657 1977 5 29 16 4 28.4 34.44 -87.74 5 8 2.85 1.213 0.284 4320 0

B-125

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP08658 1977 5 31 0 33 5.4 36.56 -89.81 11.4 8 2.47 1.242 0.301 4321 0TMP08659 1977 5 31 23 50 13.2 32.951 -80.244 8 6 2.79 1.062 0.159 4322 4284TMP39453 1977 5 31 23 50 14 32.94 -80.23 12 6 2.49 1.136 0.231 4323 4284TMP08661 1977 6 2 23 29 10.6 34.56 -94.17 10 6 3.73 1.034 0.119 4324 0TMP08662 1977 6 2 23 35 12.2 34.6 -93.9 10 39 2.28 1.153 0.244 4325 0TMP08672 1977 6 4 18 59 3.7 36.24 -89.59 0.6 8 2.39 1.249 0.305 4326 4038TMP08673 1977 6 5 0 42 29.7 33.05 -81.41 4 6 3.03 1.066 0.163 4327 0TMP08679 1977 6 7 23 1 25 33.13 -100.94 12 39 3.45 1.074 0.173 4328 0TMP08682 1977 6 8 13 29 12 32.89 -100.95 0 8 2.68 1.153 0.244 4329 0TMP08686 1977 6 13 3 13 51.6 36.28 -89.49 10 8 2.24 1.264 0.313 4330 4038TMP08688 1977 6 15 2 3 3 36.32 -89.56 0.5 8 2.24 1.264 0.313 4331 4038TMP08689 1977 6 15 3 31 4.4 37.66 -88.31 10 8 2.24 1.264 0.313 4332 0TMP08690 1977 6 15 4 14 39.2 36.08 -89.59 5 8 2.24 1.264 0.313 4333 4038TMP08693 1977 6 16 22 24 24.13 33.909 -97.444 5 8 2.24 1.264 0.313 4334 0TMP08697 1977 6 17 15 39 46.9 40.71 -84.71 1 39 3.07 1.037 0.123 4335 0TMP08699 1977 6 20 5 5 0 47.828 -70.125 10 8 2.68 1.074 0.173 4336 0TMP08702 1977 6 22 20 43 39.52 32.989 -80.159 3.9 15 2.55 1.116 0.214 4337 4284TMP08705 1977 6 23 8 35 30.2 35.76 -90.21 10 8 2.47 1.242 0.301 4338 0TMP08706 1977 6 29 5 32 15.4 36.67 -91.03 5 8 2.62 1.23 0.294 4339 0TMP08707 1977 6 30 17 1 55.1 36.55 -89.6 2.9 8 2.32 1.257 0.309 4340 4038TMP08708 1977 6 30 23 3 21.99 34.193 -96.958 5 17 2.47 1.055 0.15 4341 0TMP08709 1977 7 1 15 53 19.5 42.88 -70.06 0 17 2.67 1.104 0.203 4342 0TMP08716 1977 7 6 11 9 6.8 36.51 -89.54 5 8 2.24 1.264 0.313 4343 0TMP08717 1977 7 7 9 59 0 49.681 -66.848 18 8 2.38 1.049 0.141 4344 4359TMP08719 1977 7 7 11 47 0 44.945 -55.598 18 8 2.66 1.375 0.365 4345 0TMP08724 1977 7 11 12 34 37.6 39.71 -89.38 9 8 2.55 1.235 0.297 4346 0TMP08726 1977 7 14 7 39 0 45.994 -74.426 18 8 3.21 1.045 0.136 4347 0TMP08730 1977 7 16 11 37 0 44.711 -55.94 18 8 3.16 1.375 0.365 4348 0TMP08731 1977 7 17 22 25 11.5 36.24 -89.38 1.7 8 2.24 1.264 0.313 4349 0TMP08732 1977 7 18 22 32 0 47.5 -70.2 18 8 2.37 1.074 0.173 4350 0TMP08737 1977 7 22 4 1 10 31.8 -102.7 0 8 2.68 1.153 0.244 4351 0TMP08741 1977 7 27 22 3 20.8 35.42 -84.41 5 2 3.38 1.072 0.171 4352 0TMP39369 1977 8 2 11 25 0 51.411 -71.687 18 8 2.27 1.153 0.244 4353 0TMP08744 1977 8 4 1 5 19.3 36.55 -89.6 5 8 2.39 1.249 0.305 4354 0TMP08745 1977 8 4 4 20 7.7 33.37 -80.7 9 6 2.78 1.153 0.244 4355 4367TMP08748 1977 8 6 12 50 4.1 36.07 -91.13 5 8 2.62 1.23 0.294 4356 0

B-126

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP08749 1977 8 7 6 2 0 45.67 -77.53 18 8 2.27 1.06 0.156 4357 0TMP08751 1977 8 8 23 6 0 49.7 -67.095 18 8 3.46 1.066 0.164 4358 4359TMP08752 1977 8 8 23 8 0 49.699 -67.054 18 8 3.63 1.066 0.164 4359 0TMP08753 1977 8 8 23 29 0 49.711 -67.088 18 8 2.57 1.074 0.173 4360 0TMP08760 1977 8 11 21 21 0 48.657 -69.357 18 8 2.41 1.06 0.156 4361 0TMP08768 1977 8 18 10 34 26.6 41.41 -98.47 5 17 2.77 1.218 0.287 4362 0TMP08770 1977 8 18 20 25 59.8 36.12 -89.74 5 8 2.55 1.235 0.297 4363 0TMP08772 1977 8 23 12 34 31.6 36.09 -89.19 10 8 2.32 1.257 0.309 4364 0TMP08773 1977 8 23 13 44 59.67 32.937 -80.161 6.9 15 2.7 1.109 0.208 4365 4284TMP39455 1977 8 23 13 45 0 32.939 -80.163 7.6 1 2.62 1.23 0.294 4366 4284TMP08774 1977 8 25 4 20 7 33.39 -80.69 0 4 3.11 1.049 0.141 4367 0TMP08778 1977 9 1 21 5 32.5 33.408 -80.663 6.2 2 2.35 1.124 0.221 4368 4367TMP08779 1977 9 2 5 53 56.5 41.31 -73.92 3 6 2.27 1.037 0.123 4369 0TMP08787 1977 9 7 14 41 32.7 34.982 -82.927 0 8 2.77 1.218 0.287 4370 0TMP08790 1977 9 10 21 36 4.5 36.56 -89.64 7.8 8 2.24 1.264 0.313 4371 4354TMP08792 1977 9 12 2 36 30.06 33.947 -95.243 5 39 2.47 1.087 0.187 4372 0TMP08793 1977 9 12 23 48 38.9 36.53 -89.56 5 8 2.24 1.264 0.313 4373 4354TMP08797 1977 9 20 10 15 0.6 35.68 -91.5 10 8 2.62 1.23 0.294 4374 0TMP08798 1977 9 23 15 32 22.4 36.06 -89.88 5 8 2.62 1.23 0.294 4375 0TMP08800 1977 9 24 17 19 44 58.275 -54.166 0 15 4.16 1.375 0.365 4376 0TMP08804 1977 9 26 17 19 17.4 36.46 -89.62 10.5 8 2.47 1.242 0.301 4377 4354TMP08806 1977 9 28 17 21 44.7 44.39 -73.89 3 17 2.69 1.042 0.131 4378 0TMP08807 1977 9 28 20 27 29.2 36.63 -90.65 10 8 2.55 1.235 0.297 4379 0TMP08808 1977 9 28 21 45 20.1 36.71 -89.53 5 8 2.24 1.264 0.313 4380 4354TMP08811 1977 10 1 1 25 13.4 36.23 -89.43 7 8 2.47 1.242 0.301 4381 4383TMP08812 1977 10 2 5 51 11.6 45.16 -69.06 0 17 2.76 1.103 0.202 4382 0TMP08813 1977 10 4 5 36 20.9 36.24 -89.35 5 8 3.16 1.195 0.273 4383 0TMP08815 1977 10 4 7 32 0 49.948 -66.866 18 8 2.57 1.074 0.173 4384 0TMP08818 1977 10 9 5 59 0 47.385 -70.413 10.6 8 2.28 1.049 0.141 4385 0TMP08823 1977 10 13 5 24 57.9 36.06 -89.81 10 8 2.55 1.235 0.297 4386 4375TMP08826 1977 10 16 21 29 0 46.6 -73.7 0 8 2.77 1.074 0.173 4387 0TMP08830 1977 10 23 7 51 41 36.932 -82.134 10 6 2.48 1.153 0.244 4388 0TMP08832 1977 10 24 18 9 0 47.003 -67.023 18 8 2.78 1.049 0.141 4389 0TMP08834 1977 10 25 19 22 29.7 36.45 -89.47 5 8 2.62 1.23 0.294 4390 4354TMP08835 1977 10 26 23 14 32 47.1 -87.1 0 17 2.55 1.154 0.245 4391 0TMP08841 1977 11 4 11 21 10.2 33.928 -89.173 16 8 3.44 1.064 0.161 4392 0

B-127

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP08842 1977 11 5 8 49 28.1 59.255 -60.242 0 15 3.56 1.375 0.365 4393 0TMP08843 1977 11 5 16 23 30.5 36.08 -89.8 10.8 8 2.62 1.23 0.294 4394 4375TMP08844 1977 11 7 20 48 0 46.279 -75.207 18 8 2.78 1.074 0.173 4395 0TMP08845 1977 11 9 6 21 45.7 36.61 -89.59 10 6 2.48 1.153 0.244 4396 4354TMP08846 1977 11 9 18 24 5.2 35.96 -89.89 5 8 2.7 1.223 0.29 4397 4375TMP08849 1977 11 12 17 16 13.5 36.27 -89.45 10 8 2.47 1.242 0.301 4398 0TMP08851 1977 11 13 8 39 0 50.617 -64.824 18 8 2.67 1.153 0.244 4399 0TMP39370 1977 11 13 17 5 0 41.22 -63.199 18 8 3.26 1.375 0.365 4400 0TMP08852 1977 11 13 17 5 37 42.26 -64.7 18 16 2.67 1.074 0.173 4401 0TMP08859 1977 11 20 7 39 10.7 36.74 -90.83 5 8 2.7 1.223 0.29 4402 0TMP08860 1977 11 22 6 42 50.9 36.48 -89.58 9.1 8 2.47 1.242 0.301 4403 4354TMP08865 1977 11 25 5 13 16.2 45.34 -68.03 0 17 2.63 1.104 0.203 4404 0TMP08868 1977 11 25 18 47 0 46.741 -76.281 18 8 2.81 1.049 0.141 4405 0TMP08869 1977 11 26 4 18 18.1 34.39 -92.91 10 17 3.08 1.052 0.146 4406 0TMP08872 1977 11 28 1 40 52 32.96 -100.88 1 6 3 1.074 0.173 4407 0TMP08878 1977 12 1 13 22 37.81 40.311 -100.3 1.2 17 2.67 1.167 0.254 4408 0TMP08888 1977 12 7 18 21 40.8 36.7 -89.27 10 8 2.24 1.264 0.313 4409 0TMP08893 1977 12 9 9 10 52.3 36.45 -89.53 5 8 2.47 1.242 0.301 4410 4354TMP08894 1977 12 9 17 33 7.9 41.56 -73.88 5 28 2.23 1.075 0.174 4411 0TMP08896 1977 12 12 6 58 23.2 35.99 -89.9 5 8 2.24 1.264 0.313 4412 4375TMP08897 1977 12 15 7 15 55 33 -80.29 9 15 3.11 1.063 0.16 4413 0TMP39458 1977 12 15 7 15 55.2 32.983 -80.265 13 1 2.34 1.091 0.191 4414 4413TMP08898 1977 12 15 8 55 24.5 43.03 -77.44 5 17 2.83 1.066 0.163 4415 0TMP08899 1977 12 15 19 16 43.1 32.88 -80.18 9 1 2.98 1.054 0.148 4416 4413TMP39459 1977 12 15 19 16 43.6 32.944 -80.167 7.5 1 2.95 1.075 0.174 4417 4413TMP08901 1977 12 16 9 2 0 46.09 -66.809 18 8 2.27 1.153 0.244 4418 0TMP08902 1977 12 16 11 14 34.4 32.737 -80.317 8.1 2 2.59 1.075 0.174 4419 4413TMP39460 1977 12 16 11 14 34.4 32.737 -80.317 0 2 2.47 1.242 0.301 4420 4413TMP08903 1977 12 16 11 25 31.54 32.733 -80.309 7.5 15 2.69 1.11 0.209 4421 4413TMP39461 1977 12 16 11 25 31.8 32.725 -80.318 7.1 2 2.62 1.23 0.294 4422 4413TMP08904 1977 12 18 1 58 37.55 32.747 -80.287 5.6 15 2.32 1.125 0.222 4423 4413TMP39462 1977 12 18 1 58 37.8 32.739 -80.292 6.6 2 2.24 1.264 0.313 4424 4413TMP08908 1977 12 20 17 44 23.8 41.79 -70.68 0 17 3.23 1.039 0.126 4425 0TMP08911 1977 12 20 23 41 22.92 33.062 -80.239 11.6 15 2.35 1.124 0.221 4426 4413TMP39463 1977 12 20 23 41 23.3 33.064 -80.232 12 2 2.24 1.264 0.313 4427 4413TMP08914 1977 12 22 14 57 0 46.836 -76.937 18 4 3.27 1.074 0.173 4428 0

B-128

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP08915 1977 12 23 4 55 11 40.81 -74.76 0 28 2.33 1.074 0.173 4429 0TMP08918 1977 12 24 0 0 28.8 36.17 -89.66 10 8 2.62 1.23 0.294 4430 4398TMP08920 1977 12 25 7 7 39.7 36.32 -89.52 2.9 8 2.32 1.257 0.309 4431 4398TMP08921 1977 12 25 15 35 53.5 43.2 -71.64 0 6 3.42 1.049 0.141 4432 0TMP08923 1977 12 26 0 0 24 52.67 -79.502 18 8 2.67 1.074 0.173 4433 0TMP08928 1977 12 31 2 9 35.6 36.05 -89.84 7.8 8 2.24 1.264 0.313 4434 4375TMP08931 1978 1 2 8 20 47.3 36.25 -89.56 5 8 2.47 1.242 0.301 4435 4398TMP08934 1978 1 3 1 43 53.4 43.93 -67.58 0 39 2.53 1.105 0.204 4436 0TMP08936 1978 1 4 14 6 38.1 36.09 -89.29 5 8 2.24 1.264 0.313 4437 0TMP39464 1978 1 4 19 28 0 44 -70.6 0 8 2.25 1.154 0.245 4438 4439TMP08938 1978 1 4 19 28 10.8 44.07 -70.55 9 6 3.15 1.031 0.113 4439 0TMP08945 1978 1 8 11 34 23.4 32.7 -88.21 1 6 2.95 1.052 0.146 4440 0TMP08948 1978 1 11 16 51 14.2 36.21 -89.48 5 8 2.47 1.242 0.301 4441 4398TMP08950 1978 1 11 21 43 16 36.53 -89.66 15.4 8 2.55 1.235 0.297 4442 4354TMP08952 1978 1 12 21 10 0 28.1 -81.6 0 8 2.65 1.886 0.515 4443 0TMP08953 1978 1 13 3 36 0 46.82 -70.36 18 8 2.62 1.066 0.164 4444 0TMP08957 1978 1 14 12 46 50 36.19 -89.65 9.6 8 2.32 1.257 0.309 4445 4398TMP08960 1978 1 16 3 50 3.1 42.43 -105.31 5 17 2.66 1.124 0.221 4446 0TMP08962 1978 1 18 23 46 26.4 36.25 -89.41 1 6 2.34 1.124 0.221 4447 4398TMP08963 1978 1 20 10 25 44.3 36.54 -89.61 5 8 2.47 1.242 0.301 4448 4354TMP08966 1978 1 22 20 18 35 37.22 -88.3 5 8 2.32 1.257 0.309 4449 0TMP08971 1978 1 25 8 29 39 34.301 -81.234 5 8 2.6 1.085 0.185 4450 4461TMP08978 1978 1 28 15 46 39.5 36.41 -89.48 1.8 8 2.39 1.249 0.305 4451 4354TMP08979 1978 1 28 16 40 58.8 38.244 -88.01 5 8 2.86 1.085 0.185 4452 0TMP08983 1978 2 3 0 25 49 40.08 -100.32 5 39 2.38 1.153 0.244 4453 0TMP08984 1978 2 3 16 53 25 36.13 -89.7 11.2 8 2.24 1.264 0.313 4454 4375TMP08986 1978 2 4 9 14 38.5 34.304 -81.303 1 8 2.85 1.213 0.284 4455 4461TMP08988 1978 2 5 15 46 1.3 36.56 -89.56 5 8 2.24 1.264 0.313 4456 4354TMP08993 1978 2 8 20 35 39.6 34.06 -82.13 11 6 2.77 1.218 0.287 4457 0TMP08995 1978 2 9 19 19 13.8 34.617 -81.759 5 8 2.85 1.213 0.284 4458 0TMP08998 1978 2 10 20 23 38.7 34.343 -81.348 1 8 2.77 1.218 0.287 4459 4461TMP08999 1978 2 11 0 19 0.7 34.343 -81.35 3 8 2.77 1.218 0.287 4460 4461TMP09000 1978 2 11 5 19 0.2 34.346 -81.349 1 8 2.93 1.208 0.281 4461 0TMP09002 1978 2 11 12 0 25.8 34.336 -81.31 2 8 2.85 1.213 0.284 4462 4461TMP09006 1978 2 14 12 45 7.2 34.342 -81.346 2 8 2.77 1.218 0.287 4463 4461TMP09007 1978 2 14 13 9 59.5 34.351 -81.343 2 8 2.85 1.213 0.284 4464 4461

B-129

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP09008 1978 2 14 17 6 41.1 34.79 -81.76 6 6 2.77 1.218 0.287 4465 4458TMP09012 1978 2 15 18 6 58.1 35.71 -88.07 5 8 2.55 1.235 0.297 4466 0TMP09013 1978 2 15 21 14 34.2 34.349 -81.346 0 8 2.77 1.218 0.287 4467 4461TMP09014 1978 2 16 2 14 33.4 34.332 -81.362 2 8 2.85 1.213 0.284 4468 4461TMP09015 1978 2 16 9 25 37 39.8 -88.23 5 17 2.38 1.153 0.244 4469 0TMP09018 1978 2 18 14 48 0 46.35 -74.11 7 8 3.82 1.072 0.17 4470 0TMP09020 1978 2 21 7 29 0 46.8 -68.6 0 8 2.25 1.154 0.245 4471 0TMP09021 1978 2 21 11 12 48.11 34.535 -99.003 5 8 2.22 1.055 0.15 4472 0TMP09023 1978 2 22 7 13 25.1 34.327 -81.35 1 8 2.85 1.213 0.284 4473 4461TMP09024 1978 2 22 12 13 24.3 34.339 -81.35 1 8 3 1.203 0.278 4474 4461TMP09025 1978 2 22 13 4 59.2 34.356 -81.352 0 8 2.77 1.218 0.287 4475 4461TMP09026 1978 2 23 5 24 0 46.36 -74.13 7 8 3.36 1.066 0.164 4476 4470TMP09027 1978 2 24 7 34 10.5 34.334 -81.348 1 8 2.93 1.208 0.281 4477 4461TMP09029 1978 2 25 4 2 42.7 34.345 -81.351 1 8 2.77 1.218 0.287 4478 4461TMP09031 1978 2 26 6 52 35.4 34.315 -81.297 1 8 2.85 1.213 0.284 4479 4461TMP09032 1978 2 26 11 52 33 34.391 -81.361 1 8 3 1.203 0.278 4480 4461TMP09033 1978 2 26 18 17 48.8 34.321 -81.348 0 8 3.08 1.2 0.276 4481 4461TMP09035 1978 2 27 16 9 25.2 37.57 -89.74 10 8 2.47 1.242 0.301 4482 0TMP09036 1978 2 28 11 32 13.4 38.51 -89.61 5 8 2.47 1.242 0.301 4483 0TMP09037 1978 3 1 4 8 25.3 34.4 -86.71 5 17 2.26 1.124 0.221 4484 0TMP09040 1978 3 2 10 4 53 31.55 -102.5 1 6 3.07 1.124 0.221 4485 0TMP09041 1978 3 3 2 24 37.28 35.086 -96.278 5 8 2.27 1.055 0.149 4486 0TMP09044 1978 3 5 14 46 50.48 34.699 -95.033 7 6 2.85 1.053 0.147 4487 0TMP09048 1978 3 9 3 26 0 47.6 -69.9 0 8 2.25 1.154 0.245 4488 0TMP09049 1978 3 9 6 30 50.82 34.01 -97.378 5 28 2.43 1.05 0.143 4489 0TMP09055 1978 3 14 12 11 31.4 36.64 -89.56 10 8 2.32 1.257 0.309 4490 0TMP09059 1978 3 17 18 26 34.8 36.78 -80.74 16 4 3 1.045 0.136 4491 0TMP09065 1978 3 20 8 16 0 43.1 -71.5 0 8 2.25 1.154 0.245 4492 0TMP09068 1978 3 22 15 52 26.7 36.2 -81.73 1 8 2.58 1.153 0.244 4493 0TMP09072 1978 3 24 17 25 25.1 36.04 -89.9 5 8 2.24 1.264 0.313 4494 4375TMP09074 1978 3 27 20 56 44.7 34.78 -82.59 1 6 2.77 1.218 0.287 4495 0TMP09077 1978 3 30 23 2 37.7 36.27 -89.47 4.2 8 2.85 1.213 0.284 4496 0TMP09080 1978 3 31 14 27 57 43.1 -71.63 0 17 2.8 1.103 0.202 4497 4492TMP09084 1978 4 2 21 32 48.08 34.635 -96.057 5 8 2.36 1.054 0.148 4498 0TMP09085 1978 4 3 7 52 28.3 36.61 -89 10.4 8 3 1.203 0.278 4499 0TMP09086 1978 4 3 12 24 21.5 36.63 -90 9 6 3.02 1.082 0.182 4500 0

B-130

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP09088 1978 4 4 19 16 14.8 36.04 -89.83 13.7 8 2.93 1.208 0.281 4501 0TMP09090 1978 4 5 14 45 49.5 43.86 -74.24 11 6 2.45 1.154 0.245 4502 0TMP09092 1978 4 5 17 25 58.3 35.97 -89.91 8.2 8 3 1.203 0.278 4503 4501TMP09095 1978 4 7 4 18 14.1 36.14 -91.12 5 8 2.24 1.264 0.313 4504 0TMP09117 1978 4 18 23 6 0 48.1 -69.7 0 8 2.25 1.154 0.245 4505 0TMP09124 1978 4 22 6 36 24.3 34.23 -81.26 0 8 2.28 1.153 0.244 4506 4461TMP09145 1978 5 2 1 46 11.8 34.187 -82.738 10 6 3.13 1.096 0.196 4507 0TMP09151 1978 5 7 16 6 23 42.26 -101.95 38 6 3.72 1.044 0.134 4508 0TMP09152 1978 5 8 3 26 34 36.49 -89.53 10 8 2.24 1.264 0.313 4509 4501TMP09158 1978 5 12 6 9 25.2 36.08 -89.43 10 8 2.24 1.264 0.313 4510 4501TMP09160 1978 5 13 21 55 42.3 42.78 -78.26 16 6 3.03 1.101 0.201 4511 0TMP09161 1978 5 13 22 8 34.5 42.76 -78.3 6 6 2.86 1.103 0.202 4512 4511TMP09162 1978 5 16 16 6 10.4 35.02 -81.807 1 8 2.85 1.213 0.284 4513 0TMP09163 1978 5 16 19 40 26.1 44.39 -70.23 0 17 2.53 1.105 0.204 4514 0TMP09165 1978 5 18 0 19 22.43 35.502 -97.949 5 25 2.62 1.039 0.127 4515 0TMP09168 1978 5 18 8 42 32.8 36.04 -89.81 12.2 8 2.24 1.264 0.313 4516 4501TMP09169 1978 5 18 16 23 32.4 36.15 -89.43 10 8 2.24 1.264 0.313 4517 4501TMP09171 1978 5 19 4 46 20.9 34.86 -88.6 10 8 2.7 1.223 0.29 4518 0TMP09174 1978 5 20 1 53 44.7 40.11 -100.32 5 39 2.48 1.153 0.244 4519 0TMP09177 1978 5 21 18 55 56.7 36.61 -89.98 9.8 8 2.62 1.23 0.294 4520 4501TMP09184 1978 5 25 12 55 49.3 36.86 -89.09 8.7 8 2.62 1.23 0.294 4521 0TMP09185 1978 5 25 18 27 0 49.91 -66.88 18 8 2.27 1.153 0.244 4522 0TMP09186 1978 5 26 1 20 17.2 36.29 -89.53 7.7 8 2.24 1.264 0.313 4523 4501TMP09187 1978 5 26 2 31 0 47.72 -69.99 15 8 2.89 1.066 0.164 4524 0TMP09188 1978 5 26 4 41 12 36.86 -89.09 5 8 2.32 1.257 0.309 4525 4521TMP09192 1978 5 27 18 23 41.5 36.1 -89.45 10 8 2.32 1.257 0.309 4526 4501TMP09204 1978 6 1 7 22 0 49.95 -63.68 18 8 2.57 1.153 0.244 4527 0TMP09206 1978 6 2 2 7 28.9 38.41 -88.46 20 6 3.37 1.063 0.16 4528 0TMP09208 1978 6 3 11 42 50.1 36.57 -89.62 10 8 2.32 1.257 0.309 4529 4501TMP09211 1978 6 5 21 37 44.9 33.524 -82.6 3 8 2.77 1.218 0.287 4530 0TMP09214 1978 6 8 2 8 27.8 36.36 -90.77 10 8 2.24 1.264 0.313 4531 0TMP09216 1978 6 8 8 13 1.5 36.06 -89.84 10 8 2.24 1.264 0.313 4532 4501TMP09219 1978 6 9 23 15 19.6 32.042 -88.595 2 8 2.98 1.153 0.244 4533 0TMP09220 1978 6 10 20 57 53.5 39.78 -104.87 20 39 2.7 1.124 0.221 4534 0TMP09221 1978 6 11 5 28 20.5 34.052 -81.649 4 8 2.77 1.218 0.287 4535 0TMP09223 1978 6 12 6 33 26.2 34.777 -81.864 2 8 2.77 1.218 0.287 4536 0

B-131

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP09226 1978 6 14 18 0 0 44.7 -56.22 18 8 3.07 1.153 0.244 4537 0TMP09229 1978 6 16 11 46 56 32.97 -100.9 3 6 4.49 1.024 0.1 4538 0TMP09230 1978 6 16 11 53 33.1 32.97 -100.9 5 39 3.08 1.153 0.244 4539 4538TMP09231 1978 6 16 20 40 16.4 34.77 -85.04 0 8 2.62 1.23 0.294 4540 0TMP09233 1978 6 19 8 54 16.2 38.21 -88.39 5 8 2.55 1.235 0.297 4541 0TMP09240 1978 6 23 17 26 18.6 36.03 -89.83 11 8 2.24 1.264 0.313 4542 0TMP09243 1978 6 27 19 34 0 44.665 -55.731 18 8 2.66 1.375 0.365 4543 0TMP09246 1978 6 29 20 58 45.1 31.05 -101.94 0 8 3.08 1.153 0.244 4544 0TMP09247 1978 6 30 0 17 0 48.75 -68.39 18 4 2.77 1.153 0.244 4545 0TMP09248 1978 6 30 20 13 43.6 41.08 -74.2 5 6 2.78 1.028 0.107 4546 0TMP09253 1978 7 3 17 54 29.1 36.54 -89.58 5 8 2.47 1.242 0.301 4547 4529TMP09258 1978 7 9 0 26 3.6 34.33 -82.82 1 8 2.77 1.218 0.287 4548 4507TMP09261 1978 7 9 7 3 35.6 35.505 -82.798 10 17 3 1.203 0.278 4549 0TMP09262 1978 7 10 7 15 30.6 36.5 -89.55 5 8 2.36 1.124 0.221 4550 4529TMP09267 1978 7 13 17 38 38.4 44.73 -73.67 3 6 2.6 1.104 0.203 4551 0TMP09269 1978 7 16 6 39 29.7 39.9 -76.22 0 8 3.3 1.027 0.105 4552 0TMP09271 1978 7 17 3 42 6.7 35.82 -90.11 10 8 2.47 1.242 0.301 4553 4501TMP09276 1978 7 21 5 2 36.2 34.68 -105.04 0 8 2.78 1.153 0.244 4554 0TMP09281 1978 7 24 7 41 43.6 36.44 -89.55 10 8 2.47 1.242 0.301 4555 4529TMP09282 1978 7 24 8 6 16.9 26.38 -88.72 15 8 4.58 1.153 0.244 4556 0TMP09284 1978 7 26 4 17 8.7 40.4 -71.11 0 39 2.9 1.066 0.163 4557 0TMP09288 1978 7 28 14 44 0 40.6 -70.9 0 8 2.25 1.154 0.245 4558 4557TMP09290 1978 7 29 13 56 0 49.3 -65.61 18 8 3 1.104 0.203 4559 0TMP09293 1978 7 30 10 54 0 45.68 -74.44 18 8 3.45 1.066 0.164 4560 0TMP09295 1978 8 1 17 42 0 47.04 -70.93 18 8 2.57 1.066 0.164 4561 0TMP09296 1978 8 1 21 55 55.2 38.09 -90.33 11.2 8 2.32 1.257 0.309 4562 0TMP09304 1978 8 6 4 28 56.83 36.073 -99.935 5 8 2.53 1.054 0.148 4563 0TMP09307 1978 8 6 15 47 49.3 36.73 -89.59 5 8 2.32 1.257 0.309 4564 4529TMP09316 1978 8 10 21 12 5.1 40.27 -70.99 5 39 3.4 1.048 0.14 4565 4557TMP09325 1978 8 14 22 55 0 47.67 -70.22 18 8 2.62 1.066 0.164 4566 0TMP09330 1978 8 16 22 37 0 47.9 -69.6 0 8 2.35 1.154 0.245 4567 0TMP09332 1978 8 18 3 18 5.5 36.49 -89.49 5 8 2.47 1.242 0.301 4568 4529TMP09335 1978 8 19 17 53 7.9 36.63 -89.55 13.5 8 2.24 1.264 0.313 4569 4529TMP09339 1978 8 21 8 47 0 44.52 -74.51 0 8 2.99 1.036 0.122 4570 0TMP09343 1978 8 24 10 23 7.6 34.311 -81.341 2 8 2.85 1.213 0.284 4571 4575TMP09349 1978 8 25 20 1 30.5 42.87 -70.83 0 39 2.28 1.049 0.142 4572 0

B-132

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP09350 1978 8 26 3 54 34.1 47.17 -76.43 5 4 2.57 1.153 0.244 4573 0TMP09353 1978 8 26 23 39 16.6 37.44 -90.09 13.8 8 2.32 1.257 0.309 4574 0TMP09354 1978 8 27 10 23 8 34.313 -81.337 2 8 2.93 1.208 0.281 4575 0TMP09355 1978 8 27 10 58 16.8 34.331 -81.312 7 8 2.77 1.218 0.287 4576 4575TMP09357 1978 8 29 7 5 50.6 38.5 -88.21 17 6 2.36 1.077 0.176 4577 0TMP09362 1978 8 31 0 31 0.6 36.09 -89.44 1 6 3.31 1.124 0.221 4578 4501TMP09368 1978 9 3 12 41 14.4 41.36 -71.37 0 39 2.8 1.066 0.163 4579 0TMP09379 1978 9 7 22 53 23 33.06 -80.21 10 1 2.82 1.055 0.149 4580 0TMP09384 1978 9 10 18 31 56.8 36.1 -89.76 5 6 2.28 1.153 0.244 4581 0TMP09389 1978 9 14 8 6 20.9 40.67 -100.28 0 39 2.48 1.153 0.244 4582 0TMP09391 1978 9 15 5 50 28.2 35.83 -89.81 11 6 2.38 1.153 0.244 4583 4586TMP09396 1978 9 18 9 28 0 42.04 -60.28 18 8 2.86 1.375 0.365 4584 0TMP09400 1978 9 20 12 24 8.9 38.58 -90.28 1 6 3.13 1.035 0.12 4585 0TMP09402 1978 9 21 7 17 47.1 35.84 -90.01 5 8 2.47 1.242 0.301 4586 0TMP09404 1978 9 22 11 29 10.5 38.3 -88.41 15 8 2.47 1.242 0.301 4587 0TMP09406 1978 9 23 7 34 3.7 33.96 -91.92 33 17 3.16 1.065 0.162 4588 0TMP09408 1978 9 23 21 56 26.2 36.32 -91.17 9 6 2.75 1.085 0.185 4589 0TMP09417 1978 9 26 21 17 17.72 35.519 -97.866 5 8 2.23 1.089 0.189 4590 0TMP09420 1978 9 27 3 4 0 47.6 -70.4 18 25 2.34 1.09 0.19 4591 4566TMP09422 1978 9 27 20 56 3.75 33.883 -97.477 5 8 2.26 1.092 0.192 4592 0TMP09434 1978 10 6 19 25 47.4 40.08 -76.15 0 17 3.34 1.054 0.148 4593 0TMP09442 1978 10 12 19 5 55.8 36.46 -89.49 2.2 8 2.24 1.264 0.313 4594 0TMP09443 1978 10 13 12 54 0 46.23 -74.72 18 8 2.37 1.153 0.244 4595 0TMP09456 1978 10 26 21 53 40 42.65 -77.82 6 6 2.45 1.154 0.245 4596 0TMP09459 1978 10 27 13 53 55.9 33.87 -87.43 5 17 2.44 1.108 0.207 4597 0TMP09460 1978 10 27 16 27 18.1 34.302 -81.326 2 8 3.08 1.2 0.276 4598 4575TMP09463 1978 10 28 5 52 7.6 36.28 -89.5 7.7 8 2.24 1.264 0.313 4599 4594TMP09465 1978 10 29 23 59 42.8 43.94 -70.4 0 17 2.35 1.154 0.245 4600 0TMP39477 1978 10 30 9 15 12.63 33.039 -80.159 6.7 15 2.4 1.122 0.219 4601 0TMP39478 1978 10 30 9 15 13 33.046 -80.151 7.3 1 2.32 1.257 0.309 4602 4601TMP09469 1978 10 30 9 16 14.1 33.032 -80.162 0.7 1 2.83 1.105 0.204 4603 4601TMP39480 1978 10 30 9 16 14.9 33.039 -80.15 3 1 2.7 1.223 0.29 4604 4601TMP09481 1978 11 2 11 12 12.2 34.483 -82.244 5 8 2.39 1.249 0.305 4605 0TMP09485 1978 11 4 1 23 0 50.72 -101.8 10 8 2.83 1.123 0.22 4606 0TMP09492 1978 11 6 23 0 0 30.2 -82.65 0 28 2.65 1.886 0.515 4607 0TMP09497 1978 11 11 15 26 59.7 36.49 -89.48 6.5 8 2.32 1.257 0.309 4608 4594

B-133

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP09502 1978 11 15 4 9 9.2 33.328 -82.129 11.9 8 2.47 1.242 0.301 4609 0TMP09503 1978 11 15 8 33 47.6 37.682 -77.561 13.4 2 2.24 1.264 0.313 4610 0TMP09504 1978 11 15 8 37 35.1 35.76 -90.23 5 8 2.24 1.264 0.313 4611 4643TMP09510 1978 11 20 14 54 13.5 35.76 -90.23 5 8 2.24 1.264 0.313 4612 4643TMP09513 1978 11 21 23 31 22.1 35.97 -89.92 10 17 2.68 1.092 0.192 4613 4643TMP09516 1978 11 23 9 15 0 43.2 -66.3 0 8 2.25 1.154 0.245 4614 0TMP09518 1978 11 24 11 54 40.9 34.296 -81.347 1 8 2.85 1.213 0.284 4615 4575TMP09530 1978 12 2 8 36 0 48.96 -67.62 18 8 2.87 1.153 0.244 4616 0TMP09531 1978 12 3 22 27 0 49.08 -81.07 18 8 2.27 1.153 0.244 4617 0TMP09535 1978 12 5 1 48 2 38.56 -88.37 23 6 3.53 1.045 0.136 4618 0TMP09541 1978 12 8 3 41 53 36.94 -89.14 5 8 2.62 1.23 0.294 4619 0TMP09546 1978 12 11 2 6 50.1 31.91 -88.47 3 17 3.31 1.124 0.221 4620 0TMP09547 1978 12 11 7 48 57.9 38.08 -88.81 19.4 8 2.55 1.235 0.297 4621 0TMP09552 1978 12 17 4 50 53.3 36.16 -89.37 5 8 2.32 1.257 0.309 4622 0TMP09553 1978 12 18 8 56 30.5 36.3 -89.47 5 8 2.24 1.264 0.313 4623 4622TMP09557 1978 12 20 20 35 9.3 35.91 -89.99 5 8 2.24 1.264 0.313 4624 4643TMP09558 1978 12 21 6 16 25.6 37.51 -89.63 5 8 2.32 1.257 0.309 4625 0TMP09568 1978 12 28 9 24 0 44.5 -73.9 0 8 2.63 1.074 0.173 4626 0TMP09576 1979 1 5 5 39 26.8 51.878 -58.033 0 8 2.87 1.104 0.203 4627 0TMP09577 1979 1 6 1 58 55.3 38.96 -105.16 5 17 3.29 1.062 0.158 4628 0TMP09584 1979 1 11 10 0 43.5 36.16 -89.4 10 8 2.39 1.249 0.305 4629 4622TMP09593 1979 1 16 18 28 31.5 33.378 -82.09 1.7 8 2.47 1.242 0.301 4630 0TMP09599 1979 1 19 3 52 51.2 37.37 -89.28 6.2 8 2.24 1.264 0.313 4631 0TMP09600 1979 1 19 8 55 36.9 34.644 -82.843 1 8 2.7 1.124 0.221 4632 0TMP09604 1979 1 20 10 0 18.4 36.06 -89.79 9.9 8 2.24 1.264 0.313 4633 0TMP09614 1979 1 27 23 55 14.95 33.047 -80.173 9.3 15 3.08 1.097 0.197 4634 0TMP39482 1979 1 27 23 55 15.7 33.051 -80.182 6 1 3 1.203 0.278 4635 4634TMP09617 1979 1 29 6 35 46.2 44.82 -73.19 9 17 2.69 1.043 0.132 4636 0TMP09618 1979 1 29 19 20 10.4 34.916 -97.383 5 17 2.39 1.055 0.149 4637 0TMP09620 1979 1 30 16 30 52.1 40.32 -74.26 5 17 3.42 1.016 0.081 4638 0TMP09627 1979 2 1 22 53 45.4 35.77 -90.2 5 8 2.24 1.264 0.313 4639 4643TMP39485 1979 2 2 20 36 38 36.29 -89.47 1.6 8 2.39 1.249 0.305 4640 4622TMP09647 1979 2 3 8 31 46 35.87 -89.95 5 8 2.55 1.235 0.297 4641 4643TMP09653 1979 2 4 16 55 59.96 34.672 -97.157 5 17 2.5 1.054 0.148 4642 0TMP09654 1979 2 5 5 31 9.4 35.84 -90.1 10 6 3.1 1.073 0.172 4643 0TMP09669 1979 2 13 18 22 54.3 35.78 -90.19 8.7 8 2.85 1.213 0.284 4644 4643

B-134

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP09676 1979 2 17 6 52 37.9 36.99 -88.95 3.8 8 2.85 1.213 0.284 4645 0TMP09681 1979 2 21 19 13 0 48.51 -105.06 18 8 2.2 1.157 0.247 4646 0TMP09684 1979 2 23 10 23 57.2 40.8 -74.81 13 6 2.6 1.045 0.136 4647 0TMP09691 1979 2 27 8 25 0 34.2 -92 0 28 2.7 1.124 0.221 4648 0TMP09692 1979 2 27 22 28 55.1 35.97 -91.17 5 8 2.62 1.23 0.294 4649 4651TMP09693 1979 2 27 22 40 0 35.92 -91.26 10 8 2.55 1.235 0.297 4650 4651TMP09694 1979 2 27 22 53 18 35.92 -91.28 10 8 2.93 1.208 0.281 4651 0TMP09695 1979 2 27 22 53 38 35.88 -91.29 10 8 2.77 1.218 0.287 4652 4651TMP09696 1979 2 27 22 54 54.8 35.96 -91.2 10 17 3.42 1.065 0.162 4653 4651TMP09697 1979 2 27 22 55 12 35.93 -91.24 10 17 3.29 1.146 0.239 4654 4651TMP09698 1979 2 27 23 12 16.5 35.92 -91.28 10.6 8 2.7 1.223 0.29 4655 4651TMP09699 1979 2 27 23 59 9.8 35.93 -91.26 11.1 8 2.55 1.235 0.297 4656 4651TMP09700 1979 2 27 23 59 57.7 35.93 -91.25 6.9 8 2.85 1.213 0.284 4657 4651TMP09702 1979 2 28 19 47 59.8 35.99 -91.42 16.6 8 2.39 1.249 0.305 4658 4651TMP09704 1979 3 5 12 27 56.1 45.78 -95.13 5 39 2.28 1.153 0.244 4659 0TMP09706 1979 3 7 6 40 16.8 35.98 -90.01 29.2 8 2.55 1.235 0.297 4660 4643TMP09710 1979 3 10 4 49 39.7 40.72 -74.5 3 6 2.99 1.03 0.111 4661 0TMP09716 1979 3 14 4 37 15.27 35.519 -97.781 5 25 2.4 1.079 0.178 4662 0TMP09723 1979 3 16 0 37 55 45.15 -66.67 18 3 2.41 1.2 0.276 4663 0TMP09727 1979 3 17 22 55 30 36.54 -89.6 7.7 8 2.32 1.257 0.309 4664 4706TMP09728 1979 3 18 8 28 0 49.99 -63.98 18 8 2.77 1.153 0.244 4665 0TMP09729 1979 3 18 16 31 0 45.84 -76.46 18 8 2.57 1.153 0.244 4666 0TMP09739 1979 3 18 18 30 36.85 35.418 -98.108 5 8 2.22 1.091 0.191 4667 0TMP09742 1979 3 18 19 13 50.6 35.418 -98.155 5 8 2.26 1.092 0.192 4668 4667TMP09745 1979 3 18 20 5 30.54 35.416 -98.11 5 17 2.41 1.055 0.15 4669 4667TMP09747 1979 3 18 20 44 19.47 35.379 -98.124 5 25 2.68 1.049 0.142 4670 4667TMP09750 1979 3 18 21 42 10.54 35.394 -98.108 5 17 2.32 1.055 0.15 4671 4667TMP09753 1979 3 18 23 19 1.29 34.1 -97.448 5 25 2.32 1.051 0.144 4672 0TMP09756 1979 3 19 3 42 55.14 35.4 -98.11 5 17 2.44 1.088 0.188 4673 4667TMP09761 1979 3 20 2 2 0 46.88 -65.83 18 8 2.27 1.153 0.244 4674 0TMP09770 1979 3 23 6 1 39.99 34.022 -97.44 5 8 2.24 1.264 0.313 4675 4672TMP09776 1979 3 23 22 53 0 47.69 -70.1 10 8 2.89 1.066 0.164 4676 0TMP09777 1979 3 24 23 26 3.1 38.45 -90.41 10 8 2.32 1.257 0.309 4677 0TMP09784 1979 3 31 7 54 35.5 56.916 -59.375 0 15 2.27 1.153 0.244 4678 0TMP09790 1979 4 2 23 31 3 36.43 -89.41 10 8 2.24 1.264 0.313 4679 4706TMP09793 1979 4 4 17 32 51 55.939 -58.436 0 15 2.77 1.153 0.244 4680 0

B-135

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP09796 1979 4 5 16 44 42.7 36.59 -89.63 5 8 2.24 1.264 0.313 4681 4706TMP09799 1979 4 8 22 46 7.6 41.46 -98.76 35 39 2.48 1.153 0.244 4682 0TMP09802 1979 4 16 6 40 16.7 46.7 -95.54 20 17 2.78 1.153 0.244 4683 0TMP09804 1979 4 18 2 34 15.3 43.97 -69.79 17 17 4.02 1.02 0.092 4684 0TMP09805 1979 4 20 10 32 0 45.18 -66 18 8 2.91 1.055 0.15 4685 0TMP09806 1979 4 21 5 25 51.4 37.5 -89.62 2.9 8 2.47 1.242 0.301 4686 0TMP09812 1979 4 23 0 5 0 43 -71.2 0 25 2.88 1.125 0.222 4687 4688TMP09814 1979 4 23 0 5 45.7 43.04 -71.24 0 17 3.21 1.05 0.143 4688 0TMP09818 1979 4 30 7 25 16.8 37.32 -90.91 8.6 8 2.39 1.249 0.305 4689 0TMP09822 1979 5 4 12 13 8.9 34.33 -81.95 1 8 2.93 1.208 0.281 4690 0TMP09837 1979 5 14 20 0 0.4 36.16 -91.23 5 8 2.24 1.264 0.313 4691 0TMP09843 1979 5 19 13 53 57.5 36.21 -89.45 6.6 8 2.47 1.242 0.301 4692 4706TMP09844 1979 5 20 1 22 30.5 36.54 -89.65 6.3 8 2.55 1.235 0.297 4693 4706TMP09845 1979 5 20 3 7 12.2 36.54 -89.64 7.8 8 2.32 1.257 0.309 4694 4706TMP09847 1979 5 21 14 44 54.7 36.84 -89.43 11.8 8 2.39 1.249 0.305 4695 4715TMP09854 1979 5 25 7 6 21 35.95 -89.91 15.9 8 2.39 1.249 0.305 4696 4706TMP09857 1979 5 26 21 58 0 46.34 -75.57 1 8 3.06 1.123 0.22 4697 0TMP09861 1979 5 28 20 7 0 47.09 -76.25 18 8 2.27 1.153 0.244 4698 0TMP09862 1979 5 29 20 48 49.1 45 -74.99 2 3 2.66 1.146 0.239 4699 0TMP09863 1979 5 30 2 3 57.8 36.16 -89.66 10 8 2.24 1.264 0.313 4700 4706TMP09872 1979 6 5 8 58 0 49.37 -67.54 18 8 2.93 1.124 0.221 4701 0TMP09873 1979 6 6 16 16 21.9 40.14 -100.35 1 17 2.62 1.076 0.175 4702 4721TMP09876 1979 6 7 7 39 35.56 35.187 -99.812 5 25 2.91 1.034 0.119 4703 0TMP09877 1979 6 7 13 45 53.3 44.43 -73.86 0 17 3.13 1.198 0.275 4704 0TMP09878 1979 6 9 13 37 26.5 36.44 -89.53 10.7 8 2.32 1.257 0.309 4705 4706TMP09881 1979 6 11 4 12 17.1 36.15 -89.64 15 6 3.69 1.063 0.16 4706 0TMP09894 1979 6 20 19 20 17.8 41.35 -74.38 0 17 2.85 1.154 0.245 4707 0TMP09905 1979 6 25 17 11 13.8 35.56 -90.45 7 6 3.1 1.045 0.135 4708 0TMP09908 1979 6 27 1 37 44.3 36.92 -89.07 6.5 8 2.85 1.213 0.284 4709 4715TMP09913 1979 6 28 7 25 30.7 36.55 -89.66 9.5 8 2.32 1.257 0.309 4710 4706TMP09914 1979 6 30 20 46 42.3 39.92 -97.29 7 17 3.24 1.033 0.117 4711 0TMP09921 1979 7 4 3 45 21.29 35.705 -97.978 5 8 2.29 1.089 0.189 4712 0TMP09924 1979 7 5 1 5 2.9 32.997 -100.924 1 17 2.38 1.153 0.244 4713 4538TMP09931 1979 7 8 1 29 0 46.87 -76.6 18 8 3.37 1.153 0.244 4714 0TMP09932 1979 7 8 12 35 15.5 36.91 -89.31 2 6 3.03 1.104 0.203 4715 0TMP09933 1979 7 8 13 14 29.5 36.89 -89.27 5 8 2.39 1.249 0.305 4716 0

B-136

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP09935 1979 7 9 5 42 0 43.4 -71.5 7 8 2.25 1.154 0.245 4717 0TMP09936 1979 7 9 8 16 0 46.54 -74.65 18 8 3.38 1.123 0.22 4718 0TMP09946 1979 7 13 7 29 39 36.08 -89.77 11 6 2.81 1.045 0.136 4719 4706TMP09953 1979 7 14 22 43 13.6 35.86 -90.07 5 8 2.39 1.249 0.305 4720 0TMP09954 1979 7 16 0 3 48.4 40.18 -100.32 4 39 2.93 1.075 0.174 4721 0TMP09955 1979 7 16 1 34 20.3 40.19 -100.34 5 8 2.73 1.164 0.252 4722 4721TMP09962 1979 7 17 20 13 8.2 34.741 -82.55 0 8 2.77 1.218 0.287 4723 0TMP09965 1979 7 19 10 27 3.9 35.229 -84.825 10 4 3.08 1.2 0.276 4724 0TMP09966 1979 7 20 21 45 0 44.76 -56.23 18 8 3.06 1.375 0.365 4725 0TMP09970 1979 7 24 2 24 6.27 36.07 -97.506 5 17 2.55 1.054 0.148 4726 0TMP09973 1979 7 25 3 15 37.27 33.967 -97.549 5 25 2.72 1.077 0.176 4727 0TMP09976 1979 7 28 23 29 12 43.29 -70.44 11 17 3.59 1.054 0.148 4728 0TMP09981 1979 7 31 19 11 5.62 36.086 -97.305 5 17 2.28 1.056 0.151 4729 4726TMP09982 1979 7 31 20 23 0 42.532 -55.408 18 8 2.86 1.375 0.365 4730 0TMP09984 1979 8 1 19 57 44.8 37.26 -89.48 5 8 2.32 1.257 0.309 4731 0TMP09985 1979 8 2 4 16 22.2 40.17 -100.4 1 17 2.25 1.124 0.221 4732 4721TMP09998 1979 8 11 1 1 21.1 35.93 -90.04 0.8 8 2.39 1.249 0.305 4733 4706TMP09999 1979 8 11 2 11 56.23 32.978 -80.234 10.5 15 2.84 1.105 0.204 4734 0TMP39497 1979 8 11 2 11 56.6 32.99 -80.22 10 1 2.82 1.089 0.189 4735 4734TMP10004 1979 8 13 5 18 56.8 35.21 -84.36 10 1 3.63 1.071 0.169 4736 0TMP39373 1979 8 13 5 19 25.2 33.9 -82.54 23 6 3.99 1.174 0.259 4737 0TMP10020 1979 8 18 7 25 0 50.37 -66.09 18 8 2.47 1.153 0.244 4738 0TMP10023 1979 8 19 22 49 0 47.67 -69.9 10 8 4.72 1.035 0.12 4739 0TMP10026 1979 8 20 5 37 0 47.66 -69.9 11 8 2.47 1.153 0.244 4740 4739TMP10028 1979 8 20 9 41 0 47.67 -69.9 7 8 2.47 1.153 0.244 4741 4739TMP10030 1979 8 20 23 11 0 47.67 -69.9 7 8 2.57 1.153 0.244 4742 4739TMP10033 1979 8 24 7 21 0 44.4 -70.1 0 8 2.25 1.154 0.245 4743 0TMP10034 1979 8 26 1 31 45 34.916 -82.956 1 22 3.64 1.056 0.151 4744 0TMP10036 1979 8 26 11 28 0 36.3 -91.5 0 28 2.65 1.886 0.515 4745 0TMP10039 1979 8 31 8 0 11.72 40.139 -100.34 1.5 17 2.72 1.173 0.258 4746 4721TMP10044 1979 9 4 7 38 56.2 41.58 -73.54 2 6 2.24 1.062 0.159 4747 0TMP10046 1979 9 4 9 10 14.7 57.598 -58.772 0 15 3.56 1.375 0.365 4748 0TMP10050 1979 9 6 20 38 16.3 35.3 -83.24 10 8 3.31 1.189 0.269 4749 0TMP10054 1979 9 12 6 24 4 35.58 -83.91 12 2 3.2 1.072 0.171 4750 0TMP10055 1979 9 12 10 59 46.2 37.74 -89.95 3 17 2.26 1.124 0.221 4751 0TMP10057 1979 9 13 0 49 22.97 35.217 -99.362 14.5 25 3.19 1.048 0.14 4752 0

B-137

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP10069 1979 9 16 15 57 20.84 35.343 -97.997 5 25 2.51 1.078 0.177 4753 0TMP10074 1979 9 17 20 41 50.53 35.32 -97.968 5 25 2.49 1.05 0.143 4754 4753TMP10075 1979 9 18 2 21 51.9 36.78 -91.39 2.2 8 2.47 1.242 0.301 4755 0TMP10080 1979 9 20 4 17 57.4 36.5 -89.53 5 8 2.39 1.249 0.305 4756 4706TMP10081 1979 9 20 23 34 40.5 36.24 -89.4 7.2 8 2.39 1.249 0.305 4757 4706TMP10087 1979 9 28 8 18 35.9 36.38 -89.56 5.5 8 2.39 1.249 0.305 4758 4706TMP10093 1979 10 2 0 5 43.2 36.06 -89.77 10 8 2.24 1.264 0.313 4759 4706TMP10098 1979 10 5 23 5 54.4 32.771 -80.287 9.6 15 2.59 1.114 0.212 4760 0TMP39499 1979 10 5 23 5 54.7 32.782 -80.281 13 3 2.47 1.242 0.301 4761 4760TMP10103 1979 10 8 8 53 52.8 36.44 -82.08 5 17 3.61 1.18 0.263 4762 0TMP39374 1979 10 8 8 54 19.4 34.31 -81.33 2 17 2.85 1.213 0.284 4763 4764TMP10104 1979 10 8 23 20 11 34.306 -81.344 1 8 3.16 1.095 0.195 4764 0TMP10107 1979 10 11 11 0 12.5 36.72 -91.3 3.3 8 3 1.203 0.278 4765 0TMP10109 1979 10 14 8 24 57.6 34.306 -81.338 2 8 3.08 1.2 0.276 4766 4764TMP10116 1979 10 18 12 1 33 37.43 -89.34 5 8 2.39 1.249 0.305 4767 0TMP10124 1979 10 21 7 29 7.55 34.502 -96.432 5 8 2.23 1.055 0.149 4768 0TMP10133 1979 10 29 20 27 47.3 35.354 -84.778 7 4 2.77 1.218 0.287 4769 0TMP10139 1979 11 1 9 49 28.6 35.77 -90.14 9.9 8 2.47 1.242 0.301 4770 0TMP10143 1979 11 3 5 3 6.3 36.52 -89.52 9.3 8 2.55 1.235 0.297 4771 4706TMP10144 1979 11 3 5 20 17.5 38.21 -89.28 8.8 8 2.47 1.242 0.301 4772 0TMP10145 1979 11 5 16 35 25.9 36.46 -91.04 6 6 3.15 1.066 0.163 4773 0TMP10149 1979 11 7 22 21 22.8 33.942 -83.886 0 8 2.55 1.235 0.297 4774 0TMP10151 1979 11 9 21 29 59.8 38.49 -82.81 1 6 3.49 1.062 0.158 4775 0TMP10156 1979 11 13 16 15 33.5 38.29 -89.74 3.8 8 2.39 1.249 0.305 4776 0TMP10157 1979 11 13 23 2 14 52.26 -106.62 18 12 2.2 1.124 0.221 4777 0TMP10162 1979 11 16 18 13 5.5 35.63 -90.5 17.8 8 2.32 1.257 0.309 4778 0TMP10168 1979 11 20 15 49 2.8 34.24 -80.695 0 8 2.77 1.218 0.287 4779 0TMP10170 1979 11 25 6 38 49.2 36.44 -89.52 2.9 8 2.47 1.242 0.301 4780 4706TMP10171 1979 11 26 4 43 19 36.36 -89.52 10 17 2.62 1.076 0.175 4781 4706TMP10172 1979 11 27 9 10 36.79 35.63 -98.408 5 17 3.1 1.083 0.183 4782 0TMP10173 1979 11 29 2 58 44.5 43.79 -74.49 0 6 2.35 1.154 0.245 4783 0TMP10183 1979 12 7 5 43 34.9 33.01 -80.16 5 1 3.12 1.045 0.135 4784 0TMP10187 1979 12 9 23 12 58.66 33.988 -97.353 5 25 2.53 1.05 0.143 4785 0TMP10189 1979 12 10 15 52 1.6 36.07 -89.42 14.1 8 2.7 1.223 0.29 4786 4706TMP10192 1979 12 13 7 27 28.5 35.58 -90.43 12.6 8 2.47 1.242 0.301 4787 0TMP10200 1979 12 16 12 37 37.49 35.158 -98.741 5 17 2.41 1.089 0.189 4788 0

B-138

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP10205 1979 12 19 18 58 0 49.43 -66.72 18 8 3.23 1.124 0.221 4789 0TMP10214 1979 12 27 7 58 0.4 36.1 -89.43 4.1 8 2.55 1.235 0.297 4790 4706TMP10217 1979 12 30 14 15 12.3 41.15 -73.71 4 17 2.73 1.03 0.112 4791 0TMP10218 1979 12 30 14 19 23.8 41.16 -73.71 4 25 2.73 1.066 0.164 4792 4791TMP10227 1980 1 6 13 50 56.6 36.701 -81.465 1 2 2.62 1.23 0.294 4793 0TMP10229 1980 1 7 17 46 58.7 35.71 -90.32 14.4 8 2.39 1.249 0.305 4794 0TMP10236 1980 1 10 19 16 23.5 24.13 -85.71 15 8 3.58 1.153 0.244 4795 0TMP10240 1980 1 14 5 57 43.8 43.82 -68.09 10 17 2.74 1.066 0.164 4796 0TMP10242 1980 1 17 10 12 25.4 41.31 -73.92 2 28 2.26 1.067 0.165 4797 4791TMP10243 1980 1 17 10 13 16.1 41.31 -73.93 1 6 2.87 1.019 0.088 4798 4791TMP10255 1980 1 24 0 0 0 46.18 -75.08 9 8 2.47 1.153 0.244 4799 0TMP10257 1980 1 24 4 12 8.8 35.575 -84.271 20.8 3 2.39 1.249 0.305 4800 0TMP10258 1980 1 24 5 44 0 46.14 -75.07 5 8 2.67 1.074 0.173 4801 4799TMP10259 1980 1 26 2 20 9.1 37.8 -88.81 0.6 8 2.7 1.223 0.29 4802 0TMP10261 1980 1 27 17 38 29.3 36.59 -89.61 5.1 8 2.24 1.264 0.313 4803 4706TMP10262 1980 1 28 17 0 13.4 36.54 -89.61 5.4 8 2.39 1.249 0.305 4804 4706TMP10268 1980 1 31 3 43 52.9 36.15 -89.67 2.3 8 2.32 1.257 0.309 4805 4706TMP10274 1980 2 4 9 18 45.6 44.76 -75.3 0 6 2.65 1.154 0.245 4806 0TMP10276 1980 2 5 6 50 36.8 36.2 -89.45 5 8 2.47 1.242 0.301 4807 4706TMP10280 1980 2 8 8 31 1.6 36.07 -89.78 9.3 8 2.24 1.264 0.313 4808 4706TMP10291 1980 2 21 20 42 3.5 35.19 -101.01 1 17 2.58 1.153 0.244 4809 0TMP10295 1980 2 27 6 13 0 49.62 -91.22 18 8 3.07 1.153 0.244 4810 0TMP10298 1980 2 29 5 53 56.1 42.58 -74.2 12 6 2.66 1.074 0.173 4811 0TMP10299 1980 2 29 19 41 0 52.12 -106.93 1 8 2.81 1.123 0.22 4812 0TMP10301 1980 3 2 2 40 26 35.94 -89.97 6.1 8 2.24 1.264 0.313 4813 0TMP10302 1980 3 2 11 54 47.9 40.21 -75.08 0 17 2.42 1.128 0.224 4814 4815TMP10303 1980 3 5 17 6 56.5 40.17 -75.07 8 17 3.16 1.034 0.118 4815 0TMP10304 1980 3 5 17 20 32.4 40.18 -75.06 5 17 2.67 1.128 0.224 4816 4815TMP39903 1980 3 5 17 20 33.2 40.25 -75.08 0 8 2.35 1.154 0.245 4817 4815TMP10305 1980 3 6 8 30 34.7 36.28 -89.5 4.5 8 2.7 1.223 0.29 4818 4706TMP10308 1980 3 7 7 51 1.4 36.54 -90.79 5 8 2.39 1.249 0.305 4819 0TMP10314 1980 3 11 4 15 0 46.79 -71.87 18 8 3.41 1.008 0.057 4820 0TMP10316 1980 3 11 6 0 26.9 40.15 -75.09 5 17 3.37 1.038 0.125 4821 4815TMP10319 1980 3 11 16 16 5.5 40.24 -74.99 2 17 2.42 1.128 0.224 4822 4815TMP10322 1980 3 13 2 23 13 37.89 -88.44 20 6 3.1 1.048 0.14 4823 0TMP10326 1980 3 14 12 17 0 42.917 -55.592 18 8 2.66 1.375 0.365 4824 0

B-139

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP10328 1980 3 18 0 31 0 52.08 -106.9 1 8 2.61 1.124 0.221 4825 4812TMP10331 1980 3 19 22 50 57.93 34.98 -97.644 5 8 2.28 1.091 0.191 4826 0TMP10333 1980 3 21 9 24 4 41.31 -73.91 0 28 2.42 1.128 0.224 4827 4791TMP10337 1980 3 23 21 38 16.2 37.6 -86.76 9 17 3.17 1.072 0.171 4828 0TMP10338 1980 3 25 18 54 35.7 40.97 -75.02 5 6 2.42 1.128 0.224 4829 0TMP10342 1980 3 29 8 43 40.3 37.21 -89.06 5 17 2.84 1.084 0.184 4830 0TMP10343 1980 3 30 21 43 0 42.561 -55.698 18 8 2.66 1.375 0.365 4831 0TMP10345 1980 4 1 8 55 0 47.2 -70.93 15 8 2.31 1.049 0.141 4832 0TMP10347 1980 4 3 0 41 18.4 37.12 -88.88 5 8 2.39 1.249 0.305 4833 4830TMP10350 1980 4 3 16 57 0 48.77 -67.95 18 8 3.47 1.038 0.125 4834 0TMP10352 1980 4 5 11 49 33.8 39.83 -74.05 6 17 2.75 1.154 0.245 4835 0TMP10355 1980 4 7 9 36 0.4 43.13 -72.22 0 17 2.89 1.066 0.163 4836 0TMP10356 1980 4 8 15 12 11 36.72 -89.55 5 8 2.47 1.242 0.301 4837 0TMP10362 1980 4 10 15 36 43.8 44.71 -68.36 0 17 3.17 1.036 0.122 4838 0TMP10365 1980 4 13 22 40 23 49.59 -81.76 6 3 3.68 1.066 0.164 4839 0TMP10367 1980 4 19 0 0 0 45.42 -72.51 12 8 2.37 1.153 0.244 4840 0TMP10369 1980 4 19 23 32 0 45.14 -73.02 18 8 2.65 1.154 0.245 4841 0TMP10371 1980 4 21 13 39 57.5 44.72 -68.36 0 17 2.69 1.066 0.164 4842 4838TMP10372 1980 4 21 20 44 5.7 35.76 -84.13 5 17 2.66 1.074 0.173 4843 4844TMP10373 1980 4 21 23 20 39.5 35.76 -84.12 5 17 2.85 1.213 0.284 4844 0TMP10374 1980 4 22 3 14 4.6 36.4 -80.61 1 3 2.66 1.078 0.177 4845 0TMP10378 1980 4 24 10 24 11 46.6 -75.98 12 8 2.58 1.074 0.173 4846 0TMP10380 1980 4 25 5 43 35.3 46.81 -73.39 7 8 2.63 1.036 0.122 4847 0TMP10383 1980 4 28 5 27 56.6 36.12 -89.73 10 8 2.24 1.264 0.313 4848 4706TMP10387 1980 5 2 15 23 23.5 40.16 -74.99 0 17 2.65 1.154 0.245 4849 4815TMP10388 1980 5 2 19 2 24.4 40.24 -75.03 1 17 2.59 1.128 0.224 4850 4815TMP10389 1980 5 4 8 56 13.1 44.29 -69.61 2 17 2.75 1.06 0.156 4851 0TMP10392 1980 5 7 4 32 49.9 41.01 -73.87 0 17 2.25 1.128 0.224 4852 0TMP10397 1980 5 10 12 44 48.3 45.23 -69.1 0 17 2.58 1.066 0.164 4853 0TMP10408 1980 5 19 23 40 0 45.27 -75.25 18 8 2.48 1.13 0.226 4854 0TMP10409 1980 5 20 21 33 23 41.35 -74.37 0 17 2.25 1.128 0.224 4855 0TMP10414 1980 5 23 8 39 44 44.89 -74.55 0 17 3.09 1.06 0.156 4856 0TMP10416 1980 5 23 23 15 45.9 36.23 -89.65 4.1 8 2.47 1.242 0.301 4857 4848TMP10420 1980 5 27 15 13 21.8 36.25 -89.46 5.6 8 2.32 1.257 0.309 4858 4706TMP10424 1980 5 30 7 44 2.72 35.512 -99.39 5 17 2.66 1.054 0.148 4859 0TMP10429 1980 6 6 1 31 27.86 35.402 -97.983 5 8 2.34 1.055 0.149 4860 0

B-140

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP10431 1980 6 6 13 15 53.1 43.64 -75.14 3 8 3.51 1.019 0.088 4861 0TMP10433 1980 6 8 4 2 0 50.3 -63.76 18 8 2.47 1.153 0.244 4862 0TMP10436 1980 6 9 10 1 55.9 36.06 -89.8 6.2 8 2.39 1.249 0.305 4863 4848TMP10437 1980 6 9 22 37 12.3 35.48 -101.01 1 17 3.29 1.065 0.162 4864 0TMP10438 1980 6 10 23 47 32.2 35.46 -82.81 1 2 2.68 1.153 0.244 4865 0TMP10439 1980 6 12 18 19 26.9 43.63 -75.09 7 17 2.46 1.074 0.173 4866 4861TMP10440 1980 6 12 18 49 26 44.37 -74.1 16 17 2.45 1.154 0.245 4867 0TMP10444 1980 6 17 1 5 29.8 36.56 -89.67 5.1 8 2.24 1.264 0.313 4868 4706TMP10453 1980 6 25 18 2 1.6 35.73 -84.03 1 2 3.03 1.124 0.221 4869 0TMP10455 1980 6 28 10 44 50.3 38.19 -90.38 0.4 8 2.55 1.235 0.297 4870 0TMP10462 1980 6 30 11 14 3.8 36.97 -90.38 12.6 8 2.39 1.249 0.305 4871 0TMP10465 1980 7 1 3 6 0 47.56 -70.75 10 8 3.23 1.06 0.156 4872 0TMP10468 1980 7 1 23 33 19.8 33.38 -80.673 2 1 2.2 1.131 0.227 4873 0TMP10469 1980 7 2 7 50 0 47.3 -70.33 10 8 2.92 1.074 0.173 4874 0TMP10470 1980 7 2 7 57 0 47.3 -70.37 0 8 2.21 1.104 0.203 4875 4874TMP10473 1980 7 4 11 56 19 44.45 -69.86 0 17 2.65 1.066 0.164 4876 0TMP10474 1980 7 5 8 54 40.1 36.56 -89.6 4 17 3.29 1.047 0.139 4877 4706TMP10478 1980 7 8 1 34 44.01 34.002 -97.354 5 17 2.34 1.055 0.149 4878 0TMP10482 1980 7 10 17 47 23.5 36.05 -89.82 8.6 8 2.24 1.264 0.313 4879 4706TMP10486 1980 7 15 7 21 1.5 44.72 -74.9 4 6 2.31 1.074 0.173 4880 0TMP10487 1980 7 16 9 51 53.3 36.39 -89.58 6.1 8 2.24 1.264 0.313 4881 4706TMP10489 1980 7 17 9 13 3.2 36.71 -89.51 0.8 8 2.32 1.257 0.309 4882 0TMP10492 1980 7 18 14 29 46.88 35.18 -99.698 5 17 3.01 1.084 0.184 4883 0TMP10498 1980 7 25 0 0 0 45.14 -74.18 11 8 2.67 1.153 0.244 4884 0TMP10500 1980 7 25 6 22 0 45.14 -74.17 5 8 2.78 1.039 0.126 4885 4884TMP10502 1980 7 25 15 30 12.5 33.94 -87.44 0 8 2.78 1.153 0.244 4886 0TMP10503 1980 7 25 22 24 0 47.76 -70.13 18 8 2.24 1.06 0.156 4887 4739TMP10504 1980 7 27 18 52 21.4 38.19 -83.89 16 6 5.01 1.038 0.125 4888 0TMP10506 1980 7 29 1 10 22.7 34.351 -81.364 1 8 3.31 1.189 0.269 4889 0TMP10512 1980 7 31 9 27 2.3 38.19 -83.93 19 25 2.28 1.052 0.145 4890 4888TMP10513 1980 7 31 10 10 0 49.9 -82.04 18 8 2.57 1.153 0.244 4891 0TMP10514 1980 8 2 17 20 59.7 40.42 -74.15 8 17 2.82 1.028 0.107 4892 0TMP10516 1980 8 4 0 32 0 46.7 -65.94 0 8 2.28 1.06 0.156 4893 0TMP10519 1980 8 5 17 13 32.96 34.096 -97.588 5 8 2.55 1.235 0.297 4894 0TMP10527 1980 8 9 1 13 52.4 36.21 -89.45 5 8 2.47 1.242 0.301 4895 4706TMP10531 1980 8 10 14 13 0 47.98 -71.68 5 8 2.37 1.153 0.244 4896 0

B-141

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP10536 1980 8 11 14 54 46.1 43.54 -75.16 0 6 3.15 1.104 0.203 4897 4861TMP10539 1980 8 12 22 16 59.2 36.46 -89.62 10.5 8 2.39 1.249 0.305 4898 4706TMP10543 1980 8 20 4 43 4.7 37.84 -90.36 8.5 17 2.39 1.249 0.305 4899 0TMP10544 1980 8 20 9 34 0 42 -83.03 5 8 3.25 1.026 0.103 4900 0TMP10545 1980 8 20 17 20 59.7 40.43 -74.15 0 28 2.5 1.156 0.246 4901 4892TMP10546 1980 8 21 10 39 44.2 38.03 -90.48 10 17 2.47 1.242 0.301 4902 0TMP10551 1980 8 23 3 49 3.7 37.98 -84.87 1 17 2.75 1.124 0.221 4903 0TMP10556 1980 8 25 11 41 38.3 38.19 -83.79 13 1 2.38 1.039 0.127 4904 4888TMP10557 1980 8 25 13 14 23.4 41.4 -67.78 0 8 3.11 1.048 0.14 4905 0TMP10562 1980 8 30 9 19 0 39.8 -74.9 0 8 2.85 1.154 0.245 4906 0TMP10564 1980 8 31 6 23 0 44.39 -69.44 0 8 2.25 1.154 0.245 4907 0TMP10565 1980 8 31 8 34 56 44.41 -69.44 0 17 2.8 1.066 0.163 4908 4907TMP10566 1980 9 1 5 44 42.2 32.98 -80.19 7 1 3.18 1.058 0.153 4909 0TMP10569 1980 9 4 4 30 55.8 41.11 -73.78 13 6 2.66 1.024 0.1 4910 0TMP10570 1980 9 4 6 55 0 44.29 -69.53 0 8 2.79 1.066 0.163 4911 4907TMP10579 1980 9 8 5 59 55.2 44.67 -69 8 6 3.2 1.059 0.155 4912 0TMP10582 1980 9 10 17 30 0 46.5 -67.12 0 8 2.35 1.154 0.245 4913 0TMP10584 1980 9 10 19 49 46.4 34.122 -82.947 13 8 2.77 1.218 0.287 4914 0TMP10586 1980 9 11 17 34 37.5 36.46 -105.19 5 17 2.99 1.124 0.221 4915 0TMP10587 1980 9 11 18 49 0 36.89 -90.41 7.5 8 2.85 1.213 0.284 4916 0TMP10588 1980 9 12 22 33 55.4 41.18 -105.12 0 8 2.88 1.153 0.244 4917 0TMP10592 1980 9 15 1 4 16.2 35.91 -91.33 9.9 8 2.47 1.242 0.301 4918 0TMP10599 1980 9 19 17 19 1.8 36.4 -89.55 10 8 2.24 1.264 0.313 4919 4706TMP10601 1980 9 20 5 57 15 37.07 -90.63 6 8 2.77 1.218 0.287 4920 0TMP10604 1980 9 21 4 7 0 45.57 -74.4 18 8 2.68 1.06 0.156 4921 0TMP10606 1980 9 21 20 52 45.1 43.63 -74.02 0 8 2.56 1.074 0.173 4922 4923TMP10607 1980 9 21 20 54 45.1 43.63 -74.02 1 6 3.05 1.154 0.245 4923 0TMP10609 1980 9 24 0 25 58.1 35.6 -90.4 3.8 8 2.32 1.257 0.309 4924 0TMP10610 1980 9 24 22 48 0 47.07 -76.64 13 8 2.39 1.104 0.203 4925 0TMP10611 1980 9 26 1 31 57.8 38.069 -77.769 0.4 1 2.39 1.249 0.305 4926 0TMP10617 1980 9 28 22 19 5.4 43.77 -74.12 0 6 2.8 1.045 0.136 4927 4923TMP10624 1980 9 30 18 26 0 47.67 -69.9 6 8 2.67 1.074 0.173 4928 4739TMP10627 1980 10 3 7 30 0.9 36.18 -91.08 2.6 8 2.47 1.242 0.301 4929 0TMP10632 1980 10 6 0 55 55.9 36.03 -89.83 9.8 8 2.24 1.264 0.313 4930 4706TMP10636 1980 10 8 7 29 58.6 36 -88.78 10.5 8 2.24 1.264 0.313 4931 0TMP10642 1980 10 12 11 34 16.1 34.26 -89.13 5 17 2.28 1.153 0.244 4932 0

B-142

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP10644 1980 10 14 0 58 55 43.16 -80.56 5 8 3.11 1.049 0.141 4933 0TMP10652 1980 10 15 18 2 40.7 35.34 -90.83 5 8 2.47 1.242 0.301 4934 0TMP10661 1980 10 20 3 20 0 45.14 -73.85 7 1 2.37 1.074 0.173 4935 0TMP10669 1980 10 24 17 27 38.2 41.3 -72.9 0 17 3.14 1.033 0.117 4936 0TMP10670 1980 10 25 0 41 28.3 41.3 -72.9 0 17 2.9 1.033 0.117 4937 4936TMP10673 1980 10 27 4 20 46.4 35.52 -90.44 10.9 8 2.47 1.242 0.301 4938 0TMP10679 1980 10 31 13 56 34 36.52 -89.59 9 17 2.28 1.153 0.244 4939 4706TMP10682 1980 11 1 14 26 2.3 36.24 -89.82 12.7 8 2.24 1.264 0.313 4940 4706TMP10683 1980 11 2 10 0 49.03 35.429 -97.777 7.5 25 3.01 1.074 0.173 4941 0TMP10688 1980 11 5 6 18 0 45.48 -74.23 7.7 8 2.25 1.154 0.245 4942 4921TMP10690 1980 11 5 21 48 14.7 38.18 -79.9 4 1 2.73 1.075 0.174 4943 0TMP10691 1980 11 5 22 40 1.4 43.66 -71.36 5 17 2.76 1.066 0.164 4944 0TMP10704 1980 11 11 2 23 56.8 35.88 -90.08 5 8 2.32 1.257 0.309 4945 4706TMP10708 1980 11 11 17 34 34.8 36.529 -104.962 0 8 2.98 1.153 0.244 4946 4915TMP10717 1980 11 15 17 58 0 37.97 -75.84 0 8 2.45 1.154 0.245 4947 0TMP10723 1980 11 21 4 9 25.8 45.25 -70.96 0 17 2.84 1.066 0.163 4948 0TMP10726 1980 11 22 19 35 2.77 35.379 -95.995 5 17 2.56 1.053 0.147 4949 0TMP10728 1980 11 22 21 28 23.2 45.22 -69.16 5 17 2.59 1.061 0.157 4950 0TMP10730 1980 11 23 0 39 32 42.52 -71.39 1 6 2.95 1.032 0.115 4951 0TMP10746 1980 11 30 19 28 14.5 38.17 -90.23 12.2 8 2.55 1.235 0.297 4952 0TMP10750 1980 12 1 16 55 15.5 38.71 -90.84 10 8 3.31 1.189 0.269 4953 0TMP10752 1980 12 2 8 59 29.7 36.17 -89.43 5 6 3.42 1.042 0.131 4954 4706TMP10754 1980 12 4 11 28 38.2 38.29 -89.84 5 8 2.32 1.257 0.309 4955 0TMP10756 1980 12 5 0 7 26.29 33.909 -97.284 5 17 2.42 1.055 0.149 4956 0TMP10757 1980 12 5 0 36 14.1 36.99 -89.17 5 8 2.24 1.264 0.313 4957 0TMP10779 1980 12 16 17 40 7.8 34.786 -82.622 4 8 2.77 1.218 0.287 4958 0TMP10781 1980 12 17 12 49 45.46 34.855 -97.464 5 8 2.76 1.053 0.147 4959 0TMP10790 1980 12 25 16 58 35.6 44.1 -72.09 10 17 2.65 1.066 0.164 4960 0TMP10791 1980 12 26 14 0 9.9 37.8 -90.63 15.9 8 2.39 1.249 0.305 4961 0TMP10792 1980 12 27 8 40 26.7 34.346 -81.33 7 8 2.77 1.218 0.287 4962 0TMP10794 1980 12 30 3 7 8.1 38.2 -83.91 11 17 2.88 1.112 0.211 4963 4888TMP10801 1981 1 1 0 0 0 46.18 -73.08 11 8 2.47 1.153 0.244 4964 0TMP10802 1981 1 1 7 6 0 46.15 -73.06 5 8 2.35 1.049 0.141 4965 4964TMP10807 1981 1 2 14 31 23 36.36 -89.51 5 17 2.7 1.096 0.196 4966 4706TMP10811 1981 1 3 19 5 21.2 36.29 -89.49 5 17 2.28 1.128 0.224 4967 4966TMP10815 1981 1 4 9 17 10.2 43.89 -70.01 0 17 2.87 1.066 0.163 4968 0

B-143

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP10823 1981 1 7 5 2 0 43.18 -80.38 6.7 8 2.38 1.06 0.156 4969 0TMP10826 1981 1 10 8 34 0 51.89 -103.45 5 8 2.89 1.123 0.22 4970 0TMP10831 1981 1 17 7 45 26.3 36.5 -89.54 4.7 8 2.24 1.264 0.313 4971 4706TMP10839 1981 1 23 2 57 0 50.07 -69.46 5 8 2.57 1.153 0.244 4972 0TMP10843 1981 1 27 6 13 0 50.71 -101.89 5 8 2.61 1.124 0.221 4973 0TMP10844 1981 1 27 19 34 0 50.68 -101.79 5 8 2.27 1.153 0.244 4974 4973TMP10849 1981 1 31 5 10 40.1 36.24 -91.56 6.1 8 2.62 1.23 0.294 4975 0TMP10851 1981 2 3 14 26 50 35.312 -84.539 4 1 3 1.203 0.278 4976 0TMP10857 1981 2 7 7 4 55.8 35.69 -90.33 5 8 2.32 1.257 0.309 4977 0TMP10858 1981 2 7 9 49 0 46.52 -80.76 18 8 3.05 1.154 0.245 4978 0TMP10861 1981 2 8 16 52 58.5 35.6 -89.62 5 17 2.57 1.06 0.156 4979 4985TMP10865 1981 2 11 13 44 16.4 37.72 -78.44 6 1 3.35 1.044 0.134 4980 0TMP10866 1981 2 11 13 50 31.4 37.75 -78.41 10 1 2.95 1.124 0.221 4981 4980TMP10867 1981 2 11 13 51 38.6 37.72 -78.45 7 1 2.58 1.124 0.221 4982 4980TMP10868 1981 2 11 14 42 57.4 37.05 -89.13 2 17 2.66 1.066 0.164 4983 0TMP10872 1981 2 13 2 15 0 30 -91.8 0 39 2.65 1.886 0.515 4984 0TMP10880 1981 2 16 23 58 45.9 35.68 -89.66 9.8 8 2.24 1.264 0.313 4985 0TMP10882 1981 2 17 10 2 6.7 36.1 -89.76 6.4 8 2.24 1.264 0.313 4986 4706TMP10883 1981 2 17 17 15 3.1 36.83 -90.51 5 8 2.32 1.257 0.309 4987 0TMP10884 1981 2 18 6 33 32 28.23 -91.36 10 8 3.16 1.195 0.273 4988 0TMP10885 1981 2 18 6 55 0 42.31 -64.15 0 1 2.45 1.154 0.245 4989 0TMP10887 1981 2 19 7 7 0 45.96 -74.93 18 8 3.12 1.074 0.173 4990 0TMP10888 1981 2 20 2 20 29.71 35.707 -99.202 5 8 2.24 1.055 0.149 4991 0TMP10890 1981 2 21 4 48 26.5 33.604 -81.171 1 1 2.41 1.1 0.2 4992 0TMP10892 1981 2 22 18 42 29.9 36.49 -89.55 7.4 8 2.24 1.264 0.313 4993 4706TMP10897 1981 2 27 1 48 0 46.83 -75.49 5 8 2.42 1.074 0.173 4994 0TMP10900 1981 3 4 20 44 43.8 35.81 -79.74 1 4 2.66 1.078 0.177 4995 0TMP39508 1981 3 5 5 34 56.9 36.16 -91.41 2.5 8 2.58 1.057 0.152 4996 4975TMP10902 1981 3 5 5 35 28.2 36.13 -91.39 10.4 8 2.39 1.249 0.305 4997 4975TMP10903 1981 3 5 5 49 23.6 36.15 -91.45 5.4 8 2.32 1.257 0.309 4998 4975TMP10905 1981 3 8 15 40 57.01 35.601 -97.961 5 8 2.21 1.055 0.149 4999 0TMP10912 1981 3 15 19 43 0 47.67 -70.16 15 8 2.72 1.074 0.173 5000 4739TMP10917 1981 3 19 4 33 55.7 32.96 -80.188 6 1 2.46 1.078 0.177 5001 0TMP10928 1981 3 24 13 3 40 39.75 -104.94 5 17 2.48 1.153 0.244 5002 5005TMP10938 1981 3 31 21 5 14.2 42.86 -78.26 6 17 2.65 1.154 0.245 5003 0TMP10940 1981 4 2 6 32 39.1 35.319 -84.524 5 1 3 1.203 0.278 5004 0

B-144

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP10941 1981 4 2 16 10 6.4 39.91 -104.95 9 17 3.8 1.026 0.104 5005 0TMP10943 1981 4 3 4 47 58.2 36.28 -89.5 5 8 2.24 1.264 0.313 5006 4706TMP10945 1981 4 3 9 24 12.5 41.59 -71.22 1 17 2.8 1.124 0.221 5007 0TMP10946 1981 4 4 9 19 38.3 33.253 -83.211 0 39 2.77 1.218 0.287 5008 0TMP10947 1981 4 4 9 24 0 41.59 -71.21 0 8 2.55 1.154 0.245 5009 5007TMP10951 1981 4 5 14 21 32.4 35.97 -89.92 13 8 2.24 1.264 0.313 5010 0TMP10956 1981 4 8 1 53 13 38.87 -89.38 1 17 3.4 1.074 0.173 5011 0TMP39376 1981 4 8 3 13 37.7 35.91 -90.1 9.8 8 2.39 1.249 0.305 5012 5010TMP10960 1981 4 9 7 10 31.2 35.51 -82.05 0 1 3.28 1.046 0.137 5013 0TMP10961 1981 4 9 7 12 54.4 37.481 -77.821 0.8 1 2.47 1.242 0.301 5014 0TMP10963 1981 4 9 12 2 37.4 35.5 -82.11 7 39 2.77 1.218 0.287 5015 5013TMP10965 1981 4 10 6 4 59.8 35.51 -82.06 1 39 2.39 1.249 0.305 5016 5013TMP10968 1981 4 11 15 12 1.6 36.58 -89.58 9.2 8 2.32 1.257 0.309 5017 4706TMP10971 1981 4 13 3 28 0 50.66 -101.85 5 8 2.85 1.124 0.221 5018 4973TMP10972 1981 4 13 17 31 0 45.93 -65.7 18 8 3.27 1.153 0.244 5019 0TMP10983 1981 4 19 16 25 3.7 36.49 -89.55 8.6 8 2.62 1.23 0.294 5020 4706TMP10985 1981 4 21 14 5 23.7 36.58 -89.69 5 8 2.32 1.257 0.309 5021 4706TMP10988 1981 4 25 16 30 30.8 36.24 -89.59 6 17 2.28 1.153 0.244 5022 4706TMP10989 1981 4 25 23 33 33.4 36.58 -89.6 6 8 2.47 1.242 0.301 5023 4706TMP10992 1981 4 27 3 37 56.6 37.72 -88.85 2.2 8 2.62 1.23 0.294 5024 0TMP10998 1981 4 29 15 9 32.9 35.34 -90.14 8 17 2.86 1.082 0.182 5025 0TMP11003 1981 5 3 15 56 35.8 36.04 -89.86 7.3 8 2.39 1.249 0.305 5026 4706TMP11010 1981 5 5 21 21 56.7 35.33 -82.42 10 1 3.48 1.026 0.103 5027 5013TMP11013 1981 5 7 9 58 44 34.227 -86.745 0 8 2.47 1.242 0.301 5028 0TMP11020 1981 5 12 18 57 14.1 36.17 -89.43 5.2 8 2.39 1.249 0.305 5029 5033TMP11035 1981 5 18 7 22 12.8 41.1 -74.2 9 28 2.29 1.074 0.173 5030 0TMP11045 1981 5 25 22 50 18.2 36.76 -91.63 1 17 2.55 1.066 0.164 5031 0TMP11048 1981 5 29 9 22 22.9 36.48 -89.56 7.8 8 2.32 1.257 0.309 5032 4706TMP11049 1981 5 29 14 56 12.2 36.28 -89.48 6 17 2.62 1.23 0.294 5033 0TMP11061 1981 6 3 20 54 22.4 36.18 -81.67 1 8 2.91 1.124 0.221 5034 0TMP11064 1981 6 7 4 9 56.1 36.43 -89.56 8.2 8 2.24 1.264 0.313 5035 4706TMP11066 1981 6 7 10 38 56.2 35.73 -90.28 8.9 8 2.55 1.235 0.297 5036 0TMP11071 1981 6 9 1 46 32.7 31.99 -94.32 5 17 2.89 1.066 0.164 5037 0TMP11074 1981 6 9 14 15 47.8 37.82 -89.03 19 17 3.27 1.066 0.164 5038 0TMP11076 1981 6 11 11 31 0 47.49 -70.2 16 8 2.57 1.074 0.173 5039 0TMP11078 1981 6 12 15 30 0 43.9 -89.9 0 28 2.65 1.886 0.515 5040 0

B-145

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP11081 1981 6 16 17 55 0 47.47 -70 8 8 3.15 1.009 0.062 5041 4739TMP11084 1981 6 17 0 38 33.7 36.56 -89.67 7.8 8 2.39 1.249 0.305 5042 5033TMP11087 1981 6 17 8 7 58.3 36.59 -89.57 6.6 8 2.32 1.257 0.309 5043 4706TMP11101 1981 6 21 20 30 24.2 35.85 -90.1 9 8 2.24 1.264 0.313 5044 0TMP11111 1981 6 25 17 32 0 49.9 -68.48 18 8 2.25 1.154 0.245 5045 0TMP11112 1981 6 26 8 33 27 35.85 -90.07 9 17 3.36 1.066 0.164 5046 0TMP11113 1981 6 26 18 55 2.2 41.52 -97.63 4 17 2.93 1.208 0.281 5047 0TMP11115 1981 6 28 22 42 35 43.57 -71.55 0 17 2.96 1.074 0.173 5048 0TMP11116 1981 6 30 10 41 18.1 36.44 -89.54 7.8 8 2.24 1.264 0.313 5049 5033TMP11119 1981 7 1 22 43 30.07 34.953 -97.55 5 17 2.41 1.053 0.147 5050 5057TMP11124 1981 7 4 23 16 33 45.14 -74.62 15 8 3.24 1.008 0.059 5051 0TMP11125 1981 7 4 23 19 0 45.13 -74.6 13 8 2.58 1.06 0.156 5052 5051TMP11127 1981 7 5 3 19 42.7 36.04 -89.82 11.4 8 2.39 1.249 0.305 5053 5033TMP11129 1981 7 5 21 47 23.9 45.17 -74.62 15 8 3.18 1.049 0.141 5054 5051TMP11130 1981 7 6 20 48 0 47.36 -70.16 26 8 2.25 1.154 0.245 5055 5039TMP11140 1981 7 9 22 47 11.1 34.955 -97.651 5 8 2.36 1.087 0.187 5056 5057TMP11156 1981 7 11 21 9 21.84 34.853 -97.732 5 25 3.13 1.045 0.136 5057 0TMP11161 1981 7 13 4 48 0 49.82 -66.8 18 8 3.17 1.038 0.125 5058 0TMP11186 1981 7 26 17 52 45.1 36.5 -89.5 3.3 8 2.62 1.23 0.294 5059 5033TMP11195 1981 7 31 1 54 0 45.41 -66.96 0 8 2.45 1.154 0.245 5060 0TMP11199 1981 8 1 1 58 44 38.31 -97.86 0 17 2.48 1.153 0.244 5061 0TMP11207 1981 8 7 6 35 37.3 38.79 -89.3 20.5 8 2.47 1.242 0.301 5062 0TMP11208 1981 8 7 11 53 44 36.03 -89.18 11 17 3.73 1.062 0.158 5063 0TMP11212 1981 8 9 13 25 0 44.58 -55.16 18 8 2.56 1.375 0.365 5064 0TMP11214 1981 8 10 23 6 59.3 44.07 -73.54 1 8 2.56 1.083 0.183 5065 0TMP11216 1981 8 12 4 10 37.4 36.24 -89.85 2.1 8 2.32 1.257 0.309 5066 5033TMP11238 1981 8 17 17 2 53.6 38.47 -88.35 11.6 8 2.47 1.242 0.301 5067 0TMP11243 1981 8 18 22 31 10.6 35.88 -90.1 4.4 8 2.24 1.264 0.313 5068 5046TMP11253 1981 8 21 14 0 53.9 35.95 -89.96 12.5 8 2.32 1.257 0.309 5069 5046TMP11261 1981 8 23 0 0 0 48.65 -72.31 13 8 2.87 1.153 0.244 5070 0TMP11263 1981 8 23 23 17 0 48.66 -72.24 5 8 2.87 1.153 0.244 5071 5070TMP11267 1981 8 24 22 5 0 50.5 -64.74 18 8 2.27 1.153 0.244 5072 0TMP11270 1981 8 26 4 5 34.5 34.17 -87.93 5 3 2.7 1.223 0.29 5073 0TMP11275 1981 8 28 10 51 0 43.15 -80.59 1 8 2.82 1.124 0.221 5074 0TMP11294 1981 8 30 15 11 0 43.47 -70.11 0 8 2.25 1.154 0.245 5075 0TMP11305 1981 9 2 17 43 46 36.69 -89.51 8.1 8 2.47 1.242 0.301 5076 0

B-146

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP11308 1981 9 3 21 38 0 43.87 -74.66 2.8 8 2.25 1.154 0.245 5077 0TMP11310 1981 9 4 17 21 44.5 34.63 -85.17 3 15 3.16 1.195 0.273 5078 0TMP11312 1981 9 5 5 49 0 42.8 -81.41 9 8 2.67 1.153 0.244 5079 0TMP11313 1981 9 5 12 25 58.3 35.88 -90 6.3 8 2.24 1.264 0.313 5080 5046TMP11315 1981 9 6 17 52 54.93 36.48 -98.531 5 8 2.29 1.089 0.189 5081 0TMP11316 1981 9 7 0 38 9.1 42.89 -100.52 5 17 2.78 1.153 0.244 5082 0TMP11319 1981 9 9 11 3 10 36.52 -89.57 6 8 2.24 1.264 0.313 5083 5059TMP11321 1981 9 11 6 55 44.7 35.81 -90.2 7.8 8 2.39 1.249 0.305 5084 5046TMP11326 1981 9 13 22 16 29.7 43.04 -101.85 5 17 3.23 1.124 0.221 5085 0TMP11328 1981 9 16 1 10 52.2 37.17 -89.08 11.6 8 2.24 1.264 0.313 5086 0TMP11333 1981 9 16 14 41 33.8 43.43 -76.39 9 17 3.02 1.066 0.163 5087 0TMP11336 1981 9 18 0 0 0 46.05 -75.05 13 8 3.17 1.153 0.244 5088 5090TMP11337 1981 9 18 2 24 0 49.53 -66.11 18 8 2.67 1.153 0.244 5089 0TMP11338 1981 9 18 7 16 0 46.11 -75.02 0 8 2.97 1.038 0.125 5090 0TMP11343 1981 9 22 4 50 37.9 36.67 -89.53 2.5 8 2.7 1.223 0.29 5091 5059TMP11347 1981 9 28 9 17 27.8 36.56 -89.65 10 8 2.62 1.23 0.294 5092 5059TMP11350 1981 9 28 18 3 35.1 34.573 -85.435 8.6 1 2.47 1.242 0.301 5093 0TMP11354 1981 9 30 23 41 0 46.32 -75.59 8 8 2.94 1.01 0.063 5094 0TMP11356 1981 10 2 0 17 0 47.3 -66.91 5 8 2.25 1.154 0.245 5095 0TMP11357 1981 10 2 0 49 0 47.29 -66.99 5 8 2.45 1.154 0.245 5096 5095TMP11358 1981 10 2 18 19 0 44.75 -72.5 8.9 8 2.73 1.066 0.164 5097 0TMP11367 1981 10 9 21 54 27.8 41.17 -98.54 5 17 2.97 1.086 0.186 5098 0TMP11376 1981 10 21 14 26 14.5 36.61 -89.61 4.8 8 2.39 1.249 0.305 5099 5059TMP11377 1981 10 21 16 49 6.9 41.14 -72.57 5 17 3.66 1.018 0.087 5100 0TMP11380 1981 10 22 10 33 29.3 36.3 -89.44 3 17 2.77 1.218 0.287 5101 0TMP11381 1981 10 22 19 12 49.8 36.16 -89.68 11.1 8 2.7 1.223 0.29 5102 0TMP11390 1981 10 28 19 56 0 49.83 -65.25 18 8 3.41 1.015 0.078 5103 0TMP11393 1981 11 2 3 3 0.2 39.52 -105.3 1 17 2.82 1.066 0.164 5104 0TMP11397 1981 11 4 6 26 52.6 36.1 -89.37 8.6 8 2.62 1.23 0.294 5105 0TMP11401 1981 11 6 12 36 41 31.924 -95.198 3 17 3.1 1.104 0.203 5106 0TMP11402 1981 11 6 12 39 33 31.92 -95.2 0 17 2.5 1.177 0.261 5107 5106TMP11406 1981 11 8 17 11 19 36.09 -89.39 12 17 2.78 1.124 0.221 5108 5105TMP11414 1981 11 12 18 40 0 46.98 -77.04 18 8 2.97 1.153 0.244 5109 0TMP11420 1981 11 18 13 53 58.1 35.95 -89.93 12.3 8 2.32 1.257 0.309 5110 5046TMP11423 1981 11 22 0 1 47.3 52.634 -62.694 0 8 2.43 1.074 0.173 5111 0TMP11424 1981 11 23 13 14 51 38.24 -79.095 9.1 2 2.31 1.058 0.153 5112 0

B-147

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP11426 1981 11 24 5 34 43.5 36.5 -89.49 3.1 8 2.47 1.242 0.301 5113 5224TMP11428 1981 11 25 11 54 26.1 35.647 -84.642 13 15 2.71 1.083 0.183 5114 0TMP11431 1981 11 28 5 12 0 47.03 -66.61 5 8 3.39 1.01 0.063 5115 5132TMP11435 1981 11 30 17 33 11 37.63 -82.2 7 2 2.77 1.218 0.287 5116 0TMP11439 1981 12 4 4 46 20.4 35.295 -84.004 10.7 2 2.32 1.257 0.309 5117 0TMP11444 1981 12 6 16 11 0 45.38 -72.64 7 8 2.88 1.074 0.173 5118 0TMP11450 1981 12 9 3 29 35.6 33.264 -87.073 10.3 15 3 1.203 0.278 5119 0TMP11462 1981 12 14 18 31 38.3 43.08 -73.83 2 17 2.23 1.058 0.153 5120 0TMP11465 1981 12 17 5 44 54.7 36.387 -97.661 5 17 2.68 1.054 0.148 5121 0TMP11466 1981 12 17 17 29 59.6 36.89 -90.62 2.5 8 2.62 1.23 0.294 5122 0TMP11477 1981 12 25 16 3 31.3 35.47 -84.178 10.2 1 2.62 1.23 0.294 5123 0TMP11478 1981 12 26 8 28 13.7 36.7 -89.5 10.1 8 2.39 1.249 0.305 5124 5224TMP11479 1981 12 26 22 37 0 44.85 -73.75 10.2 8 2.25 1.083 0.183 5125 0TMP11480 1981 12 27 21 10 42.7 37.17 -89.32 2 17 2.98 1.1 0.2 5126 0TMP11482 1981 12 30 9 16 58.1 35.63 -90.29 12.7 8 2.24 1.264 0.313 5127 0TMP11483 1981 12 31 11 17 49.2 36.54 -89.66 8.7 8 2.55 1.235 0.297 5128 5224TMP11484 1982 1 2 2 0 26.2 35.18 -86.43 13 1 3.07 1.065 0.162 5129 0TMP11488 1982 1 4 1 32 7.9 36.46 -89.54 7.3 8 2.47 1.242 0.301 5130 5224TMP11489 1982 1 4 16 56 8.1 31.18 -102.49 5 17 3.4 1.124 0.221 5131 0TMP11497 1982 1 9 12 53 0 47 -66.6 5 8 5.47 1.006 0.051 5132 0TMP11499 1982 1 9 13 9 38 47 -66.6 5 7 3.07 1.153 0.244 5133 5132TMP11500 1982 1 9 13 38 33 47 -66.6 5 8 2.57 1.153 0.244 5134 5132TMP11501 1982 1 9 13 48 17 47 -66.6 5 8 2.87 1.153 0.244 5135 5132TMP11502 1982 1 9 13 49 36 47 -66.6 5 8 2.87 1.153 0.244 5136 5132TMP11503 1982 1 9 13 52 21 47 -66.6 5 8 3.42 1.124 0.221 5137 5132TMP11504 1982 1 9 14 36 14 47 -66.6 5 8 2.57 1.153 0.244 5138 5132TMP11505 1982 1 9 15 2 49 47 -66.6 5 8 2.77 1.153 0.244 5139 5132TMP11506 1982 1 9 16 36 0 47 -66.6 5 8 4.72 1.025 0.101 5140 5132TMP11507 1982 1 9 17 27 54 47 -66.6 5 4 3.42 1.01 0.063 5141 5132TMP11508 1982 1 9 17 37 36 47 -66.6 5 4 2.77 1.153 0.244 5142 5132TMP11509 1982 1 9 22 13 18 47 -66.6 5 8 2.57 1.153 0.244 5143 5132TMP11510 1982 1 9 22 45 10 47 -66.6 5 3 3.33 1.01 0.063 5144 5132TMP11511 1982 1 9 23 12 38 47 -66.6 5 6 2.47 1.153 0.244 5145 5132TMP11513 1982 1 10 21 12 22 47 -66.6 5 8 2.57 1.153 0.244 5146 5132TMP11515 1982 1 11 21 41 0 47 -66.6 5 22 5.09 1.017 0.085 5147 5132TMP39512 1982 1 11 21 53 15 47 -66.6 5 8 2.67 1.153 0.244 5148 5132

B-148

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP11516 1982 1 11 21 53 51 47 -66.6 5 8 2.87 1.153 0.244 5149 5132TMP11517 1982 1 11 22 2 44 47 -66.6 5 8 2.67 1.153 0.244 5150 5132TMP11518 1982 1 11 22 36 33 47 -66.6 5 4 2.79 1.125 0.222 5151 5132TMP11519 1982 1 12 1 36 0 44.62 -55.92 18 8 2.96 1.375 0.365 5152 0TMP11520 1982 1 12 1 58 1 47 -66.6 5 8 3.07 1.153 0.244 5153 5132TMP11521 1982 1 12 2 1 39 47 -66.6 5 2 2.77 1.153 0.244 5154 5132TMP11522 1982 1 12 2 9 45 47 -66.6 5 8 2.67 1.153 0.244 5155 5132TMP11523 1982 1 12 5 29 1 47 -66.6 5 3 2.65 1.124 0.221 5156 5132TMP11524 1982 1 12 11 49 31 47 -66.6 5 3 2.47 1.153 0.244 5157 5132TMP11525 1982 1 12 13 38 33 47 -66.6 5 3 2.87 1.153 0.244 5158 5132TMP11526 1982 1 12 21 47 40 47 -66.6 5 4 2.47 1.153 0.244 5159 5132TMP11528 1982 1 13 0 39 10 47 -66.6 5 2 2.47 1.153 0.244 5160 5132TMP11530 1982 1 13 2 5 44 47 -66.6 5 3 2.57 1.153 0.244 5161 5132TMP11534 1982 1 13 7 24 5 47 -66.6 5 4 2.57 1.153 0.244 5162 5132TMP11536 1982 1 13 17 6 19 47 -66.6 5 8 2.67 1.153 0.244 5163 5132TMP11537 1982 1 13 17 56 43 47 -66.6 5 4 3.17 1.038 0.125 5164 5132TMP11538 1982 1 13 17 59 44 47 -66.6 5 2 3.26 1.124 0.221 5165 5132TMP11539 1982 1 13 19 16 23 47 -66.6 5 8 2.57 1.153 0.244 5166 5132TMP11542 1982 1 15 7 54 5.7 32.883 -80.084 0.5 8 2.27 1.128 0.224 5167 0TMP11543 1982 1 15 8 28 55 47 -66.6 5 8 2.57 1.153 0.244 5168 5132TMP11544 1982 1 15 9 52 16.96 35.714 -98.029 5 17 2.64 1.054 0.148 5169 0TMP11545 1982 1 15 12 37 42 47 -66.6 5 8 3.4 1.015 0.078 5170 5132TMP11546 1982 1 15 14 36 37 47 -66.6 5 3 2.77 1.153 0.244 5171 5132TMP11548 1982 1 16 13 42 35.3 36.45 -89.55 6 8 2.32 1.257 0.309 5172 5224TMP11549 1982 1 17 13 33 56 47 -66.6 5 3 3.23 1.01 0.063 5173 5132TMP11551 1982 1 18 1 23 8 35.23 -92.28 0 17 2.95 1.074 0.173 5174 5184TMP11552 1982 1 18 2 32 13.1 35.19 -92.23 3 17 3.1 1.036 0.121 5175 5184TMP11554 1982 1 18 9 32 59.3 35.19 -92.26 2 17 2.85 1.213 0.284 5176 5184TMP11555 1982 1 18 19 34 51 47 -66.6 5 8 2.57 1.153 0.244 5177 5132TMP11557 1982 1 19 0 14 0 43.494 -71.5933 9.1 22 4.23 1.057 0.152 5178 0TMP11558 1982 1 19 0 30 0 43.5023 -71.6012 9.7 15 2.73 1.198 0.275 5179 5178TMP11559 1982 1 19 0 55 0 43.5047 -71.6023 5.9 15 2.73 1.198 0.275 5180 5178TMP11560 1982 1 19 4 39 49 35.18 -92.25 0 17 3.07 1.038 0.125 5181 5184TMP11562 1982 1 20 8 16 8.4 36.49 -89.54 5 8 2.39 1.249 0.305 5182 5224TMP11563 1982 1 20 14 1 32 35.14 -92.08 0 17 3.07 1.038 0.125 5183 5184TMP11565 1982 1 21 0 33 54 35.18 -92.25 3 17 4.37 1.025 0.101 5184 0

B-149

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP11566 1982 1 21 0 37 35.6 35.16 -92.24 1 17 3.76 1.038 0.125 5185 5184TMP11567 1982 1 21 0 39 55.9 46.82 -69.49 6 17 2.74 1.066 0.164 5186 0TMP11568 1982 1 21 1 13 39 35.18 -92.21 0 17 3.05 1.074 0.173 5187 5184TMP11569 1982 1 21 2 56 39.2 35.15 -92.21 1 17 3 1.203 0.278 5188 5184TMP11570 1982 1 21 3 15 28.9 35.16 -92.21 3 17 2.85 1.213 0.284 5189 5184TMP11571 1982 1 21 3 27 39.4 35.18 -92.22 7 17 2.93 1.208 0.281 5190 5184TMP11573 1982 1 21 11 53 53.6 35.15 -92.21 6 17 3 1.203 0.278 5191 5184TMP11574 1982 1 21 12 3 1.8 35.2 -92.21 0 17 3.08 1.2 0.276 5192 5184TMP11575 1982 1 21 13 0 11.7 35.21 -92.22 1 17 3 1.203 0.278 5193 5184TMP11576 1982 1 21 14 9 12.7 35.19 -92.21 0 17 2.93 1.208 0.281 5194 5184TMP11577 1982 1 21 15 45 39 35.17 -92.14 0 17 3.07 1.038 0.125 5195 5184TMP11578 1982 1 21 15 48 26.8 35.21 -92.22 0 17 2.93 1.208 0.281 5196 5184TMP11580 1982 1 22 8 32 56.9 36.49 -89.54 4.6 8 2.39 1.249 0.305 5197 5224TMP11581 1982 1 22 8 47 54.8 35.23 -92.22 1 17 2.93 1.208 0.281 5198 5184TMP11583 1982 1 22 23 54 23 35.25 -92.29 0 17 3.27 1.038 0.125 5199 5184TMP11584 1982 1 23 8 56 47 47 -66.6 5 11 2.77 1.153 0.244 5200 5132TMP11586 1982 1 24 3 22 44.4 35.22 -92.22 0 17 3.57 1.038 0.125 5201 5184TMP39272 1982 1 24 3 22 45.1 35.21 -92.18 5.3 17 3.61 1.18 0.263 5202 5184TMP11588 1982 1 25 11 34 2 36.51 -89.54 5.3 8 2.39 1.249 0.305 5203 5224TMP11589 1982 1 26 5 0 30 47 -66.6 5 4 2.87 1.153 0.244 5204 5132TMP11591 1982 1 27 1 35 0 47.45 -70.38 6 8 2.87 1.153 0.244 5205 0TMP11592 1982 1 27 16 43 0 43.5078 -71.6067 4.7 25 2.86 1.034 0.118 5206 5178TMP11593 1982 1 27 18 50 4.6 41.87 -70.94 0 17 2.83 1.055 0.149 5207 0TMP11594 1982 1 27 21 0 3.8 36.08 -89.79 9.5 8 2.55 1.235 0.297 5208 0TMP11595 1982 1 27 23 29 42.5 35.21 -92.24 2 17 2.83 1.124 0.221 5209 5184TMP11596 1982 1 28 4 52 51.9 32.98 -81.39 7 3 2.97 1.061 0.157 5210 0TMP11604 1982 1 30 8 56 0 50.19 -65.67 18 8 2.37 1.153 0.244 5211 0TMP11606 1982 1 30 12 39 12.9 35.8 -83.96 20 15 3 1.203 0.278 5212 0TMP11607 1982 1 30 15 44 0 49.18 -67.48 18 8 2.53 1.074 0.173 5213 0TMP11609 1982 1 31 10 13 42.5 35.716 -83.664 13.8 1 2.55 1.235 0.297 5214 0TMP11611 1982 2 1 5 55 8 35.2 -92.28 0 17 2.67 1.038 0.125 5215 5184TMP11613 1982 2 1 7 25 3 35.19 -92.25 0 17 2.77 1.038 0.125 5216 5184TMP39377 1982 2 1 7 25 15.9 32.925 -80.169 0.5 8 2.48 1.118 0.216 5217 5167TMP11614 1982 2 2 9 26 46.3 35.92 -90.06 10 17 3.07 1.066 0.164 5218 0TMP11616 1982 2 3 4 28 20.6 40.21 -79.05 2 17 2.39 1.104 0.203 5219 0TMP11617 1982 2 3 6 24 46.6 35.19 -92.23 3 17 2.85 1.213 0.284 5220 5184

B-150

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP11622 1982 2 5 10 59 6.9 32.68 -86.62 0 17 2.77 1.218 0.287 5221 0TMP11623 1982 2 5 14 17 26.3 32.816 -86.596 0 8 2.7 1.223 0.29 5222 5221TMP11626 1982 2 6 13 25 0 46.26 -74.43 18 8 2.47 1.153 0.244 5223 0TMP11639 1982 2 11 2 54 24.7 36.61 -89.6 7 17 3.05 1.098 0.198 5224 0TMP11640 1982 2 12 5 32 12.7 35.27 -92.29 3 17 2.82 1.077 0.176 5225 5184TMP11643 1982 2 15 5 29 9.6 36.6 -89.62 8.5 8 2.24 1.264 0.313 5226 5224TMP11644 1982 2 15 10 53 0 47.51 -70.11 23 8 2.33 1.074 0.173 5227 5205TMP11647 1982 2 16 12 38 20.5 35.19 -92.23 5 17 3.01 1.086 0.186 5228 5184TMP11648 1982 2 17 2 54 17.5 35.32 -92.35 7.5 8 2.7 1.223 0.29 5229 5184TMP11650 1982 2 18 3 11 0 49.31 -66.85 5 4 2.37 1.153 0.244 5230 0TMP11662 1982 2 23 9 19 7.9 34.61 -85.46 0 1 2.77 1.218 0.287 5231 0TMP11664 1982 2 24 4 43 1 47 -66.6 5 3 2.47 1.153 0.244 5232 5132TMP11666 1982 2 24 19 27 14.6 35.29 -92.25 2 17 3.07 1.038 0.125 5233 5184TMP11671 1982 2 26 5 2 59.2 36.49 -89.53 5.6 17 2.77 1.218 0.287 5234 5224TMP11673 1982 2 27 17 34 58 47 -66.6 5 3 2.97 1.153 0.244 5235 5132TMP11675 1982 3 1 0 12 12 35.2 -92.11 3 17 3.87 1.045 0.136 5236 5184TMP11676 1982 3 1 3 33 13.6 32.94 -80.14 7 3 3.04 1.041 0.13 5237 0TMP11677 1982 3 1 5 21 42.8 36.52 -89.59 9.3 8 2.47 1.242 0.301 5238 5224TMP11678 1982 3 1 6 4 9.1 35.2 -92.23 6 17 2.93 1.208 0.281 5239 5184TMP11679 1982 3 1 9 33 57 47 -66.6 5 2 2.97 1.153 0.244 5240 5132TMP11680 1982 3 2 16 48 8.8 34.34 -81.35 2 8 2.26 1.124 0.221 5241 0TMP11681 1982 3 3 0 28 32 47 -66.6 5 3 2.37 1.153 0.244 5242 5132TMP11683 1982 3 4 6 6 31 47 -66.6 5 6 2.47 1.153 0.244 5243 5132TMP11687 1982 3 6 7 51 24 36.52 -89.58 6.5 8 2.39 1.249 0.305 5244 5224TMP11690 1982 3 9 13 10 50.1 48.51 -104.03 18 17 2.91 1.124 0.221 5245 0TMP11691 1982 3 9 16 1 42.3 35.19 -92.23 6 17 3 1.203 0.278 5246 5184TMP11692 1982 3 10 3 1 42.6 35.2 -92.22 7 17 2.85 1.213 0.284 5247 5184TMP11698 1982 3 11 23 55 28.8 39.86 -104.85 5 17 2.55 1.066 0.164 5248 0TMP11699 1982 3 12 22 4 18.4 43.51 -71.64 0 17 2.3 1.083 0.183 5249 5178TMP11700 1982 3 13 1 41 49.93 35.699 -98.038 5 17 2.5 1.054 0.148 5250 0TMP11702 1982 3 13 11 38 13 47 -66.6 5 4 2.47 1.153 0.244 5251 5132TMP11705 1982 3 13 23 27 51 47 -66.6 5 4 2.47 1.153 0.244 5252 5132TMP11706 1982 3 14 13 32 58 47 -66.6 5 3 2.27 1.153 0.244 5253 5132TMP11708 1982 3 15 6 58 25.6 36.908 -98.226 5 8 2.28 1.091 0.191 5254 0TMP11712 1982 3 15 21 39 10.98 34.832 -97.608 5 8 2.29 1.089 0.189 5255 0TMP11713 1982 3 15 22 30 9.37 34.78 -97.6 5 8 2.26 1.09 0.19 5256 5255

B-151

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP11715 1982 3 16 0 21 42.02 34.593 -98.805 5 8 2.26 1.092 0.192 5257 0TMP11720 1982 3 16 11 3 2.7 35.36 -103.27 5 17 2.75 1.124 0.221 5258 0TMP11721 1982 3 16 11 14 1 47 -66.6 5 3 3.2 1.01 0.063 5259 5132TMP11722 1982 3 16 14 43 9 47 -66.6 5 17 2.37 1.153 0.244 5260 5132TMP11724 1982 3 16 19 1 9 47 -66.6 5 11 2.37 1.153 0.244 5261 5132TMP11729 1982 3 18 3 27 20 47 -66.6 5 7 2.77 1.153 0.244 5262 5132TMP11731 1982 3 18 21 34 16 47 -66.6 5 6 2.47 1.153 0.244 5263 5132TMP11734 1982 3 19 16 48 13 46.3 -79.88 18 8 2.57 1.153 0.244 5264 0TMP11737 1982 3 20 3 8 11 47 -66.6 5 9 2.57 1.153 0.244 5265 5132TMP11740 1982 3 21 2 33 41 47 -66.6 5 6 2.47 1.153 0.244 5266 5132TMP11741 1982 3 21 9 39 16 25.18 -101.05 33 8 4.08 1.153 0.244 5267 0TMP11748 1982 3 23 14 17 9.98 34.729 -96.399 5 8 2.26 1.055 0.15 5268 0TMP11750 1982 3 26 5 36 40 47 -66.6 5 6 2.37 1.153 0.244 5269 5132TMP11751 1982 3 26 13 38 7 47 -66.6 5 3 2.47 1.153 0.244 5270 5132TMP11752 1982 3 26 14 57 39.8 44.54 -69.53 7 17 2.25 1.083 0.183 5271 0TMP11753 1982 3 27 4 48 49.6 38.74 -88.69 14.8 17 2.93 1.208 0.281 5272 0TMP11758 1982 3 28 23 24 32.9 29.85 -98.46 5 8 2.68 1.153 0.244 5273 0TMP11761 1982 3 31 21 2 0 47 -66.6 5 8 4.07 1.038 0.125 5274 5132TMP11762 1982 3 31 21 29 19 47 -66.6 5 2 2.47 1.153 0.244 5275 5132TMP11763 1982 4 2 13 50 12 47 -66.6 5 11 3.67 1.038 0.125 5276 5132TMP11764 1982 4 2 19 49 45 47 -66.6 5 2 2.67 1.153 0.244 5277 5132TMP11771 1982 4 8 4 54 34 47 -66.6 5 2 2.9 1.124 0.221 5278 5132TMP11775 1982 4 10 1 58 59 47 -66.6 5 7 2.47 1.153 0.244 5279 5132TMP11776 1982 4 10 6 17 56 51.219 -59.608 0 8 2.98 1.074 0.173 5280 0TMP39514 1982 4 10 7 39 41.1 36.54 -89.7 9.8 8 2.24 1.264 0.313 5281 5224TMP11779 1982 4 11 18 0 0 47 -66.6 5 8 3.47 1.038 0.125 5282 5132TMP11780 1982 4 11 18 7 5 47 -66.6 5 4 2.27 1.153 0.244 5283 5132TMP11781 1982 4 11 18 27 19 47 -66.6 5 2 2.77 1.153 0.244 5284 5132TMP11783 1982 4 11 20 6 59 47 -66.6 5 7 2.47 1.153 0.244 5285 5132TMP11784 1982 4 12 22 14 33.2 40.05 -74.81 7 17 2.57 1.049 0.141 5286 0TMP11786 1982 4 13 9 25 20.1 34.31 -81.33 2 8 2.42 1.124 0.221 5287 5241TMP11787 1982 4 13 13 4 13.3 36.51 -82.04 3 15 3.16 1.195 0.273 5288 0TMP11789 1982 4 14 1 34 41.85 36.1 -89.42 7.9 8 2.55 1.235 0.297 5289 0TMP11790 1982 4 14 5 2 0 43.45 -66.83 0.6 8 2.52 1.045 0.136 5290 0TMP11791 1982 4 14 5 29 35.4 34.31 -81.34 2 17 2.85 1.213 0.284 5291 5241TMP11793 1982 4 17 1 22 54.9 35.91 -89.06 5 17 2.83 1.074 0.173 5292 0

B-152

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP11795 1982 4 18 22 47 21 47 -66.6 5 3 3.57 1.038 0.125 5293 5132TMP11797 1982 4 21 7 46 51.9 35.21 -92.28 4.9 8 2.32 1.257 0.309 5294 5184TMP11798 1982 4 21 17 14 39 47 -66.6 5 6 2.27 1.153 0.244 5295 5132TMP11799 1982 4 21 21 17 55 35.18 -92.24 0 8 3.18 1.153 0.244 5296 5184TMP11807 1982 4 26 8 31 47.7 33.02 -100.84 5 17 2.48 1.153 0.244 5297 0TMP11810 1982 4 28 6 36 2 47 -66.6 5 4 2.97 1.153 0.244 5298 5132TMP11812 1982 4 29 6 59 1.3 36.73 -89.48 14 8 2.24 1.264 0.313 5299 5224TMP11814 1982 4 30 5 25 0 46.2 -74.88 18 1 2.37 1.153 0.244 5300 0TMP11817 1982 5 1 13 5 26.7 35.73 -89.7 5 17 3 1.203 0.278 5301 0TMP11818 1982 5 2 1 42 44 47 -66.6 5 4 2.67 1.153 0.244 5302 5132TMP11820 1982 5 2 23 31 37 47 -66.6 5 6 2.87 1.153 0.244 5303 5132TMP11821 1982 5 3 7 54 48.65 33.99 -96.473 5 25 2.97 1.028 0.108 5304 0TMP11822 1982 5 3 14 13 23.7 36.55 -89.64 4.4 8 2.47 1.242 0.301 5305 5224TMP11825 1982 5 5 11 11 2.6 32.71 -83.47 0 17 2.93 1.208 0.281 5306 0TMP11826 1982 5 5 15 28 16.6 35.675 -84.415 13 1 2.32 1.257 0.309 5307 0TMP11830 1982 5 6 7 18 10.9 37.854 -77.578 9.7 1 2.28 1.181 0.264 5308 0TMP11831 1982 5 6 16 28 7 47 -66.6 5 3 3.5 1.009 0.06 5309 5132TMP11834 1982 5 7 7 37 53.8 34.43 -81.4 0 17 2.5 1.177 0.261 5310 5241TMP11840 1982 5 11 2 35 42.7 36.48 -89.56 5.2 8 2.24 1.264 0.313 5311 5224TMP11841 1982 5 12 1 21 52.2 34.9 -85.02 10 15 2.85 1.213 0.284 5312 0TMP11843 1982 5 12 4 58 4.4 34.266 -87.52 18.1 2 2.7 1.223 0.29 5313 0TMP11849 1982 5 14 6 49 7.2 44.01 -70.49 10 17 2.55 1.066 0.163 5314 0TMP11852 1982 5 16 22 45 16 47 -66.6 5 4 2.37 1.153 0.244 5315 5132TMP11855 1982 5 17 13 44 32.4 43.97 -70.45 3 17 2.28 1.083 0.183 5316 5314TMP11862 1982 5 19 10 18 16.3 38.19 -90.11 15.3 8 2.39 1.249 0.305 5317 0TMP11867 1982 5 24 19 50 29.6 36.45 -89.53 8.9 8 2.24 1.264 0.313 5318 5224TMP11872 1982 5 26 7 42 43 34.99 -85.265 18.5 15 2.39 1.249 0.305 5319 0TMP39273 1982 5 31 17 49 20.3 35.21 -92.25 9 17 2.7 1.124 0.221 5320 5184TMP11884 1982 5 31 17 49 20.4 35.19 -92.2 1 17 3.27 1.124 0.221 5321 5184TMP11885 1982 5 31 18 21 19.7 35.2 -92.23 2 17 3.07 1.038 0.125 5322 5184TMP11891 1982 6 2 11 55 45.4 36.46 -89.54 1 17 2.85 1.213 0.284 5323 5224TMP11894 1982 6 4 21 23 37.9 35.22 -92.21 1 17 2.8 1.106 0.205 5324 5184TMP11897 1982 6 7 14 10 40.78 36.44 -89.45 8.4 8 2.24 1.264 0.313 5325 0TMP11907 1982 6 11 6 17 59.5 37.8 -90.36 21.7 8 2.24 1.264 0.313 5326 0TMP11910 1982 6 12 15 0 27.6 35.2 -92.26 4 17 3.11 1.152 0.243 5327 5184TMP11919 1982 6 16 5 36 24.68 36.64 -89.48 5 8 2.32 1.257 0.309 5328 5224

B-153

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP11920 1982 6 16 11 43 0 47.01 -66.95 8 8 3.97 1.038 0.125 5329 5132TMP11921 1982 6 16 15 41 0 47.01 -66.95 8 8 2.57 1.153 0.244 5330 5132TMP11922 1982 6 16 18 40 58.6 38.127 -78.841 10.9 1 2.34 1.178 0.262 5331 0TMP11926 1982 6 17 14 14 20.1 41.53 -72.46 5 17 2.46 1.045 0.136 5332 0TMP39274 1982 6 17 14 14 36 41.55 -72.45 4 17 2.58 1.034 0.119 5333 5332TMP11932 1982 6 18 11 24 36 47 -66.6 5 4 2.57 1.153 0.244 5334 5132TMP11939 1982 6 23 0 22 0 47.37 -77.06 13 8 2.88 1.01 0.066 5335 0TMP11940 1982 6 23 16 17 34.1 37.87 -80.96 11 1 2.77 1.218 0.287 5336 0TMP11944 1982 6 25 6 47 10 47 -66.6 5 3 2.47 1.153 0.244 5337 5132TMP11945 1982 6 25 23 3 47 37.831 -77.502 13.4 1 2.24 1.264 0.313 5338 0TMP11948 1982 6 26 15 56 5.7 35.19 -92.24 5 17 3.16 1.195 0.273 5339 5184TMP11955 1982 6 28 8 6 59.13 36.3 -89.62 5 8 2.32 1.257 0.309 5340 5325TMP11964 1982 6 30 16 22 1 35.34 -92.13 0 17 2.67 1.038 0.125 5341 5184TMP11966 1982 7 1 0 40 39.6 39.34 -89.67 5 17 2.85 1.213 0.284 5342 0TMP11968 1982 7 2 23 52 38.3 56.15 -58.877 0 15 2.96 1.375 0.365 5343 0TMP11970 1982 7 3 4 58 48.79 36.58 -89.99 9.5 17 2.93 1.208 0.281 5344 0TMP11972 1982 7 5 3 7 44.6 35.19 -92.23 5 17 2.28 1.153 0.244 5345 5184TMP11973 1982 7 5 4 13 52 35.22 -92.21 6 17 3.17 1.038 0.125 5346 5184TMP11975 1982 7 5 18 0 2.8 38.11 -89.45 14 8 2.32 1.257 0.309 5347 0TMP11977 1982 7 7 2 44 0 49.13 -67.37 16 8 2.37 1.153 0.244 5348 0TMP11992 1982 7 11 19 42 28.4 44.01 -96.72 5 17 3.4 1.124 0.221 5349 0TMP11996 1982 7 13 2 18 49 46.04 -74.55 18 8 3.17 1.038 0.125 5350 0TMP11997 1982 7 13 4 30 53.1 35.99 -89.86 13 17 2.54 1.077 0.176 5351 0TMP11998 1982 7 14 16 1 35.63 36.26 -89.45 3.5 17 2.7 1.223 0.29 5352 5325TMP11999 1982 7 15 7 27 55.4 46.08 -69.02 6 17 2.88 1.066 0.163 5353 0TMP12002 1982 7 16 14 16 2.9 34.32 -81.55 2 17 3.09 1.149 0.241 5354 0TMP12007 1982 7 17 22 59 43.5 36.47 -89.53 6.5 8 2.24 1.264 0.313 5355 5224TMP12008 1982 7 18 15 1 5 47 -66.6 5 4 2.47 1.153 0.244 5356 5132TMP12009 1982 7 18 19 45 24 34.82 -91.29 20 8 2.39 1.249 0.305 5357 0TMP12010 1982 7 18 22 14 9.02 36.66 -89.47 1.5 8 2.32 1.257 0.309 5358 5224TMP12011 1982 7 18 23 15 0 43.58 -66.39 13 8 2.37 1.153 0.244 5359 0TMP12021 1982 7 22 19 32 17.7 38.34 -88.23 24 8 2.55 1.235 0.297 5360 0TMP12023 1982 7 23 0 5 16.78 36.48 -89.52 3.3 8 2.32 1.257 0.309 5361 5224TMP12035 1982 7 28 5 35 37 47 -66.6 5 3 3.33 1.01 0.063 5362 5132TMP12043 1982 8 2 6 4 51.3 37.34 -91.82 4.6 8 2.24 1.264 0.313 5363 0TMP12048 1982 8 3 23 12 0 44.81 -72.64 18 8 2.54 1.083 0.183 5364 0

B-154

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP12051 1982 8 6 6 29 0 45.89 -75.46 18 8 2.97 1.038 0.125 5365 0TMP12054 1982 8 9 11 12 31.6 35.19 -92.24 4 17 3.08 1.082 0.182 5366 5184TMP12060 1982 8 11 10 32 38.8 37.25 -88.73 5 17 2.97 1.036 0.122 5367 0TMP12063 1982 8 12 16 59 43.2 43.54 -71.93 13 17 2.54 1.066 0.163 5368 0TMP12064 1982 8 12 20 43 18 47 -66.6 5 4 2.87 1.153 0.244 5369 5132TMP12065 1982 8 13 1 6 0 46.66 -78.61 18 8 3.47 1.038 0.125 5370 0TMP39519 1982 8 13 12 35 40.48 36.27 -89.51 4.3 8 2.55 1.235 0.297 5371 0TMP12069 1982 8 13 12 35 41.5 36.23 -89.51 6.8 8 2.47 1.242 0.301 5372 5371TMP12073 1982 8 15 13 19 36.1 37.97 -90.63 11.5 8 2.39 1.249 0.305 5373 0TMP12074 1982 8 15 16 34 41.4 36.39 -90.24 20 8 2.47 1.242 0.301 5374 0TMP12078 1982 8 17 4 49 0 49.06 -105.38 18 8 3.64 1.124 0.221 5375 0TMP39520 1982 8 17 6 48 6.28 36.26 -89.71 6.3 8 2.32 1.257 0.309 5376 5371TMP12082 1982 8 18 10 18 56.86 34.465 -96.227 5 17 2.55 1.054 0.148 5377 0TMP12085 1982 8 19 5 33 24.9 36.49 -89.55 6.4 8 2.24 1.264 0.313 5378 5224TMP12101 1982 8 29 2 7 0 47.37 -70.38 20 8 2.97 1.153 0.244 5379 0TMP12102 1982 8 30 0 53 46 35.93 -89.43 15.8 8 2.39 1.249 0.305 5380 0TMP39522 1982 8 30 0 54 45.48 35.7 -89.62 10.2 8 2.55 1.235 0.297 5381 0TMP12106 1982 8 31 10 16 28.4 43.2 -74.19 5 8 2.72 1.052 0.146 5382 0TMP12110 1982 9 1 22 40 11.2 37.46 -90.99 2 8 2.32 1.257 0.309 5383 0TMP12113 1982 9 2 11 36 4 47 -66.6 5 3 2.47 1.153 0.244 5384 5132TMP12114 1982 9 2 21 52 45.5 34.96 -82.9 3 8 3.16 1.195 0.273 5385 0TMP12115 1982 9 3 10 55 20.5 38.79 -98.89 11 17 2.88 1.163 0.251 5386 0TMP12118 1982 9 3 23 14 0 45.69 -76.61 18 8 3.18 1.01 0.063 5387 0TMP12120 1982 9 4 11 56 0 45.13 -65.93 18 8 2.47 1.153 0.244 5388 0TMP12122 1982 9 5 10 11 9.4 35.19 -84.51 13 25 2.96 1.072 0.171 5389 0TMP12126 1982 9 6 21 22 53.4 36.56 -89.62 4 17 2.77 1.218 0.287 5390 5224TMP12128 1982 9 7 3 31 56.8 36.23 -89.88 4 17 2.93 1.208 0.281 5391 0TMP12131 1982 9 8 12 35 10.75 34.014 -97.338 5 17 2.45 1.055 0.149 5392 0TMP12153 1982 9 16 14 29 39 47 -66.6 5 21 2.27 1.153 0.244 5393 5132TMP12155 1982 9 18 9 51 18.86 35.71 -89.62 5 8 2.32 1.257 0.309 5394 5381TMP12157 1982 9 18 16 11 44.9 39.9 -104.91 5 17 2.55 1.066 0.164 5395 0TMP12158 1982 9 19 1 37 17 47 -66.6 5 1 2.67 1.153 0.244 5396 5132TMP12167 1982 9 22 4 0 33.69 34.894 -98.429 5 8 2.34 1.055 0.149 5397 0TMP12170 1982 9 24 21 57 42.5 35.68 -84.24 13 25 3.28 1.031 0.113 5398 0TMP12171 1982 9 24 22 19 16.9 35.68 -84.25 8 25 3.42 1.071 0.169 5399 5398TMP39919 1982 9 24 22 19 21.5 35.86 -84.46 10 15 2.93 1.208 0.281 5400 0

B-155

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP12173 1982 9 25 23 17 5.5 35.21 -92.23 5 17 3.35 1.052 0.145 5401 5184TMP12174 1982 9 25 23 34 22.4 35.27 -92.26 25 8 2.32 1.257 0.309 5402 5184TMP12177 1982 9 26 8 51 58.3 35.24 -92.25 3.1 8 2.47 1.242 0.301 5403 5184TMP12178 1982 9 26 9 5 1.4 35.53 -92.56 5 8 2.32 1.257 0.309 5404 0TMP12179 1982 9 26 14 36 24.27 35.69 -89.63 10.5 8 2.47 1.242 0.301 5405 5381TMP12182 1982 9 27 10 8 22.6 35.15 -92.25 10 8 2.32 1.257 0.309 5406 5184TMP12183 1982 9 27 10 22 34 35.22 -92.11 0 17 2.98 1.073 0.172 5407 5184TMP12184 1982 9 27 10 47 20.1 35.21 -92.18 15 8 2.47 1.242 0.301 5408 5184TMP12185 1982 9 27 11 22 26.4 35.29 -92.28 10 8 2.85 1.213 0.284 5409 5184TMP12186 1982 9 27 17 17 12.3 35.03 -92.22 2 17 2.93 1.208 0.281 5410 5184TMP12188 1982 9 28 7 17 0 50.75 -101.85 5 8 3.22 1.123 0.22 5411 0TMP12191 1982 9 28 22 24 12.5 43.125 -73.057 8 8 2.35 1.082 0.182 5412 0TMP39524 1982 9 29 2 5 56.28 36.24 -89.42 8.9 17 2.39 1.249 0.305 5413 5371TMP12192 1982 9 29 2 6 28 36.26 -89.43 7 17 3 1.203 0.278 5414 0TMP12194 1982 9 29 3 33 33.66 36.32 -89.42 9.7 8 2.24 1.264 0.313 5415 5414TMP12198 1982 9 30 16 36 0 43.32 -64.08 5 8 2.59 1.052 0.146 5416 0TMP12199 1982 10 1 15 36 1 47 -66.6 5 4 2.27 1.153 0.244 5417 5132TMP12202 1982 10 2 23 43 50.6 36.55 -89.65 11 17 3.08 1.2 0.276 5418 0TMP12203 1982 10 3 2 0 14.19 36.25 -89.39 3.2 8 2.32 1.257 0.309 5419 5414TMP12204 1982 10 3 4 31 1.1 51.197 -62.194 0 8 2.98 1.074 0.173 5420 0TMP12205 1982 10 3 10 13 40.29 36.34 -89.39 3.5 8 2.39 1.249 0.305 5421 5414TMP12207 1982 10 4 4 42 0 51.12 -62.95 18 21 2.27 1.153 0.244 5422 0TMP12218 1982 10 9 9 26 45 47 -66.6 5 3 2.37 1.153 0.244 5423 5132TMP12220 1982 10 9 18 9 53.7 35.148 -84.685 0 1 2.24 1.264 0.313 5424 0TMP12227 1982 10 12 18 46 0 49.49 -66.8 18 8 2.47 1.153 0.244 5425 0TMP12229 1982 10 14 12 52 46.3 36.1 -102.57 5 17 3.38 1.104 0.203 5426 0TMP12232 1982 10 16 3 55 24 45.43 -68.8 2 17 2.42 1.045 0.136 5427 0TMP12236 1982 10 17 19 53 43 36.24 -89.42 5 17 2.79 1.161 0.25 5428 5414TMP39526 1982 10 17 19 53 48.8 36.11 -89.58 11 17 2.94 1.101 0.201 5429 5414TMP12239 1982 10 18 4 37 49 47 -66.6 5 3 2.57 1.153 0.244 5430 5132TMP12244 1982 10 18 21 2 39 47 -66.6 5 8 2.27 1.153 0.244 5431 5132TMP12250 1982 10 21 18 12 47 47 -66.6 5 6 2.37 1.153 0.244 5432 5132TMP12254 1982 10 23 5 9 55.1 44.1 -73.54 0 17 2.73 1.095 0.195 5433 0TMP12257 1982 10 23 11 52 56.5 37.28 -86.89 5 8 2.24 1.264 0.313 5434 0TMP12262 1982 10 25 13 36 47.6 44.11 -73.221 4 8 2.49 1.2 0.276 5435 0TMP12265 1982 10 26 15 31 33 47 -66.6 5 3 3.08 1.009 0.062 5436 5132

B-156

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP12267 1982 10 27 20 27 26.3 42.75 -70.16 9 17 2.48 1.074 0.173 5437 0TMP12271 1982 10 28 6 35 11 47 -66.6 5 2 2.37 1.153 0.244 5438 5132TMP12272 1982 10 29 19 27 39.2 35.21 -92.21 1 17 3.06 1.083 0.183 5439 5184TMP12273 1982 10 29 21 50 0 49.82 -65.3 18 8 2.87 1.153 0.244 5440 0TMP12276 1982 10 30 19 29 58.38 36.22 -89.75 8.1 8 2.47 1.242 0.301 5441 0TMP12279 1982 10 31 3 7 36.7 32.67 -84.87 0 2 3.02 1.073 0.172 5442 0TMP12280 1982 10 31 3 12 12.2 32.64 -84.89 0 2 2.78 1.153 0.244 5443 5442TMP12282 1982 10 31 12 44 41 47 -66.6 5 1 2.47 1.153 0.244 5444 5132TMP39276 1982 10 31 12 45 20 47 -66.6 5 1 2.37 1.153 0.244 5445 5132TMP12283 1982 10 31 20 47 0 45.54 -74.46 18 8 2.47 1.083 0.183 5446 0TMP12300 1982 11 7 0 4 19 35.2 -100.2 0 8 2.78 1.153 0.244 5447 0TMP12302 1982 11 7 18 26 0 46.35 -75.22 18 8 2.33 1.074 0.173 5448 0TMP12308 1982 11 12 0 39 39.3 35.2 -92.21 3 17 2.85 1.213 0.284 5449 5184TMP12312 1982 11 14 10 31 59.1 36.21 -82.88 10 15 2.93 1.208 0.281 5450 0TMP12313 1982 11 15 2 58 22.9 43.01 -97.85 5 17 4.11 1.07 0.168 5451 0TMP12317 1982 11 17 19 0 45 35.2 -92.07 0 17 2.98 1.085 0.185 5452 5184TMP12323 1982 11 21 16 27 39.4 35.2 -92.24 5 17 2.58 1.124 0.221 5453 5184TMP12324 1982 11 21 16 35 31 35.25 -92.08 0 17 3.2 1.066 0.164 5454 5184TMP12325 1982 11 21 18 42 39.8 35.2 -92.21 1 17 2.37 1.085 0.185 5455 5184TMP12329 1982 11 23 4 51 0.1 35.068 -85.446 0 3 2.39 1.249 0.305 5456 0TMP12333 1982 11 24 7 34 0 45.44 -73.44 13 8 2.58 1.074 0.173 5457 0TMP12334 1982 11 24 12 7 52.2 36.53 -89.62 8 17 2.85 1.213 0.284 5458 5224TMP12340 1982 11 28 2 36 48.5 33 -100.84 5 17 3.03 1.124 0.221 5459 0TMP12346 1982 12 1 22 52 22.9 43.62 -71.52 6 17 2.65 1.066 0.164 5460 0TMP39528 1982 12 2 10 58 50.83 36.99 -88.93 5 8 2.62 1.23 0.294 5461 0TMP12348 1982 12 2 10 58 51.9 36.9 -88.97 2.9 8 2.77 1.218 0.287 5462 5461TMP12355 1982 12 4 16 8 0 47.54 -70.22 15 8 3.34 1.009 0.061 5463 0TMP12356 1982 12 5 10 13 27.4 38.32 -89.67 5 8 2.39 1.249 0.305 5464 0TMP12357 1982 12 5 11 11 2.6 32.71 -83.47 0 8 2.93 1.208 0.281 5465 0TMP12361 1982 12 7 0 19 25.6 32.71 -83.47 0 17 2.93 1.208 0.281 5466 5465TMP12362 1982 12 7 5 27 3.3 32.71 -83.47 0 8 2.77 1.218 0.287 5467 5465TMP12364 1982 12 8 15 0 15.2 32.71 -83.47 0 8 2.7 1.223 0.29 5468 5465TMP12365 1982 12 8 23 36 56 32.72 -83.46 3 8 3.08 1.2 0.276 5469 5465TMP12368 1982 12 10 9 23 48.98 34.74 -92.01 5 8 2.24 1.264 0.313 5470 0TMP12370 1982 12 10 16 48 39.3 32.71 -83.47 0 8 2.7 1.223 0.29 5471 5465TMP12371 1982 12 10 22 40 51.7 32.71 -83.47 0 8 2.47 1.242 0.301 5472 5465

B-157

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP12372 1982 12 10 23 23 21.6 32.71 -83.47 0 8 2.47 1.242 0.301 5473 5465TMP12373 1982 12 11 0 12 22.4 32.71 -83.47 0 17 2.77 1.218 0.287 5474 5465TMP12374 1982 12 11 0 25 0 32.85 -83.53 0 4 3.16 1.195 0.273 5475 5465TMP12375 1982 12 11 0 39 16.4 32.71 -83.47 0 8 2.7 1.223 0.29 5476 5465TMP12376 1982 12 11 0 44 3.4 32.71 -83.47 0 8 2.47 1.242 0.301 5477 5465TMP12377 1982 12 11 3 47 28.1 32.71 -83.47 0 17 2.85 1.213 0.284 5478 5465TMP12380 1982 12 13 1 21 18.9 32.71 -83.47 0 17 2.93 1.208 0.281 5479 5465TMP12382 1982 12 13 15 52 40.1 42.584 -74.102 14 8 2.33 1.202 0.277 5480 0TMP12383 1982 12 13 22 57 18.6 32.71 -83.47 0 17 2.77 1.218 0.287 5481 5465TMP39529 1982 12 13 22 58 16.4 32.71 -83.47 0 17 2.85 1.213 0.284 5482 5465TMP12384 1982 12 14 6 35 10.2 35.298 -84.166 12.2 15 2.7 1.223 0.29 5483 0TMP12386 1982 12 14 21 49 55.09 34.463 -97.378 5 17 2.32 1.055 0.15 5484 0TMP12387 1982 12 15 2 27 59.3 35.749 -84.22 13.1 15 2.47 1.242 0.301 5485 0TMP12390 1982 12 15 17 44 36.4 32.71 -83.47 0 8 2.7 1.223 0.29 5486 5465TMP12391 1982 12 15 19 31 52.3 32.71 -83.47 0 8 2.55 1.235 0.297 5487 5465TMP12397 1982 12 17 6 41 50.14 36.24 -89.39 5 8 2.55 1.235 0.297 5488 5414TMP12398 1982 12 17 18 1 37.3 32.71 -83.47 0 8 2.7 1.223 0.29 5489 5465TMP12399 1982 12 17 21 1 58.6 32.71 -83.47 0 8 2.55 1.235 0.297 5490 5465TMP12400 1982 12 18 3 42 46.66 36.43 -89.51 5 17 2.39 1.249 0.305 5491 5414TMP39530 1982 12 18 16 46 1.87 35.94 -89.95 14.9 8 2.55 1.235 0.297 5492 0TMP12404 1982 12 19 5 15 42.94 34.891 -97.584 5 17 2.81 1.053 0.147 5493 0TMP12407 1982 12 19 15 37 33.4 32.71 -83.47 0 8 2.7 1.223 0.29 5494 5465TMP12408 1982 12 19 21 45 0.07 35.29 -94.95 5 8 2.24 1.264 0.313 5495 0TMP12412 1982 12 20 20 29 49.8 32.71 -83.47 0 17 2.85 1.213 0.284 5496 5465TMP12413 1982 12 20 22 10 46.13 35.305 -96.256 5 8 2.36 1.087 0.187 5497 0TMP12414 1982 12 21 1 40 2.3 32.71 -83.47 0 8 2.55 1.235 0.297 5498 5465TMP12415 1982 12 21 4 13 35 47 -66.6 5 3 2.27 1.153 0.244 5499 5132TMP12416 1982 12 21 4 45 44.1 32.71 -83.47 0 8 2.7 1.223 0.29 5500 5465TMP12417 1982 12 21 5 30 46.2 32.8 -83.52 0 2 2.85 1.159 0.248 5501 5465TMP12418 1982 12 21 6 43 51.5 32.71 -83.47 0 8 2.55 1.235 0.297 5502 5465TMP12419 1982 12 21 7 0 7 32.71 -83.47 0 8 2.47 1.242 0.301 5503 5465TMP12420 1982 12 21 7 40 14 32.71 -83.47 0 8 2.7 1.223 0.29 5504 5465TMP12421 1982 12 21 8 1 59.5 32.71 -83.47 0 17 2.93 1.208 0.281 5505 5465TMP12422 1982 12 21 10 13 8.8 32.71 -83.47 0 8 2.55 1.235 0.297 5506 5465TMP12423 1982 12 21 17 5 55.8 32.71 -83.47 0 8 2.55 1.235 0.297 5507 5465TMP12425 1982 12 22 3 47 42.8 32.71 -83.47 0 8 2.55 1.235 0.297 5508 5465

B-158

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP12426 1982 12 22 12 53 26 47 -66.6 5 3 2.57 1.153 0.244 5509 5132TMP12427 1982 12 22 17 42 53.73 35.396 -97.932 5 17 2.49 1.055 0.149 5510 0TMP12428 1982 12 22 20 47 16.8 35.2 -92.2 1 17 3 1.203 0.278 5511 5184TMP12431 1982 12 23 7 6 0 42.76 -81.39 10 8 2.48 1.074 0.173 5512 0TMP12432 1982 12 23 7 52 43.1 32.71 -83.47 0 8 2.7 1.223 0.29 5513 5465TMP12433 1982 12 23 9 56 36 32.71 -83.47 0 8 2.7 1.223 0.29 5514 5465TMP12434 1982 12 23 10 57 0 32.71 -83.47 0 8 2.47 1.242 0.301 5515 5465TMP12435 1982 12 23 11 52 11.3 32.71 -83.47 0 17 2.85 1.213 0.284 5516 5465TMP12439 1982 12 25 10 56 37.3 32.71 -83.47 0 8 2.7 1.223 0.29 5517 5465TMP12449 1983 1 1 22 37 40.55 36.59 -89.55 5 2 2.55 1.235 0.297 5518 5458TMP12450 1983 1 2 2 39 49.94 36.58 -89.56 5 2 2.39 1.249 0.305 5519 5458TMP12453 1983 1 3 15 16 46.6 36.29 -89.53 5 2 2.71 1.087 0.187 5520 5414TMP12454 1983 1 4 7 7 51.9 36.54 -89.63 8.9 2 2.47 1.242 0.301 5521 5458TMP12455 1983 1 5 23 5 56.5 34.018 -87.621 0 3 2.7 1.223 0.29 5522 0TMP12456 1983 1 6 2 35 0 52.12 -106.93 18 2 2.27 1.153 0.244 5523 0TMP12458 1983 1 8 5 32 5.1 38.89 -89.38 3.6 2 2.24 1.264 0.313 5524 0TMP12461 1983 1 8 22 30 37.2 34.915 -85.526 0 2 2.62 1.23 0.294 5525 5456TMP12464 1983 1 10 17 6 43.75 36.704 -98.107 3.9 2 2.49 1.055 0.149 5526 0TMP12466 1983 1 10 21 31 0 46.82 -78.83 18 2 2.87 1.153 0.244 5527 0TMP12475 1983 1 17 2 6 6.9 32.744 -83.524 0 2 3 1.203 0.278 5528 5465TMP12478 1983 1 17 19 35 0 49.11 -67.06 18 2 3.57 1.038 0.125 5529 0TMP12480 1983 1 18 0 43 14.1 45.306 -73.097 3 2 2.33 1.202 0.277 5530 0TMP12482 1983 1 18 5 9 12.3 35.589 -84.287 8.2 15 2.62 1.23 0.294 5531 0TMP12483 1983 1 19 2 30 42 35.28 -92.16 0 2 3.49 1.066 0.164 5532 5184TMP12484 1983 1 20 9 16 0 48.72 -83.45 18 2 2.67 1.153 0.244 5533 0TMP12485 1983 1 20 14 17 0 47.46 -67.88 18 2 2.67 1.153 0.244 5534 0TMP12489 1983 1 22 7 46 58 41.75 -81.02 10 2 2.66 1.066 0.164 5535 0TMP12495 1983 1 25 20 38 58.3 37.386 -80.505 16.7 1 2.24 1.264 0.313 5536 0TMP12496 1983 1 26 7 42 17.8 35.29 -92.2 4 2 2.55 1.235 0.297 5537 5184TMP12498 1983 1 26 14 7 44.7 32.85 -83.56 0 1 3.18 1.153 0.244 5538 5465TMP12500 1983 1 27 22 9 35.1 36.06 -83.63 13 15 2.78 1.082 0.182 5539 0TMP12503 1983 1 29 11 37 18 36.7 -89.54 5 2 2.34 1.091 0.191 5540 0TMP12504 1983 1 29 16 5 31.73 34.7 -88.37 9.2 2 2.7 1.223 0.29 5541 5548TMP12505 1983 1 29 18 8 30.4 36.125 -83.737 15.9 1 2.47 1.242 0.301 5542 5539TMP12506 1983 1 30 6 23 55 35.45 -92.51 4 2 2.47 1.242 0.301 5543 0TMP12509 1983 1 31 23 4 8.6 34.962 -85.512 0 5 2.47 1.242 0.301 5544 5456

B-159

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP12510 1983 1 31 23 41 1.4 34.302 -82.394 8 2 3.08 1.097 0.197 5545 0TMP12516 1983 2 4 9 58 13.9 35.203 -92.233 1 2 3 1.203 0.278 5546 5184TMP39532 1983 2 5 13 8 19 34.73 -88.31 0 2 2.88 1.153 0.244 5547 5548TMP12519 1983 2 5 13 8 19.4 34.69 -88.37 1 2 2.95 1.049 0.141 5548 0TMP12524 1983 2 7 20 48 38.9 36.1 -89.38 8 2 2.59 1.087 0.187 5549 5414TMP12530 1983 2 10 6 18 59.5 36.928 -82.971 1.3 4 2.55 1.235 0.297 5550 0TMP12536 1983 2 11 15 46 0 48.97 -68.33 18 2 3.19 1.066 0.164 5551 0TMP12544 1983 2 12 19 20 20.7 36.76 -91.52 12 2 2.5 1.09 0.19 5552 0TMP12548 1983 2 15 22 55 40.8 36.1 -89.85 9.2 2 2.32 1.257 0.309 5553 0TMP12552 1983 2 16 12 8 39.46 36.17 -89.68 6.8 2 2.47 1.242 0.301 5554 5553TMP12560 1983 2 17 19 31 45.3 35.178 -92.225 5 2 3 1.203 0.278 5555 5184TMP12564 1983 2 19 3 51 26.49 36.31 -89.6 12.8 2 2.24 1.264 0.313 5556 5414TMP12565 1983 2 19 5 45 45.1 40.66 -74.79 6 2 2.38 1.029 0.109 5557 0TMP12567 1983 2 20 7 17 30 36.3 -89.61 7.5 2 2.24 1.264 0.313 5558 5414TMP12569 1983 2 21 21 13 30.8 39.787 -73.205 0 2 2.71 1.048 0.14 5559 0TMP12570 1983 2 22 13 9 18.2 38.048 -82.767 11 2 2.85 1.213 0.284 5560 0TMP12573 1983 2 23 8 9 14 37.07 -88.86 22 2 2.75 1.055 0.149 5561 0TMP39535 1983 2 23 8 51 26.96 36.21 -89.67 7.6 2 3.31 1.189 0.269 5562 5414TMP12574 1983 2 23 8 52 27 36.19 -89.6 0 2 3.17 1.104 0.203 5563 5414TMP12583 1983 2 26 19 59 35.4 41.55 -73.66 7 2 2.99 1.025 0.102 5564 0TMP12586 1983 2 27 23 52 17.3 35.454 -84.579 0 2 2.47 1.242 0.301 5565 0TMP12593 1983 3 3 18 14 7.9 29.73 -104.06 5 2 3.08 1.153 0.244 5566 0TMP12594 1983 3 4 4 16 0 47.48 -77.81 18 2 2.37 1.153 0.244 5567 0TMP12595 1983 3 4 6 32 18.6 44.21 -99.41 5 2 4.17 1.027 0.106 5568 0TMP12597 1983 3 4 14 3 27.7 35.599 -84.354 12.9 15 2.62 1.23 0.294 5569 0TMP12598 1983 3 5 7 44 0 46.11 -74.68 16 2 2.37 1.153 0.244 5570 0TMP12601 1983 3 6 23 19 0 51.34 -66.86 18 2 2.77 1.153 0.244 5571 0TMP12605 1983 3 10 8 6 4.14 35.035 -96.202 12.5 2 2.42 1.054 0.148 5572 0TMP12609 1983 3 11 16 50 48.26 36.827 -100.115 5 2 2.69 1.039 0.126 5573 0TMP12613 1983 3 13 10 17 20.85 35.309 -96.557 5 2 2.32 1.257 0.309 5574 0TMP12614 1983 3 13 13 3 11.6 43.697 -71.331 2 2 2.47 1.153 0.244 5575 0TMP12617 1983 3 14 9 11 0 50.82 -74.9 18 2 3.28 1.074 0.173 5576 0TMP12619 1983 3 14 20 41 0 44.83 -56.99 18 2 3.36 1.375 0.365 5577 0TMP12623 1983 3 16 9 13 51.9 35.218 -84.548 12 15 2.85 1.213 0.284 5578 0TMP12626 1983 3 18 14 56 11.5 36.02 -89.86 11 2 2.74 1.086 0.186 5579 5553TMP12628 1983 3 19 5 42 4.5 39.02 -72.876 9 2 2.41 1.2 0.276 5580 0

B-160

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP12630 1983 3 21 3 30 0 46.98 -71.3 15 2 2.37 1.153 0.244 5581 0TMP12631 1983 3 22 12 0 3.6 32.936 -80.155 3.8 2 2.57 1.115 0.213 5582 0TMP39536 1983 3 22 12 0 3.8 32.932 -80.183 8.3 2 2.39 1.249 0.305 5583 5582TMP12632 1983 3 24 14 27 20.4 42.96 -71.72 1 2 2.9 1.073 0.172 5584 0TMP12633 1983 3 25 2 47 11.1 35.33 -82.46 12 25 3.21 1.048 0.14 5585 0TMP12636 1983 3 27 10 25 19.6 45.312 -74.931 19 2 2.41 1.2 0.276 5586 0TMP12638 1983 3 29 8 40 45.8 35.193 -92.227 3 2 2.56 1.088 0.188 5587 5184TMP12639 1983 3 30 4 12 25.4 35.193 -92.228 3 2 2.78 1.153 0.244 5588 5184TMP12640 1983 3 30 4 15 26 35.2 -92.15 0 2 2.88 1.153 0.244 5589 5184TMP12641 1983 3 30 4 20 54.2 35.201 -92.224 4 2 2.62 1.086 0.186 5590 5184TMP39537 1983 3 30 4 20 54.8 35.21 -92.16 5 2 2.93 1.208 0.281 5591 5184TMP12642 1983 3 30 4 48 51.9 35.35 -92.4 4 2 2.39 1.249 0.305 5592 5184TMP12644 1983 3 30 18 47 33.9 35.23 -92.19 4 2 2.32 1.257 0.309 5593 5184TMP12645 1983 3 31 3 27 17.28 35.93 -89.99 14.6 2 2.24 1.264 0.313 5594 0TMP12648 1983 4 3 4 55 24.2 35.32 -102.38 5 2 3.08 1.153 0.244 5595 0TMP12653 1983 4 5 0 41 21 33.169 -86.99 0 2 3.08 1.2 0.276 5596 0TMP12655 1983 4 5 3 17 59.3 35.542 -84.166 12.9 15 2.47 1.242 0.301 5597 5569TMP12662 1983 4 12 1 26 29.6 39.846 -75.449 7 2 2.57 1.2 0.276 5598 0TMP12663 1983 4 12 20 13 5.2 43.688 -69.401 19 2 2.75 1.066 0.163 5599 0TMP12666 1983 4 13 16 6 0 49.34 -66.98 18 2 2.57 1.153 0.244 5600 0TMP12671 1983 4 17 1 33 40.7 47.063 -68.122 0 2 2.87 1.074 0.173 5601 0TMP12675 1983 4 23 12 36 49.6 35.29 -92.29 3 2 2.24 1.264 0.313 5602 5184TMP12683 1983 4 28 7 37 11.9 34.322 -81.522 1.9 2 2.39 1.249 0.305 5603 0TMP12684 1983 4 28 9 0 1 34.34 -81.531 1.8 2 2.62 1.23 0.294 5604 5603TMP12693 1983 5 6 6 14 46.9 42.955 -102.198 5 2 2.98 1.153 0.244 5605 0TMP12694 1983 5 7 5 0 59.8 34.332 -81.535 1 2 2.77 1.218 0.287 5606 5603TMP12695 1983 5 8 1 5 16 36.57 -89.29 0.9 2 2.55 1.235 0.297 5607 0TMP12696 1983 5 8 3 36 23 34.333 -81.542 0 2 2.77 1.218 0.287 5608 5603TMP12697 1983 5 9 12 36 22.2 44.434 -74.842 4 2 2.73 1.198 0.275 5609 0TMP12698 1983 5 10 9 33 7.4 36.49 -89.52 2.6 2 2.32 1.257 0.309 5610 0TMP12699 1983 5 11 6 44 52 36.48 -89.52 0.9 2 2.47 1.242 0.301 5611 5610TMP12700 1983 5 12 17 26 18 38.25 -90.49 15 2 2.32 1.257 0.309 5612 0TMP12702 1983 5 12 20 42 25 47 -66.6 5 2 2.67 1.153 0.244 5613 5132TMP12703 1983 5 13 0 38 49.1 37.79 -90.32 19.5 2 2.32 1.257 0.309 5614 0TMP12704 1983 5 13 17 26 2 47 -66.6 5 2 3.12 1.009 0.06 5615 5132TMP12705 1983 5 13 23 24 0 47.19 -70.57 24 2 2.27 1.153 0.244 5616 0

B-161

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP12706 1983 5 13 23 40 57 47 -66.6 5 2 3.68 1.009 0.06 5617 5132TMP12707 1983 5 15 4 0 23.58 34.827 -98.36 5 2 2.64 1.054 0.148 5618 0TMP12708 1983 5 15 5 16 22 38.77 -89.57 0 2 4.06 1.06 0.156 5619 0TMP12709 1983 5 16 2 1 0 47.69 -69.89 11 2 3.42 1.009 0.061 5620 0TMP12710 1983 5 16 6 50 23.5 35.549 -84.064 16.4 15 2.32 1.257 0.309 5621 5656TMP12711 1983 5 16 14 3 4 38.48 -92.36 0 2 2.68 1.153 0.244 5622 0TMP12712 1983 5 16 21 8 21.08 34.718 -99.883 5 2 2.68 1.086 0.186 5623 0TMP12713 1983 5 16 23 33 29.6 38.75 -87.96 20 2 2.28 1.153 0.244 5624 0TMP12723 1983 5 24 17 59 0 46.56 -64.32 1 2 2.37 1.153 0.244 5625 0TMP12725 1983 5 26 1 4 44.8 37.506 -80.316 9 1 2.28 1.153 0.244 5626 0TMP12726 1983 5 26 12 30 2.2 35.666 -84.264 3 15 2.77 1.218 0.287 5627 5656TMP12728 1983 5 26 22 29 31.5 59.139 -54.381 0 15 3.96 1.375 0.365 5628 0TMP12731 1983 5 27 23 4 35.2 45.54 -69.46 10 2 2.98 1.029 0.11 5629 0TMP12733 1983 5 29 5 45 49.9 44.49 -70.4 3 2 3.67 1.038 0.125 5630 0TMP12736 1983 5 30 7 14 2.4 32.08 -88.88 5 2 2.7 1.223 0.29 5631 0TMP12741 1983 6 2 6 30 0 47.44 -70.24 10 2 3.05 1.049 0.141 5632 0TMP12742 1983 6 3 22 39 0.6 38.14 -88.41 22 2 2.38 1.153 0.244 5633 0TMP12743 1983 6 4 5 0 0 47.61 -69.84 0.1 2 2.58 1.074 0.173 5634 0TMP12744 1983 6 5 13 4 18.6 35.001 -91.319 14 2 2.77 1.218 0.287 5635 0TMP12750 1983 6 10 4 22 39 47 -66.6 5 2 3.08 1.074 0.173 5636 5132TMP12751 1983 6 11 13 47 58 47 -66.6 5 2 3.23 1.074 0.173 5637 5132TMP12753 1983 6 13 13 3 7 37.82 -92.36 5 2 2.39 1.249 0.305 5638 0TMP12755 1983 6 13 23 10 28.8 39.35 -92.37 31.8 2 2.7 1.223 0.29 5639 0TMP12758 1983 6 14 20 58 56 36.49 -89.52 0.2 2 2.39 1.249 0.305 5640 5610TMP12761 1983 6 19 17 5 43.4 36.17 -89.41 5 2 2.47 1.242 0.301 5641 0TMP12764 1983 6 21 13 58 28.5 35.19 -92.18 4 2 2.77 1.218 0.287 5642 5184TMP12765 1983 6 21 18 32 59.87 34.959 -97.405 5 2 2.62 1.054 0.148 5643 0TMP12767 1983 6 22 4 4 14.4 35.23 -92.22 4 2 2.47 1.242 0.301 5644 5184TMP12772 1983 6 23 6 40 18.9 36.36 -89.51 11 2 2.59 1.087 0.187 5645 5610TMP12773 1983 6 26 7 44 40.44 32.933 -80.145 5.7 15 2.49 1.117 0.215 5646 5582TMP39538 1983 6 26 7 44 41 32.931 -80.144 4.8 3 2.39 1.249 0.305 5647 5582TMP12774 1983 6 26 9 8 25.2 36.89 -89.42 0.7 2 2.62 1.23 0.294 5648 0TMP12778 1983 6 28 8 5 0 47.05 -66.69 0.1 2 3.03 1.074 0.173 5649 5132TMP12779 1983 6 29 2 6 14.1 43.732 -69.457 16 2 2.45 1.083 0.183 5650 0TMP12782 1983 7 2 6 46 28.1 35.696 -84.196 13.1 1 2.24 1.264 0.313 5651 5656TMP12788 1983 7 5 6 17 1.8 36.67 -89.5 3 2 2.24 1.264 0.313 5652 5610

B-162

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP12789 1983 7 5 20 2 25.84 34.667 -96.519 5 2 2.38 1.088 0.188 5653 0TMP12790 1983 7 6 12 20 25.9 36.49 -89.56 5 2 2.32 1.257 0.309 5654 5610TMP12794 1983 7 8 9 41 40 37.1 -90.94 0 2 2.68 1.153 0.244 5655 5657TMP12796 1983 7 8 19 29 5.9 35.55 -84.15 10 25 3.14 1.048 0.14 5656 0TMP12801 1983 7 10 2 54 25 37.11 -90.93 0 2 2.68 1.153 0.244 5657 0TMP12803 1983 7 11 12 54 36.1 35.636 -86.789 29.3 15 2.7 1.223 0.29 5658 0TMP12804 1983 7 12 8 32 0 35.179 -92.215 7 2 2.51 1.086 0.186 5659 5184TMP12809 1983 7 15 9 22 19.5 36.49 -89.52 0.6 2 2.55 1.235 0.297 5660 5610TMP12810 1983 7 15 19 32 56.1 35.548 -84.164 7 15 2.85 1.213 0.284 5661 5656TMP12814 1983 7 17 22 47 0 46.06 -74.9 14 2 2.57 1.153 0.244 5662 0TMP12816 1983 7 18 10 11 42.8 35.85 -90.14 9.8 2 2.24 1.264 0.313 5663 0TMP12819 1983 7 20 4 41 40.5 37.904 -80.687 7 3 2.57 1.116 0.214 5664 0TMP12820 1983 7 22 0 36 22.8 36.31 -89.47 0.4 2 2.24 1.264 0.313 5665 5610TMP12823 1983 7 23 3 25 0 46.52 -70.91 18 2 2.58 1.074 0.173 5666 0TMP12824 1983 7 23 15 24 38.2 28.743 -98.131 5 17 3.32 1.072 0.17 5667 0TMP39539 1983 7 23 15 24 39.1 28.825 -98.185 0 17 3.23 1.124 0.221 5668 5667TMP12831 1983 7 27 10 4 48.6 36.64 -89.25 0.3 2 2.32 1.257 0.309 5669 0TMP12834 1983 7 28 18 7 29.9 34.886 -83.947 6.2 1 2.47 1.242 0.301 5670 0TMP12838 1983 7 31 14 7 0.1 35.198 -92.221 5 2 2.51 1.086 0.186 5671 5184TMP12843 1983 8 3 11 31 55.7 36.06 -92.96 9.9 2 2.55 1.235 0.297 5672 0TMP12845 1983 8 5 7 22 36.9 35.783 -83.762 22.5 1 2.39 1.249 0.305 5673 0TMP12846 1983 8 5 11 57 29 36.18 -91.17 5 2 2.55 1.235 0.297 5674 0TMP12847 1983 8 6 5 24 57.5 43.039 -70.134 7 2 2.27 1.153 0.244 5675 0TMP12857 1983 8 10 10 33 5.5 36.22 -89.44 1.3 2 2.32 1.257 0.309 5676 0TMP12858 1983 8 10 12 29 34.1 37.773 -78.424 11.2 3 2.24 1.264 0.313 5677 0TMP12859 1983 8 10 17 51 8.7 36.25 -89.39 2.1 2 2.32 1.257 0.309 5678 5676TMP39540 1983 8 11 3 29 23.9 36.15 -89.79 6.8 2 2.24 1.264 0.313 5679 0TMP12864 1983 8 12 5 49 13.6 35.623 -84.336 12.9 15 2.47 1.242 0.301 5680 5656TMP12868 1983 8 12 14 8 47.6 44.97 -67.68 12 2 2.97 1.038 0.125 5681 0TMP12869 1983 8 12 19 12 50.8 37.54 -90.93 11 2 2.48 1.153 0.244 5682 0TMP12873 1983 8 14 3 50 45.6 36.48 -89.48 3.6 2 2.32 1.257 0.309 5683 5610TMP12877 1983 8 16 8 20 0 49.68 -82.35 18 2 2.37 1.153 0.244 5684 0TMP12878 1983 8 16 23 12 45.2 36.53 -89.59 4 2 2.24 1.264 0.313 5685 5610TMP12879 1983 8 17 14 3 15 38.47 -82.77 10 2 3.49 1.039 0.126 5686 0TMP12880 1983 8 17 15 3 27.6 37.469 -104.314 5 2 3.08 1.153 0.244 5687 0TMP12887 1983 8 20 12 15 0 45.47 -55.16 18 2 2.97 1.153 0.244 5688 0

B-163

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP12888 1983 8 20 15 30 27 56.531 -59.073 0 15 2.97 1.153 0.244 5689 0TMP12899 1983 8 28 10 44 3.9 34.662 -87.77 7 1 2.98 1.1 0.2 5690 0TMP12900 1983 8 28 22 45 7.4 36.68 -83.82 18 1 3 1.066 0.163 5691 0TMP12901 1983 8 28 22 56 39.7 36.652 -83.843 17 2 2.82 1.07 0.168 5692 5691TMP12905 1983 8 30 0 53 47.9 36.49 -89.4 9.3 2 2.39 1.249 0.305 5693 5610TMP39542 1983 8 30 0 54 48.2 36.49 -89.48 1.5 2 2.55 1.235 0.297 5694 5610TMP12910 1983 9 3 0 30 20.8 36.74 -90.79 5 2 2.62 1.23 0.294 5695 0TMP12919 1983 9 8 19 35 6 40.25 -72.06 8 2 3.15 1.048 0.14 5696 0TMP12928 1983 9 14 17 37 0 50.31 -65.03 18 2 2.97 1.153 0.244 5697 0TMP12930 1983 9 15 23 25 37.5 34.922 -104.43 0 2 3 1.066 0.164 5698 0TMP12939 1983 9 25 4 58 17.9 35.65 -90.43 11.2 2 2.93 1.208 0.281 5699 0TMP12940 1983 9 26 4 58 17.3 35.601 -90.412 2 2 2.85 1.213 0.284 5700 5699TMP12944 1983 9 29 7 44 12.2 34.887 -104.453 0 2 2.65 1.074 0.173 5701 5698TMP12950 1983 10 4 5 11 58.1 36.165 -91.175 12 2 2.93 1.208 0.281 5702 0TMP12951 1983 10 4 7 21 25.98 36.17 -91.17 15.5 2 2.32 1.257 0.309 5703 5702TMP12953 1983 10 4 17 18 0 43.45 -79.8 2 2 2.77 1.124 0.221 5704 0TMP12959 1983 10 7 10 18 47 43.94 -74.25 9 2 4.84 1.007 0.054 5705 0TMP12961 1983 10 7 10 39 38.6 43.96 -74.25 4 2 3.25 1.008 0.059 5706 5705TMP12962 1983 10 7 10 48 38.5 43.952 -74.258 8 2 2.65 1.198 0.275 5707 5705TMP12963 1983 10 7 10 59 3.8 43.952 -74.258 8 2 2.96 1.045 0.135 5708 5705TMP12968 1983 10 8 6 21 34.7 35.216 -84.185 12.4 15 2.32 1.257 0.309 5709 0TMP12969 1983 10 8 8 58 37.6 43.962 -74.261 7 2 2.89 1.198 0.275 5710 5705TMP12971 1983 10 9 10 34 35.6 43.949 -74.259 7 2 2.41 1.2 0.276 5711 5705TMP12973 1983 10 10 17 51 40.8 43.952 -74.257 7 2 2.41 1.2 0.276 5712 5705TMP12974 1983 10 11 0 28 34.8 43.956 -74.261 7 2 2.41 1.2 0.276 5713 5705TMP12975 1983 10 11 4 10 0 45.2 -75.75 14 2 3.57 1.038 0.125 5714 0TMP12976 1983 10 11 5 48 29 43.955 -74.257 8 2 2.97 1.198 0.275 5715 5705TMP12978 1983 10 12 2 17 6.3 43.956 -74.258 8 2 2.78 1.082 0.182 5716 5705TMP12981 1983 10 13 10 56 16.8 34.879 -85.156 17.4 15 2.39 1.249 0.305 5717 0TMP12983 1983 10 14 17 23 59 42.869 -69.933 9 2 2.49 1.066 0.164 5718 0TMP12984 1983 10 15 5 4 49.75 36.47 -89.55 0.1 2 2.47 1.242 0.301 5719 5610TMP12986 1983 10 16 3 0 0 45.62 -75.05 12 2 2.67 1.153 0.244 5720 0TMP12987 1983 10 16 3 4 39.1 45.595 -75.107 9 2 2.41 1.2 0.276 5721 5720TMP12988 1983 10 16 6 39 45.1 43.956 -74.256 7 2 2.57 1.2 0.276 5722 5705TMP12989 1983 10 16 19 40 50.8 30.24 -93.39 5 2 3.44 1.072 0.17 5723 0TMP12990 1983 10 16 22 2 48.4 35.839 -84.507 7.4 15 2.7 1.223 0.29 5724 0

B-164

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP12991 1983 10 17 7 45 20 35.67 -84.162 19 15 2.85 1.213 0.284 5725 5656TMP12992 1983 10 17 22 58 0 47.21 -66.3 5 2 2.77 1.153 0.244 5726 0TMP12993 1983 10 19 6 58 35.23 36.3 -89.42 6.2 2 2.24 1.264 0.313 5727 0TMP12994 1983 10 19 8 44 25.4 37.94 -90.66 2.3 2 2.7 1.223 0.29 5728 0TMP12996 1983 10 21 23 38 31 36.69 -89.5 12 2 2.44 1.088 0.188 5729 0TMP12998 1983 10 22 18 59 0 45.6 -60.52 1 2 2.27 1.153 0.244 5730 0TMP12999 1983 10 23 19 34 46.93 34.817 -96.888 5 2 2.81 1.085 0.185 5731 0TMP13000 1983 10 24 1 0 6 48.14 -77.97 1 2 2.67 1.153 0.244 5732 0TMP13002 1983 10 25 16 35 56.5 35.661 -84.286 6.9 15 2.47 1.242 0.301 5733 5656TMP13009 1983 10 30 5 29 31 36.47 -89.55 7.2 2 2.39 1.249 0.305 5734 5610TMP13010 1983 10 30 16 53 0 44.13 -74.33 9 2 2.98 1.048 0.14 5735 5705TMP13012 1983 10 30 17 2 52.9 44.437 -69.877 10 2 2.49 1.124 0.221 5736 0TMP13014 1983 11 1 10 16 0 45.68 -73.9 14 2 3.12 1.052 0.146 5737 0TMP13019 1983 11 3 17 22 40.5 37.79 -90.49 19 2 2.28 1.153 0.244 5738 0TMP13024 1983 11 5 6 30 33.8 36.836 -83.096 6.7 1 2.24 1.264 0.313 5739 0TMP13025 1983 11 6 0 12 58.5 36.868 -83.821 12.1 1 2.62 1.23 0.294 5740 5691TMP13026 1983 11 6 9 2 19.8 32.94 -80.16 10 1 3.5 1.078 0.177 5741 0TMP13027 1983 11 6 9 4 14.7 32.929 -80.155 11.2 2 2.55 1.235 0.297 5742 5741TMP39543 1983 11 6 9 4 15.1 32.936 -80.176 6 2 2.58 1.114 0.212 5743 5741TMP13028 1983 11 7 4 42 31.1 36.44 -89.52 7 2 2.71 1.085 0.185 5744 5610TMP13029 1983 11 7 9 29 36.9 32.934 -80.177 9.1 15 2.2 1.131 0.227 5745 5741TMP13035 1983 11 12 15 13 0 43.957 -74.271 6 2 2.83 1.073 0.172 5746 5705TMP13044 1983 11 15 20 51 6.8 43.96 -74.264 7 2 2.65 1.198 0.275 5747 5705TMP13047 1983 11 16 7 11 12.6 37.66 -89.85 10 2 2.32 1.257 0.309 5748 0TMP13048 1983 11 16 12 13 56 47 -66.6 5 2 2.87 1.153 0.244 5749 5132TMP13049 1983 11 17 14 32 34.6 36.56 -89.59 5 2 2.44 1.09 0.19 5750 5610TMP13050 1983 11 17 15 32 18 47 -66.6 5 2 3.31 1.009 0.061 5751 5132TMP13051 1983 11 17 19 55 0 39.75 -75.59 4.8 2 2.54 1.073 0.172 5752 0TMP13052 1983 11 18 0 18 5.83 36.55 -89.61 2 2 2.32 1.257 0.309 5753 5610TMP13055 1983 11 18 10 28 40 47 -66.6 5 2 2.67 1.153 0.244 5754 5132TMP13065 1983 11 23 2 22 3 43.952 -74.26 7 2 3.01 1.072 0.171 5755 5705TMP13070 1983 11 23 23 34 17.3 43.952 -74.261 7 2 2.82 1.073 0.172 5756 5705TMP13075 1983 11 27 8 17 3.8 36.277 -81.106 4.9 1 2.39 1.249 0.305 5757 0TMP13076 1983 11 27 9 49 0 46.8 -78.77 18 2 2.37 1.153 0.244 5758 0TMP13080 1983 11 29 19 30 28.1 36.027 -82.653 7 15 2.93 1.208 0.281 5759 0TMP13089 1983 12 4 10 48 33.6 45.19 -69.16 2 2 3.13 1.034 0.118 5760 0

B-165

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP13090 1983 12 5 10 35 10.5 35.229 -82.492 7.4 15 2.47 1.242 0.301 5761 0TMP13091 1983 12 5 21 36 4.8 36.35 -89.53 8.2 2 2.32 1.257 0.309 5762 0TMP13092 1983 12 6 2 42 1.1 37.74 -90.4 17.8 2 2.47 1.242 0.301 5763 5738TMP13097 1983 12 8 12 23 5 45.11 -67.17 7 2 2.89 1.045 0.136 5764 5797TMP13098 1983 12 8 12 45 0 47.04 -76 18 2 2.47 1.153 0.244 5765 5781TMP13100 1983 12 9 5 45 0 44.48 -56.59 18 2 2.96 1.375 0.365 5766 0TMP13102 1983 12 9 20 52 10.5 33.183 -92.704 5 2 2.78 1.124 0.221 5767 0TMP13104 1983 12 10 2 58 55.3 44.392 -73.342 5 2 3.01 1.072 0.171 5768 0TMP13105 1983 12 10 7 43 0 45.7 -74.77 11 2 2.37 1.153 0.244 5769 0TMP13106 1983 12 10 9 24 55.34 33.26 -92.69 9.1 2 2.35 1.089 0.189 5770 5767TMP13107 1983 12 10 14 12 6.7 37.88 -88.68 5 2 2.24 1.264 0.313 5771 0TMP13113 1983 12 12 0 42 0 45.79 -57.65 18 2 2.55 1.173 0.258 5772 0TMP13115 1983 12 12 5 52 52.5 36.58 -89.66 0.6 2 2.85 1.213 0.284 5773 5762TMP13117 1983 12 14 1 52 0 46.7 -76.27 18 2 2.78 1.074 0.173 5774 5781TMP13118 1983 12 17 15 15 10.58 36.21 -89.24 1.3 2 2.24 1.264 0.313 5775 5762TMP13123 1983 12 20 11 54 52 37.67 -88.4 3 2 2.78 1.084 0.184 5776 0TMP13126 1983 12 21 9 1 32.6 35.574 -84.421 19.1 1 2.24 1.264 0.313 5777 0TMP13127 1983 12 21 15 4 0 45.21 -73.96 10 2 2.65 1.049 0.141 5778 0TMP13129 1983 12 22 23 31 56 35.54 -89.96 13 2 2.47 1.091 0.191 5779 0TMP13134 1983 12 25 11 53 1.9 36.57 -89.6 8.6 2 2.32 1.257 0.309 5780 5762TMP13140 1983 12 28 12 24 0 47.07 -76.28 18 2 2.91 1.01 0.063 5781 0TMP13141 1983 12 28 22 30 7.9 38.31 -90.27 3 2 2.58 1.153 0.244 5782 0TMP13142 1983 12 29 10 46 44.26 35.284 -99.62 5 2 2.23 1.055 0.149 5783 0TMP13144 1983 12 29 19 19 5.76 36.21 -89.37 10.7 2 2.39 1.249 0.305 5784 5762TMP13147 1983 12 31 6 31 12.1 32.599 -84.898 5 9 2.8 1.093 0.193 5785 0TMP13148 1983 12 31 11 59 56.1 37.21 -89.01 2 2 2.28 1.153 0.244 5786 0TMP13150 1983 12 31 17 17 27.2 32.568 -84.917 5 8 2.8 1.093 0.193 5787 5785TMP13161 1984 1 5 16 10 6.2 37.21 -89.02 1.5 2 2.39 1.249 0.305 5788 0TMP13162 1984 1 5 18 16 37.47 36.32 -89.48 4 2 2.39 1.249 0.305 5789 5762TMP13164 1984 1 6 3 4 20.7 31.61 -87.65 0 11 3.14 1.041 0.129 5790 0TMP13165 1984 1 6 17 14 49.81 36.161 -95.582 5 25 2.81 1.043 0.132 5791 0TMP13167 1984 1 9 1 24 3.75 35.7 -92.52 8.4 2 2.62 1.23 0.294 5792 0TMP13168 1984 1 12 2 48 15.7 37.59 -89.75 2 2 2.68 1.153 0.244 5793 0TMP13169 1984 1 12 20 28 23.51 36.43 -91.68 5 2 2.47 1.242 0.301 5794 0TMP13170 1984 1 13 13 44 33.08 34.94 -91.15 10.4 2 2.55 1.235 0.297 5795 0TMP13173 1984 1 14 7 34 39.3 43.48 -74.621 5 2 2.72 1.074 0.173 5796 0

B-166

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP13174 1984 1 14 9 8 35 45.01 -67.15 18 2 3.06 1.034 0.119 5797 0TMP39545 1984 1 14 9 9 0 45.05 -67.09 14 2 2.97 1.153 0.244 5798 5797TMP13175 1984 1 14 9 9 32 44.88 -67.16 18 2 3.18 1.074 0.173 5799 5797TMP13176 1984 1 14 20 14 31 41.65 -83.43 0 2 2.68 1.066 0.163 5800 0TMP13179 1984 1 17 2 34 46.6 45.604 -75.118 9 2 2.97 1.198 0.275 5801 0TMP13180 1984 1 17 2 36 13.54 35.44 -88.09 8.1 2 2.55 1.235 0.297 5802 0TMP13181 1984 1 17 19 4 46 45.56 -75.12 19 2 2.68 1.074 0.173 5803 5720TMP13182 1984 1 19 2 33 34.6 39.73 -75.542 3 2 2.57 1.2 0.276 5804 0TMP13183 1984 1 19 5 26 9 44.89 -67.35 13 2 3.49 1.032 0.115 5805 5797TMP13184 1984 1 19 23 3 0 39.73 -75.54 4 2 2.52 1.052 0.146 5806 5804TMP13188 1984 1 23 0 11 59.38 26.72 -87.34 5 2 2.93 1.208 0.281 5807 0TMP13190 1984 1 23 11 1 56.21 35.234 -96.69 5 2 2.2 1.09 0.19 5808 0TMP13193 1984 1 24 15 34 9.63 35.033 -96.366 5 25 2.89 1.049 0.142 5809 0TMP13196 1984 1 25 19 59 0 46.99 -76.22 18 2 2.48 1.074 0.173 5810 5781TMP13198 1984 1 27 9 25 2.2 36.11 -89.75 7 2 2.59 1.087 0.187 5811 5762TMP13200 1984 1 28 21 29 21.99 36.61 -89.82 15.1 2 3.16 1.195 0.273 5812 0TMP13204 1984 2 1 20 32 0 49.37 -66.71 18 2 2.47 1.153 0.244 5813 0TMP13205 1984 2 2 0 25 30.85 36.26 -89.39 3.5 2 2.47 1.242 0.301 5814 5762TMP13206 1984 2 2 5 10 19.7 37.717 -82.218 2.5 2 2.32 1.257 0.309 5815 0TMP13208 1984 2 2 7 31 15.74 36.26 -89.38 2.6 2 2.39 1.249 0.305 5816 5762TMP39379 1984 2 2 7 32 4.1 59.883 -55.673 0 15 3.66 1.375 0.365 5817 0TMP13209 1984 2 2 11 15 0 44.66 -56.38 18 2 3.56 1.375 0.365 5818 0TMP13211 1984 2 3 4 38 28.04 34.665 -97.356 5 25 3.2 1.072 0.171 5819 0TMP13223 1984 2 9 4 1 45.36 36.17 -89.72 7.7 2 2.24 1.264 0.313 5820 5762TMP13225 1984 2 9 10 52 43.69 36.33 -89.43 0.2 2 2.47 1.242 0.301 5821 5762TMP13229 1984 2 10 18 39 13.56 34.049 -97.415 5 25 2.45 1.078 0.177 5822 0TMP13233 1984 2 11 11 26 0 50.22 -92.23 18 2 3.42 1.124 0.221 5823 0TMP13240 1984 2 13 22 42 45 37.21 -89.02 0 2 3.21 1.072 0.171 5824 0TMP13241 1984 2 13 23 7 8.6 37.22 -89.01 5 2 2.62 1.23 0.294 5825 5824TMP13249 1984 2 14 1 57 21.6 37.21 -89.01 5 2 2.62 1.23 0.294 5826 5824TMP13255 1984 2 14 3 27 9.5 37.21 -89.02 2 2 2.7 1.223 0.29 5827 5824TMP13257 1984 2 14 3 53 11.7 37.21 -89.01 2 2 2.28 1.153 0.244 5828 5824TMP13265 1984 2 14 6 6 45.9 37.21 -89.01 1.2 2 2.77 1.218 0.287 5829 5824TMP13284 1984 2 14 13 40 8.8 35.309 -82.489 7.8 15 2.24 1.264 0.313 5830 0TMP13291 1984 2 14 20 54 30.9 36.13 -83.74 10 1 3.57 1.029 0.109 5831 0TMP13293 1984 2 14 22 56 10 37.21 -89 0 2 3.43 1.066 0.164 5832 5824

B-167

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP13322 1984 2 15 18 59 12.8 37.21 -89.01 5 2 2.47 1.242 0.301 5833 5824TMP13327 1984 2 15 23 29 36.7 37.22 -89.01 5 2 2.85 1.213 0.284 5834 5824TMP13331 1984 2 16 0 41 28.5 37.21 -89.01 5 2 2.7 1.223 0.29 5835 5824TMP13352 1984 2 16 12 41 49 38.42 -91.03 5 2 2.62 1.23 0.294 5836 0TMP13355 1984 2 18 5 55 54.65 36.3 -89.44 14.4 2 2.61 1.114 0.212 5837 5762TMP13360 1984 2 19 23 36 49.1 37.2 -89.03 12 2 2.32 1.257 0.309 5838 5824TMP13362 1984 2 20 8 13 11.3 36.16 -89.42 5 2 2.42 1.12 0.218 5839 5762TMP13363 1984 2 20 11 48 49.51 35.485 -96.358 5 2 2.26 1.09 0.19 5840 0TMP13364 1984 2 20 12 32 51.1 37.21 -89.02 2 2 2.7 1.223 0.29 5841 5824TMP13365 1984 2 20 14 48 15.8 37.29 -89.01 10 2 2.62 1.23 0.294 5842 5824TMP13370 1984 2 21 17 38 25.74 36.32 -89.48 5 2 2.47 1.242 0.301 5843 5762TMP13372 1984 2 22 17 6 40.7 37.97 -90.53 18 2 2.28 1.153 0.244 5844 0TMP13375 1984 2 23 5 4 30.8 37.21 -89.01 5 2 2.62 1.23 0.294 5845 5824TMP13376 1984 2 23 13 28 20 37.22 -89.02 10 2 2.55 1.235 0.297 5846 5824TMP13379 1984 2 24 3 17 14 47 -66.6 5 2 3.27 1.038 0.125 5847 5132TMP13381 1984 2 24 12 32 32.4 37.21 -89.01 10 2 2.55 1.235 0.297 5848 5824TMP13385 1984 2 25 21 1 57.2 37.22 -89.01 5 2 2.68 1.153 0.244 5849 5824TMP13387 1984 2 26 12 37 19.2 44.486 -71.303 12 2 2.76 1.048 0.14 5850 0TMP13390 1984 2 27 17 8 11 34.662 -85.39 10.9 15 2.47 1.242 0.301 5851 0TMP13392 1984 3 1 1 26 3.6 37.21 -89.01 1.4 2 2.32 1.257 0.309 5852 5824TMP13393 1984 3 1 2 40 38.2 37.21 -89.01 2 2 2.47 1.242 0.301 5853 5824TMP13399 1984 3 1 16 18 6 37.21 -89.01 2 2 2.58 1.153 0.244 5854 5824TMP13402 1984 3 1 17 37 24 37.22 -89.01 10 2 2.47 1.242 0.301 5855 5824TMP13406 1984 3 2 5 59 29.9 37.2 -89.01 1.5 2 2.39 1.249 0.305 5856 5824TMP13408 1984 3 2 14 15 48.79 36.7 -91.42 2.1 2 2.62 1.23 0.294 5857 0TMP13409 1984 3 2 16 5 30 37.21 -89.01 2 2 2.39 1.249 0.305 5858 5824TMP13410 1984 3 3 1 3 26.5 28.852 -98.461 5 2 3.63 1.066 0.164 5859 0TMP13411 1984 3 3 1 58 25 28.87 -98.5 0 2 3.31 1.189 0.269 5860 5859TMP13415 1984 3 3 11 42 2.36 35.514 -96.301 5 25 2.69 1.049 0.142 5861 5840TMP13417 1984 3 4 9 21 26 37.06 -89.16 2 2 2.39 1.249 0.305 5862 5824TMP13426 1984 3 11 12 50 57.5 37.02 -88.93 7 2 2.28 1.153 0.244 5863 0TMP13428 1984 3 12 6 34 40.1 40.27 -73.95 10 2 2.24 1.202 0.277 5864 0TMP13430 1984 3 12 15 48 21.6 36.56 -89.6 2 2 2.24 1.264 0.313 5865 5762TMP13432 1984 3 13 2 32 0 47.64 -69.83 9 2 2.27 1.153 0.244 5866 0TMP13439 1984 3 16 17 13 30.18 35.117 -96.315 5 2 2.24 1.055 0.149 5867 5840TMP13440 1984 3 17 21 34 16.2 43.943 -74.253 9 2 2.87 1.073 0.172 5868 5705

B-168

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP13441 1984 3 17 21 45 47.6 37.27 -87.1 5 2 2.47 1.242 0.301 5869 0TMP13442 1984 3 17 23 26 11.4 35.83 -84.05 7 1 3.24 1.082 0.181 5870 0TMP13443 1984 3 18 20 21 14.3 36.335 -84.196 11.5 1 2.55 1.235 0.297 5871 0TMP13445 1984 3 21 16 21 31.7 38.08 -90.15 12 2 2.55 1.235 0.297 5872 0TMP13446 1984 3 23 15 35 22.19 34.71 -88.11 0.9 2 2.39 1.249 0.305 5873 0TMP13448 1984 3 25 11 12 49.2 40.35 -72.166 13 2 2.73 1.095 0.195 5874 0TMP13449 1984 3 26 6 28 37.8 43.944 -74.248 8 2 2.89 1.073 0.172 5875 5705TMP13452 1984 3 27 22 56 24 46.91 -66.49 5 2 2.57 1.153 0.244 5876 5132TMP13453 1984 3 29 22 52 0 49.61 -66.46 18 2 2.77 1.153 0.244 5877 0TMP13454 1984 3 30 14 11 59.07 36.93 -90.67 5 2 2.62 1.23 0.294 5878 0TMP13455 1984 3 31 22 28 49.7 40.48 -73.83 8 2 2.33 1.202 0.277 5879 0TMP13456 1984 4 2 1 56 0.05 36.29 -89.46 5 2 2.47 1.242 0.301 5880 5762TMP13457 1984 4 2 2 6 36.66 36.43 -89.51 6.8 2 2.32 1.257 0.309 5881 5762TMP13459 1984 4 3 4 55 24 35.32 -102.4 0 2 3.08 1.153 0.244 5882 0TMP13464 1984 4 6 14 24 5.81 36.15 -91.12 22.4 2 2.32 1.257 0.309 5883 0TMP13466 1984 4 9 9 19 32.29 36.37 -89.61 10.1 2 2.39 1.249 0.305 5884 5762TMP13467 1984 4 11 19 7 0 49.3 -67.52 18 2 3.4 1.01 0.063 5885 0TMP13469 1984 4 12 15 55 49 45.221 -73.883 21 2 2.81 1.198 0.275 5886 0TMP13472 1984 4 13 6 39 30.3 38 -88.87 6.4 2 2.32 1.257 0.309 5887 0TMP13473 1984 4 13 15 35 51 47 -66.6 5 2 2.67 1.153 0.244 5888 5132TMP13474 1984 4 13 18 14 58.27 36.57 -89.79 5 2 2.24 1.264 0.313 5889 5762TMP13476 1984 4 17 4 44 44 38.38 -88.44 0 2 3.25 1.072 0.171 5890 0TMP13479 1984 4 19 4 54 58.3 39.923 -76.316 5 2 2.82 1.049 0.141 5891 5894TMP13481 1984 4 21 2 28 8.2 36.28 -89.45 6 2 2.32 1.092 0.192 5892 5762TMP13485 1984 4 22 15 26 47.4 35.002 -84.426 12.4 1 2.47 1.242 0.301 5893 0TMP13487 1984 4 23 1 36 0 39.95 -76.37 4 2 4.05 1.018 0.086 5894 0TMP13488 1984 4 23 2 46 50.4 39.947 -76.323 10 2 2.73 1.095 0.195 5895 5894TMP13498 1984 4 29 5 59 31.07 36.42 -89.44 1.6 2 2.24 1.264 0.313 5896 5762TMP13508 1984 5 6 0 53 0 52.46 -89.41 18 2 2.27 1.153 0.244 5897 0TMP13522 1984 5 10 10 14 52.3 40.32 -75.29 7 2 2.41 1.2 0.276 5898 0TMP13529 1984 5 13 3 18 27.6 40.91 -74.53 6 2 2.33 1.202 0.277 5899 0TMP13532 1984 5 15 6 32 57.97 35.6 -91.37 11.4 2 2.32 1.257 0.309 5900 0TMP13533 1984 5 15 15 52 59.25 35.59 -91.37 8 2 2.32 1.257 0.309 5901 5900TMP13539 1984 5 19 3 46 29.6 36.377 -83.499 6 15 2.47 1.242 0.301 5902 0TMP39254 1984 5 21 13 30 14 35.4 -102.4 0 2 3.08 1.153 0.244 5903 5882TMP13544 1984 5 21 13 31 13.5 35.067 -102.228 5 2 2.78 1.153 0.244 5904 5882

B-169

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP13547 1984 5 22 14 42 0 47 -66.6 5 2 2.27 1.153 0.244 5905 5132TMP13548 1984 5 23 11 12 33 46.84 -80.39 4.5 2 2.57 1.153 0.244 5906 0TMP13550 1984 5 24 14 54 0 47 -70.7 21 2 2.37 1.153 0.244 5907 0TMP13551 1984 5 25 9 45 44.5 36.49 -89.55 8 2 2.5 1.088 0.188 5908 5762TMP13552 1984 5 25 10 15 38.8 35.601 -84.623 24.7 15 2.55 1.235 0.297 5909 0TMP13555 1984 5 26 19 25 0 48.89 -51.06 18 2 3.07 1.153 0.244 5910 0TMP13558 1984 5 27 23 30 19.3 39.22 -102.155 5 2 3.28 1.153 0.244 5911 0TMP13559 1984 5 28 21 4 0 49.6 -66.33 18 2 2.77 1.153 0.244 5912 0TMP13567 1984 6 1 21 28 10 43.191 -75.17 4 2 2.78 1.073 0.172 5913 0TMP13568 1984 6 2 7 25 0 45.94 -74.25 20 2 2.25 1.083 0.183 5914 0TMP13574 1984 6 4 19 16 48.8 38.02 -87.02 5 2 2.62 1.23 0.294 5915 0TMP13575 1984 6 4 20 54 24 37.25 -87.54 5 2 2.55 1.235 0.297 5916 0TMP13580 1984 6 7 9 33 0 46.11 -75.44 17 2 2.47 1.153 0.244 5917 0TMP13581 1984 6 7 16 57 50.2 35.542 -84.146 17.7 15 2.47 1.242 0.301 5918 0TMP13582 1984 6 8 6 47 34.9 43.232 -70.206 11 2 2.35 1.067 0.165 5919 0TMP13583 1984 6 9 0 7 11.5 43.952 -74.258 7 2 2.57 1.2 0.276 5920 5705TMP13585 1984 6 9 20 44 35.5 45.079 -74.883 0 2 2.24 1.202 0.277 5921 0TMP13590 1984 6 14 20 56 34.3 42.587 -72.397 10 2 2.55 1.066 0.164 5922 0TMP13592 1984 6 16 22 57 15.64 36.09 -92.74 5 2 2.39 1.249 0.305 5923 0TMP13593 1984 6 17 0 41 39.1 36.126 -92.731 5 2 2.68 1.086 0.186 5924 5923TMP13594 1984 6 17 17 5 47.9 35.39 -88.78 5 2 2.39 1.249 0.305 5925 0TMP13595 1984 6 17 17 40 0.2 38.06 -90.07 1 2 2.28 1.153 0.244 5926 0TMP13598 1984 6 20 0 21 0 46.98 -76.17 18 2 2.47 1.153 0.244 5927 0TMP13599 1984 6 20 14 12 27 46.58 -80.8 1 2 2.97 1.153 0.244 5928 0TMP13600 1984 6 20 16 10 22 46.63 -80.78 1 2 3.07 1.153 0.244 5929 5928TMP13601 1984 6 20 16 18 17 46.53 -80.8 1 2 2.87 1.153 0.244 5930 5928TMP13602 1984 6 22 2 2 0 46.98 -73.84 18 2 2.37 1.153 0.244 5931 0TMP13603 1984 6 22 8 12 0 44.074 -73.53 0 2 2.33 1.202 0.277 5932 0TMP13604 1984 6 22 14 33 28.93 37.204 -87.598 5 2 2.68 1.153 0.244 5933 5916TMP13605 1984 6 23 14 3 57.3 35.787 -83.993 13.8 15 2.24 1.264 0.313 5934 0TMP13607 1984 6 23 23 35 0.5 44.074 -73.53 0 2 2.33 1.202 0.277 5935 5932TMP13609 1984 6 25 5 11 0.3 44.074 -73.53 0 2 2.41 1.2 0.276 5936 5932TMP13610 1984 6 26 1 14 0.5 44.074 -73.53 0 2 2.33 1.202 0.277 5937 5932TMP13611 1984 6 26 3 5 0.3 44.074 -73.53 0 2 2.41 1.2 0.276 5938 5932TMP13612 1984 6 26 15 15 19.9 36.1 -89.39 12 2 3.09 1.052 0.146 5939 0TMP13614 1984 6 28 3 8 0 46.23 -75.68 0 2 2.98 1.082 0.182 5940 0

B-170

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP13618 1984 6 29 7 58 29.3 37.7 -88.47 2 2 3.49 1.037 0.123 5941 0TMP13620 1984 7 1 0 59 37.1 38 -90.47 8.8 2 2.32 1.257 0.309 5942 0TMP13622 1984 7 2 0 59 36.5 37.99 -90.48 9.6 2 2.39 1.249 0.305 5943 5942TMP13623 1984 7 2 5 24 54 47 -66.6 5 2 2.57 1.153 0.244 5944 5132TMP13624 1984 7 2 17 50 0 47.47 -70.13 12 2 2.27 1.153 0.244 5945 0TMP13630 1984 7 6 17 24 52 46.53 -81.17 1 2 3.57 1.153 0.244 5946 5928TMP13632 1984 7 8 15 11 20.3 38.31 -90.62 14.7 2 2.55 1.235 0.297 5947 5942TMP13637 1984 7 12 1 27 17.6 35.23 -92.207 2 2 2.85 1.213 0.284 5948 5184TMP13639 1984 7 13 6 3 50.2 36.15 -91.05 5 2 2.32 1.257 0.309 5949 0TMP13641 1984 7 13 16 56 12.35 35.02 -97.358 5 2 2.55 1.235 0.297 5950 0TMP13642 1984 7 16 3 50 53.5 36.5 -89.53 7 2 2.77 1.087 0.187 5951 0TMP13648 1984 7 21 18 9 33.5 36.17 -89.44 11 2 2.29 1.093 0.193 5952 5939TMP13651 1984 7 28 10 7 3.2 44.781 -74.586 7 2 2.77 1.074 0.173 5953 0TMP13652 1984 7 28 23 39 27.4 39.22 -87.07 10 2 3.72 1.124 0.221 5954 0TMP13656 1984 7 29 20 2 57 36.34 -89.5 6.4 2 2.47 1.242 0.301 5955 5939TMP13658 1984 7 30 7 33 46.5 37.82 -90.92 7 2 2.67 1.124 0.221 5956 5942TMP13665 1984 8 3 13 41 0 45.32 -67.04 18 2 2.57 1.153 0.244 5957 0TMP13669 1984 8 4 5 11 0 47 -66.6 5 2 2.47 1.153 0.244 5958 5132TMP13676 1984 8 8 1 31 27.3 29.133 -98.362 5 2 3.02 1.082 0.182 5959 0TMP13680 1984 8 9 2 42 35.8 34.62 -86.3 8 1 3.29 1.061 0.157 5960 0TMP13683 1984 8 12 21 3 26.7 40.91 -74.72 3 2 2.57 1.2 0.276 5961 0TMP13684 1984 8 12 21 12 58.9 40.91 -74.72 5 2 2.33 1.202 0.277 5962 5961TMP13686 1984 8 13 13 51 0 44.73 -56.35 18 2 2.86 1.375 0.365 5963 0TMP13687 1984 8 14 17 58 44.57 36.28 -89.47 8.1 2 2.24 1.264 0.313 5964 5939TMP13689 1984 8 16 11 19 30 35.84 -90.12 13 2 2.47 1.242 0.301 5965 0TMP13690 1984 8 17 13 50 30.36 35.6 -90.36 9.5 2 2.24 1.264 0.313 5966 0TMP13692 1984 8 17 18 4 1.85 34.767 -97.326 5 2 2.49 1.055 0.149 5967 0TMP13693 1984 8 17 18 5 46.9 37.868 -78.324 8 1 3.88 1.047 0.138 5968 0TMP13695 1984 8 18 4 17 0 45.07 -74.7 18 2 2.23 1.083 0.183 5969 0TMP13696 1984 8 18 19 46 17 44.074 -73.53 0 2 2.33 1.202 0.277 5970 5932TMP13698 1984 8 19 7 10 39.72 34.31 -92.65 3.7 2 2.47 1.242 0.301 5971 0TMP13699 1984 8 20 4 43 3.9 37.88 -90.39 18.1 2 2.47 1.242 0.301 5972 5942TMP13700 1984 8 20 10 58 17 44.84 -73.5 12 2 3.02 1.049 0.141 5973 0TMP13703 1984 8 24 3 31 50.2 36.059 -84.922 18 15 2.24 1.264 0.313 5974 0TMP13705 1984 8 25 10 27 4.7 44.052 -73.394 5 2 2.38 1.067 0.165 5975 5932TMP13706 1984 8 25 16 12 2 44.074 -73.53 0 2 2.73 1.198 0.275 5976 5932

B-171

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP13707 1984 8 25 17 26 53 44.074 -73.53 0 2 2.41 1.2 0.276 5977 5932TMP13712 1984 8 28 5 10 20.7 37.22 -89 2 2 2.7 1.223 0.29 5978 0TMP13714 1984 8 29 6 50 59.5 39.11 -87.45 10 2 3 1.066 0.164 5979 0TMP13716 1984 8 29 18 56 28.5 38.97 -87.98 10 2 2.69 1.085 0.185 5980 0TMP13717 1984 8 30 16 26 28.4 35.57 -84.34 13 15 3.26 1.043 0.132 5981 0TMP13719 1984 8 30 16 41 52.3 35.564 -84.343 14.3 15 2.7 1.223 0.29 5982 5981TMP13721 1984 9 1 18 8 19.37 36.52 -89.58 5 2 2.62 1.23 0.294 5983 0TMP13722 1984 9 1 18 27 44.1 38.04 -87.29 10 2 2.24 1.264 0.313 5984 0TMP13723 1984 9 2 8 36 27.83 36.46 -89.57 5 2 2.32 1.257 0.309 5985 5939TMP13724 1984 9 2 22 46 43.6 32.94 -80.21 7 4 2.39 1.249 0.305 5986 0TMP13725 1984 9 3 3 55 10.78 36.46 -89.57 10.2 2 2.55 1.235 0.297 5987 5939TMP13727 1984 9 4 2 55 43.69 36.47 -89.53 5 2 2.24 1.264 0.313 5988 5939TMP13729 1984 9 4 22 56 40.6 44.086 -73.537 6 2 2.89 1.198 0.275 5989 5932TMP13731 1984 9 6 16 6 8.1 36.1 -89.35 9 2 2.71 1.087 0.187 5990 5996TMP13738 1984 9 10 23 50 18.6 45.137 -73.808 18 2 2.49 1.2 0.276 5991 0TMP13739 1984 9 11 14 47 33.5 31.991 -100.697 5 2 2.88 1.153 0.244 5992 0TMP13746 1984 9 19 6 15 42.3 32.027 -100.688 5 2 2.68 1.153 0.244 5993 5992TMP13749 1984 9 19 8 36 45.15 36.01 -89.78 9.8 2 2.24 1.264 0.313 5994 0TMP13750 1984 9 19 15 19 7.4 37.21 -89.01 2 2 2.39 1.249 0.305 5995 5978TMP13753 1984 9 19 17 2 27.04 36.08 -89.37 6.6 2 2.39 1.249 0.305 5996 0TMP13757 1984 9 21 8 46 12.6 36.32 -89.53 6 2 2.71 1.087 0.187 5997 0TMP13758 1984 9 23 8 56 0 46 -64.84 18 2 3.33 1.009 0.061 5998 0TMP13760 1984 9 23 18 50 49.1 36.45 -89.55 6.8 2 2.55 1.235 0.297 5999 5939TMP13763 1984 9 25 1 53 26.8 34.064 -89.818 6 2 2.77 1.218 0.287 6000 0TMP13767 1984 9 27 8 8 37.2 37.2 -89 5 2 2.48 1.153 0.244 6001 5978TMP13768 1984 9 27 8 48 0 50.61 -101.88 1 2 3.07 1.153 0.244 6002 0TMP13769 1984 9 27 13 3 6 35.25 -92.21 5 2 3.21 1.048 0.14 6003 5184TMP13770 1984 9 27 13 16 22.9 35.72 -91.7 5 2 2.63 1.053 0.147 6004 0TMP13771 1984 9 27 17 30 11.1 35.21 -92.34 7 2 2.47 1.242 0.301 6005 5184TMP13772 1984 9 27 17 31 29.74 35.22 -92.22 6.7 2 2.62 1.23 0.294 6006 5184TMP13773 1984 9 28 14 39 32 44.356 -74.112 14 2 2.83 1.074 0.173 6007 0TMP13775 1984 9 29 0 0 0 43.07 -77.09 5 2 2.47 1.153 0.244 6008 6009TMP13776 1984 9 29 13 5 19.4 42.974 -77.046 2 2 3.02 1.072 0.171 6009 0TMP13780 1984 9 30 14 16 32.42 36.03 -89.84 8.1 2 2.24 1.264 0.313 6010 5939TMP13781 1984 10 1 18 24 22 35.312 -83.607 7.6 15 2.39 1.249 0.305 6011 0TMP13782 1984 10 3 5 22 39.9 37.22 -89.01 3.8 2 2.47 1.242 0.301 6012 5978

B-172

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP13785 1984 10 4 12 25 9.29 34.741 -97.502 5 2 2.47 1.054 0.148 6013 5967TMP13786 1984 10 4 13 12 23.4 36.85 -91.91 5 2 2.65 1.087 0.187 6014 0TMP13787 1984 10 5 23 28 43.58 35.18 -92.24 6.7 2 2.39 1.249 0.305 6015 5184TMP13788 1984 10 6 1 14 12.13 36.17 -89.68 7.4 2 2.55 1.235 0.297 6016 5939TMP13789 1984 10 9 5 33 31.5 37.713 -80.891 13.4 1 2.47 1.242 0.301 6017 0TMP13790 1984 10 9 11 54 26.9 34.75 -85.2 12 1 4.2 1.038 0.125 6018 0TMP13793 1984 10 11 5 31 2.76 35.85 -88.49 5 2 2.55 1.235 0.297 6019 0TMP13796 1984 10 13 1 45 0 47 -66.6 5 2 2.57 1.153 0.244 6020 5132TMP13798 1984 10 13 12 53 0 44.72 -65.66 18 2 2.87 1.153 0.244 6021 0TMP13799 1984 10 13 15 2 12.7 35.65 -87.93 5 2 2.39 1.249 0.305 6022 0TMP13806 1984 10 15 16 56 52.5 34.751 -85.203 9.5 15 2.32 1.257 0.309 6023 6018TMP13807 1984 10 16 17 54 48.5 44.556 -75.627 11 2 2.24 1.202 0.277 6024 0TMP13808 1984 10 16 19 51 33.3 36.3 -89.47 5 2 2.39 1.249 0.305 6025 5939TMP13810 1984 10 17 7 56 23.1 37.22 -89 0.9 2 2.62 1.23 0.294 6026 5978TMP13812 1984 10 17 15 6 15.9 37.21 -89.01 5.8 2 2.39 1.249 0.305 6027 5978TMP13813 1984 10 18 7 16 15.9 45.525 -68.78 7 2 2.26 1.045 0.136 6028 0TMP13818 1984 10 19 7 49 13 36.587 -83.77 18.1 15 2.55 1.235 0.297 6029 0TMP13821 1984 10 20 8 55 27 39.764 -75.551 0 2 2.32 1.9 0.518 6030 0TMP13826 1984 10 22 18 58 41.7 36.36 -81.68 11 1 3.18 1.072 0.171 6031 0TMP13827 1984 10 23 6 26 21.9 43.61 -73.92 14 2 3.4 1.036 0.121 6032 0TMP13831 1984 10 25 7 18 53.7 40.88 -74.69 7 2 2.24 1.202 0.277 6033 5961TMP13839 1984 10 28 10 50 11.47 36.24 -89.5 10.9 2 2.24 1.264 0.313 6034 5939TMP13842 1984 10 30 2 54 0 45.88 -73.45 18 2 2.23 1.083 0.183 6035 0TMP13845 1984 11 2 10 24 0 50.68 -101.9 5 2 2.57 1.153 0.244 6036 6002TMP13846 1984 11 2 14 45 41.4 36 -91.98 7.5 2 2.55 1.235 0.297 6037 0TMP13853 1984 11 7 9 31 19.3 35.589 -84.583 10 1 2.32 1.257 0.309 6038 5981TMP13854 1984 11 9 2 11 0 50.61 -101.83 5 2 2.27 1.153 0.244 6039 6002TMP13861 1984 11 12 10 47 58.5 35.2 -92.23 6.4 2 2.47 1.242 0.301 6040 5184TMP13863 1984 11 13 0 52 22.73 36.28 -89.48 6.1 2 2.24 1.264 0.313 6041 5939TMP13867 1984 11 17 0 22 32.5 44.34 -71.746 2 2 2.24 1.202 0.277 6042 0TMP13868 1984 11 17 2 20 47.6 44.227 -72.276 15 2 2.55 1.048 0.14 6043 0TMP13872 1984 11 18 20 23 58.1 34.744 -86.6 1.3 31 2.93 1.208 0.281 6044 0TMP13874 1984 11 20 10 52 54.9 35.59 -89.76 3 2 2.28 1.153 0.244 6045 6047TMP13875 1984 11 20 10 57 31.98 34.707 -97.41 5 25 2.86 1.037 0.123 6046 6013TMP13876 1984 11 21 4 53 45.22 35.7 -89.71 5 2 2.39 1.249 0.305 6047 0TMP13883 1984 11 26 9 3 0 45.21 -75.04 10 2 2.96 1.082 0.182 6048 0

B-173

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP13889 1984 11 30 5 54 0 47 -66.6 5 2 3.38 1.008 0.059 6049 5132TMP13897 1984 12 3 11 55 44.6 36.16 -89.7 11 2 3 1.073 0.172 6050 5939TMP13901 1984 12 4 20 36 36 32.265 -103.556 5 2 2.58 1.153 0.244 6051 0TMP13905 1984 12 7 20 50 17 47 -66.6 5 2 2.67 1.153 0.244 6052 5132TMP13909 1984 12 8 18 40 14.8 43.951 -74.259 7 2 2.65 1.198 0.275 6053 5705TMP13911 1984 12 9 18 12 21 47.52 -66.04 1 2 3.17 1.153 0.244 6054 0TMP13919 1984 12 12 17 15 53.4 38.58 -87.56 21 2 2.55 1.235 0.297 6055 0TMP13925 1984 12 16 4 2 11.2 36.125 -83.711 1.4 1 2.55 1.235 0.297 6056 0TMP13927 1984 12 16 13 38 0 47.63 -70.15 15 2 2.37 1.153 0.244 6057 0TMP13930 1984 12 17 9 38 36 46.5 -82.6 0 2 3.07 1.153 0.244 6058 0TMP13931 1984 12 17 18 48 28.2 35.415 -84.309 14 15 3 1.203 0.278 6059 0TMP13933 1984 12 19 1 0 53.1 44.993 -74.305 12 2 2.24 1.202 0.277 6060 0TMP13936 1984 12 20 16 49 38 36.26 -89.54 5 2 2.62 1.23 0.294 6061 5939TMP13938 1984 12 22 12 46 0 47.4 -70.25 19 2 2.57 1.153 0.244 6062 0TMP13941 1984 12 22 16 5 14.3 44.9 -68.037 8 2 2.46 1.066 0.164 6063 0TMP13943 1984 12 23 7 22 44.4 35.494 -85.14 20.1 15 2.55 1.235 0.297 6064 0TMP13944 1984 12 23 20 12 52.5 35.547 -83.255 9.6 15 2.55 1.235 0.297 6065 0TMP13949 1984 12 27 6 24 26.11 36.51 -89.69 5 2 2.47 1.242 0.301 6066 0TMP13952 1984 12 28 3 18 56.5 37.23 -89.32 9.9 2 2.7 1.223 0.29 6067 0TMP13957 1984 12 29 9 44 39.1 36.25 -89.52 4.6 2 2.24 1.264 0.313 6068 5939TMP13962 1985 1 4 13 52 0 47.72 -69.87 10 2 2.47 1.153 0.244 6069 0TMP13964 1985 1 5 5 48 0 42.42 -55.58 18 2 2.45 1.173 0.258 6070 0TMP13965 1985 1 7 1 54 35.9 36.6 -89.84 9.9 2 2.55 1.235 0.297 6071 6066TMP13967 1985 1 8 4 35 0 45.99 -72.23 11 2 2.6 1.083 0.183 6072 0TMP13971 1985 1 8 20 44 38.7 36.29 -89.52 4 2 2.39 1.249 0.305 6073 5939TMP13974 1985 1 11 7 38 52.3 35.299 -83.328 5.5 1 2.24 1.264 0.313 6074 0TMP13977 1985 1 12 13 23 36.3 36.57 -89.59 5 2 2.62 1.088 0.188 6075 6066TMP13983 1985 1 15 20 30 1.2 36.496 -89.529 8 2 2.2 1.098 0.198 6076 6066TMP13985 1985 1 18 13 59 58.4 36.42 -89.6 11.7 2 2.62 1.23 0.294 6077 5939TMP13988 1985 1 20 21 17 0.4 35.68 -89.64 7.5 2 2.32 1.257 0.309 6078 0TMP13994 1985 1 24 12 12 42.4 34.924 -97.427 5 2 2.51 1.086 0.186 6079 0TMP13995 1985 1 24 18 44 8.8 36.54 -89.6 3 2 2.32 1.257 0.309 6080 6066TMP13997 1985 1 25 8 15 39.1 36.34 -89.41 3.6 2 2.47 1.242 0.301 6081 5939TMP13998 1985 1 26 19 6 47 40.99 -73.82 5 2 2.34 1.052 0.146 6082 0TMP14003 1985 1 30 9 35 12.4 35.93 -89.91 9 2 2.62 1.092 0.192 6083 0TMP14004 1985 1 30 9 46 0 45.75 -75.15 16 2 2.42 1.083 0.183 6084 0

B-174

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP14006 1985 2 2 1 9 24 36.2 -89.42 10.2 2 2.24 1.264 0.313 6085 5939TMP14008 1985 2 2 23 29 36 36.2 -89.61 16.9 2 2.39 1.249 0.305 6086 5939TMP14009 1985 2 3 6 28 20.82 35.25 -92.58 3 2 2.47 1.242 0.301 6087 0TMP14010 1985 2 4 0 11 34.9 43.736 -74.158 5 2 2.65 1.198 0.275 6088 5705TMP14014 1985 2 6 23 11 0 46.36 -73.93 18 2 2.73 1.083 0.183 6089 0TMP14015 1985 2 7 8 4 46.5 35.987 -83.809 12.3 1 2.62 1.23 0.294 6090 0TMP14016 1985 2 7 23 44 17.21 36.29 -89.42 5 2 2.62 1.23 0.294 6091 5939TMP39550 1985 2 7 23 44 34.72 36.29 -89.44 5 2 2.7 1.223 0.29 6092 5939TMP39551 1985 2 7 23 44 35.3 36.29 -89.51 7 2 2.78 1.153 0.244 6093 5939TMP14020 1985 2 9 6 8 50.4 36.2 -89.4 8.2 2 2.32 1.257 0.309 6094 0TMP14021 1985 2 10 14 15 52.21 36.433 -98.412 5 2 2.77 1.053 0.147 6095 0TMP14022 1985 2 11 21 58 0 47.6 -69.94 12 2 2.27 1.153 0.244 6096 6069TMP14023 1985 2 12 3 30 52.1 35.86 -89.94 7 2 2.68 1.088 0.188 6097 6083TMP14024 1985 2 13 10 22 24 38.42 -87.5 3 2 2.97 1.082 0.182 6098 0TMP14028 1985 2 15 3 59 35.2 38.04 -90.02 5.7 2 2.39 1.249 0.305 6099 0TMP14031 1985 2 15 15 56 9.9 37.23 -89.34 6 2 2.96 1.104 0.203 6100 0TMP14034 1985 2 17 4 34 45.5 35.83 -90.11 8 2 2.47 1.089 0.189 6101 6083TMP14036 1985 2 17 22 7 14.13 35.88 -89.95 5 2 2.62 1.23 0.294 6102 6083TMP14037 1985 2 18 9 46 0 47.44 -70.19 14 2 2.27 1.153 0.244 6103 6069TMP14041 1985 2 21 23 1 20.8 36.07 -89.8 9 2 2.41 1.089 0.189 6104 5939TMP14044 1985 2 23 0 11 37.9 36.48 -89.5 5.6 2 2.32 1.257 0.309 6105 5939TMP14045 1985 2 23 14 31 39 34.82 -90.99 5 2 2.62 1.23 0.294 6106 0TMP14048 1985 2 24 11 14 44.8 35.23 -92.28 3 2 2.32 1.257 0.309 6107 5184TMP14049 1985 2 24 12 32 11.64 35.22 -92.28 3 2 2.39 1.249 0.305 6108 5184TMP14050 1985 2 24 15 26 9.4 49.382 -64.246 0 2 2.57 1.153 0.244 6109 0TMP14051 1985 2 25 7 51 38.95 35.2 -92.21 3 2 2.39 1.249 0.305 6110 5184TMP14052 1985 2 26 23 52 23.5 36.267 -83.542 6.1 5 2.24 1.264 0.313 6111 0TMP14053 1985 2 27 0 36 39 37.21 -89.34 1.6 2 2.7 1.223 0.29 6112 0TMP14056 1985 2 28 9 12 0.5 34.16 -91.52 5 2 2.55 1.235 0.297 6113 0TMP14058 1985 2 28 17 56 57.73 34.661 -95.339 5 2 2.28 1.055 0.149 6114 0TMP39552 1985 2 28 22 34 34.9 36.57 -89.85 3.2 2 2.62 1.23 0.294 6115 6066TMP14059 1985 2 28 22 34 35.13 36.57 -89.97 5 2 2.47 1.242 0.301 6116 0TMP14066 1985 3 2 19 4 36.1 39.11 -91.12 5 2 2.47 1.242 0.301 6117 0TMP14067 1985 3 3 7 27 51.2 36.25 -89.48 8 2 2.24 1.264 0.313 6118 5939TMP14069 1985 3 3 12 15 0 47.39 -70.48 14 2 2.77 1.01 0.065 6119 0TMP14071 1985 3 6 1 7 25.04 36.32 -89.53 5 2 2.24 1.264 0.313 6120 5939

B-175

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP14075 1985 3 9 14 29 57.7 35.014 -85.015 8 5 2.77 1.218 0.287 6121 0TMP14081 1985 3 12 8 57 43.3 35.294 -84.482 11.3 1 2.36 1.198 0.275 6122 0TMP14082 1985 3 12 12 53 26.2 36.95 -90.39 9 2 2.24 1.264 0.313 6123 0TMP14083 1985 3 12 13 4 47.6 35.88 -83.606 21.2 5 2.62 1.23 0.294 6124 6090TMP14095 1985 3 18 18 30 39.8 36.49 -89.55 8 2 2.69 1.11 0.209 6125 6066TMP14097 1985 3 19 0 2 5.8 35.3 -82.517 9.8 25 2.63 1.095 0.195 6126 0TMP14103 1985 3 20 8 28 56.77 36.51 -89.56 5 2 2.24 1.264 0.313 6127 6066TMP14107 1985 3 22 14 36 0 48.82 -56.85 2 2 2.28 1.074 0.173 6128 0TMP14108 1985 3 23 9 22 3.8 38.02 -90.04 12.6 2 2.24 1.264 0.313 6129 6099TMP14115 1985 3 25 20 52 0 47.73 -69.68 27 2 2.47 1.153 0.244 6130 6069TMP14119 1985 3 28 10 22 18.2 36.21 -89.61 8 2 2.34 1.091 0.191 6131 5939TMP14121 1985 3 29 15 2 20.9 37.31 -90.75 4.3 2 2.32 1.257 0.309 6132 0TMP14127 1985 4 2 19 16 24.6 35.97 -91.14 5 2 2.32 1.257 0.309 6133 0TMP14128 1985 4 4 8 55 29.6 37.06 -88.82 10.8 2 2.47 1.242 0.301 6134 0TMP14137 1985 4 10 0 49 0 46.64 -76.03 18 2 2.67 1.083 0.183 6135 0TMP14138 1985 4 10 5 52 0 47.52 -69.96 12 2 2.67 1.153 0.244 6136 6069TMP14140 1985 4 10 10 53 58.9 35.744 -84.051 17.1 5 2.62 1.23 0.294 6137 0TMP14141 1985 4 12 5 27 30.5 45.364 -70.704 2 2 2.78 1.024 0.1 6138 0TMP14143 1985 4 13 0 24 37.9 36.09 -89.58 11 2 2.47 1.089 0.189 6139 0TMP14144 1985 4 14 3 44 0 42.96 -80.04 18 2 2.68 1.074 0.173 6140 0TMP14147 1985 4 14 11 39 54 41.59 -80.4 18 2 2.23 1.074 0.173 6141 0TMP14150 1985 4 16 16 26 3.13 35.97 -91.27 5 2 2.24 1.264 0.313 6142 0TMP14155 1985 4 20 4 21 3.2 35.488 -84.564 12 5 2.77 1.218 0.287 6143 0TMP14157 1985 4 22 18 21 16 37.603 -78.599 4.5 1 2.39 1.249 0.305 6144 0TMP14164 1985 5 1 1 16 27.8 37.78 -87.61 10 2 2.88 1.083 0.183 6145 0TMP14165 1985 5 2 9 13 0 47.75 -69.86 9 2 2.47 1.153 0.244 6146 6130TMP14167 1985 5 3 7 33 40.4 34.656 -97.484 5 25 2.62 1.075 0.174 6147 6150TMP14170 1985 5 4 7 7 12.5 36.27 -90.77 9 2 2.96 1.075 0.174 6148 0TMP14172 1985 5 5 1 39 30.78 34.664 -97.529 5 2 2.83 1.053 0.147 6149 6147TMP14174 1985 5 5 2 16 2.65 34.836 -97.455 5 2 2.24 1.055 0.149 6150 0TMP14178 1985 5 6 2 11 16.16 34.969 -97.482 5 25 2.36 1.05 0.143 6151 6147TMP14190 1985 5 13 18 46 19 47 -66.6 5 2 2.37 1.153 0.244 6152 5132TMP14192 1985 5 15 10 39 0 50.7 -101.81 1 2 2.57 1.153 0.244 6153 0TMP14194 1985 5 16 13 39 0 46.83 -75.9 18 2 2.77 1.153 0.244 6154 0TMP14198 1985 5 19 23 29 13.7 33.01 -80.155 7.4 1 2.41 1.122 0.219 6155 0TMP14201 1985 5 22 20 28 40 36.13 -89.46 10 2 2.32 1.257 0.309 6156 0

B-176

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP14204 1985 5 24 7 50 34.8 44.833 -71.563 5 2 2.56 1.045 0.136 6157 0TMP14208 1985 5 26 6 11 11.8 36.54 -89.54 2 2 2.53 1.087 0.187 6158 0TMP14223 1985 6 4 16 34 50.1 44.744 -72.521 2 2 2.65 1.198 0.275 6159 0TMP14229 1985 6 6 20 2 41.4 43.955 -74.262 8 2 2.73 1.075 0.174 6160 5705TMP14231 1985 6 7 20 50 16 43.042 -73.814 5 2 2.7 1.074 0.173 6161 0TMP14232 1985 6 9 0 38 41.6 33.244 -81.669 1 25 2.78 1.054 0.148 6162 0TMP14234 1985 6 9 17 4 27 47 -66.6 5 2 2.27 1.153 0.244 6163 5132TMP14235 1985 6 9 23 11 0 49.38 -66.83 18 2 2.27 1.153 0.244 6164 0TMP14236 1985 6 10 12 22 38.3 37.248 -80.485 11 1 3.03 1.074 0.173 6165 0TMP14237 1985 6 10 19 1 44.66 35.66 -89.71 8.6 2 2.24 1.264 0.313 6166 0TMP14240 1985 6 12 6 6 0 47.48 -70.15 13 2 2.47 1.153 0.244 6167 0TMP14242 1985 6 14 0 30 37.8 35.347 -84.031 0 5 2.24 1.264 0.313 6168 0TMP14248 1985 6 18 0 16 3.4 44.807 -74.477 11 2 2.73 1.198 0.275 6169 0TMP14249 1985 6 18 0 36 33.9 43.954 -74.256 7 2 2.78 1.073 0.172 6170 5705TMP14259 1985 6 23 1 52 17.6 36.73 -89.49 11.7 2 2.24 1.264 0.313 6171 6158TMP14260 1985 6 24 2 32 25.1 36.32 -89.55 8.2 2 2.32 1.257 0.309 6172 6158TMP14261 1985 6 24 3 9 58.3 36.41 -89.52 7 2 2.39 1.249 0.305 6173 6158TMP14265 1985 6 28 21 54 0 46.51 -82.62 1 2 2.27 1.153 0.244 6174 0TMP14267 1985 6 30 11 19 56.4 36.56 -89.71 15.6 2 2.24 1.264 0.313 6175 6158TMP14268 1985 7 3 3 11 28.1 37.92 -88.88 7.5 2 2.55 1.235 0.297 6176 0TMP14269 1985 7 3 13 54 49 47 -66.6 5 2 2.37 1.153 0.244 6177 5132TMP14272 1985 7 6 8 8 12.7 36.54 -89.64 9 2 2.47 1.091 0.191 6178 6158TMP14274 1985 7 6 22 51 59.29 36.15 -91.5 4.1 2 2.39 1.249 0.305 6179 0TMP14277 1985 7 10 4 38 13 36.76 -89.41 5 2 2.77 1.218 0.287 6180 0TMP14278 1985 7 11 10 13 0 42.3 -80.79 18 2 2.29 1.049 0.141 6181 0TMP14282 1985 7 12 18 20 28.4 35.198 -85.156 3 1 3.16 1.195 0.273 6182 0TMP14295 1985 7 21 21 22 11.8 37.98 -90.62 6 2 2.48 1.153 0.244 6183 0TMP14296 1985 7 22 1 31 0.2 36.54 -89.72 11.2 2 2.62 1.23 0.294 6184 6158TMP14297 1985 7 22 12 3 45.9 36.5 -89.54 10.8 2 2.7 1.223 0.29 6185 6158TMP14301 1985 7 23 9 25 3.5 43.954 -74.258 7 2 2.65 1.198 0.275 6186 5705TMP14304 1985 7 27 8 10 55.4 43.954 -74.259 7 2 2.73 1.198 0.275 6187 5705TMP14306 1985 7 27 23 30 20.84 36.31 -89.76 10 2 2.24 1.264 0.313 6188 6158TMP14315 1985 8 2 4 23 10.8 35.223 -92.213 7 2 2.93 1.208 0.281 6189 0TMP14319 1985 8 3 4 23 11 35.219 -92.202 5 2 2.98 1.153 0.244 6190 6189TMP14324 1985 8 6 11 34 48.2 45.014 -73.456 4 2 2.65 1.198 0.275 6191 0TMP14325 1985 8 6 13 1 6.02 36.12 -89.85 12.1 2 2.24 1.264 0.313 6192 0

B-177

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP14326 1985 8 6 19 44 14.58 35.378 -95.008 5 5 2.3 1.055 0.15 6193 0TMP14328 1985 8 8 11 20 0.3 36.36 -89.58 6.8 2 2.24 1.264 0.313 6194 6158TMP14333 1985 8 11 10 16 23.22 35.964 -99.037 5 2 2.74 1.06 0.156 6195 0TMP14339 1985 8 15 17 31 52.9 35.666 -83.949 13.8 1 2.62 1.23 0.294 6196 0TMP14342 1985 8 16 22 48 0 49.3 -67.67 0 2 2.67 1.153 0.244 6197 0TMP14344 1985 8 18 19 40 7.17 36.49 -89.57 5 2 2.39 1.249 0.305 6198 6158TMP14346 1985 8 20 15 5 0 45.89 -76.42 18 2 2.73 1.083 0.183 6199 0TMP14354 1985 8 20 19 50 35.1 34.751 -97.498 5 5 2.34 1.055 0.149 6200 0TMP14356 1985 8 20 22 30 14.92 34.759 -97.468 5 5 2.41 1.089 0.189 6201 6200TMP14357 1985 8 20 23 3 46.94 34.732 -97.476 5 5 2.38 1.055 0.149 6202 6200TMP14359 1985 8 21 1 46 13.31 34.759 -97.482 5 5 2.47 1.242 0.301 6203 6200TMP14360 1985 8 21 2 12 57.04 34.759 -97.482 5 5 2.7 1.223 0.29 6204 6200TMP14364 1985 8 22 16 13 44.4 37.87 -90.19 15.5 2 2.47 1.242 0.301 6205 0TMP14367 1985 8 23 11 33 45 47 -66.6 5 2 2.27 1.153 0.244 6206 5132TMP14368 1985 8 24 6 4 0 45.68 -76.65 18 2 2.87 1.083 0.183 6207 0TMP14373 1985 8 25 18 26 25.38 36.02 -89.89 5 2 2.32 1.257 0.309 6208 6192TMP14376 1985 8 28 2 31 51.12 34.382 -97.844 5 5 2.39 1.249 0.305 6209 0TMP14377 1985 8 30 7 43 7.9 44.638 -75.151 7 2 2.34 1.083 0.183 6210 0TMP14379 1985 8 31 21 6 57.9 36.51 -89.52 8 2 2.32 1.257 0.309 6211 6158TMP14385 1985 9 2 8 32 45.8 37.97 -88.89 2.8 2 2.55 1.235 0.297 6212 0TMP14388 1985 9 3 9 27 29 45.4 -72.68 8.8 2 2.27 1.083 0.183 6213 0TMP14390 1985 9 5 23 47 45.76 36.21 -89.79 11.4 2 2.32 1.257 0.309 6214 6192TMP14393 1985 9 6 22 17 2.8 35.809 -93.118 10 2 3.51 1.048 0.14 6215 0TMP14399 1985 9 9 22 6 31 41.848 -88.014 5 2 2.91 1.124 0.221 6216 0TMP14402 1985 9 15 9 18 5.53 35.73 -90.68 5 2 2.24 1.264 0.313 6217 0TMP14407 1985 9 17 16 25 8.1 35.49 -84.044 10.6 5 2.24 1.264 0.313 6218 6196TMP14408 1985 9 18 15 54 4.6 33.548 -97.051 5 2 3.15 1.124 0.221 6219 0TMP14409 1985 9 19 4 40 13.9 36.37 -89.55 5.1 2 2.24 1.264 0.313 6220 6158TMP14410 1985 9 21 5 47 21.7 37.84 -89.61 10 2 2.32 1.257 0.309 6221 0TMP14413 1985 9 22 14 55 39.63 34.88 -90.66 10.9 2 2.32 1.257 0.309 6222 0TMP14414 1985 9 23 1 3 44.1 34.725 -95.059 5 2 2.9 1.054 0.148 6223 0TMP14418 1985 9 25 20 37 0 49.58 -67.1 18 2 2.47 1.153 0.244 6224 0TMP14419 1985 9 30 4 8 56.3 43.42 -73.541 5 2 2.9 1.152 0.243 6225 0TMP14423 1985 10 4 19 51 29.85 36.67 -89.44 5.1 2 2.62 1.23 0.294 6226 6158TMP14424 1985 10 5 5 34 13 47 -66.6 5 2 3.5 1.009 0.06 6227 5132TMP14427 1985 10 5 6 17 33 47 -66.6 5 2 2.68 1.074 0.173 6228 5132

B-178

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP14434 1985 10 7 10 44 35.9 35.917 -91.73 8 2 2.77 1.218 0.287 6229 0TMP14437 1985 10 8 1 37 20.3 37.88 -90.79 10 2 2.47 1.242 0.301 6230 0TMP14441 1985 10 10 12 43 0 49.07 -102.17 10 2 2.58 1.153 0.244 6231 0TMP14442 1985 10 11 1 47 50.7 39.768 -75.559 0 2 2.33 1.154 0.245 6232 0TMP14444 1985 10 12 0 54 10.5 37.39 -90.1 6.8 2 2.32 1.257 0.309 6233 0TMP14446 1985 10 12 6 43 42.5 38.51 -89.01 5 2 2.38 1.153 0.244 6234 0TMP14452 1985 10 15 20 0 38.4 42.528 -71.471 13 2 2.93 1.049 0.141 6235 0TMP14454 1985 10 17 16 7 43.27 35.99 -89.47 14.7 2 2.24 1.264 0.313 6236 0TMP14457 1985 10 18 16 32 48.27 36.44 -89.53 3.4 2 2.32 1.257 0.309 6237 6158TMP14460 1985 10 19 10 5 45.8 40.98 -73.82 6 2 2.49 1.095 0.195 6238 6239TMP14461 1985 10 19 10 7 40.5 40.98 -73.83 5 2 3.7 1.007 0.053 6239 0TMP14466 1985 10 20 7 55 26.6 39.764 -75.551 0 2 2.2 1.154 0.245 6240 6232TMP14470 1985 10 21 10 37 15.1 40.99 -73.83 5 2 3.15 1.052 0.146 6241 6239TMP14473 1985 10 21 15 26 14.86 35.2 -92.21 4.1 2 2.55 1.235 0.297 6242 6189TMP14474 1985 10 21 15 45 55 47 -66.6 5 2 2.47 1.153 0.244 6243 5132TMP14494 1985 10 27 13 28 23.6 37.11 -88.82 7 2 2.55 1.235 0.297 6244 0TMP14496 1985 10 30 3 42 49.7 42.931 -74.112 4 2 2.44 1.124 0.221 6245 0TMP14497 1985 11 1 23 33 0 45.286 -73.485 12.4 2 3.09 1.052 0.146 6246 0TMP14503 1985 11 7 11 2 19.7 33.629 -80.7 0.8 3 2.32 1.257 0.309 6247 0TMP14504 1985 11 8 19 10 12.5 38.18 -90.32 3 2 2.28 1.153 0.244 6248 0TMP14505 1985 11 8 19 56 48.5 35.223 -92.188 4 2 3.17 1.082 0.182 6249 6189TMP14507 1985 11 9 7 47 40.95 35.92 -91.35 12.9 2 2.32 1.257 0.309 6250 0TMP14509 1985 11 10 17 51 59.5 36.11 -89.74 9 2 2.44 1.088 0.188 6251 6192TMP14511 1985 11 12 11 47 27.87 36.13 -89.35 5 2 2.32 1.257 0.309 6252 0TMP14515 1985 11 14 10 46 0.92 35.21 -92.2 3.2 2 2.47 1.242 0.301 6253 6189TMP14518 1985 11 18 3 44 14.47 36.73 -89.47 6.3 2 2.24 1.264 0.313 6254 6158TMP14519 1985 11 18 18 28 50.49 35.12 -92.29 3.8 2 2.39 1.249 0.305 6255 6189TMP14520 1985 11 19 6 22 15.1 36.51 -89.53 7 2 2.47 1.087 0.187 6256 6158TMP14524 1985 11 20 11 28 53.23 35.15 -92.26 1.1 2 2.62 1.23 0.294 6257 6189TMP14526 1985 11 20 12 23 13.79 35.24 -92.24 4.6 2 2.39 1.249 0.305 6258 6189TMP14527 1985 11 21 10 42 8.7 35.15 -92.22 10 2 2.32 1.257 0.309 6259 6189TMP14528 1985 11 21 11 45 24.4 35.19 -92.2 5 2 2.47 1.242 0.301 6260 6189TMP14535 1985 11 25 12 53 36.1 45.226 -69.533 5 2 2.38 1.074 0.173 6261 0TMP14538 1985 11 26 2 30 24.3 35.223 -92.346 4 2 2.77 1.218 0.287 6262 6189TMP14539 1985 11 26 7 46 17.3 35.14 -92.25 10 2 2.39 1.249 0.305 6263 6189TMP14541 1985 11 27 4 34 0 44.074 -73.53 0 2 2.33 1.202 0.277 6264 0

B-179

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP14545 1985 12 1 7 56 47.9 35.18 -92.21 5 2 2.47 1.242 0.301 6265 6189TMP14547 1985 12 2 12 45 3.1 35.25 -92.27 10 2 2.32 1.257 0.309 6266 6189TMP14548 1985 12 3 3 53 9 44.074 -73.53 0 2 2.41 1.2 0.276 6267 6264TMP14550 1985 12 3 20 1 22.6 37.38 -89.49 2 2 2.55 1.235 0.297 6268 0TMP14551 1985 12 4 21 14 14.5 37.91 -89.22 10 2 2.62 1.23 0.294 6269 0TMP14554 1985 12 5 22 59 41.2 35.88 -89.99 5 2 3.66 1.071 0.169 6270 0TMP14556 1985 12 6 16 2 40.5 35.9 -90 7.1 2 2.47 1.242 0.301 6271 0TMP14558 1985 12 8 0 21 23.6 35.2 -92.26 7.9 2 2.32 1.257 0.309 6272 6189TMP14560 1985 12 9 5 31 55.77 36.23 -90.76 6.3 2 2.47 1.242 0.301 6273 0TMP14561 1985 12 9 20 33 54.52 34.86 -90.72 1.2 2 2.55 1.235 0.297 6274 0TMP14564 1985 12 11 20 23 8.1 35.23 -92.57 14.6 2 2.55 1.235 0.297 6275 0TMP14565 1985 12 12 5 14 47.7 35.18 -92.24 7.4 2 2.55 1.235 0.297 6276 6189TMP14567 1985 12 13 10 54 25.1 35.27 -92.29 4 2 2.47 1.242 0.301 6277 6189TMP14568 1985 12 13 10 57 39.51 35.17 -92.22 3.3 2 2.62 1.23 0.294 6278 6189TMP14569 1985 12 13 23 38 45.4 35.21 -92.26 10 2 2.47 1.242 0.301 6279 6189TMP14570 1985 12 14 7 15 38.7 35.25 -92.29 7 2 2.32 1.257 0.309 6280 6189TMP14571 1985 12 14 22 3 48.02 35.15 -92.24 8.4 2 2.55 1.235 0.297 6281 6189TMP14572 1985 12 15 7 14 52.6 35.437 -104.665 0 2 3.05 1.074 0.173 6282 0TMP14574 1985 12 16 22 20 4.3 35.74 -90.26 7 2 2.38 1.153 0.244 6283 0TMP14577 1985 12 17 19 45 23.6 37.3 -89.53 3.4 2 2.7 1.223 0.29 6284 6268TMP14578 1985 12 18 12 23 29.4 35.834 -84.604 25.6 5 2.47 1.242 0.301 6285 0TMP14580 1985 12 20 15 15 6.3 34.917 -84.769 10 5 2.85 1.213 0.284 6286 0TMP14581 1985 12 21 6 3 11 47 -66.6 5 2 2.67 1.153 0.244 6287 5132TMP14582 1985 12 21 10 12 4.9 37.684 -77.511 1 5 2.28 1.153 0.244 6288 0TMP14583 1985 12 22 0 56 5 35.701 -83.72 13 5 3.38 1.186 0.267 6289 0TMP14584 1985 12 22 7 30 0 46.4 -54.94 18 2 2.66 1.375 0.365 6290 0TMP14587 1985 12 24 2 30 2.89 35.19 -92.25 7.4 2 2.32 1.257 0.309 6291 6189TMP14589 1985 12 25 1 54 52.09 35.4 -93.46 5 2 2.55 1.235 0.297 6292 0TMP14598 1985 12 29 8 56 56.3 38.552 -88.965 5 2 3.38 1.072 0.171 6293 0TMP14599 1985 12 31 18 15 30.9 34.703 -97.459 5 5 2.24 1.264 0.313 6294 0TMP14600 1985 12 31 18 27 26.12 34.703 -97.459 5 2 2.69 1.054 0.148 6295 6294TMP14601 1985 12 31 19 20 38.52 34.703 -97.459 5 5 2.32 1.257 0.309 6296 6294TMP14602 1985 12 31 19 21 26.8 34.703 -97.459 5 5 2.24 1.264 0.313 6297 6294TMP14604 1985 12 31 21 48 3.77 34.704 -97.46 5 5 2.29 1.089 0.189 6298 6294TMP14605 1985 12 31 22 45 3.76 34.765 -97.49 5 5 2.35 1.089 0.189 6299 6294TMP14611 1986 1 1 14 13 22.5 35.87 -89.99 1 2 2.64 1.085 0.185 6300 0

B-180

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP14615 1986 1 3 6 12 13.41 34.197 -97.554 5 5 2.55 1.235 0.297 6301 0TMP14616 1986 1 3 19 24 34 35.851 -97.646 5 5 2.55 1.235 0.297 6302 0TMP14617 1986 1 5 3 35 56.2 40.99 -73.83 6 2 2.29 1.047 0.138 6303 6239TMP14620 1986 1 5 14 11 7.78 35.22 -92.2 3 2 2.47 1.242 0.301 6304 6189TMP14623 1986 1 7 1 26 43.3 35.609 -84.762 22 5 3.35 1.091 0.191 6305 0TMP14627 1986 1 8 2 0 16.9 57.287 -58.167 0 5 3.66 1.375 0.365 6306 0TMP14628 1986 1 8 2 12 15.5 57.287 -58.082 0 5 2.96 1.375 0.365 6307 6306TMP14632 1986 1 8 8 54 18.4 35.311 -84.439 15.4 5 2.24 1.264 0.313 6308 0TMP14636 1986 1 10 9 59 0 45.8 -77.32 18 2 2.93 1.124 0.221 6309 0TMP14639 1986 1 11 3 4 0 47.27 -70.4 10 2 2.37 1.153 0.244 6310 0TMP14640 1986 1 11 13 30 0 47.71 -70.12 5 2 3.4 1.01 0.063 6311 0TMP14641 1986 1 12 1 35 30.6 34.534 -85.288 10.4 1 2.24 1.264 0.313 6312 0TMP14642 1986 1 12 4 36 42.8 36.32 -89.55 10.3 2 2.24 1.264 0.313 6313 0TMP14646 1986 1 12 22 41 0 44.074 -73.53 0 2 2.41 1.2 0.276 6314 6264TMP14647 1986 1 13 1 41 0.1 44.074 -73.53 0 2 2.24 1.202 0.277 6315 6264TMP14648 1986 1 13 1 45 0.1 44.074 -73.53 0 2 2.24 1.202 0.277 6316 6264TMP14652 1986 1 13 5 49 0.3 44.074 -73.53 0 2 2.57 1.2 0.276 6317 6264TMP14655 1986 1 13 12 32 0 44.074 -73.53 0 2 2.89 1.198 0.275 6318 6264TMP14656 1986 1 13 12 34 0 44.074 -73.53 0 2 2.33 1.202 0.277 6319 6264TMP14657 1986 1 13 13 1 0.1 44.074 -73.53 0 2 2.33 1.202 0.277 6320 6264TMP14663 1986 1 14 17 57 14.4 37.28 -89.01 10 2 2.24 1.264 0.313 6321 0TMP14672 1986 1 17 14 53 13.08 36.41 -89.54 5 2 2.24 1.264 0.313 6322 6313TMP14674 1986 1 21 2 32 26 47 -66.6 5 2 2.97 1.153 0.244 6323 5132TMP14676 1986 1 21 18 20 34.4 36.57 -89.6 7 2 2.71 1.085 0.185 6324 6313TMP39556 1986 1 21 18 21 13.2 36.56 -89.61 1.3 2 2.55 1.235 0.297 6325 6313TMP14677 1986 1 21 18 21 43.8 36.52 -89.63 4.3 2 2.32 1.257 0.309 6326 6313TMP14680 1986 1 22 17 22 56.82 36.47 -89.56 3.3 2 2.77 1.218 0.287 6327 6313TMP14682 1986 1 23 10 39 49.82 35.24 -92.24 5.4 2 2.39 1.249 0.305 6328 6189TMP14683 1986 1 23 14 33 57.5 43.5 -71.568 5 2 2.57 1.049 0.142 6329 0TMP14687 1986 1 25 5 14 55.87 34.92 -87.46 5.2 3 2.32 1.257 0.309 6330 0TMP14690 1986 1 25 22 50 24.9 32.064 -100.733 5 2 2.58 1.153 0.244 6331 6341TMP14692 1986 1 26 2 3 40.65 34.728 -97.456 5 2 2.47 1.087 0.187 6332 6294TMP14693 1986 1 26 4 9 5.1 36.18 -89.46 10.4 2 2.77 1.218 0.287 6333 6313TMP14696 1986 1 26 12 12 12.62 34.748 -97.472 5 5 2.55 1.235 0.297 6334 6294TMP14698 1986 1 27 5 3 50.38 35.348 -97.878 5 5 2.38 1.055 0.149 6335 0TMP14699 1986 1 27 6 44 26.8 35.926 -83.636 20 5 2.93 1.208 0.281 6336 0

B-181

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP14700 1986 1 27 6 46 0.4 35.918 -83.625 15.4 5 2.55 1.235 0.297 6337 6336TMP14701 1986 1 27 11 35 0 45.81 -74.98 18 2 2.47 1.153 0.244 6338 0TMP14703 1986 1 29 8 16 7.8 38.35 -87.54 5 2 3 1.203 0.278 6339 0TMP14707 1986 1 30 11 45 32.6 36.099 -83.748 10.1 5 2.32 1.257 0.309 6340 6336TMP14708 1986 1 30 22 26 37 32.066 -100.693 5 2 3.03 1.124 0.221 6341 0TMP14710 1986 1 31 16 46 42.3 41.65 -81.162 2 2 4.65 1.103 0.202 6342 0TMP14711 1986 1 31 23 16 25.3 43.775 -73.427 19 2 2.37 1.068 0.166 6343 0TMP14714 1986 2 3 0 53 6.8 35.928 -83.634 19.1 25 2.27 1.206 0.28 6344 6336TMP14718 1986 2 4 1 56 0 44.074 -73.53 0 2 2.24 1.202 0.277 6345 6264TMP14719 1986 2 4 11 50 47.66 35.16 -92.23 3.7 2 2.7 1.223 0.29 6346 6189TMP14720 1986 2 5 5 44 0 47.32 -70.59 13 2 2.37 1.153 0.244 6347 6310TMP14729 1986 2 7 0 4 0 52.22 -94.55 18 2 2.77 1.153 0.244 6348 0TMP14735 1986 2 8 23 29 57.7 36.27 -89.53 4.1 2 2.24 1.264 0.313 6349 6313TMP14736 1986 2 10 17 31 59.8 36.51 -90.96 5 2 2.55 1.235 0.297 6350 0TMP14740 1986 2 13 11 35 45.3 34.793 -82.907 5 2 3.32 1.073 0.172 6351 0TMP14741 1986 2 13 19 40 0 52.79 -67.2 18 2 2.37 1.153 0.244 6352 0TMP14742 1986 2 13 19 54 12.6 38.18 -90.3 6.9 2 2.39 1.249 0.305 6353 0TMP14746 1986 2 15 11 1 12.8 38.25 -89.77 5 2 2.38 1.153 0.244 6354 0TMP14747 1986 2 16 9 18 0 49.1 -66.68 18 2 2.57 1.153 0.244 6355 0TMP14748 1986 2 17 19 13 6.7 37.94 -90.4 4 2 2.48 1.153 0.244 6356 0TMP14749 1986 2 17 20 38 11.5 37.93 -90.43 1.6 2 2.39 1.249 0.305 6357 6356TMP14751 1986 2 19 2 43 37 34.855 -85.284 14.9 5 2.24 1.264 0.313 6358 0TMP14754 1986 2 19 17 14 30.93 35.17 -92.26 6.9 2 2.39 1.249 0.305 6359 6189TMP14757 1986 2 22 7 23 29.8 37.94 -90.44 1.7 2 2.62 1.23 0.294 6360 6356TMP14762 1986 2 24 23 52 22.43 34.626 -97.417 5 2 2.32 1.055 0.15 6361 6294TMP14765 1986 2 26 15 3 0.5 38.39 -89.1 5 2 2.38 1.153 0.244 6362 6293TMP14766 1986 2 26 21 53 20.8 38.507 -79.292 11 8 2.62 1.23 0.294 6363 0TMP14767 1986 2 26 22 49 59.03 24.815 -100.19 33 2 4.08 1.153 0.244 6364 0TMP14774 1986 3 3 11 45 17.4 35.308 -102.514 5 2 2.78 1.153 0.244 6365 0TMP14776 1986 3 6 8 34 51 47 -66.6 5 2 3.08 1.074 0.173 6366 5132TMP14778 1986 3 7 2 44 48.1 36.23 -90.86 5 2 2.47 1.242 0.301 6367 0TMP14779 1986 3 8 8 10 55.64 36.54 -89.65 5 2 2.24 1.264 0.313 6368 6313TMP14781 1986 3 8 9 22 35.1 36.53 -89.59 4.6 2 2.24 1.264 0.313 6369 6313TMP39558 1986 3 9 23 49 15.3 32.977 -80.163 4 5 2.58 1.233 0.296 6370 0TMP14789 1986 3 9 23 49 15.4 32.968 -80.169 5.8 1 2.65 1.095 0.195 6371 6370TMP14791 1986 3 11 0 49 24.28 35.2 -92.22 5 2 2.39 1.249 0.305 6372 6189

B-182

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP14794 1986 3 13 2 29 31.4 33.229 -83.226 5 2 2.83 1.165 0.253 6373 0TMP14796 1986 3 13 9 59 11 36.54 -89.66 3 2 2.32 1.257 0.309 6374 6313TMP14799 1986 3 14 13 44 7 43.46 -71.591 3 2 2.31 1.067 0.165 6375 6329TMP14800 1986 3 16 5 1 47 47 -66.6 5 2 2.37 1.153 0.244 6376 5132TMP14803 1986 3 19 2 9 33 45.158 -69.059 13 2 2.34 1.067 0.165 6377 0TMP14809 1986 3 23 14 38 46.28 35.17 -92.24 3.6 2 2.62 1.23 0.294 6378 6189TMP14815 1986 3 26 16 36 23.9 37.245 -80.494 12 1 3.11 1.152 0.243 6379 0TMP14820 1986 3 29 11 54 0 44.43 -74.87 10.3 2 2.23 1.083 0.183 6380 0TMP14828 1986 4 2 17 41 56.1 37.54 -89.69 6.3 2 2.62 1.23 0.294 6381 0TMP14830 1986 4 5 9 5 0 46.218 -74.476 18 2 2.33 1.083 0.183 6382 0TMP14833 1986 4 8 11 27 18.1 38.18 -90.44 2 2 2.39 1.249 0.305 6383 6356TMP14837 1986 4 12 19 36 28 57.676 -53.252 0 5 3.76 1.375 0.365 6384 0TMP14843 1986 4 16 4 21 42.7 42.847 -70.982 5 2 2.61 1.049 0.141 6385 0TMP14844 1986 4 16 5 52 42.3 37.72 -88.81 10.5 2 2.55 1.235 0.297 6386 0TMP14847 1986 4 17 9 31 40.4 36.43 -89.52 6.4 2 2.24 1.264 0.313 6387 6313TMP14849 1986 4 18 12 50 16.7 43.981 -74.24 11 2 2.56 1.049 0.142 6388 0TMP14850 1986 4 19 7 40 53 35.187 -85.51 27 5 3.16 1.195 0.273 6389 0TMP14855 1986 4 20 9 59 54.9 57.353 -59.204 0 5 4.47 1.153 0.244 6390 0TMP14856 1986 4 22 7 28 23.8 40.99 -73.83 5 2 2.89 1.066 0.164 6391 0TMP14857 1986 4 23 7 18 57.2 34.778 -85.282 14.8 5 2.32 1.257 0.309 6392 0TMP14858 1986 4 24 8 59 23.2 37.12 -88.8 9.9 2 2.39 1.249 0.305 6393 0TMP14861 1986 4 27 21 33 22.5 37.96 -90.19 3.5 2 3 1.203 0.278 6394 0TMP14862 1986 4 27 22 30 26.4 35.919 -83.729 19.7 5 2.47 1.242 0.301 6395 0TMP14864 1986 4 28 10 29 5.8 36.52 -89.6 7.3 2 2.24 1.264 0.313 6396 6313TMP14870 1986 4 29 9 39 24.4 45.359 -70.166 5 2 2.51 1.066 0.164 6397 0TMP14871 1986 4 29 18 20 59.9 38.16 -90.38 7 2 2.62 1.23 0.294 6398 0TMP14876 1986 5 1 14 56 14.63 36.22 -89.75 11.1 2 2.47 1.242 0.301 6399 6313TMP14877 1986 5 2 13 53 52.6 39.925 -76.293 5 2 2.8 1.082 0.182 6400 0TMP39559 1986 5 2 13 54 2.2 39.744 -75.66 0 2 2.65 1.198 0.275 6401 0TMP14879 1986 5 2 15 5 0 46.3 -74.98 23 2 2.47 1.153 0.244 6402 6429TMP14893 1986 5 9 9 4 0 46.549 -66.124 18 2 2.87 1.153 0.244 6403 0TMP14896 1986 5 11 17 5 18.4 36.49 -89.55 7 2 2.32 1.257 0.309 6404 6313TMP14898 1986 5 11 23 59 14.3 36.17 -89.65 5 2 2.62 1.086 0.186 6405 6313TMP14899 1986 5 12 4 18 2.4 27.7 -88.727 10 2 3.28 1.153 0.244 6406 0TMP39380 1986 5 12 4 18 48.3 30.9 -89.15 10 2 3 1.203 0.278 6407 0TMP14901 1986 5 13 14 30 36 35.539 -84.176 14.3 25 2.6 1.194 0.272 6408 0

B-183

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP14902 1986 5 15 0 50 17 45.5 -74.49 16.7 2 2.33 1.083 0.183 6409 0TMP14903 1986 5 18 2 18 5.2 35.508 -83.642 15.7 1 2.52 1.225 0.291 6410 0TMP14904 1986 5 18 16 20 0 50.741 -101.852 1 2 2.47 1.153 0.244 6411 0TMP14905 1986 5 19 11 38 1.5 36.41 -89.5 5.4 2 2.24 1.264 0.313 6412 6313TMP14907 1986 5 19 18 40 41.7 35.18 -92.25 7.3 2 2.62 1.23 0.294 6413 6189TMP14908 1986 5 19 23 46 47 35.516 -84.529 11 5 3 1.203 0.278 6414 0TMP14909 1986 5 20 4 7 43.1 36.3 -89.5 4.8 2 2.24 1.264 0.313 6415 6313TMP14910 1986 5 20 5 0 29.6 36.66 -89.56 16 2 2.41 1.089 0.189 6416 6313TMP14915 1986 5 23 17 48 12.2 38.689 -77.038 0 3 2.65 1.198 0.275 6417 0TMP14916 1986 5 24 7 26 17.25 35.18 -92.21 3 2 2.55 1.235 0.297 6418 6189TMP14917 1986 5 24 8 16 1.5 35.178 -92.217 5 2 3 1.082 0.182 6419 6189TMP14918 1986 5 24 12 48 13.5 36.58 -89.88 10 2 3.22 1.072 0.171 6420 0TMP14920 1986 5 25 7 13 22.1 43.937 -98.289 5 2 3.25 1.066 0.164 6421 0TMP14924 1986 5 26 20 40 9.36 36.12 -89.82 8.2 2 2.39 1.249 0.305 6422 6313TMP14927 1986 5 30 8 29 0 46.25 -78.46 18 2 2.57 1.153 0.244 6423 0TMP14928 1986 5 30 12 25 18.76 35.95 -89.98 7 2 2.32 1.257 0.309 6424 0TMP14931 1986 6 1 14 53 14 47 -66.6 5 2 2.97 1.153 0.244 6425 5132TMP14933 1986 6 2 4 4 5.2 39.344 -99.781 5 2 2.67 1.124 0.221 6426 0TMP14935 1986 6 2 7 46 12.4 35.441 -84.498 19 5 2.77 1.218 0.287 6427 0TMP14937 1986 6 4 4 38 10.6 25.211 -100.717 33 2 3.18 1.153 0.244 6428 0TMP14942 1986 6 5 12 13 0 46.34 -75.09 8 2 3.02 1.082 0.182 6429 0TMP14947 1986 6 7 17 11 36.9 34.68 -92.18 5 2 2.47 1.242 0.301 6430 0TMP14948 1986 6 7 19 16 0 45.396 -70.847 18 2 2.78 1.083 0.183 6431 0TMP14949 1986 6 8 8 52 55.3 24.497 -100.015 10 2 3.38 1.153 0.244 6432 0TMP14952 1986 6 8 16 0 33.55 36.11 -89.79 11.4 2 2.32 1.257 0.309 6433 6313TMP14957 1986 6 9 13 4 18.8 36.26 -89.49 5 2 2.47 1.242 0.301 6434 6313TMP14958 1986 6 10 6 17 0.6 36.29 -89.48 6.4 2 2.32 1.257 0.309 6435 6313TMP39561 1986 6 10 6 17 1.5 36.2 -89.44 12.7 2 2.24 1.264 0.313 6436 6313TMP14961 1986 6 10 12 48 47.7 36.47 -89.54 4.9 2 2.24 1.264 0.313 6437 6313TMP14962 1986 6 11 9 3 51.9 35.78 -84.192 12.9 1 2.32 1.257 0.309 6438 0TMP14969 1986 6 14 16 43 0 45.73 -76.61 18 2 2.27 1.153 0.244 6439 0TMP14971 1986 6 15 7 53 19.6 37.95 -90.42 14.7 2 2.39 1.249 0.305 6440 0TMP14975 1986 6 17 3 31 19.4 34.865 -80.323 0.2 4 2.55 1.235 0.297 6441 0TMP14978 1986 6 18 4 12 0 45.86 -74.763 3.1 2 2.57 1.153 0.244 6442 0TMP14980 1986 6 20 5 3 0 50.41 -64.34 18 2 2.97 1.153 0.244 6443 0TMP14981 1986 6 20 5 31 17.96 36.5 -89.61 9 2 2.32 1.257 0.309 6444 0

B-184

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP14982 1986 6 20 6 23 0 45.661 -71.2 3.1 2 2.69 1.083 0.183 6445 0TMP14984 1986 6 21 0 40 2.3 35.374 -85.144 16.6 25 2.45 1.191 0.27 6446 0TMP14986 1986 6 21 18 52 0 49.9 -75.73 18 2 2.67 1.153 0.244 6447 0TMP14987 1986 6 22 8 3 14.27 36.29 -89.67 14.3 2 2.24 1.264 0.313 6448 6444TMP14988 1986 6 24 2 40 15.7 45.203 -69.177 2 2 2.42 1.045 0.136 6449 0TMP14989 1986 6 24 19 22 42 35.99 -83.931 24 5 3.08 1.2 0.276 6450 0TMP14991 1986 6 24 22 54 46.5 35.986 -83.931 24.1 5 2.24 1.264 0.313 6451 6450TMP15000 1986 6 30 19 55 51.16 34.706 -96.752 5 2 2.28 1.055 0.149 6452 0TMP15004 1986 7 1 19 45 51.49 36.28 -89.7 14.4 2 2.39 1.249 0.305 6453 6444TMP15007 1986 7 4 0 31 5.46 36.85 -90.76 10 2 2.32 1.257 0.309 6454 0TMP15009 1986 7 4 22 41 13.46 36.12 -89.42 14.9 2 2.24 1.264 0.313 6455 6313TMP15010 1986 7 4 22 43 20.7 36.17 -89.43 5 2 2.24 1.264 0.313 6456 6444TMP15011 1986 7 5 2 53 2.8 36.33 -89.54 6.6 2 2.24 1.264 0.313 6457 6444TMP15016 1986 7 8 6 29 47.4 36.78 -89.92 5 2 2.68 1.086 0.186 6458 6444TMP15023 1986 7 10 23 4 14.1 35.41 -92.52 6.1 2 2.55 1.235 0.297 6459 0TMP15024 1986 7 11 14 26 14.8 34.937 -84.987 13 22 3.65 1.028 0.108 6460 0TMP15025 1986 7 11 21 45 58.9 37.02 -88.9 3 2 2.55 1.235 0.297 6461 0TMP15026 1986 7 12 1 27 52.86 36.97 -89.89 9.2 2 2.24 1.264 0.313 6462 0TMP15027 1986 7 12 8 19 37.9 40.537 -84.371 10 2 4.37 1.035 0.12 6463 0TMP15028 1986 7 12 13 16 41.2 36.003 -84.087 3.8 5 2.24 1.264 0.313 6464 6450TMP15029 1986 7 12 17 25 6.9 36.03 -83.671 12.8 5 2.62 1.23 0.294 6465 6450TMP15030 1986 7 12 20 32 48.4 46.17 -68.198 9 2 3.47 1.034 0.118 6466 0TMP15041 1986 7 18 14 42 53.6 36.01 -89.88 9 2 2.53 1.087 0.187 6467 6444TMP15045 1986 7 19 12 31 53.6 34.953 -84.994 13.5 5 2.7 1.223 0.29 6468 6460TMP15048 1986 7 20 13 15 0 45.49 -74.21 18 2 2.37 1.153 0.244 6469 0TMP15053 1986 7 22 22 49 0.5 32.931 -80.168 5.8 1 2.33 1.083 0.183 6470 0TMP15060 1986 7 25 5 26 53.5 36.3 -90.04 10 2 2.32 1.257 0.309 6471 6313TMP15061 1986 7 25 12 43 55.1 35.635 -84.253 14.2 2 2.36 1.198 0.275 6472 0TMP15062 1986 7 25 23 15 47 35.66 -87.94 3.3 2 2.77 1.218 0.287 6473 0TMP15063 1986 7 26 4 17 23.83 34.591 -96.62 5 2 2.36 1.055 0.149 6474 6452TMP15064 1986 7 26 15 44 5.7 36.5 -89.52 4.7 2 2.24 1.264 0.313 6475 6313TMP15066 1986 7 27 5 59 32.92 35.18 -92.25 7.4 2 2.47 1.242 0.301 6476 0TMP15071 1986 8 1 8 19 23.8 34.354 -81.534 7.4 1 2.77 1.218 0.287 6477 0TMP15072 1986 8 2 8 37 0 45.352 -73.215 20 2 2.51 1.083 0.183 6478 0TMP15074 1986 8 4 2 35 44.4 36.54 -89.63 6.9 2 2.32 1.257 0.309 6479 6444TMP15078 1986 8 6 11 19 0 46.37 -75.22 18 2 3.17 1.01 0.063 6480 0

B-185

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP15079 1986 8 7 12 36 46 35.506 -84.561 20 5 2.94 1.101 0.201 6481 0TMP15080 1986 8 7 14 42 24.87 35.2 -92.26 9 2 2.55 1.235 0.297 6482 6476TMP15082 1986 8 8 12 23 47.29 36.1 -89.77 12 2 2.39 1.249 0.305 6483 6444TMP15084 1986 8 9 7 58 17.3 36.787 -80.727 10.5 1 2.55 1.235 0.297 6484 0TMP15088 1986 8 11 11 27 53.1 38.32 -89.78 7.8 2 2.47 1.242 0.301 6485 6498TMP15092 1986 8 13 4 55 0 45.104 -74.255 7 2 3.27 1.052 0.146 6486 0TMP15093 1986 8 13 5 6 0 45.12 -74.26 6 2 2.48 1.057 0.152 6487 6486TMP15094 1986 8 13 10 29 24 45.12 -74.25 6 2 2.31 1.057 0.152 6488 6486TMP15099 1986 8 14 17 6 37.7 36.2 -89.54 5 2 2.39 1.249 0.305 6489 6444TMP15101 1986 8 15 20 2 36.4 45.083 -69.437 3 2 2.52 1.066 0.164 6490 0TMP15104 1986 8 17 6 4 10.2 36.36 -83.965 23.8 1 2.32 1.257 0.309 6491 6450TMP15108 1986 8 17 20 36 32.4 32.908 -80.175 10.2 1 2.29 1.126 0.223 6492 6470TMP15113 1986 8 18 12 28 0 47.527 -70.019 5.6 2 2.67 1.018 0.087 6493 0TMP15118 1986 8 19 20 51 26 36.291 -85.02 30 5 3.08 1.2 0.276 6494 0TMP15123 1986 8 21 19 25 6.43 36.82 -89.28 14.9 2 2.62 1.23 0.294 6495 6444TMP15124 1986 8 21 21 48 59.8 37.1 -88.75 12.4 2 2.7 1.223 0.29 6496 0TMP15125 1986 8 22 0 56 11.6 45.175 -68.415 1 2 2.38 1.045 0.136 6497 0TMP15133 1986 8 26 16 41 24.8 38.32 -89.79 5 2 3.59 1.071 0.169 6498 0TMP15134 1986 8 26 16 50 9.1 38.34 -89.81 5 2 2.47 1.242 0.301 6499 6498TMP15137 1986 8 27 18 6 58 35.12 -105.17 0 2 2.9 1.074 0.173 6500 0TMP15139 1986 8 27 23 26 9.3 36.16 -89.38 4.2 2 2.47 1.242 0.301 6501 0TMP15141 1986 8 28 1 3 18.7 36.49 -89.55 7.2 2 2.47 1.242 0.301 6502 6444TMP15142 1986 8 29 5 30 13.88 36.2 -89.46 14.8 2 2.24 1.264 0.313 6503 6444TMP15150 1986 8 31 4 1 56.9 44.618 -68.97 6 2 2.64 1.066 0.164 6504 0TMP15157 1986 9 2 13 19 59.04 34.684 -96.483 5 2 2.26 1.064 0.161 6505 6474TMP15160 1986 9 3 17 35 48.3 34.741 -85.997 17.1 5 2.24 1.264 0.313 6506 0TMP15162 1986 9 4 17 33 17.41 34.477 -96.503 5 2 2.58 1.054 0.148 6507 6474TMP15167 1986 9 10 10 22 5.5 38.23 -89.52 9 2 2.47 1.242 0.301 6508 0TMP15168 1986 9 11 3 47 11.1 38.27 -88.09 19.7 2 2.39 1.249 0.305 6509 0TMP15171 1986 9 12 17 41 56 35.65 -89.66 9 2 2.77 1.085 0.185 6510 0TMP15175 1986 9 14 15 28 53.28 35.77 -90.17 8.6 2 2.39 1.249 0.305 6511 0TMP15179 1986 9 15 22 34 51.1 40.1 -74.52 7 2 2.3 1.058 0.153 6512 0TMP15182 1986 9 16 1 5 16.94 34.884 -96.37 5 5 2.44 1.088 0.188 6513 0TMP15184 1986 9 16 21 10 49.2 37.84 -90.52 3.7 2 2.39 1.249 0.305 6514 0TMP15185 1986 9 17 8 32 9.7 34.725 -85.27 10.3 5 2.24 1.264 0.313 6515 0TMP15186 1986 9 17 9 33 49.4 32.928 -80.152 8 2 3.03 1.06 0.156 6516 0

B-186

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP15189 1986 9 19 15 53 0 47.301 -70.32 21.6 2 3.48 1.024 0.1 6517 0TMP15194 1986 9 24 6 4 57.4 54.263 -54.739 0 5 4.27 1.153 0.244 6518 0TMP15200 1986 9 25 8 56 35.5 35.88 -89.98 10 2 2.71 1.085 0.185 6519 6511TMP15201 1986 9 25 17 19 0 48.977 -81.195 18 2 2.67 1.153 0.244 6520 0TMP15203 1986 9 27 6 24 48.7 36.54 -89.61 5 2 2.39 1.249 0.305 6521 6444TMP15210 1986 9 28 21 31 24.34 36.43 -89.55 9.6 2 2.32 1.257 0.309 6522 6444TMP15221 1986 10 3 10 21 49.4 35.805 -80.456 0 2 2.77 1.218 0.287 6523 0TMP15226 1986 10 7 12 6 39.12 35.257 -96.58 5 2 2.33 1.086 0.186 6524 0TMP15229 1986 10 8 8 13 46.4 36.52 -89.56 7 2 2.41 1.089 0.189 6525 6444TMP15230 1986 10 8 8 14 56.1 36.35 -89.46 5 2 2.39 1.249 0.305 6526 6444TMP15237 1986 10 13 17 42 44.71 34.75 -97.421 5 5 2.3 1.055 0.15 6527 0TMP15246 1986 10 17 14 47 59 47 -66.6 5 2 3.67 1.153 0.244 6528 5132TMP15250 1986 10 17 22 3 20.7 33.546 -86.041 7.9 1 2.62 1.23 0.294 6529 0TMP15251 1986 10 18 8 31 38.8 34.946 -81.172 23 5 3.09 1.097 0.197 6530 0TMP15252 1986 10 18 12 24 30 47 -66.6 5 2 2.37 1.153 0.244 6531 5132TMP15255 1986 10 18 15 46 29 47 -66.6 5 2 2.27 1.153 0.244 6532 5132TMP15261 1986 10 20 4 32 49 37.918 -101.372 5 2 2.78 1.124 0.221 6533 0TMP15262 1986 10 20 6 59 47.5 42.622 -74.123 15 2 3.01 1.072 0.171 6534 0TMP15268 1986 10 23 11 41 0 46.28 -80.16 18 2 2.47 1.153 0.244 6535 0TMP15269 1986 10 23 12 58 4 47 -66.6 5 2 2.97 1.153 0.244 6536 5132TMP15275 1986 10 24 5 57 45.8 36.17 -89.66 9 2 2.77 1.085 0.185 6537 6444TMP15276 1986 10 24 10 24 0 46.28 -80.16 18 2 2.27 1.153 0.244 6538 6535TMP15278 1986 10 24 23 59 14.48 35.87 -90.04 7.7 2 2.32 1.257 0.309 6539 6511TMP15280 1986 10 25 17 16 38.4 43.399 -71.59 5 2 3.8 1.011 0.067 6540 0TMP15281 1986 10 25 18 21 14.4 43.42 -71.588 9 2 2.95 1.052 0.146 6541 0TMP15283 1986 10 26 8 19 33.3 35.903 -83.917 18.9 1 2.22 1.211 0.283 6542 6450TMP15286 1986 10 28 16 48 13 47 -66.6 5 2 2.97 1.153 0.244 6543 0TMP15287 1986 10 28 18 43 31 47 -66.6 5 2 2.27 1.153 0.244 6544 6543TMP15288 1986 10 29 5 3 41.3 38.44 -89.04 5 2 2.78 1.073 0.172 6545 0TMP15293 1986 11 1 8 59 57.5 35.001 -82.159 4 1 2.55 1.235 0.297 6546 0TMP15303 1986 11 3 20 0 15.8 33.412 -83.253 9.6 2 2.7 1.223 0.29 6547 0TMP15306 1986 11 5 13 34 46.18 36.993 -101.561 5 2 2.65 1.087 0.187 6548 0TMP15308 1986 11 6 3 26 46.4 36.972 -83.793 14.9 1 2.39 1.249 0.305 6549 0TMP15310 1986 11 6 19 21 47.2 38.11 -90.42 9 2 2.38 1.153 0.244 6550 0TMP15311 1986 11 6 19 42 7.6 36.24 -89.43 5 2 2.24 1.264 0.313 6551 6444TMP15317 1986 11 9 19 57 0 49.235 -67.409 18 2 3.74 1.01 0.063 6552 0

B-187

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP15321 1986 11 12 12 53 34.2 36.54 -89.59 7 2 2.47 1.242 0.301 6553 6444TMP15322 1986 11 15 12 7 56.2 35.885 -83.826 13.9 25 2.66 1.176 0.26 6554 6450TMP15333 1986 11 21 18 50 34.2 35.725 -83.555 14.5 5 2.24 1.264 0.313 6555 0TMP15334 1986 11 23 21 29 38.8 40.95 -74.81 7 2 2.94 1.045 0.135 6556 0TMP15336 1986 11 24 18 39 35 35.397 -84.251 13.2 5 2.47 1.242 0.301 6557 0TMP15346 1986 12 1 3 24 0 43.393 -79.434 18 2 2.37 1.153 0.244 6558 0TMP15348 1986 12 2 6 55 0 45.147 -74.18 7.5 2 2.36 1.083 0.183 6559 0TMP15350 1986 12 2 18 35 39.2 35.64 -87.9 5.1 2 2.39 1.249 0.305 6560 0TMP15351 1986 12 3 9 44 21.2 37.58 -77.458 1.6 1 2.36 1.198 0.275 6561 0TMP15357 1986 12 4 17 50 11.83 35.766 -97.328 5 5 2.41 1.055 0.149 6562 0TMP15358 1986 12 5 11 10 0 46.389 -76.561 18 2 2.27 1.153 0.244 6563 0TMP15362 1986 12 7 3 56 1.5 36.51 -89.58 5.4 2 2.55 1.235 0.297 6564 6575TMP15363 1986 12 7 13 7 34.59 36.43 -89.56 5 2 2.24 1.264 0.313 6565 6575TMP15368 1986 12 10 11 30 5 37.585 -77.468 1 1 2.59 1.078 0.177 6566 6561TMP15373 1986 12 11 14 7 11.5 34.898 -82.88 9 2 3.16 1.195 0.273 6567 0TMP15375 1986 12 12 11 58 19.87 36.47 -89.58 5 2 2.39 1.249 0.305 6568 6575TMP15376 1986 12 12 23 51 48.26 36.9 -89.13 11.7 2 2.93 1.208 0.281 6569 0TMP15383 1986 12 16 0 53 48 38.1 -89.13 5.2 2 2.62 1.23 0.294 6570 0TMP15388 1986 12 21 17 32 58.13 35.142 -96.676 5 2 2.71 1.085 0.185 6571 0TMP15390 1986 12 22 0 17 25 36.21 -100.35 5 2 2.39 1.249 0.305 6572 0TMP15397 1986 12 24 17 58 38.3 37.583 -77.458 1 25 2.41 1.194 0.272 6573 6561TMP15404 1986 12 29 9 23 0 45.43 -73.354 16.2 2 2.52 1.083 0.183 6574 0TMP15405 1986 12 30 7 15 19.1 36.42 -89.58 14 2 3.3 1.072 0.171 6575 0TMP15407 1987 1 1 8 2 24 42.788 -103.482 5 2 3.08 1.124 0.221 6576 0TMP15411 1987 1 6 8 0 49.33 34.815 -97.576 5 2 2.32 1.257 0.309 6577 0TMP15415 1987 1 7 21 26 0 47.182 -77.354 18 2 2.67 1.153 0.244 6578 0TMP15419 1987 1 10 3 21 49.95 34.552 -97.425 5 2 2.39 1.055 0.149 6579 0TMP15421 1987 1 12 6 0 23.6 35.283 -85.448 9.7 5 2.24 1.264 0.313 6580 0TMP15423 1987 1 12 6 37 20.43 36.51 -89.58 6.6 2 2.55 1.235 0.297 6581 6575TMP15424 1987 1 12 18 56 2.9 35.508 -84.253 16 5 2.47 1.242 0.301 6582 0TMP15427 1987 1 13 11 11 38.8 38.34 -83.415 25.8 2 2.62 1.23 0.294 6583 0TMP15429 1987 1 13 14 50 40.9 37.584 -77.465 2.5 25 2.56 1.183 0.265 6584 6561TMP15430 1987 1 13 22 3 0 46.908 -71.181 20.2 2 2.27 1.153 0.244 6585 0TMP15432 1987 1 14 21 23 41.06 36.06 -89.86 11.7 2 2.32 1.257 0.309 6586 0TMP15435 1987 1 15 13 6 38.87 35.88 -90 5 2 2.39 1.249 0.305 6587 6586TMP15436 1987 1 15 17 4 19.02 35.9 -89.98 11.4 2 2.55 1.235 0.297 6588 6586

B-188

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP15441 1987 1 16 3 25 35.7 35.893 -89.978 5 2 2.86 1.074 0.173 6589 6586TMP15443 1987 1 16 11 32 23.78 35.9 -90 5.2 2 2.47 1.242 0.301 6590 6586TMP15446 1987 1 17 4 13 53.77 35.051 -97.517 5 2 2.29 1.089 0.189 6591 0TMP15449 1987 1 20 21 24 56.64 35.9 -90.03 9.5 2 2.39 1.249 0.305 6592 6586TMP15450 1987 1 20 22 36 0 48.979 -70.306 18 2 2.67 1.153 0.244 6593 0TMP15451 1987 1 21 13 27 24.2 45.255 -74.427 6 2 2.49 1.2 0.276 6594 0TMP15453 1987 1 22 20 57 0 46.965 -76.317 18 2 2.47 1.153 0.244 6595 0TMP15462 1987 1 24 16 8 17.01 35.828 -98.097 5 25 3.11 1.049 0.141 6596 0TMP15463 1987 1 24 19 20 59.13 35.99 -91.92 5 2 2.24 1.264 0.313 6597 0TMP15465 1987 1 25 17 48 0 48.23 -71 18 2 2.37 1.153 0.244 6598 0TMP15470 1987 1 27 10 10 0.7 35.822 -80.446 5 3 2.47 1.242 0.301 6599 0TMP15475 1987 1 29 0 0 53.22 34.318 -96.234 5 5 2.43 1.055 0.149 6600 0TMP15479 1987 2 1 17 4 30.96 36.32 -89.58 5 2 2.39 1.249 0.305 6601 6575TMP15484 1987 2 3 4 55 0 46.89 -76.045 18 2 2.37 1.153 0.244 6602 0TMP15485 1987 2 3 10 32 36.4 34.818 -86.316 9.6 5 2.7 1.223 0.29 6603 0TMP15487 1987 2 3 19 8 0 44.639 -56.074 18 2 2.36 1.375 0.365 6604 0TMP15489 1987 2 4 19 43 36.6 45.321 -73.527 20 2 2.49 1.2 0.276 6605 6574TMP15490 1987 2 4 21 60 4.6 36.54 -93.47 5 2 2.77 1.218 0.287 6606 0TMP15492 1987 2 5 16 33 45.1 36.51 -89.57 6.9 2 2.39 1.249 0.305 6607 6575TMP15493 1987 2 5 19 21 0 46.681 -77.265 18 2 2.67 1.153 0.244 6608 0TMP15494 1987 2 6 3 1 38 37.17 -90.85 10 2 2.32 1.257 0.309 6609 0TMP15506 1987 2 13 16 44 51.2 38.17 -87.46 5 2 2.77 1.218 0.287 6610 0TMP15507 1987 2 14 12 23 18.6 32.729 -87.272 10 1 2.93 1.208 0.281 6611 0TMP15511 1987 2 16 16 27 6.2 38.17 -87.22 5 2 2.77 1.218 0.287 6612 6610TMP15524 1987 2 22 10 35 26.5 36.34 -84.186 19 5 3 1.203 0.278 6613 0TMP15529 1987 2 24 9 58 10.6 34.733 -85.333 9.9 5 2.7 1.223 0.29 6614 0TMP15544 1987 3 3 7 16 22.94 35.5 -90.79 2.9 2 2.55 1.235 0.297 6615 6616TMP15545 1987 3 3 12 13 28.9 35.49 -90.76 5.3 2 2.7 1.223 0.29 6616 0TMP15552 1987 3 5 2 2 37.94 36.05 -89.83 11.2 2 2.62 1.23 0.294 6617 6586TMP15554 1987 3 6 11 58 54.35 36.71 -91.37 5.3 2 2.32 1.257 0.309 6618 0TMP15555 1987 3 7 12 6 0 46.482 -80.22 18 2 2.37 1.153 0.244 6619 0TMP15557 1987 3 8 14 33 0 43.95 -74.24 11 2 2.34 1.083 0.183 6620 0TMP15559 1987 3 10 7 5 27.4 34.542 -80.952 0.9 1 2.47 1.242 0.301 6621 6628TMP15560 1987 3 10 11 49 0 46.291 -80.187 18 2 2.37 1.153 0.244 6622 6619TMP15571 1987 3 13 18 37 7 39.09 -89.41 1.1 2 3.31 1.189 0.269 6623 0TMP15572 1987 3 13 19 55 22.3 35.665 -84.219 6.7 5 2.32 1.257 0.309 6624 0

B-189

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP15573 1987 3 14 4 43 3.54 34.79 -96.331 5 2 2.75 1.085 0.185 6625 0TMP15574 1987 3 14 11 51 1.29 36.12 -89.77 10 2 2.93 1.208 0.281 6626 0TMP15577 1987 3 15 8 30 21 36.5 -89.56 5.4 2 2.32 1.257 0.309 6627 6575TMP15581 1987 3 16 13 9 26.8 34.56 -80.948 3 5 3.23 1.192 0.271 6628 0TMP15586 1987 3 18 19 44 0 47.718 -70.192 4.2 2 2.79 1.017 0.084 6629 0TMP15588 1987 3 20 17 57 0 48.32 -72.234 18 2 2.87 1.153 0.244 6630 0TMP15593 1987 3 22 1 38 25.8 36.52 -89.58 5 2 2.24 1.264 0.313 6631 6575TMP15594 1987 3 22 12 40 30 36.3 -91.87 10 2 2.32 1.257 0.309 6632 0TMP15600 1987 3 26 11 29 31.93 35.42 -93.71 2.4 2 2.55 1.235 0.297 6633 0TMP15601 1987 3 27 7 29 30.4 35.567 -84.229 19 22 4.03 1.034 0.118 6634 0TMP15614 1987 4 5 1 40 28.3 37.282 -78.642 6.3 2 2.39 1.249 0.305 6635 0TMP15615 1987 4 5 7 27 0 51.861 -82.798 18 2 3.17 1.153 0.244 6636 0TMP15618 1987 4 7 16 18 29.72 36.08 -89.77 12.4 2 2.24 1.264 0.313 6637 0TMP15619 1987 4 7 16 39 54.02 36.49 -89.5 8.4 2 2.32 1.257 0.309 6638 6575TMP15622 1987 4 9 1 31 23.3 35.561 -84.226 17.4 5 2.93 1.208 0.281 6639 6634TMP15628 1987 4 13 10 1 0 44.19 -67.81 1.6 2 2.52 1.045 0.135 6640 0TMP15639 1987 4 20 3 43 0 45.562 -74.773 12.1 2 2.52 1.083 0.183 6641 0TMP15640 1987 4 21 16 16 7 47 -66.6 5 2 2.27 1.153 0.244 6642 0TMP15645 1987 4 22 8 55 5.6 34.817 -97.421 5 5 2.32 1.257 0.309 6643 6644TMP15649 1987 4 22 13 1 37.89 34.798 -97.46 5 5 2.21 1.055 0.149 6644 0TMP15650 1987 4 22 14 32 53 47 -66.6 5 2 2.37 1.153 0.244 6645 6642TMP15652 1987 4 23 23 31 30 34.909 -84.568 14.7 5 2.24 1.264 0.313 6646 0TMP15659 1987 4 25 14 30 30.4 34.311 -81.541 2 5 2.85 1.213 0.284 6647 0TMP15661 1987 4 25 19 8 0 45.19 -69.12 1.6 2 2.76 1.045 0.135 6648 0TMP15662 1987 4 26 0 56 21.5 38.54 -89.41 5.4 2 3.23 1.192 0.271 6649 0TMP15663 1987 4 26 4 56 32.8 34.321 -81.539 1.8 1 2.24 1.264 0.313 6650 6647TMP15667 1987 4 28 3 39 38.2 35.519 -84.555 12 5 2.39 1.249 0.305 6651 0TMP15672 1987 4 29 18 27 0 47.637 -70.122 8.4 2 2.47 1.153 0.244 6652 6629TMP15679 1987 5 2 19 51 28.81 36.29 -89.55 9.8 2 3.08 1.2 0.276 6653 6575TMP15681 1987 5 3 0 21 0 48.748 -68.228 18 2 3.17 1.153 0.244 6654 0TMP15687 1987 5 5 2 3 30.6 36.398 -84.079 19 1 2.22 1.211 0.283 6655 0TMP15688 1987 5 5 15 33 0 46.124 -75.442 4.3 2 2.27 1.153 0.244 6656 0TMP15701 1987 5 12 12 17 59.6 35.988 -83.998 13.3 25 2.34 1.22 0.288 6657 0TMP15706 1987 5 15 8 29 7.53 35.455 -97.749 5 2 2.2 1.09 0.19 6658 0TMP15713 1987 5 18 5 16 22.08 35.23 -92.2 3 2 2.62 1.23 0.294 6659 6660TMP15715 1987 5 20 0 2 12.64 35.15 -92.24 3 2 3.08 1.2 0.276 6660 0

B-190

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP15716 1987 5 20 1 6 36.4 35.72 -91.34 17.5 2 2.55 1.235 0.297 6661 0TMP15718 1987 5 21 14 55 0 46.214 -74.879 14 2 2.37 1.153 0.244 6662 0TMP15720 1987 5 23 19 8 23.82 36.61 -89.62 11.1 2 3.38 1.186 0.267 6663 6575TMP15733 1987 5 30 8 15 38.1 43.35 -71.835 19 2 2.46 1.049 0.141 6664 0TMP15735 1987 5 31 2 45 45.31 36.39 -89.41 16.4 2 2.24 1.264 0.313 6665 6575TMP15737 1987 6 1 17 44 33.18 34.615 -97.38 5 25 2.75 1.049 0.142 6666 0TMP15744 1987 6 3 12 28 5.88 36.17 -89.78 9.6 2 2.32 1.257 0.309 6667 0TMP15745 1987 6 4 4 36 0 47.421 -70.397 16.9 2 2.27 1.153 0.244 6668 0TMP15750 1987 6 5 16 27 13.19 36.08 -89.72 15.4 2 2.32 1.257 0.309 6669 6667TMP15757 1987 6 10 8 36 27.2 36.48 -89.54 7.2 2 2.39 1.249 0.305 6670 6575TMP15759 1987 6 10 23 48 54.8 38.713 -87.954 10 2 4.95 1.015 0.08 6671 0TMP15760 1987 6 11 0 6 37.2 38.72 -87.95 1.3 2 2.55 1.235 0.297 6672 6671TMP15761 1987 6 11 0 15 50 38.67 -87.96 5 2 2.94 1.101 0.201 6673 6671TMP15762 1987 6 11 1 3 34.1 38.69 -87.93 6.4 2 2.55 1.235 0.297 6674 6671TMP15763 1987 6 11 1 28 22.2 38.7 -87.94 5.5 2 2.47 1.242 0.301 6675 6671TMP15765 1987 6 11 3 1 27.5 38.69 -87.94 5 2 2.47 1.242 0.301 6676 6671TMP15766 1987 6 11 3 6 13.3 38.72 -87.94 5.4 2 2.32 1.257 0.309 6677 6671TMP15769 1987 6 11 9 13 47.4 38.72 -87.95 3.3 2 2.24 1.264 0.313 6678 6671TMP15770 1987 6 11 14 8 36.8 38.73 -87.95 10 2 2.7 1.223 0.29 6679 6671TMP15772 1987 6 11 16 32 10.8 38.72 -87.96 3.6 2 2.62 1.23 0.294 6680 6671TMP15773 1987 6 11 23 1 39.2 38.73 -87.96 8 2 2.24 1.264 0.313 6681 6671TMP15777 1987 6 12 19 4 16.48 36.11 -89.74 6.8 2 2.32 1.257 0.309 6682 6667TMP15778 1987 6 13 8 48 3.7 38.71 -87.94 8.8 2 2.55 1.235 0.297 6683 6671TMP15780 1987 6 13 21 17 12.8 36.605 -89.686 5 2 3.87 1.07 0.168 6684 0TMP15781 1987 6 13 21 20 49.7 36.54 -89.7 10 2 2.24 1.264 0.313 6685 6684TMP15782 1987 6 13 21 24 20.74 36.53 -89.73 9.7 2 2.47 1.242 0.301 6686 6684TMP15796 1987 6 15 4 49 49.72 35.23 -92.31 4.7 2 2.47 1.242 0.301 6687 6660TMP15797 1987 6 15 5 9 37.12 35.17 -92.25 3 2 2.39 1.249 0.305 6688 6660TMP15799 1987 6 15 11 55 39.45 36.16 -89.52 9.4 2 2.24 1.264 0.313 6689 6667TMP15800 1987 6 15 15 5 15.3 36.568 -89.709 5 2 2.92 1.085 0.185 6690 6684TMP15808 1987 6 17 19 39 0 48.843 -68.716 18 2 2.57 1.153 0.244 6691 0TMP15810 1987 6 18 5 15 21.8 38.67 -88.02 5 2 2.39 1.249 0.305 6692 6671TMP15812 1987 6 18 12 58 3.2 38.7 -87.98 5.3 2 2.39 1.249 0.305 6693 6671TMP15813 1987 6 19 1 5 14.1 36.431 -82.619 12.1 1 2.93 1.208 0.281 6694 0TMP15814 1987 6 19 3 46 38.29 36.47 -89.59 18.6 2 3.16 1.195 0.273 6695 6684TMP15823 1987 6 23 0 0 19.4 38.72 -87.95 5 2 3 1.203 0.278 6696 6671

B-191

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP15824 1987 6 23 7 6 33.51 36.51 -91.92 6.1 2 2.39 1.249 0.305 6697 0TMP15825 1987 6 23 13 40 58.22 35.89 -89.95 11.5 2 2.7 1.223 0.29 6698 6667TMP15827 1987 6 24 8 24 6.83 36.59 -89.64 17.7 2 2.32 1.257 0.309 6699 6684TMP15829 1987 6 25 11 41 46.9 36.56 -89.73 9.4 2 2.24 1.264 0.313 6700 6684TMP15830 1987 6 25 23 40 0 49.215 -67.788 18 2 2.27 1.153 0.244 6701 0TMP15831 1987 6 26 10 11 0 44.588 -55.934 18 2 3.8 1.173 0.258 6702 0TMP15832 1987 6 26 18 39 20.38 36.53 -89.67 13.1 2 3.16 1.195 0.273 6703 6684TMP15835 1987 6 27 15 33 50.66 36.53 -89.68 12.9 2 2.85 1.213 0.284 6704 6684TMP15836 1987 6 27 15 40 22.6 36.55 -89.67 3.5 2 2.55 1.235 0.297 6705 6684TMP15840 1987 6 28 17 11 27.87 36.55 -89.72 3.9 2 2.32 1.257 0.309 6706 6684TMP15853 1987 7 5 2 37 0 44.7 -75.56 0.8 2 2.74 1.045 0.135 6707 0TMP15854 1987 7 5 13 45 30.9 38.71 -87.98 4.4 2 2.39 1.249 0.305 6708 6671TMP15855 1987 7 5 22 23 0.58 35.188 -95.289 5 5 2.2 1.09 0.19 6709 0TMP15856 1987 7 6 7 14 0 48.552 -91.885 18 2 2.37 1.153 0.244 6710 0TMP15858 1987 7 7 9 54 0 46.359 -75.812 16.3 2 2.37 1.153 0.244 6711 0TMP15860 1987 7 7 19 19 5.7 36.839 -89.173 5 2 3.31 1.072 0.17 6712 0TMP15861 1987 7 8 1 45 0.6 34.833 -87.612 8.6 1 2.47 1.242 0.301 6713 0TMP15862 1987 7 8 3 38 7.76 36.65 -91.53 5 2 2.55 1.235 0.297 6714 0TMP15865 1987 7 8 7 1 58.48 35.19 -92.2 2.6 2 2.85 1.213 0.284 6715 6660TMP15866 1987 7 9 1 3 34.1 36.46 -89.53 14.8 2 2.47 1.242 0.301 6716 6684TMP15868 1987 7 9 22 6 45.4 44.332 -98.292 10 2 2.67 1.124 0.221 6717 0TMP15870 1987 7 11 0 4 29.4 36.103 -83.817 25 25 3.53 1.029 0.11 6718 0TMP15871 1987 7 11 0 22 18.7 36.105 -83.815 22.2 5 2.46 1.119 0.217 6719 6718TMP15872 1987 7 11 2 48 5.9 36.1 -83.82 24 25 3.15 1.037 0.123 6720 6718TMP15878 1987 7 13 5 49 17.43 41.9 -80.77 5 25 3.61 1.013 0.073 6721 0TMP15880 1987 7 13 7 52 12 41.9 -80.8 5 2 2.78 1.074 0.173 6722 6721TMP15881 1987 7 13 13 5 22 41.9 -80.8 5 2 2.63 1.074 0.173 6723 6721TMP15882 1987 7 13 18 25 11.98 41.899 -80.768 0 2 2.37 1.153 0.244 6724 6721TMP15888 1987 7 14 14 51 10 41.9 -80.8 5 2 2.37 1.153 0.244 6725 6721TMP15891 1987 7 15 23 54 10.2 38.91 -88.17 12.9 2 2.85 1.213 0.284 6726 0TMP15892 1987 7 16 4 49 40 41.9 -80.8 5 2 2.53 1.074 0.173 6727 6721TMP15895 1987 7 17 8 19 11.1 35.984 -83.858 13.1 5 2.7 1.223 0.29 6728 6718TMP15901 1987 7 21 8 6 0 52.065 -106.336 5 2 2.27 1.153 0.244 6729 0TMP15902 1987 7 22 7 2 9.9 35.674 -85.408 15.2 5 2.55 1.235 0.297 6730 0TMP15904 1987 7 23 9 32 0 43.491 -79.472 6.8 2 3.18 1.082 0.182 6731 0TMP15908 1987 7 26 22 36 58 45.34 -57.31 18 2 2.36 1.375 0.365 6732 0

B-192

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP15909 1987 7 26 22 47 0 45.477 -57.624 18 2 2.76 1.375 0.365 6733 0TMP15914 1987 7 30 14 33 0 50.63 -101.85 1 2 2.87 1.153 0.244 6734 0TMP15921 1987 8 6 8 44 0 49.619 -67.008 18 2 2.87 1.153 0.244 6735 0TMP15926 1987 8 6 20 41 0 47.434 -70.282 18 2 2.87 1.01 0.066 6736 0TMP15936 1987 8 11 20 31 3.22 33.1 -92.89 5 2 2.39 1.249 0.305 6737 0TMP15940 1987 8 13 7 52 13 41.93 -80.71 5 2 2.87 1.153 0.244 6738 6721TMP15943 1987 8 14 18 27 56.67 35.71 -90.39 11 2 2.93 1.208 0.281 6739 0TMP15946 1987 8 17 1 32 0 46.874 -78.897 18 2 2.77 1.153 0.244 6740 0TMP15947 1987 8 17 21 50 2.61 35.22 -92.22 1.9 2 2.39 1.249 0.305 6741 6660TMP15953 1987 8 21 19 48 41.06 35.22 -92.24 8.3 2 2.62 1.23 0.294 6742 6660TMP15962 1987 8 24 9 1 15.94 36.15 -89.5 11.5 2 2.32 1.257 0.309 6743 6667TMP15964 1987 8 25 10 53 8.5 35.633 -84.032 13.8 5 2.24 1.264 0.313 6744 0TMP15965 1987 8 26 14 13 0 44.99 -70.56 0.6 2 2.83 1.045 0.135 6745 0TMP15974 1987 8 31 17 12 35.5 38.308 -89.688 5 2 3.14 1.072 0.17 6746 0TMP15975 1987 8 31 20 48 57.8 38.31 -89.69 6.8 2 2.85 1.213 0.284 6747 6746TMP15976 1987 9 1 19 6 0 46.49 -81.07 1 2 2.27 1.153 0.244 6748 0TMP15977 1987 9 1 19 40 16.4 36.26 -89.45 11.1 2 2.77 1.218 0.287 6749 6667TMP15978 1987 9 1 23 2 49.4 35.515 -84.396 21.1 5 3.23 1.192 0.271 6750 6760TMP15981 1987 9 2 7 57 21.2 34.748 -85.202 11.7 5 2.32 1.257 0.309 6751 0TMP15982 1987 9 2 16 18 0 44.56 -74.5 1 2 2.52 1.045 0.135 6752 0TMP15985 1987 9 4 8 57 0 44.75 -75.1 0.8 2 2.23 1.074 0.173 6753 0TMP16002 1987 9 11 14 46 0 41.53 -72.45 2.6 2 2.58 1.052 0.146 6754 0TMP16003 1987 9 11 18 22 43.7 35.105 -82.981 5.7 5 2.55 1.235 0.297 6755 0TMP16006 1987 9 15 15 39 53.3 38.17 -90.33 5 2 2.77 1.218 0.287 6756 0TMP16015 1987 9 19 14 55 34.73 36.54 -89.71 11.8 2 2.62 1.23 0.294 6757 6684TMP16016 1987 9 19 21 56 44.2 35.853 -82.049 6.2 5 2.39 1.249 0.305 6758 0TMP16018 1987 9 21 13 53 24.77 35.119 -97.536 5 5 2.2 1.09 0.19 6759 0TMP16034 1987 9 22 17 23 50.1 35.623 -84.311 19 25 3.24 1.065 0.162 6760 0TMP16038 1987 9 25 20 56 14.94 43.48 -74.73 0 2 2.72 1.049 0.141 6761 0TMP16039 1987 9 26 5 1 0 47.997 -73.117 18 2 2.47 1.153 0.244 6762 0TMP16041 1987 9 26 17 44 7.47 44.49 -74.52 6 2 3.28 1.024 0.1 6763 0TMP16044 1987 9 28 18 56 7.12 34.68 -92.27 6.7 2 2.32 1.257 0.309 6764 0TMP16045 1987 9 29 0 4 57.2 36.84 -89.21 5 2 4.18 1.034 0.118 6765 0TMP16047 1987 9 30 10 16 26.85 36.9 -89.08 6.8 2 2.24 1.264 0.313 6766 6765TMP16048 1987 9 30 13 55 0 45.663 -75.802 27 2 2.27 1.153 0.244 6767 0TMP16053 1987 10 2 15 28 39.3 38.72 -87.95 6 2 2.85 1.213 0.284 6768 6671

B-193

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP16054 1987 10 4 1 27 7.1 38.01 -89.83 1.7 2 2.39 1.249 0.305 6769 0TMP16057 1987 10 5 20 9 50.6 35.38 -84.099 12.7 5 2.47 1.242 0.301 6770 0TMP16059 1987 10 6 17 42 23.9 32.944 -80.167 1.7 2 2.29 1.126 0.223 6771 0TMP16061 1987 10 7 4 28 51.23 36.81 -89.12 10.5 2 2.32 1.257 0.309 6772 6765TMP16063 1987 10 10 10 18 1.9 38.72 -87.95 9.3 2 2.55 1.235 0.297 6773 6671TMP16066 1987 10 11 4 50 0 49.314 -67.54 18 2 2.47 1.153 0.244 6774 0TMP16072 1987 10 14 15 49 39.5 37.049 -88.793 5 2 3.56 1.124 0.221 6775 0TMP16075 1987 10 15 10 54 33.8 44.472 -98.599 5 2 3.16 1.195 0.273 6776 0TMP16081 1987 10 17 18 8 13.9 38.7 -87.95 12.8 2 2.39 1.249 0.305 6777 6671TMP16082 1987 10 17 19 29 0 51.222 -85.259 18 2 2.77 1.153 0.244 6778 0TMP16085 1987 10 20 22 49 55.9 35.841 -84.444 12.8 25 2.93 1.168 0.255 6779 0TMP16089 1987 10 23 10 52 51.6 34.881 -84.502 7.3 5 2.24 1.264 0.313 6780 0TMP16090 1987 10 23 12 31 0 45.761 -74.511 14.8 2 3.11 1.009 0.062 6781 0TMP16091 1987 10 23 14 1 49.23 35.328 -97.904 5 5 2.56 1.055 0.149 6782 0TMP16096 1987 10 28 10 33 0 45.07 -73.975 1.2 2 2.47 1.153 0.244 6783 0TMP16097 1987 10 29 7 53 33.65 35.215 -96.589 5 5 2.25 1.054 0.148 6784 0TMP16098 1987 10 29 13 59 0 51.152 -85.238 18 2 2.67 1.153 0.244 6785 6778TMP16100 1987 10 31 10 50 0 45.22 -70.96 3.6 2 2.28 1.083 0.183 6786 0TMP16103 1987 11 3 23 26 10.42 44.41 -70.53 0 2 2.66 1.105 0.204 6787 0TMP16104 1987 11 4 20 30 45.8 34.699 -85.265 12 5 2.93 1.208 0.281 6788 0TMP16113 1987 11 11 7 2 40.3 35.699 -84.144 19.1 5 2.24 1.264 0.313 6789 0TMP16114 1987 11 11 7 58 0 45.769 -75.336 17.1 2 3.01 1.01 0.063 6790 0TMP16115 1987 11 11 8 0 0 45.776 -75.336 21.1 2 2.95 1.014 0.076 6791 6790TMP16123 1987 11 17 15 52 21.1 38.72 -87.96 0 2 2.88 1.153 0.244 6792 6671TMP16124 1987 11 18 0 49 54.16 36.12 -89.75 10.1 2 2.55 1.235 0.297 6793 0TMP16128 1987 11 19 7 31 16.62 36.26 -89.26 5.5 2 2.24 1.264 0.313 6794 0TMP16134 1987 11 21 1 3 21 36.756 -80.713 5 1 2.5 1.177 0.261 6795 0TMP16138 1987 11 24 6 18 38.89 36.11 -89.71 10.1 2 2.39 1.249 0.305 6796 6793TMP16141 1987 11 27 18 58 20.8 36.85 -83.092 13.3 1 2.98 1.1 0.2 6797 0TMP16142 1987 11 27 18 58 29.5 36.848 -83.099 14 1 3.45 1.064 0.161 6798 6797TMP16145 1987 11 29 2 10 51.4 36.862 -83.107 8.6 1 2.78 1.178 0.262 6799 6797TMP16148 1987 11 30 7 2 44.1 36.095 -83.805 20.8 22 2.49 1.23 0.294 6800 0TMP16157 1987 12 5 22 23 48.6 37.81 -90.24 2 2 2.85 1.213 0.284 6801 0TMP16158 1987 12 6 0 14 20.5 36.44 -91.11 5 2 2.39 1.249 0.305 6802 0TMP16162 1987 12 6 11 52 0 47.824 -69.96 19.9 2 2.37 1.153 0.244 6803 0TMP16163 1987 12 6 14 53 5.8 34.762 -85.272 8.4 5 2.85 1.213 0.284 6804 0

B-194

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP16164 1987 12 6 17 43 48.18 34.664 -97.394 5 2 2.66 1.054 0.148 6805 0TMP16165 1987 12 7 0 44 0.95 34.581 -97.348 5 2 2.39 1.249 0.305 6806 6805TMP16166 1987 12 7 4 4 48.3 36.015 -84.432 22.3 5 2.32 1.257 0.309 6807 0TMP16168 1987 12 7 18 26 33.23 36.25 -89.49 16.3 2 2.39 1.249 0.305 6808 6793TMP16169 1987 12 8 0 27 6 36.48 -89.54 6.3 2 2.32 1.257 0.309 6809 6684TMP16170 1987 12 8 1 42 40.28 36.055 -98.024 5 25 3.69 1.063 0.16 6810 0TMP16184 1987 12 11 22 19 9.9 50.551 -58.171 0 2 2.97 1.153 0.244 6811 0TMP16185 1987 12 12 2 46 11.13 43.11 -70.4 0 2 2.96 1.065 0.162 6812 0TMP16188 1987 12 12 20 2 35.54 36.44 -89.48 5 2 2.47 1.242 0.301 6813 6793TMP16193 1987 12 14 12 12 0 45.73 -72.14 3.7 2 2.37 1.153 0.244 6814 0TMP16194 1987 12 14 21 9 30.9 56.648 -56.261 0 5 3.96 1.375 0.365 6815 0TMP16197 1987 12 16 7 4 58.6 34.877 -95.512 5 2 2.26 1.09 0.19 6816 0TMP16199 1987 12 18 8 8 59.3 36.149 -86.106 16.7 5 2.47 1.242 0.301 6817 0TMP16201 1987 12 18 23 20 17.4 35.104 -82.97 9.1 1 2.93 1.208 0.281 6818 0TMP16203 1987 12 19 15 52 20.5 37.29 -89.42 5 2 2.55 1.235 0.297 6819 0TMP16204 1987 12 20 1 1 4.77 35.19 -92.22 5.8 2 2.39 1.249 0.305 6820 6660TMP16205 1987 12 20 7 52 0 48.663 -80.343 18 2 2.27 1.153 0.244 6821 0TMP16211 1987 12 23 12 15 34.8 43.646 -71.497 10 2 2.41 1.066 0.164 6822 0TMP16213 1987 12 24 2 4 1.47 36.03 -89.88 11.1 2 2.55 1.235 0.297 6823 6793TMP16214 1987 12 25 8 49 8.02 35.83 -90.04 15.6 2 2.32 1.257 0.309 6824 6793TMP16216 1987 12 25 15 37 0 51.794 -82.862 18 2 2.47 1.153 0.244 6825 0TMP16217 1987 12 26 7 27 43.5 35.038 -84.792 11.3 5 2.77 1.218 0.287 6826 6835TMP16218 1987 12 29 4 39 19.16 34.619 -97.462 5 5 2.38 1.09 0.19 6827 6805TMP16220 1987 12 29 17 4 38.13 35.63 -90.38 14.1 2 2.47 1.242 0.301 6828 0TMP16224 1988 1 2 9 25 0 47.418 -70.431 10.8 2 3.07 1.01 0.064 6829 0TMP16226 1988 1 2 12 12 34.49 35.2 -92.22 5.5 2 2.55 1.235 0.297 6830 6660TMP16227 1988 1 2 18 26 30.27 36.57 -89.56 5.5 2 2.55 1.235 0.297 6831 6684TMP16232 1988 1 5 14 39 17.9 38.742 -87.959 5 2 3.16 1.048 0.14 6832 6671TMP16233 1988 1 6 13 4 12.33 34.644 -96.624 5 5 2.22 1.055 0.149 6833 0TMP16237 1988 1 8 23 47 10 35.29 -84.203 15 5 2.62 1.23 0.294 6834 6835TMP16239 1988 1 9 0 16 55.4 35.274 -84.188 9 5 3.08 1.2 0.276 6835 0TMP16241 1988 1 9 1 7 40.7 35.275 -84.201 12 25 3.4 1.079 0.178 6836 6835TMP16242 1988 1 9 1 15 5.3 35.298 -84.197 7.7 5 2.32 1.257 0.309 6837 6835TMP16257 1988 1 14 17 23 36.5 46.559 -89.621 5 2 3.06 1.124 0.221 6838 0TMP16268 1988 1 19 2 52 0 48.927 -67.579 18 2 2.77 1.153 0.244 6839 0TMP16272 1988 1 23 1 57 16.3 32.935 -80.157 7 1 3.34 1.051 0.144 6840 0

B-195

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP16275 1988 1 24 4 33 0 47.44 -70.456 10.5 2 2.69 1.018 0.087 6841 6829TMP16277 1988 1 24 11 23 0 43.44 -70.83 7.9 2 2.61 1.029 0.109 6842 0TMP16278 1988 1 24 20 57 0 45.579 -74.642 9 2 2.44 1.083 0.183 6843 0TMP16280 1988 1 25 17 48 0 48.201 -70.967 18 2 2.27 1.153 0.244 6844 0TMP16281 1988 1 26 7 3 32.63 36.25 -89.44 14.6 2 2.55 1.235 0.297 6845 6793TMP16282 1988 1 27 22 5 42.9 34.189 -82.75 6.1 3 2.32 1.257 0.309 6846 0TMP16284 1988 1 28 8 38 28 48 -65.66 18 2 3.55 1.009 0.06 6847 0TMP16288 1988 1 30 3 39 0 45.22 -73.965 18 2 2.47 1.083 0.183 6848 0TMP16291 1988 1 31 0 12 43.4 35.681 -90.465 10 2 3.4 1.072 0.17 6849 0TMP16293 1988 2 3 6 11 0 44.691 -57.073 18 2 2.36 1.375 0.365 6850 0TMP16295 1988 2 6 4 47 0 51.856 -82.866 18 2 2.57 1.153 0.244 6851 6825TMP16296 1988 2 6 19 55 0 45.486 -74.224 18 2 2.56 1.083 0.183 6852 0TMP16299 1988 2 7 13 20 30.22 36.47 -89.54 14.1 2 2.32 1.257 0.309 6853 6684TMP16300 1988 2 9 15 30 19.1 43.137 -71.758 5 2 2.68 1.028 0.107 6854 0TMP16301 1988 2 10 19 9 0.2 36.46 -89.65 5 2 2.39 1.249 0.305 6855 6684TMP16302 1988 2 11 10 37 23.8 34.365 -87.851 7.7 2 2.39 1.249 0.305 6856 0TMP16304 1988 2 11 22 13 12.1 35.473 -84.312 18.5 5 2.39 1.249 0.305 6857 6835TMP16308 1988 2 13 5 53 1.9 35.356 -84.674 7.9 5 2.77 1.218 0.287 6858 0TMP16309 1988 2 13 14 46 50.7 36.54 -89.59 3.9 2 2.39 1.249 0.305 6859 6684TMP16314 1988 2 16 15 26 54.5 36.561 -82.304 5 1 3.32 1.051 0.144 6860 0TMP16318 1988 2 17 17 33 33 33.605 -81.715 5 2 2.47 1.087 0.187 6861 0TMP16319 1988 2 18 0 37 45.9 35.366 -83.853 5 25 3.33 1.072 0.17 6862 6835TMP16327 1988 2 19 17 12 0 44.551 -55.878 18 2 2.56 1.375 0.365 6863 0TMP16331 1988 2 23 21 29 53.01 36.15 -89.46 10.5 2 2.24 1.264 0.313 6864 6793TMP16334 1988 2 25 5 45 41.4 36.38 -89.58 5 2 2.32 1.257 0.309 6865 6793TMP16336 1988 2 25 21 40 56.2 45.322 -73.659 8 2 2.33 1.202 0.277 6866 0TMP16337 1988 2 26 3 5 0 45.905 -74.807 17.2 2 2.35 1.083 0.183 6867 0TMP16339 1988 2 27 15 17 6.5 36.68 -89.52 15 2 3.31 1.189 0.269 6868 6684TMP16344 1988 3 2 18 28 10.6 36.299 -83.483 10.4 5 2.39 1.249 0.305 6869 0TMP16348 1988 3 6 18 13 17 47 -66.6 5 2 2.88 1.074 0.173 6870 0TMP16359 1988 3 10 14 42 0 46.339 -75.667 12.2 2 3.22 1.009 0.06 6871 0TMP16361 1988 3 10 21 24 9.1 37.752 -88.835 2 2 2.75 1.082 0.182 6872 0TMP16362 1988 3 11 1 49 32.17 43.86 -69.5 0 2 2.48 1.045 0.136 6873 0TMP16364 1988 3 11 14 42 57.3 46.41 -75.77 35 2 3.21 1.198 0.275 6874 6871TMP16365 1988 3 11 16 39 32.6 35.819 -83.983 15.2 5 2.7 1.223 0.29 6875 6835TMP16369 1988 3 13 16 24 0 47.445 -70.376 6.8 2 2.73 1.011 0.067 6876 6829

B-196

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP16371 1988 3 15 12 34 48.7 38.3 -89 11.8 2 3 1.203 0.278 6877 0TMP16377 1988 3 19 22 32 23.29 36.22 -89.47 11.8 2 2.85 1.213 0.284 6878 6793TMP16382 1988 3 24 2 12 24.5 44.894 -73.436 16 2 2.63 1.083 0.183 6879 0TMP16384 1988 3 24 2 25 47.87 35.414 -96.573 5 2 2.32 1.088 0.188 6880 0TMP16388 1988 3 29 3 30 37.25 36.04 -89.86 12.4 2 2.39 1.249 0.305 6881 6793TMP16389 1988 3 29 23 24 10.55 36.15 -89.75 11.7 2 2.47 1.242 0.301 6882 6793TMP16390 1988 3 30 1 15 32.17 36.17 -91.74 7.2 2 2.7 1.223 0.29 6883 0TMP16391 1988 3 30 15 46 55.29 36.31 -98.543 5 2 2.26 1.088 0.188 6884 0TMP16393 1988 3 31 9 28 0 45.893 -75.137 18 2 2.42 1.083 0.183 6885 0TMP16394 1988 3 31 16 30 3.87 41.313 -81.046 0 2 2.37 1.153 0.244 6886 0TMP16395 1988 4 1 6 40 8 36.45 -89.54 5.7 2 2.24 1.264 0.313 6887 6684TMP16396 1988 4 1 14 15 41.7 34.866 -87.605 3.6 3 2.32 1.257 0.309 6888 0TMP16401 1988 4 2 23 57 0 43.82 -69.53 2.8 2 2.39 1.067 0.165 6889 6873TMP16402 1988 4 3 2 2 16.7 36.4 -89.53 7.2 2 2.32 1.257 0.309 6890 6793TMP16405 1988 4 5 15 5 0 44.614 -56.09 18 2 2.76 1.375 0.365 6891 6863TMP16408 1988 4 7 19 2 46.4 34.084 -84.169 15 1 2.24 1.264 0.313 6892 0TMP16409 1988 4 8 18 16 49 36.94 -88.99 7.6 5 2.68 1.024 0.1 6893 0TMP16411 1988 4 9 9 55 47.15 35.19 -92.22 5.2 2 2.39 1.249 0.305 6894 0TMP16417 1988 4 11 3 8 41.4 38.7 -87.95 2.5 2 2.62 1.23 0.294 6895 6671TMP16422 1988 4 14 9 39 31.4 39.093 -99.155 5 2 3.16 1.066 0.164 6896 0TMP16425 1988 4 16 1 4 0.72 36.65 -89.79 10.8 2 2.55 1.235 0.297 6897 0TMP16426 1988 4 17 20 38 30.5 36.29 -89.56 5 2 2.32 1.257 0.309 6898 6793TMP16432 1988 4 20 11 13 35.16 35.18 -92.22 4 2 2.32 1.257 0.309 6899 6894TMP16434 1988 4 20 21 18 41.8 35.2 -92.21 1.8 2 2.39 1.249 0.305 6900 6894TMP16438 1988 4 23 1 1 16.7 35.781 -84.209 19.1 5 2.62 1.23 0.294 6901 0TMP16440 1988 4 24 0 8 47.6 36.114 -83.742 16.8 5 2.62 1.23 0.294 6902 0TMP16441 1988 4 24 0 24 52 36.04 -89.12 11.9 2 2.24 1.264 0.313 6903 0TMP16442 1988 4 24 1 14 0 46.015 -64.916 5 2 3.22 1.009 0.061 6904 0TMP16444 1988 4 26 0 18 0.1 35.022 -86.325 11 1 2.39 1.249 0.305 6905 0TMP16446 1988 4 28 11 24 58.5 37.34 -89.49 8.8 2 2.62 1.23 0.294 6906 0TMP16456 1988 4 29 17 18 6.14 34.682 -97.471 5 5 2.45 1.055 0.149 6907 0TMP16464 1988 4 29 23 9 45.4 34.663 -97.473 5 5 2.4 1.054 0.148 6908 6907TMP16468 1988 4 30 19 37 40.2 33.006 -80.146 0.9 1 2.33 1.125 0.222 6909 0TMP16471 1988 5 1 14 55 22.8 37.06 -89.11 10 2 2.62 1.23 0.294 6910 6893TMP16475 1988 5 2 13 43 59.42 35.67 -90.35 7.6 2 2.93 1.208 0.281 6911 0TMP16478 1988 5 5 8 19 26.6 34.933 -85.104 11.3 5 2.55 1.235 0.297 6912 0

B-197

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP16485 1988 5 8 22 49 34.4 36.5 -89.54 9.2 2 2.24 1.264 0.313 6913 6684TMP16486 1988 5 9 1 23 3 47 -66.6 5 2 3.07 1.009 0.062 6914 0TMP16487 1988 5 11 6 3 36.2 36.27 -89.48 4.8 2 2.55 1.235 0.297 6915 6793TMP16488 1988 5 11 8 7 15 36.89 -89.03 2.7 5 2.78 1.024 0.1 6916 6893TMP16490 1988 5 12 6 16 0 47.035 -70.819 14.1 2 2.67 1.153 0.244 6917 0TMP16493 1988 5 15 6 10 0 45.156 -75.607 8.5 2 2.89 1.009 0.062 6918 0TMP16498 1988 5 20 23 6 22.6 37.288 -92.77 5 2 3.27 1.081 0.18 6919 0TMP16500 1988 5 21 4 35 56.88 35.98 -91.91 3.5 2 2.62 1.23 0.294 6920 0TMP16501 1988 5 21 9 15 0 46.334 -74.915 18 2 2.37 1.153 0.244 6921 0TMP16503 1988 5 21 12 49 31.4 34.294 -82.357 14.2 4 2.55 1.235 0.297 6922 0TMP16504 1988 5 22 15 0 32.1 36.971 -83.774 20.8 1 2.55 1.235 0.297 6923 0TMP16505 1988 5 22 15 55 2.7 37.28 -90.03 13.6 2 2.62 1.23 0.294 6924 0TMP16507 1988 5 23 19 27 34.2 36.54 -89.62 7.6 2 2.62 1.23 0.294 6925 6684TMP16517 1988 5 29 13 39 22.5 36.21 -90 10 2 2.24 1.264 0.313 6926 6793TMP16520 1988 5 31 1 11 59 36.42 -89.44 10 2 2.62 1.23 0.294 6927 6793TMP16523 1988 6 3 15 47 53.1 35.26 -85.261 16.4 5 2.24 1.264 0.313 6928 0TMP16526 1988 6 6 6 54 49.7 36.52 -89.55 1.7 2 2.24 1.264 0.313 6929 6684TMP16531 1988 6 9 14 33 54.8 34.354 -81.51 1 2 2.55 1.235 0.297 6930 0TMP16540 1988 6 12 18 10 15 47 -66.6 5 2 2.37 1.153 0.244 6931 6914TMP16543 1988 6 14 12 10 40.4 35.358 -84.691 14.3 5 2.47 1.242 0.301 6932 0TMP16546 1988 6 15 14 46 16.6 34.63 -82.529 1.4 2 2.32 1.203 0.278 6933 0TMP16549 1988 6 18 7 39 54.37 34.03 -98.71 5 2 2.39 1.249 0.305 6934 0TMP16551 1988 6 18 15 34 45.2 39.158 -99.113 5 2 2.42 1.124 0.221 6935 6896TMP16558 1988 6 19 22 41 16.9 33.97 -99.66 5 2 2.62 1.23 0.294 6936 0TMP16565 1988 6 23 12 5 8.7 32.973 -80.3 6.2 2 2.39 1.249 0.305 6937 0TMP16569 1988 6 25 10 1 9.98 36.51 -89.57 8.8 2 2.39 1.249 0.305 6938 6684TMP16570 1988 6 25 15 2 49.26 36.67 -89.59 5 2 2.93 1.208 0.281 6939 6684TMP16573 1988 6 26 4 38 0 49.296 -67.166 18 2 2.27 1.153 0.244 6940 0TMP16575 1988 6 27 4 46 31.34 41.818 -81.229 0 2 2.33 1.074 0.173 6941 0TMP16576 1988 6 27 8 21 0 44.67 -56.186 18 2 2.46 1.375 0.365 6942 0TMP16578 1988 6 30 12 57 31.5 36.137 -83.458 18.4 5 2.55 1.235 0.297 6943 0TMP16580 1988 7 2 10 35 30.46 35.61 -90.58 12.1 2 2.47 1.242 0.301 6944 6911TMP16587 1988 7 5 9 9 58.9 37.51 -89.68 1.5 2 2.62 1.23 0.294 6945 0TMP16588 1988 7 5 23 22 41.59 35.91 -98.71 5 2 2.44 1.054 0.148 6946 0TMP16591 1988 7 7 11 22 3.44 35.87 -90.12 7.6 2 2.32 1.257 0.309 6947 0TMP16593 1988 7 8 23 13 14.72 35.61 -90.57 13.4 2 2.77 1.218 0.287 6948 6911

B-198

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP16608 1988 7 19 3 54 56.4 36.48 -89.54 5.9 2 2.55 1.235 0.297 6949 6684TMP16609 1988 7 19 11 35 24.36 36.35 -89.43 5 2 2.32 1.257 0.309 6950 0TMP16617 1988 7 26 12 19 49.27 36.49 -89.57 11.3 2 2.47 1.242 0.301 6951 6684TMP16618 1988 7 26 19 27 26.4 35.212 -84.941 19.2 5 2.55 1.235 0.297 6952 0TMP16619 1988 7 27 0 43 0 47.526 -65.555 18 2 2.37 1.153 0.244 6953 0TMP16626 1988 8 1 0 32 25.75 34.19 -90.35 15.2 2 2.47 1.242 0.301 6954 0TMP16627 1988 8 2 4 25 0 41.3 -72.03 2.6 2 2.47 1.036 0.122 6955 0TMP16631 1988 8 5 3 59 21.8 33.216 -81.664 2.9 5 2.55 1.235 0.297 6956 0TMP16634 1988 8 9 13 57 0 45.007 -74.993 9.5 2 2.83 1.009 0.061 6957 0TMP16637 1988 8 9 16 59 50.5 45.387 -75.912 10 2 2.24 1.202 0.277 6958 0TMP16643 1988 8 11 21 56 1.1 37.4 -89.68 5 2 2.55 1.235 0.297 6959 6966TMP16648 1988 8 14 17 6 45.5 35.179 -84.499 15.6 5 2.32 1.257 0.309 6960 0TMP16654 1988 8 17 19 12 16.35 36.4 -91.05 6.2 2 2.39 1.249 0.305 6961 0TMP16660 1988 8 22 15 11 0 42.56 -74.19 13.9 2 2.27 1.083 0.183 6962 0TMP16669 1988 8 26 5 59 10.2 46.99 -66.59 5 2 3.49 1.009 0.06 6963 6914TMP16670 1988 8 26 15 19 21 47 -66.6 5 2 2.27 1.153 0.244 6964 6914TMP16673 1988 8 27 16 52 29.5 37.718 -77.775 14 1 2.87 1.067 0.165 6965 0TMP16677 1988 8 29 10 23 56.4 37.57 -89.75 5.5 2 2.77 1.218 0.287 6966 0TMP16680 1988 9 2 12 15 0 48.282 -81.74 18 2 2.57 1.153 0.244 6967 0TMP16683 1988 9 3 5 37 0.6 38.4 -92.06 5 2 2.85 1.213 0.284 6968 0TMP16685 1988 9 3 23 29 56.24 36.53 -89.61 12.6 2 2.7 1.223 0.29 6969 6684TMP16691 1988 9 7 2 28 8.6 38.142 -83.834 10 1 4.14 1.035 0.12 6970 0TMP16692 1988 9 7 2 30 32.9 38.17 -83.756 8 4 3.68 1.079 0.178 6971 6970TMP16693 1988 9 7 2 35 41.5 38.161 -83.851 8 4 2.55 1.235 0.297 6972 6970TMP16694 1988 9 8 14 16 41.96 36.28 -89.54 10 2 2.39 1.249 0.305 6973 0TMP16696 1988 9 9 9 59 36.2 38.161 -83.883 8.1 2 2.62 1.23 0.294 6974 6970TMP16701 1988 9 13 2 49 3.17 36.15 -89.48 10.7 2 2.55 1.235 0.297 6975 6973TMP16703 1988 9 15 6 24 1.5 39.111 -99.187 5 2 2.28 1.153 0.244 6976 0TMP16705 1988 9 15 23 40 59.1 35.308 -84.21 11.2 5 2.32 1.257 0.309 6977 0TMP16708 1988 9 17 8 46 41 36.85 -89.44 4.6 5 2.58 1.024 0.1 6978 0TMP16710 1988 9 18 16 16 1 37.31 -87.21 12.6 2 2.93 1.208 0.281 6979 0TMP16712 1988 9 19 18 57 43.7 44.353 -74.114 13 2 2.24 1.202 0.277 6980 0TMP16717 1988 9 27 21 9 35 36.21 -89.44 7 2 2.62 1.23 0.294 6981 6973TMP16720 1988 9 29 16 46 0 46.823 -78.907 18 2 2.67 1.153 0.244 6982 0TMP16723 1988 10 1 16 58 19.9 38.71 -87.95 14.1 2 2.62 1.23 0.294 6983 6671TMP16728 1988 10 4 14 33 40.14 36.17 -89.69 14 2 2.55 1.235 0.297 6984 6973

B-199

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP16729 1988 10 5 0 38 52.2 38.69 -87.931 5 2 3.33 1.048 0.14 6985 6671TMP16733 1988 10 7 22 29 38.5 38.139 -83.847 3 1 2.62 1.23 0.294 6986 6970TMP16742 1988 10 12 12 53 45 32.816 -87.595 10 1 2.7 1.223 0.29 6987 0TMP16744 1988 10 13 9 17 26 34.357 -85.507 13.1 1 2.47 1.242 0.301 6988 0TMP16745 1988 10 13 14 42 6.75 34.091 -96.144 5 2 2.49 1.055 0.149 6989 0TMP16756 1988 10 20 13 9 50.1 44.539 -71.158 5 2 3.48 1.007 0.054 6990 0TMP16758 1988 10 21 3 14 9.59 36.06 -89.84 13.3 2 2.62 1.23 0.294 6991 0TMP16761 1988 10 22 16 46 29.1 40.44 -84.11 10.8 2 2.5 1.117 0.215 6992 0TMP16764 1988 10 24 17 26 43.35 36.3 -89.49 9.4 2 2.24 1.264 0.313 6993 6973TMP16767 1988 10 26 15 34 25.1 37.8 -89.86 10 2 2.55 1.235 0.297 6994 0TMP16769 1988 10 27 15 37 53.4 35.594 -84.21 16.7 1 2.39 1.249 0.305 6995 0TMP16772 1988 10 29 4 1 4.14 36.1 -89.79 10.8 2 2.39 1.249 0.305 6996 0TMP16773 1988 10 31 22 37 0 46.48 -73.149 10 2 2.27 1.153 0.244 6997 0TMP16774 1988 11 1 2 34 36.9 37.42 -90.08 7.4 2 2.7 1.223 0.29 6998 0TMP16775 1988 11 1 4 7 9.95 37.39 -90.05 12.4 2 2.47 1.242 0.301 6999 6998TMP16777 1988 11 1 13 7 40.7 35.743 -84.087 11.2 25 2.41 1.194 0.272 7000 6995TMP16778 1988 11 1 16 34 16.3 36.266 -83.714 20.3 5 2.93 1.208 0.281 7001 0TMP16782 1988 11 8 0 19 24.57 36.56 -89.57 12.7 2 2.47 1.242 0.301 7002 0TMP16785 1988 11 8 10 56 10 45.11 -73.71 5 2 2.33 1.202 0.277 7003 0TMP16787 1988 11 8 22 45 22.58 36.56 -89.57 12.3 2 2.85 1.213 0.284 7004 7002TMP16791 1988 11 12 19 56 0 43.954 -67.413 18 2 2.77 1.153 0.244 7005 0TMP16793 1988 11 14 6 15 43.1 44.424 -70.386 5 2 3.33 1.036 0.122 7006 0TMP16799 1988 11 20 21 18 41.23 36.59 -89.64 12.9 2 2.62 1.23 0.294 7007 7002TMP16804 1988 11 22 4 40 50.5 44.557 -71.183 6 2 2.66 1.045 0.136 7008 6990TMP16807 1988 11 23 9 11 0 48.132 -71.2 29 2 4.18 1.024 0.1 7009 0TMP16814 1988 11 25 23 46 47.2 48.12 -71.18 0 22 5.84 1.015 0.08 7010 0TMP16817 1988 11 26 0 11 0 48.117 -71.183 28.9 2 2.27 1.153 0.244 7011 7010TMP16832 1988 11 26 3 38 0 48.142 -71.299 26.4 2 3.48 1.024 0.1 7012 7010TMP16837 1988 11 26 4 47 0 47.984 -71.154 27.8 2 2.28 1.074 0.173 7013 7010TMP16838 1988 11 26 4 54 0 48.142 -71.264 22.3 2 2.48 1.024 0.1 7014 7009TMP16842 1988 11 26 6 36 0 48.1 -71.091 32.2 2 2.48 1.024 0.1 7015 7010TMP16861 1988 11 30 13 58 55.9 32.964 -80.221 9.2 1 2.22 1.13 0.226 7016 7030TMP16885 1988 12 11 14 30 0 48.001 -71.164 26.8 2 2.48 1.024 0.1 7017 7010TMP16886 1988 12 11 18 56 59.8 36.754 -80.734 7.6 1 2.56 1.173 0.258 7018 0TMP16891 1988 12 12 9 57 0 49.416 -65.744 18 2 2.37 1.153 0.244 7019 0TMP16893 1988 12 12 13 10 32.89 33.11 -92.98 16.9 2 2.77 1.218 0.287 7020 0

B-200

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP16894 1988 12 13 3 1 1.4 32.949 -80.15 5.4 1 2.7 1.223 0.29 7021 7030TMP16895 1988 12 13 9 34 0 43.79 -71.22 9.2 2 2.35 1.049 0.142 7022 0TMP16920 1988 12 25 15 57 57.7 34.189 -92.702 13 2 3.27 1.072 0.17 7023 0TMP16924 1988 12 28 2 56 33.5 34.703 -86.722 14.4 1 2.32 1.257 0.309 7024 0TMP16925 1988 12 28 6 28 44.4 44.514 -69.342 10 2 3.52 1.034 0.118 7025 0TMP16926 1988 12 28 23 28 0 41.636 -81.166 5 2 2.37 1.153 0.244 7026 0TMP16927 1988 12 29 2 52 13.7 38.99 -87.73 5 2 3.08 1.2 0.276 7027 0TMP16930 1988 12 31 14 24 20.5 36.185 -89.428 5 2 3.32 1.073 0.172 7028 0TMP16933 1989 1 1 17 55 0 49.27 -67.329 18 2 3.43 1.074 0.173 7029 0TMP16937 1989 1 2 16 35 16.2 32.936 -80.158 4 1 2.93 1.087 0.187 7030 0TMP16941 1989 1 3 19 8 51.3 38.99 -87.72 5 2 3 1.203 0.278 7031 7027TMP16943 1989 1 4 9 39 4 32.21 -80.74 6 4 2.91 1.156 0.246 7032 0TMP16945 1989 1 5 6 48 46.15 36.575 -95.707 5 5 2.24 1.264 0.313 7033 0TMP16949 1989 1 10 18 41 0 46.337 -75.685 0 2 2.47 1.153 0.244 7034 0TMP16955 1989 1 15 10 3 14.7 35.81 -90.13 5 2 2.55 1.235 0.297 7035 0TMP16956 1989 1 15 18 3 14.91 35.8 -90.1 16.7 2 2.62 1.23 0.294 7036 7035TMP16957 1989 1 16 2 33 55 47 -66.6 5 2 2.57 1.153 0.244 7037 0TMP16967 1989 1 19 21 36 0 48.063 -71.008 24.8 2 3.2 1.009 0.062 7038 7010TMP16971 1989 1 21 7 54 43.5 36.371 -82.308 5.9 1 2.39 1.249 0.305 7039 0TMP16972 1989 1 21 23 50 8.9 33.391 -80.688 4.3 1 2.41 1.194 0.272 7040 0TMP16973 1989 1 22 8 27 15.9 40.88 -73.94 6 2 2.24 1.202 0.277 7041 0TMP16976 1989 1 23 0 12 0 46.847 -78.138 18 2 2.27 1.153 0.244 7042 0TMP16985 1989 1 27 0 56 48.4 39.115 -99.584 5 2 2.28 1.153 0.244 7043 0TMP16989 1989 1 28 18 9 34.56 36.22 -89.56 11.7 2 2.47 1.242 0.301 7044 7028TMP16992 1989 1 29 5 7 15.6 35.183 -104.103 0 2 3.08 1.153 0.244 7045 0TMP16994 1989 1 29 22 19 10.37 36.22 -89.48 11.8 2 2.32 1.257 0.309 7046 7028TMP16995 1989 1 31 14 39 0 47.442 -70.671 19.7 2 2.73 1.011 0.067 7047 0TMP16996 1989 1 31 22 58 39.91 34.361 -97.775 5 5 2.39 1.249 0.305 7048 0TMP16997 1989 1 31 23 15 6.39 34.918 -97.472 5 5 2.54 1.085 0.185 7049 0TMP17000 1989 2 1 18 1 0 45.244 -75.227 13.5 2 2.29 1.083 0.183 7050 0TMP17001 1989 2 2 15 40 0 46.096 -57.967 18 2 3.68 1.074 0.173 7051 0TMP17006 1989 2 4 21 41 0 46.065 -57.929 18 2 2.27 1.153 0.244 7052 7051TMP17007 1989 2 5 8 37 44.42 33.201 -92.778 5 2 2.7 1.223 0.29 7053 0TMP17014 1989 2 9 5 15 45.8 42.685 -101.898 5 2 3.49 1.066 0.164 7054 0TMP17016 1989 2 10 1 4 0 50.074 -64.654 18 2 3.87 1.008 0.058 7055 0TMP17017 1989 2 10 5 52 0 46.017 -57.857 18 2 2.87 1.153 0.244 7056 7051

B-201

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP17020 1989 2 13 21 52 0 45.849 -79.352 18 2 3.07 1.153 0.244 7057 0TMP17025 1989 2 16 0 16 0 45.963 -57.776 18 2 2.67 1.153 0.244 7058 7051TMP17029 1989 2 17 9 0 3.91 36.2 -89.64 12.1 2 2.24 1.264 0.313 7059 7028TMP17034 1989 2 20 2 11 42.49 35.52 -90.42 9.7 2 2.55 1.235 0.297 7060 0TMP17037 1989 2 20 10 23 50.8 36.23 -89.52 2 2 2.32 1.257 0.309 7061 7028TMP17038 1989 2 20 10 45 43.7 36.26 -89.5 2 2 2.39 1.249 0.305 7062 7028TMP17041 1989 2 20 14 34 4.7 36.24 -89.52 2 2 2.39 1.249 0.305 7063 7028TMP17042 1989 2 21 16 7 15.8 36.24 -89.5 2 2 2.32 1.257 0.309 7064 7028TMP17046 1989 2 22 15 9 57.55 36.38 -91.04 1.6 2 2.24 1.264 0.313 7065 0TMP17049 1989 2 24 20 30 0 45.15 -65.846 18 2 2.47 1.153 0.244 7066 0TMP17059 1989 3 2 9 51 31.8 44.878 -73.968 16 2 2.41 1.2 0.276 7067 0TMP17062 1989 3 4 9 28 3.3 35.407 -84.516 16.7 5 2.39 1.249 0.305 7068 0TMP17064 1989 3 6 3 55 53.1 37.12 -90.95 5 2 2.85 1.213 0.284 7069 0TMP17067 1989 3 8 0 31 29.99 34.431 -96.253 5 5 2.36 1.054 0.148 7070 0TMP17068 1989 3 8 12 19 35.1 35.69 -84.841 10 4 2.24 1.264 0.313 7071 0TMP17069 1989 3 9 9 41 0 47.717 -69.857 10.5 2 3.73 1.01 0.063 7072 0TMP17070 1989 3 9 18 36 0 49.977 -64.871 18 2 2.67 1.153 0.244 7073 7055TMP17074 1989 3 10 10 52 22.7 35.176 -84.619 13.2 5 2.24 1.264 0.313 7074 0TMP17076 1989 3 11 8 31 0 47.78 -69.77 3.6 2 3.58 1.024 0.1 7075 7072TMP17079 1989 3 12 7 20 0 47.448 -70.117 19.7 2 2.37 1.153 0.244 7076 0TMP17082 1989 3 14 15 2 30.4 35.487 -85.567 10 5 2.62 1.23 0.294 7077 0TMP17090 1989 3 16 4 17 29 60 -69.5 0 25 4.97 1.072 0.17 7078 0TMP17092 1989 3 18 18 58 2.27 36.38 -89.5 16.8 2 2.47 1.242 0.301 7079 7028TMP17096 1989 3 24 11 26 46 37.075 -103.257 5 2 2.38 1.153 0.244 7080 0TMP17098 1989 3 24 20 46 55.58 36.13 -89.77 12.6 2 2.85 1.213 0.284 7081 0TMP17108 1989 3 28 7 56 38.42 34.47 -91.85 8.8 2 2.32 1.257 0.309 7082 0TMP17112 1989 4 1 15 5 3.8 35.18 -92.23 4.5 2 2.47 1.242 0.301 7083 0TMP17116 1989 4 3 10 13 7.2 36.082 -83.617 10.6 1 2.24 1.264 0.313 7084 0TMP17118 1989 4 6 2 35 51.3 44.511 -71.144 5 2 3.39 1.032 0.115 7085 0TMP17119 1989 4 6 10 48 31.08 35.18 -92.21 1.9 2 2.55 1.235 0.297 7086 7083TMP17120 1989 4 6 13 15 0 49.816 -81.868 18 2 2.67 1.153 0.244 7087 0TMP17123 1989 4 7 8 26 48.9 47.716 -105.602 5 2 3.58 1.153 0.244 7088 0TMP17130 1989 4 14 3 57 43.34 34.778 -97.562 5 5 2.24 1.264 0.313 7089 0TMP17131 1989 4 14 6 53 4.03 34.774 -97.562 5 5 2.39 1.249 0.305 7090 7089TMP17132 1989 4 15 16 35 0 43.46 -71.56 7.2 2 2.61 1.067 0.165 7091 0TMP17133 1989 4 15 16 39 51.1 36.557 -89.711 5 2 2.86 1.085 0.185 7092 0

B-202

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP17137 1989 4 20 1 39 0 44.678 -56.377 18 2 2.46 1.375 0.365 7093 0TMP17139 1989 4 20 13 50 45 36.3 -89.53 2 2 2.47 1.242 0.301 7094 7028TMP17148 1989 4 27 6 40 0 41.27 -72.99 13.5 2 2.37 1.153 0.244 7095 0TMP17149 1989 4 27 16 47 49.8 36.006 -89.768 10 2 4.28 1.023 0.098 7096 0TMP17152 1989 4 29 19 34 32.6 36.113 -82.359 6.4 5 2.32 1.257 0.309 7097 0TMP17166 1989 5 8 22 4 0 46.107 -57.876 18 2 3.17 1.153 0.244 7098 7051TMP17173 1989 5 13 6 57 0 46.059 -57.915 18 2 2.67 1.153 0.244 7099 7051TMP17178 1989 5 14 0 16 9.5 36.74 -89.71 2 2 3.46 1.052 0.146 7100 0TMP17179 1989 5 14 7 36 0 52.251 -61.262 18 2 2.57 1.153 0.244 7101 0TMP17182 1989 5 16 7 24 0 46.046 -57.914 18 2 3.17 1.153 0.244 7102 7051TMP17184 1989 5 17 20 36 23.3 36.18 -89.68 10.1 2 2.32 1.257 0.309 7103 7096TMP17185 1989 5 18 11 29 27.61 35.984 -97.414 5 5 2.24 1.264 0.313 7104 0TMP17189 1989 5 20 6 28 36 37.24 -89.05 6.7 2 2.32 1.257 0.309 7105 0TMP17190 1989 5 21 19 1 0 40.93 -71.25 14.7 2 2.47 1.153 0.244 7106 0TMP17192 1989 5 22 8 7 0 43.94 -70.43 3 2 2.44 1.067 0.165 7107 0TMP17193 1989 5 23 3 15 13.7 36.48 -89.53 9.3 2 2.32 1.257 0.309 7108 7092TMP17195 1989 5 23 21 42 20.8 36.47 -89.54 12.6 2 2.77 1.218 0.287 7109 7092TMP17198 1989 5 24 18 23 0 46.12 -67.35 0.3 2 2.67 1.153 0.244 7110 0TMP17202 1989 5 25 19 28 0 46.056 -57.798 18 2 2.87 1.153 0.244 7111 7051TMP17204 1989 5 25 20 14 0 46.083 -57.867 18 2 2.57 1.153 0.244 7112 7051TMP17208 1989 5 27 4 9 7.9 36.334 -82.301 0 5 2.47 1.242 0.301 7113 0TMP17213 1989 5 28 23 3 0 46.031 -58.023 18 2 3.27 1.153 0.244 7114 7051TMP17220 1989 5 30 12 34 0 40.02 -71.77 5 2 2.27 1.153 0.244 7115 0TMP17221 1989 5 30 12 43 49.8 37.79 -90.26 5 2 2.32 1.257 0.309 7116 0TMP17224 1989 6 1 16 1 9.9 34.791 -85.083 18.5 2 2.32 1.257 0.309 7117 0TMP17225 1989 6 2 5 4 34 32.934 -80.166 5.8 1 2.7 1.096 0.196 7118 0TMP17230 1989 6 4 9 49 28.2 37.224 -78.293 8.8 1 2.67 1.076 0.175 7119 0TMP17231 1989 6 4 15 29 0 46.088 -75.774 11.2 2 2.37 1.153 0.244 7120 0TMP17236 1989 6 8 8 52 17.5 32.926 -80.163 6.1 1 2.45 1.12 0.218 7121 7118TMP17237 1989 6 8 18 18 43.3 39.165 -99.477 5 2 3.67 1.066 0.164 7122 0TMP17240 1989 6 10 10 39 49 47 -66.6 5 2 2.37 1.153 0.244 7123 0TMP17249 1989 6 16 5 7 0 49.486 -66.207 18 2 2.87 1.153 0.244 7124 0TMP17250 1989 6 16 9 13 0 43.038 -62.315 18 2 2.27 1.153 0.244 7125 0TMP17251 1989 6 16 14 53 53.1 39.143 -99.457 5 2 3.49 1.066 0.164 7126 7122TMP17253 1989 6 18 3 0 20.6 35.945 -82.491 4.3 1 2.32 1.257 0.309 7127 7097TMP17256 1989 6 20 8 43 37.8 35.256 -82.455 4.7 1 2.39 1.249 0.305 7128 0

B-203

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP17263 1989 6 28 9 35 0.2 37.81 -88.95 12.7 2 3.08 1.2 0.276 7129 0TMP17267 1989 7 1 4 41 14.5 34.478 -85.438 14.7 1 2.62 1.23 0.294 7130 0TMP17277 1989 7 6 1 12 31 39.013 -99.564 5 2 2.42 1.124 0.221 7131 7122TMP17278 1989 7 6 4 56 39.36 34.585 -96.517 5 5 2.24 1.264 0.313 7132 0TMP17279 1989 7 6 10 38 25.5 38.772 -102.635 5 2 2.48 1.153 0.244 7133 0TMP17282 1989 7 9 11 10 0.91 36.59 -90.77 2.7 2 2.24 1.264 0.313 7134 0TMP17284 1989 7 9 18 12 39.62 35.667 -98.108 5 5 2.32 1.257 0.309 7135 0TMP17287 1989 7 10 16 38 0 52.132 -78.629 18 2 2.27 1.153 0.244 7136 0TMP17289 1989 7 11 14 53 28.6 35.534 -84.476 21.6 5 2.39 1.249 0.305 7137 0TMP17290 1989 7 13 18 35 22.9 39.168 -99.472 5 2 3.23 1.124 0.221 7138 7122TMP17293 1989 7 14 23 32 22.39 36.29 -89.49 11 2 2.93 1.208 0.281 7139 0TMP17295 1989 7 15 0 8 2.6 38.607 -83.569 10 2 3.21 1.072 0.17 7140 0TMP17297 1989 7 15 13 14 0 43.47 -71.56 7 2 2.54 1.067 0.165 7141 0TMP17298 1989 7 15 18 58 28.8 34.448 -87.339 10 1 2.93 1.082 0.181 7142 0TMP17304 1989 7 16 10 42 59.71 35.326 -97.453 5 5 2.24 1.264 0.313 7143 0TMP17312 1989 7 19 11 58 0 45.061 -74.878 0 2 2.29 1.083 0.183 7144 0TMP17314 1989 7 19 14 49 19.35 36.36 -98.883 5 5 2.26 1.09 0.19 7145 0TMP17320 1989 7 20 2 49 49.89 36.36 -98.883 5 2 2.42 1.054 0.148 7146 7145TMP17321 1989 7 20 3 16 54.51 36.362 -98.946 5 5 2.26 1.09 0.19 7147 7145TMP17323 1989 7 20 6 7 51.54 36.382 -98.818 5 25 2.71 1.049 0.141 7148 7145TMP17327 1989 7 22 18 27 36.49 36.382 -98.818 5 5 2.24 1.264 0.313 7149 7145TMP17328 1989 7 22 21 32 24.74 36.382 -98.818 5 5 2.32 1.257 0.309 7150 7145TMP17331 1989 7 24 13 7 20.7 37.18 -89.5 4.1 2 2.77 1.218 0.287 7151 0TMP17337 1989 7 31 0 31 13.53 36.82 -88.83 13.1 2 2.47 1.242 0.301 7152 0TMP17339 1989 8 1 16 12 48.75 41.898 -80.758 0 2 2.37 1.153 0.244 7153 0TMP17340 1989 8 1 16 50 30.74 41.893 -80.752 0 2 2.47 1.153 0.244 7154 7153TMP17344 1989 8 4 5 32 0.69 36.6 -89.63 5.5 2 2.47 1.242 0.301 7155 0TMP17346 1989 8 5 21 7 58 43.29 -79.76 5 2 2.95 1.052 0.146 7156 0TMP17348 1989 8 7 7 54 6.68 34.918 -97.507 5 5 2.35 1.089 0.189 7157 0TMP17352 1989 8 10 21 17 0 46.66 -65.788 5 2 3.18 1.01 0.063 7158 0TMP17353 1989 8 10 21 53 46.26 36.72 -89.69 2.3 2 2.24 1.264 0.313 7159 7181TMP17355 1989 8 11 6 57 40.22 36.58 -89.58 2.3 2 2.62 1.23 0.294 7160 7181TMP17356 1989 8 11 22 3 4.06 36.73 -89.72 2.2 2 2.24 1.264 0.313 7161 0TMP17357 1989 8 11 22 47 13.8 33.894 -86.937 3.4 1 2.55 1.235 0.297 7162 0TMP17360 1989 8 13 18 47 38.15 35.93 -89.93 9.8 2 2.39 1.249 0.305 7163 7096TMP17361 1989 8 13 20 16 2.9 33.632 -87.086 0 2 3.08 1.153 0.244 7164 0

B-204

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP17363 1989 8 17 10 46 0 44.82 -69.72 1.2 2 2.53 1.068 0.166 7165 0TMP17365 1989 8 17 19 53 0 45.93 -71.34 5 2 2.47 1.153 0.244 7166 0TMP17366 1989 8 20 0 3 17.8 34.736 -87.645 10 1 3.65 1.045 0.136 7167 0TMP17368 1989 8 20 22 54 25.4 35.917 -84.155 11.4 5 2.39 1.249 0.305 7168 0TMP17370 1989 8 21 18 16 0 45.979 -57.879 18 2 3.57 1.153 0.244 7169 7051TMP17378 1989 8 24 15 56 59.3 41.614 -70.899 5 2 3.14 1.034 0.118 7170 0TMP17385 1989 8 27 2 7 0 47.42 -78.007 18 2 2.87 1.153 0.244 7171 0TMP17388 1989 8 29 23 58 17.7 34.012 -96.146 5 5 2.32 1.257 0.309 7172 0TMP17390 1989 8 30 8 25 0 47.66 -70.054 20.6 2 2.27 1.153 0.244 7173 0TMP39568 1989 9 3 9 57 33.6 35.522 -84.48 13.4 1 2.7 1.223 0.29 7174 7177TMP17398 1989 9 3 9 57 36.3 35.535 -84.499 18.8 1 2.77 1.218 0.287 7175 7177TMP17403 1989 9 5 16 30 0 47.964 -78.459 18 2 2.47 1.153 0.244 7176 0TMP17406 1989 9 7 5 18 6.2 35.493 -84.436 14.1 5 3.08 1.2 0.276 7177 0TMP17407 1989 9 8 12 50 0.36 36.69 -89.71 2.6 2 2.24 1.264 0.313 7178 7181TMP17416 1989 9 11 9 21 0 46.174 -58.149 18 2 2.67 1.153 0.244 7179 7051TMP17418 1989 9 13 14 55 0 47.57 -70.039 14.8 2 2.47 1.153 0.244 7180 7196TMP17420 1989 9 14 17 31 28 36.545 -89.62 11 2 3.3 1.072 0.171 7181 0TMP17422 1989 9 16 1 3 48.53 34.503 -97.314 5 5 2.32 1.257 0.309 7182 0TMP17426 1989 9 17 8 16 0 50.76 -63.378 18 2 2.27 1.153 0.244 7183 0TMP17429 1989 9 17 21 21 0 46.1 -68.02 22.7 2 2.32 1.068 0.166 7184 0TMP17431 1989 9 19 18 8 4.11 35.86 -90 13.4 2 2.39 1.249 0.305 7185 7193TMP17433 1989 9 21 19 14 28.1 36.33 -86.715 14.7 1 2.24 1.264 0.313 7186 0TMP17434 1989 9 21 23 5 25.03 36.15 -91.16 9.6 2 2.32 1.257 0.309 7187 0TMP17435 1989 9 22 3 43 53.53 37.76 -88.41 9.6 2 2.7 1.223 0.29 7188 0TMP17439 1989 9 25 21 29 39.5 34.978 -83.015 22.5 3 2.24 1.264 0.313 7189 0TMP17440 1989 9 27 7 12 23.4 36.127 -99.995 5 5 2.44 1.088 0.188 7190 0TMP17444 1989 9 30 20 0 17.89 35.7 -87.38 2.2 2 2.47 1.242 0.301 7191 0TMP17447 1989 10 2 17 7 0 45.27 -70.23 12.1 2 2.28 1.046 0.137 7192 0TMP17460 1989 10 9 1 43 33.19 35.79 -90.15 13.1 2 3 1.203 0.278 7193 0TMP17461 1989 10 10 0 9 23.1 35.214 -86.047 14.9 1 2.47 1.242 0.301 7194 0TMP17462 1989 10 11 7 45 41 33.355 -83.104 16 2 2.62 1.23 0.294 7195 0TMP17464 1989 10 13 14 4 0 47.393 -70.133 22.7 2 2.96 1.01 0.065 7196 0TMP17472 1989 10 17 12 42 0 42.859 -59.096 18 2 2.56 1.375 0.365 7197 0TMP17473 1989 10 18 1 3 23.94 36.55 -89.61 8.3 2 2.39 1.249 0.305 7198 7181TMP17480 1989 10 21 20 29 0 43.34 -71.91 1.3 2 2.93 1.029 0.109 7199 0TMP17485 1989 10 25 15 5 30.7 36.43 -89.55 13.2 2 2.24 1.264 0.313 7200 7181

B-205

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP17492 1989 10 30 5 6 56.46 36.56 -89.7 7.8 2 2.93 1.208 0.281 7201 7181TMP17493 1989 10 31 0 0 0 48.67 -72.33 12 2 2.97 1.153 0.244 7202 0TMP17494 1989 10 31 4 50 0 48.666 -72.328 18 2 2.97 1.153 0.244 7203 7202TMP17495 1989 11 1 17 2 0 42.95 -74.99 0.3 2 2.68 1.104 0.203 7204 0TMP17498 1989 11 2 12 34 0 46.648 -74.103 18 2 2.37 1.153 0.244 7205 0TMP17503 1989 11 4 21 56 0 44.53 -56.403 18 2 3.16 1.375 0.365 7206 0TMP17504 1989 11 4 23 25 0 46.216 -75.723 7.9 2 2.78 1.01 0.066 7207 0TMP17507 1989 11 8 6 14 24 39.829 -105.016 5 2 2.37 1.124 0.221 7208 0TMP17511 1989 11 12 21 32 14.6 36.1 -89.76 10.1 2 2.55 1.235 0.297 7209 7096TMP17513 1989 11 14 17 8 46.2 36.32 -89.59 10 2 2.24 1.264 0.313 7210 0TMP17514 1989 11 16 2 32 5.1 36.53 -89.56 6.4 2 2.62 1.23 0.294 7211 7181TMP17515 1989 11 16 2 33 51.5 36.53 -89.57 5.6 2 2.62 1.23 0.294 7212 7181TMP17516 1989 11 16 4 47 30.1 36.53 -89.56 5.8 2 2.47 1.242 0.301 7213 7181TMP17519 1989 11 16 9 24 0 46.576 -76.602 18 2 3.54 1.009 0.062 7214 0TMP17520 1989 11 16 11 10 48.3 36.53 -89.56 5.7 2 2.85 1.213 0.284 7215 7181TMP17521 1989 11 17 9 4 55.3 36.53 -89.56 6.7 2 2.55 1.235 0.297 7216 7181TMP17525 1989 11 21 2 45 0 45.995 -74.514 18 2 2.51 1.083 0.183 7217 0TMP17529 1989 11 22 23 2 0 47.455 -70.345 8.1 2 2.94 1.01 0.065 7218 7196TMP17532 1989 11 26 1 6 14.6 45.317 -99.908 5 2 2.98 1.153 0.244 7219 0TMP17534 1989 11 26 22 41 9.86 34.76 -91.08 5.1 2 2.47 1.242 0.301 7220 0TMP17539 1989 12 1 9 26 51.3 36.22 -89.44 8.7 2 2.93 1.208 0.281 7221 0TMP17543 1989 12 2 13 31 45.2 36.004 -83.855 5 25 2.7 1.124 0.221 7222 0TMP17545 1989 12 4 18 21 15.01 35.79 -90.21 14.1 2 2.85 1.213 0.284 7223 7193TMP17551 1989 12 8 18 8 0 44.44 -70.63 0.8 2 2.2 1.068 0.166 7224 0TMP17554 1989 12 10 2 18 25.42 36.1 -89.77 8.9 2 2.55 1.235 0.297 7225 7096TMP17558 1989 12 14 11 53 33.3 36.53 -89.64 5 2 2.62 1.23 0.294 7226 7181TMP17559 1989 12 14 14 6 8 36.27 -89.6 10 2 2.39 1.249 0.305 7227 7221TMP17560 1989 12 15 8 4 49.87 38.15 -90.02 0.6 2 2.39 1.249 0.305 7228 0TMP17562 1989 12 15 22 42 28.1 36.335 -99.634 5 5 2.47 1.087 0.187 7229 0TMP17565 1989 12 17 14 22 0 49.075 -65.4 18 2 2.27 1.153 0.244 7230 0TMP17567 1989 12 18 14 55 0 47.387 -70.154 18.2 2 2.37 1.153 0.244 7231 7196TMP17572 1989 12 20 3 21 4.1 36.67 -89.51 11.2 2 2.77 1.218 0.287 7232 7181TMP17575 1989 12 23 18 20 53.85 36.78 -88.52 5.1 2 2.77 1.218 0.287 7233 0TMP17576 1989 12 24 7 0 19.3 36.53 -89.64 5.7 2 2.24 1.264 0.313 7234 7181TMP17578 1989 12 25 8 29 26.9 35.245 -90.744 5 2 3.05 1.075 0.174 7235 0TMP17583 1989 12 27 12 58 59.29 35.18 -90.76 0.5 2 2.32 1.257 0.309 7236 7235

B-206

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP17584 1989 12 27 15 29 16.3 36.45 -89.53 6 2 2.47 1.242 0.301 7237 7181TMP17586 1989 12 28 21 15 13.8 36.48 -89.55 6.5 2 2.32 1.257 0.309 7238 7181TMP17589 1989 12 29 6 27 50.62 36.77 -89.48 6.7 2 2.32 1.257 0.309 7239 0TMP17592 1989 12 31 1 39 17.8 36.27 -89.39 10 2 2.32 1.257 0.309 7240 7221TMP17594 1990 1 2 20 17 24.6 35.093 -82.969 5.7 1 2.47 1.242 0.301 7241 0TMP17595 1990 1 3 4 25 14.9 37.024 -81.817 3.5 3 2.44 1.18 0.263 7242 0TMP17598 1990 1 5 12 1 43.76 59.82 -73.35 10 5 3.57 1.153 0.244 7243 0TMP17601 1990 1 6 21 40 10.5 36.49 -89.55 5.8 2 2.24 1.264 0.313 7244 7181TMP17603 1990 1 7 6 57 0 46.327 -77.205 18 2 2.37 1.153 0.244 7245 0TMP17604 1990 1 7 16 13 16.7 32.968 -80.218 5.4 1 2.55 1.098 0.198 7246 0TMP17605 1990 1 8 6 43 17 38.71 -87.96 15 2 2.62 1.23 0.294 7247 0TMP17606 1990 1 8 9 27 1.74 36.402 -98.093 5 5 2.55 1.235 0.297 7248 0TMP17607 1990 1 8 21 40 0 47.156 -66.952 18 2 3 1.052 0.146 7249 0TMP17609 1990 1 9 10 53 31.56 36.11 -89.26 7 2 2.77 1.218 0.287 7250 7221TMP17612 1990 1 11 12 18 11.2 36.46 -89.55 6 2 2.47 1.242 0.301 7251 7181TMP17618 1990 1 13 2 19 0 46.2 -74.779 17.9 2 2.37 1.153 0.244 7252 0TMP17619 1990 1 13 20 47 55.3 39.425 -76.881 5 3 2.6 1.073 0.172 7253 0TMP17627 1990 1 18 0 6 6.43 36.51 -89.53 2.3 2 2.24 1.264 0.313 7254 7181TMP17628 1990 1 19 0 20 50.14 43.3432 -71.3565 6.8 2 2.45 1.067 0.165 7255 0TMP17629 1990 1 19 17 36 52.7 34.956 -84.907 10.8 5 3 1.203 0.278 7256 0TMP17632 1990 1 23 0 41 5.7 42.523 -71.544 5 2 2.79 1.034 0.119 7257 0TMP17636 1990 1 24 18 20 24.4 38.133 -86.434 5 1 3.92 1.049 0.141 7258 0TMP17639 1990 1 24 23 14 26.2 36.14 -91.17 2.8 2 2.47 1.242 0.301 7259 0TMP17640 1990 1 25 4 19 23.18 35.58 -89.73 12.9 2 2.77 1.218 0.287 7260 0TMP17641 1990 1 25 6 44 58.3 41.4785 -72.9157 1.9 2 2.25 1.084 0.184 7261 0TMP17646 1990 1 27 14 5 50.3 38.119 -86.438 5 2 3.64 1.036 0.122 7262 7258TMP17647 1990 1 27 15 14 34.6 36.48 -89.51 10 2 2.24 1.264 0.313 7263 7181TMP17650 1990 1 28 4 59 59.1 43.313 -102.504 5 2 3.72 1.124 0.221 7264 0TMP17657 1990 1 29 19 41 47.4 38.117 -86.424 5 2 3.08 1.041 0.129 7265 7258TMP17661 1990 2 1 22 21 59.23 36.72 -90.78 10.9 2 2.39 1.249 0.305 7266 0TMP17662 1990 2 2 11 14 35.8 35.662 -84.263 14.1 5 2.47 1.242 0.301 7267 7288TMP17663 1990 2 3 15 22 50.98 36.54 -89.58 6 2 2.47 1.242 0.301 7268 7181TMP17665 1990 2 3 17 42 38.91 36.54 -89.57 4.3 2 2.32 1.257 0.309 7269 7181TMP17667 1990 2 3 19 37 47.1 36.51 -89.54 7.2 2 2.24 1.264 0.313 7270 7181TMP17668 1990 2 4 4 8 24.9 36.4 -89.55 8 2 2.32 1.257 0.309 7271 7181TMP17673 1990 2 5 16 44 23.89 36.53 -89.57 7.8 2 2.55 1.235 0.297 7272 7181

B-207

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP17675 1990 2 5 17 44 45.1 36.5 -89.53 5 2 2.24 1.264 0.313 7273 7181TMP17678 1990 2 6 22 9 10.38 38.46 -87.81 9.5 2 2.62 1.23 0.294 7274 0TMP17682 1990 2 7 7 41 39.9 32.908 -80.163 9 1 2.89 1.054 0.148 7275 7246TMP17684 1990 2 7 12 2 14.06 35.629 -98.827 5 2 2.33 1.054 0.148 7276 0TMP17686 1990 2 10 22 50 13.37 36.58 -89.6 7.2 2 2.39 1.249 0.305 7277 7181TMP17688 1990 2 10 23 42 7.9 35.275 -84.067 6.4 5 2.7 1.223 0.29 7278 0TMP17690 1990 2 11 23 26 37 36.26 -89.52 9.3 2 2.21 1.131 0.227 7279 7221TMP17694 1990 2 13 21 39 0 49.895 -64.018 18 2 2.47 1.153 0.244 7280 0TMP17696 1990 2 14 15 20 0 50.182 -64.07 18 2 2.57 1.153 0.244 7281 0TMP17697 1990 2 14 21 5 38.9 36.16 -89.44 6.9 2 2.24 1.264 0.313 7282 7221TMP17698 1990 2 15 0 9 0 44.455 -56.332 18 2 3.36 1.375 0.365 7283 0TMP17700 1990 2 16 3 44 0 47.023 -76.866 18 2 2.27 1.153 0.244 7284 0TMP17701 1990 2 16 5 6 15.68 36.21 -88.94 3.2 2 2.24 1.264 0.313 7285 0TMP17702 1990 2 16 6 0 24.3 36.52 -89.54 6.5 2 2.39 1.249 0.305 7286 7181TMP17704 1990 2 17 14 21 22.7 35.701 -84.212 0.8 5 2.39 1.249 0.305 7287 7288TMP17705 1990 2 17 16 30 32 35.716 -84.23 1 5 2.93 1.208 0.281 7288 0TMP17707 1990 2 18 0 13 24.1 35.719 -84.212 1 1 2.32 1.257 0.309 7289 7288TMP17708 1990 2 18 12 9 39.8 32.961 -80.175 1.9 1 2.55 1.098 0.198 7290 7246TMP17710 1990 2 20 22 36 12.78 36.39 -89.51 7.9 2 2.24 1.264 0.313 7291 7181TMP17714 1990 2 23 17 10 44.8 35.513 -84.451 15.6 5 2.7 1.223 0.29 7292 7288TMP17715 1990 2 23 17 12 53.6 35.502 -84.444 18.3 1 2.47 1.242 0.301 7293 7288TMP17720 1990 2 27 3 14 38.5 33.282 -83.236 11.1 3 2.47 1.242 0.301 7294 0TMP17724 1990 3 1 0 50 51.5 38.24 -87.88 15 2 2.77 1.218 0.287 7295 0TMP17726 1990 3 2 4 15 27 43.3 -102.5 5 2 2.94 1.124 0.221 7296 7264TMP17728 1990 3 2 7 1 47.7 38.868 -89.219 10 2 3.4 1.047 0.139 7297 0TMP17733 1990 3 3 1 12 0 45.203 -75.307 18 2 2.62 1.083 0.183 7298 0TMP17734 1990 3 3 2 6 0 47.856 -69.977 20.8 2 3.33 1.008 0.059 7299 0TMP17737 1990 3 3 22 27 59.8 35.307 -82.501 5.7 1 2.24 1.264 0.313 7300 0TMP17738 1990 3 4 19 52 37.04 36.34 -89.52 5.4 2 2.47 1.242 0.301 7301 7221TMP17741 1990 3 6 5 57 1.72 37.55 -89.68 4.3 2 2.39 1.249 0.305 7302 0TMP17747 1990 3 9 6 11 25.8 35.888 -81.713 7 1 2.39 1.249 0.305 7303 0TMP17749 1990 3 9 21 2 54.8 38.14 -86.19 5 2 2.81 1.085 0.185 7304 7258TMP17750 1990 3 10 1 24 14.83 35.6 -93.05 2.8 2 2.85 1.213 0.284 7305 0TMP17752 1990 3 12 16 48 1.4 36.413 -92.3 0 2 3.05 1.154 0.245 7306 0TMP17755 1990 3 13 19 10 0 47.534 -70.136 15.3 2 2.72 1.011 0.067 7307 0TMP17766 1990 3 18 3 41 34.3 35.707 -84.286 11.8 5 3 1.203 0.278 7308 7288

B-208

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP17767 1990 3 18 16 22 33 36.72 -91.49 5 2 3.18 1.15 0.242 7309 0TMP17771 1990 3 19 21 3 34.2 36.47 -89.6 11.6 2 2.39 1.249 0.305 7310 7181TMP17777 1990 3 21 9 11 39.4 38.142 -85.65 4.2 1 2.93 1.208 0.281 7311 0TMP17778 1990 3 21 9 44 39 34.842 -85.082 12.7 5 2.55 1.235 0.297 7312 0TMP17782 1990 3 22 17 16 52.07 36.16 -89.51 6.5 2 2.39 1.249 0.305 7313 7221TMP17784 1990 3 24 6 51 47.2 35.175 -84.654 14.4 5 2.55 1.235 0.297 7314 0TMP17786 1990 3 25 7 50 29.9 36.67 -89.68 5 2 2.32 1.257 0.309 7315 7181TMP17790 1990 3 26 17 1 49.8 34.98 -87.404 6.9 5 2.42 1.12 0.218 7316 0TMP17791 1990 3 28 10 12 40 34.59 -87.52 0.3 2 2.77 1.218 0.287 7317 0TMP17794 1990 3 30 1 54 9 47.28 -68.23 18 2 3.08 1.074 0.173 7318 0TMP17797 1990 3 30 9 31 30 47 -66.6 5 2 2.32 1.052 0.146 7319 0TMP17801 1990 3 31 16 27 43.6 35.946 -84.52 10.3 5 2.85 1.213 0.284 7320 7288TMP17802 1990 4 1 19 13 0 45.084 -66.912 10 2 2.27 1.153 0.244 7321 0TMP17805 1990 4 2 20 43 7.84 35.057 -96.239 5 5 2.85 1.213 0.284 7322 0TMP17817 1990 4 10 19 18 39.1 37.761 -83.395 8.2 2 2.64 1.111 0.21 7323 0TMP17822 1990 4 15 23 57 34.9 36.27 -89.5 2.6 2 2.39 1.249 0.305 7324 7221TMP17823 1990 4 17 10 27 34.7 40.46 -84.852 5 2 2.77 1.078 0.177 7325 0TMP17824 1990 4 19 20 36 48.6 35.949 -84.007 16.8 5 2.7 1.223 0.29 7326 7288TMP17825 1990 4 19 21 35 4.58 34.734 -97.578 5 5 2.59 1.089 0.189 7327 0TMP17829 1990 4 21 1 23 0 47.553 -70.07 9.6 2 2.74 1.011 0.067 7328 7307TMP17833 1990 4 23 0 28 0 47.409 -70.179 7.9 2 2.62 1.011 0.069 7329 7307TMP17837 1990 4 24 9 41 24.3 39.556 -88.23 10 2 2.89 1.074 0.173 7330 0TMP17839 1990 4 24 13 46 0 45.938 -72.65 18 2 2.75 1.052 0.146 7331 0TMP17847 1990 4 28 21 15 0 46.74 -75.787 18 2 2.27 1.153 0.244 7332 0TMP17855 1990 5 4 21 40 37.2 34.466 -85.521 12.4 1 2.77 1.218 0.287 7333 0TMP17859 1990 5 7 2 11 48.38 36.19 -89.45 2.6 2 2.55 1.235 0.297 7334 0TMP17865 1990 5 11 3 42 1.6 34.272 -88.064 15.3 3 2.47 1.242 0.301 7335 0TMP17867 1990 5 11 18 23 33.9 32.951 -80.155 6 1 2.85 1.089 0.189 7336 7353TMP17881 1990 5 19 10 16 45 33.695 -87.554 22 5 2.39 1.249 0.305 7337 0TMP17888 1990 5 24 11 7 38.67 36.56 -89.64 6.8 2 2.55 1.235 0.297 7338 7181TMP17890 1990 5 25 1 38 33.66 34.816 -97.394 5 5 2.22 1.055 0.149 7339 7327TMP17892 1990 5 26 6 50 6.4 36.49 -89.56 10.1 2 2.24 1.264 0.313 7340 7181TMP17897 1990 5 28 18 22 0 46.514 -66.796 18 2 3.19 1.052 0.146 7341 0TMP17904 1990 6 2 2 57 41.5 32.935 -80.15 5.4 1 2.82 1.089 0.189 7342 7353TMP17905 1990 6 2 17 39 15.3 32.907 -80.162 8.4 2 2.25 1.11 0.209 7343 7353TMP17908 1990 6 3 12 29 25.8 37.52 -89.7 5 2 2.62 1.23 0.294 7344 0

B-209

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP17909 1990 6 3 15 9 0 44.888 -56.244 18 2 3.15 1.173 0.258 7345 0TMP17910 1990 6 4 11 26 47.06 41.098 -83.638 5 2 2.39 1.05 0.143 7346 0TMP17913 1990 6 6 16 57 0 45.979 -57.723 18 2 2.68 1.074 0.173 7347 0TMP17914 1990 6 7 6 50 14 36.48 -89.5 5 2 2.39 1.249 0.305 7348 7181TMP17922 1990 6 11 21 41 45.03 36.06 -92.6 1.7 2 2.32 1.257 0.309 7349 0TMP17926 1990 6 13 11 1 57.9 34.843 -85.345 10.8 1 2.24 1.264 0.313 7350 0TMP17929 1990 6 16 13 48 5 47 -66.6 5 2 3.03 1.052 0.146 7351 0TMP17933 1990 6 17 11 23 58.3 37.469 -78.255 1.1 1 2.39 1.249 0.305 7352 0TMP17935 1990 6 18 10 3 33.4 32.951 -80.158 4.9 1 2.94 1.086 0.186 7353 0TMP17942 1990 6 22 16 12 18.56 34.831 -97.483 5 5 2.39 1.249 0.305 7354 7327TMP17943 1990 6 23 20 44 2.1 33.72 -87.946 6.4 1 3.35 1.091 0.191 7355 0TMP17951 1990 6 30 16 38 32.8 33.734 -88.063 2 3 2.89 1.171 0.257 7356 7355TMP17953 1990 7 1 8 27 6.6 36.47 -89.54 10.8 2 2.24 1.264 0.313 7357 7181TMP17954 1990 7 1 11 10 0 48.913 -67.063 18 2 3.24 1.052 0.146 7358 0TMP17956 1990 7 1 13 6 34.7 35.413 -102.106 5 2 2.38 1.153 0.244 7359 0TMP17966 1990 7 6 3 42 0 48.433 -72.136 18 2 2.37 1.153 0.244 7360 0TMP17969 1990 7 9 21 42 13.8 36.43 -89.52 8.5 2 2.39 1.249 0.305 7361 7181TMP17970 1990 7 11 18 41 10.7 35.799 -83.991 17 5 3.08 1.2 0.276 7362 0TMP17975 1990 7 15 7 50 33 47 -66.6 5 2 2.62 1.052 0.146 7363 7351TMP17976 1990 7 15 18 22 48.5 37.88 -90.84 3.3 2 2.93 1.208 0.281 7364 0TMP17980 1990 7 17 1 13 19.61 34.885 -99.905 5 5 2.78 1.084 0.184 7365 0TMP17981 1990 7 17 10 50 23 36.16 -89.42 6.1 2 2.32 1.257 0.309 7366 0TMP17983 1990 7 18 2 47 3.9 41.507 -98.954 5 2 2.91 1.124 0.221 7367 0TMP17984 1990 7 18 6 55 4 49.61 -60.6 18 2 2.27 1.153 0.244 7368 0TMP17987 1990 7 21 13 32 49.7 36.424 -82.101 2.9 2 2.55 1.235 0.297 7369 0TMP17998 1990 7 27 5 56 27.4 34.392 -85.495 8.1 1 2.47 1.242 0.301 7370 0TMP18000 1990 7 27 18 10 32 44.81 -72.57 0 2 2.41 1.104 0.203 7371 0TMP18001 1990 7 28 7 53 33.75 34.6 -93.38 3.9 2 3.08 1.2 0.276 7372 0TMP18002 1990 7 28 11 9 39 34.919 -85.008 13.9 5 3.08 1.2 0.276 7373 0TMP18005 1990 7 29 14 19 42.5 35.223 -84.818 12.1 5 2.77 1.218 0.287 7374 0TMP18007 1990 7 31 5 33 56.76 45.3845 -69.4817 9.2 2 2.2 1.069 0.167 7375 0TMP18011 1990 8 1 12 23 42 36.21 -89.44 9.2 2 2.24 1.264 0.313 7376 7465TMP18014 1990 8 4 11 16 47.9 36.399 -83.587 0.3 1 2.47 1.242 0.301 7377 0TMP18018 1990 8 5 21 47 42.09 36.13 -89.71 2.1 2 2.24 1.264 0.313 7378 0TMP18019 1990 8 7 5 5 56.4 36.85 -89.24 6 2 3.03 1.072 0.171 7379 0TMP18025 1990 8 10 5 21 56.57 44.2815 -70.6495 2 2 2.43 1.067 0.165 7380 0

B-210

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP18028 1990 8 10 11 10 56.73 48.7993 -67.1007 13.5 2 2.27 1.153 0.244 7381 7358TMP18030 1990 8 12 1 22 23.16 34.593 -96.578 5 5 2.47 1.089 0.189 7382 0TMP39569 1990 8 15 4 45 9.75 36.46 -89.57 8.2 2 2.55 1.235 0.297 7383 7465TMP18034 1990 8 15 4 45 10.5 36.46 -89.53 9.7 2 2.85 1.213 0.284 7384 7465TMP18036 1990 8 15 7 35 53.1 43.3338 -71.3732 4.9 2 2.3 1.067 0.165 7385 0TMP18037 1990 8 15 12 50 8.38 36.17 -89.7 6.7 2 2.55 1.235 0.297 7386 7465TMP18040 1990 8 17 14 7 31.43 35.18 -92.24 1.6 2 2.32 1.257 0.309 7387 0TMP18041 1990 8 17 21 1 17.9 36.794 -83.34 10 1 3.54 1.036 0.121 7388 0TMP18045 1990 8 18 22 46 44.3 32.938 -80.142 4.2 1 2.67 1.112 0.211 7389 7353TMP18046 1990 8 19 1 11 47.06 36.44 -89.55 6.6 2 2.32 1.257 0.309 7390 7465TMP18048 1990 8 19 21 10 33 35.484 -84.045 12.7 5 2.32 1.257 0.309 7391 7406TMP18049 1990 8 20 4 31 13.3 36.21 -89.44 5 2 2.24 1.264 0.313 7392 7465TMP18051 1990 8 21 12 54 28.91 35.85 -90.04 13.1 2 2.24 1.264 0.313 7393 0TMP18052 1990 8 21 22 5 42.07 37.62 -88.32 10.2 2 2.32 1.257 0.309 7394 0TMP18053 1990 8 22 8 42 0 50.177 -64.916 18 2 2.38 1.074 0.173 7395 0TMP18055 1990 8 23 3 56 40.83 43.8308 -70.5083 9.6 2 2.27 1.067 0.165 7396 0TMP18057 1990 8 24 2 42 22.14 35.18 -92.21 3.7 2 2.85 1.213 0.284 7397 7387TMP18060 1990 8 24 19 43 50.6 37.2 -89.11 4.9 2 3 1.203 0.278 7398 0TMP18062 1990 8 26 7 54 54.39 36.67 -89.79 7.9 2 2.32 1.257 0.309 7399 0TMP18063 1990 8 27 3 43 26.9 37.25 -89.05 10 2 2.24 1.264 0.313 7400 7398TMP18065 1990 8 27 6 39 11.38 43.3088 -71.6128 7.9 2 2.52 1.067 0.165 7401 7385TMP18069 1990 8 29 19 34 59.9 35.83 -89.66 13 2 3.44 1.072 0.17 7402 0TMP18070 1990 8 29 21 19 49.37 36.57 -89.67 12.7 2 2.55 1.235 0.297 7403 7465TMP18071 1990 8 30 0 12 32.2 38.64 -89.27 10 2 2.55 1.235 0.297 7404 0TMP18072 1990 8 30 6 40 19.8 37.362 -80.482 16.6 1 2.55 1.235 0.297 7405 0TMP18077 1990 9 1 5 4 12.4 35.545 -84.155 16.1 5 2.62 1.23 0.294 7406 0TMP18080 1990 9 2 4 35 40.2 33.758 -87.928 0.9 1 3.31 1.189 0.269 7407 7355TMP18081 1990 9 3 0 10 1.3 38.11 -88.43 19 2 2.77 1.218 0.287 7408 0TMP18085 1990 9 4 22 32 25.78 34.976 -97.585 5 5 2.28 1.091 0.191 7409 7470TMP18086 1990 9 8 0 3 57.4 38.061 -83.731 5 2 3.34 1.072 0.17 7410 0TMP18087 1990 9 8 23 1 13.15 35.19 -92.19 1.6 2 2.39 1.249 0.305 7411 7387TMP18089 1990 9 10 13 5 15.8 36.85 -89.21 7.7 2 2.77 1.218 0.287 7412 0TMP18090 1990 9 10 13 54 15.46 36.86 -89.22 0.4 2 2.55 1.235 0.297 7413 7412TMP18092 1990 9 10 15 22 0 48.849 -67.218 18 2 2.27 1.153 0.244 7414 7358TMP18095 1990 9 13 8 30 21.1 36.41 -89.52 6.5 2 2.32 1.257 0.309 7415 7465TMP18097 1990 9 14 5 54 0 46.653 -75.864 18 2 2.27 1.153 0.244 7416 0

B-211

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP18098 1990 9 16 21 13 33.38 34.855 -95.577 5 25 2.75 1.034 0.119 7417 0TMP18099 1990 9 16 21 14 13.19 35.54 -92.28 2.3 2 3 1.203 0.278 7418 0TMP18100 1990 9 17 23 1 37.64 43.3977 -71.5365 7.2 2 2.72 1.066 0.164 7419 7385TMP18101 1990 9 18 3 36 22.21 36.7 -88.69 1.8 2 2.47 1.242 0.301 7420 0TMP18104 1990 9 18 11 9 0 48.299 -65.795 18 2 2.57 1.153 0.244 7421 0TMP18110 1990 9 19 21 56 45 34.539 -85.491 6 5 3.08 1.2 0.276 7422 0TMP18111 1990 9 20 2 32 32.02 35.62 -89.72 9.8 2 2.24 1.264 0.313 7423 0TMP18112 1990 9 20 10 36 18.8 34.989 -86.963 3.7 5 3 1.203 0.278 7424 0TMP18114 1990 9 21 19 33 1 47.58 -70.24 4.1 2 2.77 1.153 0.244 7425 7463TMP18116 1990 9 22 22 49 24.3 36.21 -89.43 10 2 2.24 1.264 0.313 7426 7465TMP18118 1990 9 23 21 6 18.6 36.398 -82.499 14 1 2.24 1.264 0.313 7427 0TMP18121 1990 9 24 23 26 51.3 36.15 -89.41 8.3 2 2.47 1.242 0.301 7428 0TMP18123 1990 9 26 13 18 51.3 37.165 -89.577 12 2 4.19 1.1 0.2 7429 0TMP18124 1990 9 26 13 28 34.4 37.25 -89.61 16.4 2 2.62 1.23 0.294 7430 7429TMP18126 1990 9 26 17 0 40.1 36.19 -89.49 5 2 2.47 1.242 0.301 7431 7465TMP18128 1990 9 27 1 47 53.1 37.17 -89.62 7 2 3.16 1.052 0.145 7432 7429TMP18130 1990 9 27 17 31 0 43.5 -71.59 10.3 2 2.69 1.125 0.222 7433 7385TMP18134 1990 9 28 15 6 36.2 35.317 -83.634 5.7 1 2.39 1.249 0.305 7434 0TMP18136 1990 9 30 0 6 24 41.815 -101.505 5 2 2.68 1.153 0.244 7435 0TMP18138 1990 10 2 3 14 5.89 35.941 -98.042 5 5 2.24 1.264 0.313 7436 0TMP18139 1990 10 2 8 54 27.03 35.25 -92.21 2.5 2 2.7 1.223 0.29 7437 7387TMP18140 1990 10 2 23 1 59.5 36.4 -89.52 9.2 2 2.47 1.242 0.301 7438 7465TMP18141 1990 10 3 0 7 45.3 36.73 -89.48 10 2 2.47 1.242 0.301 7439 7465TMP18144 1990 10 3 10 37 3.4 36.46 -89.5 4.2 2 2.39 1.249 0.305 7440 7465TMP18146 1990 10 7 1 32 20.4 36.073 -81.909 8.5 3 2.24 1.264 0.313 7441 0TMP18149 1990 10 7 8 47 0 46.314 -75.195 18 2 3.51 1.008 0.059 7442 0TMP18154 1990 10 8 9 49 35 47 -66.6 5 2 2.58 1.052 0.146 7443 7446TMP18161 1990 10 11 6 51 31.7 41.933 -70.573 13 2 2.97 1.052 0.146 7444 0TMP18163 1990 10 11 11 7 22.14 34.777 -97.503 5 5 2.92 1.056 0.151 7445 7470TMP18164 1990 10 12 0 31 4 47 -66.6 5 2 2.91 1.052 0.146 7446 7351TMP18167 1990 10 14 8 33 0 49.514 -65.702 18 2 3.05 1.052 0.146 7447 7473TMP18172 1990 10 16 20 56 21.2 37.27 -89.58 14.8 2 2.55 1.235 0.297 7448 7429TMP18174 1990 10 18 6 3 0 47.482 -70.087 15.1 2 2.37 1.153 0.244 7449 7463TMP18177 1990 10 19 7 1 0 46.474 -75.591 13.1 2 4.53 1.099 0.199 7450 0TMP18183 1990 10 20 14 10 40.44 35.17 -92.22 4.9 2 2.24 1.264 0.313 7451 7387TMP18187 1990 10 21 13 38 0 47.398 -70.364 15.8 2 2.82 1.01 0.066 7452 7463

B-212

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP18191 1990 10 23 1 34 48.2 39.512 -75.506 10 2 2.99 1.027 0.106 7453 0TMP18192 1990 10 23 18 8 49.1 36.4 -89.39 10 2 2.24 1.264 0.313 7454 7465TMP18193 1990 10 24 1 34 49.56 39.5785 -75.3842 5 2 3.04 1.083 0.183 7455 7453TMP18194 1990 10 24 8 20 4.3 38.31 -88.99 5 2 3.11 1.066 0.164 7456 0TMP18196 1990 10 24 15 42 8.4 37.47 -89.32 12.3 2 2.7 1.223 0.29 7457 0TMP18197 1990 10 25 6 25 25.5 43.794 -98.472 5 2 3.64 1.124 0.221 7458 0TMP18198 1990 10 26 5 0 0 46.581 -75.16 18 2 2.37 1.153 0.244 7459 0TMP18200 1990 10 26 9 13 0 47.569 -69.985 10.9 2 2.67 1.153 0.244 7460 7463TMP18202 1990 10 27 6 38 57.9 36.4 -89.54 2.9 2 2.32 1.257 0.309 7461 7465TMP18208 1990 10 30 23 4 54.2 36.48 -89.51 8.7 2 2.47 1.242 0.301 7462 7465TMP18218 1990 11 6 11 30 0 47.394 -70.151 14.1 2 3.16 1.038 0.125 7463 0TMP18219 1990 11 7 19 55 38 35.103 -82.977 5.4 1 2.7 1.223 0.29 7464 0TMP18225 1990 11 9 3 39 15.9 36.54 -89.62 8 2 3.43 1.072 0.171 7465 0TMP18227 1990 11 9 17 53 6.4 37.17 -89.59 15.9 2 2.62 1.23 0.294 7466 7429TMP18230 1990 11 10 12 2 26.9 36.42 -89.54 7.2 2 2.24 1.264 0.313 7467 7465TMP18235 1990 11 13 15 22 13 32.947 -80.136 3 1 3.42 1.051 0.144 7468 7353TMP18240 1990 11 15 10 49 31.49 34.794 -97.677 10 5 2.39 1.249 0.305 7469 7470TMP18244 1990 11 15 11 44 41.63 34.761 -97.55 10 22 3.62 1.034 0.119 7470 0TMP18245 1990 11 15 11 45 35.06 35.6 -93.04 28.5 2 3.54 1.181 0.264 7471 0TMP18249 1990 11 15 13 47 16 47.16 -76.11 22 2 3.67 1.153 0.244 7472 0TMP18251 1990 11 16 0 35 0 49.563 -65.8 18 2 3.07 1.153 0.244 7473 0TMP18253 1990 11 16 20 47 15.06 34.787 -97.611 5 5 2.47 1.087 0.187 7474 7470TMP18258 1990 11 19 6 38 0 47.253 -70.632 23.1 2 2.56 1.052 0.146 7475 7463TMP18260 1990 11 19 7 23 17.8 36.46 -89.52 7.8 2 2.24 1.264 0.313 7476 7465TMP39279 1990 11 20 17 25 17.87 34.836 -97.644 5 5 2.26 1.055 0.149 7477 7470TMP18264 1990 11 21 16 7 16.9 36.263 -89.536 5 2 2.87 1.088 0.188 7478 7465TMP18265 1990 11 22 2 45 53.47 34.668 -97.57 5 5 2.34 1.055 0.149 7479 7470TMP18266 1990 11 22 12 47 57.73 36.67 -90.06 10.7 2 2.32 1.257 0.309 7480 7465TMP18270 1990 11 24 16 13 27.81 35.85 -90 10.8 2 2.39 1.249 0.305 7481 0TMP18274 1990 11 25 13 5 51.49 36.1 -89.83 2.2 2 2.24 1.264 0.313 7482 0TMP18276 1990 11 26 5 55 0.6 37.98 -90.5 10.4 2 2.62 1.23 0.294 7483 0TMP18279 1990 11 29 18 54 51.28 36.11 -89.82 9.7 2 2.77 1.218 0.287 7484 7482TMP18280 1990 11 30 0 1 5.44 36.27 -89.47 9 2 2.32 1.257 0.309 7485 7465TMP18281 1990 11 30 22 50 0 48.145 -75.27 18 2 2.38 1.074 0.173 7486 0TMP18285 1990 12 2 8 32 23.47 36.77 -90.9 10.9 2 2.24 1.264 0.313 7487 0TMP18286 1990 12 3 4 12 46.9 34.911 -87.374 9.1 1 2.24 1.264 0.313 7488 0

B-213

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP18289 1990 12 6 3 43 0 48.77 -67.67 18 2 2.57 1.153 0.244 7489 0TMP18290 1990 12 8 17 32 29.4 37.79 -87.32 15.2 2 2.24 1.264 0.313 7490 0TMP18292 1990 12 10 14 34 31.52 35.17 -92.21 4.4 2 2.32 1.257 0.309 7491 7387TMP18295 1990 12 12 5 15 6.48 47.0678 -66.4538 5 2 3.36 1.052 0.146 7492 7446TMP18300 1990 12 14 19 38 0 41.83 -77.48 0 2 2.57 1.153 0.244 7493 0TMP18301 1990 12 15 8 39 28.9 34.457 -87.305 16.4 4 2.24 1.264 0.313 7494 0TMP18304 1990 12 16 15 9 20.57 36.07 -89.83 11.2 2 2.85 1.213 0.284 7495 7482TMP18305 1990 12 17 5 24 59.1 40.068 -87.044 10 2 3.31 1.039 0.127 7496 0TMP18307 1990 12 18 7 10 0 47.263 -70.336 9.2 2 2.92 1.009 0.061 7497 7463TMP18309 1990 12 18 9 2 45.28 36.9 -90.83 12.1 2 2.32 1.257 0.309 7498 7487TMP18311 1990 12 19 15 43 40.5 36.22 -89.45 5 2 2.47 1.242 0.301 7499 7465TMP18312 1990 12 19 18 10 31.1 35.588 -84.433 19.5 5 2.7 1.223 0.29 7500 0TMP18313 1990 12 20 5 3 0 46.474 -75.591 12 2 2.38 1.024 0.1 7501 7450TMP18315 1990 12 20 14 4 17.1 39.57 -86.671 10 2 3.58 1.071 0.169 7502 0TMP18320 1990 12 22 13 24 0 49.456 -81.087 18 2 2.37 1.153 0.244 7503 0TMP18327 1990 12 28 8 25 0.11 36.2 -89.67 2.2 2 2.24 1.264 0.313 7504 7465TMP18331 1990 12 30 20 21 41 47 -66.6 5 2 2.69 1.052 0.146 7505 7446TMP18333 1990 12 31 3 53 0 47.617 -72.587 18 2 4.16 1.053 0.147 7506 0TMP18334 1990 12 31 15 43 3.66 36.41 -89.55 3.2 2 2.47 1.242 0.301 7507 7465TMP18335 1990 12 31 20 52 40.82 35.93 -89.96 7.3 2 2.32 1.257 0.309 7508 7482TMP18336 1991 1 1 19 47 0 46.475 -75.593 12 2 2.48 1.024 0.1 7509 7450TMP18344 1991 1 9 7 59 39.9 33.253 -83.336 3.1 2 2.24 1.264 0.313 7510 0TMP18347 1991 1 11 3 42 0 47.558 -76.648 18 2 2.47 1.153 0.244 7511 0TMP18350 1991 1 11 21 1 59 37.51 -78.19 9.6 1 2.78 1.178 0.262 7512 0TMP18353 1991 1 14 5 6 30.3 36.08 -83.432 10.5 5 2.32 1.257 0.309 7513 0TMP18354 1991 1 14 7 46 47.8 36.51 -89.57 2.9 2 2.24 1.264 0.313 7514 7465TMP18355 1991 1 15 6 15 28.8 36.055 -83.423 11.5 1 2.24 1.264 0.313 7515 7513TMP18356 1991 1 15 21 3 45.9 36.074 -83.804 13 5 2.77 1.218 0.287 7516 0TMP18360 1991 1 16 18 22 14.8 36.075 -83.423 6.3 5 2.39 1.249 0.305 7517 7513TMP18363 1991 1 19 13 43 0 44.476 -56.315 18 2 2.86 1.375 0.365 7518 0TMP18367 1991 1 21 7 3 23.7 34.486 -86.404 11 1 2.32 1.257 0.309 7519 0TMP18368 1991 1 21 14 13 24.2 36.44 -89.54 4.6 2 2.32 1.257 0.309 7520 7465TMP18371 1991 1 23 9 25 23.5 37.946 -88.86 5 2 3.1 1.072 0.171 7521 0TMP18373 1991 1 24 5 0 27.65 36.352 -97.271 5 25 3.01 1.074 0.173 7522 0TMP18376 1991 1 26 3 21 22.6 41.536 -81.453 5 2 3.35 1.049 0.141 7523 0TMP18379 1991 1 27 3 21 24.23 41.61 -81.594 9.7 2 3.07 1.153 0.244 7524 7523

B-214

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP18381 1991 1 27 20 35 41 36.391 -82.544 19.5 7 2.24 1.264 0.313 7525 0TMP18382 1991 1 28 3 39 0 49.273 -65.941 18 2 2.87 1.153 0.244 7526 0TMP18383 1991 1 28 11 43 55.7 37.35 -87.32 1.2 2 3 1.203 0.278 7527 0TMP18387 1991 1 29 22 27 58.1 36.16 -89.74 9.7 2 2.47 1.242 0.301 7528 7465TMP18388 1991 1 31 3 3 0 46.488 -75.578 12.5 2 2.68 1.024 0.1 7529 7450TMP18403 1991 2 11 0 0 12.7 35.98 -89.95 14 2 2.91 1.152 0.243 7530 0TMP18404 1991 2 11 15 36 44.3 34.11 -90.6 11.7 2 2.93 1.208 0.281 7531 0TMP18408 1991 2 16 21 46 40.71 44.6612 -74.0825 5 2 2.9 1.025 0.101 7532 0TMP18409 1991 2 17 17 35 13.9 33.14 -85.772 0.5 6 3.08 1.2 0.276 7533 0TMP18410 1991 2 17 18 50 48.1 35.67 -90.38 13.1 2 2.55 1.235 0.297 7534 0TMP18416 1991 2 19 14 0 1.4 35.616 -84.246 12.8 5 2.24 1.264 0.313 7535 0TMP18423 1991 2 26 20 14 25 36.2 -89.51 3.7 2 2.62 1.23 0.294 7536 7465TMP18425 1991 2 26 20 37 1.7 36.19 -89.51 1.4 2 2.47 1.242 0.301 7537 7465TMP18433 1991 3 5 7 26 5 47 -66.6 5 2 2.41 1.052 0.146 7538 0TMP18434 1991 3 5 11 46 11.7 33.038 -80.172 0.9 1 2.41 1.1 0.2 7539 0TMP18436 1991 3 6 5 26 0 46.282 -76.874 18 2 3.46 1.052 0.146 7540 0TMP18438 1991 3 7 3 44 58.1 36.419 -83.76 17.6 5 2.7 1.223 0.29 7541 0TMP18456 1991 3 14 8 49 3.03 35.511 -99.644 5 2 2.39 1.249 0.305 7542 0TMP18457 1991 3 14 13 17 10.3 36.28 -89.48 6 2 2.32 1.257 0.309 7543 0TMP18460 1991 3 15 6 54 8.2 37.746 -77.916 17 1 3.55 1.072 0.17 7544 0TMP18463 1991 3 15 14 17 30.38 36.659 -100.603 5 2 2.7 1.223 0.29 7545 0TMP18465 1991 3 16 13 49 12 35.89 -90.07 17.4 2 2.62 1.23 0.294 7546 7530TMP18466 1991 3 19 19 21 48.8 36.44 -89.54 7 2 2.9 1.103 0.202 7547 7465TMP18468 1991 3 20 8 20 13.5 36.43 -89.59 0.8 2 2.32 1.257 0.309 7548 7465TMP18469 1991 3 20 21 1 0 49.706 -66.455 18 2 3.16 1.052 0.146 7549 0TMP18472 1991 3 21 4 10 0 49.705 -66.426 18 2 3.41 1.052 0.146 7550 7549TMP18473 1991 3 21 7 41 37.8 36.55 -89.75 15 2 2.99 1.085 0.185 7551 7465TMP18476 1991 3 23 10 5 55 36.07 -89.79 8 2 3.16 1.085 0.185 7552 7530TMP18480 1991 3 27 22 4 47.8 33.019 -80.177 8.6 5 2.32 1.125 0.222 7553 7539TMP18481 1991 3 28 10 26 16.7 34.627 -86.243 12.7 5 2.24 1.264 0.313 7554 0TMP18482 1991 3 28 20 33 19.5 33.394 -86.551 28.4 4 3.08 1.2 0.276 7555 0TMP18490 1991 4 6 8 13 0 45.538 -74.391 14.6 2 2.47 1.153 0.244 7556 0TMP18496 1991 4 12 7 34 0 49.068 -67.552 18 2 3.05 1.052 0.146 7557 0TMP18497 1991 4 12 11 12 11.6 41.151 -73.653 9 2 2.83 1.036 0.122 7558 0TMP18504 1991 4 15 5 55 46.7 35.591 -83.59 4.3 5 2.55 1.235 0.297 7559 0TMP18505 1991 4 15 13 26 0 46.853 -78.906 18 2 2.47 1.153 0.244 7560 0

B-215

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP18509 1991 4 16 4 6 39.3 38.56 -87.99 15 2 2.86 1.085 0.185 7561 0TMP18516 1991 4 21 16 55 45.39 34.812 -97.635 5 2 2.47 1.087 0.187 7562 7470TMP18517 1991 4 22 1 1 20.2 37.941 -80.207 14 2 3.4 1.071 0.169 7563 0TMP18518 1991 4 22 15 16 50.4 34.714 -97.605 5 2 2.39 1.249 0.305 7564 7470TMP18519 1991 4 22 16 45 4.76 35.098 -98.442 5 2 2.39 1.249 0.305 7565 0TMP18520 1991 4 22 17 4 13.97 34.768 -97.585 5 2 2.55 1.235 0.297 7566 7470TMP18521 1991 4 22 17 27 27.92 34.741 -97.585 5 2 2.47 1.242 0.301 7567 7470TMP18522 1991 4 22 18 8 54.05 34.799 -97.632 5 2 2.62 1.23 0.294 7568 7470TMP18525 1991 4 23 3 19 0 47 -66.6 5 2 3.4 1.052 0.146 7569 7446TMP18526 1991 4 23 5 54 0 47 -66.6 5 2 2.48 1.074 0.173 7570 7446TMP18527 1991 4 23 20 39 49.3 32.953 -80.151 6.4 1 2.24 1.13 0.226 7571 7539TMP18532 1991 4 25 20 53 0 51.9 -103.48 1 2 2.77 1.153 0.244 7572 0TMP18533 1991 4 26 0 2 0 51.9 -103.48 1 2 2.27 1.153 0.244 7573 7572TMP18544 1991 5 4 1 18 54.9 36.564 -89.823 5 2 4.16 1.081 0.18 7574 0TMP18547 1991 5 5 3 2 16.8 36.336 -83.949 23.4 1 2.32 1.257 0.309 7575 0TMP18549 1991 5 5 21 54 45.7 35.627 -96.897 5 2 2.31 1.085 0.185 7576 0TMP18552 1991 5 8 23 31 58 47 -66.6 5 2 2.38 1.074 0.173 7577 7446TMP18554 1991 5 9 9 9 0 47 -66.6 5 2 2.53 1.074 0.173 7578 7446TMP18561 1991 5 10 13 50 43 35.757 -84.671 5.8 1 2.85 1.213 0.284 7579 0TMP18572 1991 5 16 0 3 48.5 44.298 -74.946 14 2 2.34 1.083 0.183 7580 0TMP18577 1991 5 17 18 8 0 45.583 -74.416 18 2 2.86 1.032 0.114 7581 0TMP18580 1991 5 23 6 0 46.6 36.73 -88.85 14.9 2 2.39 1.249 0.305 7582 0TMP18582 1991 5 23 7 37 34.25 44.8507 -68.1473 2 2 2.33 1.067 0.165 7583 0TMP18589 1991 5 28 23 44 9.1 35.311 -83.619 0 5 2.62 1.23 0.294 7584 0TMP18590 1991 5 29 2 47 18.9 35.415 -84.292 21.6 5 3.08 1.2 0.276 7585 0TMP18592 1991 5 30 22 7 44 39.2 -99.4 5 2 3.19 1.124 0.221 7586 0TMP18596 1991 6 1 4 47 6.2 36.59 -89.67 14.2 2 2.24 1.264 0.313 7587 7574TMP18598 1991 6 1 22 1 41.3 36.52 -89.62 2.2 2 2.93 1.208 0.281 7588 7574TMP18600 1991 6 2 6 5 34.9 32.98 -80.214 5 1 2.74 1.098 0.198 7589 7539TMP18602 1991 6 3 13 28 9.15 41.0515 -71.444 1.3 2 2.77 1.066 0.164 7590 0TMP18604 1991 6 5 3 20 34.44 45.0035 -69.382 0.4 2 2.31 1.052 0.146 7591 0TMP18609 1991 6 7 3 14 31.44 44.8308 -68.1412 0 2 2.26 1.038 0.125 7592 7583TMP18610 1991 6 7 11 48 8.58 46.9988 -66.8615 0.1 2 2.82 1.083 0.183 7593 7446TMP18611 1991 6 7 14 29 58.7 36.65 -89.28 4.3 2 2.85 1.213 0.284 7594 0TMP18614 1991 6 11 13 7 17 37.11 -88.89 15.2 2 2.47 1.242 0.301 7595 0TMP18618 1991 6 13 6 14 52.3 34.967 -84.851 13.2 5 2.24 1.264 0.313 7596 0

B-216

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP18622 1991 6 16 8 4 18.5 36.375 -82.303 1 1 2.32 1.257 0.309 7597 0TMP18624 1991 6 16 16 46 53 47.04 -76.77 18 2 3.53 1.049 0.141 7598 0TMP18625 1991 6 17 8 53 16.7 42.63 -74.678 5 2 4.01 1.027 0.106 7599 0TMP18635 1991 6 20 12 6 11.5 36.33 -89.47 1.9 2 2.39 1.249 0.305 7600 0TMP18646 1991 6 26 10 52 39 36.57 -89.6 5 2 2.87 1.104 0.203 7601 7574TMP18650 1991 6 28 18 34 51.9 38.276 -81.668 5 2 2.85 1.074 0.173 7602 0TMP18654 1991 7 2 3 49 1.7 37.49 -91.71 5 2 3.15 1.097 0.197 7603 0TMP18656 1991 7 3 9 26 0 47.529 -70.146 18.4 2 2.57 1.153 0.244 7604 0TMP18657 1991 7 5 1 47 0 45.203 -73.854 18 2 3.35 1.049 0.141 7605 0TMP18660 1991 7 5 20 31 10.25 36.256 -97.264 5 2 2.26 1.09 0.19 7606 0TMP18662 1991 7 7 21 24 2.6 36.658 -91.643 5 2 3.81 1.047 0.139 7607 0TMP18664 1991 7 8 23 49 7.4 36.14 -89.44 12 2 3.03 1.099 0.199 7608 0TMP18672 1991 7 13 16 46 42.4 36.54 -89.64 2.3 2 2.24 1.264 0.313 7609 7574TMP18675 1991 7 18 9 31 16.7 34.984 -84.821 7 5 2.24 1.264 0.313 7610 7596TMP18678 1991 7 20 11 17 52.01 34.477 -95.956 5 2 2.3 1.055 0.149 7611 0TMP18679 1991 7 20 23 38 19.2 28.908 -98.042 10 2 3.25 1.066 0.164 7612 0TMP18680 1991 7 22 3 31 0.3 36.47 -89.55 8.6 2 2.93 1.208 0.281 7613 0TMP18683 1991 7 23 9 6 47.1 34.671 -87.522 5.3 1 2.61 1.114 0.212 7614 0TMP18684 1991 7 23 11 23 0 47.364 -50.167 18 2 2.77 1.153 0.244 7615 0TMP18687 1991 7 24 3 33 21.01 43.3227 -71.5367 9.3 2 2.72 1.066 0.164 7616 0TMP18695 1991 7 29 14 42 0 45.715 -73.669 18 2 2.37 1.153 0.244 7617 0TMP18696 1991 7 29 15 33 21.6 35.133 -84.825 13.2 5 2.24 1.264 0.313 7618 7596TMP18700 1991 8 4 8 46 13.7 34.5 -93.25 2 2 2.77 1.218 0.287 7619 0TMP18706 1991 8 7 20 24 0 46.74 -76.363 18 2 2.37 1.153 0.244 7620 0TMP18707 1991 8 8 18 38 1.77 36.423 -97.475 5 2 2.25 1.054 0.148 7621 0TMP18720 1991 8 17 17 59 9.2 34.914 -85.483 21.4 5 2.93 1.208 0.281 7622 0TMP18723 1991 8 18 22 46 43.87 32.944 -80.14 5.9 5 3.06 1.202 0.277 7623 0TMP18725 1991 8 22 8 22 0 45.871 -75.11 10.6 2 2.67 1.153 0.244 7624 0TMP18727 1991 8 24 3 23 38.2 32.939 -80.167 2.2 1 2.37 1.124 0.221 7625 7623TMP18731 1991 8 26 11 49 15.4 42.162 -100.533 5 2 3.11 1.124 0.221 7626 0TMP18740 1991 9 2 10 57 59.59 42.4907 -74.209 5 2 2.72 1.045 0.135 7627 0TMP18741 1991 9 3 1 3 21.08 44.0633 -71.3767 9.2 2 2.27 1.067 0.165 7628 0TMP18742 1991 9 3 16 32 32.47 42.9395 -71.5115 4 2 2.94 1.066 0.163 7629 0TMP18747 1991 9 6 14 11 0 47.141 -74.985 18 2 2.67 1.153 0.244 7630 0TMP18753 1991 9 14 0 39 0 48.908 -67.352 8.7 2 2.47 1.153 0.244 7631 0TMP18754 1991 9 14 7 36 17.2 37.766 -78.138 10.5 1 2.62 1.23 0.294 7632 0

B-217

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP18764 1991 9 22 19 57 22.4 34.245 -82.134 1 2 2.62 1.23 0.294 7633 0TMP18765 1991 9 22 21 22 54.8 34.356 -82.216 15.5 5 2.7 1.223 0.29 7634 7633TMP18766 1991 9 22 23 42 43.7 34.432 -82.266 2 39 2.7 1.223 0.29 7635 7633TMP18769 1991 9 24 7 21 6.4 35.711 -84.095 5 25 3.09 1.072 0.17 7636 0TMP18778 1991 9 29 12 21 35 39.85 -75.03 5 2 2.49 1.095 0.195 7637 0TMP18780 1991 9 30 6 29 6.2 36.54 -89.6 5.6 2 2.39 1.249 0.305 7638 7574TMP18781 1991 9 30 16 32 32.5 42.94 -71.512 4 2 2.76 1.152 0.243 7639 7629TMP18785 1991 10 3 6 55 44.77 34.741 -97.667 5 2 2.37 1.055 0.149 7640 7470TMP18786 1991 10 3 11 46 4.8 36.841 -89.432 5 2 2.88 1.075 0.174 7641 0TMP18791 1991 10 7 12 4 7.2 35.862 -82.05 25.8 2 2.7 1.223 0.29 7642 0TMP18799 1991 10 12 23 3 0 48.302 -71.308 15 2 2.87 1.153 0.244 7643 0TMP18801 1991 10 13 13 13 18.8 37.607 -84.043 2.1 4 2.68 1.11 0.209 7644 0TMP18803 1991 10 14 11 10 37.6 35.578 -84.187 8.2 1 2.32 1.257 0.309 7645 7636TMP18809 1991 10 21 1 10 47.9 34.719 -85.181 24.6 1 2.32 1.257 0.309 7646 0TMP18810 1991 10 22 3 5 34.4 36.51 -89.54 9.9 2 2.24 1.264 0.313 7647 0TMP18811 1991 10 22 6 30 57.2 34.493 -85.46 8.4 1 2.39 1.249 0.305 7648 0TMP18813 1991 10 24 6 47 10.5 36.4 -89.56 3 2 2.77 1.218 0.287 7649 7647TMP18818 1991 10 28 10 46 20.9 35.615 -84.712 11.5 25 2.41 1.194 0.272 7650 0TMP18819 1991 10 28 16 18 0 46.228 -75.259 20.4 2 2.37 1.153 0.244 7651 0TMP18820 1991 10 28 18 22 0 52.573 -79.254 18 2 2.37 1.153 0.244 7652 0TMP39271 1991 10 28 20 58 25.7 41.028 -73.53 4 2 2.25 1.096 0.196 7653 0TMP18821 1991 10 28 20 58 26.1 41.07 -73.578 10 2 2.62 1.034 0.119 7654 7653TMP18824 1991 10 30 14 54 12.6 34.904 -84.713 8.1 5 3.23 1.192 0.271 7655 0TMP18825 1991 10 30 23 25 0 47.783 -69.957 17.2 2 2.47 1.153 0.244 7656 7685TMP18826 1991 10 31 4 58 1.8 36.16 -91.49 10.8 2 2.39 1.249 0.305 7657 0TMP18829 1991 11 3 2 50 0 52.038 -67.299 18 2 3.47 1.153 0.244 7658 0TMP18833 1991 11 4 7 17 42.8 34.086 -87.186 8.9 5 2.62 1.23 0.294 7659 0TMP18841 1991 11 10 9 54 42.1 34.75 -85.365 1.9 1 2.32 1.257 0.309 7660 0TMP18842 1991 11 11 9 20 47.4 38.713 -87.894 10 2 3.52 1.047 0.139 7661 0TMP18845 1991 11 12 12 33 44.4 35.73 -90.21 11.1 2 2.47 1.242 0.301 7662 7690TMP18846 1991 11 13 9 43 15.9 35.72 -90.27 9 2 3.13 1.096 0.196 7663 7690TMP18854 1991 11 15 8 52 13.8 35.344 -84.109 6.9 5 2.24 1.264 0.313 7664 7636TMP18855 1991 11 16 3 39 2 25.895 -100.581 5 2 3.28 1.153 0.244 7665 0TMP18857 1991 11 17 6 32 11.8 32.988 -80.123 3.8 2 2.44 1.101 0.201 7666 7623TMP18858 1991 11 17 11 29 10.8 33.999 -87.121 16.8 3 2.32 1.257 0.309 7667 7659TMP18862 1991 11 21 5 9 42.8 35.298 -85.535 10.7 1 2.39 1.249 0.305 7668 0

B-218

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP18863 1991 11 21 5 12 1.9 35.476 -84.35 9.5 5 2.55 1.235 0.297 7669 7636TMP18865 1991 11 21 21 5 0 45.317 -73.63 18 2 2.64 1.041 0.129 7670 0TMP18866 1991 11 22 5 33 41.3 35.461 -84.274 13.7 1 2.55 1.235 0.297 7671 7636TMP18867 1991 11 22 15 18 44 47 -66.6 5 2 2.27 1.052 0.146 7672 0TMP18870 1991 11 24 1 17 0 47.615 -70.219 13.2 2 2.27 1.153 0.244 7673 7685TMP18872 1991 11 24 7 4 0 49.736 -81.735 18 2 2.57 1.153 0.244 7674 0TMP18877 1991 11 25 17 8 0 47.402 -70.177 10.2 2 2.37 1.153 0.244 7675 7685TMP18878 1991 11 25 20 15 51.9 35.458 -85.008 6.6 1 2.62 1.23 0.294 7676 7689TMP18879 1991 11 26 8 26 0 44.648 -56.271 18 2 2.86 1.375 0.365 7677 0TMP18880 1991 11 27 11 31 37.2 36.56 -89.83 6.8 2 2.55 1.235 0.297 7678 0TMP18883 1991 11 28 13 50 19.6 37.15 -89.63 16.2 2 2.47 1.242 0.301 7679 0TMP18886 1991 11 30 18 40 43.4 36.24 -89.84 16.8 2 2.47 1.242 0.301 7680 7692TMP18891 1991 12 3 11 27 0 43.436 -56.365 18 2 2.36 1.375 0.365 7681 0TMP18894 1991 12 4 0 21 47.7 36.49 -89.52 0.8 2 2.39 1.249 0.305 7682 7647TMP18899 1991 12 5 16 10 30.8 35.583 -84.118 12 5 2.55 1.235 0.297 7683 7636TMP18900 1991 12 6 4 39 33.3 35.49 -82.926 5.3 1 2.39 1.249 0.305 7684 0TMP18901 1991 12 8 3 0 30 47.78 -69.86 23.2 2 3.68 1.024 0.1 7685 0TMP18903 1991 12 9 16 7 14.51 34.768 -97.592 5 2 2.26 1.09 0.19 7686 7470TMP18906 1991 12 9 17 38 57.16 34.752 -97.6 5 2 2.24 1.264 0.313 7687 7470TMP18907 1991 12 9 17 59 34.23 34.893 -97.702 5 2 2.39 1.055 0.149 7688 7470TMP18911 1991 12 10 22 9 53.7 35.542 -85.193 10.5 5 2.77 1.218 0.287 7689 0TMP18914 1991 12 13 11 41 45.8 35.839 -90.092 5 2 3.14 1.083 0.183 7690 0TMP18915 1991 12 14 2 15 50.4 35.76 -84.242 15.3 5 2.24 1.264 0.313 7691 0TMP18920 1991 12 17 1 36 41.5 36.1 -89.77 0.6 2 2.55 1.235 0.297 7692 0TMP18923 1991 12 19 10 37 4.1 36.5 -89.53 2 2 2.39 1.249 0.305 7693 7647TMP18924 1991 12 20 2 57 28.4 36.69 -89.54 12.2 2 2.39 1.249 0.305 7694 7647TMP18926 1991 12 22 2 56 10.8 35.364 -84.781 11.8 5 2.39 1.249 0.305 7695 0TMP18942 1991 12 27 20 15 37.25 41.6973 -71.2447 4.1 2 2.31 1.083 0.183 7696 0TMP18947 1991 12 29 12 47 12 36.81 -89.14 6.8 2 2.64 1.095 0.195 7697 0TMP18950 1992 1 2 11 45 35.3 32.302 -103.187 0 2 4.66 1.066 0.164 7698 0TMP18951 1992 1 3 4 21 22.2 33.946 -82.465 5 25 3.48 1.07 0.168 7699 0TMP18952 1992 1 3 4 59 54.7 36.779 -83.04 9.7 2 2.7 1.223 0.29 7700 0TMP18954 1992 1 3 18 28 7.19 44.5687 -70.6273 5.7 2 2.29 1.083 0.183 7701 0TMP18956 1992 1 4 2 1 22.2 36.277 -83.521 5.7 5 2.39 1.249 0.305 7702 0TMP18959 1992 1 7 11 48 40.1 33.835 -81.945 3 2 2.93 1.208 0.281 7703 0TMP18962 1992 1 9 8 50 45.2 40.363 -74.341 7 2 3.12 1.032 0.114 7704 0

B-219

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP18963 1992 1 9 12 13 42.2 43.929 -71.208 9 2 2.78 1.052 0.146 7705 0TMP18972 1992 1 15 17 16 27.8 41.239 -74.16 7 2 2.78 1.152 0.243 7706 0TMP18974 1992 1 18 1 1 55.4 35.951 -80.081 4.8 1 2.47 1.242 0.301 7707 0TMP18977 1992 1 21 11 36 21 38 -92.67 5 2 3.23 1.148 0.24 7708 0TMP18979 1992 1 22 2 41 22.34 34.026 -97.585 5 2 2.26 1.088 0.188 7709 0TMP18980 1992 1 22 13 3 57.5 36.22 -89.45 2.5 2 2.32 1.257 0.309 7710 7647TMP18985 1992 1 28 19 44 0 46.894 -77.428 18 2 2.57 1.153 0.244 7711 0TMP18987 1992 1 30 3 3 56.9 33.825 -82.669 12.2 12 2.32 1.257 0.309 7712 7699TMP18989 1992 1 30 6 57 5.5 33.985 -82.434 3.9 2 2.47 1.242 0.301 7713 7699TMP18994 1992 1 30 19 58 31.2 33.952 -82.651 0.7 2 2.24 1.264 0.313 7714 7699TMP18996 1992 2 1 4 5 2.4 33.991 -82.403 2 2 2.55 1.235 0.297 7715 7699TMP18997 1992 2 1 5 6 30.3 33.991 -82.425 4.8 4 2.83 1.174 0.259 7716 7699TMP18999 1992 2 1 8 43 37.4 34.012 -82.442 4.8 6 2.39 1.249 0.305 7717 7699TMP19001 1992 2 1 14 17 30.9 34.006 -82.544 0.6 4 2.55 1.235 0.297 7718 7699TMP19007 1992 2 9 1 36 22.7 33.725 -82.322 5.6 2 2.62 1.23 0.294 7719 7699TMP19012 1992 2 12 16 33 0 47 -66.6 5 2 2.27 1.153 0.244 7720 7721TMP19016 1992 2 14 16 33 56.73 46.9182 -66.6167 5 2 3.08 1.083 0.183 7721 0TMP19018 1992 2 16 23 42 0 46.962 -79.325 10 2 2.57 1.153 0.244 7722 0TMP19021 1992 2 18 3 44 0 52.3 -50.694 18 2 2.36 1.375 0.365 7723 0TMP19024 1992 2 22 4 21 34.6 26.356 -78.888 10 2 2.88 1.153 0.244 7724 0TMP19033 1992 2 26 22 51 15.86 34.039 -97.577 5 2 2.26 1.055 0.149 7725 0TMP19042 1992 3 3 12 30 18.9 36.105 -89.789 10 2 2.8 1.09 0.19 7726 0TMP19046 1992 3 7 10 30 43.7 35.982 -83.944 10.1 1 2.24 1.264 0.313 7727 0TMP19047 1992 3 7 18 52 19.9 35.24 -92.15 4.1 2 2.24 1.264 0.313 7728 0TMP19052 1992 3 10 5 45 0 47.717 -69.857 10 2 2.87 1.153 0.244 7729 0TMP19053 1992 3 10 16 33 54.7 36.08 -91.46 12.1 2 2.62 1.23 0.294 7730 0TMP19055 1992 3 10 23 50 46.9 40.991 -72.086 10 2 2.96 1.031 0.113 7731 0TMP19060 1992 3 12 19 37 5.1 35.81 -90.16 5.8 2 2.7 1.223 0.29 7732 0TMP19066 1992 3 15 6 13 55.2 41.911 -81.245 5 2 3.19 1.045 0.136 7733 0TMP19074 1992 3 17 17 31 35.2 34.421 -87.202 7.5 1 2.39 1.249 0.305 7734 0TMP19084 1992 3 23 10 1 50.1 43.497 -71.649 5 2 2.91 1.049 0.141 7735 0TMP19087 1992 3 24 13 1 23.99 34.049 -97.569 5 2 2.55 1.235 0.297 7736 7725TMP19088 1992 3 26 3 43 16.6 41.883 -80.806 2 2 2.33 1.074 0.173 7737 0TMP19092 1992 3 28 8 22 44.06 41.86 -80.91 0 2 2.63 1.074 0.173 7738 7737TMP19097 1992 3 31 1 54 52.4 41.899 -80.939 8 2 2.28 1.074 0.173 7739 7737TMP19098 1992 3 31 10 45 0 45.083 -75.621 18 2 2.37 1.153 0.244 7740 0

B-220

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP19099 1992 3 31 14 59 39.6 26.019 -85.731 5 2 3.48 1.153 0.244 7741 0TMP19101 1992 4 2 9 41 24 39.1 -99.5 5 2 2.38 1.153 0.244 7742 0TMP19102 1992 4 2 11 17 10.4 35.366 -84.66 20.1 5 2.32 1.257 0.309 7743 0TMP19103 1992 4 3 3 6 3.9 35.828 -89.479 12 2 3.15 1.049 0.141 7744 0TMP19104 1992 4 4 12 30 0 47.432 -70.174 19.1 2 2.47 1.153 0.244 7745 0TMP19105 1992 4 5 5 54 32.6 34.666 -87.417 5.8 1 2.62 1.23 0.294 7746 0TMP19106 1992 4 5 11 57 37 34.627 -87.458 19 1 2.39 1.249 0.305 7747 7746TMP19113 1992 4 10 21 10 35.6 35.66 -90.36 11.5 2 2.24 1.264 0.313 7748 0TMP19114 1992 4 15 22 46 5.08 37.335 -104.773 5 2 3.15 1.124 0.221 7749 0TMP19126 1992 4 26 7 54 52.7 32.744 -87.785 11.2 4 2.7 1.223 0.29 7750 0TMP19127 1992 4 26 22 38 0 43.993 -56.854 18 2 2.56 1.375 0.365 7751 0TMP19132 1992 4 30 0 1 30.9 36.92 -90.41 5 2 3.13 1.052 0.145 7752 0TMP19135 1992 5 1 0 37 0 47.446 -70.407 2.7 2 2.77 1.153 0.244 7753 7745TMP19138 1992 5 2 10 19 29.81 37.378 -104.778 5 2 2.87 1.124 0.221 7754 7749TMP19141 1992 5 5 1 29 56.2 35.247 -84.527 15.5 25 2.85 1.159 0.248 7755 0TMP19144 1992 5 6 21 20 23.9 38.118 -81.069 10.3 2 2.62 1.23 0.294 7756 0TMP19147 1992 5 7 20 11 4.5 33.04 -80.151 2.5 1 2.37 1.1 0.2 7757 0TMP19148 1992 5 8 7 20 33.07 45.195 -69.1545 3.9 2 2.77 1.045 0.136 7758 0TMP19151 1992 5 11 6 42 30.6 36.82 -89 5 2 2.85 1.213 0.284 7759 0TMP19155 1992 5 15 20 34 35.78 43.5283 -71.5875 1.4 2 2.72 1.066 0.164 7760 0TMP19158 1992 5 19 5 58 0 46.426 -74.977 18 2 2.73 1.074 0.173 7761 0TMP19159 1992 5 19 5 59 41 46.35 -75.04 18 2 3.27 1.153 0.244 7762 0TMP19162 1992 5 19 8 45 5.8 36.749 -80.704 0.8 1 2.44 1.18 0.263 7763 0TMP19167 1992 5 22 1 55 0 49.26 -64.686 18 2 2.27 1.153 0.244 7764 0TMP19172 1992 5 25 20 20 0 49.941 -66.264 18 2 2.37 1.153 0.244 7765 0TMP19174 1992 5 29 21 25 13 47.1 -66.29 18 2 2.58 1.052 0.146 7766 0TMP19175 1992 5 30 7 28 28.19 34.038 -94.892 5 2 2.32 1.09 0.19 7767 0TMP19176 1992 5 30 8 3 0 46.44 -74.959 18 2 2.47 1.153 0.244 7768 7762TMP19177 1992 5 30 9 15 36.1 33.994 -97.581 5 2 2.59 1.087 0.187 7769 7725TMP19185 1992 6 3 4 40 0 46.247 -75 18 2 2.93 1.124 0.221 7770 7762TMP19186 1992 6 4 11 45 0 48.622 -68.387 18 2 2.97 1.153 0.244 7771 0TMP19190 1992 6 7 8 59 15.97 42.5802 -74.1118 7.1 2 2.73 1.036 0.122 7772 0TMP19191 1992 6 7 9 55 54.9 35.129 -83.502 10 2 2.32 1.257 0.309 7773 0TMP19195 1992 6 14 11 27 39.8 36.137 -83.951 13.8 5 2.62 1.23 0.294 7774 0TMP19199 1992 6 17 7 51 0 47.226 -64.762 18 2 2.37 1.153 0.244 7775 0TMP19206 1992 6 21 4 20 31.42 36.4 -89.49 12.4 2 2.32 1.257 0.309 7776 0

B-221

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP19210 1992 6 27 18 55 16.1 37.766 -78.433 33.5 2 2.24 1.264 0.313 7777 0TMP19211 1992 6 27 21 23 0 49.892 -65.181 18 2 2.87 1.153 0.244 7778 0TMP19213 1992 6 28 5 21 45.8 36.672 -83.636 14.5 1 2.39 1.249 0.305 7779 0TMP19214 1992 6 28 12 31 0 46.843 -71.522 18 2 2.87 1.153 0.244 7780 0TMP19218 1992 6 30 1 25 48.25 35.277 -96.495 5 28 2.6 1.039 0.127 7781 0TMP19219 1992 7 1 4 18 8.7 43.961 -74.238 16 2 2.56 1.083 0.183 7782 0TMP19220 1992 7 1 7 10 17.09 36.37 -89.56 3.1 2 2.39 1.249 0.305 7783 0TMP19221 1992 7 2 3 47 42.7 34.87 -86.351 8.2 5 2.47 1.242 0.301 7784 0TMP19222 1992 7 2 6 22 0 49.747 -65.422 18 2 2.27 1.153 0.244 7785 0TMP19225 1992 7 4 16 23 18.9 36.161 -83.706 16.9 1 2.39 1.249 0.305 7786 0TMP19232 1992 7 8 2 24 0 43.341 -56.71 18 2 2.26 1.375 0.365 7787 0TMP19237 1992 7 10 12 32 0.98 35.869 -99.702 5 2 2.27 1.086 0.186 7788 0TMP19239 1992 7 10 18 13 43.18 36.06 -91.42 3.6 2 2.39 1.249 0.305 7789 0TMP19242 1992 7 13 8 47 40.8 33.495 -81.214 0.1 5 2.32 1.257 0.309 7790 0TMP19244 1992 7 15 2 56 40.7 38.76 -99.549 5 2 3.03 1.124 0.221 7791 0TMP19247 1992 7 17 16 23 26.58 36.099 -97.623 5 2 2.24 1.264 0.313 7792 0TMP19255 1992 7 29 17 29 30.58 35.28 -89.17 10 2 2.32 1.257 0.309 7793 0TMP19256 1992 7 30 14 40 55.8 24.705 -99.779 10 2 3.98 1.153 0.244 7794 0TMP19266 1992 8 8 3 51 41.9 34.588 -85.443 12.9 5 2.39 1.249 0.305 7795 0TMP19269 1992 8 9 21 5 46.71 34.618 -96.623 5 28 2.38 1.099 0.199 7796 0TMP19270 1992 8 10 1 57 46.9 29 -98.5 5 2 2.48 1.153 0.244 7797 0TMP19273 1992 8 10 20 3 3.86 35.038 -97.51 5 25 2.91 1.053 0.147 7798 0TMP19279 1992 8 13 0 51 44.73 35.03 -90.83 3.8 2 2.62 1.23 0.294 7799 0TMP19282 1992 8 18 22 8 53.8 37.12 -88.9 12 2 2.32 1.257 0.309 7800 0TMP19283 1992 8 20 6 19 0 47 -66.6 5 2 3.52 1.052 0.146 7801 0TMP19285 1992 8 20 6 21 0 47 -66.6 5 2 3.21 1.052 0.146 7802 7801TMP19286 1992 8 20 6 39 0 47 -66.6 5 2 2.47 1.153 0.244 7803 7801TMP19288 1992 8 21 15 22 0 46.339 -75.371 18 2 2.67 1.153 0.244 7804 0TMP19290 1992 8 21 16 31 55.1 33.05 -80.116 10 22 4.06 1.034 0.119 7805 0TMP19297 1992 8 24 13 36 0 48.745 -67.858 18 2 2.47 1.153 0.244 7806 0TMP19300 1992 8 26 3 24 52.6 32.173 -102.708 5 2 2.68 1.153 0.244 7807 0TMP19301 1992 8 26 5 41 38.4 37.63 -89.68 5 2 3.28 1.052 0.145 7808 0TMP19302 1992 8 26 23 4 48.94 43.2457 -71.6557 7.6 2 2.56 1.066 0.164 7809 7832TMP19304 1992 8 27 6 6 0 48.562 -68.611 0 2 2.97 1.153 0.244 7810 0TMP19306 1992 8 28 23 0 0 46.706 -71.122 18 2 3.33 1.052 0.146 7811 0TMP19309 1992 8 29 16 12 0 45.862 -77.088 18 2 2.37 1.153 0.244 7812 0

B-222

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP19312 1992 9 2 20 13 0 45.747 -73.844 1 2 2.37 1.153 0.244 7813 0TMP19313 1992 9 3 22 5 0 48.842 -67.951 11.9 2 2.47 1.153 0.244 7814 7806TMP19314 1992 9 6 11 15 51.8 32.945 -80.13 5.8 22 2.38 1.12 0.218 7815 7805TMP19317 1992 9 9 19 0 51.78 43.3418 -71.548 6.3 2 2.86 1.066 0.163 7816 7832TMP19318 1992 9 11 16 34 11.7 33.171 -87.501 6.5 2 3.16 1.195 0.273 7817 0TMP19326 1992 9 20 18 6 46.3 32.898 -80.81 10.7 5 2.39 1.123 0.22 7818 0TMP19327 1992 9 24 5 26 32.65 35.94 -90 11 2 2.32 1.257 0.309 7819 0TMP19330 1992 9 27 17 2 34.3 28.172 -88.438 10 2 3.61 1.08 0.179 7820 0TMP19332 1992 10 1 1 31 48.9 27.832 -102.374 5 2 3.48 1.153 0.244 7821 0TMP19333 1992 10 1 2 40 58 35.93 -90.01 5 2 2.97 1.066 0.164 7822 0TMP19334 1992 10 2 1 25 41.92 37.16 -88.83 11.9 2 2.85 1.213 0.284 7823 0TMP19336 1992 10 2 8 28 1.7 33.499 -81.202 3 1 2.7 1.223 0.29 7824 0TMP19337 1992 10 2 8 35 27.74 42.7552 -70.9995 4.6 2 2.33 1.066 0.164 7825 0TMP19338 1992 10 3 23 58 48.28 35.974 -96.723 5 2 2.55 1.235 0.297 7826 0TMP19341 1992 10 4 19 48 43.87 36.43 -91.46 2 2 2.55 1.235 0.297 7827 0TMP19342 1992 10 4 21 25 13.61 35.199 -98.44 5 2 2.23 1.055 0.149 7828 0TMP19344 1992 10 5 4 44 8.56 36.357 -97.506 5 25 2.78 1.049 0.141 7829 0TMP19345 1992 10 5 5 31 47.68 35.321 -96.112 5 2 2.32 1.257 0.309 7830 0TMP19347 1992 10 5 22 36 12.7 44.83 -74.758 10 2 2.75 1.083 0.183 7831 0TMP19349 1992 10 6 15 38 4 43.324 -71.578 5 2 3.01 1.032 0.115 7832 0TMP19350 1992 10 6 17 5 49.73 43.3312 -71.5448 3.8 2 2.32 1.034 0.119 7833 7832TMP19355 1992 10 10 2 13 22.6 36.16 -89.7 12.8 2 2.62 1.23 0.294 7834 0TMP19356 1992 10 10 8 28 0 42.47 -55.45 18 2 2.86 1.375 0.365 7835 7838TMP19358 1992 10 11 21 41 21.92 36.22 -89.43 2.2 2 2.62 1.23 0.294 7836 0TMP19359 1992 10 12 20 46 0 46.211 -74.879 18 2 2.47 1.153 0.244 7837 7762TMP19367 1992 10 19 15 2 0 42.394 -55.317 18 2 3.26 1.375 0.365 7838 0TMP19376 1992 10 25 14 48 44.6 35.168 -84.436 5.7 5 2.32 1.257 0.309 7839 0TMP19379 1992 10 27 22 59 0 51.301 -83.663 18 2 2.67 1.153 0.244 7840 0TMP19382 1992 10 29 5 24 54.4 34.364 -81.34 0.6 6 2.24 1.264 0.313 7841 0TMP19389 1992 11 2 6 54 10.3 42.74 -104.389 5 2 2.9 1.124 0.221 7842 0TMP19391 1992 11 4 5 6 36.8 33.45 -86.203 2.5 1 2.55 1.235 0.297 7843 0TMP19393 1992 11 5 17 31 54.26 36.58 -89.6 9.1 2 2.55 1.235 0.297 7844 0TMP19396 1992 11 10 12 3 48.6 35.575 -84.508 11.8 5 2.7 1.223 0.29 7845 0TMP19397 1992 11 10 17 16 46.8 35.644 -84.132 10.2 28 2.79 1.153 0.244 7846 0TMP19398 1992 11 11 9 2 0 46.53 -75.183 18 2 3.06 1.082 0.182 7847 0TMP19402 1992 11 15 20 0 1 45.41 -73.31 18 2 2.23 1.083 0.183 7848 0

B-223

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP19405 1992 11 17 3 58 1 45.77 -74.93 16 2 3.84 1.036 0.122 7849 0TMP19411 1992 11 18 13 37 0 46.319 -64.372 5 2 2.87 1.153 0.244 7850 0TMP19418 1992 11 21 2 21 43.59 34.921 -97.717 5 2 2.26 1.088 0.188 7851 7858TMP19423 1992 11 23 11 56 9.06 34.837 -97.676 5 2 2.28 1.055 0.149 7852 7858TMP19426 1992 11 24 12 13 19.8 36.32 -89.47 4 2 2.98 1.1 0.2 7853 0TMP19427 1992 11 24 14 50 0 46.744 -71.187 18 2 2.37 1.153 0.244 7854 0TMP19437 1992 12 4 17 44 0 47.024 -76.507 18 2 2.37 1.153 0.244 7855 0TMP19448 1992 12 12 17 1 0 47 -66.6 5 2 2.81 1.052 0.146 7856 7801TMP19455 1992 12 17 4 1 19.28 34.843 -97.58 5 28 2.46 1.049 0.142 7857 7858TMP19456 1992 12 17 7 18 5.65 34.73 -97.541 5 25 3.42 1.034 0.118 7858 0TMP19458 1992 12 18 21 42 45.58 34.657 -99.063 5 5 2.39 1.249 0.305 7859 0TMP19463 1992 12 25 18 33 13.9 36.769 -80.731 6.5 1 2.41 1.174 0.259 7860 0TMP19465 1992 12 27 10 12 58.9 37.5 -89.63 5 2 2.95 1.124 0.221 7861 0TMP19466 1992 12 27 10 14 10 37.5 -89.62 10 2 2.93 1.208 0.281 7862 7861TMP19475 1993 1 1 5 8 5.3 35.877 -82.09 3 1 3.16 1.195 0.273 7863 0TMP19477 1993 1 3 13 23 0 49.981 -66.226 18 2 2.37 1.153 0.244 7864 0TMP19478 1993 1 3 21 14 54.14 35.19 -90.24 17.3 2 2.93 1.208 0.281 7865 0TMP19481 1993 1 6 19 22 25.71 36.3 -89.51 3.5 2 2.39 1.249 0.305 7866 7853TMP19482 1993 1 7 22 30 39.11 36.64 -89.56 8.9 2 2.55 1.235 0.297 7867 7853TMP19483 1993 1 7 23 55 18.4 32.909 -80.196 5.7 3 2.21 1.106 0.205 7868 7805TMP19485 1993 1 8 13 1 18.8 35.83 -90.03 21 2 3.4 1.071 0.169 7869 0TMP19487 1993 1 9 11 1 14.75 36.66 -89.68 15.7 2 2.7 1.223 0.29 7870 7853TMP19488 1993 1 9 14 0 18.79 36.66 -89.68 15.1 2 2.47 1.242 0.301 7871 7853TMP19489 1993 1 9 17 33 0 46.588 -78.022 18 2 2.27 1.153 0.244 7872 0TMP19493 1993 1 11 17 16 59.21 36.98 -88.8 9.1 2 2.47 1.242 0.301 7873 0TMP19495 1993 1 12 21 56 12.75 36.25 -89.42 3.8 2 2.47 1.242 0.301 7874 7853TMP19498 1993 1 14 17 6 10.45 35.595 -98.275 5 25 2.93 1.066 0.164 7875 0TMP19499 1993 1 15 2 2 51.8 35.075 -84.974 1 25 3.23 1.051 0.144 7876 0TMP19501 1993 1 16 10 57 14.4 38.12 -89.97 5 2 2.47 1.242 0.301 7877 0TMP19503 1993 1 18 21 37 48.06 36.29 -89.5 5 2 2.32 1.257 0.309 7878 7853TMP19504 1993 1 21 1 30 53.3 42.496 -74.362 4 2 2.41 1.2 0.276 7879 0TMP19506 1993 1 21 8 19 3.68 34.86 -95.02 5 2 2.5 1.088 0.188 7880 0TMP19508 1993 1 21 19 46 19.3 36.222 -89.617 13 2 2.67 1.124 0.221 7881 7853TMP19512 1993 1 23 4 43 5.17 36.54 -89.56 5.4 2 2.24 1.264 0.313 7882 7853TMP19513 1993 1 26 15 24 0 46.145 -75.141 18 2 2.66 1.083 0.183 7883 0TMP19517 1993 1 28 6 12 43.8 36.153 -86.571 6.4 5 2.24 1.264 0.313 7884 0

B-224

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP19519 1993 1 28 20 54 41.7 43.722 -73.164 4 2 2.81 1.198 0.275 7885 0TMP19520 1993 1 29 13 56 23.2 39.038 -89.04 5 2 3.09 1.072 0.171 7886 0TMP19524 1993 2 5 21 14 16.8 43.248 -71.709 9 2 2.33 1.202 0.277 7887 7832TMP19525 1993 2 6 2 9 45.5 36.66 -89.73 7 2 3.5 1.077 0.176 7888 7853TMP19528 1993 2 8 22 29 25.29 36.55 -89.64 5.7 2 2.62 1.23 0.294 7889 7853TMP19529 1993 2 9 11 49 31.89 36.57 -89.65 5.3 2 2.55 1.235 0.297 7890 7853TMP19533 1993 2 13 19 45 3.36 34.716 -97.541 5 5 2.62 1.23 0.294 7891 7858TMP19534 1993 2 13 20 57 24.55 34.748 -97.573 5 5 2.55 1.235 0.297 7892 7858TMP19535 1993 2 14 23 12 38 34.79 -97.456 5 5 2.32 1.257 0.309 7893 7858TMP19536 1993 2 15 7 38 0 49.586 -66.564 16.9 2 2.67 1.153 0.244 7894 0TMP19542 1993 2 18 18 34 52.25 36.67 -89.67 8.8 2 2.62 1.23 0.294 7895 7853TMP19543 1993 2 19 21 37 6.5 36.696 -81.144 7.9 43 2.55 1.235 0.297 7896 0TMP19544 1993 2 20 1 10 13.3 36.288 -83.654 7.7 1 2.32 1.257 0.309 7897 0TMP19546 1993 2 20 13 8 10.1 42.83 -101.461 5 2 3.19 1.124 0.221 7898 0TMP19550 1993 2 22 12 56 0 46.72 -65.17 18 2 2.27 1.153 0.244 7899 0TMP19552 1993 2 24 12 41 21.5 36.16 -89.45 15 2 3 1.203 0.278 7900 7853TMP19560 1993 2 26 21 13 33.8 39.876 -74.942 5 2 2.46 1.073 0.172 7901 0TMP19561 1993 2 28 21 48 1.3 26.063 -101.93 5 2 3.48 1.153 0.244 7902 0TMP19562 1993 3 2 0 29 11.8 36.67 -89.49 8 2 3.05 1.073 0.172 7903 7853TMP19563 1993 3 2 23 9 0 49.579 -62.73 18 2 2.37 1.153 0.244 7904 0TMP19564 1993 3 3 10 24 9.07 36.67 -89.66 9.6 2 2.39 1.249 0.305 7905 7853TMP19567 1993 3 4 13 33 20.53 37.22 -89.1 5 2 2.7 1.223 0.29 7906 0TMP19568 1993 3 4 22 2 0 47.515 -70.363 4.5 2 2.67 1.153 0.244 7907 0TMP19569 1993 3 5 4 27 9.47 36.55 -89.68 8.5 2 2.24 1.264 0.313 7908 7853TMP19571 1993 3 7 19 51 7.5 44.115 -73.28 12 2 2.38 1.083 0.183 7909 0TMP19572 1993 3 8 11 44 0 44.542 -56.358 18 2 2.26 1.375 0.365 7910 0TMP19574 1993 3 10 5 23 0 46.23 -75.061 15.2 2 2.27 1.153 0.244 7911 7883TMP19577 1993 3 10 14 32 21.6 39.233 -76.882 5 2 2.49 1.073 0.172 7912 0TMP19578 1993 3 11 1 15 1.08 35.23 -95.932 5 25 2.53 1.069 0.167 7913 0TMP19579 1993 3 11 2 5 50.39 35.301 -95.949 5 5 2.24 1.264 0.313 7914 7913TMP19586 1993 3 12 4 44 38.99 37.24 -88.99 10 2 2.62 1.23 0.294 7915 7906TMP19587 1993 3 12 4 56 6.01 37.23 -88.99 10 2 2.62 1.23 0.294 7916 7906TMP19588 1993 3 12 9 56 38.1 35.715 -84.466 3.9 5 2.24 1.264 0.313 7917 0TMP19592 1993 3 15 4 29 53.9 39.233 -76.897 5 1 2.66 1.052 0.146 7918 7912TMP19593 1993 3 16 7 38 10.2 35.67 -90.55 10 2 3.15 1.073 0.172 7919 0TMP19597 1993 3 17 9 5 0 46.075 -75.328 19.9 2 2.77 1.153 0.244 7920 7883

B-225

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP19603 1993 3 20 17 51 0 49.968 -66.412 18 2 2.27 1.153 0.244 7921 0TMP19605 1993 3 22 7 46 1.94 36.49 -89.54 5 2 2.32 1.257 0.309 7922 7853TMP19607 1993 3 22 14 10 24.8 35.491 -84.449 10.6 5 2.47 1.242 0.301 7923 0TMP19609 1993 3 24 2 32 5.9 35.15 -104.438 0 2 2.67 1.066 0.164 7924 0TMP19611 1993 3 24 10 37 29.06 34.835 -97.666 5 5 2.2 1.09 0.19 7925 7858TMP19618 1993 3 29 15 37 21.1 36.55 -89.58 10 2 2.94 1.101 0.201 7926 7853TMP19620 1993 3 31 0 28 0 49.52 -67.049 15.7 2 2.47 1.153 0.244 7927 0TMP19621 1993 3 31 2 2 29.9 40.323 -95.652 5 2 2.73 1.066 0.164 7928 0TMP19622 1993 3 31 20 23 21.2 36.79 -89.42 5 2 3.25 1.072 0.171 7929 0TMP19626 1993 4 2 1 28 30.2 37.01 -89 5 2 2.38 1.124 0.221 7930 7906TMP19628 1993 4 2 3 2 43.7 37.02 -89.02 5 2 2.71 1.055 0.149 7931 7906TMP19629 1993 4 2 8 32 20.82 36.51 -89.55 5 2 2.24 1.264 0.313 7932 7853TMP19631 1993 4 4 1 5 0 45.343 -74.036 18 2 2.82 1.083 0.183 7933 0TMP19636 1993 4 6 7 56 3.78 34.911 -97.514 5 5 2.29 1.089 0.189 7934 7858TMP19637 1993 4 6 11 57 32.28 36.31 -89.5 5.1 2 2.24 1.264 0.313 7935 7853TMP19645 1993 4 9 12 29 19.17 28.811 -98.124 5 2 3.97 1.124 0.221 7936 0TMP19649 1993 4 15 6 34 56.4 35.867 -83.62 16.5 1 2.47 1.206 0.28 7937 0TMP19652 1993 4 18 2 28 0 46.137 -72.971 18 2 2.27 1.153 0.244 7938 0TMP19655 1993 4 22 16 23 36.23 36.53 -89.56 6.2 2 2.62 1.23 0.294 7939 7853TMP19658 1993 4 23 0 7 0 47.631 -69.824 12.1 2 2.23 1.074 0.173 7940 0TMP19660 1993 4 23 17 36 53.9 33.376 -82.853 0 4 2.93 1.208 0.281 7941 0TMP19662 1993 4 24 6 45 0 47.668 -69.904 9.3 2 2.47 1.153 0.244 7942 7940TMP19663 1993 4 24 7 0 55.94 36.38 -89.5 5.8 2 2.62 1.23 0.294 7943 7853TMP19664 1993 4 25 19 5 0 46.138 -73.111 18 2 2.37 1.153 0.244 7944 7938TMP19666 1993 4 27 7 45 37.34 36.21 -89.43 5 2 2.32 1.257 0.309 7945 7853TMP19667 1993 4 27 11 47 59.43 36.58 -89.57 7.2 2 2.55 1.235 0.297 7946 7853TMP19668 1993 4 28 22 40 1.9 36.19 -89.44 7 2 3.41 1.072 0.17 7947 7853TMP19675 1993 5 6 1 23 0 46.3 -75.533 16.3 2 2.88 1.074 0.173 7948 0TMP19676 1993 5 6 1 28 0 46.3 -75.533 16.3 2 2.21 1.052 0.146 7949 7948TMP19680 1993 5 7 16 41 35.42 34.593 -97.463 5 5 2.5 1.088 0.188 7950 7858TMP19681 1993 5 7 17 50 37.7 34.738 -97.541 5 5 2.54 1.055 0.15 7951 7858TMP19683 1993 5 9 22 52 11.19 34.898 -97.533 5 5 2.54 1.055 0.149 7952 7858TMP19684 1993 5 10 9 15 12.76 40.374 -75.788 5 2 2.69 1.049 0.141 7953 0TMP19691 1993 5 12 7 32 56.46 36.3 -89.53 5.2 2 2.62 1.23 0.294 7954 7853TMP19692 1993 5 13 7 3 3 40.35 -76.02 5 2 2.24 1.202 0.277 7955 7953TMP19693 1993 5 13 10 10 31.44 36.47 -89.54 5 2 2.62 1.23 0.294 7956 7853

B-226

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP19701 1993 5 15 16 2 44.3 40.2 -74.4 14 2 2.53 1.066 0.163 7957 0TMP19702 1993 5 16 15 30 19.3 28.81 -98.17 5 2 2.78 1.124 0.221 7958 7936TMP19707 1993 5 18 14 48 13.79 38.88 -89.69 5 2 2.55 1.235 0.297 7959 0TMP19709 1993 5 19 1 52 50.4 35.71 -90.38 5 2 3.01 1.086 0.186 7960 0TMP19711 1993 5 19 10 31 18.2 35.505 -84.89 22.7 1 2.77 1.168 0.255 7961 0TMP19715 1993 5 20 15 7 32.5 38.086 -77.435 11.1 1 2.7 1.223 0.29 7962 0TMP19717 1993 5 24 2 8 0 46.474 -56.432 18 2 2.37 1.153 0.244 7963 0TMP19718 1993 5 24 14 39 7 37.175 -80.811 10.1 1 2.47 1.242 0.301 7964 0TMP19730 1993 5 30 1 55 52.67 36.32 -89.49 5.3 2 2.7 1.223 0.29 7965 7853TMP19731 1993 5 30 10 45 0 50.313 -63.025 18 2 3.38 1.074 0.173 7966 0TMP19736 1993 6 3 2 59 51.2 38.67 -93.24 5 2 2.85 1.213 0.284 7967 0TMP19737 1993 6 5 1 24 53 45.674 -96.293 10 2 3.93 1.124 0.221 7968 0TMP19739 1993 6 5 19 39 28.91 36.4 -89.5 5.4 2 2.39 1.249 0.305 7969 7853TMP19741 1993 6 7 9 47 59 44.74 -70.16 18 2 2.67 1.083 0.183 7970 0TMP19744 1993 6 8 11 50 12.25 36.67 -89.53 10.4 2 2.55 1.235 0.297 7971 7853TMP19745 1993 6 10 11 59 0.56 34.792 -97.428 5 5 2.22 1.091 0.191 7972 7858TMP19751 1993 6 12 18 36 42.58 36.55 -89.5 12 2 2.32 1.257 0.309 7973 7853TMP19754 1993 6 13 16 38 0 45.846 -74.536 12.8 2 2.27 1.153 0.244 7974 0TMP19756 1993 6 15 13 19 2.9 32.977 -80.186 6.9 1 2.33 1.053 0.147 7975 0TMP19757 1993 6 16 1 47 12.6 37.65 -89.75 10 2 2.93 1.208 0.281 7976 0TMP19763 1993 6 21 9 44 54 45.97 -74.98 18 2 2.23 1.083 0.183 7977 0TMP19766 1993 6 23 3 23 12.2 31.346 -102.509 5 2 2.45 1.074 0.173 7978 0TMP19772 1993 6 29 6 15 4.1 33.465 -81.245 4.3 1 2.55 1.235 0.297 7979 0TMP19773 1993 6 30 6 50 57.8 42.985 -105.373 5 2 2.68 1.153 0.244 7980 0TMP19777 1993 7 1 10 49 45.6 54.02 -82.24 18 5 3.27 1.153 0.244 7981 0TMP19778 1993 7 1 21 24 34 35.972 -82.519 2.4 1 2.77 1.168 0.255 7982 0TMP19791 1993 7 9 4 28 18.78 34.854 -97.46 5 5 2.32 1.257 0.309 7983 7858TMP19792 1993 7 9 6 30 0 39.19 -76.87 0 2 2.25 1.154 0.245 7984 0TMP19793 1993 7 9 6 31 1.4 39.2 -76.9 5 2 2.24 1.096 0.196 7985 7984TMP19796 1993 7 10 21 6 36.17 43.924 -69.3165 5 2 2.56 1.06 0.156 7986 0TMP19797 1993 7 12 4 48 20.8 36.035 -79.823 5 2 2.54 1.124 0.221 7987 0TMP19798 1993 7 12 21 24 0 39.19 -76.87 0 2 2.39 1.153 0.244 7988 7984TMP19801 1993 7 14 0 26 15.48 34.038 -97.158 5 5 2.52 1.085 0.185 7989 0TMP19812 1993 7 16 10 54 32.8 31.747 -88.341 5 2 3.6 1.124 0.221 7990 0TMP19815 1993 7 17 9 29 28.32 36.61 -89.38 9.5 2 2.7 1.223 0.29 7991 0TMP19824 1993 7 22 10 1 9.53 42.0943 -70.9407 8 2 2.44 1.028 0.107 7992 0

B-227

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP19830 1993 7 28 2 33 53.84 42.6562 -71.3928 0.6 2 2.22 1.052 0.146 7993 0TMP19833 1993 7 28 4 15 51.7 35.259 -84.43 13 5 2.7 1.223 0.29 7994 0TMP19835 1993 7 28 21 37 51.7 44.159 -72.512 6 2 2.24 1.202 0.277 7995 0TMP19836 1993 7 29 11 47 25.7 36.91 -88.92 8 2 2.85 1.213 0.284 7996 0TMP19837 1993 7 30 22 30 0 45.256 -74.12 8.1 2 3.52 1.032 0.115 7997 0TMP19842 1993 8 1 7 4 20.46 36.62 -89.65 5 2 2.55 1.235 0.297 7998 0TMP19843 1993 8 1 8 49 43.2 36.033 -83.487 0.9 1 2.24 1.264 0.313 7999 0TMP19845 1993 8 2 15 44 32.5 33.864 -84.085 0.4 6 2.39 1.249 0.305 8000 0TMP19849 1993 8 5 7 21 37.4 36 -89.88 11 2 3.2 1.094 0.194 8001 0TMP19850 1993 8 7 21 25 0 47.668 -69.889 7.8 2 2.48 1.024 0.1 8002 0TMP19852 1993 8 8 9 24 31.1 33.633 -81.595 5 1 3.14 1.073 0.172 8003 0TMP19860 1993 8 16 23 17 49.5 33.711 -84.021 0 1 2.7 1.223 0.29 8004 8000TMP19861 1993 8 17 0 56 10 33.87 -84.074 1.4 2 2.55 1.235 0.297 8005 8000TMP19863 1993 8 18 21 56 21.2 33.724 -84.04 0 2 2.77 1.218 0.287 8006 8000TMP19866 1993 8 22 2 49 22.7 44.662 -73.484 13 2 2.33 1.202 0.277 8007 0TMP19876 1993 8 27 0 8 34 38.09 -90.36 16 2 3.31 1.072 0.17 8008 0TMP19877 1993 8 27 0 45 43.03 37.18 -89.17 19 2 2.39 1.249 0.305 8009 0TMP19881 1993 8 30 5 15 0 46.464 -75.06 14.5 2 3.15 1.049 0.141 8010 0TMP19884 1993 9 2 23 25 0 47.059 -76.255 18 2 2.47 1.153 0.244 8011 0TMP19889 1993 9 5 8 12 35.5 44.4 -103.8 5 2 2.42 1.124 0.221 8012 0TMP19900 1993 9 11 3 7 0 49.335 -66.186 18 2 2.47 1.153 0.244 8013 0TMP19906 1993 9 18 5 41 0 47 -66.6 5 2 2.28 1.074 0.173 8014 0TMP19909 1993 9 20 7 7 0 45.78 -74.72 16 2 2.37 1.153 0.244 8015 0TMP19912 1993 9 23 6 45 28 46.07 -74.61 13.3 2 3.88 1.024 0.1 8016 0TMP19915 1993 9 24 18 27 15 36.56 -89.58 6 2 2.93 1.074 0.173 8017 0TMP19918 1993 9 28 8 2 0 44.765 -56.011 18 2 3.16 1.375 0.365 8018 0TMP19920 1993 9 29 2 1 28.5 35.568 -103.56 0 2 2.87 1.066 0.164 8019 0TMP19922 1993 10 3 2 35 52.99 32.982 -80.187 6.9 5 2.49 1.24 0.3 8020 0TMP19924 1993 10 3 11 55 37.5 33.686 -87.416 9.6 1 3 1.203 0.278 8021 0TMP19929 1993 10 9 21 16 0 46.957 -76.309 18 2 2.97 1.153 0.244 8022 0TMP19934 1993 10 13 10 32 43.01 36.61 -89.56 7.8 2 2.47 1.242 0.301 8023 8017TMP19939 1993 10 14 18 34 20.42 36.28 -89.45 5 2 2.7 1.223 0.29 8024 0TMP19941 1993 10 14 19 14 38.91 34.859 -97.713 5 5 2.34 1.056 0.151 8025 0TMP19945 1993 10 16 6 30 5.3 41.796 -81.28 5.7 2 3.31 1.029 0.109 8026 0TMP19954 1993 10 19 16 59 52.41 36.546 -98.173 5 5 2.77 1.054 0.148 8027 0TMP19957 1993 10 21 7 20 58.68 36.29 -89.49 5 2 2.75 1.108 0.207 8028 8024

B-228

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP19967 1993 10 28 6 0 0 39.25 -76.77 0 2 2.53 1.153 0.244 8029 0TMP19968 1993 10 28 6 1 0 39.25 -76.77 0 2 2.34 1.154 0.245 8030 8029TMP19970 1993 10 30 1 54 43.96 34.847 -97.436 5 5 2.62 1.055 0.149 8031 0TMP19974 1993 11 1 0 14 15.3 42.704 -81.286 8.5 2 2.37 1.153 0.244 8032 0TMP19989 1993 11 11 21 37 4.74 36.898 -98.849 5 5 2.32 1.257 0.309 8033 0TMP19990 1993 11 12 5 17 59 45.14 -74.16 23.3 2 2.34 1.083 0.183 8034 0TMP19995 1993 11 14 15 31 0 44.966 -56.104 18 2 2.36 1.375 0.365 8035 0TMP19997 1993 11 16 6 25 7.8 34.773 -85.307 9.5 5 2.85 1.213 0.284 8036 0TMP19998 1993 11 16 6 32 9.5 34.773 -85.321 7.8 1 2.32 1.257 0.309 8037 8036TMP20000 1993 11 16 9 31 44 45.19 -73.46 11.5 25 3.89 1.024 0.1 8038 0TMP20001 1993 11 16 9 32 0 45.19 -73.46 15 2 3.07 1.153 0.244 8039 8038TMP20002 1993 11 16 9 40 0 45.193 -73.464 15.8 2 2.66 1.083 0.183 8040 8038TMP20003 1993 11 16 10 0 0 45.193 -73.464 15.8 2 2.56 1.083 0.183 8041 8038TMP20007 1993 11 20 18 54 2.75 36.57 -89.6 5 2 2.24 1.264 0.313 8042 8017TMP20010 1993 11 22 21 48 0 45.192 -73.462 15 2 2.47 1.153 0.244 8043 8038TMP20011 1993 11 23 16 29 0 45.192 -73.462 15.6 2 2.47 1.153 0.244 8044 8038TMP20019 1993 11 30 3 7 36.3 35.808 -103.157 0 2 3.03 1.124 0.221 8045 0TMP20021 1993 12 1 12 47 15 47.47 -70.16 18 2 3.07 1.153 0.244 8046 8064TMP20023 1993 12 2 0 41 18.91 36.25 -89.43 10.8 2 2.47 1.242 0.301 8047 8024TMP20024 1993 12 2 9 3 0 47.455 -70.043 7.8 2 2.27 1.153 0.244 8048 8064TMP20025 1993 12 3 21 29 42.08 36.091 -97.557 5 5 2.24 1.264 0.313 8049 0TMP20028 1993 12 4 1 0 56.27 36.58 -89.44 10.9 2 2.24 1.264 0.313 8050 8017TMP20029 1993 12 5 0 58 20.23 27.831 -102.737 5 2 4.38 1.153 0.244 8051 0TMP20032 1993 12 6 4 7 29.91 34.839 -97.401 5 5 2.26 1.055 0.15 8052 0TMP20034 1993 12 7 3 39 43.4 35.934 -98.005 5 5 2.7 1.223 0.29 8053 0TMP20036 1993 12 12 15 47 57.91 38.05 -90.84 13.8 2 2.7 1.223 0.29 8054 0TMP20037 1993 12 13 14 51 3 42.333 -105.499 5 2 3.1 1.074 0.173 8055 0TMP20038 1993 12 15 7 38 12.43 38.59 -89.77 11 2 2.55 1.235 0.297 8056 0TMP20040 1993 12 16 16 17 25.89 36.76 -89.47 15.8 2 2.62 1.23 0.294 8057 8050TMP20043 1993 12 18 19 47 0 49.111 -67.644 12.4 2 2.57 1.153 0.244 8058 0TMP20044 1993 12 19 5 50 7.3 37.549 -78.194 14.7 2 2.32 1.257 0.309 8059 0TMP20045 1993 12 20 17 20 40.4 34.648 -97.502 5 5 2.35 1.089 0.189 8060 0TMP20046 1993 12 20 17 43 55.4 34.524 -97.456 5 5 2.32 1.257 0.309 8061 8060TMP20051 1993 12 25 16 44 22 46.49 -75.62 16.6 2 4.03 1.039 0.126 8062 0TMP20056 1993 12 30 3 16 50.9 36.55 -89.57 7.1 2 2.55 1.235 0.297 8063 8017TMP20058 1993 12 30 23 1 0 47.453 -70.368 7.1 2 3.62 1.083 0.183 8064 0

B-229

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP20071 1994 1 9 3 44 25.62 36.37 -89.54 10.7 2 2.32 1.257 0.309 8065 8017TMP20073 1994 1 11 0 25 0 45.764 -76.069 18 2 3.01 1.083 0.183 8066 0TMP20075 1994 1 11 1 18 34.5 34.976 -97.416 5 5 2.34 1.055 0.149 8067 0TMP20076 1994 1 11 9 29 0 47.35 -100.172 18 2 2.58 1.153 0.244 8068 0TMP20078 1994 1 12 16 3 54.4 35.497 -84.483 8.2 1 2.24 1.264 0.313 8069 0TMP20080 1994 1 13 7 4 0.78 37.73 -89.69 5 2 2.7 1.223 0.29 8070 0TMP20081 1994 1 13 11 0 0 49.642 -66.314 18 2 2.37 1.153 0.244 8071 0TMP20089 1994 1 16 1 54 59.1 40.754 -76.334 1 2 2.24 1.202 0.277 8072 8082TMP20090 1994 1 16 1 55 59.1 40.754 -76.334 1 2 2.24 1.202 0.277 8073 8082TMP20091 1994 1 16 2 1 50.6 40.354 -76.017 1 2 2.24 1.202 0.277 8074 8082TMP20092 1994 1 16 2 7 25.5 40.391 -75.988 1 2 2.24 1.202 0.277 8075 8082TMP20093 1994 1 16 2 13 34.5 40.313 -76.008 1 2 2.24 1.202 0.277 8076 8082TMP20094 1994 1 16 3 3 31.3 40.532 -76.247 4 2 2.24 1.202 0.277 8077 8082TMP20095 1994 1 16 3 41 31.2 40.202 -75.882 0 2 2.24 1.202 0.277 8078 8082TMP20097 1994 1 16 10 30 55 40.403 -76.084 4 2 2.24 1.202 0.277 8079 8082TMP20099 1994 1 16 18 39 4 40.32 -75.999 0 2 2.24 1.202 0.277 8080 8082TMP20100 1994 1 16 18 44 50.3 40.91 -74.68 4 2 2.24 1.202 0.277 8081 0TMP20103 1994 1 17 4 42 25.6 40.329 -76.023 0 2 2.93 1.094 0.194 8082 0TMP20107 1994 1 18 6 44 23.2 44.91 -74.075 12 2 2.4 1.083 0.183 8083 0TMP20108 1994 1 18 10 56 8.06 36.49 -89.52 7.9 2 2.47 1.242 0.301 8084 8050TMP20109 1994 1 20 12 48 2.2 41.07 -74.56 7 2 2.33 1.202 0.277 8085 8081TMP20112 1994 1 24 9 38 0 48.723 -68.341 18 2 2.37 1.153 0.244 8086 0TMP20115 1994 1 25 2 44 39.8 42.627 -100.141 5 2 3.15 1.124 0.221 8087 0TMP20118 1994 1 29 9 54 44.1 33.852 -80.149 2 1 2.84 1.154 0.245 8088 0TMP20121 1994 1 31 14 33 8.9 35.756 -84.599 10.2 1 2.77 1.168 0.255 8089 0TMP20125 1994 2 4 7 40 32.4 38.236 -80.759 10.9 2 2.47 1.242 0.301 8090 0TMP20127 1994 2 4 23 42 13.93 37.27 -89.49 5 2 2.39 1.249 0.305 8091 0TMP20129 1994 2 5 14 55 37.7 37.37 -89.18 16 2 3.83 1.024 0.1 8092 0TMP20132 1994 2 8 0 31 11.5 44.757 -73.709 1 2 2.41 1.2 0.276 8093 0TMP20133 1994 2 9 8 45 35.5 45 -95 5 2 2.78 1.153 0.244 8094 0TMP20134 1994 2 10 10 52 23.51 36.56 -89.64 8.7 2 2.85 1.213 0.284 8095 8017TMP20141 1994 2 18 20 33 52.18 38.3 -90.39 6.5 2 2.55 1.235 0.297 8096 0TMP20148 1994 2 24 23 42 39.48 34.773 -97.686 5 5 2.35 1.054 0.148 8097 0TMP20154 1994 2 27 22 36 42.9 37.279 -80.76 2.1 2 2.39 1.214 0.285 8098 0TMP20155 1994 2 28 4 2 0 50.308 -64.276 18 2 2.37 1.153 0.244 8099 0TMP20156 1994 2 28 5 29 29.26 38.44 -90.48 14.6 2 2.55 1.235 0.297 8100 8096

B-230

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP20157 1994 2 28 18 17 47.44 37.29 -89.53 14 2 2.39 1.249 0.305 8101 0TMP20158 1994 2 28 18 29 49.1 37.83 -89.38 5 2 2.87 1.073 0.172 8102 0TMP20159 1994 2 28 18 52 0 46.225 -72.725 18 2 2.76 1.083 0.183 8103 0TMP20162 1994 3 4 8 58 3.63 36.58 -89.58 8.2 2 2.39 1.249 0.305 8104 8017TMP20163 1994 3 4 11 23 15.9 36.69 -89.49 11.9 2 2.55 1.235 0.297 8105 8017TMP20166 1994 3 6 8 52 0 44.635 -56.361 18 2 3.06 1.375 0.365 8106 0TMP20168 1994 3 8 19 3 0 44.69 -56.205 18 2 2.66 1.375 0.365 8107 8106TMP20180 1994 3 18 12 39 0 46.707 -77.512 18 2 2.47 1.153 0.244 8108 0TMP20181 1994 3 18 22 51 43.1 43.4 -103.5 5 2 2.48 1.153 0.244 8109 0TMP20182 1994 3 20 6 15 40.6 35.309 -84.755 23.7 5 2.77 1.218 0.287 8110 0TMP20184 1994 3 21 17 34 18.4 36.86 -89.17 5 2 2.58 1.153 0.244 8111 0TMP20189 1994 3 24 3 21 0 44.459 -57.034 18 2 3.16 1.375 0.365 8112 0TMP20191 1994 3 24 5 20 59 40.376 -76.036 0 2 2.24 1.202 0.277 8113 8082TMP20196 1994 3 27 8 9 0 52.712 -79.977 18 2 2.67 1.153 0.244 8114 0TMP20197 1994 3 28 16 28 0 48.99 -65.742 18 2 3.17 1.153 0.244 8115 0TMP20201 1994 3 31 15 10 0 49.278 -65.928 18 2 2.27 1.153 0.244 8116 0TMP20202 1994 4 4 15 14 44 40.4 -84.4 5 2 2.58 1.124 0.221 8117 0TMP20203 1994 4 5 2 33 43.5 34.933 -85.477 11.9 1 2.62 1.23 0.294 8118 8121TMP20205 1994 4 5 9 14 47.47 35.547 -98.819 5 5 2.39 1.249 0.305 8119 0TMP20208 1994 4 5 19 47 42.8 34.939 -85.497 4.8 5 2.32 1.257 0.309 8120 8121TMP20209 1994 4 5 22 21 59 34.961 -85.493 5 25 3.29 1.072 0.17 8121 0TMP20211 1994 4 6 14 41 22.28 36.59 -89.58 3.7 2 2.47 1.242 0.301 8122 8017TMP20212 1994 4 6 17 38 55.8 38.123 -89.27 10 2 3.19 1.051 0.144 8123 0TMP20221 1994 4 14 21 50 5.13 34.69 -97.725 5 5 2.28 1.055 0.149 8124 8097TMP20223 1994 4 14 22 36 21.67 34.643 -97.733 5 2 2.53 1.089 0.189 8125 8097TMP20225 1994 4 15 1 19 52.04 34.643 -97.714 5 2 2.45 1.055 0.15 8126 8097TMP20235 1994 4 15 4 43 45.62 34.67 -97.741 5 5 2.24 1.055 0.15 8127 8097TMP20241 1994 4 15 14 27 20.12 34.648 -97.737 5 5 2.62 1.23 0.294 8128 8097TMP20244 1994 4 15 19 46 14.43 34.601 -97.713 5 5 2.5 1.092 0.192 8129 8097TMP20245 1994 4 15 20 1 0 46.287 -75.05 18 2 2.27 1.153 0.244 8130 0TMP20248 1994 4 16 0 53 57.7 40.309 -75.964 0 2 2.49 1.2 0.276 8131 8082TMP20251 1994 4 16 7 20 29.99 34.663 -97.713 5 2 2.85 1.053 0.147 8132 8097TMP20252 1994 4 16 20 10 12.2 35.752 -83.968 1.8 1 2.55 1.198 0.275 8133 0TMP20253 1994 4 16 20 53 0 46.256 -74.654 18 2 2.57 1.153 0.244 8134 0TMP20258 1994 4 18 22 21 26 35.987 -83.828 5.1 1 2.55 1.235 0.297 8135 0TMP20259 1994 4 20 5 34 52.3 33.934 -86.811 0 1 2.62 1.23 0.294 8136 0

B-231

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP20261 1994 4 21 9 51 12.8 32.937 -80.122 7 1 2.61 1.075 0.174 8137 0TMP20263 1994 4 23 9 9 0 39.751 -75.547 0 2 2.24 1.202 0.277 8138 0TMP20264 1994 4 23 19 46 48 35.99 -90.056 5 2 3.04 1.056 0.151 8139 0TMP20266 1994 4 26 13 45 7.07 34.823 -97.655 5 5 2.47 1.242 0.301 8140 8097TMP20272 1994 4 29 3 28 59.63 36.203 -98.052 5 25 2.77 1.049 0.142 8141 0TMP20274 1994 5 1 3 3 41.2 35.054 -84.957 11.2 1 2.24 1.264 0.313 8142 0TMP20284 1994 5 4 9 12 2.7 34.198 -87.174 5 1 3.15 1.052 0.145 8143 0TMP20286 1994 5 4 16 34 46.58 34.76 -97.632 5 5 2.62 1.23 0.294 8144 8097TMP20287 1994 5 4 21 10 15.3 32.755 -80.285 2 2 2.28 1.181 0.264 8145 8137TMP20290 1994 5 7 21 10 18.1 32.965 -80.31 2 2 2.36 1.123 0.22 8146 8137TMP20300 1994 5 14 22 34 43.66 36.47 -89.5 8.1 2 2.62 1.23 0.294 8147 8017TMP20303 1994 5 17 19 53 2.74 34.662 -97.467 5 5 2.24 1.264 0.313 8148 0TMP20304 1994 5 18 5 18 55 40 -76.2 5 2 2.57 1.2 0.276 8149 8082TMP20308 1994 5 22 16 52 51.03 43.3962 -70.8965 9.5 2 2.32 1.067 0.165 8150 0TMP20310 1994 5 23 17 5 43.16 35.565 -98.102 5 5 2.55 1.235 0.297 8151 0TMP20311 1994 5 24 1 7 34.02 34.881 -97.635 5 5 2.55 1.235 0.297 8152 8097TMP20312 1994 5 26 1 57 27.8 34.958 -86.143 8.8 1 2.62 1.23 0.294 8153 0TMP20313 1994 5 26 4 6 4.5 35.176 -84.5 13.1 1 2.93 1.208 0.281 8154 0TMP20314 1994 5 26 17 21 58.2 39.95 -77.187 11 2 2.89 1.198 0.275 8155 0TMP20315 1994 5 27 3 29 12.79 36.56 -89.64 6.4 2 2.47 1.242 0.301 8156 8017TMP20317 1994 5 28 10 54 22.4 35.741 -84.31 14.6 1 2.47 1.242 0.301 8157 0TMP20319 1994 5 31 5 43 20.1 40.335 -75.998 1 2 2.57 1.2 0.276 8158 8082TMP20320 1994 6 2 6 26 59.6 44.579 -73.237 6 2 2.24 1.202 0.277 8159 0TMP20327 1994 6 8 2 0 44.7 44.685 -74.139 10 2 2.41 1.2 0.276 8160 0TMP20328 1994 6 9 8 1 48.5 36.1 -83.69 15.2 1 2.62 1.23 0.294 8161 0TMP20329 1994 6 9 19 17 0 45.216 -74.018 18 2 2.63 1.083 0.183 8162 0TMP20330 1994 6 10 23 34 2.9 33.013 -92.671 5 2 2.83 1.124 0.221 8163 0TMP20332 1994 6 14 3 6 59.79 42.546 -70.0833 5 2 2.39 1.067 0.165 8164 0TMP20334 1994 6 16 15 17 15.52 43.4705 -71.5882 1.5 2 2.27 1.153 0.244 8165 0TMP20340 1994 6 19 13 19 6.9 35.589 -84.135 18.9 1 2.39 1.249 0.305 8166 0TMP20347 1994 6 26 5 50 37.2 33.025 -88.185 8.7 2 2.77 1.218 0.287 8167 0TMP20348 1994 6 29 8 28 0 46.625 -76.269 18 2 2.47 1.153 0.244 8168 0TMP20349 1994 6 30 1 8 24.22 27.911 -90.177 10 2 3.88 1.153 0.244 8169 0TMP20350 1994 7 3 3 28 26.2 40.345 -75.881 0 2 2.24 1.202 0.277 8170 8082TMP20351 1994 7 3 3 59 4.6 40.334 -76.087 0 2 2.49 1.2 0.276 8171 8082TMP20353 1994 7 4 7 28 28.38 34.652 -97.498 5 2 2.58 1.055 0.149 8172 8148

B-232

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP20354 1994 7 5 15 36 0 46.967 -76.388 18 2 2.37 1.153 0.244 8173 0TMP20359 1994 7 8 1 43 0 49.349 -67.03 16.1 2 2.27 1.153 0.244 8174 0TMP20362 1994 7 9 22 13 40.1 39.06 -83.27 5 2 2.51 1.076 0.175 8175 0TMP20363 1994 7 11 9 35 0 47.562 -70.051 4.3 2 2.37 1.153 0.244 8176 0TMP20365 1994 7 14 12 41 52 47 -66.6 5 2 3.68 1.074 0.173 8177 0TMP20368 1994 7 15 17 26 39.83 36.15 -89.69 14 2 2.47 1.242 0.301 8178 0TMP20373 1994 7 19 23 2 0 48.661 -68.698 18 2 2.27 1.153 0.244 8179 0TMP20377 1994 7 21 16 54 0.5 36.02 -89.97 5 2 2.47 1.242 0.301 8180 0TMP20381 1994 7 24 22 12 0 43.15 -79.887 4.5 2 2.27 1.153 0.244 8181 0TMP20388 1994 8 3 6 54 0 46.74 -76.541 18 2 2.47 1.153 0.244 8182 0TMP20391 1994 8 4 22 33 22.49 45.273 -69.0498 0.9 2 2.57 1.153 0.244 8183 0TMP20393 1994 8 6 19 54 9.9 35.067 -76.751 5 10 3.61 1.047 0.139 8184 0TMP20396 1994 8 8 12 55 46 35.159 -99.96 5 5 2.24 1.264 0.313 8185 0TMP20397 1994 8 8 22 13 0 49.556 -67.043 17.1 2 2.77 1.153 0.244 8186 0TMP20398 1994 8 9 4 46 12.5 41.09 -74.14 10 2 2.41 1.2 0.276 8187 0TMP20401 1994 8 11 18 13 0 47.827 -52.673 0 2 2.67 1.153 0.244 8188 0TMP20403 1994 8 13 11 2 52.07 38.33 -85.92 5 2 2.7 1.223 0.29 8189 0TMP20406 1994 8 15 14 1 46.44 36.22 -89.45 5 2 2.47 1.242 0.301 8190 0TMP20409 1994 8 18 5 19 0 51.339 -94.787 18 2 2.27 1.153 0.244 8191 0TMP20411 1994 8 19 16 3 30.65 35.51 -89.92 10.6 2 3.31 1.189 0.269 8192 0TMP20412 1994 8 20 10 45 44.6 36.136 -91.058 5 2 3.19 1.124 0.221 8193 0TMP20419 1994 8 28 15 38 0 46.324 -77.096 18 2 3.17 1.153 0.244 8194 0TMP20423 1994 8 29 13 19 0 44.602 -56.343 18 2 2.46 1.375 0.365 8195 0TMP20425 1994 9 2 21 23 6.52 42.798 -84.604 5 2 3.16 1.066 0.164 8196 0TMP20428 1994 9 5 0 51 0 46.654 -74.571 18 2 2.47 1.153 0.244 8197 0TMP20430 1994 9 5 14 13 52.2 43.861 -69.232 5 2 2.84 1.029 0.109 8198 0TMP20439 1994 9 13 11 3 59.8 34.708 -85.474 5.1 1 2.85 1.213 0.284 8199 0TMP20445 1994 9 16 4 22 42.5 45.306 -68.223 5 2 3.5 1.042 0.131 8200 0TMP20448 1994 9 16 7 1 54.7 45.3 -68.2 5 2 3.17 1.045 0.136 8201 8200TMP20451 1994 9 16 7 40 11.9 45.3 -68.2 5 2 2.87 1.153 0.244 8202 8200TMP20452 1994 9 16 7 44 6.8 45.3 -68.2 5 2 2.87 1.153 0.244 8203 8200TMP20455 1994 9 20 2 28 22.8 35.163 -84.772 14.6 5 2.7 1.223 0.29 8204 0TMP20461 1994 9 23 5 19 54.1 43.891 -72.597 9 2 2.24 1.202 0.277 8205 0TMP20463 1994 9 23 9 24 43.65 34.768 -97.71 5 5 2.39 1.249 0.305 8206 8271TMP20464 1994 9 23 11 42 38.92 34.815 -97.684 5 5 2.24 1.264 0.313 8207 8271TMP20466 1994 9 23 22 14 47.1 45.318 -73.277 0 2 2.41 1.2 0.276 8208 0

B-233

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP20471 1994 9 24 21 29 0 49.247 -67.448 11.2 2 2.27 1.153 0.244 8209 0TMP20472 1994 9 25 0 53 28 47.77 -69.66 17 25 3.87 1.054 0.148 8210 0TMP20478 1994 9 26 14 23 22 36.929 -88.935 5 2 3.49 1.072 0.17 8211 0TMP20479 1994 9 29 0 0 0 43.74 -74.14 14 2 2.47 1.153 0.244 8212 0TMP20480 1994 9 29 5 43 51.26 43.846 -71.378 7.8 2 2.75 1.036 0.122 8213 0TMP20481 1994 9 29 22 49 20.7 43.744 -74.135 15 2 2.69 1.034 0.119 8214 8212TMP20484 1994 10 1 4 54 46.13 34.882 -97.494 5 2 2.47 1.055 0.15 8215 8271TMP20485 1994 10 2 11 27 22.5 42.347 -72.277 10 2 3.31 1.023 0.098 8216 0TMP20486 1994 10 2 12 38 11.45 42.415 -72.209 4.7 2 2.27 1.068 0.166 8217 8216TMP20487 1994 10 2 14 36 36.7 42.36 -72.218 10 2 3.02 1.036 0.121 8218 8216TMP20494 1994 10 6 0 34 38.25 42.4 -72.2 0 5 2.64 1.125 0.222 8219 8216TMP20495 1994 10 6 1 7 15.36 36.41 -89.53 5 2 2.32 1.257 0.309 8220 0TMP20502 1994 10 13 16 54 46.69 34.679 -97.471 5 2 2.35 1.056 0.151 8221 8271TMP20504 1994 10 14 18 11 0 45.887 -58.658 18 2 2.37 1.153 0.244 8222 0TMP20506 1994 10 15 21 44 31.92 36.54 -89.63 7.4 2 2.77 1.218 0.287 8223 8220TMP20508 1994 10 17 3 24 7.48 32.924 -80.164 4.6 5 2.58 1.233 0.296 8224 0TMP20510 1994 10 23 10 18 45.65 36.46 -89.53 6 2 2.77 1.218 0.287 8225 8220TMP20511 1994 10 23 11 50 0 49.413 -65.028 18 2 2.27 1.153 0.244 8226 0TMP20515 1994 10 27 21 35 0 51.894 -90.426 1 2 2.67 1.153 0.244 8227 0TMP20516 1994 10 28 2 4 0 39.3 -76.6 0 2 2.81 1.198 0.275 8228 0TMP20525 1994 11 3 16 41 0 51.983 -90.34 1 2 2.47 1.153 0.244 8229 8227TMP20526 1994 11 3 23 3 0 51.904 -90.018 1 2 2.47 1.153 0.244 8230 8227TMP20529 1994 11 4 23 50 8.6 34.903 -84.931 15.2 2 2.24 1.264 0.313 8231 0TMP20531 1994 11 6 12 50 38.9 35.985 -89.085 10 2 2.84 1.082 0.182 8232 0TMP20534 1994 11 9 7 7 0 49.892 -66.295 18 2 2.57 1.153 0.244 8233 0TMP20536 1994 11 10 13 2 0 45.049 -75.638 18 2 2.35 1.083 0.183 8234 0TMP20539 1994 11 11 20 29 33.59 36.45 -89.53 6.6 2 2.85 1.213 0.284 8235 8220TMP20543 1994 11 13 16 33 26.96 35.954 -99.058 5 5 2.55 1.235 0.297 8236 0TMP20548 1994 11 18 11 22 10 43.781 -70.918 5 2 2.83 1.066 0.164 8237 0TMP20549 1994 11 20 19 33 34 44.233 -70.6 5 2 2.98 1.024 0.099 8238 0TMP20550 1994 11 20 23 31 48.7 36.425 -89.555 10 2 2.82 1.058 0.153 8239 8220TMP20552 1994 11 21 0 18 32.8 44.09 -73.527 1 2 2.24 1.202 0.277 8240 0TMP20553 1994 11 21 0 30 55.2 44.077 -73.524 1 2 2.41 1.2 0.276 8241 8240TMP20556 1994 11 22 11 1 40.1 34.443 -84.7 8.5 2 2.39 1.249 0.305 8242 0TMP20559 1994 11 24 7 52 27 36.49 -89.6 5 2 2.39 1.249 0.305 8243 8220TMP20562 1994 11 27 22 5 4.48 36.64 -89.34 5 2 2.85 1.213 0.284 8244 0

B-234

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP20566 1994 12 1 13 2 0 47.437 -70.314 10.8 2 2.57 1.153 0.244 8245 0TMP20567 1994 12 2 15 12 0 43.985 -77.738 1.4 2 2.27 1.153 0.244 8246 0TMP20568 1994 12 3 4 24 39.3 40.34 -73.81 10 2 2.65 1.198 0.275 8247 0TMP20572 1994 12 6 5 58 38.38 36.6 -89.56 12.9 2 2.55 1.235 0.297 8248 8244TMP20577 1994 12 11 13 56 46.91 35.57 -90.45 15 2 2.55 1.235 0.297 8249 0TMP20581 1994 12 15 6 9 37.9 36.734 -89.336 5 2 2.47 1.087 0.187 8250 8244TMP20582 1994 12 15 21 44 0 45.922 -75.244 13 2 2.78 1.083 0.183 8251 0TMP20583 1994 12 20 4 12 22.08 34.794 -97.523 5 5 2.39 1.249 0.305 8252 8271TMP20584 1994 12 20 4 15 9.08 34.805 -97.519 5 5 2.24 1.264 0.313 8253 8271TMP20585 1994 12 20 4 19 39.28 34.83 -97.534 5 5 2.32 1.257 0.309 8254 8271TMP20586 1994 12 20 4 29 38.96 34.759 -97.538 5 5 2.39 1.249 0.305 8255 8271TMP20587 1994 12 20 4 49 16.15 34.77 -97.523 5 5 2.24 1.264 0.313 8256 8271TMP20588 1994 12 20 5 6 19.62 34.792 -97.503 5 5 2.24 1.264 0.313 8257 8271TMP20590 1994 12 20 5 56 4.5 34.778 -97.531 5 5 2.55 1.235 0.297 8258 8271TMP20593 1994 12 20 17 33 8.62 34.762 -97.491 5 5 2.24 1.264 0.313 8259 8271TMP20600 1994 12 22 15 43 16.13 34.7 -97.499 5 5 2.77 1.218 0.287 8260 8271TMP20603 1994 12 23 21 56 16.89 34.671 -97.463 5 2 2.22 1.055 0.15 8261 8271TMP20605 1994 12 25 19 6 7.52 39.29 -104.811 10 2 3.54 1.066 0.164 8262 0TMP20606 1994 12 25 21 31 0 49.746 -81.712 18 2 2.37 1.153 0.244 8263 0TMP20611 1995 1 1 21 1 47 35.6 -90.45 8.8 2 2.7 1.223 0.29 8264 8249TMP20613 1995 1 2 15 5 0 45.954 -74.842 18 2 2.54 1.083 0.183 8265 0TMP20617 1995 1 4 1 46 14 29.45 -96.95 5 2 2.54 1.124 0.221 8266 0TMP20622 1995 1 6 21 2 15.58 35.451 -96.184 5 5 2.53 1.087 0.187 8267 0TMP20630 1995 1 8 22 37 0 46.308 -78.52 18 2 2.27 1.153 0.244 8268 0TMP20636 1995 1 12 21 25 51 40.8 -82.68 0 2 2.98 1.153 0.244 8269 0TMP20637 1995 1 13 10 40 0 46.236 -76.651 18 2 2.27 1.153 0.244 8270 0TMP20643 1995 1 18 15 51 39.9 34.712 -97.542 5 22 3.95 1.033 0.117 8271 0TMP20644 1995 1 18 15 54 30.45 34.676 -97.413 5 5 2.64 1.055 0.149 8272 8271TMP20648 1995 1 22 8 24 48.7 37.05 -80.789 9 2 2.92 1.036 0.122 8273 0TMP20649 1995 1 22 9 46 0 49.128 -67.391 10.1 2 2.27 1.153 0.244 8274 0TMP20657 1995 1 27 2 37 7.4 40.95 -74.5 3 2 2.49 1.2 0.276 8275 0TMP20660 1995 1 31 11 11 0 52.848 -78.97 18 2 2.37 1.153 0.244 8276 0TMP20661 1995 1 31 11 18 25 36.51 -89.56 6 2 2.62 1.23 0.294 8277 0TMP20664 1995 2 2 22 38 0 45.438 -73.419 18 2 2.43 1.083 0.183 8278 0TMP20666 1995 2 4 9 43 51 36.66 -89.64 6 2 2.39 1.249 0.305 8279 8277TMP20673 1995 2 9 19 14 0.7 37.451 -80.284 18.3 2 2.62 1.23 0.294 8280 0

B-235

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP20675 1995 2 11 5 54 10.1 40.505 -94.952 5 2 2.99 1.124 0.221 8281 0TMP20680 1995 2 12 16 44 31.15 44.27 -70.25 5 25 2.98 1.066 0.163 8282 0TMP20681 1995 2 13 11 9 54.1 44.397 -74.734 4 2 2.33 1.202 0.277 8283 0TMP20687 1995 2 14 18 12 14.74 34.934 -97.583 5 5 2.47 1.242 0.301 8284 8271TMP20689 1995 2 14 19 20 23.11 34.748 -97.753 5 5 2.24 1.264 0.313 8285 8271TMP20691 1995 2 14 19 54 35.04 34.692 -97.694 5 5 2.39 1.249 0.305 8286 8271TMP20697 1995 2 15 0 44 11.44 34.791 -97.714 5 5 2.24 1.264 0.313 8287 8271TMP20701 1995 2 15 8 0 36.27 34.76 -97.768 5 5 2.32 1.257 0.309 8288 8271TMP20703 1995 2 15 15 53 0 45.905 -75.044 18 2 3.15 1.049 0.141 8289 0TMP20708 1995 2 17 1 13 16.2 44.173 -70.236 8 2 2.87 1.074 0.173 8290 8282TMP20711 1995 2 19 11 3 48.9 41.27 -74.09 4 2 2.49 1.2 0.276 8291 0TMP20712 1995 2 19 12 57 6 39.12 -83.47 10 2 3.55 1.071 0.169 8292 0TMP20715 1995 2 20 19 49 15.2 43.764 -74.887 5 2 2.41 1.2 0.276 8293 0TMP20716 1995 2 21 21 13 34 36.07 -89.74 22.3 2 2.24 1.264 0.313 8294 0TMP20719 1995 2 23 9 32 14.4 41.995 -80.917 15 2 2.58 1.083 0.183 8295 0TMP20722 1995 2 23 14 31 44.72 34.739 -97.517 5 5 2.5 1.055 0.149 8296 8271TMP20725 1995 2 24 12 17 0 45.927 -57.868 18 2 2.67 1.153 0.244 8297 0TMP20726 1995 2 24 17 58 13.92 36.46 -98.466 5 5 2.32 1.257 0.309 8298 0TMP20727 1995 2 25 1 13 27.1 44.083 -73.522 0 2 2.33 1.202 0.277 8299 8240TMP20734 1995 3 2 5 33 51.4 44.233 -74.426 4 2 2.78 1.066 0.164 8300 0TMP20746 1995 3 6 22 45 34 36.48 -89.57 8.2 2 2.7 1.223 0.29 8301 8277TMP20747 1995 3 7 10 19 15.39 44.8483 -67.76 23.5 2 2.64 1.045 0.136 8302 0TMP20749 1995 3 8 13 34 0 45.523 -71.412 18 2 2.33 1.074 0.173 8303 0TMP20752 1995 3 11 4 13 0 46.114 -77.719 18 2 2.47 1.153 0.244 8304 0TMP20756 1995 3 11 21 10 16 40.1 -76.4 5 2 2.94 1.082 0.182 8305 0TMP20762 1995 3 15 8 32 29 36.53 -89.62 5 2 2.32 1.257 0.309 8306 8277TMP20767 1995 3 18 5 49 0 49.322 -66.673 25.4 2 2.67 1.153 0.244 8307 0TMP20768 1995 3 18 14 24 30.19 43.3357 -71.638 8.9 2 2.5 1.049 0.141 8308 0TMP20769 1995 3 18 22 6 21 35.425 -84.922 17 1 3.35 1.144 0.237 8309 0TMP20770 1995 3 19 18 36 43.9 35 -104.212 5 2 2.98 1.153 0.244 8310 0TMP20776 1995 3 21 18 25 9.6 36.152 -82.722 0 1 2.66 1.176 0.26 8311 0TMP20780 1995 3 23 11 10 12.46 36.949 -99.74 5 25 2.36 1.035 0.12 8312 0TMP20784 1995 3 26 8 42 0 49.095 -67.85 18 2 2.27 1.153 0.244 8313 0TMP20790 1995 3 30 16 59 38.3 34.835 -97.678 5 5 2.22 1.055 0.149 8314 8271TMP20791 1995 3 30 18 58 34.95 34.82 -97.729 5 5 2.53 1.087 0.187 8315 8271TMP20792 1995 3 31 22 31 21.45 34.38 -97.077 5 5 2.32 1.257 0.309 8316 0

B-236

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP20793 1995 4 1 0 0 0 46.16 -75.2 8 2 2.47 1.153 0.244 8317 8318TMP20796 1995 4 1 6 6 0 46.165 -75.2 18 2 2.47 1.153 0.244 8318 0TMP20798 1995 4 2 6 53 55.75 34.21 -96.619 5 5 2.48 1.055 0.15 8319 0TMP20799 1995 4 2 14 2 29.84 34.099 -96.559 5 5 2.32 1.055 0.15 8320 8319TMP20802 1995 4 4 18 33 12.47 34.312 -97.124 5 5 2.32 1.257 0.309 8321 8316TMP20803 1995 4 4 18 43 1.35 35.279 -97.776 5 5 2.24 1.264 0.313 8322 0TMP20806 1995 4 5 5 31 17.9 35.152 -98.936 5 2 2.73 1.039 0.127 8323 0TMP20811 1995 4 8 20 9 23.7 40.349 -76.102 4 2 2.73 1.198 0.275 8324 0TMP20816 1995 4 10 18 26 1.79 32.939 -80.153 4.3 5 2.2 1.268 0.315 8325 8340TMP20818 1995 4 11 15 59 33.29 44.4435 -68.7423 5 2 2.75 1.066 0.164 8326 0TMP20820 1995 4 12 23 37 39 36.22 -89.41 9.3 2 2.62 1.23 0.294 8327 8362TMP20821 1995 4 14 0 32 56.1 30.285 -103.347 17 2 5.64 1.006 0.049 8328 0TMP20822 1995 4 14 1 11 48.4 30.3 -103.35 10 2 2.38 1.153 0.244 8329 8328TMP20823 1995 4 14 2 14 26 30.3 -103.35 10 2 2.48 1.153 0.244 8330 8328TMP20824 1995 4 14 2 19 38.5 30.3 -103.35 10 2 2.98 1.153 0.244 8331 8328TMP20825 1995 4 14 2 47 45.7 42.646 -74.383 1 2 2.49 1.2 0.276 8332 0TMP20826 1995 4 14 3 48 42 30.3 -103.35 10 2 2.28 1.153 0.244 8333 8328TMP20828 1995 4 14 5 53 39 30.3 -103.35 10 2 2.38 1.153 0.244 8334 8328TMP20830 1995 4 14 8 27 12.5 30.3 -103.35 10 2 2.48 1.153 0.244 8335 8328TMP20831 1995 4 14 10 2 58 30.3 -103.35 10 2 2.58 1.153 0.244 8336 8328TMP20835 1995 4 15 14 33 29.5 30.271 -103.324 10 2 3.84 1.124 0.221 8337 8328TMP20836 1995 4 15 23 37 13.3 37.267 -77.845 5 3 2.24 1.264 0.313 8338 0TMP20841 1995 4 16 20 54 15.5 44.966 -74.992 9 2 2.33 1.202 0.277 8339 0TMP20844 1995 4 17 13 45 57.8 32.947 -80.068 10 22 3.64 1.05 0.143 8340 0TMP20846 1995 4 20 4 37 0 49.147 -67.727 15.4 2 2.87 1.153 0.244 8341 8313TMP20855 1995 4 20 16 42 39.25 34.762 -97.769 5 5 2.32 1.257 0.309 8342 8271TMP20858 1995 4 20 23 15 35.82 34.759 -97.779 5 5 2.26 1.055 0.15 8343 8271TMP20861 1995 4 21 4 41 44 30.3 -103.35 10 2 2.58 1.124 0.221 8344 8328TMP20872 1995 4 24 3 15 51 36.67 -89.57 6.3 2 2.62 1.23 0.294 8345 8277TMP20875 1995 4 27 0 42 35.4 36.69 -89.48 5 2 2.73 1.084 0.184 8346 8277TMP20879 1995 5 4 9 31 0 46.945 -72.907 18 2 2.73 1.083 0.183 8347 0TMP20882 1995 5 6 5 1 42 36.22 -89.52 5 2 2.32 1.257 0.309 8348 8362TMP20884 1995 5 6 7 51 0 47 -66.6 5 2 3.45 1.042 0.131 8349 0TMP20888 1995 5 7 6 15 10.1 43.396 -70.9302 10 2 2.38 1.068 0.166 8350 0TMP20900 1995 5 18 15 44 0 47.502 -70.044 14.6 2 2.37 1.153 0.244 8351 0TMP20903 1995 5 25 14 22 32.6 42.995 -78.831 5 2 2.51 1.066 0.164 8352 0

B-237

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP20905 1995 5 26 18 36 49 43.81 -70.67 1.8 2 2.76 1.375 0.365 8353 0TMP20907 1995 5 27 19 51 10.4 36.17 -89.43 6 2 3.47 1.073 0.172 8354 8362TMP20908 1995 5 27 20 56 8 36.47 -89.49 6.5 2 2.62 1.23 0.294 8355 0TMP20910 1995 5 28 19 23 28.29 44.6593 -68.2407 0.2 2 2.53 1.067 0.165 8356 0TMP20914 1995 6 1 1 6 15.7 30.3 -103.35 10 2 3.19 1.124 0.221 8357 8328TMP20915 1995 6 1 4 49 27.7 34.134 -96.683 5 25 3.03 1.049 0.142 8358 0TMP20921 1995 6 3 22 44 32 47.02 -76.28 11.3 2 3.28 1.074 0.173 8359 0TMP20922 1995 6 4 4 35 12.5 40.339 -75.966 1 2 2.81 1.198 0.275 8360 0TMP20923 1995 6 4 21 29 0 47.017 -76.288 18 2 2.27 1.153 0.244 8361 8359TMP20930 1995 6 6 21 27 11.8 36.22 -89.47 5 2 3.11 1.076 0.175 8362 0TMP20932 1995 6 7 0 24 45.45 34.18 -96.659 5 5 2.28 1.056 0.151 8363 8358TMP20941 1995 6 14 6 51 0 45.802 -74.894 18 2 2.47 1.083 0.183 8364 0TMP20942 1995 6 15 15 59 0 47.716 -69.928 25.4 2 2.27 1.153 0.244 8365 0TMP20943 1995 6 16 12 13 11.4 44.286 -71.915 5 2 3.71 1.024 0.1 8366 0TMP20952 1995 6 26 0 36 17 36.747 -81.452 5 4 3.29 1.045 0.135 8367 0TMP20955 1995 6 27 21 19 43.5 34.27 -96.406 5 5 2.25 1.058 0.153 8368 0TMP20957 1995 6 28 3 38 57.3 35.436 -102.378 5 2 2.48 1.153 0.244 8369 0TMP20960 1995 6 29 9 27 20.1 36.59 -89.79 5 2 2.68 1.153 0.244 8370 8371TMP20961 1995 6 29 20 7 48.2 36.58 -89.77 10 2 2.9 1.084 0.184 8371 0TMP20964 1995 7 3 3 4 4.5 44 -99.5 5 2 2.5 1.124 0.221 8372 0TMP20966 1995 7 4 3 59 4.5 36.246 -104.814 5 2 3.43 1.124 0.221 8373 0TMP20969 1995 7 5 14 16 44.4 35.366 -84.212 10 3 3.54 1.104 0.203 8374 0TMP20971 1995 7 6 2 41 51 30.3 -103.35 10 2 2.38 1.153 0.244 8375 8328TMP20972 1995 7 6 2 47 4 30.3 -103.35 10 2 2.28 1.153 0.244 8376 8328TMP20973 1995 7 7 14 6 32 35.64 -90.37 23.8 2 2.7 1.223 0.29 8377 0TMP20974 1995 7 7 21 1 2.8 36.515 -81.873 11 2 3.03 1.036 0.121 8378 0TMP20978 1995 7 9 10 30 0 47.042 -66.676 5 2 2.47 1.153 0.244 8379 0TMP20979 1995 7 9 12 42 56 35.88 -91.4 5 2 3 1.203 0.278 8380 0TMP20981 1995 7 13 9 38 0 46.565 -74.999 18 2 2.37 1.153 0.244 8381 0TMP20991 1995 7 19 14 49 0 49.929 -70.15 18 2 2.37 1.153 0.244 8382 0TMP20992 1995 7 20 2 10 34.4 36.528 -89.632 5 2 2.98 1.085 0.185 8383 0TMP20993 1995 7 20 4 29 57.06 34.835 -97.682 5 28 2.42 1.077 0.176 8384 0TMP20994 1995 7 21 0 50 7 32.985 -80.164 6.5 2 2.47 1.119 0.217 8385 0TMP21000 1995 7 28 5 47 0 46.164 -74.947 18 2 2.63 1.074 0.173 8386 0TMP21003 1995 7 31 0 47 48.2 37.69 -90.81 5 2 2.73 1.084 0.184 8387 0TMP21007 1995 8 3 13 7 4.3 37.401 -76.683 5 2 2.82 1.075 0.174 8388 0

B-238

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP21009 1995 8 3 20 52 0 50.887 -85.179 18 2 2.37 1.153 0.244 8389 0TMP21022 1995 8 17 23 18 50.8 36.102 -89.409 5 2 3.02 1.082 0.182 8390 0TMP21028 1995 8 19 10 6 46.5 43.9395 -69.286 2.5 2 2.44 1.06 0.156 8391 0TMP21032 1995 8 20 16 15 0 45.407 -73.279 18 2 2.68 1.074 0.173 8392 0TMP21036 1995 8 21 15 46 2.86 34.803 -97.799 5 5 2.47 1.242 0.301 8393 0TMP21055 1995 8 22 10 42 0 45.252 -75.132 16.3 2 2.27 1.153 0.244 8394 0TMP21061 1995 8 23 5 35 32 36.12 -89.78 2.5 2 2.55 1.235 0.297 8395 0TMP21065 1995 8 25 0 50 11 36.2 -89.44 10 2 2.77 1.218 0.287 8396 8390TMP21073 1995 9 2 2 35 0 45.992 -57.984 18 2 2.67 1.153 0.244 8397 0TMP21074 1995 9 3 1 33 0 47 -66.6 5 2 2.47 1.153 0.244 8398 0TMP21076 1995 9 5 23 1 21.2 38.36 -89.04 3 2 2.92 1.073 0.172 8399 0TMP21084 1995 9 12 3 59 5 45.6 -74.44 15.1 2 3.27 1.153 0.244 8400 0TMP21088 1995 9 13 5 54 44 36.1 -89.77 10 2 2.7 1.223 0.29 8401 0TMP21091 1995 9 15 0 31 33.05 36.87 -98.726 5 25 3.73 1.028 0.108 8402 0TMP21096 1995 9 16 12 53 50.7 32.979 -80.157 3.9 25 2.86 1.081 0.18 8403 0TMP21105 1995 9 20 16 41 8 46.57 -76.28 22 2 2.85 1.082 0.182 8404 0TMP21106 1995 9 21 23 3 0 45.089 -74.206 18 2 2.67 1.153 0.244 8405 0TMP21108 1995 9 23 3 6 0 48.303 -71.489 18 2 2.27 1.153 0.244 8406 0TMP21113 1995 9 25 12 16 54.46 33.962 -97.443 5 5 2.47 1.242 0.301 8407 0TMP21114 1995 9 25 14 39 5.13 34.02 -97.445 5 5 2.39 1.249 0.305 8408 8407TMP21119 1995 9 30 3 17 40.37 43.322 -71.634 8.9 2 2.47 1.066 0.164 8409 0TMP21123 1995 10 1 7 52 0 47.283 -76.352 18 2 2.27 1.153 0.244 8410 0TMP21125 1995 10 1 16 43 16.21 36.146 -99.629 5 5 2.55 1.235 0.297 8411 0TMP21126 1995 10 2 18 0 54 35.34 -90.12 9 2 2.93 1.208 0.281 8412 0TMP21128 1995 10 4 14 48 29 36.41 -89.47 5 2 2.32 1.257 0.309 8413 0TMP21138 1995 10 9 5 39 0 46.143 -75.256 18 2 2.77 1.153 0.244 8414 0TMP21139 1995 10 9 20 11 36.4 42.7137 -71.7803 6.3 2 2.58 1.066 0.164 8415 0TMP21140 1995 10 10 7 19 0 46.445 -78.774 18 2 2.98 1.074 0.173 8416 0TMP21145 1995 10 17 2 12 28.6 39.755 -75.573 16.7 2 2.28 1.084 0.184 8417 0TMP21146 1995 10 17 8 51 43.2 39.756 -75.544 17.4 2 2.24 1.154 0.245 8418 8417TMP21150 1995 10 20 12 49 0 52.044 -90.484 1 2 2.27 1.153 0.244 8419 0TMP21151 1995 10 20 15 57 18.7 45.788 -96.864 5 2 3.36 1.124 0.221 8420 0TMP21152 1995 10 21 17 4 25.2 42.849 -77.916 5 2 2.69 1.083 0.183 8421 0TMP21179 1995 11 11 5 42 0 45.024 -81.031 18 2 2.37 1.153 0.244 8422 0TMP21180 1995 11 12 7 23 46.27 44.392 -68.0283 21.5 2 2.85 1.052 0.146 8423 0TMP21182 1995 11 12 17 45 59.4 30.3 -103.35 10 2 3.28 1.153 0.244 8424 8328

B-239

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP21183 1995 11 13 0 12 0 44.343 -67.862 18 2 2.37 1.153 0.244 8425 8423TMP21185 1995 11 15 10 29 24.8 37.717 -81.043 32.8 31 2.85 1.213 0.284 8426 0TMP21200 1995 11 24 1 52 35 36.6 -89.82 18.2 2 3 1.203 0.278 8427 0TMP21206 1995 11 29 18 24 46 37.97 -81.35 19 2 3.16 1.195 0.273 8428 0TMP21208 1995 11 30 23 41 0 46.995 -76.298 18 2 2.67 1.153 0.244 8429 0TMP21209 1995 12 1 14 37 43 35.155 -98.897 5 2 2.79 1.054 0.148 8430 0TMP21211 1995 12 2 17 17 24.8 38.22 -81.55 1 2 2.85 1.213 0.284 8431 0TMP21212 1995 12 3 4 56 41 35.78 -90.11 13 2 2.47 1.242 0.301 8432 8447TMP21216 1995 12 4 20 49 0 46.078 -75.104 18 2 2.47 1.153 0.244 8433 0TMP21217 1995 12 4 21 34 25.27 34.268 -98.46 5 5 2.24 1.264 0.313 8434 0TMP21219 1995 12 6 22 52 0 49.554 -81.826 18 2 3.07 1.153 0.244 8435 0TMP21221 1995 12 8 1 43 26.09 44.0875 -71.246 16.9 2 2.26 1.052 0.146 8436 0TMP21237 1995 12 14 17 48 56.61 34.723 -97.741 5 5 2.36 1.055 0.149 8437 0TMP21241 1995 12 14 18 38 7.65 34.719 -97.765 5 5 2.28 1.091 0.191 8438 8437TMP21242 1995 12 14 18 44 7.71 34.778 -97.743 5 5 2.32 1.257 0.309 8439 8437TMP21243 1995 12 14 19 1 39.76 34.676 -97.687 5 5 2.22 1.055 0.149 8440 8437TMP21250 1995 12 14 21 8 12.96 35.114 -97.96 5 5 2.47 1.242 0.301 8441 0TMP21253 1995 12 14 22 37 42.92 34.745 -97.71 5 5 2.32 1.257 0.309 8442 8437TMP21257 1995 12 14 23 48 2 34.757 -97.747 5 5 2.47 1.242 0.301 8443 8437TMP21260 1995 12 15 9 33 57.95 34.77 -97.734 5 5 2.51 1.054 0.148 8444 8437TMP21262 1995 12 15 10 16 40.2 36.071 -83.64 5 3 2.67 1.049 0.141 8445 0TMP21265 1995 12 17 16 12 33 35.38 -90.82 13.2 2 2.47 1.242 0.301 8446 0TMP21267 1995 12 18 14 17 53 35.76 -90.2 6.5 2 2.55 1.235 0.297 8447 0TMP21271 1995 12 20 0 22 43 36.51 -89.6 3.7 2 2.7 1.223 0.29 8448 0TMP21275 1995 12 23 6 51 48.8 38.732 -104.917 5 2 3.27 1.124 0.221 8449 0TMP21281 1995 12 26 10 20 0 49.509 -70.139 18 2 2.27 1.153 0.244 8450 0TMP21282 1995 12 26 14 51 0 47.4 -70.182 12.8 2 2.47 1.153 0.244 8451 0TMP21290 1995 12 28 23 48 30.4 38.084 -80.968 13.1 5 2.77 1.218 0.287 8452 0TMP21291 1995 12 30 10 32 0 42.849 -82.313 5 2 2.27 1.153 0.244 8453 0TMP21292 1995 12 31 0 37 38.1 38.716 -104.91 5 2 2.5 1.124 0.221 8454 8449TMP21313 1996 1 17 0 42 0 47.481 -70.145 11.7 2 2.27 1.153 0.244 8455 8451TMP21318 1996 1 26 5 26 56 36.04 -90.63 10 2 2.77 1.218 0.287 8456 0TMP21341 1996 2 6 15 10 28.2 42.513 -97.542 5 2 3.27 1.066 0.164 8457 0TMP21342 1996 2 6 16 8 36.7 43.981 -103.729 5 2 3.48 1.124 0.221 8458 0TMP21356 1996 2 14 16 57 0 45.822 -73.655 18 2 2.27 1.153 0.244 8459 0TMP21360 1996 2 17 15 35 50 36.51 -89.55 4.9 2 2.85 1.213 0.284 8460 0

B-240

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP21370 1996 2 20 6 13 0 45.962 -74.783 18 2 2.67 1.153 0.244 8461 0TMP21381 1996 2 26 2 1 0 47.699 -70.106 10.3 2 2.37 1.153 0.244 8462 0TMP21394 1996 3 3 13 41 38.4 34.909 -98.717 5 5 2.32 1.257 0.309 8463 0TMP21395 1996 3 4 10 35 12.9 32.315 -82.665 1.3 25 2.77 1.218 0.287 8464 0TMP21399 1996 3 5 14 14 0 43.89 -61.922 18 2 2.57 1.153 0.244 8465 0TMP21417 1996 3 14 10 42 24.71 45.92 -74.4 22 2 3.72 1.024 0.1 8466 0TMP21418 1996 3 14 10 42 26 45.92 -74.4 29.5 2 4.08 1.074 0.173 8467 8466TMP21423 1996 3 15 17 47 0 46.977 -75.683 18 2 2.27 1.153 0.244 8468 0TMP21431 1996 3 22 20 22 12.5 41.69 -71.242 11 2 3 1.036 0.121 8469 0TMP21432 1996 3 24 3 43 0 46.775 -73.383 18 2 2.67 1.153 0.244 8470 0TMP21437 1996 3 25 6 43 46.8 35.61 -102.601 5 2 3.18 1.153 0.244 8471 0TMP21438 1996 3 25 14 15 50.5 32.131 -88.671 5 2 3.18 1.153 0.244 8472 0TMP21444 1996 3 30 13 45 41.7 44.917 -73.484 10 2 2.25 1.083 0.183 8473 0TMP21450 1996 4 3 11 55 4 35.5 -90.57 6.4 2 2.77 1.218 0.287 8474 8475TMP21452 1996 4 4 23 55 5 35.52 -90.54 8.5 2 2.93 1.208 0.281 8475 0TMP21456 1996 4 9 2 48 8.1 43.069 -104.102 5 2 3.24 1.124 0.221 8476 0TMP21457 1996 4 9 8 8 43 34.87 -91.31 12.1 2 2.62 1.23 0.294 8477 8478TMP21463 1996 4 11 21 54 57.6 34.969 -91.162 5 2 3.16 1.074 0.173 8478 0TMP21480 1996 4 20 1 43 0 49.176 -80.965 18 2 2.87 1.153 0.244 8479 0TMP21487 1996 4 22 10 44 30.2 41.68 -71.062 5 2 2.31 1.036 0.122 8480 8469TMP21488 1996 4 23 6 19 11 36.95 -90.44 4.9 2 2.47 1.242 0.301 8481 0TMP21490 1996 4 24 20 46 19.89 44.4602 -70.0218 6.7 2 2.46 1.06 0.156 8482 0TMP21503 1996 5 1 6 13 49.57 44.4418 -69.9533 11.4 2 2.62 1.045 0.136 8483 8482TMP21507 1996 5 3 7 47 51.5 43.045 -104.022 5 2 2.78 1.153 0.244 8484 8476TMP21508 1996 5 3 17 38 59.7 44.4467 -69.9528 0 2 2.77 1.066 0.163 8485 8482TMP21530 1996 5 11 4 55 0 45.043 -73.994 18 2 2.45 1.083 0.183 8486 0TMP21532 1996 5 12 11 53 0 47.516 -70.028 14.8 2 2.67 1.153 0.244 8487 8505TMP21535 1996 5 14 12 2 35 36.46 -89.56 9.4 2 2.24 1.264 0.313 8488 0TMP21536 1996 5 16 3 7 37 56.67 -87.25 18 5 3.57 1.153 0.244 8489 0TMP21546 1996 5 25 16 50 34 36.03 -89 4.7 2 2.39 1.249 0.305 8490 0TMP21551 1996 5 29 5 16 22.07 34.315 -98.311 5 5 2.47 1.242 0.301 8491 0TMP21552 1996 5 29 5 47 2.66 43.7383 -71.2228 7.1 2 2.23 1.036 0.122 8492 0TMP21561 1996 6 7 9 41 0 47.53 -69.942 13.3 2 2.38 1.024 0.1 8493 8505TMP21563 1996 6 8 20 13 58.19 42.6513 -74.017 17.5 2 2.54 1.052 0.146 8494 0TMP21568 1996 6 12 18 33 0 49.793 -65.457 18 2 2.37 1.153 0.244 8495 0TMP21572 1996 6 14 3 52 11.4 39.741 -75.549 2.2 2 2.32 1.154 0.245 8496 0

B-241

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP21574 1996 6 14 23 0 13 35.38 -88.14 5 2 2.77 1.218 0.287 8497 0TMP21577 1996 6 18 10 23 3 36.59 -89.38 5 2 2.77 1.218 0.287 8498 8488TMP21580 1996 6 19 23 9 56 36.51 -89.55 6.8 2 2.47 1.242 0.301 8499 8488TMP21581 1996 6 20 15 19 46 36.27 -89.51 6.8 2 2.7 1.223 0.29 8500 8488TMP21600 1996 6 28 10 2 3 36.47 -89.52 7.4 2 2.32 1.257 0.309 8501 8488TMP21615 1996 7 5 16 11 23.3 39.907 -75.492 17.8 2 2.73 1.198 0.275 8502 8496TMP21616 1996 7 5 21 37 9.5 35.2 -84 5 2 2.48 1.153 0.244 8503 0TMP21620 1996 7 7 21 55 54 36.32 -89.47 3.8 2 2.32 1.257 0.309 8504 8488TMP21637 1996 7 14 18 46 0 47.694 -69.993 7.3 2 2.97 1.153 0.244 8505 0TMP21638 1996 7 14 18 46 48.24 47.8105 -70.1712 0.1 2 2.87 1.153 0.244 8506 8505TMP21639 1996 7 15 22 48 56 36.65 -89.54 10.5 2 2.32 1.257 0.309 8507 8488TMP21640 1996 7 16 0 35 6 35.76 -90.2 6.9 2 3 1.203 0.278 8508 0TMP21648 1996 7 18 16 47 43 36.54 -89.6 7.4 2 2.39 1.249 0.305 8509 8488TMP21649 1996 7 18 18 18 4 36.54 -89.6 2.7 2 2.62 1.23 0.294 8510 8488TMP21652 1996 7 19 6 20 59 36.56 -89.6 2.5 2 2.32 1.257 0.309 8511 8488TMP21654 1996 7 19 11 28 47 36.56 -89.6 2.9 2 2.7 1.223 0.29 8512 8488TMP21662 1996 7 23 0 0 0 44.45 -74.09 4 2 2.37 1.153 0.244 8513 0TMP21663 1996 7 23 1 19 59.97 44.45 -74.03 5 2 2.67 1.083 0.183 8514 8513TMP21665 1996 7 23 17 8 32 36.51 -89.61 14.6 2 2.32 1.257 0.309 8515 0TMP21667 1996 7 25 6 8 24.4 37.023 -81.063 12 2 2.47 1.242 0.301 8516 0TMP21668 1996 7 25 6 47 40.4 42.96 -78.361 7.6 2 2.63 1.083 0.183 8517 0TMP21669 1996 7 25 8 58 0 47.01 -66.579 5 2 2.27 1.153 0.244 8518 0TMP21671 1996 7 26 8 58 5.11 47.0437 -66.627 31.3 2 2.65 1.083 0.183 8519 8518TMP21680 1996 8 1 5 44 22.7 37.398 -104.247 5 2 3.48 1.153 0.244 8520 0TMP21681 1996 8 1 5 55 54.1 37.378 -104.196 5 2 2.88 1.153 0.244 8521 8520TMP21689 1996 8 5 23 34 51 36.49 -89.54 9.7 2 2.39 1.249 0.305 8522 8488TMP21696 1996 8 11 9 11 21.3 37.731 -80.628 4.9 1 2.47 1.242 0.301 8523 0TMP21697 1996 8 11 18 17 49.8 33.577 -90.874 10 2 3.42 1.08 0.179 8524 0TMP21706 1996 8 16 4 56 0 49.244 -82.949 18 2 3.28 1.074 0.173 8525 0TMP21715 1996 8 19 11 26 55 36.12 -89.41 8.3 2 2.85 1.213 0.284 8526 0TMP21718 1996 8 21 7 54 14 44.184 -71.352 10 2 3.45 1.024 0.1 8527 0TMP21719 1996 8 22 20 19 0 49.247 -82.969 18 2 2.37 1.153 0.244 8528 8525TMP21727 1996 8 28 19 37 0 49.528 -65.116 18 2 2.77 1.153 0.244 8529 0TMP21728 1996 8 29 2 31 0 49.738 -65.708 18 2 2.47 1.153 0.244 8530 0TMP21737 1996 8 31 6 23 9 36.5 -89.55 11.8 2 2.32 1.257 0.309 8531 8488TMP21742 1996 9 2 9 28 0 46.012 -66.197 18 2 3.18 1.045 0.135 8532 0

B-242

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP21747 1996 9 5 20 52 54 36.23 -89.42 5.8 2 2.47 1.242 0.301 8533 0TMP21756 1996 9 13 12 46 30.71 35.927 -97.867 5 5 2.24 1.056 0.151 8534 0TMP21758 1996 9 14 7 17 27 36.54 -89.55 2 2 2.62 1.23 0.294 8535 8488TMP21760 1996 9 14 20 52 2 36.48 -89.56 5.1 2 2.32 1.257 0.309 8536 8488TMP21761 1996 9 16 21 44 0 46.668 -76.51 18 2 2.87 1.153 0.244 8537 0TMP21768 1996 9 18 2 16 27.7 33.738 -82.099 5 11 2.48 1.153 0.244 8538 0TMP21769 1996 9 20 1 35 52.47 42.3827 -72.2777 4.6 2 2.38 1.066 0.164 8539 0TMP21772 1996 9 20 23 15 55 45.55 -74.6 18 2 2.41 1.2 0.276 8540 0TMP21777 1996 9 23 1 15 7.2 36.278 -83.708 4.1 1 2.77 1.218 0.287 8541 0TMP21779 1996 9 23 15 55 0 46.053 -73.59 18 2 2.63 1.074 0.173 8542 0TMP21783 1996 9 24 11 47 10 39.789 -70.379 10 2 2.89 1.198 0.275 8543 0TMP21784 1996 9 24 23 41 0 47.548 -70.242 12.8 2 2.38 1.024 0.1 8544 8505TMP21805 1996 10 4 7 17 0 45.956 -75.077 18 2 2.27 1.153 0.244 8545 0TMP21810 1996 10 8 20 20 33 36.45 -91.28 10.9 2 2.85 1.213 0.284 8546 0TMP21819 1996 10 13 11 11 24.1 35.878 -89.987 5 2 2.68 1.086 0.186 8547 8567TMP21821 1996 10 13 18 57 46 38.41 -89.38 23.4 2 2.93 1.208 0.281 8548 0TMP21822 1996 10 14 1 48 0 44.658 -54.374 18 2 2.26 1.375 0.365 8549 0TMP21826 1996 10 17 7 6 1 35.91 -90.06 15.1 2 2.24 1.264 0.313 8550 8567TMP21828 1996 10 17 11 43 27.98 39.74 -76.05 5 2 2.32 1.057 0.152 8551 0TMP21833 1996 10 19 16 58 43 35.77 -89.33 6.5 2 2.62 1.23 0.294 8552 0TMP21842 1996 10 24 6 44 18.8 39.865 -74.347 9 2 2.24 1.202 0.277 8553 0TMP21845 1996 10 25 4 29 20.7 35.712 -84.432 11.8 1 2.24 1.264 0.313 8554 0TMP21850 1996 10 27 9 36 47.6 44.414 -74.554 7 2 2.45 1.083 0.183 8555 0TMP21854 1996 10 28 6 59 38.94 40.268 -76.141 5 2 2.59 1.057 0.152 8556 0TMP21858 1996 10 29 9 56 10.7 35.481 -84.326 14.3 1 2.55 1.235 0.297 8557 0TMP21863 1996 10 30 6 44 0 50.304 -64.944 18 2 2.27 1.153 0.244 8558 0TMP21866 1996 11 1 3 9 28.3 37.349 -104.232 5 2 2.88 1.153 0.244 8559 8520TMP21872 1996 11 5 19 48 19 37.33 -90.22 3.6 2 3 1.203 0.278 8560 0TMP21875 1996 11 12 2 3 33 38 -90.4 5 2 2.66 1.085 0.185 8561 0TMP21892 1996 11 21 14 45 27 36.14 -89.7 6.8 2 2.39 1.249 0.305 8562 0TMP21899 1996 11 23 10 54 18.5 35.04 -100.504 5 2 2.68 1.153 0.244 8563 0TMP21900 1996 11 23 11 3 7 36.2 -89.47 5 2 2.24 1.264 0.313 8564 8562TMP21904 1996 11 26 17 49 35.4 34.966 -85.08 0 1 2.39 1.249 0.305 8565 0TMP21906 1996 11 27 20 14 0 50.109 -65.273 18 2 2.67 1.153 0.244 8566 0TMP21908 1996 11 29 5 41 33.6 35.919 -89.927 20 2 3.76 1.024 0.1 8567 0TMP21909 1996 11 29 10 47 9 36.29 -89.37 5 2 3.44 1.081 0.18 8568 0

B-243

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP21913 1996 12 2 4 48 50.8 36.318 -83.48 0.4 3 2.77 1.218 0.287 8569 0TMP21915 1996 12 3 10 50 4 36.24 -89.45 5.4 2 2.39 1.249 0.305 8570 8568TMP21930 1996 12 12 19 13 42.65 43.6687 -71.3092 12.3 2 2.55 1.049 0.141 8571 0TMP21931 1996 12 13 13 14 32 36.25 -89.33 4.9 2 2.47 1.242 0.301 8572 8568TMP21932 1996 12 13 13 25 57.6 33.881 -87.139 0 3 2.24 1.264 0.313 8573 0TMP21933 1996 12 15 7 19 56.8 36.033 -89.842 0 2 2.48 1.153 0.244 8574 8567TMP21936 1996 12 16 1 10 59 35.89 -90.01 6.3 2 2.24 1.264 0.313 8575 8567TMP21937 1996 12 16 1 58 31.3 39.5 -87.4 5 2 2.99 1.124 0.221 8576 0TMP21941 1996 12 19 16 29 58.91 35.124 -97.615 5 25 2.51 1.078 0.177 8577 0TMP21945 1996 12 22 5 56 17.25 39.2 -76.9 5 2 2.57 1.095 0.195 8578 0TMP21960 1996 12 31 10 56 46 46.49 -75.71 12.2 2 3.31 1.083 0.183 8579 0TMP21965 1997 1 1 16 2 52 36.68 -90.84 4.8 2 2.55 1.235 0.297 8580 0TMP21971 1997 1 3 23 20 25.5 35.625 -97.792 5 2 2.47 1.242 0.301 8581 0TMP21973 1997 1 4 13 38 1.53 43.7952 -69.1875 25.1 2 2.56 1.067 0.165 8582 0TMP21982 1997 1 9 3 7 25.9 33.2 -92.6 5 2 2.48 1.153 0.244 8583 0TMP21992 1997 1 10 14 58 1.79 34.716 -97.437 5 2 2.24 1.056 0.151 8584 0TMP21998 1997 1 10 19 27 0 47.509 -70.196 17 2 2.77 1.153 0.244 8585 0TMP22004 1997 1 14 4 47 0 47.657 -69.877 14.6 2 2.73 1.074 0.173 8586 0TMP22007 1997 1 18 2 46 0 49.516 -66.928 18 2 2.67 1.153 0.244 8587 0TMP22008 1997 1 18 2 51 0 49.506 -66.881 18 2 2.37 1.153 0.244 8588 8587TMP22009 1997 1 18 2 53 0 49.523 -66.908 18 2 2.47 1.153 0.244 8589 8587TMP22014 1997 1 18 22 4 39 39.1 -105.1 5 2 2.48 1.153 0.244 8590 0TMP22016 1997 1 19 3 56 56.3 39.1 -105.1 5 2 2.5 1.074 0.173 8591 8590TMP22017 1997 1 19 4 36 15 39.1 -105.1 5 2 2.38 1.153 0.244 8592 8590TMP22024 1997 1 22 17 43 0 44.888 -77.151 18 2 2.47 1.153 0.244 8593 0TMP22025 1997 1 23 0 30 52 36.29 -89.43 0.9 2 2.62 1.23 0.294 8594 8568TMP22026 1997 1 23 2 15 13.3 35.267 -84.016 2.8 1 2.62 1.23 0.294 8595 0TMP22039 1997 1 31 9 4 51 35.97 -89.32 5 2 2.62 1.23 0.294 8596 0TMP22040 1997 2 2 2 58 0 46.286 -74.713 18 2 2.27 1.153 0.244 8597 0TMP22044 1997 2 5 14 18 54.74 34.212 -96.027 5 2 2.41 1.055 0.149 8598 0TMP22058 1997 2 12 23 53 10.7 34.947 -100.89 5 2 2.68 1.153 0.244 8599 0TMP22060 1997 2 14 14 59 0 49.134 -67.601 18 2 2.57 1.153 0.244 8600 0TMP22063 1997 2 15 9 8 55.4 34.973 -100.569 5 2 2.88 1.153 0.244 8601 0TMP22067 1997 2 17 16 32 20 36.26 -91.26 9.5 2 2.77 1.218 0.287 8602 0TMP22073 1997 2 21 7 16 12.9 35.7 -84.464 0.2 1 2.47 1.242 0.301 8603 0TMP22075 1997 2 22 14 32 33.1 37.921 -81.027 5 2 2.39 1.249 0.305 8604 0

B-244

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP22077 1997 2 23 8 37 0 47.826 -78.436 18 2 2.87 1.153 0.244 8605 0TMP22078 1997 2 24 1 48 10 35.76 -90.15 4.9 2 2.32 1.257 0.309 8606 0TMP22090 1997 2 27 23 1 24.41 34.731 -97.421 5 2 2.32 1.257 0.309 8607 0TMP22100 1997 3 5 21 11 32 36.05 -89.83 8.9 2 2.77 1.218 0.287 8608 8567TMP22101 1997 3 6 12 40 51 36.23 -89.44 6.5 2 2.62 1.23 0.294 8609 0TMP22109 1997 3 11 13 30 32.22 34.743 -97.484 5 25 2.42 1.051 0.144 8610 8607TMP22110 1997 3 11 13 43 59.89 34.725 -97.415 5 28 2.34 1.178 0.262 8611 8607TMP22114 1997 3 11 15 13 43.98 34.731 -97.437 5 2 2.39 1.249 0.305 8612 8607TMP22115 1997 3 11 15 47 15.35 34.747 -97.452 5 2 2.39 1.249 0.305 8613 8607TMP22120 1997 3 12 11 16 13 36.56 -89.61 9.1 2 2.32 1.257 0.309 8614 0TMP22122 1997 3 15 5 56 36.4 38.347 -80.484 10 9 2.24 1.264 0.313 8615 0TMP22127 1997 3 16 16 59 57 36.54 -89.65 8.9 2 2.62 1.23 0.294 8616 8614TMP22128 1997 3 16 19 7 27.9 34.209 -93.435 5 2 3.32 1.072 0.17 8617 0TMP22135 1997 3 21 3 7 56 36.15 -89.7 5.4 2 2.24 1.264 0.313 8618 0TMP22136 1997 3 21 17 39 14 36.76 -89.49 7.5 2 2.77 1.218 0.287 8619 0TMP22137 1997 3 21 21 31 44.58 36.238 -98.373 5 2 2.24 1.264 0.313 8620 0TMP22138 1997 3 21 21 45 7.58 36.054 -99.271 5 2 2.32 1.257 0.309 8621 0TMP22140 1997 3 21 23 47 20.5 36.042 -99.396 5 2 2.27 1.055 0.149 8622 8621TMP22150 1997 3 24 22 31 34.5 27.717 -98.054 5 2 3.56 1.124 0.221 8623 0TMP22152 1997 3 26 6 5 22.6 35.798 -84.188 0 1 2.7 1.223 0.29 8624 0TMP22153 1997 3 28 12 50 0 47 -66.6 5 2 2.58 1.052 0.146 8625 0TMP22157 1997 3 29 10 16 57.1 37.088 -81.906 4.4 11 2.77 1.168 0.255 8626 0TMP22158 1997 3 29 14 29 55.2 32.989 -80.143 5.8 5 2.24 1.264 0.313 8627 0TMP22159 1997 4 1 3 11 40.2 36.356 -84.966 0 1 2.32 1.257 0.309 8628 0TMP22162 1997 4 3 4 44 0 45.969 -72.331 18 2 3.12 1.028 0.107 8629 0TMP22194 1997 4 18 0 25 0 49.082 -105.382 0 2 2.58 1.153 0.244 8630 0TMP22195 1997 4 18 9 40 4 36.56 -89.62 7.1 2 2.24 1.264 0.313 8631 8614TMP22196 1997 4 18 14 57 35.3 25.782 -86.552 33 2 3.58 1.153 0.244 8632 0TMP22199 1997 4 20 15 50 56 36.12 -89.74 11.1 2 2.7 1.223 0.29 8633 0TMP22217 1997 4 29 9 23 49.34 44.5445 -70.2917 12.4 2 2.57 1.036 0.122 8634 0TMP22229 1997 5 4 3 39 12.9 31 -87.4 5 16 3.08 1.072 0.171 8635 0TMP22247 1997 5 17 0 55 19.88 34.395 -97.187 5 2 2.24 1.264 0.313 8636 0TMP22248 1997 5 17 23 38 38.6 32.315 -82.665 5.4 5 2.77 1.218 0.287 8637 0TMP22249 1997 5 18 20 50 40 35.3 -91.25 1.6 2 2.85 1.213 0.284 8638 0TMP22251 1997 5 19 19 45 33.6 34.782 -85.444 5 25 2.98 1.072 0.171 8639 0TMP22254 1997 5 20 5 28 32 36.61 -89.58 4.6 2 2.55 1.235 0.297 8640 8614

B-245

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP22268 1997 5 23 5 34 9 36.6 -89.57 11 2 2.32 1.257 0.309 8641 8614TMP22269 1997 5 23 17 57 42.97 35.58 -97.991 5 2 2.24 1.264 0.313 8642 0TMP22270 1997 5 23 18 32 51.84 35.053 -97.604 5 2 2.24 1.264 0.313 8643 0TMP22272 1997 5 23 18 57 45.93 34.846 -97.585 5 2 2.39 1.249 0.305 8644 8607TMP22274 1997 5 23 19 41 8.88 35.121 -97.585 5 2 2.47 1.242 0.301 8645 8643TMP22275 1997 5 23 20 50 43.18 35.127 -97.581 5 2 2.32 1.257 0.309 8646 8643TMP22276 1997 5 23 21 10 7.78 35.619 -98.069 5 2 2.39 1.249 0.305 8647 8642TMP22278 1997 5 24 9 15 48.2 34.843 -88.067 0 1 2.24 1.264 0.313 8648 0TMP22279 1997 5 24 18 52 9 45.91 -74.24 16.4 2 3.62 1.024 0.1 8649 0TMP22284 1997 5 25 18 52 9.57 45.9172 -74.2263 5.4 2 3.47 1.153 0.244 8650 8649TMP22287 1997 5 27 2 38 54.1 36.178 -82.481 0 1 2.39 1.249 0.305 8651 0TMP22288 1997 5 27 4 54 19 36.064 -83.677 12.5 5 2.62 1.23 0.294 8652 0TMP22289 1997 5 27 7 31 0 49.236 -66.771 18 2 2.27 1.153 0.244 8653 0TMP22296 1997 5 31 3 26 41.3 33.182 -95.966 5 2 3.08 1.153 0.244 8654 0TMP22307 1997 6 4 23 7 30.6 35.497 -85.114 23.8 5 2.7 1.223 0.29 8655 0TMP22310 1997 6 8 9 42 4.1 36.079 -83.671 9.3 5 2.47 1.242 0.301 8656 0TMP22314 1997 6 10 15 41 59.4 37.273 -84.507 6.6 1 2.32 1.257 0.309 8657 0TMP22317 1997 6 11 1 50 59.9 37.259 -83.315 0 1 2.7 1.223 0.29 8658 0TMP22318 1997 6 12 2 10 0 50.306 -62.276 18 2 2.27 1.153 0.244 8659 0TMP22321 1997 6 14 5 43 49 37.14 -89.38 6.6 2 2.55 1.235 0.297 8660 0TMP22322 1997 6 14 13 34 23.8 35.162 -82.499 5 1 2.51 1.086 0.186 8661 0TMP22326 1997 6 16 5 43 16.63 40.1 -76.97 5 25 2.48 1.083 0.183 8662 0TMP22329 1997 6 17 6 44 40 36.3 -89.52 5.2 2 2.32 1.257 0.309 8663 0TMP22332 1997 6 18 21 30 0 47.688 -70.194 5.4 2 2.37 1.153 0.244 8664 0TMP22333 1997 6 20 13 52 0 46.62 -75.033 18 2 3.2 1.052 0.146 8665 0TMP22340 1997 6 26 1 47 42.8 35.032 -84.622 17.5 1 2.24 1.264 0.313 8666 8677TMP22341 1997 6 26 17 55 30.9 36.613 -89.641 10 2 2.54 1.085 0.185 8667 8614TMP22344 1997 6 28 15 54 48.54 34.696 -97.468 5 2 2.3 1.055 0.149 8668 8643TMP22348 1997 7 3 18 47 0 49.261 -67.554 18 2 2.27 1.153 0.244 8669 0TMP22353 1997 7 7 6 51 46.1 35.799 -98.35 5 2 2.32 1.257 0.309 8670 0TMP22356 1997 7 7 11 36 19.06 35.917 -99.146 5 2 2.32 1.257 0.309 8671 0TMP22360 1997 7 10 2 25 32 35.55 -89.78 9.1 2 2.47 1.242 0.301 8672 0TMP22363 1997 7 10 13 57 0 45.003 -74.782 10.1 2 2.58 1.074 0.173 8673 0TMP22369 1997 7 13 2 18 20 36.11 -89.75 5.6 2 2.47 1.242 0.301 8674 0TMP22371 1997 7 14 23 41 56 59.61 -76.64 18 5 3.98 1.074 0.173 8675 0TMP22372 1997 7 15 17 29 48.9 40.41 -74.54 5 2 2.49 1.2 0.276 8676 0

B-246

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP22378 1997 7 19 17 6 34.3 35.056 -84.808 10 25 3.46 1.071 0.169 8677 0TMP22380 1997 7 21 20 30 44 36.42 -89.59 10.9 2 2.55 1.235 0.297 8678 8614TMP22381 1997 7 21 22 49 0 46.048 -75.416 19.7 2 2.57 1.153 0.244 8679 0TMP22390 1997 7 27 8 52 8.9 35.086 -85.136 10.1 1 2.24 1.264 0.313 8680 0TMP22391 1997 7 27 15 10 35.8 38.675 -78.388 5 2 2.73 1.068 0.166 8681 0TMP22392 1997 7 27 15 25 34.5 34.961 -84.896 0 1 2.32 1.257 0.309 8682 0TMP22401 1997 7 29 1 8 0 45.939 -80.722 18 2 2.27 1.153 0.244 8683 0TMP22404 1997 7 30 12 29 23.3 36.436 -83.509 5 25 3.7 1.036 0.122 8684 0TMP22408 1997 7 31 7 15 29.7 43.624 -75.37 5 2 3.04 1.038 0.125 8685 0TMP22414 1997 8 4 6 28 13.4 35.963 -83.711 19.7 5 2.24 1.264 0.313 8686 0TMP22415 1997 8 4 14 15 26.28 35.589 -96.346 5 2 2.24 1.264 0.313 8687 0TMP22419 1997 8 6 7 37 41.5 35.113 -87.508 0 1 2.77 1.218 0.287 8688 0TMP22427 1997 8 9 17 46 3.97 41.795 -97.185 5 2 3.25 1.066 0.164 8689 0TMP22429 1997 8 9 19 7 50 35.66 -90.5 3.6 2 2.55 1.235 0.297 8690 0TMP22432 1997 8 10 14 12 59.16 35.038 -97.408 5 2 2.34 1.091 0.191 8691 8643TMP22439 1997 8 13 18 44 23 36.52 -89.57 7.6 2 2.24 1.264 0.313 8692 8614TMP22440 1997 8 13 21 48 30.1 36.871 -83.018 16.8 1 2.77 1.218 0.287 8693 0TMP22444 1997 8 16 0 20 27.85 35.015 -97.424 5 2 2.47 1.242 0.301 8694 8643TMP22447 1997 8 16 16 40 53 34.419 -97.21 5 2 2.32 1.257 0.309 8695 0TMP22449 1997 8 17 5 1 5.4 36.897 -83.096 0 1 2.77 1.218 0.287 8696 8693TMP22452 1997 8 20 9 12 0 47.536 -70.292 7.5 2 3.27 1.153 0.244 8697 0TMP22453 1997 8 20 16 10 19.8 34.578 -85.937 0 2 2.62 1.23 0.294 8698 0TMP22457 1997 8 21 19 29 35 35.97 -89.88 12.8 2 2.62 1.23 0.294 8699 8674TMP22461 1997 8 23 9 10 35.22 35.095 -95.3 5 2 2.85 1.213 0.284 8700 0TMP22467 1997 8 27 10 39 0 47 -66.6 5 2 2.38 1.074 0.173 8701 0TMP22476 1997 9 1 7 38 56.5 33.362 -80.732 1.5 2 2.62 1.23 0.294 8702 0TMP22481 1997 9 3 18 16 40 36.62 -89.56 3.6 2 2.55 1.235 0.297 8703 8614TMP22485 1997 9 6 23 38 1.99 34.676 -96.499 5 22 4.09 1.033 0.117 8704 0TMP22492 1997 9 13 19 50 32 38.29 -89.71 16 2 2.48 1.153 0.244 8705 0TMP22500 1997 9 17 18 16 31.6 35.619 -90.457 5 2 3.7 1.07 0.168 8706 0TMP22501 1997 9 17 21 32 0.4 32.952 -80.148 6.2 5 2.66 1.111 0.21 8707 0TMP22508 1997 9 18 13 32 6.39 34.966 -97.734 5 2 2.32 1.257 0.309 8708 8643TMP22509 1997 9 18 13 53 18.04 34.966 -97.741 5 2 2.32 1.257 0.309 8709 8643TMP22510 1997 9 18 14 24 44.13 34.929 -97.713 5 2 2.24 1.264 0.313 8710 8643TMP22511 1997 9 18 14 48 15.64 34.451 -97.444 5 2 2.24 1.264 0.313 8711 0TMP22515 1997 9 18 17 40 52.64 34.861 -97.687 5 2 2.22 1.055 0.15 8712 8643

B-247

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP22520 1997 9 20 5 55 50.4 37.179 -90.924 5 2 2.89 1.085 0.185 8713 0TMP22523 1997 9 21 15 6 46.61 34.462 -96.304 5 2 2.24 1.264 0.313 8714 0TMP22530 1997 9 24 4 20 24.8 36.545 -89.817 5 2 3.01 1.084 0.184 8715 0TMP22540 1997 9 27 12 14 9.3 36.201 -89.484 5 2 2.93 1.083 0.183 8716 0TMP22543 1997 9 28 7 47 27.5 36.077 -83.588 15.2 5 2.24 1.264 0.313 8717 0TMP22548 1997 9 29 17 45 9.5 38.7 -77.5 5 18 2.36 1.073 0.172 8718 0TMP22556 1997 10 7 5 59 0 50.326 -64.239 18 2 2.87 1.153 0.244 8719 0TMP22557 1997 10 7 19 54 0 46.888 -76.929 18 2 2.97 1.153 0.244 8720 0TMP22562 1997 10 9 1 6 48 36.14 -91.51 12.7 2 2.62 1.23 0.294 8721 0TMP22564 1997 10 9 4 6 45 36.31 -89.43 2.4 2 2.24 1.264 0.313 8722 0TMP22567 1997 10 12 0 0 0 44.91 -74.55 12 2 2.67 1.153 0.244 8723 0TMP22569 1997 10 12 6 55 32.6 34.394 -85.427 0 1 2.39 1.249 0.305 8724 0TMP22570 1997 10 12 7 21 53.66 34.809 -97.538 5 2 2.39 1.249 0.305 8725 8643TMP22571 1997 10 12 8 28 22.3 44.908 -74.547 14 2 2.68 1.041 0.129 8726 8723TMP22574 1997 10 12 13 12 0 46.067 -77.057 18 2 2.47 1.153 0.244 8727 0TMP22575 1997 10 13 7 0 42.7 36.17 -83.156 3.5 1 2.24 1.264 0.313 8728 0TMP22577 1997 10 13 23 6 40 44.36 -74.97 14.9 2 2.89 1.057 0.152 8729 0TMP22578 1997 10 14 5 7 40.36 35.122 -96.351 5 2 2.32 1.257 0.309 8730 0TMP22587 1997 10 17 9 50 53 36.43 -89.52 7.3 2 2.24 1.264 0.313 8731 8722TMP22589 1997 10 18 4 20 38.2 29.663 -88.36 0.9 2 3.08 1.2 0.276 8732 0TMP22594 1997 10 19 12 11 56.2 35.23 -84.183 0 5 2.39 1.249 0.305 8733 0TMP22595 1997 10 19 18 39 55.1 35.286 -84.753 15.1 22 3.15 1.165 0.253 8734 0TMP22608 1997 10 24 8 35 17.8 31.118 -87.339 10 2 4.88 1.024 0.1 8735 0TMP22611 1997 10 26 23 27 12 31.1 -87.3 10 2 3.67 1.071 0.169 8736 8735TMP22613 1997 10 28 9 0 11 31.1 -87.3 10 2 3.15 1.073 0.172 8737 8735TMP22615 1997 10 28 11 44 19 47.67 -69.9 11.3 2 4.27 1.024 0.1 8738 0TMP22616 1997 10 28 11 45 0 47.668 -69.906 7.6 2 2.77 1.153 0.244 8739 8738TMP22621 1997 10 30 6 42 22.8 36.705 -80.899 7.6 3 2.72 1.173 0.258 8740 0TMP22623 1997 10 30 15 59 40.5 36.718 -80.931 8.8 6 2.66 1.176 0.26 8741 8740TMP22629 1997 11 1 21 1 9.86 42.7793 -70.0237 7.4 2 3.05 1.065 0.162 8742 0TMP22632 1997 11 3 16 34 59.3 34.471 -85.506 0 5 2.7 1.223 0.29 8743 8724TMP22635 1997 11 6 2 34 34 46.8 -71.41 22.5 25 4.41 1.033 0.117 8744 0TMP22636 1997 11 6 2 55 0 46.777 -71.393 18 2 2.37 1.153 0.244 8745 8744TMP22637 1997 11 6 3 5 0 46.762 -71.371 18 2 2.47 1.153 0.244 8746 8744TMP22651 1997 11 8 14 49 0 46.78 -71.372 22.9 2 2.47 1.153 0.244 8747 8744TMP22655 1997 11 9 20 40 57 36.38 -89.51 10.9 2 2.24 1.264 0.313 8748 8722

B-248

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP22659 1997 11 12 15 10 44.1 35.065 -84.307 5.8 5 2.7 1.223 0.29 8749 0TMP22660 1997 11 14 3 44 11 40.146 -76.252 5 2 2.89 1.073 0.172 8750 0TMP22661 1997 11 14 11 25 32.72 36.863 -101.625 5 5 2.7 1.223 0.29 8751 0TMP22672 1997 11 21 20 57 59.11 34.372 -97.109 5 2 2.32 1.257 0.309 8752 0TMP22678 1997 11 26 5 20 37.1 32.931 -80.157 6.9 1 2.87 1.104 0.203 8753 0TMP22682 1997 11 28 10 28 45 36.09 -89.73 11 2 2.72 1.109 0.208 8754 0TMP22689 1997 12 2 23 41 16.1 36.526 -89.468 10 2 2.65 1.087 0.187 8755 0TMP22695 1997 12 5 19 34 5 37.76 -88.57 2 2 2.7 1.223 0.29 8756 0TMP22698 1997 12 6 11 11 23.61 34.895 -95.968 5 25 2.77 1.049 0.142 8757 0TMP22699 1997 12 7 1 6 0 47.353 -74.57 18 2 2.47 1.153 0.244 8758 0TMP22703 1997 12 8 6 36 48.3 35.883 -86.34 0 5 2.85 1.213 0.284 8759 0TMP22706 1997 12 9 5 23 17.6 35.638 -87.755 10 1 2.32 1.257 0.309 8760 0TMP22710 1997 12 11 11 34 57 37.101 -98.48 5 2 2.38 1.153 0.244 8761 0TMP22713 1997 12 12 8 42 20.2 33.466 -87.306 1 2 3.81 1.051 0.144 8762 0TMP22714 1997 12 12 17 55 0 46.443 -76.004 18 2 2.27 1.153 0.244 8763 0TMP22720 1997 12 19 19 29 0 45.574 -66.265 18 2 2.27 1.153 0.244 8764 0TMP22731 1997 12 22 0 59 51.72 34.569 -97.698 5 2 2.24 1.264 0.313 8765 0TMP22733 1997 12 23 2 46 0 45.868 -76.503 18 2 2.47 1.153 0.244 8766 0TMP22735 1997 12 23 21 7 7 36.951 -83.642 1.9 1 2.32 1.257 0.309 8767 0TMP22736 1997 12 24 1 35 49.4 35.493 -85.125 6.5 1 2.41 1.194 0.272 8768 0TMP22738 1997 12 24 18 32 11.9 33.2 -92.75 5 2 2.28 1.153 0.244 8769 0TMP22741 1997 12 25 12 42 0 49.491 -64.713 18 2 2.47 1.153 0.244 8770 0TMP22745 1997 12 27 3 36 46.2 34.126 -87.263 0 2 2.74 1.181 0.264 8771 0TMP22746 1997 12 27 7 44 46.7 37.985 -79.953 0 4 2.72 1.173 0.258 8772 0TMP22753 1997 12 29 17 31 58.6 34.658 -87.008 5.4 2 2.39 1.249 0.305 8773 0TMP22756 1997 12 31 5 49 0 47.635 -74.123 18 2 2.27 1.153 0.244 8774 0TMP22765 1998 1 2 15 47 16.4 37.828 -103.408 5 2 3.08 1.153 0.244 8775 0TMP22771 1998 1 4 22 51 14 35.68 -90.47 0.4 2 2.47 1.242 0.301 8776 0TMP22779 1998 1 8 4 34 11.8 42.855 -70.04 25 2 2.62 1.059 0.155 8777 8742TMP22780 1998 1 8 10 38 6.2 33.147 -82.135 21.3 3 2.39 1.249 0.305 8778 0TMP22782 1998 1 9 9 6 0 36.55 -89.52 5 2 2.55 1.235 0.297 8779 8755TMP22783 1998 1 10 1 51 0 48.194 -70.908 18 2 2.97 1.157 0.247 8780 0TMP22790 1998 1 17 16 51 36 36.5 -89.65 12.8 2 2.47 1.242 0.301 8781 8755TMP22791 1998 1 17 19 40 7 36.57 -89.62 3.8 2 2.62 1.23 0.294 8782 8755TMP22798 1998 1 21 8 39 21 59.09 -54.74 0 5 4.26 1.38 0.367 8783 0TMP22799 1998 1 21 15 18 0 51.003 -65.843 18 2 2.37 1.157 0.247 8784 0

B-249

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP22810 1998 1 27 0 38 25.6 41.862 -81.197 12 2 2.54 1.074 0.173 8785 0TMP22811 1998 1 27 9 57 58 36.12 -89.6 7.4 2 2.62 1.23 0.294 8786 0TMP22813 1998 1 28 16 44 21.4 34.425 -85.554 0 5 2.77 1.218 0.287 8787 8791TMP22814 1998 1 28 22 5 12 36.1 -89.76 11 2 2.38 1.153 0.244 8788 8786TMP22824 1998 2 2 7 5 33.1 35.123 -85.754 6.7 1 2.24 1.264 0.313 8789 0TMP22825 1998 2 3 1 19 22 36.22 -89.33 5 2 2.39 1.249 0.305 8790 8786TMP22828 1998 2 3 22 18 41.6 34.424 -85.564 0 2 2.47 1.242 0.301 8791 0TMP22844 1998 2 12 9 37 49.5 36.123 -89.712 10 2 2.68 1.153 0.244 8792 8786TMP22851 1998 2 13 17 16 10 43.851 -71.26 8 2 2.34 1.074 0.173 8793 0TMP22853 1998 2 13 23 8 12 36.1 -89.76 6.5 2 2.77 1.218 0.287 8794 8786TMP22855 1998 2 14 12 1 2.5 35.3 -83.328 1.2 1 2.47 1.242 0.301 8795 0TMP22858 1998 2 15 8 53 42.95 35.191 -99.209 5 2 2.47 1.242 0.301 8796 0TMP22861 1998 2 16 5 40 0 47.358 -70.386 25.3 2 2.37 1.157 0.247 8797 0TMP22870 1998 2 19 14 5 27 36.54 -89.58 8 2 2.64 1.085 0.185 8798 8755TMP22883 1998 2 24 8 23 59 46.14 -73.05 30.2 2 2.37 1.157 0.247 8799 0TMP22884 1998 2 24 11 59 5 36.29 -89.47 5.1 2 2.47 1.242 0.301 8800 8786TMP22887 1998 2 26 2 10 26.6 36.379 -89.582 10 2 2.47 1.087 0.187 8801 8755TMP22889 1998 2 26 14 20 31 46.08 -76.36 0.2 2 3.32 1.084 0.184 8802 0TMP22890 1998 2 27 3 12 1 36.61 -89.56 4 2 2.55 1.235 0.297 8803 8755TMP22891 1998 2 27 12 16 14 35.92 -89.94 12.7 2 2.39 1.249 0.305 8804 0TMP22903 1998 3 3 12 16 43.2 35.755 -84.035 6.8 5 2.47 1.242 0.301 8805 0TMP22904 1998 3 3 17 11 54 36.21 -89.44 6.9 2 2.24 1.264 0.313 8806 8786TMP22922 1998 3 13 3 5 26 36.49 -89.56 10 2 2.47 1.242 0.301 8807 8755TMP22926 1998 3 15 6 56 46 36.43 -89.52 5 2 2.53 1.087 0.187 8808 8755TMP22931 1998 3 17 6 27 4 43.75 -56.38 18 2 3.86 1.104 0.203 8809 0TMP22935 1998 3 18 20 22 8.2 35.2 -84.2 5 25 2.55 1.076 0.175 8810 0TMP22936 1998 3 18 22 33 22.71 34.234 -96.767 8 2 2.24 1.264 0.313 8811 0TMP22938 1998 3 19 14 21 0 46.794 -78.888 18 2 2.57 1.157 0.247 8812 0TMP22944 1998 3 21 6 52 24 36.14 -89.46 13.9 2 2.32 1.257 0.309 8813 8786TMP22955 1998 3 25 19 10 0 49.806 -65.231 18 2 2.87 1.157 0.247 8814 0TMP22959 1998 3 29 20 36 52 32.94 -80.149 9.4 1 2.26 1.128 0.224 8815 0TMP22964 1998 4 1 15 55 14.52 35.292 -97.658 0.2 2 2.24 1.264 0.313 8816 0TMP22967 1998 4 2 7 10 32.98 34.923 -97.476 2 2 2.47 1.242 0.301 8817 0TMP22969 1998 4 3 1 25 35.5 35.247 -86.19 6.3 5 2.24 1.264 0.313 8818 0TMP22972 1998 4 3 16 20 17 36.27 -89.53 7.9 2 2.24 1.264 0.313 8819 8786TMP22977 1998 4 8 13 34 17.12 34.957 -97.478 2.6 2 2.32 1.257 0.309 8820 0

B-250

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP22978 1998 4 8 18 16 49 36.94 -89.02 13 2 2.88 1.153 0.244 8821 0TMP22979 1998 4 9 5 13 41 36.4 -89.5 6 2 2.38 1.153 0.244 8822 8755TMP22982 1998 4 9 23 18 22.2 35.063 -87.027 16.8 1 2.32 1.257 0.309 8823 0TMP22991 1998 4 13 9 56 11.3 34.61 -80.466 5 2 3.78 1.049 0.142 8824 0TMP22992 1998 4 14 8 39 13.6 34.94 -84.915 3.5 5 2.39 1.249 0.305 8825 0TMP22995 1998 4 15 10 33 42.4 30.188 -103.303 10 2 3.28 1.153 0.244 8826 0TMP22998 1998 4 16 18 21 28 36.042 -83.736 6.1 5 2.47 1.242 0.301 8827 0TMP23000 1998 4 18 16 22 52 45.58 -74.97 22.9 2 3.28 1.074 0.173 8828 0TMP23001 1998 4 18 22 45 43.1 39.1 -105.1 5 2 2.38 1.153 0.244 8829 0TMP23005 1998 4 21 23 28 26.2 38.172 -78.566 7 3 2.57 1.049 0.142 8830 0TMP23006 1998 4 22 2 58 45.5 35.989 -83.479 5.4 1 2.39 1.249 0.305 8831 0TMP23012 1998 4 24 20 33 38.7 35.519 -82.074 1.6 1 2.39 1.249 0.305 8832 0TMP23014 1998 4 26 6 2 27.4 35.552 -85.219 3.1 5 2.55 1.235 0.297 8833 0TMP23015 1998 4 26 6 38 28.2 37.678 -78.027 15 6 2.24 1.264 0.313 8834 0TMP23016 1998 4 27 10 22 43 36.24 -89.48 6.6 2 2.39 1.249 0.305 8835 8786TMP23017 1998 4 27 15 22 46.2 35.453 -102.383 5 2 2.88 1.153 0.244 8836 0TMP23020 1998 4 28 13 7 0 46.53 -76.32 18 2 2.47 1.157 0.247 8837 0TMP23021 1998 4 28 14 13 1.27 34.755 -98.447 5 22 3.86 1.024 0.1 8838 0TMP23022 1998 4 29 1 44 56 36.17 -89.43 9.2 2 2.39 1.249 0.305 8839 8786TMP23040 1998 5 4 21 44 8.6 32.932 -80.173 10.5 1 2.63 1.112 0.211 8840 8815TMP23042 1998 5 5 7 46 4.6 37.337 -87.287 10 2 2.24 1.264 0.313 8841 0TMP23046 1998 5 7 12 24 41.4 32.369 -88.11 10 2 2.89 1.058 0.153 8842 0TMP23047 1998 5 7 16 20 0 46.705 -78.906 18 2 2.77 1.157 0.247 8843 8812TMP23052 1998 5 11 1 30 55.2 33.933 -85.919 1.5 1 2.77 1.218 0.287 8844 0TMP23055 1998 5 11 8 7 14 36.88 -89.07 8 2 2.28 1.153 0.244 8845 0TMP23057 1998 5 12 9 37 10 36.42 -89.51 7 2 2.39 1.249 0.305 8846 8755TMP23059 1998 5 15 9 6 24.1 35.22 -84.634 11.8 1 2.32 1.257 0.309 8847 0TMP23068 1998 5 18 15 39 0 45.139 -73.988 18 2 2.39 1.075 0.174 8848 0TMP23073 1998 5 20 1 53 28 38.758 -78.423 3.2 5 2.44 1.056 0.151 8849 0TMP23075 1998 5 21 2 5 29 57.83 -60.94 18 5 3.16 1.38 0.367 8850 0TMP23076 1998 5 21 6 37 19 36.54 -89.61 8 2 2.32 1.257 0.309 8851 8755TMP23077 1998 5 21 9 7 10.1 34.114 -87.386 11.7 3 2.32 1.257 0.309 8852 0TMP23084 1998 5 25 10 46 58 35.653 -84.02 17.9 5 2.39 1.249 0.305 8853 0TMP23085 1998 5 25 15 47 2 46.457 -81.174 1 2 3.27 1.157 0.247 8854 0TMP23087 1998 5 27 6 4 52 36.12 -89 3.6 2 2.7 1.223 0.29 8855 0TMP23091 1998 5 31 10 43 19.9 36.006 -86.625 1.9 1 2.32 1.257 0.309 8856 0

B-251

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP23092 1998 5 31 11 3 55.3 34.998 -84.842 3.5 5 2.47 1.242 0.301 8857 0TMP23098 1998 6 5 2 31 1.9 35.479 -80.821 5 1 3.29 1.072 0.17 8858 0TMP23105 1998 6 9 8 53 52 44.83 -73.67 13.9 2 2.99 1.034 0.118 8859 0TMP23110 1998 6 11 7 44 12 36.17 -89.45 9.6 2 2.24 1.264 0.313 8860 8786TMP23114 1998 6 12 9 45 59.44 35.541 -97.445 5 2 2.24 1.264 0.313 8861 0TMP23122 1998 6 17 4 1 2.1 36.117 -83.738 15.1 1 2.24 1.264 0.313 8862 0TMP23124 1998 6 17 8 0 23.4 35.926 -84.405 10 25 3.38 1.048 0.14 8863 0TMP23126 1998 6 17 20 6 0 45.948 -74.897 18 2 2.21 1.028 0.108 8864 0TMP23127 1998 6 18 5 9 59.5 34.714 -85.194 3.2 5 2.93 1.208 0.281 8865 0TMP23128 1998 6 18 16 26 38.32 42.622 -103.003 5 2 3.08 1.153 0.244 8866 0TMP23130 1998 6 19 1 2 58.6 35.18 -85.32 14.9 1 2.32 1.257 0.309 8867 0TMP23137 1998 6 24 15 20 4.7 32.76 -87.759 2.7 2 3.26 1.082 0.181 8868 0TMP23142 1998 6 27 5 19 16 36.08 -89.79 5.5 2 2.47 1.242 0.301 8869 8786TMP23146 1998 6 30 10 10 33.6 35.27 -83.452 0 2 2.32 1.257 0.309 8870 0TMP23147 1998 6 30 17 10 44.18 34.8 -97.741 5 2 2.24 1.264 0.313 8871 0TMP23149 1998 7 1 0 48 23 34.8 -97.741 17.7 2 2.5 1.088 0.188 8872 8871TMP23150 1998 7 1 8 51 37.53 34.819 -97.721 9.1 2 2.55 1.235 0.297 8873 8871TMP23151 1998 7 1 17 29 38.86 35.006 -97.553 5 2 2.39 1.249 0.305 8874 8871TMP23152 1998 7 2 0 46 52.38 35.092 -97.725 5 2 2.39 1.249 0.305 8875 8871TMP23153 1998 7 2 9 4 20.26 34.855 -97.726 5 2 2.62 1.23 0.294 8876 8871TMP23154 1998 7 2 21 21 31.53 34.865 -97.731 2.8 2 2.47 1.242 0.301 8877 8871TMP23159 1998 7 5 7 48 3 36.3 -89.53 8.7 2 2.39 1.249 0.305 8878 8786TMP23160 1998 7 5 11 0 27 36.18 -89.45 9.6 2 2.32 1.257 0.309 8879 8786TMP23162 1998 7 6 6 54 3.7 25.016 -93.633 10 2 3.08 1.153 0.244 8880 0TMP23165 1998 7 7 18 44 44.35 34.629 -97.43 0.1 2 2.91 1.086 0.186 8881 0TMP23166 1998 7 7 23 39 48.98 35.46 -96.904 5 2 2.24 1.264 0.313 8882 0TMP23171 1998 7 9 14 45 36.19 34.791 -97.572 5.7 2 2.32 1.257 0.309 8883 8881TMP23172 1998 7 9 16 44 44.02 34.735 -97.519 5 2 2.47 1.242 0.301 8884 8881TMP23173 1998 7 9 22 10 27.75 34.684 -97.478 5 2 2.55 1.235 0.297 8885 8881TMP23177 1998 7 12 16 28 49.6 43.554 -101.111 5 2 2.78 1.153 0.244 8886 0TMP23180 1998 7 13 14 20 0 49.362 -66.142 18 2 2.63 1.026 0.103 8887 0TMP23181 1998 7 14 3 26 28.37 34.422 -96.352 5 2 2.39 1.249 0.305 8888 0TMP23182 1998 7 14 5 38 48.7 35.344 -103.473 5 2 2.7 1.074 0.173 8889 0TMP23183 1998 7 15 4 24 51 36.69 -89.52 13 2 2.78 1.153 0.244 8890 0TMP23184 1998 7 15 7 8 5 47.02 -66.61 5 2 3.68 1.018 0.087 8891 0TMP23191 1998 7 19 15 2 46.6 32.995 -80.231 11.7 1 2.24 1.264 0.313 8892 0

B-252

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP23192 1998 7 19 16 2 46.59 32.995 -80.231 11.7 1 2.27 1.26 0.311 8893 8892TMP23196 1998 7 22 10 4 18.66 35.196 -97.886 10.2 2 2.24 1.264 0.313 8894 0TMP23197 1998 7 22 22 11 57 37.65 -90.2 17 2 2.69 1.085 0.185 8895 0TMP23200 1998 7 23 20 29 14.2 35.141 -88.003 6.9 5 2.47 1.242 0.301 8896 0TMP23201 1998 7 23 23 11 41.9 34.857 -84.947 7 5 2.93 1.208 0.281 8897 0TMP23207 1998 7 28 7 38 0 48.4 -104.804 5 2 2.38 1.153 0.244 8898 8899TMP23208 1998 7 29 3 31 58.9 48.37 -104.706 5 2 3.3 1.074 0.173 8899 0TMP23211 1998 7 30 8 57 21 46.1 -74.72 23 2 3.71 1.024 0.1 8900 0TMP23214 1998 7 30 10 28 34.7 34.658 -86.161 0 1 2.39 1.249 0.305 8901 0TMP23221 1998 8 1 2 21 10 35.63 -90.4 8.5 2 2.39 1.249 0.305 8902 0TMP23240 1998 8 8 6 54 34.1 35.784 -84.219 5.2 5 2.32 1.257 0.309 8903 8904TMP23241 1998 8 8 7 53 52.3 35.783 -84.215 4.9 5 2.39 1.249 0.305 8904 0TMP23242 1998 8 8 8 23 0 49.048 -68.33 18 2 2.36 1.027 0.105 8905 0TMP23251 1998 8 12 2 4 29.9 35.495 -84.975 2.1 5 2.62 1.23 0.294 8906 0TMP23261 1998 8 16 4 23 3 36.23 -89.45 6.5 2 2.32 1.257 0.309 8907 0TMP23263 1998 8 17 7 47 14 35.628 -87.914 29.8 3 2.47 1.242 0.301 8908 0TMP23278 1998 8 24 19 27 35.71 44.0405 -75.8023 1.6 2 2.54 1.074 0.173 8909 0TMP23293 1998 9 1 9 15 38.9 34.801 -85.044 0 5 2.47 1.242 0.301 8910 8897TMP23298 1998 9 3 7 33 6.3 35.012 -87.45 1.6 5 2.7 1.223 0.29 8911 0TMP23302 1998 9 5 0 35 2 35.77 -90.21 9.2 2 2.55 1.235 0.297 8912 0TMP23305 1998 9 5 7 16 34.6 34.865 -85.195 4.4 5 2.7 1.223 0.29 8913 8897TMP23309 1998 9 6 18 35 30 36.26 -89.29 6.2 2 2.62 1.23 0.294 8914 0TMP23313 1998 9 8 6 27 6 43.78 -56.4 0 5 3.67 1.157 0.247 8915 0TMP23316 1998 9 11 3 52 57.4 33.094 -80.156 9.9 1 2.58 1.114 0.212 8916 8892TMP23318 1998 9 12 4 29 53.6 32.95 -80.213 11 1 2.21 1.131 0.227 8917 8892TMP23321 1998 9 13 7 23 21.7 33.298 -87.649 16.1 1 3.08 1.2 0.276 8918 0TMP23323 1998 9 13 11 22 43.2 35.227 -84.298 8.3 1 2.39 1.249 0.305 8919 0TMP23324 1998 9 13 15 47 8.5 36.12 -83.679 7.3 5 2.47 1.242 0.301 8920 0TMP23327 1998 9 14 23 24 19 36.59 -89.58 15.8 2 2.24 1.264 0.313 8921 0TMP23329 1998 9 15 22 31 29.11 33.815 -96.391 5 2 2.32 1.257 0.309 8922 0TMP23331 1998 9 16 7 49 0.46 44.9258 -67.2036 0 2 2.56 1.045 0.136 8923 0TMP23333 1998 9 17 8 46 41 36.85 -89.45 2 2 2.47 1.242 0.301 8924 0TMP23336 1998 9 18 21 30 0 49.064 -67.586 18 2 2.9 1.025 0.102 8925 0TMP23337 1998 9 20 3 24 24 35.331 -82.509 0 1 2.32 1.257 0.309 8926 0TMP23346 1998 9 25 19 52 53.2 41.478 -80.411 5 2 4.55 1.072 0.171 8927 0TMP23349 1998 9 29 1 3 0 45.876 -75.351 18 2 2.22 1.028 0.107 8928 0

B-253

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP23360 1998 10 2 10 1 6.9 38.068 -81.466 0 6 2.56 1.086 0.186 8929 0TMP23371 1998 10 5 22 50 45 36.44 -89.54 9.1 2 2.55 1.235 0.297 8930 8921TMP23386 1998 10 15 9 47 22 35.62 -90.45 12 2 2.58 1.153 0.244 8931 0TMP23387 1998 10 16 23 42 35.7 33.567 -85.979 0.2 1 2.62 1.23 0.294 8932 0TMP23391 1998 10 19 10 46 21.5 36.303 -83.673 19.9 1 2.47 1.242 0.301 8933 8920TMP23393 1998 10 20 16 30 10.6 35.396 -84.336 6.7 5 2.39 1.249 0.305 8934 0TMP23395 1998 10 21 5 56 47.2 37.381 -78.367 13 1 3.47 1.05 0.143 8935 0TMP23402 1998 10 22 9 43 35 49.34 -66.82 32.1 2 3.36 1.023 0.097 8936 0TMP23417 1998 10 25 3 48 7.71 35.994 -95.493 16.5 25 2.56 1.183 0.265 8937 0TMP23418 1998 10 26 0 29 52 37 -90.88 5 2 2.2 1.098 0.198 8938 0TMP23419 1998 10 26 8 46 57 35.85 -90 2.8 2 2.39 1.249 0.305 8939 0TMP23421 1998 10 29 4 15 0.65 34.905 -97.734 3.5 2 2.39 1.249 0.305 8940 0TMP23424 1998 10 30 17 41 21.42 36.771 -97.623 7.8 25 3.19 1.124 0.221 8941 0TMP23425 1998 10 31 1 12 24.3 36.12 -83.7 9 2 2.79 1.161 0.25 8942 8920TMP23426 1998 10 31 1 24 29.7 33.05 -80.194 8.7 1 2.33 1.125 0.222 8943 8892TMP23430 1998 11 3 15 47 53 36.44 -89.52 9.2 2 2.47 1.242 0.301 8944 8921TMP23431 1998 11 4 2 26 0.69 35.263 -98.856 12.8 2 2.32 1.257 0.309 8945 0TMP23443 1998 11 9 18 36 47 36.5 -89.53 5.7 2 2.55 1.235 0.297 8946 0TMP23446 1998 11 11 5 38 21 34.806 -93.176 5 2 2.28 1.153 0.244 8947 0TMP23448 1998 11 11 11 59 37.6 48.548 -104.032 5 2 3.18 1.153 0.244 8948 0TMP23449 1998 11 12 11 3 52.4 34.881 -84.668 8 1 2.39 1.249 0.305 8949 0TMP23451 1998 11 13 2 14 59.1 32.988 -80.224 12.5 5 2.5 1.117 0.215 8950 8892TMP23459 1998 11 15 18 48 6.4 33.047 -80.154 9.1 5 2.56 1.115 0.213 8951 8892TMP23468 1998 11 25 2 55 6 41.071 -82.405 5 2 2.48 1.074 0.173 8952 0TMP23489 1998 12 5 5 14 59.4 32.994 -80.171 6.5 1 2.22 1.13 0.226 8953 8892TMP23490 1998 12 5 5 46 58.5 34.59 -85.452 2.8 5 2.55 1.235 0.297 8954 0TMP23491 1998 12 5 6 2 57.8 43.968 -74.262 5 2 2.24 1.202 0.277 8955 0TMP23494 1998 12 7 13 37 0 52.685 -79.835 18 2 2.67 1.157 0.247 8956 0TMP23504 1998 12 16 10 45 34 35.9 -89.97 8.2 2 2.42 1.087 0.187 8957 0TMP23511 1998 12 25 13 30 0 43.827 -77.913 18 2 2.95 1.02 0.09 8958 0TMP23514 1998 12 25 21 22 3.1 41.15 -81.46 0 2 2.34 1.074 0.173 8959 0TMP23525 1998 12 29 23 15 0 47.028 -66.554 5 2 2.37 1.157 0.247 8960 0TMP23530 1999 1 1 14 23 48.2 37.405 -87.241 14.9 5 2.32 1.257 0.309 8961 0TMP23535 1999 1 4 8 22 23 38.079 -84.043 10 2 2.77 1.218 0.287 8962 0TMP23540 1999 1 6 9 26 22.9 35.592 -88.444 0 5 2.83 1.105 0.204 8963 0TMP23542 1999 1 7 5 16 26.9 38.674 -99.378 5 2 2.68 1.153 0.244 8964 0

B-254

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP23545 1999 1 10 10 52 16.1 42.84 -70.98 2 2 2.86 1.045 0.136 8965 0TMP23546 1999 1 10 15 20 44.3 42.84 -70.995 2 2 2.67 1.06 0.156 8966 8965TMP23568 1999 1 16 22 49 28.9 35.576 -84.609 9.9 5 2.47 1.242 0.301 8967 0TMP23570 1999 1 17 18 38 4.7 36.854 -83.691 5 1 2.96 1.072 0.171 8968 0TMP23574 1999 1 19 6 23 0 45.438 -74.534 18 2 2.48 1.026 0.103 8969 0TMP23581 1999 1 22 4 27 0 49.133 -67.092 18 2 2.96 1.024 0.1 8970 0TMP23589 1999 1 25 20 12 30 42.73 -77.85 3 2 2.4 1.084 0.184 8971 0TMP23592 1999 1 26 8 14 0 45.92 -74.852 18 2 2.27 1.157 0.247 8972 0TMP23598 1999 1 30 5 32 8.2 36.309 -84.163 24.3 1 2.32 1.257 0.309 8973 0TMP23605 1999 2 1 22 22 0 49.264 -80.941 18 2 2.77 1.157 0.247 8974 0TMP23612 1999 2 3 16 13 4.5 35.052 -86.501 9.1 2 2.32 1.257 0.309 8975 0TMP23613 1999 2 3 16 59 20 35.32 -90.84 3.9 2 2.62 1.23 0.294 8976 0TMP23624 1999 2 10 9 31 51.2 37.281 -87.244 9.6 1 2.32 1.257 0.309 8977 8961TMP23631 1999 2 13 6 20 56.37 34.7904 -97.7191 15.5 2 2.55 1.235 0.297 8978 0TMP23634 1999 2 15 16 4 0 44.457 -56.222 18 2 2.76 1.38 0.367 8979 0TMP23649 1999 2 23 1 10 0 48.018 -70.674 18 2 2.27 1.027 0.106 8980 0TMP23655 1999 2 25 2 11 31 34.18 -89.81 5 2 2.88 1.083 0.183 8981 0TMP23660 1999 2 26 3 38 43 44.48 -69.52 3 2 3.47 1.015 0.079 8982 0TMP23664 1999 3 1 8 0 23.5 32.573 -104.656 1 2 2.58 1.153 0.244 8983 8990TMP23672 1999 3 8 11 38 0 46.038 -74.992 18 2 2.24 1.028 0.107 8984 9001TMP23673 1999 3 8 23 56 59 35.87 -89.98 9.9 2 2.55 1.235 0.297 8985 0TMP23674 1999 3 9 6 25 43.8 34.959 -85.412 0.6 5 2.32 1.257 0.309 8986 0TMP23676 1999 3 9 12 7 9.18 44.77 -73.83 14 2 2.78 1.03 0.111 8987 0TMP23679 1999 3 12 9 58 9.42 42.0688 -72.1696 5.1 2 2.35 1.021 0.094 8988 0TMP23680 1999 3 13 6 57 56.6 36.036 -83.652 9.9 5 2.32 1.257 0.309 8989 0TMP23687 1999 3 14 22 43 17.97 32.591 -104.63 1 2 3.68 1.153 0.244 8990 0TMP23689 1999 3 15 14 32 0 45.886 -74.381 18 2 2.24 1.028 0.107 8991 9001TMP23690 1999 3 16 12 50 48 49.61 -66.32 19.2 25 4.45 1.027 0.106 8992 0TMP39388 1999 3 16 13 1 20 49.65 -66.42 0 2 2.54 1.074 0.173 8993 8992TMP23695 1999 3 16 13 10 56 36.25 -89.46 6.8 2 2.39 1.249 0.305 8994 0TMP23737 1999 3 16 20 13 10 49.63 -66.35 0 2 3.04 1.074 0.173 8995 8992TMP23742 1999 3 17 3 13 0.4 38.761 -83.832 0 12 3 1.203 0.278 8996 0TMP23745 1999 3 17 8 55 37 49.62 -66.32 0 2 2.25 1.023 0.097 8997 8992TMP23746 1999 3 17 12 29 23.11 32.582 -104.672 1 2 3.18 1.153 0.244 8998 8990TMP23749 1999 3 18 8 46 1 36.53 -89.61 8.7 2 2.7 1.223 0.29 8999 0TMP23762 1999 3 20 17 45 8.8 32.94 -80.252 15.5 1 2.25 1.129 0.225 9000 9002

B-255

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP23781 1999 3 25 14 6 0 45.962 -74.861 18 2 2.45 1.026 0.104 9001 0TMP23787 1999 3 29 14 49 37.8 33.064 -80.14 10.7 1 2.99 1.052 0.146 9002 0TMP23788 1999 3 29 16 43 7.8 33.057 -80.147 7.9 8 2.51 1.117 0.215 9003 9002TMP23790 1999 3 30 8 48 1.3 36.81 -83.744 3.4 1 2.7 1.223 0.29 9004 0TMP23791 1999 3 30 15 51 36 49.63 -66.39 0 2 2.24 1.074 0.173 9005 8992TMP23829 1999 4 12 6 42 40.3 35.017 -84.822 11.2 1 2.7 1.223 0.29 9006 0TMP23831 1999 4 15 1 11 57 35.893 -84.003 16.5 5 2.32 1.257 0.309 9007 0TMP23834 1999 4 16 15 43 47.31 34.7964 -97.6964 6.1 2 2.32 1.257 0.309 9008 0TMP23837 1999 4 16 17 32 44.77 34.7629 -97.7401 14.4 2 2.47 1.242 0.301 9009 9008TMP23847 1999 4 18 3 3 25 42.733 -77.85 3 2 2.57 1.2 0.276 9010 0TMP23853 1999 4 20 7 17 30.3 37.029 -82.904 2.3 8 2.47 1.242 0.301 9011 0TMP23873 1999 5 6 6 43 12.88 36.4908 -96.5409 5 2 2.47 1.242 0.301 9012 0TMP23887 1999 5 13 3 0 51.2 33.536 -87.962 6.6 1 2.47 1.242 0.301 9013 0TMP23888 1999 5 13 10 38 59.9 35.092 -87.026 22 25 2.91 1.156 0.246 9014 0TMP23889 1999 5 13 14 18 22.7 39.1 -94.7 5 2 2.68 1.153 0.244 9015 0TMP23891 1999 5 14 7 43 29.48 36.3207 -97.5349 13.4 2 2.32 1.257 0.309 9016 0TMP23896 1999 5 15 3 21 0 46.976 -79.071 18 2 2.37 1.157 0.247 9017 0TMP23903 1999 5 16 15 40 14.6 37.445 -84.157 23.1 1 2.55 1.235 0.297 9018 0TMP23905 1999 5 17 17 29 33.2 35.307 -84.928 0.7 5 2.39 1.249 0.305 9019 0TMP23906 1999 5 17 18 20 1.32 34.5128 -96.1392 5 2 2.62 1.23 0.294 9020 0TMP23920 1999 5 22 15 20 54.4 35.728 -83.902 19.6 5 2.32 1.257 0.309 9021 9007TMP23932 1999 5 27 11 21 0.5 35.756 -83.955 14.1 28 2.22 1.186 0.267 9022 9007TMP23935 1999 5 27 19 28 3.7 34.746 -82.065 3 2 2.43 1.077 0.176 9023 0TMP23942 1999 5 29 22 59 4.1 36.106 -83.706 3.4 5 2.39 1.249 0.305 9024 0TMP23946 1999 5 30 9 30 0 47.108 -76.368 18 2 2.27 1.157 0.247 9025 0TMP23948 1999 5 30 19 4 25.6 32.575 -104.664 10 2 3.65 1.074 0.173 9026 8990TMP23949 1999 5 31 1 16 31.5 40.06 -74.71 10 2 2.49 1.2 0.276 9027 0TMP23956 1999 6 3 6 32 14.73 43.4666 -71.1132 0 2 2.49 1.2 0.276 9028 0TMP23977 1999 6 12 22 35 44.2 34.542 -87.825 4.5 1 2.24 1.264 0.313 9029 0TMP23982 1999 6 16 12 40 43 36.11 -89.75 5.4 2 2.32 1.257 0.309 9030 9056TMP23987 1999 6 18 23 19 0 46.469 -75.104 18 2 2.82 1.026 0.103 9031 0TMP23990 1999 6 22 0 41 21 36.5 -89.53 6.4 2 2.47 1.242 0.301 9032 9056TMP23991 1999 6 22 7 5 35 36.86 -89.45 0.7 2 2.28 1.024 0.1 9033 0TMP24009 1999 6 28 0 0 48.6 35.48 -83.19 13.4 3 2.24 1.264 0.313 9034 0TMP24010 1999 6 28 1 38 23.6 35.409 -83.221 10.5 2 2.32 1.257 0.309 9035 9034TMP24022 1999 7 3 18 35 19 36.01 -88.97 4.8 2 2.39 1.249 0.305 9036 0

B-256

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP24026 1999 7 4 11 19 16 36.39 -89.53 9.6 2 2.24 1.264 0.313 9037 9056TMP24027 1999 7 6 6 21 4 35.634 -84.335 30 5 2.24 1.264 0.313 9038 0TMP24028 1999 7 6 9 29 1 37.07 -88.82 2.2 2 2.28 1.024 0.1 9039 0TMP39571 1999 7 6 16 16 1 36.2 -89.48 7.1 2 2.55 1.235 0.297 9040 9056TMP24032 1999 7 7 6 37 28 49.63 -66.41 0 2 2.24 1.074 0.173 9041 8992TMP24037 1999 7 11 13 3 22 37.79 -90.76 5 2 2.77 1.218 0.287 9042 0TMP24039 1999 7 13 12 58 24 37.76 -90.39 5 2 2.77 1.218 0.287 9043 0TMP24042 1999 7 14 11 11 0 46.591 -75.392 18 2 2.27 1.157 0.247 9044 0TMP24045 1999 7 16 1 54 22.8 36.044 -83.669 4.2 1 2.24 1.264 0.313 9045 0TMP24051 1999 7 17 22 59 10 36.24 -89.33 4.1 2 2.39 1.249 0.305 9046 9056TMP24053 1999 7 18 15 43 35 36.2 -89.47 7.4 2 2.55 1.235 0.297 9047 9056TMP24069 1999 7 26 17 35 0 47.48 -70.12 20.6 2 2.2 1.028 0.107 9048 0TMP24073 1999 7 27 12 23 6.69 46.511 -68.9118 5 2 2.43 1.06 0.156 9049 0TMP24086 1999 7 31 9 47 1 34.45 -87.31 0 5 2.85 1.213 0.284 9050 0TMP24088 1999 8 1 10 42 26 36.52 -89.54 7.3 2 2.39 1.249 0.305 9051 9056TMP24098 1999 8 9 6 51 22.9 32.568 -104.591 5 2 2.58 1.153 0.244 9052 8990TMP24109 1999 8 14 4 15 59.3 35.679 -84.208 12.2 1 2.24 1.264 0.313 9053 0TMP24110 1999 8 14 9 49 10.7 36.391 -81.251 0 2 2.24 1.264 0.313 9054 0TMP24122 1999 8 19 1 30 44 36.15 -89.69 9.8 2 2.62 1.23 0.294 9055 9056TMP24136 1999 8 23 12 12 41.1 36.264 -89.503 9 2 3.23 1.192 0.271 9056 0TMP24139 1999 8 24 1 48 50.2 34.943 -84.988 0 1 2.62 1.23 0.294 9057 0TMP24154 1999 9 2 16 17 0 41.72 -89.43 5 25 3.41 1.062 0.159 9058 0TMP24160 1999 9 5 22 57 46 36.42 -89.52 8.4 2 2.62 1.23 0.294 9059 9056TMP24165 1999 9 10 13 41 0 46.988 -66.015 5 2 2.64 1.074 0.173 9060 0TMP24167 1999 9 11 15 26 48 36.45 -89.54 8.6 2 2.77 1.218 0.287 9061 9056TMP24169 1999 9 13 3 15 17 36.52 -89.47 5.2 2 2.55 1.235 0.297 9062 9056TMP24170 1999 9 15 1 7 32 36.53 -89.52 5 2 2.7 1.223 0.29 9063 9056TMP24173 1999 9 16 4 37 8 36.53 -89.72 6.3 2 2.85 1.213 0.284 9064 9056TMP24175 1999 9 17 3 16 52.78 35.0539 -96.2237 17.8 2 2.32 1.257 0.309 9065 0TMP24177 1999 9 17 12 24 14.9 35.383 -84.273 13.7 5 2.32 1.257 0.309 9066 0TMP24182 1999 9 22 10 2 19.9 41.72 -81.508 1.1 2 2.48 1.049 0.141 9067 0TMP24183 1999 9 22 13 9 0 47.627 -66.356 18 2 2.69 1.075 0.174 9068 0TMP24191 1999 9 28 18 47 0 47 -66.6 5 2 2.44 1.074 0.173 9069 0TMP24197 1999 10 2 9 45 0 47.417 -70.118 8.9 2 2.42 1.026 0.104 9070 0TMP24228 1999 10 13 10 9 0 42.55 -71.44 2 2 2.73 1.038 0.125 9071 0TMP24231 1999 10 13 15 59 0 35.69 -90.27 7.1 2 2.62 1.23 0.294 9072 0

B-257

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP24249 1999 10 20 9 0 3 34.76 -91.27 9.1 2 2.77 1.218 0.287 9073 0TMP24250 1999 10 21 8 18 0 36.49 -91.02 19 2 3.77 1.079 0.178 9074 0TMP24251 1999 10 21 8 49 48.4 36.511 -91.05 11 2 3.06 1.082 0.182 9075 9074TMP24266 1999 10 25 23 19 51.68 36.9462 -100.07 5 2 2.73 1.054 0.148 9076 0TMP24267 1999 10 26 7 25 55 36.34 -89.57 11.9 2 2.39 1.249 0.305 9077 9056TMP24270 1999 10 28 1 52 0 47.71 -69.864 15.3 2 2.23 1.028 0.107 9078 0TMP24282 1999 10 30 12 19 3 36.29 -89.42 7 2 2.39 1.249 0.305 9079 9056TMP24286 1999 10 31 14 9 39.97 35.8046 -97.8191 9.4 2 2.47 1.242 0.301 9080 0TMP24287 1999 10 31 20 14 10 45.86 -74.3 20.8 2 3.32 1.02 0.09 9081 0TMP24290 1999 11 1 2 21 0 46.848 -78.856 18 2 2.27 1.157 0.247 9082 0TMP24291 1999 11 1 3 2 52 32.952 -80.199 9.9 5 2.69 1.225 0.291 9083 0TMP24298 1999 11 2 8 45 21 45.2 -56.08 18 2 3.62 1.104 0.203 9084 0TMP24300 1999 11 3 13 28 52 45.512 -105.467 10 2 3.18 1.153 0.244 9085 0TMP24302 1999 11 4 7 50 39 36.54 -89.65 7.7 2 2.24 1.264 0.313 9086 9056TMP24318 1999 11 10 18 25 58.1 34.682 -85.035 0 1 2.47 1.242 0.301 9087 0TMP24320 1999 11 11 15 5 22 36.8 -89.51 8.1 2 2.77 1.218 0.287 9088 0TMP24323 1999 11 12 3 6 33.3 34.849 -85.341 12.1 5 2.55 1.235 0.297 9089 0TMP24342 1999 11 20 0 7 29.9 35.453 -84.424 0 5 2.55 1.235 0.297 9090 0TMP24354 1999 11 22 6 13 22.85 36.2196 -98.9457 5 2 2.7 1.223 0.29 9091 0TMP24355 1999 11 22 6 49 2 36.01 -89.52 10.8 2 2.24 1.264 0.313 9092 9056TMP24364 1999 11 24 19 8 0 49.116 -67.56 18 2 2.27 1.157 0.247 9093 0TMP24373 1999 11 26 6 55 0 36.34 -92.41 0 2 3.05 1.098 0.198 9094 0TMP24376 1999 11 26 22 33 1 43.71 -78.29 4.4 2 3.12 1.018 0.087 9095 0TMP24378 1999 11 28 8 33 2 36.57 -89.82 5.3 2 2.7 1.223 0.29 9096 0TMP24385 1999 11 30 1 27 23.6 36.361 -83.91 3.4 1 2.7 1.223 0.29 9097 9104TMP24395 1999 12 3 18 21 0 46.035 -58.007 18 2 2.57 1.157 0.247 9098 0TMP24409 1999 12 8 21 18 41.6 35.009 -84.855 8.9 5 2.39 1.249 0.305 9099 0TMP24411 1999 12 9 0 57 3 36.57 -89.61 7 2 2.47 1.242 0.301 9100 9056TMP24426 1999 12 12 6 21 0 46.87 -75.886 18 2 2.27 1.157 0.247 9101 0TMP24449 1999 12 17 21 0 7 51.6 -89.84 0 2 3.27 1.157 0.247 9102 0TMP24455 1999 12 18 21 57 0 51.604 -89.914 18 2 2.37 1.157 0.247 9103 9102TMP24460 1999 12 19 21 11 13.2 36.375 -83.912 0 1 2.77 1.218 0.287 9104 0TMP24465 1999 12 21 9 17 0 46.78 -76.6 17 2 2.35 1.027 0.105 9105 0TMP24474 1999 12 23 8 22 26 36.55 -89.67 4.2 2 2.47 1.242 0.301 9106 9056TMP24488 1999 12 25 0 21 41.31 44.9448 -69.368 5 2 2.87 1.045 0.136 9107 0TMP24489 1999 12 26 2 6 9.4 36.783 -82.66 3.1 4 2.32 1.257 0.309 9108 0

B-258

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP24514 2000 1 1 6 22 58 46.82 -78.92 12.4 2 4.62 1.029 0.11 9109 0TMP24523 2000 1 2 15 4 44.5 34.96 -87.18 13 5 2.76 1.083 0.183 9110 0TMP24527 2000 1 3 21 5 50 44.31 -70.17 9 2 3.18 1.016 0.081 9111 0TMP24529 2000 1 4 8 13 20 38.1 -90.48 11 2 2.39 1.249 0.305 9112 0TMP24544 2000 1 8 1 25 0 49.556 -66.76 18 2 2.21 1.027 0.106 9113 0TMP24557 2000 1 11 11 54 54.9 36.028 -89.499 11 2 2.64 1.085 0.185 9114 9056TMP24563 2000 1 12 9 35 13 36.62 -89.58 7.2 2 2.24 1.264 0.313 9115 9056TMP24568 2000 1 13 17 57 32 36.13 -89.41 8.6 2 2.55 1.235 0.297 9116 9056TMP24570 2000 1 14 10 39 34.94 34.6735 -95.0949 17.6 2 2.79 1.054 0.148 9117 0TMP24575 2000 1 15 4 50 0 47.446 -70.233 24 2 2.3 1.027 0.106 9118 0TMP24580 2000 1 17 8 16 20 44.57 -70.44 16 2 3.28 1.015 0.08 9119 0TMP24585 2000 1 18 22 19 31.9 32.993 -83.214 5 25 3.38 1.072 0.171 9120 0TMP24587 2000 1 19 12 29 33.4 28.9 -98.5 5 2 2.28 1.153 0.244 9121 0TMP24592 2000 1 21 5 59 49 42.99 -71.18 1 2 2.45 1.036 0.122 9122 0TMP24608 2000 1 25 20 35 26.4 35.08 -86.361 0 1 2.7 1.223 0.29 9123 0TMP24609 2000 1 26 0 21 48.6 36.222 -89.392 10 2 2.48 1.153 0.244 9124 9056TMP24612 2000 1 26 15 24 42 36.39 -89.55 10.1 2 2.47 1.242 0.301 9125 9056TMP24614 2000 1 27 1 1 51.9 36.532 -89.499 7 2 2.74 1.086 0.186 9126 0TMP24618 2000 1 27 14 49 40 43 -71.18 1 2 2.81 1.036 0.122 9127 9122TMP24620 2000 1 27 15 30 6.39 43.02 -71.27 6.2 2 2.32 1.066 0.164 9128 9122TMP24638 2000 2 2 7 14 20.2 32.582 -104.629 5 2 2.38 1.153 0.244 9129 0TMP24650 2000 2 4 1 36 26.8 39.092 -99.417 5 2 2.48 1.153 0.244 9130 0TMP24660 2000 2 7 2 36 0 45.971 -75.444 18 2 2.35 1.027 0.105 9131 0TMP24661 2000 2 7 11 59 0 49.071 -66.991 18 2 2.48 1.026 0.104 9132 0TMP24683 2000 2 12 13 0 9 36.13 -89.72 5.5 2 2.47 1.242 0.301 9133 9056TMP24697 2000 2 18 3 47 40 34.556 -80.5 0.1 1 2.7 1.223 0.29 9134 0TMP24709 2000 2 22 17 57 11 36.55 -89.7 15 2 2.39 1.249 0.305 9135 9056TMP24713 2000 2 24 14 47 19 41.12 -75.75 6 2 2.49 1.2 0.276 9136 0TMP24719 2000 2 26 3 1 0.8 30.243 -103.612 5 2 2.48 1.153 0.244 9137 0TMP24740 2000 3 2 20 48 0 46.116 -75.698 18 2 2.37 1.157 0.247 9138 0TMP24746 2000 3 4 19 8 25.1 35.664 -84.335 0 5 2.62 1.23 0.294 9139 0TMP24751 2000 3 6 15 2 27.1 38.101 -87.534 5 2 2.58 1.085 0.185 9140 0TMP24760 2000 3 8 3 2 0 46.06 -57.978 18 2 2.97 1.157 0.247 9141 0TMP24797 2000 3 16 3 35 0 50.848 -58.047 18 2 3.07 1.157 0.247 9142 0TMP24810 2000 3 20 1 4 0 46.544 -76.641 18 2 2.66 1.026 0.103 9143 0TMP24811 2000 3 20 4 54 8 35.049 -86.356 8.6 5 2.39 1.249 0.305 9144 0

B-259

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP24812 2000 3 20 10 0 50.2 34.685 -85.362 3.9 5 3 1.203 0.278 9145 0TMP24850 2000 3 29 7 3 36 37.762 -83.587 18.3 7 2.39 1.249 0.305 9146 0TMP24870 2000 4 5 8 19 0 46.521 -72.285 18 2 2.52 1.026 0.103 9147 0TMP24875 2000 4 7 1 29 36.3 33.944 -81.03 1 6 2.24 1.264 0.313 9148 0TMP24887 2000 4 9 3 8 15.99 34.3122 -97.5601 17.6 2 2.24 1.264 0.313 9149 0TMP24895 2000 4 10 12 48 15.5 35.458 -84.175 10.3 25 2.51 1.186 0.267 9150 0TMP24898 2000 4 11 10 40 56.35 36.2703 -97.5668 17.8 28 2.48 1.051 0.144 9151 0TMP24899 2000 4 11 19 47 28.26 35.3585 -96.7921 5 2 2.2 1.056 0.151 9152 0TMP24902 2000 4 12 4 38 16.9 36.617 -83.789 18.3 1 2.32 1.257 0.309 9153 0TMP24912 2000 4 14 3 54 20 39.76 -86.75 5 2 3.28 1.153 0.244 9154 0TMP24914 2000 4 14 13 13 41.2 37.321 -83.348 0 1 2.39 1.249 0.305 9155 0TMP24921 2000 4 16 2 38 45 36.241 -83.947 8.7 1 2.32 1.257 0.309 9156 0TMP24936 2000 4 20 8 46 55.4 43.949 -74.257 5 2 3.63 1.024 0.1 9157 0TMP24944 2000 4 22 0 59 27.7 33.861 -86.528 0 1 2.32 1.257 0.309 9158 0TMP24948 2000 4 25 3 0 19.4 35.538 -84.782 10.5 5 2.32 1.257 0.309 9159 0TMP24957 2000 4 28 23 36 26 37.69 -88.42 5 2 2.58 1.153 0.244 9160 0TMP24959 2000 4 29 3 34 53.1 37.7 -77.5 5 2 2.26 1.124 0.221 9161 0TMP24964 2000 4 29 14 54 0 45.184 -56.567 18 2 2.86 1.38 0.367 9162 0TMP24975 2000 5 3 12 48 31.2 35.892 -84.57 26.4 5 2.47 1.242 0.301 9163 0TMP24980 2000 5 4 22 45 0 51.338 -77.634 18 2 2.27 1.157 0.247 9164 0TMP24988 2000 5 7 10 23 45.5 32.73 -87.18 9.1 2 2.7 1.223 0.29 9165 0TMP24996 2000 5 8 22 37 7.1 35.07 -85.174 8.5 1 2.24 1.264 0.313 9166 0TMP25004 2000 5 11 8 41 57.4 36.375 -82.589 11 3 2.24 1.264 0.313 9167 0TMP25011 2000 5 13 14 57 16 36.25 -89.47 8 2 2.7 1.223 0.29 9168 0TMP25017 2000 5 15 15 5 33.8 35.233 -84.874 5 25 2.84 1.052 0.146 9169 0TMP25053 2000 5 19 19 54 0 50.305 -64.992 18 2 2.37 1.157 0.247 9170 0TMP25061 2000 5 21 2 39 5.3 32.94 -80.174 7.8 1 2.24 1.264 0.313 9171 0TMP25069 2000 5 23 10 22 47.1 43.781 -79.098 8.2 2 2.47 1.157 0.247 9172 0TMP25079 2000 5 24 10 22 46 43.79 -79.06 5 2 2.47 1.157 0.247 9173 9172TMP25084 2000 5 25 7 23 7 36.31 -89.5 5.1 2 2.32 1.257 0.309 9174 9168TMP25104 2000 5 27 11 53 59 36.55 -89.82 10.7 2 2.55 1.235 0.297 9175 0TMP25108 2000 5 28 4 51 23 36.21 -89.41 7.9 2 2.39 1.249 0.305 9176 9168TMP25110 2000 5 28 11 32 7 33.809 -87.82 5 1 2.93 1.073 0.172 9177 0TMP25142 2000 6 4 5 6 47.6 35.552 -84.161 5 5 2.7 1.223 0.29 9178 0TMP25174 2000 6 10 4 6 17 36.21 -89.36 5 2 2.32 1.257 0.309 9179 9168TMP25176 2000 6 10 11 1 0 51.074 -62.94 18 2 2.47 1.157 0.247 9180 0

B-260

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP25180 2000 6 12 8 45 47 36.12 -89.74 4.7 2 2.62 1.23 0.294 9181 0TMP25190 2000 6 15 9 25 0 47.673 -69.762 18 2 3.12 1.02 0.091 9182 0TMP25196 2000 6 15 23 17 14.6 25.45 -100.999 33 2 4.28 1.153 0.244 9183 0TMP25197 2000 6 16 4 2 53 42.1 -72.82 9 2 3.04 1.034 0.118 9184 0TMP25203 2000 6 17 13 44 29 34.46 -90.82 3.5 2 2.47 1.242 0.301 9185 0TMP25211 2000 6 19 20 20 44 36.3 -89.51 8.5 2 2.32 1.257 0.309 9186 9168TMP25244 2000 6 27 1 28 45 35.8 -92.75 0 2 3.58 1.153 0.244 9187 0TMP25245 2000 6 27 2 6 7 35.48 -92.62 7.9 2 2.7 1.223 0.29 9188 0TMP25246 2000 6 27 6 2 57 37.13 -88.87 4 2 2.78 1.024 0.1 9189 0TMP25253 2000 6 28 10 4 0 51.879 -93.062 18 2 2.37 1.157 0.247 9190 0TMP25260 2000 6 29 8 15 0 46.91 -70.771 18 2 2.7 1.026 0.103 9191 0TMP25268 2000 6 30 18 44 0 51.856 -92.721 18 2 2.47 1.157 0.247 9192 0TMP25274 2000 7 1 15 29 42 36.37 -89.55 10.7 2 2.47 1.242 0.301 9193 9168TMP25279 2000 7 2 14 20 21 35.194 -84.271 13.6 5 2.32 1.257 0.309 9194 0TMP25311 2000 7 9 8 52 36 35.25 -90.87 16 2 3.01 1.099 0.199 9195 0TMP25320 2000 7 11 14 59 47.5 35.88 -83.81 5 25 3.12 1.082 0.182 9196 0TMP25324 2000 7 11 17 44 26.9 35.491 -85.162 16.9 5 2.39 1.249 0.305 9197 0TMP25328 2000 7 12 9 55 34 36.838 -83.589 0 2 2.32 1.257 0.309 9198 0TMP25329 2000 7 12 15 1 49 47.56 -71.07 18 2 3.47 1.019 0.089 9199 0TMP25330 2000 7 12 15 6 0 47.551 -71.078 18 2 2.92 1.025 0.101 9200 9199TMP25333 2000 7 12 17 8 52 36.24 -89.43 7.1 2 2.39 1.249 0.305 9201 9168TMP25344 2000 7 14 1 40 0 51.881 -92.666 18 2 2.27 1.157 0.247 9202 9192TMP25358 2000 7 18 10 29 48.7 35.639 -86.713 5.7 5 2.47 1.242 0.301 9203 0TMP25391 2000 7 27 10 26 40.1 35.213 -86.527 1.9 5 2.47 1.242 0.301 9204 0TMP25392 2000 7 27 13 10 24.5 35.211 -86.518 7.6 5 2.47 1.242 0.301 9205 9204TMP25396 2000 7 27 19 28 0 46.908 -76.504 18 2 2.27 1.157 0.247 9206 0TMP25403 2000 7 28 20 16 39.4 35.662 -84.239 14.8 5 2.32 1.257 0.309 9207 0TMP25414 2000 8 2 12 21 30 35.2 -101.9 5 2 2.38 1.153 0.244 9208 0TMP25420 2000 8 3 8 53 38 37.15 -88.78 2 2 2.38 1.024 0.1 9209 9189TMP25429 2000 8 5 14 49 5 35.81 -90.08 6.3 2 2.39 1.249 0.305 9210 0TMP25431 2000 8 6 2 2 31.5 40.77 -81.264 28.5 2 2.67 1.157 0.247 9211 0TMP25432 2000 8 6 6 21 17.58 44.39 -74.36 0.2 2 2.53 1.016 0.082 9212 0TMP25435 2000 8 6 8 52 22 46.23 -75.09 18 2 3.56 1.017 0.085 9213 0TMP25441 2000 8 7 2 2 30.4 40.96 -81.15 5 25 2.82 1.025 0.101 9214 0TMP25445 2000 8 7 17 19 8 35.392 -101.812 5 2 2.98 1.153 0.244 9215 0TMP25446 2000 8 7 18 34 9 35.392 -101.812 5 2 2.68 1.153 0.244 9216 9215

B-261

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP25449 2000 8 7 21 36 21 35.392 -101.812 5 2 2.68 1.153 0.244 9217 9215TMP25456 2000 8 9 11 30 47.9 34.912 -85.253 0 5 2.62 1.23 0.294 9218 0TMP25460 2000 8 10 13 39 50 35.392 -101.812 5 2 2.68 1.153 0.244 9219 9215TMP25462 2000 8 10 23 54 13 33.016 -80.179 7.1 25 2.6 1.194 0.272 9220 0TMP25463 2000 8 11 3 7 22 35.81 -90.09 6.4 2 2.55 1.235 0.297 9221 9210TMP25490 2000 8 16 10 7 10.6 34.928 -83.445 9 19 2.32 1.257 0.309 9222 0TMP25495 2000 8 17 1 8 5.45 35.39 -101.814 5 2 3.58 1.153 0.244 9223 9215TMP25497 2000 8 17 9 10 57 37.31 -89.61 4.3 2 2.47 1.242 0.301 9224 0TMP25504 2000 8 18 10 9 55.1 37.186 -79.947 10 4 2.85 1.159 0.248 9225 0TMP25512 2000 8 19 10 23 46 36.18 -89.47 10.5 2 2.32 1.257 0.309 9226 9168TMP25521 2000 8 21 11 12 41 36.78 -89.53 5.4 2 2.39 1.249 0.305 9227 0TMP25524 2000 8 22 5 45 14.6 41.42 -73.63 6 2 2.5 1.028 0.107 9228 0TMP25528 2000 8 22 20 12 14 36.492 -91.106 8 2 3.58 1.153 0.244 9229 0TMP25544 2000 8 26 8 4 26.3 38.104 -87.277 5 2 2.56 1.086 0.186 9230 0TMP25555 2000 8 30 16 10 41 37.32 -90.33 2 2 2.74 1.086 0.186 9231 0TMP25575 2000 9 3 21 28 18 35.14 -91.39 3.8 2 2.39 1.249 0.305 9232 0TMP25584 2000 9 5 14 17 14.9 31.535 -87.31 3.3 2 2.77 1.218 0.287 9233 0TMP25585 2000 9 5 14 21 14.4 32.121 -87.86 0 31 2.77 1.218 0.287 9234 0TMP25592 2000 9 7 10 7 40.7 44.355 -69.382 5 2 3 1.042 0.131 9235 0TMP25596 2000 9 8 10 10 38.4 35.962 -84.351 20.5 1 2.77 1.218 0.287 9236 0TMP25603 2000 9 9 23 47 27.7 35.132 -85.735 5.5 5 2.85 1.213 0.284 9237 0TMP25614 2000 9 12 10 28 48 35.027 -85.704 3.6 5 2.39 1.249 0.305 9238 9237TMP25626 2000 9 14 16 5 22 34.675 -85.296 0 5 2.93 1.208 0.281 9239 0TMP25652 2000 9 20 4 59 8.15 44.01 -73.08 18 2 2.23 1.035 0.12 9240 0TMP25653 2000 9 20 6 24 59 24.622 -99.933 33 2 4.11 1.079 0.178 9241 0TMP25659 2000 9 21 7 17 25.6 34.848 -85.278 0 5 2.32 1.257 0.309 9242 9239TMP25667 2000 9 21 21 41 0 47.749 -80.573 18 2 2.37 1.157 0.247 9243 0TMP25668 2000 9 22 4 25 16.5 33.01 -80.151 4.8 5 2.7 1.223 0.29 9244 9220TMP25674 2000 9 23 3 20 47.2 35.049 -82.415 2 1 2.72 1.109 0.208 9245 0TMP25680 2000 9 24 13 38 48.9 33.039 -80.16 7 5 2.62 1.23 0.294 9246 9220TMP25681 2000 9 25 7 9 17 36.2 -89.48 6.8 2 2.47 1.242 0.301 9247 0TMP25692 2000 9 27 12 42 0 47.465 -70.032 18 2 2.6 1.026 0.103 9248 0TMP25703 2000 10 1 11 13 56 36.772 -90.761 4 2 2.79 1.106 0.205 9249 0TMP25704 2000 10 1 11 22 58 46.82 -78.42 0 5 4.57 1.157 0.247 9250 0TMP25715 2000 10 3 15 10 24 36.6 -89.59 9.2 2 2.77 1.218 0.287 9251 9227TMP25727 2000 10 6 11 48 5 36.6 -89.59 7.9 2 2.55 1.235 0.297 9252 9227

B-262

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP25728 2000 10 6 13 59 0 45.097 -74.019 18 2 3.08 1.018 0.087 9253 0TMP25736 2000 10 8 10 16 24.77 35.3917 -97.9411 5 25 2.46 1.037 0.123 9254 0TMP25748 2000 10 10 19 46 0 46.284 -76.903 18 2 2.31 1.027 0.106 9255 0TMP25766 2000 10 14 7 56 39 36.43 -89.55 9.8 2 2.24 1.264 0.313 9256 0TMP25772 2000 10 16 17 56 13.8 38.636 -80.92 16.9 1 2.77 1.218 0.287 9257 0TMP25784 2000 10 19 6 39 26.9 35.625 -84.058 5.2 5 2.24 1.264 0.313 9258 0TMP25789 2000 10 19 18 12 45.7 32.969 -80.227 12.3 5 2.49 1.117 0.215 9259 9220TMP25795 2000 10 21 18 36 0.5 35.717 -84.202 17.8 5 2.62 1.23 0.294 9260 9258TMP25807 2000 10 24 20 46 27.7 35.006 -86.966 10.8 5 2.24 1.129 0.225 9261 0TMP25849 2000 11 4 19 21 47 36.12 -89.74 7.6 2 2.7 1.223 0.29 9262 0TMP25856 2000 11 6 3 39 50.8 35.514 -87.881 0 1 2.55 1.235 0.297 9263 0TMP25860 2000 11 6 12 16 37.45 42.77 -73.96 9.7 2 2.6 1.041 0.13 9264 0TMP25885 2000 11 9 5 32 49 36.28 -89.45 6.2 2 2.55 1.235 0.297 9265 9247TMP25891 2000 11 10 0 14 31.1 35.8248 -98.2551 5 2 2.28 1.055 0.149 9266 0TMP25893 2000 11 10 7 40 0 45.737 -75.3 18 2 2.55 1.026 0.103 9267 0TMP25899 2000 11 11 0 14 32.18 34.774 -97.8066 11 2 2.22 1.055 0.15 9268 0TMP25900 2000 11 11 8 15 35 36.12 -89.44 12.9 2 2.47 1.242 0.301 9269 9262TMP25916 2000 11 16 6 21 20 36.13 -89.72 8.2 2 2.47 1.242 0.301 9270 9262TMP25948 2000 11 24 6 45 27.1 38.524 -82.811 0 1 2.7 1.223 0.29 9271 0TMP25958 2000 11 30 17 23 54 36.3 -89.52 8.1 2 2.39 1.249 0.305 9272 9262TMP25987 2000 12 7 14 8 49.4 37.973 -87.66 5 6 3.75 1.047 0.139 9273 0TMP25996 2000 12 9 6 46 9.1 28.027 -90.171 10 2 4.48 1.063 0.16 9274 0TMP25997 2000 12 10 11 24 0 50.216 -64.883 18 2 2.47 1.157 0.247 9275 0TMP25998 2000 12 10 17 51 51.6 35.466 -84.669 19.3 5 2.39 1.249 0.305 9276 0TMP26008 2000 12 14 6 44 0 49.321 -65.978 18 2 3.07 1.157 0.247 9277 0TMP26020 2000 12 16 22 8 54 35.4 -101.8 5 2 3.58 1.153 0.244 9278 9215TMP26028 2000 12 19 2 32 52 35.97 -89.89 8.3 2 2.32 1.257 0.309 9279 9262TMP26043 2000 12 21 22 26 28.7 34.942 -85.01 0 1 2.39 1.249 0.305 9280 0TMP26075 2000 12 29 23 5 56 36.54 -89.53 15.6 2 2.32 1.257 0.309 9281 0TMP26078 2000 12 31 19 5 10 36.42 -89.5 11.5 2 2.39 1.249 0.305 9282 9262TMP26085 2001 1 2 4 45 59.5 35.548 -83.952 9.7 6 2.55 1.235 0.297 9283 0TMP26086 2001 1 2 6 35 54 37.26 -90.23 1 2 2.39 1.249 0.305 9284 0TMP26106 2001 1 7 12 15 34.6 35.504 -84.517 5.1 1 2.24 1.264 0.313 9285 0TMP26107 2001 1 7 19 59 44.28 43.52 -71.66 7.4 2 2.81 1.198 0.275 9286 0TMP26140 2001 1 14 11 3 0 45.94 -74.97 18 2 2.69 1.023 0.097 9287 0TMP26142 2001 1 14 11 46 10.5 35.419 -84.214 9.4 1 2.62 1.23 0.294 9288 0

B-263

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP26145 2001 1 15 0 28 47 42.11 -74.96 0 2 2.24 1.202 0.277 9289 0TMP26155 2001 1 16 8 54 16 36.26 -89.28 5.5 2 2.39 1.249 0.305 9290 9262TMP26164 2001 1 17 12 3 16.1 35.571 -86.602 10.6 1 2.32 1.257 0.309 9291 0TMP26165 2001 1 17 12 34 22.6 40.78 -73.95 7 2 2.53 1.073 0.172 9292 0TMP26179 2001 1 20 11 29 54.9 35.535 -83.526 17 2 2.55 1.235 0.297 9293 0TMP26194 2001 1 25 2 32 35.1 36.117 -83.21 3.3 1 2.24 1.264 0.313 9294 0TMP26201 2001 1 26 3 3 22.2 41.906 -80.788 7 2 3.86 1.024 0.1 9295 0TMP26206 2001 1 26 5 36 52.1 41.871 -80.713 6 2 2.72 1.067 0.165 9296 9295TMP26211 2001 1 27 0 27 19.4 33.838 -87.707 0.5 2 2.47 1.242 0.301 9297 0TMP26231 2001 1 31 5 45 49.8 35.849 -84.896 0 2 2.24 1.264 0.313 9298 0TMP39391 2001 2 3 0 0 0 42.44 -77.48 6 2 2.57 1.157 0.247 9299 0TMP26253 2001 2 3 0 31 28.2 46.05 -74.99 12 2 2.43 1.053 0.147 9300 9287TMP26255 2001 2 3 0 32 0 46.05 -74.992 18 2 2.37 1.157 0.247 9301 9287TMP26262 2001 2 3 20 15 15 42.345 -77.394 0 2 2.74 1.074 0.173 9302 9299TMP26263 2001 2 4 3 34 12.04 32.947 -80.169 6.4 5 2.2 1.131 0.227 9303 0TMP26275 2001 2 6 14 44 0 46.046 -75.005 18 2 2.52 1.026 0.103 9304 9287TMP26280 2001 2 7 3 11 0 36.29 -89.48 6.1 2 2.24 1.264 0.313 9305 9262TMP26302 2001 2 11 4 22 46 38.04 -89.75 2.7 2 2.32 1.257 0.309 9306 0TMP26305 2001 2 11 10 50 6 36.75 -89.5 0.3 2 2.39 1.249 0.305 9307 0TMP26332 2001 2 17 11 5 26.4 35.358 -84.798 10.8 1 2.55 1.235 0.297 9308 0TMP26336 2001 2 18 3 41 56 36.35 -89.26 3 2 2.39 1.249 0.305 9309 0TMP26337 2001 2 18 19 17 4.2 35.767 -83.986 7.4 1 2.39 1.249 0.305 9310 0TMP26344 2001 2 20 5 3 16 36.19 -91.12 4.8 2 2.39 1.249 0.305 9311 0TMP26345 2001 2 20 7 8 36 35.14 -84.795 10.7 1 2.47 1.242 0.301 9312 0TMP26352 2001 2 21 3 39 23.7 34.6628 -97.4748 5.3 5 2.28 1.056 0.151 9313 0TMP26363 2001 2 23 14 24 30.37 33.0523 -80.1672 2.8 5 2.34 1.124 0.221 9314 9303TMP26370 2001 2 25 0 54 25.4 35.96 -83.225 0 2 2.47 1.242 0.301 9315 0TMP26380 2001 2 27 16 46 26.9 35.658 -84.34 15.6 1 2.47 1.242 0.301 9316 0TMP26392 2001 3 3 10 46 13 33.19 -92.66 5 2 2.68 1.153 0.244 9317 0TMP26404 2001 3 6 15 37 9 36.22 -89.26 6.6 2 2.24 1.264 0.313 9318 9333TMP26409 2001 3 7 17 12 25 35.51 -84.81 6 25 3.09 1.072 0.171 9319 0TMP26413 2001 3 8 7 34 26.25 32.9248 -80.1602 11.4 5 2.31 1.126 0.223 9320 9303TMP26423 2001 3 10 14 6 40.4 35.246 -83.407 0 1 2.47 1.242 0.301 9321 0TMP26427 2001 3 11 11 32 6.68 33.0395 -80.1543 6.2 5 2.8 1.106 0.205 9322 9303TMP26449 2001 3 16 4 39 7.68 28.361 -89.029 10 2 3.28 1.153 0.244 9323 0TMP26450 2001 3 16 5 36 41.79 28.31 -89.42 10 2 2.98 1.153 0.244 9324 0

B-264

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP26463 2001 3 18 16 22 32.46 34.7093 -81.5408 5.4 5 2.48 1.24 0.3 9325 0TMP26468 2001 3 19 10 40 0 47.045 -76.277 18 2 3.2 1.023 0.097 9326 9337TMP26475 2001 3 20 9 40 0 44.497 -56.356 18 2 2.46 1.38 0.367 9327 0TMP26482 2001 3 21 23 35 35 34.857 -85.439 3 25 3.16 1.146 0.239 9328 0TMP26493 2001 3 24 11 57 0 50.033 -63.348 18 2 3.71 1.02 0.09 9329 0TMP26507 2001 3 28 11 19 24.6 37.31 -80.812 10 4 2.34 1.124 0.221 9330 0TMP26517 2001 3 30 17 13 55.6 37.933 -93.327 5 2 3.06 1.082 0.182 9331 0TMP26520 2001 3 30 22 1 12.3 35.508 -84.481 18.1 1 2.69 1.186 0.267 9332 9316TMP26530 2001 4 2 3 5 51 36.21 -89.43 10 2 2.94 1.101 0.201 9333 0TMP26549 2001 4 5 23 20 33.3 35.633 -84.303 5.1 5 2.62 1.23 0.294 9334 9316TMP26553 2001 4 6 21 9 0 48.749 -51.692 18 2 2.47 1.157 0.247 9335 0TMP26561 2001 4 9 3 36 47.6 33.768 -87.25 0 1 2.7 1.223 0.29 9336 0TMP26576 2001 4 11 21 30 0 47.053 -76.095 18 2 2.98 1.022 0.096 9337 0TMP26577 2001 4 12 2 41 46 36.55 -89.61 9.3 2 2.24 1.264 0.313 9338 9333TMP26585 2001 4 13 7 49 52.6 35.975 -83.698 14.3 1 2.47 1.242 0.301 9339 0TMP26588 2001 4 13 16 36 20.7 36.53 -83.34 0 1 3.16 1.195 0.273 9340 0TMP26597 2001 4 15 15 35 37.3 33.268 -86.237 4.7 1 2.85 1.213 0.284 9341 0TMP26640 2001 4 23 3 38 38 35.24 -84.13 4 25 2.86 1.088 0.188 9342 0TMP26650 2001 4 26 12 6 0 45.425 -100.719 18 2 2.29 1.159 0.248 9343 0TMP26651 2001 4 27 0 31 12.4 34.393 -85.307 0.6 5 2.39 1.249 0.305 9344 0TMP26664 2001 4 28 7 27 43.31 32.9313 -80.1638 10.8 5 2.6 1.114 0.212 9345 9303TMP26670 2001 4 29 15 5 56.5 34.3332 -81.3263 0.8 5 2.2 1.268 0.315 9346 0TMP26697 2001 5 2 17 4 9.4 34.489 -86.712 3.5 5 2.62 1.23 0.294 9347 0TMP26721 2001 5 4 6 42 12.6 35.205 -92.194 10 2 4.32 1.024 0.1 9348 0TMP26723 2001 5 4 8 31 43 35.25 -92.23 0 2 2.93 1.208 0.281 9349 9348TMP26735 2001 5 5 7 38 44 35.21 -92.23 6.5 2 2.93 1.208 0.281 9350 9348TMP26751 2001 5 7 19 16 21.45 33.1065 -79.948 8.5 1 2.49 1.24 0.3 9351 0TMP26789 2001 5 14 2 34 40 38.14 -89.41 10.9 2 2.32 1.257 0.309 9352 0TMP26801 2001 5 16 3 49 55 36.45 -89.59 10.9 2 2.32 1.257 0.309 9353 9333TMP26813 2001 5 17 6 43 48.5 36.045 -83.838 0.3 5 2.93 1.208 0.281 9354 0TMP26828 2001 5 20 14 47 31.9 32.691 -84.213 17.2 8 2.47 1.242 0.301 9355 0TMP26830 2001 5 21 2 36 6.5 35.846 -83.982 0 1 2.47 1.242 0.301 9356 0TMP26831 2001 5 21 3 19 28.9 35.175 -83.274 0 1 2.39 1.249 0.305 9357 0TMP26835 2001 5 22 0 31 55 47.66 -69.92 8.9 2 3.15 1.022 0.096 9358 0TMP26836 2001 5 22 0 33 0 47.654 -69.92 11.4 2 2.87 1.157 0.247 9359 9358TMP26837 2001 5 22 0 36 0 47.653 -69.917 10.9 2 2.47 1.157 0.247 9360 9358

B-265

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP26839 2001 5 22 7 28 27 35.11 -92.21 15.7 2 2.55 1.235 0.297 9361 9348TMP26840 2001 5 22 8 8 59 35.06 -92.2 17.2 2 2.77 1.218 0.287 9362 9348TMP26845 2001 5 23 7 19 42.4 34.219 -82.501 0 3 2.55 1.235 0.297 9363 0TMP26846 2001 5 23 10 56 32 36.24 -89.32 13.1 2 2.7 1.223 0.29 9364 9333TMP26876 2001 5 28 15 53 38 36.14 -89.72 5.7 2 2.24 1.264 0.313 9365 9333TMP26909 2001 6 2 1 55 53.7 32.334 -103.141 5 2 2.98 1.153 0.244 9366 0TMP26916 2001 6 2 23 56 49 36.1 -89.4 9 2 2.32 1.257 0.309 9367 9333TMP26923 2001 6 3 22 36 46.4 41.905 -80.767 5 2 2.92 1.049 0.141 9368 9295TMP26986 2001 6 11 15 29 49.94 34.7212 -81.2803 8.7 5 2.27 1.26 0.311 9369 0TMP26988 2001 6 11 18 27 54.25 30.226 -79.885 10 2 2.98 1.153 0.244 9370 0TMP26991 2001 6 12 10 49 16.31 32.9183 -80.1595 8.1 5 2.57 1.115 0.213 9371 9303TMP26993 2001 6 12 16 45 0 47.005 -76.361 18 2 2.79 1.026 0.103 9372 9337TMP26995 2001 6 12 21 29 19.57 32.9215 -80.157 7.4 5 2.21 1.13 0.226 9373 9303TMP26998 2001 6 13 7 26 24 36.62 -89.57 8 2 2.65 1.087 0.187 9374 0TMP27064 2001 6 21 19 37 49 34.862 -85.885 0 1 2.62 1.23 0.294 9375 0TMP27089 2001 6 25 23 4 48.2 38.46 -77.824 5 7 2.77 1.218 0.287 9376 0TMP27098 2001 6 27 4 36 52.41 32.958 -80.1738 7.9 5 2.64 1.112 0.211 9377 9303TMP27099 2001 6 27 6 17 42 36.68 -89.53 8.3 2 2.32 1.257 0.309 9378 9374TMP27107 2001 6 28 22 4 25.52 34.9547 -82.9292 6.1 5 2.53 1.237 0.298 9379 0TMP27112 2001 6 29 15 49 2.9 34.984 -84.748 0 5 2.39 1.249 0.305 9380 0TMP27145 2001 7 6 1 19 32 36.44 -89.53 7.7 2 2.32 1.257 0.309 9381 9374TMP27159 2001 7 7 10 43 53.3 35.45 -83.361 0 1 2.77 1.218 0.287 9382 0TMP27160 2001 7 7 15 25 7.5 35.517 -83.448 0 2 2.24 1.264 0.313 9383 9382TMP27164 2001 7 7 20 45 42.7 36.279 -89.396 14 2 2.96 1.072 0.171 9384 9333TMP27166 2001 7 8 3 5 11.1 35.88 -86.8 0 1 2.79 1.161 0.25 9385 0TMP27170 2001 7 9 8 37 24.2 35.458 -83.387 2.5 5 2.77 1.218 0.287 9386 9382TMP27179 2001 7 10 9 19 20 35.457 -83.38 0 1 2.7 1.223 0.29 9387 9382TMP27208 2001 7 14 22 40 28 36.26 -89.41 8 2 2.86 1.085 0.185 9388 9333TMP27211 2001 7 15 14 6 19 36.26 -89.29 7.3 2 2.24 1.264 0.313 9389 9333TMP27223 2001 7 17 19 38 49 36.33 -89.54 10.4 2 2.32 1.257 0.309 9390 9333TMP27232 2001 7 18 16 0 52.2 35.47 -85.03 1.2 1 2.32 1.257 0.309 9391 0TMP27236 2001 7 18 19 25 12.4 34.703 -97.634 5 5 2.38 1.09 0.19 9392 0TMP27259 2001 7 22 11 49 22.61 34.7953 -97.6453 5 5 2.24 1.055 0.15 9393 9392TMP27261 2001 7 22 19 5 6.96 32.958 -80.1788 8.2 5 2.74 1.108 0.207 9394 9303TMP27262 2001 7 22 19 22 45.5 39.022 -105.129 5 2 2.78 1.153 0.244 9395 0TMP27264 2001 7 23 2 56 29.42 32.9822 -80.1697 8.9 5 2.42 1.12 0.218 9396 9303

B-266

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP27271 2001 7 24 2 11 10 36.41 -89.53 8.1 2 2.32 1.257 0.309 9397 9333TMP27274 2001 7 24 14 2 35 37.7 -97 5 2 2.68 1.153 0.244 9398 0TMP27286 2001 7 26 5 26 44.7 35.932 -83.575 5 1 3.12 1.072 0.17 9399 0TMP27287 2001 7 26 10 46 51.4 41.01 -82.55 0 2 2.57 1.048 0.14 9400 0TMP27291 2001 7 27 0 48 34 36.17 -89.43 8.7 2 2.77 1.218 0.287 9401 9333TMP27305 2001 7 28 17 48 45.4 33.652 -85.803 0.9 1 2.39 1.249 0.305 9402 0TMP27318 2001 7 31 13 23 35 36.45 -89.54 8.5 2 2.77 1.218 0.287 9403 9374TMP27321 2001 7 31 18 54 29 36.21 -89.47 5.8 2 2.24 1.264 0.313 9404 9333TMP27339 2001 8 4 1 13 25.3 34.292 -93.213 5 2 3.04 1.072 0.171 9405 0TMP27347 2001 8 4 23 0 13 36.06 -89.81 9.3 2 2.55 1.235 0.297 9406 9408TMP27350 2001 8 5 15 26 46 36.26 -89.52 7.3 2 2.24 1.264 0.313 9407 9333TMP27352 2001 8 6 5 7 18 36.13 -89.73 7.3 2 2.39 1.249 0.305 9408 9333TMP27370 2001 8 9 11 31 59.3 34.69 -84.926 0 1 2.77 1.218 0.287 9409 0TMP27390 2001 8 11 19 53 24.7 36.075 -84.617 16 1 2.39 1.249 0.305 9410 0TMP27397 2001 8 13 5 47 34 36.57 -89.62 8.3 2 2.55 1.235 0.297 9411 9374TMP27409 2001 8 15 4 15 55.8 36.4632 -94.9477 5 5 2.32 1.257 0.309 9412 0TMP27410 2001 8 15 8 16 19 36.49 -89.54 8.1 2 2.39 1.249 0.305 9413 9374TMP27411 2001 8 15 8 50 2.6 37.806 -87.398 18.6 5 2.93 1.208 0.281 9414 0TMP27424 2001 8 17 5 59 44.8 34.325 -82.469 0 3 2.63 1.112 0.211 9415 0TMP27430 2001 8 18 9 41 0 49.61 -66.515 18 2 2.33 1.027 0.106 9416 0TMP27436 2001 8 19 3 7 28 36.39 -89.53 9 2 2.32 1.257 0.309 9417 9333TMP27477 2001 8 24 12 3 40 36.22 -89.46 8.3 2 2.39 1.249 0.305 9418 9333TMP27494 2001 8 25 23 24 11 36.33 -89.5 7.8 2 2.55 1.235 0.297 9419 9333TMP27503 2001 8 27 7 1 14.7 37.285 -87.31 15.8 4 2.47 1.242 0.301 9420 0TMP27508 2001 8 28 14 16 9.5 37.088 -104.692 5 2 3.08 1.153 0.244 9421 9436TMP27509 2001 8 28 14 22 0.3 37.091 -104.655 5 2 3.31 1.124 0.221 9422 9436TMP27522 2001 8 29 8 40 16.5 33.668 -85.946 2.5 1 2.32 1.257 0.309 9423 9402TMP27523 2001 8 29 10 17 19.4 34.541 -87.158 4.4 1 2.55 1.235 0.297 9424 0TMP27529 2001 8 30 8 33 49 34.545 -85.46 2.4 1 2.32 1.257 0.309 9425 0TMP27532 2001 8 30 18 29 0 46.956 -66.621 5 2 2.27 1.157 0.247 9426 0TMP27538 2001 8 31 4 34 51.7 34.6 -85.225 0.5 1 2.24 1.264 0.313 9427 0TMP27551 2001 9 2 0 37 7 36.09 -89.62 4.7 2 2.32 1.257 0.309 9428 9333TMP27552 2001 9 2 0 46 54 36.14 -88.96 17.4 2 2.7 1.223 0.29 9429 0TMP27555 2001 9 2 13 56 9.1 33.79 -82.35 21 2 2.62 1.076 0.175 9430 0TMP27556 2001 9 2 22 48 42.34 34.8976 -98.8181 5 5 2.53 1.055 0.149 9431 0TMP27557 2001 9 3 2 5 57.9 37.369 -78.231 5 39 2.77 1.218 0.287 9432 0

B-267

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP27562 2001 9 4 5 19 22 36.43 -89.47 6.2 2 2.47 1.242 0.301 9433 9333TMP27563 2001 9 4 12 22 44.9 37.107 -104.622 5 2 3.08 1.153 0.244 9434 9436TMP27564 2001 9 4 12 45 53.22 37.143 -104.65 5 2 4.16 1.024 0.1 9435 9436TMP27571 2001 9 5 10 52 7.8 37.143 -104.618 5 2 4.42 1.024 0.1 9436 0TMP27572 2001 9 5 14 48 58.26 37.112 -104.611 5 2 3.38 1.153 0.244 9437 9436TMP27576 2001 9 5 20 13 16 36.44 -89.54 8.4 2 2.39 1.249 0.305 9438 9374TMP27577 2001 9 6 9 41 43.59 37.11 -104.628 5 2 3.28 1.153 0.244 9439 9436TMP27578 2001 9 6 11 28 26.4 37.14 -104.585 5 2 3.18 1.153 0.244 9440 9436TMP27580 2001 9 6 15 52 50.2 34.9 -84.663 0 5 2.55 1.235 0.297 9441 0TMP27600 2001 9 9 12 51 15 36.5 -89.59 10.6 2 2.62 1.23 0.294 9442 9374TMP27606 2001 9 10 18 56 0.3 37.108 -104.602 5 2 3.08 1.153 0.244 9443 9436TMP27626 2001 9 13 11 22 16.4 37.108 -104.703 5 2 2.48 1.153 0.244 9444 9436TMP27630 2001 9 13 16 39 5.4 37.091 -104.593 5 2 2.68 1.153 0.244 9445 9436TMP27646 2001 9 15 15 14 43 59.2 -71.39 5 5 3.38 1.023 0.097 9446 0TMP27649 2001 9 16 6 20 0 50.644 -63.329 5 2 3.13 1.023 0.098 9447 0TMP27675 2001 9 19 23 25 42 33.259 -81.259 5.7 3 2.24 1.264 0.313 9448 0TMP27683 2001 9 20 21 41 10 36.09 -89.43 10.3 2 2.55 1.235 0.297 9449 9333TMP27689 2001 9 21 19 10 59.67 37.121 -104.706 5.4 2 3.08 1.153 0.244 9450 9436TMP27692 2001 9 22 1 40 36.2 34.833 -93.259 5 2 2.28 1.153 0.244 9451 0TMP27696 2001 9 22 16 1 20.5 38.026 -78.396 2 6 2.87 1.076 0.175 9452 0TMP27701 2001 9 24 1 45 22 36.36 -89.51 7.7 2 2.47 1.242 0.301 9453 9333TMP27702 2001 9 24 4 24 0 45.871 -82.262 5 2 2.57 1.157 0.247 9454 0TMP27713 2001 9 26 21 6 0 46.487 -80.072 5 2 2.47 1.157 0.247 9455 0TMP27716 2001 9 27 5 25 31 36.46 -89.59 10.5 2 2.24 1.264 0.313 9456 9374TMP27724 2001 9 28 7 44 41.6 35.39 -83.913 0.9 1 2.39 1.249 0.305 9457 0TMP27736 2001 9 30 3 59 35.05 32.948 -80.1637 7.9 5 2.4 1.122 0.219 9458 9508TMP27743 2001 10 1 9 55 59.5 37.262 -80.099 11.2 2 2.24 1.264 0.313 9459 0TMP27744 2001 10 1 12 0 35.39 32.981 -80.1147 7.9 1 2.84 1.105 0.204 9460 9508TMP27758 2001 10 2 23 40 17 44.27 -71.71 8 2 2.42 1.034 0.119 9461 0TMP27759 2001 10 3 1 44 3.6 34.619 -85.35 5.4 1 2.32 1.257 0.309 9462 0TMP27761 2001 10 3 5 29 0 47.4 -70.479 9.9 2 2.27 1.157 0.247 9463 0TMP27787 2001 10 8 0 23 1.1 33.32 -81.652 2 25 2.57 1.04 0.128 9464 0TMP27806 2001 10 14 8 48 28 36.06 -89.82 7.4 2 2.32 1.257 0.309 9465 9333TMP27827 2001 10 19 22 45 59.66 32.9003 -80.1897 8.8 5 2.43 1.12 0.218 9466 9508TMP27840 2001 10 23 1 33 18.8 42.34 -84.76 0 2 2.45 1.067 0.165 9467 0TMP27865 2001 10 27 5 42 21 40.79 -73.97 5 2 2.78 1.045 0.135 9468 0

B-268

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP27873 2001 10 28 16 47 9.7 35.527 -87.376 0 1 2.24 1.264 0.313 9469 0TMP27882 2001 10 29 21 40 42.4 35.232 -84.917 3.9 5 2.47 1.242 0.301 9470 0TMP27883 2001 10 29 21 47 0.7 35.22 -84.911 0 5 2.77 1.218 0.287 9471 9470TMP27885 2001 10 30 6 56 7 36.21 -89.47 6.3 2 2.39 1.249 0.305 9472 9333TMP27896 2001 10 31 7 59 45 36.01 -89.87 8.2 2 2.39 1.249 0.305 9473 9465TMP27930 2001 11 5 6 55 33 36.12 -89.74 9.2 2 2.47 1.242 0.301 9474 9465TMP27951 2001 11 8 2 15 12.2 37.09 -80.84 3.6 1 2.24 1.264 0.313 9475 0TMP27952 2001 11 8 11 31 23 35.487 -84.247 0 1 2.24 1.264 0.313 9476 0TMP27957 2001 11 9 15 6 49 36.51 -89.52 5.3 2 2.32 1.257 0.309 9477 9374TMP27958 2001 11 9 16 16 17.89 34.8431 -97.6527 5 5 2.23 1.089 0.189 9478 0TMP27965 2001 11 9 22 4 3.04 34.7809 -97.64 5 5 2.55 1.074 0.173 9479 9478TMP27968 2001 11 10 5 18 0 46.445 -76.323 18 2 2.48 1.026 0.104 9480 0TMP27984 2001 11 13 1 56 13.1 39.996 -100.208 5 2 2.91 1.124 0.221 9481 0TMP28001 2001 11 14 19 7 7 36.43 -89.52 8.1 2 2.24 1.264 0.313 9482 9374TMP28003 2001 11 14 20 21 0 46.507 -77.372 18 2 2.5 1.026 0.104 9483 0TMP28004 2001 11 14 20 45 5 36.74 -89.22 9.3 2 2.47 1.242 0.301 9484 0TMP28006 2001 11 15 7 6 0 46.741 -76.123 18 2 2.44 1.026 0.104 9485 0TMP28017 2001 11 17 11 32 9.2 35.892 -83.626 11.5 1 2.24 1.264 0.313 9486 0TMP28022 2001 11 18 4 25 59 36.15 -89.69 10.6 2 2.55 1.235 0.297 9487 9465TMP28027 2001 11 19 13 8 31 36.29 -89.53 8.6 2 2.32 1.257 0.309 9488 9333TMP28049 2001 11 22 0 7 8 31.786 -102.631 5 2 2.78 1.153 0.244 9489 0TMP28079 2001 11 28 6 27 17.8 35.222 -84.666 1.6 5 2.7 1.223 0.29 9490 0TMP28083 2001 11 29 1 55 25 36.15 -89.72 7.7 2 2.55 1.235 0.297 9491 9465TMP28084 2001 11 29 7 35 0 52.108 -107.066 0.3 2 2.67 1.153 0.244 9492 0TMP28098 2001 12 1 15 17 5.74 32.9532 -80.1712 6.8 5 2.38 1.123 0.22 9493 9508TMP28104 2001 12 1 21 18 22 35.384 -84.337 0 5 2.77 1.218 0.287 9494 0TMP28109 2001 12 3 20 55 27 36.09 -89.78 2.5 2 2.55 1.235 0.297 9495 9465TMP28112 2001 12 4 21 15 13.9 37.726 -80.752 8.5 3 2.78 1.153 0.244 9496 0TMP28116 2001 12 5 13 7 40 35.685 -84.05 10.9 5 2.55 1.235 0.297 9497 0TMP28128 2001 12 7 1 15 14 36.51 -89.49 7.3 2 2.47 1.242 0.301 9498 9374TMP28136 2001 12 8 1 8 21.5 34.735 -86.245 5 2 3.68 1.063 0.16 9499 0TMP28137 2001 12 8 4 49 34.55 33.0413 -80.1645 5.7 5 2.44 1.119 0.217 9500 9508TMP28147 2001 12 10 13 3 8 36.08 -89.79 8 2 2.39 1.249 0.305 9501 9465TMP28171 2001 12 15 7 58 31.3 36.859 -104.797 5 2 2.98 1.153 0.244 9502 9436TMP28175 2001 12 16 1 8 50 35.78 -90.16 5 2 2.47 1.242 0.301 9503 0TMP28176 2001 12 16 8 4 40.96 32.991 -80.2165 5.2 5 2.62 1.112 0.211 9504 9508

B-269

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP28177 2001 12 16 8 21 42.4 35.6428 -97.5706 5 25 2.2 1.051 0.144 9505 0TMP28179 2001 12 17 1 54 44.7 33.2 -92.7 10 2 2.48 1.153 0.244 9506 0TMP28190 2001 12 19 6 52 2.62 32.944 -80.1575 6.8 1 2.4 1.122 0.219 9507 9508TMP28213 2001 12 23 5 57 41.72 32.934 -80.1487 6.3 5 3.05 1.098 0.198 9508 0TMP28219 2001 12 24 16 58 0 46.872 -76.494 18 2 3.03 1.024 0.1 9509 0TMP28236 2001 12 27 20 54 28.92 45.04 -68.16 21.7 2 2.41 1.043 0.132 9510 0TMP28246 2001 12 29 19 47 31 36.12 -89.73 12 2 2.32 1.257 0.309 9511 9465TMP28259 2002 1 1 16 36 21.5 34.705 -87.027 16.9 5 2.24 1.264 0.313 9512 0TMP28307 2002 1 11 13 30 22.1 32.937 -80.147 6.1 5 3.06 1.065 0.162 9513 9508TMP28308 2002 1 11 13 53 58.9 32.938 -80.149 6.7 5 2.49 1.118 0.216 9514 9508TMP28339 2002 1 16 17 22 28.2 33.91 -87.776 0 1 2.32 1.257 0.309 9515 0TMP28352 2002 1 18 9 51 43 36.68 -89.57 7.6 2 2.24 1.264 0.313 9516 9535TMP28364 2002 1 20 14 11 0 49.487 -66.954 30 2 3.35 1.023 0.097 9517 0TMP28367 2002 1 20 18 44 38 35.124 -84.986 5.7 1 2.39 1.249 0.305 9518 0TMP28393 2002 1 23 14 11 57.02 49.46 -67.01 23 2 3.07 1.153 0.244 9519 9517TMP28402 2002 1 25 10 31 27.55 33.9884 -97.5304 5 25 2.37 1.05 0.143 9520 9521TMP28403 2002 1 25 10 31 27.6 34 -97.53 5 2 2.28 1.153 0.244 9521 0TMP28410 2002 1 26 1 6 3.8 36.86 -104.784 5 2 3.08 1.153 0.244 9522 9436TMP28424 2002 1 28 7 49 6.8 33.018 -80.157 4.7 5 2.8 1.106 0.205 9523 9508TMP28429 2002 1 29 6 50 58.1 35.369 -85.277 10.8 2 2.32 1.257 0.309 9524 0TMP28438 2002 1 31 12 17 54.2 36.782 -83.596 17 1 2.7 1.223 0.29 9525 0TMP28455 2002 2 2 18 29 3.9 33.014 -80.159 7.7 5 2.66 1.073 0.172 9526 9508TMP28480 2002 2 7 5 19 55.4 36.857 -104.744 5 2 2.48 1.153 0.244 9527 9436TMP28484 2002 2 8 14 15 55 37.14 -89.4 9.7 2 2.62 1.23 0.294 9528 0TMP28486 2002 2 8 16 7 13.84 34.6514 -98.3021 5 22 3.55 1.06 0.156 9529 0TMP28507 2002 2 10 18 26 23.8 33.964 -87.724 3.5 5 2.85 1.213 0.284 9530 9515TMP28514 2002 2 11 11 41 0 46.063 -73.458 10 2 3.15 1.02 0.091 9531 0TMP28538 2002 2 14 17 10 33 36.53 -89.64 8.9 2 2.32 1.257 0.309 9532 9535TMP28539 2002 2 14 17 11 47 36.53 -89.64 8.8 2 2.32 1.257 0.309 9533 9535TMP28562 2002 2 17 7 0 43.9 35.699 -84.543 5.4 5 2.77 1.218 0.287 9534 0TMP28568 2002 2 17 23 1 41 36.54 -89.63 7 2 3.08 1.2 0.276 9535 0TMP28591 2002 2 21 5 15 24 35.452 -84.861 2.5 5 2.62 1.23 0.294 9536 0TMP28622 2002 2 24 21 38 0 45.286 -75.174 18 2 2.5 1.022 0.096 9537 0TMP28633 2002 2 25 18 6 25.97 44.53 -68.85 5 2 2.23 1.107 0.206 9538 0TMP28663 2002 3 2 7 37 0 49.134 -51.867 18 2 2.47 1.157 0.247 9539 0TMP28682 2002 3 5 21 30 23 36.24 -89.44 8.6 2 2.24 1.264 0.313 9540 0

B-270

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP28683 2002 3 6 0 12 32.83 33.331 -81.679 4.6 5 2.37 1.124 0.221 9541 0TMP28703 2002 3 8 16 52 58 36.24 -89.44 6.2 2 2.32 1.257 0.309 9542 9540TMP28726 2002 3 12 7 13 25.59 41.55 -69.14 16.6 2 2.82 1.034 0.119 9543 0TMP28727 2002 3 12 8 30 48.2 37.172 -89.965 5 2 3.29 1.072 0.171 9544 0TMP28738 2002 3 13 20 57 26.7 32.919 -80.153 7.6 5 2.69 1.072 0.171 9545 9508TMP28750 2002 3 15 17 14 0 45.926 -57.801 18 2 2.27 1.157 0.247 9546 0TMP28843 2002 3 24 14 8 57.4 35.506 -84.565 4.4 5 2.39 1.249 0.305 9547 0TMP28853 2002 3 26 5 38 9 36.583 -83.698 10 2 2.32 1.257 0.309 9548 0TMP28859 2002 3 27 8 25 3.3 37.753 -82.171 7.7 2 2.47 1.242 0.301 9549 0TMP28898 2002 3 31 2 54 8.1 35.359 -101.824 5 2 2.48 1.153 0.244 9550 0TMP28917 2002 4 1 13 0 52.3 36.182 -83.162 0 1 2.23 1.195 0.273 9551 0TMP28918 2002 4 1 16 5 0 46.301 -75.758 18 2 2.47 1.157 0.247 9552 0TMP28956 2002 4 6 20 49 51.7 34.716 -85.022 0 5 2.55 1.235 0.297 9553 0TMP28975 2002 4 9 4 4 50 36.03 -89.85 7.1 2 2.55 1.235 0.297 9554 0TMP28985 2002 4 9 18 20 17.6 33.808 -87.103 1.1 5 2.39 1.249 0.305 9555 0TMP29013 2002 4 14 3 35 2.1 39.939 -100.32 5 2 2.48 1.153 0.244 9556 0TMP29017 2002 4 14 16 49 34.1 34.34 -81.32 2 2 2.33 1.088 0.188 9557 0TMP29020 2002 4 14 18 14 16 36.04 -89.48 5.4 2 2.47 1.242 0.301 9558 0TMP29054 2002 4 17 23 36 32.1 34.674 -85.079 2.8 1 2.32 1.257 0.309 9559 9553TMP29074 2002 4 20 7 28 30.7 34.811 -87.403 10.3 1 2.24 1.264 0.313 9560 0TMP29075 2002 4 20 10 50 47.5 44.513 -73.699 11 2 4.91 1.082 0.181 9561 0TMP29076 2002 4 20 11 4 42.4 44.49 -73.69 5 2 3.54 1.016 0.082 9562 9561TMP29077 2002 4 20 11 8 26 44.501 -73.704 5 2 2.45 1.026 0.104 9563 9561TMP29078 2002 4 20 11 45 28.7 44.504 -73.703 5 2 2.44 1.023 0.098 9564 9561TMP29084 2002 4 20 20 0 0 36.13 -89.39 6 2 3 1.203 0.278 9565 0TMP29092 2002 4 21 12 39 10.7 44.504 -73.7 5 2 2.28 1.084 0.184 9566 9561TMP29096 2002 4 22 14 3 8 36.01 -88.97 9.6 2 2.77 1.218 0.287 9567 9565TMP29112 2002 4 25 12 51 0 46.223 -72.732 18 2 2.39 1.027 0.105 9568 0TMP29120 2002 4 27 2 33 43 35.96 -89.96 4 2 2.93 1.208 0.281 9569 0TMP29121 2002 4 27 7 9 0 46.966 -76.246 18 2 2.47 1.157 0.247 9570 0TMP29127 2002 4 28 0 2 11.5 32.935 -80.153 6.9 5 2.73 1.072 0.17 9571 9508TMP29128 2002 4 28 0 7 20.9 41.85 -81.37 5 2 2.36 1.049 0.141 9572 0TMP29193 2002 5 5 20 46 59.6 33.7 -87.279 16.3 5 2.85 1.213 0.284 9573 9555TMP29201 2002 5 6 22 26 51.5 38.948 -81.889 5 4 3 1.203 0.278 9574 0TMP29212 2002 5 8 18 18 55.2 35.408 -83.577 5.4 1 2.47 1.242 0.301 9575 0TMP29234 2002 5 11 20 51 55.5 44.9 -69.08 0.3 2 2.21 1.042 0.131 9576 0

B-271

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP29237 2002 5 12 5 31 40 36.8 -89.34 7 2 2.24 1.264 0.313 9577 0TMP29249 2002 5 14 7 26 0 47.655 -69.967 14.1 2 2.56 1.014 0.076 9578 0TMP29255 2002 5 15 6 34 50.6 35.542 -84.078 15.3 5 2.85 1.213 0.284 9579 0TMP29261 2002 5 15 19 2 50 36.2 -89.49 6.4 2 2.24 1.264 0.313 9580 9565TMP29263 2002 5 16 7 5 30.1 35.615 -84.218 18.8 5 2.32 1.257 0.309 9581 9579TMP29282 2002 5 18 7 2 31.5 36.303 -83.351 6.3 1 2.39 1.249 0.305 9582 9551TMP29293 2002 5 20 4 8 15.1 35.545 -85.607 4 5 2.77 1.218 0.287 9583 0TMP29303 2002 5 21 6 4 0 50.104 -92.722 5 2 2.57 1.157 0.247 9584 0TMP29309 2002 5 21 20 35 34.4 32.797 -88.102 5 2 2.98 1.073 0.172 9585 0TMP29327 2002 5 24 23 46 0.4 44.504 -73.675 10 2 3.03 1.014 0.076 9586 9561TMP29341 2002 5 27 0 28 16.9 27.117 -94.442 10 2 3.48 1.153 0.244 9587 0TMP29345 2002 5 28 9 15 0 45.626 -76.623 18 2 2.87 1.022 0.095 9588 0TMP29358 2002 5 30 8 23 13 32.964 -80.205 10.1 5 2.49 1.118 0.216 9589 9508TMP29359 2002 5 30 10 36 40 36.8 -89.01 12.8 2 2.58 1.024 0.1 9590 0TMP29360 2002 5 30 14 10 36 36.36 -89.53 11.9 2 2.47 1.242 0.301 9591 9565TMP29369 2002 5 31 9 57 9.87 34.9997 -97.6228 5 25 2.84 1.036 0.122 9592 0TMP29381 2002 6 1 11 35 0 45.589 -73.859 18 2 2.55 1.022 0.095 9593 0TMP29393 2002 6 4 17 39 53 36.05 -89.83 8.3 2 2.32 1.257 0.309 9594 9565TMP29401 2002 6 5 20 17 0 52.85 -74.354 5 2 3.62 1.024 0.1 9595 0TMP29412 2002 6 7 10 16 4 42.16 -71.56 5 2 2.25 1.106 0.205 9596 0TMP29419 2002 6 9 10 52 9.5 35.731 -84.13 5.5 5 2.77 1.218 0.287 9597 9579TMP29426 2002 6 10 4 28 42 34.81 -90.58 11.5 2 2.85 1.213 0.284 9598 0TMP29444 2002 6 12 17 14 0 47.51 -70.018 7.8 2 2.47 1.157 0.247 9599 9578TMP29449 2002 6 13 1 1 57 36.17 -89.37 5.8 2 2.55 1.235 0.297 9600 9565TMP29470 2002 6 17 8 50 17 36.19 -89.47 5.6 2 2.24 1.264 0.313 9601 9565TMP29476 2002 6 18 9 12 36.6 36.881 -104.779 5 2 3.18 1.153 0.244 9602 9436TMP29479 2002 6 18 17 37 15.1 37.987 -87.78 5 2 4.48 1.024 0.1 9603 0TMP29486 2002 6 19 12 14 18.04 36.5422 -102.9181 5 22 3.43 1.06 0.156 9604 0TMP29496 2002 6 20 4 29 40.3 41.509 -98.623 5 2 3.08 1.124 0.221 9605 0TMP29519 2002 6 25 13 40 28.1 44.499 -73.703 9 2 2.86 1.018 0.086 9606 9561TMP29534 2002 6 28 0 37 36 36.26 -89.49 8.2 2 2.39 1.249 0.305 9607 9565TMP29542 2002 6 29 2 5 37 36.15 -89.29 1.6 2 2.7 1.223 0.29 9608 9565TMP29564 2002 7 3 3 17 5 35.95 -90.21 19.9 2 2.47 1.242 0.301 9609 9627TMP29575 2002 7 5 10 13 54 36.77 -89.16 3.4 2 2.38 1.024 0.1 9610 9590TMP29576 2002 7 5 11 15 16 36.53 -89.58 8 2 2.47 1.242 0.301 9611 9591TMP29580 2002 7 7 2 40 51.1 33.043 -80.134 10.8 5 3.2 1.062 0.159 9612 9508

B-272

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP29589 2002 7 9 18 3 69.07 34.0035 -97.5631 5 5 2.3 1.055 0.149 9613 0TMP29595 2002 7 10 20 55 32.9 35.411 -83.585 0 5 2.47 1.242 0.301 9614 0TMP29601 2002 7 11 17 8 6 36.27 -89.51 8.2 2 2.24 1.264 0.313 9615 9591TMP29604 2002 7 11 21 53 43.37 40.35 -70.79 2 2 2.95 1.066 0.163 9616 0TMP29617 2002 7 15 22 44 21.88 41.87 -70.22 5 2 2.27 1.105 0.204 9617 0TMP29618 2002 7 16 2 8 39.5 32.938 -80.138 6.7 5 3.1 1.064 0.161 9618 9508TMP29619 2002 7 16 2 20 12.2 32.938 -80.138 7.2 5 2.71 1.109 0.208 9619 9508TMP29667 2002 7 22 9 53 26 35.27 -90.88 16.6 2 2.62 1.23 0.294 9620 0TMP29671 2002 7 23 2 8 0 49.594 -66.953 18 2 3.34 1.02 0.09 9621 0TMP29679 2002 7 23 18 23 37 35.9 -89.94 11 2 2.32 1.257 0.309 9622 9627TMP29702 2002 7 26 5 11 0 36.48 -89.55 9.2 2 2.39 1.249 0.305 9623 0TMP29703 2002 7 26 8 32 17.2 44.362 -98.219 5 2 2.59 1.159 0.248 9624 0TMP29709 2002 7 26 21 7 3 33.06 -80.195 10 5 3.28 1.062 0.158 9625 9508TMP29714 2002 7 28 1 38 34.55 36.0062 -98.8516 5 5 2.39 1.249 0.305 9626 0TMP29720 2002 7 29 11 28 7 35.92 -90.03 8 2 3.05 1.098 0.198 9627 0TMP29759 2002 8 4 1 56 54.2 35.881 -84.023 20.8 1 2.39 1.249 0.305 9628 0TMP29802 2002 8 11 23 19 46.9 34.337 -90.165 5 2 2.48 1.153 0.244 9629 0TMP29811 2002 8 13 11 20 23.78 34.2756 -97.4617 5 5 2.55 1.235 0.297 9630 0TMP29834 2002 8 16 13 40 12.4 35.664 -84.849 4.4 5 2.77 1.218 0.287 9631 9637TMP29836 2002 8 17 5 53 0 47.332 -70.514 13.3 2 3.07 1.02 0.092 9632 0TMP29847 2002 8 19 6 37 5.4 35.529 -84.067 0 2 2.32 1.257 0.309 9633 0TMP29874 2002 8 22 18 58 38.62 41.88 -72.5163 0.2 2 2.32 1.096 0.196 9634 0TMP29887 2002 8 24 6 47 0 47.43 -74.88 5 2 2.6 1.026 0.103 9635 0TMP29890 2002 8 24 10 9 0 49.846 -64.781 18 2 2.57 1.157 0.247 9636 0TMP29901 2002 8 27 14 7 35.6 35.659 -84.845 8.8 1 2.47 1.242 0.301 9637 0TMP29938 2002 9 1 18 21 20 35.426 -84.628 10 5 2.39 1.249 0.305 9638 0TMP29949 2002 9 4 2 22 17 36.247 -83.766 3.3 2 2.32 1.257 0.309 9639 0TMP29975 2002 9 7 21 27 0 46.957 -76.29 18 2 2.92 1.025 0.102 9640 0TMP29983 2002 9 8 9 3 24 35.67 -89.64 6.3 2 2.93 1.208 0.281 9641 0TMP29988 2002 9 9 1 34 34 35.863 -82.681 10 1 2.62 1.23 0.294 9642 0TMP29990 2002 9 9 1 53 12 35.871 -82.69 17.1 1 2.32 1.257 0.309 9643 9642TMP30014 2002 9 15 12 31 11.56 35.15 -97.667 5 5 2.47 1.242 0.301 9644 0TMP30021 2002 9 17 15 45 14.4 32.581 -104.63 10 2 3.18 1.153 0.244 9645 0TMP30030 2002 9 17 23 34 19.3 32.576 -104.631 10 2 2.98 1.153 0.244 9646 9645TMP30037 2002 9 19 14 44 36.1 27.822 -89.135 10 2 3.38 1.153 0.244 9647 0TMP30042 2002 9 20 6 18 4.09 34.3283 -81.3563 2.3 5 2.3 1.257 0.309 9648 0

B-273

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP30048 2002 9 20 23 58 4.9 35.667 -82.949 0.1 1 2.24 1.264 0.313 9649 9642TMP30049 2002 9 21 2 57 28.6 32.922 -80.163 8.2 5 2.54 1.076 0.175 9650 9508TMP30057 2002 9 22 0 39 24.95 34.435 -97.239 5 5 2.39 1.249 0.305 9651 0TMP30058 2002 9 22 0 46 45 36.12 -89.74 11.6 2 2.39 1.249 0.305 9652 9671TMP30059 2002 9 22 1 27 11.32 35.578 -97.99 5 5 2.32 1.257 0.309 9653 0TMP30060 2002 9 22 3 30 45.42 35.567 -98.121 5 5 2.32 1.257 0.309 9654 9653TMP30061 2002 9 22 4 42 10.19 35.461 -98.092 5 5 2.32 1.257 0.309 9655 9653TMP30062 2002 9 22 5 32 55.25 35.412 -98.048 5 5 2.47 1.242 0.301 9656 9653TMP30066 2002 9 22 11 50 56.44 35.385 -98.068 5 5 2.32 1.257 0.309 9657 9653TMP30070 2002 9 22 20 44 36.37 35.472 -97.987 5 5 2.53 1.054 0.148 9658 9653TMP30073 2002 9 23 20 17 0 52.019 -80.954 18 2 2.27 1.157 0.247 9659 0TMP30105 2002 9 28 23 47 27 42.87 -71.73 5 2 2.69 1.034 0.118 9660 0TMP30107 2002 9 29 5 19 45.97 34.5673 -82.9235 2.4 5 2.53 1.237 0.298 9661 0TMP30124 2002 10 2 21 55 19.9 35.385 -84.346 19.3 1 2.47 1.242 0.301 9662 0TMP30131 2002 10 4 9 26 37 36.2 -89.5 5.4 2 2.39 1.249 0.305 9663 9671TMP30155 2002 10 10 7 13 23 36.52 -89.54 5 2 2.39 1.249 0.305 9664 9671TMP30171 2002 10 12 19 11 10 36.31 -89.48 6.4 2 2.24 1.264 0.313 9665 9671TMP30178 2002 10 14 3 23 11.5 35.536 -84.852 3 5 2.85 1.213 0.284 9666 0TMP30190 2002 10 16 16 20 44 36.9 -89.8 11.4 2 2.47 1.242 0.301 9667 0TMP30201 2002 10 18 15 55 34.5 36.624 -84.081 6.9 1 2.24 1.264 0.313 9668 0TMP30206 2002 10 19 20 57 0 47.442 -65.952 5 2 2.47 1.157 0.247 9669 0TMP30207 2002 10 20 2 18 14.06 34.214 -96.181 5 22 3.34 1.034 0.119 9670 0TMP30229 2002 10 26 14 8 39 36.47 -89.55 8 2 3.08 1.2 0.276 9671 0TMP30231 2002 10 26 20 5 55.9 34.029 -90.683 5 2 3.06 1.082 0.182 9672 0TMP30249 2002 10 31 16 46 0 48.888 -67.968 18 2 2.27 1.157 0.247 9673 0TMP30250 2002 10 31 19 29 28.42 34.822 -97.583 5 5 2.2 1.09 0.19 9674 0TMP30254 2002 11 1 11 8 56.2 39.119 -99.089 5 2 2.68 1.153 0.244 9675 0TMP30255 2002 11 1 14 19 56.1 39.077 -99.101 5 2 2.48 1.153 0.244 9676 9675TMP30259 2002 11 3 20 41 56.9 42.768 -98.896 5 2 4.12 1.024 0.1 9677 0TMP30268 2002 11 6 23 29 18.76 34.021 -97.584 5 5 2.41 1.089 0.189 9678 0TMP30272 2002 11 7 16 55 0 44.072 -77.444 5 2 2.37 1.157 0.247 9679 0TMP30276 2002 11 8 3 9 12.2 35.893 -83.587 19.8 5 2.62 1.23 0.294 9680 0TMP30277 2002 11 8 13 29 3.1 32.422 -79.95 3 2 3.54 1.079 0.178 9681 9682TMP30287 2002 11 11 23 39 29.72 32.404 -79.936 2.4 2 3.98 1.024 0.1 9682 0TMP30290 2002 11 12 9 18 43 36.5 -89.55 7.9 2 2.24 1.264 0.313 9683 9671TMP30298 2002 11 14 4 56 52.2 36.917 -104.768 5 2 2.88 1.153 0.244 9684 9436

B-274

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP30314 2002 11 20 9 11 10 36.14 -89.41 8.2 2 2.24 1.264 0.313 9685 9671TMP30318 2002 11 22 1 24 34.6 36.381 -83.592 3.2 1 2.24 1.264 0.313 9686 0TMP30319 2002 11 22 13 49 50.2 36.512 -83.013 0 1 2.77 1.218 0.287 9687 0TMP30336 2002 11 26 0 26 6 36.63 -89.81 10.3 2 2.55 1.235 0.297 9688 9671TMP30343 2002 11 27 21 44 43.8 34.598 -85.476 6.9 2 2.24 1.264 0.313 9689 0TMP30348 2002 11 29 6 42 4.4 33.049 -80.177 9.1 5 2.88 1.068 0.166 9690 9698TMP30349 2002 11 29 7 25 9 36.67 -89.52 4.4 2 2.7 1.223 0.29 9691 9671TMP30368 2002 12 5 5 41 31.58 34.768 -94.878 5 5 2.35 1.089 0.189 9692 0TMP30369 2002 12 5 13 26 0 45.658 -58.314 18 2 2.77 1.157 0.247 9693 0TMP30387 2002 12 8 1 17 3 35.289 -84.712 18 5 2.77 1.218 0.287 9694 0TMP30397 2002 12 11 14 25 23.5 39.36 -99.403 5 2 2.48 1.153 0.244 9695 9675TMP30411 2002 12 13 6 1 30 35.559 -84.115 12.8 2 2.7 1.223 0.29 9696 0TMP30414 2002 12 13 13 40 0 36.99 -90.03 8.3 2 2.24 1.264 0.313 9697 0TMP30430 2002 12 16 5 32 30.8 33.049 -80.184 8.5 5 3.13 1.064 0.161 9698 0TMP30482 2002 12 25 18 25 19 44.56 -73.79 14 2 2.74 1.066 0.164 9699 9561TMP30514 2003 1 2 11 29 40 36.24 -89.52 6.8 2 2.24 1.264 0.313 9700 9671TMP30522 2003 1 3 16 17 9 37.83 -88.07 18 2 2.94 1.074 0.173 9701 0TMP30535 2003 1 4 23 13 0 49.604 -67.238 18 2 2.77 1.157 0.247 9702 0TMP30538 2003 1 6 0 4 28.1 34.857 -85.143 10.5 1 2.55 1.235 0.297 9703 0TMP30540 2003 1 6 6 45 6 36.58 -89.6 9.7 2 2.32 1.257 0.309 9704 9671TMP30545 2003 1 7 3 24 59 36.2 -89.46 8.6 2 2.24 1.264 0.313 9705 9671TMP30557 2003 1 9 10 27 3 36.3 -89.5 7.7 2 2.39 1.249 0.305 9706 9671TMP30558 2003 1 9 16 18 0 45.588 -74.459 18 2 2.27 1.157 0.247 9707 0TMP30559 2003 1 10 10 29 22.4 38.256 -102.622 5 2 2.58 1.153 0.244 9708 0TMP30568 2003 1 12 11 40 29.51 34.28 -97.556 5 5 2.39 1.249 0.305 9709 0TMP30574 2003 1 14 5 9 34 36.48 -89.55 7.9 2 2.32 1.257 0.309 9710 9671TMP30614 2003 1 21 10 29 0 43.762 -77.968 18 2 2.27 1.157 0.247 9711 0TMP30629 2003 1 23 0 55 0 50.599 -59.22 18 2 2.87 1.157 0.247 9712 0TMP30631 2003 1 24 3 49 0 44.6 -64.988 5 2 2.27 1.157 0.247 9713 0TMP30651 2003 1 28 16 52 0 45.31 -74.915 18 2 2.37 1.157 0.247 9714 0TMP30677 2003 2 1 6 49 11.1 32.931 -80.154 5.5 5 2.57 1.115 0.213 9715 9698TMP30686 2003 2 3 12 44 33 36.17 -89.89 17.5 2 2.62 1.23 0.294 9716 0TMP30689 2003 2 3 22 27 23 36.5 -89.54 7 2 2.24 1.264 0.313 9717 9671TMP30695 2003 2 5 1 34 37.1 34.729 -86.248 15.4 1 2.32 1.257 0.309 9718 0TMP30712 2003 2 8 5 52 43 36.5 -89.55 8.3 2 2.32 1.257 0.309 9719 9671TMP30715 2003 2 8 17 10 0 50.014 -92.757 5 2 2.37 1.157 0.247 9720 0

B-275

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP30724 2003 2 9 16 18 0 46.515 -75.198 18 2 3.02 1.084 0.184 9721 0TMP30726 2003 2 9 21 13 34 36.42 -89.63 13 2 2.62 1.23 0.294 9722 9671TMP30728 2003 2 10 4 23 10 36.42 -89.64 11.9 2 2.24 1.264 0.313 9723 9671TMP30732 2003 2 11 12 32 0 50.208 -92.694 5 2 2.37 1.157 0.247 9724 9720TMP30748 2003 2 13 20 2 0 50.021 -92.719 5 2 2.27 1.157 0.247 9725 9720TMP30753 2003 2 14 0 45 59.8 40.237 -100.022 5 2 2.58 1.153 0.244 9726 0TMP30754 2003 2 14 2 41 5 36.55 -89.69 7.3 2 2.24 1.264 0.313 9727 9671TMP30755 2003 2 14 3 53 31 36.45 -89.53 7.7 2 2.24 1.264 0.313 9728 9671TMP30803 2003 2 24 8 29 27 35.99 -90.05 7.4 2 2.62 1.23 0.294 9729 0TMP30809 2003 2 25 16 24 0 46.6 -76.531 18 2 2.37 1.157 0.247 9730 0TMP30814 2003 2 26 9 42 39.3 32.936 -80.157 7.9 5 2.57 1.115 0.213 9731 9698TMP30823 2003 2 28 7 2 36.5 32.932 -80.159 4.3 5 2.93 1.101 0.201 9732 9698TMP30825 2003 2 28 9 40 0 47.503 -70.026 8.6 2 2.67 1.157 0.247 9733 0TMP30837 2003 3 2 17 18 26.5 32.931 -80.165 6.5 5 3.15 1.095 0.195 9734 9698TMP30862 2003 3 10 16 25 0 50.086 -92.75 5 2 2.57 1.157 0.247 9735 9720TMP30885 2003 3 14 10 33 0 45.657 -77.356 18 2 2.47 1.157 0.247 9736 0TMP30892 2003 3 15 15 56 48.9 32.937 -80.137 5.4 5 2.7 1.109 0.208 9737 9698TMP30894 2003 3 15 16 24 54.7 32.939 -80.138 5.3 5 2.48 1.118 0.216 9738 9698TMP30899 2003 3 16 3 46 13.42 43.68 -70.66 3 2 2.41 1.2 0.276 9739 0TMP30908 2003 3 18 6 4 24 44.69 -82.89 5 2 3.45 1.198 0.275 9740 0TMP39403 2003 3 18 6 4 24.2 33.689 -82.888 5 2 3.19 1.124 0.221 9741 0TMP30929 2003 3 22 9 45 0 51.005 -65.595 18 2 2.97 1.157 0.247 9742 0TMP30932 2003 3 23 8 5 13 36.58 -89.58 7.6 2 2.24 1.264 0.313 9743 0TMP30934 2003 3 23 14 55 0 48.859 -67.867 18 2 2.67 1.157 0.247 9744 0TMP30952 2003 3 28 9 1 22 36.39 -89.51 7.6 2 2.24 1.264 0.313 9745 9671TMP30975 2003 3 31 4 11 37 36.5 -89.55 7.1 2 2.24 1.264 0.313 9746 9671TMP30978 2003 3 31 21 57 9.89 34.991 -97.568 5 5 2.32 1.257 0.309 9747 0TMP30980 2003 4 1 13 9 49.6 39.244 -99.487 5 2 2.48 1.153 0.244 9748 0TMP31002 2003 4 7 5 30 27 36.14 -89.4 8.4 2 2.32 1.257 0.309 9749 9671TMP31003 2003 4 7 10 2 13.68 34.004 -97.676 5 2 2.45 1.055 0.149 9750 0TMP31006 2003 4 8 0 0 0 44.62 -74.37 8 2 3.07 1.157 0.247 9751 0TMP31007 2003 4 8 1 0 31 34.97 -84.93 6.5 2 2.39 1.249 0.305 9752 0TMP31009 2003 4 8 15 6 14.4 44.615 -74.34 10 2 3.07 1.049 0.141 9753 9751TMP31019 2003 4 9 19 54 46 36.55 -89.55 6.8 2 2.24 1.264 0.313 9754 9743TMP31021 2003 4 10 6 13 38 59.69 -76.53 18 5 3.27 1.157 0.247 9755 0TMP31028 2003 4 13 2 43 0 46.938 -71.162 18 2 2.77 1.157 0.247 9756 0

B-276

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP31029 2003 4 13 4 52 53.9 26.087 -86.085 10 2 2.88 1.153 0.244 9757 0TMP31047 2003 4 17 7 40 19 36.2 -89.46 7.6 2 2.55 1.235 0.297 9758 9671TMP31049 2003 4 17 15 54 0 46.076 -75.692 18 2 2.27 1.157 0.247 9759 0TMP31051 2003 4 17 17 31 59 39.255 -99.482 5 2 2.68 1.153 0.244 9760 9748TMP31059 2003 4 20 12 24 43 41.36 -74.37 7 2 2.26 1.052 0.146 9761 0TMP31066 2003 4 21 16 22 27 36.52 -89.62 10.1 2 2.47 1.242 0.301 9762 9671TMP31087 2003 4 24 23 8 50 36.46 -89.54 8.4 2 2.24 1.264 0.313 9763 9671TMP31088 2003 4 25 12 27 0 47.227 -66.336 18 2 2.29 1.074 0.173 9764 0TMP31090 2003 4 25 12 43 0 47.241 -66.348 18 2 2.79 1.074 0.173 9765 9764TMP31099 2003 4 28 7 32 26.04 36.844 -104.923 5 2 3.28 1.153 0.244 9766 9436TMP31104 2003 4 29 8 59 39 34.494 -85.629 19 22 4.57 1.024 0.1 9767 0TMP31105 2003 4 29 9 22 25 34.47 -85.64 3.8 2 2.85 1.213 0.284 9768 9767TMP31106 2003 4 29 9 34 56 34.49 -85.65 7.6 2 2.62 1.23 0.294 9769 9767TMP31107 2003 4 29 9 45 45 34.44 -85.64 3.1 2 2.6 1.083 0.183 9770 9767TMP31108 2003 4 29 9 49 7 34.49 -85.65 7.4 2 2.7 1.223 0.29 9771 9767TMP31109 2003 4 29 9 53 56 34.47 -85.63 0.8 2 2.62 1.23 0.294 9772 9767TMP31111 2003 4 29 12 26 4 34.47 -85.67 7.2 2 2.24 1.264 0.313 9773 9767TMP31112 2003 4 29 12 40 19 34.45 -85.65 3.2 2 2.62 1.23 0.294 9774 9767TMP31115 2003 4 30 4 56 22 35.94 -89.92 23 2 3.6 1.124 0.221 9775 0TMP31127 2003 5 2 3 25 3 36.73 -89.68 1 2 2.86 1.085 0.185 9776 9743TMP31129 2003 5 2 8 10 13 37.96 -88.65 0 2 3.09 1.082 0.181 9777 0TMP31130 2003 5 2 10 48 43.5 34.512 -85.604 10 2 2.95 1.082 0.182 9778 9767TMP31137 2003 5 5 10 53 49.9 33.055 -80.19 11.4 5 3.31 1.092 0.192 9779 9698TMP31138 2003 5 5 16 32 32.7 37.755 -78.072 5 12 3.53 1.024 0.1 9780 0TMP31139 2003 5 5 16 57 52.24 34.283 -96.943 5 5 2.24 1.264 0.313 9781 0TMP31147 2003 5 8 11 33 6 33.989 -81.053 0.9 4 2.55 1.11 0.209 9782 0TMP31163 2003 5 12 6 22 4.78 44.52 -67.17 8.5 2 2.29 1.074 0.173 9783 0TMP31165 2003 5 13 23 58 31 36.21 -89.46 6.9 2 2.32 1.257 0.309 9784 9671TMP31169 2003 5 15 11 12 21 36.17 -89.64 11.1 2 2.32 1.257 0.309 9785 9671TMP31173 2003 5 16 5 33 33 36.41 -89.52 8.2 2 2.32 1.257 0.309 9786 9671TMP31179 2003 5 17 14 49 14.1 35.537 -83.244 6.3 1 2.24 1.264 0.313 9787 0TMP31201 2003 5 25 7 32 33.3 43.087 -101.794 5 2 3.91 1.024 0.1 9788 0TMP31209 2003 5 27 5 50 55 36.21 -89.49 5.9 2 2.39 1.249 0.305 9789 9671TMP31213 2003 5 29 3 40 41 36.32 -89.55 11.8 2 2.47 1.242 0.301 9790 9671TMP31215 2003 5 29 5 32 16 36.47 -89.55 7.6 2 2.32 1.257 0.309 9791 9671TMP31217 2003 5 30 2 18 24 36.13 -89.39 6 2 2.9 1.084 0.184 9792 9671

B-277

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP31226 2003 6 3 18 9 27.8 36.994 -104.768 5 2 2.98 1.153 0.244 9793 9766TMP31229 2003 6 6 4 41 24.75 34.086 -97.599 5 25 2.27 1.051 0.144 9794 0TMP31230 2003 6 6 12 29 34 36.87 -88.98 2 2 4 1.024 0.1 9795 0TMP31234 2003 6 8 2 3 10 36.37 -89.55 11.3 2 2.39 1.249 0.305 9796 9671TMP31237 2003 6 10 7 46 31 36.02 -91.39 4.9 2 2.93 1.208 0.281 9797 0TMP31245 2003 6 12 23 33 17.2 32.982 -80.227 10.4 5 2.95 1.101 0.201 9798 9698TMP31248 2003 6 13 11 34 0 47.703 -70.087 11.1 2 3.32 1.024 0.1 9799 0TMP31250 2003 6 15 0 22 17.9 36.91 -104.763 5 2 3.28 1.153 0.244 9800 9766TMP31268 2003 6 21 2 3 9.5 32.665 -104.505 5 2 3.28 1.153 0.244 9801 0TMP31274 2003 6 22 23 49 54.2 34.562 -85.649 3.1 1 2.32 1.257 0.309 9802 9767TMP31282 2003 6 28 5 47 48 36.15 -89.43 10 2 2.39 1.249 0.305 9803 9671TMP31284 2003 6 30 19 21 17.2 41.8 -81.2 4 2 3.22 1.036 0.121 9804 0TMP31290 2003 7 2 10 18 26 36.43 -84.53 2.9 1 2.55 1.235 0.297 9805 0TMP31295 2003 7 4 18 30 0 50.489 -64.945 18 2 2.47 1.157 0.247 9806 0TMP31298 2003 7 6 13 59 26.3 34.462 -85.613 1.9 5 2.83 1.105 0.204 9807 9767TMP31300 2003 7 7 0 42 18 36.4 -89.47 8.9 2 2.85 1.213 0.284 9808 9671TMP31303 2003 7 8 5 55 4 38.15 -91.48 2 2 2.95 1.082 0.182 9809 0TMP31314 2003 7 13 2 41 35.5 35.661 -83.942 15.8 5 2.83 1.105 0.204 9810 0TMP31316 2003 7 13 20 15 16.9 32.335 -82.144 5 2 3.16 1.124 0.221 9811 0TMP31320 2003 7 14 6 10 9 36.54 -89.61 8 2 2.32 1.257 0.309 9812 9671TMP31324 2003 7 15 19 17 15 34.47 -85.65 3.3 1 2.77 1.218 0.287 9813 9767TMP31327 2003 7 17 0 44 10 41.86 -80.76 2 2 2.29 1.049 0.141 9814 0TMP31331 2003 7 19 14 22 21.3 32.924 -80.137 5.7 1 2.87 1.104 0.203 9815 9698TMP31332 2003 7 19 16 20 55 36.43 -89.52 7.1 2 2.24 1.264 0.313 9816 9671TMP31334 2003 7 20 0 48 50.3 34.42 -96.461 5 5 2.54 1.085 0.185 9817 0TMP31335 2003 7 20 9 0 52 36.22 -89.44 8.5 2 2.32 1.257 0.309 9818 9671TMP31336 2003 7 20 15 25 7.39 35.359 -96.698 5 5 2.43 1.085 0.185 9819 0TMP31341 2003 7 22 11 41 15 42.77 -70.02 11 2 3.13 1.067 0.165 9820 0TMP31348 2003 7 25 7 23 41.1 34.451 -86.058 14.8 1 2.36 1.124 0.221 9821 0TMP31353 2003 7 27 14 27 19 36.48 -89.54 6.5 2 2.47 1.242 0.301 9822 9671TMP31362 2003 7 30 2 50 19 36.52 -89.53 5.4 2 3 1.203 0.278 9823 9671TMP31363 2003 7 30 10 22 16 36.12 -89.74 5.2 2 2.47 1.242 0.301 9824 9671TMP31380 2003 8 5 2 36 38 36.22 -89.44 8.7 2 2.7 1.223 0.29 9825 9671TMP31381 2003 8 5 6 41 6 36.49 -89.58 14.7 2 2.85 1.213 0.284 9826 9671TMP31387 2003 8 7 4 11 17 36.55 -89.79 11.3 2 2.24 1.264 0.313 9827 9671TMP31390 2003 8 7 15 11 54 36.21 -89.45 5.1 2 2.39 1.249 0.305 9828 9671

B-278

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP31403 2003 8 14 0 11 8.96 36.945 -104.87 5 2 2.98 1.153 0.244 9829 9766TMP31410 2003 8 16 5 9 22.5 36.813 -91.607 5 2 3.69 1.024 0.1 9830 0TMP31411 2003 8 16 9 18 35 34.45 -85.61 7.1 2 2.39 1.249 0.305 9831 9767TMP31413 2003 8 17 6 0 0 47.555 -70.044 8.5 2 2.27 1.157 0.247 9832 0TMP31420 2003 8 20 1 58 0 46.005 -74.95 18 2 2.83 1.074 0.173 9833 0TMP31435 2003 8 23 7 39 59 35.6 -84.19 13.3 5 2.62 1.23 0.294 9834 0TMP31443 2003 8 26 2 26 56.7 37.097 -88.724 5 2 3.08 1.024 0.1 9835 0TMP31445 2003 8 26 18 24 18 40.57 -75.11 3 2 3.44 1.038 0.125 9836 0TMP31450 2003 8 27 19 55 39.1 44.9545 -73.7105 10 2 2.49 1.095 0.195 9837 0TMP31456 2003 8 29 5 31 41 36.54 -89.64 12.1 2 2.32 1.257 0.309 9838 9907TMP31458 2003 8 29 20 43 30 35.78 -90.21 12 2 2.55 1.235 0.297 9839 0TMP31466 2003 9 1 14 21 11 36.63 -89.56 12.3 2 2.24 1.264 0.313 9840 9907TMP31478 2003 9 5 5 57 7 36.58 -89.6 5.6 2 2.55 1.235 0.297 9841 9907TMP31480 2003 9 5 9 55 0 50.12 -66.15 18 2 2.47 1.157 0.247 9842 0TMP31487 2003 9 8 11 2 49.3 37.369 -104.685 5 2 2.68 1.153 0.244 9843 9436TMP31490 2003 9 9 0 3 42 36.14 -89.5 4.7 2 2.77 1.218 0.287 9844 9907TMP31496 2003 9 11 1 3 41.02 34.28 -96.862 5 5 2.24 1.264 0.313 9845 0TMP31499 2003 9 12 22 57 13 36.12 -89.44 12.5 2 2.24 1.264 0.313 9846 9907TMP31501 2003 9 13 15 22 40.99 36.831 -104.907 5 2 4.03 1.024 0.1 9847 9436TMP31511 2003 9 16 2 22 45 36.1 -89.76 6 2 2.85 1.159 0.248 9848 9907TMP31517 2003 9 19 17 22 0 45.789 -74.846 18 2 2.67 1.157 0.247 9849 0TMP31522 2003 9 20 15 48 48.46 35.074 -97.527 9.7 5 2.36 1.087 0.187 9850 0TMP31534 2003 9 24 14 48 45.9 35.486 -84.158 13.4 5 2.39 1.249 0.305 9851 0TMP31535 2003 9 24 15 2 9 35.277 -101.742 5 2 3.03 1.124 0.221 9852 0TMP31537 2003 9 25 8 59 50 35.84 -90.11 6.5 2 2.77 1.218 0.287 9853 0TMP31538 2003 9 25 14 44 0 47.03 -70.76 18 2 2.57 1.157 0.247 9854 0TMP31539 2003 9 25 23 30 58 31.151 -87.517 0 19 3.08 1.2 0.276 9855 0TMP31545 2003 9 27 19 34 38 36.44 -89.5 7.5 2 2.24 1.264 0.313 9856 9907TMP31552 2003 9 30 2 28 4.5 31.022 -87.462 12.5 6 3.13 1.082 0.182 9857 9855TMP31557 2003 10 1 8 7 57 40.57 -75.11 3 2 2.35 1.073 0.172 9858 9836TMP31579 2003 10 6 18 28 15 33.37 -86.21 0 2 2.77 1.218 0.287 9859 0TMP31585 2003 10 9 18 42 4 36.1 -89.44 13.2 2 2.24 1.264 0.313 9860 9907TMP31590 2003 10 11 0 10 0 47.534 -69.858 23.2 2 2.54 1.074 0.173 9861 0TMP31592 2003 10 11 11 24 38 36.62 -89.57 9 2 2.62 1.23 0.294 9862 9907TMP31594 2003 10 12 8 26 0 47.005 -76.362 18 2 3.82 1.049 0.141 9863 0TMP31596 2003 10 12 22 35 57 36.31 -89.52 7.7 2 2.77 1.218 0.287 9864 9907

B-279

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP31599 2003 10 14 10 45 38.6 32.946 -80.177 7.2 5 2.94 1.101 0.201 9865 0TMP31601 2003 10 15 4 13 0 45.076 -66.909 18 2 2.64 1.074 0.173 9866 0TMP31603 2003 10 15 20 23 0 36.28 -89.53 6.6 2 2.39 1.249 0.305 9867 9907TMP31608 2003 10 17 1 49 41 37.1 -81.37 5.7 2 2.77 1.218 0.287 9868 0TMP31610 2003 10 18 2 55 27 33.514 -87.831 11.5 1 2.77 1.218 0.287 9869 0TMP31611 2003 10 18 5 59 46 36.82 -89.35 2.5 2 2.28 1.024 0.1 9870 0TMP31612 2003 10 18 13 53 30 36.24 -89.45 5.7 2 2.55 1.235 0.297 9871 9907TMP31613 2003 10 18 16 25 0 46.941 -67.194 18 2 2.94 1.074 0.173 9872 0TMP31626 2003 10 22 23 36 27.9 32.983 -80.166 7.5 5 2.78 1.107 0.206 9873 9865TMP31632 2003 10 24 15 17 48.42 34.192 -96.894 5 5 2.47 1.242 0.301 9874 0TMP31633 2003 10 24 15 59 3.62 34.822 -97.622 5 5 2.5 1.054 0.148 9875 0TMP31636 2003 10 25 12 55 55.5 37.031 -104.836 5 2 2.58 1.153 0.244 9876 9974TMP31640 2003 10 27 7 6 53 36.58 -89.6 4.5 2 2.24 1.264 0.313 9877 9907TMP31644 2003 10 28 6 34 52 36.11 -89.74 8.2 2 2.62 1.23 0.294 9878 9907TMP31646 2003 10 28 16 42 43.5 32.927 -80.17 7.4 1 2.26 1.129 0.225 9879 9865TMP31656 2003 10 31 20 42 28.21 35.422 -98.024 5 5 2.24 1.264 0.313 9880 0TMP31658 2003 11 1 4 34 22.9 35.532 -98.036 5 5 2.55 1.235 0.297 9881 9880TMP31663 2003 11 3 20 3 0 36.5 -89.55 8 2 2.47 1.242 0.301 9882 9907TMP31668 2003 11 4 13 37 31.8 40.251 -75.877 1 2 2.44 1.124 0.221 9883 0TMP31674 2003 11 6 12 22 49.4 37.799 -77.642 3 10 2.28 1.153 0.244 9884 0TMP31680 2003 11 7 4 36 35 36.65 -89.55 11.2 2 2.62 1.23 0.294 9885 9907TMP31714 2003 11 18 3 6 28 35.74 -84.26 5.7 2 2.32 1.257 0.309 9886 0TMP31723 2003 11 20 15 8 39 36.14 -89.4 7.9 2 2.62 1.23 0.294 9887 9907TMP31726 2003 11 21 1 9 11.6 44.256 -98.776 5 2 3.18 1.153 0.244 9888 0TMP31736 2003 11 24 7 5 57.7 36.958 -104.828 5 2 2.78 1.153 0.244 9889 9974TMP31751 2003 11 30 15 7 32 36.49 -89.54 8.1 2 2.32 1.257 0.309 9890 9907TMP31754 2003 12 1 9 18 19.6 32.939 -80.139 8.4 1 2.59 1.114 0.212 9891 9865TMP31775 2003 12 8 10 59 46 36.55 -89.6 7.3 2 2.24 1.264 0.313 9892 9907TMP31777 2003 12 8 15 39 32.45 35.249 -97.626 5 25 2.3 1.078 0.177 9893 9929TMP31778 2003 12 8 19 18 8.04 35.12 -97.525 5 25 2.59 1.077 0.176 9894 9929TMP31781 2003 12 9 4 54 11.28 35.091 -97.554 5 5 2.47 1.242 0.301 9895 9929TMP31784 2003 12 9 20 59 14.1 37.587 -77.903 5 2 4.33 1.07 0.168 9896 0TMP31787 2003 12 10 19 15 30.2 35.247 -97.479 5 5 2.7 1.223 0.29 9897 9929TMP31789 2003 12 11 4 14 14 35.16 -88.08 2.1 2 2.55 1.235 0.297 9898 0TMP31792 2003 12 11 16 35 9.09 35.138 -97.54 5 25 2.5 1.05 0.143 9899 9929TMP31798 2003 12 14 10 16 41 35.2 -92.25 5 2 2.48 1.153 0.244 9900 9901

B-280

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP31800 2003 12 15 5 57 18 35.2 -92.24 5 2 2.93 1.208 0.281 9901 0TMP31801 2003 12 15 11 9 20 36.49 -89.53 9.9 2 2.32 1.257 0.309 9902 9907TMP31807 2003 12 17 1 13 8 36.3 -89.52 8 2 2.77 1.218 0.287 9903 9907TMP31810 2003 12 17 13 56 47 36.57 -89.61 12 2 2.32 1.257 0.309 9904 9907TMP31811 2003 12 17 14 25 3 35.57 -84.05 14.1 2 2.47 1.242 0.301 9905 0TMP31825 2003 12 21 4 53 0 36.56 -89.81 5.3 2 2.24 1.264 0.313 9906 9907TMP31826 2003 12 21 5 20 6 36.29 -89.5 8 2 3 1.157 0.247 9907 0TMP31830 2003 12 21 19 4 36 38.45 -90.01 9.5 2 2.62 1.23 0.294 9908 0TMP31831 2003 12 22 7 32 12.5 32.929 -80.162 10.2 1 2.35 1.124 0.221 9909 9865TMP31833 2003 12 22 23 50 26 32.924 -80.157 5.6 22 3.4 1.082 0.181 9910 9865TMP31836 2003 12 23 4 24 0 50.844 -63.743 18 2 2.47 1.157 0.247 9911 0TMP31838 2003 12 24 9 3 32 36.68 -89.53 12.1 2 2.39 1.249 0.305 9912 9907TMP31840 2003 12 25 1 43 24 34.253 -85.823 7.8 1 2.39 1.249 0.305 9913 0TMP31843 2003 12 25 20 5 51 36.46 -89.54 7.9 2 2.24 1.264 0.313 9914 9907TMP31845 2003 12 26 0 28 39 35.5 -84.55 16.6 2 2.55 1.235 0.297 9915 0TMP31846 2003 12 26 9 31 38 36.14 -89.69 9.1 2 2.39 1.249 0.305 9916 9907TMP31849 2003 12 27 17 3 12 36.51 -89.56 7.1 2 2.24 1.264 0.313 9917 9907TMP31852 2003 12 28 2 55 2.3 37.596 -105.28 5 2 3.19 1.124 0.221 9918 0TMP31853 2003 12 28 3 57 3.21 37.584 -105.298 5 2 2.78 1.153 0.244 9919 9918TMP31855 2003 12 28 18 50 58 36.55 -89.6 6.7 2 2.32 1.257 0.309 9920 9907TMP31856 2003 12 29 9 2 8.6 38.139 -90.168 5 2 2.67 1.124 0.221 9921 0TMP31862 2003 12 31 15 8 5.6 33.668 -91.695 5 2 2.48 1.153 0.244 9922 0TMP31873 2004 1 5 2 53 16.5 43.598 -103.995 5 2 2.48 1.153 0.244 9923 0TMP31884 2004 1 8 6 33 38.87 34.838 -97.767 5 5 2.39 1.086 0.186 9924 9930TMP31887 2004 1 9 8 25 21 36.52 -89.58 8.4 2 2.24 1.264 0.313 9925 9907TMP31889 2004 1 10 18 52 43 36.24 -89.48 5.8 2 2.24 1.264 0.313 9926 9907TMP31903 2004 1 13 18 19 26.9 33.017 -80.219 7.5 5 2.65 1.111 0.21 9927 9865TMP31908 2004 1 14 1 14 15.4 37.018 -104.842 5 2 2.58 1.153 0.244 9928 9974TMP31930 2004 1 17 15 24 33.27 34.838 -97.726 5 25 2.93 1.168 0.255 9929 9930TMP31931 2004 1 17 16 35 19.23 34.792 -97.625 5 25 2.99 1.165 0.253 9930 0TMP31939 2004 1 19 8 31 31.26 34.093 -97.612 5 5 2.32 1.257 0.309 9931 9934TMP31940 2004 1 19 13 56 13.73 34.133 -97.877 5 5 2.39 1.055 0.149 9932 9934TMP31941 2004 1 19 19 10 7.49 34.225 -96.861 5 5 2.32 1.257 0.309 9933 0TMP31942 2004 1 19 20 34 44.74 34.23 -97.831 5 5 2.47 1.242 0.301 9934 0TMP31945 2004 1 20 17 11 54.1 43.197 -71.771 9 2 2.35 1.049 0.141 9935 0TMP31950 2004 1 21 9 24 21.8 35.396 -84.305 7.2 2 2.6 1.115 0.213 9936 0

B-281

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP31963 2004 1 26 22 18 37 36.47 -89.56 8.3 2 2.47 1.242 0.301 9937 9907TMP31973 2004 1 30 12 10 4.1 40.67 -84.65 5 2 2.51 1.072 0.171 9938 0TMP31983 2004 2 1 12 34 59 36.5 -89.55 8.8 2 2.62 1.23 0.294 9939 9907TMP31985 2004 2 1 12 54 28 36.5 -89.55 8.6 2 2.24 1.264 0.313 9940 9907TMP31994 2004 2 3 14 34 22.5 36.932 -104.861 5 2 3.08 1.153 0.244 9941 9974TMP32003 2004 2 6 8 17 39.8 33.236 -86.847 5 26 2.57 1.115 0.213 9942 0TMP32009 2004 2 8 5 54 33 39.5 -91.9 5 2 2.32 1.088 0.188 9943 0TMP32010 2004 2 8 5 56 45.5 39.493 -91.884 5 2 2.58 1.153 0.244 9944 9943TMP32013 2004 2 9 18 19 48 36.35 -90.74 15.6 2 2.62 1.23 0.294 9945 9946TMP32014 2004 2 9 18 21 49 36.35 -90.75 12 2 3.08 1.2 0.276 9946 0TMP32015 2004 2 9 18 46 17 36.58 -89.63 9 2 2.24 1.264 0.313 9947 9907TMP32019 2004 2 12 6 49 49 37.11 -88.96 27.2 2 2.38 1.024 0.1 9948 0TMP32020 2004 2 12 11 3 35.2 32.908 -80.157 9.1 1 2.5 1.117 0.215 9949 9865TMP32027 2004 2 15 3 18 18 42.937 -105.403 10 2 3.07 1.124 0.221 9950 0TMP32028 2004 2 15 10 9 27 36.64 -90 8.5 2 2.62 1.23 0.294 9951 0TMP32031 2004 2 17 17 34 40 36.54 -89.64 5.3 2 2.32 1.257 0.309 9952 9907TMP32044 2004 2 22 4 14 38 36.26 -89.45 6.1 2 2.55 1.235 0.297 9953 9907TMP32048 2004 2 23 21 52 50 36.5 -89.42 10 2 2.39 1.249 0.305 9954 0TMP32057 2004 2 29 3 17 11 36.49 -89.55 8.2 2 2.24 1.264 0.313 9955 9907TMP32059 2004 2 29 12 40 5.3 32.936 -80.168 7.7 1 2.5 1.117 0.215 9956 9865TMP32091 2004 3 10 3 6 48 32.971 -88.081 0 2 2.85 1.213 0.284 9957 0TMP32099 2004 3 12 13 3 9 36.5 -89.55 7.7 2 2.24 1.264 0.313 9958 9907TMP32102 2004 3 13 17 5 5 36.53 -84.02 24.7 9 2.62 1.23 0.294 9959 9960TMP32103 2004 3 13 17 7 58 36.48 -84.03 8.9 3 2.93 1.208 0.281 9960 0TMP32105 2004 3 14 5 5 10.29 41.77 -81.24 5 2 2.36 1.074 0.173 9961 0TMP32106 2004 3 14 13 39 54.2 34.361 -85.516 9.7 5 2.39 1.249 0.305 9962 9767TMP32107 2004 3 14 22 34 37 36.5 -89.55 7.3 2 2.24 1.264 0.313 9963 9907TMP32110 2004 3 16 3 14 2 36.54 -89.65 7.7 2 2.32 1.257 0.309 9964 9907TMP32113 2004 3 17 8 38 38.27 34.806 -96.24 5 5 2.55 1.235 0.297 9965 0TMP32115 2004 3 17 22 1 58.2 44.896 -74.912 8 2 2.53 1.084 0.184 9966 0TMP32119 2004 3 19 2 22 58.34 34.601 -95.887 5 5 2.62 1.23 0.294 9967 0TMP32123 2004 3 20 9 9 43.8 33.251 -86.98 0 1 2.7 1.223 0.29 9968 9942TMP32124 2004 3 20 10 40 34.8 33.267 -86.955 0 1 2.83 1.073 0.172 9969 9942TMP32125 2004 3 20 14 10 47.9 33.227 -87.031 0.9 2 2.24 1.264 0.313 9970 9942TMP32127 2004 3 20 19 22 22.1 33.242 -87.019 0 1 2.39 1.249 0.305 9971 9942TMP32129 2004 3 20 21 3 0 50.008 -66.574 18 2 2.37 1.157 0.247 9972 0

B-282

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP32131 2004 3 21 18 11 34.2 35.502 -82.053 9.2 5 2.93 1.208 0.281 9973 0TMP32139 2004 3 22 12 9 56.4 36.855 -104.851 5 2 4.37 1.024 0.1 9974 9436TMP32140 2004 3 22 15 21 39 39.87 -75.06 2 25 2.21 1.073 0.172 9975 0TMP32142 2004 3 23 7 51 18.72 34.732 -96.672 5 5 2.55 1.235 0.297 9976 0TMP32145 2004 3 24 8 45 18 52.58 -82.05 4.5 2 2.27 1.157 0.247 9977 0TMP32164 2004 3 29 11 9 24.76 34.957 -98.733 5 5 2.48 1.085 0.185 9978 0TMP32165 2004 3 29 23 15 40.7 34.451 -81.164 1.8 2 2.34 1.125 0.222 9979 0TMP32166 2004 3 30 1 2 55.4 36.892 -104.876 5 2 2.68 1.153 0.244 9980 9974TMP32167 2004 3 30 2 23 37.86 36.876 -104.831 5 2 2.78 1.153 0.244 9981 9974TMP32168 2004 3 30 2 41 4.1 37.036 -104.931 5 2 3.18 1.153 0.244 9982 9974TMP32170 2004 3 30 20 46 48.7 32.493 -87.123 9.8 2 2.47 1.242 0.301 9983 0TMP32173 2004 3 31 5 8 33 36.51 -89.49 12.3 2 2.39 1.249 0.305 9984 9907TMP32177 2004 4 1 15 4 2 36.71 -90.01 14.5 2 2.55 1.235 0.297 9985 0TMP32179 2004 4 2 0 43 19.4 33.255 -86.988 0 1 2.32 1.257 0.309 9986 10073TMP32185 2004 4 4 9 18 55.52 34.327 -81.3382 8.8 5 2.77 1.218 0.287 9987 9979TMP32189 2004 4 5 17 25 15.98 34.747 -97.609 5 5 2.39 1.249 0.305 9988 0TMP32191 2004 4 6 19 1 2.7 25.172 -99.532 37 2 4.3 1.174 0.259 9989 0TMP32193 2004 4 7 1 28 26 36.03 -91.33 9.2 2 2.55 1.235 0.297 9990 0TMP32198 2004 4 8 3 44 0 50.069 -66.33 18 2 2.47 1.157 0.247 9991 9972TMP32206 2004 4 10 5 23 0 47.813 -69.82 24.1 2 2.57 1.157 0.247 9992 0TMP32207 2004 4 10 7 29 26.9 35.802 -84.127 4.9 4 2.39 1.249 0.305 9993 0TMP32210 2004 4 12 1 20 15.02 34.814 -97.582 5 5 2.32 1.088 0.188 9994 9988TMP32225 2004 4 15 17 45 20 36.28 -89.43 6 2 2.39 1.249 0.305 9995 9907TMP32236 2004 4 20 4 45 7 36.2 -89.47 7.4 2 2.55 1.235 0.297 9996 9907TMP32239 2004 4 21 1 12 11 37.24 -90.52 9 2 2.56 1.088 0.188 9997 0TMP32242 2004 4 22 16 13 2.25 34.804 -97.677 5 25 2.69 1.066 0.164 9998 9988TMP32257 2004 4 27 1 11 50 36.37 -83.68 21.9 4 2.7 1.223 0.29 9999 0TMP32262 2004 4 29 9 41 11.1 34.141 -83.288 2.3 3 2.55 1.235 0.297 10000 0TMP32263 2004 4 30 2 55 57.9 34.602 -85.454 0 1 2.7 1.223 0.29 10001 9767TMP32265 2004 4 30 13 26 11 36.68 -82.75 3.5 2 2.47 1.242 0.301 10002 0TMP32271 2004 5 1 4 16 28.3 32.995 -80.003 10.7 1 3.02 1.099 0.199 10003 9865TMP32284 2004 5 3 19 25 47.5 36.28 -89.45 2 2 2.38 1.153 0.244 10004 9907TMP32285 2004 5 3 19 28 25 36.28 -89.46 1.5 2 2.39 1.249 0.305 10005 9907TMP32287 2004 5 4 15 41 0 47.938 -70.667 22 2 2.87 1.157 0.247 10006 0TMP32305 2004 5 7 22 43 24.8 35.24 -84.297 8.4 2 2.55 1.198 0.275 10007 0TMP32306 2004 5 8 5 46 0 47.935 -70.666 22 2 2.67 1.157 0.247 10008 10006

B-283

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP32310 2004 5 8 11 25 21.7 32.923 -80.175 5.8 5 2.44 1.12 0.218 10009 9865TMP32312 2004 5 9 5 46 43.6 35.307 -84.515 18.9 1 2.32 1.257 0.309 10010 10007TMP32313 2004 5 9 8 56 10.4 33.231 -86.96 5 2 2.91 1.124 0.221 10011 10073TMP32340 2004 5 14 23 49 0 45.978 -96.618 18 2 2.39 1.159 0.248 10012 0TMP32341 2004 5 15 1 5 28 36.44 -89.62 12.2 2 2.55 1.235 0.297 10013 0TMP32379 2004 5 23 9 22 5.28 32.525 -104.566 5 2 3.9 1.024 0.1 10014 0TMP32387 2004 5 24 12 18 0 47.637 -70.185 13.6 2 2.37 1.157 0.247 10015 0TMP32388 2004 5 24 13 28 0 45.113 -73.87 18 2 2.27 1.157 0.247 10016 0TMP32392 2004 5 25 2 49 27 35.63 -92.25 8 2 2.47 1.242 0.301 10017 0TMP32395 2004 5 25 13 55 8 35.9 -83.61 19.4 4 2.7 1.223 0.29 10018 0TMP32403 2004 5 26 2 49 9 36.52 -91.25 4.9 2 2.7 1.223 0.29 10019 0TMP32415 2004 5 28 1 20 22 33.225 -86.901 5 2 2.28 1.153 0.244 10020 10073TMP32427 2004 5 29 21 21 0 47.441 -70.169 6.5 2 2.67 1.157 0.247 10021 0TMP32436 2004 5 31 3 27 43.77 36.935 -104.835 5 2 2.98 1.153 0.244 10022 9436TMP32442 2004 5 31 20 27 41 36.11 -89.75 7.5 2 2.77 1.218 0.287 10023 9907TMP32443 2004 5 31 20 38 29 36.11 -89.75 7.7 2 2.62 1.23 0.294 10024 9907TMP32454 2004 6 3 15 45 0 47.144 -66.722 18 2 2.27 1.157 0.247 10025 0TMP32472 2004 6 7 6 4 54 36.6 -89.57 13.7 2 2.24 1.264 0.313 10026 9907TMP32479 2004 6 8 0 15 8.38 34.041 -97.307 5 25 3.45 1.06 0.156 10027 0TMP32487 2004 6 8 21 37 37 35.46 -84.34 17.4 1 2.32 1.257 0.309 10028 10007TMP32488 2004 6 8 21 59 52 35.46 -84.35 19.4 1 2.39 1.249 0.305 10029 10007TMP32492 2004 6 10 12 30 12.5 33.967 -97.697 5 2 2.55 1.074 0.173 10030 0TMP32498 2004 6 11 8 51 41 35.89 -83.74 2.8 3 2.39 1.249 0.305 10031 0TMP32500 2004 6 12 13 5 32 36.24 -89.29 8.4 2 2.77 1.218 0.287 10032 9907TMP32503 2004 6 13 8 13 40 36.71 -89.52 1.3 2 2.39 1.249 0.305 10033 10036TMP32505 2004 6 13 10 24 0 50.126 -66.915 18 2 2.27 1.157 0.247 10034 0TMP32510 2004 6 14 21 6 0 43.031 -98.344 18 2 2.49 1.159 0.248 10035 0TMP32511 2004 6 15 8 34 21 36.73 -89.68 4 2 3.47 1.024 0.1 10036 0TMP32522 2004 6 16 0 0 0 42.79 -79.08 4 2 2.47 1.157 0.247 10037 0TMP32523 2004 6 16 4 7 21 36.73 -89.69 3 2 3.06 1.084 0.184 10038 10036TMP32524 2004 6 16 6 31 26 42.79 -79 6 2 2.47 1.157 0.247 10039 10037TMP32551 2004 6 21 9 49 19 34.471 -85.647 6.1 1 2.55 1.235 0.297 10040 9767TMP32559 2004 6 22 8 55 28.2 32.528 -104.584 5 2 3.55 1.024 0.1 10041 10014TMP32578 2004 6 24 11 27 22 36.73 -89.49 13.6 2 2.24 1.264 0.313 10042 10036TMP32585 2004 6 25 20 28 28 36.13 -89.42 9.6 2 2.32 1.257 0.309 10043 9907TMP32592 2004 6 26 21 5 7 35.4 -84.43 11.2 1 2.39 1.249 0.305 10044 10007

B-284

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP32598 2004 6 28 6 10 51 41.44 -88.94 5 2 4.13 1.024 0.1 10045 0TMP32602 2004 6 28 22 44 18 35.04 -84.96 10.3 2 2.55 1.235 0.297 10046 0TMP32605 2004 6 30 4 3 14.5 41.78 -81.08 5 2 2.81 1.067 0.165 10047 0TMP32621 2004 7 2 22 56 4 36.27 -89.48 7.6 2 2.7 1.223 0.29 10048 9907TMP32622 2004 7 2 23 0 38 36.63 -89.54 16 2 2.24 1.264 0.313 10049 9907TMP32623 2004 7 4 4 23 15.8 33.269 -86.873 0.2 1 2.9 1.103 0.202 10050 10073TMP32655 2004 7 9 13 48 26.93 34.215 -97.029 5 5 2.55 1.235 0.297 10051 0TMP32656 2004 7 9 14 15 45.24 35.259 -97.952 5 5 2.39 1.249 0.305 10052 0TMP32657 2004 7 9 14 37 3 36.73 -89.56 4.8 2 2.7 1.223 0.29 10053 10036TMP32678 2004 7 16 3 25 17 36.86 -89.18 4 2 3.5 1.036 0.122 10054 0TMP32680 2004 7 16 12 17 30.6 40.633 -95.549 5 2 3.51 1.024 0.1 10055 0TMP32690 2004 7 19 8 53 38 36.28 -89.45 5.6 2 2.85 1.213 0.284 10056 9907TMP32691 2004 7 19 15 44 0 42.472 -55.469 18 2 2.36 1.38 0.367 10057 0TMP32694 2004 7 20 9 13 14.4 32.972 -80.248 10 28 2.97 1.149 0.241 10058 9865TMP32697 2004 7 21 7 34 52 36.69 -90.34 15.4 2 2.39 1.249 0.305 10059 0TMP32701 2004 7 22 13 10 0 46.54 -75.024 18 2 2.47 1.157 0.247 10060 0TMP32730 2004 7 29 6 49 35 38.25 -90.31 11.6 2 2.47 1.242 0.301 10061 0TMP32740 2004 8 1 6 50 47.63 36.874 -105.104 5 2 4.26 1.024 0.1 10062 9974TMP32747 2004 8 3 19 49 0 43.466 -99.7 18 2 2.59 1.159 0.248 10063 0TMP32752 2004 8 4 16 17 0 44.733 -56.314 18 2 2.46 1.38 0.367 10064 0TMP32755 2004 8 4 23 55 0 43.678 -78.239 4 2 3.11 1.029 0.11 10065 0TMP32756 2004 8 5 0 22 0 49.093 -67.375 15 2 2.57 1.157 0.247 10066 0TMP32800 2004 8 13 4 11 5.1 32.982 -80.276 7 5 2.65 1.111 0.21 10067 10058TMP32808 2004 8 14 11 22 3 36.1 -89.76 6.6 2 2.55 1.235 0.297 10068 9907TMP32819 2004 8 16 16 18 49 36.77 -89.48 9.9 2 2.55 1.235 0.297 10069 10036TMP32826 2004 8 17 5 10 0 46.999 -76.881 18 2 2.27 1.157 0.247 10070 0TMP32828 2004 8 18 3 43 42.4 33.023 -80.171 7.7 5 2.88 1.104 0.203 10071 10058TMP32843 2004 8 19 22 50 43 36.53 -89.56 5.9 2 2.24 1.264 0.313 10072 9907TMP32844 2004 8 19 23 51 49.4 33.203 -86.968 5 2 3.61 1.024 0.1 10073 0TMP32845 2004 8 20 1 56 21.3 32.933 -80.152 6.9 5 2.41 1.122 0.219 10074 10058TMP32847 2004 8 20 15 44 8 38.11 -90.13 0.1 2 2.47 1.242 0.301 10075 10061TMP32888 2004 8 26 18 45 18.6 32.582 -104.505 5 2 3.08 1.153 0.244 10076 10014TMP32895 2004 8 28 5 6 43.6 33.221 -86.924 5 2 2.48 1.153 0.244 10077 0TMP32896 2004 8 28 5 54 11 33.19 -86.63 5 5 2.77 1.218 0.287 10078 0TMP32905 2004 8 29 13 54 22 36.48 -89.54 7.8 2 2.39 1.249 0.305 10079 9907TMP32908 2004 8 29 18 49 44.2 42.886 -105.485 5 2 3.43 1.124 0.221 10080 0

B-285

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP32945 2004 9 4 2 5 32 44.899 -74.893 3 2 2.77 1.084 0.184 10081 0TMP32973 2004 9 9 22 32 11.62 35.332 -98.224 5 5 2.55 1.235 0.297 10082 0TMP32975 2004 9 10 1 34 56.72 35.259 -98.153 5 5 2.62 1.23 0.294 10083 10082TMP32976 2004 9 10 2 22 7.73 35.277 -98.241 5 5 2.24 1.264 0.313 10084 10082TMP32977 2004 9 10 2 55 6.96 35.332 -98.235 5 5 2.7 1.223 0.29 10085 10082TMP32978 2004 9 10 5 0 46.73 35.342 -98.184 5 5 2.47 1.242 0.301 10086 10082TMP32979 2004 9 10 6 29 20.3 35.454 -98.153 5 25 2.65 1.049 0.142 10087 10082TMP32980 2004 9 10 6 39 16.6 35.286 -98.38 5 5 2.39 1.249 0.305 10088 10082TMP32981 2004 9 10 6 39 21 35.369 -98.048 5 2 2.48 1.153 0.244 10089 10082TMP32982 2004 9 10 9 18 4.89 34.845 -97.503 5 5 2.32 1.257 0.309 10090 10103TMP32993 2004 9 11 18 25 51 36.28 -89.5 8.5 2 2.32 1.257 0.309 10091 9907TMP32994 2004 9 12 13 5 19.1 39.594 -85.796 6 2 3.81 1.024 0.1 10092 0TMP32995 2004 9 12 23 31 23 36.42 -89.92 4.9 2 2.93 1.208 0.281 10093 9907TMP32997 2004 9 13 4 31 31 36.42 -90.92 1 2 2.77 1.218 0.287 10094 0TMP33005 2004 9 13 23 26 44.3 34.391 -97.073 5 5 2.24 1.264 0.313 10095 0TMP33025 2004 9 17 15 21 43.6 36.933 -84.004 1.3 2 3.6 1.047 0.139 10096 0TMP33029 2004 9 18 14 2 41 37.28 -82.97 0.2 9 2.55 1.235 0.297 10097 0TMP33036 2004 9 19 7 27 42 36.49 -89.54 7.5 2 2.24 1.264 0.313 10098 9907TMP33045 2004 9 20 23 26 19 34.69 -85.44 9.8 5 2.77 1.218 0.287 10099 0TMP33061 2004 9 23 19 10 11 38.32 -83.53 11 6 2.39 1.249 0.305 10100 0TMP33065 2004 9 24 9 23 32.1 34.891 -84.995 15 2 2.7 1.223 0.29 10101 0TMP33069 2004 9 25 1 18 17 36.43 -89.52 7.5 2 2.24 1.264 0.313 10102 9907TMP33071 2004 9 25 11 43 20.13 34.845 -97.571 5 5 2.47 1.242 0.301 10103 0TMP33143 2004 10 8 2 25 45.92 42.51 -71.47 2 2 2.24 1.096 0.196 10104 0TMP33173 2004 10 12 10 27 45.8 34.342 -79.749 2 2 2.47 1.242 0.301 10105 0TMP33180 2004 10 13 16 21 17.29 34.251 -96.899 5 5 2.55 1.235 0.297 10106 0TMP33187 2004 10 14 9 36 2 41.39 -73.99 8 2 2.6 1.041 0.129 10107 0TMP33202 2004 10 16 9 40 38.5 35.11 -96.152 5 5 2.24 1.264 0.313 10108 0TMP33210 2004 10 17 22 19 49.54 34.49 -96.441 5 5 2.62 1.23 0.294 10109 0TMP33214 2004 10 19 6 57 13 37.73 -84.57 26.5 5 2.47 1.242 0.301 10110 0TMP33226 2004 10 20 22 21 32 36.53 -89.51 3.2 2 2.47 1.242 0.301 10111 0TMP33227 2004 10 21 11 58 38 36.4 -89.5 5 2 2.77 1.218 0.287 10112 10111TMP33241 2004 10 24 21 20 21 36.73 -89.51 4.9 2 2.24 1.264 0.313 10113 10111TMP33262 2004 10 28 2 59 4.8 32.604 -104.499 5 2 2.68 1.153 0.244 10114 10014TMP33277 2004 10 29 22 58 54 36.28 -89.46 5.8 2 2.32 1.257 0.309 10115 10111TMP33278 2004 10 30 0 56 14.16 34.691 -96.135 5 5 2.47 1.242 0.301 10116 0

B-286

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP33280 2004 10 30 7 47 17 36.2 -89.47 7.8 2 2.7 1.223 0.29 10117 10111TMP33282 2004 10 30 15 52 56 36.27 -89.46 5.8 2 2.24 1.264 0.313 10118 10111TMP33290 2004 10 31 21 9 25.11 33.927 -97.795 5 5 2.39 1.249 0.305 10119 0TMP33291 2004 10 31 21 34 33.96 34.836 -97.517 5 5 2.39 1.249 0.305 10120 10128TMP33313 2004 11 3 22 34 2 35.87 -89.96 9.2 2 2.32 1.257 0.309 10121 0TMP33330 2004 11 7 11 20 21.4 32.648 -87.933 5 2 4.23 1.024 0.1 10122 0TMP33350 2004 11 11 3 28 5 34.93 -86.11 8.7 4 2.39 1.249 0.305 10123 0TMP33357 2004 11 12 7 24 0 49.15 -67.334 18 2 2.37 1.157 0.247 10124 0TMP33370 2004 11 13 19 19 19 33.96 -86 5 4 2.77 1.218 0.287 10125 0TMP33392 2004 11 17 5 0 40 36.26 -83.52 11.1 8 2.39 1.249 0.305 10126 10127TMP33393 2004 11 17 5 9 15 36.25 -83.53 9.7 3 2.77 1.218 0.287 10127 0TMP33431 2004 11 22 23 42 13.45 34.864 -97.672 5 25 2.91 1.124 0.221 10128 0TMP33452 2004 11 25 22 58 45.9 33.053 -80.19 12.9 5 3.02 1.099 0.199 10129 10058TMP33474 2004 11 30 23 59 34 36.94 -93.89 9 2 3.08 1.2 0.276 10130 0TMP39406 2004 11 30 23 59 34.2 36.936 -83.893 10 2 3.16 1.195 0.273 10131 0TMP33484 2004 12 2 8 59 52 38.67 -90.62 0 2 2.39 1.249 0.305 10132 0TMP33485 2004 12 2 15 27 0 49.642 -67.088 18 2 2.47 1.157 0.247 10133 0TMP33507 2004 12 6 14 4 42 36.1 -89.76 6.4 2 2.32 1.257 0.309 10134 0TMP33510 2004 12 7 13 44 19 36.39 -89.58 10.9 2 2.24 1.264 0.313 10135 10111TMP33514 2004 12 7 22 23 50.8 32.92 -80.163 7 5 2.66 1.111 0.21 10136 10058TMP33516 2004 12 8 8 59 52.8 34.866 -97.575 5 25 2.5 1.124 0.221 10137 10128TMP33521 2004 12 8 19 31 0 49.596 -66.956 18 2 2.27 1.157 0.247 10138 10133TMP33526 2004 12 10 7 13 0.9 33.075 -80.172 10.3 1 2.78 1.107 0.206 10139 10058TMP33537 2004 12 12 10 25 22 35.52 -84.27 19.2 1 2.24 1.264 0.313 10140 0TMP33551 2004 12 15 0 5 39 35.8 -89.71 19 2 2.7 1.223 0.29 10141 0TMP33563 2004 12 17 5 30 26.5 39.639 -75.414 7 2 2.24 1.202 0.277 10142 0TMP33585 2004 12 21 21 10 8.53 34.815 -97.609 5 25 2.83 1.124 0.221 10143 10128TMP33590 2004 12 23 6 54 21 35.43 -84.2 7 2 3.04 1.15 0.242 10144 0TMP33620 2005 1 1 23 18 50.21 32.955 -80.1628 3 5 2.51 1.238 0.299 10145 10058TMP33637 2005 1 5 15 32 0 47.02 -66.573 5 2 3.39 1.084 0.184 10146 0TMP33656 2005 1 8 21 11 0 47.074 -66.675 5 2 2.64 1.074 0.173 10147 10146TMP33661 2005 1 10 10 14 59.1 37.007 -104.675 5 2 3.08 1.153 0.244 10148 9974TMP33665 2005 1 11 10 35 28 36.24 -89.43 7.1 2 2.47 1.242 0.301 10149 0TMP33681 2005 1 13 12 0 0 45.684 -74.822 6.7 2 2.48 1.084 0.184 10150 0TMP33695 2005 1 18 5 48 34.1 33.606 -82.163 8.8 1 2.31 1.076 0.175 10151 0TMP33696 2005 1 18 9 53 1.8 33.598 -82.168 15.4 2 2.35 1.078 0.177 10152 10151

B-287

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP33697 2005 1 18 10 22 11.3 33.579 -82.162 17.4 1 2.21 1.08 0.179 10153 10151TMP33728 2005 1 25 7 33 0 43.287 -56.309 18 2 3.82 1.104 0.203 10154 0TMP33734 2005 1 27 9 55 13 36.7 -89.51 9.2 2 2.24 1.264 0.313 10155 0TMP33737 2005 1 27 17 52 55 35.2 -92.22 4 2 2.93 1.208 0.281 10156 0TMP33750 2005 1 30 18 6 0 48.134 -77.965 19 2 3.08 1.074 0.173 10157 0TMP33779 2005 2 4 2 4 0 49.251 -67.348 18 2 2.27 1.157 0.247 10158 0TMP33783 2005 2 4 9 8 30 36.05 -89.83 8.1 2 2.24 1.264 0.313 10159 0TMP33789 2005 2 6 15 59 14.48 34.238 -95.238 5 5 3.1 1.074 0.173 10160 0TMP33796 2005 2 8 11 42 53 37.22 -81.93 9.4 2 2.93 1.208 0.281 10161 0TMP33808 2005 2 10 14 4 54 35.76 -90.25 15 2 4.09 1.024 0.1 10162 0TMP33819 2005 2 12 8 45 50.56 36.504 -98.676 5 5 2.42 1.054 0.148 10163 0TMP33841 2005 2 16 3 7 33 36.5 -89.63 11.2 2 2.77 1.218 0.287 10164 10165TMP33847 2005 2 16 9 38 14 36.5 -89.56 8.7 2 2.32 1.257 0.309 10165 0TMP33857 2005 2 18 14 21 55.9 34.118 -81.112 0 2 3.13 1.058 0.153 10166 0TMP33870 2005 2 23 14 22 44.11 39.2592 -76.589 9.1 2 2.4 1.083 0.183 10167 0TMP33877 2005 2 26 11 12 0 46.53 -80.988 1 2 2.27 1.157 0.247 10168 0TMP33895 2005 3 3 1 14 0 36.05 -89.82 8.3 2 2.32 1.257 0.309 10169 10159TMP33896 2005 3 3 2 22 0 45.056 -74.203 18 2 3.13 1.058 0.153 10170 0TMP33897 2005 3 3 6 0 29 36.05 -89.82 7.4 2 2.24 1.264 0.313 10171 10159TMP33915 2005 3 6 6 17 0 47.753 -69.732 13.3 2 4.61 1.034 0.119 10172 0TMP33934 2005 3 9 16 5 39 36.29 -89.52 7.6 2 2.24 1.264 0.313 10173 10215TMP33961 2005 3 15 4 24 18 36.85 -89.23 5.1 2 2.38 1.024 0.1 10174 0TMP33974 2005 3 18 1 2 16 35.72 -84.16 9 2 2.91 1.072 0.171 10175 0TMP33975 2005 3 18 6 42 15 36.52 -89.54 6.7 2 2.24 1.264 0.313 10176 10215TMP33997 2005 3 22 8 11 50.5 31.836 -88.06 5 2 3.03 1.124 0.221 10177 0TMP34019 2005 3 28 16 39 0 43.332 -79.284 5 2 2.47 1.157 0.247 10178 0TMP34026 2005 3 29 19 37 0 44.648 -97.788 18 2 2.29 1.159 0.248 10179 0TMP34033 2005 3 31 15 13 0 46.276 -75.643 18 2 3.15 1.084 0.184 10180 0TMP34046 2005 4 3 14 39 16.9 28.393 -100.305 5 2 3.19 1.124 0.221 10181 0TMP34050 2005 4 4 13 23 39.7 36.493 -84.293 4.2 4 2.62 1.23 0.294 10182 0TMP34056 2005 4 5 3 54 56 36.17 -84.83 10.3 4 2.39 1.249 0.305 10183 0TMP34059 2005 4 5 15 7 0 49.869 -50.504 18 2 2.46 1.38 0.367 10184 0TMP34061 2005 4 5 20 37 42.6 36.147 -83.693 10 3 3.08 1.2 0.276 10185 0TMP34065 2005 4 6 8 45 24.5 36.881 -104.794 5 2 2.58 1.153 0.244 10186 9974TMP34074 2005 4 8 4 32 0 46.27 -73.458 18 2 3.03 1.032 0.115 10187 0TMP34087 2005 4 10 17 37 0 49.492 -66.588 18 2 2.27 1.157 0.247 10188 0

B-288

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP34088 2005 4 10 23 46 9 35.71 -91.73 9.7 2 2.47 1.242 0.301 10189 0TMP34101 2005 4 14 15 38 16 35.47 -84.09 15 1 3 1.203 0.278 10190 0TMP34110 2005 4 17 0 18 38.12 44.84 -73.74 10.2 2 2.44 1.053 0.147 10191 0TMP34115 2005 4 19 4 42 4 36.42 -89.53 8.1 2 2.24 1.264 0.313 10192 10215TMP34122 2005 4 22 5 17 4.09 34.179 -95.192 5 25 3 1.049 0.141 10193 10160TMP34125 2005 4 23 14 24 51.1 40.89 -74.07 6 2 2.37 1.044 0.134 10194 0TMP34128 2005 4 24 11 2 35.9 36.92 -105.07 5 2 3.08 1.153 0.244 10195 9974TMP34139 2005 4 28 16 58 57 36.25 -89.49 8.9 2 2.77 1.218 0.287 10196 10215TMP34148 2005 4 30 12 55 15 36.25 -89.49 8.3 2 2.24 1.264 0.313 10197 10215TMP34152 2005 5 1 12 37 32 35.83 -90.15 9 2 4.2 1.024 0.1 10198 10162TMP34153 2005 5 1 12 56 16 35.84 -90.15 10.1 2 2.68 1.11 0.209 10199 10162TMP34154 2005 5 1 14 39 16 35.83 -90.15 9 2 2.98 1.1 0.2 10200 10162TMP34156 2005 5 1 16 22 23 35.84 -90.15 9.2 2 2.32 1.257 0.309 10201 10162TMP34162 2005 5 2 20 7 35 35.83 -90.15 9 2 2.83 1.105 0.204 10202 10162TMP34169 2005 5 5 23 31 8 36.31 -89.46 0.3 2 2.55 1.235 0.297 10203 10215TMP34172 2005 5 8 0 20 41 36.05 -89.83 7.7 2 2.7 1.223 0.29 10204 10215TMP34179 2005 5 10 18 31 39 35.83 -90.15 9.3 2 2.55 1.235 0.297 10205 10162TMP34204 2005 5 16 22 29 47.61 35.325 -97.531 5 25 2.72 1.104 0.203 10206 0TMP34213 2005 5 18 19 59 42.9 38.46 -93.967 5 2 3.03 1.124 0.221 10207 0TMP34217 2005 5 19 12 4 15 33.55 -88.19 0 6 2.39 1.249 0.305 10208 0TMP34218 2005 5 19 14 19 45 36.02 -91.16 11 2 2.77 1.218 0.287 10209 0TMP34231 2005 5 23 9 11 48.2 35.232 -87.264 5.1 1 2.55 1.235 0.297 10210 0TMP34233 2005 5 23 19 35 36 35.51 -84.59 11.7 1 2.47 1.242 0.301 10211 0TMP34236 2005 5 24 9 42 54 35.29 -84.83 9.4 1 2.32 1.257 0.309 10212 0TMP34242 2005 5 25 19 22 0 46.274 -75.616 18 2 3.19 1.053 0.147 10213 0TMP34261 2005 5 31 13 49 4 44.97 -74.07 4 2 2.52 1.074 0.173 10214 0TMP34273 2005 6 2 11 35 11 36.15 -89.47 14 2 3.87 1.024 0.1 10215 0TMP34294 2005 6 6 15 22 15.1 35.065 -83.865 4.8 2 2.47 1.242 0.301 10216 0TMP34297 2005 6 7 16 33 36.7 33.531 -87.304 5 2 2.48 1.153 0.244 10217 0TMP34302 2005 6 8 9 13 3 35.07 -84.73 11.3 2 2.62 1.23 0.294 10218 0TMP34303 2005 6 8 9 50 30.9 35.165 -83.245 5.4 5 2.62 1.23 0.294 10219 0TMP34308 2005 6 10 14 41 36 36.35 -89.53 8.2 2 2.39 1.249 0.305 10220 10215TMP34313 2005 6 11 5 32 1.8 32.937 -83.413 12.5 3 2.47 1.242 0.301 10221 0TMP34320 2005 6 12 22 24 0 45.673 -73.427 18 2 2.3 1.084 0.184 10222 0TMP34326 2005 6 15 6 16 54 36.07 -89.47 11 2 2.39 1.249 0.305 10223 10215TMP34338 2005 6 16 20 55 0 47.572 -65.494 5 2 2.77 1.053 0.147 10224 0

B-289

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP34351 2005 6 20 2 0 32 36.92 -88.99 15 2 2.68 1.024 0.1 10225 10226TMP34352 2005 6 20 12 21 42 36.92 -89 21 2 3.58 1.024 0.1 10226 0TMP34355 2005 6 21 0 31 41 36.16 -89.42 8.3 2 2.39 1.249 0.305 10227 10215TMP34368 2005 6 23 18 16 0 46.057 -75.05 18 2 2.51 1.053 0.147 10228 0TMP34369 2005 6 23 18 32 0 46.057 -75.047 18 2 2.81 1.084 0.184 10229 10228TMP34392 2005 6 27 14 1 39.6 35.374 -84.107 15.5 2 2.7 1.223 0.29 10230 0TMP34393 2005 6 27 15 46 52 37.63 -89.42 5 2 3.04 1.15 0.242 10231 0TMP34406 2005 7 1 1 10 0 48.969 -68.446 18 2 2.27 1.157 0.247 10232 0TMP34410 2005 7 1 13 5 0 46.061 -75.056 18 2 2.22 1.084 0.184 10233 10228TMP34411 2005 7 1 16 47 49 36.42 -89.46 6.5 2 2.32 1.257 0.309 10234 10215TMP34414 2005 7 2 6 45 36 36.65 -89.55 7.2 2 2.24 1.264 0.313 10235 0TMP34421 2005 7 4 10 45 24.5 36.86 -105.097 5 2 2.68 1.153 0.244 10236 9974TMP34422 2005 7 4 11 47 0 46.241 -76.907 18 2 2.87 1.053 0.147 10237 0TMP34434 2005 7 8 6 24 1.1 36.938 -104.886 5 2 2.68 1.153 0.244 10238 9974TMP34441 2005 7 10 1 9 21 36.15 -89.48 13.2 2 2.39 1.249 0.305 10239 10215TMP34443 2005 7 10 4 51 0 46.477 -81.178 1 2 2.47 1.157 0.247 10240 0TMP34450 2005 7 11 16 22 6 36.43 -89.61 12.7 2 2.32 1.257 0.309 10241 10215TMP34454 2005 7 12 21 7 20.7 34.11 -87.927 8.1 5 2.7 1.223 0.29 10242 0TMP34458 2005 7 13 12 8 13 35.81 -90.16 10 2 2.91 1.156 0.246 10243 10162TMP34479 2005 7 18 1 2 56 35.84 -90.15 8.9 2 2.62 1.23 0.294 10244 10162TMP34482 2005 7 18 11 44 16 36.49 -89.53 8.4 2 2.39 1.249 0.305 10245 10215TMP34495 2005 7 23 2 48 0 47.045 -75.788 18 2 2.87 1.157 0.247 10246 0TMP34501 2005 7 24 7 7 41 36.42 -89.47 4.9 2 2.39 1.249 0.305 10247 10215TMP34502 2005 7 25 2 30 53 36.75 -83.31 9.8 7 2.55 1.235 0.297 10248 0TMP34508 2005 7 25 13 9 9.01 34.685 -96.818 5 5 2.55 1.235 0.297 10249 0TMP34517 2005 7 27 6 33 31 36.79 -91.49 5 2 2.32 1.257 0.309 10250 0TMP34520 2005 7 27 11 24 0 45.41 -73.34 18 2 2.68 1.084 0.184 10251 0TMP34532 2005 7 29 7 30 16 36.49 -89.57 8.4 2 2.24 1.264 0.313 10252 10215TMP34542 2005 7 31 2 36 0 51.355 -73.802 18 2 2.47 1.157 0.247 10253 0TMP34543 2005 7 31 7 7 7.9 38.718 -92.725 5 2 3.03 1.124 0.221 10254 0TMP34544 2005 7 31 8 17 8 36.25 -89.58 4.8 2 2.47 1.242 0.301 10255 10215TMP34545 2005 7 31 12 49 4 36.74 -83.56 13.4 2 2.7 1.223 0.29 10256 0TMP34554 2005 8 3 23 9 26 36.44 -89.52 8.9 2 2.55 1.235 0.297 10257 10215TMP34566 2005 8 7 10 16 8 36.69 -89.52 4.8 2 2.24 1.264 0.313 10258 0TMP34579 2005 8 10 22 8 16.9 36.952 -104.822 5 2 4.3 1.074 0.173 10259 9974TMP35572 2005 8 10 22 8 22.6 36.947 -104.833 5 2 4.93 1.011 0.067 10260 9974

B-290

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP34580 2005 8 10 22 24 33.9 36.982 -104.959 5 2 2.68 1.153 0.244 10261 9974TMP34592 2005 8 15 0 12 57 35.87 -90.01 5 2 3.11 1.152 0.243 10262 10162TMP34601 2005 8 17 5 33 34 36.13 -89.73 11.8 2 2.39 1.249 0.305 10263 10215TMP34610 2005 8 20 6 31 29 36.68 -90.68 9.9 2 2.77 1.218 0.287 10264 0TMP34612 2005 8 21 5 55 20.59 36.808 -98.765 5 5 2.93 1.208 0.281 10265 0TMP34613 2005 8 21 6 14 30 36.25 -89.43 6.2 2 2.24 1.264 0.313 10266 10215TMP34620 2005 8 23 4 51 59 36.68 -89.53 12.4 2 2.39 1.249 0.305 10267 0TMP34631 2005 8 25 3 9 42 35.88 -82.8 8 1 3.63 1.024 0.1 10268 0TMP34632 2005 8 25 6 57 1.63 33.946 -96.171 5 5 2.32 1.257 0.309 10269 0TMP34633 2005 8 25 12 56 31 35.876 -82.809 8 1 2.77 1.218 0.287 10270 10268TMP34643 2005 8 28 21 31 33.3 36.074 -83.601 7.9 5 2.47 1.242 0.301 10271 0TMP34670 2005 9 5 20 2 35.7 38.19 -83.93 12 2 2.73 1.164 0.252 10272 0TMP34672 2005 9 6 2 58 0 45.724 -75.36 18 2 2.33 1.053 0.147 10273 0TMP34675 2005 9 6 14 10 0 46.277 -75.292 18 2 2.95 1.039 0.126 10274 0TMP34680 2005 9 7 23 57 29 35.64 -84.05 10.8 2 2.7 1.223 0.29 10275 0TMP34691 2005 9 10 13 12 47 36.15 -89.47 14.4 2 2.24 1.264 0.313 10276 10215TMP34727 2005 9 21 2 10 55.4 33.236 -83.119 8.8 1 2.55 1.235 0.297 10277 0TMP34739 2005 9 25 3 8 57.9 45.016 -67.202 6 2 3.01 1.066 0.164 10278 0TMP34743 2005 9 25 20 21 22 36.1 -89.76 8 2 2.62 1.23 0.294 10279 10215TMP34748 2005 9 28 5 33 7 36.02 -89.93 17.2 2 2.55 1.235 0.297 10280 10215TMP34754 2005 9 29 1 20 55.12 35.28 -95.986 5 5 2.32 1.257 0.309 10281 0TMP34760 2005 9 29 19 42 40 35.88 -90.13 10.4 2 2.55 1.235 0.297 10282 10162TMP34763 2005 9 30 2 12 27.2 37.239 -104.721 5 2 2.28 1.153 0.244 10283 0TMP34766 2005 10 1 7 1 0 46.71 -76.454 18 2 2.61 1.053 0.147 10284 0TMP34779 2005 10 3 3 47 0 46.848 -64.672 17 2 2.44 1.074 0.173 10285 0TMP34796 2005 10 10 6 13 44 36.26 -89.49 7.8 2 2.32 1.257 0.309 10286 10215TMP34800 2005 10 12 6 27 30 35.51 -84.54 8 1 3.54 1.036 0.122 10287 0TMP34811 2005 10 16 3 33 43 34.5 -85.5 11.2 1 2.47 1.242 0.301 10288 0TMP34814 2005 10 16 16 16 23 36.94 -89.19 4.1 2 2.55 1.235 0.297 10289 0TMP34817 2005 10 16 22 38 0 36.13 -89.42 9.4 2 2.24 1.264 0.313 10290 10215TMP34824 2005 10 19 2 43 46.1 44.077 -97.539 5 2 2.87 1.124 0.221 10291 0TMP34828 2005 10 19 8 6 48 36.14 -89.72 8 2 2.77 1.218 0.287 10292 10215TMP34829 2005 10 19 20 25 56 36.53 -89.58 6.2 2 2.32 1.257 0.309 10293 10215TMP34830 2005 10 20 8 15 36.5 36.97 -104.849 5 2 2.68 1.153 0.244 10294 9974TMP34831 2005 10 20 15 50 40 35.31 -84.36 8.6 1 2.47 1.242 0.301 10295 0TMP34834 2005 10 20 21 16 0 44.677 -80.482 11 2 3.59 1.024 0.1 10296 0

B-291

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP34839 2005 10 23 4 1 18 36.14 -89.38 6.1 2 2.32 1.257 0.309 10297 0TMP34850 2005 10 25 5 18 11 34.43 -85.31 9 2 2.85 1.213 0.284 10298 0TMP34851 2005 10 25 15 29 0 46.823 -78.857 18.5 2 2.67 1.157 0.247 10299 0TMP34857 2005 10 26 15 25 3 36.25 -89.45 5.7 2 2.32 1.257 0.309 10300 10215TMP34864 2005 10 28 9 42 29.73 36.733 -97.899 5 5 2.62 1.23 0.294 10301 0TMP34865 2005 10 28 21 5 40.3 33.003 -83.094 14.4 1 2.93 1.208 0.281 10302 0TMP34869 2005 10 29 23 46 20.7 33.034 -83.156 17.1 2 2.77 1.218 0.287 10303 10302TMP34872 2005 10 31 23 59 29.9 43.281 -77.316 2 2 2.4 1.049 0.141 10304 0TMP34892 2005 11 8 2 23 5 36.74 -89.51 7.5 2 2.24 1.264 0.313 10305 0TMP34909 2005 11 15 15 46 24 35.54 -84.38 19.2 5 2.55 1.235 0.297 10306 0TMP34911 2005 11 16 3 11 32.6 37.099 -104.897 5 2 2.58 1.153 0.244 10307 0TMP34915 2005 11 17 3 22 20 36.51 -89.64 13.9 2 2.24 1.264 0.313 10308 10215TMP34917 2005 11 17 7 0 13 36.3 -89.54 9.9 2 2.39 1.249 0.305 10309 10215TMP34925 2005 11 19 1 23 29 35.76 -90.14 0.1 2 2.24 1.264 0.313 10310 10162TMP34927 2005 11 19 13 18 0 47.147 -76.184 18 2 2.47 1.157 0.247 10311 0TMP34928 2005 11 19 20 2 20 33 -80.2 5 2 2.34 1.124 0.221 10312 0TMP34940 2005 11 23 5 4 53.6 38.634 -90.112 11 2 2.26 1.124 0.221 10313 0TMP34950 2005 11 25 14 21 9 36.19 -89.44 6.7 2 2.47 1.242 0.301 10314 10215TMP34957 2005 11 28 9 25 25.71 34.643 -96.098 5 5 2.24 1.264 0.313 10315 10324TMP34968 2005 12 1 18 34 7 36.4 -89.59 10.9 2 2.47 1.242 0.301 10316 10215TMP34978 2005 12 3 22 29 25 34.95 -87.39 5 4 2.62 1.23 0.294 10317 0TMP34984 2005 12 5 11 37 58.68 34.562 -95.024 5 5 2.32 1.257 0.309 10318 0TMP34989 2005 12 6 16 24 13 38.44 -89.19 5 2 2.38 1.153 0.244 10319 0TMP34994 2005 12 7 19 29 45.8 35.862 -82.38 5 8 2.78 1.084 0.184 10320 0TMP35003 2005 12 8 21 57 17.66 36.462 -97.297 5 5 2.32 1.257 0.309 10321 0TMP35004 2005 12 9 3 35 46.7 40.97 -74.38 5 2 2.36 1.084 0.184 10322 0TMP35007 2005 12 9 15 19 15 36.44 -89.52 6.9 2 2.39 1.249 0.305 10323 10215TMP35020 2005 12 13 7 11 36.4 34.687 -95.904 5 5 2.32 1.257 0.309 10324 0TMP35024 2005 12 14 5 40 4 36.73 -89.5 15.5 2 2.32 1.257 0.309 10325 10305TMP35039 2005 12 17 7 6 38 36.59 -89.59 9.4 2 2.47 1.242 0.301 10326 10305TMP35043 2005 12 18 3 50 41 36.22 -89.61 8.4 2 2.24 1.264 0.313 10327 10215TMP35045 2005 12 18 6 19 7.35 34.279 -96.478 5 5 2.55 1.235 0.297 10328 0TMP35046 2005 12 18 10 31 0 36.04 -89.83 8.3 2 2.24 1.264 0.313 10329 10215TMP35047 2005 12 18 20 29 56 36.55 -89.7 5.1 2 2.39 1.249 0.305 10330 10215TMP35054 2005 12 19 20 27 40.37 32.528 -104.549 5 2 4.12 1.024 0.1 10331 0TMP35056 2005 12 20 0 52 20.5 30.258 -90.708 5 2 2.78 1.124 0.221 10332 0

B-292

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP35059 2005 12 20 12 11 9.5 42.907 -100.426 5 2 2.58 1.153 0.244 10333 0TMP35061 2005 12 21 3 32 0 45.697 -73.825 18 2 2.44 1.084 0.184 10334 0TMP35064 2005 12 22 14 30 11.6 32.583 -104.566 5 2 3.28 1.153 0.244 10335 10331TMP35067 2005 12 23 5 50 10 36.22 -89.61 8.5 2 2.24 1.264 0.313 10336 10215TMP35074 2005 12 24 15 35 3.5 34.955 -85.076 23.4 6 2.47 1.242 0.301 10337 0TMP35080 2005 12 25 14 33 45 36.52 -89.66 12 2 3 1.203 0.278 10338 10215TMP35100 2005 12 30 23 24 38.6 37.366 -80.343 14 3 2.55 1.235 0.297 10339 0TMP35108 2006 1 2 21 48 57.1 37.804 -88.353 10 2 3.55 1.071 0.169 10340 0TMP35111 2006 1 3 11 5 0 49.33 -81.092 22 2 3.07 1.157 0.247 10341 0TMP35112 2006 1 4 1 21 39 36.41 -90.91 8.1 2 2.77 1.218 0.287 10342 0TMP35113 2006 1 4 19 27 0 50.016 -65.656 11.3 2 2.37 1.157 0.247 10343 0TMP35119 2006 1 6 3 2 3.27 41.77 -81.45 5 2 2.24 1.074 0.173 10344 0TMP35128 2006 1 9 15 35 0 45.029 -73.901 15 2 3.48 1.024 0.1 10345 0TMP35130 2006 1 9 18 46 13 36.48 -89.54 8.6 2 2.24 1.264 0.313 10346 10215TMP35151 2006 1 14 20 52 13 36.78 -89.25 0.1 2 2.77 1.218 0.287 10347 0TMP35163 2006 1 18 10 0 34 36.49 -89.48 6.6 2 2.39 1.249 0.305 10348 10215TMP35180 2006 1 21 11 25 1 36.45 -89.53 8.3 2 2.24 1.264 0.313 10349 10215TMP35206 2006 1 26 17 15 7 36.56 -89.6 8.3 2 2.24 1.264 0.313 10350 10215TMP35210 2006 1 27 10 4 56.45 32.59 -104.55 5 2 2.38 1.153 0.244 10351 10331TMP35211 2006 1 27 16 7 45.8 32.55 -104.577 5 2 2.78 1.153 0.244 10352 10331TMP35212 2006 1 27 18 48 49.23 37.03 -104.968 5 2 2.98 1.153 0.244 10353 9974TMP35229 2006 2 1 12 27 36.2 42.615 -99.473 5 2 2.58 1.153 0.244 10354 0TMP35230 2006 2 2 4 31 55 36.3 -89.52 6.1 2 2.24 1.264 0.313 10355 10215TMP35232 2006 2 3 1 42 0 46.024 -57.968 18 2 2.37 1.157 0.247 10356 0TMP35241 2006 2 4 19 55 10.6 32.575 -104.617 5 2 2.38 1.153 0.244 10357 10331TMP35244 2006 2 6 2 5 12 36.17 -89.5 17.3 2 2.24 1.264 0.313 10358 10215TMP35249 2006 2 7 4 7 0 46.293 -75.299 18 2 2.73 1.084 0.184 10359 0TMP35250 2006 2 7 7 6 24 36.94 -83.81 4.3 4 2.55 1.235 0.297 10360 0TMP35261 2006 2 10 4 14 17.8 27.597 -90.163 5 2 4.85 1.063 0.16 10361 0TMP35262 2006 2 10 8 59 48 36.66 -89.75 3.6 2 2.47 1.242 0.301 10362 0TMP35264 2006 2 10 13 30 42 41.75 -81.41 5 2 2.42 1.083 0.183 10363 10344TMP35266 2006 2 11 13 3 50.4 37.076 -105.444 5 2 2.58 1.153 0.244 10364 0TMP35286 2006 2 16 23 43 22.9 41.16 -74.53 8 2 2.87 1.082 0.182 10365 0TMP35296 2006 2 18 5 49 41.4 35.672 -101.794 5 2 3.18 1.153 0.244 10366 0TMP35318 2006 2 25 1 39 0 45.652 -75.23 20 2 3.63 1.028 0.108 10367 0TMP35323 2006 2 26 4 9 0 45.547 -74.706 18 2 2.59 1.075 0.174 10368 0

B-293

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP35327 2006 2 27 10 9 16 35.35 -84.52 10 2 2.32 1.257 0.309 10369 0TMP35332 2006 3 1 17 42 42 37.5 -88.98 6 2 3.18 1.15 0.242 10370 0TMP35336 2006 3 3 5 22 23 36.28 -89.51 8.1 2 2.32 1.257 0.309 10371 10215TMP35337 2006 3 4 2 13 0 49.513 -81.542 17 2 2.77 1.157 0.247 10372 0TMP35340 2006 3 4 5 33 10 36.53 -89.57 7.7 2 2.7 1.223 0.29 10373 10215TMP35341 2006 3 4 17 14 58.2 30.289 -103.674 5 2 2.38 1.153 0.244 10374 0TMP35342 2006 3 4 18 20 3 46.84 -78.89 8 2 2.29 1.075 0.174 10375 0TMP35348 2006 3 6 10 28 2 35.895 -82.359 0 4 3.2 1.154 0.245 10376 0TMP35358 2006 3 8 6 36 20 36.6 -89.58 10.7 2 2.85 1.213 0.284 10377 10348TMP35359 2006 3 8 6 41 2 36.6 -89.58 10.4 2 2.24 1.264 0.313 10378 10348TMP35373 2006 3 11 2 37 20 35.2 -88.01 1 25 3.03 1.084 0.184 10379 0TMP35374 2006 3 11 8 8 54.2 32.712 -88.159 30.7 2 2.85 1.213 0.284 10380 0TMP35375 2006 3 11 12 27 15.6 41.78 -81.39 5 2 2.81 1.049 0.141 10381 10344TMP35378 2006 3 12 3 10 32 36.21 -89.48 6.5 2 2.39 1.249 0.305 10382 10215TMP35379 2006 3 12 17 24 6 36.2 -89.57 6.1 2 2.24 1.264 0.313 10383 10215TMP35382 2006 3 13 22 36 17.99 34.899 -96.211 5 5 2.55 1.235 0.297 10384 10385TMP35387 2006 3 15 8 30 27.11 34.836 -96.178 5 2 3.16 1.195 0.273 10385 0TMP35408 2006 3 20 17 55 29.1 32.599 -104.563 5 2 2.68 1.153 0.244 10386 10331TMP35420 2006 3 22 13 46 36 34.7 -85.02 16.6 2 2.47 1.242 0.301 10387 0TMP35422 2006 3 22 21 32 57 35.38 -85.8 20 1 2.39 1.249 0.305 10388 0TMP35425 2006 3 24 9 53 30 36.48 -89.51 6.5 2 2.24 1.264 0.313 10389 10215TMP35431 2006 3 25 18 23 0 48.304 -71.483 18 2 2.27 1.157 0.247 10390 0TMP35442 2006 3 28 23 55 11.4 35.363 -101.871 5 2 2.68 1.153 0.244 10391 0TMP35449 2006 3 31 3 20 49.43 35.597 -97.205 5 5 2.55 1.235 0.297 10392 0TMP35461 2006 4 4 2 50 8 36.48 -89.58 10.8 2 2.24 1.264 0.313 10393 10215TMP35466 2006 4 5 18 46 23.15 34.069 -97.314 5 22 3.15 1.124 0.221 10394 0TMP35469 2006 4 6 5 52 13.87 34.231 -97.67 5 5 2.62 1.23 0.294 10395 0TMP35476 2006 4 7 8 31 0 47.379 -70.462 24.5 2 3.75 1.024 0.1 10396 0TMP35478 2006 4 7 12 44 0 46.831 -76.616 18 2 2.47 1.157 0.247 10397 0TMP35484 2006 4 8 18 8 35.2 31.954 -101.419 5 2 2.58 1.153 0.244 10398 0TMP35488 2006 4 9 14 41 29 35.24 -92.24 8 2 3 1.203 0.278 10399 0TMP35491 2006 4 11 3 29 21 35.36 -84.48 19 25 3.35 1.144 0.237 10400 10410TMP35496 2006 4 12 0 58 45 36.43 -89.52 7.1 2 2.24 1.264 0.313 10401 10215TMP35500 2006 4 13 6 26 36 35.6 -84.35 11.5 1 2.55 1.235 0.297 10402 10410TMP35515 2006 4 17 16 25 12.2 24.432 -100.091 16 2 3.78 1.153 0.244 10403 0TMP35545 2006 4 28 5 35 45 38.87 -87.55 5 2 2.7 1.223 0.29 10404 0

B-294

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP35567 2006 5 4 14 50 0 43.48 -79.711 5 2 2.4 1.084 0.184 10405 0TMP35576 2006 5 6 17 7 1.3 37.014 -104.768 5 2 2.78 1.153 0.244 10406 9974TMP35586 2006 5 9 3 15 0 49.988 -66.293 18 2 2.37 1.157 0.247 10407 0TMP35588 2006 5 9 11 12 22 36.57 -89.62 7.3 2 2.32 1.257 0.309 10408 10215TMP35591 2006 5 10 11 6 44 36.81 -84.03 8.4 5 2.47 1.242 0.301 10409 0TMP35592 2006 5 10 12 17 29 35.53 -84.4 24 25 3.16 1.146 0.239 10410 0TMP35594 2006 5 11 6 35 0 46.268 -72.683 18 2 2.8 1.084 0.184 10411 0TMP35596 2006 5 11 16 28 45 36.16 -89.44 10 2 2.47 1.242 0.301 10412 10215TMP35599 2006 5 11 22 12 30 37.99 -90.49 6.2 2 2.55 1.235 0.297 10413 0TMP35601 2006 5 12 1 51 11.1 40.74 -84.08 5 2 2.5 1.124 0.221 10414 0TMP35603 2006 5 13 14 0 48.92 34.826 -96.193 5 5 2.47 1.242 0.301 10415 10385TMP35609 2006 5 15 8 25 26.4 40.86 -74.15 8 2 2.24 1.202 0.277 10416 0TMP35614 2006 5 16 5 23 19.9 32.85 -88.087 20.5 2 2.77 1.218 0.287 10417 0TMP35627 2006 5 18 13 1 14 38.054 -90.521 12 2 2.58 1.124 0.221 10418 10413TMP35647 2006 5 23 4 5 0 46.15 -74.985 18 2 2.64 1.058 0.153 10419 0TMP35650 2006 5 23 21 4 33 36.42 -89.54 8 2 2.77 1.218 0.287 10420 10215TMP35657 2006 5 26 6 14 25.1 36.795 -104.832 5 2 2.78 1.153 0.244 10421 9974TMP35662 2006 5 28 11 20 0 49.556 -66.277 18 2 2.97 1.157 0.247 10422 0TMP35663 2006 5 28 11 32 0 49.552 -66.296 20 2 2.67 1.157 0.247 10423 10422TMP35665 2006 5 28 16 52 40 35.03 -90.14 9.5 2 2.55 1.235 0.297 10424 0TMP35670 2006 5 29 9 11 20 36.45 -89.54 7.5 2 2.24 1.264 0.313 10425 10215TMP35682 2006 6 1 9 34 0 46.582 -67.452 5 2 2.97 1.157 0.247 10426 0TMP35691 2006 6 5 7 56 11 36.29 -89.5 8.4 2 2.32 1.257 0.309 10427 10215TMP35692 2006 6 5 11 18 0 45.458 -76.03 18 2 2.4 1.084 0.184 10428 0TMP35696 2006 6 5 21 32 13 36.55 -89.69 9.9 2 2.32 1.257 0.309 10429 10215TMP35698 2006 6 6 19 50 0 48.413 -61.624 18 2 2.27 1.157 0.247 10430 0TMP35702 2006 6 7 11 28 44 36.61 -89.61 6.5 2 2.47 1.242 0.301 10431 0TMP35704 2006 6 8 1 49 0 45.852 -74.591 18 2 2.44 1.084 0.184 10432 0TMP35729 2006 6 16 0 57 27.7 35.515 -83.229 4 1 3.17 1.072 0.17 10433 0TMP35748 2006 6 19 6 38 54.48 35.006 -97.779 5 5 2.39 1.249 0.305 10434 0TMP35756 2006 6 20 20 11 18.5 41.84 -81.23 5 2 3.53 1.024 0.1 10435 0TMP35763 2006 6 22 13 42 36 34.55 -85.25 9.6 1 2.47 1.242 0.301 10436 0TMP35764 2006 6 22 13 44 13 34.55 -85.25 9.6 2 2.24 1.264 0.313 10437 10436TMP35772 2006 6 24 21 51 31 36.32 -82.37 11 3 2.77 1.218 0.287 10438 0TMP35806 2006 7 2 12 47 59 36.68 -89.53 12 2 2.7 1.223 0.29 10439 10431TMP35819 2006 7 5 3 59 17 36.26 -89.47 6.5 2 2.24 1.264 0.313 10440 10215

B-295

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP35836 2006 7 11 11 53 37.7 36.964 -104.929 5 2 2.88 1.153 0.244 10441 9974TMP35838 2006 7 11 12 1 42.7 37.878 -80.649 16.3 2 2.68 1.055 0.149 10442 0TMP35839 2006 7 11 13 45 40.67 33.606 -87.146 1 2 2.48 1.153 0.244 10443 0TMP35843 2006 7 12 16 31 53 36.08 -89.81 9.2 2 2.62 1.23 0.294 10444 10215TMP35846 2006 7 14 9 34 49.3 46.925 -68.681 23 2 3.46 1.024 0.1 10445 0TMP35851 2006 7 15 7 5 28 37.24 -89.23 14.5 2 2.62 1.23 0.294 10446 0TMP35884 2006 7 25 19 35 39 36.77 -89.49 15.1 2 2.55 1.235 0.297 10447 10431TMP35893 2006 7 27 18 27 8 36.17 -89.48 12.2 2 2.55 1.235 0.297 10448 10215TMP35899 2006 7 30 10 5 20 36.58 -89.59 8.5 2 2.24 1.264 0.313 10449 10215TMP35901 2006 7 30 16 39 51 36.22 -89.39 5.3 2 2.62 1.23 0.294 10450 10215TMP35902 2006 7 30 16 48 43.6 34.433 -87.822 11.8 1 2.32 1.257 0.309 10451 0TMP35921 2006 8 5 4 15 8.29 34.605 -97.357 5 5 2.39 1.249 0.305 10452 10456TMP35930 2006 8 7 8 44 28 34.94 -85.46 12 1 3.08 1.2 0.276 10453 0TMP35935 2006 8 8 13 41 54.3 37.038 -104.852 5 2 2.28 1.153 0.244 10454 9974TMP35936 2006 8 8 17 56 3.55 34.729 -97.49 5 25 2.89 1.171 0.257 10455 10456TMP35938 2006 8 9 9 41 50.94 34.589 -97.368 5 25 3.26 1.152 0.243 10456 0TMP35943 2006 8 11 9 2 0 44.801 -65.354 5 2 2.57 1.157 0.247 10457 0TMP35950 2006 8 12 10 49 9.6 32.895 -100.894 5 2 2.48 1.153 0.244 10458 0TMP35952 2006 8 13 0 1 58 36.19 -89.45 8.3 2 2.55 1.235 0.297 10459 10215TMP35968 2006 8 15 6 8 54.9 40.71 -84.11 5 2 2.26 1.124 0.221 10460 0TMP35973 2006 8 16 13 12 39.12 34.508 -97.372 5 25 2.94 1.16 0.249 10461 0TMP35988 2006 8 20 21 18 59 35.05 -85.17 11.2 1 2.47 1.242 0.301 10462 0TMP36004 2006 8 24 14 4 25.8 37.014 -105.013 5 2 2.78 1.153 0.244 10463 9974TMP36014 2006 8 26 13 8 0 45.634 -74.532 18 2 2.68 1.058 0.153 10464 0TMP36015 2006 8 26 18 32 42 36.63 -89.6 6.6 2 2.24 1.264 0.313 10465 10505TMP36021 2006 8 28 4 7 39 36.54 -89.66 9.2 2 2.47 1.242 0.301 10466 10215TMP36023 2006 8 28 5 58 6 36.54 -89.67 9.2 2 2.39 1.249 0.305 10467 10505TMP36028 2006 8 29 7 55 8 36.87 -89.18 3 2 2.77 1.218 0.287 10468 0TMP36031 2006 8 29 19 5 15 35.77 -83.71 11.8 1 2.39 1.249 0.305 10469 0TMP36059 2006 9 3 3 2 0 52.187 -106.911 0 2 2.57 1.153 0.244 10470 0TMP36066 2006 9 5 4 32 43 33.71 -82.99 10.4 5 2.77 1.218 0.287 10471 0TMP36070 2006 9 6 3 42 48 36.27 -89.5 7.1 2 2.24 1.264 0.313 10472 10215TMP36075 2006 9 7 6 23 20 42.977 -102.236 5 2 2.28 1.153 0.244 10473 0TMP36077 2006 9 7 13 51 13 36.27 -89.5 7 2 3.35 1.144 0.237 10474 10215TMP36089 2006 9 9 9 54 6.6 37.296 -104.77 5 2 2.88 1.153 0.244 10475 10478TMP36091 2006 9 9 12 53 14.2 37.368 -104.865 5 2 2.68 1.153 0.244 10476 10478

B-296

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP36092 2006 9 9 18 5 41.7 37.374 -104.736 5 2 2.58 1.153 0.244 10477 10478TMP36094 2006 9 9 23 14 35.5 37.298 -104.794 5 2 3.28 1.153 0.244 10478 0TMP36096 2006 9 10 12 2 59.7 37.295 -104.869 5 2 2.28 1.153 0.244 10479 10478TMP36097 2006 9 10 14 56 8.1 26.319 -86.606 14 2 5.82 1.03 0.112 10480 0TMP36116 2006 9 14 13 3 24.2 37.01 -104.867 5 2 2.68 1.153 0.244 10481 9974TMP36121 2006 9 15 3 32 58 36.68 -89.52 10.5 2 2.24 1.264 0.313 10482 10505TMP36155 2006 9 22 10 39 21.4 44.349 -68.187 7 2 3.08 1.073 0.172 10483 10495TMP36157 2006 9 22 11 22 0.2 34.551 -79.583 5 12 3.35 1.071 0.169 10484 0TMP36167 2006 9 22 14 27 54 36.6 -89.58 8.8 2 2.39 1.249 0.305 10485 10505TMP36182 2006 9 25 5 44 24.3 34.511 -79.64 26.2 4 3.56 1.071 0.169 10486 10484TMP36183 2006 9 25 8 25 39 36.3 -89.52 8 2 2.32 1.257 0.309 10487 10215TMP36186 2006 9 26 1 55 56 36.48 -89.55 6.4 2 2.24 1.264 0.313 10488 10215TMP36189 2006 9 26 10 46 26 36.48 -89.55 6.4 2 2.39 1.249 0.305 10489 10215TMP36198 2006 9 28 9 56 37.8 36.959 -104.777 5 2 2.28 1.153 0.244 10490 9974TMP36199 2006 9 28 13 52 47.5 44.452 -68.195 6 2 2.21 1.126 0.223 10491 10495TMP36206 2006 9 30 12 40 0.1 37.061 -104.971 5 2 2.48 1.153 0.244 10492 9974TMP36212 2006 10 1 23 16 17 36.27 -89.5 7.3 2 2.24 1.264 0.313 10493 10215TMP36215 2006 10 2 19 56 19 35.47 -84.98 8.6 1 2.77 1.218 0.287 10494 0TMP36216 2006 10 3 0 7 38.2 44.345 -68.145 6 2 3.85 1.024 0.1 10495 0TMP36240 2006 10 6 22 13 16.7 34.122 -97.625 5 2 3.19 1.124 0.221 10496 10515TMP36256 2006 10 10 6 20 28.7 43.886 -73.31 8 2 2.62 1.074 0.173 10497 0TMP36265 2006 10 11 11 33 0 46.138 -75.345 18 2 2.26 1.084 0.184 10498 0TMP36266 2006 10 11 21 33 2 36.23 -89.51 7.9 2 2.47 1.242 0.301 10499 10215TMP36272 2006 10 13 1 13 22 36.57 -89.62 7.3 2 2.24 1.264 0.313 10500 10215TMP36287 2006 10 15 18 49 34 34.62 -85.51 8 4 2.55 1.235 0.297 10501 0TMP36294 2006 10 17 5 18 4 35.23 -92.29 3 2 3 1.203 0.278 10502 0TMP36297 2006 10 17 8 56 30 36.074 -80.29 2.4 2 2.75 1.076 0.175 10503 0TMP36305 2006 10 18 1 11 0.5 36.101 -80.303 2 1 2.72 1.077 0.176 10504 10503TMP36309 2006 10 18 20 59 21 36.54 -89.64 8 2 3.41 1.143 0.236 10505 0TMP36317 2006 10 19 10 13 41 36.15 -89.47 14.2 2 2.24 1.264 0.313 10506 10215TMP36330 2006 10 20 15 32 34 36.45 -89.54 8.4 2 2.39 1.249 0.305 10507 10215TMP36334 2006 10 20 16 22 31 36.48 -89.55 8.7 2 2.32 1.257 0.309 10508 10215TMP36341 2006 10 21 21 2 17 36.53 -89.64 7.8 2 2.24 1.264 0.313 10509 10215TMP36350 2006 10 22 21 36 25.3 44.38 -68.18 9 2 2.25 1.126 0.223 10510 10495TMP36355 2006 10 23 9 14 39 36.53 -89.64 6.2 2 2.24 1.264 0.313 10511 10215TMP36386 2006 10 30 2 35 13.4 36.811 -104.963 5 2 3.18 1.153 0.244 10512 9974

B-297

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP36395 2006 10 31 2 41 0 47.615 -70.18 14.4 2 2.37 1.157 0.247 10513 0TMP36407 2006 11 2 11 7 3.79 35.359 -96.215 5 5 2.32 1.257 0.309 10514 0TMP36408 2006 11 2 11 12 20.36 34.153 -97.627 5 2 3.08 1.2 0.276 10515 0TMP36410 2006 11 2 17 53 2.11 37.2 -81.92 1 2 3.98 1.153 0.244 10516 0TMP36416 2006 11 3 15 48 36.1 36.042 -80.258 2 1 2.38 1.124 0.221 10517 10503TMP36448 2006 11 10 23 51 0 46.17 -76.837 18 2 2.73 1.084 0.184 10518 0TMP36453 2006 11 12 7 34 53 35.78 -90.28 23.1 2 2.32 1.257 0.309 10519 0TMP36480 2006 11 23 10 42 57.42 37.157 -81.975 0 2 3.98 1.153 0.244 10520 10516TMP36484 2006 11 24 23 22 24.1 37.04 -104.996 5 2 2.78 1.153 0.244 10521 9974TMP36486 2006 11 24 23 52 46 34.7 -86.13 0 1 2.32 1.257 0.309 10522 0TMP36505 2006 11 30 0 49 23 36.62 -89.57 11.3 2 2.47 1.242 0.301 10523 0TMP36532 2006 12 7 4 44 0 49.513 -81.533 16 2 3.68 1.024 0.1 10524 0TMP36561 2006 12 13 19 7 52.9 40.292 -76.037 6 2 2.76 1.082 0.182 10525 0TMP36567 2006 12 15 19 43 54 36.1 -89.41 12.3 2 2.62 1.23 0.294 10526 10215TMP36580 2006 12 17 13 11 31 36.13 -89.39 6.3 2 2.62 1.23 0.294 10527 10215TMP36586 2006 12 18 8 34 27 35.36 -84.35 17 25 3.35 1.144 0.237 10528 0TMP36592 2006 12 20 2 29 24.3 33.883 -85.876 5.2 1 2.32 1.257 0.309 10529 0TMP36598 2006 12 21 2 41 14.56 35.464 -97.407 5 25 3.25 1.128 0.224 10530 0TMP36599 2006 12 21 6 14 6.71 35.419 -97.499 5 22 3.29 1.125 0.222 10531 10530TMP36601 2006 12 21 19 47 44 36.5 -89.55 7 2 2.39 1.249 0.305 10532 10215TMP36612 2006 12 24 11 50 21.4 36.935 -104.75 5 2 3.28 1.153 0.244 10533 9974TMP36633 2006 12 29 21 21 10.7 44.354 -68.168 8 2 2.87 1.074 0.173 10534 10495TMP36642 2007 1 2 3 24 53 34.61 -85.04 9.2 2 2.7 1.223 0.29 10535 0TMP36647 2007 1 3 14 34 38.54 37.07 -104.89 5 25 4.36 1.024 0.1 10536 9974TMP36651 2007 1 3 23 5 45 35.92 -83.95 15.3 2 2.98 1.1 0.2 10537 0TMP36659 2007 1 5 15 7 43 34.41 -85.56 4.9 2 2.55 1.235 0.297 10538 0TMP36663 2007 1 6 4 8 0 47.025 -76.234 18 2 2.67 1.157 0.247 10539 0TMP36675 2007 1 8 21 46 2.91 34.536 -96.429 5 25 2.51 1.076 0.175 10540 0TMP36677 2007 1 9 8 25 2.71 34.033 -97.643 5 5 2.55 1.235 0.297 10541 10515TMP36680 2007 1 9 10 32 40.68 34.133 -97.836 5 5 2.47 1.242 0.301 10542 10515TMP36684 2007 1 10 4 39 16 38.32 -88.24 17.3 2 2.24 1.264 0.313 10543 0TMP36687 2007 1 11 5 37 49 36.48 -83.17 13.5 2 2.24 1.264 0.313 10544 0TMP36693 2007 1 13 19 4 32 36.5 -89.55 8.7 2 2.24 1.264 0.313 10545 10215TMP36695 2007 1 14 5 17 36.69 36.88 -104.93 5 2 2.88 1.153 0.244 10546 9974TMP36704 2007 1 15 11 16 34.2 34.864 -98.328 5 5 2.77 1.218 0.287 10547 0TMP36707 2007 1 17 11 6 10 36.25 -91.64 3.7 2 2.77 1.218 0.287 10548 0

B-298

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP36712 2007 1 20 17 20 0.87 42.6367 -78.7958 8.3 2 2.31 1.084 0.184 10549 0TMP36715 2007 1 21 22 6 42 35.95 -89.92 7.3 2 2.7 1.223 0.29 10550 10215TMP36727 2007 1 24 11 18 55 36.54 -89.59 8.6 2 2.24 1.264 0.313 10551 10215TMP36732 2007 1 26 1 46 9 36.67 -84.42 21 2 2.62 1.23 0.294 10552 0TMP36734 2007 1 26 8 58 0 46.109 -75.144 18 2 2.5 1.058 0.153 10553 0TMP36748 2007 1 30 2 47 0 45.565 -74.564 19 2 2.77 1.058 0.153 10554 0TMP36753 2007 1 30 21 20 29.39 33.66 -87.11 1 2 2.28 1.153 0.244 10555 0TMP36759 2007 1 31 23 47 43 36.91 -89.01 16 2 2.88 1.083 0.183 10556 0TMP36770 2007 2 3 7 46 42 36.41 -89.52 8.1 2 2.39 1.249 0.305 10557 10215TMP36773 2007 2 4 7 0 35 36.05 -89.82 9.7 2 2.62 1.23 0.294 10558 10215TMP36782 2007 2 7 0 34 54 34.61 -85.31 10.7 2 2.85 1.213 0.284 10559 0TMP36786 2007 2 7 10 35 58.7 44.03 -102.58 5 25 2.75 1.124 0.221 10560 0TMP36807 2007 2 12 18 32 34.35 35.215 -97.271 5 25 2.83 1.073 0.172 10561 0TMP36811 2007 2 13 0 15 48.89 35.459 -97.482 5 2 2.48 1.153 0.244 10562 10530TMP36833 2007 2 18 18 29 35.9 33.999 -97.607 5 5 2.39 1.249 0.305 10563 10515TMP36834 2007 2 18 23 55 49 36.1 -89.61 4.4 2 2.24 1.264 0.313 10564 10215TMP36862 2007 2 21 21 31 6 36.48 -89.54 7.5 2 2.39 1.249 0.305 10565 10215TMP36869 2007 2 23 20 3 19.13 34.037 -96.493 5 5 2.55 1.235 0.297 10566 0TMP36872 2007 2 24 6 50 0 47.218 -76.508 18 2 2.37 1.157 0.247 10567 0TMP36878 2007 2 25 3 44 0 42.046 -65.848 18 2 2.67 1.157 0.247 10568 0TMP36881 2007 2 25 11 24 19.15 37.099 -104.773 5 2 2.78 1.153 0.244 10569 0TMP36883 2007 2 26 17 1 0 42.051 -65.846 18 2 2.57 1.157 0.247 10570 10568TMP36886 2007 2 27 4 34 10 36.97 -90.38 4.4 2 2.77 1.218 0.287 10571 0TMP36887 2007 2 27 4 35 18 36.97 -90.38 3.8 2 2.7 1.223 0.29 10572 10571TMP36913 2007 3 2 10 25 50 35.79 -90.16 6.6 2 2.24 1.264 0.313 10573 0TMP36921 2007 3 5 0 33 4 45.66 -75.23 18 2 2.31 1.084 0.184 10574 0TMP36923 2007 3 5 11 27 0 48.644 -68.898 18 2 2.47 1.157 0.247 10575 0TMP36936 2007 3 11 2 33 13.27 44.9543 -73.8397 7.4 2 2.34 1.058 0.153 10576 0TMP36939 2007 3 11 19 0 37 36.45 -89.54 8.2 2 2.55 1.235 0.297 10577 10215TMP36943 2007 3 12 3 39 1 36.14 -89.71 0.5 2 2.7 1.223 0.29 10578 10215TMP36945 2007 3 12 6 32 14.59 37.06 -104.94 5 2 3.08 1.153 0.244 10579 9974TMP36949 2007 3 12 23 18 16.41 41.28 -81.38 5 25 3.2 1.049 0.141 10580 0TMP36952 2007 3 13 11 11 28.27 34.679 -96.155 5 5 2.39 1.249 0.305 10581 0TMP36955 2007 3 14 6 49 0 36.54 -89.6 9.1 2 2.39 1.249 0.305 10582 10215TMP36962 2007 3 14 15 54 23.59 34.245 -96.147 5 5 2.62 1.23 0.294 10583 0TMP36966 2007 3 14 23 50 39 35.88 -83.98 18.6 2 2.32 1.257 0.309 10584 0

B-299

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP36981 2007 3 21 15 55 37.95 43.76 -71.58 8 25 2.53 1.074 0.173 10585 0TMP36984 2007 3 21 22 58 25 36.09 -89.77 4.7 2 2.32 1.257 0.309 10586 10215TMP36991 2007 3 23 8 15 49.84 39.464 -95.341 5 2 2.87 1.124 0.221 10587 0TMP36992 2007 3 23 14 15 33.28 33.65 -87.07 5 2 2.28 1.153 0.244 10588 0TMP36995 2007 3 24 16 51 0 46.34 -72.678 18 2 2.68 1.058 0.153 10589 0TMP37003 2007 3 27 2 10 30 36.24 -89.44 10.2 2 2.39 1.249 0.305 10590 10215TMP37014 2007 3 29 18 9 43 36.47 -89.55 9.1 2 2.24 1.264 0.313 10591 10215TMP37020 2007 3 30 20 20 25.39 34.043 -97.288 5 5 2.7 1.223 0.29 10592 0TMP37027 2007 4 1 14 25 0 47.176 -70.566 18 2 2.27 1.157 0.247 10593 0TMP37029 2007 4 3 0 1 7 36.49 -89.54 7.9 2 2.62 1.23 0.294 10594 10215TMP37030 2007 4 3 1 14 37 35.87 -83.12 17.7 2 2.55 1.235 0.297 10595 0TMP37042 2007 4 6 0 10 55 35.32 -90.51 12.5 2 2.77 1.218 0.287 10596 0TMP37043 2007 4 6 1 34 37 36.09 -89.41 10.6 2 2.85 1.159 0.248 10597 10215TMP37055 2007 4 8 11 44 52 36.61 -83.84 18.2 2 2.24 1.264 0.313 10598 0TMP37065 2007 4 10 10 5 9 46.12 -75.01 18 2 2.31 1.084 0.184 10599 0TMP37067 2007 4 11 2 32 17.48 43.325 -76.966 7.3 2 2.5 1.058 0.153 10600 0TMP37073 2007 4 12 1 37 49 35.47 -84.38 11.4 2 2.47 1.242 0.301 10601 0TMP37089 2007 4 16 6 50 31.11 40.61 -100.75 5 25 2.67 1.124 0.221 10602 0TMP37111 2007 4 21 17 34 0 46.972 -75.148 17.5 2 2.77 1.058 0.153 10603 0TMP37116 2007 4 23 15 41 0 48.517 -57.574 16.5 2 2.27 1.157 0.247 10604 0TMP37125 2007 4 24 9 35 1.26 42.58 -102.94 5 2 2.38 1.153 0.244 10605 0TMP37129 2007 4 25 1 22 52 35.53 -84.22 9.5 2 2.24 1.264 0.313 10606 10601TMP37140 2007 4 28 9 27 46 36.49 -89.54 7.7 2 2.39 1.249 0.305 10607 10215TMP37150 2007 4 29 23 52 19 35.59 -84.55 9.6 2 2.39 1.249 0.305 10608 10601TMP37166 2007 5 4 16 16 28.18 33.797 -87.299 5 2 2.68 1.153 0.244 10609 0TMP37185 2007 5 10 13 39 24 36.54 -89.61 8.4 2 2.24 1.264 0.313 10610 10215TMP37187 2007 5 11 5 55 0 46.708 -76.092 18 2 2.99 1.058 0.153 10611 0TMP37198 2007 5 14 6 39 32 36.78 -91.31 7.7 2 2.93 1.208 0.281 10612 0TMP37201 2007 5 14 8 10 30.95 43.7058 -73.2492 5.6 2 2.69 1.074 0.173 10613 0TMP37203 2007 5 15 0 1 8 36.52 -89.57 7.8 2 2.7 1.223 0.29 10614 10215TMP37209 2007 5 16 13 22 21.42 33.3 -92.587 5 2 2.78 1.124 0.221 10615 0TMP37224 2007 5 20 2 18 56 36.27 -89.44 5.3 2 2.55 1.235 0.297 10616 10215TMP37246 2007 5 25 14 14 2 34.67 -85.06 8.3 2 2.32 1.257 0.309 10617 0TMP37251 2007 5 26 7 55 24 36.81 -89.15 3.9 2 2.7 1.223 0.29 10618 0TMP37256 2007 5 27 21 3 22.11 35.149 -95.976 5 25 3.29 1.146 0.239 10619 0TMP37257 2007 5 27 21 10 6.67 35.149 -95.976 5 5 2.7 1.223 0.29 10620 10619

B-300

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP37258 2007 5 27 22 45 46.34 35.149 -95.976 5 5 2.47 1.242 0.301 10621 10619TMP37261 2007 5 29 21 7 26 35.99 -89.89 6.8 2 2.77 1.218 0.287 10622 10215TMP37263 2007 5 30 0 50 0 46.037 -57.979 18 2 2.37 1.157 0.247 10623 0TMP37266 2007 5 31 1 57 0 46.988 -72.887 18 2 2.85 1.058 0.153 10624 0TMP37267 2007 5 31 21 39 46 36.27 -89.44 4.7 2 2.55 1.235 0.297 10625 10215TMP37269 2007 6 1 2 44 3 35.9 -89.94 8 2 2.55 1.235 0.297 10626 0TMP37274 2007 6 2 2 19 0 46.099 -74.965 18 2 2.64 1.084 0.184 10627 0TMP37296 2007 6 9 10 45 44.71 36.929 -104.793 1 2 3.33 1.024 0.1 10628 9974TMP37302 2007 6 10 10 28 30 36.51 -89.57 8.9 2 2.47 1.242 0.301 10629 10215TMP37303 2007 6 10 12 59 18 35.82 -85.36 6.6 2 2.32 1.257 0.309 10630 0TMP37309 2007 6 12 5 20 37 36.09 -82.57 3.5 2 2.62 1.23 0.294 10631 0TMP37319 2007 6 14 17 6 33 35.54 -84.13 7.4 2 2.7 1.223 0.29 10632 0TMP37322 2007 6 15 1 8 38.09 35.527 -101 5 2 2.58 1.153 0.244 10633 0TMP37323 2007 6 15 3 11 40 36.24 -89.44 7.9 2 2.24 1.264 0.313 10634 10215TMP37334 2007 6 18 4 38 0 52.559 -79.582 18 2 2.37 1.157 0.247 10635 0TMP37341 2007 6 19 18 16 27 35.79 -85.36 1.2 2 3.5 1.077 0.176 10636 0TMP37356 2007 6 25 19 0 10 36 -83.84 13.4 2 2.55 1.235 0.297 10637 0TMP37357 2007 6 25 19 40 58 36.37 -89.51 7.7 2 2.39 1.249 0.305 10638 0TMP37360 2007 6 28 0 2 9 36.43 -89.52 8.2 2 2.24 1.264 0.313 10639 10638TMP37361 2007 6 28 6 18 9.3 40.876 -74.194 1 2 2.33 1.202 0.277 10640 0TMP37364 2007 6 29 6 16 11 36.25 -89.42 5.6 2 2.47 1.242 0.301 10641 10638TMP37367 2007 6 30 2 20 3.3 42.583 -74.141 18 2 2.33 1.202 0.277 10642 0TMP37394 2007 7 8 5 53 44 36.46 -89.55 8.8 2 2.62 1.23 0.294 10643 10638TMP37395 2007 7 8 11 43 40.54 42.7918 -78.882 7.4 2 2.33 1.084 0.184 10644 0TMP37398 2007 7 9 6 51 4 36.28 -89.49 7.5 2 2.7 1.223 0.29 10645 10638TMP37400 2007 7 10 19 25 0 49.873 -81.926 18 2 2.27 1.157 0.247 10646 0TMP37402 2007 7 11 5 37 4.01 34.997 -97.134 5 5 2.7 1.223 0.29 10647 0TMP37404 2007 7 12 10 41 1 35.8 -90.24 25 2 2.39 1.249 0.305 10648 0TMP37406 2007 7 13 19 8 33 35.74 -90.21 4.2 2 2.55 1.235 0.297 10649 10648TMP37413 2007 7 16 15 27 0 44.297 -64.726 5 2 2.57 1.157 0.247 10650 0TMP37417 2007 7 17 2 49 21 36.97 -83.71 2.6 2 2.62 1.23 0.294 10651 0TMP37431 2007 7 19 15 11 8 33.81 -82.5 5 2 2.59 1.087 0.187 10652 0TMP37432 2007 7 19 17 7 0 43.707 -78.166 5 2 2.8 1.084 0.184 10653 0TMP37434 2007 7 20 0 35 0 47.07 -65.875 5 2 2.57 1.157 0.247 10654 0TMP37438 2007 7 21 6 39 33 36.45 -89.54 8 2 2.24 1.264 0.313 10655 10638TMP37445 2007 7 24 0 48 57.26 42.5998 -74.1198 13.9 2 2.43 1.058 0.153 10656 10642

B-301

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP37446 2007 7 24 1 56 48.79 42.6042 -74.1187 15.1 2 2.88 1.053 0.147 10657 10642TMP37455 2007 7 27 17 16 39.83 33.83 -87.33 1 2 2.28 1.153 0.244 10658 0TMP37458 2007 7 28 15 15 52 35.22 -85.68 10.3 2 2.32 1.257 0.309 10659 0TMP37461 2007 7 29 17 17 0 46.769 -70.956 18 2 2.27 1.157 0.247 10660 0TMP37475 2007 8 3 12 1 31 36.29 -89.52 6.8 2 2.24 1.264 0.313 10661 10638TMP37479 2007 8 4 4 27 54 36.49 -89.54 7.8 2 2.24 1.264 0.313 10662 10638TMP37480 2007 8 4 10 4 46 35.49 -82.09 9.3 2 3 1.073 0.172 10663 0TMP37487 2007 8 7 0 20 22 36.61 -89.58 7.4 2 2.39 1.249 0.305 10664 0TMP37500 2007 8 11 7 31 20 44.27 -76.48 5 2 2.35 1.058 0.153 10665 0TMP37502 2007 8 11 21 24 2 35.72 -84.1 10.2 2 2.39 1.249 0.305 10666 0TMP37503 2007 8 12 7 39 0 49.231 -67.725 18 2 2.37 1.157 0.247 10667 0TMP37506 2007 8 13 8 5 49 36.55 -89.75 6.4 2 2.24 1.264 0.313 10668 10664TMP37513 2007 8 15 8 56 32 35.71 -90.34 15 2 2.24 1.264 0.313 10669 10648TMP37518 2007 8 16 10 8 52 34.61 -85.39 5 2 2.47 1.242 0.301 10670 0TMP37521 2007 8 18 10 28 4.3 44.272 -75.441 3 2 2.24 1.202 0.277 10671 0TMP37526 2007 8 19 8 7 40 35.68 -90.32 7.1 2 2.47 1.242 0.301 10672 10648TMP37532 2007 8 22 21 31 23 46.09 -75.22 18 2 2.43 1.058 0.153 10673 0TMP37535 2007 8 25 1 18 0 46.522 -66.033 5 2 2.37 1.157 0.247 10674 0TMP37547 2007 8 30 3 47 45.72 44.3225 -74.3595 2.2 2 2.99 1.053 0.147 10675 0TMP37548 2007 8 30 12 52 9.34 37.75 -81.64 1 2 2.28 1.153 0.244 10676 0TMP37550 2007 8 31 10 51 6 36.68 -89.22 0.7 2 2.55 1.235 0.297 10677 10664TMP37560 2007 9 1 19 18 27.85 34.962 -97.576 5 25 2.61 1.17 0.256 10678 0TMP37571 2007 9 2 7 59 48.81 34.666 -96.076 5 5 2.55 1.235 0.297 10679 0TMP37574 2007 9 2 10 56 51.45 34.627 -96.117 5 2 2.24 1.264 0.313 10680 10679TMP37579 2007 9 2 17 35 28.04 34.668 -96.169 5 5 2.47 1.242 0.301 10681 10679TMP37581 2007 9 3 0 4 5.3 34.648 -96.044 5 5 2.24 1.264 0.313 10682 10679TMP37582 2007 9 3 0 40 19 36.29 -89.32 2.2 2 2.39 1.249 0.305 10683 10664TMP37587 2007 9 3 7 3 5 36.42 -89.5 6.5 2 2.24 1.264 0.313 10684 10638TMP37590 2007 9 3 15 42 47 36.08 -89.43 11.3 2 2.32 1.257 0.309 10685 0TMP37591 2007 9 3 15 58 30 36.38 -89.46 0.5 2 2.85 1.213 0.284 10686 10638TMP37597 2007 9 4 4 18 23 36.15 -91.43 9.8 2 2.77 1.218 0.287 10687 0TMP37615 2007 9 7 10 40 47 36.23 -93.14 0 2 3.09 1.149 0.241 10688 0TMP37623 2007 9 8 15 27 10.6 34.534 -96.156 5 5 2.24 1.264 0.313 10689 10679TMP37625 2007 9 8 16 35 6.07 34.524 -96.219 5 5 2.55 1.235 0.297 10690 10679TMP37629 2007 9 9 13 49 9 35.68 -91.45 4.1 2 3.08 1.2 0.276 10691 0TMP37639 2007 9 12 0 17 4 36.54 -89.65 9.8 2 2.32 1.257 0.309 10692 10664

B-302

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP37640 2007 9 12 1 28 44 36.54 -89.65 9.9 2 2.24 1.264 0.313 10693 10664TMP37644 2007 9 14 9 24 33 36.98 -89.98 7.7 2 2.85 1.213 0.284 10694 0TMP37652 2007 9 15 23 16 42.87 30.753 -96.755 5 2 2.38 1.153 0.244 10695 0TMP37656 2007 9 16 15 53 17 36.44 -89.54 8.6 2 2.24 1.264 0.313 10696 10638TMP37662 2007 9 17 14 34 21 36.45 -89.53 7.8 2 2.55 1.235 0.297 10697 10638TMP37668 2007 9 19 3 56 32 36.6 -89.94 17.4 2 2.55 1.235 0.297 10698 10664TMP37674 2007 9 21 7 34 0 46.892 -76.552 18 2 2.27 1.157 0.247 10699 0TMP37688 2007 9 24 13 47 42.29 34.053 -96.673 5 5 2.32 1.257 0.309 10700 0TMP37695 2007 9 27 11 31 0 47.411 -70.371 14.5 2 2.67 1.157 0.247 10701 0TMP37696 2007 9 27 15 21 2.06 35.471 -100.108 5 2 2.68 1.153 0.244 10702 0TMP37699 2007 9 28 8 46 5.91 41.969 -80.579 6.7 2 2.29 1.074 0.173 10703 0TMP37701 2007 9 28 15 5 18.69 41.9685 -80.5673 7.7 2 2.21 1.084 0.184 10704 10703TMP37707 2007 9 30 17 35 0 46.878 -76.518 13 2 3.27 1.157 0.247 10705 0TMP37713 2007 10 1 16 42 0 47.056 -76.878 17 2 3.57 1.053 0.147 10706 0TMP37714 2007 10 1 21 45 1 36.27 -89.45 6.6 2 2.62 1.23 0.294 10707 10638TMP37732 2007 10 7 6 47 0 50.021 -67.318 18 2 2.37 1.157 0.247 10708 0TMP37735 2007 10 7 13 54 21.55 34.51 -100.146 5 2 2.78 1.153 0.244 10709 0TMP37748 2007 10 10 15 58 0 45.82 -73.339 18 2 2.23 1.053 0.147 10710 0TMP37752 2007 10 11 8 32 2 35.82 -90.06 12.9 2 2.24 1.264 0.313 10711 0TMP37757 2007 10 13 3 1 53 36.35 -83.55 12.8 2 2.32 1.257 0.309 10712 0TMP37759 2007 10 13 5 53 0 46.482 -75.104 18 2 3.22 1.058 0.153 10713 0TMP37760 2007 10 14 3 14 21 36.45 -89.57 9.2 2 2.32 1.257 0.309 10714 10638TMP37765 2007 10 15 3 8 21 36.67 -90.72 7.6 2 2.62 1.23 0.294 10715 0TMP37770 2007 10 16 4 42 23 36.61 -89.57 9 2 2.24 1.264 0.313 10716 10664TMP37784 2007 10 17 20 4 9.74 41.75 -81.42 5 25 2.94 1.049 0.141 10717 0TMP37786 2007 10 18 7 1 41 36.27 -89.45 6.6 2 2.62 1.23 0.294 10718 10638TMP37798 2007 10 22 11 29 4 35.69 -88.3 15.5 2 2.7 1.223 0.29 10719 0TMP37804 2007 10 23 5 16 12 35.59 -84.1 21.3 2 3 1.203 0.278 10720 0TMP37813 2007 10 25 4 1 15.26 34.552 -96.13 5 5 2.55 1.235 0.297 10721 10679TMP37815 2007 10 25 12 3 15 36.24 -89.45 7.7 2 2.55 1.235 0.297 10722 10638TMP37818 2007 10 26 21 18 19.37 34.699 -95.947 5 5 2.62 1.23 0.294 10723 10679TMP37819 2007 10 27 5 32 15.45 37.02 -105.13 5 2 2.28 1.153 0.244 10724 0TMP37822 2007 10 28 9 47 0 46.554 -77.166 18 2 2.77 1.157 0.247 10725 0TMP37839 2007 11 2 16 40 49 35.33 -85.31 17 2 2.47 1.242 0.301 10726 0TMP37844 2007 11 3 12 30 4 36.56 -89.62 10.4 2 2.24 1.264 0.313 10727 10664TMP37845 2007 11 3 14 5 47 36.14 -89.46 13.6 2 2.32 1.257 0.309 10728 0

B-303

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP37852 2007 11 4 16 36 25 46.04 -74.97 18 2 2.34 1.058 0.153 10729 0TMP37857 2007 11 5 4 49 37 36.62 -89.57 11 2 2.24 1.264 0.313 10730 10664TMP37861 2007 11 6 7 41 30 34.71 -85.32 10.2 2 2.7 1.223 0.29 10731 0TMP37862 2007 11 6 9 4 52 36.44 -89.48 4.7 2 2.47 1.242 0.301 10732 10638TMP37883 2007 11 13 16 58 54.29 34.735 -96.061 5 5 2.62 1.23 0.294 10733 10679TMP37889 2007 11 15 8 14 52 36.97 -89.2 10.5 2 2.7 1.223 0.29 10734 0TMP37904 2007 11 21 8 49 26 35.49 -85.17 15.9 2 2.55 1.235 0.297 10735 10726TMP37909 2007 11 22 16 41 39 36.28 -89.52 6.7 2 2.77 1.218 0.287 10736 10638TMP37910 2007 11 22 18 3 8.2 34.949 -96.074 5 5 2.24 1.264 0.313 10737 0TMP37911 2007 11 22 18 37 19.58 34.941 -96.027 5 5 2.62 1.23 0.294 10738 10737TMP37913 2007 11 23 5 48 7 35.53 -84.3 17.2 2 2.7 1.223 0.29 10739 0TMP37914 2007 11 23 9 23 6 36.77 -90.81 10.1 2 3 1.203 0.278 10740 0TMP37932 2007 11 27 20 55 49 35.96 -89.97 6.2 2 2.77 1.218 0.287 10741 0TMP37933 2007 11 28 4 16 47 39.06 -87.66 3.2 2 2.77 1.218 0.287 10742 0TMP37946 2007 12 2 15 31 25 36.47 -89.53 8.1 2 2.55 1.235 0.297 10743 10638TMP37948 2007 12 2 18 50 23 36.49 -89.56 8.4 2 2.24 1.264 0.313 10744 10638TMP37949 2007 12 3 10 37 20 36.1 -89.39 7.3 2 2.24 1.264 0.313 10745 10728TMP37961 2007 12 7 11 7 3 35.246 -82.161 5 2 2.87 1.124 0.221 10746 0TMP39415 2007 12 7 11 7 3 35.32 -92.19 7.5 2 3.08 1.2 0.276 10747 0TMP37967 2007 12 9 6 58 50 36.25 -84.37 21.2 2 2.7 1.223 0.29 10748 0TMP37968 2007 12 9 7 18 19 36.13 -89.4 8.9 2 2.32 1.257 0.309 10749 10728TMP37981 2007 12 12 15 51 0 46.315 -75.117 18 2 2.37 1.157 0.247 10750 0TMP37984 2007 12 13 0 58 0 34.93 -85.2 7.3 2 2.7 1.223 0.29 10751 0TMP37985 2007 12 13 3 29 24 42.79 -78.21 7 2 2.38 1.084 0.184 10752 0TMP37990 2007 12 14 9 47 58 36.25 -89.44 5.1 2 2.39 1.249 0.305 10753 10638TMP37992 2007 12 16 15 2 29.65 34.852 -96.048 5 2 2.85 1.213 0.284 10754 10679TMP37997 2007 12 17 4 30 29.1 36.95 -105.06 5 2 2.58 1.153 0.244 10755 0TMP37998 2007 12 17 9 4 56 36.21 -89.42 8.2 2 2.55 1.235 0.297 10756 10638TMP38003 2007 12 18 6 47 38 36.22 -89.64 4.7 2 2.39 1.249 0.305 10757 10638TMP38004 2007 12 18 10 58 42 36.25 -89.5 7.5 2 2.32 1.257 0.309 10758 10638TMP38009 2007 12 20 12 16 0 45.788 -76.956 18 2 2.78 1.084 0.184 10759 0TMP38010 2007 12 20 16 43 24 36.42 -89.51 8.5 2 2.39 1.249 0.305 10760 10638TMP38018 2007 12 23 15 54 0 50.69 -101.95 0 2 2.77 1.153 0.244 10761 0TMP38019 2007 12 23 23 48 0 46.256 -77.314 18 2 3.37 1.084 0.184 10762 0TMP38026 2007 12 27 1 11 31 36.12 -89.73 6.4 2 3 1.203 0.278 10763 0TMP38032 2007 12 28 1 4 1 33.92 -84.68 5.8 2 2.7 1.223 0.29 10764 0

B-304

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP38046 2008 1 1 7 23 31 34.16 -87.34 0 2 2.39 1.249 0.305 10765 0TMP38047 2008 1 1 8 44 16.99 37.03 -97.33 5 2 2.93 1.208 0.281 10766 0TMP38048 2008 1 1 10 59 53 37.04 -88.89 4 2 2.51 1.086 0.186 10767 0TMP38049 2008 1 2 1 17 20.76 34.8827 -96.061 5 5 2.7 1.223 0.29 10768 10737TMP38050 2008 1 3 9 37 55 47.38 -70.31 13.5 2 2.77 1.157 0.247 10769 0TMP38053 2008 1 4 8 13 0.86 34.4967 -96.0502 5 2 2.77 1.218 0.287 10770 10679TMP38054 2008 1 4 14 55 30 33.25 -86.12 0 2 2.86 1.104 0.203 10771 0TMP38066 2008 1 7 19 43 17.31 34.6681 -97.5607 5 5 2.39 1.249 0.305 10772 0TMP38069 2008 1 7 22 48 47 36.09 -89.44 11.2 2 2.62 1.23 0.294 10773 10728TMP38076 2008 1 9 1 34 46.7 41.72 -81.43 5 2 2.81 1.067 0.165 10774 0TMP38080 2008 1 10 6 12 43 46.1 -74.82 18 2 2.73 1.084 0.184 10775 0TMP38091 2008 1 13 15 16 11 36.58 -89.87 4.6 2 2.55 1.235 0.297 10776 0TMP38094 2008 1 14 0 33 56 36.38 -90.59 18.5 2 2.47 1.242 0.301 10777 0TMP38102 2008 1 16 7 13 32 34.61 -85.19 5.4 2 2.24 1.264 0.313 10778 0TMP38106 2008 1 17 8 38 58.66 33.9781 -96.444 5 5 2.62 1.23 0.294 10779 0TMP38118 2008 1 20 9 13 54 36.63 -89.56 9.9 2 2.77 1.218 0.287 10780 0TMP38126 2008 1 21 18 6 4 36.48 -89.54 8.6 2 2.24 1.264 0.313 10781 10780TMP38135 2008 1 23 22 22 13.82 33.74 -87.18 1 2 2.48 1.153 0.244 10782 0TMP38142 2008 1 26 4 53 6.76 34.2061 -96.2576 5 25 2.77 1.168 0.255 10783 10779TMP38146 2008 1 27 11 38 9 36.32 -89.51 6.7 2 2.77 1.218 0.287 10784 10886TMP38148 2008 1 27 14 34 45 35.02 -91.27 15 2 2.7 1.223 0.29 10785 0TMP38153 2008 1 29 1 4 21 37.54 -80.51 23.1 2 2.7 1.223 0.29 10786 0TMP38154 2008 1 29 2 30 24.32 36.87 -104.99 5 2 2.78 1.153 0.244 10787 10755TMP38157 2008 1 29 10 24 53.24 32.9 -100.84 5 2 2.98 1.153 0.244 10788 0TMP38162 2008 1 31 3 53 45 35.68 -89.63 4.4 2 2.7 1.223 0.29 10789 0TMP38163 2008 2 1 5 51 4 36.18 -89.47 7.6 2 2.24 1.264 0.313 10790 10886TMP38173 2008 2 5 7 37 17 35.76 -84.04 22 2 2.47 1.242 0.301 10791 0TMP38175 2008 2 5 13 5 6.85 34.7051 -97.5088 5 5 2.55 1.235 0.297 10792 0TMP38192 2008 2 14 4 0 6.09 37.02 -104.96 5 2 2.48 1.153 0.244 10793 10755TMP38194 2008 2 15 0 52 44 36.56 -89.75 8.3 2 2.24 1.264 0.313 10794 10886TMP38195 2008 2 15 1 12 20.99 34.1904 -96.2026 5 5 2.55 1.235 0.297 10795 10779TMP38196 2008 2 15 8 3 59.11 36.96 -104.86 5 2 2.48 1.153 0.244 10796 10755TMP38199 2008 2 15 15 41 5.68 34.1664 -96.2946 5 25 2.83 1.165 0.253 10797 10779TMP38209 2008 2 17 15 14 21.48 34.1485 -96.346 5 5 2.62 1.23 0.294 10798 10779TMP38228 2008 2 22 6 19 17 36.24 -89.46 7.3 2 2.39 1.249 0.305 10799 10886TMP38234 2008 2 23 17 3 18.47 33.86 -87.17 1 2 2.28 1.153 0.244 10800 10782

B-305

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP38243 2008 2 26 10 33 55 36 -89.88 9.3 2 2.77 1.218 0.287 10801 10880TMP38245 2008 2 26 23 35 52.57 39.28 -105.47 2 2 2.58 1.153 0.244 10802 0TMP38246 2008 2 27 4 2 20.07 36.0144 -97.4136 5 5 2.62 1.23 0.294 10803 0TMP38248 2008 2 27 7 56 18.6 42.7002 -74.365 6.3 2 2.63 1.058 0.153 10804 0TMP38250 2008 2 27 18 1 54 36.56 -90 4.4 2 2.56 1.173 0.258 10805 0TMP38268 2008 3 2 6 3 12 36.64 -89.54 15.3 2 2.62 1.23 0.294 10806 10886TMP38278 2008 3 6 3 31 35 43.528 -73.312 10 2 2.24 1.202 0.277 10807 0TMP38285 2008 3 7 23 34 46 45.29 -75.18 18 2 2.77 1.058 0.153 10808 0TMP38288 2008 3 8 11 48 44.19 43.0303 -78.5713 5.5 2 2.66 1.053 0.147 10809 0TMP38294 2008 3 9 6 24 24 36.49 -89.56 8.9 2 2.24 1.264 0.313 10810 10886TMP38295 2008 3 9 8 5 22 34.85 -84.83 6 2 2.39 1.249 0.305 10811 0TMP38296 2008 3 9 11 11 18 43.02 -70.36 0 2 2.37 1.153 0.244 10812 0TMP38302 2008 3 10 4 46 15.55 34.6708 -95.9758 5 5 2.47 1.242 0.301 10813 10679TMP38303 2008 3 10 11 47 29 36.43 -89.56 10.9 2 2.32 1.257 0.309 10814 10886TMP38305 2008 3 11 3 10 30.97 41.4385 -72.4835 2.9 2 2.61 1.095 0.195 10815 0TMP38307 2008 3 11 10 41 28 36.12 -89.73 8.6 2 2.62 1.23 0.294 10816 10886TMP38313 2008 3 12 9 56 45.47 34.6504 -95.998 5 5 2.47 1.242 0.301 10817 10679TMP38317 2008 3 13 13 42 51 35.35 -84.57 9.4 2 2.39 1.249 0.305 10818 0TMP38322 2008 3 14 22 42 31.6 41.34 -74.45 3 25 2.66 1.083 0.183 10819 0TMP38326 2008 3 15 1 18 44 41.34 -74.46 7 2 2.24 1.096 0.196 10820 10819TMP38336 2008 3 16 16 4 45.16 35.5592 -95.7775 5 5 2.32 1.257 0.309 10821 0TMP38342 2008 3 19 17 3 36 43.91 -56.48 18 2 2.96 1.38 0.367 10822 0TMP38344 2008 3 20 17 25 45 45.02 -75.61 18 2 2.57 1.084 0.184 10823 0TMP38345 2008 3 21 18 8 53 49.74 -81.48 16 2 2.37 1.157 0.247 10824 0TMP38358 2008 3 25 4 43 2.8 44.283 -76.5 3 2 2.49 1.2 0.276 10825 0TMP38383 2008 3 31 10 44 39 36.98 -89.41 6.6 2 3 1.203 0.278 10826 0TMP38384 2008 3 31 15 47 12 45.61 -74.81 5 2 2.33 1.084 0.184 10827 0TMP38386 2008 3 31 20 3 40 46.87 -76.04 18 2 2.47 1.157 0.247 10828 0TMP38394 2008 4 2 1 27 23 49.07 -92.73 4.5 2 2.57 1.157 0.247 10829 0TMP38405 2008 4 6 1 56 9 36.23 -89.44 7.3 2 2.24 1.264 0.313 10830 10886TMP38413 2008 4 6 2 59 21 36.24 -89.43 7.5 2 2.24 1.264 0.313 10831 10886TMP38420 2008 4 6 5 7 24 36.23 -89.44 7 2 2.32 1.257 0.309 10832 10886TMP38423 2008 4 7 9 51 12.98 28.92 -98.04 5 25 4.84 1.024 0.1 10833 0TMP38428 2008 4 8 17 43 44.35 33.65 -87.5 1 2 2.28 1.153 0.244 10834 0TMP38430 2008 4 9 0 17 18 36.25 -89.43 6.4 2 2.24 1.264 0.313 10835 10886TMP38438 2008 4 11 2 0 29.68 50.58 -101.74 1 2 2.97 1.157 0.247 10836 0

B-306

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP38443 2008 4 13 2 10 28 52.17 -106.96 1 2 2.46 1.38 0.367 10837 0TMP38452 2008 4 15 13 29 23 35.51 -84.4 19.5 2 2.24 1.264 0.313 10838 0TMP38455 2008 4 16 6 42 16 36.27 -83.48 9.4 2 2.39 1.249 0.305 10839 0TMP38461 2008 4 18 9 36 59.11 38.45 -87.89 14 22 5.3 1.018 0.087 10840 0TMP38462 2008 4 18 9 59 31.12 38.47 -87.79 10 2 2.28 1.153 0.244 10841 10840TMP38463 2008 4 18 10 4 0 38.45 -87.86 13.4 2 2.47 1.089 0.189 10842 10840TMP38464 2008 4 18 10 6 6 38.44 -87.87 19.1 2 2.32 1.257 0.309 10843 10840TMP38466 2008 4 18 10 36 33 38.46 -87.87 18.3 2 3.13 1.076 0.175 10844 10840TMP38467 2008 4 18 10 37 26 38.48 -87.86 14.2 2 2.47 1.242 0.301 10845 10840TMP38469 2008 4 18 10 46 24 38.44 -87.88 17.8 2 2.55 1.235 0.297 10846 10840TMP38472 2008 4 18 11 55 58 38.44 -87.88 14.2 2 2.98 1.1 0.2 10847 10840TMP38474 2008 4 18 15 14 17 38.46 -87.87 15.5 2 4.6 1.009 0.06 10848 10840TMP38479 2008 4 19 3 5 53 38.44 -87.89 14.3 2 2.75 1.085 0.185 10849 10840TMP38482 2008 4 19 16 55 17 38.44 -87.9 14.9 2 3 1.203 0.278 10850 10840TMP38485 2008 4 19 21 22 9 46.02 -66.13 5 2 2.37 1.157 0.247 10851 0TMP38488 2008 4 20 5 2 42 38.44 -87.85 16.2 2 2.78 1.084 0.184 10852 10840TMP38491 2008 4 20 9 39 48.74 37.12 -104.84 5 2 2.58 1.153 0.244 10853 0TMP38493 2008 4 20 10 34 26 38.44 -87.9 17.1 2 2.62 1.23 0.294 10854 10840TMP38500 2008 4 21 5 38 30 38.45 -87.88 18.3 2 3.98 1.024 0.1 10855 10840TMP38501 2008 4 21 7 58 46 38.45 -87.88 17.3 2 2.55 1.235 0.297 10856 10840TMP38502 2008 4 21 9 36 29.91 37.16 -104.94 5 2 2.88 1.153 0.244 10857 10853TMP38508 2008 4 22 10 49 14 36.48 -89.55 8.6 2 2.39 1.249 0.305 10858 10886TMP38512 2008 4 22 23 24 21 36.11 -89.75 8.2 2 2.7 1.223 0.29 10859 10886TMP38513 2008 4 23 1 32 33 38.45 -87.88 16.6 2 2.47 1.242 0.301 10860 10840TMP38514 2008 4 23 7 11 19 36.27 -89.5 7.2 2 2.7 1.223 0.29 10861 10886TMP38515 2008 4 23 7 21 26 36.27 -89.5 7.2 2 2.39 1.249 0.305 10862 10886TMP38520 2008 4 24 2 21 51.44 37.03 -104.85 5 2 2.78 1.153 0.244 10863 10755TMP38522 2008 4 24 11 44 24 38.45 -87.9 18.3 2 2.6 1.085 0.185 10864 10840TMP38525 2008 4 25 0 45 46 35.91 -89.95 12.1 2 2.77 1.218 0.287 10865 10880TMP38526 2008 4 25 1 17 28 35.77 -90.15 0.3 2 2.32 1.257 0.309 10866 10880TMP38528 2008 4 25 17 31 0 38.45 -87.87 13 25 3.7 1.024 0.1 10867 10840TMP38534 2008 4 26 13 9 27 36.5 -89.53 7.2 2 2.24 1.264 0.313 10868 10886TMP38535 2008 4 26 19 19 19 35.08 -84.84 25.4 2 2.32 1.257 0.309 10869 0TMP38540 2008 4 27 7 46 43 35.68 -84.2 14.9 2 2.7 1.223 0.29 10870 0TMP38551 2008 4 29 22 56 28 36.09 -89.77 7.3 2 2.62 1.23 0.294 10871 10886TMP38556 2008 4 30 19 29 19 38.45 -87.87 15.4 2 2.85 1.213 0.284 10872 10840

B-307

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP38557 2008 5 1 5 30 38 38.45 -87.86 14.3 2 3.24 1.072 0.17 10873 10840TMP38561 2008 5 3 1 39 49.68 36.4081 -97.6138 5 5 2.32 1.257 0.309 10874 0TMP38569 2008 5 5 11 25 44 38.49 -90.42 19.4 2 2.73 1.024 0.1 10875 0TMP38573 2008 5 6 14 50 34.99 34.9923 -96.0212 5 5 2.85 1.213 0.284 10876 0TMP38574 2008 5 6 17 30 23.99 38.8058 -77.22 6 2 2.36 1.083 0.183 10877 0TMP38580 2008 5 7 16 44 35.1 33.69 -87.21 1 2 2.38 1.153 0.244 10878 0TMP38587 2008 5 9 3 45 52 35.82 -84.08 8.2 2 2.24 1.264 0.313 10879 0TMP38589 2008 5 9 8 4 3 35.88 -89.99 11.1 2 2.91 1.156 0.246 10880 0TMP38594 2008 5 10 9 29 9 37.29 -89.41 15.1 2 2.77 1.218 0.287 10881 0TMP38595 2008 5 10 17 52 50 34.35 -89.83 0.3 2 3.23 1.148 0.24 10882 0TMP38611 2008 5 16 3 30 17 36.33 -83.97 18.5 2 2.32 1.257 0.309 10883 0TMP38612 2008 5 16 18 39 14.92 31.77 -88.2 5 2 2.78 1.153 0.244 10884 0TMP38624 2008 5 21 7 45 28 35.93 -84.58 12.9 2 2.55 1.235 0.297 10885 0TMP38625 2008 5 21 11 44 29 36.3 -89.52 6.4 2 2.93 1.208 0.281 10886 0TMP38628 2008 5 22 14 41 25 36.42 -84.08 15.2 2 2.39 1.249 0.305 10887 10883TMP38631 2008 5 23 18 3 5.86 32.5 -104.6 5 2 2.38 1.153 0.244 10888 0TMP38634 2008 5 24 0 16 32 36.22 -89.48 6.2 2 2.24 1.264 0.313 10889 10886TMP38641 2008 5 26 22 24 26 35.7 -84.57 24.6 2 2.7 1.223 0.29 10890 0TMP38651 2008 5 29 10 49 28 38.44 -87.86 14 2 2.39 1.249 0.305 10891 10840TMP38658 2008 5 31 19 3 12.4 41.4503 -79.586 25 2 2.28 1.084 0.184 10892 0TMP38671 2008 6 2 9 16 45 34.65 -85.93 3.3 2 2.55 1.235 0.297 10893 0TMP38677 2008 6 5 5 3 50 36.3 -89.52 6.7 2 2.32 1.257 0.309 10894 10886TMP38678 2008 6 5 6 12 22.98 35.4455 -97.5062 4.8 2 2.77 1.218 0.287 10895 0TMP38679 2008 6 5 6 34 7 36.9 -89.41 3.7 2 2.32 1.257 0.309 10896 0TMP38680 2008 6 5 7 13 15 38.45 -87.84 16.2 2 3.35 1.024 0.1 10897 10840TMP38688 2008 6 8 10 0 39 36.45 -89.53 7.5 2 2.24 1.264 0.313 10898 10886TMP38694 2008 6 9 2 16 2.19 35.8097 -96.9853 5 2 2.77 1.218 0.287 10899 10900TMP38698 2008 6 9 22 59 46.48 35.8828 -97.0208 5 25 3.23 1.148 0.24 10900 0TMP38700 2008 6 11 4 36 34 45.63 -75.38 18 2 2.97 1.084 0.184 10901 0TMP38702 2008 6 11 20 31 59 36.33 -89.44 5 2 2.47 1.242 0.301 10902 10886TMP38704 2008 6 12 12 34 51 48.1 -50.72 18 2 2.47 1.157 0.247 10903 0TMP38720 2008 6 17 14 59 33 44.61 -56.84 18 2 2.66 1.38 0.367 10904 0TMP38723 2008 6 17 21 45 29 35.84 -90.16 4.1 2 2.24 1.264 0.313 10905 10880TMP38735 2008 6 21 7 49 51 35.29 -83.9 2.4 2 2.32 1.257 0.309 10906 0TMP38736 2008 6 22 2 18 4.31 35.82 -97.07 5 2 2.58 1.153 0.244 10907 10900TMP38738 2008 6 23 4 53 58 36.54 -89.62 8.5 2 2.24 1.264 0.313 10908 10886

B-308

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP38741 2008 6 23 23 30 20 34.92 -84.84 8.8 2 3.12 1.082 0.182 10909 0TMP38745 2008 6 24 22 20 10 38.45 -87.86 14.6 2 2.97 1.153 0.244 10910 10840TMP38746 2008 6 24 22 40 6 36.46 -89.76 3.4 2 2.62 1.23 0.294 10911 10886TMP38752 2008 6 26 10 2 4 36.6 -89.56 5.7 2 2.24 1.264 0.313 10912 10886TMP38758 2008 6 27 9 27 18 36.6 -89.56 5.3 2 2.32 1.257 0.309 10913 10886TMP38759 2008 6 28 1 40 36.45 33.28 -87.4 5 2 2.78 1.153 0.244 10914 0TMP38774 2008 7 1 10 17 43 48.74 -68.3 18 2 2.57 1.157 0.247 10915 0TMP38787 2008 7 5 5 14 57 35.51 -84.3 18.6 2 2.39 1.249 0.305 10916 0TMP38788 2008 7 5 6 58 2 35.85 -90.03 10.5 2 2.71 1.16 0.249 10917 10880TMP38820 2008 7 17 10 34 41.73 37.26 -105 5 2 2.28 1.153 0.244 10918 10936TMP38823 2008 7 18 2 58 56 38.44 -87.89 18.3 2 3 1.072 0.171 10919 10840TMP38825 2008 7 18 17 31 9.4 32.89 -100.84 5 2 2.38 1.153 0.244 10920 0TMP38827 2008 7 18 19 1 47 34.98 -86.3 4.8 2 2.62 1.23 0.294 10921 0TMP38828 2008 7 18 20 38 41.78 32.85 -100.77 5 2 2.38 1.153 0.244 10922 10920TMP38846 2008 7 23 9 3 43 34.68 -85.04 11.6 2 2.47 1.242 0.301 10923 0TMP38855 2008 7 26 19 45 31 45.46 -74.87 18 2 2.47 1.058 0.153 10924 0TMP38857 2008 7 28 15 20 9.5 40.58 -75.09 1 25 2.52 1.083 0.183 10925 0TMP38858 2008 7 28 20 3 41 35.78 -84.72 16.7 2 2.47 1.242 0.301 10926 0TMP38868 2008 8 2 1 41 19 34.66 -86.2 3.1 2 2.62 1.23 0.294 10927 0TMP38869 2008 8 2 8 0 29 46.1 -75.76 18 2 2.51 1.058 0.153 10928 0TMP38873 2008 8 3 17 35 48 36.09 -89.42 9.7 2 2.24 1.264 0.313 10929 10886TMP38880 2008 8 5 22 4 33 36.33 -89.5 8 2 2.85 1.213 0.284 10930 0TMP38883 2008 8 6 21 18 26 46.81 -76.19 18 2 2.27 1.157 0.247 10931 0TMP38885 2008 8 7 10 1 34.6 45.393 -73.2812 10.2 2 2.57 1.2 0.276 10932 0TMP38909 2008 8 21 3 36 13 34.88 -90.65 4 2 2.85 1.213 0.284 10933 0TMP38911 2008 8 21 4 35 5 36 -89.87 10 2 2.93 1.208 0.281 10934 0TMP38914 2008 8 22 23 1 31.81 43.075 -104.289 5 2 2.78 1.153 0.244 10935 0TMP38921 2008 8 24 22 48 31.5 37.095 -104.866 5 2 3.08 1.153 0.244 10936 0TMP38943 2008 9 3 1 28 59 36.89 -89.2 9.4 2 2.93 1.208 0.281 10937 0TMP38949 2008 9 6 20 28 19.59 59.18 -54.99 18 5 3.57 1.153 0.244 10938 0TMP38969 2008 9 18 1 4 16.7 41.78 -81.43 5 28 2.4 1.049 0.142 10939 0TMP38979 2008 9 22 13 55 21.08 37.38 -104.9 5 25 2.42 1.124 0.221 10940 10936TMP38985 2008 9 24 15 20 2 35.44 -92.26 0 2 2.77 1.218 0.287 10941 0TMP38987 2008 9 25 16 55 35.28 37.36 -104.88 5 2 2.88 1.153 0.244 10942 10936TMP38997 2008 9 30 1 6 38.55 40.41 -84.31 5 2 3.05 1.062 0.159 10943 0TMP39002 2008 10 1 4 37 2 36.55 -89.69 9.7 2 2.85 1.213 0.284 10944 10886

B-309

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP39004 2008 10 2 4 10 24 45.22 -73.9 13 2 2.77 1.058 0.153 10945 0TMP39009 2008 10 4 12 41 20.9 37.26 -104.75 5 2 3.08 1.153 0.244 10946 10936TMP39014 2008 10 5 22 36 48.14 40.05 -76.97 2 25 2.36 1.083 0.183 10947 0TMP39024 2008 10 11 2 47 14 46.33 -72.54 5 2 2.85 1.058 0.153 10948 0TMP39027 2008 10 12 12 8 15.77 35.62 -100.32 5 2 2.68 1.153 0.244 10949 0TMP39034 2008 10 14 3 7 28.03 35.766 -100.714 5 2 3.7 1.024 0.1 10950 0TMP39047 2008 10 19 8 22 7.4 40.08 -76.96 5 25 2.43 1.083 0.183 10951 10947TMP39062 2008 10 20 8 26 17 46.44 -75.76 18 2 2.64 1.084 0.184 10952 0TMP39065 2008 10 21 19 5 39 35.033 -97.181 5 2 2.69 1.085 0.185 10953 0TMP39069 2008 10 25 2 29 46 36.56 -89.61 8.1 2 2.77 1.218 0.287 10954 10944TMP39071 2008 10 25 18 23 48 36.39 -91.44 1.3 2 2.93 1.208 0.281 10955 0TMP39073 2008 10 26 8 35 31.86 38.019 -104.795 5 2 2.28 1.153 0.244 10956 0TMP39077 2008 10 28 9 6 51 34.886 -97.246 5 2 2.78 1.084 0.184 10957 10953TMP39081 2008 10 30 16 25 0 35.443 -97.118 5 2 3.06 1.082 0.182 10958 0TMP39082 2008 10 31 4 25 52.29 32.8 -97.02 5 25 2.34 1.124 0.221 10959 0TMP39083 2008 10 31 5 1 54.91 32.84 -97.03 5 25 2.78 1.124 0.221 10960 10959TMP39084 2008 10 31 5 33 45.62 32.87 -96.97 5 2 2.28 1.153 0.244 10961 10959TMP39086 2008 10 31 6 23 44.12 32.8 -97.04 5 2 2.28 1.153 0.244 10962 10959TMP39087 2008 10 31 7 58 23.91 32.83 -97.01 5 25 2.7 1.124 0.221 10963 10959TMP39088 2008 10 31 16 37 34 35.77 -84 7 25 2.97 1.153 0.244 10964 0TMP39089 2008 10 31 20 54 18.81 32.83 -97.03 5 25 2.7 1.124 0.221 10965 10959TMP39090 2008 10 31 21 1 1.77 32.79 -97.03 5 25 2.64 1.124 0.221 10966 10959TMP39092 2008 11 1 11 54 30.19 32.874 -96.968 5 2 2.42 1.124 0.221 10967 10959TMP39093 2008 11 2 2 0 50.27 34.43 -92.8 5 2 2.38 1.153 0.244 10968 0TMP39095 2008 11 2 7 26 27 47.43 -71.44 18 2 2.97 1.157 0.247 10969 0TMP39098 2008 11 3 13 14 12.45 42.83 -105.18 5 25 3.52 1.024 0.1 10970 0TMP39102 2008 11 6 8 47 3 37.56 -92.74 4.4 2 2.38 1.153 0.244 10971 0TMP39132 2008 11 14 18 20 56 36.4 -89.58 11.2 2 2.85 1.213 0.284 10972 10944TMP39134 2008 11 15 10 52 54 47.74 -69.74 13.3 2 3.58 1.024 0.1 10973 0TMP39135 2008 11 15 13 47 31 35.66 -93.02 0 2 2.85 1.213 0.284 10974 0TMP39156 2008 11 23 11 19 24 50.23 -64.76 18 2 2.57 1.157 0.247 10975 0TMP39173 2008 12 2 2 49 37 35.573 -97.568 5 25 2.68 1.075 0.174 10976 0TMP39181 2008 12 5 7 15 40 44.63 -56.28 18 2 2.36 1.38 0.367 10977 0TMP39188 2008 12 8 2 38 19 51.54 -94.03 18 2 2.27 1.157 0.247 10978 0TMP39190 2008 12 8 12 18 49 48.8 -68.28 18 2 2.37 1.157 0.247 10979 0TMP39202 2008 12 16 12 42 17.47 33.072 -80.187 15.8 2 3.16 1.124 0.221 10980 0

B-310

Table B-1 

Earthquake Catalog

TID
Year Month Day Hour Minute Second Latitude Longitude Depth ERH E[M] N* sigM EQNO FLAG

TMP39205 2008 12 18 0 5 7 36.05 -83.59 10 25 2.58 1.124 0.221 10981 0TMP39207 2008 12 27 5 4 34.6 40.11 -76.4 4 25 3.34 1.152 0.243 10982 0TMP39209 2008 12 28 20 56 59.99 30.44 -103.36 5 5 2.28 1.153 0.244 10983 0TMP39211 2008 12 31 6 54 48.47 46.14 -75.43 18 5 3.21 1.198 0.275 10984 0

B-311

Table B-1 

Earthquake Catalog

TID
TMP03823 1925 3 1 2 19 47.8 -69.8 6.43 J96a 6.3 Bent 1992 

TMP04128 1929 8 12 11 24 42.91 -78.4 4.9 J96a 4.7 StrTurc77 TMP04143 1929 11 18 20 31 44.69 -56 7.25 J96a 7.1 Bent_1995 TMP04354 1933 11 20 23 21 73 -70.75 7.38 J96a 7.4 Bent_2002 TMP04439 1935 11 1 6 3 46.78 -79.07 6.21 J96a 6.1 Bent_1996b TMP04641 1938 8 23 3 36 40.1 -74.34 3.6 StrTurc77 TMP04642 1938 8 23 5 4 40.05 -74.36 3.6 StrTurc77 TMP04644 1938 8 23 7 3 40.23 -74.57 3.6 StrTurc77 TMP04805 1939 10 19 11 53 48.02 -69.73 5.3 J96a TMP04829 1940 1 28 23 11 41.6 -70.8 2.7 StrTurc77 TMP04881 1940 12 20 7 27 43.87 -71.37 5.43 J96a TMP04883 1940 12 24 13 43 43.8 -71.3 5.61 J96a TMP04884 1940 12 24 14 32 43.8 -71.3 2.8 StrTurc77 TMP04887 1940 12 25 5 3 43.8 -71.3 3.4 StrTurc77 TMP04892 1940 12 27 19 56 43.91 -71.3 3.4 StrTurc77 TMP04898 1941 1 21 2 27 43.8 -71.3 2.8 StrTurc77 TMP04899 1941 1 23 0 14 43.8 -71.3 2.6 StrTurc77 TMP04993 1943 1 14 21 32 45.16 -69.33 3.9 StrTurc77 TMP05050 1944 9 5 4 38 44.958 -74.723 5.79 J96a TMP05311 1949 10 5 2 33 44.84 -70.59 4.2 StrTurc77 TMP05358 1951 9 3 21 26 41.36 -73.86 3.4 StrTurc77 TMP05434 1952 10 14 22 3 47.8 -69.8 4 StrTurc77 TMP05706 1957 4 26 11 40 43.54 -70.26 4.4 StrTurc77 TMP05907 1962 2 2 6 43 36.37 -89.51 4.23 J96a 

B-312

Table B-2

Moment Magnitue Data
Table B-2 

Moment Magnitude Data 

2

TID Year Month Day Hour Minute Latitude Longitude 

ˆ

M Source* 

ˆ

M Source* 

ˆ

M Source 

TMP05924 1962 6 1 11 23 35.38 -90.39 2.9 Str_el_75 TMP05932 1962 6 27 1 28 37.9 -88.64 3.1 Str_el_75 TMP05935 1962 7 23 6 5 36.044 -89.399 3.4 Str_el_75 TMP06003 1963 3 3 17 30 36.642 -90.05 4.66 J96a TMP06012 1963 3 31 13 31 36.5 -89.5 2.5 Str_el_75 TMP06019 1963 4 6 8 12 36.46 -89.58 2.8 Str_el_75 TMP06048 1963 8 3 0 37 36.98 -88.77 3.6 Str_el_75 TMP06059 1963 9 4 13 32 71.4 -73.3 6.15 J96a TMP06070 1963 10 16 15 30 42.4 -70.42 3.4 StrTurc77 TMP06079 1963 10 30 22 36 42.7 -70.8 2.6 StrTurc77 TMP06092 1964 1 16 5 9 36.843 -89.461 3 Str_el_75 TMP06108 1964 3 17 2 16 36.2 -89.6 2.8 Str_el_75 TMP06156 1964 5 23 11 25 36.5 -90 3.5 Str_el_75 TMP06157 1964 5 23 15 0 36.6 -90.01 2.9 Str_el_75 TMP06239 1965 2 11 3 40 36.4 -89.7 3.1 Str_el_75 TMP06255 1965 3 6 21 8 37.4 -91.08 3.5 Str_el_75 TMP06306 1965 8 14 5 4 37.1 -89.3 2.9 Str_el_75 TMP06307 1965 8 14 5 46 37.2 -89.3 2.9 Str_el_75 TMP06308 1965 8 14 5 59 37.2 -89.3 2.3 Str_el_75 TMP06309 1965 8 14 13 13 37.1 -89.2 3.61 JGR79 TMP06312 1965 8 15 4 19 37.2 -89.3 2.9 Str_el_75 TMP06313 1965 8 15 6 7 37.5 -89.3 3 Str_el_75 TMP06314 1965 8 15 11 19 37.2 -89.3 2.3 Str_el_75 TMP06357 1965 10 21 2 4 37.58 -90.94 4.62 JGR79 

B-313

Table B-2

Moment Magnitue Data
Table B-2 

Moment Magnitude Data 

3

TID Year Month Day Hour Minute Latitude Longitude 

ˆ

M Source* 

ˆ

M Source* 

ˆ

M Source 

TMP06365 1965 11 4 7 43 37.03 -90.92 3.3 Str_el_75 TMP06403 1966 1 1 13 23 42.84 -78.25 4.27 JGR79 TMP06458 1966 2 12 4 32 35.95 -89.87 3.3 Str_el_75 TMP06461 1966 2 13 6 29 33.6 -87 3.6 Str_el_75 TMP06463 1966 2 13 23 19 37.1 -91 3.3 Str_el_75 TMP06465 1966 2 14 14 18 37.1 -91 2.9 Str_el_75 TMP06470 1966 2 26 8 10 37.05 -90.88 3.2 Str_el_75 TMP06641 1966 12 6 8 0 38.9 -92.8 2.8 Str_el_75 TMP06685 1967 4 10 19 0 39.9 -104.8 4.52 BSSA81a TMP06726 1967 6 4 16 14 33.552 -90.836 4.3 JGR79 TMP06730 1967 6 13 19 8 42.84 -78.23 4.08 JGR79 TMP06734 1967 7 1 14 9 44.34 -69.83 2.7 StrTurc77 TMP06746 1967 7 1 16 5 44.35 -69.81 3.3 StrTurc77 TMP06759 1967 7 21 9 14 37.44 -90.443 4.04 ENG97 TMP06762 1967 8 5 11 37 38.3 -90.6 2.6 Str_el_75 TMP06765 1967 8 9 13 25 39.9 -104.7 4.84 BSSA81a TMP06808 1967 11 27 5 9 40 -104.7 4.52 BSSA81a TMP06828 1968 2 10 1 34 36.52 -89.86 3.8 Str_el_75 TMP06895 1968 11 9 0 0 38 -88.5 5.29 JGR79 5.37 J96a TMP06908 1969 1 1 23 35 34.98 -92.68 4.3 Str_el_75 4.34 J96a TMP06917 1969 2 28 13 10 37.9 -88.9 2.8 Str_el_75 TMP07006 1969 11 20 1 0 37.4 -80.9 4.54 J96a TMP07028 1970 3 27 3 44 36.6 -89.54 2.8 Str_el_75 TMP07072 1970 11 17 2 13 35.86 -89.95 4.1 JGR79 

B-314

Table B-2

Moment Magnitue Data
Table B-2 

Moment Magnitude Data 

4 

TID Year Month Day Hour Minute Latitude Longitude 

ˆ

M Source* 

ˆ

M Source* 

ˆ

M Source 

TMP07075 1970 11 30 4 46 36.3 -89.5 2.9 Str_el_75 TMP07097 1971 2 12 12 44 38.5 -87.85 3 Str_el_75 TMP07120 1971 4 13 14 0 35.77 -90.22 2.7 Str_el_75 TMP07124 1971 10 1 18 49 35.77 -90.49 3.68 Ebel TMP07126 1971 10 2 3 19 64.4 -86.5 4.69 J96a TMP07127 1971 10 18 6 39 36.7 -89.6 2.63 Str_el_75 TMP07136 1971 12 7 12 4 55.09 -54.51 5.57 J96a TMP07144 1972 1 21 14 43 71.84 -74.96 4.61 J96a TMP07188 1972 2 1 5 42 36.37 -90.85 3.5 Str_el_75 TMP07189 1972 2 3 23 11 33.566 -80.362 4.36 BSSA86 TMP07190 1972 3 29 20 38 36.12 -89.74 3.5 Str_el_75 TMP07192 1972 5 7 2 12 35.93 -89.97 3.1 Str_el_75 TMP07196 1972 6 19 5 46 36.93 -89.1 2.9 Str_el_75 TMP07217 1972 6 21 2 31 37.1 -89.9 2.3 Str_el_75 TMP07230 1972 9 15 5 22 41.645 -89.369 4.12 J96a TMP07235 1973 1 7 22 56 37.44 -87.3 3 Str_el_75 TMP07236 1973 6 15 1 9 45.39 -71.03 4.49 J96a TMP07253 1973 10 3 3 50 35.87 -90.05 3 Str_el_75 TMP07257 1973 10 9 20 15 36.49 -89.62 3.3 Str_el_75 TMP07266 1973 11 30 7 48 35.889 -83.993 4.09 J96a TMP07268 1974 1 8 1 12 36.184 -89.53 3.6 Str_el_75 TMP07294 1974 2 15 13 33 36.4 -100.69 4.3 J96a TMP07329 1974 4 3 23 4 38.576 -87.998 4.34 Str_el_75 TMP07385 1974 6 5 8 6 38.65 -89.91 3.2 Str_el_75 

B-315

Table B-2

Moment Magnitue Data
5 

TID Year Month Day Hour Minute Latitude Longitude 

ˆ

M Source* 

ˆ

M Source* 

ˆ

M Source 

TMP07416 1974 8 2 8 52 34.078 -82.506 3.96 BSSA86 TMP07419 1974 11 22 5 25 32.9 -80.145 3.96 Hopper TMP07436 1975 6 9 18 39 44.87 -73.65 3.3 StrTurc77 TMP07454 1975 6 13 22 40 36.54 -89.68 3.74 J96a TMP07464 1975 7 9 14 54 45.57 -96.02 4.31 J96a TMP07489 1975 7 12 12 37 46.46 -76.22 4.4 Ma&Eaton 4.12 J98a TMP07515 1975 10 6 22 21 44.696 -57.034 5.1 J96a TMP07565 1975 11 3 20 54 43.9 -74.6 3.7 StrTurc77 TMP07679 1976 3 25 0 41 35.646 -90.344 4.63 J96a TMP07875 1976 3 25 1 0 35.61 -90.48 4.23 J96a TMP07880 1978 2 18 14 48 46.35 -74.11 3.88 Nuttli_83 TMP07913 1978 6 16 11 46 33.008 -100.725 4.51 J96a TMP07919 1979 6 27 8 50 70.03 -96.48 5 J96a TMP08007 1979 8 19 22 49 47.67 -69.9 4.75 J96a TMP08045 1980 3 11 6 0 40.15 -75.1 3.4 J96a_T2 TMP08231 1980 4 3 16 57 48.77 -67.95 3.5 J96a_T2 TMP08232 1980 7 27 18 52 38.235 -83.929 5.04 BSSA82 TMP09018 1981 7 13 4 48 49.82 -66.8 3.2 J96a_T2 TMP09229 1981 9 18 7 16 46.11 -75.02 3 J96a_T2 TMP09910 1982 1 9 12 53 46.989 -66.651 5.47 SRL92 5.49 J96a TMP10023 1982 1 9 16 36 47 -66.6 4.73 SRL92 4.76 J96a TMP10316 1982 1 11 21 41 47 -66.6 5.14 SRL92 5.08 J96a TMP10350 1982 1 13 17 56 47.09 -66.61 3.2 J96a_T2 TMP10504 1982 1 19 0 14 43.494 -71.593 4.22 SRL92 4.34 J96a 

B-316

Table B-2

Moment Magnitue Data
6

TID Year Month Day Hour Minute Latitude Longitude 

ˆ

M Source* 

ˆ

M Source* 

ˆ

M Source 

TMP11161 1982 1 19 4 39 35.18 -92.25 3.1 Str84 TMP11338 1982 1 20 14 1 35.22 -92.2 3.1 Str84 TMP11497 1982 1 21 0 33 35.18 -92.25 4.38 SRL92 4.41 J96a TMP11506 1982 1 21 0 37 35.16 -92.24 3.79 USGS TMP11515 1982 1 21 15 45 35.19 -92.2 3.1 SRL92 TMP11537 1982 1 22 23 54 35.25 -92.22 3.3 SRL92 TMP11557 1982 1 24 3 22 35.225 -92.215 3.6 SRL92 TMP11560 1982 2 1 5 55 35.2 -92.28 2.7 Str84 TMP11563 1982 2 1 7 25 35.19 -92.22 2.8 Str84 TMP11565 1982 2 24 19 27 35.19 -92.23 3.1 Str84 TMP11566 1982 3 31 21 2 47 -66.6 4.1 Atk93_T2 TMP11577 1982 4 2 13 50 47.062 -66.653 3.7 Atk93_T2 TMP11583 1982 4 11 18 0 47 -66.6 3.5 J96a_T2 TMP11586 1982 4 18 22 47 47 -66.6 3.6 J96a_T2 TMP11611 1982 5 31 18 21 35.2 -92.25 3.1 Str84 TMP11613 1982 6 16 11 43 47.01 -66.95 4 Atk93_T2 TMP11666 1982 6 30 16 21 35.19 -92.23 2.7 Str84 TMP11761 1982 7 5 4 13 35.2 -92.25 3.2 Str84 TMP11763 1982 7 13 0 0 46.04 -74.55 3.2 Atk93_T2 TMP11779 1982 8 6 6 29 45.89 -75.46 3 J96a_T2 TMP11795 1982 8 13 1 6 46.66 -78.61 3.5 Atk93_T2 TMP11885 1983 1 17 19 35 49.11 -67.06 3.6 J96a_T2 TMP11920 1983 5 29 5 45 44.49 -70.4 3.7 J96a_T2 TMP11964 1983 8 12 14 8 44.97 -67.68 3 USGS 

B-317

Table B-2

Moment Magnitue Data
7

TID Year Month Day Hour Minute Latitude Longitude 

ˆ

M Source* 

ˆ

M Source* 

ˆ

M Source 

TMP11973 1983 10 7 10 18 43.94 -74.25 4.83 SRL92 4.87 J96a TMP11996 1983 10 11 4 10 45.2 -75.75 3.6 J96a_T2 TMP12051 1984 2 24 3 17 47 -66.6 3.3 J96a_T2 TMP12065 1984 10 9 11 54 34.775 -85.193 4.23 Hopper TMP12478 1985 4 12 5 27 45.37 -70.68 2.8 J96a_T2 TMP12733 1986 1 31 16 46 41.7 -81.18 4.63 SRL92 4.85 J96a TMP12868 1986 7 12 8 19 40.54 -84.35 4.4 SRL88 TMP12959 1986 9 19 15 53 47.301 -70.32 3.5 J96a_T2 TMP12975 1987 6 10 23 48 38.856 -87.872 4.96 SRL89 TMP13379 1987 9 26 17 44 44.488 -74.524 3.3 Ebel TMP13733 1987 12 13 21 5 74.4 -92.96 5.39 J96a TMP13790 1988 4 8 18 16 36.94 -88.99 2.7 Shum09 TMP13814 1988 5 11 8 7 36.89 -89.03 2.8 Shum09 TMP14141 1988 9 7 2 28 38.143 -83.878 4.17 J96a TMP14710 1988 9 17 8 46 36.85 -89.44 2.6 Shum09 TMP15027 1988 11 23 9 11 48.132 -71.2 4.2 B&A_1992 TMP15189 1988 11 25 23 46 48.117 -71.183 5.85 J96a TMP15759 1988 11 26 3 38 48.142 -71.299 3.5 B&A_1992 TMP16041 1988 11 26 4 54 48.14 -71.28 2.5 Bent PC2010 TMP16191 1988 11 26 6 36 48.11 -71.09 2.5 Bent PC2010 TMP16409 1988 12 11 14 30 48.001 -71.164 2.5 Bent PC2010 TMP16488 1989 3 11 8 31 47.78 -69.77 3.6 Bent PC2010 

B-318

Table B-2

Moment Magnitue Data
8

TID Year Month Day Hour Minute Latitude Longitude 

ˆ

M Source* 

ˆ

M Source* 

ˆ

M Source 

TMP16691 1989 3 16 4 17 60 -69.5 5.03 J96a TMP16708 1989 12 25 4 25 60.12 -73.6 5.42 J96a TMP16807 1989 12 25 14 24 60.12 -73.6 6.2 Bent_1994 6.04 J96a TMP16814 1990 9 26 13 18 37.232 -89.643 4.28 ENG97 TMP16832 1990 10 19 7 1 46.474 -75.591 4.56 J96a 4.6 DU 4.7 Boore_etal_ 2010 TMP16838 1990 12 20 5 3 46.474 -75.591 2.4 Bent_PC_ 2010 TMP16842 1991 1 1 19 47 46.475 -75.593 2.5 Bent_PC_ 2010 TMP16885 1991 1 31 3 3 46.488 -75.578 2.7 Bent_PC_ 2010 TMP17076 1991 5 4 1 18 36.564 -89.823 4.13 ENG97 4.33 J96a TMP17090 1991 8 1 23 10 46.488 -75.596 2 Bent_PC_ 2010 TMP17577 1991 11 27 13 58 46.45 -75.602 2.2 Bent_PC_ 2010 TMP17579 1991 12 8 3 0 47.78 -69.86 3.7 Bent_PC_ 2010 TMP18123 1992 1 4 0 56 66.73 -94.6 5.5 Bent&Cass idy 5.43 J96a TMP18177 1993 8 7 21 25 47.668 -69.889 2.5 Bent_PC_ 2010 TMP18313 1993 9 23 6 45 46.092 -73.596 3.9 Weston TMP18336 1993 11 16 9 31 45.192 -73.46 3.91 DU TMP18388 1994 2 5 14 55 37.37 -89.18 3.85 ENG97 TMP18544 1995 4 14 0 32 30.288 -103.319 5.61 CHANG 5.7 USGSnd_0086 78 

B-319

Table B-2

Moment Magnitue Data
9

TID Year Month Day Hour Minute Latitude Longitude 

ˆ

M Source* 

ˆ

M Source* 

ˆ

M Source 

TMP18698 1995 6 16 12 13 44.327 -72.044 3.73 DU TMP18881 1996 3 14 10 42 45.925 -74.396 3.74 DU TMP18901 1996 6 7 9 41 47.53 -69.942 2.4 Bent_PC_ 2010 TMP18955 1996 8 21 7 54 44.261 -71.406 3.47 DU TMP19850 1996 9 24 23 41 47.548 -70.242 2.4 Bent_PC_ 2010 TMP19912 1996 11 29 5 41 35.96 -90 3.78 WEB TMP20000 1997 5 24 18 52 45.911 -74.239 3.64 DU TMP20129 1997 10 24 8 35 31.17 -87.25 4.9 WEB TMP20821 1997 10 28 11 44 47.672 -69.905 4.29 DU TMP20943 1997 11 6 2 34 46.801 -71.424 4.5 DU 4.38 WEB TMP21417 1997 12 6 8 6 64.84 -88.19 5.07 WEB TMP21561 1998 4 28 14 13 34.782 -98.416 3.88 WEB TMP21718 1998 7 30 8 57 46.174 -74.714 3.73 DU TMP21784 1998 9 25 19 52 41.52 -80.53 4.47 SRL00 4.8 Kim_etal_06 4.56 DU TMP21908 1999 3 16 12 50 49.614 -66.322 4.43 DU 4.5 Lamonta TMP22279 1999 5 27 6 0 36.72 -89.5 2.1 Shum09 TMP22608 1999 6 22 7 5 36.86 -89.45 2.3 Shum09 TMP22615 1999 7 6 9 29 37.02 -88.781 2.3 Shum09 TMP22635 2000 1 1 11 22 46.84 -78.925 4.61 DU 4.7 Ma&Eaton TMP22696 2000 4 20 8 46 44.008 -74.323 3.65 DU TMP23021 2000 6 27 6 2 37.13 -88.87 2.8 Shum09 TMP23211 2000 8 3 8 53 37.15 -88.78 2.4 Shum09 TMP23346 2001 1 26 3 3 41.934 -80.724 3.88 DU 

B-320

Table B-2

Moment Magnitue Data
10

TID Year Month Day Hour Minute Latitude Longitude 

ˆ

M Source* 

ˆ

M Source* 

ˆ

M Source 

TMP23690 2001 5 4 6 42 35.183 -92.234 4.34 WEB TMP23931 2001 9 4 12 45 37.17 -104.486 4.18 WEB TMP23991 2001 9 5 10 52 37.109 -104.528 4.44 WEB TMP24028 2002 4 20 10 50 44.534 -73.733 4.97 WEB 5 Boore_el_2010 TMP24514 2002 5 30 10 36 36.8 -89.01 2.6 Shum09 TMP24936 2002 6 5 20 17 52.85 -74.354 3.64 WEB TMP25246 2002 6 18 17 37 38.1 -87.7 4.5 WEB TMP25420 2002 6 20 2 11 36.46 -89.29 2.2 Shum09 TMP26201 2002 7 5 10 13 36.77 -89.16 2.4 Shum09 TMP26721 2002 11 3 20 41 42.768 -98.896 4.14 WEB TMP27564 2002 11 11 23 39 32.435 -79.832 4 WEB TMP27571 2003 4 29 8 59 34.51 -85.61 4.59 WEB TMP29075 2003 5 5 16 32 37.755 -78.072 3.55 WEB TMP29359 2003 5 25 7 32 43.097 -101.925 3.93 WEB TMP29401 2003 6 6 12 29 36.981 -88.886 4.02 WEB TMP29479 2003 6 13 11 34 47.703 -70.087 3.34 WEB TMP29494 2003 8 16 5 9 36.943 -91.773 3.71 WEB TMP29575 2003 8 26 2 26 37.097 -88.724 3.1 Shum09 TMP30259 2003 9 13 15 22 36.916 -104.707 4.05 WEB TMP30287 2003 10 18 5 59 36.82 -89.35 2.3 Shum09 TMP31104 2004 2 12 6 49 37.11 -88.96 2.4 Shum09 TMP31138 2004 3 22 12 9 36.85 -104.85 4.39 WEB TMP31201 2004 5 23 9 22 32.53 -104.56 3.92 WEB TMP31230 2004 6 15 8 34 36.726 -89.73 3.49 WEB 

B-321

Table B-2

Moment Magnitue Data
Table B-2 

Moment Magnitude Data 

11

TID Year Month Day Hour Minute Latitude Longitude 

ˆ

M Source* 

ˆ

M Source* 

ˆ

M Source 

TMP31248 2004 6 22 8 55 32.53 -104.58 3.57 WEB TMP31410 2004 6 28 6 10 41.346 -89.033 4.15 WEB TMP31443 2004 7 16 3 25 36.936 -89.059 3.46 WEB 3.6 Shum09 TMP31501 2004 7 16 12 17 40.654 -95.521 3.53 WEB TMP31611 2004 8 1 6 50 36.886 -104.826 4.28 WEB TMP32019 2004 8 4 23 55 43.678 -78.239 3.19 WEB 3.1 Kim_etal TMP32139 2004 8 19 23 51 33.199 -86.934 3.63 WEB TMP32379 2004 8 26 23 11 64.76 -86.28 4.24 WEB TMP32511 2004 9 12 13 5 39.416 -85.994 3.83 WEB TMP32559 2004 11 7 11 20 32.658 -87.885 4.25 WEB TMP32598 2005 2 10 14 4 35.716 -90.41 4.11 WEB TMP32678 2005 3 6 6 17 47.753 -69.732 4.57 WEB 4.7 Boore_el_2010 TMP32680 2005 3 15 4 24 36.85 -89.23 2.4 Shum09 TMP32740 2005 5 1 12 37 35.83 -90.15 4.22 WEB TMP32755 2005 6 2 11 35 36.14 -89.46 3.89 WEB TMP32844 2005 6 20 2 0 36.92 -88.99 2.7 Shum09 TMP32891 2005 6 20 12 21 36.95 -88.96 3.6 WEB TMP32994 2005 8 10 22 8 36.969 -104.786 4.88 WEB 5 HRV TMP33330 2005 8 25 3 9 35.961 -82.821 3.65 WEB TMP33808 2005 10 20 21 16 44.677 -80.482 3.61 WEB TMP33915 2005 12 19 20 27 32.637 -104.4 4.14 WEB TMP33961 2006 1 9 15 35 45.029 -73.901 3.5 USGS TMP34152 2006 2 25 1 39 45.652 -75.23 3.62 WEB 3.7 Ma&Eaton TMP34273 2006 4 7 8 31 47.379 -70.462 3.77 WEB 

B-322

Table B-2

Moment Magnitue Data
Table B-2 

Moment Magnitude Data 

12 

TID Year Month Day Hour Minute Latitude Longitude 

ˆ

M Source* 

ˆ

M Source* 

ˆ

M Source 

TMP34351 2006 6 20 20 11 41.846 -81.222 3.55 WEB TMP34352 2006 7 14 9 34 46.852 -68.648 3.48 WEB TMP35572 2006 9 10 14 56 26.386 -86.574 5.8 USGS 5.9 GCMT TMP34631 2006 10 3 0 7 44.33 -68.17 3.87 WEB TMP34834 2006 12 7 4 44 49.52 -81.54 3.7 Bent_PC_ 2010 TMP35054 2007 1 3 14 34 37.06 -104.9 4.38 WEB TMP35128 2007 6 9 10 45 36.929 -104.793 3.35 WEB TMP35318 2008 4 7 9 51 28.92 -98.04 4.86 WEB TMP35476 2008 4 18 9 36 38.481 -87.76 5.23 WEB 5.4 GCMT TMP35756 2008 4 18 15 14 38.48 -87.89 4.61 WEB TMP35846 2008 4 21 5 38 38.5 -87.85 4 WEB TMP36097 2008 4 25 17 31 38.45 -87.87 3.72 WEB TMP36216 2008 5 5 11 25 38.49 -90.42 2.75 WEB TMP36532 2008 6 5 7 13 38.44 -87.84 3.37 WEB TMP36647 2008 10 14 3 7 35.772 -100.719 3.72 WEB TMP37296 2008 11 3 13 14 42.821 -105.205 3.54 WEB TMP38423 2008 11 15 10 52 47.74 -69.71 3.6 WEB *Sources: Atk93_T2 – Atkinson (1993), Bent 92 – Bent (1992), Bent_1994 – Bent (1994), Bent_1995 – Bent (1995), Bent_1996b – Bent (1996b), Bent 2002 – Bent and Hasegawa (2002), Bent PC 2010 – A. Bent (pers. Comm., 2010), Bent&Casssidy – Bebt and Cassidy (1993), B&A_1992 – Boore and Atkinson (1992), Boore_etal_2010 – Boore et al. (2010), BSSA81a – Herrmann et al. (1981), BSSA81b – Eberthart-Phillips et al. (1981), DU – Du et al. (2003), ENG97 – Herrmann and Ammon (1997), Hopper – M. Hopper (pers. comm. -2010), JGR79- Herrmann (1979), J96a – Johnston (1996a), J96a T2 – Johnston (1996a, Table 2), Kimetal_06 – Kim et al. (2006), Ma&Eaton – Ma an dEaton (2007), Nuttli_83 – Nuttli (1983), Shum09 – Shumway (2008), 

SRL92 - Nguyen, B. V., and R. B. Herrmann (1992), SRL00 – Maceira et al. (2000), Str84 – Street (1984), StrTurc77 – Street and Turcott (1977), Str_el_75 – Street et al. (1975), WEB - http://www.eas.slu.edu/eqc/eqc_mt/MECH.NA/ 

B-323

Table B-2 Table B

Moment Magnitude Data

-2

Moment Magnitue Data
Table B-3

Approximate Moment Magnitude Data

Composite

TID Year Month Day Hour Minute Latitude Longitude E[M] SigM E[M]

Sigma

M

Reported

M E[M]

Sigma

M

Reported

M E[M]

Sigma

M

Reported

 M

TMP04633 1938 6 23 3 57 42.6000 -71.4000 1.97 0.391 1.97 0.391 1.9TMP04635 1938 7 15 22 45 40.6800 -78.4300 3.64 0.353 3.64 0.353 3.6TMP04637 1938 7 29 7 44 41.0000 -73.7000 2.96 0.361 2.96 0.361 2.9TMP04638 1938 8 2 9 2 41.1000 -73.7000 2.86 0.363 2.86 0.363 2.8TMP04640 1938 8 22 12 48 44.8900 -68.7900 3.55 0.353 3.55 0.353 3.5TMP04698 1938 10 21 7 18 41.2000 -73.7000 2.86 0.363 2.86 0.363 2.8TMP04711 1938 11 18 22 19 44.9400 -75.2410 3.05 0.359 3.05 0.359 3TMP04804 1939 10 11 18 49 42.9000 -71.4000 2.76 0.365 2.76 0.365 2.7TMP04809 1939 10 21 8 59 43.3000 -73.3000 2.66 0.368 2.66 0.368 2.6TMP04814 1939 11 15 2 53 39.5800 -75.0500 3.35 0.355 3.35 0.355 3.3TMP04833 1940 3 2 4 15 41.4800 -72.4800 2.46 0.374 2.46 0.374 2.4TMP04834 1940 3 13 1 29 41.4800 -72.4800 2.46 0.374 2.46 0.374 2.4TMP04841 1940 3 28 11 42 44.7000 -69.9000 3.05 0.359 3.05 0.359 3TMP04844 1940 4 12 1 58 42.8000 -74.6000 2.76 0.365 2.76 0.365 2.7TMP04850 1940 5 10 19 23 40.0000 -72.0000 2.56 0.371 2.56 0.371 2.5TMP04871 1940 9 26 23 30 44.7000 -73.5000 2.76 0.365 2.76 0.365 2.7TMP04879 1940 12 3 17 34 42.5000 -69.4000 2.07 0.387 2.07 0.387 2TMP04880 1940 12 3 17 35 42.5000 -69.4000 2.07 0.387 2.07 0.387 2TMP04896 1941 1 4 11 10 43.8000 -71.3000 2.66 0.368 2.66 0.368 2.6TMP04909 1941 4 4 8 10 44.7000 -73.9000 3.25 0.356 3.25 0.356 3.2TMP04913 1941 5 19 11 59 43.8000 -72.3000 2.86 0.363 2.86 0.363 2.8TMP04934 1941 10 11 8 15 42.3000 -72.3000 2.56 0.371 2.56 0.371 2.5TMP04937 1941 10 21 5 23 44.8000 -74.8000 3.15 0.357 3.15 0.357 3.1TMP04938 1941 10 21 6 10 44.7700 -74.8000 3.25 0.356 3.25 0.356 3.2TMP04946 1941 12 12 23 28 44.9000 -73.6000 2.96 0.361 2.96 0.361 2.9TMP04953 1942 1 31 4 11 44.7000 -73.9000 3.15 0.357 3.15 0.357 3.1TMP04959 1942 3 8 23 37 44.2000 -70.4000 2.66 0.368 2.66 0.368 2.6TMP04962 1942 4 23 20 39 41.4000 -72.9000 2.66 0.368 2.66 0.368 2.6TMP04964 1942 5 24 7 15 44.7000 -73.8000 3.05 0.359 3.05 0.359 3TMP04965 1942 5 24 11 33 44.7000 -73.8000 3.25 0.356 3.25 0.356 3.2TMP04967 1942 6 14 11 4 42.4000 -70.7000 2.96 0.361 2.96 0.361 2.9TMP04968 1942 6 14 16 30 42.4000 -70.7000 2.96 0.361 2.96 0.361 2.9TMP04969 1942 6 14 19 52 42.7000 -70.7000 2.66 0.368 2.66 0.368 2.6TMP04979 1942 10 2 22 29 42.5700 -73.8000 2.76 0.365 2.76 0.365 2.7TMP04981 1942 10 24 17 27 40.9700 -75.2500 3.15 0.357 3.15 0.357 3.1TMP04999 1943 3 9 3 25 41.6200 -81.2900 4.04 0.353 4.04 0.353 4TMP05000 1943 3 14 14 2 43.7000 -71.6000 3.25 0.356 3.25 0.356 3.2

Atkinson

 (2004)

Boatwright

 (1994)

Moulis (2002)

B-324
Table B-3

Approximate Moment Magnitude Data

Composite

TID Year Month Day Hour Minute Latitude Longitude E[M] SigM E[M]

Sigma

M

Reported

M E[M]

Sigma

M

Reported

M E[M]

Sigma

M

Reported

 M

Atkinson

 (2004)

Boatwright

 (1994)

Moulis (2002)

TMP05003 1943 5 9 11 3 44.7360 -73.8350 3.15 0.357 3.15 0.357 3.1

TMP05010 1943 6 11 22 51 41.1000 -71.8000 2.86 0.363 2.86 0.363 2.8TMP05015 1943 7 6 22 10 44.8400 -73.0300 3.84 0.352 3.84 0.352 3.8TMP05016 1943 7 24 5 18 40.0000 -72.7000 3.15 0.357 3.15 0.357 3.1TMP05020 1943 10 15 23 0 44.6000 -74.2000 3.05 0.359 3.05 0.359 3TMP05023 1943 12 19 9 0 44.6000 -69.6000 2.76 0.365 2.76 0.365 2.7TMP05034 1944 2 26 20 58 42.9000 -78.8000 3.15 0.357 3.15 0.357 3.1TMP05041 1944 4 11 20 25 43.9700 -71.7000 2.86 0.363 2.86 0.363 2.8TMP05042 1944 5 29 23 3 44.7000 -73.8000 3.15 0.357 3.15 0.357 3.1TMP05043 1944 6 4 2 8 44.1500 -72.6700 3.15 0.357 3.15 0.357 3.1TMP05051 1944 9 5 8 30 45.0960 -74.7000 3.35 0.355 3.35 0.355 3.3

TMP05052 1944 9 5 8 51 45.0690 -74.6690 3.94 0.353 3.94 0.353 3.9

TMP05053 1944 9 5 10 56 45.1020 -74.7510 3.15 0.357 3.15 0.357 3.1TMP05054 1944 9 5 11 10 45.0000 -74.9000 2.96 0.361 2.96 0.361 2.9TMP05065 1944 9 9 23 24 45.1100 -74.6900 3.74 0.352 3.74 0.352 3.7TMP05068 1944 9 13 22 0 45.0000 -74.9000 3.05 0.359 3.05 0.359 3TMP05100 1944 10 31 8 42 45.0410 -74.6890 3.45 0.354 3.45 0.354 3.4TMP05145 1945 7 15 10 44 44.9000 -67.0000 3.64 0.353 3.64 0.353 3.6TMP05146 1945 7 24 1 56 45.0000 -74.9000 3.05 0.359 3.05 0.359 3TMP05190 1946 6 27 21 6 44.6500 -74.5300 3.15 0.357 3.15 0.357 3.1TMP05212 1947 4 1 13 25 41.0000 -74.2800 2.86 0.363 2.86 0.363 2.8TMP05250 1948 1 6 20 46 45.4000 -69.3000 3.45 0.354 3.45 0.354 3.4TMP05286 1948 11 29 4 56 45.2000 -69.2000 3.05 0.359 3.05 0.359 3TMP05366 1951 11 6 17 54 44.9200 -73.5500 3.74 0.352 3.74 0.352 3.7TMP05441 1952 10 26 9 5 43.6000 -71.2000 2.76 0.365 2.76 0.365 2.7TMP05549 1954 5 20 22 0 45.0000 -74.2000 2.96 0.361 2.96 0.361 2.9TMP05553 1954 7 29 19 56 42.8100 -70.7000 3.45 0.354 3.45 0.354 3.4TMP05568 1954 12 13 3 53 44.6000 -74.6000 3.25 0.356 3.25 0.356 3.2TMP05664 1956 7 27 1 34 44.7000 -73.7800 3.15 0.357 3.15 0.357 3.1TMP05701 1957 3 23 19 2 40.6000 -74.8000 2.86 0.363 2.86 0.363 2.8TMP05801 1959 4 13 21 20 41.9000 -73.3000 2.76 0.365 2.76 0.365 2.7TMP05897 1961 12 27 17 6 40.5000 -74.8000 3.15 0.357 3.15 0.357 3.1TMP05919 1962 4 10 14 30 44.1100 -72.9700 3.94 0.353 3.94 0.353 3.9TMP05956 1962 10 2 23 45 44.8000 -74.3000 3.05 0.359 3.05 0.359 3TMP05967 1962 12 1 21 29 45.6000 -69.1000 3.15 0.357 3.15 0.357 3.1TMP06028 1963 5 19 0 0 43.2000 -73.3000 3.74 0.352 3.74 0.352 3.7TMP06091 1964 1 8 10 4 46.2000 -77.5000 4.33 0.356 4.33 0.356 4.3

B-325
Table B-3

Approximate Moment Magnitude Data

Composite

TID Year Month Day Hour Minute Latitude Longitude E[M] SigM E[M]

Sigma

M

Reported

M E[M]

Sigma

M

Reported

M E[M]

Sigma

M

Reported

 M

Atkinson

 (2004)

Boatwright

 (1994)

Moulis (2002)

TMP06287 1965 7 16 11 6 43.0000 -78.1000 3.94 0.353 3.94 0.353 3.9TMP06571 1966 7 24 1 59 44.5000 -67.6000 3.74 0.352 3.74 0.352 3.7TMP06621 1966 10 23 23 5 43.0000 -71.8000 3.35 0.355 3.35 0.355 3.3TMP06658 1967 2 2 13 40 41.6000 -71.2000 2.96 0.361 2.96 0.361 2.9TMP06721 1967 5 15 22 47 42.3000 -69.9000 3.25 0.356 3.25 0.356 3.2TMP06740 1967 7 1 15 55 44.3300 -69.8400 3.55 0.353 3.55 0.353 3.5TMP06750 1967 7 1 16 16 44.3500 -69.8100 3.25 0.356 3.25 0.356 3.2TMP06869 1968 9 23 15 38 45.2000 -69.5000 3.84 0.352 3.84 0.352 3.8TMP06892 1968 11 3 8 33 41.4000 -72.5000 3.25 0.356 3.25 0.356 3.2TMP06961 1969 8 6 16 2 43.8000 -71.4000 3.25 0.356 3.25 0.356 3.2

TMP06986 1969 8 24 1 51 43.1000 -70.5000 2.96 0.361 2.96 0.361 2.9TMP06987 1969 8 24 2 59 43.1000 -70.4000 3.25 0.356 3.25 0.356 3.2TMP07133 1971 5 23 6 24 43.9000 -74.4800 3.94 0.353 3.94 0.353 3.9TMP07134 1971 5 23 9 29 43.9300 -74.4700 3.94 0.353 3.94 0.353 3.9TMP07350 1973 2 28 8 21 39.6900 -75.4400 3.94 0.353 3.94 0.353 3.9TMP07383 1973 6 11 10 8 43.9000 -73.9000 3.55 0.353 3.55 0.353 3.5TMP07389 1973 7 15 8 20 43.8900 -74.4300 3.74 0.352 3.74 0.352 3.7TMP07390 1973 7 15 10 32 43.9200 -74.4000 3.74 0.352 3.74 0.352 3.7TMP07392 1973 7 16 8 41 43.8000 -74.5000 3.64 0.353 3.64 0.353 3.6TMP07630 1974 10 1 6 36 41.7000 -71.6000 2.56 0.371 2.56 0.371 2.5TMP07722 1974 12 22 20 46 42.4000 -69.8000 3.25 0.356 3.25 0.356 3.2TMP08204 1976 3 4 16 20 41.4200 -70.3400 3.05 0.359 3.05 0.359 3TMP08211 1976 3 11 8 29 41.6000 -71.2000 3.25 0.356 3.25 0.356 3.2TMP08217 1976 3 14 23 12 41.7000 -70.0000 3.25 0.356 3.25 0.356 3.2TMP08256 1976 4 13 15 39 40.8000 -74.0000 3.25 0.356 3.25 0.356 3.2TMP08286 1976 5 10 1 34 41.5000 -71.0000 2.66 0.368 2.66 0.368 2.6TMP08335 1976 6 26 19 45 39.8000 -72.5000 3.15 0.357 3.15 0.357 3.1TMP08379 1976 8 20 22 8 41.1000 -73.8000 2.27 0.38 2.27 0.38 2.2

TMP08615 1977 4 6 20 31 41.1000 -70.4000 2.76 0.365 2.76 0.365 2.7TMP08709 1977 7 1 15 53 42.9000 -70.1000 2.86 0.363 2.86 0.363 2.8TMP08806 1977 9 28 17 21 44.4000 -73.9000 3.45 0.354 3.45 0.354 3.4TMP08812 1977 10 2 5 51 45.1600 -69.0600 3.15 0.357 3.15 0.357 3.1TMP08865 1977 11 25 5 13 45.3400 -68.0300 2.76 0.365 2.76 0.365 2.7TMP08898 1977 12 15 8 55 43.0000 -77.4000 3.25 0.356 3.25 0.356 3.2TMP08908 1977 12 20 17 44 41.8000 -70.7000 3.64 0.353 3.64 0.353 3.6TMP08921 1977 12 25 15 35 43.2000 -71.7000 3.74 0.352 3.74 0.352 3.7TMP08934 1978 1 3 1 43 43.9000 -67.6000 2.66 0.368 2.66 0.368 2.6

B-326
Table B-3

Approximate Moment Magnitude Data

Composite

TID Year Month Day Hour Minute Latitude Longitude E[M] SigM E[M]

Sigma

M

Reported

M E[M]

Sigma

M

Reported

M E[M]

Sigma

M

Reported

 M

Atkinson

 (2004)

Boatwright

 (1994)

Moulis (2002)

TMP08938 1978 1 4 19 28 44.0000 -70.5000 3.25 0.356 3.25 0.356 3.2TMP09080 1978 3 31 14 27 43.1000 -71.6000 3.05 0.359 3.05 0.359 3TMP09160 1978 5 13 21 55 42.7800 -78.2600 3.55 0.353 3.55 0.353 3.5TMP09161 1978 5 13 22 8 42.8000 -78.3000 3.45 0.354 3.45 0.354 3.4TMP09163 1978 5 16 19 40 44.3900 -70.2300 2.66 0.368 2.66 0.368 2.6TMP09248 1978 6 30 20 13 41.1000 -74.2000 2.96 0.361 2.96 0.361 2.9TMP09267 1978 7 13 17 38 44.7000 -73.7000 2.86 0.363 2.86 0.363 2.8TMP09269 1978 7 16 6 39 39.8000 -76.0000 3.45 0.354 3.45 0.354 3.4TMP09284 1978 7 26 4 17 40.3250 -71.0960 3.05 0.359 3.05 0.359 3TMP09316 1978 8 10 21 12 40.5000 -71.1000 3.35 0.355 3.35 0.355 3.3TMP09339 1978 8 21 8 47 44.5200 -74.5100 2.96 0.361 2.96 0.361 2.9TMP09368 1978 9 3 12 41 41.4000 -71.3936 2.96 0.361 2.96 0.361 2.9TMP09434 1978 10 6 19 25 40.1000 -76.1000 3.45 0.354 3.45 0.354 3.4TMP09617 1979 1 29 6 35 44.8000 -73.2000 3.05 0.359 3.05 0.359 3TMP09620 1979 1 30 16 30 40.3000 -74.3000 3.84 0.352 3.84 0.352 3.8TMP09710 1979 3 10 4 49 40.7000 -74.5000 3.45 0.354 3.45 0.354 3.4TMP09804 1979 4 18 2 34 44.0000 -69.8000 4.14 0.354 4.14 0.354 4.1TMP09814 1979 4 23 0 5 43.0400 -71.2400 3.15 0.357 3.15 0.357 3.1TMP09976 1979 7 28 23 29 43.2600 -70.3420 3.55 0.353 3.55 0.353 3.5TMP10044 1979 9 4 7 38 41.6000 -73.5000 2.37 0.377 2.37 0.377 2.3

TMP10240 1980 1 14 5 57 43.8200 -68.0900 2.76 0.365 2.76 0.365 2.7TMP10243 1980 1 17 10 13 41.3100 -73.9300 3.15 0.357 3.15 0.357 3.1TMP10314 1980 3 11 4 15 46.7900 -71.8700 3.38 0.065 3.35 0.105 3.53 3.39 0.082 3.4TMP10355 1980 4 7 9 36 43.1300 -72.2200 3.05 0.359 3.05 0.359 3

TMP10362 1980 4 10 15 36 44.7100 -68.3600 3.15 0.357 3.15 0.357 3.1TMP10371 1980 4 21 13 39 44.7200 -68.3600 2.66 0.368 2.66 0.368 2.6TMP10389 1980 5 4 8 56 44.2900 -69.6100 2.96 0.361 2.96 0.361 2.9

TMP10397 1980 5 10 12 44 45.2300 -69.1000 2.66 0.368 2.66 0.368 2.6TMP10414 1980 5 23 8 39 44.8900 -74.5500 3.55 0.353 3.55 0.353 3.5TMP10431 1980 6 6 13 15 43.5600 -75.2300 3.74 0.352 3.74 0.352 3.7TMP10473 1980 7 4 11 56 44.4500 -69.8600 2.86 0.363 2.86 0.363 2.8TMP10514 1980 8 2 17 20 40.4280 -74.1530 2.96 0.361 2.96 0.361 2.9TMP10536 1980 8 11 14 54 43.5400 -75.1600 2.86 0.363 2.86 0.363 2.8TMP10557 1980 8 25 13 14 41.4000 -67.7800 3.45 0.354 3.45 0.354 3.4TMP10565 1980 8 31 8 34 44.4100 -69.4400 2.86 0.363 2.86 0.363 2.8TMP10569 1980 9 4 4 30 41.1100 -73.7800 2.56 0.371 2.56 0.371 2.5

TMP10570 1980 9 4 6 55 44.2900 -69.5300 2.86 0.363 2.86 0.363 2.8

B-327
Table B-3

Approximate Moment Magnitude Data

Composite

TID Year Month Day Hour Minute Latitude Longitude E[M] SigM E[M]

Sigma

M

Reported

M E[M]

Sigma

M

Reported

M E[M]

Sigma

M

Reported

 M

Atkinson

 (2004)

Boatwright

 (1994)

Moulis (2002)

TMP10579 1980 9 8 5 59 44.6800 -69.0000 3.25 0.356 3.25 0.356 3.2

TMP10617 1980 9 28 22 19 43.7700 -74.1200 2.86 0.363 2.86 0.363 2.8TMP10669 1980 10 24 17 27 41.3200 -72.8700 2.86 0.363 2.86 0.363 2.8TMP10670 1980 10 25 0 41 41.3300 -72.8800 2.96 0.361 2.96 0.361 2.9TMP10691 1980 11 5 22 40 43.6600 -71.3600 2.56 0.371 2.56 0.371 2.5TMP10723 1980 11 21 4 9 45.2500 -70.9600 3.05 0.359 3.05 0.359 3TMP10728 1980 11 22 21 28 45.2200 -69.1600 2.66 0.368 2.66 0.368 2.6TMP10730 1980 11 23 0 39 42.6200 -71.3900 2.76 0.365 2.76 0.365 2.7TMP10790 1980 12 25 16 58 44.1110 -72.0200 2.76 0.365 2.76 0.365 2.7TMP10815 1981 1 4 9 17 43.8900 -70.0100 3.05 0.359 3.05 0.359 3

TMP11081 1981 6 16 17 55 47.4100 -70.0800 3.09 0.066 3.09 0.107 3.29 3.07 0.084 3.1TMP11124 1981 7 4 23 16 45.1400 -74.6200 3.2 0.065 3.21 0.106 3.4 3.18 0.083 3.2TMP11333 1981 9 16 14 41 43.5600 -76.3900 3.35 0.355 3.35 0.355 3.3TMP11354 1981 9 30 23 41 46.3700 -75.5600 2.91 0.068 2.95 0.11 3.16 2.86 0.086 2.9TMP11358 1981 10 2 18 19 44.7500 -72.5000 2.76 0.365 2.76 0.365 2.7TMP11377 1981 10 21 16 49 41.1300 -72.5600 4.04 0.353 4.04 0.353 4TMP11390 1981 10 28 19 56 49.8300 -65.2500 3.39 0.082 3.39 0.082 3.4TMP11431 1981 11 28 5 12 47.0300 -66.6100 3.39 0.065 3.36 0.104 3.54 3.39 0.082 3.4TMP11507 1982 1 9 17 27 47.0000 -66.6000 3.41 0.065 3.42 0.104 3.59 3.39 0.082 3.4TMP11510 1982 1 9 22 45 47.0000 -66.6000 3.33 0.065 3.39 0.104 3.56 3.29 0.083 3.3TMP11545 1982 1 15 12 37 47.0000 -66.6000 3.39 0.082 3.39 0.082 3.4TMP11549 1982 1 17 13 33 47.0000 -66.6000 3.23 0.065 3.29 0.105 3.47 3.18 0.083 3.2TMP11567 1982 1 21 0 39 46.8200 -69.4900 2.66 0.368 2.66 0.368 2.6TMP11592 1982 1 27 16 43 43.5078 -71.6067 3.15 0.357 3.15 0.357 3.1TMP11593 1982 1 27 18 50 41.8700 -70.9400 2.66 0.368 2.66 0.368 2.6TMP11721 1982 3 16 11 14 47.0000 -66.6000 3.2 0.065 3.21 0.106 3.4 3.18 0.083 3.2TMP11790 1982 4 14 5 2 43.3900 -66.6500 2.46 0.374 2.46 0.374 2.4TMP11831 1982 5 6 16 28 47.0000 -66.6000 3.48 0.064 3.45 0.104 3.62 3.49 0.082 3.5TMP11849 1982 5 14 6 49 44.0100 -70.4900 2.86 0.363 2.86 0.363 2.8TMP11926 1982 6 17 14 14 41.5300 -72.4600 2.96 0.361 2.96 0.361 2.9TMP11939 1982 6 23 0 22 47.3900 -76.9500 2.86 0.068 2.84 0.112 3.05 2.86 0.086 2.9TMP11999 1982 7 15 7 27 46.0800 -69.0200 2.86 0.363 2.86 0.363 2.8TMP12035 1982 7 28 5 35 47.0000 -66.6000 3.32 0.065 3.34 0.105 3.52 3.29 0.083 3.3TMP12063 1982 8 12 16 59 43.5400 -71.9300 2.76 0.365 2.76 0.365 2.7TMP12118 1982 9 3 23 14 45.6900 -76.6100 3.17 0.065 3.15 0.107 3.34 3.18 0.083 3.2TMP12232 1982 10 16 3 55 45.4300 -68.8000 2.56 0.371 2.56 0.371 2.5TMP12265 1982 10 26 15 31 47.0000 -66.6000 3.06 0.066 3.02 0.109 3.22 3.07 0.084 3.1

B-328
Table B-3

Approximate Moment Magnitude Data

Composite

TID Year Month Day Hour Minute Latitude Longitude E[M] SigM E[M]

Sigma

M

Reported

M E[M]

Sigma

M

Reported

M E[M]

Sigma

M

Reported

 M

Atkinson

 (2004)

Boatwright

 (1994)

Moulis (2002)

TMP12355 1982 12 4 16 8 47.5400 -70.2200 3.3 0.065 3.3 0.105 3.48 3.29 0.083 3.3TMP12569 1983 2 21 21 13 39.4000 -72.9290 3.25 0.356 3.25 0.356 3.2TMP12663 1983 4 12 20 13 43.6900 -69.4100 3.15 0.357 3.15 0.357 3.1TMP12671 1983 4 17 1 33 47.0600 -68.1200 2.46 0.374 2.46 0.374 2.4TMP12704 1983 5 13 17 26 47.0000 -66.6000 3.08 0.066 3.07 0.108 3.27 3.07 0.084 3.1TMP12706 1983 5 13 23 40 47.0000 -66.6000 3.68 0.064 3.78 0.105 3.91 3.61 0.082 3.6TMP12709 1983 5 16 2 1 47.6900 -69.8900 3.39 0.065 3.37 0.104 3.55 3.39 0.082 3.4TMP12731 1983 5 27 23 3 45.5500 -69.5000 2.07 0.387 2.07 0.387 2TMP12919 1983 9 8 19 35 40.2500 -72.0600 3.45 0.354 3.45 0.354 3.4TMP12961 1983 10 7 10 39 43.9500 -74.2600 3.2 0.065 3.2 0.106 3.39 3.18 0.083 3.2TMP12963 1983 10 7 10 59 43.9300 -74.2500 3.15 0.357 3.15 0.357 3.1TMP12983 1983 10 14 17 23 42.8700 -69.9300 2.56 0.371 2.56 0.371 2.5TMP13010 1983 10 30 12 14 43.9310 -74.2380 3.25 0.356 3.25 0.356 3.2TMP13035 1983 11 12 15 13 43.9570 -74.2710 2.86 0.363 2.86 0.363 2.8TMP13050 1983 11 17 15 32 47.0000 -66.6000 3.29 0.065 3.28 0.105 3.46 3.29 0.083 3.3TMP13065 1983 11 23 2 22 43.9520 -74.2600 2.86 0.363 2.86 0.363 2.8TMP13070 1983 11 23 23 34 43.9520 -74.2610 2.56 0.371 2.56 0.371 2.5TMP13089 1983 12 4 10 48 45.1900 -69.1600 3.35 0.355 3.35 0.355 3.3TMP13097 1983 12 8 12 23 45.0800 -67.2200 2.76 0.365 2.76 0.365 2.7TMP13104 1983 12 10 2 58 44.3920 -73.3420 2.86 0.363 2.86 0.363 2.8TMP13140 1983 12 28 12 24 47.0700 -76.2800 2.87 0.068 2.85 0.112 3.06 2.86 0.086 2.9TMP13173 1984 1 14 7 34 43.4800 -74.6210 2.37 0.377 2.37 0.377 2.3TMP13183 1984 1 19 5 26 44.8930 -67.3010 3.55 0.353 3.55 0.353 3.5TMP13387 1984 2 26 12 37 44.4860 -71.3030 3.05 0.359 3.05 0.359 3TMP13440 1984 3 17 21 34 43.9400 -74.2500 2.76 0.365 2.76 0.365 2.7TMP13449 1984 3 26 6 28 43.9440 -74.2480 2.86 0.363 2.86 0.363 2.8TMP13467 1984 4 11 19 7 49.3000 -67.5200 3.39 0.065 3.37 0.104 3.55 3.39 0.082 3.4TMP13487 1984 4 23 1 36 39.9500 -76.3700 3.64 0.353 3.64 0.353 3.6TMP13567 1984 6 1 21 28 43.1910 -75.1700 2.66 0.368 2.66 0.368 2.6TMP13582 1984 6 8 6 47 43.2300 -70.2100 2.27 0.38 2.27 0.38 2.2TMP13590 1984 6 14 20 56 42.5900 -72.4000 2.56 0.371 2.56 0.371 2.5TMP13651 1984 7 28 10 7 44.7810 -74.5860 2.27 0.38 2.27 0.38 2.2TMP13705 1984 8 25 10 27 44.0520 -73.3940 2.17 0.384 2.17 0.384 2.1TMP13758 1984 9 23 8 56 46.0000 -64.8400 3.31 0.065 3.32 0.105 3.5 3.29 0.083 3.3TMP13773 1984 9 28 14 39 44.3600 -74.1100 2.27 0.38 2.27 0.38 2.2TMP13776 1984 9 29 13 5 42.9700 -77.0500 3.15 0.357 3.15 0.357 3.1TMP13813 1984 10 18 7 16 45.4700 -68.7800 2.56 0.371 2.56 0.371 2.5

B-329
Table B-3

Approximate Moment Magnitude Data

Composite

TID Year Month Day Hour Minute Latitude Longitude E[M] SigM E[M]

Sigma

M

Reported

M E[M]

Sigma

M

Reported

M E[M]

Sigma

M

Reported

 M

Atkinson

 (2004)

Boatwright

 (1994)

Moulis (2002)

TMP13827 1984 10 23 6 26 43.5950 -73.9450 3.25 0.356 3.25 0.356 3.2TMP13868 1984 11 17 2 20 44.2000 -72.3180 3.05 0.359 3.05 0.359 3TMP13889 1984 11 30 5 54 47.0000 -66.6000 3.36 0.065 3.46 0.104 3.63 3.29 0.083 3.3TMP13941 1984 12 22 16 5 44.9000 -68.0370 2.56 0.371 2.56 0.371 2.5TMP14069 1985 3 3 12 15 47.3900 -70.4800 2.76 0.07 2.74 0.113 2.95 2.76 0.089 2.8TMP14204 1985 5 24 7 50 44.8900 -71.7000 2.86 0.363 2.86 0.363 2.8TMP14229 1985 6 6 20 2 43.9550 -74.2620 2.07 0.387 2.07 0.387 2

TMP14231 1985 6 7 20 50 43.0420 -73.8140 2.27 0.38 2.27 0.38 2.2TMP14249 1985 6 18 0 36 43.9500 -74.2600 2.66 0.368 2.66 0.368 2.6TMP14424 1985 10 5 5 34 47.0000 -66.6000 3.48 0.064 3.44 0.104 3.61 3.49 0.082 3.5TMP14461 1985 10 19 10 7 41.1100 -73.9200 3.65 0.064 3.71 0.105 3.85 3.61 0.082 3.6TMP14617 1986 1 5 3 35 40.9950 -73.8320 1.58 0.409 1.58 0.409 1.5

TMP14640 1986 1 11 13 30 47.7100 -70.1200 3.38 0.065 3.35 0.105 3.53 3.39 0.082 3.4TMP14683 1986 1 23 14 33 43.5000 -71.5700 2.17 0.384 2.17 0.384 2.1TMP14711 1986 1 31 23 16 43.7750 -73.4270 1.97 0.391 1.97 0.391 1.9TMP14799 1986 3 14 13 44 43.4600 -71.5910 2.07 0.387 2.07 0.387 2TMP14803 1986 3 19 2 9 45.1580 -69.0590 2.07 0.387 2.07 0.387 2TMP14843 1986 4 16 4 21 42.8470 -70.9820 2.27 0.38 2.27 0.38 2.2

TMP14849 1986 4 18 12 50 43.9800 -74.2400 1.78 0.4 1.78 0.4 1.7

TMP14856 1986 4 22 7 28 40.9800 -73.8340 2.37 0.377 2.37 0.377 2.3TMP14870 1986 4 29 9 39 45.3600 -70.1700 2.37 0.377 2.37 0.377 2.3TMP14988 1986 6 24 2 40 45.1510 -69.1290 2.76 0.365 2.76 0.365 2.7TMP15030 1986 7 12 20 32 46.1110 -68.2200 3.25 0.356 3.25 0.356 3.2TMP15078 1986 8 6 11 19 46.3700 -75.2200 3.17 0.065 3.13 0.107 3.32 3.18 0.083 3.2TMP15101 1986 8 15 20 1 45.0800 -69.4400 2.46 0.374 2.46 0.374 2.4TMP15113 1986 8 18 12 28 47.5270 -70.0190 2.67 0.093 2.67 0.093 2.7TMP15125 1986 8 22 0 56 45.1700 -68.4200 2.56 0.371 2.56 0.371 2.5TMP15150 1986 8 31 4 1 44.6180 -68.9700 2.66 0.368 2.66 0.368 2.6TMP15262 1986 10 20 6 59 42.6240 -74.1250 2.86 0.363 2.86 0.363 2.8TMP15280 1986 10 25 17 16 43.4230 -71.5560 3.88 0.08 3.87 0.082 3.8 3.84 0.352 3.8TMP15281 1986 10 25 18 21 43.4170 -71.5710 2.66 0.368 2.66 0.368 2.6TMP15317 1986 11 9 19 57 49.2350 -67.4090 3.73 0.065 3.7 0.105 3.84 3.74 0.082 3.7TMP15334 1986 11 23 21 29 40.9560 -74.8200 3.35 0.355 3.35 0.355 3.3TMP15586 1987 3 18 19 44 47.7180 -70.1920 2.76 0.089 2.76 0.089 2.8TMP15628 1987 4 13 10 1 44.0070 -67.6210 3.05 0.359 3.05 0.359 3TMP15661 1987 4 25 19 8 45.2520 -69.0720 2.96 0.361 2.96 0.361 2.9TMP15733 1987 5 30 8 15 43.2680 -71.7670 2.46 0.374 2.46 0.374 2.4

B-330
Table B-3

Approximate Moment Magnitude Data

Composite

TID Year Month Day Hour Minute Latitude Longitude E[M] SigM E[M]

Sigma

M

Reported

M E[M]

Sigma

M

Reported

M E[M]

Sigma

M

Reported

 M

Atkinson

 (2004)

Boatwright

 (1994)

Moulis (2002)

TMP15853 1987 7 5 2 37 44.7000 -75.5600 3.35 0.355 3.35 0.355 3.3

TMP15878 1987 7 13 5 49 41.9310 -80.7100 3.61 0.082 3.61 0.082 3.6TMP15926 1987 8 6 20 41 47.4340 -70.2820 2.85 0.068 2.81 0.112 3.02 2.86 0.086 2.9TMP15965 1987 8 26 14 13 45.1460 -70.6030 2.96 0.361 2.96 0.361 2.9TMP15982 1987 9 2 16 18 44.5320 -74.4900 3.05 0.359 3.05 0.359 3TMP16038 1987 9 25 20 56 43.4790 -74.7270 2.76 0.365 2.76 0.365 2.7TMP16090 1987 10 23 12 31 45.7610 -74.5110 3.08 0.066 3.08 0.108 3.28 3.07 0.084 3.1TMP16103 1987 11 3 23 26 44.4110 -70.5290 2.56 0.371 2.56 0.371 2.5TMP16114 1987 11 11 7 58 45.7690 -75.3360 2.98 0.067 2.99 0.11 3.19 2.97 0.084 3TMP16115 1987 11 11 8 0 45.7760 -75.3360 2.97 0.084 2.97 0.084 3TMP16185 1987 12 12 2 46 43.1130 -70.4010 3.35 0.355 3.35 0.355 3.3TMP16211 1987 12 23 12 15 43.7730 -71.5110 2.46 0.374 2.46 0.374 2.4TMP16224 1988 1 2 9 25 47.4180 -70.4310 3.05 0.066 3 0.109 3.2 3.07 0.084 3.1TMP16275 1988 1 24 4 33 47.4400 -70.4560 2.67 0.093 2.67 0.093 2.7TMP16277 1988 1 24 11 23 43.6220 -70.6800 2.76 0.365 2.76 0.365 2.7TMP16284 1988 1 28 8 38 48.0000 -65.5800 3.48 0.064 3.45 0.104 3.62 3.49 0.082 3.5TMP16300 1988 2 9 15 30 43.1440 -71.7110 2.86 0.363 2.86 0.363 2.8TMP16320 1988 2 18 4 20 44.1430 -71.3060 2.07 0.387 2.07 0.387 2TMP16359 1988 3 10 14 42 46.3390 -75.6670 3.18 0.065 3.17 0.106 3.36 3.18 0.083 3.2TMP16362 1988 3 11 1 49 43.8550 -69.5040 2.37 0.377 2.37 0.377 2.3TMP16369 1988 3 13 16 24 47.4450 -70.3760 2.72 0.07 2.61 0.114 2.83 2.76 0.089 2.8TMP16401 1988 4 2 23 57 43.8200 -69.5300 2.27 0.38 2.27 0.38 2.2TMP16442 1988 4 24 1 14 46.0150 -64.9160 3.2 0.065 3.23 0.105 3.41 3.18 0.083 3.2TMP16486 1988 5 9 1 23 47.0000 -66.6000 3.06 0.066 3.03 0.109 3.23 3.07 0.084 3.1TMP16493 1988 5 15 6 10 45.1560 -75.6070 2.85 0.068 2.79 0.113 3 2.86 0.086 2.9TMP16627 1988 8 2 4 25 41.3000 -72.0300 2.56 0.371 2.56 0.371 2.5

TMP16634 1988 8 9 13 57 45.0070 -74.9930 2.77 0.07 2.76 0.113 2.97 2.76 0.089 2.8TMP16669 1988 8 26 5 59 46.9900 -66.5900 3.48 0.064 3.44 0.104 3.61 3.49 0.082 3.5TMP16756 1988 10 20 13 9 44.5500 -71.1800 3.41 0.063 3.37 0.104 3.55 3.39 0.082 3.4 3.64 0.353 3.6TMP16804 1988 11 22 4 40 44.5220 -71.2960 2.66 0.368 2.66 0.368 2.6TMP16895 1988 12 13 9 34 43.7900 -71.2200 2.27 0.38 2.27 0.38 2.2TMP16925 1988 12 28 6 28 44.7020 -69.4780 3.45 0.354 3.45 0.354 3.4TMP16967 1989 1 19 21 36 48.0630 -71.0080 3.16 0.066 3.11 0.107 3.3 3.18 0.083 3.2TMP16995 1989 1 31 14 39 47.4420 -70.6710 2.72 0.07 2.61 0.114 2.83 2.76 0.089 2.8TMP17016 1989 2 10 1 4 50.0740 -64.6540 3.85 0.064 3.78 0.105 3.91 3.87 0.082 3.8 3.84 0.352 3.8TMP17069 1989 3 9 9 41 47.7170 -69.8570 3.71 0.065 3.63 0.105 3.78 3.74 0.082 3.7TMP17118 1989 4 6 2 35 44.5250 -71.2720 3.35 0.355 3.35 0.355 3.3

B-331
Table B-3

Approximate Moment Magnitude Data

Composite

TID Year Month Day Hour Minute Latitude Longitude E[M] SigM E[M]

Sigma

M

Reported

M E[M]

Sigma

M

Reported

M E[M]

Sigma

M

Reported

 M

Atkinson

 (2004)

Boatwright

 (1994)

Moulis (2002)

TMP17132 1989 4 15 16 35 43.4600 -71.5600 2.17 0.384 2.17 0.384 2.1TMP17192 1989 5 22 8 7 43.9400 -70.4300 2.37 0.377 2.37 0.377 2.3TMP17297 1989 7 15 13 14 43.4700 -71.5600 2.27 0.38 2.27 0.38 2.2TMP17352 1989 8 10 21 17 46.6600 -65.7880 3.18 0.065 3.16 0.106 3.35 3.18 0.083 3.2TMP17363 1989 8 17 10 46 44.8200 -69.7200 1.87 0.395 1.87 0.395 1.8TMP17378 1989 8 24 15 56 41.6140 -70.8990 2.96 0.361 2.96 0.361 2.9TMP17429 1989 9 17 21 21 46.1000 -68.0200 1.87 0.395 1.87 0.395 1.8TMP17447 1989 10 2 17 7 45.2700 -70.2300 2.27 0.38 2.27 0.38 2.2

TMP17464 1989 10 13 14 4 47.3930 -70.1330 2.96 0.067 2.93 0.111 3.14 2.97 0.084 3TMP17480 1989 10 21 20 29 43.2910 -71.9100 2.76 0.365 2.76 0.365 2.7TMP17495 1989 11 1 17 2 42.9500 -74.9900 2.86 0.363 2.86 0.363 2.8TMP17504 1989 11 4 23 25 46.2160 -75.7230 2.76 0.069 2.54 0.114 2.76 2.86 0.086 2.9TMP17519 1989 11 16 9 24 46.5760 -76.6020 3.53 0.064 3.4 0.104 3.57 3.61 0.082 3.6TMP17529 1989 11 22 23 2 47.4550 -70.3450 2.93 0.067 2.85 0.112 3.06 2.97 0.084 3TMP17551 1989 12 8 18 8 44.4400 -70.6300 1.87 0.395 1.87 0.395 1.8TMP17628 1990 1 19 0 20 43.3400 -71.3600 2.27 0.38 2.27 0.38 2.2

TMP17632 1990 1 23 0 41 42.5230 -71.5440 2.66 0.368 2.66 0.368 2.6TMP17734 1990 3 3 2 6 47.8560 -69.9770 3.33 0.065 3.21 0.106 3.4 3.39 0.082 3.4TMP17755 1990 3 13 19 10 47.5340 -70.1360 2.71 0.07 2.6 0.114 2.82 2.76 0.089 2.8TMP17829 1990 4 21 1 23 47.5530 -70.0700 2.74 0.07 2.66 0.113 2.88 2.76 0.089 2.8TMP17833 1990 4 23 0 28 47.4090 -70.1790 2.61 0.072 2.5 0.114 2.72 2.67 0.093 2.7TMP18000 1990 7 27 18 10 44.8160 -72.5710 2.66 0.368 2.66 0.368 2.6TMP18007 1990 7 31 5 33 45.3845 -69.4817 1.68 0.404 1.68 0.404 1.6TMP18025 1990 8 10 5 21 44.2800 -70.6500 2.07 0.387 2.07 0.387 2TMP18036 1990 8 15 7 35 43.3300 -71.3700 2.27 0.38 2.27 0.38 2.2

TMP18055 1990 8 23 3 56 43.8308 -70.5083 2.17 0.384 2.17 0.384 2.1TMP18065 1990 8 27 6 39 43.3088 -71.6128 2.17 0.384 2.17 0.384 2.1TMP18088 1990 9 9 14 0 45.1800 -69.1100 1.78 0.4 1.78 0.4 1.7TMP18100 1990 9 17 23 1 43.3977 -71.5365 2.37 0.377 2.37 0.377 2.3TMP18130 1990 9 27 17 31 43.5000 -71.5900 2.46 0.374 2.46 0.374 2.4TMP18149 1990 10 7 8 47 46.3140 -75.1950 3.51 0.065 3.32 0.105 3.5 3.61 0.082 3.6TMP18187 1990 10 21 13 38 47.3980 -70.3640 2.81 0.068 2.69 0.113 2.91 2.86 0.086 2.9TMP18191 1990 10 23 1 34 39.5120 -75.5060 3.35 0.355 3.35 0.355 3.3TMP18307 1990 12 18 7 10 47.2630 -70.3360 2.9 0.067 2.77 0.113 2.98 2.97 0.084 3TMP18408 1991 2 16 21 46 44.7100 -74.0800 2.86 0.363 2.86 0.363 2.8TMP18497 1991 4 12 11 12 41.1510 -73.6530 2.56 0.371 2.56 0.371 2.5TMP18582 1991 5 23 7 37 44.8507 -68.1473 2.27 0.38 2.27 0.38 2.2

B-332
Table B-3

Approximate Moment Magnitude Data

Composite

TID Year Month Day Hour Minute Latitude Longitude E[M] SigM E[M]

Sigma

M

Reported

M E[M]

Sigma

M

Reported

M E[M]

Sigma

M

Reported

 M

Atkinson

 (2004)

Boatwright

 (1994)

Moulis (2002)

TMP18602 1991 6 3 13 28 41.0515 -71.4440 2.46 0.374 2.46 0.374 2.4TMP18625 1991 6 17 8 53 42.5840 -74.6450 3.94 0.353 3.94 0.353 3.9TMP18687 1991 7 24 3 33 43.3227 -71.5367 2.37 0.377 2.37 0.377 2.3TMP18740 1991 9 2 10 57 42.4907 -74.2090 2.96 0.361 2.96 0.361 2.9TMP18741 1991 9 3 1 3 44.0633 -71.3767 2.27 0.38 2.27 0.38 2.2TMP18742 1991 9 3 16 32 42.9395 -71.5115 2.76 0.365 2.76 0.365 2.7TMP18821 1991 10 28 20 58 41.0220 -73.5820 2.27 0.38 2.27 0.38 2.2TMP19055 1992 3 10 23 50 41.0180 -72.1340 3.15 0.357 3.15 0.357 3.1TMP19084 1992 3 23 10 1 43.4970 -71.6490 2.56 0.371 2.56 0.371 2.5TMP19148 1992 5 8 7 20 45.1800 -69.1320 2.76 0.365 2.76 0.365 2.7

TMP19155 1992 5 15 20 34 43.5283 -71.5875 2.37 0.377 2.37 0.377 2.3TMP19190 1992 6 7 8 59 42.5780 -74.1770 2.66 0.368 2.66 0.368 2.6

TMP19302 1992 8 26 23 4 43.2457 -71.6557 2.37 0.377 2.37 0.377 2.3TMP19317 1992 9 9 19 0 43.3418 -71.5480 2.86 0.363 2.86 0.363 2.8

TMP19337 1992 10 2 8 35 42.7552 -70.9995 2.37 0.377 2.37 0.377 2.3TMP19349 1992 10 6 15 38 43.3390 -71.5590 3.15 0.357 3.15 0.357 3.1TMP19350 1992 10 6 17 5 43.3000 -71.5700 2.46 0.374 2.46 0.374 2.4TMP19701 1993 5 15 16 12 40.3073 -74.3913 2.86 0.363 2.86 0.363 2.8TMP19796 1993 7 10 21 6 43.9240 -69.3170 3.05 0.359 3.05 0.359 3TMP19824 1993 7 22 10 1 42.1000 -70.9300 2.56 0.371 2.56 0.371 2.5TMP19837 1993 7 30 22 30 45.2560 -74.1200 3.64 0.353 3.64 0.353 3.6TMP20308 1994 5 22 16 52 43.3962 -70.8965 2.27 0.38 2.27 0.38 2.2TMP20332 1994 6 14 3 6 42.5460 -70.0833 2.37 0.377 2.37 0.377 2.3TMP20430 1994 9 5 14 13 43.8610 -69.2320 2.86 0.363 2.86 0.363 2.8TMP20445 1994 9 16 4 22 45.3275 -68.1968 3.55 0.353 3.55 0.353 3.5TMP20459 1994 9 22 10 12 45.3542 -68.2027 2.07 0.387 2.07 0.387 2TMP20472 1994 9 25 0 53 47.7670 -69.9630 3.64 0.353 3.64 0.353 3.6TMP20480 1994 9 29 5 43 43.8500 -71.3700 2.76 0.365 2.76 0.365 2.7TMP20481 1994 9 29 22 49 43.7440 -74.1350 2.76 0.365 2.76 0.365 2.7TMP20485 1994 10 2 11 27 42.3470 -72.2770 2.66 0.368 2.66 0.368 2.6TMP20486 1994 10 2 12 38 42.4150 -72.2090 1.78 0.4 1.78 0.4 1.7

TMP20487 1994 10 2 14 36 42.3600 -72.2180 3.05 0.359 3.05 0.359 3TMP20494 1994 10 6 0 34 42.4000 -72.2000 2.46 0.374 2.46 0.374 2.4TMP20548 1994 11 18 11 22 43.7807 -70.9182 2.37 0.377 2.37 0.377 2.3TMP20549 1994 11 20 19 33 44.2920 -70.5370 3.05 0.359 3.05 0.359 3TMP20680 1995 2 12 16 44 44.1900 -70.1900 2.56 0.371 2.56 0.371 2.5TMP20708 1995 2 17 1 13 44.1728 -70.2357 2.46 0.374 2.46 0.374 2.4

B-333
Table B-3

Approximate Moment Magnitude Data

Composite

TID Year Month Day Hour Minute Latitude Longitude E[M] SigM E[M]

Sigma

M

Reported

M E[M]

Sigma

M

Reported

M E[M]

Sigma

M

Reported

 M

Atkinson

 (2004)

Boatwright

 (1994)

Moulis (2002)

TMP20747 1995 3 7 10 19 44.7240 -67.6970 2.46 0.374 2.46 0.374 2.4TMP20768 1995 3 18 14 24 43.3357 -71.6380 2.37 0.377 2.37 0.377 2.3TMP20818 1995 4 11 15 59 44.4435 -68.7423 2.37 0.377 2.37 0.377 2.3TMP20884 1995 5 6 7 51 47.0000 -66.6000 3.35 0.355 3.35 0.355 3.3

TMP20888 1995 5 7 6 15 43.3960 -70.9302 1.97 0.391 1.97 0.391 1.9

TMP20905 1995 5 26 18 36 43.8100 -70.6700 2.76 0.365 2.76 0.365 2.7TMP20910 1995 5 28 19 23 44.6593 -68.2407 2.07 0.387 2.07 0.387 2TMP21028 1995 8 19 10 6 43.7550 -69.4460 2.66 0.368 2.66 0.368 2.6TMP21119 1995 9 30 3 17 43.3220 -71.6340 2.46 0.374 2.46 0.374 2.4TMP21139 1995 10 9 20 11 42.7137 -71.7803 2.66 0.368 2.66 0.368 2.6TMP21431 1996 3 22 20 22 41.7200 -71.3000 3.05 0.359 3.05 0.359 3TMP21487 1996 4 22 10 44 41.6803 -71.0615 2.56 0.371 2.56 0.371 2.5TMP21490 1996 4 24 20 46 44.5070 -70.1000 2.76 0.365 2.76 0.365 2.7TMP21503 1996 5 1 6 13 44.4420 -69.9530 2.86 0.363 2.86 0.363 2.8

TMP21508 1996 5 3 17 38 44.4470 -69.9530 2.86 0.363 2.86 0.363 2.8TMP21552 1996 5 29 5 47 43.7500 -71.2300 2.27 0.38 2.27 0.38 2.2

TMP21742 1996 9 2 9 28 46.0120 -66.1970 2.96 0.361 2.96 0.361 2.9

TMP21769 1996 9 20 1 35 42.3827 -72.2777 2.56 0.371 2.56 0.371 2.5TMP21930 1996 12 12 19 13 43.6687 -71.3092 2.56 0.371 2.56 0.371 2.5TMP21973 1997 1 4 13 38 43.7952 -69.1875 2.17 0.384 2.17 0.384 2.1TMP22162 1997 4 3 4 44 45.9690 -72.3310 3.05 0.359 3.05 0.359 3

TMP22217 1997 4 29 9 23 44.5445 -70.2917 2.66 0.368 2.66 0.368 2.6TMP22629 1997 11 1 21 1 42.7793 -70.0237 3.25 0.356 3.25 0.356 3.2TMP22779 1998 1 8 4 34 42.8550 -70.0400 3.15 0.357 3.15 0.357 3.1

TMP23105 1998 6 9 8 53 44.7500 -73.7200 3.55 0.353 3.55 0.353 3.5

TMP23126 1998 6 17 20 6 45.9480 -74.8970 2.19 0.12 2.19 0.12 2.41TMP23163 1998 7 7 9 41 43.2200 -71.6800 2.56 0.371 2.56 0.371 2.5

TMP23180 1998 7 13 14 20 49.3620 -66.1420 2.63 0.113 2.63 0.113 2.85TMP23184 1998 7 15 7 8 47.0290 -66.6180 3.66 0.1 3.6 0.105 3.76 4.04 0.353 4TMP23215 1998 7 30 10 29 46.1900 -74.8000 2.02 0.126 2.02 0.126 2.24TMP23242 1998 8 8 8 23 49.0480 -68.3300 2.35 0.116 2.35 0.116 2.57TMP23304 1998 9 5 5 19 44.3475 -68.6405 2.76 0.365 2.76 0.365 2.7

TMP23331 1998 9 16 7 49 44.9240 -67.2060 2.96 0.361 2.96 0.361 2.9TMP23336 1998 9 18 21 30 49.0640 -67.5860 2.86 0.112 2.86 0.112 3.07TMP23349 1998 9 29 1 3 45.8760 -75.3510 2.2 0.119 2.2 0.119 2.42TMP23369 1998 10 5 9 22 45.1420 -75.5190 1.9 0.131 1.9 0.131 2.12TMP23396 1998 10 21 7 44 47.5580 -70.2840 1.92 0.13 1.92 0.13 2.14

B-334
Table B-3

Approximate Moment Magnitude Data

Composite

TID Year Month Day Hour Minute Latitude Longitude E[M] SigM E[M]

Sigma

M

Reported

M E[M]

Sigma

M

Reported

M E[M]

Sigma

M

Reported

 M

Atkinson

 (2004)

Boatwright

 (1994)

Moulis (2002)

TMP23402 1998 10 22 9 43 49.3400 -66.8800 3.32 0.105 3.32 0.105 3.5TMP23511 1998 12 25 13 30 43.8270 -77.9130 2.78 0.113 2.78 0.113 2.99TMP23545 1999 1 10 10 52 42.8416 -70.9788 3.15 0.357 3.15 0.357 3.1TMP23546 1999 1 10 15 20 42.8400 -70.9950 3.15 0.357 3.15 0.357 3.1TMP23558 1999 1 14 6 11 42.8425 -70.9772 2.56 0.371 2.56 0.371 2.5TMP23574 1999 1 19 6 23 45.4380 -74.5340 2.47 0.114 2.47 0.114 2.69TMP23581 1999 1 22 4 27 49.1330 -67.0920 2.95 0.11 2.95 0.11 3.16TMP23649 1999 2 23 1 10 48.0180 -70.6740 2.29 0.117 2.29 0.117 2.51TMP23660 1999 2 26 3 38 44.6200 -69.6660 3.48 0.1 3.43 0.104 3.6 3.74 0.352 3.7TMP23672 1999 3 8 11 38 46.0380 -74.9920 2.23 0.119 2.23 0.119 2.45TMP23676 1999 3 9 12 7 44.7690 -73.8260 2.86 0.363 2.86 0.363 2.8TMP23679 1999 3 12 9 58 40.0200 -72.1700 2.5 0.109 2.45 0.115 2.67 2.66 0.368 2.6TMP23689 1999 3 15 14 32 45.8860 -74.3810 2.23 0.119 2.23 0.119 2.45TMP23745 1999 3 17 8 55 49.6200 -66.3200 2.31 0.117 2.31 0.117 2.53TMP23781 1999 3 25 14 6 45.9600 -74.8600 2.44 0.115 2.44 0.115 2.66TMP23907 1999 5 17 23 36 43.6293 -72.2872 2.27 0.38 2.27 0.38 2.2TMP23987 1999 6 18 23 19 46.4690 -75.1040 2.78 0.113 2.78 0.113 2.99TMP24069 1999 7 26 17 35 47.4800 -70.1200 2.22 0.119 2.22 0.119 2.44TMP24073 1999 7 27 12 23 46.5710 -68.9970 2.96 0.361 2.96 0.361 2.9TMP24078 1999 7 29 19 12 43.5300 -79.3500 2.08 0.124 2.08 0.124 2.3TMP24116 1999 8 15 17 12 46.2760 -75.5770 2.05 0.125 2.05 0.125 2.27TMP24197 1999 10 2 9 45 47.4170 -70.1180 2.4 0.115 2.4 0.115 2.62TMP24199 1999 10 2 14 37 49.0220 -67.5610 2.05 0.125 2.05 0.125 2.27TMP24228 1999 10 13 10 8 42.5245 -71.5042 2.96 0.361 2.96 0.361 2.9TMP24270 1999 10 28 1 52 47.7100 -69.8640 2.21 0.119 2.21 0.119 2.43TMP24287 1999 10 31 20 14 45.8560 -74.3040 3.26 0.105 3.26 0.105 3.44TMP24376 1999 11 26 22 33 43.7060 -78.9920 3 0.109 3 0.109 3.2TMP24465 1999 12 21 9 17 46.7850 -76.6040 2.32 0.116 2.32 0.116 2.54TMP24488 1999 12 25 0 21 44.9400 -69.3700 3.25 0.356 3.25 0.356 3.2TMP24527 2000 1 3 21 5 44.3350 -70.2340 3.12 0.103 3.07 0.108 3.27 3.35 0.355 3.3TMP24544 2000 1 8 1 25 49.5560 -66.7600 2.26 0.118 2.26 0.118 2.48TMP24575 2000 1 15 4 50 47.4460 -70.2330 2.3 0.117 2.3 0.117 2.52TMP24580 2000 1 17 8 16 44.6320 -70.4730 3.28 0.101 3.24 0.105 3.42 3.55 0.353 3.5TMP24592 2000 1 21 5 59 42.9900 -71.1800 2.86 0.363 2.86 0.363 2.8TMP24601 2000 1 23 10 5 47.4350 -70.5410 2.03 0.126 2.03 0.126 2.25TMP24618 2000 1 27 14 49 42.9990 -71.1820 3.05 0.359 3.05 0.359 3TMP24620 2000 1 27 15 30 43.0200 -71.2700 2.56 0.371 2.56 0.371 2.5

B-335
Table B-3

Approximate Moment Magnitude Data

Composite

TID Year Month Day Hour Minute Latitude Longitude E[M] SigM E[M]

Sigma

M

Reported

M E[M]

Sigma

M

Reported

M E[M]

Sigma

M

Reported

 M

Atkinson

 (2004)

Boatwright

 (1994)

Moulis (2002)

TMP24660 2000 2 7 2 36 45.9710 -75.4440 2.34 0.116 2.34 0.116 2.56TMP24661 2000 2 7 11 59 49.0710 -66.9910 2.45 0.115 2.45 0.115 2.67TMP24810 2000 3 20 1 4 46.5440 -76.6410 2.65 0.113 2.65 0.113 2.87TMP24870 2000 4 5 8 19 46.5210 -72.2850 2.5 0.114 2.5 0.114 2.72TMP25190 2000 6 15 9 25 47.6730 -69.7620 3.09 0.107 3.09 0.107 3.29TMP25197 2000 6 16 4 2 42.1000 -72.8200 3.35 0.355 3.35 0.355 3.3TMP25260 2000 6 29 8 15 46.9100 -70.7710 2.7 0.113 2.7 0.113 2.92TMP25286 2000 7 3 11 1 47.4310 -70.1580 1.87 0.132 1.87 0.132 2.09TMP25329 2000 7 12 15 1 47.5620 -71.0640 3.48 0.104 3.48 0.104 3.65TMP25330 2000 7 12 15 6 47.5510 -71.0780 2.9 0.111 2.9 0.111 3.11TMP25432 2000 8 6 6 21 44.3320 -74.4620 2.57 0.109 2.49 0.114 2.71 3.05 0.359 3TMP25435 2000 8 6 8 52 46.1940 -74.9720 3.45 0.104 3.45 0.104 3.62TMP25491 2000 8 16 11 52 47.7880 -69.9280 1.93 0.13 1.93 0.13 2.15TMP25524 2000 8 22 5 45 41.6740 -73.6340 2.76 0.365 2.76 0.365 2.7TMP25592 2000 9 7 10 7 44.4040 -69.5190 3.25 0.356 3.25 0.356 3.2TMP25652 2000 9 20 4 59 43.9890 -73.2270 2.37 0.377 2.37 0.377 2.3TMP25666 2000 9 21 20 26 47.4900 -69.9800 2.15 0.121 2.15 0.121 2.37TMP25692 2000 9 27 12 42 47.4650 -70.0320 2.62 0.113 2.62 0.113 2.84TMP25728 2000 10 6 13 59 45.0970 -74.0190 3 0.109 3 0.109 3.2TMP25748 2000 10 10 19 46 46.2800 -76.9000 2.26 0.118 2.26 0.118 2.48TMP25800 2000 10 23 10 3 45.8200 -77.3500 1.99 0.127 1.99 0.127 2.21TMP25893 2000 11 10 7 40 45.7370 -75.3000 2.5 0.114 2.5 0.114 2.72TMP26140 2001 1 14 11 3 45.9400 -74.9700 2.53 0.114 2.53 0.114 2.75TMP26275 2001 2 6 14 44 46.0460 -75.0050 2.52 0.114 2.52 0.114 2.74TMP26468 2001 3 19 10 40 47.0450 -76.2770 3.16 0.106 3.16 0.106 3.35TMP26493 2001 3 24 11 57 50.0330 -63.3480 3.79 0.105 3.79 0.105 3.92TMP26576 2001 4 11 21 30 46.9100 -76.9500 2.88 0.112 2.88 0.112 3.09TMP26835 2001 5 22 0 31 47.6600 -69.9200 3.43 0.104 3.43 0.104 3.6TMP26993 2001 6 12 16 45 47.0050 -76.3610 2.76 0.113 2.76 0.113 2.97TMP27430 2001 8 18 9 41 49.6100 -66.5150 2.29 0.117 2.29 0.117 2.51TMP27646 2001 9 15 15 14 59.2000 -71.3900 3.34 0.105 3.34 0.105 3.52TMP27649 2001 9 16 6 20 50.6440 -63.3290 3.11 0.107 3.11 0.107 3.3TMP27758 2001 10 2 23 40 44.2870 -71.8260 3.05 0.359 3.05 0.359 3TMP27865 2001 10 27 5 42 40.8900 -73.9700 2.86 0.363 2.86 0.363 2.8TMP27968 2001 11 10 5 18 46.4400 -76.3200 2.43 0.115 2.43 0.115 2.65TMP28003 2001 11 14 20 21 46.5100 -77.3700 2.45 0.115 2.45 0.115 2.67TMP28006 2001 11 15 7 6 46.7400 -76.1200 2.38 0.115 2.38 0.115 2.6

B-336
Table B-3

Approximate Moment Magnitude Data

Composite

TID Year Month Day Hour Minute Latitude Longitude E[M] SigM E[M]

Sigma

M

Reported

M E[M]

Sigma

M

Reported

M E[M]

Sigma

M

Reported

 M

Atkinson

 (2004)

Boatwright

 (1994)

Moulis (2002)

TMP28219 2001 12 24 16 58 46.8720 -76.4940 2.98 0.11 2.98 0.11 3.18TMP28236 2001 12 27 20 54 45.0400 -68.1600 2.66 0.368 2.66 0.368 2.6TMP28364 2002 1 20 14 11 49.4870 -66.9540 3.3 0.105 3.3 0.105 3.48TMP28514 2002 2 11 11 41 46.0630 -73.4580 3.13 0.107 3.13 0.107 3.32TMP28622 2002 2 24 21 38 45.2860 -75.1740 2.44 0.115 2.44 0.115 2.66TMP28633 2002 2 25 18 6 44.5300 -68.8500 2.07 0.387 2.07 0.387 2TMP28685 2002 3 6 11 9 41.7100 -71.3500 2.37 0.377 2.37 0.377 2.3TMP28726 2002 3 12 7 13 41.1890 -69.1160 3.15 0.357 3.15 0.357 3.1TMP29076 2002 4 20 11 4 44.5810 -73.7260 3.43 0.1 3.37 0.104 3.55 3.74 0.352 3.7TMP29077 2002 4 20 11 8 44.5010 -73.7040 2.44 0.115 2.44 0.115 2.66TMP29078 2002 4 20 11 45 44.5800 -73.6900 2.32 0.116 2.32 0.116 2.54TMP29112 2002 4 25 12 51 46.2200 -72.7300 2.34 0.116 2.34 0.116 2.56TMP29172 2002 5 3 17 7 46.1060 -75.0250 2.19 0.12 2.19 0.12 2.41TMP29234 2002 5 11 20 51 44.9260 -69.0780 3.35 0.355 3.35 0.355 3.3TMP29249 2002 5 14 7 26 47.6600 -69.9700 2.56 0.08 2.55 0.114 2.77TMP29327 2002 5 24 23 45 44.5040 -73.6750 3.01 0.106 2.92 0.111 3.13 3.64 0.353 3.6TMP29345 2002 5 28 9 15 45.6260 -76.6230 2.77 0.113 2.77 0.113 2.98TMP29381 2002 6 1 11 35 45.5890 -73.8590 2.46 0.114 2.46 0.114 2.68TMP29412 2002 6 7 10 16 42.1600 -71.5600 2.37 0.377 2.37 0.377 2.3TMP29519 2002 6 25 13 40 44.5000 -73.7000 2.85 0.107 2.8 0.112 3.01 3.05 0.359 3TMP29604 2002 7 11 21 53 40.3500 -70.7900 3.05 0.359 3.05 0.359 3TMP29617 2002 7 15 22 44 41.8700 -70.2200 2.46 0.374 2.46 0.374 2.4TMP29671 2002 7 23 2 8 49.5940 -66.9530 3.32 0.105 3.32 0.105 3.5TMP29836 2002 8 17 5 53 47.3320 -70.5140 3.04 0.109 3.04 0.109 3.24TMP29887 2002 8 24 6 47 47.4320 -74.8760 2.6 0.114 2.6 0.114 2.82TMP29975 2002 9 7 21 27 46.9570 -76.2900 2.86 0.112 2.86 0.112 3.07TMP30105 2002 9 28 23 47 42.8700 -71.7300 3.25 0.356 3.25 0.356 3.2

B-337

BIBLIOGRAPHIC DATA SHEET

(See instructions on the reverse)

NRC FORM 335

(12-2010)

NRCMD 3.7

U.S. NUCLEAR REGULATORY COMMISSION 1. REPORT NUMBER

 (Assigned by NRC, Add Vol., Supp., Rev.,

 and Addendum Numbers, if any.)

NUREG-2115

Vol. 4

3. DATE REPORT PUBLISHED

MONTH

January

YEAR

2012

4. FIN OR GRANT NUMBER

K6877

2. TITLE AND SUBTITLE

Central and Eastern United States Seismic Source Characterization for Nuclear Facilities

Volume 4: Appendices A and B

5. AUTHOR(S)

G. Stirewalt (NRC), L. Salomone (Savannah River Nuclear Solutions, LLC), S. McDuffie (DOE),

K. Coppersmith (Coppersmith Consulting, Inc), Fugro William Lettis & Associates, Inc.: C. Fuller,

R. Hartleb, W. Lettis, S. Lindvall, R. McGuire, G. Toro, D. Slayter, R. Cumbest, A. Shumway, F.

Syms, AMEC Geomatrix, Inc: L. Glaser, K. Hanson, R. Youngs, S. Bozkurt, V. Montaldo Falero,

R. Perman, R. McGuire (Risk Engineering), M. Tuttle (M. Tuttle & Associates)

6. TYPE OF REPORT

Technical

7. PERIOD COVERED (Inclusive Dates)

8. PERFORMING ORGANIZATION - NAME AND ADDRESS (If NRC, provide Division, Office or Region, U.S. Nuclear Regulatory Commission, and mailing address; if contractor,

U.S. Nuclear Regulatory Commission, Office of Nuclear Regulatory Research, Washington DC 20555

9. SPONSORING ORGANIZATION - NAME AND ADDRESS (If NRC, type "Same as above"; if contractor, provide NRC Division, Office or Region, U.S. Nuclear Regulatory Commission, 

U.S. Nuclear Regulatory Commission, Office of Nuclear Regulatory Research, Washington DC 20555

provide name and mailing address.)

and mailing address.)

10. SUPPLEMENTARY NOTES

11. ABSTRACT (200 words or less)

This report describes a new seismic source characterization (SSC) model for the Central and Eastern United States (CEUS). It

will replace the Seismic Hazard Methodology for the Central and Eastern United States, EPRI Report NP-4726 (July 1986) and

the Seismic Hazard Characterization of 69 Nuclear Plant Sites East of the Rocky Mountains, Lawrence Livermore National

Laboratory Model, (Bernreuter et al., 1989). The objective of the CEUS SSC Project is to develop a new seismic source model

for the CEUS using a Senior Seismic Hazard Analysis Committee (SSHAC) Level 3 assessment process. The goal of the

SSHAC process is to represent the center, body, and range of technically defensible interpretations of the available data,

models, and methods. Input to a probabilistic seismic hazard analysis (PSHA) consists of both seismic source characterization

and ground motion characterization. These two components are used to calculate probabilistic hazard results (or seismic hazard

curves) at a particular site. This report provides a new seismic source model.

12. KEY WORDS/DESCRIPTORS (List words or phrases that will assist researchers in locating the report.)

Probabilistic seismic hazard analysis (PSHA)

Seismic source characterization (SSC)

Seismic source characterization model

Central and Eastern United States (CEUS)

14. SECURITY CLASSIFICATION

13. AVAILABILITY STATEMENT

unlimited

(This Page)

unclassified

(This Report)

unclassified

15. NUMBER OF PAGES

16. PRICE

NRC FORM 335 (12-2010)

U.S. Department of Energy, 1000 Independence Avenue SW, Washington DC 20585

Electric Power Research Institute, 3420 Hillview Avenue, Palo Alto, CA 94304

U.S. Department of Energy, 1000 Independence Avenue SW, Washington DC 20585

Electric Power Research Institute, 3420 Hillview Avenue, Palo Alto, CA 94304