OCS Study 

MMS 2006-046 

Effects of Oil and Gas Exploration 

and Development at Selected Continental 

Slope Sites in the Gulf of Mexico

Volume III: Appendices 

U.S. Department of the Interior

Minerals Management Service 

Gulf of Mexico OCS Region 
U.S. Department of the Interior

Minerals Management Service 

Gulf of Mexico OCS Region 

OCS Study 

MMS 2006-046 

Effects of Oil and Gas Exploration 

and Development at Selected Continental 

Slope Sites in the Gulf of Mexico 

Volume III: Appendices 

Author 

Continental Shelf Associates, Inc. 

Prepared under MMS Contract 

1435-01-00-CT-31034 

by 

Continental Shelf Associates, Inc. 

759 Parkway Street 

Jupiter, Florida 33477-9596 

Published by 

New Orleans

July 2006 
iii 

Disclaimer 

This report was prepared under contract between the Minerals Management Service (MMS) and 

Continental Shelf Associates, Inc. This report has been technically reviewed by the MMS and 

has been approved for publication. Approval does not signify that the contents necessarily reflect 

the views or policies of the MMS, nor does mention of trade names or commercial products 

constitute endorsement or recommendation for use. It is, however, exempt from review and 

compliance with MMS editorial standards. 

Report Availability 

Extra copies of this report may be obtained from the Public Information Office at the following 

address: 

U.S. Department of the Interior 

Minerals Management Service 

Gulf of Mexico OCS Region 

Public Information Office (MS 5034) 

1201 Elmwood Park Boulevard 

New Orleans, LA 70123-2394 

Telephone: (504) 736-2519 or 

1-800-200-GULF 

Citation 

Suggested citation: 

Continental Shelf Associates, Inc. 2006. Effects of Oil and Gas Exploration and Development at 

Selected Continental Slope Sites in the Gulf of Mexico. Volume III: Appendices. 

U.S. Department of the Interior, Minerals Management Service, Gulf of Mexico OCS 

Region, New Orleans, LA. OCS Study MMS 2006-046. 938 pp. 
v 

Acknowledgments 

The program was conducted by a large, multidisciplinary team under the direction of Continental 

Shelf Associates, Inc. (CSA). David Gettleson was the program manager and Alan Hart served as 

deputy program manager and data manager. Neal Phillips was the scientific editor for the final 

report. Principal investigators are acknowledged at the head of each report chapter in Volume II 

(Technical Report). 

We appreciate the assistance of MMS staff including Greg Boland (Contracting Officer’s 

Technical Representative), Mary Boatman (Technical Performance Evaluation Committee), 

Debra Bridge (Contracting Officer), and Tom Ahlfeld. Jill Leale with the MMS Mapping & 

Automation Unit provided historical well data and georeferenced maps of well locations based on 

the MMS Technical Information Management System. 

Drilling discharge data were kindly provided by Vince Cottone (ChevronTexaco) and Kent 

Satterlee, Ellen Polanski, and Jane Chady (Shell). Joe Smith (ExxonMobil) sent unpublished 

reports that were helpful in drilling discharge calculations. 

The Scientific Review Board consisted of Andy Glickman (ChevronTexaco), Donald Harper 

(Texas A&M University at Galveston), and Jim Ray (Oceanic Environmental Solutions). 

Additional input in the study design was provided by Peter Arnold (independent consultant), 

Maynard Brandsma (Brandsma Engineering), and Woollcott Smith (Temple University). 

We wish to recognize the following individuals for their roles in the field surveys: 

• Jay Northcutt (C&C Technologies) – Project manager, geophysical cruises 

• Tony George (C&C Technologies) – Manager, geophysical interpretation 

• Scott Melancon – Party chief, geophysical Cruises 2A and 3A 

• Tim MacEwan – Senior operator, geophysical Cruise 2A 

• Scott McBay, David Aucoin, and Paige Melancon – Party chiefs, geophysical Cruise 1A 

• Roger Fay (TDI-Brooks International, Inc.) – Chief scientist, chemical/biological cruises 

• Lynwood Powell (CSA) – Field operations manager, chemical/biological Cruises 1B and 2B; 

navigation/post-plotting and geographic information system development 

• Frank Johnson (CSA) – Field operations manager, chemical/biological Cruise 3B 

Other cruise participants including staff from Continental Shelf Associates, Inc., C&C 

Technologies, TDI-Brooks International, Inc., Florida Institute of Technology, and Louisiana 

State University are too numerous to list individually, but their contributions are sincerely 

appreciated. We also wish to acknowledge Wayne Isphording (University of South Alabama) for 

conducting laboratory sediment grain size analyses. 

The CSA document production team included Melody Powell (document production coordinator 

and technical editor), Heidi Glick (technical editor), Suzanne Short (graphics), and Debbie Raffel, 

Karen Stokesbury, Lynanne Rockhill, and Debbie Cannon (word processing). 
vii 

Contents 

Appendix A1 Samples Collected and Transects Completed During Cruises 1B, 2B, 

and 3B 

Appendix A2 Locations of Far-Field Samples and Transects During Cruises 1B, 2B, 

and 3B 

Appendix B1 Well Locations within 10 km of Near-Field and Far-Field Sites 

Appendix B2 Drilling Discharge Calculations for Near-Field Sites 

Appendix C1 Geophysical Survey Report for Cruise 1A 

Appendix C2 Geophysical Survey Report for Cruise 3A 

Appendix C3 Geophysical Survey Report for Cruise 2A 

Appendix D1 Grain Size Data from Cruise 1B 

Appendix D2 Grain Size Data from Cruise 2B 

Appendix D3 Grain Size Data from Cruise 3B 

Appendix E1 Sediment Profile Imaging Data for Cruise 1B (Garden Banks Block 516 

and Viosca Knoll Block 916) 

Appendix E2 Sediment Profile Imaging Results for Cruise 2B (Garden Banks Block 516) 

Appendix E3 Sediment Profile Imaging Results for Cruise 3B (Viosca Knoll Block 916) 

Appendix E4 Plates (Photographs) from Sediment Profile Imaging Surveys at Garden 

Banks Block 516 and Viosca Knoll Block 916 

Appendix F1 Sediment Profile Imaging Data from Garden Banks Block 602 

Appendix F2 Sediment Profile Imaging Data from Mississippi Canyon Block 292 

Appendix G1 Cruise 1B Data for Sediment Metals, Total Organic Carbon, and Redox 

Conditions 

Appendix G2 Cruise 2B Data for Sediment and Tissue Metals, Total Organic Carbon, 

and Redox Conditions 

Appendix G3 Cruise 3B Data for Sediment Metals, Total Organic Carbon, and Redox 

Conditions 

Appendix H Sediment Hydrocarbon Data 

Appendix I1 Taxa Identified in Meiofaunal Samples 

Appendix I2 Taxonomic Listing for the Detailed Macroinfaunal Taxonomic Analysis 

Appendix J1 Sediment Toxicity Testing Data for Batch 1 (Mississippi Canyon 

Block 292) 

Appendix J2 Sediment Toxicity Testing Data for Batch 2 (Garden Banks Block 602) 

Appendix K Additional Synthesis Figures and Analyses 
APPENDIX A1

Samples Collected and Transects Completed 

During Cruises 1B, 2B, and 3B 

A1-1
Table A1-1. Box core samples and subsamples collected during Cruise 1B (October-November 2000). 

Samples Collected 

Zone Box Core Station Date Sampled Latitude Longitude Metals/

TOC* 

Pore 

Water 

Radionuclides Redox Chemistry Grain Size Clay Mineralogy Hyd

carb

Garden Banks Block 516 

Near-field NF-B01 10/28/00 27°29.45’N 92°22.97’W X -- -- X X X X Near-field NF-B02 10/29/00 27°29.42’N 92°23.26’W X -- -- X X X X Near-field NF-B03 10/29/00 27°29.26’N 92°23.15’W X -- -- X X X X Near-field NF-B04 10/29/00 27°29.31’N 92°23.00’W X -- -- X X X X Near-field NF-B05 10/29/00 27°29.54’N 92°23.10’W X -- -- X X X X Near-field NF-B06 10/29/00 27°29.48’N 92°23.15’W X -- -- X X X X Near-field NF-B07 10/29/00 27°29.30’N 92°23.20’W X -- -- X X X X Near-field NF-B08 10/30/00 27°29.30’N 92°23.02’W X -- -- X X X X Near-field NF-B09 10/30/00 27°29.48’N 92°22.97’W X -- -- X X X X Near-field NF-B10 10/30/00 27°29.48’N 92°23.39’W X -- -- X X X X Near-field NF-B11 10/30/00 27°29.13’N 92°23.19’W X -- -- X X X X Near-field NF-B12 10/30/00 27°29.20’N 92°22.94’W X -- -- X X X X 

Far-field 1 FF1-B01 11/1/00 27°27.00’N 92°29.12’W X -- -- X X X X Far-field 1 FF1-B02 11/1/00 27°27.02’N 92°28.96’W X -- -- X X X X Far-field 2 FF2-B01 10/30/00 27°30.64’N 92°16.72’W X X -- X X X X Far-field 2 FF2-B02 10/31/00 27°30.78’N 92°16.63’W X -- -- X X X X Far-field 3 FF3-B01 10/31/00 27°30.90’N 92°15.58’W X -- -- X X X X Far-field 3 FF3-B02 10/31/00 27°30.92’N 92°15.60’W X -- -- X X X X Far-field 4 FF4-B01 10/31/00 27°31.56’N 92°14.14’W X -- -- X X X X Far-field 4 FF4-B02 10/31/00 27°31.60’N 92°14.20’W X -- -- X X X X Far-field 5 FF5-B01 11/1/00 27°31.86’N 92°13.95’W X -- -- X X X X Far-field 5 FF5-B02 11/1/00 27°31.83’N 92°13.88’W X -- -- -- X X X Far-field 6 FF6-B01 11/1/00 27°31.52’N 92°12.70’W X -- X X X X X Far-field 6 FF6-B02 11/1/00 27°31.60’N 92°12.72’W X X -- X X X X 

A1-3
Table A1-1. (Continued). 

Samples Collected 

Zone Box Core Station Date Sampled Latitude Longitude Metals/

TOC* 

Pore 

Water 

Radionuclides Redox Chemistry Grain Size Clay Mineralogy Hyd

carb

Viosca Knoll Block 916 

Near-field NF-B01 11/5/00 29°06.46’N 87°53.17’W X -- -- X X X Near-field NF-B02 11/4/00 29°06.54’N 87°53.36’W X X -- X X X Near-field NF-B03 11/5/00 29°06.39’N 87°53.35’W X -- X X X X Near-field NF-B04 11/5/00 29°06.25’N 87°53.28’W X -- -- X X X Near-field NF-B05 11/5/00 29°06.49’N 87°53.25’W X -- -- X X X Near-field NF-B06 11/5/00 29°06.48’N 87°53.42’W X -- -- X X X Near-field NF-B07 11/5/00 29°06.33’N 87°53.37’W X -- -- X X X Near-field NF-B08 11/5/00 29°06.30’N 87°53.24’W X -- -- X X X Near-field NF-B09 11/7/00 29°06.43’N 87°53.08’W X -- -- X X X Near-field NF-B10 11/7/00 29°06.46’N 87°53.60’W X -- -- X X X Near-field NF-B11 11/7/00 29°06.25’N 87°53.40’W X -- -- X X X Near-field NF-B12 11/7/00 29°06.24’N 87°53.10’W X -- -- X X X 

Far-field 1 FF1-B01 N/A N/A N/A -- -- -- -- -- -- Far-field 1 FF1-B02 N/A N/A N/A -- -- -- -- -- Far-field 2 FF2-B01 11/6/00 29°04.50’N 87°58.99’W X X -- X X X Far-field 2 FF2-B02 11/6/00 29°04.39’N 87°59.08’W X -- -- X X X Far-field 3 FF3-B01 11/6/00 29°08.80’N 87°47.88’W X -- -- X X X Far-field 3 FF3-B02 11/8/00 29°08.83’N 87°47.93’W X -- X X X X Far-field 4 FF4-B01 11/8/00 29°09.90’N 87°46.58’W X -- -- X X X Far-field 4 FF4-B02 11/8/00 29°09.80’N 87°46.63’W X -- -- X X X Far-field 5 FF5-B01 11/8/00 29°10.70’N 87°45.10’W X -- -- X X X Far-field 5 FF5-B02 11/8/00 29°10.59’N 87°45.12’W X -- -- X X X Far-field 6 FF6-B01 11/8/00 29°11.07’N 87°44.03’W X -- -- X X X Far-field 6 FF6-B02 11/8/00 29°11.26’N 87°43.97’W X -- -- X X X 

* TOC = Total organic carbon.  N/A = not applicable (no samples were collected at this location). 

A1-4
Table A1-2. Box core samples and subsamples collected during Cruise 2B (July 2001). 

Samples Collected 

Station Date Latitude Longitude Metals/

TOC* 

Pore

Water 

Radionuclides Redox Chemistry Grain Size Clay Mineralogy Hydro- carbons 

Garden Banks Block 516 

FF6-B01 07/11/01 27o31.65'N 92o13.40'W X X X X X FF6-B02 07/11/01 27o31.65'N 92o12.73'W X X X X X X X FF5-B01 07/12/01 27o31.92'N 92o13.77'W X X X X X FF5-B02 07/12/01 27o31.82'N 92o13.80'W X X X X X FF4-B01 07/12/01 27o31.63'N 92o14.21'W X X X X X FF4-B02 07/12/01 27o31.51'N 92o14.24'W X X X X X FF3-B02 07/12/01 27o30.87'N 92o15.81'W X X X X X FF3-B01 07/12/01 27o30.83'N 92o15.77'W X X X X X FF2-B01 07/12/01 27o30.78'N 92o16.61'W X X X X X FF2-B02 07/12/01 27o30.67'N 92o16.70'W X X X X X NF-B01 07/12/01 27o29.46'N 92o22.99'W X X X X X NF-B02 07/12/01 27o29.55'N 92o23.18'W X X X X X NF-B03 07/12/01 27o29.40'N 92o23.15'W X X X X X NF-B04 07/12/01 27o29.25'N 92o23.11'W X X X X X NF-B05 07/12/01 27o29.50'N 92o23.08'W X X X X X NF-B06 07/13/01 27o29.49'N 92o23.23'W X X X X X NF-B07 07/13/01 27o29.34'N 92o23.19'W X X X X X NF-B08 07/13/01 27o29.30'N 92o23.06'W X X X X X NF-B09 07/13/01 27o29.43'N 92o22.91'W X X X X X NF-B10 07/13/01 27o29.47'N 92o23.41'W X X X X X NF-B11 07/13/01 27o29.26'N 92o23.22'W X X X X X NF-B12 07/13/01 27o29.24'N 92o22.92'W X X X X X 

A1-5
Table A1-2. (Continued). 

Samples Collected 

Station Date Latitude Longitude Metals/

TOC* 

Pore

Water 

Radionuclides Redox Chemistry Grain Size Clay Mineralogy Hydro- carbons 

NF-DS1** 07/13/01 27o29.43'N 92o23.18'W X X X X X NF-DS2** 07/13/01 27o29.46'N 92o23.13'W X X X X X NF-DS3** 07/13/01 27o29.42'N 92o23.10'W X X X X X FF1-B01 07/14/01 27o27.07'N 92o29.07'W X X X X X FF1-B02 07/14/01 27o26.94'N 92o28.98'W X X X X X 

Garden Banks Block 602 

NF-B01 07/14/01 27o22.74'N 92o27.49'W X X X X X NF-B05 07/14/01 27o22.74'N 92o27.46'W X X X X X NF-B09 07/14/01 27o22.76'N 92o27.45'W X X X X X NF-B02 07/14/01 27o22.76'N 92o27.73'W X X X X X NF-B06 07/14/01 27o22.73'N 92o27.70'W X X X X X NF-B10 07/14/01 27o22.66'N 92o27.87'W X X X X X NF-B03 07/14/01 27o22.60'N 92o27.73'W X X X X X NF-B07 07/15/01 27o22.54'N 92o27.70'W X X X X X FF5-B01 07/15/01 27o15.44'N 92o28.16'W X X X X X FF5-B02 07/15/01 27o15.41'N 92o28.18'W X X X X X X X FF4-B01 07/15/01 27o12.77'N 92o31.54'W X X X X X FF4-B02 07/15/01 27o12.83'N 92o31.35'W X X X X X FF1-B01 07/19/01 27o22.66'N 92o36.41'W X X X X X FF1-B02 07/19/01 27o22.76'N 92o36.50'W X X X X X NF-B08 07/19/01 27o22.57'N 92o27.45'W X X X X X NF-B04 07/19/01 27o22.53'N 92o27.59'W X X X X X NF-B11 07/19/01 27o22.45'N 92o27.75'W X X X X X NF-B12 07/19/01 27o22.42'N 92o27.50'W X X X X X 

A1-6
Table A1-2. (Continued). 

Samples Collected 

Station Date Latitude Longitude Metals/

TOC* 

Pore

Water 

Radionuclides Redox Chemistry Grain Size Clay Mineralogy Hydro- carbons 

NF-DS1** 07/19/01 27o22.55'N 92o27.47'W X X X X X NF-DS2** 07/19/01 27o22.59'N 92o27.68'W X X X X X X NF-DS3** 07/19/01 27o22.29'N 92o28.06'W X X X X X FF3-B01 07/19/01 27o13.02'N 92o36.50'W X X X X X FF3-B02 07/19/01 27o13.06'N 92o36.33'W X X X X X FF2-B01 07/19/01 27o17.32'N 92o36.89'W X X X X X FF2-B02 07/19/01 27o17.44'N 92o36.96'W X X X X X FF6-B01 07/20/01 27o22.86'N 92o17.01'W X X X X X 

FF6-B02 07/20/01 27o22.66'N 92o17.05'W X X X X X 

Mississippi Canyon Block 292 

FF1-B01 07/21/01 28o42.26'N 88o48.20'W X X X X X FF1-B02 07/21/01 28o42.29'N 88o48.11'W X X X X X FF2-B01 07/21/01 28o43.92'N 88o47.33'W X X X X X FF2-B02 07/21/01 28o43.75'N 88o47.43'W X X X X X X X FF4-B01 07/21/01 28o47.30'N 88o39.88'W X X X X X FF4-B02 07/22/01 28o47.20'N 88o39.89'W X X X X X FF5-B01 07/22/01 28o48.10'N 88o33.90'W X X X X X FF5-B02 07/22/01 28o48.28'N 88o33.92'W X X X X X NF-B10 07/22/01 28o42.37'N 88o35.90'W X X X X X NF-B06 07/22/01 28o42.32'N 88o35.83'W X X X X X NF-B02 07/22/01 28o42.32'N 88o35.77'W X X X X X NF-B05 07/22/01 28o42.35'N 88o35.67'W X X X X X NF-B07 07/23/01 28o42.16'N 88o35.89'W X X X X X NF-B03 07/23/01 28o42.12'N 88o35.84'W X X X X X NF-B11 07/23/01 28o42.06'N 88o35.90'W X X X X X 

A1-7
Table A1-2. (Continued). 

Samples Collected 

Station Date Latitude Longitude Metals/

TOC* 

Pore

Water 

Radionuclides Redox Chemistry Grain Size Clay Mineralogy Hydro- carbons 

NF-B04 07/23/01 28o42.08'N 88o35.69'W X X X X X FF3-B01 07/23/01 28o48.63'N 88o39.87'W X X X X X FF3-B02 07/23/01 28o48.67'N 88o39.86'W X X X X X NF-B01 07/23/01 28o42.24'N 88o35.63'W X X X X X NF-B08 07/23/01 28o42.23'N 88o35.61'W X X X X X 

NF-B09 07/23/01 28o42.27'N 88o35.45'W X X X X X 

NF-B12 07/23/01 28o42.23'N 88o35.45'W X X X X X NF-DS1** 07/23/01 28o42.18'N 88o35.71'W X X X X X NF-DS2** 07/23/01 28o42.16'N 88o35.69'W X X X X X X NF-DS3** 07/23/01 28o42.15'N 88o35.70'W X X X X X FF6-B01 07/23/01 28o48.82'N 88o33.07'W X X X X X FF6-B02 07/23/01 28o48.71'N 88o33.08'W X X X X X 

* TOC - Total organic carbon. **DS - Discretionary subsurface sediment sample stations. 

A1-8
Table A1-3. Box core samples and subsamples collected during Cruise 3B (August 2002). 

Samples Collected 

Station Date Latitude Longitude Metals/

TOC* 

Pore 

Water Redox Hydro- carbons Grain Size Clay Mineralogy Macro- infauna 

NF-B01 07/08/02 29o06.43'N 87o53.21'W X -- X X X X X NF-B02 07/08/02 29o06.54'N 87o53.42'W X -- X X X X X NF-B03 07/08/02 29o06.33'N 87o53.37'W X -- X X X X X NF-B04 07/08/02 29o06.28'N 87o53.27'W X -- X X X X X NF-B05 08/08/02 29o06.48'N 87o53.24'W X -- X X X X X NF-B06 08/08/02 29o06.41'N 87o53.36'W X -- X X X X X NF-B07 08/08/02 29o06.40'N 87o53.41'W X -- X X X X X NF-B08 08/08/02 29o06.39'N 87o53.28'W X -- X X X X X NF-B09 08/08/02 29o06.46'N 87o53.04'W X -- X X X X X NF-B10 09/08/02 29o06.55'N 87o53.44'W X -- X X X X X NF-B11 09/08/02 29o06.17'N 87o53.34'W X -- X X X X X NF-B12 09/08/02 29o06.39'N 87o53.13'W X -- X X X X X 

NF-DS1 08/08/02 29o06.41'N 87o53.33'W X -- X X X X X NF-DS2 08/08/02 29o06.46'N 87o53.24'W X X X X X X X NF-DS3 08/08/02 29o06.49'N 87o53.16'W X -- X X X X X 

FF1-B01 07/08/02 29o03.30'N 88o02.71'W X -- X X X X X FF1-B02 07/08/02 29o03.28'N 88o02.62'W X -- X X X X FF2-B01 07/08/02 29o04.39'N 87o59.09'W X -- X X X X X FF2-B02 07/08/02 29o04.46'N 87o59.09'W X -- X X X X FF3-B01 09/08/02 29o08.95'N 87o47.85'W X -- X X X X X FF3-B02 09/08/02 29o08.79'N 87o47.88'W X X X X X X FF4-B01 09/08/02 29o09.80'N 87o46.63'W X -- X X X X X FF4-B02 09/08/02 29o09.83'N 87o46.48'W X -- X X X X FF5-B01 09/08/02 29o10.59'N 87o45.08'W X -- X X X X X FF5-B02 09/08/02 29o10.72'N 87o45.09'W X -- X X X X FF6-B01 09/08/02 29o11.17'N 87o44.10'W X -- X X X X X FF6-B02 09/08/02 29o11.19'N 87o44.10'W X -- X X X X 

* TOC = Total organic carbon. 

A1-9
Table A1-4. Sediment profile imaging (SPI) camera transects completed. Only transects 

successfully completed are listed (i.e., acceptable data obtained). 

Start Finish Transect Date Latitude Longitude Latitude Longitude 

Cruise 1B (October-November 2000) 

Garden Banks Block 516 

NF1-SPI 10/28/2000 27°29.22’N 92°22.58’W 27°29.63’N 92°23.24’W 

NF2-SPI 10/28/2000 27°29.28’N 92°22.94’W 27°29.58’N 92°23.35’W 

NF3-SPI 10/29/2000 27°29.18’N 92°23.12’W 27°29.35’N 92°23.29’W 

FF2-SPI 10/30/2000 27°30.62’N 92°16.62’W 27°30.75’N 92°16.77’W 

FF4-SPI 10/31/2000 27°31.44’N 92°14.21’W 27°31.64’N 92°14.23’W 

FF6-SPI 11/01/2000 27°31.46’N 92°12.69’W 27°31.60’N 92°12.85’W 

Viosca Knoll Block 916 

NF1-SPI 11/04/2000 29°06.49’N 87°53.05’W 29°06.39’N 87°53.62’W 

NF2-SPI 11/04/2000 29°06.57’N 87°53.50’W 29°06.23’N 87°53.12’W 

FF2-SPI 11/06/2000 29°04.32’N 87°59.05’W 29°04.51’N 87°59.16’W 

FF4-SPI 11/11/2000 29°09.84’N 87°46.53’W 29°09.68’N 87°46.63’W 

FF6-SPI 11/11/2000 29°11.25’N 87°43.97’W 29°11.06’N 87°44.12’W 

Cruise 2B (July 2001) 

Garden Banks Block 516 

NF1-SPI 07/13/01 27o29.56'N 92o23.05'W 27o29.33'N 92o23.01'W 

NF2-SPI 07/13/01 27o29.65'N 92o23.25'W 27o29.21'N 92o23.30'W 

NF3-SPI 07/13/01 27o29.26'N 92o22.82'W 27o29.63'N 92o23.21'W 

FF3-SPIa 07/12/01 27o30.94'N 92o15.62'W 27o30.85'N 92o15.78'W 

FF4-SPI 07/12/01 27o31.63'N 92o14.17'W 27o31.42'N 92o14.31'W 

FF5-SPI 07/12/01 27o31.98'N 92o13.75'W 27o31.74'N 92o13.90'W 

Garden Banks Block 602 

NF1-SPI 07/14/01 27o22.76'N 92o27.33'W 27o22.76'N 92o27.88'W 

NF2-SPI 07/14/01 27o22.59'N 92o27.34'W 27o22.59'N 92o27.74'W 

NF3-SPI 07/14/01 27o22.46'N 92o27.44'W 27o22.81'N 92o27.44'W 

FF1-SPI 07/18/01 27o22.77'N 92o36.46'W 27o22.58'N 92o36.47'W 

FF4-SPI 07/19/01 27o12.81'N 92o31.30'W 27o12.82'N 92o31.45'W 

FF5-SPI 07/15/01 27o15.59'N 92o28.00'W 27o15.41'N 92o28.21'W 

Mississippi Canyon Block 292 

NF1-SPI 07/22/01 28o42.22'N 88o36.04'W 28o42.41'N 88o35.57'W 

NF2-SPI 07/22/01 28o42.32'N 88o36.02'W 28o42.03'N 88o35.64'W 

FF1-SPI 07/21/01 28o42.20'N 88o48.31'W 28o42.30'N 88o48.16'W 

FF4-SPI 07/22/01 28o47.25'N 88o39.68'W 28o47.23'N 88o39.93'W 

FF5-SPI 07/22/01 28o48.16'N 88o33.76'W 28o48.23'N 88o34.00'W 

Cruise 3B (August 2002) 

Viosca Knoll Block 916b

NF1-SPI 08/08/02 29o06.69'N 87o53.5'W 29o06.17'N 87o53.1'W 

NF2-SPI 08/08/02 29o06.69'N 87o53.6'W 29o06.47'N 87o53.3'W 

NF3-SPI 08/08/02 29o06.08'N 87o53.3'W 29o06.43'N 87o53.3'W 

a The FF3 transect at Garden Banks Block 516 on Cruise 2B consisted of two overlapping transects, which were 

treated as one in the analysis. 

b During Cruise 3B, far-field transects were attempted at Viosca Knoll FF2 and FF4; however, due to problems with 

the SPI camera, no usable data were collected.

A1-10
Table A1-5. Camera sled transects completed. Only transects successfully completed are listed 

(i.e., acceptable data obtained). 

Transect and Start Finish 

Film No. Date Latitude Longitude Latitude Longitude 

Cruise 1B (October-November 2000) 

Garden Banks Block 516 

NF1-R1 10/29/00 27°29.16’N 92°23.01’W 27°29.60’N 92°23.33’W 

NF2-R2 10/30/00 27°29.23’N 92°22.93’W 27°29.63’N 92°23.27’W 

NF3-R3 10/30/00 27°29.18’N 92°22.92’W 27°29.58’N 92°23.33’W 

FF1-R19 11/16/00 27°26.89’N 92°28.86’W 27°27.35’N 92°29.17’W 

FF3-R4 10/31/00 27°30.77’N 92°15.70’W 27°30.96’N 92°15.76’W 

FF3-R18 11/15/00 27°31.03’N 92°15.49’W 27°31.19’N 92°16.09’W 

FF5-R5 10/31/00 27°31.73’N 92°13.78’W 27°31.96’N 92°13.88’W 

FF5-R17 11/15/00 27°31.95’N 92°13.54’W 27°31.92’N 92°13.90’W 

Viosca Knoll Block 916 

NF1-R6 11/4/00 29°06.60’N 93°53.52’W 29°06.32’N 93°53.23’W 

NF2-R10 11/11/00 29°06.49’N 93°53.02’W 29°05.99’N 93°53.34’W 

NF3-R15 11/12/00 29°06.62’N 93°53.02’W 29°06.24’N 93°53.49’W 

FF3-R14 11/12/00 29°09.08’N 93°47.76’W 29°08.79’N 93°48.02’W 

FF4-R13 11/12/00 29°09.96’N 93°46.38’W 29°09.61’N 93°46.51’W 

FF4-R16 11/12/00 29°09.98’N 93°46.51’W 29°09.73’N 93°46.93’W 

FF5-R11 11/11/00 29°10.65’N 93°45.05’W 29°10.30’N 93°45.21’W 

Cruise 2B (July 2001) 

Garden Banks Block 516 

NF1-R3 07/13/01 27o29.56'N 92o23.10'W 27o29.27'N 92o23.50'W 

NF2-R4 07/13/01 27o29.17'N 92o22.63'W 27o29.71'N 92o23.30'W 

NF3-R5 07/13/01 27o29.17'N 92o23.06'W 27o29.15'N 92o23.04'W 

FF1-R6 07/14/01 27o26.93'N 92o28.94'W 27o27.23'N 92o29.20'W 

FF2-R1 07/12/01 31o59.92'N 117o00.48'W 31o59.92'N 117o00.48'W 

FF6-R2 07/12/01 27o31.78'N 92o12.81'W 27o31.30'N 92o12.68'W 

Garden Banks Block 602 

NF1-R7 07/14/01 27o22.73'N 92o27.46'W 27o22.75'N 92o27.96'W 

NF2-R10 07/20/01 27o22.37'N 92o27.55'W 27o22.72'N 92o27.87'W 

NF3-R11 07/20/01 27o23.06'N 92o27.53'W 27o22.37'N 92o27.32'W 

FF2-R9 07/19/01 27o17.27'N 92o36.90'W 27o17.69'N 92o36.93'W 

FF3-R8 07/19/01 27o13.02'N 92o36.15'W 27o13.08'N 92o36.69'W 

FF6-R12 07/20/01 27o23.08'N 92o16.70'W 27o22.64'N 92o17.08'W 

Mississippi Canyon Block 292 

NF1-R14 07/22/01 28o41.94'N 88o35.40'W 28o42.49'N 88o35.78'W 

NF2-R15 07/22/01 28o41.88'N 88o35.67'W 28o42.41'N 88o36.02'W 

NF3-R18 07/24/01 28o42.37'N 88o35.28'W 28o42.07'N 88o35.84'W 

FF2-R13 07/21/01 28o43.94'N 88o47.19'W 28o43.66'N 88o47.75'W 

FF3-R16 07/23/01 28o48.80'N 88o39.61'W 28o48.52'N 88o40.19'W 

FF6-R17 07/24/01 28o49.18'N 88o32.81'W 28o48.67'N 88o33.21'W 

Cruise 3B (August 2002) 

Viosca Knoll Block 916 

NF1-R2 08/11/02 29o06.45'N 87o53.44'W 29o06.09'N 87o52.77'W 

NF2-R3 08/11/02 29o06.59'N 87o53.51'W 29o06.24'N 87o52.87'W 

NF4-R7 08/12/02 29o06.47'N 87o53.71'W 29o06.15'N 87o53.06'W 

FF4-R6 08/12/02 29o09.86'N 87o46.74'W 29o09.42'N 87o46.04'W 

FF5-R5 08/12/02 29o10.67'N 87o45.33'W 29o10.49'N 87o44.29'W 

A1-11
APPENDIX A2 

Locations of Far-Field Samples and Transects 

During Cruises 1B, 2B, and 3B 

A2-1
FF1-B01

Sled FF1-R19

FF1-B02

Figure A2-1. Garden Banks Block 516 Far-field 1 (FF1) site, showing sampling locations on Cruise 1B.

GardeFar-FieSite C27° 2692° 29

Site ra

Box core sampleLEGENDCamera sled transect

A2-3
Figure A2-2. Garden Banks Block 516 Far-field 2 (FF2) site, showing sampling locations on Cruise 1B.

GardeFar-FieSite Ce27° 3092° 16

FF2-B01

FF2-SPI

FF2-B02

Site ra

Box core sampleLEGENDSediment profile imaging (SPI) transect

A2-4
Figure A2-3. Garden Banks Block 516 Far-field 3 (FF3) site, showing sampling locations on Cruise 1B.

Garden Far-FieSite Ce27° 30' 92° 15' 

FF3-B02

Sled FF3-R4

FF3-B01

Sled F

Site rad

Box core sampleLEGENDCamera sled transect

A2-5
Figure A2-4. Garden Banks Block 516 Far-field 4 (FF4) site, showing sampling locations on Cruise 1B.

GardeFar-FieSite C27° 3192° 14

FF4-B01

FF4-B02

FF4-SPI

Site ra

Box core sampleLEGEND

Sediment profile imaging (SPI) transect

A2-6
Figure A2-5. Garden Banks Block 516 Far-field 5 (FF5) site, showing sampling locations on Cruise 1B.

Garden Far-Field Site Cen27° 31' 592° 13' 4

N

FF5-B02

FF5-B01

Sled FF5-R5

Site radiu

Box core sampleLEGENDCamera sled transect

A2-7
Figure A2-6. Garden Banks Block 516 Far-field 6 (FF6) site, showing sampling locations on Cruise 1B.

GardeFar-FieSite Ce27 .92 .

°31°12

FF6-SPI

FF6-B02

Site ra

FF6-B01

Box core sampleLEGEND

Sediment profile imaging (SPI) transect

A2-8
Figure A2-7. Viosca Knoll Block 916 Far-field 1 (FF1) site, showing sampling locations on Cruise 1B.

ViosFar-FSite 29° 088° 0Site r

No samples/transects

successfully completed

on Cruise 1B

A2-9
Figure A2-8. Viosca Knoll Block 916 Far-field 2 (FF2) site, showing sampling locations on Cruise 1B.

VioscFar-FSite C29° 0487° 5

FF2-SPI

FF2-B02

FF2-B01

Site r

Box core sampleLEGENDSediment profile imaging (SPI) transect

A2-10
Figure A2-9. Viosca Knoll Block 916 Far-field 3 (FF3) site, showing sampling locations on Cruise 1B.

VioscFar-FiSite C29° 0887° 47

FF3-B02

FF3-B01

Sled FF3-R14

Site ra

Box core sampleLEGENDCamera sled transect

A2-11
Figure A2-10. Viosca Knoll Block 916 Far-field 4 (FF4) site, showing sampling locations on Cruise 1B.

VioscFar-FSite C29° 0987° 46

FF4-B02

FF4-SPI

FF4-B01

Sled FF4-R16

Sle

Site ra

Box core sampleLEGENDCamera sled transectSediment profile imaging (SPI) transect

A2-12
Figure A2-11. Viosca Knoll Block 916 Far-field 5 (FF5) site, showing sampling locations on Cruise 1B.

Viosca Far-FieSite Ce29° 1087° 45

Sled FF5-R11

FF5-B01

FF5-B02

Site rad

Box core sampleLEGENDCamera sled transect

A2-13
Figure A2-12. Viosca Knoll Block 916 Far-field 6 (FF6) site, showing sampling locations on Cruise 1B.

ViosFar-FSite 29° 187° 4

FF6-B01

FF6-SPI

FF6-B02

Site 

Box core sampleLEGENDSediment profile imaging (SPI) transect

A2-14
Figure A2-13. Garden Banks Block 516 Far-field 1 (FF1) site, showing sampling locations on Cruise 2B.

Garden Far-FieSite Ce27° 26' 92° 29' 

Site rad

Box core sampleLEGENDCamera sled transect

FF1-B02

FF1-B01

Sled FF1-R6

A2-15
Figure A2-14. Garden Banks Block 516 Far-field 2 (FF2) site, showing sampling locations on Cruise 2B.

Garden Far-FieSite Ce27° 30' 92° 16' 

FF2-B01

FF2-B02 Sled FF2-R1

Box core sampleLEGENDCamera sled transect Site rad

A2-16
Figure A2-15. Garden Banks Block 516 Far-field 3 (FF3) site, showing sampling locations on Cruise 2B.

Garden Far-FieSite Ce27° 30' 92° 15' 

FF3-SPI (25-40)

FF3-B01

FF3-B02

Site rad

FF3-SPI (1-24)

Box core sampleLEGEND

Sediment profile imaging (SPI) transect

A2-17
Figure A2-16. Garden Banks Block 516 Far-field 4 (FF4) site, showing sampling locations on Cruise 2B.

Garden Far-FieSite Ce27° 31' 92° 14' 

FF4-B01

FF4-B02

FF4-SPI

Site rad

Box core sampleLEGENDSediment profile imaging (SPI) transect

A2-18
Figure A2-17. Garden Banks Block 516 Far-field 5 (FF5) site, showing sampling locations on Cruise 2B.

Garden Far-FielSite Cen27° 31' 592° 13' 4

FF5-B02

FF5-B01

FF5-SPI

Site radi

Box core sampleLEGENDSediment profile imaging (SPI) transect

A2-19
Figure A2-18. Garden Banks Block 516 Far-field 6 (FF6) site, showing sampling locations on Cruise 2B.

Garden Far-FielSite Cen27 .5292 .75

°31°12

Sled FF6-R2

FF6-B02

Site rad

Box core sampleLEGENDCamera sled transect

FF6-B01

A2-20
Figure A2-19. Garden Banks Block 602 Far-field 1 (FF1) site, showing sampling locations on Cruise 2B.

GardeFar-FiSite C27° 2292° 36Site ra

Box core sampleLEGENDSediment profile imaging (SPI) transect

FF1-B02

FF1-B01

FF1-SPI

A2-21
Figure A2-20. Garden Banks Block 602 Far-field 2 (FF2) site, showing sampling locations on Cruise 2B.

Garden Far-FieSite Ce27° 17' 92° 36' 

Site rad

Box core sampleLEGENDCamera sled transect

FF2-B02

FF2-B01

Sled FF2-R9

A2-22
Figure A2-21. Garden Banks Block 602 Far-field 3 (FF3) site, showing sampling locations on Cruise 2B.

GardeFar-FiSite C27° 1392° 36

Site ra

Box core sampleLEGENDCamera sled transect

FF3-B02

FF3-B01

Sled FF3-R8

A2-23
Figure A2-22. Garden Banks Block 602 Far-field 4 (FF4) site, showing sampling locations on Cruise 2B.

GardeFar-FieSite Ce27° 1292° 31

Site rad

Box core sampleLEGEND

Sediment profile imaging (SPI) transect

FF4-B02

FF4-B01

FF4-SPI

A2-24
Figure A2-23. Garden Banks Block 602 Far-field 5 (FF5) site, showing sampling locations on Cruise 2B.

GardeFar-FiSite C27° 1592° 28

Site ra

FF5-B02

FF5-B01

FF5-SPI

FF5-Trap

Box core sampleLEGEND

Sediment profile imaging (SPI) transect

Megafauna trap

A2-25
Figure A2.24. Garden Banks Block 602 Far-field 6 (FF6) site, showing sampling locations on Cruise 2B.

GardeFar-FieSite C27° 2292° 17

Site ra

FF6-B01

FF6-B02

Sled FF6-R12

Box core sampleLEGEND

Camera sled transect

A2-26
Figure A2-25. Mississippi Canyon Block 292 Far-field 1 (FF1) site, showing sampling locations on Cruise 2B.

Mississippi Far-Field 1Site Center28° 42' 15.088° 48' 13.3

Site radius = 

Box core sampleLEGEND

Sediment profile imaging (SPI) transect

FF1-B02

FF1-B01

FF1-SPI

A2-27
Figure A2-26. Mississippi Canyon Block 292 Far-field 2 (FF2) site, showing sampling locations on Cruise 2B.

Mississippi Far-Field 2Site Center28° 43' 49.8188° 47' 21.64

Site radius = 

Box core sampleLEGENDCamera sled transect

FF2-B02

FF2-B01

Sled FF2-R13

A2-28
Figure A2-27. Mississippi Canyon Block 292 Far-field 3 (FF3) site, showing sampling locations on Cruise 2B.

Mississippi Far-Field 3Site Center28° 48' 37.888° 39' 55.4

Site radius = 

FF3-B02

FF3-B01

Sled FF3-R

FF3-Trap

Box core sampleLEGEND

Camera sled transect

Megafauna trap

A2-29
Figure A2-28. Mississippi Canyon Block 292 Far-field 4 (FF4) site, showing sampling locations on Cruise 2B.

Mississippi Far-Field 4Site Center28° 47' 14.288° 39' 48.1

Site radius = 

FF4-B02

FF4-B01

FF4-SPI

FF4-Trap

Box core sampleLEGEND

Sediment profile imaging (SPI) transectMegafauna trap

A2-30
Figure A2-29. Mississippi Canyon Block 292 Far-field 5 (FF5) site, showing sampling locations on Cruise 2B.

Mississippi Far-Field 5Site Center28° 48' 10.8288° 33' 52.92

Site radius = 

FF5-B02

FF5-B01

FF5-SPI

Box core sampleLEGEND

Sediment profile imaging (SPI) transect

A2-31
Figure A2-30. Mississippi Canyon Block 292 Far-field 6 (FF6) site, showing sampling locations on Cruise 2B.

Mississippi Far-Field 6Site Center28° 48' 47.9688° 33' 05.98

Site radius = 

FF6-B02

FF6-B01

Sled FF6-R17

Box core sampleLEGENDCamera sled transect

A2-32
FF1-B02

N

FF1-B01

FF2-B02

FF2-B01

Viosca Knoll Block 916 

Far-Field 1

Site Center

29° 03' 21.38"N

88° 02' 37.34"W

Viosca Knoll Block 916 

Far-Field 2

Site Center

29° 04' 25.47"N

87° 59' 03.73"W

Figure A2-31. Viosca Knoll Block 916 Far-field 1 (FF1) and Far-field 2 (FF2) sites, showing sampling 

locations on Cruise 3B.

Site radius = 204 m

Box core sample

LEGEND

Site radius = 204 m

N

A2-33
Figure A2-32. Viosca Knoll Block 916 Far-field 3 (FF3) and Far-field 4 (FF4) sites, showing sampling 

locations on Cruise 3B.

Sled FF4-R6

Viosca Knoll Block 916 

Far-Field 4

Site Center

29° 09' 48.42"N

87° 46' 35.29"W

Site radius = 204 m

FF3-B01

FF3-B02

FF4-B01

FF4-B02

Box core sample

LEGEND

Camera sled transect

N

Viosca Knoll Block 916

Far-Field 3

Site Center

29° 08' 51.37"N

87° 47' 49.52"W

Site radius = 204 m

A2-34
Figure A2-33. Viosca Knoll Block 916 Far-field 5 (FF5) site, showing sampling locations on Cruise 3B.

Viosca Knoll Block 916

Far-Field 5

Site Center

29° 10' 39.39"N

87° 45' 09.17"W

FF5-B02

Site radius = 204 m

FF5-B01

Sled FF5-R5

N

Box core sample

LEGEND

Camera sled transect

A2-35
N

Figure A2-34. Viosca Knoll Block 916 Far-field 6 (FF6) site, showing sampling locations on Cruise 3B.

Viosca Knoll Block 916

Far-Field 6

Site Center

29° 11' 09.86"N

87° 43' 59.40"W

Site radius = 204 m

FF6-B01 FF6-B02

Box core sample

LEGEND

A2-36
APPENDIX B1

Well Locations within 10 km of 

Near-Field and Far-Field Sites 

B1-1
Table B1-1. Well locations within 10 km of the Viosca Knoll (VK) 916 near-field site.

Rows in red were drilled during this study (all others prior to Cruises 1A and 1B).

API Operator's Area/ 

Well No. Well No. Block Spud Total Depth Longitude Latitude Y 

608164037600 1 VK 916 11/27/2001 12/18/2001 -87.88874905 29.10676494 10564166.00 13608164033600 1 VK 872 11/20/1998 12/6/1998 -87.87973272 29.12610618 10571175.00 13608164033601 1 ST01 VK 872 12/15/1998 12/18/1998 -87.87973272 29.12610618 10571175.00 13608164012400 -- VK 873 2/21/1988 3/25/1988 -87.86066856 29.12644721 10571254.00 13608164019900 -- VK 871 5/26/1994 7/16/1994 -87.94735952 29.13292161 10573820.00 13608164040000 -- VK 917 11/21/2001 12/8/2001 -87.82587804 29.07240754 10551531.00 13608164033300 -- VK 827 9/14/1998 11/8/1998 -87.94291857 29.15679831 10582488.00 13608164033301 -- VK 827 6/25/2000 6/27/2000 -87.94291857 29.15679831 10582488.00 13608164040200 -- VK 915 1/9/2002 2/23/2002 -87.93478573 29.09681247 10560662.00 13608164038300 -- VK 915 1/27/2001 4/2/2001 -87.93519036 29.09653180 10560561.00 13608164040900 -- VK 915 5/18/2002 6/15/2002 -87.92720116 29.07386402 10552301.00 13608164029400 -- VK 915 8/15/1997 1/6/1998 -87.94356610 29.10760637 10564608.00 13608164029401 -- VK 915 2/25/1998 2/28/1998 -87.94356610 29.10760637 10564608.00 13608164027400 -- VK 915 10/20/1996 12/4/1996 -87.94362203 29.10755646 10564590.00 13608164029500 -- VK 915 9/13/1997 1/6/1998 -87.94362604 29.10765272 10564625.00 13608164029501 -- VK 915 1/11/1998 1/4/2001 -87.94362604 29.10765272 10564625.00 13608164018100 -- VK 915 4/13/1993 5/24/1993 -87.94368130 29.10752848 10564580.00 13608164018101 -- VK 915 6/6/1993 7/8/1993 -87.94368130 29.10752848 10564580.00 13608164029600 -- VK 915 9/16/1997 12/1/1997 -87.94367971 29.10769911 10564642.00 13608164029700 -- VK 915 8/17/1997 4/10/1998 -87.94373566 29.10765195 10564625.00 13608164040500 -- VK 915 2/12/2002 3/9/2002 -87.94110732 29.07351688 10552210.00 13608164040700 -- VK 915 3/18/2002 3/25/2002 -87.96069607 29.08424722 10556161.00 13608164040701 -- VK 915 3/29/2002 4/17/2002 -87.96069606 29.08424722 10556161.00 13608164040702 -- VK 915 4/24/2002 4/26/2002 -87.96069606 29.08424722 10556161.00 13608164040703 -- VK 915 5/4/2002 5/6/2002 -87.96069607 29.08424722 10556161.00 13

API = American Petroleum Institute; NF = near-field; UTM = Universal Transverse Mercator.

X/Y coordinates are for UTM North American Datum 1927, Zone 16. Source: Minerals Management Service Technical Information Management System.

Dates Surface Location Surface UTM Coor

B1-3
Table B1-2. Well locations within 10 km of the Viosca Knoll (VK) 916 Far-field 1 site.

Rows in red were drilled during this study (all others prior to Cruises 1A and 1B).

API Area/ 

Well No. Block Spud Total Depth Longitude Latitude Y X 

608164013500 VK 957 1/5/1989 3/20/1989 -88.06308102 29.05593252 10546149.00 1300608164013501 VK 957 4/2/1989 4/19/1989 -88.06308102 29.05593252 10546149.00 1300608164013503 VK 957 6/22/1989 7/4/1989 -88.06308102 29.05593252 10546149.00 1300608164013502 VK 957 5/24/1989 6/10/1989 -88.06308102 29.05593252 10546149.00 1300608164028400 VK 914 4/20/1997 4/30/1997 -88.01555741 29.07773329 10553940.00 1316608164028401 VK 914 6/9/1997 6/25/1997 -88.01555741 29.07773329 10553940.00 1316608164028402 VK 914 6/27/1997 7/2/1997 -88.01555741 29.07773329 10553940.00 1316608164028403 VK 914 4/12/1999 5/2/1999 -88.01555741 29.07773329 10553940.00 1316608164010700 VK 956 2/20/1987 4/30/1987 -88.08941623 29.04339443 10541668.00 1292608164010701 VK 956 5/27/1987 6/4/1987 -88.08941623 29.04339443 10541668.00 1292608164010702 VK 956 6/11/1987 6/29/1987 -88.08941623 29.04339443 10541668.00 1292608164010703 VK 956 7/7/1987 7/21/1987 -88.08941623 29.04339443 10541668.00 1292608164024500 VK 956 4/1/1996 2/20/1997 -88.09168777 29.06083349 10548014.00 1291608164025300 VK 956 4/5/1996 3/13/1997 -88.09168844 29.06089675 10548037.00 1291608164024102 VK 956 1/28/1997 2/7/1997 -88.09170592 29.06077282 10547992.00 1291608164024100 VK 956 4/6/1996 4/15/1996 -88.09170592 29.06077282 10547992.00 1291608164024101 VK 956 9/19/1996 9/24/1996 -88.09170592 29.06077282 10547992.00 1291608164025700 VK 956 4/9/1996 3/7/1997 -88.09171943 29.06086624 10548026.00 1291608164024700 VK 956 9/27/1997 9/6/1999 -88.09172012 29.06093226 10548050.00 1291608164025800 VK 956 3/23/1996 3/2/1997 -88.09176285 29.06082737 10548012.00 1291608164024000 VK 956 4/3/1996 4/23/1996 -88.09176360 29.06089889 10548038.00 1291608164024001 VK 956 4/30/1998 4/30/1998 -88.09176360 29.06089889 10548038.00 1291608164024002 VK 956 5/14/1998 6/27/1998 -88.09176360 29.06089889 10548038.00 1291608164025100 VK 956 3/31/1996 3/10/1997 -88.09176430 29.06096491 10548062.00 1291608164024302 VK 956 2/11/1998 3/5/1998 -88.09179836 29.06092887 10548049.00 1291608164024300 VK 956 11/3/1996 11/29/1996 -88.09179836 29.06092887 10548049.00 1291608164024301 VK 956 12/8/1996 12/16/1996 -88.09179836 29.06092887 10548049.00 1291608164024800 VK 956 3/30/1996 2/24/1997 -88.09179911 29.06100039 10548075.00 1291608164024200 VK 956 12/19/1996 1/18/1997 -88.09182552 29.06083237 10548014.00 1291608164024201 VK 956 10/16/1997 11/22/1997 -88.09182552 29.06083237 10548014.00 1291608164024202 VK 956 12/5/2001 12/11/2001 -88.09182552 29.06083237 10548014.00 1291608164024203 VK 956 12/16/2001 12/21/2001 -88.09182552 29.06083237 10548014.00 1291608164024600 VK 956 2/17/1997 2/10/1999 -88.09182621 29.06089838 10548038.00 1291608164024601 VK 956 2/20/1999 3/4/1999 -88.09182621 29.06089838 10548038.00 1291

Dates Surface Location Surface UTM Coordin

B1-4
Table B1-2. (continued).

API Area/ 

Well No. Block Spud Total Depth Longitude Latitude Y X 

608164024602 VK 956 3/10/1999 3/15/1999 -88.09182621 29.06089838 10548038.00 1291608164025000 VK 956 3/28/1996 3/5/1997 -88.09183004 29.06096437 10548062.00 1291608164025500 VK 956 3/14/1997 5/27/1999 -88.09185717 29.06086512 10548026.00 1291608164023970 VK 956 6/25/1997 7/9/1997 -88.09185784 29.06092839 10548049.00 1291608164023971 VK 956 7/10/1997 7/15/1997 -88.09185784 29.06092839 10548049.00 1291608164023900 VK 956 7/30/1997 8/16/1997 -88.09185784 29.06092839 10548049.00 1291608164024900 VK 956 3/31/1996 3/1/1997 -88.09185856 29.06099715 10548074.00 1291608164024401 VK 956 8/27/1998 10/28/1998 -88.09190378 29.06083173 10548014.00 1291608164024402 VK 956 11/6/1998 1/11/1999 -88.09190378 29.06083173 10548014.00 1291608164024400 VK 956 3/8/1997 8/8/1998 -88.09190378 29.06083173 10548014.00 1291608164025400 VK 956 4/5/1996 2/26/1997 -88.09190448 29.06089775 10548038.00 1291608164025600 VK 956 3/23/1996 3/3/1997 -88.09193857 29.06086446 10548026.00 1291608164025200 VK 956 4/4/1996 10/1/1999 -88.09193926 29.06093047 10548050.00 1291608164025201 VK 956 10/5/1999 10/29/1999 -88.09193926 29.06093047 10548050.00 1291608164010200 VK 912 6/23/1986 8/15/1986 -88.08759186 29.08193331 10555672.00 1293608164009801 VK 956 1/17/1986 2/17/1986 -88.10169689 29.06405552 10549215.00 1288608164009800 VK 956 11/16/1985 1/1/1986 -88.10169689 29.06405552 10549215.00 1288608164034000 VK 1001 3/20/1999 4/25/1999 -88.05922056 29.00255317 10526734.00 1301608164034001 VK 1001 5/2/1999 5/9/1999 -88.05922056 29.00255317 10526734.00 1301608164034002 VK 1001 5/13/1999 5/14/1999 -88.05922056 29.00255317 10526734.00 1301608164034003 VK 1001 5/15/1999 6/19/1999 -88.05922056 29.00255317 10526734.00 1301608164040700 VK 915 3/18/2002 3/25/2002 -87.96069607 29.08424722 10556161.00 1333608164040701 VK 915 3/29/2002 4/17/2002 -87.96069606 29.08424722 10556161.00 1333608164040702 VK 915 4/24/2002 4/26/2002 -87.96069606 29.08424722 10556161.00 1333608164040703 VK 915 5/4/2002 5/6/2002 -87.96069607 29.08424722 10556161.00 1333608164009000 VK 912 3/1/1985 5/14/1985 -88.11927014 29.09933642 10562093.00 1283608164013700 VK 870 12/2/1989 1/8/1990 -88.01452810 29.13148086 10573475.00 1316608164013800 VK 869 4/6/1989 5/18/1989 -88.05470598 29.13578951 10575154.00 1303608164013801 VK 869 5/23/1989 6/14/1989 -88.05470597 29.13578957 10575154.00 1303

API = American Petroleum Institute; FF = far-field; UTM = Universal Transverse Mercator.

*X/Y coordinates are for UTM North American Datum 1927, Zone 16. Source: Minerals Management Service Technical Information Management System.

Dates Surface Location Surface UTM Coordin

B1-5
Table B1-3. Well locations within 10 km of the Viosca Knoll (VK) 916 Far-field 2 site.

Rows in red were drilled during this study (all others prior to Cruises 1A and 1B).

API Area/ 

Well No. Block Spud Total Depth Longitude Latitude Y 

608164040700 VK 915 3/18/2002 3/25/2002 -87.96069607 29.08424722 10556161.00 133608164040701 VK 915 3/29/2002 4/17/2002 -87.96069606 29.08424722 10556161.00 133608164040702 VK 915 4/24/2002 4/26/2002 -87.96069606 29.08424722 10556161.00 133608164040703 VK 915 5/4/2002 5/6/2002 -87.96069607 29.08424722 10556161.00 133608164028400 VK 914 4/20/1997 4/30/1997 -88.01555741 29.07773329 10553940.00 131608164028401 VK 914 6/9/1997 6/25/1997 -88.01555741 29.07773329 10553940.00 131608164028402 VK 914 6/27/1997 7/2/1997 -88.01555741 29.07773329 10553940.00 131608164028403 VK 914 4/12/1999 5/2/1999 -88.01555741 29.07773329 10553940.00 131608164040500 VK 915 2/12/2002 3/9/2002 -87.94110732 29.07351688 10552210.00 133608164038300 VK 915 1/27/2001 4/2/2001 -87.93519036 29.09653180 10560561.00 134608164018100 VK 915 4/13/1993 5/24/1993 -87.94368130 29.10752848 10564580.00 133608164018101 VK 915 6/6/1993 7/8/1993 -87.94368130 29.10752848 10564580.00 133608164029700 VK 915 8/17/1997 4/10/1998 -87.94373566 29.10765195 10564625.00 133608164027400 VK 915 10/20/1996 12/4/1996 -87.94362203 29.10755646 10564590.00 133608164040200 VK 915 1/9/2002 2/23/2002 -87.93478573 29.09681247 10560662.00 134608164029600 VK 915 9/16/1997 12/1/1997 -87.94367971 29.10769911 10564642.00 133608164029500 VK 915 9/13/1997 1/6/1998 -87.94362604 29.10765272 10564625.00 133608164029501 VK 915 1/11/1998 1/4/2001 -87.94362604 29.10765272 10564625.00 133608164029400 VK 915 8/15/1997 1/6/1998 -87.94356610 29.10760637 10564608.00 133608164029401 VK 915 2/25/1998 2/28/1998 -87.94356610 29.10760637 10564608.00 133608164040900 VK 915 5/18/2002 6/15/2002 -87.92720116 29.07386402 10552301.00 134608164013700 VK 870 12/2/1989 1/8/1990 -88.01452810 29.13148086 10573475.00 131608164019900 VK 871 5/26/1994 7/16/1994 -87.94735952 29.13292161 10573820.00 133608164013501 VK 957 4/2/1989 4/19/1989 -88.06308102 29.05593252 10546149.00 130608164013503 VK 957 6/22/1989 7/4/1989 -88.06308102 29.05593252 10546149.00 130608164013502 VK 957 5/24/1989 6/10/1989 -88.06308102 29.05593252 10546149.00 130608164013500 VK 957 1/5/1989 3/20/1989 -88.06308102 29.05593252 10546149.00 130608164015900 VK 826 11/14/1990 12/22/1990 -87.99977507 29.15676836 10582627.00 132608164015901 VK 826 12/26/1990 1/8/1991 -87.99977507 29.15676836 10582627.00 132608164015902 VK 826 1/21/1991 2/9/1991 -87.99977507 29.15676836 10582627.00 132

Dates Surface Location Surface UTM Coord

B1-6
Table B1-3. (continued).

API Area/ 

Well No. Block Spud Total Depth Longitude Latitude Y 

608164013000 VK 869 5/26/1988 6/14/1988 -88.03433119 29.14830548 10579646.00 131608164013800 VK 869 4/6/1989 5/18/1989 -88.05470598 29.13578951 10575154.00 130608164013801 VK 869 5/23/1989 6/14/1989 -88.05470597 29.13578957 10575154.00 130608164022100 VK 826 11/20/1995 1/23/1996 -87.98777583 29.16332765 10584979.00 132608164032400 VK 826 4/5/1998 7/16/1998 -87.98780498 29.16342647 10585015.00 132608164019400 VK 826 1/16/1994 3/13/1994 -87.98775824 29.16345432 10585025.00 132608164019401 VK 826 2/7/1996 2/17/1996 -87.98775824 29.16345432 10585025.00 132608164032500 VK 826 4/15/1998 4/23/1998 -87.98783348 29.16345652 10585026.00 132608164032501 VK 826 4/28/1998 5/26/1998 -87.98783348 29.16345652 10585026.00 132608164032700 VK 826 4/7/1998 4/8/1998 -87.98789984 29.16351380 10585047.00 132608164037600 VK 916 11/27/2001 12/18/2001 -87.88874905 29.10676494 10564166.00 135

API = American Petroleum Institute; FF = far-field; UTM = Universal Transverse Mercator.

*X/Y coordinates are for UTM North American Datum 1927, Zone 16. Source: Minerals Management Service Technical Information Management System.

Dates Surface Location Surface UTM Coord

B1-7
Table B1-4. Well locations within 10 km of the Viosca Knoll (VK) 916 Far-field 3 site.

Rows in red were drilled during this study (all others prior to Cruises 1A and 1B).

API Area/ 

Well No. Block Spud Total Depth Longitude Latitude Y 

608164020100 VK 829 6/17/1994 8/15/1994 -87.82651300 29.18983629 10594218.00 1376608164012400 VK 873 2/21/1988 3/25/1988 -87.86066856 29.12644721 10571254.00 1365608164033600 VK 872 11/20/1998 12/6/1998 -87.87973272 29.12610618 10571175.00 1359608164033601 VK 872 12/15/1998 12/18/1998 -87.87973272 29.12610618 10571175.00 1359608164040000 VK 917 11/21/2001 12/8/2001 -87.82587804 29.07240754 10551531.00 1376608164031400 VK 786 9/23/1997 8/14/2001 -87.78104352 29.22898929 10608351.00 1391608164030800 VK 786 9/29/1997 2/21/2001 -87.78106246 29.22900568 10608357.00 1391608164030801 VK 786 3/7/2001 3/27/2001 -87.78106246 29.22900568 10608357.00 1391608164031500 VK 786 9/18/1997 10/21/2001 -87.78102483 29.22900590 10608357.00 1391608164030900 VK 786 10/3/1997 10/15/2000 -87.78104377 29.22902230 10608363.00 1391608164031000 VK 786 9/27/1997 4/22/2003 -87.78100614 29.22902252 10608363.00 1391608164030500 VK 786 10/6/1997 10/7/1997 -87.78106271 29.22903869 10608369.00 1391608164030200 VK 786 9/22/1997 1/15/1998 -87.78102508 29.22903891 10608369.00 1391608164022700 VK 786 11/25/1995 2/28/1996 -87.78109416 29.22904951 10608373.00 1391608164031600 VK 786 10/4/1997 10/5/1997 -87.78098745 29.22903913 10608369.00 1391608164030100 VK 786 9/26/1997 2/1/1998 -87.78104402 29.22905531 10608375.00 1391608164030300 VK 786 9/30/1997 12/16/2000 -87.78106915 29.22906066 10608377.00 1391608164030000 VK 786 9/30/1997 10/27/1997 -87.78100639 29.22905553 10608375.00 1391608164031100 VK 786 9/18/1997 5/30/2001 -87.78096562 29.22905577 10608375.00 1391608164030600 VK 786 9/18/1997 5/5/2001 -87.78102533 29.22907192 10608381.00 1391608164031200 VK 786 10/8/1997 6/26/2003 -87.78098770 29.22907214 10608381.00 1391608164031700 VK 786 9/17/1997 10/24/2002 -87.78095005 29.22906961 10608380.00 1391608164030701 VK 786 6/4/2002 6/6/2002 -87.78100351 29.22908856 10608387.00 1391608164030700 VK 786 10/4/1997 4/18/2002 -87.78100351 29.22908856 10608387.00 1391608164030702 VK 786 6/14/2002 6/17/2002 -87.78100351 29.22908856 10608387.00 1391608164021100 VK 786 6/28/1995 7/14/1995 -87.78104434 29.22909657 10608390.00 1391608164031300 VK 786 9/26/1997 5/28/2003 -87.78096587 29.22908878 10608387.00 1391608164022600 VK 786 11/28/1995 12/18/1995 -87.78099452 29.22914363 10608407.00 1391608164022601 VK 786 12/30/1995 1/20/1996 -87.78099452 29.22914363 10608407.00 1391608164037600 VK 916 11/27/2001 12/18/2001 -87.88874905 29.10676494 10564166.00 1356

API = American Petroleum Institute; FF = far-field; UTM = Universal Transverse Mercator.*X/Y coordinates are for UTM North American Datum 1927, Zone 16. 

Source: Minerals Management Service Technical Information Management System.

Dates Surface Location Surface UTM Coordin

B1-8
Table B1-5. Well locations within 10 km of the Viosca Knoll (VK) 916 Far-field 4 site.

Rows in red were drilled during this study (all others prior to Cruises 1A and 1B).

API Area/ 

Well No. Block Spud Total Depth Longitude Latitude Y 

608164020100 VK 829 6/17/1994 8/15/1994 -87.82651300 29.18983629 10594218.00 1376608164031400 VK 786 9/23/1997 8/14/2001 -87.78104352 29.22898929 10608351.00 1391608164031500 VK 786 9/18/1997 10/21/2001 -87.78102483 29.22900590 10608357.00 1391608164030800 VK 786 9/29/1997 2/21/2001 -87.78106246 29.22900568 10608357.00 1391608164030801 VK 786 3/7/2001 3/27/2001 -87.78106246 29.22900568 10608357.00 1391608164031000 VK 786 9/27/1997 4/22/2003 -87.78100614 29.22902252 10608363.00 1391608164030900 VK 786 10/3/1997 10/15/2000 -87.78104377 29.22902230 10608363.00 1391608164031600 VK 786 10/4/1997 10/5/1997 -87.78098745 29.22903913 10608369.00 1391608164030200 VK 786 9/22/1997 1/15/1998 -87.78102508 29.22903891 10608369.00 1391608164030500 VK 786 10/6/1997 10/7/1997 -87.78106271 29.22903869 10608369.00 1391608164031100 VK 786 9/18/1997 5/30/2001 -87.78096562 29.22905577 10608375.00 1391608164022700 VK 786 11/25/1995 2/28/1996 -87.78109416 29.22904951 10608373.00 1391608164030000 VK 786 9/30/1997 10/27/1997 -87.78100639 29.22905553 10608375.00 1391608164030100 VK 786 9/26/1997 2/1/1998 -87.78104402 29.22905531 10608375.00 1391608164030300 VK 786 9/30/1997 12/16/2000 -87.78106915 29.22906066 10608377.00 1391608164031700 VK 786 9/17/1997 10/24/2002 -87.78095005 29.22906961 10608380.00 1391608164031200 VK 786 10/8/1997 6/26/2003 -87.78098770 29.22907214 10608381.00 1391608164030600 VK 786 9/18/1997 5/5/2001 -87.78102533 29.22907192 10608381.00 1391608164031300 VK 786 9/26/1997 5/28/2003 -87.78096587 29.22908878 10608387.00 1391608164030701 VK 786 6/4/2002 6/6/2002 -87.78100351 29.22908856 10608387.00 1391608164030700 VK 786 10/4/1997 4/18/2002 -87.78100351 29.22908856 10608387.00 1391608164030702 VK 786 6/14/2002 6/17/2002 -87.78100351 29.22908856 10608387.00 1391608164021100 VK 786 6/28/1995 7/14/1995 -87.78104434 29.22909657 10608390.00 1391608164022600 VK 786 11/28/1995 12/18/1995 -87.78099452 29.22914363 10608407.00 1391608164022601 VK 786 12/30/1995 1/20/1996 -87.78099452 29.22914363 10608407.00 1391608164012400 VK 873 2/21/1988 3/25/1988 -87.86066856 29.12644721 10571254.00 1365

API = American Petroleum Institute; FF = far-field; UTM = Universal Transverse Mercator.

*X/Y coordinates are for UTM North American Datum 1927, Zone 16. Source: Minerals Management Service Technical Information Management System.

Dates Surface Location Surface UTM Coordin

B1-9
Table B1-6. Well locations within 10 km of the Viosca Knoll (VK) 916 Far-field 5 site.

Rows in red were drilled during this study (all others prior to Cruises 1A and 1B).

API Area/ 

Well No. Block Spud Total Depth Longitude Latitude Y X 

608164031400 VK 786 9/23/1997 8/14/2001 -87.78104352 29.22898929 10608351.00 139137608164031500 VK 786 9/18/1997 10/21/2001 -87.78102483 29.22900590 10608357.00 139138608164031000 VK 786 9/27/1997 4/22/2003 -87.78100614 29.22902252 10608363.00 139138608164030800 VK 786 9/29/1997 2/21/2001 -87.78106246 29.22900568 10608357.00 139136608164030801 VK 786 3/7/2001 3/27/2001 -87.78106246 29.22900568 10608357.00 139136608164031600 VK 786 10/4/1997 10/5/1997 -87.78098745 29.22903913 10608369.00 139139608164030900 VK 786 10/3/1997 10/15/2000 -87.78104377 29.22902230 10608363.00 139137608164031100 VK 786 9/18/1997 5/30/2001 -87.78096562 29.22905577 10608375.00 139140608164031700 VK 786 9/17/1997 10/24/2002 -87.78095005 29.22906961 10608380.00 139140608164030200 VK 786 9/22/1997 1/15/1998 -87.78102508 29.22903891 10608369.00 139138608164030000 VK 786 9/30/1997 10/27/1997 -87.78100639 29.22905553 10608375.00 139138608164030500 VK 786 10/6/1997 10/7/1997 -87.78106271 29.22903869 10608369.00 139136608164031200 VK 786 10/8/1997 6/26/2003 -87.78098770 29.22907214 10608381.00 139139608164030100 VK 786 9/26/1997 2/1/1998 -87.78104402 29.22905531 10608375.00 139137608164031300 VK 786 9/26/1997 5/28/2003 -87.78096587 29.22908878 10608387.00 139140608164030600 VK 786 9/18/1997 5/5/2001 -87.78102533 29.22907192 10608381.00 139138608164022700 VK 786 11/25/1995 2/28/1996 -87.78109416 29.22904951 10608373.00 139135608164030701 VK 786 6/4/2002 6/6/2002 -87.78100351 29.22908856 10608387.00 139138608164030700 VK 786 10/4/1997 4/18/2002 -87.78100351 29.22908856 10608387.00 139138608164030702 VK 786 6/14/2002 6/17/2002 -87.78100351 29.22908856 10608387.00 139138608164030300 VK 786 9/30/1997 12/16/2000 -87.78106915 29.22906066 10608377.00 139136608164021100 VK 786 6/28/1995 7/14/1995 -87.78104434 29.22909657 10608390.00 139137608164022600 VK 786 11/28/1995 12/18/1995 -87.78099452 29.22914363 10608407.00 139139608164022601 VK 786 12/30/1995 1/20/1996 -87.78099452 29.22914363 10608407.00 139139608164020100 VK 829 6/17/1994 8/15/1994 -87.82651300 29.18983629 10594218.00 137677

API = American Petroleum Institute; FF = far-field; UTM = Universal Transverse Mercator.

*X/Y coordinates are for UTM North American Datum 1927, Zone 16. Source: Minerals Management Service Technical Information Management System.

Dates Surface Location Surface UTM Coordinate

B1-10
Table B1-7. Well locations within 10 km of the Viosca Knoll (VK) 916 Far-field 6 site.

Rows in red were drilled during this study (all others prior to Cruises 1A and 1B).

API Area/ 

Well No. Block Spud Total Depth Longitude Latitude Y 

608164031100 VK 786 9/18/1997 5/30/2001 -87.78096562 29.22905577 10608375.00 139608164031400 VK 786 9/23/1997 8/14/2001 -87.78104352 29.22898929 10608351.00 139608164031700 VK 786 9/17/1997 10/24/2002 -87.78095005 29.22906961 10608380.00 139608164031500 VK 786 9/18/1997 10/21/2001 -87.78102483 29.22900590 10608357.00 139608164031000 VK 786 9/27/1997 4/22/2003 -87.78100614 29.22902252 10608363.00 139608164031600 VK 786 10/4/1997 10/5/1997 -87.78098745 29.22903913 10608369.00 139608164030800 VK 786 9/29/1997 2/21/2001 -87.78106246 29.22900568 10608357.00 139608164030801 VK 786 3/7/2001 3/27/2001 -87.78106246 29.22900568 10608357.00 139608164031300 VK 786 9/26/1997 5/28/2003 -87.78096587 29.22908878 10608387.00 139608164030900 VK 786 10/3/1997 10/15/2000 -87.78104377 29.22902230 10608363.00 139608164030200 VK 786 9/22/1997 1/15/1998 -87.78102508 29.22903891 10608369.00 139608164030000 VK 786 9/30/1997 10/27/1997 -87.78100639 29.22905553 10608375.00 139608164031200 VK 786 10/8/1997 6/26/2003 -87.78098770 29.22907214 10608381.00 139608164030701 VK 786 6/4/2002 6/6/2002 -87.78100351 29.22908856 10608387.00 139608164030700 VK 786 10/4/1997 4/18/2002 -87.78100351 29.22908856 10608387.00 139608164030702 VK 786 6/14/2002 6/17/2002 -87.78100351 29.22908856 10608387.00 139608164030500 VK 786 10/6/1997 10/7/1997 -87.78106271 29.22903869 10608369.00 139608164030100 VK 786 9/26/1997 2/1/1998 -87.78104402 29.22905531 10608375.00 139608164030600 VK 786 9/18/1997 5/5/2001 -87.78102533 29.22907192 10608381.00 139608164030300 VK 786 9/30/1997 12/16/2000 -87.78106915 29.22906066 10608377.00 139608164022700 VK 786 11/25/1995 2/28/1996 -87.78109416 29.22904951 10608373.00 139608164021100 VK 786 6/28/1995 7/14/1995 -87.78104434 29.22909657 10608390.00 139608164022600 VK 786 11/28/1995 12/18/1995 -87.78099452 29.22914363 10608407.00 139608164022601 VK 786 12/30/1995 1/20/1996 -87.78099452 29.22914363 10608407.00 139608164020100 VK 829 6/17/1994 8/15/1994 -87.82651300 29.18983629 10594218.00 137

API = American Petroleum Institute; FF = far-field; UTM = Universal Transverse Mercator.

*X/Y coordinates are for UTM North American Datum 1927, Zone 16. Source: Minerals Management Service Technical Information Management System.

Dates Surface Location Surface UTM Coordi

B1-11
Table B1-8. Well locations within 10 km of the Garden Banks (GB) 516 near-field site.

Rows in red were drilled between Cruises 1B and 2B (all others prior to Cruise 1B).

API Operator's Area/ 

Well No. Well No. Block Spud Total Depth Longitude Latitude Y X 

608074020900 SE001 GB 516 7/13/1999 8/15/1999 -92.38562778 27.48994824 9975978.00 18395608074020901 SE001 ST01 GB 516 8/20/1999 8/21/1999 -92.38562778 27.48994824 9975978.00 18395608074020902 SE001 ST02 GB 516 11/29/2000 12/15/2000 -92.38562778 27.48994824 9975978.00 18395608074020903 SE001 ST03 GB 516 12/24/2000 12/29/2000 -92.38562778 27.48994824 9975978.00 18395608074022402 SE002 ST02 GB 516 1/30/2001 2/5/2001 -92.38533273 27.49029641 9976105.00 18396608074022400 SE002 GB 516 11/6/2000 11/21/2000 -92.38529259 27.49030174 9976107.00 18396608074022401 SE002 ST01 GB 516 11/24/2000 11/25/2000 -92.38529259 27.49030174 9976107.00 18396608074014300 1 GB 516 9/23/1995 7/23/1996 -92.37777854 27.48224150 9973190.00 18420608074020500 -- GB 515 6/4/1999 6/25/1999 -92.41573079 27.46746115 9967759.00 18298608074004501 -- GB 471 6/3/1987 6/30/1987 -92.43491683 27.54147721 9994628.00 18234608074004500 -- GB 471 2/23/1987 5/27/1987 -92.43491683 27.54147721 9994628.00 18234608074004502 -- GB 471 7/8/1987 10/30/1987 -92.43491683 27.54147721 9994628.00 18234608074019900 -- GB 559 2/10/1999 3/27/1999 -92.44038956 27.43472546 9955826.00 18218608074019901 -- GB 559 8/27/2000 9/1/2000 -92.44038956 27.43472546 9955826.00 18218608074022100 -- GB 559 8/15/2000 10/2/2000 -92.44094796 27.43468367 9955810.00 18216608074022101 -- GB 559 10/6/2000 10/8/2000 -92.44094796 27.43468367 9955810.00 18216608074022102 -- GB 559 10/19/2000 10/24/2000 -92.44094796 27.43468367 9955810.00 18216

608074022103 -- GB 559 10/24/2000 10/29/2000 -92.44094796 27.43468367 9955810.00 18216608074008000 -- GB 426 12/17/1990 1/24/1992 -92.44301666 27.54579987 9996187.00 18208608074008100 -- GB 426 12/17/1990 7/11/1991 -92.44305999 27.54577803 9996179.00 18208608074008802 -- GB 426 6/7/2000 6/13/2000 -92.44299793 27.54583838 9996201.00 18208608074008800 -- GB 426 10/2/1991 5/10/2000 -92.44299793 27.54583838 9996201.00 18208608074008801 -- GB 426 5/21/2000 5/24/2000 -92.44299793 27.54583838 9996201.00 18208608074009900 -- GB 426 3/22/1992 7/8/1992 -92.44311248 27.54577549 9996178.00 18208608074007100 -- GB 426 5/6/1990 7/21/1990 -92.44298228 27.54588228 9996217.00 18208608074009800 -- GB 426 3/21/1992 11/2/1997 -92.44297589 27.54592629 9996233.00 18208

Dates Surface Location Surface UTM Coordinate

B1-12
Table B1-8. (continued).

API Operator's Area/ 

Well No. Well No. Block Spud Total Depth Longitude Latitude Y X 

608074009801 -- GB 426 11/19/1997 12/2/1997 -92.44297588 27.54592634 9996233.00 18208608074009802 -- GB 426 12/12/1997 12/13/1997 -92.44297588 27.54592634 9996233.00 18208608074007501 -- GB 426 6/26/1999 6/28/1999 -92.44315873 27.54578399 9996181.00 18207608074007503 -- GB 426 7/25/1999 8/11/1999 -92.44315873 27.54578399 9996181.00 18207608074007570 -- GB 426 8/9/1990 4/10/1991 -92.44315872 27.54578674 9996182.00 18207608074007500 -- GB 426 4/11/1991 4/24/1991 -92.44315873 27.54578668 9996182.00 18207608074007502 -- GB 426 7/6/1999 7/16/1999 -92.44315871 27.54578673 9996182.00 18207608074009000 -- GB 426 10/4/1991 5/13/1992 -92.44320498 27.54579518 9996185.00 18207608074009001 -- GB 426 2/27/1998 5/27/1998 -92.44320498 27.54579518 9996185.00 18207608074008900 -- GB 426 3/7/1996 6/3/1996 -92.44299420 27.54596764 9996248.00 18208608074008901 -- GB 426 6/25/1996 7/29/1996 -92.44299419 27.54596769 9996248.00 18208608074009002 -- GB 426 6/2/1998 6/6/1998 -92.44320807 27.54579519 9996185.00 18207608074010000 -- GB 426 3/24/1992 2/7/2003 -92.44325744 27.54580084 9996187.00 18207608074007400 -- GB 426 8/4/1990 10/19/1991 -92.44303729 27.54599258 9996257.00 18208608074007401 -- GB 426 10/21/1998 1/1/1999 -92.44303727 27.54599538 9996258.00 18208608074007270 -- GB 426 5/13/1990 11/28/1990 -92.44307732 27.54601205 9996264.00 18208608074007200 -- GB 426 11/29/1990 12/1/1990 -92.44307733 27.54601200 9996264.00 18208608074010100 -- GB 426 3/25/1992 8/15/1995 -92.44329682 27.54594689 9996240.00 18207608074010500 -- GB 426 3/27/1992 5/11/1995 -92.44329682 27.54594689 9996240.00 18207608074008300 -- GB 426 12/18/1990 9/16/1991 -92.44346705 27.54586221 9996209.00 18206608074010101 -- GB 426 9/26/1995 10/29/1995 -92.44351324 27.54588172 9996216.00 18206608074010200 -- GB 426 3/27/1992 2/7/1995 -92.44355638 27.54590110 9996223.00 18206608074007900 -- GB 426 12/19/1990 12/3/1991 -92.44360256 27.54592605 9996232.00 18206608074008200 -- GB 426 12/20/1990 3/3/1992 -92.44348429 27.54611544 9996301.00 18206608074010400 -- GB 426 9/17/1992 9/22/1992 -92.44353367 27.54611570 9996301.00 18206608074010401 -- GB 426 5/23/2001 5/31/2001 -92.44353367 27.54611570 9996301.00 18206608074010300 -- GB 426 3/26/1992 4/21/1992 -92.44357393 27.54609379 9996293.00 18206608074010301 -- GB 426 11/3/1999 12/6/1999 -92.44357392 27.54609384 9996293.00 18206608074003700 -- GB 426 7/21/1988 7/25/1988 -92.44756804 27.55051251 9997893.00 18193608074003701 -- GB 426 10/27/1988 12/4/1988 -92.44756804 27.55051251 9997893.00 18193

API = American Petroleum Institute; NF = near-field; UTM = Universal Transverse Mercator.

*X/Y coordinates are for UTM North American Datum 1927, Zone 15. Source: Minerals Management Service Technical Information Management System.

Dates Surface Location Surface UTM Coordinate

B1-13
Table B1-9. Well locations within 10 km of the Garden Banks (GB) 516 Far-field 1 site.

Rows in red were drilled between Cruises 1B and 2B (all others prior to Cruise 1B).

API Area/ 

Well No. Block Spud Total Depth Longitude Latitude Y 

608074022100 GB 559 8/15/2000 10/2/2000 -92.44094796 27.43468367 9955810.00 182608074022101 GB 559 10/6/2000 10/8/2000 -92.44094796 27.43468367 9955810.00 182608074022102 GB 559 10/19/2000 10/24/2000 -92.44094796 27.43468367 9955810.00 182608074022103 GB 559 10/24/2000 10/29/2000 -92.44094796 27.43468367 9955810.00 182608074019900 GB 559 2/10/1999 3/27/1999 -92.44038956 27.43472546 9955826.00 182608074019901 GB 559 8/27/2000 9/1/2000 -92.44038956 27.43472546 9955826.00 182608074015100 GB 602 4/3/1996 7/5/1996 -92.44870909 27.39515203 9941433.00 181608074015170 GB 602 7/14/1996 7/24/1996 -92.44870909 27.39515203 9941433.00 181608074015101 GB 602 7/25/1996 8/7/1996 -92.44870909 27.39515203 9941433.00 181608074020500 GB 515 6/4/1999 6/25/1999 -92.41573079 27.46746115 9967759.00 182608074014800 GB 602 2/10/1996 2/19/1996 -92.44993165 27.38482933 9937680.00 181608074014200 GB 602 9/13/1995 9/21/1995 -92.46242076 27.37745362 9934982.00 181608074014400 GB 602 9/25/1995 1/21/1996 -92.45993653 27.37742751 9934976.00 181608074014401 GB 602 2/25/1997 3/24/1997 -92.45993653 27.37742751 9934976.00 181608074019400 GB 602 12/11/1998 3/7/1999 -92.46004008 27.37704816 9934838.00 181608074019401 GB 602 4/26/1999 5/29/1999 -92.46004008 27.37704816 9934838.00 181608074019300 GB 602 12/10/1998 9/27/1999 -92.45978099 27.37708569 9934852.00 181608074019301 GB 602 11/29/2000 1/3/2001 -92.45978099 27.37708569 9934852.00 181608074023200 GB 600 6/24/2001 8/13/2001 -92.54267909 27.38941846 9939226.00 178

API = American Petroleum Institute; FF = far-field; UTM = Universal Transverse Mercator.

*X/Y coordinates are for UTM North American Datum 1927, Zone 15. Source: Minerals Management Service Technical Information Management System.

Dates Surface Location Surface UTM Coordina

B1-14
Table B1-10. Well locations within 10 km of the Garden Banks (GB) 516 Far-field 2 site.

Rows in red were drilled between Cruises 1B and 2B (all others prior to Cruise 1B).

API Area/ 

Well No. Block Spud Total Depth Longitude Latitude Y X 

608074016600 GB 386 6/17/1997 10/15/1997 -92.28836535 27.58874687 10012051.00 1870608074016601 GB 386 11/2/1997 12/10/1997 -92.28836535 27.58874687 10012051.00 1870608074016602 GB 386 4/20/1998 5/7/1998 -92.28836535 27.58874687 10012051.00 1870608074016603 GB 386 5/30/1998 6/9/1998 -92.28836535 27.58874687 10012051.00 1870608074018800 GB 386 11/10/1998 1/29/1999 -92.26484592 27.59105955 10012936.00 1878608074018801 GB 386 3/4/1999 3/15/1999 -92.26484592 27.59105955 10012936.00 1878608074021900 GB 562 8/14/2000 9/19/2000 -92.25515991 27.43042441 9954578.00 188

API = American Petroleum Institute; FF = far-field; UTM = Universal Transverse Mercator.

*X/Y coordinates are for UTM North American Datum 1927, Zone 15. Source: Minerals Management Service Technical Information Management System.

Dates Surface Location Surface UTM Coordina

B1-15
Table B1-11. Well locations within 10 km of the Garden Banks (GB) 516 Far-field 3 site.

All wells were drilled prior to Cruise 1B.

API Area/ 

Well No. Block Spud Total Depth Longitude Latitude Y X 

608074018800 GB 386 11/10/1998 1/29/1999 -92.26484592 27.59105955 10012936.00 1878608074018801 GB 386 3/4/1999 3/15/1999 -92.26484592 27.59105955 10012936.00 1878608074016600 GB 386 6/17/1997 10/15/1997 -92.28836535 27.58874687 10012051.00 1870608074016601 GB 386 11/2/1997 12/10/1997 -92.28836535 27.58874687 10012051.00 1870608074016602 GB 386 4/20/1998 5/7/1998 -92.28836535 27.58874687 10012051.00 1870608074016603 GB 386 5/30/1998 6/9/1998 -92.28836535 27.58874687 10012051.00 1870608074021900 GB 562 8/14/2000 9/19/2000 -92.25515991 27.43042441 9954578.00 1881

API = American Petroleum Institute; FF = far-field; UTM = Universal Transverse Mercator.

*X/Y coordinates are for UTM North American Datum 1927, Zone 15. Source: Minerals Management Service Technical Information Management System.

Dates Surface Location Surface UTM Coordinat

B1-16
Table B1-12. Well locations within 10 km of the Garden Banks (GB) 516 Far-field 4 site.

All wells were drilled prior to Cruises 1A and 1B.

API Area/ 

Well No. Block Spud Total Depth Longitude Latitude Y X 

608074018800 GB 386 11/10/1998 1/29/1999 -92.26484592 27.59105955 10012936.00 187846608074018801 GB 386 3/4/1999 3/15/1999 -92.26484592 27.59105955 10012936.00 187846608074016600 GB 386 6/17/1997 10/15/1997 -92.28836535 27.58874687 10012051.00 187084608074016601 GB 386 11/2/1997 12/10/1997 -92.28836535 27.58874687 10012051.00 187084608074016602 GB 386 4/20/1998 5/7/1998 -92.28836535 27.58874687 10012051.00 187084608074016603 GB 386 5/30/1998 6/9/1998 -92.28836535 27.58874687 10012051.00 187084608074006900 GB 386 4/22/1990 7/4/1990 -92.20509204 27.60134612 10016794.00 189778

API = American Petroleum Institute; FF = far-field; UTM = Universal Transverse Mercator.

*X/Y coordinates are for UTM North American Datum 1927, Zone 15. Source: Minerals Management Service Technical Information Management System.

Dates Surface Location Surface UTM Coordinates

B1-17
Table B1-13. Well locations within 10 km of the Garden Banks (GB) 516 Far-field 5 site.

All wells were drilled prior to Cruises 1A and 1B.

API Area/ 

Well No. Block Spud Total Depth Longitude Latitude Y X 

608074018800 GB 386 11/10/1998 -92.26484592 27.59105955 1/29/1999 10012936.00 187608074018801 GB 386 3/4/1999 -92.26484592 27.59105955 3/15/1999 10012936.00 187608074006900 GB 387 4/22/1990 -92.20509204 27.60134612 7/4/1990 10016794.00 189608074016600 GB 386 6/17/1997 -92.28836535 27.58874687 10/15/1997 10012051.00 187608074016601 GB 386 11/2/1997 -92.28836535 27.58874687 12/10/1997 10012051.00 187608074016602 GB 386 4/20/1998 -92.28836535 27.58874687 5/7/1998 10012051.00 187608074016603 GB 386 5/30/1998 -92.28836535 27.58874687 6/9/1998 10012051.00 187608074013600 GB 387 8/7/1994 -92.23586646 27.61905522 9/1/1994 10023167.00 188608074013601 GB 387 9/2/1994 -92.23586646 27.61905522 10/3/1994 10023167.00 188608074015200 GB 387 6/21/1996 -92.23585398 27.61907442 10/17/1996 10023174.00 188608074014000 GB 387 8/23/1995 -92.23592464 27.61912984 9/28/1995 10023194.00 188608074014001 GB 387 9/29/1995 -92.23592464 27.61912984 11/20/1995 10023194.00 188

API = American Petroleum Institute; FF = far-field; UTM = Universal Transverse Mercator.

*X/Y coordinates are for UTM North American Datum 1927, Zone 15. Source: Minerals Management Service Technical Information Management System.

Dates Surface Location Surface UTM Coordina

B1-18
Table B1-14. Well locations within 10 km of the Garden Banks (GB) 516 Far-field 6 site.

All wells were drilled prior to Cruises 1A and 1B.

API Area/ 

Well No. Block Spud Total Depth Longitude Latitude Y X 

608074006900 GB 387 4/22/1990 7/4/1990 -92.20509204 27.60134612 10016794.00 189608074018800 GB 386 11/10/1998 1/29/1999 -92.26484592 27.59105955 10012936.00 187608074018801 GB 386 3/4/1999 3/15/1999 -92.26484592 27.59105955 10012936.00 187

API = American Petroleum Institute; FF = far-field; UTM = Universal Transverse Mercator.

*X/Y coordinates are for UTM North American Datum 1927, Zone 15. Source: Minerals Management Service Technical Information Management System.

Dates Surface Location Surface UTM Coordina

B1-19
Table B1-15. Well locations within 10 km of the Garden Banks (GB) 602 near-field site.

Row in red was drilled during Cruises 2A and 2B (all others prior to these cruises).

API Operator's Area/ Distance 

Well No. Well No. Block Spud Total Depth Longitude Latitude Y X Cente

608074019400 5 GB 602 12/11/1998 3/7/1999 -92.46004008 27.37704816 9934838.00 1815593.00 22608074019401 5-ST1 GB 602 4/26/1999 5/29/1999 -92.46004008 27.37704816 9934838.00 1815593.00 22608074019300 4 GB 602 12/10/1998 9/27/1999 -92.45978099 27.37708569 9934852.00 1815677.00 22608074019301 4-ST1 GB 602 11/29/2000 1/3/2001 -92.45978099 27.37708569 9934852.00 1815677.00 22608074014400 2 GB 602 9/25/1995 1/21/1996 -92.45993653 27.37742751 9934976.00 1815626.00 22608074014401 2-ST1 GB 602 2/25/1997 3/24/1997 -92.45993653 27.37742751 9934976.00 1815626.00 22608074014200 1 GB 602 9/13/1995 9/21/1995 -92.46242076 27.37745362 9934982.00 1814820.00 24608074014800 BH001 GB 602 2/10/1996 2/19/1996 -92.44993165 27.38482933 9937680.00 1818860.00 129608074015100 3 GB 602 4/3/1996 7/5/1996 -92.44870909 27.39515203 9941433.00 1819240.00 227608074015170 3 GB 602 7/14/1996 7/24/1996 -92.44870909 27.39515203 9941433.00 1819240.00 227608074015101 3 GB 602 7/25/1996 8/7/1996 -92.44870909 27.39515203 9941433.00 1819240.00 227608074022100 -- GB 559 8/15/2000 10/2/2000 -92.44094796 27.43468367 9955810.00 1821693.00 663608074022101 -- GB 559 10/6/2000 10/8/2000 -92.44094796 27.43468367 9955810.00 1821693.00 663608074022102 -- GB 559 10/19/2000 10/24/2000 -92.44094796 27.43468367 9955810.00 1821693.00 663608074022103 -- GB 559 10/24/2000 10/29/2000 -92.44094796 27.43468367 9955810.00 1821693.00 663608074019900 -- GB 559 2/10/1999 3/27/1999 -92.44038956 27.43472546 9955826.00 1821874.00 665608074019901 -- GB 559 8/27/2000 9/1/2000 -92.44038956 27.43472546 9955826.00 1821874.00 665608074023200 -- GB 600 6/24/2001 8/13/2001 -92.54267909 27.38941846 9939226.00 1788766.00 829

API = American Petroleum Institute; NF = near-field; UTM = Universal Transverse Mercator.

*X/Y coordinates are for UTM North American Datum 1927, Zone 15. Source: Minerals Management Service Technical Information Management System.

Dates Surface Location Surface UTM Coordinates*

B1-20
Table B1-16. Well locations within 10 km of the Garden Banks (GB) 602 Far-field 1 site.

Row in red was drilled during Cruises 2A and 2B (all others prior to these cruises).

API Area/ 

Well No. Block Spud Total Depth Longitude Latitude Y X 

608074023200 GB 600 6/24/2001 8/13/2001 -92.54267909 27.38941846 9939226.00 178876608074014200 GB 602 9/13/1995 9/21/1995 -92.46242076 27.37745362 9934982.00 181482608074019400 GB 602 12/11/1998 3/7/1999 -92.46004008 27.37704816 9934838.00 181559608074019401 GB 602 4/26/1999 5/29/1999 -92.46004008 27.37704816 9934838.00 181559608074014400 GB 602 9/25/1995 1/21/1996 -92.45993653 27.37742751 9934976.00 181562608074014401 GB 602 2/25/1997 3/24/1997 -92.45993653 27.37742751 9934976.00 181562608074019300 GB 602 12/10/1998 9/27/1999 -92.45978099 27.37708569 9934852.00 181567608074019301 GB 602 11/29/2000 1/3/2001 -92.45978099 27.37708569 9934852.00 181567608074014800 GB 602 2/10/1996 2/19/1996 -92.44993165 27.38482933 9937680.00 181886608074015100 GB 602 4/3/1996 7/5/1996 -92.44870909 27.39515203 9941433.00 181924608074015170 GB 602 7/14/1996 7/24/1996 -92.44870909 27.39515203 9941433.00 181924608074015101 GB 602 7/25/1996 8/7/1996 -92.44870909 27.39515203 9941433.00 181924608074022100 GB 559 8/15/2000 10/2/2000 -92.44094796 27.43468367 9955810.00 182169608074022101 GB 559 10/6/2000 10/8/2000 -92.44094796 27.43468367 9955810.00 182169608074022102 GB 559 10/19/2000 10/24/2000 -92.44094796 27.43468367 9955810.00 182169608074022103 GB 559 10/24/2000 10/29/2000 -92.44094796 27.43468367 9955810.00 182169608074019900 GB 559 2/10/1999 3/27/1999 -92.44038956 27.43472546 9955826.00 182187608074019901 GB 559 8/27/2000 9/1/2000 -92.44038956 27.43472546 9955826.00 182187608074021900 GB 562 8/14/2000 9/19/2000 -92.25515991 27.43042441 9954578.00 188194

API = American Petroleum Institute; FF = far-field; UTM = Universal Transverse Mercator.

*X/Y coordinates are for UTM North American Datum 1927, Zone 15. Source: Minerals Management Service Technical Information Management System.

Dates Surface Location Surface UTM Coordinates*

B1-21
Table B1-17. Well locations within 10 km of the Garden Banks (GB) 602 Far-field 2 site.

Row in red was drilled during Cruises 2A and 2B (all others prior to these cruises).

API Area/ 

Well No. Block Spud Total Depth Longitude Latitude Y X 

608074023200 GB 600 6/24/2001 8/13/2001 -92.54267909 27.38941846 9939226.00 17887608074014200 GB 602 9/13/1995 9/21/1995 -92.46242076 27.37745362 9934982.00 18148608074019400 GB 602 12/11/1998 3/7/1999 -92.46004008 27.37704816 9934838.00 18155608074019401 GB 602 4/26/1999 5/29/1999 -92.46004008 27.37704816 9934838.00 18155608074019300 GB 602 12/10/1998 9/27/1999 -92.45978099 27.37708569 9934852.00 18156608074019301 GB 602 11/29/2000 1/3/2001 -92.45978099 27.37708569 9934852.00 18156608074014400 GB 602 9/25/1995 1/21/1996 -92.45993653 27.37742751 9934976.00 18156608074014401 GB 602 2/25/1997 3/24/1997 -92.45993653 27.37742751 9934976.00 18156608074014800 GB 602 2/10/1996 2/19/1996 -92.44993165 27.38482933 9937680.00 18188608074015100 GB 602 4/3/1996 7/5/1996 -92.44870909 27.39515203 9941433.00 18192608074015170 GB 602 7/14/1996 7/24/1996 -92.44870909 27.39515203 9941433.00 18192608074015101 GB 602 7/25/1996 8/7/1996 -92.44870909 27.39515203 9941433.00 18192608074022100 GB 559 8/15/2000 10/2/2000 -92.44094796 27.43468367 9955810.00 18216608074022101 GB 559 10/6/2000 10/8/2000 -92.44094796 27.43468367 9955810.00 18216608074022102 GB 559 10/19/2000 10/24/2000 -92.44094796 27.43468367 9955810.00 18216608074022103 GB 559 10/24/2000 10/29/2000 -92.44094796 27.43468367 9955810.00 18216608074019900 GB 559 2/10/1999 3/27/1999 -92.44038956 27.43472546 9955826.00 18218608074019901 GB 559 8/27/2000 9/1/2000 -92.44038956 27.43472546 9955826.00 18218608074021900 GB 562 8/14/2000 9/19/2000 -92.25515991 27.43042441 9954578.00 18819

API = American Petroleum Institute; FF = far-field; UTM = Universal Transverse Mercator.

*X/Y coordinates are for UTM North American Datum 1927, Zone 15. Source: Minerals Management Service Technical Information Management System.

Dates Surface Location Surface UTM Coordinates

B1-22
Table B1-18. Well locations within 10 km of the Garden Banks (GB) 602 Far-field 3 site.

Row in red was drilled during Cruises 2A and 2B (all others prior to these cruises).

API Area/ 

Well No. Block Spud Total Depth Longitude Latitude Y X 

608074023200 GB 600 6/24/2001 8/13/2001 -92.54267909 27.38941846 9939226.00 178876608074014200 GB 602 9/13/1995 9/21/1995 -92.46242076 27.37745362 9934982.00 181482608074019400 GB 602 12/11/1998 3/7/1999 -92.46004008 27.37704816 9934838.00 181559608074019401 GB 602 4/26/1999 5/29/1999 -92.46004008 27.37704816 9934838.00 181559608074019300 GB 602 12/10/1998 9/27/1999 -92.45978099 27.37708569 9934852.00 181567608074019301 GB 602 11/29/2000 1/3/2001 -92.45978099 27.37708569 9934852.00 181567608074014400 GB 602 9/25/1995 1/21/1996 -92.45993653 27.37742751 9934976.00 181562608074014401 GB 602 2/25/1997 3/24/1997 -92.45993653 27.37742751 9934976.00 181562608074014800 GB 602 2/10/1996 2/19/1996 -92.44993165 27.38482933 9937680.00 181886608074015100 GB 602 4/3/1996 7/5/1996 -92.44870909 27.39515203 9941433.00 181924608074015170 GB 602 7/14/1996 7/24/1996 -92.44870909 27.39515203 9941433.00 181924608074015101 GB 602 7/25/1996 8/7/1996 -92.44870909 27.39515203 9941433.00 181924608074022100 GB 559 8/15/2000 10/2/2000 -92.44094796 27.43468367 9955810.00 182169608074022101 GB 559 10/6/2000 10/8/2000 -92.44094796 27.43468367 9955810.00 182169608074022102 GB 559 10/19/2000 10/24/2000 -92.44094796 27.43468367 9955810.00 182169608074022103 GB 559 10/24/2000 10/29/2000 -92.44094796 27.43468367 9955810.00 182169608074019900 GB 559 2/10/1999 3/27/1999 -92.44038956 27.43472546 9955826.00 182187608074019901 GB 559 8/27/2000 9/1/2000 -92.44038956 27.43472546 9955826.00 182187608074021900 GB 562 8/14/2000 9/19/2000 -92.25515991 27.43042441 9954578.00 188194

API = American Petroleum Institute; FF = far-field; UTM = Universal Transverse Mercator.

*X/Y coordinates are for UTM North American Datum 1927, Zone 15. Source: Minerals Management Service Technical Information Management System.

Dates Surface Location Surface UTM Coordinates*

B1-23
Table B1-19. Well locations within 10 km of the Garden Banks (GB) 602 Far-field 4 site.

Row in red was drilled during Cruises 2A and 2B (all others prior to these cruises).

API Area/ 

Well No. Block Spud Total Depth Longitude Latitude Y X 

608074014200 GB 602 9/13/1995 9/21/1995 -92.46242076 27.37745362 9934982.00 18148608074019400 GB 602 12/11/1998 3/7/1999 -92.46004008 27.37704816 9934838.00 18155608074019401 GB 602 4/26/1999 5/29/1999 -92.46004008 27.37704816 9934838.00 18155608074019300 GB 602 12/10/1998 9/27/1999 -92.45978099 27.37708569 9934852.00 18156608074019301 GB 602 11/29/2000 1/3/2001 -92.45978099 27.37708569 9934852.00 18156608074014400 GB 602 9/25/1995 1/21/1996 -92.45993653 27.37742751 9934976.00 18156608074014401 GB 602 2/25/1997 3/24/1997 -92.45993653 27.37742751 9934976.00 18156608074023200 GB 600 6/24/2001 8/13/2001 -92.54267909 27.38941846 9939226.00 17887608074014800 GB 602 2/10/1996 2/19/1996 -92.44993165 27.38482933 9937680.00 18188608074015100 GB 602 4/3/1996 7/5/1996 -92.44870909 27.39515203 9941433.00 18192608074015170 GB 602 7/14/1996 7/24/1996 -92.44870909 27.39515203 9941433.00 18192608074015101 GB 602 7/25/1996 8/7/1996 -92.44870909 27.39515203 9941433.00 18192608074022100 GB 559 8/15/2000 10/2/2000 -92.44094796 27.43468367 9955810.00 18216608074022101 GB 559 10/6/2000 10/8/2000 -92.44094796 27.43468367 9955810.00 18216608074022102 GB 559 10/19/2000 10/24/2000 -92.44094796 27.43468367 9955810.00 18216608074022103 GB 559 10/24/2000 10/29/2000 -92.44094796 27.43468367 9955810.00 18216608074019900 GB 559 2/10/1999 3/27/1999 -92.44038956 27.43472546 9955826.00 18218608074019901 GB 559 8/27/2000 9/1/2000 -92.44038956 27.43472546 9955826.00 18218608074021900 GB 562 8/14/2000 9/19/2000 -92.25515991 27.43042441 9954578.00 18819

API = American Petroleum Institute; FF = far-field; UTM = Universal Transverse Mercator.

*X/Y coordinates are for UTM North American Datum 1927, Zone 15. Source: Minerals Management Service Technical Information Management System.

Dates Surface Location Surface UTM Coordinate

B1-24
Table B1-20. Well locations within 10 km of the Garden Banks (GB) 602 Far-field 5 site.

Row in red was drilled during Cruises 2A and 2B (all others prior to these cruises).

API Area/ 

Well No. Block Spud Total Depth Longitude Latitude Y X 

608074019400 GB 602 12/11/1998 3/7/1999 -92.46004008 27.37704816 9934838.00 18155608074019401 GB 602 4/26/1999 5/29/1999 -92.46004008 27.37704816 9934838.00 18155608074019300 GB 602 12/10/1998 9/27/1999 -92.45978099 27.37708569 9934852.00 18156608074019301 GB 602 11/29/2000 1/3/2001 -92.45978099 27.37708569 9934852.00 18156608074014200 GB 602 9/13/1995 9/21/1995 -92.46242076 27.37745362 9934982.00 18148608074014400 GB 602 9/25/1995 1/21/1996 -92.45993653 27.37742751 9934976.00 18156608074014401 GB 602 2/25/1997 3/24/1997 -92.45993653 27.37742751 9934976.00 18156608074014800 GB 602 2/10/1996 2/19/1996 -92.44993165 27.38482933 9937680.00 18188608074015100 GB 602 4/3/1996 7/5/1996 -92.44870909 27.39515203 9941433.00 18192608074015170 GB 602 7/14/1996 7/24/1996 -92.44870909 27.39515203 9941433.00 18192608074015101 GB 602 7/25/1996 8/7/1996 -92.44870909 27.39515203 9941433.00 18192608074023200 GB 600 6/24/2001 8/13/2001 -92.54267909 27.38941846 9939226.00 17887608074022100 GB 559 8/15/2000 10/2/2000 -92.44094796 27.43468367 9955810.00 18216608074022101 GB 559 10/6/2000 10/8/2000 -92.44094796 27.43468367 9955810.00 18216608074022102 GB 559 10/19/2000 10/24/2000 -92.44094796 27.43468367 9955810.00 18216608074022103 GB 559 10/24/2000 10/29/2000 -92.44094796 27.43468367 9955810.00 18216608074019900 GB 559 2/10/1999 3/27/1999 -92.44038956 27.43472546 9955826.00 18218608074019901 GB 559 8/27/2000 9/1/2000 -92.44038956 27.43472546 9955826.00 18218608074021900 GB 562 8/14/2000 9/19/2000 -92.25515991 27.43042441 9954578.00 18819

API = American Petroleum Institute; FF = far-field; UTM = Universal Transverse Mercator.

*X/Y coordinates are for UTM North American Datum 1927, Zone 15. Source: Minerals Management Service Technical Information Management System.

Dates Surface Location Surface UTM Coordinate

B1-25
Table B1-21. Well locations within 10 km of the Garden Banks (GB) 602 Far-field 6 site.

Row in red was drilled during Cruises 2A and 2B (all others prior to these cruises).

API Area/ 

Well No. Block Spud Total Depth Longitude Latitude Y X 

608074021900 GB 562 8/14/2000 9/19/2000 -92.25515991 27.43042441 9954578.00 1881608074015100 GB 602 4/3/1996 7/5/1996 -92.44870909 27.39515203 9941433.00 1819608074015170 GB 602 7/14/1996 7/24/1996 -92.44870909 27.39515203 9941433.00 1819608074015101 GB 602 7/25/1996 8/7/1996 -92.44870909 27.39515203 9941433.00 1819608074014800 GB 602 2/10/1996 2/19/1996 -92.44993165 27.38482933 9937680.00 1818608074019900 GB 559 2/10/1999 3/27/1999 -92.44038956 27.43472546 9955826.00 1821608074019901 GB 559 8/27/2000 9/1/2000 -92.44038956 27.43472546 9955826.00 1821608074022100 GB 559 8/15/2000 10/2/2000 -92.44094796 27.43468367 9955810.00 1821608074022101 GB 559 10/6/2000 10/8/2000 -92.44094796 27.43468367 9955810.00 1821608074022102 GB 559 10/19/2000 10/24/2000 -92.44094796 27.43468367 9955810.00 1821608074022103 GB 559 10/24/2000 10/29/2000 -92.44094796 27.43468367 9955810.00 1821608074019300 GB 602 12/10/1998 9/27/1999 -92.45978099 27.37708569 9934852.00 1815608074019301 GB 602 11/29/2000 1/3/2001 -92.45978099 27.37708569 9934852.00 1815608074014400 GB 602 9/25/1995 1/21/1996 -92.45993653 27.37742751 9934976.00 1815608074014401 GB 602 2/25/1997 3/24/1997 -92.45993653 27.37742751 9934976.00 1815608074019400 GB 602 12/11/1998 3/7/1999 -92.46004008 27.37704816 9934838.00 1815608074019401 GB 602 4/26/1999 5/29/1999 -92.46004008 27.37704816 9934838.00 1815608074014200 GB 602 9/13/1995 9/21/1995 -92.46242076 27.37745362 9934982.00 1814608074023200 GB 600 6/24/2001 8/13/2001 -92.54267909 27.38941846 9939226.00 1788

API = American Petroleum Institute; FF = far-field; UTM = Universal Transverse Mercator.

*X/Y coordinates are for UTM North American Datum 1927, Zone 15. Source: Minerals Management Service Technical Information Management System.

Dates Surface Location Surface UTM Coordina

B1-26
Table B1-22. Well locations within 10 km of the Mississippi Canyon (MC) 292 near-field site.

All wells were drilled prior to Cruises 2A and 2B.

API Operator's Area/ 

Well No. Well No. Block Spud Total Depth Longitude Latitude Y X 

608174083200 3 MC 292 2/11/1999 4/15/1999 -88.59560800 28.70363341 10419990.00 1129608174083201 3-ST1 MC 292 6/10/1999 6/21/1999 -88.59560799 28.70363340 10419990.00 1129608174050900 1 MC 292 5/7/1995 9/7/1995 -88.59560283 28.70349868 10419941.00 1129608174083300 4 MC 292 2/4/1999 3/13/1999 -88.59560692 28.70376821 10420039.00 1129608174083301 4-ST1 MC 292 7/8/1999 7/16/1999 -88.59560692 28.70376820 10420039.00 1129608174087000 -- MC 248 1/11/2000 2/4/2000 -88.59696955 28.72610483 10428165.00 1128608174087001 -- MC 248 2/16/2000 2/22/2000 -88.59696955 28.72610483 10428165.00 1128608174087002 -- MC 248 2/27/2000 3/14/2000 -88.59696955 28.72610483 10428165.00 1128608174057600 -- MC 291 8/13/1997 10/20/1997 -88.61114651 28.68155867 10412032.00 1123608174054301 2-ST3 MC 292 1/24/1997 2/13/1997 -88.58858271 28.67577369 10409832.00 1131608174054370 2 MC 292 9/5/1996 11/12/1996 -88.58857265 28.67572705 10409815.00 1131608174054371 2-ST1 MC 292 11/13/1996 12/17/1996 -88.58857265 28.67572705 10409815.00 1131608174054300 2-ST2 MC 292 12/18/1996 1/18/1997 -88.58857265 28.67572705 10409815.00 1131608174054302 2-ST4 MC 292 2/22/1997 3/13/1997 -88.58857265 28.67572705 10409815.00 1131608174058300 -- MC 247 11/6/1997 12/5/1997 -88.63122590 28.72188883 10426781.00 1117608174058301 -- MC 247 12/20/1997 2/18/1998 -88.63122590 28.72188883 10426781.00 1117

API = American Petroleum Institute; NF = near-field; UTM = Universal Transverse Mercator.

*X/Y coordinates are for UTM North American Datum 1927, Zone 16. Source: Minerals Management Service Technical Information Management System.

Dates Surface Location Surface UTM Coordina

B1-27
Table B1-23. Well locations within 10 km of the Mississippi Canyon (MC) 292 Far-field 1 site.

All wells were drilled prior to Cruises 2A and 2B.

API Area/ 

Well No. Block Spud Total Depth Longitude Latitude Y X 

608174049900 MC 243 9/17/1994 10/19/1994 -88.81275308 28.71058799 10423513.00 10594608174085400 MC 243 8/18/1999 9/21/1999 -88.81000140 28.72852022 10430019.00 10604608174038200 MC 243 6/27/1990 9/4/1990 -88.82404125 28.73722682 10433253.00 10560608174084200 MC 243 2/20/1999 3/20/1999 -88.82561389 28.74224470 10435085.00 10555608174084201 MC 243 3/25/1999 3/26/1999 -88.82561389 28.74224470 10435085.00 10555608174084202 MC 243 3/28/1999 4/12/1999 -88.82561389 28.74224470 10435085.00 10555608174085000 MC 243 6/26/1999 7/27/1999 -88.81681090 28.74588683 10436366.00 10583608174087700 MC 199 11/16/2000 11/26/2000 -88.83477439 28.75659136 10440346.00 10526608174087701 MC 199 11/29/2000 12/1/2000 -88.83477439 28.75659136 10440346.00 10526608174087702 MC 199 12/3/2000 12/3/2000 -88.83477439 28.75659136 10440346.00 10526608174087703 MC 199 12/6/2000 12/22/2000 -88.83477439 28.75659136 10440346.00 10526608174010200 MC 198 1/1/1980 1/2/1980 -88.86431754 28.77511326 10447227.00 10433

API = American Petroleum Institute; FF = far-field; UTM = Universal Transverse Mercator.

*X/Y coordinates are for UTM North American Datum 1927, Zone 16. Source: Minerals Management Service Technical Information Management System.

Dates Surface Location Surface UTM Coordinate

B1-28
Table B1-24. Well locations within 10 km of the Mississippi Canyon (MC) 292 Far-field 2 site.

All wells were drilled prior to Cruises 2A and 2B.

API Area/ 

Well No. Block Spud Total Depth Longitude Latitude Y X 

608174085400 MC 243 8/18/1999 9/21/1999 -88.81000140 28.72852022 10430019.00 10604608174049900 MC 243 9/17/1994 10/19/1994 -88.81275308 28.71058799 10423513.00 10594608174085000 MC 243 6/26/1999 7/27/1999 -88.81681090 28.74588683 10436366.00 10583608174038200 MC 243 6/27/1990 9/4/1990 -88.82404125 28.73722682 10433253.00 10560608174084200 MC 243 2/20/1999 3/20/1999 -88.82561389 28.74224470 10435085.00 10555608174084201 MC 243 3/25/1999 3/26/1999 -88.82561389 28.74224470 10435085.00 10555608174084202 MC 243 3/28/1999 4/12/1999 -88.82561389 28.74224470 10435085.00 10555608174087700 MC 199 11/16/2000 11/26/2000 -88.83477439 28.75659136 10440346.00 10526608174087701 MC 199 11/29/2000 12/1/2000 -88.83477439 28.75659136 10440346.00 10526608174087702 MC 199 12/3/2000 12/3/2000 -88.83477439 28.75659136 10440346.00 10526608174087703 MC 199 12/6/2000 12/22/2000 -88.83477439 28.75659136 10440346.00 10526608174030100 MC 201 1/6/1988 1/17/1988 -88.73646015 28.78791669 10451262.00 10843608174010200 MC 198 1/1/1980 1/2/1980 -88.86431754 28.77511326 10447227.00 10433

API = American Petroleum Institute; FF = far-field; UTM = Universal Transverse Mercator.

*X/Y coordinates are for UTM North American Datum 1927, Zone 16. Source: Minerals Management Service Technical Information Management System.

Dates Surface Location Surface UTM Coordinates

B1-29
Table B1-25. Well locations within 10 km of the Mississippi Canyon (MC) 292 Far-field 3 site.

All wells were drilled prior to Cruises 2A and 2B.

API Area/ 

Well No. Block Spud Total Depth Longitude Latitude Y X 

608174030100 MC 201 1/6/1988 1/17/1988 -88.73646015 28.78791669 10451262.00 108434608174036600 MC 160 9/6/1989 11/6/1989 -88.59417812 28.83499823 10467740.00 113014

API = American Petroleum Institute; FF = far-field; UTM = Universal Transverse Mercator.

*X/Y coordinates are for UTM North American Datum 1927, Zone 16. Source: Minerals Management Service Technical Information Management System.

Dates Surface Location Surface UTM Coordinates

B1-30
Table B1-26. Well locations within 10 km of the Mississippi Canyon (MC) 292 Far-field 4 site.

All wells were drilled prior to Cruises 2A and 2B.

API Area/ 

Well No. Block Spud Total Depth Longitude Latitude Y X 

608174030100 MC 201 1/6/1988 1/17/1988 -88.73646015 28.78791669 10451262.00 108434608174058300 MC 247 11/6/1997 12/5/1997 -88.63122590 28.72188883 10426781.00 111771608174058301 MC 247 12/20/1997 2/18/1998 -88.63122590 28.72188883 10426781.00 111771608174036600 MC 160 9/6/1989 11/6/1989 -88.59417812 28.83499823 10467740.00 113014608174087000 MC 248 1/11/2000 2/4/2000 -88.59696955 28.72610483 10428165.00 112871608174087001 MC 248 2/16/2000 2/22/2000 -88.59696955 28.72610483 10428165.00 112871608174087002 MC 248 2/27/2000 3/14/2000 -88.59696955 28.72610483 10428165.00 112871

API = American Petroleum Institute; FF = far-field; UTM = Universal Transverse Mercator.

*X/Y coordinates are for UTM North American Datum 1927, Zone 16. Source: Minerals Management Service Technical Information Management System.

Dates Surface Location Surface UTM Coordinates

B1-31
Table B1-27. Well locations within 10 km of the Mississippi Canyon (MC) 292 Far-field 5 site.

All wells were drilled prior to Cruises 2A and 2B.

API Area/ 

Well No. Block Spud Total Depth Longitude Latitude Y X 

608174036600 MC 160 9/6/1989 11/6/1989 -88.59417812 28.83499823 10467740.00 113014608174053400 MC 162 5/30/1996 6/14/1996 -88.49624115 28.81940928 10461665.00 116142608174049800 MC 162 8/5/1994 11/30/1994 -88.48101479 28.82182743 10462483.00 116630608174087000 MC 248 1/11/2000 2/4/2000 -88.59696955 28.72610483 10428165.00 112871608174087001 MC 248 2/16/2000 2/22/2000 -88.59696955 28.72610483 10428165.00 112871608174087002 MC 248 2/27/2000 3/14/2000 -88.59696955 28.72610483 10428165.00 112871608174054700 MC 162 6/2/1997 6/26/1997 -88.46882796 28.81520191 10460026.00 117017608174037100 MC 118 11/18/1989 12/6/1989 -88.50077615 28.87141737 10480590.00 116020608174037101 MC 118 12/10/1989 1/4/1990 -88.50077615 28.87141737 10480590.00 116020

API = American Petroleum Institute; FF = far-field; UTM = Universal Transverse Mercator.

*X/Y coordinates are for UTM North American Datum 1927, Zone 16. Source: Minerals Management Service Technical Information Management System.

Dates Surface Location Surface UTM Coordinates

B1-32
Table B1-28. Well locations within 10 km of the Mississippi Canyon (MC) 292 Far-field 6 site.

All wells were drilled prior to Cruises 2A and 2B.

API Area/ 

Well No. Block Spud Total Depth Longitude Latitude Y X 

608174036600 MC 160 9/6/1989 11/6/1989 -88.59417812 28.83499823 10467740.00 11301608174053400 MC 162 5/30/1996 6/14/1996 -88.49624115 28.81940928 10461665.00 11614608174049800 MC 162 8/5/1994 11/30/1994 -88.48101479 28.82182743 10462483.00 11663608174054700 MC 162 6/2/1997 6/26/1997 -88.46882796 28.81520191 10460026.00 11701608174037100 MC 118 11/18/1989 12/6/1989 -88.50077615 28.87141737 10480590.00 11602608174037101 MC 118 12/10/1989 1/4/1990 -88.50077615 28.87141737 10480590.00 11602

API = American Petroleum Institute; FF = far-field; UTM = Universal Transverse Mercator.

*X/Y coordinates are for UTM North American Datum 1927, Zone 16. Source: Minerals Management Service Technical Information Management System.

Dates Surface Location Surface UTM Coordinate

B1-33
APPENDIX B2 

Drilling Discharge Calculations 

for Near-Field Sites 

B2-1
Table B2-1. Drilling mud and cuttings discharge estimates for Viosca Knoll Block 916, Well No. 1.

Estimated Estimated Estimated Estimated Estimated

WBF Mud WBF Cuttings WBF Mud WBF Cuttings SBF Cuttings

Hole Interval Hole Released Released Discharged Discharged Discharged

Size Length Volume at Seafloor at Seafloor from Rig from Rig from Rig 

(in.) (ft) (bbl) (bbl) (bbl) (bbl) (bbl) (bbl) 

36.00 222 279 3,074 419 - - - 

26.00 1,773 1,164 - - 12,807 1,746 - 20.00 1,630 633 - - - - 950 14.75 3,000 634 - - - - 951 10.63 3,701 406 - - - - 609 

Totals: 3,074 419 12,807 1,746 2,510

Source: Well intervals and hole sizes were provided by Shell. Cuttings volume was estimated as 1.5 times hole volumMud volume was estimated at 11 times hole volume.SBF = synthetic-based fluid.WBF = water-based fluid.* The SBF used was Syn-Teq.** Discharge location not specified; assumed first interval was riserless (all material released at seafloor).

B2-3
Table B2-2. Drilling mud and cuttings discharge estimates for Garden Banks Block 516, Well Nos. SE001 and S

No discharge data were available for these wells other than planned well intervals in the Exploration Plan.Therefore data are assumed identical to Well Nos. SE002 and SE002, Sidetrack 1 (data below).

Estimated Estimated Estimated Estimated Estimated

WBF Mud WBF Cuttings WBF Mud WBF Cuttings SBF Cuttings

Hole Interval Hole Released Released Discharged Discharged Discharged

Size Length Volume at Seafloor at Seafloor from Rig from Rig from Rig 

(in.) (ft) (bbl) (bbl) (bbl) (bbl) (bbl) (bbl) 

30 591 6,501 676 887 - - - 

24.000 971 543 - - 5,977 815 - 

17.500 2,675 796 - - 8,754 1,194 - 

10.625 6,463 709 - - - - 1,063 

10.625 5,109 560 - - - - 840 

10.625 0 0 - - - - 0 

Totals: 6,501 887 14,731 2,009 1,904

Source: Well intervals and hole sizes were provided by Shell. Cuttings volume was estimated as 1.5 times hole volumMud volume was estimated at 11 times hole volume.SBF = synthetic-based fluid.WBF = water-based fluid.* The SBF used for Well No. SE002 was Novaplus; however, the Exploration Plan for Well No. SE001 indicates that ei

Novaplus or Petrofree LE would be used.** Discharge location not specified; assumed first interval was riserless (all material released at seafloor).

B2-4
Table B2-3. Drilling mud and cuttings discharge estimates for Garden Banks Block 516, Well No. SE001, Sidet

Estimated Estimated Estimated Estimated Estimated

WBF Mud WBF Cuttings WBF Mud WBF Cuttings SBF Cuttings

Hole Interval Hole Released Released Discharged Discharged Discharged

Size Length Volume at Seafloor at Seafloor from Rig from Rig from Rig 

(in.) (ft) (bbl) (bbl) (bbl) (bbl) (bbl) (bbl) 

10.625 12,345 1,354 - - - - 2,031 

(

Totals: 0 0 0 0 2,031

Source: Well intervals and hole sizes were provided by Shell. Cuttings volume was estimated as 1.5 times hole volumSBF = synthetic-based fluid.WBF = water-based fluid.Table B2-4. Drilling mud and cuttings discharge estimates for Garden Banks Block 516, Well No. SE001, Sidet

Estimated Estimated Estimated Estimated Estimated

WBF Mud WBF Cuttings WBF Mud WBF Cuttings SBF Cuttings

Hole Interval Hole Released Released Discharged Discharged Discharged

Size Length Volume at Seafloor at Seafloor from Rig from Rig from Rig 

(in.) (ft) (bbl) (bbl) (bbl) (bbl) (bbl) (bbl) 

10.625 4,085 448 - - - - 672 

(

Totals: 0 0 0 0 672

Source: Well intervals and hole sizes were provided by Shell. Cuttings volume was estimated as 1.5 times hole volumSBF = synthetic-based fluid.WBF = water-based fluid.

B2-5
Table B2-5. Drilling mud and cuttings discharge estimates for Garden Banks Block 516, Well Nos. SE002 and SE

Estimated Estimated Estimated Estimated Estimated

WBF Mud WBF Cuttings WBF Mud WBF Cuttings SBF Cuttings

Hole Interval Hole Released Released Discharged Discharged Discharged

Size Length Volume at Seafloor at Seafloor from Rig from Rig from Rig M

(in.) (ft) (bbl) (bbl) (bbl) (bbl) (bbl) (bbl) Ty

30 676 591 6,501 887 - - - W

24.000 971 543 - - 5,977 815 - W17.500 2,675 796 - - 8,754 1,194 - W10.625 6,463 709 - - - - 1,063 SB

10.625 5,109 560 - - - - 840 SB

Totals: 6,501 887 14,731 2,009 1,904

Source: Well intervals and hole sizes were provided by Shell. Cuttings volume was estimated as 1.5 times hole volume.Mud volume was estimated at 11 times hole volume.SBF = synthetic-based fluid.WBF = water-based fluid.* The SBF used was Novaplus.** Discharge location not specified; assumed first interval was riserless (all material released at seafloor).

Table B2-6. Drilling mud and cuttings discharge estimates for Garden Banks Block 516, Well No. SE002, Sidetrac

Estimated Estimated Estimated Estimated Estimated

WBF Mud WBF Cuttings WBF Mud WBF Cuttings SBF Cuttings

Hole Interval Hole Released Released Discharged Discharged Discharged

Size Length Volume at Seafloor at Seafloor from Rig from Rig from Rig M

(in.) (ft) (bbl) (bbl) (bbl) (bbl) (bbl) (bbl) Ty

10.625 4,878 535 - - - - 802 SB

(Nova

Totals: 0 0 0 0 802

Source: Well intervals and hole sizes were provided by Shell. Cuttings volume was estimated as 1.5 times hole volume.SBF = synthetic-based fluid.WBF = water-based fluid.

B2-6
Table B2-7. Drilling mud and cuttings discharge estimates for Garden Banks Block 602, Well No. 1.

Estimated Estimated Estimated Estimated Estimated

WBF Mud WBF Cuttings WBF Mud WBF Cuttings SBF Cuttings

Hole Interval Hole Released Released Discharged Discharged Discharged

Size Length Volume at Seafloor at Seafloor from Rig from Rig from Rig 

(in.) (ft) (bbl) (bbl) (bbl) (bbl) (bbl) (bbl) 

36.00 200 252 2,770 378 - - - 

31.50 610 588 - - 6,468 882 - 26.00 1,100 722 - - 7,946 1,084 - 

22.00 3,100 1,458 - - 16,033 2,186 - 

17.50 5,500 1,636 - - - - 2,454 15.50 5,700 1,330 - - - - 1,995 10.63 492 54 - - - - 81 10.63 740 81 - - - - 122 10.63 541 59 - - - - 89 10.63 162 18 - - - - 27 10.63 463 51 - - - - 76 10.63 428 47 - - - - 70 

9.63 709 64 - - - - 96 9.63 511 46 - - - - 69 7.00 254 12 - - - - 18 

Totals: 2,770 378 30,447 4,152 5,098

Source: Well intervals and hole sizes were provided by Shell. Cuttings volume was estimated as 1.5 times hole volumMud volume was estimated at 11 times hole volume.SBF = synthetic-based fluid.WBF = water-based fluid.* The Exploration Plan lists either Novadril or Petrofree ester as the SBF to be used.** Discharge location not specified; assumed first interval was riserless (all material released at seafloor).

B2-7
Table B2-8. Drilling mud and cuttings discharge estimates for Garden Banks Block 602, Well No. 2.

Estimated Estimated Estimated Estimated Estimated

WBF Mud WBF Cuttings WBF Mud WBF Cuttings SBF Cuttings

Hole Interval Hole Released Released Discharged Discharged Discharged

Size Length Volume at Seafloor at Seafloor from Rig from Rig from Rig 

(in.) (ft) (bbl) (bbl) (bbl) (bbl) (bbl) (bbl) 

36.00 200 252 2,770 378 - - - W

30.50 540 488 - - 5,368 732 - W26.00 640 420 - - 4,623 630 - W22.00 830 390 - - 4,293 585 - W17.50 200 60 - - 655 89 - W17.50 5,000 1,488 - - - - 2,231 S

15.50 800 187 - - - - 280 S15.50 5,500 1,284 - - - - 1,925 S15.50 500 117 - - - - 175 S10.63 3,232 354 - - - - 532 S10.63 541 59 - - - - 89 S10.63 162 18 - - - - 27 S10.63 463 51 - - - - 76 S10.63 428 47 - - - - 70 S

9.63 709 64 - - - - 96 S9.63 511 46 - - - - 69 S7.00 254 12 - - - - 18 S

Totals: 2,770 378 14,938 2,037 5,589

Source: Well intervals and hole sizes were provided by Shell. Cuttings volume was estimated as 1.5 times hole volumMud volume was estimated at 11 times hole volume.SBF = synthetic-based fluid.WBF = water-based fluid.* The Exploration Plan lists either Novaplus or Petrofree LE as the SBF to be used.** Discharge location not specified; assumed first interval was riserless (all material released at seafloor).

B2-8
Table B2-9. Drilling mud and cuttings discharge estimates for Garden Banks Block 602, Well No. 2, Sidetrack 

Estimated Estimated Estimated Estimated Estimated

WBF Mud WBF Cuttings WBF Mud WBF Cuttings SBF Cuttings

Hole Interval Hole Released Released Discharged Discharged Discharged

Size Length Volume at Seafloor at Seafloor from Rig from Rig from Rig 

(in.) (ft) (bbl) (bbl) (bbl) (bbl) (bbl) (bbl) 

36.00 196 247 2,714 370 - - - 

26.00 541 355 - - 3,908 533 - 20.00 430 167 - - 1,838 251 - 16.00 1,262 314 - - 3,452 471 - 

13.63 5,474 987 - - - - 1,481 

13.63 845 152 - - - - 229 

11.75 5,669 760 - - - - 1,140 

11.75 100 13 - - - - 20 10.63 3,932 431 - - - - 647 10.63 1,367 150 - - - - 225 10.63 270 30 - - - - 44 10.63 306 34 - - - - 50 

7.00 30 1 - - - - 2 

Totals: 2,714 370 9,198 1,254 3,839

Source: Well intervals and hole sizes were provided by Shell. Cuttings volume was estimated as 1.5 times hole volumMud volume was estimated at 11 times hole volume.SBF = synthetic-based fluid. WBF = water-based fluid.* The Exploration Plan lists either Novaplus or Petrofree LE as the SBF to be used.** Discharge location not specified; assumed first interval was riserless (all material released at seafloor).

B2-9
Table B2-10. Drilling mud and cuttings discharge estimates for Garden Banks Block 602, Well No. 4.

Estimated Estimated Estimated Estimated Estimated

WBF Mud WBF Cuttings WBF Mud WBF Cuttings SBF Cuttings

Hole Interval Hole Released Released Discharged Discharged Discharged

Size Length Volume at Seafloor at Seafloor from Rig from Rig from Rig 

(in.) (ft) (bbl) (bbl) (bbl) (bbl) (bbl) (bbl) 

26.00 659 433 4,760 649 - - - 

20.00 596 232 - - 2,548 347 - 16.00 1,868 465 - - 5,110 697 - 

16.00 511 127 - - 1,398 191 - 13.63 889 160 - - - - 240 13.63 4,300 775 - - - - 1,163 

13.63 282 51 - - - - 76 13.63 100 18 - - - - 27 11.75 3,818 512 - - - - 768 11.75 1,582 212 - - - - 318 11.75 250 34 - - - - 50 

9.63 1,168 105 - - - - 158 7.63 242 14 - - - - 21 7.63 640 36 - - - - 54 7.63 400 23 - - - - 34 7.63 470 27 - - - - 40 7.63 310 18 - - - - 26 7.63 640 36 - - - - 54 7.63 580 33 - - - - 49 

Totals: 4,760 649 9,055 1,235 3,079

Source: Well intervals and hole sizes were provided by Shell. Cuttings volume was estimated as 1.5 times hole volumMud volume was estimated at 11 times hole volume.SBF = synthetic-based fluid.WBF = water-based fluid.* The Exploration Plan lists either Novaplus or Petrofree LE as the SBF to be used.** Discharge location not specified; assumed first interval was riserless (all material released at seafloor).

B2-10
Table B2-11. Drilling mud and cuttings discharge estimates for Garden Banks Block 602, Well No. 5.

Estimated Estimated Estimated Estimated Estimated

WBF Mud WBF Cuttings WBF Mud WBF Cuttings SBF Cuttings

Hole Interval Hole Released Released Discharged Discharged Discharged

Size Length Volume at Seafloor at Seafloor from Rig from Rig from Rig 

(in.) (ft) (bbl) (bbl) (bbl) (bbl) (bbl) (bbl) 

26.00 762 500 5,504 751 - - - 

20.00 68 26 - - 291 40 - 20.00 142 55 - - 607 83 - 20.00 340 132 - - 1,453 198 - 20.00 50 19 - - 214 29 - 16.00 2,150 535 - - 5,881 802 - 

16.00 300 75 - - 821 112 - 13.63 2,500 451 - - - - 676 13.63 2,500 451 - - - - 676 13.63 500 90 - - - - 135 13.63 50 9 - - - - 14 11.75 3,650 490 - - - - 734 11.75 1,333 179 - - - - 268 11.75 49 7 - - - - 10 

9.63 1,618 146 - - - - 218 7.63 932 53 - - - - 79 7.63 670 38 - - - - 57 7.63 480 27 - - - - 41 7.63 400 23 - - - - 34 7.63 560 32 - - - - 47 7.63 780 44 - - - - 66 

Totals: 5,504 751 9,267 1,264 3,056

Source: Well intervals and hole sizes were provided by Shell. Cuttings volume was estimated as 1.5 times hole volumMud volume was estimated at 11 times hole volume.SBF = synthetic-based fluid.WBF = water-based fluid.* The Exploration Plan lists either Novaplus or Petrofree LE as the SBF to be used.** Discharge location not specified; assumed first interval was riserless (all material released at seafloor).

B2-11
Table B2-12. Drilling mud and cuttings discharge estimates for Garden Banks Block 602, Well No. 4, Sidetrack 

No data are available for this sidetrack; therefore data were assumed to be identical to Well No. 2, Sidetrack 1 (totals b

Estimated Estimated Estimated Estimated Estimated

WBF Mud WBF Cuttings WBF Mud WBF Cuttings SBF Cuttings

Hole Interval Hole Released Released Discharged Discharged Discharged

Size Length Volume at Seafloor at Seafloor from Rig from Rig from Rig 

(in.) (ft) (bbl) (bbl) (bbl) (bbl) (bbl) (bbl) 

-- - - - - - - 

Totals: 2,714 370 9,198 1,254 3,839

* The Exploration Plan lists either Novaplus or Petrofree LE as the SBF to be used.SBF = synthetic-based fluid.WBF = water-based fluid.Table B2-13. Drilling mud and cuttings discharge estimates for Garden Banks Block 602, Well No. 5, Sidetrack No data are available for this sidetrack; therefore data were assumed to be identical to Well No. 2, Sidetrack 1 (totals b

Estimated Estimated Estimated Estimated Estimated

WBF Mud WBF Cuttings WBF Mud WBF Cuttings SBF Cuttings

Hole Interval Hole Released Released Discharged Discharged Discharged

Size Length Volume at Seafloor at Seafloor from Rig from Rig from Rig 

(in.) (ft) (bbl) (bbl) (bbl) (bbl) (bbl) (bbl) 

-- - - - - - - 

Totals: 2,714 370 9,198 1,254 3,839

* The Exploration Plan lists either Novaplus or Petrofree LE as the SBF to be used.SBF = synthetic-based fluid.WBF = water-based fluid.

B2-12
Table B2-14. Drilling mud and cuttings discharge estimates for Mississippi Canyon Block 292, Well No. 1.

Estimated Estimated Estimated Estimated Estimated

WBF Mud WBF Cuttings WBF Mud WBF Cuttings SBF Cuttings

Hole Interval Hole Released Released Discharged Discharged Discharged

Size Length Volume at Seafloor at Seafloor from Rig from Rig from Rig 

(in.) (ft) (bbl) (bbl) (bbl) (bbl) (bbl) (bbl) 

36.00 242 305 3,351 457 - - - 

26.00 1,763 1,158 - - 12,735 1,737 - 22.00 1,511 710 - - 7,815 1,066 - 

14.75 3,760 795 - - 8,741 1,192 - 

12.25 1,670 243 - - 2,678 365 - 

7.88 5,551 334 - - 3,679 502 - 

Totals: 3,351 457 35,648 4,861 0

Source: Well intervals and hole sizes were provided by Texaco. Cuttings volume was estimated as 1.5 times hole voluMud volume was estimated at 11 times hole volume.SBF = synthetic-based fluid.WBF = water-based fluid.* Discharge location not specified; assumed first interval was riserless (all material released at seafloor).

B2-13
Table B2-15. Drilling mud and cuttings discharge estimates for Mississippi Canyon Block 292, Well No. 3.

Estimated Estimated Estimated Estimated Estimated

WBF Mud WBF Cuttings WBF Mud WBF Cuttings SBF Cuttings

Hole Interval Hole Released Released Discharged Discharged Discharged

Size Length Volume at Seafloor at Seafloor from Rig from Rig from Rig 

(in.) (ft) (bbl) (bbl) (bbl) (bbl) (bbl) (bbl) 

36.00 252 317 3,490 476 - - - W

24.00 2,064 1,155 - - 12,704 1,732 - W

17.00 1,338 376 - - 4,132 563 - W

14.75 4,490 949 - - 10,439 1,423 - W

12.25 1,142 166 - - 1,831 250 - W

8.50 65 5 - - 50 7 - W

Totals: 3,490 476 29,156 3,976 0

Source: Well intervals and hole sizes were provided by Texaco. Cuttings volume was estimated as 1.5 times hole voluMud volume was estimated at 11 times hole volume.SBF = synthetic-based fluid.WBF = water-based fluid.* Discharge location not specified; assumed first interval was riserless (all material released at seafloor).

Table B2-16. Drilling mud and cuttings discharge estimates for Mississippi Canyon Block 292, Well No. 3, Side

Estimated Estimated Estimated Estimated Estimated

WBF Mud WBF Cuttings WBF Mud WBF Cuttings SBF Cuttings

Hole Interval Hole Released Released Discharged Discharged Discharged

Size Length Volume at Seafloor at Seafloor from Rig from Rig from Rig 

(in.) (ft) (bbl) (bbl) (bbl) (bbl) (bbl) (bbl) 

8.50 4,392 308 - - - - 462 

(No

Totals: 0 0 0 0 462

Source: Well intervals and hole sizes were provided by Texaco. Cuttings volume was estimated as 1.5 times hole volSBF = synthetic-based fluid.WBF = water-based fluid.

B2-14
Table B2-17. Drilling mud and cuttings discharge estimates for Mississippi Canyon Block 292, Well No. 4.

Estimated Estimated Estimated Estimated Estimated

WBF Mud WBF Cuttings WBF Mud WBF Cuttings SBF Cuttings

Hole Interval Hole Released Released Discharged Discharged Discharged

Size Length Volume at Seafloor at Seafloor from Rig from Rig from Rig 

(in.) (ft) (bbl) (bbl) (bbl) (bbl) (bbl) (bbl) 

36.00 252 317 3,490 476 - - - 

24.00 2,072 1,159 - - 12,753 1,739 - 17.00 1,600 449 - - 4,941 674 - 

14.75 3,954 836 - - 9,192 1,254 - 

12.25 1,415 206 - - 2,269 309 - 

Totals: 3,490 476 29,156 3,976 0

Source: Well intervals and hole sizes were provided by Texaco. Cuttings volume was estimated as 1.5 times hole voluMud volume was estimated at 11 times hole volume.SBF = synthetic-based fluid.WBF = water-based fluid.* Discharge location not specified; assumed first interval was riserless (all material released at seafloor).

Table B2-18. Drilling mud and cuttings discharge estimates for Mississippi Canyon Block 292, Well No. 4, Side

Estimated Estimated Estimated Estimated Estimated

WBF Mud WBF Cuttings WBF Mud WBF Cuttings SBF Cuttings

Hole Interval Hole Released Released Discharged Discharged Discharged

Size Length Volume at Seafloor at Seafloor from Rig from Rig from Rig 

(in.) (ft) (bbl) (bbl) (bbl) (bbl) (bbl) (bbl) 

12.25 4,700 685 - - - - 1028 

Totals: 0 0 0 0 1,028

Source: Well intervals and hole sizes were provided by Texaco. Cuttings volume was estimated as 1.5 times hole voluSBF = synthetic-based fluid.WBF = water-based fluid.

B2-15
APPENDIX C1

Geophysical Survey Report for Cruise 1A 

C1-1
C1-3
C1-4
C1-5
C1-6
C1-7
C1-8
C1-9
C1-10
C1-11
C1-12
C1-13
C1-14
C1-15
C1-16
C1-17
C1-18
C1-19
C1-20
C1-21
C1-22
C1-23
C1-24
C1-25
C1-26
C1-27
C1-28
C1-29
C1-30
C1-31
C1-32
C1-33
C1-34
C1-35
C1-36
C1-37
C1-38
C1-39
C1-40
C1-41
C1-42
C1-43
C1-44
C1-45
C1-46
C1-47
C1-48
C1-49
C1-50
C1-51
C1-52
C1-53
C1-54
C1-55
C1-56
C1-57
C1-58
C1-59
C1-60
C1-61
C1-62
C1-63
C1-64
C1-65
C1-66
C1-67
C1-68
C1-69
C1-70
C1-71
C1-72
C1-73
C1-74
C1-75
APPENDIX C2

Geophysical Survey Report for Cruise 3A 

C2-1
C2-3
C2-4
C2-5
C2-6
C2-7
C2-8
C2-9
C2-10
C2-11
C2-12
C2-13
C2-14
C2-15
C2-16
C2-17
C2-18
C2-19
C2-20
C2-21
C2-22
C2-23
C2-24
C2-25
C2-26
C2-27
C2-28
C2-29
C2-30
C2-31
C2-32
C2-33
C2-34
C2-35
C2-36
C2-37
C2-38
C2-39
C2-40
C2-41
C2-42
C2-43
C2-44
C2-45
C2-46
C2-47
C2-48
C2-49
C2-50
C2-51
C2-52
C2-53
C2-54
C2-55
C2-56
C2-57
C2-58
C2-59
C2-60
C2-61
C2-62
C2-63
C2-64
C2-65
C2-66
C2-67
C2-68
C2-69
C2-70
C2-71
C2-72
C2-73
C2-74
C2-75
C2-76
C2-77
C2-78
C2-79
C2-80
C2-81
C2-82
C2-83
C2-84
C2-85
C2-86
C2-87
C2-88
C2-89
C2-90
C2-91
C2-92
C2-93
C2-94
C2-95
C2-96
APPENDIX C3

Geophysical Survey Report for Cruise 2A 

C3-1
C3-3
C3-4
C3-5
C3-6
C3-7
C3-8
C3-9
C3-10
C3-11
C3-12
C3-13
C3-14
C3-15
C3-16
C3-17
C3-18
C3-19
C3-20
C3-21
C3-22
C3-23
C3-24
C3-25
C3-26
C3-27
C3-28
C3-29
C3-30
C3-31
C3-32
C3-33
C3-34
C3-35
C3-36
C3-37
C3-38
C3-39
C3-40
C3-41
C3-42
C3-43
C3-44
C3-45
C3-46
C3-47
C3-48
C3-49
C3-50
C3-51
C3-52
C3-53
C3-54
C3-55
C3-56
C3-57
C3-58
C3-59
C3-60
C3-61
C3-62
C3-63
C3-64
C3-65
C3-66
C3-67
C3-68
C3-69
C3-70
C3-71
C3-72
C3-73
C3-74
C3-75
C3-76
C3-77
C3-78
C3-79
C3-80
C3-81
C3-82
C3-83
C3-84
C3-85
C3-86
C3-87
C3-88
C3-89
C3-90
C3-91
C3-92
C3-93
C3-94
C3-95
C3-96
C3-97
C3-98
C3-99
C3-100
C3-101
C3-102
C3-103
C3-104
C3-105
C3-106
C3-107
C3-108
C3-109
C3-110
C3-111
C3-112
C3-113
C3-114
C3-115
C3-116
C3-117
C3-118
C3-119
C3-120
C3-121
C3-122
C3-123
C3-124
C3-125
C3-126
C3-127
C3-128
C3-129
APPENDIX D1

Grain Size Data from Cruise 1B 

D1-1
 Appendix D1. Grain size data from Cruise 1B.

Station Gravel Sand Silt Clay Folk's Description (phi) (μm)

(phi) Description (phi) Des

VK916-NF-B01 0.00 4.24 35.64 60.12 Mud 8.426 2.909 1.629 Poorly sorted -0.639 Strongly cVK916-NF-B02 0.00 2.47 27.28 70.25 Clay 8.811 2.227 1.644 Poorly sorted -0.485 Strongly cVK916-NF-B03 0.00 1.30 28.31 70.40 Clay 8.778 2.278 1.735 Poorly sorted -0.506 Strongly cVK916-NF-B04 0.00 2.48 56.40 41.11 Mud 7.288 6.397 1.977 Poorly sorted -0.174 CoarVK916-NF-B05 0.00 3.82 37.84 58.34 Mud 8.089 3.671 1.859 Poorly sorted -0.381 Strongly cVK916-NF-B06 0.00 2.33 19.77 77.90 Clay 9.586 1.301 1.913 Poorly sorted -0.463 Strongly cVK916-NF-B07 0.00 4.53 40.40 55.07 Mud 8.088 3.675 1.991 Poorly sorted -0.369 Strongly cVK916-NF-B08 0.00 3.80 29.96 66.23 Clay 8.666 2.461 1.722 Poorly sorted -0.471 Strongly cVK916-NF-B09 0.00 3.46 27.70 68.84 Clay 8.752 2.320 1.633 Poorly sorted -0.492 Strongly cVK916-NF-B10 0.00 2.55 26.23 71.23 Clay 9.049 1.888 2.132 Very poorly sorted -0.433 Strongly cVK916-NF-B11 0.00 2.51 26.35 71.14 Clay 8.767 2.295 1.397 Poorly sorted -0.580 Strongly cVK916-NF-B12 0.00 1.23 14.59 84.18 Clay 9.938 1.020 1.779 Poorly sorted -0.474 Strongly cVK916-FF2-B01 0.00 3.30 26.23 70.47 Clay 8.788 2.262 1.977 Poorly sorted -0.540 Strongly cVK916-FF2-B02 0.00 3.16 29.95 66.89 Clay 8.785 2.267 2.062 Very poorly sorted -0.447 Strongly cVK916-FF3-B01 0.00 4.90 39.25 55.85 Mud 8.122 3.590 2.154 Very poorly sorted -0.361 Strongly cVK916-FF3-B02 0.00 3.69 25.62 70.69 Clay 8.800 2.243 1.694 Poorly sorted -0.497 Strongly cVK916-FF4-B01 0.00 5.40 43.64 50.96 Mud 7.825 4.411 2.130 Very poorly sorted -0.237 CoarVK916-FF4-B02 1.20 3.10 24.93 70.77 Slightly gravelly mud 9.539 1.344 3.060 Very poorly sorted -0.386 Strongly c

VK916-FF5-B01 0.00 2.96 23.82 73.22 Clay 9.071 1.859 2.063 Very poorly sorted -0.472 Strongly cVK916-FF5-B02 0.00 3.10 25.77 71.13 Clay 8.827 2.202 1.732 Poorly sorted -0.481 Strongly cVK916-FF6-B01 0.00 3.22 24.91 71.87 Clay 8.899 2.095 1.787 Poorly sorted -0.494 Strongly cVK916-FF6-B02 0.00 2.09 27.24 70.67 Clay 8.864 2.147 1.775 Poorly sorted -0.475 Strongly c

StandDev Skewn

Percentage Mean Folk's Statis

D1-3
 Appendix D1. Grain size data from Cruise 1B.

Station

VK916-NF-B01VK916-NF-B02VK916-NF-B03VK916-NF-B04VK916-NF-B05VK916-NF-B06VK916-NF-B07VK916-NF-B08VK916-NF-B09VK916-NF-B10VK916-NF-B11VK916-NF-B12VK916-FF2-B01VK916-FF2-B02VK916-FF3-B01VK916-FF3-B02VK916-FF4-B01VK916-FF4-B02VK916-FF5-B01VK916-FF5-B02VK916-FF6-B01VK916-FF6-B02

-1.00 -0.50 0.00 0.50 1.00 1.50 2.00 2.50 3.00 3.50 4.00 4.50 5.00 5.5

0 0 0 0 2.57 0.01 0.02 0.52 0.51 0.31 0.3 0.05 0.05 2.80 0 0 0 0.12 0.49 0.49 0.29 0.29 0.4 0.39 0.69 0.69 3.40 00000 0.40 0.22 0.21 0.23 0.24 1.15 1.19 2.5

0 00000 1.07 0.40 0.40 0.31 0.30 7.35 7.36 2.00 00000 1.82 0.62 0.61 0.39 0.38 3.07 3.06 2.00 0 0 0 0.03 0.55 0.54 0.26 0.25 0.35 0.35 1.15 1.14 2.20 00000 2.49 0.61 0.60 0.41 0.42 2.08 2.08 4.00 0 0.03 0.02 0.01 0.96 0.95 0.50 0.50 0.41 0.42 0.55 0.59 3.70 0 0 0 0.03 0.81 0.82 0.48 0.49 0.41 0.42 0.40 0.40 2.00 00000 1.15 0.24 0.23 0.46 0.47 2.97 2.97 2.90 00000 0.76 0.39 0.40 0.48 0.48 0.27 0.27 1.70 00000 0.23 0.20 0.20 0.30 0.30 0.79 0.78 2.00 00000 1.03 0.39 0.39 0.75 0.74 1.68 1.67 1.80 0 0.10 0.01 0.02 0.40 0.41 0.50 0.51 0.61 0.60 2.67 2.66 2.00 0 0 0 0.11 1.34 1.33 0.63 0.63 0.43 0.43 3.11 3.12 4.40 0 0.09 0.77 0.77 0.02 0.01 0.54 0.55 0.47 0.47 0.21 0.20 2.00 0 0 0 0.41 1.28 1.28 0.70 0.70 0.52 0.51 3.81 3.81 3.0

1.20 0.04 0.04 0.02 0.01 0.72 0.73 0.40 0.40 0.37 0.38 3.56 3.56 3.1

0 0 0.05 0.01 0.01 0.40 0.40 0.48 0.47 0.57 0.57 1.61 1.61 2.50 0 0 0 0.15 0.43 0.44 0.47 0.47 0.57 0.57 0.77 0.76 2.50 00000 1.27 0.43 0.44 0.54 0.54 0.23 0.23 3.50 00000 0.56 0.27 0.26 0.50 0.50 1.30 1.29 3.5

Interpolated Phi Percentiles (Percent Retained)

D1-4
 Appendix D1. Grain size data from Cruise 1B.

Station

VK916-NF-B01VK916-NF-B02VK916-NF-B03VK916-NF-B04VK916-NF-B05VK916-NF-B06VK916-NF-B07VK916-NF-B08VK916-NF-B09VK916-NF-B10VK916-NF-B11VK916-NF-B12VK916-FF2-B01VK916-FF2-B02VK916-FF3-B01VK916-FF3-B02VK916-FF4-B01VK916-FF4-B02VK916-FF5-B01VK916-FF5-B02VK916-FF6-B01VK916-FF6-B02

6.50 7.00 7.50 8.00 8.50 9.00 9.50 10.00 10.50 11.00 11.50 12.00 12.50 16.65 7.19 7.14 6.99 5.74 2.66 5.42 35.54 *****

2.46 4.72 5.42 7.87 6.75 3.94 7.58 23.81 23.82  4.60 5.14 5.09 5.00 4.50 3.23 6.25 23.82 23.82 ** **7.99 7.74 8.41 9.96 7.21 3.52 6.51 ******5.96 6.05 6.31 7.44 8.11 9.70 5.51 23.90 *****

2.05 2.30 3.01 6.14 5.47 2.94 5.17 14.68 15.14 15.15 15.15 * * 9.77 4.14 4.50 5.42 4.57 2.61 5.44 22.75 *****

3.07 6.71 6.65 6.52 5.82 4.21 5.03 23.89 23.90  3.23 5.96 6.24 7.31 6.41 3.74 6.77 25.39 25.38 ** **1.74 3.21 3.64 7.08 6.71 4.96 6.29 13.40 13.76 13.76 ***

3.41 4.06 4.57 9.86 9.45 8.03 5.96 33.76 *****

2.01 2.92 2.70 1.41 1.89 5.68 9.69 14.49 14.70 14.71 14.70 * * 4.92 2.50 3.02 7.62 7.14 4.87 8.61 17.53 17.79 ****3.53 4.60 4.99 7.17 6.36 3.30 5.87 15.91 16.23 16.24 ***

7.67 3.66 4.31 5.79 4.82 2.78 5.82 17.35 17.34  4.06 5.19 5.32 5.80 5.55 4.70 5.56 23.66 23.97 ** **9.68 4.69 5.04 5.91 5.09 3.37 4.34 19.74 *****

4.90 1.99 1.89 1.35 1.41 1.73 7.84 8.17 7.91 7.91 7.91 7.91 7.91 3.30 3.12 3.34 5.59 5.48 4.83 6.05 14.84 15.64 15.64 ***

3.48 3.93 4.34 7.20 6.65 4.18 8.64 20.77 21.14  3.57 3.38 3.87 6.76 5.79 1.71 7.91 20.24 20.74 ** **2.60 4.82 5.20 6.33 5.72 4.08 7.69 20.19 20.20 ****

* Due to very long settling times for fine clay particles, some phi intervals (generally > phi 11) were not measured in many samples.

The calculated total of these phi intervals is listed in the "unaccounted" column.

Interpolated Phi Percentiles (Percent Retained)

D1-5
 Appendix D1. Grain size data from Cruise 1B.

Station Gravel Sand Silt Clay Folk's Description (phi) (μm)

(phi) Description (phi) Des

StandDev Skewn

Percentage Mean Folk's Statis

GB516-NF-B01 0.00 4.50 33.31 62.19 Mud 8.296 3.182 1.775 Poorly sorted -0.510 Strongly cGB516-NF-B02 0.00 6.80 37.61 55.59 Mud 8.023 3.843 2.791 Very poorly sorted -0.246 CoarGB516-NF-B03 0.00 4.68 22.30 73.02 Clay 9.114 1.805 2.021 Very poorly sorted -0.478 Strongly cGB516-NF-B04 0.00 5.11 36.17 58.71 Mud 8.151 3.517 2.578 Very poorly sorted -0.311 Strongly cGB516-NF-B05 0.00 4.70 32.36 62.94 Mud 8.503 2.757 1.813 Poorly sorted -0.542 Strongly cGB516-NF-B06 0.00 5.09 30.58 64.33 Clay 8.327 3.114 1.923 Poorly sorted -0.499 Strongly cGB516-NF-B07 0.00 4.85 21.72 73.43 Clay 8.996 1.958 2.033 Very poorly sorted -0.467 Strongly cGB516-NF-B08 0.00 5.37 29.10 65.52 Clay 8.685 2.429 2.123 Very poorly sorted -0.566 Strongly cGB516-NF-B09 0.00 6.53 23.12 70.35 Clay 8.829 2.199 2.298 Very poorly sorted -0.468 Strongly cGB516-NF-B10 0.00 4.42 33.89 61.69 Mud 8.498 2.766 2.315 Very poorly sorted -0.414 Strongly cGB516-NF-B11 0.00 5.37 32.42 62.21 Mud 8.474 2.812 2.270 Very poorly sorted -0.406 Strongly cGB516-NF-B12 0.00 7.25 24.77 67.99 Clay 8.731 2.353 2.118 Very poorly sorted -0.481 Strongly cGB516-FF1-B01 0.00 5.84 34.58 59.58 Mud 8.188 3.429 2.622 Very poorly sorted -0.351 Strongly cGB516-FF1-B02 0.00 4.35 33.81 61.84 Mud 8.357 3.049 1.938 Poorly sorted -0.369 Strongly cGB516-FF2-B01 0.00 3.03 19.76 77.21 Clay 9.053 1.883 1.368 Poorly sorted -0.471 Strongly cGB516-FF2-B02 0.00 12.04 27.48 60.48 Sandy clay 8.199 3.404 2.903 Very poorly sorted -0.430 Strongly cGB516-FF3-B01 0.00 6.09 32.59 61.32 Mud 8.385 2.991 2.078 Very poorly sorted -0.487 Strongly cGB516-FF3-B02 0.00 4.74 27.09 68.17 Clay 8.630 2.525 2.288 Very poorly sorted -0.358 Strongly cGB516-FF4-B01 0.00 5.33 60.15 34.53 Mud 7.473 5.628 1.657 Poorly sorted -0.248 CoarGB516-FF4-B02 0.00 6.61 27.31 66.08 Clay 8.531 2.704 1.970 Poorly sorted -0.406 Strongly cGB516-FF5-B01 0.00 3.32 27.99 68.68 Clay 8.749 2.324 1.449 Poorly sorted -0.459 Strongly cGB516-FF5-B02 0.00 4.56 30.26 65.18 Clay 8.389 2.984 1.836 Poorly sorted -0.354 Strongly cGB516-FF6-B01 0.00 4.06 30.77 65.17 Clay 8.764 2.300 1.835 Poorly sorted -0.590 Strongly cGB516-FF6-B02 0.00 3.37 28.54 68.10 Clay 8.816 2.218 1.607 Poorly sorted -0.548 Strongly c

D1-6
 Appendix D1. Grain size data from Cruise 1B.

Station

GB516-NF-B01GB516-NF-B02GB516-NF-B03GB516-NF-B04GB516-NF-B05GB516-NF-B06GB516-NF-B07GB516-NF-B08GB516-NF-B09GB516-NF-B10GB516-NF-B11GB516-NF-B12GB516-FF1-B01GB516-FF1-B02GB516-FF2-B01GB516-FF2-B02GB516-FF3-B01GB516-FF3-B02GB516-FF4-B01GB516-FF4-B02GB516-FF5-B01GB516-FF5-B02GB516-FF6-B01GB516-FF6-B02

-1.00 -0.50 0.00 0.50 1.00 1.50 2.00 2.50 3.00 3.50 4.00 4.50 5.00 5.5

Interpolated Phi Percentiles (Percent Retained)

0 0 0.14 0.02 0.03 0.47 0.48 0.74 0.73 0.95 0.94 0.46 0.46 2.10 0 0.16 0.01 0.01 0.17 0.17 0.88 0.88 2.26 2.26 7.86 7.82 5.00 0 0.07 0.02 0.01 0.46 0.46 0.89 0.89 0.94 0.94 0.11 0.11 3.00 0 0 0 0.05 0.59 0.58 0.97 0.96 0.98 0.98 5.99 5.97 3.10 00000 1.04 0.88 0.87 0.96 0.95 0.62 0.61 2.70 00000 0.53 0.83 0.83 1.45 1.45 0.64 0.64 3.70 0 0 0 0.06 0.49 0.49 0.96 0.97 0.94 0.94 1.31 1.31 2.10 0 0.05 0.28 0.27 0.28 0.27 1.08 1.07 1.04 1.03 1.39 1.39 3.80 0 0.05 0.50 0.50 0.50 0.50 1.17 1.18 1.06 1.07 1.61 1.62 2.00 0 0.03 0.26 0.27 0.26 0.26 0.90 0.89 0.78 0.77 4.34 4.33 2.10 0 0.05 0.02 0.01 0.43 0.42 0.96 0.96 1.26 1.26 3.40 3.40 2.10 0 0 0 0.03 0.97 0.98 1.41 1.41 1.22 1.23 0.73 0.74 1.80 00000 1.35 1.24 1.24 1.01 1.00 5.39 5.40 2.00 0 0.03 0.14 0.15 0.15 0.14 0.78 0.79 1.08 1.09 2.91 2.91 1.10 00000 0.20 0.45 0.44 0.97 0.97 0.06 0.05 0.90 0 0 0 0.03 7.54 0.79 0.52 0.52 1.32 1.32 1.88 1.88 1.90 0 0 0 0.05 0.90 0.89 1.05 1.05 1.07 1.08 1.28 1.28 3.10 0 0 0 0.05 0.19 0.19 0.86 0.85 1.30 1.30 3.51 3.50 2.00 0 0 0 0.10 0.41 0.40 1.14 1.14 1.07 1.07 3.50 3.50 2.00 0 0.08 0.03 0.03 0.47 0.47 0.93 0.93 1.84 1.83 0.87 0.86 3.10 00000 0.53 0.62 0.63 0.77 0.77 0.70 0.7 0.90 00000 1.57 0.59 0.59 0.91 0.90 1.77 1.76 2.00 0 0 0 0.03 0.48 0.49 0.80 0.80 0.73 0.73 1.25 1.25 2.00 00000 0.48 0.60 0.60 0.85 0.84 0.84 0.83 2.8

D1-7
 Appendix D1. Grain size data from Cruise 1B.

Station

GB516-NF-B01GB516-NF-B02GB516-NF-B03GB516-NF-B04GB516-NF-B05GB516-NF-B06GB516-NF-B07GB516-NF-B08GB516-NF-B09GB516-NF-B10GB516-NF-B11GB516-NF-B12GB516-FF1-B01GB516-FF1-B02GB516-FF2-B01GB516-FF2-B02GB516-FF3-B01GB516-FF3-B02GB516-FF4-B01GB516-FF4-B02GB516-FF5-B01GB516-FF5-B02GB516-FF6-B01GB516-FF6-B02

6.50 7.00 7.50 8.00 8.50 9.00 9.50 10.00 10.50 11.00 11.50 12.00 12.50 1

Interpolated Phi Percentiles (Percent Retained)

8.78 4.24 4.67 7.24 7.04 6.25 4.04 31.06 *****

3.89 2.63 2.81 3.31 4.66 7.91 3.51 8.62 8.61 8.61 8.61 * * 3.33 5.10 4.77 2.43 2.51 3.19 7.48 15.44 16.04 16.04 ***

3.64 4.20 4.53 5.65 5.59 5.45 3.29 11.32 11.31 11.32 ***

4.44 6.88 6.88 6.86 6.42 5.24 5.15 26.21 *****

5.16 4.78 5.03 6.20 6.93 9.02 6.34 24.16 *****

2.65 2.14 2.81 7.37 7.42 7.59 8.27 15.25 15.25 15.25 ***

2.81 6.18 5.94 4.75 5.31 7.10 3.59 17.64 17.64  2.72 3.51 3.83 5.69 6.53 9.37 4.12 14.31 14.32 14.31 ** *4.29 3.47 4.32 7.87 6.60 3.58 3.86 13.61 13.62 13.61 ***3.64 4.24 4.98 8.10 6.90 4.45 3.2 14.77 14.77 14.78 ***2.57 3.34 4.05 9.80 8.90 6.13 6.26 17.23 17.24  4.17 3.39 4.10 6.94 6.19 4.39 4.36 11.51 11.51 11.51 ** *4.21 4.64 5.45 10.35 8.86 5.12 6.43 19.33 19.34 ****2.72 2.87 3.39 8.17 8.48 9.63 6.08 26.41 *****

4.20 4.00 4.40 6.09 6.08 6.09 3.32 12.27 12.26 12.27 ***

3.96 5.45 5.86 8.46 7.40 3.79 6.83 19.87 19.98  2.52 3.27 3.68 6.71 7.16 8.74 3.81 13.21 13.21 13.21 ** *6.34 8.33 11.62 21.64 11.28 0.84 * ******2.10 5.04 5.55 8.06 8.46 9.50 4.82 19.38 19.38  1.62 5.24 5.79 12.56 10.92 5.98 6.73 29.27 ** ***

3.35 2.68 3.79 12.94 11.53 8.02 4.68 21.82 *****

3.15 7.13 7.09 6.92 6.07 3.54 6.41 21.74 21.73  1.82 4.14 4.95 11.61 9.94 5.35 3.62 24.9 ** ***

* Due to very long settling times for fine clay particles, some phi intervals (generally > phi 11) were not measured in many samples.

The calculated total of these phi intervals is listed in the "unaccounted" column.

D1-8
APPENDIX D2

Grain Size Data from Cruise 2B 

D2-1
 Appendix D2. Grain size data from Cruise 2B.

Station Gravel Sand Silt Clay Silt&Clay Folk's Description (phi) (μm)

(phi) Description (phi) 

GB602-FF1-B01 0.00 7.70 20.87 71.43 0.00 Clay 9.003 1.949 2.267 Very poorly sorted -0.447 Stro

GB602-FF1-B02 0.00 10.42 20.45 69.13 0.00 Sandy clay 10.940 0.509 5.286 Extremely poorly sorted -0.291 GB602-FF2-B01 0.00 13.48 15.70 70.82 0.00 Sandy clay 10.004 0.974 4.041 Extremely poorly sorted -0.395 StroGB602-FF2-B02 0.00 7.40 16.92 75.68 0.00 Clay 9.829 1.099 3.213 Very poorly sorted -0.461 StroGB602-FF3-B01 0.00 5.22 25.29 69.50 0.00 Clay 10.553 0.666 4.473 Extremely poorly sorted -0.267 GB602-FF3-B02 0.00 13.84 23.44 62.72 0.00 Sandy clay 10.799 0.561 5.779 Extremely poorly sorted -0.122 GB602-FF4-B01 0.00 10.14 16.52 73.34 0.00 Sandy clay 10.147 0.882 4.025 Extremely poorly sorted -0.420 StroGB602-FF4-B02 0.00 11.84 11.92 76.25 0.00 Sandy clay 9.752 1.159 3.853 Very poorly sorted -0.451 StroGB602-FF5-B01 0.00 7.36 14.02 78.62 0.00 Clay 11.875 0.266 4.787 Extremely poorly sorted -0.394 StroGB602-FF5-B02 0.00 9.02 61.82 29.16 0.00 Silt 6.240 13.230 2.496 Very poorly sorted 0.557 StroGB602-FF6-B01 0.00 10.44 16.31 73.26 0.00 Sandy clay 9.229 1.666 3.277 Very poorly sorted -0.250 GB602-FF6-B02 0.00 16.50 14.33 69.17 0.00 Sandy clay 9.533 1.350 4.626 Extremely poorly sorted -0.367 StroGB602-NF-B01 0.00 6.50 59.38 34.12 0.00 Mud 7.840 4.363 4.908 Extremely poorly sorted 0.827 StrGB602-NF-B02 0.00 10.59 15.25 74.17 0.00 Sandy clay 8.578 2.616 3.018 Very poorly sorted -0.290 GB602-NF-B03 0.00 21.12 31.70 47.18 0.00 Sandy mud 7.137 7.105 3.239 Very poorly sorted -0.312 StroGB602-NF-B04 0.00 7.11 20.37 72.52 0.00 Clay 8.553 2.662 2.923 Very poorly sorted -0.341 StroGB602-NF-B05 0.00 10.67 29.49 59.85 0.00 Sandy clay 8.706 2.394 3.347 Very poorly sorted -0.331 StroGB602-NF-B06 0.00 12.83 30.03 57.14 0.00 Sandy mud 8.267 3.247 3.069 Very poorly sorted -0.469 StroGB602-NF-B07 0.00 12.93 35.19 51.87 0.00 Sandy mud 8.047 3.781 3.246 Very poorly sorted -0.301 StroGB602-NF-B08 0.00 11.22 22.03 66.76 0.00 Sandy clay 8.197 3.407 2.565 Very poorly sorted -0.428 StroGB602-NF-B09 0.00 6.64 32.41 60.95 0.00 Mud 8.267 3.247 3.059 Very poorly sorted -0.258 GB602-NF-B10 0.00 10.02 36.41 53.57 0.00 Sandy mud 8.018 3.859 3.287 Very poorly sorted -0.204 GB602-NF-B11 0.00 14.55 21.23 64.22 0.00 Sandy clay 8.757 2.311 3.869 Very poorly sorted -0.400 StroGB602-NF-B12 0.00 13.48 17.55 68.98 0.00 Sandy clay 8.858 2.155 3.173 Very poorly sorted -0.441 Stro

GB602-NF-DS1 (0-2cm) 0.00 5.66 32.66 61.68 0.00 Mud 7.998 3.911 2.305 Very poorly sorted -0.392 StroGB602-NF-DS1 (2-4cm) 0.00 15.73 36.92 47.35 0.00 Sandy mud 7.240 6.616 3.236 Very poorly sorted -0.176 GB602-NF-DS1 (4-6cm) 0.00 19.15 17.59 63.26 0.00 Sandy clay 8.970 1.994 4.604 Extremely poorly sorted -0.302 StroGB602-NF-DS1 (6-8cm) 0.00 8.19 20.88 70.93 0.00 Clay 9.100 1.822 2.788 Very poorly sorted -0.476 StroGB602-NF-DS1 (8-10cm) 0.00 4.89 13.11 81.99 0.00 Clay 10.241 0.826 2.463 Very poorly sorted -0.464 StroGB602-NF-DS2 (0-2cm) 0.00 6.51 54.96 38.53 0.00 Mud 7.191 6.841 2.302 Very poorly sorted -0.195 GB602-NF-DS2 (2-4cm) 0.00 11.69 49.31 39.00 0.00 Sandy mud 7.165 6.969 2.351 Very poorly sorted -0.326 StroGB602-NF-DS2 (4-6cm) 0.00 22.04 40.25 37.71 0.00 Sandy mud 6.633 10.073 2.856 Very poorly sorted -0.303 StroGB602-NF-DS2 (6-8cm) 0.00 11.83 26.99 61.17 0.00 Sandy clay 9.086 1.840 4.288 Extremely poorly sorted -0.052 NGB602-NF-DS2 (8-10cm) 0.00 13.48 36.28 50.24 0.00 Sandy mud 7.739 4.680 2.645 Very poorly sorted -0.283 GB602-NF-DS3 (0-2cm) 0.00 7.55 28.60 63.85 0.00 Clay 8.677 2.443 3.182 Very poorly sorted -0.326 StroGB602-NF-DS3 (2-4cm) 0.00 7.63 25.06 67.31 0.00 Clay 8.891 2.106 3.316 Very poorly sorted -0.366 StroGB602-NF-DS3 (4-6cm) 0.00 17.33 24.89 57.78 0.00 Sandy clay 7.708 4.783 3.244 Very poorly sorted -0.437 StroGB602-NF-DS3 (6-8cm) 0.00 7.16 26.80 66.04 0.00 Clay 9.066 1.866 3.908 Very poorly sorted -0.102 GB602-NF-DS3 (8-10cm) 0.00 6.25 33.05 60.70 0.00 Mud 8.430 2.899 2.110 Very poorly sorted -0.590 Stro

StandDev Sk

Percentage Mean Folk's Sta

D2-3
 Appendix D2. Grain size data from Cruise 2B.

StationGB602-FF1-B01GB602-FF1-B02GB602-FF2-B01GB602-FF2-B02GB602-FF3-B01GB602-FF3-B02GB602-FF4-B01GB602-FF4-B02GB602-FF5-B01GB602-FF5-B02GB602-FF6-B01GB602-FF6-B02GB602-NF-B01GB602-NF-B02GB602-NF-B03GB602-NF-B04GB602-NF-B05GB602-NF-B06GB602-NF-B07GB602-NF-B08GB602-NF-B09GB602-NF-B10GB602-NF-B11GB602-NF-B12

GB602-NF-DS1 (0-2cm)GB602-NF-DS1 (2-4cm)GB602-NF-DS1 (4-6cm)GB602-NF-DS1 (6-8cm)GB602-NF-DS1 (8-10cm)GB602-NF-DS2 (0-2cm)GB602-NF-DS2 (2-4cm)GB602-NF-DS2 (4-6cm)GB602-NF-DS2 (6-8cm)GB602-NF-DS2 (8-10cm)GB602-NF-DS3 (0-2cm)GB602-NF-DS3 (2-4cm)GB602-NF-DS3 (4-6cm)GB602-NF-DS3 (6-8cm)GB602-NF-DS3 (8-10cm)

-1.00 -0.50 0.00 0.50 1.00 1.50 2.00 2.50 3.00 3.50 4.00 4.50 5.00 5.50 6.00

0 0 0.21 0.39 0.39 1.76 1.76 1.00 0.99 0.60 0.60 1.39 1.40 1.00 0.740 0 0.11 0.41 0.40 2.36 2.37 0.78 0.79 1.60 1.60 5.35 5.35 1.17 2.070 0 0 0 0 0 4.63 1.88 1.88 2.55 2.54 0.31 0.44 5.16 2.080 0 0.44 0.13 0.13 0.17 0.17 1.05 1.04 2.14 2.13 0.65 1.20 5.04 2.000 0 0 0 0 0 0.24 0.74 0.74 1.75 1.75 6.64 6.64 3.44 2.340 0 0.04 1.26 1.25 2.40 2.40 1.88 1.89 1.36 1.36 7.00 6.99 2.28 1.500 0 0.21 0.55 0.55 1.95 1.94 1.27 1.27 1.20 1.20 2.14 2.14 2.06 2.370 0 0.07 1.11 1.11 1.78 1.78 1.56 1.57 1.43 1.43 1.87 1.85 1.34 1.170 0 0 0 0.00 0.00 0.42 1.31 1.31 2.16 2.16 3.06 2.97 1.34 2.030 0 0 0 0.34 0.50 0.51 1.94 1.94 1.89 1.90 23.52 17.32 1.61 1.340 0 0 0 1.73 1.74 1.75 1.36 1.36 1.25 1.25 1.57 1.58 1.22 1.790 0 0.15 2.13 2.13 2.07 2.07 2.26 2.26 1.72 1.71 1.96 2.09 2.91 1.510 0 0.05 0.19 0.19 1.37 1.38 0.93 0.94 0.72 0.73 29.18 23.78 1.84 1.570 0 0 0 0 0 0.56 2.21 2.22 2.80 2.80 2.62 2.62 2.18 1.920 0 0 0 3.77 2.29 2.28 2.92 2.92 3.47 3.47 2.89 2.86 2.56 2.210 0 0.19 0.29 0.30 0.74 0.74 0.24 1.77 1.42 1.42 4.50 4.39 1.24 1.830 0 0.06 0.03 0.03 1.55 1.55 2.03 2.02 1.70 1.70 3.62 3.61 4.57 4.010 0 0.59 0.59 0.60 1.83 1.83 1.92 1.92 1.78 1.77 2.65 2.64 3.25 4.170 0 0.27 1.25 1.26 1.44 1.45 1.49 1.50 2.14 2.13 4.72 4.71 4.19 3.680 0 2.19 0.28 0.29 0.61 0.62 1.33 1.33 2.29 2.28 1.77 1.78 1.81 1.550 0 0 0 0.63 0.63 0.63 1.26 1.26 1.11 1.12 8.82 8.81 4.15 2.330 0 0.52 0.56 0.57 1.93 1.93 1.45 1.46 0.80 0.80 8.23 8.22 1.42 1.750 0 3.06 2.43 2.44 0.71 0.70 0.71 0.71 1.90 1.89 1.90 2.49 4.34 3.650 0 0.69 0.68 0.69 1.55 1.54 1.03 1.03 3.13 3.14 0.37 0.79 3.29 2.830 0 0 0 0.18 0.49 0.5 1.02 1.02 1.23 1.22 4.78 4.77 2.32 1.110 0 4.57 1.12 1.12 1.37 1.36 1.95 1.95 1.14 1.15 7.15 7.16 5.47 3.70 0 0.19 0.29 0.29 0.91 0.91 11.59 1.88 1.55 1.54 1.96 2.1 2.96 2.540 0 0.38 0.65 0.65 1.22 1.21 1 0.99 1.05 1.04 1.36 1.4 2.63 2.310 0 0.06 0.25 0.25 0.83 0.84 0.67 0.67 0.66 0.66 0.65 0.64 2.1 2.030 0 0.13 0.14 0.15 0.36 0.36 0.91 0.91 1.77 1.78 11.41 11.41 2.43 1.450 0 0.45 0.25 0.25 1.41 1.41 1.97 1.98 1.98 1.99 4.07 4.08 3.91 4.570 0 0.11 0.24 0.24 3.36 3.36 3.8 3.81 3.56 3.56 0.44 0.59 1.4 3.210 0 0 0 0 0 2.81 2.54 2.55 1.97 1.96 8.46 8.45 2.41 1.770 0 0.06 0.70 0.69 2.17 2.17 2.28 2.28 1.56 1.57 1.27 1.35 2.48 2.960 0 0 0 0.26 0.64 0.65 0.93 0.94 2.06 2.07 6.16 5.85 2.48 2.150 0 0 0 0 0 2.02 1.22 1.21 1.59 1.59 5.79 5.68 1.1 1.630 0 0 0 0.69 4.03 4.03 2.17 2.18 2.11 2.12 0.95 1.1 2.53 3.040 0 0 0 0.53 0.5 0.51 1.63 1.64 1.17 1.18 8.86 8.86 2.35 1.650 0 0.05 0.48 0.47 0.53 0.53 1.05 1.06 1.04 1.04 0.54 0.54 5.31 3.47

Interpolated Phi Percentiles (Percent Retained)

D2-4
 Appendix D2. Grain size data from Cruise 2B.

StationGB602-FF1-B01GB602-FF1-B02GB602-FF2-B01GB602-FF2-B02GB602-FF3-B01GB602-FF3-B02GB602-FF4-B01GB602-FF4-B02GB602-FF5-B01GB602-FF5-B02GB602-FF6-B01GB602-FF6-B02GB602-NF-B01GB602-NF-B02GB602-NF-B03GB602-NF-B04GB602-NF-B05GB602-NF-B06GB602-NF-B07GB602-NF-B08GB602-NF-B09GB602-NF-B10GB602-NF-B11GB602-NF-B12

GB602-NF-DS1 (0-2cm)GB602-NF-DS1 (2-4cm)GB602-NF-DS1 (4-6cm)GB602-NF-DS1 (6-8cm)GB602-NF-DS1 (8-10cm)GB602-NF-DS2 (0-2cm)GB602-NF-DS2 (2-4cm)GB602-NF-DS2 (4-6cm)GB602-NF-DS2 (6-8cm)GB602-NF-DS2 (8-10cm)GB602-NF-DS3 (0-2cm)GB602-NF-DS3 (2-4cm)GB602-NF-DS3 (4-6cm)GB602-NF-DS3 (6-8cm)GB602-NF-DS3 (8-10cm)

6.50 7.00 7.50 8.00 8.50 9.00 9.50 10.00 10.50 11.00 11.50 12.00 12.50 13.00 0.66 3.50 4.35 8.45 8.88 4.16 15.11 13.38 12.8 12.8 * * * * 2.49 1.37 1.37 1.37 1.43 1.73 3.02 3.83 3.81 3.81 3.81 3.81 3.81 3.81 1.30 2.52 2.34 1.67 1.77 2.16 3.82 5.93 5.98 5.98 5.97 5.98 5.97 5.98 1.59 2.19 2.20 2.20 2.38 2.83 5.34 8.20 8.21 8.20 8.20 8.20 8.20 8.20 1.84 1.49 1.50 1.50 1.57 1.94 3.35 4.42 4.43 4.44 4.44 4.44 4.44 4.44 1.38 1.65 1.62 1.09 1.17 2.13 2.62 3.00 2.98 2.99 2.99 2.99 2.99 2.99 2.55 2.03 1.98 1.34 1.48 2.63 6.73 6.29 5.88 5.87 5.88 5.88 5.88 5.87 1.08 0.88 1.23 2.68 3.11 4.64 15.68 5.75 5.74 5.75 5.74 5.75 5.74 5.74 2.01 0.89 0.89 0.89 1.17 2.31 4.05 4.37 4.34 4.34 4.34 4.34 4.34 4.34 2.49 4.29 5.21 6.48 4.72 2.74 5.55 5.39 5.39 ***** 

2.10 2.43 2.57 3.27 2.82 1.03 19.76 6.97 6.97 6.98 6.97 6.97 6.98 6.97 1.39 1.91 1.67 0.95 1.69 3.66 10.64 4.67 4.68 4.67 4.67 4.67 4.67 4.67 1.23 0.61 0.60 0.61 0.91 1.50 2.92 1.42 1.42 1.42 1.42 1.42 1.42 1.42 1.76 1.41 1.42 1.41 3.39 17.38 8.63 8.06 8.06 8.06 8.06 8.06 * * 2.85 5.14 5.91 7.81 5.34 1.08 11.37 8.66 8.66 8.66 * * * * 2.12 2.46 2.31 1.63 3.87 12.85 14.23 7.99 7.98 7.99 7.99 7.98 * * 3.91 4.53 3.86 1.47 1.79 2.76 2.41 7.82 7.91 7.91 7.91 7.92 7.91 * 4.56 4.36 4.35 4.35 3.71 1.84 7.83 9.69 9.68 9.68 9.69 * * * 3.96 7.01 5.67 1.35 1.43 1.67 6.08 8.21 8.22 8.22 8.22 8.21 * * 2.48 4.83 4.44 3.61 7.77 15.47 7.08 12.10 12.10 ***** 

1.57 1.85 1.99 3.10 4.17 9.64 10.82 6.36 6.36 6.36 6.36 6.35 * * 2.43 4.91 4.90 4.89 4.64 3.74 2.47 7.50 7.60 7.60 7.60 7.60 * * 2.81 1.42 1.96 2.86 3.12 3.53 7.33 6.82 6.81 6.82 6.81 6.82 6.81 6.82 2.58 2.16 2.49 3.26 4.38 6.81 6.82 8.79 8.80 8.79 8.80 8.79 * * 1.01 5.6 5.94 7.65 8.65 11.57 7.1 13.72 13.72 ***** 

3.12 4.66 4.07 1.7 3.71 10.49 4.46 7.76 7.76 7.77 * * * * 2.32 1.95 1.95 1.95 2.12 2.51 4.69 4.88 4.87 4.87 4.87 4.87 4.87 4.87 2.11 1.74 2.7 7.12 5.87 2.24 9.48 10.45 10.44 10.45 10.45 10.44 * * 1.85 1.48 1.58 2.99 3.08 3.88 9.22 10.18 9.91 9.9 9.91 9.91 9.91 * 1.65 6.75 7.83 12.91 9.06 2.67 3.98 12.69 ****** 

5.14 6.56 8.23 13.68 8.74 1.56 8.27 * ****** 

5.87 11.62 10.05 7.59 4.65 1.14 8.63 17.67 ****** 

1.93 1.53 1.5 1.01 1.49 7.32 3.98 3.85 4.19 4.19 4.19 4.19 4.19 4.19 4.96 12.08 8.89 2.46 2.3 2.02 6.53 15.19 15.2 ***** 

2.32 3.29 3.28 3.29 4.12 6.18 3.54 7.72 7.72 7.72 7.72 7.71 7.72 * 

1.9 2.2 2.6 4.46 4.94 6.51 3.5 7.38 7.47 7.47 7.46 7.47 7.47 * 

3.23 3.36 4.3 6.84 5.94 4.16 8.47 9.91 9.91 9.9 * * * * 1.52 1.21 1.22 1.21 2.1 9.81 4.69 4.69 4.89 4.88 4.89 4.88 4.89 4.88 1.81 6.78 6.97 8.19 6.74 2.42 7.29 20.73 20.73 ***** 

* Due to very long settling times for fine clay particles, some phi intervals (generally > phi 11) were not measured in many samples

 The calculated total of these phi intervals is listed in the "unaccounted" column

Interpolated Phi Percentiles (Percent Retained)

D2-5
 Appendix D2. Grain size data from Cruise 2B.

Station Gravel Sand Silt Clay Silt&Clay Folk's Description (phi) (μm)

(phi) Description (phi) 

StandDev Sk

Percentage Mean Folk's Sta

GB516-FF1-B01 0.00 6.60 31.58 61.82 0.00 Mud 9.288 1.600 4.145 Extremely poorly sorted -0.045 NGB516-FF1-B02 0.00 6.46 46.42 47.12 0.00 Mud 7.784 4.538 3.255 Very poorly sorted 0.149 GB516-FF2-B01 0.00 5.29 29.69 65.02 0.00 Clay 8.416 2.928 1.692 Poorly sorted -0.436 StroGB516-FF2-B02 0.00 5.48 54.43 40.09 0.00 Mud 7.066 7.465 2.800 Very poorly sorted 0.386 StrGB516-FF3-B01 0.00 5.03 32.85 62.13 0.00 Mud 9.949 1.012 4.381 Extremely poorly sorted -0.116 GB516-FF3-B02 0.00 10.38 25.53 64.10 0.00 Sandy clay 8.557 2.654 2.404 Very poorly sorted -0.498 StroGB516-FF4-B01 0.00 6.93 30.13 62.94 0.00 Clay 9.762 1.152 4.306 Extremely poorly sorted -0.164 GB516-FF4-B02 0.00 7.11 15.96 76.93 0.00 Clay 8.959 2.010 2.308 Very poorly sorted -0.418 StroGB516-FF5-B01 0.00 4.18 33.63 62.19 0.00 Mud 10.573 0.657 4.958 Extremely poorly sorted -0.065 NGB516-FF5-B02 0.00 5.39 30.76 63.85 0.00 Clay 9.613 1.277 4.054 Extremely poorly sorted -0.261 GB516-FF6-B01 0.00 5.25 27.95 66.80 0.00 Clay 10.000 0.977 4.238 Extremely poorly sorted -0.213 GB516-FF6-B02 0.00 5.76 25.91 68.33 0.00 Clay 8.622 2.539 2.144 Very poorly sorted -0.511 StroGB516-NF-B01 0.00 5.18 23.71 71.12 0.00 Clay 8.590 2.595 1.573 Poorly sorted -0.339 StroGB516-NF-B02 0.00 8.95 31.25 59.80 0.00 Mud 9.668 1.230 4.576 Extremely poorly sorted -0.116 GB516-NF-B03 0.00 11.25 37.16 51.58 0.00 Sandy mud 7.659 4.95 2.78 Very poorly sorted -0.270 GB516-NF-B04 0.00 9.21 31.14 59.65 0.00 Mud 9.207 1.693 4.477 Extremely poorly sorted 0.007 NGB516-NF-B05 0.00 15.16 18.76 66.08 0.00 Sandy clay 9.047 1.891 3.851 Very poorly sorted -0.372 StroGB516-NF-B06 0.00 18.23 36.18 45.59 0.00 Sandy mud 7.199 6.804 3.034 Very poorly sorted -0.198 GB516-NF-B07 0.00 9.80 25.22 64.97 0.00 Clay 10.051 0.943 4.660 Extremely poorly sorted -0.207 GB516-NF-B08 0.00 5.83 32.08 62.09 0.00 Mud 8.697 2.409 3.403 Very poorly sorted -0.183 GB516-NF-B09 0.00 8.12 22.36 69.51 0.00 Clay 8.790 2.259 2.088 Very poorly sorted -0.448 StroGB516-NF-B10 0.00 12.86 23.46 63.67 0.00 Sandy clay 8.432 2.895 2.919 Very poorly sorted -0.460 StroGB516-NF-B11 0.00 7.98 14.77 77.25 0.00 Clay 10.832 0.549 3.785 Very poorly sorted -0.448 StroGB516-NF-B12 0.00 9.74 25.58 64.68 0.00 Clay 10.387 0.747 4.990 Extremely poorly sorted -0.200 

GB516-NF-DS1 (0-2cm) 0.00 6.76 35.83 57.41 0.00 Mud 8.196 3.410 2.258 Very poorly sorted -0.354 StroGB516-NF-DS1 (2-4cm) 0.00 1.63 27.71 70.66 0.00 Clay 8.800 2.243 1.827 Poorly sorted -0.408 StroGB516-NF-DS1 (4-6cm) 0.00 7.90 22.56 69.53 0.00 Clay 8.636 2.513 2.144 Very poorly sorted -0.419 StroGB516-NF-DS1 (6-8cm) 0.00 4.82 20.42 74.76 0.00 Clay 8.824 2.206 1.763 Poorly sorted -0.363 StroGB516-NF-DS1 (8-10cm) 0.00 2.92 21.09 75.99 0.00 Clay 8.881 2.121 1.564 Poorly sorted -0.433 StroGB516-NF-DS2 (0-2cm) 0.00 8.20 16.16 75.64 0.00 Clay 9.018 1.929 2.295 Very poorly sorted -0.375 StroGB516-NF-DS2 (2-4cm) 0.00 1.89 78.68 19.42 0.00 Silt 5.890 16.868 1.877 Poorly sorted 0.658 StrGB516-NF-DS2 (4-6cm) 0.00 12.19 5.84 0.00 81.97 Sandy silt . .. . . 

GB516-NF-DS2 (6-8cm) 0.00 12.67 50.25 37.08 0.00 Sandy mud 6.824 8.828 3.112 Very poorly sorted 0.553 Str

GB516-NF-DS2 (8-10cm) 0.00 1.78 63.66 34.56 0.00 Mud 6.924 8.233 3.191 Very poorly sorted 0.808 StrGB516-NF-DS3 (0-2cm) 0.00 4.31 27.63 68.05 0.00 Clay 8.499 2.764 1.563 Poorly sorted -0.452 StroGB516-NF-DS3 (2-4cm) 0.00 3.78 30.06 66.16 0.00 Clay 8.441 2.878 1.471 Poorly sorted -0.408 StroGB516-NF-DS3 (4-6cm) 0.00 3.10 25.59 71.31 0.00 Clay 8.439 2.882 1.791 Poorly sorted -0.486 StroGB516-NF-DS3 (6-8cm) 0.00 3.89 24.65 71.46 0.00 Clay 8.893 2.104 1.854 Poorly sorted -0.482 StroGB516-NF-DS3 (8-10cm) 0.34 1.79 23.95 73.91 0.00 Slightly gravelly mud 8.887 2.112 3.163 Very poorly sorted -0.211 

D2-6
 Appendix D2. Grain size data from Cruise 2B.

StationGB516-FF1-B01GB516-FF1-B02GB516-FF2-B01GB516-FF2-B02GB516-FF3-B01GB516-FF3-B02GB516-FF4-B01GB516-FF4-B02GB516-FF5-B01GB516-FF5-B02GB516-FF6-B01GB516-FF6-B02GB516-NF-B01GB516-NF-B02GB516-NF-B03GB516-NF-B04GB516-NF-B05GB516-NF-B06GB516-NF-B07GB516-NF-B08GB516-NF-B09GB516-NF-B10GB516-NF-B11GB516-NF-B12

GB516-NF-DS1 (0-2cm)GB516-NF-DS1 (2-4cm)GB516-NF-DS1 (4-6cm)GB516-NF-DS1 (6-8cm)GB516-NF-DS1 (8-10cm)GB516-NF-DS2 (0-2cm)GB516-NF-DS2 (2-4cm)GB516-NF-DS2 (4-6cm)GB516-NF-DS2 (6-8cm)GB516-NF-DS2 (8-10cm)GB516-NF-DS3 (0-2cm)GB516-NF-DS3 (2-4cm)GB516-NF-DS3 (4-6cm)GB516-NF-DS3 (6-8cm)GB516-NF-DS3 (8-10cm)

-1.00 -0.50 0.00 0.50 1.00 1.50 2.00 2.50 3.00 3.50 4.00 4.50 5.00 5.50 6.00

Interpolated Phi Percentiles (Percent Retained)

0 0 0.20 0.10 0.10 0.61 0.61 1.25 1.26 1.23 1.24 10.45 10.44 2.31 1.400 0 0 0 0.26 0.32 0.32 1.25 1.24 1.54 1.53 18.64 16.85 2.04 1.070 0 0 0 0 0 1.40 1.08 1.09 0.86 0.86 1.30 1.30 1.30 1.410 0 0 0 0.15 0.20 0.20 1.00 1.01 1.46 1.46 19.38 19.38 2.99 1.880 0 0 0 0 0 0.14 0.75 0.75 1.69 1.70 10.08 10.08 2.49 2.090 0 0 0 0.97 1.49 1.50 1.25 1.25 1.96 1.96 0.02 0.21 2.87 2.490 0 0.05 0.20 0.21 0.56 0.55 1.02 1.02 1.66 1.66 9.13 9.12 1.65 1.680 0 0 0 0.27 0.49 0.50 0.02 0.02 2.90 2.91 0.59 0.76 2.93 2.560 0 0 0 0.04 0.04 0.05 0.12 0.13 1.90 1.90 11.05 11.06 2.30 1.840 0 0 0 0.22 0.45 0.46 2.03 2.02 0.11 0.10 8.08 8.08 2.25 1.840 0 0 0 0.05 0.35 0.35 1.15 1.15 1.10 1.10 8.33 8.33 2.37 2.230 0 0 0 0.51 0.87 0.87 0.72 0.71 1.04 1.04 1.10 1.11 2.62 3.890 0 0.06 0.09 0.10 0.35 0.35 1.01 1.01 1.10 1.11 0.84 0.84 1.29 1.510 0 0 0 3.44 0.35 0.34 0.98 0.97 1.44 1.43 9.33 9.33 2.79 1.420 0 0.13 0.24 0.24 1.06 1.06 -0.23 4.48 2.14 2.13 5.46 5.46 3.03 2.600 0 0.45 0.62 0.62 0.94 0.95 1.34 1.33 1.48 1.48 16.29 3.85 1.80 1.990 0 0.21 0.14 0.14 1.21 1.21 3.43 3.43 2.70 2.69 1.86 1.86 2.36 2.780 0 0.61 0.55 0.55 1.84 1.84 3.69 3.16 2.66 3.33 4.05 4.04 3.84 2.310 0 0.14 0.66 0.66 1.05 1.05 1.25 1.25 1.87 1.87 7.08 7.07 2.36 2.020 0 0.08 0.09 0.08 0.31 0.31 0.83 0.82 1.66 1.65 10.63 10.63 2.24 1.450 0 0 0 0.12 0.28 0.27 1.03 1.03 2.70 2.69 0.47 0.47 2.12 2.020 0 0.10 0.25 0.25 4.26 4.27 1.86 1.85 0.01 0.01 1.19 1.19 1.82 2.190 0 0.25 0.25 0.26 0.75 0.76 1.55 1.55 1.31 1.30 0.93 1.20 3.22 1.690 0 0 0 1.84 1.17 1.18 1.34 1.34 1.44 1.43 7.15 7.15 2.31 2.090 0 0 0 0.12 0.67 0.66 0.73 0.74 1.92 1.92 3.32 3.31 2.13 3.580 0 0 0 0.33 0.18 0.19 0.23 0.22 0.24 0.24 2.60 2.60 2.85 2.250 0 0.02 0.03 0.02 1.47 1.46 1.44 1.43 1.02 1.01 0.88 0.87 1.55 1.990 0 0 0 0.49 0.59 0.58 0.82 0.82 0.76 0.76 1.19 1.19 1.05 1.430 0 0 0 0.07 0.10 0.10 0.57 0.58 0.75 0.75 1.02 1.02 1.52 2.240 0 0 0 1.04 1.05 1.06 1.37 1.37 1.16 1.15 0.76 0.76 0.94 1.310 0 0.16 0.02 0.02 0.02 0.02 0.10 0.10 0.73 0.72 24.48 23.57 6.47 5.550 0 0.41 0.82 0.82 0.15 0.16 3.28 3.27 1.64 1.64 ****0 0 0 0 0.04 0.33 0.32 1.90 1.90 4.09 4.09 18.02 18.01 1.56 1.240 0 0 0 0 0 0 0 0.17 0.81 0.80 25.15 25.14 1.34 0.790 0 0 0 0.31 0.58 0.58 0.70 0.69 0.73 0.72 0.68 0.69 1.19 1.880 0 0 0 0.05 0.32 0.32 0.87 0.86 0.68 0.68 0.83 0.83 1.34 2.160 0 0 0 0.04 0.28 0.29 0.66 0.66 0.58 0.59 0.68 0.69 3.76 6.380 0 0 0 0.07 0.43 0.44 0.81 0.81 0.67 0.66 1.13 1.13 1.72 2.13

0.34 0.09 0.08 0.08 0.08 0.08 0.08 0.25 0.26 0.40 0.40 7.51 7.50 2.35 1.33

D2-7
 Appendix D2. Grain size data from Cruise 2B.

StationGB516-FF1-B01GB516-FF1-B02GB516-FF2-B01GB516-FF2-B02GB516-FF3-B01GB516-FF3-B02GB516-FF4-B01GB516-FF4-B02GB516-FF5-B01GB516-FF5-B02GB516-FF6-B01GB516-FF6-B02GB516-NF-B01GB516-NF-B02GB516-NF-B03GB516-NF-B04GB516-NF-B05GB516-NF-B06GB516-NF-B07GB516-NF-B08GB516-NF-B09GB516-NF-B10GB516-NF-B11GB516-NF-B12

GB516-NF-DS1 (0-2cm)GB516-NF-DS1 (2-4cm)GB516-NF-DS1 (4-6cm)GB516-NF-DS1 (6-8cm)GB516-NF-DS1 (8-10cm)GB516-NF-DS2 (0-2cm)GB516-NF-DS2 (2-4cm)GB516-NF-DS2 (4-6cm)GB516-NF-DS2 (6-8cm)GB516-NF-DS2 (8-10cm)GB516-NF-DS3 (0-2cm)GB516-NF-DS3 (2-4cm)GB516-NF-DS3 (4-6cm)GB516-NF-DS3 (6-8cm)GB516-NF-DS3 (8-10cm)

6.50 7.00 7.50 8.00 8.50 9.00 9.50 10.00 10.50 11.00 11.50 12.00 12.50 13.00 

Interpolated Phi Percentiles (Percent Retained)

1.96 1.55 1.55 2.07 2.13 3.30 7.95 5.16 4.00 3.99 4.00 3.99 3.99 4.00 1.11 2.01 2.19 2.70 3.67 6.08 8.32 3.84 3.84 3.84 3.84 3.84 3.84 3.84 3.39 5.71 7.58 8.28 8.50 14.22 10.87 25.10 ****** 

1.83 2.34 2.63 4.29 4.72 6.10 3.51 4.72 4.72 4.71 4.72 4.72 * * 2.24 1.78 1.85 2.40 2.27 1.50 2.51 3.96 4.08 4.08 4.09 4.08 4.08 4.08 3.06 5.76 5.75 5.76 5.84 6.05 5.85 15.45 15.44 ***** 

2.24 2.36 2.31 1.76 1.90 2.99 3.12 4.18 4.34 4.34 4.35 4.34 4.34 4.35 2.34 1.93 2.14 2.91 5.66 14.12 7.72 12.54 12.55 12.54 * * * * 2.71 1.59 1.59 1.60 1.57 1.34 2.12 3.26 3.37 3.36 3.36 3.36 3.36 3.37 1.90 3.46 3.24 2.05 1.99 1.73 2.97 5.08 5.23 5.24 5.23 5.24 5.23 5.24 2.33 1.27 1.32 1.90 2.17 4.07 2.69 4.17 4.58 4.57 4.58 4.57 4.58 4.57 4.40 4.37 4.36 4.36 5.55 9.00 6.10 17.35 17.35 ***** 

1.32 3.15 3.77 11.91 13.82 16.46 10.63 22.84 ****** 

1.30 2.57 2.59 2.06 2.02 1.29 4.38 4.47 3.84 3.83 3.84 3.83 3.83 3.84 2.73 6.06 6.14 6.11 6.00 5.56 3.57 10.23 11.09 11.08 * * * * 1.05 1.06 2.64 2.57 1.62 1.61 10.02 3.64 3.64 3.64 3.64 3.64 3.64 3.64 2.72 1.55 1.98 3.92 3.69 2.95 3.83 6.37 6.48 6.48 6.48 6.48 6.48 6.48 2.21 7.80 7.20 5.08 4.87 2.22 1.45 10.91 10.92 10.92 * * * * 2.19 1.73 1.70 1.16 1.17 1.46 7.88 5.24 3.83 3.84 3.84 3.83 3.84 3.84 2.00 1.58 1.58 2.11 2.38 6.22 16.20 5.33 4.55 4.55 4.55 4.55 4.55 4.55 1.95 2.99 3.65 9.33 8.80 6.90 8.16 15.66 15.66 ***** 

2.42 4.52 4.63 5.91 5.89 5.79 5.43 11.24 11.39 11.39 11.39 * * * 1.52 2.12 2.12 2.11 1.91 1.33 2.41 6.31 6.42 6.42 6.42 6.42 6.42 6.43 2.24 1.80 1.74 1.19 1.22 1.50 4.32 4.20 3.71 3.70 3.71 3.71 3.71 3.71 4.98 6.57 6.48 5.86 5.66 4.89 3.91 15.60 16.00 ***** 

1.60 4.40 4.61 7.29 7.56 9.30 5.51 17.53 18.54 ***** 

2.23 4.02 4.21 7.32 7.88 12.01 7.30 16.18 16.75 ***** 

1.75 3.48 3.65 7.17 8.32 15.16 9.97 17.86 17.85 ***** 

2.97 2.94 2.94 6.94 7.56 12.79 13.38 20.11 20.44 ***** 

1.62 3.19 3.28 4.61 5.41 14.19 7.25 12.73 13.38 13.39 * * * * 4.99 4.18 4.56 5.25 3.22 0.64 4.41 8.71 ****** 

******* * ****** 

1.31 2.34 2.84 5.29 4.33 1.76 5.14 3.88 3.88 3.88 3.88 3.87 3.88 * 1.05 4.57 3.96 1.78 1.90 2.25 1.50 3.27 3.32 3.32 3.32 3.32 3.32 3.32 2.67 6.49 7.81 6.67 6.98 16.39 9.31 29.29 ****** 

2.37 5.77 8.09 9.33 9.74 14.52 8.43 * ****** 

7.14 1.26 0.53 5.57 6.27 12.57 7.63 21.44 ****** 

2.38 5.56 5.82 5.13 5.47 8.27 6.39 18.19 19.55 ***** 

0.89 0.72 0.94 2.90 4.15 11.61 9.27 6.81 6.77 6.77 6.77 6.77 6.76 6.77 

* Due to very long settling times for fine clay particles, some phi intervals (generally > phi 11) were not measured in many samples.

 The calculated total of these phi intervals is listed in the "unaccounted" column.

D2-8
 Appendix D2. Grain size data from Cruise 2B.

Station Gravel Sand Silt Clay Silt&Clay Folk's Description (phi) (μm)

(phi) Description (phi) 

StandDev Sk

Percentage Mean Folk's Sta

MC292-FF1-B01 0.00 1.79 17.70 80.51 0.00 Clay 9.744 1.166 2.485 Very poorly sorted -0.456 StroMC292-FF1-B02 0.00 1.89 23.29 74.82 0.00 Clay 9.156 1.753 2.012 Very poorly sorted -0.467 StroMC292-FF2-B01 0.00 3.07 23.62 73.31 0.00 Clay 9.016 1.932 2.024 Very poorly sorted -0.403 StroMC292-FF2-B02 0.00 2.50 25.16 72.34 0.00 Clay 8.831 2.195 1.850 Poorly sorted -0.484 StroMC292-FF3-B01 0.00 1.15 19.80 79.06 0.00 Clay 11.655 0.310 4.501 Extremely poorly sorted -0.391 StroMC292-FF3-B02 0.00 0.65 29.99 69.36 0.00 Clay 11.254 0.409 5.071 Extremely poorly sorted -0.207 MC292-FF4-B01 0.00 2.78 38.53 58.70 0.00 Mud 9.943 1.016 4.592 Extremely poorly sorted 0.016 NMC292-FF4-B02 0.00 1.75 27.86 70.40 0.00 Clay 10.727 0.590 4.618 Extremely poorly sorted -0.253 MC292-FF5-B01 0.00 2.19 16.30 81.50 0.00 Clay 9.882 1.060 2.198 Very poorly sorted -0.417 StroMC292-FF5-B02 0.00 1.62 64.13 34.25 0.00 Mud 7.074 7.420 2.483 Very poorly sorted 0.223 MC292-FF6-B01 0.00 2.65 19.82 77.53 0.00 Clay 9.659 1.237 2.732 Very poorly sorted -0.445 StroMC292-FF6-B02 0.00 1.14 34.24 64.62 0.00 Mud 12.419 0.183 6.405 Extremely poorly sorted -0.051 NMC292-NF-B01 0.00 3.34 19.04 77.62 0.00 Clay 9.635 1.26 2.445 Very poorly sorted -0.439 StroMC292-NF-B02 0.00 2.78 26.28 70.94 0.00 Clay 8.913 2.075 1.963 Poorly sorted -0.425 StroMC292-NF-B03 0.00 7.14 22.20 70.66 0.00 Clay 10.341 0.771 4.469 Extremely poorly sorted -0.337 StroMC292-NF-B04 0.00 4.04 30.55 65.41 0.00 Clay 10.500 0.691 4.698 Extremely poorly sorted -0.156 MC292-NF-B05 0.00 5.79 40.98 53.23 0.00 Mud 9.000 1.953 4.117 Extremely poorly sorted 0.078 NMC292-NF-B06 0.00 3.04 18.27 78.69 0.00 Clay 9.983 0.988 2.295 Very poorly sorted -0.414 StroMC292-NF-B07 0.00 3.14 43.53 53.33 0.00 Mud 8.405 2.951 2.792 Very poorly sorted -0.360 StroMC292-NF-B08 0.00 8.51 35.30 56.19 0.00 Mud 10.174 0.866 5.462 Extremely poorly sorted 0.096 NMC292-NF-B09 0.00 1.46 19.39 79.15 0.00 Clay 9.472 1.408 1.934 Poorly sorted -0.238 MC292-NF-B10 0.00 13.83 23.02 63.14 0.00 Sandy clay 8.918 2.068 3.879 Very poorly sorted -0.150 MC292-NF-B11 0.00 3.72 24.96 71.32 0.00 Clay 10.253 0.819 4.112 Extremely poorly sorted -0.311 StroMC292-NF-B12 0.00 3.59 21.75 74.66 0.00 Clay 9.169 1.737 1.822 Poorly sorted -0.319 Stro

MC292-NF-DS1 (0-2cm) 0.00 2.99 20.29 76.72 0.00 Clay 9.036 1.905 2.243 Very poorly sorted -0.344 StroMC292-NF-DS1 (2-4cm) 0.00 3.75 20.48 75.77 0.00 Clay 8.548 2.671 1.671 Poorly sorted -0.353 StroMC292-NF-DS1 (4-6cm) 0.00 2.86 17.70 79.45 0.00 Clay 9.067 1.865 1.599 Poorly sorted -0.313 StroMC292-NF-DS1 (6-8cm) 0.00 1.80 16.50 81.71 0.00 Clay 9.524 1.358 2.040 Very poorly sorted -0.452 StroMC292-NF-DS1 (8-10cm) 0.00 2.02 21.17 76.81 0.00 Clay 9.071 1.860 1.813 Poorly sorted -0.383 StroMC292-NF-DS2 (0-2cm) 0.00 2.13 21.36 76.51 0.00 Clay 9.352 1.530 1.945 Poorly sorted -0.476 StroMC292-NF-DS2 (2-4cm) 0.00 5.33 28.15 66.52 0.00 Clay 8.582 2.610 2.044 Very poorly sorted -0.383 StroMC292-NF-DS2 (4-6cm) 0.00 3.35 20.12 76.53 0.00 Clay 8.953 2.017 1.917 Poorly sorted -0.368 StroMC292-NF-DS2 (6-8cm) 0.00 4.67 20.80 74.53 0.00 Clay 8.690 2.421 1.641 Poorly sorted -0.457 StroMC292-NF-DS2 (8-10cm) 0.00 5.71 21.79 72.50 0.00 Clay 8.712 2.385 1.922 Poorly sorted -0.440 StroMC292-NF-DS3 (0-2cm) 0.00 3.68 27.91 68.41 0.00 Clay 8.681 2.437 1.819 Poorly sorted -0.466 StroMC292-NF-DS3 (2-4cm) 0.00 1.12 22.10 76.78 0.00 Clay 10.034 0.954 2.797 Very poorly sorted -0.429 StroMC292-NF-DS3 (4-6cm) 0.00 2.05 21.60 76.34 0.00 Clay 9.742 1.167 2.751 Very poorly sorted -0.423 StroMC292-NF-DS3 (6-8cm) 0.00 2.25 18.30 79.45 0.00 Clay 9.263 1.628 2.129 Very poorly sorted -0.255 MC292-NF-DS3 (8-10cm) 0.00 2.38 15.32 82.30 0.00 Clay 10.05 0.943 2.312 Very poorly sorted -0.442 Stro

D2-9
 Appendix D2. Grain size data from Cruise 2B.

StationMC292-FF1-B01MC292-FF1-B02MC292-FF2-B01MC292-FF2-B02MC292-FF3-B01MC292-FF3-B02MC292-FF4-B01MC292-FF4-B02MC292-FF5-B01MC292-FF5-B02MC292-FF6-B01MC292-FF6-B02MC292-NF-B01MC292-NF-B02MC292-NF-B03MC292-NF-B04MC292-NF-B05MC292-NF-B06MC292-NF-B07MC292-NF-B08MC292-NF-B09MC292-NF-B10MC292-NF-B11MC292-NF-B12

MC292-NF-DS1 (0-2cm)MC292-NF-DS1 (2-4cm)MC292-NF-DS1 (4-6cm)MC292-NF-DS1 (6-8cm)MC292-NF-DS1 (8-10cm)MC292-NF-DS2 (0-2cm)MC292-NF-DS2 (2-4cm)MC292-NF-DS2 (4-6cm)MC292-NF-DS2 (6-8cm)MC292-NF-DS2 (8-10cm)MC292-NF-DS3 (0-2cm)MC292-NF-DS3 (2-4cm)MC292-NF-DS3 (4-6cm)MC292-NF-DS3 (6-8cm)MC292-NF-DS3 (8-10cm)

-1.00 -0.50 0.00 0.50 1.00 1.50 2.00 2.50 3.00 3.50 4.00 4.50 5.00 5.50 6.00

Interpolated Phi Percentiles (Percent Retained)

0 0 0 0 0.23 0.25 0.25 0.27 0.26 0.26 0.27 2.85 2.86 2.3 2.610 0 0.03 0.31 0.32 0.17 0.17 0.16 0.15 0.29 0.29 2.25 2.25 2.06 2.300 0 0 0 1.37 0.37 0.37 0.22 0.21 0.27 0.26 2.61 2.62 2.02 1.700 0 0.02 0.23 0.24 0.31 0.31 0.25 0.25 0.45 0.44 1.99 1.99 1.79 2.430 0 0 0 0 0 0.20 0.20 0.21 0.27 0.27 5.68 5.59 2.59 1.480 0 0 0 0 0 0 0 0.27 0.19 0.19 10.04 10.03 2.33 2.450 0 0 0 1.27 0.28 0.29 0.18 0.18 0.29 0.29 13.01 13.02 3.13 1.800 0 0 0 0.06 0.17 0.16 0.29 0.28 0.39 0.40 9.60 9.60 1.15 0.960 0 0.03 0.43 0.42 0.20 0.20 0.21 0.21 0.25 0.24 3.11 3.11 1.26 1.110 0 0 0 0.29 0.08 0.07 0.08 0.07 0.52 0.51 19.18 13.76 2.80 2.330 0 0.06 0.37 0.37 0.25 0.24 0.20 0.20 0.48 0.48 3.22 3.23 2.40 2.760 0 0 0 0 0 0.14 0.24 0.24 0.26 0.26 12.23 12.23 2.56 2.120 0 0.10 0.35 0.35 0.42 0.43 0.58 0.57 0.27 0.27 2.98 2.97 1.25 1.760 0 0.35 0.08 0.08 0.16 0.17 0.42 0.42 0.55 0.55 2.93 2.93 2.06 1.590 0 0.94 0.92 0.91 0.50 0.51 0.79 0.80 0.88 0.89 5.87 5.87 1.12 1.650 0 0.21 0.37 0.36 0.42 0.42 0.50 0.50 0.63 0.63 9.83 9.84 2.25 1.780 0 0.08 1.11 1.10 0.49 0.48 0.52 0.53 0.74 0.74 13.16 13.15 3.57 2.110 0 0 0 0.17 0.18 0.18 0.49 0.49 0.76 0.77 2.35 2.34 2.17 1.930 0 0 0 1.09 0.12 0.12 0.42 0.43 0.48 0.48 8.75 7.68 4.63 5.760 0 0 0 2.65 0.86 0.87 1.12 1.12 0.95 0.94 11.94 11.95 4.14 2.410 0 0 0 0 0 0.02 0.29 0.30 0.42 0.43 2.77 2.76 2.05 1.610 0 0.20 0.15 0.15 0.42 0.42 0.55 0.54 5.70 5.70 5.70 5.70 2.10 1.700 0 0.23 0.31 0.31 0.24 0.23 0.35 0.35 0.85 0.85 6.87 6.42 2.98 2.560 0 0.11 0.55 0.55 0.36 0.37 0.40 0.41 0.42 0.42 2.49 2.50 1.21 1.500 0 0.38 0.26 0.26 0.16 0.16 0.36 0.36 0.53 0.52 3.39 3.39 2.32 1.990 0 0.15 0.15 0.16 0.42 0.43 0.73 0.74 0.48 0.49 2.32 2.32 2.34 2.090 0 0 0 0.51 0.40 0.40 0.73 0.73 0.04 0.05 1.30 1.31 1.57 1.870 0 0 0 0.02 0.09 0.08 0.37 0.36 0.44 0.44 2.13 2.13 2.59 2.200 0 0 0 0 0 0.31 0.41 0.40 0.45 0.45 2.28 2.27 1.86 1.460 0 0.14 0.03 0.04 0.10 0.10 0.43 0.43 0.43 0.43 1.78 1.78 1.31 1.920 0 0.44 0.65 0.66 0.43 0.42 0.64 0.65 0.72 0.72 2.71 2.71 2.09 1.800 0 0.05 0.06 0.07 0.16 0.16 0.58 0.57 0.85 0.85 1.86 1.86 3.50 2.720 0 0 0 0.17 0.53 0.53 0.67 0.66 1.06 1.05 0.23 0.23 1.66 2.860 0 0 0 0.27 0.62 0.63 1.05 1.06 1.04 1.04 0.84 0.84 1.40 2.250 0 0.27 0.29 0.28 0.30 0.29 0.45 0.44 0.68 0.68 1.65 1.65 2.62 2.630 0 0.03 0.01 0.02 0.02 0.03 0.13 0.12 0.38 0.38 3.85 3.85 2.32 1.940 0 0 0 0.06 0.08 0.09 0.41 0.40 0.51 0.50 4.06 4.06 2.35 1.980 0 0 0 0.05 0.14 0.14 0.45 0.45 0.51 0.51 3.19 3.18 1.35 1.320 0 0 0 0.03 0.10 0.11 0.46 0.45 0.61 0.62 2.50 2.51 1.23 1.40

D2-10
 Appendix D2. Grain size data from Cruise 2B.

StationMC292-FF1-B01MC292-FF1-B02MC292-FF2-B01MC292-FF2-B02MC292-FF3-B01MC292-FF3-B02MC292-FF4-B01MC292-FF4-B02MC292-FF5-B01MC292-FF5-B02MC292-FF6-B01MC292-FF6-B02MC292-NF-B01MC292-NF-B02MC292-NF-B03MC292-NF-B04MC292-NF-B05MC292-NF-B06MC292-NF-B07MC292-NF-B08MC292-NF-B09MC292-NF-B10MC292-NF-B11MC292-NF-B12

MC292-NF-DS1 (0-2cm)MC292-NF-DS1 (2-4cm)MC292-NF-DS1 (4-6cm)MC292-NF-DS1 (6-8cm)MC292-NF-DS1 (8-10cm)MC292-NF-DS2 (0-2cm)MC292-NF-DS2 (2-4cm)MC292-NF-DS2 (4-6cm)MC292-NF-DS2 (6-8cm)MC292-NF-DS2 (8-10cm)MC292-NF-DS3 (0-2cm)MC292-NF-DS3 (2-4cm)MC292-NF-DS3 (4-6cm)MC292-NF-DS3 (6-8cm)MC292-NF-DS3 (8-10cm)

6.50 7.00 7.50 8.00 8.50 9.00 9.50 10.00 10.50 11.00 11.50 12.00 12.50 13.00 

Interpolated Phi Percentiles (Percent Retained)

2.74 1.48 1.48 1.48 1.92 5.76 17.07 10 9.05 9.05 9.05 9.05 9.05 * 2.54 4.03 4.07 4.06 4.18 5.16 12.63 14.48 14.18 14.18 * * * * 1.53 4.12 4.37 4.99 5.23 8.07 11.82 13.74 13.68 13.68 * * * * 3.63 3.97 4.04 5.72 5.98 9.06 10.48 17.33 17.94 ***** 

1.04 0.84 0.99 1.70 1.78 2.16 3.71 4.63 4.62 4.62 4.62 4.62 4.61 4.62 2.41 0.68 0.77 1.38 1.43 1.74 2.92 3.61 3.58 3.58 3.58 3.59 3.58 3.58 1.97 2.09 2.05 1.56 1.59 1.97 2.43 3.35 3.47 3.48 3.47 3.47 3.47 3.47 1.02 2.15 2.05 1.42 1.62 2.72 4.66 4.28 4.08 4.07 4.08 4.07 4.08 4.07 1.10 1.65 1.86 3.33 4.39 9.8 11.13 10.25 10.2 10.19 10.2 10.2 * * 6.30 11.32 6.72 1.85 0.93 0.00 1.59 9.17 9.17 9.18 * * * * 2.82 1.56 1.65 2.34 2.75 5.00 10.25 9.25 8.95 8.94 8.95 8.94 8.95 * 2.21 1.20 1.14 0.59 0.62 0.75 1.22 2.30 2.47 2.46 2.47 2.47 2.47 2.46 2.07 2.42 2.54 3.27 4.05 7.40 6.94 10.27 10.37 10.37 10.36 10.37 * * 1.41 5.16 5.85 4.66 4.71 6.80 16.11 14.37 13.48 13.47 * * * * 1.93 2.25 2.13 1.49 1.73 2.90 3.68 4.76 4.81 4.81 4.81 4.81 4.80 4.81 1.71 2.00 1.90 1.33 1.51 2.58 2.09 3.65 3.84 3.85 3.85 3.84 3.85 3.85 1.97 2.58 2.53 2.05 2.04 1.94 2.44 3.72 3.87 3.87 3.87 3.88 3.87 3.87 1.76 0.70 0.89 6.58 5.98 1.78 10.19 10.74 10.03 10.02 10.03 10.03 * * 5.33 4.59 3.95 3.05 1.73 0.00 4.12 9.25 9.26 9.25 9.26 9.26 * * 1.89 1.01 1.02 1.01 1.10 1.94 2.40 2.72 2.72 2.71 2.71 2.71 2.71 2.71 1.44 1.19 1.14 6.97 7.83 3.67 15.11 14.22 11.42 11.42 11.42 * * * 1.61 1.90 1.96 2.53 2.78 4.12 8.53 5.09 4.88 4.88 4.88 4.89 4.88 4.88 2.11 0.97 1.23 1.95 2.11 2.53 4.63 5.05 5.05 5.05 5.05 5.05 5.05 5.05 1.78 1.42 1.77 9.75 9.21 6.60 15.07 13.33 13.34 13.33 * * * * 1.83 1.47 1.72 4.49 5.84 13.96 7.14 11.41 11.65 11.65 11.66 * * * 1.92 1.54 2.04 6.34 10.49 29.19 12.86 13.57 ****** 

2.15 2.24 2.27 5.38 5.87 16.69 13.66 16.66 17.03 ***** 

1.51 2.32 2.42 1.27 1.20 14.61 12.54 11.86 12.06 12.06 12.07 * * * 1.26 3.25 4.15 5.00 5.22 12.04 12.30 15.01 15.51 15.51 * * * * 2.35 3.50 3.78 5.30 5.10 4.43 8.01 15.19 15.36 15.35 * * * * 1.64 4.65 4.90 8.22 8.28 8.62 7.74 15.43 15.55 ***** 

1.60 1.28 1.26 6.49 7.05 12.08 13.96 13.71 13.68 13.67 * * * * 3.54 3.38 3.35 5.98 6.41 15.54 12.82 21.49 ****** 

2.98 4.16 4.83 4.82 4.80 15.01 10.86 17.05 18.65 ***** 

2.39 4.38 4.59 8.59 8.41 7.41 8.40 19.26 19.70 ***** 

1.84 3.58 3.41 1.41 1.64 3.61 6.06 8.60 8.71 8.70 8.71 8.70 8.71 8.70 1.83 1.45 1.72 4.46 4.23 2.78 9.98 9.07 8.51 8.51 8.50 8.51 8.51 * 1.64 2.57 2.62 2.61 2.95 10.48 19.98 10.80 10.12 10.13 10.12 * * * 1.71 2.03 2.04 2.04 2.29 8.05 11.30 10.39 9.91 9.90 9.90 9.91 9.90 * 

* Due to very long settling times for fine clay particles, some phi intervals (generally > phi 11) were not measured in many samples

 The calculated total of these phi intervals is listed in the "unaccounted" column

D2-11
APPENDIX D3

Grain Size Data from Cruise 3B 

D3-1
 Appendix D3 Grain size data from Cruise 3B.

Station Gravel Sand Silt Clay Folk's Description (phi) (μm)

(phi) Description (phi) Descrip

VK916-NF-B01 0.74 7.70 28.91 62.65 Slightly gravelly mud 8.538 2.690 2.227 Very poorly sorted -0.444 Strongly coarsVK916-NF-B02 0.00 3.41 22.39 74.21 Clay 9.070 1.860 2.094 Very poorly sorted -0.457 Strongly coarsVK916-NF-B03 0.00 5.48 26.76 67.77 Clay 8.729 2.356 1.955 Poorly sorted -0.579 Strongly coarsVK916-NF-B04 0.00 2.73 24.59 72.68 Clay 8.829 2.199 1.728 Poorly sorted -0.493 Strongly coarsVK916-NF-B05 0.00 6.83 26.43 66.74 Clay 8.782 2.271 2.034 Very poorly sorted -0.539 Strongly coarsVK916-NF-B06 0.00 6.54 23.23 70.23 Clay 8.903 2.088 2.488 Very poorly sorted -0.452 Strongly coarsVK916-NF-B07 0.00 7.61 29.50 62.89 Clay 8.452 2.856 2.351 Very poorly sorted -0.527 Strongly coarsVK916-NF-B08 0.00 3.18 28.53 68.28 Clay 8.750 2.323 1.731 Poorly sorted -0.583 Strongly coarsVK916-NF-B09 0.00 2.25 24.04 73.71 Clay 8.961 2.007 1.636 Poorly sorted -0.484 Strongly coarsVK916-NF-B10 0.00 2.16 19.94 77.91 Clay 9.529 1.354 2.254 Very poorly sorted -0.430 Strongly coarsVK916-NF-B11 0.00 5.01 24.28 70.72 Clay 8.797 2.248 1.903 Poorly sorted -0.517 Strongly coarsVK916-NF-B12 0.00 3.05 25.92 71.03 Clay 8.800 2.243 1.624 Poorly sorted -0.609 Strongly coarsVK916-FF1-B01 0.00 3.96 26.05 69.99 Clay 8.831 2.195 1.588 Poorly sorted -0.593 Strongly coarsVK916-FF1-B02 0.00 3.40 25.02 71.58 Clay 8.751 2.320 1.699 Poorly sorted -0.494 Strongly coarsVK916-FF2-B01 0.00 2.54 17.68 79.78 Clay 9.429 1.450 1.692 Poorly sorted -0.458 Strongly coarsVK916-FF2-B02 0.00 2.27 16.66 81.07 Clay 9.511 1.371 1.736 Poorly sorted -0.457 Strongly coarsVK916-FF3-B01 0.00 3.02 17.70 79.28 Clay 9.419 1.461 1.794 Poorly sorted -0.465 Strongly coarsVK916-FF3-B02 0.00 3.34 23.78 72.88 Clay 9.034 1.907 1.813 Poorly sorted -0.461 Strongly coarsVK916-FF4-B01 0.00 2.47 16.08 81.45 Clay 9.716 1.189 2.114 Very poorly sorted -0.464 Strongly coarsVK916-FF4-B02 0.00 2.87 27.18 69.95 Clay 8.882 2.120 2.031 Very poorly sorted -0.445 Strongly coarsVK916-FF5-B01 0.00 1.69 17.16 81.15 Clay 9.453 1.427 1.763 Poorly sorted -0.480 Strongly coarsVK916-FF5-B02 0.00 2.98 17.56 79.46 Clay 9.564 1.321 2.248 Very poorly sorted -0.456 Strongly coarsVK916-FF6-B01 0.00 4.18 22.45 73.38 Clay 9.046 1.892 2.156 Very poorly sorted -0.465 Strongly coarsVK916-FF6-B02 0.00 4.77 26.20 69.03 Clay 8.738 2.343 1.894 Poorly sorted -0.605 Strongly coars

VK916-NF-DS1(0-2cm) 0.00 2.74 21.47 75.79 Clay 9.215 1.683 1.927 Poorly sorted -0.456 Strongly coarsVK916-NF-DS1(2-4cm) 0.00 2.93 18.33 78.74 Clay 9.383 1.498 2.035 Very poorly sorted -0.471 Strongly coarsVK916-NF-DS1(4-6cm) 0.00 2.00 17.23 80.77 Clay 9.662 1.235 2.209 Very poorly sorted -0.462 Strongly coarsVK916-NF-DS1(6-8cm) 0.00 1.99 16.80 81.21 Clay 9.587 1.300 1.844 Poorly sorted -0.461 Strongly coarsVK916-NF-DS1(8-10cm) 0.00 2.32 20.35 77.32 Clay 9.196 1.705 1.866 Poorly sorted -0.460 Strongly coarsVK916-NF-DS2(0-2cm) 0.00 4.23 27.89 67.88 Clay 8.660 2.473 2.073 Very poorly sorted -0.519 Strongly coarsVK916-NF-DS2(2-4cm) 0.00 4.43 24.55 71.03 Clay 8.790 2.259 1.861 Poorly sorted -0.503 Strongly coarsVK916-NF-DS2(4-6cm) 0.00 1.78 18.95 79.27 Clay 9.580 1.306 2.038 Very poorly sorted -0.471 Strongly coarsVK916-NF-DS2(6-8cm) 0.00 1.87 21.22 76.90 Clay 9.335 1.549 2.001 Very poorly sorted -0.450 Strongly coarsVK916-NF-DS2(8-10cm) 0.00 1.75 20.28 77.97 Clay 9.168 1.739 1.963 Poorly sorted -0.473 Strongly coarsVK916-NF-DS3(0-2cm) 0.00 17.14 27.22 55.65 Sandy clay 7.929 4.102 3.531 Very poorly sorted -0.362 Strongly coarsVK916-NF-DS3(2-4cm) 0.00 4.90 26.72 68.38 Clay 8.687 2.427 1.937 Poorly sorted -0.545 Strongly coarsVK916-NF-DS3(4-6cm) 0.00 1.87 17.17 80.97 Clay 9.395 1.486 1.806 Poorly sorted -0.480 Strongly coarsVK916-NF-DS3(6-8cm) 0.00 1.14 18.98 79.87 Clay 9.549 1.335 1.952 Poorly sorted -0.447 Strongly coarsVK916-NF-DS3(8-10cm) 0.00 1.86 18.79 79.35 Clay 9.445 1.435 1.792 Poorly sorted -0.459 Strongly coars

StandDev Skewness 

Percentage Mean Folk's Statistics

D3-3
 Appendix D3. Grain size data from Cruise 3B.

Station

VK916-NF-B01VK916-NF-B02VK916-NF-B03VK916-NF-B04VK916-NF-B05VK916-NF-B06VK916-NF-B07VK916-NF-B08VK916-NF-B09VK916-NF-B10VK916-NF-B11VK916-NF-B12VK916-FF1-B01VK916-FF1-B02VK916-FF2-B01VK916-FF2-B02VK916-FF3-B01VK916-FF3-B02VK916-FF4-B01VK916-FF4-B02VK916-FF5-B01VK916-FF5-B02VK916-FF6-B01VK916-FF6-B02

VK916-NF-DS1(0-2cm)VK916-NF-DS1(2-4cm)VK916-NF-DS1(4-6cm)VK916-NF-DS1(6-8cm)VK916-NF-DS1(8-10cm)VK916-NF-DS2(0-2cm)VK916-NF-DS2(2-4cm)VK916-NF-DS2(4-6cm)VK916-NF-DS2(6-8cm)VK916-NF-DS2(8-10cm)VK916-NF-DS3(0-2cm)VK916-NF-DS3(2-4cm)VK916-NF-DS3(4-6cm)VK916-NF-DS3(6-8cm)VK916-NF-DS3(8-10cm)

-1.00 -0.50 0.00 0.50 1.00 1.50 2.00 2.50 3.00 3.50 4.00 4.50 5.00 5.50 6.00

0.74 0.10 0.11 0.02 0.01 0.82 0.81 0.86 0.86 2.05 2.06 2.06 2.04 1.17 1.72

000000 1.35 0.45 0.44 0.59 0.58 1.95 2.06 2.97 2.58

0000 0.13 1.25 1.25 0.86 0.86 0.56 0.57 0.32 0.33 2.37 2.82000000 0.85 0.39 0.38 0.56 0.55 0.67 0.80 2.84 3.38000000 1.52 0.96 0.95 1.70 1.70 0.60 0.65 1.35 2.030 0 0.10 0.34 0.34 0.34 0.33 0.68 0.67 1.87 1.87 1.82 1.87 2.66 3.170000 0.03 1.48 1.48 0.99 1.00 1.31 1.32 1.25 1.31 3.73 4.820000 0.03 0.66 0.67 0.44 0.44 0.47 0.47 1.11 1.11 2.40 2.85000000 0.86 0.32 0.33 0.37 0.37 1.17 1.18 1.17 2.340 0 0.09 0.17 0.17 0.17 0.17 0.29 0.30 0.40 0.40 3.08 3.09 2.30 2.02000000 2.56 0.63 0.63 0.59 0.60 0.25 0.29 1.34 2.820 0 0.03 0.28 0.29 0.28 0.28 0.30 0.30 0.64 0.65 0.45 0.45 2.54 3.010000 0.03 0.91 0.91 0.58 0.58 0.48 0.47 0.28 0.28 2.07 1.99000000 1.62 0.53 0.53 0.36 0.36 0.38 0.39 2.54 3.76000000 1.04 0.50 0.51 0.25 0.24 0.86 0.86 1.95 1.90000000 0.35 0.37 0.37 0.59 0.59 0.89 0.89 2.43 2.17000000 1.44 0.38 0.39 0.40 0.41 0.65 0.78 2.83 1.56000000 1.41 0.51 0.51 0.45 0.46 1.23 1.34 2.78 1.54000000 0.61 0.46 0.45 0.48 0.47 1.27 1.41 2.92 2.54000000 1.14 0.41 0.42 0.45 0.45 2.66 2.64 2.57 2.25000000 0.35 0.26 0.27 0.41 0.40 1.16 1.19 1.47 2.22000000 0.50 0.54 0.54 0.70 0.70 1.89 1.95 2.75 2.410000 0.04 0.77 0.78 0.52 0.52 0.77 0.78 1.59 1.73 2.96 2.57000000 1.92 0.70 0.69 0.73 0.73 0.40 0.43 2.55 3.78000000 0.63 0.34 0.35 0.71 0.71 1.67 1.69 2.53 2.23000000 0.93 0.48 0.49 0.51 0.52 1.17 1.23 2.64 3.14000000 0.41 0.33 0.32 0.47 0.47 1.93 2.01 2.89 2.52000000 0.32 0.36 0.35 0.48 0.48 1.05 1.13 2.73 2.39000000 0.27 0.41 0.42 0.61 0.61 1.54 1.55 2.55 3.02000000 1.23 0.68 0.68 0.82 0.82 1.87 1.90 2.62 3.95000000 2.25 0.59 0.59 0.50 0.50 0.49 0.54 1.36 3.78000000 0.51 0.27 0.27 0.37 0.36 1.97 1.93 1.38 2.09000000 0.49 0.35 0.36 0.34 0.33 2.29 2.34 2.88 1.56000000 0.25 0.32 0.32 0.43 0.43 1.85 1.90 2.75 3.270 0 0.25 1.75 1.75 1.75 1.75 3.20 3.21 1.74 1.74 3.68 3.99 5.63 2.74000000 2.51 0.63 0.64 0.56 0.56 0.82 0.92 2.71 3.23000000 0.48 0.36 0.37 0.33 0.33 1.55 1.53 1.40 1.22000000 0.24 0.25 0.26 0.19 0.20 2.34 2.26 1.50 3.31000000 0.47 0.29 0.29 0.40 0.41 1.84 1.83 1.29 1.13

Interpolated Phi Percentiles (Percent Retained)

D3-4
 Appendix D3. Grain size data from Cruise 3B.

Station

VK916-NF-B01VK916-NF-B02VK916-NF-B03VK916-NF-B04VK916-NF-B05VK916-NF-B06VK916-NF-B07VK916-NF-B08VK916-NF-B09VK916-NF-B10VK916-NF-B11VK916-NF-B12VK916-FF1-B01VK916-FF1-B02VK916-FF2-B01VK916-FF2-B02VK916-FF3-B01VK916-FF3-B02VK916-FF4-B01VK916-FF4-B02VK916-FF5-B01VK916-FF5-B02VK916-FF6-B01VK916-FF6-B02

VK916-NF-DS1(0-2cm)VK916-NF-DS1(2-4cm)VK916-NF-DS1(4-6cm)VK916-NF-DS1(6-8cm)VK916-NF-DS1(8-10cm)VK916-NF-DS2(0-2cm)VK916-NF-DS2(2-4cm)VK916-NF-DS2(4-6cm)VK916-NF-DS2(6-8cm)VK916-NF-DS2(8-10cm)VK916-NF-DS3(0-2cm)VK916-NF-DS3(2-4cm)VK916-NF-DS3(4-6cm)VK916-NF-DS3(6-8cm)VK916-NF-DS3(8-10cm)

6.50 7.00 7.50 8.00 8.50 9.00 9.50 10.00 10.50 11.00 11.50 12.00 12.50 13.00 Unacc2.68 7.22 6.85 5.55 5.72 6.15 8.70 14.70 14.71 * * * * * 12.35 1.95 2.96 5.97 6.10 6.42 10.34 13.72 13.71 13.72 * * * * 93.35 5.67 5.84 6.50 6.14 5.19 10.49 20.58 20.58 * * * * * 43.60 3.76 4.23 5.70 5.44 4.87 12.09 20.73 20.72 * * * * * 83.03 6.41 6.40 6.39 5.85 4.67 9.72 17.93 17.93 * * * * * 13.38 3.52 3.53 3.52 4.14 5.74 9.04 11.78 11.77 11.78 11.77 * * * 34.85 3.27 4.06 6.67 5.92 4.24 8.64 15.38 15.38 * * * * * 13.38 5.71 5.88 6.55 6.48 6.32 7.56 22.84 22.85 * * * * * 13.07 3.94 4.43 7.23 6.99 6.16 8.53 21.61 21.61 * * * * * 81.85 1.49 1.85 4.56 5.18 8.00 8.30 11.13 11.12 11.13 11.13 11.12 * * 03.74 5.40 5.40 5.40 5.52 5.80 9.88 20.52 20.52 * * * * * 83.47 5.12 5.30 5.99 6.16 6.64 9.85 24.62 * * * * * * 22.08 6.03 6.25 7.59 7.42 6.80 6.96 25.39 * * * * * * 24.14 3.37 4.05 6.86 6.80 6.62 6.04 23.50 23.49 * * * * * 41.75 2.08 2.28 6.44 6.58 7.42 7.67 16.79 17.13 17.14 * * * * 62.00 1.61 2.07 4.94 5.45 7.53 10.46 15.69 15.69 15.70 * * * * 11.47 2.81 3.21 4.71 5.40 7.38 8.11 16.04 16.04 16.04 * * * * 91.62 3.70 4.55 7.53 7.08 6.01 8.08 17.65 17.65 * * * * * 12.32 1.92 1.92 1.92 3.35 7.62 8.12 12.39 12.40 12.39 12.40 12.39 * * 02.49 4.29 4.65 6.05 5.90 5.55 9.00 15.13 15.13 15.13 * * * * 32.55 2.93 2.92 2.92 4.52 9.03 6.78 16.70 16.71 16.70 * * * * 12.20 1.81 2.01 2.73 4.12 8.44 7.97 11.67 11.66 11.67 11.66 11.67 * * 02.58 2.94 3.47 4.94 5.39 6.42 8.30 13.98 13.98 13.98 * * * * 14.14 3.38 4.28 7.78 7.12 5.49 7.65 21.15 21.15 * * * * * 52.16 2.51 3.12 5.97 6.12 6.60 8.94 15.13 15.13 15.14 * * * * 83.05 1.74 2.08 3.52 4.30 6.91 9.19 13.89 13.88 13.88 13.88 * * * 22.30 1.90 1.91 1.90 3.33 7.55 10.01 11.61 11.61 11.61 11.61 11.61 * * 12.18 1.80 2.15 3.62 4.44 7.12 9.50 14.70 14.71 14.70 14.70 * * * 12.96 1.68 2.28 5.13 6.02 8.98 7.88 15.91 15.90 15.90 * * * * 64.23 3.47 4.11 6.17 6.01 5.66 9.45 16.54 16.55 * * * * * 14.43 3.64 4.29 6.45 5.94 4.71 9.73 20.02 20.01 * * * * * 12.40 2.76 2.97 3.70 3.97 4.80 10.91 13.21 13.20 13.21 13.20 * * * 61.53 2.85 3.31 4.80 5.19 6.22 11.84 13.38 13.38 13.38 * * * * 13.12 1.80 2.20 3.64 4.83 8.40 11.93 14.55 14.55 14.55 * * * * 82.73 3.69 3.05 1.83 2.88 4.78 10.78 6.63 6.64 6.64 6.64 6.64 * * 33.62 4.51 4.97 6.38 6.58 7.06 8.52 19.59 19.59 * * * * * 61.61 3.73 3.53 2.78 4.51 9.89 12.55 15.16 15.16 15.17 * * * * 83.13 0.99 1.72 4.01 5.09 7.87 8.58 13.67 13.67 13.66 13.97 * * * 31.28 2.57 3.15 6.11 6.27 6.76 12.69 14.87 14.88 14.87 * * * * 8

* Due to very long settling times for fine clay particles, some phi intervals (generally > phi 11) were not measured in many samples.

Interpolated Phi Percentiles (Percent Retained)

D3-5
APPENDIX E1

Sediment Profile Imaging Data for Cruise 1B 

(Garden Banks Block 516 and 

Viosca Knoll Block 916) 

E1-1
 Appendix E1. Sediment profile imaging data for Cruise 1B (Garden Banks Block 516 and Viosca Knoll Block 916).

Block Station Methane Anoxia S

Thickness Type Major Bubbles Low 

Minimum Maximum Mean (cm) Minimum Maximum Mode Minimum Maximum Mean DO 

GB516 FF2-S1.01 13.50 16.17 14.64 2.67 Indeterminate >4 2 to 1 >4 3.86 5.23 4.49 No No GB516 FF2-S1.02 12.50 14.60 13.47 2.10 Biological >4 2 to 1 >4 0.44 1.93 1.21 No No GB516 FF2-S1.03 11.90 12.64 12.29 0.74 Biological >4 2 to 1 >4 0.14 0.80 0.51 No No GB516 FF2-S1.04 13.69 15.31 14.66 1.62 Indeterminate >4 2 to 1 >4 0.44 1.49 0.89 No No GB516 FF2-S1.05 12.61 13.88 13.27 1.27 Biological >4 2 to 1 >4 0.06 1.24 0.86 No No GB516 FF2-S1.06 13.63 14.68 14.12 1.05 Biological >4 2 to 1 >4 0.66 1.46 1.07 No No GB516 FF2-S1.07 13.83 16.86 15.50 3.03 Biological >4 2 to 1 >4 0.69 1.93 1.35 No No GB516 FF2-S1.08 11.46 12.92 12.28 1.46 Biological >4 2 to 1 >4 0.44 1.51 0.82 No No GB516 FF2-S1.09 12.20 13.56 12.82 1.36 Biological >4 2 to 1 >4 0.83 1.54 1.08 No No GB516 FF2-S1.10 12.17 13.44 12.81 1.27 Biological >4 2 to 1 >4 0.28 1.46 1.00 No No GB516 FF2-S1.11 11.46 13.11 12.51 1.65 Biological >4 2 to 1 >4 0.44 1.46 0.98 No No GB516 FF2-S1.12 9.72 10.16 9.98 0.44 Biological >4 2 to 1 >4 0.14 0.99 0.47 No No GB516 FF2-S1.13 12.70 14.05 13.36 1.35 Biological >4 2 to 1 >4 0.50 1.87 0.97 No No GB516 FF2-S1.14 11.62 12.31 11.96 0.69 Biological >4 2 to 1 >4 0.36 1.21 0.74 No No GB516 FF2-S1.15 13.03 14.82 13.69 1.79 Biological >4 2 to 1 >4 0.06 1.18 0.77 No No GB516 FF2-S1.16 12.45 13.06 12.82 0.61 Biological >4 2 to 1 >4 0.50 1.46 1.00 No No GB516 FF2-S1.17 13.41 14.10 13.67 0.69 Biological >4 2 to 1 >4 0.50 4.30 1.62 No No GB516 FF2-S1.18 12.28 13.00 12.60 0.72 Biological >4 2 to 1 >4 0.88 1.76 1.40 No No GB516 FF2-S1.19 11.18 12.06 11.48 0.88 Biological >4 2 to 1 >4 0.33 0.83 0.61 No No GB516 FF2-S1.20 12.34 13.41 13.07 1.07 Biological >4 2 to 1 >4 0.25 0.91 0.53 No No GB516 FF2-S1.21 11.46 12.12 11.90 0.66 Biological >4 2 to 1 >4 0.36 1.05 0.67 No No GB516 FF2-S1.22 10.69 11.43 11.03 0.74 Biological >4 2 to 1 >4 0.52 1.57 0.90 No No GB516 FF4-S2.01 6.50 10.71 8.45 4.21 Indeterminate >4 2 to 1 >4 0.00 2.56 0.59 No No GB516 FF4-S2.02 9.81 11.62 10.75 1.81 Physical >4 2 to 1 >4 0.08 0.69 0.37 No No GB516 FF4-S2.04 10.41 11.51 10.92 1.10 Biological >4 2 to 1 >4 0.08 0.44 0.31 No No GB516 FF4-S2.05 12.53 13.83 13.34 1.30 Biological >4 2 to 1 >4 0.00 0.94 0.55 No No GB516 FF4-S2.06 12.26 14.24 13.28 1.98 Physical >4 2 to 1 >4 0.00 4.71 1.47 No No GB516 FF4-S2.07 12.48 13.19 12.98 0.71 Biological >4 2 to 1 >4 0.06 4.93 1.72 No No GB516 FF4-S2.08 11.49 12.45 11.96 0.96 Biological >4 2 to 1 >4 0.72 6.03 2.56 No No GB516 FF4-S2.09 12.86 13.69 13.36 0.83 Biological >4 2 to 1 >4 0.08 0.80 0.37 No No GB516 FF4-S2.10 12.12 13.28 12.69 1.16 Physical >4 2 to 1 >4 0.06 0.41 0.19 No No GB516 FF4-S2.11 10.49 11.76 11.31 1.27 Biological >4 2 to 1 >4 0.19 0.85 0.55 No No GB516 FF4-S2.12 11.32 13.63 13.02 2.31 Biological >4 2 to 1 >4 0.11 1.96 0.82 No No GB516 FF4-S2.13 12.81 13.44 13.10 0.63 Biological >4 2 to 1 >4 0.06 0.55 0.23 No No InGB516 FF4-S2.14 14.10 15.12 14.58 1.02 Biological >4 2 to 1 >4 0.06 1.60 0.68 No No GB516 FF4-S2.15 15.45 17.57 16.52 2.12 Physical >4 2 to 1 >4 0.08 7.99 4.01 No No 

Penetration Depth (cm) Grain Size (phi) Boundary Roughness

(RPD) Depth (cm)

Redox Potential Discontinuity 

E1-3
 Appendix E1. Sediment profile imaging data for Cruise 1B (Garden Banks Block 516 and Viosca Knoll Block 916).

Block Station Methane Anoxia S

Thickness Type Major Bubbles Low 

Minimum Maximum Mean (cm) Minimum Maximum Mode Minimum Maximum Mean DO 

Penetration Depth (cm) Grain Size (phi) Boundary Roughness

(RPD) Depth (cm)

Redox Potential Discontinuity 

GB516 FF4-S2.16 12.86 13.52 13.28 0.66 Biological >4 2 to 1 >4 0.00 2.07 0.75 No No GB516 FF4-S2.17 18.21 19.47 18.96 1.26 Biological >4 2 to 1 >4 No No GB516 FF4-S2.18 14.29 14.93 14.48 0.64 Physical >4 2 to 1 >4 0.11 0.83 0.40 No No GB516 FF6-S3.01 10.69 12.15 11.15 1.46 Physical >4 2 to 1 >4 0.11 0.55 0.30 No No GB516 FF6-S3.03 12.01 13.11 12.60 1.10 Indeterminate >4 2 to 1 >4 0.06 1.35 0.57 No No GB516 FF6-S3.04 12.26 13.00 12.57 0.74 Biological >4 2 to 1 >4 0.08 1.10 0.58 No No GB516 FF6-S3.05 6.06 11.29 9.09 5.23 Physical >4 2 to 1 >4 No No InGB516 FF6-S3.07 13.52 14.43 14.09 0.91 Biological >4 2 to 1 >4 0.00 2.62 0.62 No No GB516 FF6-S3.08 4.24 5.21 4.72 0.97 Physical >4 1 to 0 >4 No No InGB516 FF6-S3.09 12.50 13.19 12.90 0.69 Biological >4 2 to 1 >4 1.85 4.10 3.33 No No GB516 FF6-S3.10 13.22 14.90 14.07 1.68 Physical >4 2 to 1 >4 0.44 1.24 0.77 No No GB516 FF6-S3.11 11.90 12.94 12.47 1.04 Biological >4 2 to 1 >4 0.06 0.77 0.85 No No GB516 FF6-S3.12 12.12 12.75 12.44 0.63 Biological >4 2 to 1 >4 0.16 2.40 0.88 No No GB516 FF6-S3.13 15.18 15.97 15.61 0.79 Biological >4 2 to 1 >4 0.44 2.81 1.02 No No GB516 FF6-S3.14 13.74 14.49 14.00 0.75 Physical >4 2 to 1 >4 0.08 0.99 0.51 No No GB516 FF6-S3.15 11.90 12.45 12.12 0.55 Biological >4 2 to 1 >4 0.25 1.27 0.77 No No GB516 FF6-S3.16 12.06 12.59 12.34 0.53 Biological >4 3 to 2 >4 2.86 4.60 3.99 No No GB516 FF6-S3.17 12.39 12.92 12.63 0.53 Biological >4 2 to 1 >4 0.06 0.61 0.33 No No GB516 FF6-S3.18 13.14 16.28 14.66 3.14 Physical >4 2 to 1 >4 0.19 1.43 0.51 No No GB516 FF6-S3.19 9.28 10.27 9.73 0.99 Physical >4 2 to 1 >4 0.03 0.74 0.35 No No GB516 FF6-S3.20 13.63 16.00 14.54 2.37 Physical >4 2 to 1 >4 No No GB516 NFS-1.01 12.34 12.75 12.56 0.41 Biological >4 3 to 2 >4 5.54 7.08 6.66 No No GB516 NFS-1.02 13.41 14.51 13.81 1.10 Biological >4 3 to 2 >4 0.69 1.07 0.90 No No GB516 NFS-1.03 10.03 11.60 10.73 1.57 Biological >4 3 to 2 >4 3.42 7.19 5.88 No No GB516 NFS-1.04 12.45 13.55 13.13 1.10 Biological >4 3 to 2 >4 2.59 7.55 5.23 No No GB516 NFS-1.05 11.68 12.83 12.41 1.15 Biological >4 3 to 2 >4 0.66 1.88 1.35 No No GB516 NFS-1.06 3.75 11.65 8.10 7.90 Biological >4 3 to 2 >4 0.61 2.09 1.42 No No InGB516 NFS-1.07 6.58 12.45 9.87 5.87 Biological >4 3 to 2 >4 0.14 6.31 3.02 No No GB516 NFS-1.08 10.44 14.10 12.33 3.66 Physical >4 3 to 2 >4 0.33 1.35 0.75 No No GB516 NFS-1.09 11.93 12.53 12.19 0.60 Biological >4 3 to 2 >4 0.74 2.62 1.60 No No GB516 NFS-1.10 12.37 14.02 13.17 1.65 Biological >4 3 to 2 >4 0.61 1.05 0.85 No No In

IndeterminateIndeterminateIndeterminateIndeterminate

E1-4
 Appendix E1.. Sediment profile imaging data for Cruise 1B (Garden Banks Block 516 and Viosca Knoll Block 916).

Block Station Methane Anoxia S

Thickness Type Major Bubbles Low 

Minimum Maximum Mean (cm) Minimum Maximum Mode Minimum Maximum Mean DO 

Penetration Depth (cm) Grain Size (phi) Boundary Roughness

(RPD) Depth (cm)

Redox Potential Discontinuity 

GB516 NFS-1.11 13.63 14.18 13.89 0.55 Biological >4 3 to 2 >4 0.17 0.80 0.49 No No GB516 NFS-1.12 10.88 11.40 11.12 0.52 Biological >4 3 to 2 >4 0.41 1.18 0.81 No No GB516 NFS-1.13 12.75 13.88 13.35 1.13 Biological >4 2 to 1 >4 0.19 0.94 0.52 No No GB516 NFS-1.14 9.34 13.36 11.80 4.02 Biological >4 2 to 1 >4 0.00 1.27 0.47 No No GB516 NFS-1.15 11.98 13.96 13.08 1.98 Biological >4 2 to 1 >4 0.03 0.72 0.38 No No GB516 NFS-1.16 11.98 13.96 13.08 1.98 Physical >4 3 to 2 >4 0.06 0.80 0.29 No No GB516 NFS-1.17 12.75 13.96 13.16 1.21 Biological >4 2 to 1 >4 0.03 1.05 0.42 No No GB516 NFS-1.18 9.28 11.76 10.74 2.48 Biological >4 2 to 1 >4 0.00 0.91 0.34 No No GB516 NFS-1.19 13.69 14.62 14.11 0.93 Biological >4 2 to 1 >4 0.03 1.43 0.83 No No GB516 NFS-1.20 13.06 13.99 13.58 0.93 Biological >4 3 to 2 >4 0.00 0.47 0.18 No No GB516 NFS-1.22 14.49 15.84 15.07 1.35 Physical >4 2 to 1 >4 0.00 0.00 0.00 No Yes GB516 NFS-1.23 14.02 14.90 14.44 0.88 Physical >4 2 to 1 >4 0.00 0.00 0.00 No Yes GB516 NFS-1.24 13.17 14.71 13.93 1.54 Physical >4 2 to 1 >4 0.00 0.00 0.00 No Yes GB516 NFS-1.25 9.25 9.78 9.59 0.53 Indeterminate >4 2 to 1 >4 0.00 0.00 0.00 No Yes GB516 NFS-1.26 11.65 13.66 12.81 2.01 Biological >4 2 to 1 >4 0.00 0.00 0.00 No Yes GB516 NFS-1.27 13.47 15.45 14.36 1.98 Physical >4 2 to 1 >4 0.00 0.00 0.00 No Yes GB516 NFS-1.28 12.20 12.83 12.66 0.63 Biological >4 2 to 1 >4 0.00 0.00 0.00 No Yes GB516 NFS-2.06 14.18 14.65 14.35 0.47 Biological >4 2 to 1 >4 0.00 0.83 0.33 No No GB516 NFS-2.07 12.67 13.11 12.91 0.44 Biological >4 2 to 1 >4 0.03 0.88 0.41 No No GB516 NFS-2.08 12.78 13.61 13.26 0.83 Indeterminate >4 2 to 1 >4 0.06 0.50 0.29 No No GB516 NFS-2.09 9.09 10.33 9.72 1.24 Biological >4 2 to 1 >4 0.94 2.04 1.45 No No GB516 NFS-2.10 13.25 14.10 13.73 0.85 Biological >4 3 to 2 >4 0.00 0.69 0.33 No No GB516 NFS-2.11 12.94 13.91 13.45 0.97 Indeterminate >4 2 to 1 >4 0.00 0.00 0.00 No Yes GB516 NFS-2.12 12.28 13.36 12.64 1.08 Indeterminate >4 3 to 2 >4 0.00 0.00 0.00 No Yes GB516 NFS-2.13 11.18 12.48 11.95 1.30 Biological >4 2 to 1 >4 0.00 0.36 0.16 No No GB516 NFS-2.14 13.28 14.05 13.63 0.77 Biological >4 2 to 1 >4 0.00 0.72 0.26 No No GB516 NFS-2.15 14.16 14.93 14.52 0.77 Indeterminate >4 2 to 1 >4 0.00 1.07 0.14 No Yes GB516 NFS-2.16 15.56 16.44 16.01 0.88 Indeterminate >4 2 to 1 >4 0.00 0.69 0.21 No Yes GB516 NFS-2.18 15.42 16.31 15.75 0.89 Indeterminate >4 2 to 1 >4 0.00 0.00 0.00 No Yes GB516 NFS-2.19 15.23 16.33 16.64 1.10 Indeterminate >4 2 to 1 >4 0.00 1.16 0.39 No Yes GB516 NFS-2.20 14.98 15.84 15.59 0.86 Indeterminate >4 3 to 2 >4 0.00 0.00 0.00 No Yes GB516 NFS-2.21 11.65 12.15 11.97 0.50 Physical >4 3 to 2 >4 0.00 0.00 0.00 No Yes GB516 NFS-2.22 12.48 13.14 12.85 0.66 Physical >4 2 to 1 >4 0.00 0.00 0.00 No Yes 

E1-5
 Appendix E1. Sediment profile imaging data for Cruise 1B (Garden Banks Block 516 and Viosca Knoll Block 916).

Block Station Methane Anoxia S

Thickness Type Major Bubbles Low 

Minimum Maximum Mean (cm) Minimum Maximum Mode Minimum Maximum Mean DO 

Penetration Depth (cm) Grain Size (phi) Boundary Roughness

(RPD) Depth (cm)

Redox Potential Discontinuity 

GB516 NFS-2.23 9.23 10.77 9.84 1.54 Physical >4 3 to 2 >4 0.00 0.00 0.00 No Yes GB516 NFS-2.24 11.73 12.64 12.31 0.91 Indeterminate >4 2 to 1 >4 0.00 0.47 0.15 No Yes GB516 NFS-2.25 11.24 11.82 11.57 0.58 Physical >4 2 to 1 >4 0.00 0.00 0.00 No Yes GB516 NFS-2.26 8.15 9.75 8.94 1.60 Indeterminate >4 2 to 1 >4 0.00 0.00 0.00 No Yes GB516 NFS-2.27 12.64 13.94 13.13 1.30 Indeterminate >4 2 to 1 >4 0.00 0.00 0.00 No Yes GB516 NFS-2.28 11.93 12.70 12.24 0.77 Physical >4 3 to 2 >4 0.00 0.00 0.00 No Yes GB516 NFS-2.29 13.11 13.66 13.48 0.55 Indeterminate >4 3 to 2 >4 0.00 0.00 0.00 No Yes GB516 NFS-2.30 13.74 14.40 14.02 0.66 Indeterminate >4 2 to 1 >4 0.00 0.00 0.00 No Yes GB516 NFS-2.31 11.82 12.48 12.13 0.66 Indeterminate >4 3 to 2 >4 0.00 0.00 0.00 No Yes GB516 NFS-2.32 12.06 13.08 12.65 1.02 Indeterminate >4 3 to 2 >4 0.00 0.61 0.18 No Yes GB516 NFS-2.33 12.94 14.18 13.58 1.24 Biological >4 3 to 2 >4 0.52 1.62 1.10 No No GB516 NFS-2.34 12.83 13.63 13.14 0.80 Indeterminate >4 2 to 1 >4 0.22 0.52 0.35 No No GB516 NFS-2.35 12.59 13.22 12.84 0.63 Indeterminate >4 2 to 1 >4 0.08 0.55 0.33 No No GB516 NFS-2.36 19.00 20.35 19.90 1.35 Biological >4 3 to 2 >4 0.00 0.41 0.20 No No GB516 NFS-3.01 5.21 5.87 5.64 0.66 Biological >4 3 to 2 4 to 3 3.91 4.82 4.52 No No GB516 NFS-3.02 11.35 12.67 11.86 1.32 Biological >4 2 to 1 >4 1.74 5.95 3.57 No No GB516 NFS-3.03 12.20 12.75 12.54 0.55 Biological >4 2 to 1 >4 0.99 4.46 2.71 No No GB516 NFS-3.04 3.42 6.03 4.44 2.61 Indeterminate >4 2 to 1 4 to 3 0.03 1.07 0.46 No No GB516 NFS-3.05 11.65 13.08 12.41 1.43 Biological >4 2 to 1 >4 0.47 5.84 3.07 No No GB516 NFS-3.06 12.28 12.94 12.69 0.66 Physical >4 2 to 1 >4 0.03 1.05 0.29 No No GB516 NFS-3.07 12.81 13.22 13.08 0.41 Biological >4 2 to 1 >4 0.41 1.87 1.10 No No GB516 NFS-3.08 12.70 12.75 12.72 0.05 Biological >4 2 to 1 >4 0.66 1.51 1.01 No No GB516 NFS-3.09 12.59 14.16 13.55 1.57 Physical >4 2 to 1 >4 No No GB516 NFS-3.10 12.70 13.52 13.26 0.82 Indeterminate >4 2 to 1 >4 0.17 1.05 0.64 No No GB516 NFS-3.11 11.71 12.37 12.09 0.66 Biological >4 2 to 1 >4 0.27 1.38 0.80 No No GB516 NFS-3.12 11.07 12.50 11.92 1.43 Biological >4 2 to 1 >4 0.00 1.05 0.56 No No GB516 NFS-3.13 12.20 12.83 12.54 0.63 Biological >4 2 to 1 >4 0.28 1.16 0.67 No No GB516 NFS-3.14 10.55 11.54 11.01 0.99 Biological >4 2 to 1 >4 0.47 0.96 0.62 No No GB516 NFS-3.15 12.81 13.88 13.22 1.07 Indeterminate >4 2 to 1 >4 0.28 0.72 0.44 No No GB516 NFS-3.16 11.43 13.17 12.44 1.74 Biological >4 2 to 1 >4 0.36 1.27 0.88 No No GB516 NFS-3.17 11.32 11.82 11.59 0.50 Biological >4 2 to 1 >4 0.19 0.99 0.72 No No GB516 NFS-3.18 13.61 14.54 14.22 0.93 Biological >4 2 to 1 >4 0.08 1.32 0.64 No No 

Indeterminate

E1-6
 Appendix E1. Sediment profile imaging data for Cruise 1B (Garden Banks Block 516 and Viosca Knoll Block 916).

Block Station Methane Anoxia S

Thickness Type Major Bubbles Low 

Minimum Maximum Mean (cm) Minimum Maximum Mode Minimum Maximum Mean DO 

Penetration Depth (cm) Grain Size (phi) Boundary Roughness

(RPD) Depth (cm)

Redox Potential Discontinuity 

VK916 FF2-S1.01 7.71 9.97 8.43 2.26 Physical >4 2 to 1 >4 0.28 0.74 0.41 No No VK916 FF2-S1.02 13.17 14.27 13.53 1.10 Biological >4 2 to 1 >4 0.19 7.49 1.15 No No VK916 FF2-S1.03 11.65 15.75 13.91 4.10 Biological >4 2 to 1 >4 0.17 2.64 1.71 No No VK916 FF2-S1.04 11.90 12.50 12.21 0.60 Indeterminate >4 2 to 1 >4 0.14 1.71 0.69 No No VK916 FF2-S1.05 13.94 14.98 14.51 1.04 Indeterminate >4 2 to 1 >4 No No VK916 FF2-S1.06 10.82 12.70 11.72 1.88 Indeterminate >4 2 to 1 >4 0.66 3.06 1.54 No No VK916 FF2-S1.07 12.12 13.25 12.72 1.13 Biological >4 2 to 1 >4 0.11 2.07 1.17 No No VK916 FF2-S1.08 12.53 13.63 12.94 1.10 Indeterminate >4 2 to 1 >4 0.94 1.18 1.08 No No VK916 FF2-S1.09 11.13 13.11 11.97 1.98 Indeterminate >4 2 to 1 >4 0.14 2.45 1.15 No No VK916 FF2-S1.10 5.95 9.39 7.06 3.44 Physical >4 2 to 1 >4 0.03 6.11 2.84 No No VK916 FF2-S1.11 12.94 15.31 14.55 2.37 Biological >4 2 to 1 >4 0.06 2.18 1.51 No No VK916 FF2-S1.12 10.60 11.98 11.54 1.38 Biological >4 2 to 1 >4 0.39 1.57 1.05 No No VK916 FF2-S1.13 14.21 15.23 14.77 1.02 Physical >4 2 to 1 >4 0.22 3.03 1.72 No No VK916 FF2-S1.14 11.65 12.72 12.13 1.07 Physical >4 2 to 1 >4 No No VK916 FF2-S1.15 10.80 13.44 12.45 2.64 Indeterminate >4 2 to 1 >4 No No VK916 FF2-S1.16 12.53 14.05 13.23 1.52 Indeterminate >4 2 to 1 >4 0.17 2.95 1.23 No No VK916 FF2-S1.17 14.21 15.12 14.75 0.91 Indeterminate >4 2 to 1 >4 1.05 3.86 1.96 No No VK916 FF2-S1.18 12.61 15.78 14.46 3.17 Physical >4 2 to 1 >4 No No VK916 FF2-S1.19 12.23 13.58 13.09 1.35 Indeterminate >4 2 to 1 >4 0.11 2.62 1.75 No No VK916 FF2-S1.20 11.43 11.87 11.63 0.44 Biological >4 4 to 3 >4 0.03 1.65 0.81 No No VK916 FF4-S2.01 5.54 7.85 6.93 2.31 Indeterminate >4 2 to 1 >4 0.00 1.43 0.59 No No VK916 FF4-S2.03 14.35 16.53 15.70 2.18 Biological >4 2 to 1 >4 0.66 1.24 0.91 No No VK916 FF4-S2.04 11.35 12.56 11.82 1.21 Biological >4 2 to 1 >4 0.14 1.38 0.74 No No VK916 FF4-S2.06 12.17 13.30 12.71 1.13 Indeterminate >4 2 to 1 >4 0.08 1.21 0.54 No No VK916 FF4-S2.07 15.12 15.75 15.45 0.63 Biological >4 2 to 1 >4 0.17 2.37 0.88 No No VK916 FF4-S2.08 13.17 13.69 13.42 0.52 Indeterminate >4 2 to 1 >4 0.03 1.85 0.79 No No VK916 FF4-S2.09 13.19 13.85 13.43 0.66 Indeterminate >4 2 to 1 >4 0.19 1.29 0.49 No No VK916 FF4-S2.10 17.10 18.10 17.53 1.00 Indeterminate >4 2 to 1 >4 0.06 2.04 0.86 No No VK916 FF4-S2.11 11.73 13.28 12.54 1.55 Physical >4 2 to 1 >4 0.47 1.57 0.91 No No VK916 FF4-S2.12 14.54 15.45 14.96 0.91 Biological >4 2 to 1 >4 0.14 2.75 0.85 No No VK916 FF4-S2.13 15.70 17.13 16.11 1.43 Indeterminate >4 2 to 1 >4 0.14 2.75 0.85 No No VK916 FF4-S2.14 12.97 14.87 14.06 1.90 Physical >4 2 to 1 >4 0.00 1.38 0.45 No No VK916 FF4-S2.15 14.65 15.89 15.38 1.24 Biological >4 2 to 1 >4 0.06 1.68 0.60 No No VK916 FF4-S2.16 12.53 13.61 12.98 1.08 Indeterminate >4 2 to 1 >4 0.03 3.47 0.76 No No VK916 FF4-S2.17 12.56 14.35 13.74 1.79 Indeterminate >4 2 to 1 >4 0.11 2.01 0.78 No No VK916 FF4-S2.18 14.62 15.23 14.97 0.61 Biological >4 2 to 1 >4 0.08 1.68 0.64 No No VK916 FF6-S3.01 13.63 14.27 13.86 0.64 Biological >4 2 to 1 >4 0.11 2.07 1.29 No No VK916 FF6-S3.02 12.26 13.63 13.15 1.37 Biological >4 2 to 1 >4 0.03 0.85 0.40 No No VK916 FF6-S3.03 9.61 10.93 10.63 1.32 Indeterminate >4 2 to 1 >4 0.00 1.02 0.33 No No 

IndeterminateIndeterminateIndeterminateIndeterminate

E1-7
 Appendix E1. Sediment profile imaging data for Cruise 1B (Garden Banks Block 516 and Viosca Knoll Block 916).

Block Station Methane Anoxia S

Thickness Type Major Bubbles Low 

Minimum Maximum Mean (cm) Minimum Maximum Mode Minimum Maximum Mean DO 

Penetration Depth (cm) Grain Size (phi) Boundary Roughness

(RPD) Depth (cm)

Redox Potential Discontinuity 

VK916 FF6-S3.04 12.67 13.55 12.99 0.88 Biological >4 2 to 1 >4 0.14 0.96 0.64 No No VK916 FF6-S3.05 9.06 11.21 10.34 2.15 Indeterminate >4 2 to 1 >4 0.06 0.88 0.33 No No VK916 FF6-S3.06 4.60 5.67 5.11 1.07 Indeterminate >4 2 to 1 >4 0.03 1.46 0.87 No No VK916 FF6-S3.08 12.26 13.33 12.87 1.07 Indeterminate >4 2 to 1 >4 0.08 3.17 0.98 No No VK916 FF6-S3.09 13.00 13.99 13.52 0.99 Biological >4 2 to 1 >4 0.14 1.87 0.63 No No VK916 FF6-S3.10 14.02 17.82 16.48 3.80 Indeterminate >4 2 to 1 >4 0.08 1.65 0.60 No No VK916 FF6-S3.11 11.43 12.75 12.07 1.32 Indeterminate >4 2 to 1 >4 0.06 0.99 0.39 No No VK916 FF6-S3.12 9.56 10.44 10.16 0.88 Indeterminate >4 2 to 1 >4 0.08 1.71 0.86 No No VK916 FF6-S3.13 13.83 14.74 14.27 0.91 Biological >4 2 to 1 >4 0.17 1.96 1.03 No No VK916 FF6-S3.14 8.95 11.18 9.59 2.23 Biological >4 2 to 1 >4 0.06 0.74 0.35 No No VK916 FF6-S3.15 16.33 16.91 16.56 0.58 Physical >4 2 to 1 >4 0.08 1.68 0.87 No No VK916 FF6-S3.16 11.32 12.23 11.93 0.91 Biological >4 2 to 1 >4 0.39 2.18 1.29 No No VK916 FF6-S3.17 10.60 12.42 11.42 1.82 Indeterminate >4 2 to 1 >4 0.08 1.43 0.64 No No VK916 FF6-S3.18 9.39 11.15 10.18 1.76 Physical >4 2 to 1 >4 0.03 2.62 0.62 No No VK916 FF6-S3.19 11.90 13.03 12.38 1.13 Indeterminate >4 2 to 1 4 to 3 0.03 1.18 0.49 No No VK916 FF6-S3.20 11.71 12.83 12.37 1.12 Physical >4 2 to 1 >4 0.25 0.72 0.54 No No VK916 NFS-1.01 11.95 13.66 12.92 1.71 Biological >4 2 to 1 >4 0.22 1.96 1.96 No No VK916 NFS-1.02 12.81 14.32 13.39 1.51 Biological >4 2 to 1 >4 0.08 3.14 0.99 No No VK916 NFS-1.03 14.57 17.54 15.87 2.97 Physical >4 2 to 1 >4 0.08 0.69 0.30 No No VK916 NFS-1.04 13.94 14.49 14.20 0.55 Biological >4 2 to 1 >4 0.17 2.37 0.91 No No VK916 NFS-1.05 12.75 14.87 13.90 2.12 Indeterminate >4 3 to 2 >4 No No VK916 NFS-1.06 13.55 14.13 13.79 0.58 Biological >4 2 to 1 >4 1.07 2.26 1.58 No No VK916 NFS-1.07 11.95 12.89 12.57 0.94 Biological >4 2 to 1 >4 0.11 1.38 0.77 No No VK916 NFS-1.08 13.06 14.43 13.92 1.37 Biological >4 2 to 1 >4 0.03 2.37 0.84 No No VK916 NFS-1.09 10.69 12.37 11.72 1.68 Indeterminate >4 2 to 1 >4 0.00 1.24 0.36 No No VK916 NFS-1.10 14.29 14.90 14.61 0.61 Biological >4 2 to 1 >4 0.08 2.07 1.05 No No VK916 NFS-1.11 14.29 14.60 14.40 0.31 Biological >4 2 to 1 >4 0.19 2.12 1.07 No No VK916 NFS-1.12 11.43 12.34 12.00 0.91 Biological >4 2 to 1 >4 0.08 1.49 0.98 No No VK916 NFS-1.13 11.62 12.28 12.01 0.66 Biological >4 2 to 1 >4 0.66 1.27 0.98 No No VK916 NFS-1.14 15.53 16.68 16.41 1.15 Biological >4 2 to 1 >4 0.00 2.23 1.01 No No VK916 NFS-1.15 11.37 11.98 11.68 0.61 Biological >4 2 to 1 >4 0.06 1.16 0.59 No No VK916 NFS-1.16 13.06 14.49 13.97 1.43 Biological >4 2 to 1 >4 0.08 2.34 1.13 No No VK916 NFS-1.17 12.53 14.32 13.32 1.79 Biological >4 2 to 1 >4 0.03 1.60 0.68 No No VK916 NFS-1.18 13.99 15.09 14.43 1.10 Indeterminate >4 2 to 1 >4 0.14 2.34 0.60 No No VK916 NFS-1.19 11.82 12.37 12.08 0.55 Biological >4 2 to 1 >4 0.08 1.51 0.78 No No VK916 NFS-1.20 11.98 14.57 13.51 2.59 Biological >4 2 to 1 >4 0.06 1.62 0.48 No No VK916 NFS-1.21 13.66 14.43 13.97 0.77 Biological >4 2 to 1 >4 0.14 1.46 0.84 No No VK916 NFS-1.22 12.50 13.25 12.93 0.75 Biological >4 2 to 1 >4 0.99 2.70 2.03 No No VK916 NFS-1.23 13.03 13.91 13.41 0.88 Biological >4 2 to 1 >4 0.11 1.76 0.82 No No 

Indeterminate

E1-8
 Appendix E1. Sediment profile imaging data for Cruise 1B (Garden Banks Block 516 and Viosca Knoll Block 916).

Block Station Methane Anoxia S

Thickness Type Major Bubbles Low 

Minimum Maximum Mean (cm) Minimum Maximum Mode Minimum Maximum Mean DO 

Penetration Depth (cm) Grain Size (phi) Boundary Roughness

(RPD) Depth (cm)

Redox Potential Discontinuity 

VK916 NFS-1.24 13.00 13.94 13.42 0.94 Biological >4 2 to 1 >4 0.06 1.60 0.98 No No VK916 NFS-1.25 14.43 15.78 15.43 1.35 Biological >4 2 to 1 >4 0.00 1.57 0.45 No No VK916 NFS-1.26 5.81 11.23 9.13 5.42 Indeterminate >4 2 to 1 >4 0.03 1.85 0.57 No No VK916 NFS-1.27 14.98 16.22 15.69 1.24 Biological >4 2 to 1 >4 0.14 1.87 0.72 No No VK916 NFS-1.28 11.10 11.95 11.63 0.85 Biological >4 2 to 1 >4 0.11 1.79 0.82 No No VK916 NFS-1.29 13.25 13.80 13.62 0.55 Biological >4 2 to 1 >4 0.06 2.97 0.82 No No VK916 NFS-1.30 12.64 13.52 13.15 0.88 Biological >4 2 to 1 >4 0.00 1.29 0.42 No No VK916 NFS-1.31 15.70 16.94 16.27 1.24 Indeterminate >4 2 to 1 >4 0.06 1.62 0.62 No No VK916 NFS-1.32 12.15 13.00 12.42 0.85 Biological >4 2 to 1 >4 0.11 1.07 0.51 No No VK916 NFS-1.33 4.54 7.33 6.12 2.79 Indeterminate >4 2 to 1 >4 0.08 1.13 0.42 No No VK916 NFS-1.34 10.77 11.54 11.17 0.77 Indeterminate >4 2 to 1 >4 0.11 2.20 0.65 No No VK916 NFS-1.35 12.59 14.54 13.46 1.95 Biological >4 2 to 1 >4 0.06 0.94 0.36 No No VK916 NFS-1.36 13.41 14.21 13.89 0.80 Biological >4 2 to 1 >4 0.08 1.96 0.84 No No VK916 NFS-1.37 5.98 8.57 6.84 2.59 Indeterminate >4 2 to 1 >4 0.03 0.99 0.25 No No VK916 NFS-1.38 12.34 13.47 12.96 1.13 Biological >4 2 to 1 >4 0.14 2.14 0.76 No No VK916 NFS-1.39 12.50 13.30 12.91 0.80 Biological >4 2 to 1 >4 0.06 1.93 0.67 No No VK916 NFS-1.40 8.95 13.00 11.27 4.05 Indeterminate >4 2 to 1 >4 0.08 0.94 0.44 No No VK916 NFS-1.41 8.59 9.75 9.09 1.16 Indeterminate >4 2 to 1 >4 0.06 0.85 0.31 No No VK916 NFS-1.42 12.17 13.03 12.93 0.86 Biological >4 2 to 1 >4 0.14 1.54 0.95 No No VK916 NFS-1.43 13.03 14.74 13.68 1.71 Indeterminate >4 2 to 1 >4 0.08 1.57 0.85 No No VK916 NFS-1.44 14.02 14.85 14.41 0.83 Indeterminate >4 2 to 1 >4 0.03 0.72 0.38 No No VK916 NFS-1.45 12.42 12.92 12.64 0.50 Biological >4 2 to 1 >4 0.17 1.96 0.86 No No VK916 NFS-2.01 13.88 15.03 14.31 1.15 Indeterminate >4 2 to 1 >4 0.14 2.09 1.07 No No VK916 NFS-2.02 13.08 14.16 13.60 1.08 Indeterminate >4 2 to 1 >4 0.00 1.74 0.78 No No VK916 NFS-2.03 14.12 17.13 15.49 3.01 Physical >4 2 to 1 >4 No No VK916 NFS-2.04 13.66 14.85 14.14 1.19 Physical >4 2 to 1 >4 0.55 2.34 1.14 No No VK916 NFS-2.05 5.43 7.71 6.66 2.28 Physical >4 2 to 1 >4 0.28 1.87 1.01 No No VK916 NFS-2.06 13.30 14.21 13.75 0.91 Physical >4 2 to 1 >4 0.06 2.34 1.03 No No VK916 NFS-2.07 15.95 17.54 16.40 1.59 Physical >4 2 to 1 >4 0.47 1.93 1.22 No No VK916 NFS-2.08 12.56 14.10 13.40 1.54 Physical >4 2 to 1 >4 0.90 3.31 1.58 No No VK916 NFS-2.09 12.61 13.80 13.32 1.19 Physical >4 2 to 1 >4 0.41 2.34 1.07 No No VK916 NFS-2.10 15.34 16.80 16.10 1.46 Physical >4 2 to 1 >4 0.17 2.34 1.07 No No VK916 NFS-2.11 13.94 15.37 14.49 1.43 Physical >4 2 to 1 4 to 3 No No VK916 NFS-2.12 11.26 12.56 11.93 1.30 Physical >4 2 to 1 >4 0.00 1.62 0.73 No No VK916 NFS-2.13 12.56 13.28 12.89 0.72 Indeterminate >4 2 to 1 >4 0.52 3.55 1.56 No No VK916 NFS-2.14 12.09 14.29 13.20 2.20 Physical >4 2 to 1 >4 0.50 1.51 1.04 No No VK916 NFS-2.15 13.72 14.79 14.26 1.07 Indeterminate >4 2 to 1 >4 0.14 2.20 0.88 No No VK916 NFS-2.16 11.07 13.33 11.92 2.26 Physical >4 2 to 1 >4 0.28 2.37 1.28 No No VK916 NFS-2.17 16.55 18.50 17.83 1.95 Indeterminate >4 2 to 1 >4 0.19 3.14 0.98 No No 

IndeterminateIndeterminate

E1-9
 Appendix E1. Sediment profile imaging data for Cruise 1B (Garden Banks Block 516 and Viosca Knoll Block 916).

Block Station Methane Anoxia S

Thickness Type Major Bubbles Low 

Minimum Maximum Mean (cm) Minimum Maximum Mode Minimum Maximum Mean DO 

Penetration Depth (cm) Grain Size (phi) Boundary Roughness

(RPD) Depth (cm)

Redox Potential Discontinuity 

VK916 NFS-2.18 12.75 14.51 13.84 1.76 Physical >4 2 to 1 >4 0.30 1.98 1.16 No No VK916 NFS-2.19 10.33 10.91 10.58 0.58 Indeterminate >4 2 to 1 >4 0.08 1.76 0.77 No No VK916 NFS-2.20 14.71 16.39 15.18 1.68 Biological >4 2 to 1 >4 1.02 2.56 1.61 No No VK916 NFS-2.21 12.78 13.39 13.31 0.61 Indeterminate >4 2 to 1 >4 0.50 0.80 0.72 No No VK916 NFS-2.22 11.73 13.55 12.90 1.82 Indeterminate >4 2 to 1 >4 0.17 1.46 0.74 No No VK916 NFS-2.23 8.54 9.14 8.75 0.60 Indeterminate >4 2 to 1 >4 0.00 2.07 0.73 No No VK916 NFS-2.24 12.15 12.64 12.37 0.49 Biological >4 2 to 1 >4 0.08 1.68 0.63 No No VK916 NFS-2.25 13.72 14.46 14.07 0.74 Biological >4 2 to 1 >4 0.06 1.29 0.60 No No VK916 NFS-2.26 12.81 14.05 13.53 1.24 Indeterminate >4 2 to 1 >4 1.02 6.20 2.87 No No VK916 NFS-2.27 11.04 12.81 12.13 1.77 Physical >4 2 to 1 >4 0.11 2.37 0.66 No No VK916 NFS-2.28 12.75 13.58 13.21 0.83 Indeterminate >4 2 to 1 >4 0.03 3.03 1.04 No No VK916 NFS-2.30 13.94 14.90 14.47 0.96 Indeterminate >4 2 to 1 >4 0.08 2.48 1.10 No No VK916 NFS-2.31 13.63 14.62 14.12 0.99 Biological >4 2 to 1 >4 0.36 4.41 2.15 No No VK916 NFS-2.32 17.65 18.67 18.39 1.02 Biological >4 2 to 1 >4 0.06 3.17 0.83 No No VK916 NFS-2.33 13.17 14.18 13.86 1.01 Indeterminate >4 2 to 1 >4 No No VK916 NFS-2.34 13.17 13.66 13.44 0.49 Biological >4 2 to 1 >4 0.52 4.41 2.01 No No 

Indeterminate

E1-10
 Appendix E1. Sediment profile imaging data for Cruise 1B (Garden Banks Block 516 and Viosca Knoll Block 916).

Block StationGB516 FF2-S1.01GB516 FF2-S1.02GB516 FF2-S1.03GB516 FF2-S1.04GB516 FF2-S1.05GB516 FF2-S1.06GB516 FF2-S1.07GB516 FF2-S1.08GB516 FF2-S1.09GB516 FF2-S1.10GB516 FF2-S1.11GB516 FF2-S1.12GB516 FF2-S1.13GB516 FF2-S1.14GB516 FF2-S1.15GB516 FF2-S1.16GB516 FF2-S1.17GB516 FF2-S1.18GB516 FF2-S1.19GB516 FF2-S1.20GB516 FF2-S1.21GB516 FF2-S1.22GB516 FF4-S2.01GB516 FF4-S2.02GB516 FF4-S2.04GB516 FF4-S2.05GB516 FF4-S2.06GB516 FF4-S2.07GB516 FF4-S2.08GB516 FF4-S2.09GB516 FF4-S2.10GB516 FF4-S2.11GB516 FF4-S2.12GB516 FF4-S2.13GB516 FF4-S2.14GB516 FF4-S2.15

Burrow comments Clast Clast type, color, and size Epifauna Infauna Faunal comme

No No Yes Stage Is 

Burrow mottled No No Yes Stage Is Burrow mottled Yes Small wiper No Yes Stage Is; pteropod shell on Burrow mottled Yes Small wiper No Yes Stage Is 

Yes Small wiper No Yes Stage Is 

Burrow mottled Yes Wiper clasts No Yes Stage Is Filled-in burrow; burrow mottled Yes Small wiper No Yes Stage Is Burrow mottled Yes Small wiper clasts No Yes Stage Is Burrow mottled Yes Wiper No Yes Stage Is; pteropod shell? on 

Yes Wiper No Yes Stage Is; pteropod shell fra

Burrow mottled Yes 4 cm tan oxidized and subrounded; wiper No Yes Stage Is 

Yes 3 tan oxidized and subrounded, 1 to 3 cm No Yes Stage Is Yes Wipers No Yes Stage Is Yes 1 tan; small wipers No Yes Stage Is; pteropod shell on 

Burrow mottled Yes Large >6 cm oxidized subrounded No Yes Stage Is 

No No Yes Stage Is 

Burrow mottled No No Yes Stage Is 

No No Yes Stage Is 

Yes A few small tan No Yes Stage Is 

Burrow mottled Yes Wiper No Yes Stage Is Burrow mottled Yes Small wipers No Yes Stage Is Burrow mottled Yes Wiper No Yes Stage Is 

Yes 3 cm subrounded tan No Yes Stage Is 

Burrow mottled No No Yes Stage Is Burrow mottled Yes Small tan; wiper? No Yes Stage Is Burrow mottled Yes Wiper on left No Yes Stage Is 

Yes Many tan No Yes Stage Is 

Burrow mottled No No Yes Stage Is Burrow mottled Yes Small tan; small wiper No Yes Stage Is Burrow mottled Yes Small tan No Yes Stage Is Burrow mottled Yes Many tan No Yes Stage Is Burrow mottled Yes Small tan; wiper No Yes Stage Is Burrow mottled No No Yes Stage Is Burrow mottled Yes Small tan and dark No Yes Stage Is 

No No Yes Stage Is; circular orange fo

Yes Many small to large tan, obscuring pelletal layer No Yes Stage Is 

E1-11
 Appendix E1. Sediment profile imaging data for Cruise 1B (Garden Banks Block 516 and Viosca Knoll Block 916).

Block StationGB516 FF4-S2.16GB516 FF4-S2.17GB516 FF4-S2.18GB516 FF6-S3.01GB516 FF6-S3.03GB516 FF6-S3.04GB516 FF6-S3.05GB516 FF6-S3.07GB516 FF6-S3.08GB516 FF6-S3.09GB516 FF6-S3.10GB516 FF6-S3.11GB516 FF6-S3.12GB516 FF6-S3.13GB516 FF6-S3.14GB516 FF6-S3.15GB516 FF6-S3.16GB516 FF6-S3.17GB516 FF6-S3.18GB516 FF6-S3.19GB516 FF6-S3.20GB516 NFS-1.01GB516 NFS-1.02GB516 NFS-1.03GB516 NFS-1.04GB516 NFS-1.05GB516 NFS-1.06GB516 NFS-1.07GB516 NFS-1.08GB516 NFS-1.09GB516 NFS-1.10

Burrow comments Clast Clast type, color, and size Epifauna Infauna Faunal comme

No No Yes Stage Is; pteropod shell fra

Yes Tan No Yes Stage Is Yes Many tan No Yes Stage Is; pteropod shell on Yes Many small tan No Yes Stage Is 

Filled-in, large oxidized burrow Yes Subrounded tan clasts No Yes Stage Is 

Yes Large (4 cm) oxidized clast No Yes Stage Is 

No No Yes Stage Is 

Yes Small wiper No Yes Stage Is Yes Many tan clasts No No 

No No Yes Stage Is 

Yes Large (9 cm) tan; small gray wiper No Yes Stage Is 

No No Yes Stage Is 

Yes A few small tan No Yes Stage Is Yes A few small tan No Yes Stage Is; hydroids Yes Large to small subrounded tan clasts No Yes Stage Is Yes A few small tan clasts No Yes Stage Is 

No No Yes Stage Is 

Yes Large (5 cm) tan subrounded surface clasts No Yes Stage Is Yes Many small to large tan clasts No Yes Stage Is Yes Many small to large tan clasts No Yes Stage Is Yes Many small to large tan clasts No Yes Stage Is; arenaceous foram

No No Yes Stage Is 

Yes Small wiper No Yes Stage Is Yes Tan; gray pull-down No Yes Stage Is 

No No Yes Stage Is 

Yes Tan No Yes Stage Is; hydroids Yes Tan No No Yes Tan No Yes Stage Is 

Burrow mottled Yes Many, small to large subrounded tan clasts No Yes Stage Is 

Yes Small wiper No Yes Stage Is 

Burrow mottled Yes Large and small tan No No 

E1-12
 Appendix E1. Sediment profile imaging data for Cruise 1B (Garden Banks Block 516 and Viosca Knoll Block 916).

Block StationGB516 NFS-1.11GB516 NFS-1.12GB516 NFS-1.13GB516 NFS-1.14GB516 NFS-1.15GB516 NFS-1.16GB516 NFS-1.17GB516 NFS-1.18GB516 NFS-1.19GB516 NFS-1.20GB516 NFS-1.22GB516 NFS-1.23GB516 NFS-1.24GB516 NFS-1.25GB516 NFS-1.26GB516 NFS-1.27GB516 NFS-1.28GB516 NFS-2.06GB516 NFS-2.07GB516 NFS-2.08GB516 NFS-2.09GB516 NFS-2.10GB516 NFS-2.11GB516 NFS-2.12GB516 NFS-2.13GB516 NFS-2.14GB516 NFS-2.15GB516 NFS-2.16GB516 NFS-2.18GB516 NFS-2.19GB516 NFS-2.20GB516 NFS-2.21GB516 NFS-2.22

Burrow comments Clast Clast type, color, and size Epifauna Infauna Faunal comme

Burrow mottled Yes Tan No Yes Stage Is 

Yes Small wiper No Yes Stage Is; komotchke; foram

OId filled-in burrow Yes Small wiper No Yes Stage Is 

Yes a few small tan No Yes Stage Is 

Burrow mottled Yes 2 cm tan and black No Yes Stage Is Filled-in burrow; burrow mottled Yes Tan and black No Yes Stage Is 

Yes 2 cm tan and black No Yes Stage Is Yes A few small black and tan No Yes Stage Is Yes Small black and tan No Yes Stage Is 

No No Yes Stage Is 

Yes Tan and black No No Yes Many small tan No No Yes Many small tan and a few black No No Yes Many small tan No Yes Stage Is Yes Small tan and black No Yes Stage Is 

Old filled-in burrow Yes Many tan clasts No No 

Yes Dark gray wiper clasts No Yes Stage Is Yes Small tan and black No Yes Stage Is Yes Dark wiper clast No Yes Stage Is Yes Large tan No Yes Stage Is 

Burrow mottled No No Yes Stage Is Burrow mottled No No Yes Stage Is; komotchke; foram

Yes One tan clast No Yes Stage Is 

No No Yes Stage Is 

Yes Tan and black No Yes Stage Is Yes Small tan wiper clast No Yes Stage Is Yes Black No No Yes Black; tan wiper No No 

Burrow mottled Yes Gray wiper; one small tan No Yes Stage Is 

Yes Tan and black No No Yes Large tan wiper clast No No 

No No No 

Yes Tan wiper clasts No No 

E1-13
 Appendix E1. Sediment profile imaging data for Cruise 1B (Garden Banks Block 516 and Viosca Knoll Block 916).

Block StationGB516 NFS-2.23GB516 NFS-2.24GB516 NFS-2.25GB516 NFS-2.26GB516 NFS-2.27GB516 NFS-2.28GB516 NFS-2.29GB516 NFS-2.30GB516 NFS-2.31GB516 NFS-2.32GB516 NFS-2.33GB516 NFS-2.34GB516 NFS-2.35GB516 NFS-2.36GB516 NFS-3.01GB516 NFS-3.02GB516 NFS-3.03GB516 NFS-3.04GB516 NFS-3.05GB516 NFS-3.06GB516 NFS-3.07GB516 NFS-3.08GB516 NFS-3.09GB516 NFS-3.10GB516 NFS-3.11GB516 NFS-3.12GB516 NFS-3.13GB516 NFS-3.14GB516 NFS-3.15GB516 NFS-3.16GB516 NFS-3.17GB516 NFS-3.18

Burrow comments Clast Clast type, color, and size Epifauna Infauna Faunal comme

Yes Black No No 

No No No 

Yes Wiper No No Yes Tan wiper No No Yes Large black No No 

No No No 

Burrow mottled Yes Tan wiper No Yes Stage Is; worm at 3 cm Burrow mottled Yes Black No No Burrow mottled Yes Tan wiper No Yes Stage Is 

Yes Tan wiper No Yes Stage Is Yes Black one, a sampling artifact No Yes Stage Is Yes Tan and black No No Yes Wiper clasts No No 

No No Yes Stage Is 

Associated with feeding void No No Yes Stage Is 

Yes Small tan No Yes Stage Is 

No No Yes Stage Is; hydroids No No Yes Stage Is 

Burrow mottled Yes Small tan No Yes Stage Is Burrow mottled Yes Many tan No Yes Stage Is; arenaceous foramBurrow mottled Yes Tan No Yes Stage Is Burrow mottled Yes Pull-away clasts No Yes Stage Is Burrow mottled Yes 0.4 cm recent sediment deposition interval No No 

Yes Tan; gray wiper No Yes Stage Is 

Old filled-in burrow No No Yes Stage Is 

Yes 1 tan (1.5 cm); small gray wiper No Yes Stage Is Yes A few small tan No Yes Stage Is Yes Tan, 2.5 cm No Yes Stage Is 

Burrow mottled Yes Large gray wiper No Yes Stage Is Burrow mottled Yes Small wiper No Yes Stage Is 

No No Yes Stage Is 

Yes One small wiper No Yes Stage Is 

E1-14
 Appendix E1. Sediment profile imaging data for Cruise 1B (Garden Banks Block 516 and Viosca Knoll Block 916).

Block StationVK916 FF2-S1.01VK916 FF2-S1.02VK916 FF2-S1.03VK916 FF2-S1.04VK916 FF2-S1.05VK916 FF2-S1.06VK916 FF2-S1.07VK916 FF2-S1.08VK916 FF2-S1.09VK916 FF2-S1.10VK916 FF2-S1.11VK916 FF2-S1.12VK916 FF2-S1.13VK916 FF2-S1.14VK916 FF2-S1.15VK916 FF2-S1.16VK916 FF2-S1.17VK916 FF2-S1.18VK916 FF2-S1.19VK916 FF2-S1.20VK916 FF4-S2.01VK916 FF4-S2.03VK916 FF4-S2.04VK916 FF4-S2.06VK916 FF4-S2.07VK916 FF4-S2.08VK916 FF4-S2.09VK916 FF4-S2.10VK916 FF4-S2.11VK916 FF4-S2.12VK916 FF4-S2.13VK916 FF4-S2.14VK916 FF4-S2.15VK916 FF4-S2.16VK916 FF4-S2.17VK916 FF4-S2.18VK916 FF6-S3.01VK916 FF6-S3.02VK916 FF6-S3.03

Burrow comments Clast Clast type, color, and size Epifauna Infauna Faunal comme

Surrounded by sulfitic sediment Yes Small gray clasts on surface No Yes Stage Is With sulfitic sediment Yes Top of gray layer irregular, some buried clasts No Yes Stage Is Some sulfitic sediment at depth Yes Wiper clasts No Yes Stage Is Lined with sulfitic sediment Yes Small gray ones on surface; wiper No Yes Stage Is 

Yes Tan and gray (20 @ 0.5 cm diam.); wiper No Yes Stage Is Yes Tan and gray (10 @ 0.5 cm diam.); wiper No Yes Stage Is Yes Gray (10 @ 0.3 cm); wiper No Yes Stage Is; foraminiferans Yes Tan+gray 20 @ 0.3 to 1.5 cm, surf. + buried; wiper No Yes Stage Is; arenaceous foramYes Small tan and gray No Yes Stage Is Yes Small gray and tan clasts No Yes Stage Is Yes Small gray clast No Yes Stage Is Yes Wiper clasts No Yes Stage Is Yes 5 gray (0.3 to 2 cm); dragged down wiper clast No Yes Stage Is; foraminiferans Yes 10 tan and gray; large wiper clasts on surface No Yes Stage Is; small worm at 11.Yes Wiper clasts No Yes Stage Is; worms @ 9.45 & 9Yes 3 gray (1 cm); wiper clast No Yes Stage Is 

Large, on right Yes Tan and gray; wiper clast No Yes Stage Is; worms at 9.50, 9.3

Yes 9 cm gray clump on surface No Yes Stage Is Yes 1 tan clast No Yes Stage Is Yes Wiper clasts No Yes Stage Is 

No No Yes Stage Is 

Yes Wiper clasts No Yes Stage Is Yes Wiper clast No Yes Stage Is; sipunculan? worm 

Thin, at depth Yes Tan and gray, 10 @ 0.3 cm; wiper clasts No Yes Stage Is Deep and thin No No Yes Stage Is; worms at 14.24 anDeep and thin Yes Tan and gray; wiper clast No Yes Stage Is; worm at 12 cm Thin Yes Tan and gray; wiper clast No Yes Stage Is; thin worms at 8.21 

Yes Large wiper clasts No Yes Stage Is Yes Large wiper clasts No Yes Stage Is 

Sediment within sl. sulfitic Yes Large wiper clasts No Yes Stage Is 

Yes Large (5 x 2 cm) gray; small (1 cm) tan No Yes Stage Is 

Thin, at depth Yes Tan and gray; wiper clast No Yes Stage Is 

Yes Wiper clast No Yes Stage Is 

Thin Yes 1 x 3 cm gray, small gray and tan No Yes Stage Is Thin Yes Wiper clasts No Yes Stage Is Open burrows Yes Wiper clasts No Yes Stage Is; sm. worms at 7.71 

Yes Small red and gray No Yes Stage Is Yes Small red and gray No Yes Stage Is Yes Red and gray; wiper clasts No Yes Stage Is 

E1-15
 Appendix E1. Sediment profile imaging data for Cruise 1B (Garden Banks Block 516 and Viosca Knoll Block 916).

Block StationVK916 FF6-S3.04VK916 FF6-S3.05VK916 FF6-S3.06VK916 FF6-S3.08VK916 FF6-S3.09VK916 FF6-S3.10VK916 FF6-S3.11VK916 FF6-S3.12VK916 FF6-S3.13VK916 FF6-S3.14VK916 FF6-S3.15VK916 FF6-S3.16VK916 FF6-S3.17VK916 FF6-S3.18VK916 FF6-S3.19VK916 FF6-S3.20VK916 NFS-1.01VK916 NFS-1.02VK916 NFS-1.03VK916 NFS-1.04VK916 NFS-1.05VK916 NFS-1.06VK916 NFS-1.07VK916 NFS-1.08VK916 NFS-1.09VK916 NFS-1.10VK916 NFS-1.11VK916 NFS-1.12VK916 NFS-1.13VK916 NFS-1.14VK916 NFS-1.15VK916 NFS-1.16VK916 NFS-1.17VK916 NFS-1.18VK916 NFS-1.19VK916 NFS-1.20VK916 NFS-1.21VK916 NFS-1.22VK916 NFS-1.23

Burrow comments Clast Clast type, color, and size Epifauna Infauna Faunal comme

Some sulfitic streaks Yes Red and gray No Yes Stage Is Some sulfitic streaks No No Yes Stage Is 

Yes Gray, disturbed No Yes Stage Is 

Thin Yes Small red and gray No Yes Stage Is; 6 worms from 8.1Old, indicated by sulfitic streaks Yes Buried gray; wiper clast No Yes Stage Is; worm at 5.50 cm 

Yes Wiper No Yes Stage Is; worms at 14.43 anYes Red and gray; wiper No Yes Stage Is Yes Wiper clast falling in water column No Yes Stage Is Yes Red and gray No Yes Stage Is Yes Red and gray No Yes Stage Is 

Thin Yes Small gray No Yes Stage Is 

Yes Small gray; wiper No Yes Stage Is Yes Small to large gray No Yes Stage Is Yes Buried gray No Yes Stage Is Yes Many, red and gray No Yes Stage Is Yes Small gray; wiper No Yes Stage Is Yes Small red and gray No Yes Stage Is; worms from 6.80 tYes Small red and gray No Yes Stage Is Yes Large angular red; wiper No Yes Stage Is Yes Red and gray; wiper No Yes Stage Is Yes Wiper No Yes Stage Is Yes Small gray; wiper No Yes Stage Is Yes Small red and gray; wiper No Yes Stage Is Yes Red at surface; buried gray No Yes Stage Is 

Two, large? Yes Large wiper No Yes Stage Is Thin Yes Small gray; wiper No Yes Stage Is; worms at 8.54 and Thin, old, filled with sulf. sed. Yes Buried gray clasts No Yes Stage Is To depth Yes Buried gray clasts No Yes Stage Is 

Yes Buried gray; wiper No Yes Stage Is 

Thin Yes Buried gray No Yes Stage Is Thin, with worm Yes Wiper No Yes Stage Is; worm at 9.01 cm Thin Yes Buried gray clasts No Yes Stage Is 

Yes Buried gray; wiper No Yes Stage Is Yes Buried gray; large wiper clast No Yes Stage Is 

Thin Yes Buried gray; wiper No Yes Stage Is; worms at 9.53 and 

Yes Buried gray No Yes Stage Is Yes Buried gray; small wiper No Yes Stage Is 

Thin Yes Small buried gray No Yes Stage Is; worm at 10.5 cm Thin Yes Buried gray No Yes Stage Is 

E1-16
 Appendix E1. Sediment profile imaging data for Cruise 1B (Garden Banks Block 516 and Viosca Knoll Block 916).

Block StationVK916 NFS-1.24VK916 NFS-1.25VK916 NFS-1.26VK916 NFS-1.27VK916 NFS-1.28VK916 NFS-1.29VK916 NFS-1.30VK916 NFS-1.31VK916 NFS-1.32VK916 NFS-1.33VK916 NFS-1.34VK916 NFS-1.35VK916 NFS-1.36VK916 NFS-1.37VK916 NFS-1.38VK916 NFS-1.39VK916 NFS-1.40VK916 NFS-1.41VK916 NFS-1.42VK916 NFS-1.43VK916 NFS-1.44VK916 NFS-1.45VK916 NFS-2.01VK916 NFS-2.02VK916 NFS-2.03VK916 NFS-2.04VK916 NFS-2.05VK916 NFS-2.06VK916 NFS-2.07VK916 NFS-2.08VK916 NFS-2.09VK916 NFS-2.10VK916 NFS-2.11VK916 NFS-2.12VK916 NFS-2.13VK916 NFS-2.14VK916 NFS-2.15VK916 NFS-2.16VK916 NFS-2.17

Burrow comments Clast Clast type, color, and size Epifauna Infauna Faunal comme

Yes Buried gray; large wiper on surface No Yes Stage Is 

Large in center, to depth Yes Buried gray; large wiper No Yes Stage Is 

Yes Small red and gray; large wiper No Yes Stage Is Yes Buried gray; wiper? No Yes Stage Is Yes Red on surface; buried gray; wiper No Yes Stage Is Yes Buried gray; large wiper No Yes Stage Is Yes Buried gray; wiper No Yes Stage Is Yes Buried gray; wiper No Yes Stage Is Yes Small red and gray; large wiper No Yes Stage Is Yes Small red + gray on surface, wiper No Yes Stage Is Yes Small gray; wiper No Yes Stage Is Yes Gray on surface and buried No Yes Stage Is Yes Large wiper clasts No Yes Stage Is Yes Many small red + gray chips on surface; buried gray No Yes Stage Is 

Old, filled with sulfitic sediment Yes Small gray; large wiper No Yes Stage Is Thin Yes Buried small gray; wiper No Yes Stage Is; worm at 5.87 cm Thin Yes Large (4 cm) mixed on surface; wiper No Yes Stage Is; worm at 5.00 cm 

Yes Many small gray chip on surface; large wiper No Yes Stage Is; worm at 8.57 cm Yes Buried gray No Yes Stage Is Yes Large wiper No Yes Stage Is Yes Red and gray; wiper No Yes Stage Is Yes Buried gray; wiper No Yes Stage Is Yes Red and gray No Yes Stage Is Yes Red and gray No Yes Stage Is Yes Red and gray; gray wiper clast No Yes Stage Is Yes Red and gray; gray wiper clast No Yes Stage Is Yes Small red and gray; wiper clast No Yes Stage Is 

Two Yes 2 large rough clasts, 3 cm diameter No Yes Stage Is; two worms 

Yes Red and gray; wiper clast No Yes Stage Is 

Two No No Yes Stage Is 

No No Yes Stage Is; pteropod shell 

Burrow mottled to depth No No Yes Stage Is Burrow mottled to depth Yes Wiper clasts only No Yes Stage Is 

Yes Large irregular clasts on surface; 1 wiper clast No Yes Stage Is Yes 1 wiper clast No Yes Stage Is Yes Large wiper clast No Yes Stage Is Yes Wiper clasts No Yes Stage Is Yes Red and gray clasts, 2 cm No Yes Stage Is Yes Small red and gray clasts; 1 small wiper clast No Yes Stage Is 

E1-17
 Appendix E1. Sediment profile imaging data for Cruise 1B (Garden Banks Block 516 and Viosca Knoll Block 916).

Block StationVK916 NFS-2.18VK916 NFS-2.19VK916 NFS-2.20VK916 NFS-2.21VK916 NFS-2.22VK916 NFS-2.23VK916 NFS-2.24VK916 NFS-2.25VK916 NFS-2.26VK916 NFS-2.27VK916 NFS-2.28VK916 NFS-2.30VK916 NFS-2.31VK916 NFS-2.32VK916 NFS-2.33VK916 NFS-2.34

Burrow comments Clast Clast type, color, and size Epifauna Infauna Faunal comme

Yes Many red and gray; a few wiper clasts No Yes Stage Is Yes Small red and gray; wiper clast No Yes Stage Is; arenaceous foramYes A few small red and gray, 0.2 to 0.5 cm diameter No Yes Stage Is Yes Large red clast, 6 cm diameter No Yes Stage Is Yes Large wiper clast No Yes Stage Is Yes Large wiper clast No Yes Stage Is Yes Wiper clast No Yes Stage Is Yes A few small red and gray clasts No Yes Stage Is Yes Large wiper clasts No Yes Stage Is Yes Small gray wiper? No Yes Stage Is 

Three Yes Small red and gray No Yes Stage Is 

Yes Wiper clasts No Yes Stage Is Yes Wiper clast No Yes Stage Is Yes A few small gray clasts No Yes Stage Is Yes Large wiper clasts No Yes Stage Is Yes Irregular gray clasts; wiper clasts No Yes Stage Is 

E1-18
 Appendix E1. Sediment profile imaging data for Cruise 1B (Garden Banks Block 516 and Viosca Knoll Block 916).

Block StationGB516 FF2-S1.01GB516 FF2-S1.02GB516 FF2-S1.03GB516 FF2-S1.04GB516 FF2-S1.05GB516 FF2-S1.06GB516 FF2-S1.07GB516 FF2-S1.08GB516 FF2-S1.09GB516 FF2-S1.10GB516 FF2-S1.11GB516 FF2-S1.12GB516 FF2-S1.13GB516 FF2-S1.14GB516 FF2-S1.15GB516 FF2-S1.16GB516 FF2-S1.17GB516 FF2-S1.18GB516 FF2-S1.19GB516 FF2-S1.20GB516 FF2-S1.21GB516 FF2-S1.22GB516 FF4-S2.01GB516 FF4-S2.02GB516 FF4-S2.04GB516 FF4-S2.05GB516 FF4-S2.06GB516 FF4-S2.07GB516 FF4-S2.08GB516 FF4-S2.09GB516 FF4-S2.10GB516 FF4-S2.11GB516 FF4-S2.12GB516 FF4-S2.13GB516 FF4-S2.14GB516 FF4-S2.15

Sedimentary layers and depths (cm) Feeding void numbers and depths (cm) RPD, penetration depth, 

boundary roughness, and grain 

comments

Sulfitic layers at 6.59 and 13.66 (dark) Void at 4.19Sulfitic layers at 5.72, 9.38; light clay at depth Void at 7.5 Layers at 8.50 and 10.25, light clay over sulfiticSulfitic layer at 9.67, under irregular claySulfitic and clay layer at 9.67 3 voids from 6.0 to 7.5 Sulfitic layers at 6.05 and 12.71 ErosionalDark and irregular clay layer at 10.26 Void at 7.5 Sulfitic layers at 4.01 and 9.30 Small void at 12?Sulfitic layers at 5.83 and 9.86 Tiny feeding void at depth? Pull-awaySulfitic at 8.99 and 10.79; light clay in betweenSulfitic layer at 6.82; clay patch Megafaunal excavation?Sulfitic layers at 5.22 and 8.76Sulfitic layers at 7.65, 9.72, 12.60 (dark)Layers at 5.05, 7.59, and 10.92 Layers at 7.10, 9.76, and 12.61Layers at 4.65, 9.39, and 11.99 (dark)Layers at 5.02, 9.58, and 12.84 (dark) Void at 4.48 Sulfitic layers at 7.45 and 9.37 Small voids at 8.96 and 9.76 Layers at 4.96, 7.21, and 10.31 Voids at 9.33 and 9.66 Layers at 6.54, 10.15, and 11.48 Voids at 5.46 and 6.28 Layers at 5.07 and 9.33 Sulfitic layer at 5.88 Void at 5.01 Layers at 3.58 (reddish) and 7.38 (sulfitic) Void at 4 RPD deep on rightSulfitic layers at 7.98 and 9.87 Mud waves?Layers at 4.15 (reddish) and 9.62 (sulfitic)Sulfitic layers at 3.31, 7.48, and 11.34 Sulfitic layers at 1.92 and 9.01; light clay at 12.08 Void? at 4.72 RPD deep left of centerHalf of area sulfitic at 2.13 RPD deep on rightSulfitic layers at 8.10 and 10.74 Voids at 3.90 and 5.27 Sulfitic layers at 1.99, 6.93, and 10.59 Void at 4.14 Layers at 3.89, 6.92, and 9.33 Void at 4.18 Sulfitic layers at 2.73 and 5.54 Voids at 6.14, 6.41, and 8.11 Layers 3.05, 6.19, 9.61 (dark), & 11.76 (light clay)Sulfitic at 7.16 and 11.48; light clay patch Voids? at 6.61 and 11.29 Sulfitic layers at 5.76, 11.18, and 13.64 Voids? at 12.99 and 13.39 Sulfitic at 9.11; light clay at 15.21 RPD deep on right; rip-up?

E1-19
 Appendix E1. Sediment profile imaging data for Cruise 1B (Garden Banks Block 516 and Viosca Knoll Block 916).

Block StationGB516 FF4-S2.16GB516 FF4-S2.17GB516 FF4-S2.18GB516 FF6-S3.01GB516 FF6-S3.03GB516 FF6-S3.04GB516 FF6-S3.05GB516 FF6-S3.07GB516 FF6-S3.08GB516 FF6-S3.09GB516 FF6-S3.10GB516 FF6-S3.11GB516 FF6-S3.12GB516 FF6-S3.13GB516 FF6-S3.14GB516 FF6-S3.15GB516 FF6-S3.16GB516 FF6-S3.17GB516 FF6-S3.18GB516 FF6-S3.19GB516 FF6-S3.20GB516 NFS-1.01GB516 NFS-1.02GB516 NFS-1.03GB516 NFS-1.04GB516 NFS-1.05GB516 NFS-1.06GB516 NFS-1.07GB516 NFS-1.08GB516 NFS-1.09GB516 NFS-1.10

Sedimentary layers and depths (cm) Feeding void numbers and depths (cm) RPD, penetration depth, 

boundary roughness, and grain 

comments

Sulfitic layers at 6.85 and 10.47 Voids at 3.73, 4.49, and 4.50 Sulfitic at 12.22 and 16.89; white haze?? Voids at 17.62 and 18.22 Large pull-away obscures RPDSulfitic at 6.88, 10.10, and 12.06; light clay at 13.06Layers at 4.09 and 8.38 (right only) Void at 10.24 Large patch of blue clay in lower leftSulfitic layers at 4.72, 7.86, and 11.53 Tiny void at 5.32 Sulfitic layers at 3.18, 6.03, and 8.96; 10.07 (clay) Voids at 4.40 and 4.62 Dark sulfitic layer at 2.93; clay at 7.58 Angular; recently disturbedSulfitic layers at 7.03 and 11.13 Void at 12.47 Sulfitic at 0.81, 2.81, and 4.12; light clay at 1.54 No Stage I seen RPD physically removed; eroded; RDSI; surface Sulfitic at 4.83, 9.27, and 11.68; pale clay at 6.94 Void at 6 Sulfitic at 5.09, 8.80, and 12.07; light clay at 11.60 Voids at 4 and 9 Excluded large surface clastSulfitic at 1.50, 6.72, & 9.32; light clay @ 4.08, 11.6Void at 4

Sulfitic at 6.39 and 9.21; light clay at 11. 85 Voids are shelter fabric in patchy clay?Sulfitic at 6.34; 8-9 cm thick light clay from 8.35Sulfitic at 3.60, 10.88, and 13.19; blue clay at 6.03 Void? at 10.52 Light clay at 3.81 and 8.76; sulfitic at 6.95 Voids are pull-aparts in clay patchSulfitic layers at 7.12 and 10.95 Void at 1.84 Sulfitic at 4.72 and 7.54; light clay at 10.76 Sulfitic at 8.44 and 13.42; pale clay at 11.01 Void? at 8.88 Sulfiticlayer at 5.57 Sulfitic at 7.61; blue clay at 12. 61Sulfitic layers at 7.90 and 11.35 Retrograde; old voids collapsed Patchy microbial matWhite clay layer at 13.23 Patchy microbial matSulfitic layers at 7.11 and 10.21 Patchy microbial matSulfitic layers at 7.80, 9.84, and 12.07 Voids at 2.5 and 3.5 Patchy microbial matSulfitic layers at 2.52, 8.24, and 11.74 Patchy microbial matSulfitic at 1.90; reddish-black at 5.71 and 9.11 No animals seen Pit; megafaunal excavation?Reddish-black layers at 3.84 and 8.43 Relict voids? Patchy microbial mat; pit, megafaunal excavationSulfitic layers at 2.17 and 8.50 Old filled-in void? Patchy microbial mat; erosionalSulfitic layers at 4.76, 8.27, and 10.43 Patchy microbial mat; small pit in middle of picturSulfitic layers at 5.95 and 10.51 No animals seen Patchy microbial mat

E1-20
 Appendix E1. Sediment profile imaging data for Cruise 1B (Garden Banks Block 516 and Viosca Knoll Block 916).

Block StationGB516 NFS-1.11GB516 NFS-1.12GB516 NFS-1.13GB516 NFS-1.14GB516 NFS-1.15GB516 NFS-1.16GB516 NFS-1.17GB516 NFS-1.18GB516 NFS-1.19GB516 NFS-1.20GB516 NFS-1.22GB516 NFS-1.23GB516 NFS-1.24GB516 NFS-1.25GB516 NFS-1.26GB516 NFS-1.27GB516 NFS-1.28GB516 NFS-2.06GB516 NFS-2.07GB516 NFS-2.08GB516 NFS-2.09GB516 NFS-2.10GB516 NFS-2.11GB516 NFS-2.12GB516 NFS-2.13GB516 NFS-2.14GB516 NFS-2.15GB516 NFS-2.16GB516 NFS-2.18GB516 NFS-2.19GB516 NFS-2.20GB516 NFS-2.21GB516 NFS-2.22

Sedimentary layers and depths (cm) Feeding void numbers and depths (cm) RPD, penetration depth, 

boundary roughness, and grain 

comments

Sulfitic layers at 3.17, 8.54, and 12.82 Void at depth?Sulfitic layers at 3.58 and 7.42 Void at 7.5 Sulfitic layers at 8.27, 11.79, and 12.87 Sulfitic layers at 1.96, 8.37, and 11.06 Void at 9 cm depth under pit Small pit on leftSulfitic layers at 0.86, 6.56, and 10.87 Tiny stage I's; relict voids?Sulfitic at 1.68; reddish at 8.88 and 11.78 Small void at 6 ErosionalSulfitic at 1.73; reddish at 9.67 and 12.47 Sulfitic at 1.89; reddish at 7.67 Tiny void at 9.3 RPD patchyV. sulfitic at 0.54; dark at 7.49, 10.34, and 13.08 V. sulfitic at 0.91; dark at 6.81 and 11.69 Voids on right?Sulfitic layers at 3.01, 6.69, 9.21, and 12.95 Sulfitic layers at 4.38, 8.10, 11.42, and 13.40 Sulfitic at 4.47; reddish at 7.25, 9.91, and 12.53 Sulfitic at 1.73; reddish at 6.07 A few tiny Stage I'sReddish-sulfitic layers at 6.08, 9.44, and 11.69 Reddish-sulfitic layers at 3.20 and 6.31 Reddish-sulfitic layer at 5.33 Sulfitic layers at 5.38, 8.16, 11.77, and 13.51 Sulfitic at 8.53; light gray clay at 12 Void?Sulfitic layers at 4.57, 8.62, and 12.50 Void at 8.81 Reddish-black layers at 4.58 and 8.78 Void?Sulfitic layers at 3.98, 9.78, and 12.63 Relict voids?Sulfitic layers at 2.70, 8.17, and 12.22 Very sulfitic patch at 3 cm; patchy bacterial matReddish-dark layer at 7.69 A few Stage I's Nearly solid bacterial matVery sulfitic layer at 1; tan layer at 7.26 Very sulfitic layer at 1 to 4 cm depthVery sulfitic at 0.3; dark at 9.22 and 12.41 A few Stage I's Very sulfitic layer - 0.3 to 5 cm; clay layer is puzzDark layers at 9.93 and 13.78 Retrograde; void at 14 Dark layers at 8.91 and 14.69 No real layers Few Stage I's; some tan, some graySulfitic layer at 12.40 Patchy bacterial mat; filamentsSulfitic layers at 10.96 and 14.04 Microbial filaments in waterVery dark sulfitic layer at 7.18 Patch bacterial mat, filaments; elemental sulfur; sSulfitic layer at 7.05 Bacterial mat; microbial filaments

E1-21
 Appendix E1. Sediment profile imaging data for Cruise 1B (Garden Banks Block 516 and Viosca Knoll Block 916).

Block StationGB516 NFS-2.23GB516 NFS-2.24GB516 NFS-2.25GB516 NFS-2.26GB516 NFS-2.27GB516 NFS-2.28GB516 NFS-2.29GB516 NFS-2.30GB516 NFS-2.31GB516 NFS-2.32GB516 NFS-2.33GB516 NFS-2.34GB516 NFS-2.35GB516 NFS-2.36GB516 NFS-3.01GB516 NFS-3.02GB516 NFS-3.03GB516 NFS-3.04GB516 NFS-3.05GB516 NFS-3.06GB516 NFS-3.07GB516 NFS-3.08GB516 NFS-3.09GB516 NFS-3.10GB516 NFS-3.11GB516 NFS-3.12GB516 NFS-3.13GB516 NFS-3.14GB516 NFS-3.15GB516 NFS-3.16GB516 NFS-3.17GB516 NFS-3.18

Sedimentary layers and depths (cm) Feeding void numbers and depths (cm) RPD, penetration depth, 

boundary roughness, and grain 

comments

Dark sulfitic layer at 5.46 Thick patch of bacterial mat; filamentsLayers are overwipedDark sulfitic layer at 4.81 Bacterial mat; filamentsVery sulfitic layer at 0; sulfitic at 3.97 Very sulfitic 0 to 2 cm; bacterial filaments in wateLayers difficult to distinguish Patchy bacterial matLayers difficult to distinguish One tube?; void? Thin bacterial mat; erosionalDark tan layer at 7.83 A few tubes; void at 5 Layers difficult to distinguish Bacterial matDark reddish layer at 8.16 A few tubes Bacterial matLayers difficult to distinguish A few tubesSulfitic layer at 10.55; light clay at 13 Clay layer at 7.59; dark at 10.30 No animals seenDark layers at 6.34, 10.14, and 12.14 Light clay at 10.53; dark layer at 15.27 4 voids from 17 to 19 One corner over-penetratedTop of dark reddish layer, 3.91 Void at 2.5 cm Layers at 6.25, 8.77, and 10.97 Filled-in voidDark-reddish layer at 6.29; light clay at 10.69 Filled-in voidPatchy light clay at 3 cm depth 3 voids at 3 to 4 cm?Dark-reddish layer at 7.86; light clay at 11.26 Dark-reddish layers at 6.94, 9.23, and 11.09 A few tubesSulfitic layer at 6.19; patches of red Void at 6 Sulfitic layers at 5.34 and 8.29 Void at 13.5 Sulfitic layers at 4.10 and 9.64 No stage I's seen; 4 voids at 13.5 RPD disturbed by RDSI; sampling artifactSulfiticlayers at 3.10, 6.27, 9.99, and 12.63 Voids?Sulfitic at 4.20, light clay layer at 7.21 Void at 11.86 Sulfitic layers at 4.65 and 9.36 Filled-in void on left?Sulfitic layers at 3.49, 8.01, and 11.48 Sulfitic layers at 3.12, 6.82, and 9.74 Voids at 4.67 and 5.07Sulfitic layers at 3.43 and 7.04; light clay at 10.60 Void at 8.20 Sulfitic layers at 5.53, 10.02, and 12.12 Sulfitic layers at 2.65, 5.65, 8.14, and 10.47 Void at 4.90Sulfitic layers at 4.24, 6.83, 10.56, and 13.38 2 small voids at 6

E1-22
 Appendix E1. Sediment profile imaging data for Cruise 1B (Garden Banks Block 516 and Viosca Knoll Block 916).

Block StationVK916 FF2-S1.01VK916 FF2-S1.02VK916 FF2-S1.03VK916 FF2-S1.04VK916 FF2-S1.05VK916 FF2-S1.06VK916 FF2-S1.07VK916 FF2-S1.08VK916 FF2-S1.09VK916 FF2-S1.10VK916 FF2-S1.11VK916 FF2-S1.12VK916 FF2-S1.13VK916 FF2-S1.14VK916 FF2-S1.15VK916 FF2-S1.16VK916 FF2-S1.17VK916 FF2-S1.18VK916 FF2-S1.19VK916 FF2-S1.20VK916 FF4-S2.01VK916 FF4-S2.03VK916 FF4-S2.04VK916 FF4-S2.06VK916 FF4-S2.07VK916 FF4-S2.08VK916 FF4-S2.09VK916 FF4-S2.10VK916 FF4-S2.11VK916 FF4-S2.12VK916 FF4-S2.13VK916 FF4-S2.14VK916 FF4-S2.15VK916 FF4-S2.16VK916 FF4-S2.17VK916 FF4-S2.18VK916 FF6-S3.01VK916 FF6-S3.02VK916 FF6-S3.03

Sedimentary layers and depths (cm) Feeding void numbers and depths (cm) RPD, penetration depth, 

boundary roughness, and grain 

comments

Tan layer, mean, 5.01 Voids-3.53, 4.46, 5.65, 5.73, 6.61, & 8.10 Rippled; top of gray layer irregularTan layer, mean, 4.13 Feeding void at 12.20 Top of gray clay layer irregularTan layer, mean, 7.65 Voids at 9.12 and 14.82 Top of gray clay layer irregularTan layer, mean, 5.07 Void? Top of gray clay layer irregularTan layer, mean, 4.69 Void? Wiper clast over RPD; top of gray clay layer irregTan layer, mean, 5.62 Feeding void at 6.31 Top of gray clay layer irregularTan layer, mean, 5.72 Feeding void at 10.47 Top of gray clay layer irregularTan layer, mean, 5.36 Voids at 4.99, 7.19, and 9.25 Top of gray clay layer irregularTan layer, mean, 4.97 Feeding void at 9.94 Top of gray clay layer irregularTan layer, mean, 2.84 Voids at 4.46 and 5.92 Top of gray clay layer irregularTan layer, mean, 5.41 Tan layer, mean, 6.01 Tan layer, mean, 3.72 ErosionalTan layer, mean, 5.41 Wiper clast obscures RPDTan layer, mean, 7.38 Wiper clast obscures RPD; pull-away; shelter fabTan layer, mean, 4.38 Void at 4.32 Tan layer, mean, 5.87 Tan layer, mean, 9.96 Wiper clast obscures RPDTan layer, mean, 3.93 Void at 10.05 Tan layer, 5.77 Red layer, 4.33 Void at 4.68 Red layer, 5.67 Voids at 11.40 and 11.65 Red layer, 6.15 VoidsTan layer, 5.81 Voids?Tan layer, 5.00 Shallow voids at 1.29 and 1.43 Tan layer, 5.39 Tan layer, 5.67 Tiny voids at 11.13 and 11.21 Tan layer, 5.01 Pull-apart cracks at depth or voids?Tan layer, 6.95 Rippled?Tan layer, 5.32 Tan layer, 8.80, including tan clay on left Voids?Tan layer, 5.12 Tan layer, 5.56 Void at 12.23 on leftTan layer, 6.08 Small sulfitic patch at depth; puzzle fabric at top oTan layer, 6.87 Small sulfitic patch at depthTan layer, 4.53 Void at 6.83 Shelter fabricRed layer, 4.96 Voids-4.96, 7.38, 8.48, 8.70, and 9.53Red layer, 2.26 Void at 7.44 Red layer, 4.95 Voids at 10.77 

E1-23
 Appendix E1. Sediment profile imaging data for Cruise 1B (Garden Banks Block 516 and Viosca Knoll Block 916).

Block StationVK916 FF6-S3.04VK916 FF6-S3.05VK916 FF6-S3.06VK916 FF6-S3.08VK916 FF6-S3.09VK916 FF6-S3.10VK916 FF6-S3.11VK916 FF6-S3.12VK916 FF6-S3.13VK916 FF6-S3.14VK916 FF6-S3.15VK916 FF6-S3.16VK916 FF6-S3.17VK916 FF6-S3.18VK916 FF6-S3.19VK916 FF6-S3.20VK916 NFS-1.01VK916 NFS-1.02VK916 NFS-1.03VK916 NFS-1.04VK916 NFS-1.05VK916 NFS-1.06VK916 NFS-1.07VK916 NFS-1.08VK916 NFS-1.09VK916 NFS-1.10VK916 NFS-1.11VK916 NFS-1.12VK916 NFS-1.13VK916 NFS-1.14VK916 NFS-1.15VK916 NFS-1.16VK916 NFS-1.17VK916 NFS-1.18VK916 NFS-1.19VK916 NFS-1.20VK916 NFS-1.21VK916 NFS-1.22VK916 NFS-1.23

Sedimentary layers and depths (cm) Feeding void numbers and depths (cm) RPD, penetration depth, 

boundary roughness, and grain 

comments

Red layer, 3.55 Tiny void at 11.43 Some puzzle fabricRed layer, 4.61 Red layer, 2.90 Disturbed sampledRed layer, 4.06 Red layer, 4.31 Red layer, 5.65 Void at 8.24 RPD patchyRed layer, 4.85 Void at 4.35Red layer, 6.40 Tiny void at 9.53 Erosional?Red layer, 6.00 Voids at 10.57Red layer, 5.10 Voids at 5.70, 6.09, and 6.42Red layer, 6.44 Rippled?Red layer, 4.65 Red layer, 5.19 Voids?Red layer, 3.99 RPD patchy; surface sharply irregular; shelter fabRed layer, 3.73 RPD patchyRed layer, 6.48 Red layer, mean, 4.99 Voids at 6.80, 6.94, and 9.61 Dark gray red layer under RPDRed layer, mean, 6.47 Void at 8.76 Laterally patchy, darker sediment on rightRed layer, mean, 6.22 Void at 10.69 RPD thin; color mottling in clay; sampling disturbaRed layer, mean, 6.14 Laterally patchy, darker sediment on right; color mRed layer, mean, 5.69 Wiper clast over RPD; large pull-away; color mottRed layer, mean, 7.04 Dark gray red layer (5 cm) under RPD; color mottRed layer, mean, 5.73 Shelter fabricRed layer, mean, 4.64 Color mottling in clay; top of clay irregularRed layer, mean, 6.00 Color mottling in clay; shelter fabricRed layer, mean, 4.78 Void at 13.83 Red layer, mean, 5.58 Red layer, mean, 6.48 Voids at 5.84 and 11.73 MottledRed layer, mean, 5.45 Void at 9.25 Red layer, mean, 4.25 Voids at 13.80 and 15.59 Red layer, mean, 4.83 . Patch of dark gray red layer under RPDRed layer, mean, 5.00 Voids at 5.07, 5.62, and 12.56 Red layer, mean, 6.71 Clay is color mottled; patchy red layerRed layer, mean, 5.70 Voids at 6.53, 13.2, and 14.10 Irregular clay surfaceRed layer, mean, 4.99 Void at 11.79 Red layer, mean, 7.20 Voids at 3.55, 5.23, and 11.04 Red layer, mean, 9.11 Voids at 7.49 and 7.74 Clay is color mottledRed layer, mean, 6.09 Voids at 6.36, 6.94, 7.11, and 8.07 Dark gray red layer under RPD; color mottling in Red layer, mean, 5.64 Voids at 6.17 and 11.51 Clay is color mottled

E1-24
 Appendix E1. Sediment profile imaging data for Cruise 1B (Garden Banks Block 516 and Viosca Knoll Block 916).

Block StationVK916 NFS-1.24VK916 NFS-1.25VK916 NFS-1.26VK916 NFS-1.27VK916 NFS-1.28VK916 NFS-1.29VK916 NFS-1.30VK916 NFS-1.31VK916 NFS-1.32VK916 NFS-1.33VK916 NFS-1.34VK916 NFS-1.35VK916 NFS-1.36VK916 NFS-1.37VK916 NFS-1.38VK916 NFS-1.39VK916 NFS-1.40VK916 NFS-1.41VK916 NFS-1.42VK916 NFS-1.43VK916 NFS-1.44VK916 NFS-1.45VK916 NFS-2.01VK916 NFS-2.02VK916 NFS-2.03VK916 NFS-2.04VK916 NFS-2.05VK916 NFS-2.06VK916 NFS-2.07VK916 NFS-2.08VK916 NFS-2.09VK916 NFS-2.10VK916 NFS-2.11VK916 NFS-2.12VK916 NFS-2.13VK916 NFS-2.14VK916 NFS-2.15VK916 NFS-2.16VK916 NFS-2.17

Sedimentary layers and depths (cm) Feeding void numbers and depths (cm) RPD, penetration depth, 

boundary roughness, and grain 

comments

Red layer, mean, 5.01 Void at 7.02 Red layer, mean, 7.23 Voids at 7.02, 8.32, and 11.13 RPD thin and evaginatedRed layer, mean, 4.00 Voids at 7.96 and 10.88 Surface roughRed layer, mean, 9.49 Voids at 8.26 and 15.53 Clay is color mottled; maximum phi is within feedRed layer, mean, 5.22 Voids at 10.11 and 11.49 Clay is color mottledRed layer, mean, 5.59 Voids at 8.37 and 9.50 Red layer, mean, 2.75 Void at 11.32 Some shelter fabricRed layer, mean, 5.81 Some shelter fabricRed layer, mean, 6.19 Shelter fabricRed layer, mean, 4.43 Pit in backgroundRed layer, mean, 5.43 Voids at 4.99, 6.33, and 10.74 Dark gray red layer under RPDRed layer, mean, 4.86 Red layer, mean, 5.71 Red layer, mean, 3.75 Void? Thin RPDRed layer, mean, 4.64 Void at 6.14 Red layer, mean, 5.68 Void at 10.44 Red layer, mean, 3.63 Voids at 9.03 and 9.45 RPD patchy; high reliefRed layer, mean, 5.26 Void at 5.15 Surface irregular; shelter fabricRed layer, mean, 5.48 Void at 4.60 Red layer, mean, 5.47 Red layer, mean, 7.07 Void at 12.12 Clay is color mottledRed layer, mean, 4.29 Voids at 4.82, 5.37, and 7.40 Dark gray red layer under RPDRed layer, mean, 3.60 Feeding void at 2.0 Patches dark gray red layer under RPD; maximuRed layer, mean, 4.39 Feeding voids at 7.38 and 12.48 Red layer, mean, 8.61 Feeding void at 15.90 Maximum phi is in pelletal layerRed layer, mean, 6.72 Feeding voids at 7.08 and 12.31 Red layer, mean, 3.12 Feeding void at 4.29 Very rough surface, wavyRed layer, mean, 5.09 Dark gray red layer under RPDRed layer, mean, 8.46 Patches of dark gray red layer under RPDRed layer, mean, 2.01 Dark gray red layer under RPD; top surface of claRed layer, mean, 3.31 Small patches dark gray red layer under RPD; puRed layer, mean, 7.90 Feeding void at 7.77 Dark gray red layer under RPD, some to depthRed layer, mean, 5.29 Feeding voids-10.74 and 11.51 Wiper clast obscures RPDRed layer, mean, 2.00 Small patch dark gray red layer under RPD; clay Red layer, mean, 2.40 Feeding void at 10.27 Top surface of clay is irregular clumpsRed layer, mean, 6.90 Feeding void at 6.33 Red layer, mean, 3.78 Feeding void at 8.46 Red layer, mean, 3.48 Red layer, mean, 6.63 Feeding voids-10.49, 14.54, and 14.54 

E1-25
 Appendix E1. Sediment profile imaging data for Cruise 1B (Garden Banks Block 516 and Viosca Knoll Block 916).

Block StationVK916 NFS-2.18VK916 NFS-2.19VK916 NFS-2.20VK916 NFS-2.21VK916 NFS-2.22VK916 NFS-2.23VK916 NFS-2.24VK916 NFS-2.25VK916 NFS-2.26VK916 NFS-2.27VK916 NFS-2.28VK916 NFS-2.30VK916 NFS-2.31VK916 NFS-2.32VK916 NFS-2.33VK916 NFS-2.34

Sedimentary layers and depths (cm) Feeding void numbers and depths (cm) RPD, penetration depth, 

boundary roughness, and grain 

comments

Red layer, mean, 5.45 Surface rough, covered with clastsRed layer, mean, 2.23 Feeding voids-8.79, 9.20, and 9.92 Red layer, mean, 6.57 Dark gray red layer under RPDRed layer, mean, 5.49 Feeding void at 12.92 Patch of very dark gray red layer under RPDRed layer, mean, 5.83 Feeding void at 7.68 Red layer, mean, 4.54 Red layer, mean, 5.04 Feeding voids-1.02, 1.24, 2.75, and 5.70 Patch of dark gray red layer under RPDRed layer, mean, 4.41 Red layer, mean, 5.31 Patches of dark gray red layer under RPDRed layer, mean, 3.76 Feeding void at 4.02 Some shelter fabricRed layer, mean, 4.17 One rippleRed layer, mean, 5.04 Patches of dark red gray layer under RPDRed layer, mean, 6.74 Dark gray red layer under RPDRed layer, mean, 4.28 Feeding void at 14.32 Black patch near surf.; dark gray red layer under Red layer, mean, 4.21 Wiper clast obscures RPDRed layer, mean, 4.72 Patches of dark gray red layer under RPD

E1-26
APPENDIX E2

Sediment Profile Imaging Results for Cruise 2B 

(Garden Banks Block 516) 

E2-1
 Appendix E2. Sediment profile imaging data for Cruise 2B (Garden Banks Block 516).

Block Station Penetration 

Boundary 

Roughness

Grain 

Size (phi)

Redox Potential 

Discontinuity Methane Anoxia 

Penetration Depth (cm) Thickness Type Major RPD Depth (cm) Bubbles Low 

Minimum Maximum Mean (cm) Minimum Maximum Mode Minimum Maximum Mean DO 

GB516 FF3-01B 11.09 11.78 11.32 0.69 Biological >4 2 to 1 >4 0.02 0.33 0.17 No No GB516 FF3-02B 12.28 12.74 12.51 0.46 Biological >4 2 to 1 >4 0.03 1.84 0.20 No No GB516 FF3-03B 3.00 12.00 11.37 1.26 Biological >4 2 to 1 >4 0.54 0.85 0.41 No No GB516 FF3-04B 12.70 13.43 12.95 0.73 Biological >4 2 to 1 >4 0.02 0.41 0.19 No No GB516 FF3-05B 13.00 13.60 13.30 0.60 Biological >4 2 to 1 >4 0.08 0.50 0.25 No No GB516 FF3-06B 12.63 13.70 13.22 1.07 Biological >4 2 to 1 >4 0.21 0.38 0.29 No No GB516 FF3-07B 9.61 11.84 10.96 2.23 Biological >4 2 to 1 >4 0.16 0.32 0.25 No No GB516 FF3-08B 7.52 9.89 8.56 2.37 Biological >4 2 to 1 >4 0.20 0.34 0.26 No No GB516 FF3-09B 14.50 15.00 14.75 0.50 Biological >4 2 to 1 >4 0.16 0.41 0.26 No No GB516 FF3-10B 11.56 13.04 13.61 1.48 Biological >4 2 to 1 >4 0.05 0.47 0.22 No No GB516 FF3-11B 13.00 13.5 13.25 0.50 Biological >4 2 to 1 >4 0.13 0.55 0.31 No No GB516 FF3-12B 12.12 12.99 12.54 0.87 Biological >4 2 to 1 >4 0.00 0.32 0.15 No No GB516 FF3-13B 14.28 14.45 14.32 0.17 Biological >4 2 to 1 >4 0.19 0.41 0.27 No No GB516 FF3-14B 12.70 13.30 13.00 0.60 Biological >4 2 to 1 >4 0.05 0.38 0.22 No No GB516 FF3-15B 12.60 14.06 13.22 1.46 Indeterminate >4 2 to 1 >4 0.05 0.49 0.24 No No GB516 FF3-16B 10.82 13.26 12.38 2.44 Indeterminate >4 2 to 1 >4 0.10 0.43 0.23 No No GB516 FF3-17B 12.08 12.82 12.44 0.74 Biological >4 2 to 1 >4 0.10 0.30 0.20 No No GB516 FF3-18B 14.61 15.41 15.11 0.80 Biological >4 3 to 2 >4 0.11 0.41 0.21 No No GB516 FF3-19B 15.50 19.50 17.50 4.00 Indeterminate >4 2 to 1 >4 0.27 0.36 0.21 No No GB516 FF3-20B 12.50 13.29 12.80 0.79 Biological 4 to 3 2 to 1 >4 0.27 0.43 0.34 No No GB516 FF3-21B 14.20 15.00 14.69 0.80 Biological >4 2 to 1 >4 0.02 0.36 0.18 No No GB516 FF3-22B 14.67 15.41 15.01 0.74 Biological >4 2 to 1 >4 0.14 0.51 0.32 No No GB516 FF3-23B 12.97 13.40 13.21 0.43 Biological >4 2 to 1 >4 0.14 0.54 0.32 No No GB516 FF3-24B 12.36 13.60 12.97 1.24 Biological >4 2 to 1 >4 0.14 0.38 0.29 No No GB516 FF3-25B 13.21 15.25 14.20 2.04 Biological >4 2 to 1 >4 0.25 0.52 0.39 No No GB516 FF3-26B 12.47 13.02 12.78 0.55 Biological >4 2 to 1 >4 0.10 0.44 0.23 No No GB516 FF3-27B 13.95 14.36 14.13 0.41 Biological >4 2 to 1 >4 0.08 0.30 0.17 No No GB516 FF3-28B 12.40 14.05 13.20 1.65 Biological >4 2 to 1 >4 0.08 0.32 0.21 No No GB516 FF3-29B 12.50 13.50 13.00 1.00 Biological >4 2 to 1 >4 0.02 0.57 0.23 No No GB516 FF3-30B 12.46 13.16 12.83 0.70 Biological >4 2 to 1 >4 0.05 0.36 0.19 No No GB516 FF3-31B 12.60 13.00 12.80 0.40 Biological >4 2 to 1 >4 0.05 0.24 0.17 No No GB516 FF3-32B 14.89 15.79 15.44 0.90 Biological >4 2 to 1 >4 0.08 0.44 0.30 No No GB516 FF3-33B 13.76 14.34 14.02 0.58 Biological >4 2 to 1 >4 0.05 0.49 0.24 No No GB516 FF3-34B 12.14 13.68 13.05 1.54 Biological >4 2 to 1 >4 0.08 0.46 0.26 No No GB516 FF3-35B 11.02 13.81 12.89 2.79 Biological >4 2 to 1 >4 0.11 0.52 0.31 No No GB516 FF3-36B 13.29 14.61 14.05 1.32 Biological >4 2 to 1 >4 0.10 0.35 0.23 No No GB516 FF3-37B 11.95 12.47 12.16 0.52 Biological >4 2 to 1 >4 0.10 0.36 0.26 No No GB516 FF3-38B 14.94 15.27 15.14 0.33 Biological >4 2 to 1 >4 0.10 0.38 0.24 No No GB516 FF3-39B 15.30 15.77 15.47 0.47 Biological >4 2 to 1 >4 0.14 0.36 0.21 No No GB516 FF3-40B 8.37 12.28 10.35 3.91 Indeterminate >4 2 to 1 >4 0.19 0.76 0.40 No No GB516 FF4-01B 10.74 11.32 11.10 0.58 Biological >4 3 to 2 >4 0.00 0.74 0.34 No No 

E2-3
 Appendix E2. Sediment profile imaging data for Cruise 2B (Garden Banks Block 516).

Block Station Penetration 

Boundary 

Roughness

Grain 

Size (phi)

Redox Potential 

Discontinuity Methane Anoxia 

Penetration Depth (cm) Thickness Type Major RPD Depth (cm) Bubbles Low 

Minimum Maximum Mean (cm) Minimum Maximum Mode Minimum Maximum Mean DO 

GB516 FF4-02B 10.47 11.76 10.99 1.29 Biological >4 3 to 2 >4 0.11 1.07 0.34 No No GB516 FF4-03B 12.61 13.13 12.87 0.52 Biological >4 3 to 2 >4 0.05 0.30 0.16 No No GB516 FF4-04B 10.99 11.32 11.16 0.33 Biological >4 3 to 2 >4 0.03 0.27 0.16 No No GB516 FF4-05B 11.32 12.36 11.89 1.04 Biological >4 3 to 2 >4 0.00 0.33 0.11 No No GB516 FF4-06B 11.18 12.80 11.69 1.62 Indeterminate >4 2 to 1 >4 0.14 0.85 0.39 No No GB516 FF4-07B 11.15 12.28 11.81 1.13 Indeterminate >4 2 to 1 >4 0.08 0.91 0.45 No No GB516 FF4-08B 10.33 12.20 11.32 1.87 Biological >4 2 to 1 >4 0.00 0.71 0.25 No No GB516 FF4-09B 11.40 11.95 11.78 0.55 Biological >4 2 to 1 >4 0.19 0.69 0.37 No No GB516 FF4-10B 9.78 10.69 10.06 0.91 Biological >4 2 to 1 >4 0.03 0.49 0.34 No No GB516 FF4-11B 10.19 11.18 10.56 0.99 Biological >4 2 to 1 >4 0.03 0.58 0.24 No No GB516 FF4-12B 10.27 11.43 10.83 1.16 Biological >4 2 to 1 >4 0.11 0.82 0.32 No No GB516 FF4-13B 10.93 11.92 11.49 0.99 Biological >4 2 to 1 >4 0.00 0.66 0.38 No No GB516 FF4-14B 10.22 11.02 10.72 0.80 Biological >4 2 to 1 >4 0.03 0.88 0.36 No No GB516 FF4-15B 10.69 11.29 10.99 0.60 Biological >4 2 to 1 >4 0.11 0.77 0.46 No No GB516 FF4-16B 11.32 12.58 11.82 1.26 Biological >4 2 to 1 >4 0.02 0.55 0.24 No No GB516 FF4-17B 11.70 12.80 12.31 1.10 Indeterminate >4 2 to 1 >4 0.03 0.55 0.23 No No GB516 FF4-18B 9.97 10.55 10.29 0.58 Biological >4 2 to 1 >4 0.03 0.74 0.24 No No GB516 FF4-19B 10.38 11.87 11.10 1.49 Biological >4 2 to 1 >4 0.00 0.52 0.18 No No GB516 FF4-20B 9.89 10.96 10.37 1.07 Biological >4 2 to 1 >4 0.01 0.58 0.25 No No GB516 FF4-21B 10.80 12.94 11.95 2.14 Biological >4 2 to 1 >4 0.05 0.58 0.31 No No GB516 FF4-22B 10.38 11.07 10.71 0.69 Biological >4 2 to 1 >4 0.03 0.41 0.18 No No GB516 FF4-23B 7.99 8.87 8.39 0.88 Biological >4 2 to 1 >4 0.00 0.49 0.17 No No GB516 FF4-24B 8.68 11.18 9.68 2.50 Biological >4 2 to 1 >4 0.03 0.49 0.25 No No GB516 FF4-25B 7.75 8.30 8.09 0.55 Biological >4 2 to 1 >4 0.00 0.36 0.17 No No GB516 FF4-26B 7.23 9.20 8.15 1.97 Biological >4 3 to 2 >4 0.11 0.58 0.28 No No GB516 FF4-27B 6.37 9.78 7.77 3.41 Biological >4 2 to 1 >4 0.03 0.71 0.24 No No GB516 FF4-29B 10.74 11.51 11.22 0.77 Biological >4 3 to 2 >4 0.00 0.77 0.33 No No GB516 FF4-30B 10.98 12.98 12.35 2.00 Biological >4 2 to 1 >4 0.11 0.80 0.35 No No GB516 FF4-31B 10.77 10.99 10.88 0.22 Biological >4 2 to 1 >4 0.03 0.49 0.24 No No GB516 FF4-32B 8.19 9.23 8.50 1.04 Biological >4 2 to 1 >4 0.03 0.66 0.26 No No GB516 FF4-33B 9.48 10.77 9.93 1.29 Biological >4 3 to 2 >4 0.14 1.04 0.52 No No GB516 FF4-34B 10.99 11.57 11.23 0.58 Biological >4 2 to 1 >4 0.03 1.13 0.53 No No GB516 FF4-35B 6.24 7.36 6.88 1.12 Physical >4 3 to 2 >4 0.08 0.82 0.34 No No GB516 FF4-36B 10.77 11.00 11.57 0.23 Biological >4 3 to 2 >4 0.08 0.82 0.34 No No 

E2-4
 Appendix E2. Sediment profile imaging data for Cruise 2B (Garden Banks Block 516).

Block Station Penetration 

Boundary 

Roughness

Grain 

Size (phi)

Redox Potential 

Discontinuity Methane Anoxia 

Penetration Depth (cm) Thickness Type Major RPD Depth (cm) Bubbles Low 

Minimum Maximum Mean (cm) Minimum Maximum Mode Minimum Maximum Mean DO 

GB516 FF5-01B 12.47 13.35 12.88 0.88 Biological >4 2 to 1 >4 0.00 0.60 0.26 No No GB516 FF5-02B 14.75 15.55 15.09 0.80 Biological >4 2 to 1 >4 0.00 0.74 0.26 No No GB516 FF5-03B 12.77 13.21 12.97 0.44 Biological >4 2 to 1 >4 0.03 1.21 0.33 No No GB516 FF5-04B 15.27 16.35 15.95 1.08 Biological >4 2 to 1 >4 0.00 0.58 0.34 No No GB516 FF5-05B 11.65 13.21 12.56 1.56 Biological >4 2 to 1 >4 0.05 0.91 0.52 No No GB516 FF5-06B 12.64 15.38 14.41 2.74 Indeterminate >4 2 to 1 >4 0.00 Indet. Indet. No No GB516 FF5-07B 10.55 11.54 11.01 0.99 Biological >4 2 to 1 >4 0.00 0.77 0.38 No No GB516 FF5-08B 12.25 12.97 12.59 0.72 Biological >4 3 to 2 >4 0.00 0.74 0.28 No No GB516 FF5-09B 12.28 12.80 12.59 0.52 Biological >4 3 to 2 >4 0.00 0.74 0.35 No No GB516 FF5-10B 11.35 12.47 11.88 1.12 Biological >4 2 to 1 >4 0.14 0.97 0.53 No No GB516 FF5-11B 9.62 10.60 10.29 0.98 Biological >4 2 to 1 >4 0.00 0.77 0.33 No No GB516 FF5-12B 13.30 14.81 14.09 1.51 Biological >4 2 to 1 >4 0.08 1.37 0.61 No No GB516 FF5-13B 12.61 13.30 13.10 0.69 Biological >4 2 to 1 >4 0.00 0.60 0.19 No No GB516 FF5-14A 8.32 9.97 8.95 1.65 Physical >4 2 to 1 >4 0.03 0.88 0.34 No No GB516 FF5-15B 12.47 13.30 12.97 0.83 Indeterminate >4 2 to 1 >4 0.08 0.58 0.28 No No GB516 FF5-16B 12.50 13.54 13.17 1.04 Biological >4 2 to 1 >4 0.08 0.99 0.58 No No GB516 FF5-17B 13.05 14.18 13.74 1.13 Biological >4 2 to 1 >4 0.03 0.60 0.30 No No GB516 FF5-18B 11.26 11.98 11.67 0.72 Biological >4 2 to 1 >4 0.03 0.66 0.34 No No GB516 FF5-19B 11.68 13.27 12.69 1.59 Biological >4 2 to 1 >4 0.00 0.82 0.38 No No GB516 FF5-20B 11.46 12.80 12.19 1.34 Biological >4 2 to 1 >4 0.08 0.88 0.43 No No GB516 FF5-21B 12.47 13.57 13.20 1.10 Biological >4 2 to 1 >4 0.08 0.66 0.40 No No GB516 FF5-22B 12.91 13.63 13.33 0.72 Biological >4 2 to 1 >4 0.19 0.82 0.48 No No GB516 FF5-23B 13.57 14.31 13.82 0.74 Biological >4 2 to 1 >4 0.03 0.82 0.38 No No GB516 FF5-24B 11.92 12.88 12.35 0.96 Biological >4 2 to 1 >4 0.11 0.85 0.50 No No GB516 FF5-25B 12.14 13.35 12.81 1.21 Biological >4 2 to 1 >4 0.11 0.96 0.46 No No GB516 FF5-26B 12.75 16.10 14.18 3.35 Indeterminate >4 2 to 1 >4 0.00 1.04 0.34 No No GB516 FF5-27B 12.55 13.62 12.99 1.07 Biological 4 to 3 2 to 1 4 to 3 0.03 0.55 0.24 No No GB516 FF5-28B 11.76 12.72 12.23 0.96 Biological >4 2 to 1 >4 0.08 0.47 0.31 No No GB516 FF5-29B 14.37 15.49 14.90 1.12 Biological >4 2 to 1 >4 0.03 0.58 0.26 No No GB516 FF5-30B 12.09 13.08 12.75 0.99 Biological >4 2 to 1 >4 0.00 0.96 0.41 No No GB516 FF5-31B 12.31 14.07 13.50 1.76 Biological >4 2 to 1 >4 0.11 0.60 0.40 No No GB516 FF5-32B 11.62 12.34 11.96 0.72 Biological >4 2 to 1 >4 0.14 0.88 0.43 No No GB516 FF5-33B 13.02 14.75 13.90 1.73 Biological >4 2 to 1 >4 0.05 1.07 0.48 No No GB516 FF5-34B 12.12 13.57 12.84 1.45 Biological >4 2 to 1 >4 0.14 0.74 0.42 No No GB516 FF5-35B 12.77 13.32 13.12 0.55 Biological >4 2 to 1 >4 0.05 0.80 0.50 No No GB516 FF5-36B 12.66 14.03 13.48 1.37 Indeterminate >4 2 to 1 >4 0.00 1.02 0.42 No No 

E2-5
 Appendix E2. Sediment profile imaging data for Cruise 2B (Garden Banks Block 516).

Block Station Penetration 

Boundary 

Roughness

Grain 

Size (phi)

Redox Potential 

Discontinuity Methane Anoxia 

Penetration Depth (cm) Thickness Type Major RPD Depth (cm) Bubbles Low 

Minimum Maximum Mean (cm) Minimum Maximum Mode Minimum Maximum Mean DO 

GB516 NF1-01B 9.97 11.67 10.76 1.70 Indeterminate >4 2 to 1 >4 0.14 0.49 0.28 No No GB516 NF1-02B 11.64 12.31 11.94 0.67 Biological >4 2 to 1 >4 0.27 0.44 0.31 No No GB516 NF1-03B 12.11 13.00 12.65 0.89 Biological >4 2 to 1 >4 0.08 0.36 0.21 No No GB516 NF1-04B 9.48 9.56 9.52 0.08 Biological >4 2 to 1 >4 0.01 0.35 0.15 No No GB516 NF1-05B 11.98 12.58 12.32 0.60 Biological >4 2 to 1 >4 0.05 0.27 0.16 No No GB516 NF1-06B 11.50 12.50 11.38 1.00 Biological >4 2 to 1 >4 0.08 0.41 0.23 No No GB516 NF1-07B 9.00 10.00 9.50 1.00 Biological >4 2 to 1 >4 0.05 0.66 0.22 No No GB516 NF1-08B 7.28 8.46 7.99 1.18 Indeterminate >4 2 to 1 >4 0.02 0.44 0.19 No No GB516 NF1-09B 8.10 9.20 8.73 1.10 Biological >4 2 to 1 >4 0.02 0.71 0.26 No No GB516 NF1-10B 7.50 8.65 8.21 1.15 Biological >4 2 to 1 >4 0.08 0.38 0.20 No No GB516 NF1-11B 8.02 8.43 8.32 0.41 Biological >4 2 to 1 >4 0.13 0.35 0.26 No No GB516 NF1-12B 9.45 9.78 9.65 0.33 Biological >4 2 to 1 >4 0.05 0.52 0.20 No No GB516 NF1-13B 9.83 10.60 10.33 0.77 Biological >4 2 to 1 >4 0.05 0.47 0.21 No No GB516 NF1-14B 6.18 7.01 6.45 0.83 Indeterminate >4 2 to 1 >4 0.10 0.49 0.23 No No GB516 NF1-15B 7.80 8.65 8.28 0.85 Indeterminate >4 2 to 1 >4 0.10 0.47 0.22 No No GB516 NF1-16B 7.25 8.02 7.59 0.77 Biological >4 2 to 1 >4 0.19 0.55 0.31 No No GB516 NF1-17B 8.57 9.17 8.80 0.60 Biological >4 2 to 1 >4 0.10 0.46 0.22 No No GB516 NF1-18B 7.25 7.99 7.67 0.74 Biological >4 2 to 1 >4 0.13 0.47 0.30 No No GB516 NF1-19B 7.19 7.91 7.49 0.72 Biological >4 2 to 1 >4 0.08 0.49 0.19 No No GB516 NF1-20B 9.91 10.35 10.15 0.44 Biological >4 2 to 1 >4 0.11 0.47 0.26 No No GB516 NF1-21B 11.29 11.92 11.63 0.63 Biological >4 2 to 1 >4 0.10 0.38 0.23 No No GB516 NF1-22B 11.26 12.53 11.89 1.27 Biological >4 2 to 1 >4 0.27 0.38 0.19 No No GB516 NF1-23B 9.83 10.87 10.49 1.04 Biological >4 2 to 1 >4 0.08 0.55 0.24 No No GB516 NF1-24B 11.12 11.81 11.44 0.69 Biological >4 2 to 1 >4 0.08 0.32 0.26 No No GB516 NF1-25B 11.23 12.60 12.12 1.37 Indeterminate >4 2 to 1 >4 0.00 0.32 0.19 No No GB516 NF1-26B 10.74 11.56 11.32 0.82 Indeterminate >4 2 to 1 >4 0.00 0.00 0.00 No No GB516 NF1-27B 11.51 12.01 11.67 0.50 Indeterminate >4 2 to 1 >4 0.00 0.00 0.00 No Yes GB516 NF1-28B 11.97 12.74 12.25 0.77 Physical >4 2 to 1 >4 0.00 0.00 0.00 No Yes GB516 NF1-29B 12.83 13.29 13.07 0.46 Physical >4 2 to 1 >4 0.00 0.00 0.00 No Yes GB516 NF1-30B 14.08 14.58 13.65 0.50 Physical >4 2 to 1 >4 0.00 0.00 0.00 No Yes GB516 NF1-31B 11.84 12.60 12.25 0.76 Physical >4 2 to 1 >4 0.00 0.00 0.00 No Yes GB516 NF1-32B 8.68 9.78 9.44 1.10 Physical >4 2 to 1 >4 0.00 0.10 0.05 No Yes GB516 NF1-33B 12.60 13.46 13.09 0.86 Physical >4 2 to 1 >4 0.00 0.16 0.08 No No GB516 NF1-34B 10.19 10.85 10.57 0.66 Physical >4 2 to 1 >4 0.00 0.87 0.44 No Yes GB516 NF1-35B 10.00 10.76 10.38 0.76 Indeterminate >4 2 to 1 >4 0.00 0.00 0.00 No Yes GB516 NF1-36B 8.13 9.28 8.57 1.15 Physical >4 2 to 1 >4 0.00 0.00 0.00 No Yes 

E2-6
 Appendix E2. Sediment profile imaging data for Cruise 2B (Garden Banks Block 516).

Block Station Penetration 

Boundary 

Roughness

Grain 

Size (phi)

Redox Potential 

Discontinuity Methane Anoxia 

Penetration Depth (cm) Thickness Type Major RPD Depth (cm) Bubbles Low 

Minimum Maximum Mean (cm) Minimum Maximum Mode Minimum Maximum Mean DO 

GB516 NF2-01B 11.86 14.06 13.00 2.20 Physical >4 2 to 1 >4 0.08 1.12 0.31 No No GB516 NF2-02B 10.57 12.08 11.37 1.51 Biological >4 2 to 1 >4 0.01 0.38 0.15 No No GB516 NF2-03B 12.80 13.70 13.11 0.90 Biological >4 2 to 1 >4 0.03 0.27 0.12 No No GB516 NF2-04B 11.20 11.64 11.43 0.44 Biological >4 2 to 1 >4 0.05 0.16 0.11 No No GB516 NF2-05B 13.27 14.18 13.84 0.91 Biological >4 2 to 1 >4 0.01 0.33 0.12 No No GB516 NF2-06B 10.98 12.23 11.43 1.25 Biological >4 2 to 1 >4 0.01 0.27 0.14 No No GB516 NF2-07B 11.40 12.28 11.90 0.88 Biological >4 2 to 1 >4 0.01 0.33 0.14 No No GB516 NF2-08B 2.77 3.27 3.02 0.50 Biological >4 2 to 1 4 to 3 0.10 0.46 0.21 No No GB516 NF2-09B 9.73 11.18 10.41 1.45 Biological >4 3 to 2 >4 0.02 0.38 0.15 No No GB516 NF2-10A 12.11 13.76 13.25 1.65 Biological >4 2 to 1 >4 0.10 0.52 0.26 No No GB516 NF2-11A 12.63 12.96 12.61 0.33 Biological >4 2 to 1 >4 0.02 0.25 0.13 No No GB516 NF2-12A 12.03 13.21 12.61 1.18 Biological >4 2 to 1 >4 0.05 0.38 0.14 No No GB516 NF2-13A 13.04 13.57 13.36 0.53 Biological >4 2 to 1 >4 0.05 0.27 0.15 No No GB516 NF2-14A 7.22 7.71 7.48 0.49 Biological >4 2 to 1 >4 0.08 0.38 0.15 No No GB516 NF2-15A 12.69 13.68 13.29 0.99 Biological >4 2 to 1 >4 0.03 0.30 0.13 No No GB516 NF2-16A 8.73 10.16 9.59 1.43 Biological >4 2 to 1 >4 0.00 0.90 0.14 No No GB516 NF2-17A 8.59 8.79 8.70 0.20 Indeterminate >4 2 to 1 >4 0.00 0.00 0.00 No Yes GB516 NF2-18A 8.87 10.71 9.77 1.84 Indeterminate >4 2 to 1 >4 0.00 0.00 0.00 No Yes GB516 NF2-19A 8.51 9.59 8.86 1.08 Indeterminate >4 2 to 1 >4 0.00 0.00 0.00 No Yes GB516 NF2-20A 9.03 10.93 10.42 1.90 Indeterminate >4 2 to 1 >4 0.00 0.00 0.00 No Indeterminate GB516 NF2-21A 9.80 10.32 10.14 0.52 Physical >4 2 to 1 >4 0.00 0.00 0.00 No Indeterminate GB516 NF2-22A 10.76 11.26 11.04 0.50 Biological >4 2 to 1 >4 0.02 0.22 0.11 No Indeterminate GB516 NF2-23A 9.37 10.38 9.83 1.01 Physical >4 2 to 1 >4 0.00 0.00 0.00 No Yes GB516 NF2-24B 12.74 13.60 13.17 0.86 Indeterminate >4 2 to 1 >4 0.00 0.00 0.00 No Yes GB516 NF2-25A 9.14 10.05 9.51 0.91 Physical >4 2 to 1 >4 0.00 0.00 0.00 No Yes GB516 NF2-26A 13.62 14.06 13.76 0.44 Physical >4 2 to 1 >4 0.00 0.00 0.00 No Indeterminate GB516 NF2-27B 12.88 13.79 13.33 0.91 Physical >4 2 to 1 >4 0.00 0.27 0.09 No No GB516 NF2-28B 11.51 12.19 11.86 0.68 Biological >4 2 to 1 >4 0.08 0.33 0.13 No No GB516 NF2-29B 9.67 11.56 10.56 1.89 Biological >4 2 to 1 >4 0.10 0.60 0.24 No No GB516 NF2-30B 12.82 13.76 13.24 0.94 Biological >4 2 to 1 >4 0.01 0.58 0.23 No No GB516 NF2-31B 12.03 12.94 12.46 0.91 Biological >4 2 to 1 >4 0.05 0.36 0.19 No No GB516 NF2-32B 14.09 14.66 14.66 0.57 Biological >4 2 to 1 >4 0.05 0.36 0.14 No No GB516 NF2-33B 11.70 13.81 12.92 2.11 Biological >4 2 to 1 >4 0.03 0.30 0.16 No No GB516 NF2-34B 14.17 14.75 14.49 0.58 Biological >4 2 to 1 >4 0.00 0.30 0.15 No No GB516 NF2-35B 13.74 14.69 14.16 0.95 Biological >4 2 to 1 >4 0.10 0.55 0.24 No No GB516 NF2-36B 11.48 12.52 11.97 1.04 Indeterminate >4 2 to 1 >4 0.05 0.46 0.18 No No 

E2-7
 Appendix E2. Sediment profile imaging data for Cruise 2B (Garden Banks Block 516).

Block Station Penetration 

Boundary 

Roughness

Grain 

Size (phi)

Redox Potential 

Discontinuity Methane Anoxia 

Penetration Depth (cm) Thickness Type Major RPD Depth (cm) Bubbles Low 

Minimum Maximum Mean (cm) Minimum Maximum Mode Minimum Maximum Mean DO 

GB516 NF-3-01B 11.86 13.08 12.57 1.22 Indeterminate >4 2 to 1 >4 0.08 0.41 0.21 No No GB516 NF-3-02B 12.80 14.20 13.40 1.40 Physical >4 2 to 1 >4 0.13 1.26 0.59 No No GB516 NF-3-03B 13.40 13.95 13.39 0.55 Biological >4 2 to 1 >4 0.05 0.27 0.15 No No GB516 NF-3-04B 14.53 15.76 15.22 1.23 Biological >4 2 to 1 >4 0.05 0.27 0.14 No No GB516 NF-3-06B 14.20 15.14 14.70 0.94 Biological >4 2 to 1 >4 0.08 0.35 0.17 No No GB516 NF-3-07B 12.74 13.37 13.14 0.63 Biological >4 2 to 1 >4 0.05 0.44 0.15 No No GB516 NF-3-08B 11.97 12.36 12.15 0.39 Biological >4 2 to 1 >4 0.05 0.32 0.19 No No GB516 NF-3-09B 12.91 14.45 13.83 1.54 Indeterminate >4 2 to 1 >4 0.08 0.57 0.27 No No GB516 NF-3-10B 12.23 12.91 12.49 0.68 Biological >4 2 to 1 >4 0.13 0.22 0.17 No No GB516 NF-3-11B 11.81 12.30 12.12 0.49 Biological >4 2 to 1 >4 0.10 0.30 0.21 No No GB516 NF-3-12B 11.62 12.30 11.96 0.68 Biological >4 2 to 1 >4 0.05 0.30 0.17 No No GB516 NF-3-13B 12.11 12.83 12.45 0.72 Indeterminate >4 2 to 1 >4 0.14 0.44 0.25 No No GB516 NF-3-14B 10.05 11.20 10.79 1.15 Biological >4 2 to 1 >4 0.10 0.36 0.22 No No GB516 NF-3-15B 13.68 14.50 14.23 0.82 Biological >4 2 to 1 >4 0.02 0.32 0.18 No No GB516 NF-3-16B 13.63 14.56 14.01 0.93 Physical >4 2 to 1 >4 0.08 0.50 0.20 No No GB516 NF-3-17B 11.09 11.78 11.30 0.69 Biological >4 2 to 1 >4 0.05 0.30 0.17 No No GB516 NF-3-18B 10.85 11.57 11.29 0.72 Indeterminate >4 2 to 1 >4 0.02 0.41 0.23 No No GB516 NF-3-19B 13.62 15.10 14.05 1.48 Physical >4 2 to 1 >4 0.22 0.63 0.38 No No GB516 NF-3-20B 13.35 13.79 13.52 0.44 Indeterminate >4 2 to 1 >4 0.16 0.55 0.31 No No GB516 NF-3-21B 13.20 13.60 12.82 0.40 Biological >4 2 to 1 >4 0.16 0.55 0.32 No No GB516 NF-3-22B NA NA NA Physical >4 2 to 1 >4 NA NA NA No No GB516 NF-3-23B 16.68 17.99 17.31 1.31 Indeterminate >4 2 to 1 >4 0.05 0.77 0.29 No No GB516 NF-3-24B 12.88 14.97 13.89 2.09 Indeterminate >4 2 to 1 >4 0.08 0.41 0.23 No No GB516 NF-3-25B 10.41 12.60 11.45 2.19 Biological >4 2 to 1 >4 0.13 0.52 0.29 No No GB516 NF-3-26B 11.89 12.64 12.38 0.75 Biological >4 2 to 1 >4 0.08 0.57 0.35 No No GB516 NF-3-27B 17.69 18.32 18.07 0.63 Biological >4 2 to 1 >4 0.14 0.32 0.21 No No GB516 NF-3-28B 13.57 14.36 13.87 0.79 Indeterminate >4 2 to 1 >4 0.05 0.41 0.24 No No GB516 NF-3-29B 13.10 13.70 13.45 0.60 Biological >4 2 to 1 >4 0.05 0.36 0.20 No No GB516 NF-3-30B 12.72 15.02 15.42 2.30 Biological >4 2 to 1 >4 0.10 0.47 0.31 No No GB516 NF-3-31B 12.28 12.71 12.52 0.43 Indeterminate >4 2 to 1 >4 0.08 0.47 0.28 No No GB516 NF-3-32B 12.11 12.75 12.48 0.64 Indeterminate >4 2 to 1 >4 0.14 0.47 0.30 No No GB516 NF-3-33B 13.79 14.56 14.28 0.77 Indeterminate >4 2 to 1 >4 0.13 0.50 0.31 No No GB516 NF-3-34B 9.64 10.24 10.08 0.60 Indeterminate >4 2 to 1 >4 0.14 0.49 0.27 No No GB516 NF-3-35B 11.24 12.26 11.72 1.02 Biological >4 2 to 1 >4 0.10 0.66 0.30 No No GB516 NF-3-36B 12.66 13.65 13.07 0.99 Biological >4 2 to 1 >4 0.16 0.47 0.29 No No 

E2-8
 Appendix E2. Sediment profile imaging data for Cruise 2B (Garden Banks Block 516).

Block Station

GB516 FF3-01BGB516 FF3-02BGB516 FF3-03BGB516 FF3-04BGB516 FF3-05BGB516 FF3-06BGB516 FF3-07BGB516 FF3-08BGB516 FF3-09BGB516 FF3-10BGB516 FF3-11BGB516 FF3-12BGB516 FF3-13BGB516 FF3-14BGB516 FF3-15BGB516 FF3-16BGB516 FF3-17BGB516 FF3-18BGB516 FF3-19BGB516 FF3-20BGB516 FF3-21BGB516 FF3-22BGB516 FF3-23BGB516 FF3-24BGB516 FF3-25BGB516 FF3-26BGB516 FF3-27BGB516 FF3-28BGB516 FF3-29BGB516 FF3-30BGB516 FF3-31BGB516 FF3-32BGB516 FF3-33BGB516 FF3-34BGB516 FF3-35BGB516 FF3-36BGB516 FF3-37BGB516 FF3-38BGB516 FF3-39BGB516 FF3-40BGB516 FF4-01B

Burrow Clast Clast type, color, and size Epifauna Infauna Faunal Pelletal Pelletal 

Comments Layer Layer

Comments

No Yes Small tan No Yes Stage I's Yes ThinNo Yes Wiper clay artifact No Yes Tubes, Stage I Yes ThinNo Yes Wiper clast artifact at 6.5 No Yes Stage I tubes Yes ThinNo Yes Wiper artifact, white clay No Yes Stage I tubes Yes ThinNo Yes White clay artifact at 3.7 No Yes Stage I tubes Yes ThinNo Yes Surface and 8 No Yes Stage I tubes Yes ThinNo Yes White wiper artifact to 7 No Yes Stage I tubes Yes ThinNo Yes White clay wiper artifact at 4 No Yes Stage I tubes Yes ThinNo Yes White clay wiper artifact at 5 No No No tubes? Yes ThinNo No No Yes Stage I tubes Yes ThinNo No White clay wiper artifact to 4.5 No Yes Stage I tubes Yes ThinNo No White clay wiper artifact at 0 to 6 No Yes Stage I tubes Yes ThinNo Yes No Yes Stage I tubes Yes ThinNo No White clay wiper artifact at 3 to 6 No Yes Stage I tubes Yes Thin

Yes Yes White at 3.8 No Yes Stage I tubes Yes Thin

No Yes White at 3.5 No Indeterminate No tubes? Yes ThinNo No White clay wiper smear at 4 No Yes Stage I tubes Yes

Yes No White wiper artifact No Yes Stage I tubes Yes Thin

No No White clay wiper artifact No Indeterminate Yes ThinNo Yes No Yes Stage I tubes Yes Thin

Yes Yes Indeterminate Yes Stage I tubes Yes Thin

No No White clay wiper artifact No Yes Stage I tubes Yes ThinNo Yes No Yes Stage I tubes Yes ThinNo No White clay wiper artifact No Yes Stage I tubes Yes ThinNo No White clay wiper artifact No Yes Stage I tubes Yes ThinNo No White clay wiper artifact No Yes Stage I tubes Yes ThinNo No White clay wiper artifact No Yes Stage I tubes Yes ThinNo No White clay wiper artifact No Yes Stage I tubes Yes ThinNo No White clay wiper artifact No Yes Stage I tubes Yes ThinNo No White clay wiper artifact No Yes Stage I tubes Yes ThinNo No White clay wiper artifact No Yes Stage I tubes Yes ThinNo No White clay wiper artifact No Yes Stage I tubes Yes ThinNo No White clay wiper artifact No Yes Stage I tubes Yes ThinNo No White clay wiper artifact No Yes Stage I tubes Yes ThinNo No White clay wiper artifact No Yes Stage I tubes Yes ThinNo No White clay wiper artifact No Yes Stage I tubes Yes ThinNo No White clay wiper artifact No Yes Stage I tubes Yes ThinNo No White clay wiper artifact Yes Yes Stage I tubes Yes ThinNo No White clay wiper artifact No Yes Stage I tubes Yes ThinNo No White clay wiper artifact No Yes Stage I tubes Yes ThinNo Yes A few small tan clasts No Yes Stage I tubes Yes Thin

E2-9
 Appendix E2. Sediment profile imaging data for Cruise 2B (Garden Banks Block 516).

Block Station

GB516 FF4-02BGB516 FF4-03BGB516 FF4-04BGB516 FF4-05BGB516 FF4-06BGB516 FF4-07BGB516 FF4-08BGB516 FF4-09BGB516 FF4-10BGB516 FF4-11BGB516 FF4-12BGB516 FF4-13BGB516 FF4-14BGB516 FF4-15BGB516 FF4-16BGB516 FF4-17BGB516 FF4-18BGB516 FF4-19BGB516 FF4-20BGB516 FF4-21BGB516 FF4-22BGB516 FF4-23BGB516 FF4-24BGB516 FF4-25BGB516 FF4-26BGB516 FF4-27BGB516 FF4-29BGB516 FF4-30BGB516 FF4-31BGB516 FF4-32BGB516 FF4-33BGB516 FF4-34BGB516 FF4-35BGB516 FF4-36B

Burrow Clast Clast type, color, and size Epifauna Infauna Faunal Pelletal Pelletal 

Comments Layer Layer

Comments

No Yes Small tan clasts No Yes Stage I tubes Yes ThinNo Yes A few small tan clasts No Yes Stage I tubes Yes ThinNo Yes Small tan clasts No Yes Stage I tubes Yes ThinNo Yes A few small tan clasts; white clay wiper clasts No Yes Stage I tubes Yes ThinNo Yes Small to medium tan clasts No Yes Stage I tubes Yes ThinNo Yes Small tan; white clay wiper clasts pulled-down No Yes Stage I tubes Yes ThinNo Yes Small tan; small white clay clasts pulled-down No Yes Stage I tubes Yes ThinNo Yes Small tan No Yes Stage I tubes Yes ThinNo Yes A few small tan clasts No Yes Stage I tubes Yes ThinNo Yes Small tan; small white clay wiper clasts No Yes Stage I tubes Yes ThinNo Yes A few small tan; white clay wiper clasts No Yes Stage I tubes Yes ThinNo Yes Small tan No Yes Stage I tubes Yes ThinNo Yes A few small tan No Yes Stage I tubes Yes ThinNo Yes Small tan No Yes Stage I tubes Yes ThinNo Yes Small and large tan No Yes Stage I tubes Yes ThinNo Yes Small and large tan No Yes Stage I tubes Yes ThinNo Yes Small tan; small smeared white wiper clasts No Yes Stage I tubes Yes ThinNo Yes A few small tan; small smeared white wiper clasts No Yes Stage I tubes Yes ThinNo Yes Small tan No Yes Stage I tubes Yes Thin

Yes Yes Small and 1 large tan No Yes Stage I tubes Yes Thin

No Yes A few small tan No Yes Stage I tubes Yes ThinNo Yes Small tan; small smeared white wiper clasts No Yes Stage I tubes Yes ThinNo Yes A few small tan No Yes Stage I tubes Yes ThinNo Yes Small tan; large wiper clast No Yes Stage I tubes Yes ThinNo Yes A few small tan; black and red rock? No Yes Stage I tubes Yes ThinNo Yes Small tan Yes Yes Stage I tubes; hydroid Yes ThinNo Yes Small tan No Yes Stage I tubes Yes ThinNo No No Yes Stage I tubes Yes ThinNo Yes Small tan; small smeared white wiper clasts No Yes Stage I tubes Yes ThinNo Yes Small tan; medium smeared white wiper clasts No Yes Stage I tubes Yes ThinNo Yes Medium tan; white area is smeared wiper clast No Yes Stage I tubes Yes ThinNo Yes Small tan No Yes Stage I tubes Yes ThinNo No No Yes Stage I tubes Yes ThinNo Yes Medium tan No Yes Stage I tubes Yes Thin

E2-10
 Appendix E2. Sediment profile imaging data for Cruise 2B (Garden Banks Block 516).

Block Station

GB516 FF5-01BGB516 FF5-02BGB516 FF5-03BGB516 FF5-04BGB516 FF5-05BGB516 FF5-06BGB516 FF5-07BGB516 FF5-08BGB516 FF5-09BGB516 FF5-10BGB516 FF5-11BGB516 FF5-12BGB516 FF5-13BGB516 FF5-14AGB516 FF5-15BGB516 FF5-16BGB516 FF5-17BGB516 FF5-18BGB516 FF5-19BGB516 FF5-20BGB516 FF5-21BGB516 FF5-22BGB516 FF5-23BGB516 FF5-24BGB516 FF5-25BGB516 FF5-26BGB516 FF5-27BGB516 FF5-28BGB516 FF5-29BGB516 FF5-30BGB516 FF5-31BGB516 FF5-32BGB516 FF5-33BGB516 FF5-34BGB516 FF5-35BGB516 FF5-36B

Burrow Clast Clast type, color, and size Epifauna Infauna Faunal Pelletal Pelletal 

Comments Layer Layer

Comments

No Yes Large tan No Yes Stage I tubes YesNo Yes Small tan No Yes Stage I tubes YesNo Yes Small tan No Yes Stage I tubes YesNo Yes Small tan No Yes Stage I tubes YesNo Yes Small tan No Yes Stage I tubes YesNo Yes Large tan; many small reduced wiper clasts No Yes Stage I tubes YesNo Yes Tan and reduced wiper clasts No Yes Stage I tubes YesNo Yes Small red wiper clast; smeared white clay clast No Yes Stage I tubes YesNo Yes Small tan No Yes Stage I tubes YesNo Yes Small and 1 large tan No Yes Stage I tubes YesNo No No Yes Stage I tubes YesNo Yes Small tan No Yes Stage I tubes YesNo Yes Small tan No Yes Stage I tubes YesNo Yes 1 medium tan No Yes Stage I tubes YesNo Yes Small tan and reduced wiper clast No Yes Stage I tubes YesNo Yes Small tan No Yes Stage I tubes YesNo Yes Small tan; smeared white clay wiper clasts No Yes Stage I tubes YesNo Yes Small tan; small smeared white clay wiper clasts No Yes Stage I tubes YesNo Yes Small tan; large smeared white clay wiper clasts No Yes Stage I tubes YesNo Yes clasts No Yes Stage I tubes YesNo Yes Smeared white clay wiper clasts No Yes Stage I tubes YesNo Yes clasts No Yes Stage I tubes YesNo No Small smeared white clay wiper clasts No Yes Stage I tubes YesNo Yes Small tan; small smeared white clay wiper clast No Yes Stage I tubes YesNo Yes clast No Yes Stage I tubes YesNo Yes Small tan No Yes Stage I tubes YesNo No No Yes Stage I tubes YesNo Yes Small tan; small smeared white clay wiper clasts No Yes Stage I tubes YesNo No No Yes Stage I tubes YesNo Yes Small tan; small smeared white clay wiper clast No Yes Stage I tubes YesNo Yes Small tan; large smeared white clay wiper clasts No Yes Stage I tubes YesNo Yes Small tan; small smeared white clay wiper clasts No Yes Stage I tubes YesNo Yes Small tan; smeared white clay wiper clasts No Yes Stage I tubes YesNo Yes Small tan No Yes Stage I tubes YesNo No Smeared white clay wiper clasts No Yes Stage I tubes YesNo Yes Medium tan No Yes Stage I tubes Yes

E2-11
 Appendix E2. Sediment profile imaging data for Cruise 2B (Garden Banks Block 516).

Block Station

GB516 NF1-01BGB516 NF1-02BGB516 NF1-03BGB516 NF1-04BGB516 NF1-05BGB516 NF1-06BGB516 NF1-07BGB516 NF1-08BGB516 NF1-09BGB516 NF1-10BGB516 NF1-11BGB516 NF1-12BGB516 NF1-13BGB516 NF1-14BGB516 NF1-15BGB516 NF1-16BGB516 NF1-17BGB516 NF1-18BGB516 NF1-19BGB516 NF1-20BGB516 NF1-21BGB516 NF1-22BGB516 NF1-23BGB516 NF1-24BGB516 NF1-25BGB516 NF1-26BGB516 NF1-27BGB516 NF1-28BGB516 NF1-29BGB516 NF1-30BGB516 NF1-31BGB516 NF1-32BGB516 NF1-33BGB516 NF1-34BGB516 NF1-35BGB516 NF1-36B

Burrow Clast Clast type, color, and size Epifauna Infauna Faunal Pelletal Pelletal 

Comments Layer Layer

Comments

No No No Yes Stage I tubes Yes ThinNo No Yes Yes Stage I tubes; komotchke? Yes Very thinNo No No Yes Stage I tubes Yes ThinNo No No Yes Stage I tubes Yes ThinNo No No Yes Stage I tubes Yes ThinNo No No Yes Stage I tubes Yes ThinNo No No Yes Stage I tubes Yes ThinNo No Yes Yes Stage I tubes Yes ThinNo No White substance at surface, drilling mud? No Yes Stage I tubes Yes ThinNo No gray clay wiper smear No Yes Stage I tubes Yes ThinNo No No Yes Stage I tubes Yes ThinNo No No Yes Stage I tubes Yes ThinNo No No Yes Stage I tubes Yes ThinNo No No Yes Stage I tubes Yes ThinNo No No Yes Stage I tubes Yes ThinNo No No Yes Stage I tubes Yes ThinNo No No Yes Stage I tubes Yes ThinNo No No Yes Stage I tubes Yes ThinNo No No Yes Stage I tubes Yes ThinNo No No Yes Stage I tubes Yes ThinNo No No Yes Stage I tubes Yes ThinNo No No Yes Stage I tubes Yes ThinNo No No Yes Stage I tubes Yes ThinNo No No Yes Stage I tubes Yes ThinNo No No Yes Stage I tubes Yes ThinNo No No Yes Stage I tubes Yes ThinNo No No Yes Stage I tubes NoNo No No No NoNo No No No NoNo No No No NoNo No No No NoNo No No Yes Stage I tubes NoNo No No Yes Stage I tubes NoNo No No Yes Stage I tubes Yes Very thin?No No No Yes Stage I tubes Yes Very thinNo Yes Reduced camera distance? No No Indet.

E2-12
 Appendix E2. Sediment profile imaging data for Cruise 2B (Garden Banks Block 516).

Block Station

GB516 NF2-01BGB516 NF2-02BGB516 NF2-03BGB516 NF2-04BGB516 NF2-05BGB516 NF2-06BGB516 NF2-07BGB516 NF2-08BGB516 NF2-09BGB516 NF2-10AGB516 NF2-11AGB516 NF2-12AGB516 NF2-13AGB516 NF2-14AGB516 NF2-15AGB516 NF2-16AGB516 NF2-17AGB516 NF2-18AGB516 NF2-19AGB516 NF2-20AGB516 NF2-21AGB516 NF2-22AGB516 NF2-23AGB516 NF2-24BGB516 NF2-25AGB516 NF2-26AGB516 NF2-27BGB516 NF2-28BGB516 NF2-29BGB516 NF2-30BGB516 NF2-31BGB516 NF2-32BGB516 NF2-33BGB516 NF2-34BGB516 NF2-35BGB516 NF2-36B

Burrow Clast Clast type, color, and size Epifauna Infauna Faunal Pelletal Pelletal 

Comments Layer Layer

Comments

No No No Yes Stage I tubes Yes ThinNo No No Yes Stage I tubes Yes ThinNo No gray clay smears No Yes Stage I tubes Yes ThinNo No gray clay smears? No Yes Stage I tubes Yes ThinNo No Yes Yes Stage I tubes Yes ThinNo No gray clay smears? No Yes Stage I tubes Yes ThinNo No gray clay smears? No Yes Stage I tubes Yes ThinNo No No No no tubes? Yes ThinNo No No Yes Stage I tubes Yes ThinNo No No Yes Stage I tubes Yes ThinNo No No Yes Stage I tubes Yes ThinNo No No Yes Stage I tubes Yes ThinNo No No Yes Stage I tubes Yes ThinNo No No Yes Stage I tubes Yes ThinNo No No Yes Stage I tubes Yes ThinNo No No Yes Stage I tubes Yes ThinNo No No No NoNo No No No NoNo No No No NoNo No No No NoNo No No No NoNo Indeterminate No Yes Stage I tubes Yes Very thinNo No No No NoNo No No No NoNo No No No NoNo No No Yes Stage I tubes NoNo No No Yes Stage I tubes Yes Very thinNo No No Yes Stage I tubes Yes ThinNo No Yes Yes Stage I tubes Yes ThinNo Yes gray No Yes Stage I tubes Yes ThinNo No No Yes Stage I tubes Yes ThinNo No No Yes Stage I tubes Yes ThinNo No Reduced far-field No Yes Stage I tubes Yes ThinNo No No Yes Stage I tubes Yes ThinNo No No Yes Stage I tubes Yes ThinNo No Indeterminate Yes Stage I tubes Yes Thin

E2-13
 Appendix E2. Sediment profile imaging data for Cruise 2B (Garden Banks Block 516).

Block Station

GB516 NF-3-01BGB516 NF-3-02BGB516 NF-3-03BGB516 NF-3-04BGB516 NF-3-06BGB516 NF-3-07BGB516 NF-3-08BGB516 NF-3-09BGB516 NF-3-10BGB516 NF-3-11BGB516 NF-3-12BGB516 NF-3-13BGB516 NF-3-14BGB516 NF-3-15BGB516 NF-3-16BGB516 NF-3-17BGB516 NF-3-18BGB516 NF-3-19BGB516 NF-3-20BGB516 NF-3-21BGB516 NF-3-22BGB516 NF-3-23BGB516 NF-3-24BGB516 NF-3-25BGB516 NF-3-26BGB516 NF-3-27BGB516 NF-3-28BGB516 NF-3-29BGB516 NF-3-30BGB516 NF-3-31BGB516 NF-3-32BGB516 NF-3-33BGB516 NF-3-34BGB516 NF-3-35BGB516 NF-3-36B

Burrow Clast Clast type, color, and size Epifauna Infauna Faunal Pelletal Pelletal 

Comments Layer Layer

Comments

No No No No NoNo No No No NoNo No No No NoNo No No Yes Stage I tubes Yes ThinNo No No Yes Stage I tubes Yes ThinNo No No Yes Stage I tubes Yes ThinNo No No Yes Stage I tubes Yes ThinNo No No Yes Stage I tubes Yes ThinNo No No Yes Stage I tubes Yes ThinNo No No Yes Stage I tubes Yes ThinNo No No Yes Stage I tubes Yes ThinNo No No No NoNo No No Yes Stage I tubes Yes ThinNo No No Yes Stage I tubes Yes ThinNo No No Yes Stage I tubes Yes ThinNo No No Yes Stage I tubes Yes ThinNo No No No NoNo No No Yes Stage I tubes Yes ThinNo No No No Stage I tubes NoNo Yes Oxidized in far-field No Yes Stage I tubes Yes Thin

Indeterminate No Indeterminate Indeterminate Indet.

No No No Yes Stage I tubes Yes ThinNo No No Yes Stage I tubes Yes ThinNo No Yes Yes Stage I tubes; foraminiferans? Yes ThinNo No No Yes Stage I tubes Yes ThinNo No No Yes Stage I tubes Yes ThinNo No No Yes Stage I tubes Yes ThinNo No No Yes Stage I tubes Yes ThinNo No No Yes Stage I tubes Yes ThinNo No No Yes Stage I tubes Yes ThinNo No No No NoNo No No No NoNo No gray clay wiper smear No Yes Stage I tubes Yes ThinNo No No Yes Stage I tubes Yes ThinNo No No No No

E2-14
 Appendix E2. Sediment profile imaging data for Cruise 2B (Garden Banks Block 516).

Block Station

GB516 FF3-01BGB516 FF3-02BGB516 FF3-03BGB516 FF3-04BGB516 FF3-05BGB516 FF3-06BGB516 FF3-07BGB516 FF3-08BGB516 FF3-09BGB516 FF3-10BGB516 FF3-11BGB516 FF3-12BGB516 FF3-13BGB516 FF3-14BGB516 FF3-15BGB516 FF3-16BGB516 FF3-17BGB516 FF3-18BGB516 FF3-19BGB516 FF3-20BGB516 FF3-21BGB516 FF3-22BGB516 FF3-23BGB516 FF3-24BGB516 FF3-25BGB516 FF3-26BGB516 FF3-27BGB516 FF3-28BGB516 FF3-29BGB516 FF3-30BGB516 FF3-31BGB516 FF3-32BGB516 FF3-33BGB516 FF3-34BGB516 FF3-35BGB516 FF3-36BGB516 FF3-37BGB516 FF3-38BGB516 FF3-39BGB516 FF3-40BGB516 FF4-01B

Sedimentary Layers and Depth (cm) Feeding Voids 

and Depth (cm)

3 layers; top red to 8.47; gray mottled (GM) eutrophic below Void at 11.5 depth4 layers, top red to 4.78 gray (G) eutrophic below Relict voids at 0.8 and 1.0 6 layers, red 8.67, black at 8.7 and 10.5/G/GM below ? voids5 layers, bifurcation; red to 7; black at 9 and 12/G below5 layers, red to 7.8, black at 9 and 12/G/GM below Void at 13.25 layers, red to 7.2, black at 11.4/G/GM below Void at 0.9?3 layers, red to 7.5, black at 10.9/G/GM below Void at 13 layers; bifurcation; red to 6, black at 8.7/G/GM below Voids at 0.6 and 3.85 layers, red to 7.4, black at 8.7, 10.3/G/GM below No voids?6 layers, red to 7, black at 8.2 and 11.2/G/GM below No voids?7 layers, red to 5.41, black at 6.6 and 8, and 12/below Voids at 6.0 and 116 layers, red to 6.6, black at 11.1/G/GM below No voids?5 layers, red to 5.7, black at 12.4/G/GM below Several voids5 layers, bifurcation, red to 7, black at 12, G/GM below Voids at 3.4 and 4.86 layers, red to 6.8, black at 7.9 and 11, G/GM below Void at 53 layers, red to 8.69, G/GM below, no black No tubes?3 layers, red to 7.96, black at 10.53/G below Void at 3.75 layers, red to 6.4, black at 8.31 and 13.7, G below Void at 14?5 layers, red to 7.7, black at 9.4 and 14.7, G/GM below No tubes? no voids?5 layers, red to 6, black at 10.5 and 12.3/GM/G below Void at 0.6?4 layers, bifurcations, red to 7.6, GM, black 13.4/G below No voids5 layers, red to 6, bifurcation, black to 7.8 and 11, G below Void at 142 layers, red to 7.8, GM below Voids at 0.5, 1.21, 9.0, and 13 5? layers, red to 10.82, black 12.4/GM below Drag-down at 8; void at 106 layers, red to 4.18, white layer?, GM, black at 12 and 14 No voids?4 layers, red to 6.8, GM at 10.8, black at 12/G below No voids4 layers, red to 10.15, black to 11.14, red to14, black/GM below Voids at 2.8 and 8.35 layers, red to 6.7, GM to 8.2, black to 11.4/G below No voids 6 layers, red to 7.4, GM/red below, black at 12.4 No voids 4 to 5 layers, red to 8.4, black to 9.8, GM, black at 12.5 No voids4 layers, red to 6.7, black to 8.28, red, black at 12/G below No voids5 layers, red to 8.27, black to 10.86, G/black 14/G below No voids9 layers, 5 red, black 5.7, red, black at 8/red/GM/G below Void at 85 layers, 7.16 red, 10.79 GM, 11.36 black/GM below Voids at 0.7 and 2.75 layers, 6.69 red, 7.75 black, 8.7 red, 10.2, black/8/G Voids at 0.5, 1.3, and 4.55 layers, 7.1 red, 10.5 GM, 11.3 G, 13 black/G below5 layers, 7.75 red, 8.98 black/GM below Void at 4.55 layers, 7.30 red, 8.65 black, 12.9 GM, 13.5, black/G below Void at 9.83 to 4 layers, 6.30 red, 8.6 GM, 15.47 G Void at 14.34 to 5 layers, 4.43 red, 6.56 GM, 8.29 black/G below Void at 6.0?4 layers, top red, sulfitic at 5.43 and 9.43 

E2-15
 Appendix E2. Sediment profile imaging data for Cruise 2B (Garden Banks Block 516).

Block Station

GB516 FF4-02BGB516 FF4-03BGB516 FF4-04BGB516 FF4-05BGB516 FF4-06BGB516 FF4-07BGB516 FF4-08BGB516 FF4-09BGB516 FF4-10BGB516 FF4-11BGB516 FF4-12BGB516 FF4-13BGB516 FF4-14BGB516 FF4-15BGB516 FF4-16BGB516 FF4-17BGB516 FF4-18BGB516 FF4-19BGB516 FF4-20BGB516 FF4-21BGB516 FF4-22BGB516 FF4-23BGB516 FF4-24BGB516 FF4-25BGB516 FF4-26BGB516 FF4-27BGB516 FF4-29BGB516 FF4-30BGB516 FF4-31BGB516 FF4-32BGB516 FF4-33BGB516 FF4-34BGB516 FF4-35BGB516 FF4-36B

Sedimentary Layers and Depth (cm) Feeding Voids 

and Depth (cm)

5 layers, top red, sulfitic at 5.40, 6.94, and 9.46 5 layers, top red, sulfitic at 12.27, 6.94, and 11.76 Feeding void at depth?5 layers, top red, sulfitic at 6.50 and 9.46 Small void at 2 depth5 layers, top red, sulfitic at 7.22 and 10.51 4 layers, top red, sulfitic at 8.05 Void at 7.5 depth4 layers, top red, sulfitic at 5.79 and 8.35 4 layers, top red, sulfitic at 6.53 and 10.56 Small voids at 5 and 6 3 sulfitic layers5 layers, top red, sulfitic at 6.99 and 8.5 2 layers, top red, lower mottled, sulfitic at 6.86 4 layers, top red, sulfitic at 6.82, and 10.10 Void? at 9 depth5 layers, top red, sulfitic at 6.77 and 9.57 Void? at 7.5 depth5 layers, top red, sulfitic at 8.95 3 layers, top red, sulfitic at 6.35 4 layers, top red, sulfitic at 6.45 and 9.79 3 layers, top red, sulfitic patch at 5.49 Void at 10 depth2 layers, top red, lower mottled, sulfitic at 5.49 4 layers, sulfitic at 6.30 and 9.29 5 layers, top red, sulfitic at 6.5 and 8.92 Void?4 layers, top red, sulfitic at 7.23 and 11.26 3 layers, top red, lower mottled, sulfitic at 6.75 2 layers, top red, sulfitic at 7.10 A few small voids at 3.5 to 53 layers, top red, reduced layer is dark gray2 layers; top red; reduced layer is dark gray3 layers, top red, sulfitic at 6.66 over clay Void? at 2.5 depth2 layers, top red, lower mottled, sulfitic at 5.80 4 layers, top red, sulfitic at 5.21 and 9.584 layers, top red, sulfitic at 9.57 Small void at 3 depth4 layers, top red, sulfitic at 5.62 and 9.61 3 layers, top red, light gray reduced layers3 layers, top red, sulfitic at 7.07 Tiny void? at 6 depth5 layers, top red, sulfitic at 8.05 and 10.52 2 layers, top red, lower light gray Void?6 layers, top red, sulfitic at 6.51 and 8.86 

E2-16
 Appendix E2. Sediment profile imaging data for Cruise 2B (Garden Banks Block 516).

Block Station

GB516 FF5-01BGB516 FF5-02BGB516 FF5-03BGB516 FF5-04BGB516 FF5-05BGB516 FF5-06BGB516 FF5-07BGB516 FF5-08BGB516 FF5-09BGB516 FF5-10BGB516 FF5-11BGB516 FF5-12BGB516 FF5-13BGB516 FF5-14AGB516 FF5-15BGB516 FF5-16BGB516 FF5-17BGB516 FF5-18BGB516 FF5-19BGB516 FF5-20BGB516 FF5-21BGB516 FF5-22BGB516 FF5-23BGB516 FF5-24BGB516 FF5-25BGB516 FF5-26BGB516 FF5-27BGB516 FF5-28BGB516 FF5-29BGB516 FF5-30BGB516 FF5-31BGB516 FF5-32BGB516 FF5-33BGB516 FF5-34BGB516 FF5-35BGB516 FF5-36B

Sedimentary Layers and Depth (cm) Feeding Voids 

and Depth (cm)

5 layers, top red, sulfitic at 6.06 and 9.45 Void at 9 4 layers, top red, sulfitic at 4.61 Voids at 10 to 12 depth6 layers, top red, sulfitic at 6.01, 8.53, and 10.06 6 layers, top red, sulfitic at 9.50, 11.86, and 14.82 Void at 85 layers, top red, sulfitic at 4.93, 6.83, and 11.74 Void at 12 depth5 layers, top red, sulfitic at 7.60 and 11.10 Small voids at 4 depth5 layers, top red, sulfitic at 5.85 and 11.10 Voids at 10.5 and 11.5 6 layers, top red, sulfitic at 6.13 and 10.53 bifurcated Small void at 5 depth5 layers, top red, sulfitic at 4.53 and 8.19 Void at depth5 layers, top red, sulfitic at 6.18 and 8.88 Void at 10.5 depth3 layers, top red, sulfitic at 4.83 Small void at 9.0 depth6 layers, top red, sulfitic at 4.63, 8.69, and 13.03 Void at 4 depth5 layers, top red, sulfitic at 6.80 and 12.24 Small voids at about 2?3 layers, top red, sulfitic at 4.84, bifurcated+Z136 Voids at 6 depth6 layers, top red, sulfitic at 5.16, 8.94, and 11.43 7 layers, top red, sulfitic at 5.88 and 9.24 7 layers, top red, sulfitic at 6.72, 10.11, and 11.58 4 layers, top red, sulfitic at 6.07 and 8.50 Small void at 11 depth7 layers, top red, sulfitic at 6.67 and 10.48 Void? at 9 on left?4 layers, top red, sulfitic at 5.16, 7.71, and 10.37 Void at 4 depth5 layers, top red, sulfitic at 5.96, and 9.85 Void at 4.5 depth4 layers, top red, sulfitic at 4.92 Voids at 10 are cracks5 layers, top red, sulfitic at 6.37, 9.00, and 11.38 Feeding void at 10 7 layers, top red, sulfitic at 6.60 and 9.60 bifurcated Reddish feeding voids at 12 to 137 layers, top red, sulfitic at 5.16 and 10.553 layers, top red, sulfitic at 10.60 Void at 3 depth7 layers, top red, sulfitic at 6.05, 8.71, 10.49, and 12.335 layers, top red, sulfitic at 5.33 and 9.08 Small void at 12 depth3 layers, top red, sulfitic at 5.71 6 layers, top red, sulfitic at 4.72, 7.63, and 11.16 5 layers, top red, sulfitic at 10.71 4 layers, top red, sulfitic at 3.47 and 11.74 Voids at 11 depth6 layers, top red, sulfitic at 6.17, 8.37, 10.58, and 12.03 Voids at depth?5 layers, top red, sulfitic at 4.90 and 8.66 Small void at 12 depth6 layers, top red, sulfitic at 5.65, 8.89, and 10.27 5 layers, top red, sulfitic at 4.48 and 11.16 

E2-17
 Appendix E2. Sediment profile imaging data for Cruise 2B (Garden Banks Block 516).

Block Station

GB516 NF1-01BGB516 NF1-02BGB516 NF1-03BGB516 NF1-04BGB516 NF1-05BGB516 NF1-06BGB516 NF1-07BGB516 NF1-08BGB516 NF1-09BGB516 NF1-10BGB516 NF1-11BGB516 NF1-12BGB516 NF1-13BGB516 NF1-14BGB516 NF1-15BGB516 NF1-16BGB516 NF1-17BGB516 NF1-18BGB516 NF1-19BGB516 NF1-20BGB516 NF1-21BGB516 NF1-22BGB516 NF1-23BGB516 NF1-24BGB516 NF1-25BGB516 NF1-26BGB516 NF1-27BGB516 NF1-28BGB516 NF1-29BGB516 NF1-30BGB516 NF1-31BGB516 NF1-32BGB516 NF1-33BGB516 NF1-34BGB516 NF1-35BGB516 NF1-36B

Sedimentary Layers and Depth (cm) Feeding Voids 

and Depth (cm)

6 to 7 layers, red to 6, GM below, bifurcation, black at 10.7 Voids at 3.7 and 9.7 7 layers, red to 6, black at 7.3, 10.3, and 11.7; GM in between6 layers, red to 5.33, black at 6.33, 10.5, and 12.6 2 voids at 2.5?9 layers, red to 5.5, black at 11.8; GM and red between Void at 9.5?5 to 6 layers, red to 6.3, black at 11, red, and GM between Void at 9.5?3 to 4 layers, red to 6.3, black to 7.46; G/GM below7 layers, red to 5.3, black at 5.95 and 7.5; red/GM between/below, bifurcation Worm at 7.0 4 layers, red to 6.0, black at 6.5 and 8; GM between and below Relict voids?5 layers, red to 6.2, black to 7.64; GM below6 layers, red to 6.8, black at 7.6; red below, bifurcation Void at 4.5?7 layers, red to 1.4, black drilling mud at 3.82; red/GM below, bifurcation Void at 3.07 layers, brown to 2, black drilling mud to 4.0 Void at 26 layers, brown to 2, black drilling mud to 4.5 Void at 10? right side3 layers, brown to 1.5, black drilling mud to 3.85 layers, brown to 1.6, black drilling mud to 3.9 Void at 34 layers, brown to 1.9, black drilling mud to 4.54 layers, red to 1.6, black drilling mud to 4.2 Void at 6.55 layers, red 1.5, black drilling mud to 3.8 Relict voids at depth3 layers, red to 1.1, black drilling mud to 4.76 layers, red to 1.6, black drilling mud to 5.43 below Voids at 0.8 and 1.3 7 to 8 layers, red to 1, black at 7.5 and 9; red/GM between/below8 layers, red to 2.9, black at 5.3 and 7.8; red/GM between/below Relic voids at depth8 layers, red to 2.9, black at 5.5 and 8; red/GM between/below8 lays, brown to 1.3, black below, red/GM again; drilling mud Void at 3.5?6 layers, red to 1, black to 5.7, red/GM below; drilling mud8 layers, red to 1.33, black to 7.05, GM/black below; drilling mud Voids at 1.0 and 12.0?4 little oxic surface, black to 7.5; red/GM below 1 tube2 layers, black drilling mud to 9.1; red/GM below5 layers, black drilling mud to 7.8; GM/red/black below Relict voids at 10 and 10.3? 1 tube6 layers, black drilling mud to 6.8; red/GM below, bifurcation5 layers, black drilling mud to 7.7; red/GM below5 layers, black drilling mud to 5.6; red/GM below, bifurcation6 layers, black drilling mud to 5.98; red/GM/G below Relict voids at 2 to 3?6 layers, black drilling mud to 3.2, red to 7.41; G below bifurcation3 layers, 5.57 drilling mud, black, red to 8.0; gray/red below2 layers, black drilling mud to 7.1; red to 8.6 

E2-18
 Appendix E2. Sediment profile imaging data for Cruise 2B (Garden Banks Block 516).

Block Station

GB516 NF2-01BGB516 NF2-02BGB516 NF2-03BGB516 NF2-04BGB516 NF2-05BGB516 NF2-06BGB516 NF2-07BGB516 NF2-08BGB516 NF2-09BGB516 NF2-10AGB516 NF2-11AGB516 NF2-12AGB516 NF2-13AGB516 NF2-14AGB516 NF2-15AGB516 NF2-16AGB516 NF2-17AGB516 NF2-18AGB516 NF2-19AGB516 NF2-20AGB516 NF2-21AGB516 NF2-22AGB516 NF2-23AGB516 NF2-24BGB516 NF2-25AGB516 NF2-26AGB516 NF2-27BGB516 NF2-28BGB516 NF2-29BGB516 NF2-30BGB516 NF2-31BGB516 NF2-32BGB516 NF2-33BGB516 NF2-34BGB516 NF2-35BGB516 NF2-36B

Sedimentary Layers and Depth (cm) Feeding Voids 

and Depth (cm)

7 to 8 layers, red to 6, black at 7.8 and 10; bifurcation/GM below Voids at 2.5, 9, and 104 layers, drilling mud present at 8.35/G below Voids at 8 and 11 7 layers, bifurcation, red to 6, black to 6.7, and 8.7/G below No voids?8 layers, bifurcation, red to 7, black at 8.2, and 10/G below Void at 76 layers, red to 5.79 and black to 7.23 Void at 9?5 layers, red to 6.5, black to 10.37/GM below4 layers, drilling mud present? At 9, red to 7, black at 11.9 below Void at 172 layers, under penetrated7 layers, brown to 1, drilling mud present at 2, GM/red, black at 7.9 Relict voids?8 layers, drilling mud, brown to 4, black drilling mud to 6.8, black at 8 and 118 layers, brown to 2.7, drilling mud at 3.6, black at 8 and 14 Voids at 5, 11, and 139 layers, bifurcation, brown to 1.9, drilling mud at 4.5, black at 8 and 119 layers, brown to1.7, drilling mud at 4.2, black at 8 and 10.2 Relict voids?3 layers, brown to 2.5, black drilling mud to 5.8, black at 7.4 Voids at 1.2 and 7.2 11 layers, brown to .78, black drilling mud to 4.3, black at 8, 11, and 137 layers, brown to 2, black drilling mud to 5.5, black at 7.3 Voids at 7 and 8 3 layers, black drilling mud to 8 Inactive voids4 layers, drilling mud, black to 6.7 Inactive voids?2 layers, black to 7.7, drilling mud 4 layers, brown to 1.5, black drilling mud to 7.4; red/GM below4 layers, bifurcation, black drilling mud to 6.5, red below, black at 8.6 Relict voids?4 layers, bifurcation, black drilling mud to 7.46, GM/red below Active voids?3 layers, black drilling mud to 7.6, red to 9.5, black at 9.88 layers, black drilling mud to 6.7, black at 11.3; red/GM between/below4 layers, black drilling mud to 7; black at 9.5 red/GM below/between6 layers, bifurcation, black drilling mud to 6.5, black at 11.3; red/GM below/between Relict voids at depth7 layers, brown to 2.1, black drilling mud to 5.36 layers, brown to 2.2, black drilling mud to 3.2, black at 8.3; red/GM Voids at 2 and 10 4 layers, red to 8, black 6.79, G/red below Voids at 8.9 and 1110 layers, bifurcation, red to 5.8, GM below with black at 7.5, 9.5, and 11.36 layers, bifurcation, red to 6.8, black at 7.1, 9.2, 12.4, and GM below4 layers, red to 7.8, black at 10, 14, and GM between/below Voids at 5 and 6.5?7 layers, drilling mud, red to 8, brown and black; between and below7 layers, black drilling mud to 3.4, red to 6.8, black 7; 10/GM below Relict voids?7 layers, red to 6.3, black at 7 and 10, and GM below/between6 layers, red to 7, black at 8, and 11/GM between/below

E2-19
 Appendix E2. Sediment profile imaging data for Cruise 2B (Garden Banks Block 516).

Block Station

GB516 NF-3-01BGB516 NF-3-02BGB516 NF-3-03BGB516 NF-3-04BGB516 NF-3-06BGB516 NF-3-07BGB516 NF-3-08BGB516 NF-3-09BGB516 NF-3-10BGB516 NF-3-11BGB516 NF-3-12BGB516 NF-3-13BGB516 NF-3-14BGB516 NF-3-15BGB516 NF-3-16BGB516 NF-3-17BGB516 NF-3-18BGB516 NF-3-19BGB516 NF-3-20BGB516 NF-3-21BGB516 NF-3-22BGB516 NF-3-23BGB516 NF-3-24BGB516 NF-3-25BGB516 NF-3-26BGB516 NF-3-27BGB516 NF-3-28BGB516 NF-3-29BGB516 NF-3-30BGB516 NF-3-31BGB516 NF-3-32BGB516 NF-3-33BGB516 NF-3-34BGB516 NF-3-35BGB516 NF-3-36B

Sedimentary Layers and Depth (cm) Feeding Voids 

and Depth (cm)

7 layers, bifurcation, red to 6.8, 7.3, 9.4, 11.23; 12.7 black/GM/G below Relict voids at 7 and 9.95 layers, bifurcation, drilling mud?; red to 2, black at 9.6, and 11.2/G below No macrofauna visible9 layers, red to 2, bifurcation, black drilling mud at 3.1, black at 9.6; 11/G below Voids at 7.7 and 8 below Void at 1.7?8 layers, brown to 2, black drilling mud at 6.1, bifurcation, black at 10 and 12 Relict voids?8 layers, brown to 2.3, black drilling mud at 4.05, black at 8.5 and 118 layers, brown to 2.3, black drilling mud at 5.4, black at 8 and 12; R/G below Void at 77 layers, brown to 1.8, black drilling mud at 5.2, black at 9+13/red/G below10 layers, brown to 2.7, black drilling mud at 4.8, black at 7, and 12/R/G below Void at 10.56 to 7 layers, brown to 2.3, black drilling mud at 4.3, black at 6.7+12R/G below Active voids at 26 to 9 layers, brown to 1.5, black drilling mud at 3.8, black at 8.2/GM/G below Void at 2?8 layers, brown to 2.8, black drilling mud at 4.1 red, black at 10 and 12/G below8 layers, brown to 2.2, black drilling mud at 3.54, black at 7.5 and 9.8R/G below5 layers, brown to 2.6, black drilling mud at 3.7, black at 11/red/G below Void at 6.3?8 layers, bifurcation, red to 7.5, black at 8, 11, and 12; red/GM/G below7 layers, bifurcation, red to 6.3, black at 7, 8.7, and 11; red/ below+between Void at 3 ?below10 layers, drilling mud, bifurcation, red to 3.5; BL/G below + between Void at 12?6 to 7 layers, red to 7.3, black at 8.3, 11, and 13GM/G below/between Void at 25 to 6 layers, red to 7, black at 8.5 and 12.6 /G/GM below+between7 layers below surface, R/black at 3, and 5/G below 4 layers, red to 7, black at 8.7/GM/G below+between Void at 1.5?6 layers, bifurcation, red to 8.8, black at 10+12/GM/G below+between6 layers, red to 6.2, bifurcation, black at 8+10; GM/G below+between Foraminiferans?7 layers, bifurcation, red to 7.4, black at 9.5, 10.5, and 12.5/GM/G below+between5 to 7 layers, red to 7.8, black at 13 and 18/GM/G below+between Void at 2?6 layers, red to 6.4, black at 9.4, 11.4, 13.8/GM/G below+between5 to 6 layers, red to 6.8, black at 10.7 and 13.5/GM below+between Voids at 1 and 8.57 layers, red to 5.8, black at 7, 11, and 13/GM/G below5 layers, red to 6.6, black at 10, and 12/GM between7 layers, bifurcation, red to 6.8, black at 7.2, 8.2, and 10.7/GM below+between4 layers, red to 7.2, GM/G below, no black, no drilling mud Relict voids at 9 and 125 layers, red to 7.3, black at 8.2+10/GM below Voids at 3 to 48 layers, red to 5.7, black at 7.6, 9.3, and 11.3/GM/G below+between Relict void at 77 to 8 layers, bifurcation, red to 6.7, black at 8.2, 9.7, and 11.7/GM below+between Void at 3

E2-20
 Appendix E2. Sediment profile imaging data for Cruise 2B (Garden Banks Block 516).

Block Station

GB516 FF3-01BGB516 FF3-02BGB516 FF3-03BGB516 FF3-04BGB516 FF3-05BGB516 FF3-06BGB516 FF3-07BGB516 FF3-08BGB516 FF3-09BGB516 FF3-10BGB516 FF3-11BGB516 FF3-12BGB516 FF3-13BGB516 FF3-14BGB516 FF3-15BGB516 FF3-16BGB516 FF3-17BGB516 FF3-18BGB516 FF3-19BGB516 FF3-20BGB516 FF3-21BGB516 FF3-22BGB516 FF3-23BGB516 FF3-24BGB516 FF3-25BGB516 FF3-26BGB516 FF3-27BGB516 FF3-28BGB516 FF3-29BGB516 FF3-30BGB516 FF3-31BGB516 FF3-32BGB516 FF3-33BGB516 FF3-34BGB516 FF3-35BGB516 FF3-36BGB516 FF3-37BGB516 FF3-38BGB516 FF3-39BGB516 FF3-40BGB516 FF4-01B

RPD, penetration depth

boundary roughness, and 

grain size comments

Megafaunal mound?

E2-21
 Appendix E2. Sediment profile imaging data for Cruise 2B (Garden Banks Block 516).

Block Station

GB516 FF4-02BGB516 FF4-03BGB516 FF4-04BGB516 FF4-05BGB516 FF4-06BGB516 FF4-07BGB516 FF4-08BGB516 FF4-09BGB516 FF4-10BGB516 FF4-11BGB516 FF4-12BGB516 FF4-13BGB516 FF4-14BGB516 FF4-15BGB516 FF4-16BGB516 FF4-17BGB516 FF4-18BGB516 FF4-19BGB516 FF4-20BGB516 FF4-21BGB516 FF4-22BGB516 FF4-23BGB516 FF4-24BGB516 FF4-25BGB516 FF4-26BGB516 FF4-27BGB516 FF4-29BGB516 FF4-30BGB516 FF4-31BGB516 FF4-32BGB516 FF4-33BGB516 FF4-34BGB516 FF4-35BGB516 FF4-36B

RPD, penetration depth

boundary roughness, and 

grain size comments

surface interval (Sl) pull-awaySI pull-away, rippled? feeding depression?Small patch of microbial mat in center?Sl pull-awaySl pull-awaySl pull-awayPull awaySl pull-awaySl pull-awayRippled

E2-22
 Appendix E2. Sediment profile imaging data for Cruise 2B (Garden Banks Block 516).

Block Station

GB516 FF5-01BGB516 FF5-02BGB516 FF5-03BGB516 FF5-04BGB516 FF5-05BGB516 FF5-06BGB516 FF5-07BGB516 FF5-08BGB516 FF5-09BGB516 FF5-10BGB516 FF5-11BGB516 FF5-12BGB516 FF5-13BGB516 FF5-14AGB516 FF5-15BGB516 FF5-16BGB516 FF5-17BGB516 FF5-18BGB516 FF5-19BGB516 FF5-20BGB516 FF5-21BGB516 FF5-22BGB516 FF5-23BGB516 FF5-24BGB516 FF5-25BGB516 FF5-26BGB516 FF5-27BGB516 FF5-28BGB516 FF5-29BGB516 FF5-30BGB516 FF5-31BGB516 FF5-32BGB516 FF5-33BGB516 FF5-34BGB516 FF5-35BGB516 FF5-36B

RPD, penetration depth

boundary roughness, and 

grain size comments

Indeterminant; surface disturbedRippledSl pull-awaySl pull-awaySl pull-awaySI pull-away; primary slopeSl pull-away

E2-23
 Appendix E2. Sediment profile imaging data for Cruise 2B (Garden Banks Block 516).

Block Station

GB516 NF1-01BGB516 NF1-02BGB516 NF1-03BGB516 NF1-04BGB516 NF1-05BGB516 NF1-06BGB516 NF1-07BGB516 NF1-08BGB516 NF1-09BGB516 NF1-10BGB516 NF1-11BGB516 NF1-12BGB516 NF1-13BGB516 NF1-14BGB516 NF1-15BGB516 NF1-16BGB516 NF1-17BGB516 NF1-18BGB516 NF1-19BGB516 NF1-20BGB516 NF1-21BGB516 NF1-22BGB516 NF1-23BGB516 NF1-24BGB516 NF1-25BGB516 NF1-26BGB516 NF1-27BGB516 NF1-28BGB516 NF1-29BGB516 NF1-30BGB516 NF1-31BGB516 NF1-32BGB516 NF1-33BGB516 NF1-34BGB516 NF1-35BGB516 NF1-36B

RPD, penetration depth

boundary roughness, and 

grain size comments

Pull awaySlight pull-away; gray/black mottled layer at ~ 2G/black mottled layer under dark(?); trace surface drilling mud?; mud at 21.5 brown surface layer under RPD; surface trace drilling mud; gray/black under drilling mud 1 to 4 Surface drilling mud over gray/black layerDrilling mud over gray/black clayDrilling mud over gray/black clayDrilling mud over gray/black clayDrilling mud over gray/black clayDrilling mud over gray/black clayDrilling mud over gray/black clayDrilling mud over gray/black clayDrilling mud over gray/black clayDrilling mud over gray/black claygray-black clay under oxidized surfacegray-black clay under oxidized surfacegray-black clay under oxidized surfacegray-black clay under oxidized surfacePatch RPD; gray-black clay under oxidized surfacegray-black clay at surfacegray-black clay at surface; drilling mud presentSulfitic at surfaceSulfitic at surfaceSmearing of lower layers to surface; sulfitic at surfaceSmear of oxygenated lower layers near surface?; sulfitic at surfaceSulfitic at surfaceSulfitic at surfaceSulfitic at surfaceSulfitic at surfaceSulfitic at surface

E2-24
 Appendix E2. Sediment profile imaging data for Cruise 2B (Garden Banks Block 516).

Block Station

GB516 NF2-01BGB516 NF2-02BGB516 NF2-03BGB516 NF2-04BGB516 NF2-05BGB516 NF2-06BGB516 NF2-07BGB516 NF2-08BGB516 NF2-09BGB516 NF2-10AGB516 NF2-11AGB516 NF2-12AGB516 NF2-13AGB516 NF2-14AGB516 NF2-15AGB516 NF2-16AGB516 NF2-17AGB516 NF2-18AGB516 NF2-19AGB516 NF2-20AGB516 NF2-21AGB516 NF2-22AGB516 NF2-23AGB516 NF2-24BGB516 NF2-25AGB516 NF2-26AGB516 NF2-27BGB516 NF2-28BGB516 NF2-29BGB516 NF2-30BGB516 NF2-31BGB516 NF2-32BGB516 NF2-33BGB516 NF2-34BGB516 NF2-35BGB516 NF2-36B

RPD, penetration depth

boundary roughness, and 

grain size comments

ErosionalUnder penetrated; hard bottomsulfiticsulfitic at surfacesulfitic at surfacesulfitic at surfacesulfiticsulfitic at surfacesulfitic at surfacesulfitic at surfacesulfitic at surfacesulfitic

E2-25
 Appendix E2. Sediment profile imaging data for Cruise 2B (Garden Banks Block 516).

Block Station

GB516 NF-3-01BGB516 NF-3-02BGB516 NF-3-03BGB516 NF-3-04BGB516 NF-3-06BGB516 NF-3-07BGB516 NF-3-08BGB516 NF-3-09BGB516 NF-3-10BGB516 NF-3-11BGB516 NF-3-12BGB516 NF-3-13BGB516 NF-3-14BGB516 NF-3-15BGB516 NF-3-16BGB516 NF-3-17BGB516 NF-3-18BGB516 NF-3-19BGB516 NF-3-20BGB516 NF-3-21BGB516 NF-3-22BGB516 NF-3-23BGB516 NF-3-24BGB516 NF-3-25BGB516 NF-3-26BGB516 NF-3-27BGB516 NF-3-28BGB516 NF-3-29BGB516 NF-3-30BGB516 NF-3-31BGB516 NF-3-32BGB516 NF-3-33BGB516 NF-3-34BGB516 NF-3-35BGB516 NF-3-36B

RPD, penetration depth

boundary roughness, and 

grain size comments

Maybe Stage I in far-fieldRecently disturbedNo drilling mudNo drilling mudCamera disturbanceNo surface; pull away

E2-26
APPENDIX E3

Sediment Profile Imaging Results for Cruise 3B 

(Viosca Knoll Block 916) 

E3-1
Appendix E3. Sediment profile imaging data for Cruise 3B (Viosca Knoll Block 916).

Block Station Station Methane A

Transect- Thickness Type Major Bubbles 

Timestamp Minimum Maximum Mean (cm) Minimum Maximum Mode Minimum Maximum Mean 

VK916 NF1-1808 NF1-01 16.32 18.15 17.01 1.83 Physical >4 3 to 2 >4 0.00 0.00 0.00 No VK916 NF1-1811 NF1-02 10.35 12.94 11.61 2.59 Physical >4 3 to 2 >4 0.00 0.00 0.00 No VK916 NF1-1813 NF1-03 14.79 16.25 15.57 1.46 Physical >4 3 to 2 >4 0.00 0.00 0.00 No VK916 NF1-1815 NF1-04 12.29 14.97 14.19 2.68 Physical >4 3 to 2 >4 0.00 0.00 0.00 No VK916 NF1-1818 NF1-05 16.59 18.05 17.01 1.46 Physical >4 3 to 2 >4 0.00 0.00 0.00 No VK916 NF1-1819 NF1-06 13.29 16.22 15.28 2.93 Physical >4 3 to 2 >4 0.00 0.00 0.00 No VK916 NF1-1822 NF1-07 16.29 17.84 16.89 1.55 Physical >4 3 to 2 >4 0.00 0.00 0.00 No VK916 NF1-1824 NF1-08 18.14 18.83 18.65 0.69 Physical >4 3 to 2 >4 0.00 0.00 0.00 No VK916 NF1-1827 NF1-09 19.60 20.70 19.94 1.10 Physical >4 3 to 2 >4 0.00 0.00 0.00 No VK916 NF1-1828 NF1-10 12.94 16.42 14.66 3.48 Physical >4 3 to 2 >4 0.00 0.00 0.00 No VK916 NF1-1830 NF1-11 17.29 20.20 18.77 2.91 Physical >4 3 to 2 >4 0.00 0.00 0.00 No VK916 NF1-1831 NF1-12 18.00 19.48 18.54 1.48 Physical >4 3 to 2 >4 0.00 0.00 0.00 No VK916 NF1-1833 NF1-13 20.41 21.71 21.31 1.30 Physical >4 3 to 2 >4 0.00 0.00 0.00 No VK916 NF1-1835 NF1-14 16.86 18.80 18.07 1.94 Physical >4 3 to 2 >4 0.00 0.00 0.00 No VK916 NF1-1836 NF1-15 14.67 17.62 16.53 2.95 Physical >4 3 to 2 >4 0.00 0.00 0.00 No VK916 NF1-1838 NF1-16 21.41 22.37 22.08 0.96 Physical >4 3 to 2 >4 0.00 0.00 0.00 No VK916 NF1-1840 NF1-17 18.21 21.12 19.25 2.91 Physical >4 3 to 2 >4 0.00 0.00 0.00 No VK916 NF1-1842 NF1-18 15.32 16.57 15.98 1.25 Physical >4 3 to 2 >4 0.00 0.00 0.00 No VK916 NF1-1844 NF1-19 21.33 22.74 22.13 1.41 Physical >4 3 to 2 >4 0.00 0.00 0.00 No VK916 NF1-1846 NF1-20 15.38 17.67 16.93 2.29 Physical >4 3 to 2 >4 0.00 0.00 0.00 No VK916 NF1-1848 NF1-21 15.72 18.71 16.72 2.99 Physical >4 3 to 2 >4 0.00 0.00 0.00 No VK916 NF1-1853 NF1-23 22.22 22.66 22.44 0.44 Physical >4 3 to 2 >4 0.00 0.00 0.00 No VK916 NF1-1857 NF1-24 22.33 22.75 22.50 0.42 Physical >4 3 to 2 >4 0.00 0.00 0.00 No VK916 NF1-1858 NF1-25 18.68 20.86 20.08 2.18 Physical >4 3 to 2 >4 0.00 0.00 0.00 No VK916 NF1-1900 NF1-26 17.52 18.77 18.11 1.25 Physical >4 2 to 1 >4 0.00 0.00 0.00 No VK916 NF1-1902 NF1-27 15.67 16.15 15.94 0.48 Physical >4 3 to 2 >4 0.00 0.00 0.00 No VK916 NF1-1903 NF1-28 15.84 18.38 17.28 2.54 Physical >4 3 to 2 >4 0.00 0.00 0.00 No VK916 NF1-1905 NF1-29 16.67 18.49 17.71 1.82 Physical >4 3 to 2 >4 0.00 0.00 0.00 No VK916 NF1-1906 NF1-30 18.68 19.56 19.13 0.88 Physical >4 3 to 2 >4 0.00 0.00 0.00 No VK916 NF1-1907 NF1-31 15.49 17.87 16.56 2.38 Physical >4 3 to 2 >4 0.00 0.00 0.00 No VK916 NF1-1909 NF1-32 18.99 19.80 19.29 0.81 Physical >4 2 to 1 >4 0.00 0.00 0.00 No VK916 NF1-1911 NF1-33 20.22 22.36 21.65 2.14 Physical >4 2 to 1 >4 0.00 0.00 0.00 No VK916 NF1-1913 NF1-34 20.19 21.26 20.92 1.07 Physical >4 2 to 1 >4 0.00 0.00 0.00 No VK916 NF1-1915 NF1-35 20.89 21.83 21.40 0.94 Physical >4 2 to 1 >4 0.00 0.00 0.00 No VK916 NF1-1917 NF1-36 16.11 17.18 16.45 1.07 Physical >4 3 to 2 >4 0.00 0.00 0.00 No VK916 NF1-1919 NF1-37 19.00 21.38 20.46 2.38 Physical >4 2 to 1 >4 0.00 0.00 0.00 No VK916 NF1-1921 NF1-38 19.26 20.16 19.77 0.90 Physical >4 3 to 2 >4 0.00 0.00 0.00 No VK916 NF1-1922 NF1-39 16.89 18.56 17.70 1.67 Physical >4 3 to 2 >4 0.00 0.00 0.00 No VK916 NF1-1924 NF1-40 17.60 20.27 19.26 2.67 Physical >4 2 to 1 >4 0.00 0.00 0.00 No VK916 NF2-0137 NF2-03 16.15 18.91 18.09 2.76 Physical >4 3 to 2 >4 0.00 0.00 0.00 No VK916 NF2-0139 NF2-04 15.38 16.57 15.98 1.19 Physical >4 3 to 2 >4 0.00 0.00 0.00 No 

Penetration Depth (cm) Boundary Roughness Grain Size (phi) Redox Potential Discontinuity

(RPD) Depth (cm)

E3-3
Appendix E3. Sediment profile imaging data for Cruise 3B (Viosca Knoll Block 916).

Block Station Station Methane A

Transect- Thickness Type Major Bubbles 

Timestamp Minimum Maximum Mean (cm) Minimum Maximum Mode Minimum Maximum Mean 

Penetration Depth (cm) Boundary Roughness Grain Size (phi) Redox Potential Discontinuity

(RPD) Depth (cm)

VK916 NF2-0140 NF2-05 16.91 17.89 17.43 0.98 Physical >4 3 to 2 >4 0.00 0.00 0.00 No VK916 NF2-0142 NF2-06 10.23 14.84 13.15 4.61 Physical >4 3 to 2 >4 0.00 0.00 0.00 No VK916 NF2-0143 NF2-07 14.41 15.65 14.87 1.24 Physical >4 3 to 2 >4 0.00 0.00 0.00 No VK916 NF2-0147 NF2-09 16.51 18.32 17.53 1.81 Physical >4 3 to 2 >4 0.00 0.00 0.00 No VK916 NF2-0148 NF2-10 17.23 19.30 18.73 2.07 Physical >4 3 to 2 >4 0.00 0.00 0.00 No VK916 NF2-0150 NF2-11 20.46 20.82 20.55 0.36 Physical >4 3 to 2 >4 0.00 0.00 0.00 No VK916 NF2-0152 NF2-12 13.62 18.02 17.73 4.40 Physical >4 3 to 2 >4 0.00 0.00 0.00 No VK916 NF2-0153 NF2-13 17.46 18.02 17.73 0.56 Physical >4 3 to 2 >4 0.00 0.00 0.00 No VK916 NF2-0155 NF2-14 16.30 17.90 17.16 1.60 Physical >4 3 to 2 >4 0.00 0.00 0.00 No VK916 NF2-0156 NF2-15 20.70 22.48 21.81 1.78 Physical >4 3 to 2 >4 0.00 0.00 0.00 No VK916 NF2-0157 NF2-16 17.90 19.96 19.46 2.06 Physical >4 3 to 2 >4 0.00 0.00 0.00 No VK916 NF2-0159 NF2-17 16.61 19.66 19.46 3.05 Physical >4 3 to 2 >4 0.00 0.00 0.00 No VK916 NF2-0200 NF2-18 18.89 22.42 19.99 3.53 Physical >4 3 to 2 >4 0.00 0.00 0.00 No VK916 NF2-0202 NF2-19 18.01 18.77 18.32 0.76 Physical >4 3 to 2 >4 0.00 0.00 0.00 No VK916 NF2-0205 NF2-20 18.88 20.70 19.70 1.82 Physical >4 2 to 1 >4 0.00 0.00 0.00 No VK916 NF2-0207 NF2-21 19.69 20.47 20.04 0.78 Physical >4 3 to 2 >4 0.00 0.00 0.00 No VK916 NF2-0208 NF2-22 16.88 18.26 17.41 1.38 Physical >4 3 to 2 >4 0.00 0.00 0.00 No VK916 NF2-0209 NF2-23 18.94 19.84 19.29 0.90 Physical >4 3 to 2 >4 0.00 0.00 0.00 No VK916 NF2-0213 NF2-25 18.26 20.32 19.40 2.06 Physical >4 3 to 2 >4 0.00 0.00 0.00 No VK916 NF2-0214 NF2-26 22.45 22.45 22.45 0.00 Indeterminate >4 3 to 2 >4 No VK916 NF2-0216 NF2-27 17.75 19.19 18.61 1.44 Physical >4 3 to 2 >4 0.00 0.00 0.00 No VK916 NF2-0217 NF2-28 14.39 16.30 15.46 1.91 Physical >4 3 to 2 >4 0.00 0.00 0.00 No VK916 NF2-0219 NF2-29 18.74 19.57 19.09 0.83 Physical >4 3 to 2 >4 0.00 0.00 0.00 No VK916 NF2-0220 NF2-30 16.65 17.34 16.97 0.69 Physical >4 3 to 2 >4 0.00 0.00 0.00 No VK916 NF2-0222 NF2-31 17.99 19.49 18.70 1.50 Physical >4 3 to 2 >4 0.00 0.00 0.00 No VK916 NF2-0224 NF2-32 17.39 17.90 17.65 0.51 Physical >4 3 to 2 >4 0.00 0.00 0.00 No VK916 NF2-0225 NF2-33 14.80 16.93 15.64 2.13 Physical >4 3 to 2 >4 0.00 0.00 0.00 No VK916 NF2-0227 NF2-34 19.27 20.52 19.90 1.25 Physical >4 3 to 2 >4 0.00 0.00 0.00 No VK916 NF2-0228 NF2-35 16.54 18.23 17.19 1.69 Physical >4 3 to 2 >4 0.00 0.00 0.00 No VK916 NF2-0230 NF2-36 18.38 19.69 19.01 1.31 Physical >4 3 to 2 >4 0.00 0.00 0.00 No VK916 NF2-0232 NF2-37 19.15 20.61 19.92 1.46 Physical >4 3 to 2 >4 0.00 0.00 0.00 No VK916 NF2-0233 NF2-38 16.77 18.87 17.96 2.10 Physical >4 3 to 2 >4 0.00 0.00 0.00 No VK916 NF2-0235 NF2-39 16.48 18.83 17.69 2.35 Physical >4 3 to 2 >4 0.00 0.00 0.00 No VK916 NF2-0236 NF2-40 20.05 21.07 20.68 1.02 Physical >4 3 to 2 >4 0.00 0.00 0.00 No VK916 NF3-0426 NF3-02 16.33 17.22 16.90 0.89 Physical >4 2 to 1 >4 0.00 1.31 0.63 No VK916 NF3-0427 NF3-03 18.02 19.48 18.44 1.46 Physical >4 2 to 1 >4 0.11 2.41 1.12 No VK916 NF3-0429 NF3-04 16.18 17.69 17.24 1.51 Physical >4 2 to 1 >4 0.12 2.17 1.41 No VK916 NF3-0430 NF3-05 18.15 19.66 18.84 1.51 Physical >4 2 to 1 >4 0.00 0.00 0.00 No VK916 NF3-0432 NF3-06 18.14 19.27 18.68 1.13 Physical >4 2 to 1 >4 0.00 0.00 0.00 No 

Indeterminate

E3-4
Appendix E3. Sediment profile imaging data for Cruise 3B (Viosca Knoll Block 916).

Block Station Station Methane A

Transect- Thickness Type Major Bubbles 

Timestamp Minimum Maximum Mean (cm) Minimum Maximum Mode Minimum Maximum Mean 

Penetration Depth (cm) Boundary Roughness Grain Size (phi) Redox Potential Discontinuity

(RPD) Depth (cm)

VK916 NF3-0433 NF3-07 13.71 15.46 14.70 1.75 Physical >4 2 to 1 >4 0.00 0.00 0.00 No VK916 NF3-0439 NF3-08 16.34 18.45 17.65 2.11 Physical >4 3 to 2 >4 0.00 0.00 0.00 No VK916 NF3-0441 NF3-09 16.97 18.20 17.63 1.23 Physical >4 2 to 1 >4 0.00 0.77 0.36 No VK916 NF3-0443 NF3-10 17.48 19.21 18.48 1.73 Physical >4 3 to 2 >4 0.00 0.80 0.32 No VK916 NF3-0445 NF3-11 16.77 18.65 17.77 1.88 Physical >4 3 to 2 >4 0.00 1.37 0.46 No VK916 NF3-0446 NF3-12 17.33 19.92 18.41 2.59 Physical >4 3 to 2 >4 0.00 2.08 0.38 No VK916 NF3-0448 NF3-13 15.76 16.80 16.30 1.04 Physical >4 2 to 1 >4 0.00 1.84 1.01 No VK916 NF3-0449 NF3-14 15.65 17.52 16.89 1.87 Physical >4 3 to 2 >4 0.00 1.33 0.67 No VK916 NF3-0452 NF3-15 15.95 17.81 16.51 1.86 Physical >4 2 to 1 >4 0.00 0.92 0.51 No VK916 NF3-0455 NF3-16 18.73 19.49 19.07 0.76 Physical >4 2 to 1 >4 0.00 1.64 0.58 No VK916 NF3-0457 NF3-17 15.30 16.54 16.00 1.24 Physical >4 2 to 1 >4 0.00 0.59 0.25 No VK916 NF3-0458 NF3-18 17.37 18.38 17.80 1.01 Physical >4 3 to 2 >4 0.06 0.96 0.54 No VK916 NF3-0459 NF3-19 15.83 16.98 16.14 1.15 Physical >4 2 to 1 >4 0.00 0.00 0.00 No VK916 NF3-0501 NF3-20 16.28 17.00 16.72 0.72 Physical >4 2 to 1 >4 0.00 0.00 0.00 No VK916 NF3-0502 NF3-21 18.29 19.63 19.01 1.34 Physical >4 3 to 2 >4 0.03 1.28 0.71 No VK916 NF3-0503 NF3-22 15.67 17.93 16.82 2.26 Physical >4 3 to 2 >4 0.00 0.98 0.55 No VK916 NF3-0505 NF3-23 16.36 19.72 18.27 3.36 Physical >4 3 to 2 >4 0.00 0.00 0.00 No VK916 NF3-0506 NF3-24 14.91 15.64 15.15 0.73 Physical >4 3 to 2 >4 0.00 0.89 0.23 No VK916 NF3-0508 NF3-25 15.06 16.19 15.63 1.13 Physical >4 3 to 2 >4 0.00 0.74 0.19 No VK916 NF3-0509 NF3-26 17.01 18.40 17.80 1.39 Physical >4 2 to 1 >4 0.00 0.00 0.00 No VK916 NF3-0511 NF3-27 16.01 17.34 16.38 1.33 Physical >4 2 to 1 >4 0.00 0.68 0.19 No VK916 NF3-0512 NF3-28 13.07 16.30 15.31 3.23 Physical >4 2 to 1 >4 0.00 0.00 0.00 No VK916 NF3-0514 NF3-29 19.06 19.76 19.32 0.70 Physical >4 2 to 1 >4 0.00 0.00 0.00 No VK916 NF3-0516 NF3-30 20.54 22.19 21.60 1.65 Physical >4 3 to 2 >4 0.00 0.00 0.00 No VK916 NF3-0517 NF3-31 16.13 16.75 16.39 0.62 Physical >4 3 to 2 >4 0.00 0.00 0.00 No VK916 NF3-0519 NF3-32 15.49 17.13 16.35 1.64 Physical >4 3 to 2 >4 0.00 0.00 0.00 No VK916 NF3-0522 NF3-34 14.01 16.22 15.19 2.21 Physical >4 3 to 2 >4 0.00 0.00 0.00 No VK916 NF3-0523 NF3-35 19.18 20.85 19.97 1.67 Physical >4 3 to 2 >4 0.00 0.00 0.00 No VK916 NF3-0525 NF3-36 21.08 22.17 21.59 1.09 Physical >4 3 to 2 >4 0.00 0.89 0.20 No VK916 NF3-0527 NF3-37 21.97 22.33 22.27 0.36 Physical >4 3 to 2 >4 0.01 1.47 0.62 No VK916 NF3-0529 NF3-38 20.04 21.07 20.59 1.03 Physical >4 1 to 0 >4 0.00 0.00 0.00 No VK916 NF3-0531 NF3-39 17.72 20.22 19.24 2.50 Physical >4 2 to 1 >4 0.00 0.86 0.34 No 

E3-5
Appendix E3. Sediment profile imaging data for Cruise 3B (Viosca Knoll Block 916).

Block Station Station

TransectTimestamp

VK916 NF1-1808 NF1-01VK916 NF1-1811 NF1-02VK916 NF1-1813 NF1-03VK916 NF1-1815 NF1-04VK916 NF1-1818 NF1-05VK916 NF1-1819 NF1-06VK916 NF1-1822 NF1-07VK916 NF1-1824 NF1-08VK916 NF1-1827 NF1-09VK916 NF1-1828 NF1-10VK916 NF1-1830 NF1-11VK916 NF1-1831 NF1-12VK916 NF1-1833 NF1-13VK916 NF1-1835 NF1-14VK916 NF1-1836 NF1-15VK916 NF1-1838 NF1-16VK916 NF1-1840 NF1-17VK916 NF1-1842 NF1-18VK916 NF1-1844 NF1-19VK916 NF1-1846 NF1-20VK916 NF1-1848 NF1-21VK916 NF1-1853 NF1-23VK916 NF1-1857 NF1-24VK916 NF1-1858 NF1-25VK916 NF1-1900 NF1-26VK916 NF1-1902 NF1-27VK916 NF1-1903 NF1-28VK916 NF1-1905 NF1-29VK916 NF1-1906 NF1-30VK916 NF1-1907 NF1-31VK916 NF1-1909 NF1-32VK916 NF1-1911 NF1-33VK916 NF1-1913 NF1-34VK916 NF1-1915 NF1-35VK916 NF1-1917 NF1-36VK916 NF1-1919 NF1-37VK916 NF1-1921 NF1-38VK916 NF1-1922 NF1-39VK916 NF1-1924 NF1-40VK916 NF2-0137 NF2-03VK916 NF2-0139 NF2-04

Burrow Burrow comments Clast Clast Comments Epifauna Infauna Faunal comments 

No Yes Red and gray No No . No Yes Red and gray No No 

Yes Yes Red and gray No No 

No Yes Red and gray No No No Yes Red and gray No No No Yes Red and gray No No No Yes Red and gray No No No Yes Red and gray No No No Yes Red and gray No No No Yes Red and gray; wiper clast No No No Yes Red and gray No No No Yes Red and gray No No No Yes Red and gray No No 

Yes Thin Yes Red and gray No Yes Worm at 10 to 11 cm depth 

No Yes Red and gray No Yes Small worm? at 11 cm depth 

Yes Thin Yes Red and gray No Yes Worm at 9 to 11 cm depth 

No Yes Red and gray No No No Yes Red and gray No No No Yes Red and gray No No No Yes Red and gray No No 

Yes Thin Yes Red and gray No Yes Thin worm at 12.5 cm depth 

No Yes Red and gray No No 

Yes Thin (2) Yes Red and gray No Yes Thin worms (2) 

No Yes Red and gray No No 

Yes Thin Yes Red and gray No No 

No Yes Red and gray No No No Yes Red and gray No No No Yes Red and gray No No No Yes Red and gray No No 

Yes Thin Yes Red and gray No Yes Worm at 3.2 to 5.1 cm depth 

No Yes Red and gray No No No Yes Red and gray No No No Yes Red and gray No No No Yes Red and gray No No No Yes Red and gray No No No Yes Red and gray No No No Yes Red and gray No No No Yes Red and gray No No No Yes Red and gray No No No Yes No No No Yes No No 

E3-6
Appendix E3. Sediment profile imaging data for Cruise 3B (Viosca Knoll Block 916).

Block Station Station

TransectTimestamp

VK916 NF2-0140 NF2-05VK916 NF2-0142 NF2-06VK916 NF2-0143 NF2-07VK916 NF2-0147 NF2-09VK916 NF2-0148 NF2-10VK916 NF2-0150 NF2-11VK916 NF2-0152 NF2-12VK916 NF2-0153 NF2-13VK916 NF2-0155 NF2-14VK916 NF2-0156 NF2-15VK916 NF2-0157 NF2-16VK916 NF2-0159 NF2-17VK916 NF2-0200 NF2-18VK916 NF2-0202 NF2-19VK916 NF2-0205 NF2-20VK916 NF2-0207 NF2-21VK916 NF2-0208 NF2-22VK916 NF2-0209 NF2-23VK916 NF2-0213 NF2-25VK916 NF2-0214 NF2-26VK916 NF2-0216 NF2-27VK916 NF2-0217 NF2-28VK916 NF2-0219 NF2-29VK916 NF2-0220 NF2-30VK916 NF2-0222 NF2-31VK916 NF2-0224 NF2-32VK916 NF2-0225 NF2-33VK916 NF2-0227 NF2-34VK916 NF2-0228 NF2-35VK916 NF2-0230 NF2-36VK916 NF2-0232 NF2-37VK916 NF2-0233 NF2-38VK916 NF2-0235 NF2-39VK916 NF2-0236 NF2-40VK916 NF3-0426 NF3-02VK916 NF3-0427 NF3-03VK916 NF3-0429 NF3-04VK916 NF3-0430 NF3-05VK916 NF3-0432 NF3-06

Burrow Burrow comments Clast Clast Comments Epifauna Infauna Faunal comments 

No Yes No No No Yes No No No Yes No No No Yes No No No Yes No No No Yes Large wiper clast No No No Yes No No No Yes No No No Yes No Yes Stage I No Yes No Yes Stage I No Yes No Yes Stage I No Yes No Yes Stage I No Yes No No No Yes No No No Yes No Yes Stage I No Yes No Yes Stage I No Yes No No No Yes No Yes Stage I No Yes No No No Yes No No No Yes No No No Yes No No No Yes No No No Yes No No No Yes No No No Yes No No No Yes No No No Yes No Yes Stage I No Yes No No No Yes No No No Yes No No No Yes No No No Yes No No No Yes No No No Yes No No No Yes No No 

Yes U-shaped burrow Yes No No Yes Yes No No 

No Yes No No 

E3-7
Appendix E3. Sediment profile imaging data for Cruise 3B (Viosca Knoll Block 916).

Block Station Station

TransectTimestamp

VK916 NF3-0433 NF3-07VK916 NF3-0439 NF3-08VK916 NF3-0441 NF3-09VK916 NF3-0443 NF3-10VK916 NF3-0445 NF3-11VK916 NF3-0446 NF3-12VK916 NF3-0448 NF3-13VK916 NF3-0449 NF3-14VK916 NF3-0452 NF3-15VK916 NF3-0455 NF3-16VK916 NF3-0457 NF3-17VK916 NF3-0458 NF3-18VK916 NF3-0459 NF3-19VK916 NF3-0501 NF3-20VK916 NF3-0502 NF3-21VK916 NF3-0503 NF3-22VK916 NF3-0505 NF3-23VK916 NF3-0506 NF3-24VK916 NF3-0508 NF3-25VK916 NF3-0509 NF3-26VK916 NF3-0511 NF3-27VK916 NF3-0512 NF3-28VK916 NF3-0514 NF3-29VK916 NF3-0516 NF3-30VK916 NF3-0517 NF3-31VK916 NF3-0519 NF3-32VK916 NF3-0522 NF3-34VK916 NF3-0523 NF3-35VK916 NF3-0525 NF3-36VK916 NF3-0527 NF3-37VK916 NF3-0529 NF3-38VK916 NF3-0531 NF3-39

Burrow Burrow comments Clast Clast Comments Epifauna Infauna Faunal comments 

No Yes No No No Yes No No No Yes No Yes Worm at 5 cm depth No Yes No No No Yes No No No Yes No No No Yes No No No Yes No No No Yes No No No Yes No No No Yes No No No Yes No No No Yes No No No Yes No No No Yes No Yes Stage I No Yes No No No Yes No No 

Yes 2 Yes No No 

No Yes Wiper clast No No 

Yes Yes Wiper clast No No 

No Yes No No No Yes No No No Yes No Yes Stage I No Yes No No No Yes No No No Yes No No No Yes No No No Yes No No No Yes No No No Yes No No No Yes No Yes Stage I tubes No Yes No Yes Stage I 

E3-8
Appendix E3. Sediment profile imaging data for Cruise 3B (Viosca Knoll Block 916).

Block Station Station

TransectTimestamp

VK916 NF1-1808 NF1-01VK916 NF1-1811 NF1-02VK916 NF1-1813 NF1-03VK916 NF1-1815 NF1-04VK916 NF1-1818 NF1-05VK916 NF1-1819 NF1-06VK916 NF1-1822 NF1-07VK916 NF1-1824 NF1-08VK916 NF1-1827 NF1-09VK916 NF1-1828 NF1-10VK916 NF1-1830 NF1-11VK916 NF1-1831 NF1-12VK916 NF1-1833 NF1-13VK916 NF1-1835 NF1-14VK916 NF1-1836 NF1-15VK916 NF1-1838 NF1-16VK916 NF1-1840 NF1-17VK916 NF1-1842 NF1-18VK916 NF1-1844 NF1-19VK916 NF1-1846 NF1-20VK916 NF1-1848 NF1-21VK916 NF1-1853 NF1-23VK916 NF1-1857 NF1-24VK916 NF1-1858 NF1-25VK916 NF1-1900 NF1-26VK916 NF1-1902 NF1-27VK916 NF1-1903 NF1-28VK916 NF1-1905 NF1-29VK916 NF1-1906 NF1-30VK916 NF1-1907 NF1-31VK916 NF1-1909 NF1-32VK916 NF1-1911 NF1-33VK916 NF1-1913 NF1-34VK916 NF1-1915 NF1-35VK916 NF1-1917 NF1-36VK916 NF1-1919 NF1-37VK916 NF1-1921 NF1-38VK916 NF1-1922 NF1-39VK916 NF1-1924 NF1-40VK916 NF2-0137 NF2-03VK916 NF2-0139 NF2-04

Sedimentary layers and depths (cm) Feeding void numbers and depths (cm)

3 layers; red 2.35, mid chaotic, lower gray clay Void at 16.3 cm depth3 layers; red 3.02, chaotic, gray Feeding void at 12 cm depth3 layers; red 2.20, chaotic, gray clay Small feeding voids at 13 and 14 cm depth3 layers; red 5.05, chaotic, gray clay Filled-in voids; recumbent/buried tubes3 layers; red 2.13, chaotic, gray clay Small feeding void at 16.4 cm depth3 layers; red 1.73, chaotic, gray clay Tubes in stirred-up sediment cloud3 layers; red 3.71, chaotic, gray clay No feeding voids3 layers; red 3.36, chaotic, gray clay Small void at 16 cm; gray filled void; tube at surface3 layers; red 4.69, chaotic, gray clay Small void at 12 cm; recumbent/buried tubes3 layers; red 2.30, chaotic, gray clay Tiny voids at 8 cm depth3 layers; red 4.25, chaotic, gray clay Tiny voids at 15 and 18 cm; recumbent/buried tubes3 layers; red 2.92, chaotic, gray clay Tiny void at 15.5 cm3 layers; red 5.12, chaotic, gray clay Nice void at 17 cm3 layers; red 3.48, chaotic, gray clay Void at 11.7 cm3 layers; red 2.16, chaotic, gray clay Tiny void at 12 cm depth3 layers; red 3.75, chaotic, gray clay Small voids at 19.6 and 22 cm3 layers; red 3.09, chaotic, gray clay Small void at 9.9 cm depth3 layers; red 3.03, chaotic, gray clay No feeding voids; recumbent/buried tube3 layers; red 4.63, chaotic, gray clay No voids; no tubes3 layers; red 3.00, patchy, chaotic, gray clay No voids; no tubes3 layers; red 3.51, chaotic, gray clay Tiny void at 11 cm; no tubes3 layers; red 0.40, chaotic, gray clay Nice feeding void at 18.5 cm depth3 layers; red 1.50, chaotic, gray clay Void at 17.8 cm depth3 layers; red 0.98, chaotic, gray clay No voids; no tubes3 layers; red 4.77, chaotic, gray clay Nice feeding void at 17 cm depth3 layers; red 2.90, chaotic, gray clay Nice feeding void at 15.9 cm depth3 layers; red 6.26, chaotic, gray clay Small voids at 13 and 14.3; buried tube3 layers; red 4.10, chaotic, gray clay Voids at 13.7 and 15.8 cm depth3 layers; red 4.20, chaotic, gray clay Voids at 18.4 and 19.2; recumbent/buried tubes3 layers; red 2.91, chaotic, gray clay Voids at 10.5 and 15.0 cm; recumbent/buried tube3 layers; red 4.69, chaotic, gray clay 4 voids at 16 to 19 cm; recumbent/buried tube3 layers; red 2.03, chaotic, gray clay Void at 15.9 cm; recumbent/buried tube3 layers; red 4.59, chaotic, gray clay Void at 20.5; recumbent/buried tubes3 layers; red 4.37, chaotic, gray clay Void at 18.8; recumbent/buried tubes3 layers; red 2.94 chaotic, gray clay Voids at 14.2 and 15.6; tube in disturbed sediment cloud3 layers; red 4.94 chaotic, gray clay Voids at 15.1 and 16.1; recumbent tube near surface3 layers; red 3.29 chaotic, gray clay Void at 10.9 cm; buried tubes near surface3 layers; red 1.40 chaotic, gray clay Void? at 13.8 cm; tube in disturbed sediment cloud3 layers; red 3.12 chaotic, gray clay Void at 10.7 cm;3 layers; red 3.26, chaotic 4.20, gray clay to depth Filled-in voids; recumbent/buried tubes3 layers; red 2.47, chaotic 4.54, gray clay to depth Void at 14.93 cm depth; recumbent tube

E3-9
Appendix E3. Sediment profile imaging data for Cruise 3B (Viosca Knoll Block 916).

Block Station Station

TransectTimestamp

VK916 NF2-0140 NF2-05VK916 NF2-0142 NF2-06VK916 NF2-0143 NF2-07VK916 NF2-0147 NF2-09VK916 NF2-0148 NF2-10VK916 NF2-0150 NF2-11VK916 NF2-0152 NF2-12VK916 NF2-0153 NF2-13VK916 NF2-0155 NF2-14VK916 NF2-0156 NF2-15VK916 NF2-0157 NF2-16VK916 NF2-0159 NF2-17VK916 NF2-0200 NF2-18VK916 NF2-0202 NF2-19VK916 NF2-0205 NF2-20VK916 NF2-0207 NF2-21VK916 NF2-0208 NF2-22VK916 NF2-0209 NF2-23VK916 NF2-0213 NF2-25VK916 NF2-0214 NF2-26VK916 NF2-0216 NF2-27VK916 NF2-0217 NF2-28VK916 NF2-0219 NF2-29VK916 NF2-0220 NF2-30VK916 NF2-0222 NF2-31VK916 NF2-0224 NF2-32VK916 NF2-0225 NF2-33VK916 NF2-0227 NF2-34VK916 NF2-0228 NF2-35VK916 NF2-0230 NF2-36VK916 NF2-0232 NF2-37VK916 NF2-0233 NF2-38VK916 NF2-0235 NF2-39VK916 NF2-0236 NF2-40VK916 NF3-0426 NF3-02VK916 NF3-0427 NF3-03VK916 NF3-0429 NF3-04VK916 NF3-0430 NF3-05VK916 NF3-0432 NF3-06

Sedimentary layers and depths (cm) Feeding void numbers and depths (cm)

3 layers; red 3.65; chaotic 3.15; gray clay to depth No voids; recumbent/buried tube3 layers; red 2.16; chaotic 6.52; gray clay to depth No voids; recumbent/buried tube3 layers; red 3.39; chaotic 2.91; gray clay to depth Voids at 8.4, 9.3, and 14.0 cm depth3 layers; red 2.86; chaotic 2.52; gray clay to depth No voids; recumbent/buried tube3 layers; red 3.85; chaotic 4.24; gray clay to depth Good void at 8.5 cm depth; tiny void at 15.94 cm3 layers; red 4.87; chaotic 4.56; gray clay to depth Filled-in voids; recumbent/buried tubes3 layers; red 2.93; chaotic 2.19; gray clay to depth Filled-in voids; recumbent/buried tubes3 layers; red 3.62; chaotic 2.60; gray clay to depth Void at 13.74 cm3 layers; red 2.51; chaotic 1.05; gray clay to depth Voids at 15.40 and 15.97 cm depth3 layers; red 4.06; chaotic 4.42; gray clay to depth A few Stage I on surface; void at 17 to 18 cm3 layers; red 3.53; chaotic 2.75; gray clay to depth Void at 5.99 cm depth3 layers; red 4.78; chaotic 3.27; gray clay to depth Voids at 17.77 and 19.36 cm depth3 layers; red 3.62; chaotic 4.54; gray clay to depth Void at 18.58 cm depth; recumbent/buried tubes3 layers; red 2.48; chaotic 1.75; gray clay to depth Filled-in voids; recumbent/buried tubes3 layers; red 4.87; chaotic 3.25; gray clay to depth Void at 13.0 cm depth3 layers; red 2.88; chaotic 3.66; gray clay to depth Void at 18.45 cm depth3 layers; red 4.50; chaotic 3.83; gray clay to depth Void at 15.5 cm; recumbent/buried tubes3 layers; red 3.39; chaotic 3.94; gray clay to depth Void at 17.2 cm3 layers; red 4.73; chaotic 2.87; gray clay to depth Void at 19.18 cm depth; recumbent/buried tubes3 layers; red gone; chaotic 3.82; gray clay to depth Void at 20.74 cm depth; recumbent/buried tubes3 layers; red 3.85; chaotic 3.09; gray clay to depth Void at 16.24 cm depth3 layers; red 2.45; chaotic 3.05; gray clay to depth Voids at 12.58 and 14.66 cm; recumbent/buried tubes3 layers; red 4.62; chaotic 4.27; gray clay to depth No voids; no tubes3 layers; red 2.93; chaotic 3.72; gray clay to depth Void at 16.50 cm depth3 layers; red 5.05; chaotic 2.77; gray clay to depth No voids; recumbent/buried tubes3 layers; red 1.70; chaotic 3.81; gray clay to depth Filled-in voids; recumbent/buried tubes3 layers; red 2.26; chaotic 5.54; gray clay to depth Void at 12.50 cm depth3 layers; red 4.14; chaotic 4.20; gray clay to depth No voids3 layers; red 3.64; chaotic 2.16; gray clay to depth Filled-in voids; recumbent/buried tubes3 layers; red 3.67; chaotic 2.56; gray clay to depth Void at 15.86 cm depth; recumbent/buried tubes3 layers; red 3.88; chaotic 4.01; gray clay to depth Voids at 14.83 and 15.76 cm; recumbent/buried tubes3 layers; red 2.12; chaotic 12.79; gray clay to depth No voids; no tubes3 layers; red 4.03; chaotic 2.51; gray clay to depth Void at 15.42 cm depth3 layers; red 4.95; chaotic 2.08; gray clay to depth No voids; recumbent/buried tubes4 layers; pink, red 3.58, chaotic, gray clay Voids at 15.85 and 16.57; recumbent/buried tube4 layers; pink, red 4.06, chaotic, gray clay Voids at 9.93 and 16.61; recumbent/buried tubes4 layers; pink, red 3.85, chaotic, gray clay Buried/recumbent tubes3 layers; red 4.04, chaotic, gray clay Void at 11.56; recumbent/buried tube3 layers; red 2.50, chaotic, gray clay Tiny void at 16.71; recumbent/buried tubes

E3-10
Appendix E3. Sediment profile imaging data for Cruise 3B (Viosca Knoll Block 916).

Block Station Station

TransectTimestamp

VK916 NF3-0433 NF3-07VK916 NF3-0439 NF3-08VK916 NF3-0441 NF3-09VK916 NF3-0443 NF3-10VK916 NF3-0445 NF3-11VK916 NF3-0446 NF3-12VK916 NF3-0448 NF3-13VK916 NF3-0449 NF3-14VK916 NF3-0452 NF3-15VK916 NF3-0455 NF3-16VK916 NF3-0457 NF3-17VK916 NF3-0458 NF3-18VK916 NF3-0459 NF3-19VK916 NF3-0501 NF3-20VK916 NF3-0502 NF3-21VK916 NF3-0503 NF3-22VK916 NF3-0505 NF3-23VK916 NF3-0506 NF3-24VK916 NF3-0508 NF3-25VK916 NF3-0509 NF3-26VK916 NF3-0511 NF3-27VK916 NF3-0512 NF3-28VK916 NF3-0514 NF3-29VK916 NF3-0516 NF3-30VK916 NF3-0517 NF3-31VK916 NF3-0519 NF3-32VK916 NF3-0522 NF3-34VK916 NF3-0523 NF3-35VK916 NF3-0525 NF3-36VK916 NF3-0527 NF3-37VK916 NF3-0529 NF3-38VK916 NF3-0531 NF3-39

Sedimentary layers and depths (cm) Feeding void numbers and depths (cm)

3 layers; red 2.44, chaotic, gray clay Recumbent tube3 layers; red 2.68, chaotic, gray clay Void at 17.35; recumbent/buried tubes4 layers; tan, red 3.09, chaotic, gray clay Void? at 7.94; recumbent tubes4 layers; pink, red 3.85, chaotic, gray clay Voids at 17.34 and 18.20; recumbent tubes4 layers; pink, red 4.06, chaotic, gray clay No voids; recumbent/buried tubes4 layers; pink, red 3.94, chaotic, gray clay Voids at 18.80 and 19.62 cm4 layers; pink, red 3.96, chaotic, gray clay No voids; no tubes4 layers; pink, red 2.76, chaotic, gray clay Void at 15.99 cm4 layers; pink, red 3.07, chaotic, gray clay No voids; recumbent/buried tubes4 layers; pink, red 3.01, chaotic, gray clay Voids at 18.23 and 18.54; recumbent/buried tubes4 layers; pink, red 3.88, chaotic, gray clay Voids at 12.38 and 13.71 cm4 layers; pink, red 2.05, chaotic, gray clay Void at 16.21; recumbent/buried tubes3 layers; red 1.43, chaotic, gray clay No voids; resuspended tubes3 layers; gray 2.32, chaotic, gray clay No voids; no tubes4 layers; tan, red 3.45, chaotic, gray clay Void at 16.24 cm depth3 layers; red 2.88, chaotic, gray clay Voids at 11.38 and 16.72; resuspended foraminiferan tube3 layers; red 1.79, chaotic, gray clay Voids at 9.52 and 18.50; recumbent/buried tubes4 layers; pink, red 2.49, chaotic, gray clay Void at 14.17; no tubes4 layers; pink, red 3.41, chaotic, gray clay Voids at 12.72 and 13.38; no tubes3 layers; red 3.16, chaotic, gray clay Tiny void at 13.40; recumbent/buried tube4 layers; pink, red 3.88, chaotic, gray clay Void at 13.29; recumbent/buried tubes3 layers; red 3.05, chaotic, gray clay Tiny void at 15.41; no tubes3 layers; red 3.08, chaotic, gray clay Voids at 11.78 and 18.943 layers; patchy red/black 4.42, chaotic, gray clay Recumbent foraminiferan tube3 layers; patchy red/black 3.38, chaotic, gray clay Voids at 12.93 and 15.83; recumbent tube3 layers; patchy red/black 2.47, chaotic, gray clay Void at 15.47 cm depth3 layers; patchy red/black 5.53, chaotic, gray clay Voids at 13.95 and 14.21; recumbent tube3 layers; patchy red/black 5.49, chaotic, gray clay Void at 18.32; recumbent/buried tubes4 layers; tan, uncon. black 5.85, con. black, gray clay Void at 20.73 cm; recumbent/buried tubes3 layers; uncon. red 2.81, bl./white, red/gray clay Void at 20.81; recumbent/buried tubes3 layers; clasty red/s 2.42, con. sulfitic, gray clay Void at 20.27; Stage I tubes on surface4 layers; tan, red 0.31, sulfitic, gray clay Voids at 16.38, 17.62; a few Stage I

E3-11
Appendix E3. Sediment profile imaging data for Cruise 3B (Viosca Knoll Block 916).

Block Station Station

TransectTimestamp

VK916 NF1-1808 NF1-01VK916 NF1-1811 NF1-02VK916 NF1-1813 NF1-03VK916 NF1-1815 NF1-04VK916 NF1-1818 NF1-05VK916 NF1-1819 NF1-06VK916 NF1-1822 NF1-07VK916 NF1-1824 NF1-08VK916 NF1-1827 NF1-09VK916 NF1-1828 NF1-10VK916 NF1-1830 NF1-11VK916 NF1-1831 NF1-12VK916 NF1-1833 NF1-13VK916 NF1-1835 NF1-14VK916 NF1-1836 NF1-15VK916 NF1-1838 NF1-16VK916 NF1-1840 NF1-17VK916 NF1-1842 NF1-18VK916 NF1-1844 NF1-19VK916 NF1-1846 NF1-20VK916 NF1-1848 NF1-21VK916 NF1-1853 NF1-23VK916 NF1-1857 NF1-24VK916 NF1-1858 NF1-25VK916 NF1-1900 NF1-26VK916 NF1-1902 NF1-27VK916 NF1-1903 NF1-28VK916 NF1-1905 NF1-29VK916 NF1-1906 NF1-30VK916 NF1-1907 NF1-31VK916 NF1-1909 NF1-32VK916 NF1-1911 NF1-33VK916 NF1-1913 NF1-34VK916 NF1-1915 NF1-35VK916 NF1-1917 NF1-36VK916 NF1-1919 NF1-37VK916 NF1-1921 NF1-38VK916 NF1-1922 NF1-39VK916 NF1-1924 NF1-40VK916 NF2-0137 NF2-03VK916 NF2-0139 NF2-04

RPD, penetration depth,

boundary roughness, and grain size 

comments

Red drilling mud, uppermost layer; dewatering channelsSmall patch of ligno-sulfateDewatering channelsLarge patches of ligno-sulfateDewatering channelsDewatering channelsSulfitic patches; small white (bacterial) patches?Large sulfitic patches; white (bacterial) patches?Large sulfitic patches; no white patchesSome ligno-sulfate patches; overpenetratedLarge ligno-sulfate patches; overpenetratedLigno-sulfate patchesSmall sulfitic patches near surface dewatering channelSulfitic patch at depthSome ligno-sulfate patchesSome ligno-sulfate patchesErosionalSome ligno-sulfate patches

E3-12
Appendix E3. Sediment profile imaging data for Cruise 3B (Viosca Knoll Block 916).

Block Station Station

TransectTimestamp

VK916 NF2-0140 NF2-05VK916 NF2-0142 NF2-06VK916 NF2-0143 NF2-07VK916 NF2-0147 NF2-09VK916 NF2-0148 NF2-10VK916 NF2-0150 NF2-11VK916 NF2-0152 NF2-12VK916 NF2-0153 NF2-13VK916 NF2-0155 NF2-14VK916 NF2-0156 NF2-15VK916 NF2-0157 NF2-16VK916 NF2-0159 NF2-17VK916 NF2-0200 NF2-18VK916 NF2-0202 NF2-19VK916 NF2-0205 NF2-20VK916 NF2-0207 NF2-21VK916 NF2-0208 NF2-22VK916 NF2-0209 NF2-23VK916 NF2-0213 NF2-25VK916 NF2-0214 NF2-26VK916 NF2-0216 NF2-27VK916 NF2-0217 NF2-28VK916 NF2-0219 NF2-29VK916 NF2-0220 NF2-30VK916 NF2-0222 NF2-31VK916 NF2-0224 NF2-32VK916 NF2-0225 NF2-33VK916 NF2-0227 NF2-34VK916 NF2-0228 NF2-35VK916 NF2-0230 NF2-36VK916 NF2-0232 NF2-37VK916 NF2-0233 NF2-38VK916 NF2-0235 NF2-39VK916 NF2-0236 NF2-40VK916 NF3-0426 NF3-02VK916 NF3-0427 NF3-03VK916 NF3-0429 NF3-04VK916 NF3-0430 NF3-05VK916 NF3-0432 NF3-06

RPD, penetration depth,

boundary roughness, and grain size 

comments

Partially oxidized surface?Dewatering channelDewatering channelsIndeterminate; overpenetrated (>22.45 cm)ErosionalSmall sulfitic patchMedium-sized sulfitic patches (filled?)ErosionalErosionalSmall sulfitic patchSmall sulfitic patches; tiny white (bacterial) patches? Red sediment (6.4-12 cm)?; surface indistinctHalf of surface sulfitic; small white bacterial patches?; erosionalBacterial patches with sulfitic sediment; possibly anoxic?RPD is pink layer; some ligno-sulfate presentRPD is pink layerRPD is pink layer

E3-13
Appendix E3. Sediment profile imaging data for Cruise 3B (Viosca Knoll Block 916).

Block Station Station

TransectTimestamp

VK916 NF3-0433 NF3-07VK916 NF3-0439 NF3-08VK916 NF3-0441 NF3-09VK916 NF3-0443 NF3-10VK916 NF3-0445 NF3-11VK916 NF3-0446 NF3-12VK916 NF3-0448 NF3-13VK916 NF3-0449 NF3-14VK916 NF3-0452 NF3-15VK916 NF3-0455 NF3-16VK916 NF3-0457 NF3-17VK916 NF3-0458 NF3-18VK916 NF3-0459 NF3-19VK916 NF3-0501 NF3-20VK916 NF3-0502 NF3-21VK916 NF3-0503 NF3-22VK916 NF3-0505 NF3-23VK916 NF3-0506 NF3-24VK916 NF3-0508 NF3-25VK916 NF3-0509 NF3-26VK916 NF3-0511 NF3-27VK916 NF3-0512 NF3-28VK916 NF3-0514 NF3-29VK916 NF3-0516 NF3-30VK916 NF3-0517 NF3-31VK916 NF3-0519 NF3-32VK916 NF3-0522 NF3-34VK916 NF3-0523 NF3-35VK916 NF3-0525 NF3-36VK916 NF3-0527 NF3-37VK916 NF3-0529 NF3-38VK916 NF3-0531 NF3-39

RPD, penetration depth,

boundary roughness, and grain size 

comments

RPD is tan; thin and patchy RPD RPD is pinkRPD is pink; thin and mottled RPDRPD is pink; patchy RPDRPD is pinkRPD is pinkRPD is pinkRPD is pink; weak RPDRPD is pink; thin and discontinuous RPD; erosionalRPD is pink; thin RPDErosionalErosionalRPD is tan; thin and discontinuous RPDRPD is pink.RPD is pink; thin and discontinuous RPDRPD is pink; thin and discontinuous RPDRPD is pink; very thin RPDSlopedPatchy sulfitic layer to 4.42 cm; oxidized sediment over half the surfacePatchy sulfitic layer to 3.88; bacterial strandsPatchy sulfitic layer to 2.47; bacterial strandsPatchy sulfitic layer to 5.53; bacterial strands; oxidized sediment on surfacePatchy sulfitic layer to 5.49; bacterial strandsRPD is tan; thin RPD; sulfitic layer at surface; bacterial matsRPD is tan; thin RPD; sulfitic layer with torn-up bacterial mat from 2.8 to 5.8 cmPatchy sulf. layer to 7 cm; patches of bacterial matRPD is tan; patchy sulfitic layer to 5.2 cm

E3-14
E4-1 

APPENDIX E4

Plates (Photographs) from 

Sediment Profile Imaging Surveys 

at Garden Banks Block 516 

and Viosca Knoll Block 916 
Plate 1. Sediment profile image from the near-field site at Garden Banks Block 516 during Cruise 1B 

showing a granular surface layer of pink to reddish-tan sediment underlain by a dark gray to 

black sulfidic layer. Station NFS-1.19. Image width is 15 cm. 

E4-3
Plate 2. Sediment profile image from the near-field site at Garden Banks Block 516 during Cruise 1B 

representative of areas where a white microbial mat at the sediment surface overlies a sulfidic 

gray layer, which in turn, overlies a mottled light gray to tan sediment. Station NFS-2.12. 

Image width is 15 cm. 

E4-4
Plate 3. Sediment profile image from the near-field site at Garden Banks Block 516 during Cruise 1B 

showing the presence of a white surface microbial mat on the right. Station NFS-2.21. Image 

width is 15 cm. 

E4-5
Plate 4. Sediment profile image from the near-field site at Garden Banks Block 516 during Cruise 1B 

showing a microbial mat and a gray mottled sediment column at sediment profile imagery 

camera penetration depth. Station NFS-2.22. Image width is 15 cm. 

E4-6
Plate 5. Sediment profile image from the near-field site at Garden Banks Block 516 during Cruise 1B 

showing a microbial mat and with the sediment column below completely gray to black; very 

little ferric hydroxide (yellow to tan color) is observed. Station NFS-2.23. Image width is 

15 cm. 

E4-7
Plate 6. Sediment profile image from the near-field site at Garden Banks Block 516 during Cruise 1B 

showing burrow-mottled oxidized sediment with only a hint of gray layering at the penetration 

depth of the camera. Station NFS-3.17. A feeding void is present (arrow). Image width is 

15 cm. 

E4-8
Plate 7. Sediment profile image from a far-field site at Garden Banks Block 516 during Cruise 1B 

showing pink to tan mottled surface sediments underlain by a thin layer of sulfidic gray to 

black sediment, which in turn, overlies a homogeneous light gray layer. Station FF6-S3.13. 

Image width is 15 cm. 

E4-9
Plate 8. Sediment profile image from a far-field site at Garden Banks Block 516 during Cruise 1B 

showing a near-surface layer of mottled pink to tan sediment overlying faint gray layers at 

depth. Station FF2-S1.4. Image width is 15 cm. 

E4-10
Plate 9. Sediment profile images from the near-field site at Viosca Knoll Block 916 during pre-drilling Cruise 1B showi

reddish-brown sediment overlying a homogeneous gray clay. A: Station NFS-1.22. B: Station NFS-2.27. Feed

present in both pictures, and a worm is seen at depth in 9-A. Image width is 15 cm. 

A 

E4-11
Plate 10. Sediment profile images that are typical of the far-field sites sampled during pre-drilling Cruise 1B at Viosca K

A: Station FF2-S1.11. B: Station FF4-2.7. Image width is 15 cm. 

A 

E4-12
 Plate 11. Sediment profile image typical of the far-field sites sampled during pre-drilling Cruise 1B at 

Viosca Knoll Block 916. Station FF6-S3.18. Image width is 15 cm. 

E4-13
Plate 12. Sediment profile image from the near-field site at Garden Banks Block 516 during Cruise 2B. 

The upper few millimeters of the sediment consist of sand-sized grain aggregates; four layers 

of oxidized and reduced sediments are visible. Station NF1-6B. Image width is 15 cm. 

E4-14
Plate 13. Sediment profile images from the near-field site at Garden Banks Block 516 during Cruise 2B. A: Station NF3

of oxidized and reduced sediments. B: Station NF2-35B has seven layers of oxidized and reduced sediments. I

A 

E4-15
Plate 14. Sediment profile images from the near-field site at Garden Banks Block 516 during Cruise 2B showing black re

extending to the sediment-water interface and bounded above and below (A) or only below (B) by light gray seA: Station NF1-25B. B: Station NF1-28B. Image width is 15 cm.

A 

E4-16
Plate 15. Sediment profile images from the near-field site at Garden Banks Block 516 during Cruise 2B showing black re

extending to the sediment-water interface and bounded below by light gray sediment. A: Station NF2-17A. B: Image width is 15 cm. 

A 

E4-17



Plate 16. Sediment profile images from the near-field site at Garden Banks Block 516 during Cruise 2B showing black re

extending to the sediment-water interface and bounded below (A) or above and below (B) by light gray sedimenA: Station NF2-19A. B: Station NF2-20A. Image width is 15 cm. 

A 

E4-18
Plate 17. Sediment profile images from the near-field site at Garden Banks Block 516 during Cruise 2B 

showing black reduced sediments extending to the sediment-water interface and bounded 

below by light gray sediment. Station NF2-25A. Image width is 15 cm. 

E4-19
Plate 18. Sediment profile images from the near-field site at Garden Banks Block 516 during Cruise 2B showing black re

bounded by light gray sediment, and under ambient? reddish-brown sediment. A: Station NF1-19B. B: Station width is 15 cm. 

A 

E4-20
Plate 19. Sediment profile image typical of the far-field sites from Garden Banks Block 516 during 

Cruise 2B showing absence of dark black reduced sediments. Feeding voids (arrows) are 

present. Station FF3-13B. Image width is 15 cm. 

E4-21
Plate 20. Sediment profile image taken in the near-field site at Viosca Knoll Block 916 during 

post-drilling Cruise 3B showing a layer of red to reddish-gray sediment over a region of 

chaotic fabric, which in turn, overlays a homogeneous gray clay. Station NF1-01 (1808). The 

surface is erosional, and no Stage I tubes are visible. Dewatering channels are present 

(3 arrows near surface) in the uncompacted surface region. A tiny feeding void (arrow) is 

present at 18-cm depth. Image width is 15.2 cm. 

E4-22
Plate 21. Sediment profile image from the near-field site at Viosca Knoll Block 916 during post-drilling 

Cruise 3B showing numerous infaunal feeding voids (arrows). Station NF1-37 (1919). Image 

width is 15.2 cm. 

E4-23
Plate 22. Sediment profile image from the near-field site at Viosca Knoll Block 916 during post-drilling 

Cruise 3B showing chaotic fabric, feeding voids (arrows), and small reddish patches of 

lignosulfate. Station NF1-40 (1924). Image width is 15.2 cm. 

E4-24
Plate 23. Sediment profile image from the near-field site at Viosca Knoll Block 916 during post-drilling 

Cruise 3B showing Stage I infauna on the sediment surface (white arrows) and feeding voids 

(arrows). Station NF2-14 (0155). Image width is 15.2 cm. 

E4-25
Plate 24. Sediment profile image from the near-field site at Viosca Knoll Block 916 during post-drilling 

Cruise 3B showing a layer of red to reddish-gray sediment over a region of chaotic fabric, 

which in turn, overlays a homogeneous gray clay. Station NF2-21 (0207). Stage I tubes 

(white arrows) are visible on the sediment surface. A tiny feeding void (arrow) is present at 

18-cm depth. Image width is 15.2 cm. 

E4-26
Plate 25. Sediment profile image from the near-field site at Viosca Knoll Block 916 during post-drilling 

Cruise 3B showing sulfidic areas within the layer of red to reddish-gray sediment. 

Station NF2-39 (0235). Thin strands of a small disturbed bacterial mat are visible in the upper 

layer (white arrows). A region of chaotic fabric is still present between the red layer and the 

homogeneous gray clay. The surface is erosional, and no Stage I tubes are visible. A tiny 

feeding void (black arrow) is present at 18-cm depth. Image width is 15.2 cm. 

E4-27
Plate 26. Sediment profile image from the near-field site at Viosca Knoll Block 916 during post-drilling 

Cruise 3B showing sulfidic areas within the layer of red to reddish-gray sediment. 

Station NF2-40 (0236). Thin strands of a small disturbed bacterial mat are visible in the upper 

layer (white arrows). A region of chaotic fabric is still present between the red layer and the 

homogeneous gray clay. A few recumbent tubes are present near the surface. No voids are 

present. Image width is 15.2 cm. 

E4-28
Plate 27. Sediment profile image from the near-field site at Viosca Knoll Block 916 during post-drilling 

Cruise 3B showing a redox potential discontinuity (light pinkish-red sediment at surface). 

Station NF3-14 (0449). Image width is 15.2 cm. 

E4-29
Plate 28. Sediment profile image from the near-field site at Viosca Knoll Block 916 during post-drilling 

Cruise 3B showing a redox potential discontinuity (light-brown sediment at surface). 

Station NF3-21 (0502). Stage I tubes are present on the sediment surface (white arrows). A 

feeding void is present at 16-cm depth. (arrow). An example of successional Stage I-III. 

Image width is 15.2 cm. 

E4-30
Plate 29. Sediment profile image from the near-field site at Viosca Knoll Block 916 during post-drilling 

Cruise 3B showing a thin redox potential discontinuity (patches of light-brown sediment at 

surface). Station NF3-29 (0514). Stage I tubes are present on the sediment surface (white 

arrows). A feeding void is present at 16-cm depth (black arrow). Image width is 15.2 cm. 

E4-31
Plate 30. Sediment profile image from the near-field site at Viosca Knoll Block 916 during post-drilling 

Cruise 3B showing sulfidic areas within the layer of red to reddish-gray sediment. 

Station NF3-34 (0522). Thin strands of a small disturbed bacterial mat are visible in the upper 

layer (white arrows). A region of chaotic fabric is still present between the upper layer and 

the homogeneous gray clay. A recumbent tube is present on the surface (white dashed arrow). 

Feeding voids are visible at depth (black arrows). Image width is 15.2 cm. 

E4-32
Plate 31. Sediment profile image from the near-field site at Viosca Knoll Block 916 during post-drilling 

Cruise 3B showing sulfidic areas within the layer of red to reddish-gray sediment. 

Station NF3-35 (0523). Thin strands of a small disturbed bacterial mat are visible in the upper 

layer (white arrows). A region of chaotic fabric is still present between the upper layer and 

the homogeneous gray clay. Recumbent/buried tubes are present on the surface (white dashed 

arrows). Feeding voids are visible at depth (black arrows). Image width is 15.2 cm. 

E4-33
Plate 32. Sediment profile image from the near-field site at Viosca Knoll Block 916 during post-drilling 

Cruise 3B showing a thick sulfidic area underlying a thin redox potential discontinuity 

(<1 cm). Station NF3-36 (0525). A patchy white bacterial mat is visible in the upper layer 

(white arrows). Stage I tubes (dashed white arrows) are present on the surface. Small feeding 

voids are visible at depth (black arrows). The successional stage is I-III; Organism-Sediment 

Index is 6. Image width is 15.2 cm. 

E4-34
Plate 33. Sediment profile image from the near-field site at Viosca Knoll Block 916 during post-drilling 

Cruise 3B showing a sulfidic area underlying a thin redox potential discontinuity (<1 cm). 

Station NF3-37 (0527). Patches of a buried white bacterial mat are visible in the upper layer 

(white arrows). Recumbent/buried tubes (dashed white arrows) are present near the surface. 

A small feeding void is visible at depth (black arrow). Image width is 15.2 cm. 

E4-35
Plate 34. Sediment profile image from the near-field site at Viosca Knoll Block 916 during post-drilling 

Cruise 3B showing a patchy sulfidic layer and bacterial mat. Station NF3-38 (0529). The red 

layer is absent. Patches of a buried white bacterial mat are visible in the upper layer (dashed 

black arrows). Stage I tubes (white arrows) are present on the surface. A feeding void is 

visible at depth (black arrow). The successional stage is I-III; Organism-Sediment Index is 5. 

Image width is 15.2 cm. 

E4-36
Plate 35. Sediment profile image from the near-field site at Viosca Knoll Block 916 during post-drilling 

Cruise 3B showing a sulfidic layer underlying a thin redox potential discontinuity. 

Station NF3-39 (0531). The red layer is absent. Patches of a buried white bacterial mat are 

visible in the upper layer (dashed black arrows). A few Stage I tubes (white arrows) are 

present on the surface. Feeding voids are visible at depth (black arrows). The successional 

stage is I-III; Organism-Sediment Index is 6. Image width is 15.2 cm. 

E4-37
APPENDIX F1

Sediment Profile Imaging Data 

from Garden Banks Block 602 

F1-1
 Appendix F1. Sediment profile imaging data for Garden Banks Block 602.

Penetration Surface RPD Sediment Sediment

Site Station Rep Ave Relief Ave Type Color

GB602 FF1 5 4.2 0.3 0.6 silt-clay reddish brownGB602 FF1 6 8.8 2.0 0.8 silt-clay reddish brown/brown

GB602 FF1 7 7.3 1.8 1.0 silt-clay reddish brown/brownGB602 FF1 9 7.4 2.5 0.5 silt-clay reddish brown/brownGB602 FF1 11 6.4 1.5 0.8 silt-clay reddish brownGB602 FF1 12 11.5 1.1 1.1 silt-clay reddish brown/darker brownGB602 FF1 13 7.4 1.3 1.0 silt-clay reddish brown/darker brownGB602 FF1 14 7.1 1.1 0.8 silt-clay grayish reddish brownGB602 FF1 15 2.8 1.1 0.7 silt-clay reddish brownGB602 FF1 16 4.5 0.3 0.6 silt-clay reddish brownGB602 FF1 17 6.8 1.5 0.9 silt-clay reddish brown/brownGB602 FF1 18 7.3 0.5 0.8 silt-clay reddish brown/brownGB602 FF1 19 7.4 0.7 0.9 silt-clay reddish brown/brownGB602 FF1 20 3.8 0.8 0.9 silt-clay reddish brownGB602 FF1 21 6.4 0.7 0.8 silt-clay reddish brownGB602 FF1 22 7.9 1.4 0.7 silt-clay reddish brown/brownGB602 FF1 23 2.9 0.5 IND silt-clay grayish brown GB602 FF1 24 8.7 1.1 0.7 silt-clay reddish brown/brownGB602 FF1 25 7.9 0.4 0.9 silt-clay reddish brown/brownGB602 FF1 28 4.6 0.8 0.9 silt-clay reddish brownGB602 FF1 29 6.7 1.5 IND silt-clay reddish brown/brownGB602 FF1 30 6.7 1.4 0.9 silt-clay reddish brown/brownGB602 FF1 31 6.0 1.4 1.0 silt-clay reddish brown/brownGB602 FF1 32 7.4 0.7 0.8 silt-clay reddish brown/brownGB602 FF1 33 4.9 1.3 0.9 silt-clay reddish brown/brownGB602 FF1 34 10.4 0.4 0.7 silt-clay reddish brown/brownGB602 FF1 35 11.0 0.7 0.8 silt-clay reddish brown/brownGB602 FF1 36 7.1 2.6 1.2 silt-clay reddish brown/brownGB602 FF4 1 14.9 1.9 0.8 silt-clay brownish red/brown/off-whiteGB602 FF4 2 13.6 0.6 1.2 silt-clay grayish-white red layer/reddish brown layer/darker brown with patches of whiteGB602 FF4 3 13.0 1.1 0.8 silt-clay granular reddish brown/smooth reddish brown/brownGB602 FF4 4 15.3 1.3 1.0 silt-clay granular reddish brown/smooth reddish brown/brown/off-whiteGB602 FF4 5 10.8 1.0 0.9 silt-clay granular reddish brown/off-white and deep red mixed layer/brown/off-whiteGB602 FF4 6 14.9 0.5 0.7 silt-clay granular grayish red/reddish brown (smooth)/brown/thick off-white layeGB602 FF4 7 11.2 5.0 0.7 silt-clay granular grayish red/smooth deep reddish brown/off-whiteGB602 FF4 8 15.0 0.6 0.5 silt-clay granular grayish red/reddish brown/dark brown/off-whiteGB602 FF4 9 11.6 1.3 0.6 silt-clay granular grayish red/reddish brown/dark brown/light brown/dark brownGB602 FF4 10 14.2 1.2 1.0 silt-clay reddish brown/brownGB602 FF4 11 14.6 0.6 0.8 silt-clay reddish brown/brown/light brown (off-white)/brown mixed with areas of light brown (off-whiteGB602 FF4 12 11.5 3.7 IND silt-clay reddish brown/brownGB602 FF4 13 11.8 1.1 0.6 silt-clay reddish brown/darker brown with areas of red and whiteGB602 FF4 14 11.3 3.2 IND silt-clay reddish brown/darker brown with areas of red and whiteGB602 FF4 15 14.0 0.7 0.9 silt-clay reddish brown/darker brownGB602 FF4 16 12.0 2.1 0.8 silt-clay reddish brown/light brown (tan)/brownGB602 FF4 17 13.0 0.4 0.7 silt-clay reddish brown/darker red (thin layer)/brown and light brown (off white) mixed layeGB602 FF4 18 12.4 2.5 IND silt-clay reddish brown/darker brownGB602 FF4 19 13.4 0.6 0.8 silt-clay reddish brown/darker brown/off-white 

F1-3
 Appendix F1. Sediment profile imaging data for Garden Banks Block 602.

Penetration Surface RPD Sediment Sediment

Site Station Rep Ave Relief Ave Type Color

GB602 FF4 20 13.7 0.7 0.5 silt-clay grayish red/off-white/reddish brown/dark brown/mottled white and dark brownGB602 FF4 21 15.9 1.8 0.6 silt-clay granular reddish brown/off-white layer/reddish brown/brown/off-whiteGB602 FF4 22 16.4 1.6 1.1 silt-clay granular reddish gray/smooth reddish brown/brown/off-whiteGB602 FF4 23 12.6 2.9 1.1 silt-clay granular reddish gray/smooth reddish brown/dark brown/off-whiteGB602 FF4 24 14.0 0.8 0.8 silt-clay granular reddish brown/off-white thin layer/reddish brown (smooth)/brown with white patchesGB602 FF4 25 12.6 3.1 1.1 silt-clay granular reddish brown/smooth reddish brown/deep red/brown with white streaksGB602 FF4 26 13.0 0.6 0.7 silt-clay granular reddish gray/off-white/smooth red-reddish brown/brownGB602 FF4 27 11.9 1.0 0.7 silt-clay granular reddish brown/smooth reddish brown/brownGB602 FF4 28 11.7 1.4 0.7 silt-clay granular reddish brown/smooth reddish brown/brownGB602 FF4 29 14.3 0.1 0.9 silt-clay grayish red/reddish-white/brown with white patchesGB602 FF4 30 13.9 0.9 1.0 silt-clay granular reddish brown/smooth reddish brown/mottled brown and whiteGB602 FF4 31 10.6 1.4 0.7 silt-clay reddish brown/brownGB602 FF4 32 15.3 0.7 0.6 silt-clay granular reddish brown/smooth reddish brown/reddish darker brownGB602 FF4 33 12.5 0.8 1.0 silt-clay granular grayish red/reddish brown (smooth)/brown/off-whiteGB602 FF4 34 12.7 0.7 0.9 silt-clay granular reddish brown/smooth reddish brown/reddish darker brownGB602 FF4 35 14.4 1.1 0.0 silt-clay granular reddish brown/smooth reddish brown/reddish darker brown/off-whiteGB602 FF4 36 13.2 0.9 0.7 silt-clay granular reddish brown/smooth reddish brown/brown/mixed brown and off-whiteGB602 FF5 1 14.9 1.3 IND silt-clay granulated reddish brown/smooth reddish brown/brown/off-white (light brownGB602 FF5 2 10.7 0.5 0.4 silt-clay light reddish brown/brownish tanGB602 FF5 3 7.0 1.2 0.4 silt-clay light reddish brownGB602 FF5 4 9.7 0.5 0.6 silt-clay light reddish brownGB602 FF5 5 9.8 0.6 0.7 silt-clay light reddish brown/darker brownGB602 FF5 7 11.8 0.4 0.6 silt-clay light reddish brown GB602 FF5 8 12.5 0.9 0.4 silt-clay light reddish brown/slightly darker brown/light brown (tan)GB602 FF5 9 6.4 0.3 0.5 silt-clay light brownGB602 FF5 10 11.6 1.4 0.5 silt-clay reddish brown/darker brownGB602 FF5 11 13.0 2.3 0.7 silt-clay granular grayish red/smooth reddish brown/deep reddish - darker brownGB602 FF5 12 13.4 0.7 0.9 silt-clay reddish brown/dark brown/off-white/brownGB602 FF5 13 11.5 1.5 IND silt-clay smooth reddish brown/thin granulated strip (reddish brown/smooth reddish brownGB602 FF5 14 11.3 0.6 0.6 silt-clay grayish red/reddish brown/brownGB602 FF5 15 9.9 0.8 0.6 silt-clay granulated grayish-reddish brown/reddish brown/brownGB602 FF5 16 9.5 0.5 IND silt-clay reddish brown/darker brownGB602 FF5 17 8.6 3.6 0.7 silt-clay granulated grayish-reddish brown/reddish brown/brownGB602 FF5 18 13.2 0.5 IND silt-clay granulated reddish brown/smooth reddish brown/brown/off-white (light brown)/brownGB602 FF5 19 9.6 1.0 0.6 silt-clay granulated grayish-reddish brown/smooth reddish brown/brownGB602 FF5 20 5.3 0.9 0.5 silt-clay reddish brownGB602 FF5 22 8.7 0.6 0.5 silt-clay light reddish brown/darker brownGB602 FF5 23 11.3 1.6 0.6 silt-clay light reddish brown/darker brownGB602 FF5 24 13.7 1.8 IND silt-clay light reddish brown/darker reddish brown/light brown/dark brown with some light brown patchesGB602 FF5 25 11.6 1.5 0.7 silt-clay light reddish brown/darker brownGB602 FF5 26 13.5 0.5 IND silt-clay light reddish brown/darker brownGB602 FF5 27 12.7 2.2 IND silt-clay light reddish brown/darker brownGB602 FF5 31 3.5 1.7 0.4 silt-clay light reddish brownGB602 FF5 36 7.4 2.1 0.5 silt-clay light reddish brownGB602 NF1 2 10.5 1.9 0.2 silt-clay reddish light gray to dark greenish gray/white/brownish red/dark brownGB602 NF1 3 8.4 0.7 0.2 silt-clay gray/reddish brown/dark brownGB602 NF1 4 9.0 0.8 0.5 silt-clay reddish gray/reddish brown/dark brown

F1-4
 Appendix F1. Sediment profile imaging data for Garden Banks Block 602.

Penetration Surface RPD Sediment Sediment

Site Station Rep Ave Relief Ave Type Color

GB602 NF1 5 5.0 2.4 0.3 silt-clay reddish gray/grayish brown GB602 NF1 6 10.8 1.3 0.3 silt-clay reddish gray/reddish brown/dark brownGB602 NF1 7 13.0 3.8 0.6 silt-clay reddish gray/reddish brown/dark brown/light brown/dark brownGB602 NF1 8 10.4 0.7 0.6 silt-clay reddish brown/grayish reddish brown/reddish brown/brownGB602 NF1 9 10.7 1.0 0.5 silt-clay reddish brown/lighter brown/reddish brown/brown/light brown (tan)/brownGB602 NF1 10 11.2 1.0 0.3 silt-clay gray/brownish red/mixed brown and light brownGB602 NF1 11 12.6 1.8 0.0 silt-clay gray/brownish red/brown/light brown/brownGB602 NF1 12 8.4 1.2 0.4 silt-clay reddish gray/reddish brownGB602 NF1 13 5.6 1.9 0.3 silt-clay light brown GB602 NF1 14 10.6 1.2 0.1 silt-clay pocket of dark gray/brownish red on sides of pocket/bottom of mottled brown and light brownGB602 NF1 16 10.1 1.8 0.5 silt-clay reddish gray/brownish red/brown/light brown/brownGB602 NF1 17 10.4 0.5 0.2 silt-clay reddish gray/dark greenish gray/white/reddish brown/light brownGB602 NF1 18 10.3 1.0 0.8 silt-clay reddish gray/white/light reddish brown/brown/light reddish brown/brownGB602 NF1 19 10.3 0.6 1.6 silt-clay reddish gray/brownish red/brown/light reddish brown/brownGB602 NF1 20 10.4 0.6 0.9 silt-clay reddish gray/brownish red/brown/light reddish brown/brownGB602 NF1 21 11.5 1.1 0.9 silt-clay reddish light gray/dark greenish gray/white/brownish red/light brown and dark brown mixtureGB602 NF1 22 10.1 1.2 0.0 silt-clay reddish light gray/dark greenish gray/white/brownish red/light brown/dark brownGB602 NF1 23 10.5 1.0 0.3 silt-clay reddish light gray/dark greenish gray/white/brownish red and dark brownGB602 NF1 24 11.7 1.2 0.3 silt-clay reddish light gray/dark greenish gray/white/brownish red and dark brownGB602 NF1 25 10.5 1.9 0.1 silt-clay reddish light gray/dark greenish gray/white/brownish red and dark brownGB602 NF1 26 14.2 1.8 0.2 silt-clay reddish light gray/dark greenish gray/white/reddish light brown/dark brownGB602 NF1 27 9.9 2.9 0.4 silt-clay reddish light gray/dark greenish gray/white/reddish light brown/dark brown/light brown/dark brownGB602 NF1 28 13.6 1.1 0.2 silt-clay reddish light gray/dark greenish gray/white/brownish red/brown with areas of light brownGB602 NF1 29 10.1 1.8 0.2 silt-clay reddish light gray to dark greenish gray/reddish light brown/brown/light brown/brownGB602 NF1 30 10.8 1.6 0.3 silt-clay reddish light gray/dark greenish gray/white/brownish red/dark brownGB602 NF1 31 11.5 0.4 0.3 silt-clay reddish light gray/dark greenish gray/white/brownish red/dark brownGB602 NF1 32 9.2 1.0 0.2 silt-clay reddish light gray/dark greenish gray/white/brownish red/dark brownGB602 NF1 33 8.0 1.1 0.2 silt-clay reddish light gray/dark greenish gray/white/reddish brownGB602 NF1 34 9.8 0.9 0.3 silt-clay reddish light gray/dark greenish gray/white and reddish brownGB602 NF1 35 14.4 1.2 0.2 silt-clay reddish light gray/dark greenish gray/white/reddish dark brownGB602 NF1 36 12.6 1.1 0.2 silt-clay reddish light gray/dark greenish gray/white/light brown/dark brown/light brown/dark brownGB602 NF1 37 13.3 0.8 0.4 silt-clay reddish light gray/dark greenish gray/white/light brown/dark brown/light brown/dark brownGB602 NF1 38 13.5 0.8 0.3 silt-clay reddish light gray/dark greenish gray/white/dark brown/light brown/dark brown/light brown/dark brownGB602 NF2 1 10.8 0.8 0.0 silt-clay gray/reddish-light brown/brownGB602 NF2 2 14.5 0.9 0.0 silt-clay gray/brownish red/patchy brown-light brownGB602 NF2 3 14.8 0.7 0.0 silt-clay gray/brownish red/brown/light brown/brownGB602 NF2 4 2.7 1.1 0.8 silt-clay light brownish grayGB602 NF2 5 15.0 1.5 0.0 silt-clay gray/brownish red/brown/light brown/brownGB602 NF2 6 14.4 1.3 0.0 silt-clay gray/brownish red/patchy brown-light brownGB602 NF2 7 14.8 0.8 0.0 silt-clay gray/brownish red/brown/light brown/brownGB602 NF2 8 14.7 0.6 0.0 silt-clay gray/brownish red/brown/light brown/brownGB602 NF2 9 14.5 0.5 0.0 silt-clay gray/brownish red/brown/light brown/brownGB602 NF2 10 14.3 0.3 0.0 silt-clay gray/dark gray/light brown/reddish brown/light brown/reddish brown/light brown/brownGB602 NF2 11 13.9 0.7 0.0 silt-clay gray/dark gray/light brown/reddish brown/light brown/reddish brown/light brown/brownGB602 NF2 12 14.6 0.8 0.0 silt-clay gray/dark gray/white/light brown/reddish brown/light brown/brownGB602 NF2 13 10.8 1.0 0.0 silt-clay gray/dark gray/light brownGB602 NF2 14 10.7 0.4 0.0 silt-clay gray/dark gray/light brown

F1-5
 Appendix F1. Sediment profile imaging data for Garden Banks Block 602.

Penetration Surface RPD Sediment Sediment

Site Station Rep Ave Relief Ave Type Color

GB602 NF2 15 10.2 0.8 0.0 silt-clay gray/dark gray/light brownGB602 NF2 16 9.6 2.0 0.0 silt-clay gray/dark gray/light brownGB602 NF2 17 9.1 0.7 0.0 silt-clay gray/dark gray/light brownGB602 NF2 18 9.9 0.7 0.0 silt-clay gray/dark gray/light brown GB602 NF2 19 15.1 0.8 0.0 silt-clay gray/dark gray/light brown/reddish brown/light brown/brownGB602 NF2 20 16.8 0.1 0.0 silt-clay gray/reddish-light brown/brownGB602 NF2 21 15.8 0.3 0.0 silt-clay brownish gray/dark greenish gray/brownish red/brownGB602 NF2 22 14.0 1.6 0.0 silt-clay brownish gray/dark greenish gray/reddish light-brownGB602 NF2 23 16.4 1.3 0.0 silt-clay brownish gray/yellowish-reddish-brown/brownGB602 NF2 24 9.9 0.8 0.0 silt-clay brownish gray/dark gray/brownish red/patchy brown (some red)/light brownGB602 NF2 25 10.9 2.2 0.1 silt-clay gray-dark gray/reddish brown/brownGB602 NF2 26 10.7 0.5 0.1 silt-clay brownish gray-dark gray/reddish brownGB602 NF2 27 10.3 0.6 0.7 silt-clay brownish dark gray/brownish red/brownGB602 NF2 28 10.3 0.9 0.0 silt-clay brownish gray/dark greenish gray/reddish brownGB602 NF2 29 19.7 1.7 0.6 silt-clay brownish dark gray/brownish red/brown/light brown/brownGB602 NF2 30 11.3 0.9 1.1 silt-clay brownish gray/dark greenish gray/dark reddish gray/light brownGB602 NF2 31 10.1 0.4 0.2 silt-clay brownish gray/dark greenish gray/GB602 NF2 32 9.7 1.0 0.1 silt-clay brownish gray/dark greenish grayGB602 NF2 33 9.7 0.6 0.0 silt-clay brownish gray/dark greenish grayGB602 NF2 34 9.2 0.5 0.1 silt-clay brownish gray/dark greenish grayGB602 NF2 35 9.7 0.3 0.1 silt-clay brownish gray/dark greenish grayGB602 NF2 36 13.0 1.2 0.0 silt-clay brownish gray/dark greenish grayGB602 NF3 1 15.8 1.0 0.1 silt-clay dark gray/brownish red/brownish strip/light brown strip/brownGB602 NF3 2 15.3 1.0 0.0 silt-clay gray (lighter to darker)/reddish brown/brownGB602 NF3 3 12.5 0.3 0.0 silt-clay light gray/dark gray/reddish brown/light yellowish brownGB602 NF3 4 14.8 1.1 0.3 silt-clay light gray/dark gray/light brown/reddish brown/brownGB602 NF3 5 13.9 0.5 0.0 silt-clay light gray/dark greenish gray/reddish light brown/brownGB602 NF3 6 10.9 1.5 0.0 silt-clay light gray/off-white/dark gray/light brown/darker brownGB602 NF3 7 16.8 1.2 0.7 silt-clay light gray/dark greenish gray/reddish light brown/brownGB602 NF3 8 15.6 0.8 0.6 silt-clay light gray/dark greenish gray/reddish-yellow-brown/brown/mottled yellowish brownGB602 NF3 9 15.7 1.0 0.0 silt-clay grayish brown/reddish light-brown/mottled darker brownGB602 NF3 10 14.7 2.2 0.0 silt-clay gray/brownish red/light brown/brownGB602 NF3 11 15.5 1.0 0.1 silt-clay gray/brownish red/brown/light brown/dark brownGB602 NF3 12 13.7 1.2 0.0 silt-clay gray/brownish red/brown/light brown/dark brownGB602 NF3 13 15.3 0.9 0.0 silt-clay dark gray/brownish red/dark brownGB602 NF3 14 16.1 1.0 0.0 silt-clay dark gray/brownish red/brownGB602 NF3 15 14.3 0.6 0.0 silt-clay dark gray/brownish red/brownGB602 NF3 16 14.3 0.2 0.0 silt-clay gray/brownish red/patchy brown-light brownGB602 NF3 17 13.7 1.0 0.0 silt-clay gray/brownish red/brown/light brown/brownGB602 NF3 18 14.6 0.8 0.0 silt-clay gray/brownish red/patchy brown and light brown/light brownGB602 NF3 19 10.2 0.4 0.0 silt-clay gray/brownish red/brownGB602 NF3 20 10.4 1.5 0.0 silt-clay gray/brownish redGB602 NF3 21 11.2 1.8 0.0 silt-clay gray/brownish red/brownGB602 NF3 22 15.5 0.9 0.0 silt-clay gray/brownish red/patchy brown-light brown/dark brownGB602 NF3 23 15.1 0.5 0.0 silt-clay gray/brownish red/patchy brown-light brownGB602 NF3 24 10.7 0.8 0.0 silt-clay gray/brownish red/patchy brown-light brownGB602 NF3 25 13.4 0.8 0.0 silt-clay gray/brownish red/brown/patchy brown-light brown

F1-6
 Appendix F1. Sediment profile imaging data for Garden Banks Block 602.

Penetration Surface RPD Sediment Sediment

Site Station Rep Ave Relief Ave Type Color

GB602 NF3 26 11.7 1.0 0.0 silt-clay greenish gray/brownish red/light brownGB602 NF3 27 15.7 1.6 0.0 silt-clay gray/brownish red/light brown/dark brown/light brownGB602 NF3 28 16.1 0.3 0.2 silt-clay light-dark gray with red streaks/brownish red/brownGB602 NF3 29 14.2 0.7 0.4 silt-clay grayish-white/reddish brown/brown/light brown (tan)/brownGB602 NF3 30 14.7 1.1 0.4 silt-clay light-dark gray with red streaks/brown with red areas/brown with light-brown areasGB602 NF3 31 11.3 0.7 0.4 silt-clay light-dark gray with red streaks/brownish red/brownGB602 NF3 32 15.9 0.9 0.6 silt-clay light-dark gray with red streaks/brownish red/brown with some red /brown-light brownGB602 NF3 33 15.4 1.0 0.5 silt-clay light-dark gray with red streaks/brownish red/brown/light brown/brownGB602 NF3 34 15.5 1.2 0.6 silt-clay gray with red and brownish red streaks/light gray-off white/darker brown with light brown patchesGB602 NF3 35 9.1 0.7 0.7 silt-clay reddish light gray/dark gray with some red streaksGB602 NF3 36 16.0 0.9 0.8 silt-clay grayish-white/reddish light brown/darker brown/light brown/dark brownGB602 NF3 37 15.0 0.6 0.8 silt-clay light-dark gray/reddish brown/light yellowish brown/brown/light brown/brown

F1-7
 Appendix F1. Sediment profile imaging data for Garden Banks Block 602.

Site Station Rep

GB602 FF1 5GB602 FF1 6GB602 FF1 7GB602 FF1 9GB602 FF1 11GB602 FF1 12GB602 FF1 13GB602 FF1 14GB602 FF1 15GB602 FF1 16GB602 FF1 17GB602 FF1 18GB602 FF1 19GB602 FF1 20GB602 FF1 21GB602 FF1 22GB602 FF1 23GB602 FF1 24GB602 FF1 25GB602 FF1 28GB602 FF1 29GB602 FF1 30GB602 FF1 31GB602 FF1 32GB602 FF1 33GB602 FF1 34GB602 FF1 35GB602 FF1 36GB602 FF4 1GB602 FF4 2GB602 FF4 3GB602 FF4 4GB602 FF4 5GB602 FF4 6GB602 FF4 7GB602 FF4 8GB602 FF4 9GB602 FF4 10GB602 FF4 11GB602 FF4 12GB602 FF4 13GB602 FF4 14GB602 FF4 15GB602 FF4 16GB602 FF4 17GB602 FF4 18GB602 FF4 19

Sediment Layer 1 Layer 2 Layer 3 Layer 4 Layer 5 Layer 6 Layer 7 Layer Max Depth Void V

Layers Thickness Thickness Thickness Thickness Thickness Thickness Thickness Ave Burrows Tubes Infauna Infauna2 Oxic Anae

0 000 0 1 7.4 7.4 0 0 0 0 1 6.3 6.3 0 0 0 0 1 6.6 6.6 0 8 0 0 0 000 0 1 9.8 9.8 0 3 0 0 1 6.4 6.4 0 1 0 0 0 000 0 0 000 0 0 010 0 1 5.8 5.8 0 0 0 0 1 6.4 6.4 0 2 0 0 1 6.7 6.7 0 10 1 0.1 0 

0 030 0 0 0 1 2 0.8 0 1 6.9 6.9 0 2 0 0 0 010 0 1 8.0 8.0 0 7 0 0 1 6.8 6.8 0 0 0 0 0 000 0 1 7.7 7.7 0 0 0 0 1 6.1 6.1 0 1 0 0 1 5.5 5.5 0 5 0 0 1 6.5 6.5 0 6 0 0 1 4.0 4.0 0 0 0 0 1 9.1 9.1 0 0 0 0 1 10.3 10.3 0 2 0 0 1 6.3 6.3 0 0 0 0 2 6.7 4.4 5.5 0 0 0 0 2 4.7 4.9 4.8 0 1 0 0 2 3.5 6.7 5.1 0 2 0 0 3 4.9 5.9 1.6 4.1 0 0 0 0 4 4.1 1.8 3.1 3.0 0 0 0 0 3 4.0 3.6 1.6 3.1 0 2 0 0 2 3.3 2.5 2.9 0 0 1 2.9 0 3 3.7 2.0 1.4 2.4 0 0 0 0 4 3.8 3.3 1.3 1.7 2.5 0 0 0 0 1 9.3 9.3 0 2 2 0.8 0 3 9.8 1.2 1.3 4.1 0 0 0 0 1 9.9 9.9 0 0 0 0 1 8.5 8.5 0 0 0 0 1 7.5 7.5 0 0 0 0 1 11.6 11.6 0 1 0 0 2 9.6 1.4 5.5 0 1 0 0 2 8.2 1.7 5.0 0 0 0 0 1 9.4 9.4 0 0 0 0 2 8.7 3.0 5.8 0 2 0 0 

F1-8
 Appendix F1. Sediment profile imaging data for Garden Banks Block 602.

Site Station Rep

GB602 FF4 20GB602 FF4 21GB602 FF4 22GB602 FF4 23GB602 FF4 24GB602 FF4 25GB602 FF4 26GB602 FF4 27GB602 FF4 28GB602 FF4 29GB602 FF4 30GB602 FF4 31GB602 FF4 32GB602 FF4 33GB602 FF4 34GB602 FF4 35GB602 FF4 36GB602 FF5 1GB602 FF5 2GB602 FF5 3GB602 FF5 4GB602 FF5 5GB602 FF5 7GB602 FF5 8GB602 FF5 9GB602 FF5 10GB602 FF5 11GB602 FF5 12GB602 FF5 13GB602 FF5 14GB602 FF5 15GB602 FF5 16GB602 FF5 17GB602 FF5 18GB602 FF5 19GB602 FF5 20GB602 FF5 22GB602 FF5 23GB602 FF5 24GB602 FF5 25GB602 FF5 26GB602 FF5 27GB602 FF5 31GB602 FF5 36GB602 NF1 2GB602 NF1 3GB602 NF1 4

Sediment Layer 1 Layer 2 Layer 3 Layer 4 Layer 5 Layer 6 Layer 7 Layer Max Depth Void V

Layers Thickness Thickness Thickness Thickness Thickness Thickness Thickness Ave Burrows Tubes Infauna Infauna2 Oxic Anae

4 2.4 0.9 5.3 1.6 2.6 0 2 0 0 4 4.0 1.3 4.7 2.4 3.1 0 0 0 0 3 3.3 9.9 2.3 5.2 0 1 0 0 3 2.8 6.4 2.0 3.7 0 0 0 0 3 3.4 1.4 4.1 3.0 0 0 0 0 3 2.8 5.2 1.5 3.2 0 1 0 0 3 3.4 2.3 4.6 3.4 0 0 0 0 2 3.3 6.4 4.9 0 0 0 0 2 3.9 5.9 4.9 0 0 0 0 2 5.6 4.2 4.9 0 1 0 0 2 4.1 6.5 5.3 0 0 0 0 1 7.9 7.9 0 0 0 0 2 3.9 6.6 5.2 0 0 0 0 3 5.0 4.0 2.3 3.8 0 0 0 0 2 3.1 4.7 3.9 0 1 0 0 3 4.6 5.9 2.8 4.4 0 2 0 0 3 4.6 4.5 1.9 3.7 0 0 0 0 3 3.1 7.8 3.0 4.6 0 2 0 0 1 8.7 8.7 0 0 0 0 0 010 0 0 010 0 1 9.2 9.2 1 3 0 1 0 020 0 2 9.2 1.7 5.5 0 0 0 0 0 000 0 1 11.0 11.0 0 3 0 0 2 3.4 6.4 4.9 0 1 0 0 3 8.2 2.2 2.7 4.4 0 1 0 0 2 3.5 1.0 2.3 0 1 0 0 2 2.5 8.1 5.3 0 0 0 0 2 3.4 5.9 4.6 0 0 0 0 1 8.9 8.9 0 4 0 0 2 2.4 5.8 4.1 0 1 0 0 4 2.6 7.0 1.9 1.5 3.3 0 3 0 0 2 3.6 5.6 4.6 0 1 0 0 0 010 0 1 7.6 7.6 0 0 0 0 1 10.8 10.8 0 0 0 0 3 7.2 1.7 2.0 3.6 0 2 0 0 1 10.6 10.6 0 1 0 0 1 10.2 10.2 0 1 0 0 1 11.2 11.2 0 1 0 0 0 010 0 0 0 0 0 0 3 3.7 1.7 3.8 3.1 0 2 0 0 2 3.5 3.5 3.5 0 2 0 0 2 4.0 2.5 3.3 0 1? 0 0 

F1-9
 Appendix F1. Sediment profile imaging data for Garden Banks Block 602.

Site Station Rep

GB602 NF1 5GB602 NF1 6GB602 NF1 7GB602 NF1 8GB602 NF1 9GB602 NF1 10GB602 NF1 11GB602 NF1 12GB602 NF1 13GB602 NF1 14GB602 NF1 16GB602 NF1 17GB602 NF1 18GB602 NF1 19GB602 NF1 20GB602 NF1 21GB602 NF1 22GB602 NF1 23GB602 NF1 24GB602 NF1 25GB602 NF1 26GB602 NF1 27GB602 NF1 28GB602 NF1 29GB602 NF1 30GB602 NF1 31GB602 NF1 32GB602 NF1 33GB602 NF1 34GB602 NF1 35GB602 NF1 36GB602 NF1 37GB602 NF1 38GB602 NF2 1GB602 NF2 2GB602 NF2 3GB602 NF2 4GB602 NF2 5GB602 NF2 6GB602 NF2 7GB602 NF2 8GB602 NF2 9GB602 NF2 10GB602 NF2 11GB602 NF2 12GB602 NF2 13GB602 NF2 14

Sediment Layer 1 Layer 2 Layer 3 Layer 4 Layer 5 Layer 6 Layer 7 Layer Max Depth Void V

Layers Thickness Thickness Thickness Thickness Thickness Thickness Thickness Ave Burrows Tubes Infauna Infauna2 Oxic Anae

1 1.0 1.0 0 0 0 0 2 2.8 4.0 3.4 0 0 0 0 4 3.1 5.1 1.3 1.1 2.6 0 2 0 0 3 1.7 1.7 4.0 2.4 0 3 0 0 5 2.2 1.1 2.2 1.6 2.4 1.9 0 2 0 0 2 4.8 2.1 3.4 0 0 0 0 4 5.6 2.3 2.4 1.2 2.9 0 0 0 0 1 3.1 3.1 0 2 0 0 0 020 0 2 2.5 3.1 2.8 0 1 0 0 4 3.7 2.9 1.7 1.1 2.4 0 0 0 0 4 2.7 2.1 0.8 2.4 2.0 0 12 0 0 5 4.1 1.2 1.4 1.3 1.3 1.9 0 1 0 0 4 4.6 3.0 1.3 0.9 2.5 0 0 0 0 4 3.9 2.3 1.1 1.2 2.1 0 0 0 0 4 2.8 2.0 1.0 1.5 1.8 0 5 0 0 5 2.4 4.7 0.4 0.6 1.0 1.8 0 8 0 0 3 3.4 3.3 0.9 2.5 0 0 0 0 3 3.3 4.7 0.4 2.8 0 3 0 0 3 1.9 5.9 1.4 3.1 0 1 0 0 3 7.0 4.7 1.1 4.2 0 0 0 0 6 1.9 4.4 0.4 1.1 1.5 1.2 1.8 0 2 0 0 4 2.7 4.6 0.7 2.1 2.5 0 1 0 0 4 12.0 2.1 1.5 2.3 4.5 0 0 0 0 4 2.5 3.6 0.8 1.9 2.2 0 2 0 0 4 1.3 4.7 0.5 2.2 2.2 0 6 0 0 4 1.4 5.5 0.6 0.8 2.1 0 3 0 0 3 2.2 4.6 0.6 2.4 0 3 0 0 2 1.1 6.2 3.7 0 21 0 0 3 2.5 4.7 0.4 2.5 0 8 0 0 6 2.1 3.3 1.1 0.7 0.9 2.9 1.8 0 4 0 0 6 2.8 3.8 0.5 0.6 1.2 2.9 2.0 0 5 0 0 7 2.5 2.9 0.8 1.6 1.4 1.2 0.7 1.6 0 1 0 0 2 5.0 4.5 4.7 0 1 0 0 2 6.4 3.5 4.9 0 1 0 0 4 5.3 1.8 2.4 2.9 3.1 0 0 0 0 0 000 0 4 4.2 5.4 2.7 1.9 3.6 0 0 0 0 2 6.8 4.6 5.7 0 0 0 0 4 6.0 5.2 1.6 1.5 3.6 0 0 0 0 4 5.8 4.8 1.4 1.7 3.4 0 0 0 0 4 5.9 3.2 1.9 2.8 3.5 0 0 0 0 7 2.7 3.5 2.6 1.2 0.9 1.0 1.6 1.9 0 0 0 0 7 3.1 4.9 0.7 1.4 1.5 0.9 1.1 2.0 0 1 1 3.3 0 6 3.2 3.7 0.6 1.8 1.9 1.5 2.1 0 0 0 0 2 3.9 4.1 4.0 0 0 0 0 2 3.9 5.6 4.8 0 1 0 0 

F1-10
 Appendix F1. Sediment profile imaging data for Garden Banks Block 602.

Site Station Rep

GB602 NF2 15GB602 NF2 16GB602 NF2 17GB602 NF2 18GB602 NF2 19GB602 NF2 20GB602 NF2 21GB602 NF2 22GB602 NF2 23GB602 NF2 24GB602 NF2 25GB602 NF2 26GB602 NF2 27GB602 NF2 28GB602 NF2 29GB602 NF2 30GB602 NF2 31GB602 NF2 32GB602 NF2 33GB602 NF2 34GB602 NF2 35GB602 NF2 36GB602 NF3 1GB602 NF3 2GB602 NF3 3GB602 NF3 4GB602 NF3 5GB602 NF3 6GB602 NF3 7GB602 NF3 8GB602 NF3 9GB602 NF3 10GB602 NF3 11GB602 NF3 12GB602 NF3 13GB602 NF3 14GB602 NF3 15GB602 NF3 16GB602 NF3 17GB602 NF3 18GB602 NF3 19GB602 NF3 20GB602 NF3 21GB602 NF3 22GB602 NF3 23GB602 NF3 24GB602 NF3 25

Sediment Layer 1 Layer 2 Layer 3 Layer 4 Layer 5 Layer 6 Layer 7 Layer Max Depth Void V

Layers Thickness Thickness Thickness Thickness Thickness Thickness Thickness Ave Burrows Tubes Infauna Infauna2 Oxic Anae

2 3.7 4.2 3.9 0 0 0 0 2 3.5 4.0 3.8 0 0 0 0 2 3.8 3.7 3.8 0 0 0 0 2 3.7 4.3 4.0 0 0 0 0 5 4.4 3.2 1.9 3.3 1.5 2.9 0 0 0 0 2 6.9 8.9 7.9 0 0 0 0 3 7.3 3.2 4.8 5.1 0 0 0 0 2 7.3 2.8 5.1 0 3 0 0 2 9.1 6.6 7.8 1 0 1 11.6 0 4 4.7 1.7 2.5 3.2 3.0 0 1 0 0 2 6.4 3.5 5.0 0 10 0 0 1 7.5 7.5 0 0 0 0 2 5.9 3.1 4.5 0 0 0 0 2 4.2 3.7 4.0 0 4 0 0 4 11.4 2.8 1.7 2.7 4.6 0 0 2 7.4 0 3 3.0 3.4 2.2 2.9 0 1 0 0 1 3.7 3.7 0 0 0 0 1 4.3 4.3 0 0 0 0 1 5.1 5.1 0 1 0 0 1 4.7 4.7 0 0 0 0 1 5.2 5.2 0 0 0 0 1 5.7 5.7 0 0 0 0 4 7.5 3.8 2.8 1.7 4.0 0 0 0 0 2 7.2 6.0 6.6 0 0 0 0 3 2.2 5.7 2.7 3.6 0 1 0 0 4 1.9 8.4 2.0 1.6 3.5 0 0 0 0 3 3.5 4.1 5.3 4.3 0 1 0 0 4 4.6 1.7 1.5 1.6 2.3 0 1 0 0 3 3.3 3.4 8.8 5.2 0 2 0 0 4 2.5 4.7 2.8 2.0 3.0 0 1 1 6.6 0 2 7.4 3.2 5.3 0 0 0 0 3 7.6 2.9 2.4 4.3 0 1 0 0 4 7.6 2.8 1.7 3.3 3.9 0 3 2 5.6 0 4 6.5 3.3 1.4 1.9 3.2 0 2 0 0 2 7.9 6.5 7.2 0 0 0 0 2 9.4 5.1 7.3 0 1 0 0 2 8.3 5.2 6.7 0 0 1 3.3 0 2 7.1 2.8 5.0 0 0 0 0 4 6.3 2.7 2.2 1.7 3.2 0 0 0 0 3 5.9 3.0 3.0 4.0 0 2 0 0 2 6.7 2.9 4.8 0 2 0 0 1 9.2 9.2 0 0 0 0 2 7.4 3.8 5.6 0 0 0 0 3 4.3 3.7 6.4 4.8 0 0 0 0 2 4.1 6.8 5.5 0 0 0 0 2 4.6 2.7 3.6 0 0 0 0 3 4.2 5.3 1.3 3.6 0 0 0 0 

F1-11
 Appendix F1. Sediment profile imaging data for Garden Banks Block 602.

Site Station Rep

GB602 NF3 26GB602 NF3 27GB602 NF3 28GB602 NF3 29GB602 NF3 30GB602 NF3 31GB602 NF3 32GB602 NF3 33GB602 NF3 34GB602 NF3 35GB602 NF3 36GB602 NF3 37

Sediment Layer 1 Layer 2 Layer 3 Layer 4 Layer 5 Layer 6 Layer 7 Layer Max Depth Void V

Layers Thickness Thickness Thickness Thickness Thickness Thickness Thickness Ave Burrows Tubes Infauna Infauna2 Oxic Anae

2 4.1 6.5 5.3 0 1 0 0 4 3.9 4.0 4.5 0.9 3.3 0 0 0 0 2 5.3 4.3 4.8 0 0 0 0 4 8.8 2.0 1.8 2.0 3.7 0 0 0 0 2 7.2 2.9 5.0 0 1 0 0 2 4.8 5.1 5.0 0 2 0 0 3 4.0 3.0 3.6 3.5 0 1 0 0 4 5.1 3.5 2.6 3.0 3.5 0 0 0 0 2 6.5 3.9 5.2 0 1 0 0 1 3.3 3.3 0 0 0 0 4 5.2 2.5 3.6 3.0 3.6 0 0 0 0 5 3.6 3.5 3.9 1.3 1.3 2.7 0 3 0 0 

F1-12
APPENDIX F2

Sediment Profile Imaging Data 

from Mississippi Canyon Block 292 

F2-1
 Appendix F2. Sediment profile imaging data for Mississippi Canyon Block 292.

Penetration Surface RPD Sediment Sediment Sediment Layer 1 

Site Transect Rep Avg Relief Avg Type Color Layers Thicknes

MC292 FF1 1 9.6 0.9 0.8 clay reddish brown/gray to darker brown 1 3.8 MC292 FF1 2 12.5 2.3 0.7 clay

granular reddish brown/thin off-white layer/smooth reddish brown/gray 1 5.1 

MC292 FF1 3 10.2 1.5 0.7 clay reddish brown/gray 1 4.3 

MC292 FF1 4 16.0 2.6 0.6 clay reddish brown to gray 1 5.3 MC292 FF1 5 9.4 2.0 0.6 clay reddish brown/gray 1 5.5 MC292 FF1 6 11.8 1.5 0.6 clay reddish brown/gray 1 6.7 MC292 FF1 7 10.4 1.1 0.5 clay reddish brown/gray 1 4.2 MC292 FF1 8 9.8 0.3 0.4 clay reddish brown/gray 1 5.7 MC292 FF1 9 16.8 1.3 0.5 clay reddish brown/gray 1 8.2 MC292 FF1 10 11.1 1.9 0.7 clay reddish brown to gray/dark gray-dark brown 2 6.5 MC292 FF1 11 12.7 1.4 0.9 clay reddish brown/gray 1 4.1 MC292 FF1 12 10.1 0.7 1.1 clay reddish brown/gray 1 3.2 MC292 FF1 13 10.2 2.0 1.2 clay reddish brown/gray 1 3.4 MC292 FF1 14 10.7 2.2 1.3 clay reddish brown/gray 1 3.3 MC292 FF1 15 8.8 3.1 0.9 clay reddish brown/gray 1 2.0 MC292 FF1 16 10.8 3.1 0.6 clay reddish brown/gray to darker brown 1 4.5 MC292 FF1 17 11.1 0.9 0.7 clay reddish brown to gray 1 3.5 MC292 FF1 18 9.8 1.6 0.6 clay reddish brown/gray to darker brown 1 3.5 MC292 FF1 19 12.8 1.4 0.8 clay reddish brown/gray 1 2.5 MC292 FF1 20 8.0 0.5 0.8 clay reddish brown/gray 1 3.8 MC292 FF1 21 9.2 3.1 0.7 clay reddish brown/gray to darker brown 1 4.5 MC292 FF1 22 12.2 4.9 0.8 clay reddish brown/gray to darker brown 1 5.3 MC292 FF1 23 9.8 0.6 0.9 clay reddish brown/gray 1 3.0 MC292 FF1 24 10.0 0.6 0.7 clay reddish brown/gray 1 5.4 MC292 FF1 25 10.8 0.9 1.0 clay reddish brown/gray 1 2.3 MC292 FF1 26 5.5 0.9 0.5 clay reddish brown/gray 1 3.2 MC292 FF1 27 11.3 2.9 0.5 clay reddish brown/gray 1 6.0 MC292 FF1 28 10.0 1.5 0.9 clay reddish brown/gray 1 5.4 MC292 FF1 29 11.8 1.3 0.6 clay reddish brown/gray 1 6.2 MC292 FF1 30 9.9 1.1 0.6 clay reddish brown/gray 1 3.7 MC292 FF1 31 6.6 0.2 0.4 clay reddish brown/gray 1 2.1 MC292 FF1 32 12.9 1.2 0.5 clay reddish brown/gray 1 4.8 MC292 FF1 33 9.4 0.6 0.5 clay reddish brown/gray 1 4.2 

F2-3
 Appendix F2. Sediment profile imaging data for Mississippi Canyon Block 292.

Penetration Surface RPD Sediment Sediment Sediment Layer 1 

Site Transect Rep Avg Relief Avg Type Color Layers Thicknes

MC292 FF1 34 10.5 1.5 0.5 clay reddish brown/gray 1 7.9 

MC292 FF1 35 9.7 1.5 0.6 clay reddish brown/gray 1 5.0 MC292 FF1 36 5.3 1.2 0.5 clay brown/bluish gray 1 4.6 MC292 FF4 1 6.9 1.3 0.6 clay reddish brown/gray 1 2.2 MC292 FF4 2 7.0 3.4 1.9 clay reddish brown/gray 1 3.4 MC292 FF4 3 12.7 1.1 0.9 clay reddish brown/gray 1 4.3 MC292 FF4 4 10.2 1.3 1.8 clay reddish brown/gray 1 5.2 MC292 FF4 5 8.1 3.8 1.7 clay reddish brown/gray 1 5.0 MC292 FF4 6 12.0 2.0 1.3 clay reddish brown/gray 1 5.5 MC292 FF4 7 8.3 1.7 0.5 clay reddish brown/gray 1 2.5 MC292 FF4 8 4.8 1.8 0.6 clay reddish brown 1 4.5 MC292 FF4 9 11.1 1.2 0.7 clay reddish brown/gray 1 4.9 MC292 FF4 10 7.6 0.8 0.5 clay reddish brown/gray 1 4.3 MC292 FF4 11 9.4 2.3 1.6 clay bluish brown 1 4.7 MC292 FF4 12 10.3 1.5 1.0 clay reddish brown/gray 1 4.9 MC292 FF4 13 8.4 2.4 0.5 clay reddish brown/gray 1 3.9 MC292 FF4 14 8.5 1.9 0.7 clay reddish brown/gray 1 3.4 MC292 FF4 15 6.7 0.7 1.8 clay reddish brown/gray 1 3.0 MC292 FF4 16 9.8 1.4 0.7 clay reddish brown/gray 1 3.0 MC292 FF4 17 8.0 2.0 0.6 clay reddish brown/gray 1 3.8 MC292 FF4 18 6.5 2.3 0.5 clay reddish brown/gray 1 3.9 MC292 FF4 19 6.2 3.7 1.8 clay reddish brown/gray 1 4.1 MC292 FF4 20 10.5 0.6 0.9 clay reddish brown/gray 1 5.4 MC292 FF4 21 19.6 2.2 0.8 clay reddish brown/bluish gray 1 4.4 MC292 FF4 22 11.1 1.8 2.0 clay reddish brown/gray 1 4.1 MC292 FF4 23 13.0 1.1 0.8 clay reddish brown/gray 1 6.1 MC292 FF4 24 12.6 1.5 1.7 clay reddish brown/gray 1 5.9 MC292 FF4 25 14.3 1.4 0.7 clay reddish brown/gray 1 5.6 MC292 FF4 26 14.1 1.9 0.9 clay reddish brown/gray 1 8.0 MC292 FF4 27 4.8 3.2 0.7 clay reddish brown/gray 1 3.7 MC292 FF4 28 12.1 2.3 1.2 clay reddish brown/gray 1 4.7 MC292 FF4 29 7.0 0.7 1.4 clay reddish brown/gray 1 6.4 MC292 FF4 30 9.4 0.8 0.5 clay reddish brown/gray 1 5.4 MC292 FF4 31 8.0 1.5 0.8 clay reddish brown/gray 1 6.9 

F2-4
 Appendix F2. Sediment profile imaging data for Mississippi Canyon Block 292.

Penetration Surface RPD Sediment Sediment Sediment Layer 1 

Site Transect Rep Avg Relief Avg Type Color Layers Thicknes

MC292 FF4 32 8.7 1.1 0.6 clay reddish brown/gray 1 4.6 

MC292 FF4 33 7.7 1.3 0.6 clay reddish brown/gray 1 4.6 MC292 FF4 34 8.4 1.0 0.8 clay reddish brown/gray 1 4.4 MC292 FF4 35 14.9 2.0 1.5 clay reddish brown/gray 1 4.6 MC292 FF4 36 7.6 2.4 1.2 clay reddish brown/gray 1 4.0 MC292 FF5 1 15.5 3.4 1.4 clay reddish brown/gray 1 2.6 MC292 FF5 2 14.9 0.9 1.2 clay reddish brown/gray 1 3.6 MC292 FF5 3 17.7 1.8 1.5 clay reddish brown/gray 1 5.6 MC292 FF5 4 6.4 3.3 0.9 clay reddish brown/gray 1 2.8 MC292 FF5 5 15.0 3.1 1.8 clay reddish brown/gray 1 6.5 MC292 FF5 6 17.1 2.5 1.4 clay reddish brown/gray 1 4.1 MC292 FF5 7 17.3 2.4 1.2 clay reddish brown/gray 1 5.2 MC292 FF5 8 18.1 0.8 1.3 clay reddish brown/gray 1 5.0 MC292 FF5 9 16.5 4.0 1.4 clay reddish brown/gray 1 6.5 MC292 FF5 10 6.8 4.3 0.9 clay reddish brown/gray 1 3.0 MC292 FF5 11 19.8 2.0 2.8 clay reddish brown/gray 1 6.5 MC292 FF5 12 15.6 3.8 2.7 clay reddish brown/gray 1 6.5 MC292 FF5 13 15.6 2.2 1.2 clay reddish brown/gray 1 7.5 MC292 FF5 14 13.9 3.4 1.7 clay reddish brown/gray 1 4.2 MC292 FF5 15 11.6 1.9 1.2 clay reddish brown/gray 1 6.7 MC292 FF5 16 17.4 0.3 2.7 clay reddish brown/gray 1 4.3 MC292 FF5 17 17.2 1.7 2.5 clay reddish brown/gray 1 4.6 MC292 FF5 18 15.0 1.8 1.0 clay reddish brown/gray 1 5.7 MC292 FF5 19 13.2 1.2 0.9 clay reddish brown/gray 1 6.5 MC292 FF5 20 19.1 2.0 2.9 clay reddish brown/gray 1 6.4 MC292 FF5 21 14.3 1.2 1.6 clay reddish brown/gray 1 4.0 MC292 FF5 22 12.8 2.0 1.3 clay reddish brown/gray 1 4.9 MC292 FF5 23 13.2 3.2 1.1 clay reddish brown/gray 1 6.7 MC292 FF5 24 15.9 1.5 1.6 clay reddish brown/gray 1 5.3 MC292 FF5 25 11.5 0.7 0.9 clay reddish brown/gray 1 4.8 MC292 FF5 26 13.5 3.9 1.6 clay reddish brown/gray 1 3.3 MC292 FF5 27 14.2 2.4 2.2 clay reddish brown/gray 1 3.0 MC292 FF5 28 14.4 1.8 1.1 clay reddish brown/gray 1 6.0 MC292 FF5 29 13.1 1.0 2.5 clay reddish brown/gray 1 6.2 

F2-5
 Appendix F2. Sediment profile imaging data for Mississippi Canyon Block 292.

Penetration Surface RPD Sediment Sediment Sediment Layer 1 

Site Transect Rep Avg Relief Avg Type Color Layers Thicknes

MC292 FF5 30 8.7 2.4 1.6 clay reddish brown/gray 1 3.0 

MC292 FF5 31 22.1 2.8 1.4 clay reddish brown/gray 1 7.2 MC292 FF5 32 16.5 1.8 2.0 clay reddish brown/gray 1 5.6 MC292 FF5 33 14.3 2.0 0.8 clay reddish brown/gray 1 6.3 MC292 FF5 34 14.9 2.7 1.5 clay reddish brown/gray 1 4.9 MC292 FF5 35 15.5 1.5 1.0 clay reddish brown/gray 1 5.7 MC292 FF5 36 13.8 1.9 0.9 clay reddish brown/gray 1 5.6 MC292 NF1 1 16.8 0.8 2.0 clay reddish brown/gray 1 4.7 MC292 NF1 2 18.4 1.6 0.9 clay reddish brown/gray 1 6.8 MC292 NF1 3 15.8 2.1 1.8 clay reddish brown/gray 1 5.2 MC292 NF1 4 17.8 1.8 2.3 clay reddish brown/reddish gray 1 8.6 MC292 NF1 5 16.4 0.8 1.4 clay reddish brown/reddish gray 1 9.0 MC292 NF1 6 15.3 1.2 1.3 clay reddish brown/reddish gray 1 6.7 MC292 NF1 7 16.7 1.9 0.8 clay reddish brown/reddish gray 1 9.9 MC292 NF1 8 17.6 0.5 1.0 clay reddish brown/reddish gray 1 6.4 MC292 NF1 9 14.8 2.8 0.8 clay reddish brown/reddish gray 1 6.2 MC292 NF1 10 18.2 0.7 2.7 clay reddish brown/gray 1 6.2 MC292 NF1 11 18.4 0.2 2.9 clay reddish brown/gray 1 8.6 MC292 NF1 12 19.7 1.8 1.5 clay reddish brown/gray 1 14.3 MC292 NF1 13 16.5 1.9 2.6 clay reddish brown/gray 1 4.2 MC292 NF1 14 18.3 1.5 2.6 clay reddish brown/gray 1 5.4 MC292 NF1 15 17.0 1.7 1.8 clay reddish brown/gray 1 9.3 MC292 NF1 16 18.3 2.5 2.7 clay reddish brown/gray 1 7.4 MC292 NF1 17 18.2 1.0 2.2 clay reddish brown/gray 1 6.1 MC292 NF1 18 16.9 0.5 2.6 clay reddish brown/gray 1 6.4 MC292 NF1 19 16.1 0.6 1.0 clay reddish brown/gray 1 7.3 MC292 NF1 20 18.3 1.3 2.0 clay reddish brown/gray 1 6.3 MC292 NF1 21 16.8 1.0 2.4 clay reddish brown/gray 1 6.8 MC292 NF1 22 17.3 0.8 2.5 clay reddish brown/gray 1 9.6 MC292 NF1 23 17.8 1.1 1.4 clay reddish brown/gray 1 6.2 MC292 NF1 24 18.5 1.2 1.7 clay reddish brown/gray 1 9.3 MC292 NF1 25 15.0 1.5 0.9 clay reddish brown/gray 1 5.6 MC292 NF1 26 15.2 2.2 1.1 clay reddish brown/gray 1 5.1 MC292 NF1 27 16.4 0.4 1.1 clay reddish brown/gray 1 7.2 

F2-6
 Appendix F2. Sediment profile imaging data for Mississippi Canyon Block 292.

Penetration Surface RPD Sediment Sediment Sediment Layer 1 

Site Transect Rep Avg Relief Avg Type Color Layers Thicknes

MC292 NF1 28 17.1 0.9 1.3 clay reddish brown/gray 1 5.8 

MC292 NF1 29 16.9 1.0 1.0 clay reddish brown/gray 1 6.1 MC292 NF1 30 17.6 1.0 1.3 clay reddish brown/gray 1 8.7 MC292 NF1 31 17.9 0.6 2.3 clay reddish brown/gray 1 5.5 MC292 NF1 32 15.8 1.5 0.9 clay reddish brown/gray 1 6.2 MC292 NF1 33 15.5 2.3 0.7 silt-clay reddish brown/dark greenish gray/light gray 2 0.9 MC292 NF1 34 14.4 1.0 0.1 silt-clay light gray/dark greenish gray/gray 2 0.5 MC292 NF1 35 13.8 0.3 0.4 silt-clay reddish brown/dark greenish gray/gray 2 0.5 MC292 NF1 36 17.9 1.6 0.2 silt-clay reddish brown/dark greenish gray/gray 2 0.4 MC292 NF1 37 11.9 1.4 0.4 silt-clay reddish brown/dark greenish gray/gray 2 0.7 MC292 NF1 38 16.6 1.0 0.4 silt-clay reddish brown/dark greenish gray/gray 2 0.5 MC292 NF1 39 17.7 1.4 0.4 silt-clay reddish brown/dark greenish gray/gray 2 0.3 MC292 NF1 40 18.3 1.5 0.5 silt-clay reddish brown/dark greenish gray/gray 2 0.5 MC292 NF1 41 15.2 1.0 0.5 silt-clay reddish brown/dark greenish gray/gray 2 0.7 MC292 NF1 42 16.2 0.6 0.4 silt-clay reddish brown/dark greenish gray/gray 2 1.5 MC292 NF1 43 19.1 0.8 2.0 clay reddish brown with trace of black/gray 1 5.5 MC292 NF1 44 17.3 1.2 1.1 clay reddish brown/gray 1 5.1 MC292 NF1 45 16.5 1.6 1.3 clay reddish brown and dark greenish gray/gray 1 5.1 MC292 NF1 46 16.3 1.1 1.4 clay reddish brown/reddish gray 1 4.3 MC292 NF1 47 17.3 0.8 2.6 clay reddish brown/reddish gray 1 11.5 MC292 NF1 48 15.0 1.3 0.9 clay reddish brown/reddish gray 1 5.9 MC292 NF1 49 18.0 1.0 1.6 clay reddish brown/reddish gray 1 5.0 MC292 NF1 50 17.2 0.8 1.0 clay reddish brown/reddish gray 1 6.2 MC292 NF1 51 17.1 0.6 0.9 clay reddish brown/reddish gray 1 9.2 MC292 NF1 52 16.4 1.4 0.9 clay reddish brown/reddish gray 1 4.4 MC292 NF1 53 16.8 1.9 0.6 silt-clay reddish dark gray/light gray/brown 2 4.7 MC292 NF1 54 18.9 1.4 0.4 silt-clay reddish dark gray/light gray/brown 2 4.8 MC292 NF2 1 17.8 0.7 1.4 clay reddish brown/light gray 1 6.4 MC292 NF2 2 15.7 0.8 0.6 clay reddish brown/light gray 1 5.3 MC292 NF2 3 17.9 1.5 0.7 clay reddish brown/light gray 1 9.6 MC292 NF2 4 14.9 1.9 0.7 clay reddish brown/light gray 1 8.4 MC292 NF2 5 13.8 4.1 0.8 clay reddish brown/light gray 1 8.4 MC292 NF2 6 16.9 0.8 0.7 clay reddish brown/light gray 1 6.6 

F2-7
 Appendix F2. Sediment profile imaging data for Mississippi Canyon Block 292.

Penetration Surface RPD Sediment Sediment Sediment Layer 1 

Site Transect Rep Avg Relief Avg Type Color Layers Thicknes

MC292 NF2 7 17.8 1.4 0.6 clay reddish brown/light gray 1 9.0 

MC292 NF2 8 17.0 0.6 0.7 clay reddish brown/light gray 1 9.2 MC292 NF2 9 17.0 2.5 0.7 clay reddish brown/light gray 1 7.8 MC292 NF2 10 19.1 1.0 1.2 clay reddish brown/reddish gray 1 5.5 MC292 NF2 11 13.3 0.7 0.7 clay reddish brown/reddish gray 1 6.3 MC292 NF2 12 18.6 0.7 1.1 clay reddish brown/reddish gray 1 8.3 MC292 NF2 13 16.2 3.0 0.7 clay reddish brown/reddish gray 1 9.5 MC292 NF2 14 15.8 1.6 1.1 clay reddish brown/reddish gray 1 7.8 MC292 NF2 15 13.8 0.9 0.7 clay reddish brown/reddish gray 1 8.0 MC292 NF2 16 15.9 1.1 1.0 clay reddish brown/reddish gray 1 7.9 MC292 NF2 17 18.4 1.1 1.2 clay reddish brown/reddish gray 1 6.5 MC292 NF2 18 17.8 1.6 1.1 clay reddish brown/reddish gray 1 5.6 MC292 NF2 19 16.0 0.7 1.0 clay reddish brown/reddish gray 1 6.9 MC292 NF2 20 17.8 1.0 0.8 clay reddish brown/reddish gray 1 5.9 MC292 NF2 21 17.7 1.2 0.9 clay reddish brown/reddish gray 1 8.8 MC292 NF2 22 15.5 1.2 0.5 clay reddish brown/reddish gray 1 9.7 MC292 NF2 23 15.5 0.8 0.8 clay reddish brown/reddish gray 1 7.3 MC292 NF2 24 18.8 3.6 1.1 clay reddish brown/reddish gray 1 8.1 MC292 NF2 25 14.4 3.9 0.8 silt-clay disturbed - can't distinguish layers MC292 NF2 26 17.2 2.1 0.7 silt-clay reddish dark gray/light gray 1 5.7 MC292 NF2 27 14.7 0.8 0.5 clay reddish dark gray/reddish light gray 1 2.9 MC292 NF2 28 16.0 1.3 1.1 clay reddish brown/light gray 1 3.3 MC292 NF2 29 14.0 0.7 0.6 clay reddish brown/light gray 1 3.5 MC292 NF2 30 17.2 1.7 0.5 clay reddish brown/light gray 1 3.6 MC292 NF2 31 15.3 1.0 0.5 clay reddish brown/light gray 1 3.9 MC292 NF2 32 16.6 0.6 0.6 silt-clay reddish dark gray/light gray 1 6.4 MC292 NF2 33 14.8 0.4 0.6 silt-clay reddish dark gray/light gray 1 7.0 MC292 NF2 34 13.1 1.2 0.7 clay reddish brown/bluish gray 1 10.8 MC292 NF2 35 16.5 1.9 0.7 clay reddish brown/light gray 1 5.0 MC292 NF2 36 14.6 0.9 0.5 clay reddish brown 1 6.3 MC292 NF2 37 15.9 1.8 0.6 clay reddish brown 1 8.1 MC292 NF2 38 16.3 1.1 0.7 clay reddish brown/light gray 1 6.9 MC292 NF2 39 18.3 1.3 0.5 clay reddish brown/light gray 1 8.4 MC292 NF2 40 15.0 0.9 0.6 clay reddish brown/light gray 1 7.8 

F2-8
 Appendix F2. Sediment profile imaging data for Mississippi Canyon Block 292.

Penetration Surface RPD Sediment Sediment Sediment Layer 1 

Site Transect Rep Avg Relief Avg Type Color Layers Thicknes

MC292 NF2 42 17.1 1.2 0.5 clay reddish brown/light gray 1 8.3 

MC292 NF2 43 14.3 0.8 0.6 clay reddish brown/light gray 1 9.0 MC292 NF2 44 15.0 4.5 0.6 clay reddish brown/light gray 1 9.2 MC292 NF2 45 17.3 1.3 0.5 clay reddish brown/light gray 1 14.2 

F2-9
 Appendix F2. Sediment profile imaging data for Mississippi Canyon Block 292.

Site Transect Rep

MC292 FF1 1MC292 FF1 2MC292 FF1 3MC292 FF1 4MC292 FF1 5MC292 FF1 6MC292 FF1 7MC292 FF1 8MC292 FF1 9MC292 FF1 10MC292 FF1 11MC292 FF1 12MC292 FF1 13MC292 FF1 14MC292 FF1 15MC292 FF1 16MC292 FF1 17MC292 FF1 18MC292 FF1 19MC292 FF1 20MC292 FF1 21MC292 FF1 22MC292 FF1 23MC292 FF1 24MC292 FF1 25MC292 FF1 26MC292 FF1 27MC292 FF1 28MC292 FF1 29MC292 FF1 30MC292 FF1 31MC292 FF1 32MC292 FF1 33

Max Infauna Oxic Anaerobic

Infauna Depth Voids Voids Max Void Comments

2 7.6 0 1 3.30 000 002 13.5 0 1 1.70 0 1 4.42 6.9 0 00 000 000 000 001 1.2 0 00 001 4.8 0 00 000 000 0 0 hexacoral3 9.5 0 00 000 000 001 8.4 1 0 8.40 000 000 001 2.5 1 0 2.50 000 000 000 002 8.0 0 1 1.40 000 000 00

F2-10
 Appendix F2. Sediment profile imaging data for Mississippi Canyon Block 292.

Site Transect Rep

MC292 FF1 34MC292 FF1 35MC292 FF1 36MC292 FF4 1MC292 FF4 2MC292 FF4 3MC292 FF4 4MC292 FF4 5MC292 FF4 6MC292 FF4 7MC292 FF4 8MC292 FF4 9MC292 FF4 10MC292 FF4 11MC292 FF4 12MC292 FF4 13MC292 FF4 14MC292 FF4 15MC292 FF4 16MC292 FF4 17MC292 FF4 18MC292 FF4 19MC292 FF4 20MC292 FF4 21MC292 FF4 22MC292 FF4 23MC292 FF4 24MC292 FF4 25MC292 FF4 26MC292 FF4 27MC292 FF4 28MC292 FF4 29MC292 FF4 30MC292 FF4 31

Max Infauna Oxic Anaerobic

Infauna Depth Voids Voids Max Void Comments

0 000 000 000 000 001 3.3 0 00 001 2.3 0 00 000 000 000 000 000 001 9.2 0 2 6.80 0 2 4.42 5.9 0 00 000 000 002 1.7 0 00 000 001 5.8 0 00 000 002 10.5 0 00 000 000 000 001 1.1 0 00 000 00

F2-11
 Appendix F2. Sediment profile imaging data for Mississippi Canyon Block 292.

Site Transect Rep

MC292 FF4 32MC292 FF4 33MC292 FF4 34MC292 FF4 35MC292 FF4 36MC292 FF5 1MC292 FF5 2MC292 FF5 3MC292 FF5 4MC292 FF5 5MC292 FF5 6MC292 FF5 7MC292 FF5 8MC292 FF5 9MC292 FF5 10MC292 FF5 11MC292 FF5 12MC292 FF5 13MC292 FF5 14MC292 FF5 15MC292 FF5 16MC292 FF5 17MC292 FF5 18MC292 FF5 19MC292 FF5 20MC292 FF5 21MC292 FF5 22MC292 FF5 23MC292 FF5 24MC292 FF5 25MC292 FF5 26MC292 FF5 27MC292 FF5 28MC292 FF5 29

Max Infauna Oxic Anaerobic

Infauna Depth Voids Voids Max Void Comments

0 001 000 000 0 1 4.50 000 000 000 000 001 001 14.2 0 1 1.90 001 5.8 0 00 000 000 0 3 14.30 001 12.9 0 00 000 000 000 000 001 10.9 0 01 6.5 0 02 10.4 0 00 000 002 13.3 0 00 1 0 2.41 10.2 0 03 12.3 0 01 11.6 0 00 00

F2-12
 Appendix F2. Sediment profile imaging data for Mississippi Canyon Block 292.

Site Transect Rep

MC292 FF5 30MC292 FF5 31MC292 FF5 32MC292 FF5 33MC292 FF5 34MC292 FF5 35MC292 FF5 36MC292 NF1 1MC292 NF1 2MC292 NF1 3MC292 NF1 4MC292 NF1 5MC292 NF1 6MC292 NF1 7MC292 NF1 8MC292 NF1 9MC292 NF1 10MC292 NF1 11MC292 NF1 12MC292 NF1 13MC292 NF1 14MC292 NF1 15MC292 NF1 16MC292 NF1 17MC292 NF1 18MC292 NF1 19MC292 NF1 20MC292 NF1 21MC292 NF1 22MC292 NF1 23MC292 NF1 24MC292 NF1 25MC292 NF1 26MC292 NF1 27

Max Infauna Oxic Anaerobic

Infauna Depth Voids Voids Max Void Comments

1 5.8 0 03 10.9 0 01 1.9 0 00 002 13.4 0 00 000 001 7.6 0 2 16.01 7.0 0 00 000 000 000 000 002 13.2 0 01 5.8 0 00 0 1 5.11 0.6 0 01 2.2 0 1 13.50 000 004 8.1 0 00 000 000 000 001 2.3 0 1 15.00 000 002 2.0 0 00 001 0.3 0 01 6.6 0 02 9.0 0 0

F2-13
 Appendix F2. Sediment profile imaging data for Mississippi Canyon Block 292.

Site Transect Rep

MC292 NF1 28MC292 NF1 29MC292 NF1 30MC292 NF1 31MC292 NF1 32MC292 NF1 33MC292 NF1 34MC292 NF1 35MC292 NF1 36MC292 NF1 37MC292 NF1 38MC292 NF1 39MC292 NF1 40MC292 NF1 41MC292 NF1 42MC292 NF1 43MC292 NF1 44MC292 NF1 45MC292 NF1 46MC292 NF1 47MC292 NF1 48MC292 NF1 49MC292 NF1 50MC292 NF1 51MC292 NF1 52MC292 NF1 53MC292 NF1 54MC292 NF2 1MC292 NF2 2MC292 NF2 3MC292 NF2 4MC292 NF2 5MC292 NF2 6

Max Infauna Oxic Anaerobic

Infauna Depth Voids Voids Max Void Comments

0 000 000 000 000 000 000 000 000 000 000 000 003 1.1 0 00 000 000 000 000 000 002 5.8 0 00 000 000 000 000 000 000 000 001 5.0 0 00 000 000 000 00

F2-14
 Appendix F2. Sediment profile imaging data for Mississippi Canyon Block 292.

Site Transect Rep

MC292 NF2 7MC292 NF2 8MC292 NF2 9MC292 NF2 10MC292 NF2 11MC292 NF2 12MC292 NF2 13MC292 NF2 14MC292 NF2 15MC292 NF2 16MC292 NF2 17MC292 NF2 18MC292 NF2 19MC292 NF2 20MC292 NF2 21MC292 NF2 22MC292 NF2 23MC292 NF2 24MC292 NF2 25MC292 NF2 26MC292 NF2 27MC292 NF2 28MC292 NF2 29MC292 NF2 30MC292 NF2 31MC292 NF2 32MC292 NF2 33MC292 NF2 34MC292 NF2 35MC292 NF2 36MC292 NF2 37MC292 NF2 38MC292 NF2 39MC292 NF2 40

Max Infauna Oxic Anaerobic

Infauna Depth Voids Voids Max Void Comments

0 1 1 9.10 000 000 000 000 000 000 001 6.8 0 01 4.7 0 00 000 000 000 000 000 001 4.3 0 00 000 000 000 000 000 000 000 000 000 002 1.4 0 00 000 000 000 001 5.3 0 01 8.9 0 1 3.7

F2-15
 Appendix F2. Sediment profile imaging data for Mississippi Canyon Block 292.

Site Transect Rep

MC292 NF2 42MC292 NF2 43MC292 NF2 44MC292 NF2 45

Max Infauna Oxic Anaerobic

Infauna Depth Voids Voids Max Void Comments

0 000 000 000 00

F2-16
APPENDIX G1

Cruise 1B Data for Sediment Metals, 

Total Organic Carbon, and Redox Conditions 

G1-1
MMS Deepwater Effects - Cruise 1B 

Table G1-1. Trace metal and total organic carbon concentrations in sediment samples (dry weight) with average marine sediment  (Salomons and Förstner, 1984) and continental crust (Wedepohl, 1995) provided for comparison. 

Sample Al As Ba Cd Cr Cu Fe Hg Mn Ni Pb V 

Identification (%) (μg/g) (μg/g) (μg/g) (μg/g) (μg/g) (%) (μg/g) (μg/g) (μg/g) (μg/g) (μg/g) 

GB516 NF-B01 7.07 7.9 12500 0.27 55.8 30.3 3.19 0.090 959 38.8 23.2 128 GB516 NF-B02 4.59 5.2 135000 0.38 42.3 25.1 2.20 0.079 658 24.9 18.3 88.8 GB516 NF-B03 #1 6.50 11.7 11500 0.29 46.8 27.0 2.94 0.078 6600 46.2 22.9 128 GB516 NF-B03 #2 6.78 11.6 10200 0.30 44.9 27.9 2.90 0.082 6970 49.6 23.7 125 GB516 NF-B04 6.47 11.2 14400 0.29 54.6 23.5 3.02 0.119 2980 38.6 28.7 124 GB516 NF-B05 6.37 10.9 11800 0.33 54.0 26.9 2.89 0.104 3540 40.1 25.2 118 GB516 NF-B06 5.72 9.1 70700 0.31 31.1 26.7 2.81 0.098 2380 33.2 21.6 114 GB516 NF-B07 6.33 11.1 10200 0.35 52.0 27.3 2.98 0.092 6330 41.2 25.1 119 GB516 NF-B08 6.37 12.3 3390 0.30 45.3 26.9 2.40 0.113 3600 44.6 24.0 125 GB516 NF-B09 6.31 11.2 14500 0.26 57.4 29.3 2.69 0.090 3110 35.0 25.1 119 GB516 NF-B10 4.98 10.8 4310 0.29 46.9 27.2 2.22 0.108 2770 47.9 24.1 123 GB516 NF-B11 8.17 11.0 3430 0.30 62.7 27.3 3.64 0.111 5150 42.2 24.5 117 GB516 NF-B12 6.03 11.4 3050 0.33 63.7 26.2 2.83 0.128 3400 42.9 26.4 120 GB516 FF1-B01 6.44 11.1 1290 0.30 65.2 27.5 2.97 0.099 3950 45.1 23.5 121 GB516 FF1-B02 #1 6.33 10.5 2010 0.33 63.2 27.5 2.80 0.111 3620 45.7 25.0 121 GB516 FF1-B02 #2 6.30 11.0 1930 0.31 68.4 27.4 2.79 0.108 3660 45.5 24.1 120 GB516 FF2-B01 6.27 10.1 1290 0.33 66.0 26.4 2.85 0.106 3080 39.4 24.1 116 GB516 FF2-B02.1 6.20 10.2 1650 0.28 69.6 27.0 2.88 0.117 3330 40.6 25.5 116 GB516 FF3-B01 6.53 10.5 817 0.31 60.6 26.4 2.97 0.095 3470 36.2 24.8 123 GB516 FF3-B02.1 6.00 9.7 1480 0.36 67.4 26.2 2.75 0.103 3120 40.0 26.0 117 GB516 FF4-B01 6.62 11.8 757 0.33 62.3 27.9 3.09 0.092 7570 49.1 20.9 137 GB516 FF4-B02 6.48 11.5 1270 0.29 62.8 27.3 2.91 0.112 4020 45.4 25.3 125 GB516 FF5-B01 6.37 11.1 1030 0.34 69.3 26.9 2.87 0.111 5290 48.0 23.6 125 GB516 FF5-B02 6.45 11.4 1120 0.31 67.3 26.9 2.94 0.117 4460 44.5 23.9 125 GB516 FF6-B01 6.62 12.2 1400 0.35 68.2 28.1 3.11 0.118 4410 48.8 27.3 129 GB516 FF6-B02 6.52 11.4 1260 0.29 69.4 27.0 3.04 0.114 3780 47.6 24.9 129 Average Marine Sediment 7.2 7.7 460 0.17 72 33 4.1 0.19 770 52 19 105 Continental Crust 7.96 1.7 584 0.1 126 25 4.32 0.04 716 56 14.8 98 

G1-3
MMS Deepwater Effects - Cruise 1B 

Table G1-1. Continued. 

Sample Al As Ba Cd Cr Cu Fe Hg Mn Ni Pb V 

Identification (%) (μg/g) (μg/g) (μg/g) (μg/g) (μg/g) (%) (μg/g) (μg/g) (μg/g) (μg/g) (μg/g) 

VK916 NF-B01 7.17 12.9 1200 0.31 62.1 28.0 3.31 0.070 10600 41.3 31.5 137 VK916 NF-B02 7.53 13.0 1190 0.27 68.0 27.5 3.51 0.068 8110 40.5 34.2 142 VK916 NF-B03 7.48 12.1 1190 0.28 43.7 28.5 3.44 0.074 9620 42.8 32.3 140 VK916 NF-B04 7.20 13.7 1160 0.33 51.6 27.1 3.36 0.075 10000 40.7 32.6 133 VK916 NF-B05 7.31 12.6 1150 0.33 34.1 25.1 3.33 0.072 8780 37.6 31.6 130 VK916 NF-B06 7.37 13.4 1290 0.28 38.8 27.3 3.44 0.068 9350 44.0 34.8 141 VK916 NF-B07 7.16 12.6 1210 0.28 41.1 25.4 3.45 0.070 7300 37.3 31.0 131 VK916 NF-B08 6.92 11.9 965 0.29 65.4 26.7 3.67 0.065 9200 40.7 30.0 135 VK916 NF-B09 7.13 11.1 837 0.24 64.4 26.4 3.45 0.073 9430 40.9 25.6 138 VK916 NF-B10 7.57 11.3 802 0.18 31.2 25.5 3.75 0.069 5780 38.3 25.6 137 VK916 NF-B11 7.16 13.0 1070 0.28 66.1 26.2 3.44 0.073 6620 41.4 25.0 136 VK916 NF-B12 #1 7.52 13.6 972 0.27 65.6 28.1 3.53 0.069 10900 42.2 30.0 144 VK916 NF-B12 #2 7.35 13.2 963 0.25 67.1 27.3 3.53 0.070 10500 42.4 29.4 143 VK916 FF2-B01 7.29 13.2 1180 0.22 70.4 24.9 3.53 0.071 6950 38.9 29.9 131 VK916 FF2-B02 7.77 14.4 1080 0.22 65.8 27.0 3.34 0.072 8420 40.6 29.7 136 VK916 FF3-B01 7.79 12.9 823 0.24 71.8 23.1 3.42 0.078 6850 42.5 28.9 133 VK916 FF3-B02 5.78 13.5 1020 0.23 78.3 25.9 3.38 0.074 10000 42.1 30.9 144 VK916 FF4-B01 7.26 10.3 656 0.23 75.8 25.0 3.24 0.070 4710 38.8 26.7 143 VK916 FF4-B02 7.12 13.3 855 0.22 71.7 26.4 3.27 0.067 6480 41.7 29.6 128 VK916 FF5-B01 6.68 13.5 852 0.17 78.4 24.5 3.18 0.070 3810 38.6 27.5 123 VK916 FF5-B02 6.91 9.6 698 0.23 76.2 25.1 3.35 0.062 2810 40.8 25.3 129 VK916 FF6-B01 6.88 11.8 789 0.20 67.5 24.7 3.37 0.071 6490 39.4 27.2 132 VK916 FF6-B02 6.87 10.3 747 0.23 76.3 25.5 3.35 0.075 5990 39.6 27.2 128 Average Marine Sediment 7.2 7.7 460 0.17 72 33 4.1 0.19 770 52 19 105 Continental Crust 7.96 1.7 584 0.1 126 25 4.32 0.04 716 56 14.8 98 

G1-4
MMS Deepwater Effects - Cruise 1B 

Table G1-2. Statistics for trace metal concentrations and total organic carbon (TOC) content in sediment samples (dry weight). Lab duplicates have 

analysis. 

Sample Al As Ba Cd Cr Cu Fe Hg Mn Ni Pb 

Identification (%) (μg/g) (μg/g) (μg/g) (μg/g) (μg/g) (%) (μg/g) (μg/g) (μg/g) (μg/g) 

GB516 NF 

Mean 6.25 10.3 24500 0.31 51.0 27.0 2.82 0.101 3470 39.8 24.1 

Std. Dev. 0.92 2.0 38300 0.03 9.2 1.7 0.41 0.015 1870 6.5 2.5 

n = 12 12 12 12 12 12 12 12 12 12 12 

Maximum 8.17 12.3 135000 0.38 63.7 30.3 3.64 0.128 6790 47.9 28.7 

Minimum 4.59 5.2 3050 0.26 31.1 23.5 2.20 0.079 658 24.9 18.3 

GB516 FF 

Mean 6.40 11.0 1280 0.32 66.2 27.1 2.93 0.108 4180 44.2 24.5 

Std. Dev. 0.18 0.7 336 0.03 3.0 0.6 0.11 0.009 1240 4.2 1.6 

n = 12 12 12 12 12 12 12 12 12 12 12 

Maximum 6.62 12.2 1970 0.36 69.6 28.1 3.11 0.118 7570 49.1 27.3 

Minimum 6.00 9.7 757 0.28 60.6 26.2 2.75 0.092 3080 36.2 20.9 

VK916 NF 

Mean 7.29 12.6 1090 0.28 52.7 26.8 3.47 0.071 8790 40.7 30.3 

Std. Dev. 0.20 0.8 157 0.04 14.2 1.1 0.13 0.003 1550 2.0 3.3 

n = 12 12 12 12 12 12 12 12 12 12 12 

Maximum 7.57 13.7 1290 0.33 68.0 28.5 3.75 0.075 10700 44.0 34.8 

Minimum 6.92 11.1 802 0.18 31.2 25.1 3.31 0.065 5780 37.3 25.0 

VK916 FF 

Mean 7.04 12.3 870 0.22 73.2 25.2 3.34 0.071 6250 40.3 28.3 

Std. Dev. 0.58 1.7 171 0.02 4.4 1.1 0.10 0.004 2110 1.4 1.8 

n = 10 10 10 10 10 10 10 10 10 10 10 

Maximum 7.79 14.4 1180 0.24 78.4 27.0 3.53 0.078 10000 42.5 30.9 

Minimum 5.78 9.6 656 0.17 65.8 23.1 3.18 0.062 2810 38.6 25.3 

G1-5
MMS Deepwater Effects - Cruise 1B 

Table G1-3. Quality assurance and quality control data for sediment metal analyses. 

Results for the sediment Certified Reference Material (CRM) MESS-2 certified by the National Research Council of Canada (NRC) 

and the Standard Reference Material (SRM) Trace Elements in Water #1643d certified by the National Institute of Standards and 

Technology (NIST). 

Al As Ba Cd Cr Cu Fe Hg Mn Ni Pb V Zn TOC Reference Material (%) (μg/g) (μg/g) (μg/g) (μg/g) (μg/g) (%) (μg/g) (μg/g) (μg/g) (μg/g) (μg/g) (μg/g) (%) 

 

CRM MESS-2 8.55 21.4 1010 0.25 102 41.1 4.20 0.096 346 50.7 21.0 244 158 2.06 

This Study 8.61 21.0 1010 0.25 99.3 38.0 4.24 0.095 355 56.2 22.6 247 157 2.04 

 8.82 21.5 1060 0.25 99.7 38.3 4.17 0.094 364 49.6 22.4 247 157 - 

 8.73 20.9 1040 0.24 100 39.7 4.17 0.092 360 47.8 22.4 252 163 - 

 - - 1090 - - - - - - - - - - - 

 - - 1030 - - - - - - - - - - - 

 

CRM MESS-2 8.57 20.7 - 0.24 106 39.3 4.35 0.092 365 49.3 21.9 252 172 2.14* 

NRC Certified Values ± 0.26 ± 0.8 - ± 0.01 ± 8 ± 2.0 ± 0.22 ± 0.009 ± 21 ± 1.8 ± 1.2 ± 10 ± 16 ± 0.13 

 (μg/L) (μg/L) (μg/L) (μg/L) (μg/L) (μg/L) (μg/L) (μg/L) (μg/L) (μg/L) (μg/L) (μg/L) (μg/L) - 

SRM #1643d - - 514.3 - - - - - - - - - - - 

This Study - - 512.2 - - - - - - - - - - - 

 - - 506.2 - - - - - - - - - - - 

 

SRM #1643d 127.6 56.02 506.5 6.47 18.53 20.5 91.2 - 37.66 58.1 18.15 35.1 72.48 - 

NIST Certified Values ± 3.5 ± 0.73 ± 8.9 ± 0.37 ± 0.20 ± 3.8 ± 3.9 - ± 0.83 ± 2.7 ± 0.64 ± 1.4 ± 0.65 - 

 

*Certified value is for Total Carbon (Organic + Inorganic). 

Method Detection Limits (MDLs). 

 Al As Ba Cd Cr Cu Fe Hg Mn Ni Pb V Zn TOC 

 (%) (μg/g) (μg/g) (μg/g) (μg/g) (μg/g) (%) (μg/g) (μg/g) (μg/g) (μg/g) (μg/g) (μg/g) (%) 

 

Sediment MDL 0.01 0.2 2.0 0.01 3.0 3.0 0.01 0.001 2.5 2.5 0.02 4.5 0.4 0.06 

 

Percent Spike Recovery. Mean and Standard Deviation. 

 Al As Ba Cd Cr Cu Fe Hg** Mn Ni Pb V** Zn TOC 

 

Mean 97.8 102.2 98.3 99.8 96.3 97.5 97.5 79.1 106.1 93.5 101.3 116.3 93.9 - 

Standard Deviation 5.5 6.4 5.6 6.7 2.9 2.1 0.8 4.0 1.8 5.0 3.1 1.5 0.1 - 

(n =) 2 4 4 4 3 3 2 11 2 3 4 3 2 - 

 

**Final concentrations are corrected for percent spike recovery. 

Estimate of Precision as Percent Relative Standard Deviation (RSD) of Lab Duplicates 

 Al As Ba Cd Cr Cu Fe Hg Mn Ni Pb V Zn TOC 

 

GB516 NF-B03 3.0 0.6 8.5 2.4 2.9 2.3 1.0 3.5 2.0 5.0 2.4 2.2 4.2 1.3 

GB516 FF1-B02 0.3 3.3 2.9 4.4 5.6 0.3 0.3 1.9 0.8 0.3 2.6 0.6 1.0 1.7 

VK916 NF-B12 1.6 2.1 0.7 5.4 1.6 2.0 0.0 1.0 2.6 0.3 1.4 0.5 0.0 3.3 

 

Percent RSD = (standard deviation / mean) X 100.

G1-6
MMS Deep Gulf of Mexico Cruise 1B (Oct-Nov 2000) 

 

Site: Viosca Knoll 916 Near-Field 1 (VK916 NF-B01) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water - - 2 15.4 7.63 640 

0.1 13.6 181 4 12.8 7.83 625 

0.2 11.7 156 6 10.5 7.86 570 

0.3 10.0 133 8 10.6 7.72 450 

0.4 8.4 112 10 10.1 7.71 331 

0.5 7.6 101 12 10.3 7.69 206 

0.6 6.7 89 14 8.6 7.75 202 

0.7 5.9 79 16 8.9 7.69 200 

0.8 5.2 69 18 8.8 7.75 180 

0.9 4.8 64 20 9.2 7.72 182 

1.0 4.3 57 22 9.7 7.73 304 

1.1 3.8 51 24 9.8 7.66 192 

1.2 3.3 44 26 10.1 7.75 185 

1.3 2.9 39 28 10.9 7.69 133 

1.4 2.5 33 30 11.9 7.49 177 

1.5 2.1 28 

1.6 1.7 23 

1.7 1.3 17 

1.8 1.0 13 

1.9 0.7 9 

2.0 0.5 7 

2.1 0.3 4 

2.2 0.2 3 

2.3 0.1 1 

2.4 0.0 0 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 99.4 

Eh Calibration: oxidation/reduction potential (ORP) Standard = 425.3 mV at 18.6oC

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10oC 

G1-7
MMS Deep Gulf of Mexico Cruise 1B (Oct-Nov 2000) 

 

Site: Viosca Knoll 916 Near-Field 2 (VK916 NF-B02) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water - - 1 15.1 7.63 662 

0.1 12.5 166 3 12.7 7.69 554 

0.2 10.1 134 5 11.5 7.72 275 

0.3 8.0 107 7 10.1 7.34 306 

0.4 6.4 85 9 10.1 7.65 270 

0.5 5.0 67 11 10.9 7.73 226 

0.6 4.1 55 13 10.8 7.79 291 

0.7 3.3 44 15 10.9 7.59 187 

0.8 2.6 35 17 11.0 7.65 210 

0.9 2.1 28 19 10.7 7.54 141 

1.0 1.7 23 21 10.0 7.53 121 

1.1 1.3 17 23 11.4 7.50 213 

1.2 0.8 11 25 10.0 7.55 189 

1.3 0.5 7 27 11.5 7.58 133 

1.4 0.2 3 29 13.8 7.43 160 

1.5 0.1 1 

1.6 0.0 0 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 99.5 

Eh Calibration: ORP Standard = 424.8 mV at 18.4oC 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10oC 

G1-8
MMS Deep Gulf of Mexico Cruise 1B (Oct-Nov 2000) 

 

Site: Viosca Knoll 916 Near-Field 3 (VK916 NF-B03) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water 14.5 193 2 13.2 7.44 328 

0.1 11.3 150 4 11.9 7.54 298 

0.2 9.5 126 6 10.8 7.53 189 

0.3 8.1 108 8 10.5 7.63 159 

0.4 7.2 96 10 10.3 7.63 108 

0.5 6.7 89 12 10.5 7.68 87 

0.6 6.2 83 14 10.6 7.65 86 

0.7 5.8 77 16 11.1 7.61 68 

0.8 5.5 73 18 10.6 7.64 89 

0.9 5.3 71 20 11.2 7.60 78 

1.0 5.1 68 22 11.1 7.61 57 

1.1 4.9 65 24 11.4 7.61 69 

1.2 4.8 64 26 11.8 7.65 85 

1.3 4.6 61 28 12.6 7.71 74 

1.4 4.5 60 30 13.5 7.45 62 

1.5 4.4 59 

1.6 4.3 57 

1.7 4.2 56 

1.8 4.1 55 

1.9 3.9 52 

2.0 3.8 51 

2.1 3.7 49 

2.2 3.6 48 

2.3 3.5 47 

2.4 3.4 45 

2.5 3.3 44 

2.6 3.2 43 

2.7 3.1 41 

2.8 3.0 40 

2.9 2.9 39 

3.0 2.8 37 

3.1 2.7 36 

3.2 2.6 35 

3.3 2.5 33 

3.4 2.4 32 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 100.9 

Eh Calibration: ORP Standard = 424.8 mV at 18.9o

C 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10o

C 

G1-9
MMS Deep Gulf of Mexico Cruise 1B (Oct-Nov 2000) 

 

Site: Viosca Knoll 916 Near-Field 4 (VK916 NF-B04) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water 14.0 186 2 12.0 7.40 640 

0.1 12.1 161 4 10.8 7.46 327 

0.2 10.0 133 6 10.4 7.52 125 

0.3 8.3 111 8 10.3 7.58 100 

0.4 7.2 96 10 10.1 7.62 69 

0.5 6.7 89 12 10.2 7.76 73 

0.6 6.3 84 14 10.2 7.69 48 

0.7 6.0 80 16 10.5 7.56 44 

0.8 5.7 76 18 10.9 7.60 43 

0.9 5.4 72 20 11.0 7.70 23 

1.0 5.0 67 22 11.3 7.52 20 

1.1 4.6 61 24 12.0 7.54 32 

1.2 4.2 56 26 13.1 7.50 39 

1.3 3.9 52 

1.4 3.5 47 

1.5 3.2 43 

1.6 2.8 37 

1.7 2.4 32 

1.8 2.0 27 

1.9 1.6 21 

2.0 1.2 16 

2.1 0.9 12 

2.2 0.6 8 

2.3 0.3 4 

2.4 0.2 3 

2.5 0.1 1 

2.6 0.0 0 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 100.4 

Eh Calibration: ORP Standard = 424.3 mV at 18.5o

C 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10oC 

G1-10
MMS Deep Gulf of Mexico Cruise 1B (Oct-Nov 2000) 

 

Site: Viosca Knoll 916 Near-Field 5 (VK916 NF-B05) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water 14.7 196 2 12.3 7.29 600 

0.1 12.1 161 4 10.6 7.53 538 

0.2 9.9 132 6 9.9 7.47 320 

0.3 7.9 105 8 9.3 7.51 118 

0.4 6.4 85 10 9.1 7.56 82 

0.5 5.9 79 12 8.8 7.65 116 

0.6 5.0 67 14 9.4 7.62 104 

0.7 4.1 55 16 9.4 7.57 9 

0.8 3.5 47 18 9.5 7.68 -10 

0.9 2.9 39 20 9.8 7.59 7 

1.0 2.3 31 22 10.6 7.51 7 

1.1 1.8 24 24 10.9 7.44 -1 

1.2 1.5 20 26 11.5 7.52 12 

1.3 1.2 16 28 13.2 7.41 28 

1.4 0.9 12 

1.5 0.6 8 

1.6 0.4 5 

1.7 0.2 3 

1.8 0.1 1 

1.9 0.1 1 

2.0 0.0 0 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 100.5 

Eh Calibration: ORP Standard = 424.9 mV at 19.6oC 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10oC 

G1-11
MMS Deep Gulf of Mexico Cruise 1B (Oct-Nov 2000) 

 

Site: Viosca Knoll 916 Near-Field 6 (VK916 NF-B06) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water 14.0 186 1 13.7 7.28 596 

0.1 12.2 162 3 12.2 7.36 303 

0.2 11.0 146 5 11.5 7.42 317 

0.3 9.4 125 7 10.8 7.51 132 

0.4 7.9 105 9 10.6 7.47 94 

0.5 6.8 91 11 10.6 7.51 58 

0.6 6.0 80 13 10.7 7.43 66 

0.7 5.4 72 15 10.8 7.45 69 

0.8 4.9 65 17 11.1 7.56 46 

0.9 4.5 60 19 11.4 7.37 38 

1.0 4.1 55 21 12.2 7.36 40 

1.1 3.6 48 23 12.4 7.38 23 

1.2 3.2 43 25 13.8 7.67 44 

1.3 2.8 37 

1.4 2.5 33 

1.5 2.3 31 

1.6 2.1 28 

1.7 1.9 25 

1.8 1.7 23 

1.9 1.5 20 

2.0 2.0 27 

2.1 2.1 28 

2.2 1.9 25 

2.3 1.7 23 

2.4 1.5 20 

2.5 1.3 17 

2.6 1.2 16 

2.7 1.1 15 

2.8 1.0 13 

2.9 0.9 12 

3.0 0.8 11 

3.1 0.7 9 

3.2 0.7 9 

3.3 0.6 8 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 101.3 

Eh Calibration: ORP Standard = 423.6 mV at 19.4o

C 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10o

C 

G1-12
MMS Deep Gulf of Mexico Cruise 1B (Oct-Nov 2000) 

 

Site: Viosca Knoll 916 Near-Field 7 (VK916 NF-B07) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water 13.8 184 1 13.3 7.28 612 

0.1 11.9 158 3 12.2 7.37 558 

0.2 9.8 130 5 11.0 7.54 513 

0.3 8.1 108 7 10.8 7.49 166 

0.4 6.6 88 9 10.5 7.43 131 

0.5 5.4 72 11 10.7 7.54 126 

0.6 4.8 64 13 10.8 7.46 84 

0.7 4.1 55 15 10.9 7.54 80 

0.8 3.6 48 17 11.0 7.56 84 

0.9 3.2 43 19 11.2 7.41 83 

1.0 2.9 39 21 11.8 7.44 87 

1.1 2.5 33 23 12.3 7.40 88 

1.2 2.3 31 25 12.8 7.42 75 

1.3 2.3 31 27 13.8 7.34 79 

1.4 2.2 29 

1.5 2.2 29 

1.6 2.1 28 

1.7 2.0 27 

1.8 1.9 25 

1.9 1.8 24 

2.0 1.8 24 

2.1 1.7 23 

2.2 1.7 23 

2.3 1.6 21 

2.4 1.6 21 

2.5 1.5 20 

2.6 1.4 19 

2.7 1.4 19 

2.8 1.3 17 

2.9 1.2 16 

3.0 1.2 16 

3.1 1.1 15 

3.2 1.0 13 

3.3 0.9 12 

3.4 0.9 12 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 101.5 

Eh Calibration: ORP Standard = 423.8 mV at 19.6o

C 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10o

C 

G1-13
MMS Deep Gulf of Mexico Cruise 1B (Oct-Nov 2000) 

 

Site: Viosca Knoll 916 Near-Field 8 (VK916 NF-B08) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water 16.0 213 1 14.1 7.34 591 

0.1 12.8 170 3 12.5 7.63 529 

0.2 11.7 156 5 11.2 7.60 421 

0.3 9.7 129 7 11.0 7.53 128 

0.4 7.6 101 9 10.7 7.50 109 

0.5 6.2 83 11 10.6 7.59 108 

0.6 5.1 68 13 10.7 7.52 41 

0.7 4.4 59 15 10.8 7.51 52 

0.8 3.9 52 17 10.9 7.47 50 

0.9 3.4 45 19 11.1 7.61 49 

1.0 3.0 40 21 11.4 7.44 43 

1.1 2.7 36 23 11.8 7.80 44 

1.2 2.4 32 25 12.8 7.48 41 

1.3 2.1 28 27 14.0 7.36 35 

1.4 1.8 24 

1.5 1.5 20 

1.6 1.3 17 

1.7 1.2 16 

1.8 1.1 15 

1.9 1.0 13 

2.0 1.0 13 

2.1 0.9 12 

2.2 0.8 11 

2.3 0.7 9 

2.4 0.7 9 

2.5 0.6 8 

2.6 0.6 8 

2.7 0.5 7 

2.8 0.4 5 

2.9 0.3 4 

3.0 0.3 4 

3.1 0.2 3 

3.2 0.2 3 

3.3 0.1 1 

3.4 0.0 0 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 100.7 

Eh Calibration: ORP Standard = 424.2 mV at 20.0o

C 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10o

C 

G1-14
MMS Deep Gulf of Mexico Cruise 1B (Oct-Nov 2000) 

 

Site: Viosca Knoll 916 Near-Field 9 (VK916 NF-B09) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water - - 1 16.4 7.47 675 

0.1 12.3 164 3 14.8 7.57 667 

0.2 10.1 134 5 12.0 7.69 506 

0.3 7.9 105 7 10.0 7.75 214 

0.4 6.0 80 9 9.8 7.81 168 

0.5 4.9 65 11 8.7 7.86 203 

0.6 4.0 53 13 8.5 7.79 148 

0.7 3.0 40 15 9.1 7.72 134 

0.8 2.3 31 17 8.6 7.79 95 

0.9 1.6 21 19 8.8 7.72 120 

1.0 1.2 16 21 9.6 7.75 115 

1.1 0.9 12 23 10.1 7.70 130 

1.2 0.8 11 25 10.5 7.75 90 

1.3 0.7 9 27 12.0 7.63 108 

1.4 0.6 8 

1.5 0.5 7 

1.6 0.4 5 

1.7 0.3 4 

1.8 0.2 3 

1.9 0.2 3 

2.0 0.1 1 

2.1 0.1 1 

2.2 0.0 0 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 101.6 

Eh Calibration: ORP Standard = 424.5 mV at 18.5oC 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10oC 

G1-15
MMS Deep Gulf of Mexico Cruise 1B (Oct-Nov 2000) 

 

Site: Viosca Knoll 916 Near-Field 10 (VK916 NF-B10) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water 18.6 248 1 15.0 7.64 603 

0.1 14.6 194 3 12.4 7.57 260 

0.2 11.1 148 5 10.0 7.61 148 

0.3 9.2 122 7 8.4 7.79 113 

0.4 7.1 95 9 8.4 7.75 185 

0.5 5.1 68 11 8.5 7.87 96 

0.6 3.9 52 13 8.5 7.75 90 

0.7 3.0 40 15 8.5 7.72 96 

0.8 2.2 29 17 8.6 7.71 94 

0.9 1.6 21 19 8.7 7.84 85 

1.0 1.1 15 21 8.8 7.65 90 

1.1 0.8 11 23 9.4 7.70 84 

1.2 0.7 9 25 10.9 7.60 90 

1.3 0.6 8 

1.4 0.4 5 

1.5 0.3 4 

1.6 0.2 3 

1.7 0.1 1 

1.8 0.0 0 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 101.6 

Eh Calibration: ORP Standard = 424.5 mV at 18.5oC 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10oC 

G1-16
MMS Deep Gulf of Mexico Cruise 1B (Oct-Nov 2000) 

 

Site: Viosca Knoll 916 Near-Field 11 (VK916 NF-B11) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water 18.6 248 1 15.9 7.43 601 

0.1 12.6 168 3 13.6 7.35 585 

0.2 9.9 132 5 11.4 7.39 539 

0.3 8.1 108 7 9.8 7.58 132 

0.4 5.9 79 9 9.4 7.59 124 

0.5 4.7 63 11 9.3 7.61 94 

0.6 3.2 43 13 8.9 7.61 108 

0.7 2.5 33 15 9.0 7.72 92 

0.8 1.8 24 17 9.1 7.64 88 

0.9 1.5 20 19 9.3 7.60 90 

1.0 1.3 17 21 9.5 7.75 86 

1.1 1.1 15 23 9.8 7.58 74 

1.2 1.0 13 25 10.7 7.53 106 

1.3 0.9 12 27 12.5 7.52 82 

1.4 0.8 11 

1.5 0.7 9 

1.6 0.6 8 

1.7 0.5 7 

1.8 0.4 5 

1.9 0.3 4 

2.0 0.2 3 

2.1 0.2 3 

2.2 0.1 1 

2.3 0.1 1 

2.4 0.1 1 

2.5 0.0 0 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 98.9 

Eh Calibration: ORP Standard = 423.9 mV at 19.4oC 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10oC 

G1-17
MMS Deep Gulf of Mexico Cruise 1B (Oct-Nov 2000) 

 

Site: Viosca Knoll 916 Near-Field 12 (VK916 NF-B12) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water 18.1 241 1 15.8 7.40 618 

0.1 Estimate this 3 10.6 7.58 180 

0.2 much sediment 5 9.2 7.60 299 

0.3 lost due to rough 7 8.5 7.83 141 

0.4 box core handling 9 8.4 7.96 198 

0.5 (exposed tube 11 8.4 7.67 90 

0.6 worms). 13 8.6 7.75 80 

0.7 Core vibrating 15 8.6 7.79 61 

0.8 in rack. 17 8.8 7.80 80 

0.9 2.1 28 19 9.4 7.65 87 

1.0 1.4 19 21 10.1 7.70 71 

1.1 1.1 15 23 11.3 7.51 56 

1.2 0.7 9 

1.3 0.4 5 

1.4 0.2 3 

1.5 0.0 0 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 100.2 

Eh Calibration: ORP Standard = 423.6 mV at 19.4oC 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10oC 

G1-18
MMS Deep Gulf of Mexico Cruise 1B (Oct-Nov 2000) 

 

Site: Viosca Knoll 916 Far-Field 2, Box Core 1 (VK916 FF2-B01) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water 17.0 226 1 15.8 7.50 614 

0.1 13.4 178 3 13.2 7.46 430 

0.2 10.9 145 5 12.0 7.50 254 

0.3 8.2 109 7 11.3 7.39 197 

0.4 6.9 92 9 11.4 7.59 200 

0.5 5.5 73 11 10.3 7.57 140 

0.6 4.5 60 13 11.1 7.65 150 

0.7 3.9 52 15 11.0 7.65 173 

0.8 3.6 48 17 12.3 7.49 134 

0.9 3.4 45 19 12.0 7.60 156 

1.0 3.2 43 21 12.6 7.53 90 

1.1 3.1 41 23 13.7 7.66 103 

1.2 3.0 40 

1.3 2.9 39 

1.4 2.8 37 

1.5 2.7 36 

1.6 2.6 35 

1.7 2.5 33 

1.8 2.4 32 

1.9 2.3 31 

2.0 2.2 29 

2.1 2.1 28 

2.2 2.0 27 

2.3 1.9 25 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 99.9 

Eh Calibration: ORP Standard = 424.0 mV at 18.5oC 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10oC 

G1-19
MMS Deep Gulf of Mexico Cruise 1B (Oct-Nov 2000) 

 

Site: Viosca Knoll 916 Far-Field 2, Box Core 2 (VK916 FF2-B02) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water - - 2 11.5 7.76 572 

0.1 4 9.2 7.57 500 

0.2 6 8.7 7.67 289 

0.3 8 7.3 7.75 161 

0.4 10 8.5 7.74 175 

0.5 12 8.6 7.73 232 

0.6 14 9.0 7.63 306 

0.7 16 9.1 7.58 210 

0.8 18 8.1 7.73 192 

0.9 20 9.1 7.63 160 

1.0 22 8.5 7.80 144 

1.1 24 9.2 7.55 209 

1.2 26 11.4 7.64 113 

 

 

pH Calibration: 7 and 10, Slope = 99.5 

Eh Calibration: ORP Standard = 424.5 mV at 18.4oC 

G1-20
MMS Deep Gulf of Mexico Cruise 1B (Oct-Nov 2000) 

 

Site: Viosca Knoll 916 Far-Field 3, Box Core 1 (VK916 FF3-B01) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water 16.4 218 2 13.5 7.48 374 

0.1 12.8 170 4 12.2 7.56 416 

0.2 11.3 150 6 11.4 7.60 161 

0.3 10.4 138 8 11.2 7.71 110 

0.4 9.1 121 10 11.0 7.62 108 

0.5 8.3 111 12 11.3 7.68 106 

0.6 6.8 91 14 11.3 7.61 87 

0.7 5.3 71 16 11.4 7.73 80 

0.8 4.1 55 18 11.7 7.61 91 

0.9 3.6 48 20 11.9 7.58 76 

1.0 3.0 40 22 12.2 7.51 49 

1.1 2.7 36 24 13.0 7.54 74 

1.2 2.5 33 26 13.4 7.64 64 

1.3 2.2 29 

1.4 1.9 25 

1.5 1.7 23 

1.6 1.5 20 

1.7 1.3 17 

1.8 1.2 16 

1.9 1.1 15 

2.0 1.1 15 

2.1 1.0 13 

2.2 1.0 13 

2.3 0.9 12 

2.4 0.8 11 

2.5 0.8 11 

2.6 0.7 9 

2.7 0.6 8 

2.8 0.5 7 

2.9 0.5 7 

3.0 0.4 5 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 98.3 

Eh Calibration: ORP Standard = 424.3 mV at 19.0o

C 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10o

C 

G1-21
MMS Deep Gulf of Mexico Cruise 1B (Oct-Nov 2000) 

 

Site: Viosca Knoll 916 Far-Field 3, Box Core 2 (VK916 FF3-B02) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water - - 1 16.8 7.53 501 

0.1 3 15.2 7.53 442 

0.2 5 11.2 7.55 257 

0.3 7 9.7 7.64 245 

0.4 9 8.7 7.80 127 

0.5 11 8.4 7.64 136 

0.6 13 8.0 7.71 114 

0.7 15 7.5 7.77 93 

0.8 17 8.7 7.70 90 

0.9 19 9.4 7.66 101 

1.0 21 9.1 7.75 94 

1.1 23 9.4 7.72 91 

1.2 25 9.1 7.73 79 

1.3 27 10.3 7.62 70 

1.4 29 13.5 7.58 67 

 

 

pH Calibration: 7 and 10, Slope = 99.9 

Eh Calibration: ORP Standard = 424.0 mV at 19.0oC 

G1-22
MMS Deep Gulf of Mexico Cruise 1B (Oct-Nov 2000) 

 

Site: Viosca Knoll 916 Far-Field 4, Box Core 1 (VK916 FF4-B01) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water 18.0 240 1 17.0 7.87 595 

0.1 13.3 177 3 14.7 7.85 563 

0.2 10.2 136 5 12.3 7.65 360 

0.3 8.8 117 7 9.9 7.64 282 

0.4 7.1 95 9 10.2 7.72 121 

0.5 5.5 73 11 10.4 7.66 107 

0.6 4.6 61 13 11.2 7.74 85 

0.7 3.9 52 15 10.4 7.86 68 

0.8 3.3 44 17 11.0 7.88 71 

0.9 2.8 37 19 12.4 7.85 66 

1.0 2.3 31 21 11.5 7.88 81 

1.1 1.9 25 23 12.4 7.85 60 

1.2 1.6 21 25 13.2 7.80 58 

1.3 1.3 17 

1.4 1.0 13 

1.5 0.8 11 

1.6 0.7 9 

1.7 0.6 8 

1.8 0.5 7 

1.9 0.4 5 

2.0 0.3 4 

2.1 0.2 3 

2.2 0.1 1 

2.3 0.1 1 

2.4 0.0 0 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 97.4 

Eh Calibration: ORP Standard = 423.9 mV at 18.3oC 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10oC 

G1-23
MMS Deep Gulf of Mexico Cruise 1B (Oct-Nov 2000) 

 

Site: Viosca Knoll 916 Far-Field 4, Box Core 2 (VK916 FF4-B02) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water - - 2 16.7 7.63 585 

0.1 4 11.5 7.59 326 

0.2 6 9.4 7.65 146 

0.3 8 9.3 7.65 111 

0.4 10 8.5 7.76 120 

0.5 12 8.6 7.67 187 

0.6 14 8.9 7.74 165 

0.7 16 8.1 7.93 118 

0.8 18 8.8 7.84 99 

0.9 20 9.0 7.75 108 

1.0 22 10.5 7.74 112 

1.1 24 9.2 7.86 97 

1.2 26 10.4 7.70 79 

1.3 28 13.1 7.70 131 

 

 

pH Calibration: 7 and 10, Slope = 99.4 

Eh Calibration: ORP Standard = 422.8 mV at 18.6oC 

G1-24
MMS Deep Gulf of Mexico Cruise 1B (Oct-Nov 2000) 

 

Site: Viosca Knoll 916 Far-Field 5, Box Core 1 (VK916 FF5-B01) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water 18.4 245 2 13.6 7.53 274 

0.1 11.4 152 4 12.1 7.60 159 

0.2 9.4 125 6 10.4 7.70 116 

0.3 7.8 104 8 10.3 7.65 114 

0.4 6.5 87 10 9.7 7.62 114 

0.5 5.5 73 12 9.8 7.70 85 

0.6 4.6 61 14 10.0 7.76 99 

0.7 4.0 53 16 9.9 7.70 92 

0.8 3.5 47 18 10.1 7.71 86 

0.9 3.1 41 20 9.9 7.69 80 

1.0 2.7 36 22 10.3 7.65 76 

1.1 2.4 32 24 10.8 7.64 81 

1.2 2.1 28 26 12.1 7.60 74 

1.3 1.9 25 

1.4 1.7 23 

1.5 1.5 20 

1.6 1.3 17 

1.7 1.1 15 

1.8 0.9 12 

1.9 0.8 11 

2.0 0.7 9 

2.1 0.6 8 

2.2 0.5 7 

2.3 0.4 5 

2.4 0.3 4 

2.5 0.3 4 

2.6 0.2 3 

2.7 0.1 1 

2.8 0.0 0 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 99.0 

Eh Calibration: ORP Standard = 422.5 mV at 19.1o

C 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10o

C 

G1-25
MMS Deep Gulf of Mexico Cruise 1B (Oct-Nov 2000) 

 

Site: Viosca Knoll 916 Far-Field 5, Box Core 2 (VK916 FF5-B02) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water - - 2 13.5 7.48 181 

0.1 4 9.1 7.74 226 

0.2 6 7.8 7.69 179 

0.3 8 7.7 7.67 92 

0.4 10 7.6 7.85 81 

0.5 12 7.7 7.73 77 

0.6 14 7.9 7.81 102 

0.7 16 8.4 7.72 63 

0.8 18 8.4 7.72 86 

0.9 20 8.6 7.59 147 

1.0 22 9.5 7.64 151 

1.1 24 11.8 7.68 93 

 

 

pH Calibration: 7 and 10, Slope = 100.5 

Eh Calibration: ORP Standard = 422.6 mV at 19.2oC 

G1-26
MMS Deep Gulf of Mexico Cruise 1B (Oct-Nov 2000) 

 

Site: Viosca Knoll 916 Far-Field 6, Box Core 1 (VK916 FF6-B01) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water - - 1 12.8 7.47 605 

0.1 13.1 174 3 10.3 7.55 475 

0.2 11.4 152 5 9.1 7.55 170 

0.3 9.4 125 7 9.0 7.70 176 

0.4 7.2 96 9 8.9 7.81 132 

0.5 5.6 75 11 8.9 7.67 56 

0.6 4.6 61 13 8.8 7.68 109 

0.7 3.7 49 15 9.1 7.73 76 

0.8 3.0 40 17 9.5 7.70 131 

0.9 2.3 31 19 9.6 7.80 104 

1.0 1.8 24 21 10.1 7.72 107 

1.1 1.5 20 23 11.2 7.62 139 

1.2 1.3 17 25 12.4 7.88 109 

1.3 1.1 15 

1.4 1.0 13 

1.5 0.8 11 

1.6 0.7 9 

1.7 0.6 8 

1.8 0.5 7 

1.9 0.4 5 

2.0 0.3 4 

2.1 0.2 3 

2.2 0.1 1 

2.3 0.1 1 

2.4 0.0 0 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 100.8 

Eh Calibration: ORP Standard = 424.0 mV at 19.7oC 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10oC 

G1-27
MMS Deep Gulf of Mexico Cruise 1B (Oct-Nov 2000) 

 

Site: Viosca Knoll 916 Far-Field 6, Box Core 2 (VK916 FF6-B02) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water - - 2 11.8 7.55 135 

0.1 4 13.7 7.88 124 

0.2 6 13.2 7.19 49 

0.3 8 12.7 7.65 67 

0.4 10 1.5 7.61 169 

0.5 12 12.6 7.26 122 

0.6 14 12.4 7.51 102 

0.7 16 12.6 7.58 144 

0.8 18 12.8 7.38 142 

0.9 20 13.0 7.22 121 

1.0 22 13.6 7.40 100 

1.1 24 14.1 7.29 84 

1.2 26 15.0 7.28 98 

 

 

 

pH Calibration: 7 and 10, Slope = 103.9 

Eh Calibration: ORP Standard = 424.0 mV at 19.7oC 

G1-28
G1-29
G1-30
G1-31
G1-32
G1-33
G1-34
G1-35
G1-36
MMS Deep Gulf of Mexico Cruise 1B (Oct-Nov 2000) 

 

Site: Garden Banks 516 Near-Field 1 (GB516 NF-B01) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water 17.6 234 1 17.4 7.16 185 

0.1 13.6 181 3 15.0 7.42 324 

0.2 10.4 138 5 13.5 7.31 364 

0.3 7.6 101 7 12.8 7.34 377 

0.4 5.8 77 9 10.1 7.42 410 

0.5 4.8 64 11 10.0 7.49 399 

0.6 3.7 49 13 10.1 7.50 396 

0.7 3.1 41 15 9.4 7.58 434 

0.8 2.7 36 17 9.9 7.55 395 

0.9 2.2 29 19 10.0 7.57 384 

1.0 1.8 24 21 10.9 7.48 205 

1.1 1.5 20 23 12.5 7.47 196 

1.2 1.2 16 

1.3 0.9 12 

1.4 0.7 9 

1.5 0.6 8 

1.6 0.5 7 

1.7 0.4 5 

1.8 0.3 4 

1.9 0.2 3 

2.0 0 0 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 99.2 

Eh Calibration: ORP Standard = 424.3 mV at 19.2oC 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10oC 

G1-37
MMS Deep Gulf of Mexico Cruise 1B (Oct-Nov 2000) 

 

Site: Garden Banks 516 Near-Field 2 (GB516 NF-B02) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water 12.4 165 0.5 18.3 7.05 -163 

0.1 9.6 128 2.5 14.1 7.22 -142 

0.2 2.8 37 4.5 12.5 7.17 -154 

0.3 0 0 6.5 9.9 8.06 -110 

 8.5 9.7 7.63 37 

 10.5 9.5 7.48 56 

 12.5 9.4 7.39 60 

 14.5 9.0 7.45 107 

 16.5 9.1 7.40 156 

 18.5 9.2 7.88 66 

 20.5 9.8 7.69 100 

 22.5 10.0 7.39 253 

 24.5 11.7 7.37 133 

 26.5 12.6 7.43 64 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 100.0 

Eh Calibration: ORP Standard = 424.0 mV at 20.2oC 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10oC 

G1-38
MMS Deep Gulf of Mexico Cruise 1B (Oct-Nov 2000) 

 

Site: Garden Banks 516 Near-Field 3 (GB516 NF-B03) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water - - 1.5 12.1 6.89 601 

0.1 13.4 178 3.5 10.9 6.83 639 

0.2 10.3 137 5.5 10.5 6.82 629 

0.3 7.5 100 7.5 10.2 6.80 615 

0.4 6.4 85 9.5 9.2 5.50* 579 

0.5 5.7 76 11.5 9.5 5.44* 493 

0.6 4.1 55 13.5 9.7 6.95 568 

0.7 3.5 47 15.5 9.5 6.99 509 

0.8 3.1 41 17.5 10.0 6.89 457 

0.9 2.8 37 19.5 11.3 6.93 384 

1.0 2.4 32 21.5 10.4 6.95 447 

1.1 2.2 29 23.5 10.8 7.00 427 

1.2 1.8 24 25.5 11.5 7.19 357 

1.3 1.6 21 

1.4 1.4 19 *suspect 

1.5 1.1 15 

1.6 0.9 12 

1.7 0.8 11 

1.8 0.7 9 

1.9 0.6 8 

2.0 0.5 7 

2.1 0.4 5 

2.2 0.3 4 

2.3 0.3 4 

2.4 0.2 3 

2.5 0.2 3 

2.6 0.1 1 

2.7 0.1 1 

2.8 0.1 1 

2.9 0 0 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 101.5 

Eh Calibration: ORP Standard = 424.0 mV at 20.0o

C 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10o

C 

G1-39
MMS Deep Gulf of Mexico Cruise 1B (Oct-Nov 2000) 

 

Site: Garden Banks 516 Near-Field 4 (GB516 NF-B04) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water 16.0 205 0.5 16.5 7.23 633 

0.1 12.5 160 2.5 15.5 6.99 640 

0.2 11.4 146 4.5 13.7 7.07 626 

0.3 10.2 130 6.5 12.5 7.07 555 

0.4 9.5 122 8.5 12.1 7.12 577 

0.5 8.8 113 10.5 11.3 7.20 512 

0.6 8.2 105 12.5 10.7 6.30* 548 

0.7 7.7 98 14.5 11.1 7.28 495 

0.8 7.2 92 16.5 11.2 7.25 496 

0.9 6.7 86 18.5 11.9 7.25 458 

1.0 6.2 79 20.5 12.2 7.23 316 

1.1 5.8 74 22.5 12.5 7.35 320 

1.2 5.2 67 24.5 13.3 7.51 152 

1.3 4.7 60 

1.4 4.3 55 

1.5 3.8 49 *suspect 

1.6 3.4 43 

1.7 3.1 40 

1.8 2.8 36 

1.9 2.6 33 

2.0 2.4 31 

2.1 2.2 28 

2.2 2.0 26 

2.3 1.8 23 

2.4 1.6 20 

2.5 1.4 18 

2.6 1.3 17 

2.7 1.2 15 

2.8 1.1 14 

2.9 1.0 13 

3.0 0.9 12 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 99.0 

Eh Calibration: ORP Standard = 424.5 mV at 18.8o

C 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 12o

C 

G1-40
MMS Deep Gulf of Mexico Cruise 1B (Oct-Nov 2000) 

 

Site: Garden Banks 516 Near-Field 5 (GB516 NF-B05) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water 17.2 229 1 15.8 7.42 618 

0.1 12.1 161 3 13.3 7.17 637 

0.2 11.0 146 5 11.1 7.17 602 

0.3 9.7 129 7 9.7 7.00 580 

0.4 8.9 119 9 10.4 7.32 524 

0.5 8.1 108 11 10.2 7.41 451 

0.6 7.4 99 13 10.4 7.44 429 

0.7 6.9 92 15 10.2 7.50 387 

0.8 6.4 85 17 10.9 7.51 367 

0.9 6.1 81 19 10.4 7.46 323 

1.0 5.7 76 21 9.8 7.44 268 

1.1 5.3 71 23 10.9 7.57 130 

1.2 4.9 65 25 11.6 7.40 124 

1.3 4.6 61 27 12.4 7.46 93 

1.4 4.3 57 

1.5 4.0 53 

1.6 3.6 48 

1.7 3.4 45 

1.8 3.1 41 

1.9 2.8 37 

2.0 2.5 33 

2.1 2.2 29 

2.2 2.0 27 

2.3 1.8 24 

2.4 1.6 21 

2.5 1.4 19 

2.6 1.2 16 

2.7 1.1 15 

2.8 1.0 13 

2.9 0.9 12 

3.0 0.8 11 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 98.9 

Eh Calibration: ORP Standard = 424.9 mV at 18.8o

C 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10o

C 

G1-41
MMS Deep Gulf of Mexico Cruise 1B (Oct-Nov 2000) 

 

Site: Garden Banks 516 Near-Field 6 (GB516 NF-B06) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water 14.2 189 0.5 15.2 7.97 550 

0.1 8.5 113 2 12.3 7.32 -88 

0.2 3.3 44 4 10.0 7.19 144 

0.3 1.0 13 6 10.0 7.24 242 

0.4 0.0 0 8 9.1 7.34 243 

 10 8.7 7.31 260 

 12 8.8 7.37 288 

 14 8.6 7.46 309 

 16 8.7 7.47 305 

 18 8.3 7.46 324 

 20 8.8 7.36 176 

 22 9.3 7.34 110 

 24 9.8 7.38 95 

 26 10.8 7.42 75 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 99.3 

Eh Calibration: ORP Standard = 424.9 mV at 18.2oC 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10oC 

G1-42
MMS Deep Gulf of Mexico Cruise 1B (Oct-Nov 2000) 

 

Site: Garden Banks 516 Near-Field 7 (GB516 NF-B07) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water - - 1 13.6 7.39 603 

0.1 13.4 178 3 11.2 7.28 635 

0.2 9.0 120 5 9.9 7.29 616 

0.3 7.7 103 7 9.6 7.33 568 

0.4 6.1 81 9 8.7 7.49 537 

0.5 5.2 69 11 8.7 7.54 518 

0.6 4.5 60 13 8.8 7.55 455 

0.7 4.0 53 15 8.7 7.33 394 

0.8 3.5 47 17 9.1 7.53 326 

0.9 3.0 40 19 9.1 7.49 350 

1.0 2.7 36 21 9.4 7.51 180 

1.1 2.4 32 23 9.7 7.55 282 

1.2 2.2 29 25 10.3 7.56 226 

1.3 2.0 27 27 11.0 7.51 186 

1.4 1.8 24 29 12.0 7.57 113 

1.5 1.6 21 

1.6 1.5 20 

1.7 1.4 19 

1.8 1.3 17 

1.9 1.2 16 

2.0 1.2 16 

2.1 1.1 15 

2.2 1.1 15 

2.3 1.0 13 

2.4 1.0 13 

2.5 0.9 12 

2.6 0.9 12 

2.7 0.8 11 

2.8 0.8 11 

2.9 0.7 9 

3.0 0.6 8 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 99.4 

Eh Calibration: ORP Standard = 424.7 mV at 19.2o

C 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10o

C 

G1-43
MMS Deep Gulf of Mexico Cruise 1B (Oct-Nov 2000) 

 

Site: Garden Banks 516 Near-Field 8 (GB516 NF-B08) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water 15.1 201 2 13.4 7.18 664 

0.1 12.0 160 4 12.2 7.16 656 

0.2 11.0 146 6 11.4 7.20 611 

0.3 8.7 116 8 11.0 7.30 563 

0.4 8.0 107 10 10.7 7.31 528 

0.5 7.7 103 12 10.7 7.29 499 

0.6 7.5 100 14 10.4 7.38 447 

0.7 7.2 96 16 10.5 7.38 360 

0.8 7.0 93 18 10.8 7.36 301 

0.9 6.8 91 20 11.0 7.35 219 

1.0 6.6 88 22 11.2 7.33 155 

1.1 6.4 85 24 11.8 7.42 103 

1.2 6.2 83 26 12.5 7.33 90 

1.3 6.0 80 28 13.6 7.35 79 

1.4 5.8 77 

1.5 5.6 75 

1.6 5.5 73 

1.7 5.3 71 

1.8 5.1 68 

1.9 4.8 64 

2.0 4.6 61 

2.1 4.3 57 

2.2 4.0 53 

2.3 3.7 49 

2.4 3.5 47 

2.5 3.3 44 

2.6 3.0 40 

2.7 2.7 36 

2.8 2.5 33 

2.9 2.3 31 

3.0 2.1 28 

3.1 1.9 25 

3.2 1.8 24 

3.3 1.7 23 

3.4 1.6 21 

3.5 1.5 20 

3.6 1.4 19 

3.7 1.3 17 

3.8 1.2 16 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 100.6 

Eh Calibration: ORP Standard = 424.3 mV at 19.5o

C 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10o

C 

G1-44
MMS Deep Gulf of Mexico Cruise 1B (Oct-Nov 2000) 

 

Site: Garden Banks 516 Near-Field 9 (GB516 NF-B09) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water - - 0.5 15.0 8.02 590 

0.1 8.0 107 2.5 11.4 6.80 584 

0.2 5.2 69 4.5 10.9 7.17 554 

0.3 3.8 51 6.5 9.8 7.23 390 

0.4 2.3 31 8.5 8.3 7.36 376 

0.5 1.6 21 10.5 8.9 7.39 342 

0.6 1.1 15 12.5 9.5 7.40 332 

0.7 0.5 7 14.5 9.3 7.30 339 

0.8 0.3 4 16.5 9.1 7.45 326 

0.9 0.2 3 18.5 9.1 7.54 318 

1.0 0.0 0 20.5 9.4 7.56 303 

 22.5 9.4 7.42 284 

 24.5 10.3 7.36 206 

 26.5 10.8 7.34 226 

 28.5 12.0 7.41 217 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 100.7 

Eh Calibration: ORP Standard = 424.5 mV at 18.8oC 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10oC 

G1-45
MMS Deep Gulf of Mexico Cruise 1B (Oct-Nov 2000) 

 

Site: Garden Banks 516 Near-Field 10 (GB516 NF-B10) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water 15.9 212 2 15.5 7.25 605 

0.1 14.5 193 4 13.6 7.15 593 

0.2 14.2 189 6 12.0 7.21 513 

0.3 13.6 181 8 11.5 7.23 421 

0.4 13.2 176 10 11.2 7.29 402 

0.5 13.0 173 12 11.1 7.29 353 

0.6 12.8 170 14 10.7 7.33 281 

0.7 12.4 165 16 10.9 7.36 261 

0.8 11.8 157 18 11.2 7.38 210 

0.9 11.2 149 20 10.9 7.41 200 

1.0 10.7 142 22 11.5 7.39 258 

1.1 10.2 136 24 11.5 7.47 196 

1.2 9.7 129 26 11.7 7.48 113 

1.3 9.3 124 28 12.4 7.51 289 

1.4 8.9 119 30 13.5 7.46 240 

1.5 8.6 115 

1.6 8.3 111 

1.7 8.0 107 

1.8 7.7 103 

1.9 7.2 96 

2.0 6.7 89 

2.1 6.2 83 

2.2 5.7 76 

2.3 5.2 69 

2.4 4.7 63 

2.5 4.1 55 

2.6 3.6 48 

2.7 3.1 41 

2.8 2.6 35 

2.9 2.3 31 

3.0 2.0 27 

3.1 1.7 23 

3.2 1.4 19 

3.3 1.0 13 

3.4 0.6 8 

3.5 0.3 4 

3.6 0.2 3 

3.7 0.1 1 

3.8 0.0 0 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 99.9 

Eh Calibration: ORP Standard = 424.8 mV at 19.2o

C 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10o

C 

G1-46
MMS Deep Gulf of Mexico Cruise 1B (Oct-Nov 2000) 

 

Site: Garden Banks 516 Near-Field 11 (GB516 NF-B11) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water 15.4 205 1 16.3 7.64 620 

0.1 11.6 154 3 14.6 7.23 525 

0.2 7.9 105 5 13.4 7.21 410 

0.3 7.5 100 7 13.1 7.17 373 

0.4 7.3 97 9 12.7 7.26 369 

0.5 7.2 96 11 13.0 7.31 362 

0.6 7.0 93 13 12.5 7.34 350 

0.7 6.9 92 15 12.9 7.37 346 

0.8 6.6 88 17 12.4 7.31 353 

0.9 6.4 85 19 13.3 7.39 225 

1.0 6.2 83 21 13.3 7.31 154 

1.1 6.0 80 23 13.3 7.36 138 

1.2 5.8 77 25 13.6 7.35 309 

1.3 5.7 76 27 14.5 7.33 126 

1.4 5.5 73 

1.5 5.4 72 

1.6 5.2 69 

1.7 5.0 67 

1.8 4.8 64 

1.9 4.7 63 

2.0 4.5 60 

2.1 4.3 57 

2.2 4.1 55 

2.3 3.9 52 

2.4 3.7 49 

2.5 3.6 48 

2.6 3.4 45 

2.7 3.3 44 

2.8 3.2 43 

2.9 3.0 40 

3.0 2.8 37 

3.1 2.6 35 

3.2 2.3 31 

G1-47
MMS Deep Gulf of Mexico Cruise 1B (Oct-Nov 2000) 

 

Site: Garden Banks 516 Near-Field 11 (GB516 NF-B11) continued. 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

3.3 2.0 27 

3.4 1.8 24 

3.5 1.6 21 

3.6 1.5 20 

3.7 1.3 17 

3.8 1.3 17 

3.9 1.2 16 

4.0 1.1 15 

4.1 1.0 13 

4.2 0.9 12 

4.3 0.9 12 

4.4 0.8 11 

4.5 0.7 9 

4.6 0.7 9 

4.7 0.6 8 

4.8 0.5 7 

4.9 0.5 7 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 99.8 

Eh Calibration: ORP Standard = 424.9 mV at 18.6oC 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10oC 

G1-48
MMS Deep Gulf of Mexico Cruise 1B (Oct-Nov 2000) 

 

Site: Garden Banks 516 Near-Field 12 (GB516 NF-B12) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water 16.6 221 1 15.0 7.61 635 

0.1 12.8 170 3 14.0 7.28 627 

0.2 11.6 154 5 12.6 7.26 587 

0.3 10.6 141 7 12.9 7.27 464 

0.4 9.8 130 9 12.4 7.26 401 

0.5 9.4 125 11 12.9 7.31 364 

0.6 9.0 120 13 12.1 7.34 351 

0.7 8.8 117 15 12.2 7.33 365 

0.8 8.6 115 17 12.6 7.32 334 

0.9 8.4 112 19 12.2 7.34 285 

1.0 8.2 109 21 12.7 7.30 213 

1.1 8.1 108 23 12.9 7.33 193 

1.2 7.9 105 25 13.5 7.34 119 

1.3 7.8 104 27 14.9 7.42 102 

1.4 7.6 101 

1.5 7.5 100 

1.6 7.4 99 

1.7 7.2 96 

1.8 7.1 95 

1.9 6.9 92 

2.0 6.7 89 

2.1 6.5 87 

2.2 6.3 84 

2.3 6.1 81 

2.4 5.9 79 

2.5 5.7 76 

2.6 5.5 73 

2.7 5.3 71 

2.8 5.1 68 

2.9 4.9 65 

3.0 4.7 63 

3.1 4.4 59 

3.2 4.0 53 

G1-49
MMS Deep Gulf of Mexico Cruise 1B (Oct-Nov 2000) 

 

Site: Garden Banks 516 Near-Field 12 (GB516 NF-B12) continued. 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

3.3 3.6 48 

3.4 3.3 44 

3.5 2.9 39 

3.6 2.7 36 

3.7 2.5 33 

3.8 2.3 31 

3.9 2.2 29 

4.0 2.1 28 

4.1 1.9 25 

4.2 1.8 24 

4.3 1.7 23 

4.4 1.6 21 

4.5 1.5 20 

4.6 1.4 19 

4.7 1.3 17 

4.8 1.2 16 

4.9 1.0 13 

5.0 0.8 11 

5.1 0.6 8 Many worm tubes at the 

5.2 0.5 7 surface of the core. 

5.3 0.4 5 

5.4 0.3 4 

5.5 0.2 3 

5.6 0.1 1 

5.7 0.0 0 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 98.7

Eh Calibration: ORP Standard = 424.9 mV at 17.8oC

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10oC 

G1-50
MMS Deep Gulf of Mexico Cruise 1B (Oct-Nov 2000) 

 

Site: Garden Banks 516 Far-Field 1, Box Core 1 (GB516 FF1-B01) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water 16.2 207 2 14.3 7.42 588 

0.1 13.8 177 4 14.2 7.38 588 

0.2 12.0 154 6 14.0 7.37 538 

0.3 11.1 142 8 13.6 7.44 507 

0.4 10.5 134 10 13.1 7.54 434 

0.5 9.2 118 12 13.3 7.59 395 

0.6 8.3 106 14 13.3 7.60 373 

0.7 7.3 93 16 13.2 7.59 370 

0.8 6.7 86 18 13.0 7.68 290 

0.9 6.2 79 20 13.3 7.62 230 

1.0 5.7 73 22 13.4 7.72 125 

1.1 5.4 69 24 13.6 7.69 98 

1.2 5.1 65 26 13.7 7.66 80 

1.3 4.8 61 28 14.4 7.64 69 

1.4 4.6 59 30 14.9 7.61 55 

1.5 4.4 56 

1.6 4.2 54 

1.7 3.8 49 

1.8 3.5 45 

1.9 3.3 42 

2.0 3.1 40 

2.1 3.1 40 

2.2 3.0 38 

2.3 2.9 37 

2.4 2.8 36 

2.5 2.7 35 

2.6 2.6 33 

2.7 2.5 32 

2.8 2.4 31 

2.9 2.3 29 

3.0 2.3 29 

3.1 2.2 28 

3.2 2.1 27 

3.3 2.0 26 

3.4 1.9 24 

3.5 1.9 24 

3.6 1.8 23 

3.7 1.7 22 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 99.9 

Eh Calibration: ORP Standard = 424.5 mV at 18.5o

C 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 12o

C 

G1-51
MMS Deep Gulf of Mexico Cruise 1B (Oct-Nov 2000) 

 

Site: Garden Banks 516 Far-Field 1, Box Core 2 (GB516 FF1-B02) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water - - 1 13.3 7.60 638 

0.1 3 9.5 7.52 687 

0.2 5 7.7 7.54 662 

0.3 7 7.4 7.48 603 

0.4 9 7.4 7.60 533 

0.5 11 8.1 7.63 467 

0.6 13 7.8 7.66 459 

0.7 15 7.8 7.70 446 

0.8 17 7.9 7.69 409 

0.9 19 8.2 7.69 278 

1.0 21 8.4 7.74 215 

1.1 23 9.1 7.77 135 

1.2 25 10.2 7.67 115 

1.3 27 11.8 7.69 104 

 

 

pH Calibration: 7 and 10, Slope = 99.9 

Eh Calibration: ORP Standard = 424.5 mV at 18.5oC 

G1-52
MMS Deep Gulf of Mexico Cruise 1B (Oct-Nov 2000) 

 

Site: Garden Banks 516 Far-Field 2, Box Core 1 (GB516 FF2-B01) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water - - 1 16.6 8.11 676 

0.1 14.6 194 3 15.0 7.36 639 

0.2 12.6 168 5 14.0 7.39 488 

0.3 11.0 146 7 13.4 7.34 417 

0.4 10.4 138 9 13.0 7.43 385 

0.5 9.7 129 11 13.1 7.50 375 

0.6 9.2 122 13 12.8 7.48 348 

0.7 8.7 116 15 13.4 7.45 331 

0.8 8.3 111 17 13.2 7.58 247 

0.9 8.1 108 19 13.0 7.45 294 

1.0 7.9 105 21 13.2 7.50 162 

1.1 7.7 103 23 13.0 7.51 160 

1.2 7.4 99 25 13.9 7.52 253 

1.3 7.2 96 27 14.2 7.55 311 

1.4 7.0 93 29 15.2 7.55 250 

1.5 6.8 91 

1.6 6.6 88 

1.7 6.5 87 

1.8 6.3 84 

1.9 6.2 83 

2.0 6.0 80 

2.1 5.8 77 

2.2 5.6 75 

2.3 5.4 72 

2.4 5.2 69 

2.5 5.0 67 

2.6 4.7 63 

2.7 4.5 60 

2.8 4.3 57 

2.9 4.1 55 

3.0 3.9 52 

3.1 3.7 49 

3.2 3.5 47 

G1-53
MMS Deep Gulf of Mexico Cruise 1B (Oct-Nov 2000) 

 

Site: Garden Banks 516 Far-Field 2, Box Core 1 (GB516 FF2-B01) continued. 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

3.3 3.3 44 

3.4 3.0 40 

3.5 2.7 36 

3.6 2.4 32 

3.7 2.2 29 

3.8 2.1 28 

3.9 2.0 27 

4.0 2.0 27 

4.1 1.9 25 

4.2 1.8 24 

4.3 1.8 24 

4.4 1.7 23 

4.5 1.7 23 

4.6 1.7 23 

4.7 1.6 21 

4.8 1.6 21 

4.9 1.5 20 

5.0 1.5 20 

5.1 1.4 19 

5.2 1.4 19 

5.3 1.3 17 

5.4 1.2 16 

5.5 1.1 15 

5.6 1.1 15 

5.7 1.0 13 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 97.9 

Eh Calibration: ORP Standard = 424.9 mV at 18.0oC 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10oC 

G1-54
MMS Deep Gulf of Mexico Cruise 1B (Oct-Nov 2000) 

 

Site: Garden Banks 516 Far-Field 2, Box Core 2.1 (GB516 FF2-B02.1) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water - - 1 13.3 7.55 692 

0.1 12.1 161 4 12.3 7.46 703 

0.2 9.6 128 6 11.2 7.47 677 

0.3 8.6 115 8 10.9 7.53 635 

0.4 7.7 103 10 10.5 7.58 598 

0.5 7.0 93 12 10.5 7.60 542 

0.6 6.5 87 14 10.7 7.68 332 

0.7 6.1 81 16 10.6 7.53 263 

0.8 5.8 77 18 10.8 7.63 172 

0.9 5.6 75 20 11.0 7.72 150 

1.0 5.5 73 22 11.1 7.68 144 

1.1 5.3 71 24 11.2 7.76 117 

1.2 4.9 65 26 11.6 7.82 132 

1.3 4.5 60 28 12.2 7.72 90 

1.4 4.2 56 30 12.7 7.66 113 

1.5 4.0 53 32 13.5 7.66 150 

1.6 3.9 52 

1.7 3.7 49 

1.8 3.5 47 

1.9 3.3 44 

2.0 3.2 43 

2.1 3.0 40 

2.2 2.8 37 

2.3 2.6 35 

2.4 2.3 31 

2.5 2.1 28 

2.6 1.9 25 

2.7 1.8 24 

2.8 1.7 23 

2.9 1.7 23 

3.0 1.6 21 

3.1 1.5 20 

3.2 1.5 20 

3.3 1.4 19 

3.4 1.4 19 

3.5 1.3 17 

3.6 1.3 17 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 99.1 

Eh Calibration: ORP Standard = 424.3 mV at 18.9o

C 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10o

C 

G1-55
MMS Deep Gulf of Mexico Cruise 1B (Oct-Nov 2000) 

 

Site: Garden Banks 516 Far-Field 3, Box Core 1 (GB516 FF3-B01) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water - - 2 14.7 7.66 659 

0.1 11.1 148 4 14.2 7.34 551 

0.2 8.0 107 6 13.3 7.40 427 

0.3 7.0 93 8 12.2 7.38 364 

0.4 6.5 87 10 12.0 7.30 360 

0.5 6.1 81 12 12.7 7.38 377 

0.6 5.8 77 14 12.9 7.32 260 

0.7 5.6 75 16 12.8 7.36 319 

0.8 5.4 72 18 12.6 7.43 341 

0.9 5.2 69 20 13.0 7.47 287 

1.0 5.1 68 22 13.0 7.53 230 

1.1 4.9 65 24 14.0 7.40 144 

1.2 4.8 64 26 13.9 7.45 311 

1.3 4.7 63 28 15.2 7.44 265 

1.4 4.6 61 

1.5 4.5 60 

1.6 4.4 59 

1.7 4.3 57 

1.8 4.2 56 

1.9 4.1 55 

2.0 4.0 53 

2.1 3.9 52 

2.2 3.7 49 

2.3 3.5 47 

2.4 3.3 44 

2.5 3.1 41 

2.6 2.9 39 

2.7 2.8 37 

2.8 2.7 36 

2.9 2.6 35 

3.0 2.5 33 

3.1 2.4 32 

3.2 2.3 31 

G1-56
MMS Deep Gulf of Mexico Cruise 1B (Oct-Nov 2000) 

 

Site: Garden Banks 516 Far-Field 3, Box Core 1 (GB516 FF3-B01) continued. 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

3.3 2.1 28 

3.4 1.9 25 

3.5 1.7 23 

3.6 1.6 21 

3.7 1.5 20 

3.8 1.4 19 

3.9 1.3 17 

4.0 1.2 16 

4.1 1.2 16 

4.2 1.1 15 

4.3 1.0 13 

4.4 0.9 12 

4.5 0.8 11 

4.6 0.7 9 

4.7 0.6 8 

4.8 0.5 7 

4.9 0.5 7 

5.0 0.4 5 

5.1 0.3 4 

5.2 0.3 4 

5.3 0.2 3 

5.4 0.2 3 

5.5 0.1 1 

5.6 0.1 1 

5.7 0.1 1 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 99.1 

Eh Calibration: ORP Standard = 424.7 mV at 19.0oC 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10oC 

G1-57
MMS Deep Gulf of Mexico Cruise 1B (Oct-Nov 2000) 

 

Site: Garden Banks 516 Far-Field 3, Box Core 2.1 (GB516 FF3-B02.1) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water 15.4 205 2 13.1 7.54 620 

0.1 13.0 173 4 12.2 7.43 636 

0.2 11.7 156 6 11.6 7.43 531 

0.3 10.7 142 8 11.4 7.42 480 

0.4 10.0 133 10 12.1 7.44 428 

0.5 9.5 126 12 11.9 7.44 388 

0.6 14 11.6 7.43 349 

0.7 lowered 5 mm, 16 11.3 7.43 340 

0.8 wait 20 min 18 11.7 7.60 287 

0.9 20 12.3 7.47 217 

1.0 6.7 89 22 12.7 7.35 276 

1.1 24 13.6 8.34 135 

1.2 lowered 5 mm, 26 13.5 8.37 198 

1.3 wait 20 min 

1.4 

1.5 5.4 72 

1.6 

1.7 lowered 5 mm, 

1.8 wait 20 min 

1.9 

2.0 4.2 56 

2.1 

2.2 lowered 5 mm, 

2.3 wait 20 min 

2.4 

2.5 3.0 40 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 97.7 

Eh Calibration: ORP Standard = 425.2 mV at 19.0oC 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10oC 

G1-58
MMS Deep Gulf of Mexico Cruise 1B (Oct-Nov 2000) 

 

Site: Garden Banks 516 Far-Field 4, Box Core 1 (GB516 FF4-B01) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water 16.0 213 2 13.3 7.33 635 

0.1 12.9 172 4 12.6 7.42 649 

0.2 11.5 153 6 11.9 7.48 554 

0.3 10.1 134 8 11.5 7.46 498 

0.4 9.4 125 10 11.2 7.56 448 

0.5 8.8 117 12 11.1 7.52 405 

0.6 8.3 111 14 11.2 7.53 210 

0.7 7.9 105 16 11.3 7.58 163 

0.8 7.3 97 18 11.6 7.66 107 

0.9 6.8 91 20 12.0 7.59 104 

1.0 6.4 85 22 12.8 7.67 90 

1.1 6.1 81 24 13.2 7.61 82 

1.2 5.8 77 26 13.8 7.62 92 

1.3 5.5 73 

1.4 5.2 69 

1.5 5.0 67 

1.6 4.8 64 

1.7 4.6 61 

1.8 4.4 59 

1.9 4.2 56 

2.0 4.0 53 

2.1 3.8 51 

2.2 3.6 48 

2.3 3.4 45 

2.4 3.2 43 

2.5 2.9 39 

2.6 2.7 36 

2.7 2.5 33 

2.8 2.3 31 

2.9 2.2 29 

3.0 2.0 27 

3.1 1.9 25 

3.2 1.8 24 

3.3 1.7 23 

3.4 1.6 21 

3.5 1.5 20 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 99.6 

Eh Calibration: ORP Standard = 424.7 mV at 18.4o

C 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10o

C 

G1-59
MMS Deep Gulf of Mexico Cruise 1B (Oct-Nov 2000) 

 

Site: Garden Banks 516 Far-Field 4, Box Core 2 (GB516 FF4-B02) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water - - 2 8.5 7.36 627 

0.1 4 8.1 7.35 628 

0.2 6 7.4 7.41 574 

0.3 8 7.3 7.45 512 

0.4 10 7.3 7.47 467 

0.5 12 8.1 7.45 427 

0.6 14 8.1 7.42 423 

0.7 16 8.3 7.46 240 

0.8 18 9.2 7.55 243 

0.9 20 10.3 7.51 264 

1.0 22 10.1 7.55 374 

1.1 24 10.6 7.52 97 

1.2 26 11.3 7.48 321 

1.3 28 12.2 7.56 145 

1.4 30 13.6 7.47 339 

 

 

pH Calibration: 7 and 10, Slope = 99.6 

Eh Calibration: ORP Standard = 424.7 mV at 18.4oC 

G1-60
MMS Deep Gulf of Mexico Cruise 1B (Oct-Nov 2000) 

 

Site: Garden Banks 516 Far-Field 5, Box Core 1 (GB516 FF5-B01) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water 16.5 220 2 15.4 7.31 639 

0.1 13.0 173 4 15.0 7.23 515 

0.2 11.4 152 6 12.7 7.37 410 

0.3 9.3 124 8 12.3 7.47 334 

0.4 7.6 101 10 12.2 7.54 303 

0.5 5.9 79 12 11.7 7.52 281 

0.6 5.1 68 14 11.3 7.57 255 

0.7 4.2 56 16 11.4 7.54 170 

0.8 3.6 48 18 11.9 7.63 216 

0.9 3.2 43 20 11.8 7.47 135 

1.0 2.9 39 22 13.6 7.53 106 

1.1 2.7 36 24 11.5 7.57 112 

1.2 2.4 32 26 11.4 7.54 87 

1.3 2.2 29 28 12.9 7.53 73 

1.4 2.0 27 30 14.4 7.42 215 

1.5 1.8 24 

1.6 1.6 21 

1.7 1.4 19 

1.8 1.2 16 

1.9 1.0 13 

2.0 0.9 12 

2.1 0.8 11 

2.2 0.7 9 

2.3 0.6 8 

2.4 0.6 8 

2.5 0.5 7 

2.6 0.4 5 

2.7 0.4 5 

2.8 0.3 4 

2.9 0.3 4 

3.0 0.2 3 

3.1 0.2 3 

3.2 0.1 1 

3.3 0.1 1 

3.4 0.0 0 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 100.0 

Eh Calibration: ORP Standard = 424.0 mV at 20.0o

C 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10o

C 

G1-61
MMS Deep Gulf of Mexico Cruise 1B (Oct-Nov 2000) 

 

Site: Garden Banks 516 Far-Field 6, Box Core 1 (GB516 FF6-B01) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water - - 2 15.0 7.30 406 

0.1 14.0 186 4 14.8 7.36 430 

0.2 12.1 161 6 14.4 7.42 395 

0.3 11.0 146 8 14.1 7.51 394 

0.4 10.0 133 10 13.9 7.63 401 

0.5 9.4 125 12 13.8 7.63 335 

0.6 8.8 117 14 13.8 7.56 218 

0.7 8.2 109 16 13.9 7.55 162 

0.8 7.6 101 18 14.0 7.60 186 

0.9 7.1 95 20 14.1 7.62 124 

1.0 6.7 89 22 14.2 7.67 106 

1.1 6.4 85 24 14.5 7.65 97 

1.2 6.0 80 26 15.4 7.74 82 

1.3 5.6 75 28 15.2 7.81 83 

1.4 5.1 68 30 15.6 7.65 76 

1.5 4.7 63 

1.6 4.3 57 

1.7 4.0 53 

1.8 3.7 49 

1.9 3.2 43 

2.0 2.9 39 

2.1 2.5 33 

2.2 2.3 31 

2.3 2.0 27 

2.4 1.8 24 

2.5 1.7 23 

2.6 1.6 21 

2.7 1.5 20 

2.8 1.4 19 

2.9 1.3 17 

3.0 1.2 16 

3.1 1.1 15 

3.2 1.0 13 

3.3 0.9 12 

3.4 0.8 11 

3.5 0.7 9 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 99.8 

Eh Calibration: ORP Standard = 424.8 mV at 20.2o

C 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10o

C 

G1-62
MMS Deep Gulf of Mexico Cruise 1B (Oct-Nov 2000) 

 

Site: Garden Banks 516 Far-Field 6, Box Core 2 (GB516 FF6-B02) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water - - 2 9.1 7.44 667 

0.1 4 8.7 7.42 653 

0.2 6 7.2 7.48 592 

0.3 8 7.2 7.55 553 

0.4 10 7.8 7.48 503 

0.5 12 7.5 7.51 554 

0.6 14 7.9 7.51 253 

0.7 16 8.5 7.52 254 

0.8 18 8.7 7.51 151 

0.9 20 8.9 7.55 130 

1.0 22 9.0 7.56 102 

1.1 24 9.3 7.59 92 

1.2 26 10.1 7.61 89 

1.3 28 11.2 7.59 94 

1.4 30 12.8 7.56 105 

 

 

 

pH Calibration: 7 and 10, Slope = 99.8 

Eh Calibration: ORP Standard = 424.8 mV at 20.2oC 

G1-63
G1-64
G1-65
G1-66
G1-67
678 9

pH

-200 100 400 700

Eh (mV)

0

10

20

30

Sediment Depth (cm)

pH

Eh

0 50 100 150 200 250

Oxygen (μM)

0

10

20

30

Sediment Depth (cm)

MMS Deep Gulf of Mexico Cruise 1: GB516 FF2-B01

G1-68
G1-69
G1-70
G1-71
REFERENCES 

Salomons, W. and U. Förstner. 1984. Metals in the Hydrocycle. Springer-Verlag, 

Berlin. 349 pp. 

Wedepohl, K.H. 1995. The composition of the continental crust. Geochim. Cosmochim. 

Acta 59:1,217-1,232. 

G1-72
APPENDIX G2 

Cruise 2B Data for Sediment and Tissue Metals, 

Total Organic Carbon, and Redox Conditions 

G2-1
MMS Deepwater Effects - Cruise 2B 

Table G2-1. Trace metal and total organic carbon concentrations in sediment samples (dry weight) with average marine sediment 

 (Salomons and Förstner, 1984) and continental crust (Wedepohl, 1995) provided for comparison. 

Sample Al As Ba Cd Cr Cu Fe Hg Mn Ni Pb 

Identification (%) (μg/g) (μg/g) (μg/g) (μg/g) (μg/g) (%) (μg/g) (μg/g) (μg/g) (μg/g) 

GB516 NF-B01 6.84 10.2 8730 0.34 70.0 30.1 3.21 0.088 1160 41.0 25.1 GB516 NF-B02 6.60 11.2 16100 0.25 74.7 31.0 3.19 0.121 2810 33.4 37.2 GB516 NF-B03A 3.29 12.7 351000 0.23 41.4 45.8 1.76 0.237 285 14.1 60.3 GB516 NF-B04 5.67 11.0 12800 0.27 52.9 30.6 2.87 0.142 3200 39.9 36.1 GB516 NF-B05 6.04 13.0 42600 0.27 56.4 33.0 2.69 0.126 2600 35.3 35.9 GB516 NF-B06 5.47 8.5 99000 0.41 66.6 33.1 2.62 0.092 693 27.6 21.0 GB516 NF-B07 6.43 11.0 50300 0.31 71.0 34.1 3.09 0.092 855 30.6 28.7 GB516 NF-B08 6.60 12.3 13500 0.26 69.1 29.9 3.23 0.113 2870 39.7 33.3 GB516 NF-B09 6.14 9.7 55000 0.27 71.7 38.5 3.20 0.119 1130 38.4 33.9 GB516 NF-B10 6.29 11.0 8570 0.24 64.6 28.3 2.91 0.130 3490 42.3 27.2 GB516 NF-B11 4.72 11.1 19600 0.24 58.4 27.0 2.42 0.118 2860 36.2 24.3 GB516 NF-B12 5.27 11.1 31300 0.30 54.8 30.5 2.75 0.102 2890 35.7 40.7 GB516 FF1-B01 5.81 10.6 1890 0.28 61.4 27.7 2.52 0.107 3520 41.4 24.6 GB516 FF1-B02 #1 5.89 10.9 2780 0.29 55.9 29.2 2.77 0.101 3390 43.6 23.6 GB516 FF1-B02 #2 5.76 10.4 2750 0.27 62.8 28.3 2.79 0.098 3450 41.8 23.1 GB516 FF2-B01 6.11 11.1 843 0.24 63.8 27.5 2.98 0.109 2990 43.4 21.5 GB516 FF2-B02 5.76 10.7 794 0.27 68.0 28.3 2.81 0.109 3770 44.7 20.9 GB516 FF3-B01 5.84 10.3 1220 0.26 39.5 26.1 3.05 0.095 3330 40.2 23.5 GB516 FF3-B02 5.86 10.8 1790 0.29 57.8 26.6 2.82 0.096 2740 37.7 25.9 GB516 FF4-B01 6.20 12.6 1210 0.30 58.3 29.0 3.15 0.097 4840 46.8 24.9 GB516 FF4-B02 5.99 9.8 1410 0.24 64.6 28.7 2.85 0.129 3250 42.7 21.0 GB516 FF5-B01 6.37 12.0 1160 0.28 54.7 28.5 2.87 0.137 3550 43.4 24.5 GB516 FF5-B02 6.26 11.6 2050 0.30 61.9 29.7 2.95 0.154 4340 45.6 26.8 GB516 FF6-B01 6.18 11.6 1270 0.26 59.9 28.8 2.90 0.126 4040 46.2 25.5 GB516 FF6-B02 #1 6.16 11.1 1320 0.25 66.1 28.1 3.08 0.134 4010 43.8 24.9 GB516 FF6-B02 #2 6.10 11.3 1290 0.25 63.7 28.6 3.08 0.137 3930 43.9 25.3 Average Marine Sediment 7.2 7.7 460 0.17 72 33 4.1 0.19 770 52 19 Continental Crust 7.96 1.7 584 0.1 126 25 4.32 0.04 716 56 14.8 

G2-3
MMS Deepwater Effects - Cruise 2B 

Table G2-1. Continued. 

Sample Al As Ba Cd Cr Cu Fe Hg Mn Ni Pb 

Identification (%) (μg/g) (μg/g) (μg/g) (μg/g) (μg/g) (%) (μg/g) (μg/g) (μg/g) (μg/g) 

GB516 DISC-1 0-2 cm 1.85 12.2 281000 0.30 22.8 35.6 0.98 0.193 227 9.2 34.3 GB516 DISC-1 2-4 cm 3.65 10.1 266000 0.23 42.5 27.2 1.81 0.145 447 16.4 28.1 GB516 DISC-1 4-6 cm 4.66 9.6 181000 0.19 47.3 27.4 2.32 0.125 549 21.3 19.8 GB516 DISC-1 6-8 cm 6.71 11.9 1400 0.25 64.4 28.3 3.28 0.071 1860 38.9 19.3 GB516 DISC-1 8-10 cm 6.29 11.0 816 0.29 58.5 28.9 3.09 0.118 4530 47.5 20.4 GB516 DISC-2 0-2 cm 0.78 15.5 198000 0.30 14.8 74.7 0.48 0.501 294 5.9 197 GB516 DISC-2 2-4 cm 1.19 21.0 317000 0.42 20.4 113 0.76 0.628 453 8.6 256 GB516 DISC-2 4-6 cm 0.71 12.2 280000 0.28 12.6 66.9 0.44 0.467 279 5.1 166 GB516 DISC-2 6-8 cm 0.96 16.0 298000 0.37 16.8 90.7 0.60 0.458 370 6.8 120 GB516 DISC-2 8-10 cm 1.23 22.8 344000 0.45 21.2 116 0.76 0.722 447 8.5 328 GB516 DISC-3 0-2 cm 6.73 7.8 4650 0.22 49.5 30.1 3.21 0.088 4840 54.4 18.7 GB516 DISC-3 2-4 cm 6.89 11.5 1610 0.24 50.0 31.1 3.30 0.074 17600 65.3 16.3 GB516 DISC-3 4-6 cm 7.06 12.1 619 0.14 56.1 31.9 3.42 0.081 8790 51.1 18.5 GB516 DISC-3 6-8 cm 6.87 11.1 583 0.14 58.1 31.6 3.31 0.068 10500 57.4 16.4 GB516 DISC-3 8-10 cm #1 7.19 10.3 610 0.11 59.7 29.3 3.55 0.061 9600 61.8 16.1 GB516 DISC-3 8-10 cm #2 7.20 10.0 614 0.12 63.3 29.3 3.56 0.060 9580 61.6 16.0 Average Marine Sediment 7.2 7.7 460 0.17 72 33 4.1 0.19 770 52 19 Continental Crust 7.96 1.7 584 0.1 126 25 4.32 0.04 716 56 14.8 

G2-4
MMS Deepwater Effects - Cruise 2B 

Table G2-1. Continued. 

Sample Al As Ba Cd Cr Cu Fe Hg Mn Ni Pb 

Identification (%) (μg/g) (μg/g) (μg/g) (μg/g) (μg/g) (%) (μg/g) (μg/g) (μg/g) (μg/g) 

GB602 NF-B01 5.75 12.1 16600 0.27 55.3 31.3 2.87 0.098 3920 43.8 50.5 GB602 NF-B02 6.04 9.3 44500 0.38 68.0 34.3 3.02 0.091 712 29.0 52.1 GB602 NF-B03 4.89 12.5 111000 0.54 65.7 44.6 2.58 0.167 650 27.2 45.2 GB602 NF-B04 6.17 11.2 27600 0.27 66.4 30.9 3.07 0.097 1360 30.4 33.0 GB602 NF-B05 5.01 11.7 50300 0.26 55.5 34.5 2.67 0.101 2920 33.6 38.1 GB602 NF-B06 6.15 9.1 65200 0.45 66.6 49.6 2.99 0.070 417 26.9 48.3 GB602 NF-B07 5.45 12.2 44900 0.26 56.5 33.2 2.83 0.102 5410 43.3 22.1 GB602 NF-B08 5.19 11.4 116000 0.36 59.5 39.6 2.67 0.096 517 23.6 57.0 GB602 NF-B09 5.89 13.2 35400 0.19 61.3 31.1 2.91 0.075 5990 32.5 44.0 GB602 NF-B10 6.15 10.2 41000 0.40 68.0 37.9 2.89 0.146 736 33.0 42.9 GB602 NF-B11 6.17 12.0 33300 0.31 63.9 32.9 2.98 0.103 1670 30.4 38.5 GB602 NF-B12 6.00 12.7 23800 0.23 59.8 31.5 2.94 0.106 3570 32.9 29.9 GB602 FF1-B01 6.03 10.8 1170 0.26 57.8 28.9 2.95 0.103 3500 43.4 24.0 GB602 FF1-B02 5.85 10.7 967 0.23 53.2 28.5 2.86 0.103 3700 42.3 21.9 GB602 FF2-B01 5.34 10.0 977 0.28 46.2 27.7 2.60 0.095 3340 40.2 20.7 GB602 FF2-B02 5.34 10.4 1550 0.30 54.2 28.0 2.58 0.103 2910 40.0 22.7 GB602 FF3-B01 5.43 10.6 636 0.46 53.8 28.8 2.58 0.093 3160 39.0 21.7 GB602 FF3-B02 5.56 10.3 571 0.25 54.2 29.6 2.66 0.100 2910 38.5 20.1 GB602 FF4-B01 5.44 11.0 813 0.23 39.6 28.9 2.60 0.096 2850 37.7 24.1 GB602 FF4-B02 5.45 10.5 787 0.26 55.9 29.0 2.65 0.103 3170 42.7 21.4 GB602 FF5-B01 #1 5.43 10.4 988 0.28 51.3 29.1 2.63 0.097 2910 38.6 22.2 GB602 FF5-B01 #2 5.49 10.6 989 0.26 53.7 28.3 2.66 0.098 2990 39.6 22.6 GB602 FF5-B02 5.61 10.5 570 0.22 53.4 28.1 2.66 0.090 2870 40.1 19.5 GB602 FF6-B01 5.72 11.0 571 0.23 48.1 28.7 2.77 0.108 3420 43.6 21.1 GB602 FF6-B02 6.08 10.7 599 0.22 42.3 29.8 2.93 0.084 3320 44.8 20.1 Average Marine Sediment 7.2 7.7 460 0.17 72 33 4.1 0.19 770 52 19 Continental Crust 7.96 1.7 584 0.1 126 25 4.32 0.04 716 56 14.8 

G2-5
MMS Deepwater Effects - Cruise 2B 

Table G2-1. Continued. 

Sample Al As Ba Cd Cr Cu Fe Hg Mn Ni Pb 

Identification (%) (μg/g) (μg/g) (μg/g) (μg/g) (μg/g) (%) (μg/g) (μg/g) (μg/g) (μg/g) 

GB602 DISC-1 0-2 cm 5.21 8.6 129000 0.33 59.1 36.5 2.66 0.186 523 30.5 103 GB602 DISC-1 2-4 cm 6.91 8.6 55200 0.32 65.6 37.5 3.06 0.090 1010 48.7 77.1 GB602 DISC-1 4-6 cm 6.88 11.8 941 0.20 54.9 30.6 3.05 0.079 3450 53.7 17.9 GB602 DISC-1 6-8 cm 7.07 13.5 600 0.15 64.1 30.9 3.10 0.068 14900 62.1 16.2 GB602 DISC-1 8-10 cm 7.11 10.8 656 0.13 47.9 32.0 3.11 0.068 13900 55.9 14.8 GB602 DISC-2 0-2 cm 7.47 9.7 47100 0.35 79.0 32.5 3.43 0.083 540 35.3 37.3 GB602 DISC-2 2-4 cm 6.89 7.4 52300 0.26 67.2 31.1 3.06 0.096 689 39.4 36.0 GB602 DISC-2 4-6 cm 7.00 6.8 8010 0.23 64.6 31.7 3.00 0.085 1300 50.6 25.0 GB602 DISC-2 6-8 cm 6.99 14.3 716 0.23 44.4 32.2 3.05 0.068 10000 63.7 16.6 GB602 DISC-2 8-10 cm 7.17 11.9 633 0.15 50.5 31.4 3.03 0.061 15700 57.2 14.5 GB602 DISC-3 0-2 cm 6.78 11.7 14800 0.30 63.8 39.6 2.95 0.081 3510 52.1 26.5 GB602 DISC-3 2-4 cm 6.82 12.0 997 0.22 43.5 31.1 3.01 0.084 6680 54.8 19.1 GB602 DISC-3 4-6 cm 6.82 12.7 855 0.26 43.8 29.2 3.03 0.081 13300 59.5 17.0 GB602 DISC-3 6-8 cm 6.94 12.2 623 0.30 44.5 30.2 2.91 0.081 4620 51.2 19.2 GB602 DISC-3 8-10 cm 7.00 13.1 682 0.23 40.5 30.1 3.09 0.078 10100 56.6 18.7 Average Marine Sediment 7.2 7.7 460 0.17 72 33 4.1 0.19 770 52 19 Continental Crust 7.96 1.7 584 0.1 126 25 4.32 0.04 716 56 14.8 

G2-6
MMS Deepwater Effects - Cruise 2B 

Table G2-1. Continued. 

Sample Al As Ba Cd Cr Cu Fe Hg Mn Ni Pb 

Identification (%) (μg/g) (μg/g) (μg/g) (μg/g) (μg/g) (%) (μg/g) (μg/g) (μg/g) (μg/g) 

MC292 NF-B01 7.36 11.3 39700 0.32 77.4 28.0 3.79 0.091 722 31.7 26.1 MC292 NF-B02 7.91 13.1 8040 0.18 80.1 29.2 4.24 0.073 1590 36.1 29.1 MC292 NF-B03 7.60 13.3 5420 0.19 43.7 26.8 3.83 0.085 4730 38.8 29.9 MC292 NF-B04 7.01 14.3 3080 0.19 78.1 26.9 3.71 0.073 4910 41.5 26.6 MC292 NF-B05 7.20 15.4 11700 0.21 80.1 27.2 3.75 0.061 4640 35.0 33.0 MC292 NF-B06 7.26 13.5 5810 0.17 79.7 27.1 3.75 0.076 4840 37.7 28.5 MC292 NF-B07 7.45 16.3 3260 0.20 55.1 27.5 3.77 0.088 5680 38.2 29.4 MC292 NF-B08 7.29 12.6 20300 0.23 63.3 27.4 3.78 0.109 1020 40.3 30.0 MC292 NF-B09 7.67 10.1 1260 0.25 91.0 29.3 4.00 0.075 1650 37.5 24.6 MC292 NF-B10 7.37 16.0 4570 0.17 82.9 31.3 3.92 0.086 6730 38.1 44.4 MC292 NF-B11 7.56 15.6 2430 0.19 85.0 28.9 3.88 0.077 5590 41.7 29.5 MC292 NF-B12 7.64 16.5 2450 0.17 78.0 29.0 4.18 0.084 4610 40.6 30.3 MC292 FF1-B01 8.32 16.7 675 0.22 80.5 36.0 4.13 0.075 3030 37.5 31.1 MC292 FF1-B02 #1 7.69 13.1 632 0.25 80.2 25.1 3.95 0.075 2390 37.6 33.9 MC292 FF1-B02 #2 7.77 13.9 636 0.24 83.6 25.3 3.90 0.079 2370 36.9 34.1 MC292 FF2-B01 6.18 12.1 661 0.19 63.2 20.5 3.20 0.067 2880 28.9 31.0 MC292 FF2-B02 8.42 16.3 733 0.18 74.3 29.2 4.14 0.082 2520 38.7 31.2 MC292 FF3-B01 9.86 11.8 638 0.25 103 32.5 5.11 0.063 921 46.3 31.4 MC292 FF3-B02 8.00 12.5 646 0.24 77.8 27.9 3.98 0.066 3490 37.7 30.2 MC292 FF4-B01 7.59 14.4 776 0.17 78.3 26.8 3.98 0.069 5400 38.9 31.1 MC292 FF4-B02 7.51 16.6 843 0.18 73.4 26.3 3.93 0.071 5610 39.0 32.7 MC292 FF5-B01 7.73 17.1 814 0.21 74.8 27.2 4.04 0.066 3440 41.9 32.0 MC292 FF5-B02 7.47 14.7 923 0.18 76.6 26.7 4.01 0.071 5600 41.3 30.3 MC292 FF6-B01 7.70 13.6 877 0.17 68.1 27.2 3.96 0.061 3790 40.3 30.8 MC292 FF6-B02 7.71 14.7 859 0.18 72.6 27.4 4.04 0.070 3840 41.2 31.1 Average Marine Sediment 7.2 7.7 460 0.17 72 33 4.1 0.19 770 52 19 Continental Crust 7.96 1.7 584 0.1 126 25 4.32 0.04 716 56 14.8 

G2-7
MMS Deepwater Effects - Cruise 2B 

Table G2-1. Continued. 

Sample Al As Ba Cd Cr Cu Fe Hg Mn Ni Pb 

Identification (%) (μg/g) (μg/g) (μg/g) (μg/g) (μg/g) (%) (μg/g) (μg/g) (μg/g) (μg/g) 

MC292 DISC-1 0-2 cm 7.81 16.3 4710 0.19 44.9 30.4 4.00 0.060 4770 41.5 29.4 MC292 DISC-1 2-4 cm 7.91 17.7 1690 0.18 75.2 27.3 4.15 0.058 3110 40.7 29.3 MC292 DISC-1 4-6 cm 8.06 12.3 886 0.22 63.3 28.3 4.31 0.061 708 39.2 26.6 MC292 DISC-1 6-8 cm 8.18 8.6 583 0.29 71.4 30.0 4.05 0.051 534 39.5 23.3 MC292 DISC-1 8-10 cm 8.16 7.6 517 0.33 65.5 28.3 3.77 0.045 465 39.5 21.1 MC292 DISC-2 0-2 cm 7.40 15.0 11900 0.17 70.7 27.5 3.67 0.058 3910 33.9 27.1 MC292 DISC-2 2-4 cm 7.65 13.0 4060 0.20 67.1 29.5 3.88 0.057 1020 38.1 27.4 MC292 DISC-2 4-6 cm 7.89 7.8 1140 0.31 72.9 28.1 3.74 0.050 607 39.2 25.2 MC292 DISC-2 6-8 cm 7.98 7.6 635 0.31 73.2 28.8 3.79 0.043 551 40.3 21.6 MC292 DISC-2 8-10 cm 7.86 7.1 654 0.26 73.0 28.3 3.63 0.038 492 40.5 18.9 MC292 DISC-3 0-2 cm 7.59 14.5 14900 0.18 68.7 29.1 3.67 0.057 3060 34.9 27.3 MC292 DISC-3 2-4 cm 7.49 19.3 3560 0.15 70.2 27.5 3.97 0.058 2700 38.5 27.1 MC292 DISC-3 4-6 cm 7.65 17.1 1720 0.16 72.5 28.4 3.88 0.058 1380 38.6 27.2 MC292 DISC-3 6-8 cm 7.81 11.6 1010 0.16 73.6 28.7 4.27 0.052 624 37.9 23.2 MC292 DISC-3 8-10 cm #1 8.17 8.0 776 0.31 72.5 29.3 3.98 0.051 539 38.7 21.7 MC292 DISC-3 8-10 cm #2 8.12 8.0 787 0.32 74.9 29.6 3.95 0.050 544 38.9 21.7 Average Marine Sediment 7.2 7.7 460 0.17 72 33 4.1 0.19 770 52 19 Continental Crust 7.96 1.7 584 0.1 126 25 4.32 0.04 716 56 14.8 

G2-8
MMS Deepwater Effects - Cruise 2B 

Table G2-2. Trace metal concentrations and percent water content of internal organ tissue samples from Bathynomus giganteus (isopod) and Chac

Sample As Ba Cd Cr Cu Fe Hg Ni Pb 

Identification (μg/g) (μg/g) (μg/g) (μg/g) (μg/g) (μg/g) (μg/g) (μg/g) (μg/g) (μ

GB602 NF-1 Bathynomus giganteus #1 45.2 9.75 6.31 0.47 41.7 940 2.08 2.41 0.28 1GB602 NF-1 Bathynomus giganteus #2 25.8 251 6.15 3.28 26.0 1210 4.31 0.74 1.11 4GB602 NF-1 Bathynomus giganteus #3 27.1 73.5 5.51 0.36 90.2 434 1.49 1.90 0.16 1GB602 NF-2 Bathynomus giganteus #1 32.5 389 6.54 2.01 8.2 939 4.16 0.89 1.03 4GB602 NF-2 Bathynomus giganteus #2 12.6 131 2.35 0.21 6.3 443 2.51 1.55 0.42 1GB602 NF-2 Bathynomus giganteus #3 91.4 128 15.4 0.99 132 1910 4.28 0.35 0.65 2GB602 NF-1 Chaceon quinquedens #1 78.4 96.4 3.94 1.20 115 341 0.729 3.58 0.35 2GB602 NF-1 Chaceon quinquedens #2 82.1 30.3 1.25 0.40 46.3 104 0.479 3.00 0.14 0GB602 NF-1 Chaceon quinquedens #3 99.6 9.85 2.76 0.67 115 141 0.694 5.75 0.13 1GB602 NF-2 Chaceon quinquedens #1 49.6 121 1.90 2.19 27.8 365 0.439 4.47 0.62 1GB602 NF-2 Chaceon quinquedens #2 35.0 11.1 1.12 0.85 11.0 204 0.402 2.04 0.14 0GB602 NF-2 Chaceon quinquedens #3 46.1 57.3 1.60 0.74 38.6 139 0.472 1.32 0.20 0GB602 FF-5 Bathynomus giganteus #1 25.1 9.84 10.7 0.41 74.9 1840 15.7 0.12 0.31 0GB602 FF-5 Bathynomus giganteus #2 90.8 24.7 10.0 0.48 19.7 1680 5.91 0.52 0.27 1GB602 FF-5 Bathynomus giganteus #3 65.7 9.37 19.9 0.41 189 830 2.71 1.01 0.20 3GB602 FF-5 Chaceon quinquedens #1 207 5.76 12.9 0.76 98.9 293 1.48 12.8 0.45 4GB602 FF-5 Chaceon quinquedens #2 A 147 17.5 15.1 0.87 210 291 1.78 8.15 0.36 3GB602 FF-5 Chaceon quinquedens #2 B 147 16.9 15.0 0.92 203 300 1.73 8.53 0.35 3GB602 FF-5 Chaceon quinquedens #3 179 4.22 4.78 0.41 90.3 132 0.922 7.37 0.12 2

G2-9
MMS Deepwater Effects - Cruise 2B 

Table G2-2. Continued. 

Sample As Ba Cd Cr Cu Fe Hg Ni Pb 

Identification (μg/g) (μg/g) (μg/g) (μg/g) (μg/g) (μg/g) (μg/g) (μg/g) (μg/g) (μ

MC292 NF-1 Bathynomus giganteus #1 18.3 26.3 17.9 2.10 34.9 3470 2.91 1.34 0.70 4MC292 NF-1 Bathynomus giganteus #2 61.0 20.7 20.7 1.95 1660 1880 7.13 1.60 0.69 3MC292 NF-1 Bathynomus giganteus #3 66.7 6.79 17.0 1.02 127 1270 6.54 0.91 0.38 2MC292 NF-2 Bathynomus giganteus #1 17.8 25.2 0.96 0.15 5.6 319 1.23 0.32 0.08 2MC292 NF-2 Bathynomus giganteus #2 41.1 7.64 25.3 0.32 201 455 1.60 0.34 0.11 1MC292 NF-2 Bathynomus giganteus #3 26.4 16.8 0.97 1.05 7.8 472 0.641 0.86 0.34 2MC292 NF-1 Chaceon quinquedens #1 192 16.6 6.77 1.54 261 522 1.29 9.78 0.46 3MC292 NF-1 Chaceon quinquedens #2 89.9 63.2 7.19 5.10 203 3020 0.981 14.3 1.73 1MC292 NF-1 Chaceon quinquedens #3 153 5.98 1.64 0.50 190 254 0.510 11.5 0.20 2MC292 NF-2 Chaceon quinquedens #1 143 83.3 6.91 2.91 263 1450 1.34 22.6 0.87 6MC292 NF-2 Chaceon quinquedens #2 112 83.6 35.5 4.51 382 2220 1.49 11.5 1.77 9MC292 NF-2 Chaceon quinquedens #3 109 4.51 3.00 0.34 191 570 0.677 14.4 0.33 2MC292 FF-3 Bathynomus giganteus #1 20.7 17.6 5.04 3.06 27.4 3190 4.940 1.71 0.66 4MC292 FF-3 Bathynomus giganteus #2 38.5 35.2 12.4 3.11 10.1 4050 5.170 1.75 1.07 5MC292 FF-3 Bathynomus giganteus #3 27.9 4.71 3.21 0.22 11.1 301 0.895 0.84 0.09 2MC292 FF-4 Bathynomus giganteus #1 11.9 0.89 30.7 2.52 64.4 266 0.624 0.75 0.15 3MC292 FF-4 Bathynomus giganteus #2 A 11.7 6.38 6.63 0.48 136 556 2.41 0.41 0.23 1MC292 FF-4 Bathynomus giganteus #2 B 11.9 6.46 6.31 0.46 136 565 2.47 0.39 0.25 1MC292 FF-4 Bathynomus giganteus #3 74.1 38.4 49.3 0.70 126 6830 13.4 0.68 0.79 1MC292 FF-3 Chaceon quinquedens #1 158 4.16 4.17 0.61 212 811 0.758 10.4 0.34 2MC292 FF-3 Chaceon quinquedens #2 113 3.12 6.90 0.39 221 494 0.774 9.77 0.17 1MC292 FF-3 Chaceon quinquedens #3 203 5.92 2.66 1.21 180 936 0.947 11.0 0.37 4MC292 FF-4 Chaceon quinquedens #1 113 3.34 1.08 0.49 140 425 0.489 10.4 0.19 2MC292 FF-4 Chaceon quinquedens #2 131 5.79 1.80 0.89 319 421 1.50 14.5 0.33 4MC292 FF-4 Chaceon quinquedens #3 68.7 1.30 0.93 0.22 124 588 0.343 4.43 0.076 1

G2-10
MMS Deepwater Effects - Cruise 2B 

Table G2-3. Statistics for trace metal concentrations and total organic carbon (TOC) content in sediment samples (dry weight). Lab duplicates have 

 prior to statistical analysis. 

Sample Al As Ba Cd Cr Cu Fe Hg Mn Ni Pb 

Identification (%) (μg/g) (μg/g) (μg/g) (μg/g) (μg/g) (%) (μg/g) (μg/g) (μg/g) (μg/g) 

GB516 NF 

Mean 5.78 11.1 59000 0.28 62.6 32.7 2.83 0.123 2070 34.5 33.6 

Std. Dev. 1.00 1.2 95700 0.05 9.9 5.1 0.43 0.039 1140 7.7 10.3 

n = 12 12 12 12 12 12 12 12 12 12 12 

Maximum 6.84 13 351000 0.41 74.7 45.8 3.23 0.237 3490 42.3 60.3 

Minimum 3.29 8.5 8570 0.23 41.4 27.0 1.76 0.088 285 14.1 21.0 

GB516 FF 

Mean 6.03 11.1 1480 0.27 59.5 28.2 2.90 0.116 3650 43.2 24.0 

Std. Dev. 0.21 0.8 559 0.02 7.3 1.0 0.17 0.020 585 2.6 2.0 

n = 12 12 12 12 12 12 12 12 12 12 12 

Maximum 6.37 12.6 2770 0.30 68.0 29.7 3.15 0.154 4840 46.8 26.8 

Minimum 5.76 9.8 794 0.24 39.5 26.1 2.52 0.095 2740 37.7 20.9 

GB602 NF 

Mean 5.74 11.5 50800 0.33 62.2 36.0 2.87 0.104 2320 32.2 41.8 

Std. Dev. 0.48 1.3 31900 0.10 4.8 6.0 0.15 0.027 1990 6.1 10.0 

n = 12 12 12 12 12 12 12 12 12 12 12 

Maximum 6.17 13.2 116000 0.54 68.0 49.6 3.07 0.167 5990 43.8 57.0 

Minimum 4.89 9.1 16600 0.19 55.3 30.9 2.58 0.070 417 23.6 22.1 

GB602 FF 

Mean 5.61 10.6 850 0.27 50.9 28.7 2.71 0.098 3170 41.0 21.6 

Std. Dev. 0.26 0.3 300 0.07 5.6 0.6 0.14 0.007 283 2.3 1.5 

n = 12 12 12 12 12 12 12 12 12 12 12 

Maximum 6.08 11.0 1550 0.46 57.8 29.8 2.95 0.108 3700 44.8 24.1 

Minimum 5.34 10.0 570 0.22 39.6 27.7 2.58 0.084 2850 37.7 19.5 

G2-11
MMS Deepwater Effects - Cruise 2B 

Table G2-3. Continued. 

Sample Al As Ba Cd Cr Cu Fe Hg Mn Ni Pb 

Identification (%) (μg/g) (μg/g) (μg/g) (μg/g) (μg/g) (%) (μg/g) (μg/g) (μg/g) (μg/g) 

MC292 NF 

Mean 7.44 14.0 9000 0.21 74.5 28.2 3.88 0.082 3890 38.1 30.1 

Std. Dev. 0.25 2.0 11016 0.04 13.6 1.3 0.17 0.012 2050 2.9 5.0 

n = 12 12 12 12 12 12 12 12 12 12 12 

Maximum 7.91 16.5 39700 0.32 91.0 31.3 4.24 0.109 6730 41.7 44.4 

Minimum 7.01 10.1 1260 0.17 43.7 26.8 3.71 0.061 722 31.7 24.6 

MC292 FF 

Mean 7.85 14.5 757 0.20 77.0 27.7 4.04 0.070 3570 39.1 31.4 

Std. Dev. 0.84 1.9 105 0.03 9.7 3.8 0.42 0.006 1420 4.1 1.1 

n = 12 12 12 12 12 12 12 12 12 12 12 

Maximum 9.86 17.1 923 0.25 103 36.0 5.11 0.082 5610 46.3 34.0 

Minimum 6.18 11.8 634 0.17 63.2 20.5 3.20 0.061 921 28.9 30.2 

G2-12
MMS Deepwater Effects - Cruise 2B 

Table G2-4. Statistics for trace metal concentrations (dry weight) and percent water content of internal organ tissue samples from Bathynomus gigahave been averaged prior to statistical analysis. 

Sample As Ba Cd Cr Cu Fe Hg Ni Pb 

Identification (μg/g) (μg/g) (μg/g) (μg/g) (μg/g) (μg/g) (μg/g) (μg/g) (μg/g) (

GB602 NF 

Mean 39.1 164 7.04 1.22 50.7 979 3.14 1.31 0.61 2

Std. Dev. 27.7 136 4.38 1.20 50.3 549 1.26 0.78 0.39 

n = 6 6 6 6 6 6 6 6 6 

Maximum 91.4 389 15.4 3.28 132 1910 4.31 2.41 1.11 4

Minimum 12.6 9.75 2.35 0.21 6.3 434 1.49 0.35 0.16 

GB602 FF 

Mean 60.5 14.6 13.5 0.43 94.5 1450 8.11 0.55 0.26 

Std. Dev. 33.2 8.72 5.52 0.04 86.3 543 6.77 0.45 0.06 

n = 3 3 3 3 3 3 3 3 3 

Maximum 90.8 24.7 19.9 0.48 189 1840 15.7 1.01 0.31 3

Minimum 25.1 9.37 10.0 0.41 19.7 830 2.71 0.12 0.20 0

MC292 NF 

Mean 38.6 17.2 13.8 1.10 339 1310 3.34 0.90 0.38 2

Std. Dev. 21.4 8.47 10.4 0.81 652 1220 2.81 0.52 0.27 

n = 6 6 6 6 6 6 6 6 6 

Maximum 66.7 26.3 25.3 2.10 1660 3470 7.13 1.60 0.70 4

Minimum 17.8 6.79 0.96 0.15 5.6 319 0.641 0.32 0.08 

MC292 FF 

Mean 30.8 17.2 17.9 1.68 62.5 2530 4.58 1.02 0.50 

Std. Dev. 23.5 16.2 18.4 1.36 56.7 2650 4.73 0.57 0.40 

n = 6 6 6 6 6 6 6 6 6 

Maximum 74.1 38.4 49.3 3.11 136 6830 13.4 1.75 1.07 5

Minimum 11.8 0.89 3.21 0.22 10.1 266 0.624 0.40 0.09 

G2-13
MMS Deepwater Effects - Cruise 2B 

Table G2-5. Statistics for trace metal concentrations (dry weight) and percent water content of internal organ tissue samples from Chaceon quinque

been averaged prior to statistical analysis. 

Sample As Ba Cd Cr Cu Fe Hg Ni Pb 

Identification (μg/g) (μg/g) (μg/g) (μg/g) (μg/g) (μg/g) (μg/g) (μg/g) (μg/g) (

GB602 NF 

Mean 65.1 54.3 2.10 1.01 59.0 216 0.536 3.36 0.26 

Std. Dev. 25.2 46.1 1.08 0.63 45.0 111 0.139 1.61 0.19 0

n = 6 6 6 6 6 6 6 6 6 

Maximum 99.6 121 3.94 2.19 115 365 0.729 5.75 0.62 2

Minimum 35.0 9.85 1.12 0.40 11.0 104 0.402 1.32 0.13 0

GB602 FF 

Mean 178 9.06 10.9 0.69 132 240 1.39 9.50 0.31 

Std. Dev. 30.0 7.09 5.42 0.25 64.7 93.7 0.424 2.90 0.17 

n = 3 3 3 3 3 3 3 3 3 

Maximum 207 17.2 15.1 0.90 207 296 1.76 12.8 0.45 4

Minimum 147 4.22 4.78 0.41 90.3 132 0.922 7.37 0.12 2

MC292 NF 

Mean 133 42.9 10.2 2.48 248 1340 1.05 14.0 0.89 6

Std. Dev. 37.0 38.0 12.6 2.03 73.5 1100 0.393 4.57 0.70 3

n = 6 6 6 6 6 6 6 6 6 

Maximum 192 83.6 35.5 5.10 382 3020 1.49 22.6 1.77 

Minimum 89.9 4.51 1.64 0.34 190 254 0.510 9.78 0.20 2

MC292 FF 

Mean 131 3.94 2.92 0.64 199 613 0.802 10.1 0.25 2

Std. Dev. 45.7 1.75 2.28 0.36 70.0 215 0.405 3.24 0.12 

n = 6 6 6 6 6 6 6 6 6 

Maximum 203 5.92 6.90 1.21 319 936 1.5 14.5 0.37 4

Minimum 68.7 1.30 0.93 0.22 124 421 0.343 4.43 0.076 

G2-14
MMS Deepwater Effects - Cruise 2B 

Table G2-6. Quality assurance and quality control data for sediment and tissue metal analyses. Page 1 of 2 

Results for the sediment Certified Reference Material (CRM) MESS-2, and the tissue CRMs TORT-2 and DORM-2 certified by the 

National Research Council of Canada (NRC) and the Standard Reference Material (SRM) Trace Elements in Water SRM #1643d 

certified by the National Institute of Standards and Technology (NIST). 

Al As Ba Cd Cr Cu Fe Hg Mn Ni Pb V Zn TOC Reference Material (%) (μg/g) (μg/g) (μg/g) (μg/g) (μg/g) (%) (μg/g) (μg/g) (μg/g) (μg/g) (μg/g) (μg/g) (%) 

 

CRM MESS-2 8.48 20.2 1030 0.24 112 38.4 4.26 0.096 358 47.9 21.8 261 158 2.05 

This Study 8.41 20.4 1020 0.24 112 37.3 4.23 0.099 354 47.9 22.4 262 159 2.02 

 8.35 20.8 995 0.24 104 38.8 4.20 0.098 350 48.7 21.8 243 158 2.02 

 8.31 20.8 983 0.23 106 38.5 4.18 0.091 347 48.6 21.8 245 159 2.04 

 8.74 21.0 1000 0.25 99.5 39.5 4.19 0.097 361 47.9 21.6 256 160 2.03 

 8.72 21.1 1030 0.25 99.1 39.6 4.19 0.091 370 47.7 21.9 257 159 2.03 

 8.77 20.2 1040 0.24 98.2 38.5 4.23 0.100 351 49.4 21.5 248 159 2.00 

 8.78 20.0 1000 0.25 103 37.6 4.25 0.097 352 50.2 21.2 251 159 2.00 

 - - 1010 - - - - - - - - - - 2.02 

 - - 970 - - - - - - - - - - 2.00 

 - - 1000 - - - - - - - - - - 2.04 

 - - - - - - - - - - - - - 2.04 

 

CRM MESS-2 8.57 20.7 - 0.24 106 39.3 4.35 0.092 365 49.3 21.9 252 172 2.14* 

NRC Certified Values ± 0.26 ± 0.8 - ± 0.01 ± 8 ± 2.0 ± 0.22 ± 0.009 ± 21 ± 1.8 ± 1.2 ± 10 ± 16 ± 0.13 

 (μg/g) 

CRM TORT-2 - 22.3 1.66 27.0 0.72 99.1 109 0.319 - 2.33 0.29 1.62 184 - 

This Study - 23.1 1.98 26.7 0.72 106 116 0.301 - 2.41 0.33 1.67 184 - 

 - - - - - - - 0.313 - - - - - 

 - - - - - - - 0.308 - - - - - 

 

CRM TORT-2 - 21.6 - 26.7 0.77 106 105 0.27 13.6 2.50 0.35 1.64 180 - 

NRC Certified Values - ± 1.8 - ± 0.6 ± 0.15 ± 10 ± 13 ± 0.06 ± 1.2 ± 0.19 ± 0.13 ± 0.19 ± 6 - 

CRM DORM-2 - 17.9 2.68 0.039 32.3 2.39 149 - - 18.1 0.059 1.36 24.0 - 

This Study - 18.9 2.53 0.038 33.7 2.20 148 - - 18.0 0.070 1.04 24.3 - 

CRM DORM-2 10.9 18.0 - 0.043 34.7 2.34 142 4.64 3.66 19.4 0.065 - 25.6 - 

NRC Certified Values ± 1.7 ± 1.1 - ± 0.008 ± 5.5 ± 0.16 ± 10 ± 0.26 ± 0.34 ± 3.1 ± 0.007 - ± 2.3 - 

 (μg/L) (μg/L) (μg/L) (μg/L) (μg/L) (μg/L) (μg/L) (μg/L) (μg/L) (μg/L) (μg/L) (μg/L) (μg/L) 

SRM #1643d - - 509.3 - - - - - - - - - - - 

This Study - - 504.3 - - - - - - - - - - - 

 - - 506.6 - - - - - - - - - - - 

 - - 511.5 - - - - - - - - - - - 

 - - 503.9 - - - - - - - - - - - 

 - - 499.5 - - - - - - - - - - - 

 - - 503.1 - - - - - - - - - - - 

 - - 514.0 - - - - - - - - - - - 

 

SRM #1643d 127.6 56.02 506.5 6.47 18.53 20.5 91.2 - 37.66 58.1 18.15 35.1 72.48 - 

NIST Certified Values ± 3.5 ± 0.73 ± 8.9 ± 0.37 ± 0.20 ± 3.8 ± 3.9 - ± 0.83 ± 2.7 ± 0.64 ± 1.4 ± 0.65 - 

 

*Certified value is for Total Carbon (Organic + Inorganic).

Method Detection Limits (MDLs). 

 Al As Ba Cd Cr Cu Fe Hg Mn Ni Pb V Zn TOC 

 (%) (μg/g) (μg/g) (μg/g) (μg/g) (μg/g) (%) (μg/g) (μg/g) (μg/g) (μg/g) (μg/g) (μg/g) (%) 

 

Sediment MDL 0.01 0.2 2.0 0.01 3.0 3.0 0.01 0.001 2.5 2.5 0.02 4.5 0.4 0.06 

 

 (μg/g) 

Tissue MDL - 0.03 0.01 0.001 0.003 0.7 2.5 0.001 - 0.01 0.001 0.007 0.4 - 

 

G2-15
MMS Deepwater Effects - Cruise 2B 

Table G2-6. Continued. Page 2 of 2 

Percent Spike Recovery. Mean and Standard Deviation. 

 Al As Ba Cd Cr Cu Fe Hg Mn Ni Pb V Zn TOC 

 

Sediment Mean 100.5 98.9 96.5 93.4 103.1 96.8 101.3 85.2** 100.8 93.1 94.5 116.1** 97.7 - 

Standard Deviation 3.4 5.2 2.4 3.3 9.5 2.9 2.8 8.9 2.5 4.2 2.8 3.5 3.6 - 

(n =) 6 8 8 8 6 6 6 26 6 8 8 6 6 - 

 

Tissue Mean - 103.3 98.9 91.9 102.7 98.0 98.5 89.4** - 98.5 92.5 92.6 97.9 - 

Standard Deviation - 1.7 2.2 2.2 7.0 1.4 3.4 9.1 - 1.5 1.4 1.8 3.1 - 

(n =) - 4 4 4 4 4 4 10 - 4 4 4 4 - 

 

**Final concentrations are corrected for percent spike recovery. 

Estimate of Precision as Percent Relative Standard Deviation (RSD) of Lab Duplicates 

 Al As Ba Cd Cr Cu Fe Hg Mn Ni Pb V Zn TOC 

 

Sediment 

GB516 FF1-B02 1.6 2.0 0.8 5.0 8.2 2.2 0.5 2.1 1.2 3.0 1.5 0.0 2.0 6.4 

GB516 FF6-B02 0.7 1.3 1.6 0.0 2.6 1.2 0.0 1.6 1.4 0.2 1.1 1.0 1.2 0.0 

GB516 DISC-3 8-10 cm 0.1 2.1 0.5 6.1 4.1 0.0 0.2 1.2 0.1 0.2 0.4 1.5 0.7 0.6 

GB602 FF5-B01 0.1 1.3 0.1 5.2 3.2 2.0 0.8 0.7 1.9 1.8 0.9 0.6 0.8 7.5 

MC292 FF1-B02 0.7 4.2 0.4 2.9 2.9 0.6 0.9 3.7 0.6 1.3 0.4 0.9 0.0 0.5 

MC292 DISC-3 8-10 cm 0.4 0.0 1.0 2.2 2.3 0.7 0.5 1.4 0.7 0.4 0.0 2.7 0.0 1.3 

 

Tissue 

GB602 FF-5 Chaceon #2 - 0.0 2.5 0.5 3.9 2.4 2.1 2.0 - 3.2 2.0 0.7 1.0 - 

MC292 FF-4 Bathynomus #2 - 1.2 0.9 3.5 3.0 0.0 1.1 1.7 - 3.5 5.9 6.1 2.9 - 

 

Percent RSD = (standard deviation/mean) X 100. 

G2-16
MMS Deep Gulf of Mexico Cruise 2B (July 2001) 

 

Site: Garden Banks 516 Discretionary Box Core 1 (GB516 DISC-B01) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water 10.2 136 2 10.7 7.25 -171 

0.1 4.3 57 4 10.9 7.36 -145 

0.2 0.4 5 8 10.1 7.41 -78 

0.3 0.0 0 12 8.7 7.28 71 

 16 8.8 7.26 92 

 20 8.8 7.25 73 

 24 9.1 7.20 17 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 104.1 

Eh Calibration: oxidation/reduction potential (ORP) Standard = 419.2 mV at 22.1oC

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10oC 

G2-17
MMS Deep Gulf of Mexico Cruise 2B (July 2001) 

 

Site: Garden Banks 516 Discretionary Box Core 2 (GB516 DISC-B02) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water 11.2 149 2 13.1 6.64 196 

0.1 9.7 129 4 9.7 10.20 68 

0.2 2.2 29 8 10.7 8.10 -35 

0.3 0.0 0 12 11.9 9.02 26 

 16 10.6 8.31 -80 

 20 10.1 10.38 31 

 24 10.5 10.52 165 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 103.7 

Eh Calibration: ORP Standard = 419.6 mV at 22.1oC 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10oC 

G2-18
MMS Deep Gulf of Mexico Cruise 2B (July 2001) 

 

Site: Garden Banks 516 Discretionary Box Core 3 (GB516 DISC-B03) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water - - 2 11.9 7.27 47 

0.1 0.0 0 4 10.7 7.14 6 

 8 9.5 7.21 39 

 12 9.8 7.19 -1 

 16 9.5 7.25 -7 

 20 9.9 7.31 -21 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 105.4 

Eh Calibration: ORP Standard = 419.8 mV at 21.5oC 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10oC 

G2-19
MMS Deep Gulf of Mexico Cruise 2B (July 2001) 

 

Site: Garden Banks 516 Near-Field 1 (GB516 NF-B01) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water - - 1 11.5 7.03 106 

0.1 9.8 130 3 11.6 7.05 120 

0.2 0.4 5 7 9.5 7.09 116 

0.3 0.1 1 11 9.8 7.09 177 

0.4 0 0 15 9.5 7.24 142 

 19 9.3 7.23 90 

 23 10.0 7.22 79 

 30 11.3 7.21 79 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 103.7 

Eh Calibration: ORP Standard = 421.7 mV at 21.0oC 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10oC 

G2-20
MMS Deep Gulf of Mexico Cruise 2B (July 2001) 

 

Site: Garden Banks 516 Near-Field 2 (GB516 NF-B02) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water 12.4 165 2 13.1 6.87 210 

0.1 6.9 92 4 12.1 6.99 210 

0.2 4.7 63 8 11.7 7.11 204 

0.3 3.4 45 12 11.1 7.12 172 

0.4 3.1 41 16 11.3 7.14 101 

0.5 2.6 35 

0.6 2.1 28 

0.7 1.7 23 

0.8 1.5 20 

0.9 0.9 12 

1.0 0.7 9 

1.1 0.6 8 

1.2 0.4 5 

1.3 0.3 4 

1.4 0.2 3 

1.5 0.1 1 

1.6 0.1 1 

1.7 0 0 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 100.0 

Eh Calibration: ORP Standard = 424.0 mV at 20.2oC 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10oC 

G2-21
MMS Deep Gulf of Mexico Cruise 2B (July 2001) 

 

Site: Garden Banks 516 Near-Field 3A (GB516 NF-B03A) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water 8.4 112 2 14.6 7.14 -78 

0.1 3.6 48 4 13.7 7.09 -88 

0.2 0.8 11 8 12.0 7.05 31 

0.3 0 0 12 11.2 6.99 91 

 16 10.5 7.09 95 

 20 10.8 7.21 151 

 24 11.0 7.15 175 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 103.5 

Eh Calibration: ORP Standard = 421.1 mV at 21.1oC 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10oC 

G2-22
MMS Deep Gulf of Mexico Cruise 2B (July 2001) 

 

Site: Garden Banks 516 Near-Field 5 (GB516 NF-B05) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water - - 2 12.0 7.17 290 

0.1 9.0 120 4 10.9 7.10 282 

0.2 7.7 103 8 9.4 7.15 259 

0.3 7.1 95 12 9.1 7.28 269 

0.4 6.4 85 16 9.1 7.31 279 

0.5 5.8 77 20 9.6 7.27 257 

0.6 5.3 71 24 9.6 7.22 209 

0.7 4.8 64 

0.8 4.4 59 

0.9 4.1 55 

1.0 3.8 51 

1.1 3.6 48 

1.2 3.2 43 

1.3 2.8 37 

1.4 2.5 33 

1.5 2.2 29 

1.6 1.9 25 

1.7 1.6 21 

1.8 1.4 19 

1.9 1.2 16 

2.0 0.9 12 

2.1 0.6 8 

2.2 0.3 4 

2.3 0.2 3 

2.4 0.1 1 

2.5 0.0 0 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 102.7 

Eh Calibration: ORP Standard = 419.5 mV at 25.0oC 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10oC 

G2-23
MMS Deep Gulf of Mexico Cruise 2B (July 2001) 

 

Site: Garden Banks 516 Near-Field 6 (GB516 NF-B06) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water 10.1 134 1 13.1 6.91 -107 

0.1 3.7 49 3 9.5 7.15 -104 

0.2 0.0 0 7 7.8 7.82 -57 

 11 9.3 7.40 53 

 15 9.4 6.62 80 

 19 9.8 7.45 122 

 23 9.6 7.30 130 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 103.2 

Eh Calibration: ORP Standard = 419.5 mV at 25.0oC 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10oC 

G2-24
MMS Deep Gulf of Mexico Cruise 2B (July 2001) 

 

Site: Garden Banks 516 Near-Field 7 (GB516 NF-B07) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water - - 1.5 10.5 7.14 184 

0.1 10.1 134 3 9.6 7.15 221 

0.2 7.4 99 5 9.1 7.14 210 

0.3 6.3 84 7 10.4 7.19 244 

0.4 5.2 69 11 9.9 7.31 270 

0.5 4.3 57 15 10.6 7.15 222 

0.6 3.4 45 19 11.0 7.31 189 

0.7 2.5 33 21 11.5 7.15 215 

0.8 1.7 23 

0.9 1.1 15 

1.0 0.4 5 

1.1 0.0 0 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 103.1 

Eh Calibration: ORP Standard = 419.5 mV at 25.0oC 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10oC 

G2-25
MMS Deep Gulf of Mexico Cruise 2B (July 2001) 

 

Site: Garden Banks 516 Near-Field 8 (GB516 NF-B08) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water 13.9 185 2 12.8 7.20 267 

0.1 9.9 132 4 10.7 7.08 249 

0.2 6.4 85 6 10.2 7.11 248 

0.3 4.6 61 10 10.0 7.22 246 

0.4 3.3 44 14 9.4 7.29 242 

0.5 2.4 32 18 9.7 7.32 192 

0.6 1.7 23 22 9.8 7.28 122 

0.7 1.2 16 

0.8 0.8 11 

0.9 0.5 7 

1.0 0.3 4 

1.1 0.2 3 

1.2 0.0 0 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 103.1 

Eh Calibration: ORP Standard = 419.5 mV at 25.0oC 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10oC 

G2-26
MMS Deep Gulf of Mexico Cruise 2B (July 2001) 

 

Site: Garden Banks 516 Near-Field 9 (GB516 NF-B09) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water - - 1 10.2 6.97 -86 

0.1 5.2 69 3 9.7 7.47 -56 

0.2 0.0 0 7 8.4 7.36 40 

 11 8.2 7.46 29 

 15 8.2 7.48 78 

 19 8.2 7.44 -43 

 23 8.5 7.51 -20 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 102.5 

Eh Calibration: ORP Standard = 419.8 mV at 25.0oC 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10oC 

G2-27
MMS Deep Gulf of Mexico Cruise 2B (July 2001) 

 

Site: Garden Banks 516 Near-Field 10 (GB516 NF-B10) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water - - 2 13.1 7.05 238 

0.1 12.8 170 4 13.0 7.06 209 

0.2 10.7 142 8 12.6 7.20 205 

0.3 9.1 121 12 11.3 7.19 111 

0.4 7.8 104 16 12.0 7.16 69 

0.5 6.9 92 20 11.7 7.22 39 

0.6 6.3 84 

0.7 5.7 76 

0.8 4.8 64 

0.9 4.2 56 

1.0 3.7 49 

1.1 3.3 44 

1.2 2.9 39 

1.3 2.7 36 

1.4 2.5 33 

1.5 2.2 29 

1.6 1.7 23 

1.7 1.4 19 

1.8 1.2 16 

1.9 1.1 15 

2.0 0.9 12 

2.1 0.8 11 

2.2 0.3 4 

2.3 0.2 3 

2.4 0.1 1 

2.5 0.0 0 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 103.7 

Eh Calibration: ORP Standard = 424.8 mV at 19.2oC 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10oC 

G2-28
MMS Deep Gulf of Mexico Cruise 2B (July 2001) 

 

Site: Garden Banks 516 Near-Field 11 (GB516 NF-B11) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water - - 1 10.8 7.23 506 

 3 10.7 7.12 218 

 7 10.3 7.10 209 

 11 10.1 7.21 215 

 15 8.3 7.21 130 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 103.6 

Eh Calibration: ORP Standard = 418.8 mV at 21.8oC 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10oC 

G2-29
MMS Deep Gulf of Mexico Cruise 2B (July 2001) 

 

Site: Garden Banks 516 Far-Field 1, Box Core 1 (GB516 FF1-B01) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water - - 2 12.1 7.32 242 

0.1 11.4 152 4 11.2 7.29 223 

0.2 10.7 142 6 9.4 7.30 222 

0.3 10.1 134 10 10.0 7.41 246 

0.4 9.5 126 14 10.1 7.57 218 

0.5 9.1 121 18 10.0 7.89 182 

0.6 8.6 115 22 11.8 7.52 148 

0.7 8.2 109 

0.8 7.8 104 

0.9 7.5 100 

1.0 7.1 95 

1.1 6.7 89 

1.2 6.4 85 

1.3 6.1 81 

1.4 5.9 79 

1.5 5.7 76 

1.6 5.4 72 

1.7 5.3 71 

1.8 5.1 68 

1.9 4.9 65 

2.0 4.8 64 

2.1 4.8 64 

2.2 4.5 60 

2.3 4.3 57 

2.4 4.1 55 

2.5 3.9 52 

2.6 3.8 51 

2.7 3.6 48 

2.8 3.4 45 

2.9 3.1 41 

3.0 2.8 37 

3.1 2.5 33 

3.2 2.2 29 

G2-30
MMS Deep Gulf of Mexico Cruise 2B (July 2001) 

 

Site: Garden Banks 516 Far-Field 1, Box Core 1 (GB516 FF1-B01) continued. 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

3.3 2.0 27 

3.4 1.8 24 

3.5 1.6 21 

3.6 1.4 19 

3.7 1.2 16 

3.8 1.1 15 

3.9 1.0 13 

4.0 0.9 12 

4.1 0.8 11 

4.2 0.7 9 

4.3 0.7 9 

4.4 0.6 8 

4.5 0.5 7 

4.6 0.4 5 

4.7 0.4 5 

4.8 0.3 4 

4.9 0.2 3 

5.0 0.1 1 

5.1 0.1 1 

5.2 0.1 1 

5.3 0.0 0 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 102.3 

Eh Calibration: ORP Standard = 419.5 mV at 25.0oC 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10oC 

G2-31
MMS Deep Gulf of Mexico Cruise 2B (July 2001) 

 

Site: Garden Banks 516 Far-Field 1, Box Core 2 (GB516 FF1-B02) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water 13.5 180 2 13.1 7.24 219 

0.1 11.0 146 4 12.4 7.17 252 

0.2 9.8 130 6 11.7 7.25 246 

0.3 8.8 117 10 11.4 7.33 227 

0.4 8.2 109 14 11.6 7.33 238 

0.5 7.7 103 18 12.0 7.32 157 

0.6 7.3 97 22 12.9 7.31 119 

0.7 7.0 93 

0.8 6.6 88 

0.9 6.4 85 

1.0 6.0 80 

1.1 5.7 76 

1.2 5.4 72 

1.3 5.2 69 

1.4 5.0 67 

1.5 4.7 63 

1.6 4.4 59 

1.7 4.2 56 

1.8 4.0 53 

1.9 3.8 51 

2.0 3.7 49 

2.1 3.4 45 

2.2 3.2 43 

2.3 3.0 40 

2.4 2.8 37 

2.5 2.5 33 

2.6 2.4 32 

2.7 2.2 29 

2.8 2.0 27 

2.9 1.9 25 

3.0 1.7 23 

3.1 1.6 21 

3.2 1.4 19 

G2-32
MMS Deep Gulf of Mexico Cruise 2B (July 2001) 

 

Site: Garden Banks 516 Far-Field 1, Box Core 2 (GB516 FF1-B02) continued. 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

3.3 1.3 17 

3.4 1.1 15 

3.5 1.1 15 

3.6 1.0 13 

3.7 0.9 12 

3.8 0.8 11 

3.9 0.7 9 

4.0 0.6 8 

4.1 0.6 8 

4.2 0.5 7 

4.3 0.5 7 

4.4 0.4 5 

4.5 0.4 5 

4.6 0.3 4 

4.7 0.3 4 

4.8 0.2 3 

4.9 0.2 3 

5.0 0.1 1 

5.1 0.1 1 

5.2 0.1 1 

5.3 0.1 1 

5.4 0.1 1 

5.5 0.0 0 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 102.8 

Eh Calibration: ORP Standard = 419.5 mV at 25.0oC 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10oC 

G2-33
MMS Deep Gulf of Mexico Cruise 2B (July 2001) 

 

Site: Garden Banks 516 Far-Field 2, Box Core 2 (GB516 FF2-B02) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water - - 1 14.4 7.01 247 

0.1 13.1 174 3 14.0 7.01 204 

0.2 10.9 145 7 13.0 7.08 241 

0.3 8.5 113 11 13.1 7.13 207 

0.4 7.8 104 15 12.3 7.11 237 

0.5 7.0 93 19 12.7 7.08 137 

0.6 6.4 85 

0.7 6.1 81 

0.8 6.0 80 

0.9 6.0 80 

1.0 6.0 80 

1.1 5.8 77 

1.2 5.7 76 

1.3 5.5 73 

1.4 5.2 69 

1.5 5.1 68 

1.6 4.9 65 

1.7 4.7 63 

1.8 4.6 61 

1.9 4.4 59 

2.0 4.2 56 

2.1 4.1 55 

2.2 3.9 52 

2.3 3.7 49 

2.4 3.6 48 

2.5 3.3 44 

2.6 3.1 41 

2.7 3.0 40 

2.8 2.8 37 

2.9 2.6 35 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 102.8 

Eh Calibration: ORP Standard = 422.2 mV at 21.1oC 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10oC 

G2-34
MMS Deep Gulf of Mexico Cruise 2B (July 2001) 

 

Site: Garden Banks 516 Far-Field 3, Box Core 1 (GB516 FF3-B01) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water 16.4 218 2 13.1 6.92 235 

0.1 13.0 173 4 15.7 6.91 225 

0.2 11.1 148 8 14.4 7.05 202 

0.3 10.5 140 12 13.7 7.13 133 

0.4 10.0 133 16 13.9 7.18 29 

0.5 9.6 128 20 13.8 6.19* 25 

0.6 9.2 122 24 14.5 7.04 -8 

0.7 9.0 120 

0.8 8.7 116 * suspect 

0.9 8.5 113 

1.0 8.2 109 

1.1 7.8 104 

1.2 7.5 100 

1.3 7.1 95 

1.4 6.5 87 

1.5 5.7 76 

1.6 5.2 69 

1.7 4.8 64 

1.8 4.4 59 

1.9 4.0 53 

2.0 3.6 48 

2.1 3.2 43 

2.2 3.1 41 

2.3 2.7 36 

2.4 2.6 35 

2.5 2.5 33 

2.6 2.4 32 

2.7 2.3 31 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 102.7 

Eh Calibration: ORP Standard = 422.8 mV at 19.7oC 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10oC 

G2-35
MMS Deep Gulf of Mexico Cruise 2B (July 2001) 

 

Site: Garden Banks 516 Far-Field 3, Box Core 2 (GB516 FF3-B02) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water - - 1 13.5 7.25 275 

0.1 3 12.3 7.26 208 

0.2 7 11.2 7.27 202 

0.3 11 10.5 7.24 195 

0.4 15 8.5 7.36 175 

0.5 19 9.5 7.41 113 

0.6 27 9.5 7.36 70 

 

 

pH Calibration: 7 and 10, Slope = 102.8 

Eh Calibration: ORP Standard = 422.5 mV at 21.0oC 

G2-36
MMS Deep Gulf of Mexico Cruise 2B (July 2001) 

 

Site: Garden Banks 516 Far-Field 4, Box Core 1 (GB516 FF4-B01) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water 16.0 213 2 15.4 7.14 480 

0.1 12.2 162 4 14.0 7.12 454 

0.2 11.0 146 8 13.5 7.24 390 

0.3 10.3 137 12 12.8 7.21 304 

0.4 9.6 128 16 13.2 7.30 269 

0.5 9.2 122 20 13.4 7.30 157 

0.6 8.6 115 

0.7 8.2 109 

0.8 7.7 103 

0.9 7.4 99 

1.0 7.2 96 

1.1 7.0 93 

1.2 6.9 92 

1.3 6.7 89 

1.4 6.6 88 

1.5 6.5 87 

1.6 6.4 85 

1.7 6.1 81 

1.8 5.9 79 

1.9 5.7 76 

2.0 5.6 75 

2.1 5.4 72 

2.2 5.2 69 

2.3 5.1 68 

2.4 4.9 65 

2.5 4.8 64 

2.6 4.6 61 

2.7 4.4 59 

2.8 4.2 56 

2.9 4.1 55 

3.0 3.9 52 

3.1 3.8 51 

3.2 3.6 48 

G2-37
MMS Deep Gulf of Mexico Cruise 2B (July 2001) 

 

Site: Garden Banks 516 Far-Field 4, Box Core 1 (GB516 FF4-B01) continued. 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

3.3 3.4 45 

3.4 3.3 44 

3.5 3.2 43 

3.6 2.8 37 

3.7 2.6 35 

3.8 2.4 32 

3.9 2.3 31 

4.0 2.2 29 

4.1 2.1 28 

4.2 1.9 25 

4.3 1.8 24 

4.4 1.7 23 

4.5 1.6 21 

4.6 1.5 20 

4.7 1.4 19 

4.8 1.3 17 

4.9 1.2 16 

5.0 1.1 15 

5.1 0.9 12 

5.2 0.8 11 

5.3 0.7 9 

5.4 0.7 9 

5.5 0.6 8 

5.6 0.6 8 

5.7 0.5 7 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 103.7 

Eh Calibration: ORP Standard = 423.2 mV at 20.8oC 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10oC 

G2-38
MMS Deep Gulf of Mexico Cruise 2B (July 2001) 

 

Site: Garden Banks 516 Far-Field 4, Box Core 2 (GB516 FF4-B02) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water - - 2 11.9 7.19 455 

0.1 4 10.7 7.20 415 

0.2 8 10.4 7.30 304 

0.3 12 10.7 7.38 292 

0.4 16 12.2 7.34 261 

 

 short core 

 

 

pH Calibration: 7 and 10, Slope = 103.3 

Eh Calibration: ORP Standard = 419.5 mV at 25.0oC 

G2-39
MMS Deep Gulf of Mexico Cruise 2B (July 2001) 

 

Site: Garden Banks 516 Far-Field 5, Box Core 1 (GB516 FF5-B01) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water - - 1 14.0 7.12 452 

0.1 14.2 189 3 12.7 7.15 390 

0.2 13.0 173 7 12.1 7.28 339 

0.3 12.2 162 11 11.9 7.32 338 

0.4 11.2 149 15 11.6 7.33 295 

0.5 10.2 136 19 13.9 7.31 310 

0.6 9.5 126 

0.7 8.7 116 

0.8 8.1 108 

0.9 7.5 100 

1.0 7.1 95 

1.1 6.8 91 

1.2 6.5 87 

1.3 6.3 84 

1.4 6.0 80 

1.5 5.8 77 

1.6 5.6 75 

1.7 5.4 72 

1.8 5.1 68 

1.9 4.9 65 

2.0 4.7 63 

2.1 4.5 60 

2.2 4.3 57 

2.3 4.2 56 

2.4 4.0 53 

2.5 3.8 51 

2.6 3.6 48 

2.7 3.5 47 

2.8 3.3 44 

2.9 3.1 41 

3.0 2.8 37 

3.1 2.5 33 

3.2 2.2 29 

G2-40
MMS Deep Gulf of Mexico Cruise 2B (July 2001) 

 

Site: Garden Banks 516 Far-Field 5, Box Core 1 (GB516 FF5-B01) continued. 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

3.3 1.9 25 

3.4 1.6 21 

3.5 1.5 20 

3.6 1.3 17 

3.7 1.2 16 

3.8 1.2 16 

3.9 1.1 15 

4.0 1.0 13 

4.1 0.8 11 

4.2 0.7 9 

4.3 0.6 8 

4.4 0.6 8 

4.5 0.5 7 

4.6 0.5 7 

4.7 0.5 7 

4.8 0.4 5 

4.9 0.3 4 

5.0 0.3 4 

5.1 0.2 3 

5.2 0.2 3 

5.3 0.1 1 

5.4 0.1 1 

5.5 0.1 1 

5.6 0.0 0 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 100.1 

Eh Calibration: ORP Standard = 417.6 mV at 21.7oC 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10oC 

G2-41
MMS Deep Gulf of Mexico Cruise 2B (July 2001) 

 

Site: Garden Banks 516 Far-Field 5, Box Core 2 (GB516 FF5-B02) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water - - 1 15.5 7.10 492 

0.1 3 14.8 7.10 464 

0.2 7 11.9 7.46 427 

0.3 11 11.0 7.43 367 

0.4 15 11.4 7.41 281 

0.5 19 11.7 7.30 211 

0.6 23 11.2 7.49 170 

0.7 27 11.5 7.36 227 

 

 

pH Calibration: 7 and 10, Slope = 101.5 

Eh Calibration: ORP Standard = 422.9 mV at 20.9oC 

G2-42
MMS Deep Gulf of Mexico Cruise 2B (July 2001) 

 

Site: Garden Banks 516 Far-Field 6, Box Core 1 (GB516 FF6-B01) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water - - 2 13.9 7.07 104 

0.1 7.0 93 4 13.0 7.14 98 

0.2 6.5 87 6 11.8 7.14 62 

0.3 6.1 81 10 11.3 7.29 101 

0.4 5.6 75 14 10.9 7.37 -57 

0.5 5.1 68 18 11.2 7.30 -70 

0.6 4.6 61 22 11.9 7.56 -129 

0.7 4.3 57 26 12.9 7.39 -143 

0.8 3.8 51 

0.9 2.6 35 

1.0 2.3 31 

1.1 2.1 28 

1.2 1.8 24 

1.3 1.7 23 

1.4 1.5 20 

1.5 1.4 19 

1.6 1.3 17 

1.7 1.2 16 

1.8 1.1 15 

1.9 1.0 13 

2.0 0.8 11 

2.1 0.7 9 

2.2 0.6 8 

2.3 0.6 8 

2.4 0.5 7 

2.5 0.5 7 

2.6 0.5 7 

2.7 0.4 5 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 100.6 

Eh Calibration: ORP Standard = 419.1 mV at 21.5oC 

G2-43
MMS Deep Gulf of Mexico Cruise 2B (July 2001) 

 

Site: Garden Banks 516 Far-Field 6, Box Core 2 (GB516 FF6-B02) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water 18.4 245 2 15.0 6.94 225 

0.1 10.5 140 4 14.3 6.97 210 

0.2 9.4 125 6 14.9 7.04 184 

0.3 8.6 115 8 14.0 7.07 156 

0.4 7.7 103 10 12.6 7.09 130 

0.5 6.8 91 12 12.0 7.10 102 

0.6 6.0 80 14 12.9 7.09 82 

0.7 5.3 71 16 12.8 7.07 56 

0.8 4.8 64 18 13.1 7.16 51 

0.9 4.5 60 20 12.7 7.12 32 

1.0 4.2 56 22 12.9 7.12 15 

1.1 3.8 51 24 13.9 7.14 -6 

1.2 3.5 47 26 14.6 7.14 -18 

1.3 3.2 43 28 14.8 7.12 -25 

1.4 3.0 40 

1.5 2.8 37 

1.6 2.6 35 

1.7 2.5 33 

1.8 2.3 31 

1.9 2.2 29 

2.0 2.1 28 

2.1 2.0 27 

2.2 1.9 25 

2.3 1.8 24 

2.4 1.7 23 

2.5 1.6 21 

2.6 1.5 20 

2.7 1.4 19 

2.8 1.3 17 

2.9 1.1 15 

3.0 1.0 13 

3.1 0.9 12 

3.2 0.9 12 

G2-44
MMS Deep Gulf of Mexico Cruise 2B (July 2001) 

 

Site: Garden Banks 516 Far-Field 6, Box Core 2 (GB516 FF6-B02) continued. 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

3.3 0.6 8 

3.4 0.5 7 

3.5 0.5 7 

3.6 0.4 5 

3.7 0.4 5 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 100.4 

Eh Calibration: ORP Standard = 418.9 mV at 21.4oC 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10oC 

G2-45
G2-46
G2-47
G2-48
MMS Deep Gulf of Mexico Cruise 2: GB516 NF-B08

0 50 100 150 200 250

Oxygen (μM)

0.0

0.5

1.0

1.5

2.0

2.5

3.0

Sediment Depth (cm)

6789

pH

-200 100 400 700

Eh (mV)

0

5

10

15

20

25

30

Sediment Depth (cm)

pH

Eh

G2-49
G2-50
G2-51
G2-52
G2-53
MMS Deep Gulf of Mexico Cruise 2B (July 2001) 

 

Site: Garden Banks 602 Discretionary Box Core 1 (GB602 DISC-B01) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water 10.7 142 2 10.6 7.23 -296 

0.1 0.8 11 4 8.9 8.01 -271 

0.2 0.0 0 6 9.0 7.40 -68 

 10 8.4 7.46 -165 

 14 10.8 7.44 -49 

 18 10.1 7.38 -194 

 22 11.0 7.41 -67 

 26 10.1 7.93 -176 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 102.5 

Eh Calibration: ORP Standard = 422.9 mV at 20.8oC 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10oC 

G2-54
MMS Deep Gulf of Mexico Cruise 2B (July 2001) 

 

Site: Garden Banks 602 Discretionary Box Core 2 (GB602 DISC-B02) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water 15.2 202 2 14.5 7.26 -206 

0.1 8.1 108 4 12.6 7.45 -230 

0.2 3.6 48 6 12.8 7.67 -204 

0.3 2.4 32 8 12.0 7.61 -8 

0.4 1.4 19 10 10.8 7.44 -66 

0.5 0.6 8 12 10.5 7.45 -35 

0.6 0.0 0 14 10.1 7.40 -67 

 16 10.6 7.36 -35 

 18 9.8 7.40 -66 

 20 9.7 7.37 -10 

 22 10.7 7.38 -11 

 24 10.8 7.36 33 

 26 10.5 7.39 -36 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 102.5 

Eh Calibration: ORP Standard = 422.6 mV at 21.2oC 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10oC 

G2-55
MMS Deep Gulf of Mexico Cruise 2B (July 2001) 

 

Site: Garden Banks 602 Discretionary Box Core 3 (GB602 DISC-B03) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water - - 3 12.7 7.27 424 

0.1 - - 5 11.7 7.26 313 

0.2 - - 7 10.2 7.23 287 

0.3 - - 11 9.5 7.36 273 

0.4 5.2 69 15 8.8 7.51 287 

0.5 4.3 57 19 8.8 7.52 245 

0.6 3.6 48 23 10.1 7.38 139 

0.7 3.1 41 27 10.6 7.41 113 

0.8 2.6 35 

0.9 2.1 28 

1.0 1.7 23 

1.1 1.3 17 

1.2 1.0 13 

1.3 0.7 9 

1.4 0.5 7 Top few mm of core 

1.5 0.3 4 disturbed (lost). 

1.6 0.2 3 

1.7 0.0 0 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 103.9 

Eh Calibration: ORP Standard = 423.2 mV at 20.5oC 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10oC 

G2-56
MMS Deep Gulf of Mexico Cruise 2B (July 2001) 

 

Site: Garden Banks 602 Near-Field 1 (GB602 NF-B01) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water 15.5 206 2 9.5 7.25 186 

0.1 8.7 116 4 11.8 7.28 116 

0.2 7.4 99 8 11.1 7.34 53 

0.3 5.9 79 12 10.9 7.49 141 

0.4 4.8 64 16 11.2 7.61 117 

0.5 4.0 53 20 11.4 7.57 155 

0.6 3.5 47 

0.7 3.0 40 

0.8 2.5 33 

0.9 2.0 27 

1.0 1.8 24 

1.1 1.6 21 

1.2 1.4 19 

1.3 1.2 16 

1.4 1.1 15 

1.5 0.9 12 

1.6 0.7 9 

1.7 0.5 7 

1.8 0.4 5 

1.9 0.3 4 

2.0 0.3 4 

2.1 0.2 3 

2.2 0.2 3 

2.3 0.2 3 

2.4 0.1 1 

2.5 0.1 1 

2.6 0.1 1 

2.7 0.1 1 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 104.1 

Eh Calibration: ORP Standard = 425.9 mV at 21.6oC 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10oC 

G2-57
MMS Deep Gulf of Mexico Cruise 2B (July 2001) 

 

Site: Garden Banks 602 Near-Field 2 (GB602 NF-B02) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water - - 2 11.2 7.30 -55 

0.1 11.9 158 4 10.0 7.53 -49 

0.2 8.8 117 8 9.3 7.42 21 

0.3 7.4 99 12 9.3 7.48 51 

0.4 6.3 84 16 9.2 7.47 57 

0.5 5.5 73 20 9.5 7.45 59 

0.6 4.8 64 

0.7 4.2 56 

0.8 3.5 47 

0.9 3.1 41 

1.0 2.6 35 

1.1 2.0 27 

1.2 1.5 20 

1.3 1.1 15 

1.4 0.8 11 

1.5 0.6 8 

1.6 0.5 7 

1.7 0.4 5 

1.8 0.3 4 

1.9 0.2 3 

2.0 0.1 1 

2.1 0.0 0 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 102.6 

Eh Calibration: ORP Standard = 429.1 mV at 21.5oC 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10oC 

G2-58
MMS Deep Gulf of Mexico Cruise 2B (July 2001) 

 

Site: Garden Banks 602 Near-Field 3 (GB602 NF-B03) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water 16.0 213 2 10.0 7.25 385 

0.1 2.4 32 4 9.2 7.28 373 

0.2 1.1 15 6 9.3 7.84 369 

0.3 0.2 3 10 8.6 7.39 358 

0.4 0 0 14 9.2 7.60 388 

 18 10.1 7.49 412 

 22 12.1 7.37 466 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 104.2 

Eh Calibration: ORP Standard = 419.5 mV at 25.0oC 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10oC 

G2-59
MMS Deep Gulf of Mexico Cruise 2B (July 2001) 

 

Site: Garden Banks 602 Near-Field 4 (GB602 NF-B04) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water 14.8 197 2 12.3 7.08 145 

0.1 0.4 5 4 10.6 7.29 212 

0.2 0.0 0 6 10.6 7.43 242 

 10 9.2 7.33 179 

 14 9.0 7.27 155 

 18 10.8 7.24 100 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 101.4 

Eh Calibration: ORP Standard = 422.9 mV at 20.9oC 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10oC 

G2-60
MMS Deep Gulf of Mexico Cruise 2B (July 2001) 

 

Site: Garden Banks 602 Near-Field 5 (GB602 NF-B05) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water - - 2 12.9 6.78 -90 

0.1 1.0 13 4 11.5 6.96 -100 

0.2 0.3 4 8 9.5 7.27 -27 

0.3 0.0 0 12 10.4 7.03 -96 

 16 10.4 7.36 -87 

 20 10.3 7.28 -95 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 103.5 

Eh Calibration: ORP Standard = 431.6 mV at 21.3oC 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10oC 

G2-61
MMS Deep Gulf of Mexico Cruise 2B (July 2001) 

 

Site: Garden Banks 602 Near-Field 6 (GB602 NF-B06) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water 12.8 170 2 13.0 7.24 -98 

0.1 1.3 17 4 10.0 7.39 -106 

0.2 0.4 5 8 8.9 7.75 -85 

0.3 0.2 3 12 8.3 7.52 -73 

0.4 0.0 0 16 9.0 7.54 -72 

 20 9.0 7.59 -78 

 24 9.5 7.48 -63 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 105.4 

Eh Calibration: ORP Standard = 428.0 mV at 20.7oC 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10oC 

G2-62
MMS Deep Gulf of Mexico Cruise 2B (July 2001) 

 

Site: Garden Banks 602 Near-Field 7 (GB602 NF-B07) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water 13.0 173 1 13.6 6.89 75 

0.1 9.2 122 3 11.4 7.15 55 

0.2 7.6 101 5 10.5 7.16 73 

0.3 5.7 76 9 10.5 7.29 41 

0.4 3.8 51 13 10.3 7.33 159 

0.5 2.6 35 17 10.3 7.33 129 

0.6 1.9 25 

0.7 1.4 19 

0.8 1.1 15 Short Core 

0.9 0.8 11 

1.0 0.6 8 

1.1 0.4 5 

1.2 0.3 4 

1.3 0.2 3 

1.4 0.1 1 

1.5 0.0 0 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 103.3 

Eh Calibration: ORP Standard = 419.5 mV at 25.0oC 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10oC 

G2-63
MMS Deep Gulf of Mexico Cruise 2B (July 2001) 

 

Site: Garden Banks 602 Near-Field 8 (GB602 NF-B08) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water 14.0 186 2 12.6 7.22 -167 

0.1 0.0 0 4 10.1 7.49 -145 

 6 9.9 7.46 18 

 10 9.0 7.36 89 

 14 8.0 7.48 136 

 18 8.6 7.38 93 

 22 8.7 7.39 129 

 26 9.0 8.03 24 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 101.2 

Eh Calibration: ORP Standard = 422.3 mV at 21.6oC 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10oC 

G2-64
MMS Deep Gulf of Mexico Cruise 2B (July 2001) 

 

Site: Garden Banks 602 Near-Field 9 (GB602 NF-B09)

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV)

 

Bottom Water 8.3 111 2 16.0 6.91 - 

0.1 3.4 45 8 13.9 7.06 

0.2 2.8 37 12 12.5 7.19 

0.3 3.0 40 16 12.2 7.28 

0.4 1.3 17 20 12.4 7.18 

0.5 0.3 4 24 13.2 7.20 

0.6 0.1 1 Eh probe wouldn't fit 

0.7 0.0 0 core barrel 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 104.6

Eh Calibration: ORP Standard = 432.2 mV at 21.2oC 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10oC 

G2-65
MMS Deep Gulf of Mexico Cruise 2B (July 2001) 

 

Site: Garden Banks 602 Near-Field 10 (GB602 NF-B10) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water 14.2 189 2 12.0 7.02 -45 

0.1 4.2 56 4 9.3 7.29 -32 

0.2 1.3 17 8 8.9 7.30 -35 

0.3 0.5 7 12 9.7 7.42 15 

0.4 0.3 4 16 9.1 7.54 45 

0.5 0.1 1 20 12.0 7.43 -43 

0.6 0.0 0 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 105.6 

Eh Calibration: ORP Standard = 427.4 mV at 21.7oC 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10oC 

G2-66
MMS Deep Gulf of Mexico Cruise 2B (July 2001) 

 

Site: Garden Banks 602 Near-Field 11 (GB602 NF-B11) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water 14.2 189 1 14.1 7.40 -97 

0.1 7.5 100 3 12.8 7.29 38 

0.2 1.5 20 5 12.6 7.27 103 

0.3 0.6 8 9 9.9 7.34 244 

0.4 0.0 0 13 10.8 7.47 253 

 17 10.6 7.56 251 

 21 10.6 7.51 211 

 25 10.2 7.49 118 

 29 10.8 7.47 62 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 103.4 

Eh Calibration: ORP Standard = 423.3 mV at 20.4oC 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10oC 

G2-67
MMS Deep Gulf of Mexico Cruise 2B (July 2001) 

 

Site: Garden Banks 602 Near-Field 12 (GB602 NF-B12) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water 11.6 154 1 13.9 7.32 298 

0.1 2.3 31 3 11.9 7.25 249 

0.2 0.5 7 5 11.9 7.42 247 

0.3 0.0 0 9 11.0 7.26 283 

 13 11.6 7.36 292 

 17 12.3 7.27 190 

 21 12.8 7.30 202 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 102.3 

Eh Calibration: ORP Standard = 423.5 mV at 20.1oC 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10oC 

G2-68
MMS Deep Gulf of Mexico Cruise 2B (July 2001) 

 

Site: Garden Banks 602 Far-Field 1, Box Core 1 (GB602 FF1-B01) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water - - 1 13.5 7.25 402 

0.1 12.9 172 3 12.1 7.24 320 

0.2 12.1 161 5 11.5 7.23 279 

0.3 11.3 150 9 11.3 7.24 288 

0.4 10.6 141 13 11.0 7.63 251 

0.5 9.9 132 17 11.2 7.26 263 

0.6 9.3 124 21 11.5 7.30 242 

0.7 8.8 117 

0.8 8.2 109 

0.9 7.8 104 

1.0 7.4 99 

1.1 7.0 93 

1.2 6.5 87 

1.3 6.1 81 

1.4 5.8 77 

1.5 5.6 75 

1.6 5.4 72 

1.7 5.2 69 

1.8 5.0 67 

1.9 4.8 64 

2.0 4.6 61 

2.1 4.4 59 

2.2 4.3 57 

2.3 4.1 55 

2.4 4.0 53 

2.5 3.8 51 

2.6 3.7 49 

2.7 3.6 48 

2.8 3.4 45 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 100.4 

Eh Calibration: ORP Standard = 422.9 mV at 20.8oC 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10oC 

G2-69
MMS Deep Gulf of Mexico Cruise 2B (July 2001) 

 

Site: Garden Banks 602 Far-Field 1, Box Core 2 (GB602 FF1-B02) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water 15.0 200 1 15.1 7.15 393 

0.1 12.0 160 3 14.8 7.12 341 

0.2 10.8 144 5 13.8 7.12 309 

0.3 10.2 136 9 13.3 7.14 290 

0.4 9.5 126 13 12.8 7.15 289 

0.5 8.9 119 17 12.3 7.21 225 

0.6 8.6 115 21 12.3 7.34 196 

0.7 8.0 107 25 13.1 7.29 119 

0.8 7.3 97 

0.9 7.0 93 

1.0 6.6 88 

1.1 6.3 84 

1.2 6.0 80 

1.3 5.8 77 

1.4 5.4 72 

1.5 5.0 67 

1.6 4.7 63 

1.7 4.5 60 

1.8 4.3 57 

1.9 4.2 56 

2.0 4.0 53 

2.1 3.9 52 

2.2 3.7 49 

2.3 3.6 48 

2.4 3.5 47 

2.5 3.4 45 

2.6 3.3 44 

2.7 3.2 43 

2.8 3.1 41 

2.9 3.0 40 

3.0 2.9 39 

3.1 2.8 37 

3.2 2.7 36 

G2-70
MMS Deep Gulf of Mexico Cruise 2B (July 2001) 

 

Site: Garden Banks 602 Far-Field 1, Box Core 2 (GB602 FF1-B02) continued. 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

3.3 2.5 33 

3.4 2.5 33 

3.5 2.4 32 

3.6 2.2 29 

3.7 2.1 28 

3.8 2.1 28 

3.9 2.0 27 

4.0 1.9 25 

4.1 1.9 25 

4.2 1.8 24 

4.3 1.7 23 

4.4 1.7 23 

4.5 1.7 23 

4.6 1.6 21 

4.7 1.6 21 

4.8 1.5 20 

4.9 1.5 20 

5.0 1.4 19 

5.1 1.3 17 

5.2 1.3 17 

5.3 1.2 16 

5.4 1.2 16 

5.5 1.1 15 

5.6 1.0 13 

5.7 0.9 12 

5.8 0.9 12 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 101.9 

Eh Calibration: ORP Standard = 423.5 mV at 20.1oC 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10oC 

G2-71
MMS Deep Gulf of Mexico Cruise 2B (July 2001) 

 

Site: Garden Banks 602 Far-Field 2, Box Core 1 (GB602 FF2-B01) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water 11.9 158 3 14.8 7.19 237 

0.1 10.8 144 5 12.1 7.19 222 

0.2 10.2 136 9 10.6 7.20 149 

0.3 9.7 129 13 10.7 7.21 217 

0.4 9.4 125 17 10.8 7.21 116 

0.5 9.0 120 21 12.2 7.23 16 

0.6 8.7 116 25 13.7 7.25 8 

0.7 8.2 109 

0.8 7.7 103 

0.9 7.4 99 

1.0 7.2 96 

1.1 6.7 89 

1.2 6.3 84 

1.3 6.2 83 

1.4 6.3 84 

1.5 6.2 83 

1.6 6.1 81 

1.7 5.8 77 

1.8 5.5 73 

1.9 5.3 71 

2.0 4.9 65 

2.1 4.7 63 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 104.8 

Eh Calibration: ORP Standard = 420.9 mV at 22.3oC 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10oC 

G2-72
MMS Deep Gulf of Mexico Cruise 2B (July 2001) 

 

Site: Garden Banks 602 Far-Field 2, Box Core 2 (GB602 FF2-B02) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water - - 2 16.1 7.05 257 

0.1 11.8 157 4 15.7 7.00 236 

0.2 10.7 142 8 14.6 7.02 251 

0.3 9.7 129 12 13.8 7.08 239 

0.4 9.2 122 16 13.8 7.16 203 

0.5 8.7 116 20 14.4 7.10 18 

0.6 8.4 112 24 14.8 7.13 214 

0.7 8.0 107 

0.8 7.7 103 

0.9 7.1 95 

1.0 6.8 91 

1.1 6.6 88 

1.2 6.5 87 

1.3 6.4 85 

1.4 6.2 83 

1.5 6.0 80 

1.6 5.9 79 

1.7 5.5 73 

1.8 5.3 71 

1.9 5.2 69 

2.0 5.1 68 

2.1 5.0 67 

2.2 4.9 65 

2.3 4.8 64 

2.4 4.7 63 

2.5 4.6 61 

2.6 4.5 60 

2.7 4.4 59 

2.8 4.3 57 

2.9 4.2 56 

3.0 4.1 55 

3.1 4.0 53 

3.2 3.9 52 

G2-73
MMS Deep Gulf of Mexico Cruise 2B (July 2001) 

 

Site: Garden Banks 602 Far-Field 2, Box Core 2 (GB602 FF2-B02) continued. 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

3.3 3.8 51 

3.4 3.7 49 

3.5 3.6 48 

3.6 3.5 47 

3.7 3.4 45 

3.8 3.3 44 

3.9 3.2 43 

4.0 3.1 41 

4.1 3.0 40 

4.2 2.9 39 

4.3 2.9 39 

4.4 2.8 37 

4.5 2.8 37 

4.6 2.7 36 

4.7 2.7 36 

4.8 2.6 35 

4.9 2.6 35 

5.0 2.5 33 

5.1 2.5 33 

5.2 2.4 32 

5.3 2.4 32 

5.4 2.3 31 

5.5 2.3 31 

5.6 2.2 29 

5.7 2.2 29 

5.8 2.1 28 

5.9 2.1 28 

6.0 2.0 27 

6.1 2.0 27 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 104.2 

Eh Calibration: ORP Standard = 422.4 mV at 22.3oC 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10oC 

G2-74
MMS Deep Gulf of Mexico Cruise 2B (July 2001) 

 

Site: Garden Banks 602 Far-Field 3, Box Core 1 (GB602 FF3-B01) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water 17.6 234 2 14.2 7.29 225 

0.1 13.2 176 4 11.9 7.31 217 

0.2 12.3 164 8 10.8 7.28 179 

0.3 11.5 153 12 10.1 7.36 207 

0.4 10.9 145 16 11.1 7.39 167 

0.5 10.3 137 20 10.6 7.45 117 

0.6 9.8 130 24 10.7 7.48 186 

0.7 9.3 124 28 11.4 7.45 57 

0.8 8.7 116 

0.9 8.3 111 

1.0 7.9 105 

1.1 7.5 100 

1.2 7.3 97 

1.3 7.1 95 

1.4 7.0 93 

1.5 6.7 89 

1.6 6.4 85 

1.7 6.1 81 

1.8 5.9 79 

1.9 5.7 76 

2.0 5.5 73 

2.1 5.3 71 

2.2 5.1 68 

2.3 5.0 67 

2.4 4.8 64 

2.5 4.7 63 

2.6 4.6 61 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 102.9 

Eh Calibration: ORP Standard = 423.0 mV at 22.1oC 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10oC 

G2-75
MMS Deep Gulf of Mexico Cruise 2B (July 2001) 

 

Site: Garden Banks 602 Far-Field 3, Box Core 2 (GB602 FF3-B02) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water 17.2 229 2 17.2 7.23 230 

0.1 14.1 188 4 15.7 7.25 224 

0.2 12.5 166 8 14.8 7.25 133 

0.3 11.5 153 12 14.4 7.29 156 

0.4 10.8 144 16 14.6 7.28 196 

0.5 10.2 136 20 14.9 7.31 214 

0.6 9.8 130 24 15.6 7.32 -30 

0.7 9.5 126 

0.8 9.2 122 

0.9 8.9 119 

1.0 8.7 116 

1.1 8.3 111 

1.2 8.1 108 

1.3 7.9 105 

1.4 7.7 103 

1.5 7.6 101 

1.6 7.4 99 

1.7 7.3 97 

1.8 7.1 95 

1.9 6.9 92 

2.0 6.7 89 

2.1 6.5 87 

2.2 6.3 84 

2.3 6.2 83 

2.4 6.1 81 

2.5 6.0 80 

2.6 5.7 76 

2.7 5.5 73 

2.8 5.4 72 

2.9 5.2 69 

3.0 5.1 68 

3.1 5.0 67 

3.2 5.0 67 

G2-76
MMS Deep Gulf of Mexico Cruise 2B (July 2001) 

 

Site: Garden Banks 602 Far-Field 3, Box Core 2 (GB602 FF3-B02) continued. 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

3.3 4.8 64 

3.4 4.5 60 

3.5 4.4 59 

3.6 4.3 57 

3.7 4.1 55 

3.8 4.0 53 

3.9 3.9 52 

4.0 3.8 51 

4.1 3.7 49 

4.2 3.6 48 

4.3 3.4 45 

4.4 3.3 44 

4.5 3.2 43 

4.6 3.1 41 

4.7 3.0 40 

4.8 2.9 39 

4.9 2.9 39 

5.0 2.8 37 

5.1 2.8 37 

5.2 2.7 36 

5.3 2.6 35 

5.4 2.5 33 

5.5 2.5 33 

5.6 2.4 32 

5.7 2.3 31 

5.8 2.2 29 

5.9 2.1 28 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 103.1 

Eh Calibration: ORP Standard = 422.0 mV at 22.1oC 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10oC 

G2-77
MMS Deep Gulf of Mexico Cruise 2B (July 2001) 

 

Site: Garden Banks 602 Far-Field 4, Box Core 1 (GB602 FF4-B01) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water 15.8 210 2 14.1 7.29 322 

0.1 14.4 192 4 13.5 7.29 269 

0.2 13.2 176 12 12.8 7.33 247 

0.3 12.6 168 20 13.0 7.35 197 

0.4 11.8 157 

0.5 11.1 148 

0.6 10.4 138 

0.7 9.7 129 

0.8 9.2 122 

0.9 8.8 117 

1.0 8.5 113 

1.1 8.1 108 

1.2 7.8 104 

1.3 7.5 100 

1.4 7.2 96 

1.5 6.8 91 

1.6 6.5 87 

1.7 6.3 84 

1.8 6.1 81 

1.9 5.9 79 

2.0 5.7 76 

2.1 5.5 73 

2.2 5.3 71 

2.3 5.2 69 

2.4 5.0 67 

2.5 4.8 64 

2.6 4.6 61 

2.7 4.5 60 

2.8 4.4 59 

2.9 4.2 56 

3.0 4.1 55 

3.1 3.9 52 

3.2 3.6 48 

G2-78
MMS Deep Gulf of Mexico Cruise 2B (July 2001) 

 

Site: Garden Banks 602 Far-Field 4, Box Core 1 (GB602 FF4-B01) continued. 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

3.3 3.3 44 

3.4 3.1 41 

3.5 3.0 40 

3.6 2.9 39 

3.7 2.8 37 

3.8 2.6 35 

3.9 2.5 33 

4.0 2.4 32 

4.1 2.3 31 

4.2 2.2 29 

4.3 2.1 28 

4.4 2.1 28 

4.5 2.0 27 

4.6 1.9 25 

4.7 1.9 25 

4.8 1.8 24 

4.9 1.7 23 

5.0 1.7 23 

5.1 1.6 21 

5.2 1.5 20 

5.3 1.5 20 

5.4 1.4 19 

5.5 1.4 19 

5.6 1.3 17 

5.7 1.2 16 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 103.7 

Eh Calibration: ORP Standard = 422.4 mV at 21.4oC 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10oC 

G2-79
MMS Deep Gulf of Mexico Cruise 2B (July 2001) 

 

Site: Garden Banks 602 Far-Field 4, Box Core 2 (GB602 FF4-B02) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water 14.9 198 2 13.1 7.29 283 

0.1 12.0 160 4 12.3 7.32 237 

0.2 10.9 145 8 11.7 7.32 231 

0.3 10.3 137 12 11.8 7.34 199 

0.4 9.8 130 16 11.9 7.35 159 

0.5 9.5 126 20 12.3 7.36 194 

0.6 9.2 122 24 12.6 7.38 125 

0.7 9.0 120 

0.8 8.7 116 

0.9 8.4 112 

1.0 8.2 109 

1.1 7.9 105 

1.2 7.8 103 

1.3 7.5 100 

1.4 7.2 96 

1.5 7.0 93 

1.6 6.8 91 

1.7 6.6 88 

1.8 6.5 87 

1.9 6.2 83 

2.0 6.0 80 

2.1 5.8 77 

2.2 5.6 75 

2.3 5.4 72 

2.4 5.2 69 

2.5 5.0 67 

2.6 4.8 64 

2.7 4.5 60 

2.8 4.2 56 

2.9 4.1 55 

3.0 3.9 52 

3.1 3.7 49 

3.2 3.5 47 

G2-80
MMS Deep Gulf of Mexico Cruise 2B (July 2001) 

 

Site: Garden Banks 602 Far-Field 4, Box Core 2 (GB602 FF4-B02) continued. 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

3.3 3.3 44 

3.4 3.2 43 

3.5 3.1 41 

3.6 3.0 40 

3.7 3.0 40 

3.8 2.9 39 

3.9 2.9 39 

4.0 2.8 37 

4.1 2.8 37 

4.2 2.7 36 

4.3 2.6 35 

4.4 2.5 33 

4.5 2.5 33 

4.6 2.5 33 

4.7 2.4 32 

4.8 2.3 31 

4.9 2.3 31 

5.0 2.2 29 

5.1 2.2 29 

5.2 2.1 28 

5.3 2.1 28 

5.4 2.1 28 

5.5 2.0 27 

5.6 2.0 27 

5.7 1.9 25 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 104.7 

Eh Calibration: ORP Standard = 421.4 mV at 21.5oC 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10oC 

G2-81
MMS Deep Gulf of Mexico Cruise 2B (July 2001) 

 

Site: Garden Banks 602 Far-Field 5, Box Core 1 (GB602 FF5-B01) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water 15.6 208 2 14.0 7.36 225 

0.1 12.2 162 4 11.3 7.33 204 

0.2 11.3 150 6 11.1 7.31 202 

0.3 10.8 144 10 10.0 7.34 194 

0.4 10.3 137 14 10.4 7.35 212 

0.5 9.9 132 18 10.7 7.34 206 

0.6 9.5 126 22 10.6 7.35 131 

0.7 9.1 121 

0.8 8.8 117 

0.9 8.5 113 

1.0 8.2 109 

1.1 7.9 105 

1.2 7.7 103 

1.3 7.4 99 

1.4 7.2 96 

1.5 7.1 95 

1.6 6.8 91 

1.7 6.6 88 

1.8 6.4 85 

1.9 6.3 84 

2.0 6.1 81 

2.1 5.9 79 

2.2 5.7 76 

2.3 5.6 75 

2.4 5.4 72 

2.5 5.2 69 

2.6 5.1 68 

2.7 5.0 67 

2.8 4.8 64 

2.9 4.7 63 

3.0 4.5 60 

3.1 4.3 57 

3.2 4.1 55 

G2-82
MMS Deep Gulf of Mexico Cruise 2B (July 2001) 

 

Site: Garden Banks 602 Far-Field 5, Box Core 1 (GB602 FF5-B01) continued. 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

3.3 3.8 51 

3.4 3.5 47 

3.5 3.3 44 

3.6 3.2 43 

3.7 3.2 43 

3.8 3.0 40 

3.9 3.0 40 

4.0 2.9 39 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 101.9 

Eh Calibration: ORP Standard = 423.4 mV at 20.2oC 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10oC 

G2-83
MMS Deep Gulf of Mexico Cruise 2B (July 2001) 

 

Site: Garden Banks 602 Far-Field 5, Box Core 2 (GB602 FF5-B02) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water 15.4 205 1 15.3 7.32 344 

0.1 13.9 185 3 14.4 7.27 359 

0.2 13.2 176 5 13.1 7.26 363 

0.3 12.5 166 7 13.2 7.24 377 

0.4 12.0 160 9 12.7 7.26 368 

0.5 11.5 153 11 13.0 7.26 361 

0.6 11.1 148 13 12.6 7.26 394 

0.7 10.6 141 15 12.8 7.26 400 

0.8 10.2 136 17 13.2 7.26 380 

0.9 9.9 132 19 13.1 7.26 400 

1.0 9.4 125 21 12.9 7.25 374 

1.1 8.8 117 23 12.5 7.26 421 

1.2 8.4 112 25 13.3 7.23 369 

1.3 7.9 105 27 14.0 7.23 361 

1.4 7.5 100 

1.5 7.1 95 

1.6 6.8 91 

1.7 6.6 88 

1.8 6.3 84 

1.9 6.0 80 

2.0 5.8 77 

2.1 5.6 75 

2.2 5.4 72 

2.3 5.2 69 

2.4 5.0 67 

2.5 4.8 64 

2.6 4.6 61 

2.7 4.5 60 

2.8 4.3 57 

2.9 4.1 55 

3.0 4.0 53 

3.1 3.8 51 

3.2 3.6 48 

G2-84
MMS Deep Gulf of Mexico Cruise 2B (July 2001) 

 

Site: Garden Banks 602 Far-Field 5, Box Core 2 (GB602 FF5-B02) continued. 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

3.3 3.4 45 

3.4 3.3 44 

3.5 3.2 43 

3.6 3.1 41 

3.7 3.0 40 

3.8 2.8 37 

3.9 2.7 36 

4.0 2.6 35 

4.1 2.4 32 

4.2 2.3 31 

4.3 2.2 29 

4.4 2.1 28 

4.5 2.0 27 

4.6 1.9 25 

4.7 1.8 24 

4.8 1.7 23 

4.9 1.5 20 

5.0 1.4 19 

5.1 1.3 17 

5.2 1.3 17 

5.3 1.2 16 

5.4 1.2 16 

5.5 1.1 15 

5.6 1.1 15 

5.7 1.0 13 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 101.9 

Eh Calibration: ORP Standard = 423.4 mV at 20.3oC 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10oC 

G2-85
MMS Deep Gulf of Mexico Cruise 2B (July 2001) 

 

Site: Garden Banks 602 Far-Field 6, Box Core 1 (GB602 FF6-B01) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water 13.0 173 2 12.7 7.29 462 

0.1 10.9 145 4 11.7 7.28 325 

0.2 9.7 129 6 10.5 7.27 309 

0.3 9.1 121 10 10.0 7.33 320 

0.4 8.7 116 14 10.1 7.44 292 

0.5 8.5 113 

0.6 8.2 109 

0.7 7.8 104 Short Core 

0.8 7.7 103 

0.9 7.6 101 

1.0 7.4 99 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 102.9 

Eh Calibration: ORP Standard = 422.3 mV at 21.6oC 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10oC 

G2-86
MMS Deep Gulf of Mexico Cruise 2B (July 2001) 

 

Site: Garden Banks 602 Far-Field 6, Box Core 2 (GB602 FF6-B02) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water 12.9 172 1 16.2 7.22 279 

0.1 10.2 136 3 14.3 7.19 219 

0.2 9.7 129 5 14.2 7.18 139 

0.3 9.1 121 9 12.8 7.25 93 

0.4 8.5 113 13 12.8 7.30 97 

0.5 8.1 108 17 12.7 7.28 34 

0.6 7.7 103 21 14.0 7.31 -56 

0.7 7.3 97 

0.8 7.0 93 

0.9 6.6 88 

1.0 6.3 84 

1.1 6.0 80 

1.2 5.8 77 

1.3 5.6 75 

1.4 5.4 72 

1.5 5.2 69 

1.6 4.9 65 

1.7 4.6 61 

1.8 4.4 59 

1.9 4.3 57 

2.0 4.0 53 

2.1 3.7 49 

2.2 3.5 47 

2.3 3.3 44 

2.4 3.1 41 

2.5 3.0 40 

2.6 2.9 39 

2.7 2.8 37 

2.8 2.7 36 

2.9 2.6 35 

3.0 2.5 33 

3.1 2.3 31 

3.2 2.2 29 

G2-87
MMS Deep Gulf of Mexico Cruise 2B (July 2001) 

 

Site: Garden Banks 602 Far-Field 6, Box Core 2 (GB602 FF6-B02) continued. 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

3.3 2.1 28 

3.4 2.1 28 

3.5 2.0 27 

3.6 1.9 25 

3.7 1.9 25 

3.8 1.8 24 

3.9 1.8 24 

4.0 1.7 23 

4.1 1.7 23 

4.2 1.6 21 

4.3 1.5 20 

4.4 1.5 20 

4.5 1.4 19 

4.6 1.4 19 

4.7 1.3 17 

4.8 1.3 17 

4.9 1.2 16 

5.0 1.2 16 

5.1 1.1 15 

5.2 1.1 15 

5.3 1.1 15 

5.4 1.0 13 

5.5 1.0 13 

5.6 1.0 13 

5.7 0.9 12 

5.8 0.9 12 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 102.6 

Eh Calibration: ORP Standard = 422.6 mV at 21.2oC 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10oC 

G2-88
G2-89
G2-90
G2-91
G2-92
G2-93
G2-94
G2-95
G2-96
G2-97
MMS Deep Gulf of Mexico Cruise 2B (July 2001) 

 

Site: Mississippi Canyon 292 Discretionary Box Core 1 (MC292 DISC-B01) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water 16.1 214 1 14.5 7.41 321 

0.1 9.2 122 3 10.8 7.27 233 

0.2 5.4 72 7 9.6 7.19 117 

0.3 1.4 19 11 9.6 7.25 85 

0.4 0.7 9 15 8.8 7.28 81 

0.5 0.5 7 19 8.9 7.30 65 

0.6 0.3 4 23 9.5 7.27 64 

0.7 0.1 1 

0.8 0.0 0 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 102.1 

Eh Calibration: ORP Standard = 422.7 mV at 21.3oC 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10oC 

G2-98
MMS Deep Gulf of Mexico Cruise 2B (July 2001) 

 

Site: Mississippi Canyon 292 Discretionary Box Core 2 (MC292 DISC-B02) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water 16.0 213 1 14.0 7.11 29 

0.1 7.8 104 3 11.3 7.16 69 

0.2 4.7 63 5 9.5 7.17 126 

0.3 3.7 49 7 8.6 7.22 88 

0.4 2.9 39 9 8.5 7.25 102 

0.5 2.4 32 11 8.9 7.26 56 

0.6 2.1 28 13 9.7 7.25 56 

0.7 1.7 23 15 9.6 7.28 62 

0.8 1.5 20 17 9.7 7.24 49 

0.9 1.3 17 19 9.5 7.25 66 

1.0 0.9 12 21 10.0 7.24 62 

1.1 0.6 8 23 10.5 7.23 42 

1.2 0.5 7 25 10.4 7.22 40 

1.3 0.4 5 27 10.9 7.21 53 

1.4 0.3 4 

1.5 0.2 3 

1.6 0.1 1 

1.7 0.0 0 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 103.5 

Eh Calibration: ORP Standard = 422.0 mV at 21.8oC 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10oC 

G2-99
MMS Deep Gulf of Mexico Cruise 2B (July 2001) 

 

Site: Mississippi Canyon 292 Discretionary Box Core 3 (MC292 DISC-B03) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water 14.6 194 2 14.3 7.30 217 

0.1 7.2 96 4 12.0 7.22 120 

0.2 4.2 56 8 10.5 7.25 73 

0.3 3.4 45 12 9.6 7.25 74 

0.4 2.7 36 16 9.5 7.28 53 

0.5 2.1 28 20 9.7 7.25 86 

0.6 1.8 24 24 10.1 7.22 96 

0.7 1.6 21 

0.8 1.3 17 

0.9 1.0 13 

1.0 0.8 11 

1.1 0.6 8 

1.2 0.4 5 

1.3 0.3 4 

1.4 0.2 3 

1.5 0.1 1 

1.6 0.0 0 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 103.3 

Eh Calibration: ORP Standard = 422.2 mV at 21.7oC 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10oC 

G2-100
MMS Deep Gulf of Mexico Cruise 2B (July 2001) 

 

Site: Mississippi Canyon 292 Near-Field 1 (MC292 NF-B01) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water 7.9 105 2 10.5 7.47 71 

0.1 1.4 19 4 8.3 7.45 50 

0.2 0 0 8 7.8 7.40 53 

 12 7.8 7.43 49 

 16 8.3 7.42 54 

 20 8.7 7.43 31 

 24 10.1 7.41 46 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 101.0 

Eh Calibration: ORP Standard = 421.3 mV at 20.8oC 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10oC 

G2-101
MMS Deep Gulf of Mexico Cruise 2B (July 2001) 

 

Site: Mississippi Canyon 292 Near-Field 2 (MC292 NF-B02) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water 8.8 117 1 15.3 7.21 185 

0.1 0.9 12 3 12.8 7.24 84 

0.2 0.4 5 7 9.8 7.38 71 

0.3 0.2 3 11 9.1 7.36 62 

0.4 0.0 0 15 10.0 7.32 75 

 19 10.1 7.37 73 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 103.2 

Eh Calibration: ORP Standard = 423.5 mV at 21.4oC 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10oC 

G2-102
MMS Deep Gulf of Mexico Cruise 2B (July 2001) 

 

Site: Mississippi Canyon 292 Near-Field 3 (MC292 NF-B03) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water 14.9 198 1 15.9 7.32 -163 

0.1 9.6 128 3 13.8 7.20 -293 

0.2 8.3 111 5 11.6 7.29 -356 

0.3 7.2 96 9 11.2 7.41 -387 

0.4 6.0 80 13 10.1 6.52 -394 

0.5 5.0 67 17 10.2 7.37 -401 

0.6 4.0 53 21 10.1 7.37 -399 

0.7 3.2 43 

0.8 2.6 35 

0.9 2.1 28 

1.0 1.7 23 

1.1 1.4 19 

1.2 1.1 15 

1.3 0.8 11 

1.4 0.5 7 

1.5 0.4 5 

1.6 0.2 3 

1.7 0.1 1 

1.8 0.0 0 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 100.9 

Eh Calibration: ORP Standard = 422.5 mV at 21.4oC 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10oC 

G2-103
MMS Deep Gulf of Mexico Cruise 2B (July 2001) 

 

Site: Mississippi Canyon 292 Near-Field 4 (MC292 NF-B04) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water 15.9 212 1 15.4 7.23 350 

0.1 12.9 172 3 14.8 7.19 181 

0.2 12.0 160 7 11.4 7.39 159 

0.3 11.2 149 11 10.4 7.43 103 

0.4 10.5 140 15 10.3 7.45 107 

0.5 9.9 132 19 10.3 7.35 81 

0.6 9.3 124 23 10.7 7.37 101 

0.7 8.5 113 

0.8 8.0 107 

0.9 7.4 99 

1.0 6.8 91 

1.1 6.4 85 

1.2 5.9 79 

1.3 5.4 72 

1.4 5.0 67 

1.5 4.5 60 

1.6 4.1 55 

1.7 3.7 49 

1.8 3.3 44 

1.9 2.9 39 

2.0 2.5 33 

2.1 2.2 29 

2.2 1.9 25 

2.3 1.7 23 

2.4 1.4 19 

2.5 1.0 13 

2.6 0.8 11 

2.7 0.6 8 

2.8 0.4 5 

2.9 0.3 4 

3.0 0.2 3 

3.1 0.1 1 

3.2 0.1 1 

3.3 0.0 0 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 102.3 

Eh Calibration: ORP Standard = 422.7 mV at 21.1o

C 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10o

C 

G2-104
MMS Deep Gulf of Mexico Cruise 2B (July 2001) 

 

Site: Mississippi Canyon 292 Near-Field 5 (MC292 NF-B05) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water 12.7 169 2 12.6 7.38 166 

0.1 1.6 21 4 10.0 7.36 96 

0.2 0.8 11 8 10.1 7.35 76 

0.3 0.5 7 12 9.9 7.29 53 

0.4 0.3 4 16 9.5 7.27 59 

0.5 0.2 3 20 9.4 7.28 54 

0.6 0.1 1 

0.7 0.0 0 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 103.0 

Eh Calibration: ORP Standard = 423.3 mV at 21.7oC 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10oC 

G2-105
MMS Deep Gulf of Mexico Cruise 2B (July 2001) 

 

Site: Mississippi Canyon 292 Near-Field 6 (MC292 NF-B06) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water 15.6 208 3 12.9 7.36 191 

0.1 10.4 138 5 10.9 7.35 120 

0.2 7.6 101 13 11.2 7.29 78 

0.3 6.1 81 21 11.4 7.29 63 

0.4 5.1 68 

0.5 4.5 60 

0.6 4.1 55 

0.7 3.7 49 

0.8 3.1 41 

0.9 2.7 36 

1.0 2.5 33 

1.1 2.1 28 

1.2 1.9 25 

1.3 1.7 23 

1.4 1.5 20 

1.5 1.4 19 

1.6 1.2 16 

1.7 1.1 15 

1.8 1.0 13 

1.9 0.9 12 

2.0 0.8 11 

2.1 0.7 9 

2.2 0.6 8 

2.3 0.5 7 

2.4 0.4 5 

2.5 0.3 4 

2.6 0.3 4 

2.7 0.2 3 

2.8 0.2 3 

2.9 0.1 1 

3.0 0.0 0 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 103.4 

Eh Calibration: ORP Standard = 423.0 mV at 21.9o

C 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10o

C 

G2-106
MMS Deep Gulf of Mexico Cruise 2B (July 2001) 

 

Site: Mississippi Canyon 292 Near-Field 7 (MC292 NF-B07) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water 16.1 214 1 15.9 7.42 322 

0.1 9.3 124 3 13.0 7.39 246 

0.2 7.0 93 5 11.8 7.41 159 

0.3 5.9 79 9 11.2 7.50 155 

0.4 5.1 68 13 10.9 7.39 142 

0.5 4.5 60 17 11.3 7.56 129 

0.6 3.9 52 21 10.7 7.37 117 

0.7 3.3 44 

0.8 2.8 37 

0.9 2.4 32 

1.0 2.0 27 

1.1 1.7 23 

1.2 1.4 19 

1.3 1.1 15 

1.4 0.9 12 

1.5 0.6 8 

1.6 0.4 5 

1.7 0.3 4 

1.8 0.1 1 

1.9 0.0 0 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 100.1 

Eh Calibration: ORP Standard = 422.0 mV at 22.0oC 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10oC 

G2-107
MMS Deep Gulf of Mexico Cruise 2B (July 2001) 

 

Site: Mississippi Canyon 292 Near-Field 8 (MC292 NF-B08) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water 14.2 189 1 13.0 7.19 96 

0.1 5.6 75 3 10.8 7.26 93 

0.2 1.1 15 7 9.7 7.24 115 

0.3 1.0 13 11 8.8 7.35 77 

0.4 1.1 15 15 8.8 7.24 70 

0.5 0.8 11 19 9.0 7.29 62 

0.6 0.6 8 23 10.2 7.26 56 

0.7 0.4 5 

0.8 0.3 4 

0.9 0.1 1 

1.0 0.0 0 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 101.2 

Eh Calibration: ORP Standard = 422.3 mV at 21.6oC 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10oC 

G2-108
MMS Deep Gulf of Mexico Cruise 2B (July 2001) 

 

Site: Mississippi Canyon 292 Near-Field 9 (MC292 NF-B09) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water 12.3 164 2 13.9 7.19 224 

0.1 6.2 83 4 13.6 7.16 203 

0.2 3.8 51 8 10.0 7.24 143 

0.3 2.9 39 12 11.0 7.20 120 

0.4 2.2 29 16 10.5 7.23 95 

0.5 1.8 24 

0.6 1.5 20 

0.7 1.2 16 

0.8 1.1 15 

0.9 0.9 12 

1.0 0.7 9 

1.1 0.5 7 

1.2 0.4 5 

1.3 0.3 4 

1.4 0.2 3 

1.5 0.2 3 

1.6 0.2 3 

1.7 0.1 1 

1.8 0.1 1 

1.9 0.0 0 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 102.9 

Eh Calibration: ORP Standard = 422.5 mV at 21.7oC 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10oC 

G2-109
MMS Deep Gulf of Mexico Cruise 2B (July 2001) 

 

Site: Mississippi Canyon 292 Near-Field 10 (MC292 NF-B10) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water 14.1 188 2 14.4 7.17 168 

0.1 11.8 157 4 12.0 7.21 135 

0.2 11.1 148 8 10.6 7.27 90 

0.3 10.3 137 12 10.1 7.36 82 

0.4 9.8 130 16 10.3 7.39 73 

0.5 9.4 125 20 10.2 7.39 60 

0.6 9.0 120 24 11.0 7.40 56 

0.7 8.6 115 28 11.2 7.35 73 

0.8 7.7 103 

0.9 5.5 73 

1.0 3.1 41 

1.1 2.0 27 

1.2 1.1 15 

1.3 0.8 11 

1.4 0.5 7 

1.5 0.3 4 

1.6 0.2 3 

1.7 0.1 1 

1.8 0.0 0 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 101.1 

Eh Calibration: ORP Standard = 422.0 mV at 21.7oC 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10oC 

G2-110
MMS Deep Gulf of Mexico Cruise 2B (July 2001) 

 

Site: Mississippi Canyon 292 Near-Field 11 (MC292 NF-B11) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water 12.5 166 2 15.2 7.32 185 

0.1 9.3 124 4 11.8 7.34 156 

0.2 6.7 89 6 10.8 7.58 151 

0.3 5.5 73 10 10.0 7.40 126 

0.4 4.6 61 14 10.2 7.40 135 

0.5 3.9 52 18 10.1 7.45 111 

0.6 3.3 44 22 10.3 7.36 121 

0.7 2.7 36 

0.8 2.1 28 

0.9 1.7 23 

1.0 1.2 16 

1.1 0.9 12 

1.2 0.6 8 

1.3 0.4 5 

1.4 0.2 3 

1.5 0.0 0 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 101.5 

Eh Calibration: ORP Standard = 423.0 mV at 20.7oC 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10oC 

G2-111
MMS Deep Gulf of Mexico Cruise 2B (July 2001) 

 

Site: Mississippi Canyon 292 Near-Field 12 (MC292 NF-B12) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water - - 1 12.3 7.19 163 

0.1 9.3 124 3 10.9 7.24 183 

0.2 8.7 116 11 9.1 7.31 128 

0.3 7.4 99 19 9.7 7.28 118 

0.4 5.7 76 

0.5 5.1 68 

0.6 4.4 59 

0.7 3.6 48 

0.8 3.2 43 

0.9 2.7 36 

1.0 2.4 32 

1.1 2.1 28 

1.2 1.7 23 

1.3 1.4 19 

1.4 1.2 16 

1.5 1.1 15 

1.6 0.9 12 

1.7 0.8 11 

1.8 0.7 9 

1.9 0.6 8 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 102.8 

Eh Calibration: ORP Standard = 422.2 mV at 21.3oC 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10oC 

G2-112
MMS Deep Gulf of Mexico Cruise 2B (July 2001) 

 

Site: Mississippi Canyon 292 Far-Field 1, Box Core 1 (MC292 FF1-B01) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water 13.6 181 3 12.5 7.24 100 

0.1 13.1 174 5 11.6 7.25 86 

0.2 10.4 138 9 10.4 7.20 57 

0.3 9.4 125 13 10.6 7.31 49 

0.4 8.7 116 17 11.2 7.31 52 

0.5 7.7 103 

0.6 7.4 99 

0.7 6.8 91 Short Core 

0.8 6.4 85 

0.9 6.1 81 

1.0 5.7 76 

1.1 5.4 72 

1.2 5.1 68 

1.3 4.8 64 

1.4 3.7 49 

1.5 2.2 29 

1.6 1.9 25 

1.7 1.4 19 

1.8 1.2 16 

1.9 1.0 13 

2.0 0.8 11 

2.1 0.6 8 

2.2 0.4 5 

2.3 0.3 4 

2.4 0.0 0 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 102.9 

Eh Calibration: ORP Standard = 425.9 mV at 21.0oC 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10oC 

G2-113
MMS Deep Gulf of Mexico Cruise 2B (July 2001) 

 

Site: Mississippi Canyon 292 Far-Field 1, Box Core 2 (MC292 FF1-B02) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water - - 2 10.3 7.34 182 

0.1 4 8.3 7.38 103 

0.2 8 7.2 7.46 74 

0.3 12 9.3 7.37 46 

 

 Short Core 

 

 

pH Calibration: 7 and 10, Slope = 101.7 

Eh Calibration: ORP Standard = 422.8 mV at 21.0oC 

G2-114
MMS Deep Gulf of Mexico Cruise 2B (July 2001) 

 

Site: Mississippi Canyon 292 Far-Field 2, Box Core 1 (MC292 FF2-B01) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water - - 2 8.9 7.28 212 

0.1 0.3 4 4 8.8 7.28 88 

0.2 0.0 0 8 8.5 7.27 183 

 12 8.4 7.31 61 

 Surface may 16 10.3 7.62 49 

 have been 

 washed away. Short Core 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 104.2 

Eh Calibration: ORP Standard = 424.2 mV at 21.4oC 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10oC 

G2-115
MMS Deep Gulf of Mexico Cruise 2B (July 2001) 

 

Site: Mississippi Canyon 292 Far-Field 2, Box Core 2 (MC292 FF2-B02) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water - - 1 14.3 7.13 158 

0.1 10.5 140 3 12.0 7.21 69 

0.2 7.7 103 5 11.1 7.24 126 

0.3 6.6 88 7 11.0 7.25 85 

0.4 5.9 79 9 10.2 7.26 65 

0.5 4.7 63 11 10.2 7.32 92 

0.6 3.8 51 13 11.3 7.27 130 

0.7 2.9 39 15 11.5 7.24 146 

0.8 1.9 25 17 11.5 7.26 57 

0.9 1.4 19 19 13.1 7.21 123 

1.0 1.2 16 21 14.2 7.25 91 

1.1 0.8 11 

1.2 0.5 7 

1.3 0.4 5 

1.4 0.3 4 

1.5 0.2 3 

1.6 0.0 0 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 103.7 

Eh Calibration: ORP Standard = 423.9 mV at 21.5oC 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10oC 

G2-116
MMS Deep Gulf of Mexico Cruise 2B (July 2001) 

 

Site: Mississippi Canyon 292 Far-Field 3, Box Core 1 (MC292 FF3-B01) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water 14.7 196 1 16.8 7.10 351 

0.1 12.2 162 3 14.1 7.19 145 

0.2 9.5 126 5 12.9 8.04 98 

0.3 7.8 104 9 12.6 7.25 85 

0.4 6.7 89 13 11.8 7.49 103 

0.5 5.8 77 17 11.3 7.35 105 

0.6 5.1 68 

0.7 4.4 59 Short Core 

0.8 3.9 52 

0.9 3.4 45 

1.0 2.9 39 

1.1 2.5 33 

1.2 2.1 28 

1.3 1.6 21 

1.4 1.1 15 

1.5 0.7 9 

1.6 0.4 5 

1.7 0.2 3 

1.8 0.0 0 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 100.0 

Eh Calibration: ORP Standard = 422.0 mV at 21.9oC 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10oC 

G2-117
MMS Deep Gulf of Mexico Cruise 2B (July 2001) 

 

Site: Mississippi Canyon 292 Far-Field 3, Box Core 2 (MC292 FF3-B02) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water 14.9 198 1 15.3 7.21 180 

0.1 9.1 121 3 13.1 7.26 128 

0.2 7.6 101 5 11.4 7.22 118 

0.3 2.4 32 9 10.2 7.28 73 

0.4 0.6 8 13 11.1 7.28 66 

0.5 0.3 4 17 10.1 7.41 41 

0.6 0.0 0 21 11.0 7.35 109 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 101.0 

Eh Calibration: ORP Standard = 421.6 mV at 22.5oC 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10oC 

G2-118
MMS Deep Gulf of Mexico Cruise 2B (July 2001) 

 

Site: Mississippi Canyon 292 Far-Field 4, Box Core 1 (MC292 FF4-B01) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water 15.1 201 2 13.7 7.24 319 

0.1 8.4 112 4 12.8 7.34 215 

0.2 7.0 93 6 11.6 7.41 149 

0.3 6.3 84 10 8.7 7.47 97 

0.4 5.7 76 14 9.3 7.54 -46 

0.5 5.2 69 18 10.6 7.50 -73 

0.6 5.0 66 22 11.8 7.51 -28 

0.7 4.5 60 

0.8 4.2 56 

0.9 4.0 53 

1.0 3.8 51 

1.1 3.7 49 

1.2 3.6 48 

1.3 3.4 45 

1.4 3.2 43 

1.5 3.1 41 

1.6 3.0 40 

1.7 2.9 39 

1.8 2.7 36 

1.9 2.6 35 

2.0 2.5 33 

2.1 2.4 32 

2.2 2.2 29 

2.3 2.1 28 

2.4 2.0 27 

2.5 1.9 25 

2.6 1.8 24 

2.7 1.6 21 

2.8 1.5 20 

2.9 1.5 20 

3.0 1.4 19 

3.1 1.3 17 

3.2 1.2 16 

3.3 1.1 15 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 101.3 

Eh Calibration: ORP Standard = 421.7 mV at 22.3o

C 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10o

C 

G2-119
MMS Deep Gulf of Mexico Cruise 2B (July 2001) 

 

Site: Mississippi Canyon 292 Far-Field 4, Box Core 2 (MC292 FF4-B02) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water 12.1 161 1 15.5 7.37 449 

0.1 8.3 111 3 13.4 7.37 261 

0.2 7.1 95 5 12.6 7.40 152 

0.3 6.2 83 9 11.7 7.43 164 

0.4 5.6 75 13 11.7 7.42 98 

0.5 5.0 67 17 12.1 7.41 84 

0.6 4.5 60 

0.7 4.1 55 Short Core 

0.8 3.7 49 

0.9 3.2 43 

1.0 2.9 39 

1.1 2.7 36 

1.2 2.4 32 

1.3 2.1 28 

1.4 1.9 25 

1.5 1.7 23 

1.6 1.5 20 

1.7 1.3 17 

1.8 1.1 15 

1.9 1.0 13 

2.0 0.8 11 

2.1 0.7 9 

2.2 0.6 8 

2.3 0.5 7 

2.4 0.4 5 

2.5 0.3 4 

2.6 0.3 4 

2.7 0.2 3 

2.8 0.1 1 

2.9 0.1 1 

3.0 0.0 0 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 102.1 

Eh Calibration: ORP Standard = 423.3 mV at 20.3o

C 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10o

C 

G2-120
MMS Deep Gulf of Mexico Cruise 2B (July 2001) 

 

Site: Mississippi Canyon 292 Far-Field 5, Box Core 1 (MC292 FF5-B01) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water 11.7 156 2 16.0 7.32 301 

0.1 9.7 129 4 13.1 7.32 159 

0.2 8.0 107 6 12.3 7.35 119 

0.3 6.6 88 10 12.0 7.45 79 

0.4 5.6 75 14 11.1 7.38 100 

0.5 4.9 65 18 10.8 7.43 74 

0.6 4.4 59 22 10.8 7.50 152 

0.7 4.0 53 

0.8 3.6 48 

0.9 3.3 44 

1.0 3.0 40 

1.1 2.7 36 

1.2 2.5 33 

1.3 2.1 28 

1.4 1.8 24 

1.5 1.5 20 

1.6 1.3 17 

1.7 1.1 15 

1.8 0.9 12 

1.9 0.8 11 

2.0 0.7 9 

2.1 0.5 7 

2.2 0.4 5 

2.3 0.3 4 

2.4 0.2 3 

2.5 0.2 3 

2.6 0.1 1 

2.7 0.1 1 

2.8 0.0 0 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 100.7 

Eh Calibration: ORP Standard = 422.7 mV at 21.7oC 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10oC 

G2-121
MMS Deep Gulf of Mexico Cruise 2B (July 2001) 

 

Site: Mississippi Canyon 292 Far-Field 5, Box Core 2 (MC292 FF5-B02) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water 14.3 190 2 13.6 7.28 281 

0.1 8.0 107 4 12.3 7.32 36 

0.2 6.0 80 6 10.8 7.47 -33 

0.3 4.3 57 10 10.2 7.62 -49 

0.4 2.7 36 14 9.1 7.48 -88 

0.5 1.7 23 18 11.5 7.49 -63 

0.6 1.0 13 22 11.6 7.51 -99 

0.7 0.5 7 

0.8 0.2 3 

0.9 0.0 0 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 102.1 

Eh Calibration: ORP Standard = 422.1 mV at 21.8oC 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10oC 

G2-122
MMS Deep Gulf of Mexico Cruise 2B (July 2001) 

 

Site: Mississippi Canyon 292 Far-Field 6, Box Core 1 (MC292 FF6-B01) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water 14.7 196 2 13.4 7.25 292 

0.1 11.0 146 4 12.2 7.31 149 

0.2 8.3 111 8 11.0 7.39 91 

0.3 6.3 84 12 10.4 7.42 90 

0.4 4.7 63 16 10.1 7.38 118 

0.5 3.6 48 20 10.0 7.36 139 

0.6 2.6 35 24 9.8 7.35 181 

0.7 2.0 27 28 10.2 7.43 65 

0.8 1.6 21 32 10.9 7.41 67 

0.9 1.2 16 

1.0 1.0 13 

1.1 0.7 9 

1.2 0.6 8 

1.3 0.4 5 

1.4 0.3 4 

1.5 0.3 4 

1.6 0.2 3 

1.7 0.2 3 

1.8 0.1 1 

1.9 0.1 1 

2.0 0.0 0 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 102.3 

Eh Calibration: ORP Standard = 421.3 mV at 22.0oC 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10oC 

G2-123
MMS Deep Gulf of Mexico Cruise 2B (July 2001) 

 

Site: Mississippi Canyon 292 Far-Field 6, Box Core 2 (MC292 FF6-B02) 

 

Depth Oxygen Oxygen Depth Temperature pH Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water 14.9 198 2 12.9 7.07 266 

0.1 10.7 142 4 12.0 7.00 205 

0.2 8.8 117 8 11.2 7.09 93 

0.3 7.4 99 12 8.8 7.14 80 

0.4 6.2 83 16 10.0 7.12 45 

0.5 5.4 72 20 10.4 7.13 49 

0.6 4.6 61 24 10.3 7.16 62 

0.7 4.0 53 

0.8 3.4 45 

0.9 3.0 40 

1.0 2.6 35 

1.1 2.2 29 

1.2 1.9 25 

1.3 1.7 23 

1.4 1.4 19 

1.5 1.2 16 

1.6 1.0 13 

1.7 0.8 11 

1.8 0.7 9 

1.9 0.6 8 

2.0 0.5 7 

2.1 0.5 7 

2.2 0.4 5 

2.3 0.3 4 

2.4 0.1 1 

2.5 0.0 0 

 

 

Oxygen Calibration: 0 and 20.9% 

pH Calibration: 7 and 10, Slope = 103.7 

Eh Calibration: ORP Standard = 419.7 mV at 21.9oC 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10oC 

G2-124
G2-125
G2-126
G2-127
G2-128
G2-129
G2-130
G2-131
G2-132
G2-133
REFERENCES 

Salomons, W. and U. Förstner. 1984. Metals in the Hydrocycle. Springer-Verlag, 

Berlin. 349 pp. 

Wedepohl, K.H. 1995. The composition of the continental crust. Geochim. Cosmochim. 

Acta 59:1,217-1,232. 

G2-134
APPENDIX G3

Cruise 3B Data for Sediment Metals, 

Total Organic Carbon, and Redox Conditions 

G3-1
MMS Deepwater Effects - Cruise 3B 

Table G3-1. Trace metal and total organic carbon concentrations in sediment samples (dry weight) with average marine sediment  (Salomons and Förstner, 1984) and continental crust (Wedepohl, 1995) provided for comparison. 

Sample Al As Ba Cd Cr Cu Fe Hg Mn Ni Pb 

Identification (%) (μg/g) (μg/g) (μg/g) (μg/g) (μg/g) (%) (μg/g) (μg/g) (μg/g) (μg/g) (

VK916 NF-B01 4.75 19.9 171000 0.32 62.7 48.0 2.42 0.071 6880 29.2 27.8 VK916 NF-B02 #1 7.05 14.2 1990 0.23 75.3 25.7 3.37 0.078 9670 42.7 27.8 VK916 NF-B02 #2 7.03 14.0 2030 0.23 74.4 26.0 3.33 0.076 9620 42.1 28.0 VK916 NF-B03 7.16 14.2 3350 0.20 71.6 25.8 3.28 0.073 7850 41.4 28.6 VK916 NF-B04 6.97 14.4 4300 0.22 77.9 26.3 3.18 0.084 9030 41.0 27.8 VK916 NF-B05 7.22 11.6 36600 0.32 75.4 29.7 3.13 0.075 1400 31.7 27.4 VK916 NF-B06 6.73 11.3 86800 0.27 67.2 32.6 2.78 0.089 1180 25.7 34.4 VK916 NF-B07 5.65 12.5 81500 0.27 62.9 39.1 2.63 0.153 1040 23.2 36.9 VK916 NF-B08 7.27 15.2 9420 0.21 78.4 28.0 3.35 0.085 9770 41.6 31.9 VK916 NF-B09 7.44 12.6 2150 0.14 80.2 27.3 3.49 0.072 4610 40.1 26.5 VK916 NF-B10 7.69 15.4 1050 0.14 78.8 27.3 3.68 0.085 7480 43.6 28.9 VK916 NF-B11 7.00 14.4 1070 0.17 79.4 27.1 3.52 0.073 10400 42.5 26.3 VK916 NF-B12 6.92 10.1 30500 0.24 75.2 34.8 3.09 0.145 7910 37.8 33.6 VK916 FF1-B01 7.62 14.8 1040 0.15 81.5 28.0 3.57 0.080 9210 42.5 27.0 VK916 FF1-B02 7.72 13.0 811 0.21 83.2 28.7 3.60 0.087 4830 41.5 27.4 VK916 FF2-B01 #1 7.23 12.8 1390 0.19 76.2 26.1 3.49 0.076 6780 37.7 25.9 VK916 FF2-B01 #2 7.26 13.0 1390 0.19 76.0 26.2 3.44 0.077 6760 37.9 25.5 VK916 FF2-B02 5.93 14.0 1240 0.15 70.3 24.4 3.34 0.069 6570 36.1 22.4 VK916 FF3-B01 7.41 13.4 954 0.19 75.8 26.9 3.43 0.080 9050 42.1 26.3 VK916 FF3-B02 6.80 14.5 1090 0.17 76.2 26.4 3.45 0.086 12000 42.7 26.8 VK916 FF4-B01 7.62 12.5 880 0.19 76.9 26.5 3.48 0.071 6530 41.2 26.0 VK916 FF4-B02 7.01 12.1 881 0.18 75.0 26.7 3.36 0.087 7120 39.3 25.5 VK916 FF5-B01 7.20 11.9 828 0.14 74.1 26.2 3.28 0.077 5830 37.7 24.2 VK916 FF5-B02 6.29 11.3 804 0.17 75.0 25.6 3.27 0.064 5250 37.5 24.6 VK916 FF6-B01 7.66 8.9 693 0.17 76.4 26.8 3.37 0.069 2070 38.9 25.0 VK916 FF6-B02 6.76 10.0 674 0.17 75.1 26.4 3.35 0.074 5890 39.1 24.1 Average Marine Sediment 7.2 7.7 460 0.17 72 33 4.1 0.19 770 52 19 Continental Crust 7.96 1.7 584 0.1 126 25 4.32 0.04 716 56 14.8 

G3-3
MMS Deepwater Effects - Cruise 3B 

Table G3-1. Continued. 

Sample Al As Ba Cd Cr Cu Fe Hg Mn Ni Pb 

Identification (%) (μg/g) (μg/g) (μg/g) (μg/g) (μg/g) (%) (μg/g) (μg/g) (μg/g) (μg/g) (

VK916 DISC-1 0-2 cm 7.16 9.6 33100 0.21 74.9 31.1 3.20 0.082 5270 35.8 20.6 VK916 DISC-1 2-4 cm 7.47 15.2 1110 0.15 79.4 27.1 3.58 0.076 6910 41.7 26.9 VK916 DISC-1 4-6 cm 7.98 11.2 726 0.17 84.4 28.3 3.84 0.080 1270 40.4 26.5 VK916 DISC-1 6-8 cm 8.42 9.3 632 0.28 87.8 29.8 3.77 0.077 867 40.9 24.9 VK916 DISC-1 8-10 cm 8.13 7.2 462 0.29 88.0 29.1 3.62 0.053 690 39.3 20.3 VK916 DISC-2 0-2 cm 7.25 14.1 66200 0.28 74.0 32.8 3.26 0.107 1560 26.7 26.2 VK916 DISC-2 2-4 cm 7.41 14.2 7530 0.16 77.6 29.3 3.54 0.071 8260 39.8 30.3 VK916 DISC-2 4-6 cm 8.25 12.2 788 0.18 81.6 28.6 3.90 0.076 3020 41.0 26.4 VK916 DISC-2 6-8 cm 8.43 9.3 630 0.26 81.4 29.5 3.75 0.076 1160 41.9 25.6 VK916 DISC-2 8-10 cm 8.31 9.0 507 0.30 82.9 29.0 3.74 0.067 1120 41.6 23.5 VK916 DISC-3 0-2 cm 6.41 12.6 73000 0.28 61.2 36.6 2.91 0.123 2460 28.5 20.9 VK916 DISC-3 2-4 cm 7.62 15.5 2420 0.16 75.1 28.0 3.51 0.084 12100 43.4 28.7 VK916 DISC-3 4-6 cm 8.09 12.6 968 0.15 79.7 28.3 3.78 0.083 2600 41.6 27.4 VK916 DISC-3 6-8 cm 8.35 8.7 614 0.27 83.6 28.8 3.81 0.079 1260 42.2 25.5 VK916 DISC-3 8-10 cm 8.44 7.7 547 0.28 88.2 28.8 3.79 0.065 1130 42.6 22.6 Average Marine Sediment 7.2 7.7 460 0.17 72 33 4.1 0.19 770 52 19 Continental Crust 7.96 1.7 584 0.1 126 25 4.32 0.04 716 56 14.8 

G3-4
MMS Deepwater Effects - Cruise 3B 

Table G3-2. Statistics for trace metal concentrations and total organic carbon (TOC) content in sediment samples (dry weight). Lab duplicates have 

analysis. 

Sample Al As Ba Cd Cr Cu Fe Hg Mn Ni Pb 

Identification (%) (μg/g) (μg/g) (μg/g) (μg/g) (μg/g) (%) (μg/g) (μg/g) (μg/g) (μg/g) 

VK916 NF 

Mean 6.82 13.8 35900 0.23 73.6 31.0 3.15 0.090 6360 36.6 29.9 

Std. Dev. 0.82 2.5 52600 0.06 6.3 6.7 0.38 0.028 3500 7.2 3.5 

n = 12 12 12 12 12 12 12 12 12 12 12 

Maximum 7.69 19.9 171000 0.32 80.2 48.0 3.68 0.153 10400 43.6 36.9 

Minimum 4.75 10.1 1050 0.14 62.7 25.8 2.42 0.071 1040 23.2 26.3 

VK916 FF 

Mean 7.11 12.4 940 0.17 76.3 26.6 3.41 0.077 6760 39.7 25.4 

Std. Dev. 0.57 1.8 216 0.02 3.3 1.1 0.10 0.008 2500 2.2 1.4 

n = 12 12 12 12 12 12 12 12 12 12 12 

Maximum 7.72 14.8 1390 0.21 83.2 28.7 3.60 0.087 12000 42.7 27.4 

Minimum 5.93 8.9 674 0.14 70.3 24.4 3.27 0.064 2070 36.1 22.4 

G3-5
MMS Deepwater Effects - Cruise 3B 

Table G3-3. Quality assurance and quality control data for sediment metal analyses. 

Results for the sediment Certified Reference Material (CRM) MESS-2 certified by the National Research Council of 

Canada (NRC) and the Standard Reference Material (SRM) Trace Elements in Water #1643d certified by the National 

Institute of Standards and Technology (NIST). 

Reference Material Al As Ba Cd Cr Cu Fe Hg Mn Ni Pb V Zn TOC 

 (%) (μg/g) (μg/g) (μg/g) (μg/g) (μg/g) (%) (μg/g) (μg/g) (μg/g) (μg/g) (μg/g) (μg/g) (%) 

 

CRM MESS-2 8.65 20.9 989 0.24 110 41.2 4.23 0.099 363 48.6 20.9 243 159 2.02 

This Study 8.74 21.0 1060 0.25 111 40.1 4.42 0.091 379 47.6 21.2 244 165 - 

 - - 1000 - - - - - - - - - - - 

 - - 1020 - - - - - - - - - - - 

 

CRM MESS-2 8.57 20.7 - 0.24 106 39.3 4.35 0.092 365 49.3 21.9 252 172 2.14* 

NRC Certified Values ± 0.26 ± 0.8 - ± 0.01 ± 8 ± 2.0 ± 0.22 ± 0.009 ± 21 ± 1.8 ± 1.2 ± 10 ± 16 ± 0.13 

 (μg/L) (μg/L) (μg/L) (μg/L) (μg/L) (μg/L) (μg/L) (μg/L) (μg/L) (μg/L) (μg/L) (μg/L) (μg/L) (μg/L) 

SRM #1643d - - 504.0 - - - - - - - - - - - 

This Study - - 511.3 - - - - - - - - - - - 

 

SRM #1643d 127.6 56.02 506.5 6.47 18.53 20.5 91.2 - 37.66 58.1 18.15 35.1 72.48 - 

NIST Certified Values ± 3.5 ± 0.73 ± 8.9 ± 0.37 ± 0.20 ± 3.8 ± 3.9 - ± 0.83 ± 2.7 ± 0.64 ± 1.4 ± 0.65 - 

 

*Certified value is for Total Carbon (Organic + Inorganic). 

Method Detection Limits (MDLs). 

 Al As Ba Cd Cr Cu Fe Hg Mn Ni Pb V Zn TOC 

 (%) (μg/g) (μg/g) (μg/g) (μg/g) (μg/g) (%) (μg/g) (μg/g) (μg/g) (μg/g) (μg/g) (μg/g) (%) 

 

Sediment MDL 0.01 0.2 2.0 0.01 3.0 3.0 0.01 0.001 2.5 2.5 0.02 4.5 0.4 0.06 

 

Percent Spike Recovery. Mean and Standard Deviation. 

 Al As Ba Cd Cr Cu Fe Hg** Mn Ni Pb V** Zn TOC 

 

Mean 98.1 99.8 99.9 97.7 103.5 98.8 97.9 87.5 97.9 97.8 96.5 118.9 96.5 - 

Standard Deviation 3.1 0.3 5.8 0.1 0.1 2.5 1.2 13.1 1.5 0.8 1.1 0.6 0.8 - 

(n =) 2 2 4 2 2 2 2 8 2 2 2 2 2 - 

 

**Final concentrations are corrected for percent spike recovery. 

Estimate of Precision as Percent Relative Standard Deviation (RSD) of Lab Duplicates. 

 Al As Ba Cd Cr Cu Fe Hg Mn Ni Pb V Zn TOC 

 

VK916 NF-B02 0.2 1.0 1.4 0.0 0.9 0.8 0.8 1.8 3.7 1.0 0.5 1.1 0.7 1.3 

VK916 FF2-B01 0.3 1.1 0.0 0.0 0.2 0.3 1.0 0.9 0.2 0.4 1.1 0.0 0.0 0.9 

 

Percent RSD = (standard deviation / mean) X 100. 

G3-6
MMS Deep Gulf of Mexico Cruise 3B (August 2002) 

 

Site: Viosca Knoll 916 Discretionary 1 (VK916 DISC-B01) 

 

Depth Oxygen Oxygen Depth Temperature Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water 8.2 114 1 7.9 -65 

0.1 6.6 92 3 -91 

0.2 6.6 92 5 -92 

0.3 5.2 72 7 -60 

0.4 4.5 63 9 -16 

0.5 0.0 0 13 -94 

 17 14 

 21 -4 

 

 

Oxygen Calibration: 0 and 20.9% 

Eh Calibration: oxidation/reduction potential (ORP) Standard = 418.7 mV at 23.3oC

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 8oC 

G3-7
MMS Deep Gulf of Mexico Cruise 3B (August 2002) 

 

Site: Viosca Knoll 916 Discretionary 2 (VK916 DISC-B02) 

 

Depth Oxygen Oxygen Depth Temperature Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water 10.2 139 1 9.2 31 

0.1 0.0 0 3 79 

 5 98 

 7 87 

 9 107 

 11 75 

 13 66 

 17 78 

 21 73 

 

 

Oxygen Calibration: 0 and 20.9% 

Eh Calibration: ORP Standard = 418.4 mV at 22.5oC 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 9oC 

G3-8
MMS Deep Gulf of Mexico Cruise 3B (August 2002) 

 

Site: Viosca Knoll 916 Discretionary 3 (VK916 DISC-B03) 

 

Depth Oxygen Oxygen Depth Temperature Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water - - 1 7.5 -54 

0.1 0.2 3 3 138 

0.2 0.1 1 5 153 

0.3 0.0 0 7 87 

 9 87 

 11 88 

 15 104 

 19 72 

 23 50 

 

 

Oxygen Calibration: 0 and 20.9% 

Eh Calibration: ORP Standard = 418.5 mV at 23.5oC 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 7oC 

G3-9
MMS Deep Gulf of Mexico Cruise 3B (August 2002) 

 

Site: Viosca Knoll 916 Near-Field 1 (VK916 NF-B01) 

 

Depth Oxygen Oxygen Depth Temperature Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water 9.5 132 1 7.8 513 

0.1 4.8 67 3 495 

0.2 1.2 17 5 191 

0.3 0.0 0 7 215 

 9 115 

 11 104 

 13 87 

 15 134 

 17 85 

 19 82 

 23 96 

 27 97 

 

 

Oxygen Calibration: 0 and 20.9% 

Eh Calibration: ORP Standard = 421.5 mV at 20.9oC 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 8oC 

G3-10
MMS Deep Gulf of Mexico Cruise 3B (August 2002) 

 

Site: Viosca Knoll 916 Near-Field 2 (VK916 NF-B02) 

 

Depth Oxygen Oxygen Depth Temperature Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water 12.9 176 3 8.8 543 

0.1 11.2 153 5 526 

0.2 10.1 138 7 495 

0.3 9.6 131 9 428 

0.4 8.2 112 11 230 

0.5 7.1 97 13 181 

0.6 5.4 74 15 228 

0.7 4.5 61 17 126 

0.8 3.9 53 19 140 

0.9 3.1 42 23 163 

1.0 2.4 33 27 107 

1.1 2.2 30 

1.2 2.0 27 

1.3 1.8 25 

1.4 1.6 22 

1.5 1.4 19 

1.6 1.2 16 

1.7 1.1 15 

1.8 0.9 12 

1.9 0.8 11 

2.0 0.7 10 

2.1 0.6 8 

2.2 0.5 7 

2.3 0.4 5 

2.4 0.3 4 

2.5 0.3 4 

2.6 0.2 3 

2.7 0.2 3 

2.8 0.1 1 

2.9 0.1 1 

3.0 0.0 0 

 

 

Oxygen Calibration: 0 and 20.9% 

Eh Calibration: ORP Standard = 421.0 mV at 22.7o

C 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 9o

C 

G3-11
MMS Deep Gulf of Mexico Cruise 3B (August 2002) 

 

Site: Viosca Knoll 916 Near-Field 4 (VK916 NF-B04) 

 

Depth Oxygen Oxygen Depth Temperature Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water 12.0 163 1 8.7 529 

0.1 11.2 153 3 512 

0.2 10.2 139 5 161 

0.3 8.6 117 7 141 

0.4 8.1 110 9 123 

0.5 7.6 104 11 125 

0.6 7.3 99 13 113 

0.7 6.9 94 17 103 

0.8 6.6 90 21 124 

0.9 6.2 84 

1.0 5.9 80 

1.1 5.5 75 

1.2 5.2 71 

1.3 5.0 68 

1.4 4.8 65 

1.5 4.7 64 

1.6 4.6 63 

1.7 4.5 61 

1.8 4.4 60 

1.9 4.3 59 Oxygen profile stopped 

2.0 4.2 57 due to hard clay. 

2.1 4.1 56 

2.2 4.0 54 

2.3 3.9 53 

2.4 3.7 50 

2.5 3.4 46 

2.6 3.1 42 

2.7 2.7 37 

2.8 2.4 33 

2.9 1.9 26 

 

 

Oxygen Calibration: 0 and 20.9% 

Eh Calibration: ORP Standard = 420.5 mV at 22.6oC 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 9oC 

G3-12
MMS Deep Gulf of Mexico Cruise 3B (August 2002) 

 

Site: Viosca Knoll 916 Near-Field 5 (VK916 NF-B05) 

 

Depth Oxygen Oxygen Depth Temperature Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water 11.6 158 3 8.8 477 

0.1 9.2 125 5 235 

0.2 0.2 3 7 154 

0.3 0.0 0 9 106 

 11 106 

 13 86 

 17 76 

 21 72 

 25 84 

 

 

Oxygen Calibration: 0 and 20.9% 

Eh Calibration: ORP Standard = 419.4 mV at 21.9oC 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 9oC 

G3-13
MMS Deep Gulf of Mexico Cruise 3B (August 2002) 

 

Site: Viosca Knoll 916 Near-Field 6 (VK916 NF-B06) 

 

Depth Oxygen Oxygen Depth Temperature Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water 2.8 41 1 13.7 -12 

0.1 0.2 3 3 47 

0.2 0.0 0 5 106 

 7 88 

 9 82 

 13 83 

 17 70 

 21 80 

 24 68 

 28 86 

 

 

Oxygen Calibration: 0 and 20.9% 

Eh Calibration: ORP Standard = 419.9 mV at 22.5oC 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 14oC 

G3-14
MMS Deep Gulf of Mexico Cruise 3B (August 2002) 

 

Site: Viosca Knoll 916 Near-Field 7 (VK916 NF-B07) 

 

Depth Oxygen Oxygen Depth Temperature Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water 3.0 41 2 9.5 -79 

0.1 0.1 1 4 2 

0.2 0.0 0 6 -72 

 8 58 

 10 66 

 12 56 

 14 28 

 16 61 

 20 74 

 24 88 

 28 78 

 

 

Oxygen Calibration: 0 and 20.9% 

Eh Calibration: ORP Standard = 419.3 mV at 22.5oC 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 9oC 

G3-15
MMS Deep Gulf of Mexico Cruise 3B (August 2002) 

 

Site: Viosca Knoll 916 Near-Field 8 (VK916 NF-B08) 

 

Depth Oxygen Oxygen Depth Temperature Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water 12.7 177 2 7.6 510 

0.1 8.5 118 4 499 

0.2 7.8 109 6 161 

0.3 5.5 77 8 127 

0.4 2.8 39 10 147 

0.5 1.9 26 14 122 

0.6 1.1 15 18 115 

0.7 0.6 8 22 114 

0.8 0.4 6 26 132 

0.9 0.2 3 30 105 

1.0 0.1 1 

1.1 0.1 1 

1.2 0.0 0 

 

 

Oxygen Calibration: 0 and 20.9% 

Eh Calibration: ORP Standard = 420.3 mV at 22.2oC 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 8oC 

G3-16
MMS Deep Gulf of Mexico Cruise 3B (August 2002) 

 

Site: Viosca Knoll 916 Near-Field 9 (VK916 NF-B09) 

 

Depth Oxygen Oxygen Depth Temperature Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water 11.3 157 3 8.4 524 

0.1 4.3 60 5 260 

0.2 0.0 0 7 165 

 9 125 

 15 100 

 21 145 

 29 115 

 

 

Oxygen Calibration: 0 and 20.9% 

Eh Calibration: ORP Standard = 419.0 mV at 23.2oC 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 8oC 

G3-17
MMS Deep Gulf of Mexico Cruise 3B (August 2002) 

 

Site: Viosca Knoll 916 Near-Field 10 (VK916 NF-B10) 

 

Depth Oxygen Oxygen Depth Temperature Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water 10.6 148 2 8.2 131 

0.1 8.5 118 4 192 

0.2 3.5 49 6 171 

0.3 1.3 18 8 154 

0.4 0.4 6 10 118 

0.5 0.0 0 12 123 

 16 105 

 20 137 

 

 

Oxygen Calibration: 0 and 20.9% 

Eh Calibration: ORP Standard = 418.2 mV at 23.5oC 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 8oC 

G3-18
MMS Deep Gulf of Mexico Cruise 3B (August 2002) 

 

Site: Viosca Knoll 916 Near-Field 12 (VK916 NF-B12) 

 

Depth Oxygen Oxygen Depth Temperature Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water 11.7 159 1 9.4 524 

0.1 9.0 123 3 252 

0.2 5.5 75 5 153 

0.3 3.8 52 7 93 

0.4 2.1 29 9 84 

0.5 1.0 14 13 69 

0.6 0.3 4 17 56 

0.7 0.0 0 

 

 

Oxygen Calibration: 0 and 20.9% 

Eh Calibration: ORP Standard = 418.2 mV at 23.5oC 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 9oC 

G3-19
MMS Deep Gulf of Mexico Cruise 3B (August 2002) 

 

Site: Viosca Knoll 916 Far-Field 1, Box Core 1 (VK916 FF1-B01) 

 

Depth Oxygen Oxygen Depth Temperature Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water 12.8 174 2 9.0 492 

0.1 10.8 147 4 224 

0.2 10.1 138 6 130 

0.3 9.6 131 8 111 

0.4 9.1 124 10 91 

0.5 8.7 118 12 92 

0.6 8.3 113 16 108 

0.7 7.8 106 20 93 

0.8 7.4 101 24 168 

0.9 6.9 94 

1.0 6.4 87 

1.1 5.4 74 

1.2 4.9 67 

1.3 4.3 59 

1.4 3.8 52 

1.5 3.4 46 

1.6 3.0 41 

1.7 2.4 33 

1.8 2.1 29 

1.9 1.7 23 

2.0 1.1 15 

2.1 0.7 10 

2.2 0.5 7 

2.3 0.4 5 

2.4 0.2 3 

2.5 0.1 1 

2.6 0.0 0 

 

 

Oxygen Calibration: 0 and 20.9% 

Eh Calibration: ORP Standard = 419.5 mV at 22.2oC 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 9oC 

G3-20
MMS Deep Gulf of Mexico Cruise 3B (August 2002) 

 

Site: Viosca Knoll 916 Far-Field 2, Box Core 1 (VK916 FF2-B01) 

 

Depth Oxygen Oxygen Depth Temperature Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water 13.2 180 2 9.2 491 

0.1 11.4 155 4 483 

0.2 9.0 123 6 433 

0.3 7.9 108 8 291 

0.4 7.3 99 10 195 

0.5 6.8 93 12 166 

0.6 6.4 87 14 195 

0.7 6.0 82 16 150 

0.8 5.5 75 18 114 

0.9 5.0 68 20 126 

1.0 3.9 53 22 147 

1.1 3.2 44 26 127 

1.2 2.7 37 

1.3 2.3 31 

1.4 2.0 27 

1.5 1.9 26 

1.6 1.7 23 

1.7 1.6 22 

1.8 1.5 20 

1.9 1.4 19 

2.0 1.2 16 

2.1 1.1 15 

2.2 1.0 14 

2.3 0.8 11 

2.4 0.7 10 

2.5 0.6 8 

2.6 0.5 7 

2.7 0.4 5 

2.8 0.3 4 

2.9 0.2 3 

3.0 0.1 1 

3.1 0.0 0 

 

 

Oxygen Calibration: 0 and 20.9% 

Eh Calibration: ORP Standard = 421.8 mV at 22.9o

C 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 9o

C 

G3-21
MMS Deep Gulf of Mexico Cruise 3B (August 2002) 

 

Site: Viosca Knoll 916 Far-Field 2, Box Core 2 (VK916 FF2-B02) 

 

Depth Oxygen Oxygen Depth Temperature Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water 13.0 173 2 9.8 514 

0.1 8.1 108 4 504 

0.2 5.4 72 6 161 

0.3 4.0 53 8 184 

0.4 3.5 47 10 119 

0.5 3.1 41 12 124 

0.6 2.7 36 14 118 

0.7 2.3 31 18 107 

0.8 1.9 25 22 99 

0.9 1.6 21 26 111 

1.0 1.4 19 

1.1 1.2 16 

1.2 1.0 13 

1.3 0.9 12 Oxygen profile stopped 

1.4 0.8 11 due to stiff clay. 

1.5 0.7 9 

1.6 0.6 8 

1.7 0.5 7 

1.8 0.4 5 

1.9 0.4 5 

2.0 0.3 4 

 

 

Oxygen Calibration: 0 and 20.9% 

Eh Calibration: ORP Standard = 422.0 mV at 23.0oC 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10oC 

G3-22
MMS Deep Gulf of Mexico Cruise 3B (August 2002) 

 

Site: Viosca Knoll 916 Far-Field 3, Box Core 2 (VK916 FF3-B02) 

 

Depth Oxygen Oxygen Depth Temperature Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water 11.9 158 1 9.8 512 

0.1 11.4 152 3 506 

0.2 9.1 121 5 446 

0.3 7.7 103 7 183 

0.4 7.4 99 9 120 

0.5 7.1 95 11 117 

0.6 6.6 88 15 92 

0.7 5.7 76 19 98 

0.8 4.8 64 

0.9 4.0 53 

1.0 2.2 29 

1.1 1.3 17 

1.2 1.0 13 

1.3 0.7 9 

1.4 0.4 5 

1.5 0.2 3 

1.6 0.0 0 

 

 

Oxygen Calibration: 0 and 20.9% 

Eh Calibration: ORP Standard = 417.9 mV at 22.7oC 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10oC 

G3-23
MMS Deep Gulf of Mexico Cruise 3B (August 2002) 

 

Site: Viosca Knoll 916 Far-Field 4, Box Core 1 (VK916 FF4-B01) 

 

Depth Oxygen Oxygen Depth Temperature Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water 11.8 151 1 11.6 488 

0.1 11.5 147 3 328 

0.2 9.4 120 5 324 

0.3 8.0 102 7 149 

0.4 7.5 96 9 119 

0.5 7.1 91 11 117 

0.6 6.7 86 15 115 

0.7 6.3 81 19 101 

0.8 5.9 75 

0.9 5.6 72 

1.0 5.4 69 

1.1 5.1 65 

1.2 4.9 63 

1.3 4.8 61 

1.4 4.7 60 

1.5 4.6 59 

1.6 4.6 59 

1.7 4.5 58 

1.8 4.5 58 

1.9 4.4 56 

2.0 4.4 56 

2.1 4.3 55 

2.2 4.2 54 

2.3 4.1 52 

2.4 3.9 50 

2.5 2.6 33 

2.6 1.2 15 

2.7 0.7 9 

2.8 0.5 6 

2.9 0.3 4 

3.0 0.2 3 

3.1 0.1 1 

3.2 0.0 0 

 

 

Oxygen Calibration: 0 and 20.9% 

Eh Calibration: ORP Standard = 418.0 mV at 23.2o

C 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 12o

C 

G3-24
MMS Deep Gulf of Mexico Cruise 3B (August 2002) 

 

Site: Viosca Knoll 916 Far-Field 5, Box Core 2 (VK916 FF5-B02) 

 

Depth Oxygen Oxygen Depth Temperature Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water 9.4 128 1 9.4 218 

0.1 3.2 44 3 164 

0.2 1.2 16 5 149 

0.3 0.6 8 7 139 

0.4 0.1 1 9 115 

0.5 0.0 0 11 112 

 15 123 

 19 120 

 

 

Oxygen Calibration: 0 and 20.9% 

Eh Calibration: ORP Standard = 419.6 mV at 23.6oC 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 9oC 

G3-25
MMS Deep Gulf of Mexico Cruise 3B (August 2002) 

 

Site: Viosca Knoll 916 Far-Field 6, Box Core 1 (VK916 FF6-B01) 

 

Depth Oxygen Oxygen Depth Temperature Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water 9.2 125 1 9.5 240 

0.1 0.0 0 3 124 

 5 107 

 7 101 

 9 98 

 13 106 

 

 

Oxygen Calibration: 0 and 20.9% 

Eh Calibration: ORP Standard = 418.6 mV at 22.5oC 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 9oC 

G3-26
MMS Deep Gulf of Mexico Cruise 3B (August 2002) 

 

Site: Viosca Knoll 916 Far-Field 6, Box Core 2 (VK916 FF6-B02) 

 

Depth Oxygen Oxygen Depth Temperature Eh 

(cm) (%) (μM) (cm) (C) (mV) 

 

Bottom Water 11.1 148 2 9.6 491 

0.1 6.6 88 4 326 

0.2 4.9 65 6 171 

0.3 3.8 51 8 119 

0.4 3.3 44 10 115 

0.5 2.7 36 14 106 

0.6 2.0 27 18 100 

0.7 1.5 20 22 112 

0.8 1.1 15 

0.9 0.9 12 

1.0 0.8 11 

1.1 0.6 8 

1.2 0.5 7 

1.3 0.4 5 

1.4 0.4 5 

1.5 0.3 4 

1.6 0.2 3 

1.7 0.1 1 

1.8 0.0 0 

 

 

Oxygen Calibration: 0 and 20.9% 

Eh Calibration: ORP Standard = 419.5 mV at 23.3oC 

 

Oxygen μM Calculation Assumes Chlorinity of 20 and Avg. Temp of 10oC 

G3-27
G3-28
G3-29
G3-30
G3-31
MMS Deep Gulf of Mexico Cruise 3B: VK916 FF1-B01

0 50 100 150 200 250

Oxygen (μM)

0.0

0.5

1.0

1.5

2.0

2.5

3.0

Sediment Depth (cm)

-200 100 400 700

Eh (mV)

0

5

10

15

20

25

30

Sediment Depth (cm)

MMS Deep Gulf of Mexico Cruise 3B: VK916 FF2-B01

0 50 100 150 200 250 0.0

1.0

2.0

3.0

Sediment Depth (cm)

Oxygen (μM)

1.5

2.5

0.5

-200 100 400 700

0

5

10

15

20

25

30

Sediment Depth (cm)

Eh (mV)

G3-32
MMS Deep Gulf of Mexico Cruise 3B: VK916 FF2-B02

0 50 100 150 200 250

Oxygen (μM)

0.0

0.5

1.0

1.5

2.0

2.5

3.0

Sediment Depth (cm)

-200 100 400 700

Eh (mV)

0

5

10

15

20

25

30

Sediment Depth (cm)

MMS Deep Gulf of Mexico Cruise 3B: VK916 FF4-B01

0 50 100 150 200 250

Oxygen (μM)

0.0

0.5

1.0

1.5

2.0

2.5

3.0

3.5

Sediment Depth (cm)

-200 100 400 700

Eh (mV)

0

5

10

15

20

25

30

Sediment Depth (cm)

MMS Deep Gulf of Mexico Cruise 3B: VK916 FF3-B02

0 50 100 150 200 250

Oxygen (μM)

0.0

0.5

1.0

1.5

2.0

2.5

3.0

Sediment Depth (cm)

-200 100 400 700

Eh (mV)

0

5

10

15

20

25

30

Sediment Depth (cm)

G3-33
MMS Deep Gulf of Mexico Cruise 3B: VK916 FF5-B02

0 50 100 150 200 250

Oxygen (μM)

0.0

0.5

1.0

1.5

2.0

2.5

3.0

Sediment Depth (cm)

-200 100 400 700

Eh (mV)

0

5

10

15

20

25

30

Sediment Depth (cm)

MMS Deep Gulf of Mexico Cruise 3B: VK916 FF6-B02

0 50 100 150 200 250

Oxygen (μM)

0.0

0.5

1.0

1.5

2.0

2.5

3.0

Sediment Depth (cm)

-200 100 400 700

Eh (mV)

0

5

10

15

20

25

30

Sediment Depth (cm)

MMS Deep Gulf of Mexico Cruise 3B: VK916 FF6-B01

0 50 100 150 200 250 0.0

1.0

2.0

3.0

Sediment Depth (cm)

Oxygen (μM)

1.5

2.5

0.5

-200 100 400 700

0

5

10

15

20

25

30

Sediment Depth (cm)

Eh (mV)

G3-34
REFERENCES 

Salomons, W. and U. Förstner. 1984. Metals in the Hydrocycle. Springer-Verlag, 

Berlin. 349 pp. 

Wedepohl, K.H. 1995. The composition of the continental crust. Geochim. Cosmochim. 

Acta 59:1,217-1,232. 

G3-35
H-1 

APPENDIX H 

Sediment Hydrocarbon Data 
Table H.1. Sediment polycyclic aromatic hydrocarbon data for Cruise 1B.

Cruise Sample No. Station

Collection 

Date

Received 

Date

Extraction 

Date

Extraction 

Batch

Date 

Acquired

1 MMS0013.D GB516-FF1-B01 11/01/00 11/20/00 12/05/00 ENV 322 03/17/01

1 MMS0014.D GB516-FF1-B02 11/01/00 11/20/00 12/05/00 ENV 322 03/17/01

1 MMS0015.D GB516-FF2-B01 10/30/00 11/20/00 12/05/00 ENV 322 03/17/01

1 MMS0016.D GB516-FF2-B02 10/31/00 11/20/00 12/05/00 ENV 322 03/17/01

1 MMS0017.D GB516-FF3-B01 10/31/00 11/20/00 12/05/00 ENV 322 03/17/01

1 MMS0018.D GB516-FF3-B02 10/31/00 11/20/00 12/05/00 ENV 322 03/17/01

1 MMS0019.D GB516-FF4-B01 10/31/00 11/20/00 12/05/00 ENV 322 03/17/01

1 MMS0020.D GB516-FF4-B02 10/31/00 11/20/00 12/06/00 ENV 324 03/23/01

1 MMS0021.D GB516-FF5-B01 11/01/00 11/20/00 12/06/00 ENV 324 03/24/01

1 MMS0022.D GB516-FF5-B02 11/01/00 11/20/00 12/06/00 ENV 324 03/24/01

1 MMS0023.D GB516-FF6-B01 11/01/00 11/20/00 12/06/00 ENV 324 03/24/01

1 MMS0024.D GB516-FF6-B02 11/01/00 11/20/00 12/06/00 ENV 324 03/24/01

1 MMS0001.D GB516-NF-B01 10/28/00 11/20/00 12/05/00 ENV 322 03/17/01

1 MMS0002.D GB516-NF-B02 10/28/00 11/20/00 12/05/00 ENV 322 03/27/01

1 MMS0003.D GB516-NF-B03 10/29/00 11/20/00 12/05/00 ENV 322 03/17/01

1 MMS0004.D GB516-NF-B04 10/28/00 11/20/00 12/05/00 ENV 322 03/17/01

1 MMS0005.D GB516-NF-B05 10/29/00 11/20/00 12/05/00 ENV 322 03/17/01

1 MMS0006.D GB516-NF-B06 10/29/00 11/20/00 12/05/00 ENV 322 03/17/01

1 MMS0007.D GB516-NF-B07 10/29/00 11/20/00 12/05/00 ENV 322 03/17/01

1 MMS0008.D GB516-NF-B08 10/30/00 11/20/00 12/05/00 ENV 322 03/17/01

1 MMS0009.D GB516-NF-B09 10/30/00 11/20/00 12/05/00 ENV 322 03/17/01

1 MMS0010.D GB516-NF-B10 10/30/00 11/20/00 12/05/00 ENV 322 03/17/01

1 MMS0011.D GB516-NF-B11 10/30/00 11/20/00 12/05/00 ENV 322 03/17/01

1 MMS0012.D GB516-NF-B12 10/29/00 11/20/00 12/05/00 ENV 322 03/17/01

1 MMS0037.D VK916-FF2-B01 11/06/00 11/20/00 12/06/00 ENV 324 03/24/01

1 MMS0038.D VK916-FF2-B02 11/06/00 11/20/00 12/06/00 ENV 324 03/24/01

1 MMS0039.D VK916-FF3-B01 11/06/00 11/20/00 12/15/00 ENV 325 03/26/01

1 MMS0040.D VK916-FF3-B02 11/08/00 11/20/00 12/15/00 ENV 325 03/26/01

1 MMS0041.D VK916-FF4-B01 11/08/00 11/20/00 12/15/00 ENV 325 03/27/01

1 MMS0042.D VK916-FF4-B02 11/08/00 11/20/00 12/15/00 ENV 325 03/27/01

1 MMS0043.D VK916-FF5-B01 11/08/00 11/20/00 12/15/00 ENV 325 03/27/01

1 MMS0044.D VK916-FF5-B02 11/08/00 11/20/00 12/15/00 ENV 325 03/27/01

1 MMS0045.D VK916-FF6-B01 11/08/00 11/20/00 12/15/00 ENV 325 03/27/01

1 MMS0046.D VK916-FF6-B02 11/08/00 11/20/00 12/15/00 ENV 325 03/27/01

1 MMS0025.D VK916-NF-B01 11/05/00 11/20/00 12/06/00 ENV 324 03/24/01

1 MMS0026.D VK916-NF-B02 11/04/00 11/20/00 12/06/00 ENV 324 03/24/01

1 MMS0027.D VK916-NF-B03 11/05/00 11/20/00 12/06/00 ENV 324 03/24/01

1 MMS0028.D VK916-NF-B04 11/05/00 11/20/00 12/06/00 ENV 324 03/24/01

1 MMS0029.D VK916-NF-B05 11/05/00 11/20/00 12/06/00 ENV 324 03/24/01

1 MMS0030.D VK916-NF-B06 11/05/00 11/20/00 12/06/00 ENV 324 03/24/01

1 MMS0031.D VK916-NF-B07 11/05/00 11/20/00 12/06/00 ENV 324 03/24/01

1 MMS0032.D VK916-NF-B08 11/05/00 11/20/00 12/06/00 ENV 324 03/24/01

1 MMS0033.D VK916-NF-B09 11/07/00 11/20/00 12/06/00 ENV 324 03/24/01

1 MMS0034.D VK916-NF-B10 11/07/00 11/20/00 12/06/00 ENV 324 03/24/01

1 MMS0035.D VK916-NF-B11 11/07/00 11/20/00 12/06/00 ENV 324 03/24/01

1 MMS0036.D VK916-NF-B12 11/07/00 11/20/00 12/06/00 ENV 324 03/24/01

H-3
Table H.1. Sediment polycyclic aromatic hydrocarbon data for Cruise 1B.

Cruise Sample No. Station

1 MMS0013.D GB516-FF1-B01

1 MMS0014.D GB516-FF1-B02

1 MMS0015.D GB516-FF2-B01

1 MMS0016.D GB516-FF2-B02

1 MMS0017.D GB516-FF3-B01

1 MMS0018.D GB516-FF3-B02

1 MMS0019.D GB516-FF4-B01

1 MMS0020.D GB516-FF4-B02

1 MMS0021.D GB516-FF5-B01

1 MMS0022.D GB516-FF5-B02

1 MMS0023.D GB516-FF6-B01

1 MMS0024.D GB516-FF6-B02

1 MMS0001.D GB516-NF-B01

1 MMS0002.D GB516-NF-B02

1 MMS0003.D GB516-NF-B03

1 MMS0004.D GB516-NF-B04

1 MMS0005.D GB516-NF-B05

1 MMS0006.D GB516-NF-B06

1 MMS0007.D GB516-NF-B07

1 MMS0008.D GB516-NF-B08

1 MMS0009.D GB516-NF-B09

1 MMS0010.D GB516-NF-B10

1 MMS0011.D GB516-NF-B11

1 MMS0012.D GB516-NF-B12

1 MMS0037.D VK916-FF2-B01

1 MMS0038.D VK916-FF2-B02

1 MMS0039.D VK916-FF3-B01

1 MMS0040.D VK916-FF3-B02

1 MMS0041.D VK916-FF4-B01

1 MMS0042.D VK916-FF4-B02

1 MMS0043.D VK916-FF5-B01

1 MMS0044.D VK916-FF5-B02

1 MMS0045.D VK916-FF6-B01

1 MMS0046.D VK916-FF6-B02

1 MMS0025.D VK916-NF-B01

1 MMS0026.D VK916-NF-B02

1 MMS0027.D VK916-NF-B03

1 MMS0028.D VK916-NF-B04

1 MMS0029.D VK916-NF-B05

1 MMS0030.D VK916-NF-B06

1 MMS0031.D VK916-NF-B07

1 MMS0032.D VK916-NF-B08

1 MMS0033.D VK916-NF-B09

1 MMS0034.D VK916-NF-B10

1 MMS0035.D VK916-NF-B11

1 MMS0036.D VK916-NF-B12

Method Wet Wt. Dry Wt. %Moisture %Dry Dilution

PAH-2000 59.3 15.0 75 25 NA

PAH-2000 52.7 14.9 72 28 NA

PAH-2000 53.7 15.1 72 28 NA

PAH-2000 42.7 15.1 65 35 NA

PAH-2000 56.9 14.8 74 26 NA

PAH-2000 53.0 15.0 72 28 NA

PAH-2000 55.8 15.0 73 27 NA

PAH-2000 47.6 14.9 69 31 NA

PAH-2000 51.2 15.1 71 29 NA

PAH-2000 54.5 15.0 73 27 NA

PAH-2000 45.8 15.1 67 33 NA

PAH-2000 48.2 15.0 69 31 NA

PAH-2000 43.4 15.0 66 34 4x

PAH-2000 40.9 15.1 63 37 50x

PAH-2000 55.9 15.2 73 27 4x

PAH-2000 54.4 15.0 72 28 NA

PAH-2000 47.1 15.0 68 32 NA

PAH-2000 49.9 15.4 69 31 4x

PAH-2000 51.5 14.9 71 29 10x

PAH-2000 54.0 15.0 72 28 NA

PAH-2000 49.5 15.0 70 30 NA

PAH-2000 54.6 15.0 73 28 NA

PAH-2000 53.6 15.3 71 29 NA

PAH-2000 65.3 14.9 77 23 NA

PAH-2000 55.2 15.1 73 27 NA

PAH-2000 66.7 15.2 77 23 NA

PAH-2000 76.9 15.0 80 20 NA

PAH-2000 75.0 15.0 80 20 NA

PAH-2000 78.7 15.0 81 19 NA

PAH-2000 59.5 15.0 75 25 NA

PAH-2000 50.6 15.0 70 30 NA

PAH-2000 45.0 15.0 67 33 NA

PAH-2000 49.3 15.0 70 30 NA

PAH-2000 48.3 15.0 69 31 NA

PAH-2000 66.9 15.1 77 23 NA

PAH-2000 63.8 15.0 76 24 NA

PAH-2000 78.4 15.0 81 19 NA

PAH-2000 72.3 15.1 79 21 NA

PAH-2000 75.7 14.9 80 20 NA

PAH-2000 84.7 15.1 82 18 NA

PAH-2000 62.7 15.2 76 24 NA

PAH-2000 74.2 15.0 80 20 NA

PAH-2000 78.1 15.1 81 19 NA

PAH-2000 58.3 15.0 74 26 NA

PAH-2000 63.4 16.1 75 25 NA

PAH-2000 55.1 15.0 73 27 NA

H-4
Table H.1. Sediment polycyclic aromatic hydrocarbon data for Cruise 1B.

Cruise Sample No. Station

1 MMS0013.D GB516-FF1-B01

1 MMS0014.D GB516-FF1-B02

1 MMS0015.D GB516-FF2-B01

1 MMS0016.D GB516-FF2-B02

1 MMS0017.D GB516-FF3-B01

1 MMS0018.D GB516-FF3-B02

1 MMS0019.D GB516-FF4-B01

1 MMS0020.D GB516-FF4-B02

1 MMS0021.D GB516-FF5-B01

1 MMS0022.D GB516-FF5-B02

1 MMS0023.D GB516-FF6-B01

1 MMS0024.D GB516-FF6-B02

1 MMS0001.D GB516-NF-B01

1 MMS0002.D GB516-NF-B02

1 MMS0003.D GB516-NF-B03

1 MMS0004.D GB516-NF-B04

1 MMS0005.D GB516-NF-B05

1 MMS0006.D GB516-NF-B06

1 MMS0007.D GB516-NF-B07

1 MMS0008.D GB516-NF-B08

1 MMS0009.D GB516-NF-B09

1 MMS0010.D GB516-NF-B10

1 MMS0011.D GB516-NF-B11

1 MMS0012.D GB516-NF-B12

1 MMS0037.D VK916-FF2-B01

1 MMS0038.D VK916-FF2-B02

1 MMS0039.D VK916-FF3-B01

1 MMS0040.D VK916-FF3-B02

1 MMS0041.D VK916-FF4-B01

1 MMS0042.D VK916-FF4-B02

1 MMS0043.D VK916-FF5-B01

1 MMS0044.D VK916-FF5-B02

1 MMS0045.D VK916-FF6-B01

1 MMS0046.D VK916-FF6-B02

1 MMS0025.D VK916-NF-B01

1 MMS0026.D VK916-NF-B02

1 MMS0027.D VK916-NF-B03

1 MMS0028.D VK916-NF-B04

1 MMS0029.D VK916-NF-B05

1 MMS0030.D VK916-NF-B06

1 MMS0031.D VK916-NF-B07

1 MMS0032.D VK916-NF-B08

1 MMS0033.D VK916-NF-B09

1 MMS0034.D VK916-NF-B10

1 MMS0035.D VK916-NF-B11

1 MMS0036.D VK916-NF-B12

Target 

Compounds Naphthal C1-Naphth C2-Naphth C3-Naphth

Su Corrected 2.8 2.2 3.8 4.6

Su Corrected 2.9 2.8 4.9 4.8

Su Corrected 3.0 2.3 3.2 3.1

Su Corrected 3.7 3.3 3.6 3.8

Su Corrected 3.5 2.6 3.9 3.6

Su Corrected 3.7 2.1 3.0 3.0

Su Corrected 4.0 2.4 3.9 3.9

Su Corrected 1.6 2.0 3.2 3.8

Su Corrected 1.3 1.6 2.6 3.2

Su Corrected 1.9 2.1 3.3 3.5

Su Corrected 1.9 1.8 3.0 3.5

Su Corrected 1.7 2.0 3.0 3.6

Su Corrected 6.5 4.2 12.2 42.9

Su Corrected 17.3 13.2 52.3 150

Su Corrected 4.2 4.0 7.4 11.4

Su Corrected 2.4 4.3 6.6 9.4

Su Corrected 1.6 4.0 8.6 10.8

Su Corrected 3.8 4.1 7.9 22.9

Su Corrected 11.4 4.2 11.9 14.1

Su Corrected 2.6 2.7 4.2 4.4

Su Corrected 3.3 5.1 11.2 13.8

Su Corrected 3.2 3.0 4.6 3.9

Su Corrected 2.7 2.1 3.3 3.7

Su Corrected 3.1 2.6 3.9 3.4

Su Corrected 4.4 3.6 5.3 4.1

Su Corrected 5.0 4.6 6.4 4.7

Su Corrected 4.5 4.4 6.1 4.6

Su Corrected 9.8 9.9 10.7 6.9

Su Corrected 4.8 4.5 6.8 5.2

Su Corrected 4.9 4.8 7.2 5.4

Conc. (ng/dry g) 5.1 4.4 6.9 4.7

Su Corrected 4.2 3.8 5.7 4.2

Su Corrected 4.7 4.1 6.5 4.6

Su Corrected 16.5 23.7 28.1 16.9

Su Corrected 6.4 5.6 8.1 6.4

Su Corrected 7.7 7.4 7.9 5.3

Su Corrected 6.9 6.8 7.6 5.5

Su Corrected 8.9 8.2 8.6 5.9

Su Corrected 5.3 5.0 7.2 5.2

Su Corrected 5.1 5.3 7.2 5.3

Su Corrected 7.6 6.9 7.4 5.3

Su Corrected 4.4 4.1 5.9 4.6

Su Corrected 4.9 3.8 5.5 3.9

Su Corrected 4.5 3.9 4.9 3.4

Su Corrected 7.0 6.3 7.0 4.7

Su Corrected 6.7 5.8 7.0 4.7

H-5
Table H.1. Sediment polycyclic aromatic hydrocarbon data for Cruise 1B.

Cruise Sample No. Station

1 MMS0013.D GB516-FF1-B01

1 MMS0014.D GB516-FF1-B02

1 MMS0015.D GB516-FF2-B01

1 MMS0016.D GB516-FF2-B02

1 MMS0017.D GB516-FF3-B01

1 MMS0018.D GB516-FF3-B02

1 MMS0019.D GB516-FF4-B01

1 MMS0020.D GB516-FF4-B02

1 MMS0021.D GB516-FF5-B01

1 MMS0022.D GB516-FF5-B02

1 MMS0023.D GB516-FF6-B01

1 MMS0024.D GB516-FF6-B02

1 MMS0001.D GB516-NF-B01

1 MMS0002.D GB516-NF-B02

1 MMS0003.D GB516-NF-B03

1 MMS0004.D GB516-NF-B04

1 MMS0005.D GB516-NF-B05

1 MMS0006.D GB516-NF-B06

1 MMS0007.D GB516-NF-B07

1 MMS0008.D GB516-NF-B08

1 MMS0009.D GB516-NF-B09

1 MMS0010.D GB516-NF-B10

1 MMS0011.D GB516-NF-B11

1 MMS0012.D GB516-NF-B12

1 MMS0037.D VK916-FF2-B01

1 MMS0038.D VK916-FF2-B02

1 MMS0039.D VK916-FF3-B01

1 MMS0040.D VK916-FF3-B02

1 MMS0041.D VK916-FF4-B01

1 MMS0042.D VK916-FF4-B02

1 MMS0043.D VK916-FF5-B01

1 MMS0044.D VK916-FF5-B02

1 MMS0045.D VK916-FF6-B01

1 MMS0046.D VK916-FF6-B02

1 MMS0025.D VK916-NF-B01

1 MMS0026.D VK916-NF-B02

1 MMS0027.D VK916-NF-B03

1 MMS0028.D VK916-NF-B04

1 MMS0029.D VK916-NF-B05

1 MMS0030.D VK916-NF-B06

1 MMS0031.D VK916-NF-B07

1 MMS0032.D VK916-NF-B08

1 MMS0033.D VK916-NF-B09

1 MMS0034.D VK916-NF-B10

1 MMS0035.D VK916-NF-B11

1 MMS0036.D VK916-NF-B12

C4-Naphth Biphenyl Acena_lene Acen_thene Fluorene

4.6 0.9 1.0 1.0 1.0

4.8 1.0 0.9 1.3 1.1

3.0 0.8 0.9 1.2 1.0

3.7 0.8 0.7 0.7 0.8

2.9 1.0 1.2 0.9 1.1

2.9 0.7 0.8 0.7 0.7

3.3 0.8 1.2 0.8 0.9

3.7 0.6 0.5 0.8 0.5

3.0 0.5 0.4 0.5 0.4

3.7 0.7 0.6 0.7 0.7

3.7 0.6 0.4 0.9 0.8

3.5 0.7 0.6 0.9 0.8

69.8 2.0 0.8 42.5 22.0

151 20.7 3.7 202 403

10.2 2.2 0.9 27.3 15.8

11.4 1.5 0.8 7.5 4.0

4.8 1.5 1.0 7.0 4.6

13.2 4.3 0.1 46.6 17.5

19.0 6.1 0.1 19.3 94.1

2.6 1.3 1.0 1.5 1.3

6.1 2.4 1.2 8.0 5.1

2.8 1.1 1.0 2.9 1.7

4.1 0.9 1.0 1.4 1.2

4.4 1.1 1.0 0.2 1.0

3.4 1.4 1.4 1.1 1.4

3.4 1.7 1.7 1.3 1.6

4.3 1.7 1.8 1.8 2.0

6.2 2.2 2.0 2.4 2.9

4.5 1.8 1.7 1.4 1.7

4.5 1.9 1.8 1.8 2.3

3.9 1.9 1.8 1.7 2.1

3.9 1.5 1.5 1.6 2.0

5.0 1.9 1.7 1.8 2.3

11.4 3.5 2.3 2.1 2.8

4.5 2.1 2.3 1.6 2.0

3.9 1.9 1.7 1.9 2.4

4.0 1.9 1.8 1.9 2.4

4.8 1.9 1.9 2.0 2.2

4.3 1.8 1.8 2.5 2.7

5.0 1.9 2.0 2.4 2.5

4.1 1.9 2.0 1.9 2.4

4.3 1.7 1.6 1.8 2.0

2.8 1.6 1.5 1.1 1.3

2.9 1.5 1.5 0.8 1.1

3.5 1.8 1.8 1.5 2.3

3.4 1.8 1.9 1.2 2.0

H-6
Table H.1. Sediment polycyclic aromatic hydrocarbon data for Cruise 1B.

Cruise Sample No. Station

1 MMS0013.D GB516-FF1-B01

1 MMS0014.D GB516-FF1-B02

1 MMS0015.D GB516-FF2-B01

1 MMS0016.D GB516-FF2-B02

1 MMS0017.D GB516-FF3-B01

1 MMS0018.D GB516-FF3-B02

1 MMS0019.D GB516-FF4-B01

1 MMS0020.D GB516-FF4-B02

1 MMS0021.D GB516-FF5-B01

1 MMS0022.D GB516-FF5-B02

1 MMS0023.D GB516-FF6-B01

1 MMS0024.D GB516-FF6-B02

1 MMS0001.D GB516-NF-B01

1 MMS0002.D GB516-NF-B02

1 MMS0003.D GB516-NF-B03

1 MMS0004.D GB516-NF-B04

1 MMS0005.D GB516-NF-B05

1 MMS0006.D GB516-NF-B06

1 MMS0007.D GB516-NF-B07

1 MMS0008.D GB516-NF-B08

1 MMS0009.D GB516-NF-B09

1 MMS0010.D GB516-NF-B10

1 MMS0011.D GB516-NF-B11

1 MMS0012.D GB516-NF-B12

1 MMS0037.D VK916-FF2-B01

1 MMS0038.D VK916-FF2-B02

1 MMS0039.D VK916-FF3-B01

1 MMS0040.D VK916-FF3-B02

1 MMS0041.D VK916-FF4-B01

1 MMS0042.D VK916-FF4-B02

1 MMS0043.D VK916-FF5-B01

1 MMS0044.D VK916-FF5-B02

1 MMS0045.D VK916-FF6-B01

1 MMS0046.D VK916-FF6-B02

1 MMS0025.D VK916-NF-B01

1 MMS0026.D VK916-NF-B02

1 MMS0027.D VK916-NF-B03

1 MMS0028.D VK916-NF-B04

1 MMS0029.D VK916-NF-B05

1 MMS0030.D VK916-NF-B06

1 MMS0031.D VK916-NF-B07

1 MMS0032.D VK916-NF-B08

1 MMS0033.D VK916-NF-B09

1 MMS0034.D VK916-NF-B10

1 MMS0035.D VK916-NF-B11

1 MMS0036.D VK916-NF-B12

C1-Fluor C2-Fluor C3-Fluor Anthracene Phenanthre

1.4 3.1 5.3 2.1 3.6

1.3 2.5 3.6 1.0 3.3

0.8 2.1 3.4 1.5 3.2

0.8 1.9 3.3 1.4 2.7

0.9 1.8 3.5 3.1 3.8

0.8 1.9 3.1 1.2 2.7

1.1 2.4 4.8 1.1 3.6

0.7 1.5 2.3 0.7 2.4

0.5 1.2 2.0 0.7 2.3

0.6 1.6 2.5 1.5 3.3

0.6 1.3 2.5 0.6 2.4

0.6 1.2 2.7 1.2 2.7

60.4 38.6 23.0 5.0 7.5

416 398 643 23.0 15.8

16.0 20.0 21.6 1.3 4.6

4.2 5.9 7.6 1.7 5.3

3.5 12.8 8.8 1.8 5.1

31.7 50.5 41.3 0.6 2.5

74.2 21.5 24.0 0.8 3.5

1.2 2.0 2.6 3.6 4.1

12.2 22.7 8.6 1.3 3.7

0.9 1.4 3.6 1.5 3.8

0.8 1.9 3.3 1.2 3.1

1.0 2.2 3.7 1.4 3.9

1.2 2.5 2.0 1.5 6.5

1.3 2.4 2.3 1.8 8.4

1.3 2.8 3.0 1.9 8.7

2.1 4.4 3.7 2.3 10.4

1.6 3.9 3.3 1.8 8.8

1.4 2.8 2.6 1.9 8.8

1.7 3.6 3.7 2.6 9.2

1.2 2.3 2.9 1.6 7.5

1.5 2.8 3.1 1.9 9.0

2.4 5.5 5.6 2.4 17.0

1.6 3.9 3.5 2.6 8.4

1.5 3.7 3.1 2.5 7.9

1.5 5.0 3.9 1.7 7.1

1.8 3.9 4.1 1.8 7.3

1.6 4.7 2.9 2.5 8.8

1.6 4.9 3.5 1.6 7.6

1.7 3.6 2.4 2.0 7.3

1.6 3.7 2.6 2.3 7.7

1.4 2.4 2.7 1.5 6.9

1.2 2.3 2.8 1.6 5.9

1.5 3.5 2.4 2.9 8.6

1.7 2.7 2.2 2.2 9.2

H-7
Table H.1. Sediment polycyclic aromatic hydrocarbon data for Cruise 1B.

Cruise Sample No. Station

1 MMS0013.D GB516-FF1-B01

1 MMS0014.D GB516-FF1-B02

1 MMS0015.D GB516-FF2-B01

1 MMS0016.D GB516-FF2-B02

1 MMS0017.D GB516-FF3-B01

1 MMS0018.D GB516-FF3-B02

1 MMS0019.D GB516-FF4-B01

1 MMS0020.D GB516-FF4-B02

1 MMS0021.D GB516-FF5-B01

1 MMS0022.D GB516-FF5-B02

1 MMS0023.D GB516-FF6-B01

1 MMS0024.D GB516-FF6-B02

1 MMS0001.D GB516-NF-B01

1 MMS0002.D GB516-NF-B02

1 MMS0003.D GB516-NF-B03

1 MMS0004.D GB516-NF-B04

1 MMS0005.D GB516-NF-B05

1 MMS0006.D GB516-NF-B06

1 MMS0007.D GB516-NF-B07

1 MMS0008.D GB516-NF-B08

1 MMS0009.D GB516-NF-B09

1 MMS0010.D GB516-NF-B10

1 MMS0011.D GB516-NF-B11

1 MMS0012.D GB516-NF-B12

1 MMS0037.D VK916-FF2-B01

1 MMS0038.D VK916-FF2-B02

1 MMS0039.D VK916-FF3-B01

1 MMS0040.D VK916-FF3-B02

1 MMS0041.D VK916-FF4-B01

1 MMS0042.D VK916-FF4-B02

1 MMS0043.D VK916-FF5-B01

1 MMS0044.D VK916-FF5-B02

1 MMS0045.D VK916-FF6-B01

1 MMS0046.D VK916-FF6-B02

1 MMS0025.D VK916-NF-B01

1 MMS0026.D VK916-NF-B02

1 MMS0027.D VK916-NF-B03

1 MMS0028.D VK916-NF-B04

1 MMS0029.D VK916-NF-B05

1 MMS0030.D VK916-NF-B06

1 MMS0031.D VK916-NF-B07

1 MMS0032.D VK916-NF-B08

1 MMS0033.D VK916-NF-B09

1 MMS0034.D VK916-NF-B10

1 MMS0035.D VK916-NF-B11

1 MMS0036.D VK916-NF-B12

C1-PhenAnt C2-PhenAnt C3-PhenAnt C4-PhenAnt

5.1 7.4 6.9 6.2

5.1 6.5 4.5 4.0

4.3 5.9 5.9 6.0

3.6 5.1 4.2 3.3

4.9 7.9 8.1 7.1

3.8 5.6 5.5 3.9

5.0 8.3 15.1 16.0

3.8 5.5 4.2 2.7

3.3 4.6 3.8 3.9

4.5 5.4 4.4 4.0

3.7 4.8 4.2 2.8

3.6 4.9 4.2 3.3

7.4 10.8 9.0 5.3

46.5 54.6 28.7 12.1

6.6 10.9 8.4 6.8

6.8 9.1 7.3 6.0

6.8 11.3 11.8 8.7

4.8 8.8 7.0 5.8

5.5 10.2 7.1 3.5

5.6 7.1 5.5 4.1

5.5 8.5 5.3 3.8

4.7 6.8 5.3 3.8

4.4 5.8 5.2 5.5

5.2 7.4 6.7 5.3

5.8 6.6 3.0 2.2

7.1 8.8 3.6 2.9

7.8 8.7 4.0 3.5

8.3 8.9 4.8 3.9

8.0 9.0 4.2 3.7

7.3 8.0 4.3 3.3

7.5 8.6 4.8 4.2

6.3 7.3 4.0 3.3

7.0 8.4 4.7 3.4

17.1 17.9 10.4 7.1

7.7 7.6 4.0 2.9

7.1 7.6 4.1 3.5

6.5 7.3 3.9 2.6

6.4 9.1 7.7 5.2

7.1 7.6 3.9 3.0

6.9 7.5 3.8 2.6

6.9 7.7 3.5 2.6

7.2 8.8 4.7 3.7

6.4 7.2 3.3 2.5

5.4 5.8 3.1 2.3

7.5 7.5 4.6 4.8

7.7 8.6 4.9 4.4

H-8
Table H.1. Sediment polycyclic aromatic hydrocarbon data for Cruise 1B.

Cruise Sample No. Station

1 MMS0013.D GB516-FF1-B01

1 MMS0014.D GB516-FF1-B02

1 MMS0015.D GB516-FF2-B01

1 MMS0016.D GB516-FF2-B02

1 MMS0017.D GB516-FF3-B01

1 MMS0018.D GB516-FF3-B02

1 MMS0019.D GB516-FF4-B01

1 MMS0020.D GB516-FF4-B02

1 MMS0021.D GB516-FF5-B01

1 MMS0022.D GB516-FF5-B02

1 MMS0023.D GB516-FF6-B01

1 MMS0024.D GB516-FF6-B02

1 MMS0001.D GB516-NF-B01

1 MMS0002.D GB516-NF-B02

1 MMS0003.D GB516-NF-B03

1 MMS0004.D GB516-NF-B04

1 MMS0005.D GB516-NF-B05

1 MMS0006.D GB516-NF-B06

1 MMS0007.D GB516-NF-B07

1 MMS0008.D GB516-NF-B08

1 MMS0009.D GB516-NF-B09

1 MMS0010.D GB516-NF-B10

1 MMS0011.D GB516-NF-B11

1 MMS0012.D GB516-NF-B12

1 MMS0037.D VK916-FF2-B01

1 MMS0038.D VK916-FF2-B02

1 MMS0039.D VK916-FF3-B01

1 MMS0040.D VK916-FF3-B02

1 MMS0041.D VK916-FF4-B01

1 MMS0042.D VK916-FF4-B02

1 MMS0043.D VK916-FF5-B01

1 MMS0044.D VK916-FF5-B02

1 MMS0045.D VK916-FF6-B01

1 MMS0046.D VK916-FF6-B02

1 MMS0025.D VK916-NF-B01

1 MMS0026.D VK916-NF-B02

1 MMS0027.D VK916-NF-B03

1 MMS0028.D VK916-NF-B04

1 MMS0029.D VK916-NF-B05

1 MMS0030.D VK916-NF-B06

1 MMS0031.D VK916-NF-B07

1 MMS0032.D VK916-NF-B08

1 MMS0033.D VK916-NF-B09

1 MMS0034.D VK916-NF-B10

1 MMS0035.D VK916-NF-B11

1 MMS0036.D VK916-NF-B12

Dibenzothi C1-Dibenz C2-Dibenz C3-Dibenz Fluoranth

0.5 1.5 4.9 9.1 4.2

0.4 1.1 2.9 4.7 3.3

0.4 1.0 2.6 5.8 3.9

0.3 0.9 1.8 3.2 2.0

0.5 1.1 3.5 10.0 3.6

0.4 0.9 2.8 6.1 3.0

0.4 1.3 4.7 19.5 3.7

0.3 0.9 2.2 3.7 2.2

0.3 0.8 1.7 3.6 1.9

0.4 1.1 2.2 3.0 3.1

0.3 0.9 1.9 3.0 1.8

0.4 0.9 2.0 3.1 2.4

3.7 24.8 15.3 10.6 10.7

193 118 40.5 67.3 14.4

2.1 12.2 9.7 13.7 5.1

0.5 11.9 13.6 11.2 5.9

0.6 9.8 7.3 14.2 5.2

1.8 13.2 15.1 8.9 2.2

1.3 35.6 20.0 16.9 3.8

0.4 1.8 3.0 5.1 3.8

1.0 3.3 5.6 6.4 2.8

0.5 3.5 2.9 6.3 4.3

0.4 1.6 2.6 5.0 3.3

0.5 1.4 3.6 7.2 4.3

0.6 1.1 1.7 1.5 7.3

0.9 1.3 2.1 2.2 9.5

0.8 1.5 2.1 2.2 10.0

1.0 1.7 2.4 2.0 10.9

1.0 1.5 2.2 2.0 9.8

0.9 1.4 2.0 1.9 9.5

1.1 1.4 2.3 2.2 10.4

0.8 1.2 1.8 1.4 8.4

0.8 1.3 2.1 2.5 9.7

1.1 2.5 3.4 2.6 11.3

0.8 1.4 2.0 1.7 8.6

0.7 1.3 1.9 1.6 8.9

0.8 1.2 1.9 1.6 7.8

0.7 1.2 3.0 4.0 8.0

0.8 1.2 2.0 1.5 9.8

0.7 1.3 2.0 1.6 8.3

0.7 1.3 1.9 1.7 8.4

0.7 1.4 1.9 2.0 8.7

0.7 1.2 1.9 1.6 7.6

0.6 1.0 1.4 1.3 6.3

0.9 1.3 2.1 1.9 9.3

0.9 1.3 2.1 1.9 9.8

H-9
Table H.1. Sediment polycyclic aromatic hydrocarbon data for Cruise 1B.

Cruise Sample No. Station

1 MMS0013.D GB516-FF1-B01

1 MMS0014.D GB516-FF1-B02

1 MMS0015.D GB516-FF2-B01

1 MMS0016.D GB516-FF2-B02

1 MMS0017.D GB516-FF3-B01

1 MMS0018.D GB516-FF3-B02

1 MMS0019.D GB516-FF4-B01

1 MMS0020.D GB516-FF4-B02

1 MMS0021.D GB516-FF5-B01

1 MMS0022.D GB516-FF5-B02

1 MMS0023.D GB516-FF6-B01

1 MMS0024.D GB516-FF6-B02

1 MMS0001.D GB516-NF-B01

1 MMS0002.D GB516-NF-B02

1 MMS0003.D GB516-NF-B03

1 MMS0004.D GB516-NF-B04

1 MMS0005.D GB516-NF-B05

1 MMS0006.D GB516-NF-B06

1 MMS0007.D GB516-NF-B07

1 MMS0008.D GB516-NF-B08

1 MMS0009.D GB516-NF-B09

1 MMS0010.D GB516-NF-B10

1 MMS0011.D GB516-NF-B11

1 MMS0012.D GB516-NF-B12

1 MMS0037.D VK916-FF2-B01

1 MMS0038.D VK916-FF2-B02

1 MMS0039.D VK916-FF3-B01

1 MMS0040.D VK916-FF3-B02

1 MMS0041.D VK916-FF4-B01

1 MMS0042.D VK916-FF4-B02

1 MMS0043.D VK916-FF5-B01

1 MMS0044.D VK916-FF5-B02

1 MMS0045.D VK916-FF6-B01

1 MMS0046.D VK916-FF6-B02

1 MMS0025.D VK916-NF-B01

1 MMS0026.D VK916-NF-B02

1 MMS0027.D VK916-NF-B03

1 MMS0028.D VK916-NF-B04

1 MMS0029.D VK916-NF-B05

1 MMS0030.D VK916-NF-B06

1 MMS0031.D VK916-NF-B07

1 MMS0032.D VK916-NF-B08

1 MMS0033.D VK916-NF-B09

1 MMS0034.D VK916-NF-B10

1 MMS0035.D VK916-NF-B11

1 MMS0036.D VK916-NF-B12

Pyrene C1-FluorPyr C2-FluorPyr C3-FluorPyr Naphthoben

5.1 5.9 7.2 6.1 2.5

4.1 3.8 5.1 3.8 1.8

4.7 6.0 10.0 5.2 2.4

2.6 2.8 4.0 3.1 1.4

4.8 7.3 11.8 4.7 3.0

3.7 4.2 6.0 2.6 2.0

5.0 11.7 24.0 24.0 4.8

2.6 3.0 3.5 2.2 1.5

2.3 2.6 4.2 2.9 1.4

3.6 4.5 10.2 9.4 2.0

2.5 2.6 3.7 2.1 1.4

2.9 3.0 3.9 2.7 1.5

10.3 10.7 8.4 2.9 6.3

13.7 18.1 14.9 0.3 7.6

5.5 6.3 8.4 6.4 6.3

6.3 6.9 8.0 6.4 2.3

6.3 8.9 10.1 8.0 3.3

2.8 4.6 6.0 2.9 5.4

4.8 5.1 5.5 2.0 9.8

4.6 6.0 7.6 6.1 2.0

3.4 3.6 4.6 1.9 1.7

5.0 4.9 6.2 4.6 2.4

4.0 4.9 7.3 5.1 2.0

5.1 5.9 9.3 3.5 2.5

8.0 5.0 4.5 1.8 1.7

10.5 6.2 6.2 2.9 2.4

10.8 6.3 6.5 2.8 2.3

12.0 7.1 6.5 2.8 2.8

10.5 6.2 6.2 2.5 2.5

10.8 6.4 6.4 2.8 2.5

10.5 6.3 6.1 2.8 2.5

8.9 5.5 5.7 2.7 2.0

10.5 6.4 6.7 2.5 2.3

12.8 9.4 10.1 6.0 3.0

10.5 6.4 6.5 3.7 2.4

9.2 6.0 5.8 2.5 2.5

8.2 5.4 5.7 2.4 2.1

8.5 6.9 7.1 2.9 2.2

10.0 6.5 6.0 2.5 2.5

8.7 5.8 5.4 2.3 2.3

8.6 5.9 5.6 2.2 2.4

8.9 6.6 6.6 2.5 2.3

8.3 5.5 6.1 3.2 2.1

7.1 4.6 4.4 1.6 1.7

9.4 6.2 6.1 2.4 2.4

12.1 7.1 6.5 2.7 2.8

H-10
Table H.1. Sediment polycyclic aromatic hydrocarbon data for Cruise 1B.

Cruise Sample No. Station

1 MMS0013.D GB516-FF1-B01

1 MMS0014.D GB516-FF1-B02

1 MMS0015.D GB516-FF2-B01

1 MMS0016.D GB516-FF2-B02

1 MMS0017.D GB516-FF3-B01

1 MMS0018.D GB516-FF3-B02

1 MMS0019.D GB516-FF4-B01

1 MMS0020.D GB516-FF4-B02

1 MMS0021.D GB516-FF5-B01

1 MMS0022.D GB516-FF5-B02

1 MMS0023.D GB516-FF6-B01

1 MMS0024.D GB516-FF6-B02

1 MMS0001.D GB516-NF-B01

1 MMS0002.D GB516-NF-B02

1 MMS0003.D GB516-NF-B03

1 MMS0004.D GB516-NF-B04

1 MMS0005.D GB516-NF-B05

1 MMS0006.D GB516-NF-B06

1 MMS0007.D GB516-NF-B07

1 MMS0008.D GB516-NF-B08

1 MMS0009.D GB516-NF-B09

1 MMS0010.D GB516-NF-B10

1 MMS0011.D GB516-NF-B11

1 MMS0012.D GB516-NF-B12

1 MMS0037.D VK916-FF2-B01

1 MMS0038.D VK916-FF2-B02

1 MMS0039.D VK916-FF3-B01

1 MMS0040.D VK916-FF3-B02

1 MMS0041.D VK916-FF4-B01

1 MMS0042.D VK916-FF4-B02

1 MMS0043.D VK916-FF5-B01

1 MMS0044.D VK916-FF5-B02

1 MMS0045.D VK916-FF6-B01

1 MMS0046.D VK916-FF6-B02

1 MMS0025.D VK916-NF-B01

1 MMS0026.D VK916-NF-B02

1 MMS0027.D VK916-NF-B03

1 MMS0028.D VK916-NF-B04

1 MMS0029.D VK916-NF-B05

1 MMS0030.D VK916-NF-B06

1 MMS0031.D VK916-NF-B07

1 MMS0032.D VK916-NF-B08

1 MMS0033.D VK916-NF-B09

1 MMS0034.D VK916-NF-B10

1 MMS0035.D VK916-NF-B11

1 MMS0036.D VK916-NF-B12

C1-Naphth C2-Naphth C3-Naphth Benz(a)ant Chrysene

6.4 11.2 7.3 2.2 4.5

3.3 5.9 4.4 1.5 3.2

7.0 13.3 11.0 2.1 3.9

2.9 4.6 3.6 0.9 2.1

10.4 18.7 15.0 2.0 4.2

4.6 7.4 5.8 1.5 3.0

22.2 43.0 38.7 2.3 5.6

2.6 3.2 3.0 1.2 2.8

3.4 4.7 4.5 1.0 2.4

4.4 8.4 9.0 1.7 4.2

3.1 4.5 3.9 0.8 2.6

2.7 4.1 3.6 1.1 2.7

4.1 5.7 3.4 5.0 7.6

9.0 9.8 6.0 8.4 10.3

5.9 9.7 9.4 2.3 4.8

4.9 9.8 11 2.6 5.6

7.9 13.1 11.1 2.5 6.4

3.7 5.3 4.9 1.3 2.3

4.8 7.0 5.6 1.5 3.3

4.7 7.6 7.1 2.4 4.5

2.9 4.4 3.7 1.2 2.7

4.4 8.2 5.8 2.1 4.1

4.9 9.3 6.8 1.4 3.1

7.5 13.2 11.6 2.0 4.1

2.1 2.6 2.1 2.8 6.1

2.7 3.6 3.0 3.5 7.7

2.9 4.4 3.9 3.7 8.7

3.1 4.2 3.1 4.6 9.1

2.9 3.9 2.9 3.8 8.6

2.9 3.5 2.8 3.7 9.0

2.8 4.1 2.8 4.1 8.6

2.4 3.3 2.6 3.2 6.9

2.6 4.0 3.1 3.8 7.6

3.5 4.6 3.7 4.4 9.5

2.9 3.7 3.1 4.2 8.2

2.6 3.6 2.9 4.1 7.9

2.7 3.0 2.6 3.7 6.6

2.7 3.2 2.6 3.8 7.0

2.5 3.3 2.5 4.5 7.6

2.7 3.4 2.6 4.0 7.3

2.5 3.1 2.6 4.1 7.4

2.7 3.5 3.0 3.7 7.1

2.2 3.0 2.5 3.2 6.6

1.8 2.0 1.6 2.9 6.0

2.6 3.7 3.1 3.9 7.6

2.9 4.8 3.5 3.6 7.8

H-11
Table H.1. Sediment polycyclic aromatic hydrocarbon data for Cruise 1B.

Cruise Sample No. Station

1 MMS0013.D GB516-FF1-B01

1 MMS0014.D GB516-FF1-B02

1 MMS0015.D GB516-FF2-B01

1 MMS0016.D GB516-FF2-B02

1 MMS0017.D GB516-FF3-B01

1 MMS0018.D GB516-FF3-B02

1 MMS0019.D GB516-FF4-B01

1 MMS0020.D GB516-FF4-B02

1 MMS0021.D GB516-FF5-B01

1 MMS0022.D GB516-FF5-B02

1 MMS0023.D GB516-FF6-B01

1 MMS0024.D GB516-FF6-B02

1 MMS0001.D GB516-NF-B01

1 MMS0002.D GB516-NF-B02

1 MMS0003.D GB516-NF-B03

1 MMS0004.D GB516-NF-B04

1 MMS0005.D GB516-NF-B05

1 MMS0006.D GB516-NF-B06

1 MMS0007.D GB516-NF-B07

1 MMS0008.D GB516-NF-B08

1 MMS0009.D GB516-NF-B09

1 MMS0010.D GB516-NF-B10

1 MMS0011.D GB516-NF-B11

1 MMS0012.D GB516-NF-B12

1 MMS0037.D VK916-FF2-B01

1 MMS0038.D VK916-FF2-B02

1 MMS0039.D VK916-FF3-B01

1 MMS0040.D VK916-FF3-B02

1 MMS0041.D VK916-FF4-B01

1 MMS0042.D VK916-FF4-B02

1 MMS0043.D VK916-FF5-B01

1 MMS0044.D VK916-FF5-B02

1 MMS0045.D VK916-FF6-B01

1 MMS0046.D VK916-FF6-B02

1 MMS0025.D VK916-NF-B01

1 MMS0026.D VK916-NF-B02

1 MMS0027.D VK916-NF-B03

1 MMS0028.D VK916-NF-B04

1 MMS0029.D VK916-NF-B05

1 MMS0030.D VK916-NF-B06

1 MMS0031.D VK916-NF-B07

1 MMS0032.D VK916-NF-B08

1 MMS0033.D VK916-NF-B09

1 MMS0034.D VK916-NF-B10

1 MMS0035.D VK916-NF-B11

1 MMS0036.D VK916-NF-B12

C1-Chrysen C2-Chrysen C3-Chrysen C4-Chrysen Benzo(b)fl

5.5 5.6 3.2 1.1 6.6

3.8 3.0 1.9 1.0 6.1

6.1 8.9 5.3 1.5 5.3

2.9 3.7 2.1 0.5 3.1

7.1 7.1 4.4 1.3 5.6

4.1 3.9 1.0 1.1 4.7

16.7 24.2 10.0 2.8 8.0

3.1 3.4 1.7 0.5 3.8

3.3 3.5 1.0 0.4 3.9

6.8 10.9 6.8 1.2 5.7

3.1 3.4 1.7 0.5 4.5

3.1 3.4 1.9 0.6 4.0

6.1 5.1 0.3 0.3 6.1

13.2 32.5 0.3 0.3 11.1

6.4 6.6 0.3 0.3 7.6

6.7 6.9 4.0 1.7 8.1

8.0 9.3 3.7 2.0 10

3.8 4.5 0.3 0.3 3.1

3.7 6.5 0.3 0.3 4.3

5.4 6.9 5.1 1.1 6.4

2.8 2.5 1.0 0.3 6.5

4.5 5.0 1.8 1.2 6.3

4.5 4.9 1.1 0.3 4.4

6.3 7.8 3.1 1.5 5.8

5.0 2.6 2.8 1.2 9.2

6.0 6.4 2.8 1.4 11.7

7.2 8.1 6.3 1.9 12.2

7.2 6.6 4.0 1.8 14.4

6.9 6.6 4.9 2.8 11.9

6.4 4.5 2.4 2.3 12.0

7.4 6.3 4.5 1.8 13.0

5.8 6.0 4.9 2.2 10.3

6.6 4.0 3.7 2.0 12.1

9.7 6.5 6.9 2.1 13.7

6.6 6.3 4.1 2.1 10.6

5.8 5.7 2.6 1.5 10.4

5.4 4.7 2.9 1.7 8.9

6.0 6.0 2.7 1.4 9.6

5.9 5.8 3.5 1.7 10.7

6.2 5.4 3.6 2.0 10.3

5.6 4.4 2.2 1.7 10.2

6.0 4.9 3.1 1.7 10.2

5.4 5.1 4.1 1.4 9.5

4.4 2.8 1.0 0.7 8.2

6.2 5.8 3.3 1.2 10.8

6.1 5.1 3.6 2.2 11.2

H-12
Table H.1. Sediment polycyclic aromatic hydrocarbon data for Cruise 1B.

Cruise Sample No. Station

1 MMS0013.D GB516-FF1-B01

1 MMS0014.D GB516-FF1-B02

1 MMS0015.D GB516-FF2-B01

1 MMS0016.D GB516-FF2-B02

1 MMS0017.D GB516-FF3-B01

1 MMS0018.D GB516-FF3-B02

1 MMS0019.D GB516-FF4-B01

1 MMS0020.D GB516-FF4-B02

1 MMS0021.D GB516-FF5-B01

1 MMS0022.D GB516-FF5-B02

1 MMS0023.D GB516-FF6-B01

1 MMS0024.D GB516-FF6-B02

1 MMS0001.D GB516-NF-B01

1 MMS0002.D GB516-NF-B02

1 MMS0003.D GB516-NF-B03

1 MMS0004.D GB516-NF-B04

1 MMS0005.D GB516-NF-B05

1 MMS0006.D GB516-NF-B06

1 MMS0007.D GB516-NF-B07

1 MMS0008.D GB516-NF-B08

1 MMS0009.D GB516-NF-B09

1 MMS0010.D GB516-NF-B10

1 MMS0011.D GB516-NF-B11

1 MMS0012.D GB516-NF-B12

1 MMS0037.D VK916-FF2-B01

1 MMS0038.D VK916-FF2-B02

1 MMS0039.D VK916-FF3-B01

1 MMS0040.D VK916-FF3-B02

1 MMS0041.D VK916-FF4-B01

1 MMS0042.D VK916-FF4-B02

1 MMS0043.D VK916-FF5-B01

1 MMS0044.D VK916-FF5-B02

1 MMS0045.D VK916-FF6-B01

1 MMS0046.D VK916-FF6-B02

1 MMS0025.D VK916-NF-B01

1 MMS0026.D VK916-NF-B02

1 MMS0027.D VK916-NF-B03

1 MMS0028.D VK916-NF-B04

1 MMS0029.D VK916-NF-B05

1 MMS0030.D VK916-NF-B06

1 MMS0031.D VK916-NF-B07

1 MMS0032.D VK916-NF-B08

1 MMS0033.D VK916-NF-B09

1 MMS0034.D VK916-NF-B10

1 MMS0035.D VK916-NF-B11

1 MMS0036.D VK916-NF-B12

Benzo(k)fl Benzo(e)py Benzo(a)py Perylene Indeno(1,2

3.1 3.9 2.5 35.2 6.1

1.9 3.1 1.6 40.8 5.0

3.8 4.4 3.1 41.7 5.6

1.9 2.2 1.0 28.8 3.4

4.1 5.0 3.1 26.2 5.7

3.1 3.5 2.0 39.8 5.0

5.2 8.1 5.3 49.5 7.8

2.1 2.6 1.0 18.4 3.3

2.1 2.7 1.2 16.2 3.2

3.3 5.6 2.7 60.4 5.2

2.5 2.9 0.9 71.1 4.0

2.4 2.6 1.2 43.0 3.9

2.6 3.4 2.3 46.6 4.2

4.7 44.6 76.3 81.5 7.1

2.1 4.3 1.8 14.4 6.0

3.5 5.1 2.7 206 7.2

3.5 5.5 2.8 62.0 8.0

1.9 2.0 3.0 23.7 2.4

3.9 2.8 4.3 11.2 4.2

4.4 5.6 3.1 59.5 7.1

4.6 3.9 1.8 31.0 6.9

4.3 4.5 2.5 49.6 6.5

3.0 3.3 1.8 45.4 4.8

4.6 4.8 3.0 38.7 6.1

2.5 5.7 4.1 18.4 7.2

4.1 7.6 5.0 21.2 9.0

4.0 8.3 4.8 52.3 9.0

5.0 8.4 5.4 47.6 10.2

5.3 8.2 5.1 19.0 9.6

4.6 7.7 4.8 37.0 9.7

5.1 8.2 5.5 22.8 10.4

4.0 6.2 4.3 23.2 8.3

5.2 7.8 5.3 23.7 10.6

5.0 8.4 6.1 21.3 10.9

6.3 8.0 5.7 19.2 10.0

5.8 7.4 4.4 41.0 9.0

5.3 6.4 4.1 32.6 8.2

4.9 6.5 4.9 23.3 8.1

6.5 7.6 5.1 42.8 10.0

5.7 7.2 4.4 65.3 8.9

6.0 7.4 4.1 37.5 8.8

6.0 7.5 5.0 26.7 8.9

4.9 7.3 4.5 14.9 8.2

4.1 5.8 3.8 14.6 6.5

5.1 7.2 4.6 27.4 9.1

4.6 7.2 5.2 18.7 9.2

H-13
Table H.1. Sediment polycyclic aromatic hydrocarbon data for Cruise 1B.

Cruise Sample No. Station

1 MMS0013.D GB516-FF1-B01

1 MMS0014.D GB516-FF1-B02

1 MMS0015.D GB516-FF2-B01

1 MMS0016.D GB516-FF2-B02

1 MMS0017.D GB516-FF3-B01

1 MMS0018.D GB516-FF3-B02

1 MMS0019.D GB516-FF4-B01

1 MMS0020.D GB516-FF4-B02

1 MMS0021.D GB516-FF5-B01

1 MMS0022.D GB516-FF5-B02

1 MMS0023.D GB516-FF6-B01

1 MMS0024.D GB516-FF6-B02

1 MMS0001.D GB516-NF-B01

1 MMS0002.D GB516-NF-B02

1 MMS0003.D GB516-NF-B03

1 MMS0004.D GB516-NF-B04

1 MMS0005.D GB516-NF-B05

1 MMS0006.D GB516-NF-B06

1 MMS0007.D GB516-NF-B07

1 MMS0008.D GB516-NF-B08

1 MMS0009.D GB516-NF-B09

1 MMS0010.D GB516-NF-B10

1 MMS0011.D GB516-NF-B11

1 MMS0012.D GB516-NF-B12

1 MMS0037.D VK916-FF2-B01

1 MMS0038.D VK916-FF2-B02

1 MMS0039.D VK916-FF3-B01

1 MMS0040.D VK916-FF3-B02

1 MMS0041.D VK916-FF4-B01

1 MMS0042.D VK916-FF4-B02

1 MMS0043.D VK916-FF5-B01

1 MMS0044.D VK916-FF5-B02

1 MMS0045.D VK916-FF6-B01

1 MMS0046.D VK916-FF6-B02

1 MMS0025.D VK916-NF-B01

1 MMS0026.D VK916-NF-B02

1 MMS0027.D VK916-NF-B03

1 MMS0028.D VK916-NF-B04

1 MMS0029.D VK916-NF-B05

1 MMS0030.D VK916-NF-B06

1 MMS0031.D VK916-NF-B07

1 MMS0032.D VK916-NF-B08

1 MMS0033.D VK916-NF-B09

1 MMS0034.D VK916-NF-B10

1 MMS0035.D VK916-NF-B11

1 MMS0036.D VK916-NF-B12

Dibenzo(a, C1-Dibenzo C2-Dibenzo C3-Dibenzo Benzo(g,h,

1.0 2.8 0.2 0.2 5.7

0.8 2.9 0.2 0.2 4.7

1.0 3.9 0.2 0.2 5.6

0.5 1.7 0.2 0.2 3.0

1.1 3.4 0.2 0.2 5.7

0.9 2.8 0.2 0.2 5.0

1.7 7.2 0.2 0.2 8.3

0.4 0.8 0.2 0.2 3.3

0.5 0.8 0.2 0.2 3.3

0.8 2.8 0.2 0.2 6.2

0.5 0.8 0.2 0.2 3.6

0.5 1.1 0.2 0.2 3.6

1.2 0.2 0.2 0.2 4.0

9.5 0.2 0.2 0.2 5.6

1.2 0.2 0.2 0.2 6.1

1.2 2.7 0.9 0.2 8.5

1.4 5.0 1.1 0.2 8.3

1.4 0.2 0.2 0.2 2.7

0.1 0.2 0.2 0.2 4.0

1.1 3.2 0.2 0.2 8.2

1.5 0.2 0.2 0.2 6.3

1.1 2.9 0.2 0.2 6.2

0.8 2.7 0.2 0.2 4.4

1.1 2.5 0.2 0.2 6.1

0.9 2.2 0.2 0.2 7.2

1.2 2.3 0.2 0.2 9.1

1.1 3.4 0.2 0.2 9.8

1.2 2.5 0.2 0.2 10.6

1.2 1.6 0.2 0.2 9.9

1.1 2.5 0.2 0.2 10.0

1.3 2.3 0.2 0.2 10.5

0.9 2.8 0.2 0.2 8.1

1.2 3.6 0.2 0.2 10.3

1.3 4.2 0.2 0.2 11.0

1.4 3.1 0.2 0.2 10.3

1.1 2.9 0.2 0.2 9.2

1.1 1.4 0.2 0.2 8.4

1.1 3.2 0.2 0.2 8.1

1.3 2.4 0.2 0.2 9.9

1.2 3.9 0.2 0.2 9.3

1.2 1.6 0.2 0.2 9.2

1.3 2.8 0.2 0.2 9.2

1.1 2.5 0.2 0.2 8.6

0.8 0.9 0.2 0.2 6.7

1.2 2.1 0.2 0.2 8.9

1.1 2.0 0.2 0.2 9.1

H-14
Table H.1. Sediment polycyclic aromatic hydrocarbon data for Cruise 1B.

Cruise Sample No. Station

1 MMS0013.D GB516-FF1-B01

1 MMS0014.D GB516-FF1-B02

1 MMS0015.D GB516-FF2-B01

1 MMS0016.D GB516-FF2-B02

1 MMS0017.D GB516-FF3-B01

1 MMS0018.D GB516-FF3-B02

1 MMS0019.D GB516-FF4-B01

1 MMS0020.D GB516-FF4-B02

1 MMS0021.D GB516-FF5-B01

1 MMS0022.D GB516-FF5-B02

1 MMS0023.D GB516-FF6-B01

1 MMS0024.D GB516-FF6-B02

1 MMS0001.D GB516-NF-B01

1 MMS0002.D GB516-NF-B02

1 MMS0003.D GB516-NF-B03

1 MMS0004.D GB516-NF-B04

1 MMS0005.D GB516-NF-B05

1 MMS0006.D GB516-NF-B06

1 MMS0007.D GB516-NF-B07

1 MMS0008.D GB516-NF-B08

1 MMS0009.D GB516-NF-B09

1 MMS0010.D GB516-NF-B10

1 MMS0011.D GB516-NF-B11

1 MMS0012.D GB516-NF-B12

1 MMS0037.D VK916-FF2-B01

1 MMS0038.D VK916-FF2-B02

1 MMS0039.D VK916-FF3-B01

1 MMS0040.D VK916-FF3-B02

1 MMS0041.D VK916-FF4-B01

1 MMS0042.D VK916-FF4-B02

1 MMS0043.D VK916-FF5-B01

1 MMS0044.D VK916-FF5-B02

1 MMS0045.D VK916-FF6-B01

1 MMS0046.D VK916-FF6-B02

1 MMS0025.D VK916-NF-B01

1 MMS0026.D VK916-NF-B02

1 MMS0027.D VK916-NF-B03

1 MMS0028.D VK916-NF-B04

1 MMS0029.D VK916-NF-B05

1 MMS0030.D VK916-NF-B06

1 MMS0031.D VK916-NF-B07

1 MMS0032.D VK916-NF-B08

1 MMS0033.D VK916-NF-B09

1 MMS0034.D VK916-NF-B10

1 MMS0035.D VK916-NF-B11

1 MMS0036.D VK916-NF-B12

Total 

PAHS D2/P2 D3/P3 D2/C2 D3/C3 2-Methylna 1-Methylna

224 0.662 1.319 0.875 2.844 2.0 1.2

182 0.446 1.044 0.967 2.474 2.8 1.5

227 0.441 0.983 0.292 1.094 2.2 1.3

138 0.353 0.762 0.486 1.524 3.2 1.7

242 0.443 1.235 0.493 2.273 2.4 1.5

177 0.500 1.109 0.718 6.100 2.0 1.2

444 0.566 1.291 0.194 1.950 2.2 1.4

120 0.400 0.881 0.647 2.176 1.7 1.2

115 0.370 0.947 0.486 3.600 1.3 1.0

230 0.407 0.682 0.202 0.441 1.9 1.2

174 0.396 0.714 0.559 1.765 1.6 1.1

149 0.408 0.738 0.588 1.632 1.7 1.2

581 1.417 1.178 3.000 NA 3.6 2.7

3470 0.742 2.345 1.246 NA 9.3 10.1

344 0.890 1.631 1.470 NA 3.8 2.3

473 1.495 1.534 1.971 2.800 3.9 2.6

359 0.646 1.203 0.785 3.838 3.5 2.4

402 1.716 1.271 3.356 NA 3.8 2.5

502 1.961 2.380 3.077 NA 3.5 2.8

241 0.423 0.927 0.435 1.000 2.5 1.5

246 0.659 1.208 2.240 6.400 4.6 3.0

218 0.426 1.189 0.580 3.500 2.9 1.7

194 0.448 0.962 0.531 4.545 2.0 1.2

230 0.486 1.075 0.462 2.323 2.4 1.5

175 0.258 0.500 0.654 0.536 3.3 2.1

222 0.239 0.611 0.328 0.786 4.2 2.6

270 0.241 0.550 0.259 0.349 4.1 2.4

299 0.270 0.417 0.364 0.500 9.6 5.0

236 0.244 0.476 0.333 0.408 4.2 2.5

246 0.250 0.442 0.444 0.792 4.5 2.7

246 0.267 0.458 0.365 0.489 4.0 2.5

209 0.247 0.350 0.300 0.286 3.5 2.1

237 0.250 0.532 0.525 0.676 3.8 2.2

388 0.190 0.250 0.523 0.377 21.3 13.6

241 0.263 0.425 0.317 0.415 5.2 3.1

249 0.250 0.390 0.333 0.615 7.2 3.8

225 0.260 0.410 0.404 0.552 6.5 3.5

241 0.330 0.519 0.500 1.481 8.0 4.0

254 0.263 0.385 0.345 0.429 4.6 2.7

294 0.267 0.421 0.370 0.444 4.9 2.9

235 0.247 0.486 0.432 0.773 6.7 3.5

227 0.216 0.426 0.388 0.645 3.7 2.3

194 0.264 0.485 0.373 0.390 3.4 2.1

159 0.241 0.419 0.500 1.300 3.6 2.1

235 0.280 0.413 0.362 0.576 6.1 3.2

233 0.244 0.388 0.412 0.528 5.5 3.0

H-15
Table H.1. Sediment polycyclic aromatic hydrocarbon data for Cruise 1B.

Cruise Sample No. Station

1 MMS0013.D GB516-FF1-B01

1 MMS0014.D GB516-FF1-B02

1 MMS0015.D GB516-FF2-B01

1 MMS0016.D GB516-FF2-B02

1 MMS0017.D GB516-FF3-B01

1 MMS0018.D GB516-FF3-B02

1 MMS0019.D GB516-FF4-B01

1 MMS0020.D GB516-FF4-B02

1 MMS0021.D GB516-FF5-B01

1 MMS0022.D GB516-FF5-B02

1 MMS0023.D GB516-FF6-B01

1 MMS0024.D GB516-FF6-B02

1 MMS0001.D GB516-NF-B01

1 MMS0002.D GB516-NF-B02

1 MMS0003.D GB516-NF-B03

1 MMS0004.D GB516-NF-B04

1 MMS0005.D GB516-NF-B05

1 MMS0006.D GB516-NF-B06

1 MMS0007.D GB516-NF-B07

1 MMS0008.D GB516-NF-B08

1 MMS0009.D GB516-NF-B09

1 MMS0010.D GB516-NF-B10

1 MMS0011.D GB516-NF-B11

1 MMS0012.D GB516-NF-B12

1 MMS0037.D VK916-FF2-B01

1 MMS0038.D VK916-FF2-B02

1 MMS0039.D VK916-FF3-B01

1 MMS0040.D VK916-FF3-B02

1 MMS0041.D VK916-FF4-B01

1 MMS0042.D VK916-FF4-B02

1 MMS0043.D VK916-FF5-B01

1 MMS0044.D VK916-FF5-B02

1 MMS0045.D VK916-FF6-B01

1 MMS0046.D VK916-FF6-B02

1 MMS0025.D VK916-NF-B01

1 MMS0026.D VK916-NF-B02

1 MMS0027.D VK916-NF-B03

1 MMS0028.D VK916-NF-B04

1 MMS0029.D VK916-NF-B05

1 MMS0030.D VK916-NF-B06

1 MMS0031.D VK916-NF-B07

1 MMS0032.D VK916-NF-B08

1 MMS0033.D VK916-NF-B09

1 MMS0034.D VK916-NF-B10

1 MMS0035.D VK916-NF-B11

1 MMS0036.D VK916-NF-B12

2,6-Dimeth 1,6,7-Trim 1-Methylph 17a, 21b Surrogate

1.5 0.5 1.0 537 Su Recovery (%)

2.0 0.6 0.9 303 Su Recovery (%)

1.4 0.6 0.6 244 Su Recovery (%)

1.5 0.2 0.8 155 Su Recovery (%)

1.6 0.5 0.8 248 Su Recovery (%)

1.2 0.4 0.6 218 Su Recovery (%)

1.4 0.5 0.7 267 Su Recovery (%)

1.3 0.5 0.8 160 Su Recovery (%)

0.9 0.4 0.5 117 Su Recovery (%)

1.1 0.4 0.6 243 Su Recovery (%)

1.1 0.5 0.7 194 Su Recovery (%)

1.2 0.5 0.7 160 Su Recovery (%)

3.1 1.2 1.9 294 Su Recovery (%)

17.5 2.4 11.8 736 Su Recovery (%)

2.7 1.4 1.0 406 Su Recovery (%)

2.8 0.3 1.7 440 Su Recovery (%)

3.1 0.9 1.3 540 Su Recovery (%)

3.2 1.5 1.1 418 Su Recovery (%)

2.8 2.1 0.9 386 Su Recovery (%)

1.6 0.5 0.7 339 Su Recovery (%)

3.9 0.8 1.4 384 Su Recovery (%)

1.7 0.5 1.0 315 Su Recovery (%)

1.3 0.5 0.9 261 Su Recovery (%)

1.6 0.5 0.9 316 Su Recovery (%)

2.2 0.6 1.2 202 Su Recovery (%)

2.7 0.7 1.6 266 Su Recovery (%)

2.5 0.7 1.7 305 Su Recovery (%)

4.4 1.1 2.0 286 Su Recovery (%)

2.8 0.8 1.6 297 Su Recovery (%)

3.1 0.8 1.7 315 Su Recovery (%)

2.8 0.7 1.6 278 Su Recovery (%)

2.5 0.6 1.5 235 Su Recovery (%)

2.8 0.7 1.6 297 Su Recovery (%)

10.7 3.1 4.8 372 Su Recovery (%)

3.3 0.8 1.5 333 Su Recovery (%)

3.2 0.7 1.4 299 Su Recovery (%)

3.2 0.7 1.3 282 Su Recovery (%)

3.6 0.7 1.3 253 Su Recovery (%)

3.0 0.7 1.4 293 Su Recovery (%)

3.1 0.7 1.6 283 Su Recovery (%)

3.1 0.7 1.4 260 Su Recovery (%)

2.4 0.7 1.6 275 Su Recovery (%)

2.2 0.6 1.4 229 Su Recovery (%)

1.9 0.7 1.1 144 Su Recovery (%)

3.0 0.8 1.7 284 Su Recovery (%)

3.0 0.8 1.7 316 Su Recovery (%)

H-16
Table H.1. Sediment polycyclic aromatic hydrocarbon data for Cruise 1B.

Cruise Sample No. Station

1 MMS0013.D GB516-FF1-B01

1 MMS0014.D GB516-FF1-B02

1 MMS0015.D GB516-FF2-B01

1 MMS0016.D GB516-FF2-B02

1 MMS0017.D GB516-FF3-B01

1 MMS0018.D GB516-FF3-B02

1 MMS0019.D GB516-FF4-B01

1 MMS0020.D GB516-FF4-B02

1 MMS0021.D GB516-FF5-B01

1 MMS0022.D GB516-FF5-B02

1 MMS0023.D GB516-FF6-B01

1 MMS0024.D GB516-FF6-B02

1 MMS0001.D GB516-NF-B01

1 MMS0002.D GB516-NF-B02

1 MMS0003.D GB516-NF-B03

1 MMS0004.D GB516-NF-B04

1 MMS0005.D GB516-NF-B05

1 MMS0006.D GB516-NF-B06

1 MMS0007.D GB516-NF-B07

1 MMS0008.D GB516-NF-B08

1 MMS0009.D GB516-NF-B09

1 MMS0010.D GB516-NF-B10

1 MMS0011.D GB516-NF-B11

1 MMS0012.D GB516-NF-B12

1 MMS0037.D VK916-FF2-B01

1 MMS0038.D VK916-FF2-B02

1 MMS0039.D VK916-FF3-B01

1 MMS0040.D VK916-FF3-B02

1 MMS0041.D VK916-FF4-B01

1 MMS0042.D VK916-FF4-B02

1 MMS0043.D VK916-FF5-B01

1 MMS0044.D VK916-FF5-B02

1 MMS0045.D VK916-FF6-B01

1 MMS0046.D VK916-FF6-B02

1 MMS0025.D VK916-NF-B01

1 MMS0026.D VK916-NF-B02

1 MMS0027.D VK916-NF-B03

1 MMS0028.D VK916-NF-B04

1 MMS0029.D VK916-NF-B05

1 MMS0030.D VK916-NF-B06

1 MMS0031.D VK916-NF-B07

1 MMS0032.D VK916-NF-B08

1 MMS0033.D VK916-NF-B09

1 MMS0034.D VK916-NF-B10

1 MMS0035.D VK916-NF-B11

1 MMS0036.D VK916-NF-B12

Naphthalene Acenaphthe Phenanthrene Chrysene-D Perylene-D

93 79 85 82 17

95 87 83 87 15

97 88 84 88 16

97 93 94 91 18

92 88 84 84 32

93 89 83 79 16

91 89 82 76 17

86 94 89 88 34

77 85 84 85 39

82 90 88 89 13

84 90 89 90 10

79 87 87 94 16

100 97 98 98 90

89 92 92 95 93

99 96 87 94 93

92 90 91 80 34

100 94 86 88 44

90 88 85 92 95

81 70 88 93 85

93 89 85 82 24

83 69 78 83 87

100 98 85 87 15

99 96 85 91 15

100 93 84 85 23

84 88 99 93 85

79 84 89 89 78

90 88 95 85 22

75 78 88 82 22

86 86 90 82 72

93 97 98 93 34

85 84 98 83 66

88 88 97 90 63

85 86 89 81 62

84 88 89 82 76

82 91 98 91 76

93 91 94 90 25

88 84 95 95 39

85 88 98 92 62

86 91 94 94 28

86 87 94 87 12

91 85 97 93 31

96 93 92 93 55

93 89 90 86 83

98 87 97 88 67

97 92 94 91 43

100 92 89 94 83

H-17
Table H.2. Sediment total petroleum hydrocarbon data for Cruise 1B.

Cruise Sample Name Station

Collection 

Date

Received 

Date

Extraction 

Date

Extraction 

Batch

Date 

Acquired

1 MMS0001 GB516-NF-B01 10/28/00 11/20/00 12/05/00 ENV322 03/23/00

1 MMS0002 GB516-NF-B02 10/28/00 11/20/00 12/05/00 ENV322 03/23/00

1 MMS0003 GB516-NF-B03 10/29/00 11/20/00 12/05/00 ENV322 03/23/00

1 MMS0004 GB516-NF-B04 10/28/00 11/20/00 12/05/00 ENV322 03/16/00

1 MMS0005 GB516-NF-B05 10/29/00 11/20/00 12/05/00 ENV322 03/16/00

1 MMS0006 GB516-NF-B06 10/29/00 11/20/00 12/05/00 ENV322 03/23/00

1 MMS0007 GB516-NF-B07 10/29/00 11/20/00 12/05/00 ENV322 03/23/00

1 MMS0008 GB516-NF-B08 10/30/00 11/20/00 12/05/00 ENV322 03/16/00

1 MMS0009 GB516-NF-B09 10/30/00 11/20/00 12/05/00 ENV322 03/16/00

1 MMS0010 GB516-NF-B10 10/30/00 11/20/00 12/05/00 ENV322 03/16/00

1 MMS0011 GB516-NF-B11 10/30/00 11/20/00 12/05/00 ENV322 03/16/00

1 MMS0012 GB516-NF-B12 10/29/00 11/20/00 12/05/00 ENV322 03/16/00

1 MMS0013 GB516-FF1-B01 11/01/00 11/20/00 12/05/00 ENV322 03/16/00

1 MMS0014 GB516-FF1-B02 11/01/00 11/20/00 12/05/00 ENV322 03/16/00

1 MMS0015 GB516-FF2-B01 10/30/00 11/20/00 12/05/00 ENV322 03/16/00

1 MMS0016 GB516-FF2-B02 10/31/00 11/20/00 12/05/00 ENV322 03/16/00

1 MMS0017 GB516-FF3-B01 10/31/00 11/20/00 12/05/00 ENV322 03/16/00

1 MMS0018 GB516-FF3-B02 10/31/00 11/20/00 12/05/00 ENV322 03/16/00

1 MMS0019 GB516-FF4-B01 10/31/00 11/20/00 12/05/00 ENV322 03/16/00

1 MMS0020 GB516-FF4-B02 10/31/00 11/20/00 12/06/00 ENV324 03/19/00

1 MMS0021 GB516-FF5-B01 11/01/00 11/20/00 12/06/00 ENV324 03/19/00

1 MMS0022 GB516-FF5-B02 11/01/00 11/20/00 12/06/00 ENV324 03/20/00

1 MMS0023 GB516-FF6-B01 11/01/00 11/20/00 12/06/00 ENV324 03/20/00

1 MMS0024 GB516-FF6-B02 11/01/00 11/20/00 12/06/00 ENV324 03/20/00

1 MMS0025 VK916-NF-B01 11/05/00 11/20/00 12/06/00 ENV324 03/20/00

1 MMS0026 VK916-NF-B02 11/04/00 11/20/00 12/06/00 ENV324 03/20/00

1 MMS0027 VK916-NF-B03 11/05/00 11/20/00 12/06/00 ENV324 03/20/00

1 MMS0028 VK916-NF-B04 11/05/00 11/20/00 12/06/00 ENV324 03/20/00

1 MMS0029 VK916-NF-B05 11/05/00 11/20/00 12/06/00 ENV324 03/20/00

1 MMS0030 VK916-NF-B06 11/05/00 11/20/00 12/06/00 ENV324 03/20/00

1 MMS0031 VK916-NF-B07 11/05/00 11/20/00 12/06/00 ENV324 03/23/00

1 MMS0032 VK916-NF-B08 11/05/00 11/20/00 12/06/00 ENV324 03/20/00

1 MMS0033 VK916-NF-B09 11/07/00 11/20/00 12/06/00 ENV324 03/20/00

1 MMS0034 VK916-NF-B10 11/07/00 11/20/00 12/06/00 ENV324 03/20/00

1 MMS0035 VK916-NF-B11 11/07/00 11/20/00 12/06/00 ENV324 03/20/00

1 MMS0036 VK916-NF-B12 11/07/00 11/20/00 12/06/00 ENV324 03/20/00

1 MMS0037 VK916-FF2-B01 11/06/00 11/20/00 12/06/00 ENV324 03/20/00

1 MMS0038 VK916-FF2-B02 11/06/00 11/20/00 12/6/2000 ENV324 03/20/00

1 MMS0039 VK916-FF3-B01 11/06/00 11/20/00 12/15/00 ENV325 03/21/00

1 MMS0040 VK916-FF3-B02 11/08/00 11/20/00 12/15/00 ENV325 03/21/00

1 MMS0041 VK916-FF4-B01 11/08/00 11/20/00 12/15/00 ENV325 03/22/00

1 MMS0042 VK916-FF4-B02 11/08/00 11/20/00 12/15/00 ENV325 03/22/00

1 MMS0043 VK916-FF5-B01 11/08/00 11/20/00 12/15/00 ENV325 03/22/00

1 MMS0044 VK916-FF5-B02 11/08/00 11/20/00 12/15/00 ENV325 03/22/00

1 MMS0045 VK916-FF6-B01 11/08/00 11/20/00 12/15/00 ENV325 03/22/00

1 MMS0046 VK916-FF6-B02 11/08/00 11/20/00 12/15/00 ENV325 03/22/00

H-18
Table H.2. Sediment total petroleum hydrocarbon data for Cruise 1B.

Cruise Sample Name Station

1 MMS0001 GB516-NF-B01

1 MMS0002 GB516-NF-B02

1 MMS0003 GB516-NF-B03

1 MMS0004 GB516-NF-B04

1 MMS0005 GB516-NF-B05

1 MMS0006 GB516-NF-B06

1 MMS0007 GB516-NF-B07

1 MMS0008 GB516-NF-B08

1 MMS0009 GB516-NF-B09

1 MMS0010 GB516-NF-B10

1 MMS0011 GB516-NF-B11

1 MMS0012 GB516-NF-B12

1 MMS0013 GB516-FF1-B01

1 MMS0014 GB516-FF1-B02

1 MMS0015 GB516-FF2-B01

1 MMS0016 GB516-FF2-B02

1 MMS0017 GB516-FF3-B01

1 MMS0018 GB516-FF3-B02

1 MMS0019 GB516-FF4-B01

1 MMS0020 GB516-FF4-B02

1 MMS0021 GB516-FF5-B01

1 MMS0022 GB516-FF5-B02

1 MMS0023 GB516-FF6-B01

1 MMS0024 GB516-FF6-B02

1 MMS0025 VK916-NF-B01

1 MMS0026 VK916-NF-B02

1 MMS0027 VK916-NF-B03

1 MMS0028 VK916-NF-B04

1 MMS0029 VK916-NF-B05

1 MMS0030 VK916-NF-B06

1 MMS0031 VK916-NF-B07

1 MMS0032 VK916-NF-B08

1 MMS0033 VK916-NF-B09

1 MMS0034 VK916-NF-B10

1 MMS0035 VK916-NF-B11

1 MMS0036 VK916-NF-B12

1 MMS0037 VK916-FF2-B01

1 MMS0038 VK916-FF2-B02

1 MMS0039 VK916-FF3-B01

1 MMS0040 VK916-FF3-B02

1 MMS0041 VK916-FF4-B01

1 MMS0042 VK916-FF4-B02

1 MMS0043 VK916-FF5-B01

1 MMS0044 VK916-FF5-B02

1 MMS0045 VK916-FF6-B01

1 MMS0046 VK916-FF6-B02

Method Wet Wt (g) Dry Wt (g) % Moisture % Dry Dilution

ALI_COMP.M 43.4 15.0 66 34 10x

ALI_COMP.M 40.9 15.1 63 37 50x

ALI_COMP.M 55.9 15.2 73 27 10x

ALI_COMP.M 54.4 15.0 72 28 NA

ALI_COMP.M 47.1 15.0 68 32 NA

ALI_COMP.M 49.9 15.4 69 31 10x

ALI_COMP.M 51.5 14.9 71 29 10x

ALI_COMP.M 54.0 15.0 72 28 NA

ALI_COMP.M 49.5 15.0 70 30 NA

ALI_COMP.M 54.6 15.0 73 28 NA

ALI_COMP.M 53.6 15.3 71 29 NA

ALI_COMP.M 65.3 14.9 77 23 NA

ALI_COMP.M 59.3 15.0 75 25 NA

ALI_COMP.M 52.7 14.9 72 28 NA

ALI_COMP.M 53.7 15.1 72 28 NA

ALI_COMP.M 42.7 15.1 65 35 NA

ALI_COMP.M 56.9 14.8 74 26 NA

ALI_COMP.M 53.0 15.0 72 28 NA

ALI_COMP.M 55.8 15.0 73 27 NA

ALI_COMP.M 47.6 14.9 69 31 NA

ALI_COMP.M 51.2 15.1 71 29 NA

ALI_COMP.M 54.5 15.0 73 27 NA

ALI_COMP.M 45.8 15.1 67 33 NA

ALI_COMP.M 48.2 15.0 69 31 NA

ALI_COMP.M 66.9 15.1 77 23 NA

ALI_COMP.M 63.8 15.0 76 24 NA

ALI_COMP.M 78.4 15.0 81 19 NA

ALI_COMP.M 72.3 15.1 79 21 NA

ALI_COMP.M 75.7 14.9 80 20 NA

ALI_COMP.M 84.7 15.1 82 18 NA

ALI_COMP.M 62.7 15.2 76 24 NA

ALI_COMP.M 74.2 15.0 80 20 NA

ALI_COMP.M 78.1 15.1 81 19 NA

ALI_COMP.M 58.3 15.0 74 26 NA

ALI_COMP.M 63.4 16.1 75 25 NA

ALI_COMP.M 55.1 15.0 73 27 NA

ALI_COMP.M 55.2 15.1 73 27 NA

ALI_COMP.M 66.7 15.2 77 23 NA

ALI_COMP.M 76.9 15.0 80 20 NA

ALI_COMP.M 75.0 15.0 80 20 NA

ALI_COMP.M 78.7 15.0 81 19 NA

ALI_COMP.M 59.5 15.0 75 25 NA

ALI_COMP.M 50.6 15.0 70 30 NA

ALI_COMP.M 45.0 15.0 67 33 NA

ALI_COMP.M 49.3 15.0 70 30 NA

ALI_COMP.M 48.3 15.0 69 31 NA

H-19
Table H.2. Sediment total petroleum hydrocarbon data for Cruise 1B.

Cruise Sample Name Station

1 MMS0001 GB516-NF-B01

1 MMS0002 GB516-NF-B02

1 MMS0003 GB516-NF-B03

1 MMS0004 GB516-NF-B04

1 MMS0005 GB516-NF-B05

1 MMS0006 GB516-NF-B06

1 MMS0007 GB516-NF-B07

1 MMS0008 GB516-NF-B08

1 MMS0009 GB516-NF-B09

1 MMS0010 GB516-NF-B10

1 MMS0011 GB516-NF-B11

1 MMS0012 GB516-NF-B12

1 MMS0013 GB516-FF1-B01

1 MMS0014 GB516-FF1-B02

1 MMS0015 GB516-FF2-B01

1 MMS0016 GB516-FF2-B02

1 MMS0017 GB516-FF3-B01

1 MMS0018 GB516-FF3-B02

1 MMS0019 GB516-FF4-B01

1 MMS0020 GB516-FF4-B02

1 MMS0021 GB516-FF5-B01

1 MMS0022 GB516-FF5-B02

1 MMS0023 GB516-FF6-B01

1 MMS0024 GB516-FF6-B02

1 MMS0025 VK916-NF-B01

1 MMS0026 VK916-NF-B02

1 MMS0027 VK916-NF-B03

1 MMS0028 VK916-NF-B04

1 MMS0029 VK916-NF-B05

1 MMS0030 VK916-NF-B06

1 MMS0031 VK916-NF-B07

1 MMS0032 VK916-NF-B08

1 MMS0033 VK916-NF-B09

1 MMS0034 VK916-NF-B10

1 MMS0035 VK916-NF-B11

1 MMS0036 VK916-NF-B12

1 MMS0037 VK916-FF2-B01

1 MMS0038 VK916-FF2-B02

1 MMS0039 VK916-FF3-B01

1 MMS0040 VK916-FF3-B02

1 MMS0041 VK916-FF4-B01

1 MMS0042 VK916-FF4-B02

1 MMS0043 VK916-FF5-B01

1 MMS0044 VK916-FF5-B02

1 MMS0045 VK916-FF6-B01

1 MMS0046 VK916-FF6-B02

Target 

Compounds

Total Petroleum 

Hydrocarbon

Total Resolved 

Hydrocarbon

Unresolved 

Complex Mixture

Su Corrected 877 757 120

Su Corrected 25992 25180 811

Su Corrected 616 543 72.5

Su Corrected 160 87.6 72.6

Su Corrected 268 187 80.8

Su Corrected 1168 1071 96.7

Su Corrected 2054 1922 132

Su Corrected 44.7 11.8 32.9

Su Corrected 588 516 71.6

Su Corrected 60.1 23.7 36.4

Su Corrected 40.6 11.7 28.9

Su Corrected 34.0 5.7 28.3

Su Corrected 83.9 9.6 74.3

Su Corrected 44.4 5.7 38.7

Su Corrected 31.0 4.5 26.5

Su Corrected 24.7 2.3 22.4

Su Corrected 40.0 4.8 35.2

Su Corrected 31.9 3.2 28.7

Su Corrected 31.7 4.0 27.7

Su Corrected 17.1 2.5 14.6

Su Corrected 15.5 2.0 13.5

Su Corrected 24.6 3.2 21.4

Su Corrected 17.2 2.9 14.3

Su Corrected 17.3 3.0 14.3

Su Corrected 28.7 8.7 20.0

Su Corrected 28.7 9.3 19.4

Su Corrected 28.2 9.6 18.6

Su Corrected 25.6 9.0 16.6

Su Corrected 38.0 10.5 27.4

Su Corrected 35.8 11.0 24.8

Su Corrected 30.8 9.5 21.3

Su Corrected 32.5 10.1 22.4

Su Corrected 22.6 5.0 17.6

Su Corrected 13.8 3.0 10.8

Su Corrected 28.5 8.0 20.5

Su Corrected 29.4 7.5 21.9

Su Corrected 23.7 6.4 17.3

Su Corrected 28.2 8.1 20.1

Su Corrected 31.8 9.6 22.2

Su Corrected 30.1 8.3 21.8

Su Corrected 26.3 7.2 19.1

Su Corrected 25.7 8.8 16.9

Su Corrected 35.0 8.8 26.2

Su Corrected 24.6 7.4 17.2

Su Corrected 24.5 6.8 17.7

Su Corrected 29.0 8.1 20.9

H-20
Table H.2. Sediment total petroleum hydrocarbon data for Cruise 1B.

Cruise Sample Name Station

1 MMS0001 GB516-NF-B01

1 MMS0002 GB516-NF-B02

1 MMS0003 GB516-NF-B03

1 MMS0004 GB516-NF-B04

1 MMS0005 GB516-NF-B05

1 MMS0006 GB516-NF-B06

1 MMS0007 GB516-NF-B07

1 MMS0008 GB516-NF-B08

1 MMS0009 GB516-NF-B09

1 MMS0010 GB516-NF-B10

1 MMS0011 GB516-NF-B11

1 MMS0012 GB516-NF-B12

1 MMS0013 GB516-FF1-B01

1 MMS0014 GB516-FF1-B02

1 MMS0015 GB516-FF2-B01

1 MMS0016 GB516-FF2-B02

1 MMS0017 GB516-FF3-B01

1 MMS0018 GB516-FF3-B02

1 MMS0019 GB516-FF4-B01

1 MMS0020 GB516-FF4-B02

1 MMS0021 GB516-FF5-B01

1 MMS0022 GB516-FF5-B02

1 MMS0023 GB516-FF6-B01

1 MMS0024 GB516-FF6-B02

1 MMS0025 VK916-NF-B01

1 MMS0026 VK916-NF-B02

1 MMS0027 VK916-NF-B03

1 MMS0028 VK916-NF-B04

1 MMS0029 VK916-NF-B05

1 MMS0030 VK916-NF-B06

1 MMS0031 VK916-NF-B07

1 MMS0032 VK916-NF-B08

1 MMS0033 VK916-NF-B09

1 MMS0034 VK916-NF-B10

1 MMS0035 VK916-NF-B11

1 MMS0036 VK916-NF-B12

1 MMS0037 VK916-FF2-B01

1 MMS0038 VK916-FF2-B02

1 MMS0039 VK916-FF3-B01

1 MMS0040 VK916-FF3-B02

1 MMS0041 VK916-FF4-B01

1 MMS0042 VK916-FF4-B02

1 MMS0043 VK916-FF5-B01

1 MMS0044 VK916-FF5-B02

1 MMS0045 VK916-FF6-B01

1 MMS0046 VK916-FF6-B02

Total Petroleum Hydrocarbon 

(Non-SBM Range)

Total Resolved Hydrocarbon 

(Non-SBM Range)

102 13.8

861 311

58.4 5.9

66.9 7.2

72.2 7.6

76.2 11.5

127 18.3

32.7 2.5

61.7 7.4

36.1 3.5

29.2 1.7

28.6 2.7

74.5 6.5

38.7 3.1

27.4 2.1

21.4 0.4

34.0 2.1

27.7 1.3

28.1 1.8

13.7 0.5

13.4 0.4

21.0 1.2

13.7 0.9

14.3 1.0

22.6 4.8

23.6 5.6

22.7 6.0

20.8 5.5

31.3 6.6

29.6 6.3

25.7 6.2

27.1 6.5

19.1 2.8

11.4 1.4

23.4 4.9

24.8 4.9

19.2 3.5

23.9 5.6

26.1 6.3

24.0 5.0

21.8 4.5

21.0 5.5

27.7 5.1

20.2 4.3

20.2 3.8

23.0 4.5

H-21
Table H.2. Sediment total petroleum hydrocarbon data for Cruise 1B.

Cruise Sample Name Station

1 MMS0001 GB516-NF-B01

1 MMS0002 GB516-NF-B02

1 MMS0003 GB516-NF-B03

1 MMS0004 GB516-NF-B04

1 MMS0005 GB516-NF-B05

1 MMS0006 GB516-NF-B06

1 MMS0007 GB516-NF-B07

1 MMS0008 GB516-NF-B08

1 MMS0009 GB516-NF-B09

1 MMS0010 GB516-NF-B10

1 MMS0011 GB516-NF-B11

1 MMS0012 GB516-NF-B12

1 MMS0013 GB516-FF1-B01

1 MMS0014 GB516-FF1-B02

1 MMS0015 GB516-FF2-B01

1 MMS0016 GB516-FF2-B02

1 MMS0017 GB516-FF3-B01

1 MMS0018 GB516-FF3-B02

1 MMS0019 GB516-FF4-B01

1 MMS0020 GB516-FF4-B02

1 MMS0021 GB516-FF5-B01

1 MMS0022 GB516-FF5-B02

1 MMS0023 GB516-FF6-B01

1 MMS0024 GB516-FF6-B02

1 MMS0025 VK916-NF-B01

1 MMS0026 VK916-NF-B02

1 MMS0027 VK916-NF-B03

1 MMS0028 VK916-NF-B04

1 MMS0029 VK916-NF-B05

1 MMS0030 VK916-NF-B06

1 MMS0031 VK916-NF-B07

1 MMS0032 VK916-NF-B08

1 MMS0033 VK916-NF-B09

1 MMS0034 VK916-NF-B10

1 MMS0035 VK916-NF-B11

1 MMS0036 VK916-NF-B12

1 MMS0037 VK916-FF2-B01

1 MMS0038 VK916-FF2-B02

1 MMS0039 VK916-FF3-B01

1 MMS0040 VK916-FF3-B02

1 MMS0041 VK916-FF4-B01

1 MMS0042 VK916-FF4-B02

1 MMS0043 VK916-FF5-B01

1 MMS0044 VK916-FF5-B02

1 MMS0045 VK916-FF6-B01

1 MMS0046 VK916-FF6-B02

Unresolved Complex Mixture 

(Non-SBM Range)

Total Petroleum Hydrocarbon 

(SBM Range)

88.2 775

550 25131

52.5 557

59.7 93.3

64.6 195

64.7 1091

109 1926

30.2 12.0

54.3 526

32.6 24.0

27.5 11.4

25.9 5.4

68.0 9.4

35.6 5.7

25.3 3.6

21.0 3.3

31.9 6.1

26.4 4.2

26.3 3.6

13.2 3.3

13.0 2.0

19.8 3.6

12.8 3.4

13.3 3.0

17.8 6.1

18.0 5.1

16.7 5.5

15.3 4.8

24.8 6.6

23.3 6.1

19.5 5.1

20.6 5.4

16.3 3.5

10.0 2.4

18.5 5.0

19.9 4.6

15.7 4.5

18.3 4.3

19.8 5.7

19.0 6.1

17.3 4.4

15.5 4.7

22.6 7.2

15.9 4.4

16.4 4.4

18.5 5.9

H-22
Table H.2. Sediment total petroleum hydrocarbon data for Cruise 1B.

Cruise Sample Name Station

1 MMS0001 GB516-NF-B01

1 MMS0002 GB516-NF-B02

1 MMS0003 GB516-NF-B03

1 MMS0004 GB516-NF-B04

1 MMS0005 GB516-NF-B05

1 MMS0006 GB516-NF-B06

1 MMS0007 GB516-NF-B07

1 MMS0008 GB516-NF-B08

1 MMS0009 GB516-NF-B09

1 MMS0010 GB516-NF-B10

1 MMS0011 GB516-NF-B11

1 MMS0012 GB516-NF-B12

1 MMS0013 GB516-FF1-B01

1 MMS0014 GB516-FF1-B02

1 MMS0015 GB516-FF2-B01

1 MMS0016 GB516-FF2-B02

1 MMS0017 GB516-FF3-B01

1 MMS0018 GB516-FF3-B02

1 MMS0019 GB516-FF4-B01

1 MMS0020 GB516-FF4-B02

1 MMS0021 GB516-FF5-B01

1 MMS0022 GB516-FF5-B02

1 MMS0023 GB516-FF6-B01

1 MMS0024 GB516-FF6-B02

1 MMS0025 VK916-NF-B01

1 MMS0026 VK916-NF-B02

1 MMS0027 VK916-NF-B03

1 MMS0028 VK916-NF-B04

1 MMS0029 VK916-NF-B05

1 MMS0030 VK916-NF-B06

1 MMS0031 VK916-NF-B07

1 MMS0032 VK916-NF-B08

1 MMS0033 VK916-NF-B09

1 MMS0034 VK916-NF-B10

1 MMS0035 VK916-NF-B11

1 MMS0036 VK916-NF-B12

1 MMS0037 VK916-FF2-B01

1 MMS0038 VK916-FF2-B02

1 MMS0039 VK916-FF3-B01

1 MMS0040 VK916-FF3-B02

1 MMS0041 VK916-FF4-B01

1 MMS0042 VK916-FF4-B02

1 MMS0043 VK916-FF5-B01

1 MMS0044 VK916-FF5-B02

1 MMS0045 VK916-FF6-B01

1 MMS0046 VK916-FF6-B02

Total Resolved Hydrocarbon 

(SBM Range)

Unresolved Complex Mixture 

(SBM Range) EOM (mg/g dry)

743 32.0 1590

24870 261 31900

537 20.0 1150

80.4 12.9 374

179 16.1 590

1059 32.0 2450

1904 22.2 3660

9.3 2.7 252

509 17.3 881

20.2 3.8 222

10.0 1.4 2000

3.0 2.4 236

3.1 6.3 264

2.6 3.1 209

2.4 1.2 208

1.9 1.4 193

2.8 3.3 280

2.0 2.2 214

2.2 1.4 180

2.0 1.3 173

1.5 0.5 163

2.0 1.6 200

2.0 1.4 181

2.0 1.0 206

3.9 2.2 271

3.6 1.5 248

3.6 1.9 252

3.5 1.3 257

4.0 2.6 275

4.6 1.5 274

3.3 1.8 249

3.7 1.7 275

2.2 1.3 225

1.6 0.8 168

3.0 2.0 226

2.6 2.0 202

2.9 1.6 228

2.5 1.8 251

3.3 2.4 252

3.4 2.7 228

2.7 1.7 264

3.3 1.4 216

3.7 3.5 290

3.1 1.3 210

3.1 1.3 186

3.6 2.3 178

H-23
Table H.2. Sediment total petroleum hydrocarbon data for Cruise 1B.

Cruise Sample Name Station

1 MMS0001 GB516-NF-B01

1 MMS0002 GB516-NF-B02

1 MMS0003 GB516-NF-B03

1 MMS0004 GB516-NF-B04

1 MMS0005 GB516-NF-B05

1 MMS0006 GB516-NF-B06

1 MMS0007 GB516-NF-B07

1 MMS0008 GB516-NF-B08

1 MMS0009 GB516-NF-B09

1 MMS0010 GB516-NF-B10

1 MMS0011 GB516-NF-B11

1 MMS0012 GB516-NF-B12

1 MMS0013 GB516-FF1-B01

1 MMS0014 GB516-FF1-B02

1 MMS0015 GB516-FF2-B01

1 MMS0016 GB516-FF2-B02

1 MMS0017 GB516-FF3-B01

1 MMS0018 GB516-FF3-B02

1 MMS0019 GB516-FF4-B01

1 MMS0020 GB516-FF4-B02

1 MMS0021 GB516-FF5-B01

1 MMS0022 GB516-FF5-B02

1 MMS0023 GB516-FF6-B01

1 MMS0024 GB516-FF6-B02

1 MMS0025 VK916-NF-B01

1 MMS0026 VK916-NF-B02

1 MMS0027 VK916-NF-B03

1 MMS0028 VK916-NF-B04

1 MMS0029 VK916-NF-B05

1 MMS0030 VK916-NF-B06

1 MMS0031 VK916-NF-B07

1 MMS0032 VK916-NF-B08

1 MMS0033 VK916-NF-B09

1 MMS0034 VK916-NF-B10

1 MMS0035 VK916-NF-B11

1 MMS0036 VK916-NF-B12

1 MMS0037 VK916-FF2-B01

1 MMS0038 VK916-FF2-B02

1 MMS0039 VK916-FF3-B01

1 MMS0040 VK916-FF3-B02

1 MMS0041 VK916-FF4-B01

1 MMS0042 VK916-FF4-B02

1 MMS0043 VK916-FF5-B01

1 MMS0044 VK916-FF5-B02

1 MMS0045 VK916-FF6-B01

1 MMS0046 VK916-FF6-B02

Surrogate (Su) n-dodecane-d34 n-eicosane-d42 n-triacontane-d62

Su Recovery (%) 113 109 111

Su Recovery (%) 114 98 115

Su Recovery (%) 100 103 110

Su Recovery (%) 108 116 117

Su Recovery (%) 99 118 113

Su Recovery (%) 109 107 112

Su Recovery (%) 108 113 108

Su Recovery (%) 109 103 110

Su Recovery (%) 119 92 120

Su Recovery (%) 111 101 110

Su Recovery (%) 120 104 105

Su Recovery (%) 118 106 96

Su Recovery (%) 118 113 110

Su Recovery (%) 107 109 108

Su Recovery (%) 120 107 105

Su Recovery (%) 108 96 101

Su Recovery (%) 116 103 108

Su Recovery (%) 115 108 99

Su Recovery (%) 115 104 100

Su Recovery (%) 99 102 97

Su Recovery (%) 106 98 95

Su Recovery (%) 99 99 92

Su Recovery (%) 104 97 96

Su Recovery (%) 104 101 100

Su Recovery (%) 113 101 92

Su Recovery (%) 112 98 94

Su Recovery (%) 115 100 98

Su Recovery (%) 108 101 114

Su Recovery (%) 111 94 95

Su Recovery (%) 114 99 109

Su Recovery (%) 110 104 119

Su Recovery (%) 106 103 104

Su Recovery (%) 103 96 97

Su Recovery (%) 111 96 96

Su Recovery (%) 119 100 94

Su Recovery (%) 118 101 98

Su Recovery (%) 114 98 98

Su Recovery (%) 99 89 87

Su Recovery (%) 119 98 115

Su Recovery (%) 109 91 93

Su Recovery (%) 118 99 112

Su Recovery (%) 118 98 111

Su Recovery (%) 116 94 111

Su Recovery (%) 117 102 103

Su Recovery (%) 114 101 94

Su Recovery (%) 109 89 84

H-24
Table H.3. Sediment polycyclic aromatic hydrocarbon data for Cruise 2B.

Cruise Sample Station

Collection 

Date Received Date

Extraction 

Date

Extraction 

Batch

Date 

Acquired

2 CSA0074.D GB516-FF1-B01 07/14/01 08/17/01 09/25/01 ENV454 11/24/01

2 CSA0080.D GB516-FF1-B02 07/14/01 08/17/01 09/25/01 ENV454 11/24/01

2 CSA0075.D GB516-FF2-B01 07/12/01 08/17/01 09/25/01 ENV454 11/24/01

2 CSA0081.D GB516-FF2-B02 07/12/01 08/17/01 09/25/01 ENV454 11/24/01

2 CSA0076.D GB516-FF3-B01 07/12/01 08/17/01 09/25/01 ENV454 11/28/01

2 CSA0082.D GB516-FF3-B02 07/12/01 08/17/01 09/25/01 ENV454 11/28/01

2 CSA0077.D GB516-FF4-B01 07/12/01 08/17/01 09/25/01 ENV454 11/24/01

2 CSA0083.D GB516-FF4-B02 07/12/01 08/17/01 09/25/01 ENV454 11/24/01

2 CSA0078.D GB516-FF5-B01 07/12/01 08/17/01 09/25/01 ENV454 11/24/01

2 CSA0084.D GB516-FF5-B02 07/12/01 08/17/01 09/25/01 ENV454 11/24/01

2 CSA0079.D GB516-FF6-B01 07/12/01 08/17/01 09/25/01 ENV454 11/24/01

2 CSA0085.D GB516-FF6-B02 07/12/01 08/17/01 09/25/01 ENV454 11/24/01

2 CSA0062.D GB516-NF-B01 07/13/01 08/17/01 09/21/01 ENV453 11/22/01

2 CSA0063.D GB516-NF-B02 07/13/01 08/17/01 09/21/01 ENV453 11/22/01

2 CSA0064.D GB516-NF-B03 07/13/01 08/17/01 09/21/01 ENV453 11/22/01

2 CSA0065.D GB516-NF-B04 07/13/01 08/17/01 09/21/01 ENV453 11/22/01

2 CSA0066.D GB516-NF-B05 07/13/01 08/17/01 09/21/01 ENV453 11/22/01

2 CSA0067.D GB516-NF-B06 07/13/01 08/17/01 09/21/01 ENV453 11/28/01

2 CSA0068.D GB516-NF-B07 07/13/01 08/17/01 09/21/01 ENV453 11/22/01

2 CSA0069.D GB516-NF-B08 07/13/01 08/17/01 09/21/01 ENV453 11/22/01

2 CSA0070.D GB516-NF-B09 07/13/01 08/17/01 09/25/01 ENV454 11/24/01

2 CSA0071.D GB516-NF-B10 07/13/01 08/17/01 09/25/01 ENV454 11/24/01

2 CSA0072.D GB516-NF-B11 07/13/01 08/17/01 09/25/01 ENV454 11/24/01

2 CSA0073.D GB516-NF-B12 07/13/01 08/17/01 09/25/01 ENV454 11/24/01

2 CSA0047.D GB516-NF-DS-1 (0-2cm) 07/13/01 08/17/01 09/21/01 ENV453 11/27/01

2 CSA0048.D GB516-NF-DS-1 (2-4cm) 07/13/01 08/17/01 09/21/01 ENV453 11/27/01

2 CSA0049.D GB516-NF-DS-1 (4-6cm) 07/13/01 08/17/01 09/21/01 ENV453 11/22/01

2 CSA0050.D GB516-NF-DS-1 (6-8cm) 07/13/01 08/17/01 09/21/01 ENV453 11/22/01

2 CSA0051.D GB516-NF-DS-1 (8-10cm) 07/13/01 08/17/01 09/21/01 ENV453 11/22/01

2 CSA0053.D GB516-NF-DS-2 (2-4cm) 07/13/01 08/17/01 12/11/01 ENV501 01/04/01

2 CSA0054.D GB516-NF-DS-2 (4-6cm) 07/13/01 08/17/01 12/11/01 ENV501 01/04/01

2 CSA0055.D GB516-NF-DS-2 (6-8cm) 07/13/01 08/17/01 12/11/01 ENV501 01/04/01

2 CSA0056.D GB516-NF-DS-2 (8-10cm) 07/13/01 08/17/01 09/21/01 ENV453 11/28/01

2 CSA0052.D GB516-NF-DS-2(0-2cm) 07/13/01 08/17/01 12/11/01 ENV501 01/04/01

2 CSA0057.D GB516-NF-DS-3 (0-2cm) 07/13/01 08/17/01 09/21/01 ENV453 11/28/01

2 CSA0058.D GB516-NF-DS-3 (2-4cm) 07/13/01 08/17/01 09/21/01 ENV453 11/22/01

2 CSA0059.D GB516-NF-DS-3 (4-6cm) 07/13/01 08/17/01 09/21/01 ENV453 11/22/01

2 CSA0060.D GB516-NF-DS-3 (6-8cm) 07/13/01 08/17/01 09/21/01 ENV453 11/22/01

2 CSA0061.D GB516-NF-DS-3 (8-10cm) 07/13/01 08/17/01 09/21/01 ENV453 11/22/01

2 CSA0113.D GB602-FF1-B01 07/19/01 08/17/01 10/05/01 ENV461 12/07/01

2 CSA0119.D GB602-FF1-B02 07/19/01 08/17/01 10/05/01 ENV461 12/07/01

2 CSA0114.D GB602-FF2-B01 07/20/01 08/17/01 10/05/01 ENV461 12/07/01

2 CSA0120.D GB602-FF2-B02 07/20/01 08/17/01 10/05/01 ENV461 12/07/01

2 CSA0115.D GB602-FF3-B01 07/19/01 08/17/01 10/05/01 ENV461 12/07/01

2 CSA0121.D GB602-FF3-B02 07/19/01 08/17/01 10/05/01 ENV461 12/07/01

2 CSA0116.D GB602-FF4-B01 07/15/01 08/17/01 10/05/01 ENV461 12/07/01

2 CSA0122.D GB602-FF4-B02 07/15/01 08/17/01 10/05/01 ENV461 12/07/01

2 CSA0117.D GB602-FF5-B01 07/15/01 08/17/01 10/05/01 ENV461 12/07/01

H-25
Table H.3. Sediment polycyclic aromatic hydrocarbon data for Cruise 2B.

Cruise Sample Station

Collection 

Date Received Date

Extraction 

Date

Extraction 

Batch

Date 

Acquired

2 CSA0123.D GB602-FF5-B02 07/15/01 08/17/01 10/05/01 ENV461 12/07/01

2 CSA0118.D GB602-FF6-B01 07/20/01 08/17/01 10/05/01 ENV461 12/07/01

2 CSA0124.D GB602-FF6-B02 07/20/01 08/17/01 10/05/01 ENV461 12/07/01

2 CSA0101.D GB602-NF-B01 07/14/01 08/17/01 10/04/01 ENV460 12/01/01

2 CSA0102.D GB602-NF-B02 07/15/01 08/17/01 10/04/01 ENV460 12/01/01

2 CSA0103.D GB602-NF-B03 07/15/01 08/17/01 10/04/01 ENV460 12/01/01

2 CSA0104.D GB602-NF-B04 07/19/01 08/17/01 10/04/01 ENV460 12/01/01

2 CSA0105.D GB602-NF-B05 07/14/01 08/17/01 10/04/01 ENV460 12/24/01

2 CSA0106.D GB602-NF-B06 07/15/01 08/17/01 10/04/01 ENV460 12/02/01

2 CSA0107.D GB602-NF-B07 07/15/01 08/17/01 10/04/01 ENV460 12/02/01

2 CSA0108.D GB602-NF-B08 07/19/01 08/17/01 10/05/01 ENV461 12/06/01

2 CSA0109.D GB602-NF-B09 07/14/01 08/17/01 10/05/01 ENV461 12/06/01

2 CSA0110.D GB602-NF-B10 07/15/01 08/17/01 10/05/01 ENV461 12/07/01

2 CSA0111.D GB602-NF-B11 07/19/01 08/17/01 10/05/01 ENV461 12/07/01

2 CSA0112.D GB602-NF-B12 07/19/01 08/17/01 10/05/01 ENV461 12/07/01

2 CSA0086.D GB602-NF-DS-1(0-2cm) 07/19/01 08/17/01 09/25/01 ENV454 11/24/01

2 CSA0087.D GB602-NF-DS-1(2-4cm) 07/19/01 08/17/01 09/25/01 ENV454 11/24/01

2 CSA0088.D GB602-NF-DS-1(4-6cm) 07/19/01 08/17/01 09/25/01 ENV454 11/24/01

2 CSA0089.D GB602-NF-DS-1(6-8cm) 07/19/01 08/17/01 10/04/01 ENV460 12/01/01

2 CSA0090.D GB602-NF-DS-1(8-10cm) 07/19/01 08/17/01 10/04/01 ENV460 12/01/01

2 CSA0093.D GB602-NF-DS-2 (4-6cm) 07/19/01 08/17/01 10/04/01 ENV460 12/01/01

2 CSA0091.D GB602-NF-DS-2(0-2cm) 07/19/01 08/17/01 10/04/01 ENV460 12/01/01

2 CSA0092.D GB602-NF-DS-2(2-4cm) 07/19/01 08/17/01 10/04/01 ENV460 12/01/01

2 CSA0094.D GB602-NF-DS-2(6-8cm) 07/19/01 08/17/01 10/04/01 ENV460 12/20/01

2 CSA0095.D GB602-NF-DS-2(8-10cm) 07/19/01 08/17/01 10/04/01 ENV460 12/01/01

2 CSA0096.D GB602-NF-DS-3(0-2cm) 07/19/01 08/17/01 10/04/01 ENV460 12/01/01

2 CSA0097.D GB602-NF-DS-3(2-4cm) 07/19/01 08/17/01 10/04/01 ENV460 12/01/01

2 CSA0098.D GB602-NF-DS-3(4-6cm) 07/19/01 08/17/01 10/04/01 ENV460 12/01/01

2 CSA0099.D GB602-NF-DS-3(6-8cm) 07/19/01 08/17/01 10/04/01 ENV460 12/20/01

2 CSA0100.D GB602-NF-DS-3(8-10cm) 07/19/01 08/17/01 10/04/01 ENV460 12/01/01

2 CSA0125.D MC292-DS-1(0-2cm) 07/24/01 08/17/01 10/05/01 ENV461 12/07/01

2 CSA0126.D MC292-DS-1(2-4cm) 07/24/01 08/17/01 10/05/01 ENV461 12/07/01

2 CSA0127.D MC292-DS-1(4-6cm) 07/24/01 08/17/01 10/15/01 ENV462 12/14/01

2 CSA0128.D MC292-DS-1(6-8 cm) 07/24/01 08/17/01 10/15/01 ENV462 12/15/01

2 CSA0129.D MC292-DS-1(8-10cm) 07/24/01 08/17/01 10/15/01 ENV462 12/15/01

2 CSA0130.D MC292-DS-2(0-2cm) 07/24/01 08/17/01 10/15/01 ENV462 12/15/01

2 CSA0131.D MC292-DS-2(2-4cm) 07/24/01 08/17/01 10/15/01 ENV462 12/15/01

2 CSA0132.D MC292-DS-2(4-6cm) 07/24/01 08/17/01 10/15/01 ENV462 12/15/01

2 CSA0133.D MC292-DS-2(6-8cm) 07/24/01 08/17/01 10/15/01 ENV462 12/15/01

2 CSA0134.D MC292-DS-2(8-10cm) 07/24/01 08/17/01 10/15/01 ENV462 12/15/01

2 CSA0135.D MC292-DS-3(0-2cm) 07/24/01 08/17/01 10/15/01 ENV462 12/15/01

2 CSA0136.D MC292-DS-3(2-4cm) 07/24/01 08/17/01 10/15/01 ENV462 12/15/01

2 CSA0137.D MC292-DS-3(4-6cm) 07/24/01 08/17/01 10/15/01 ENV462 12/15/01

2 CSA0138.D MC292-DS-3(6-8cm) 07/24/01 08/17/01 10/15/01 ENV462 12/15/01

2 CSA0139.D MC292-DS-3(8-10cm) 07/24/01 08/17/01 10/15/01 ENV462 12/15/01

2 CSA0152.D MC292-FF1-B01 07/21/01 08/17/01 10/23/01 ENV467 12/20/01

2 CSA0158.D MC292-FF1-B02 07/13/01 08/17/01 12/11/01 ENV501 12/24/01

2 CSA0153.D MC292-FF2-B01 07/22/01 08/17/01 10/23/01 ENV467 12/20/01

H-26
Table H.3. Sediment polycyclic aromatic hydrocarbon data for Cruise 2B.

Cruise Sample Station

Collection 

Date Received Date

Extraction 

Date

Extraction 

Batch

Date 

Acquired

2 CSA0159.D MC292-FF2-B02 07/22/01 08/17/01 12/11/01 ENV501 12/24/01

2 CSA0154.D MC292-FF3-B01 07/23/01 08/17/01 10/23/01 ENV467 12/20/01

2 CSA0160.D MC292-FF3-B02 07/23/01 08/17/01 12/11/01 ENV501 12/24/01

2 CSA0155.D MC292-FF4-B01 07/22/01 08/17/01 10/23/01 ENV467 12/20/01

2 CSA0161.D MC292-FF4-B02 07/22/01 08/17/01 12/11/01 ENV501 12/24/01

2 CSA0156.D MC292-FF5-B01 07/22/01 08/17/01 10/23/01 ENV467 12/20/01

2 CSA0162.D MC292-FF5-B02 07/22/01 08/17/01 12/11/01 ENV501 12/24/01

2 CSA0157.D MC292-FF6-B01 07/24/01 08/17/01 12/11/01 ENV501 12/24/01

2 CSA0163.D MC292-FF6-B02 07/24/01 08/17/01 12/11/01 ENV501 12/24/01

2 CSA0140.D MC292-NF-B01 07/23/01 08/17/01 10/15/01 ENV462 12/20/01

2 CSA0141.D MC292-NF-B02 07/22/01 08/17/01 10/15/01 ENV462 12/15/01

2 CSA0142.D MC292-NF-B03 07/23/01 08/17/01 10/15/01 ENV462 12/15/01

2 CSA0143.D MC292-NF-B04 07/23/01 08/17/01 12/11/01 ENV501 12/24/01

2 CSA0144.D MC292-NF-B05 07/22/01 08/17/01 10/15/01 ENV462 12/20/01

2 CSA0145.D MC292-NF-B06 07/22/01 08/17/01 10/15/01 ENV462 12/20/01

2 CSA0146.D MC292-NF-B07 07/23/01 08/17/01 10/23/01 ENV467 12/19/01

2 CSA0147.D MC292-NF-B08 07/23/01 08/17/01 10/23/01 ENV467 12/19/01

2 CSA0148.D MC292-NF-B09 07/23/01 08/17/01 10/23/01 ENV467 12/19/01

2 CSA0149.D MC292-NF-B10 07/22/01 08/17/01 10/23/01 ENV467 12/19/01

2 CSA0150.D MC292-NF-B11 07/23/01 08/17/01 10/23/01 ENV467 12/20/01

2 CSA0151.D MC292-NF-B12 07/23/01 08/17/01 10/23/01 ENV467 12/20/01

H-27
Table H.3. Sediment polycyclic aromatic hydrocarbon data for Cruise 2B.

Cruise Sample Station

2 CSA0074.D GB516-FF1-B01

2 CSA0080.D GB516-FF1-B02

2 CSA0075.D GB516-FF2-B01

2 CSA0081.D GB516-FF2-B02

2 CSA0076.D GB516-FF3-B01

2 CSA0082.D GB516-FF3-B02

2 CSA0077.D GB516-FF4-B01

2 CSA0083.D GB516-FF4-B02

2 CSA0078.D GB516-FF5-B01

2 CSA0084.D GB516-FF5-B02

2 CSA0079.D GB516-FF6-B01

2 CSA0085.D GB516-FF6-B02

2 CSA0062.D GB516-NF-B01

2 CSA0063.D GB516-NF-B02

2 CSA0064.D GB516-NF-B03

2 CSA0065.D GB516-NF-B04

2 CSA0066.D GB516-NF-B05

2 CSA0067.D GB516-NF-B06

2 CSA0068.D GB516-NF-B07

2 CSA0069.D GB516-NF-B08

2 CSA0070.D GB516-NF-B09

2 CSA0071.D GB516-NF-B10

2 CSA0072.D GB516-NF-B11

2 CSA0073.D GB516-NF-B12

2 CSA0047.D GB516-NF-DS-1 (0-2cm)

2 CSA0048.D GB516-NF-DS-1 (2-4cm)

2 CSA0049.D GB516-NF-DS-1 (4-6cm)

2 CSA0050.D GB516-NF-DS-1 (6-8cm)

2 CSA0051.D GB516-NF-DS-1 (8-10cm)

2 CSA0053.D GB516-NF-DS-2 (2-4cm)

2 CSA0054.D GB516-NF-DS-2 (4-6cm)

2 CSA0055.D GB516-NF-DS-2 (6-8cm)

2 CSA0056.D GB516-NF-DS-2 (8-10cm)

2 CSA0052.D GB516-NF-DS-2(0-2cm)

2 CSA0057.D GB516-NF-DS-3 (0-2cm)

2 CSA0058.D GB516-NF-DS-3 (2-4cm)

2 CSA0059.D GB516-NF-DS-3 (4-6cm)

2 CSA0060.D GB516-NF-DS-3 (6-8cm)

2 CSA0061.D GB516-NF-DS-3 (8-10cm)

2 CSA0113.D GB602-FF1-B01

2 CSA0119.D GB602-FF1-B02

2 CSA0114.D GB602-FF2-B01

2 CSA0120.D GB602-FF2-B02

2 CSA0115.D GB602-FF3-B01

2 CSA0121.D GB602-FF3-B02

2 CSA0116.D GB602-FF4-B01

2 CSA0122.D GB602-FF4-B02

2 CSA0117.D GB602-FF5-B01

Method Dry Wt (g) %Moisture %Dry Dilution

Target 

Compounds

PAH-2000 15.19 70.94 29.06 NA Su Corrected

PAH-2000 15.04 64.84 35.16 NA Su Corrected

PAH-2000 15.26 64.58 35.42 NA Su Corrected

PAH-2000 15.15 63.57 36.43 NA Su Corrected

PAH-2000 15.45 67.05 32.95 NA Su Corrected

PAH-2000 15.17 66.30 33.70 NA Su Corrected

PAH-2000 15.18 65.57 34.43 NA Su Corrected

PAH-2000 15.46 68.70 31.30 NA Su Corrected

PAH-2000 15.16 70.18 29.82 NA Su Corrected

PAH-2000 15.25 73.44 26.56 NA Su Corrected

PAH-2000 15.04 65.83 34.17 NA Su Corrected

PAH-2000 15.23 69.42 30.58 NA Su Corrected

PAH-2000 15.07 61.01 38.99 10x Su Corrected

PAH-2000 15.00 61.50 38.50 10x Su Corrected

PAH-2000 15.22 52.11 47.89 10x Su Corrected

PAH-2000 15.03 70.25 29.75 NA Su Corrected

PAH-2000 15.17 58.93 41.07 NA Su Corrected

PAH-2000 15.04 51.64 48.36 100x Su Corrected

PAH-2000 15.17 66.67 33.33 10x Su Corrected

PAH-2000 15.09 64.02 35.98 NA Su Corrected

PAH-2000 15.22 60.38 39.62 NA Su Corrected

PAH-2000 15.21 66.55 33.45 NA Su Corrected

PAH-2000 15.19 66.06 33.94 NA Su Corrected

PAH-2000 15.35 65.08 34.92 NA Su Corrected

PAH-2000 15.04 60.87 39.13 100x Su Corrected

PAH-2000 15.02 56.44 43.56 100x Su Corrected

PAH-2000 15.05 55.13 44.87 10x Su Corrected

PAH-2000 15.07 54.59 45.41 10x Su Corrected

PAH-2000 15.06 61.08 38.92 10x Su Corrected

PAH-2000 2.06 66.40 33.60 100x Su Corrected

PAH-2000 2.21 60.00 40.00 100x Su Corrected

PAH-2000 2.29 57.14 42.86 100x Su Corrected

PAH-2000 15.03 36.27 63.73 100x Su Corrected

PAH-2000 2.08 68.67 31.33 100x Su Corrected

PAH-2000 15.00 57.01 42.99 100x Su Corrected

PAH-2000 15.09 60.37 39.63 NA Su Corrected

PAH-2000 15.09 58.79 41.21 NA Su Corrected

PAH-2000 15.23 58.02 41.98 NA Su Corrected

PAH-2000 15.07 58.29 41.71 NA Su Corrected

PAH-2000 15.07 63.22 36.78 NA Su Corrected

PAH-2000 15.15 66.39 33.61 NA Su Corrected

PAH-2000 15.27 64.39 35.61 NA Su Corrected

PAH-2000 15.06 63.94 36.06 NA Su Corrected

PAH-2000 16.03 64.29 35.71 NA Su Corrected

PAH-2000 15.20 63.55 36.45 NA Su Corrected

PAH-2000 15.11 68.03 31.97 NA Su Corrected

PAH-2000 15.20 64.84 35.16 NA Su Corrected

PAH-2000 15.02 64.24 35.76 NA Su Corrected

H-28
Table H.3. Sediment polycyclic aromatic hydrocarbon data for Cruise 2B.

Cruise Sample Station

2 CSA0123.D GB602-FF5-B02

2 CSA0118.D GB602-FF6-B01

2 CSA0124.D GB602-FF6-B02

2 CSA0101.D GB602-NF-B01

2 CSA0102.D GB602-NF-B02

2 CSA0103.D GB602-NF-B03

2 CSA0104.D GB602-NF-B04

2 CSA0105.D GB602-NF-B05

2 CSA0106.D GB602-NF-B06

2 CSA0107.D GB602-NF-B07

2 CSA0108.D GB602-NF-B08

2 CSA0109.D GB602-NF-B09

2 CSA0110.D GB602-NF-B10

2 CSA0111.D GB602-NF-B11

2 CSA0112.D GB602-NF-B12

2 CSA0086.D GB602-NF-DS-1(0-2cm)

2 CSA0087.D GB602-NF-DS-1(2-4cm)

2 CSA0088.D GB602-NF-DS-1(4-6cm)

2 CSA0089.D GB602-NF-DS-1(6-8cm)

2 CSA0090.D GB602-NF-DS-1(8-10cm)

2 CSA0093.D GB602-NF-DS-2 (4-6cm)

2 CSA0091.D GB602-NF-DS-2(0-2cm)

2 CSA0092.D GB602-NF-DS-2(2-4cm)

2 CSA0094.D GB602-NF-DS-2(6-8cm)

2 CSA0095.D GB602-NF-DS-2(8-10cm)

2 CSA0096.D GB602-NF-DS-3(0-2cm)

2 CSA0097.D GB602-NF-DS-3(2-4cm)

2 CSA0098.D GB602-NF-DS-3(4-6cm)

2 CSA0099.D GB602-NF-DS-3(6-8cm)

2 CSA0100.D GB602-NF-DS-3(8-10cm)

2 CSA0125.D MC292-DS-1(0-2cm)

2 CSA0126.D MC292-DS-1(2-4cm)

2 CSA0127.D MC292-DS-1(4-6cm)

2 CSA0128.D MC292-DS-1(6-8 cm)

2 CSA0129.D MC292-DS-1(8-10cm)

2 CSA0130.D MC292-DS-2(0-2cm)

2 CSA0131.D MC292-DS-2(2-4cm)

2 CSA0132.D MC292-DS-2(4-6cm)

2 CSA0133.D MC292-DS-2(6-8cm)

2 CSA0134.D MC292-DS-2(8-10cm)

2 CSA0135.D MC292-DS-3(0-2cm)

2 CSA0136.D MC292-DS-3(2-4cm)

2 CSA0137.D MC292-DS-3(4-6cm)

2 CSA0138.D MC292-DS-3(6-8cm)

2 CSA0139.D MC292-DS-3(8-10cm)

2 CSA0152.D MC292-FF1-B01

2 CSA0158.D MC292-FF1-B02

2 CSA0153.D MC292-FF2-B01

Method Dry Wt (g) %Moisture %Dry Dilution

Target 

Compounds

PAH-2000 15.11 62.77 37.23 NA Su Corrected

PAH-2000 15.08 65.51 34.49 NA Su Corrected

PAH-2000 15.17 65.22 34.78 NA Su Corrected

PAH-2000 15.03 63.44 36.56 10x Su Corrected

PAH-2000 15.20 58.86 41.14 NA Su Corrected

PAH-2000 15.09 55.06 44.94 10x Su Corrected

PAH-2000 15.08 63.08 36.92 10x Su Corrected

PAH-2000 15.01 65.66 34.34 10x Su Corrected

PAH-2000 15.31 73.81 26.19 20x Su Corrected

PAH-2000 15.10 58.45 41.55 10x Su Corrected

PAH-2000 15.12 53.85 46.15 10x Su Corrected

PAH-2000 15.26 65.91 34.09 10x Su Corrected

PAH-2000 15.20 61.01 38.99 10x Su Corrected

PAH-2000 15.31 66.45 33.55 10x Su Corrected

PAH-2000 15.11 65.15 34.85 NA Su Corrected

PAH-2000 15.28 50.00 50.00 NA Su Corrected

PAH-2000 15.47 56.07 43.93 NA Su Corrected

PAH-2000 15.69 60.61 39.39 NA Su Corrected

PAH-2000 15.01 59.85 40.15 10x Su Corrected

PAH-2000 15.17 60.45 39.55 NA Su Corrected

PAH-2000 15.18 61.47 38.53 10x Su Corrected

PAH-2000 15.10 57.27 42.73 20x Su Corrected

PAH-2000 15.10 57.14 42.86 20x Su Corrected

PAH-2000 15.20 62.93 37.07 NA Su Corrected

PAH-2000 15.19 62.70 37.30 NA Su Corrected

PAH-2000 15.11 66.00 34.00 NA Su Corrected

PAH-2000 15.10 64.79 35.21 NA Su Corrected

PAH-2000 15.15 63.58 36.42 NA Su Corrected

PAH-2000 15.29 62.41 37.59 NA Su Corrected

PAH-2000 15.04 62.05 37.95 NA Su Corrected

PAH-2000 15.34 84.67 15.33 NA Su Corrected

PAH-2000 15.22 60.00 40.00 NA Su Corrected

PAH-2000 15.20 67.48 32.52 NA Su Corrected

PAH-2000 15.08 61.59 38.41 NA Su Corrected

PAH-2000 15.15 62.86 37.14 NA Su Corrected

PAH-2000 15.11 63.28 36.72 NA Su Corrected

PAH-2000 15.15 62.81 37.19 NA Su Corrected

PAH-2000 15.41 62.79 37.21 NA Su Corrected

PAH-2000 15.15 61.17 38.83 NA Su Corrected

PAH-2000 15.08 63.09 36.91 NA Su Corrected

PAH-2000 15.38 14.96 85.04 NA Su Corrected

PAH-2000 15.13 65.77 34.23 NA Su Corrected

PAH-2000 15.06 55.31 44.69 NA Su Corrected

PAH-2000 15.41 61.98 38.02 NA Su Corrected

PAH-2000 15.15 60.77 39.23 NA Su Corrected

PAH-2000 15.04 63.91 36.09 NA Su Corrected

PAH-2000 15.10 64.66 35.34 NA Su Corrected

PAH-2000 15.15 59.41 40.59 NA Su Corrected

H-29
Table H.3. Sediment polycyclic aromatic hydrocarbon data for Cruise 2B.

Cruise Sample Station

2 CSA0159.D MC292-FF2-B02

2 CSA0154.D MC292-FF3-B01

2 CSA0160.D MC292-FF3-B02

2 CSA0155.D MC292-FF4-B01

2 CSA0161.D MC292-FF4-B02

2 CSA0156.D MC292-FF5-B01

2 CSA0162.D MC292-FF5-B02

2 CSA0157.D MC292-FF6-B01

2 CSA0163.D MC292-FF6-B02

2 CSA0140.D MC292-NF-B01

2 CSA0141.D MC292-NF-B02

2 CSA0142.D MC292-NF-B03

2 CSA0143.D MC292-NF-B04

2 CSA0144.D MC292-NF-B05

2 CSA0145.D MC292-NF-B06

2 CSA0146.D MC292-NF-B07

2 CSA0147.D MC292-NF-B08

2 CSA0148.D MC292-NF-B09

2 CSA0149.D MC292-NF-B10

2 CSA0150.D MC292-NF-B11

2 CSA0151.D MC292-NF-B12

Method Dry Wt (g) %Moisture %Dry Dilution

Target 

Compounds

PAH-2000 15.04 64.48 35.52 NA Su Corrected

PAH-2000 14.97 65.73 34.27 NA Su Corrected

PAH-2000 15.06 67.16 32.84 NA Su Corrected

PAH-2000 15.04 68.07 31.93 NA Su Corrected

PAH-2000 15.06 69.81 30.19 NA Su Corrected

PAH-2000 14.95 67.76 32.24 NA Su Corrected

PAH-2000 2.06 67.20 32.80 NA Su Corrected

PAH-2000 15.41 69.53 30.47 NA Su Corrected

PAH-2000 15.06 66.40 33.60 NA Su Corrected

PAH-2000 15.15 75.86 24.14 10x Su Corrected

PAH-2000 15.06 64.12 35.88 NA Su Corrected

PAH-2000 15.27 69.09 30.91 NA Su Corrected

PAH-2000 15.09 67.05 32.95 NA Su Corrected

PAH-2000 15.17 64.71 35.29 NA Su Corrected

PAH-2000 15.32 62.89 37.11 NA Su Corrected

PAH-2000 15.13 65.47 34.53 NA Su Corrected

PAH-2000 15.10 62.31 37.69 NA Su Corrected

PAH-2000 14.99 66.03 33.97 NA Su Corrected

PAH-2000 15.02 67.71 32.29 NA Su Corrected

PAH-2000 14.97 65.08 34.92 NA Su Corrected

PAH-2000 15.02 63.28 36.72 NA Su Corrected

H-30
Table H.3. Sediment polycyclic aromatic hydrocarbon data for Cruise 2B.

Cruise Sample Station

2 CSA0074.D GB516-FF1-B01

2 CSA0080.D GB516-FF1-B02

2 CSA0075.D GB516-FF2-B01

2 CSA0081.D GB516-FF2-B02

2 CSA0076.D GB516-FF3-B01

2 CSA0082.D GB516-FF3-B02

2 CSA0077.D GB516-FF4-B01

2 CSA0083.D GB516-FF4-B02

2 CSA0078.D GB516-FF5-B01

2 CSA0084.D GB516-FF5-B02

2 CSA0079.D GB516-FF6-B01

2 CSA0085.D GB516-FF6-B02

2 CSA0062.D GB516-NF-B01

2 CSA0063.D GB516-NF-B02

2 CSA0064.D GB516-NF-B03

2 CSA0065.D GB516-NF-B04

2 CSA0066.D GB516-NF-B05

2 CSA0067.D GB516-NF-B06

2 CSA0068.D GB516-NF-B07

2 CSA0069.D GB516-NF-B08

2 CSA0070.D GB516-NF-B09

2 CSA0071.D GB516-NF-B10

2 CSA0072.D GB516-NF-B11

2 CSA0073.D GB516-NF-B12

2 CSA0047.D GB516-NF-DS-1 (0-2cm)

2 CSA0048.D GB516-NF-DS-1 (2-4cm)

2 CSA0049.D GB516-NF-DS-1 (4-6cm)

2 CSA0050.D GB516-NF-DS-1 (6-8cm)

2 CSA0051.D GB516-NF-DS-1 (8-10cm)

2 CSA0053.D GB516-NF-DS-2 (2-4cm)

2 CSA0054.D GB516-NF-DS-2 (4-6cm)

2 CSA0055.D GB516-NF-DS-2 (6-8cm)

2 CSA0056.D GB516-NF-DS-2 (8-10cm)

2 CSA0052.D GB516-NF-DS-2(0-2cm)

2 CSA0057.D GB516-NF-DS-3 (0-2cm)

2 CSA0058.D GB516-NF-DS-3 (2-4cm)

2 CSA0059.D GB516-NF-DS-3 (4-6cm)

2 CSA0060.D GB516-NF-DS-3 (6-8cm)

2 CSA0061.D GB516-NF-DS-3 (8-10cm)

2 CSA0113.D GB602-FF1-B01

2 CSA0119.D GB602-FF1-B02

2 CSA0114.D GB602-FF2-B01

2 CSA0120.D GB602-FF2-B02

2 CSA0115.D GB602-FF3-B01

2 CSA0121.D GB602-FF3-B02

2 CSA0116.D GB602-FF4-B01

2 CSA0122.D GB602-FF4-B02

2 CSA0117.D GB602-FF5-B01

Naphthal C1-Naphth C2-Naphth C3-Naphth C4-Naphth

2.30 2.70 3.90 3.80 1.00

2.40 2.90 4.20 3.30 0.80

2.40 3.20 4.20 3.30 1.30

2.40 2.80 4.70 4.20 1.30

2.30 2.10 3.10 3.00 1.30

2.00 2.10 2.30 3.20 0.70

1.90 2.30 3.40 2.50 0.80

2.20 2.50 3.80 3.50 1.10

2.40 2.70 4.20 2.80 0.70

2.60 3.20 5.20 3.70 1.30

2.30 2.90 4.00 3.20 1.30

2.90 3.40 4.80 3.50 1.30

2.30 2.90 10.80 24.30 0.15

2.30 4.60 12.30 0.15 0.15

2.00 6.50 81.50 94.60 23.60

1.80 3.40 10.10 9.90 0.15

2.40 6.60 12.80 16.50 0.15

6.30 13.50 0.15 0.15 0.15

3.70 0.20 0.15 0.15 0.15

3.30 6.50 15.10 19.70 4.40

1.30 5.40 0.15 0.15 0.15

2.10 2.50 3.90 3.20 0.15

1.40 2.60 4.20 6.40 0.15

1.90 2.70 5.30 6.20 2.10

3.40 9.80 0.15 0.15 0.15

2.10 8.50 0.15 0.15 0.15

5.50 6.90 16.80 0.15 0.15

2.90 14.10 28.40 45.30 38.60

5.50 8.00 16.50 0.10 0.15

<6.9 219.00 5540.00 3410.00 574.00

<6.4 145.00 5000.00 3100.00 342.00

34.40 120.00 4330.00 3040.00 412.00

163.00 43.60 741.00 417.00 140.00

<6.8 211.00 6630.00 5400.00 370.00

2.90 5.00 0.15 0.15 0.15

2.70 3.60 12.30 12.20 7.20

1.00 4.10 11.00 6.90 2.50

1.90 3.00 8.00 4.70 2.40

1.30 3.70 9.30 5.80 2.30

2.20 2.70 3.40 3.60 3.60

1.80 2.40 3.00 2.60 2.30

1.60 1.90 2.90 2.90 2.00

2.00 2.30 3.60 2.90 2.40

1.70 2.10 3.20 2.50 1.80

1.40 2.00 3.20 3.00 2.60

1.60 1.90 2.50 2.60 2.40

1.80 2.30 3.90 3.50 3.20

1.70 2.20 3.30 2.60 2.20

H-31
Table H.3. Sediment polycyclic aromatic hydrocarbon data for Cruise 2B.

Cruise Sample Station

2 CSA0123.D GB602-FF5-B02

2 CSA0118.D GB602-FF6-B01

2 CSA0124.D GB602-FF6-B02

2 CSA0101.D GB602-NF-B01

2 CSA0102.D GB602-NF-B02

2 CSA0103.D GB602-NF-B03

2 CSA0104.D GB602-NF-B04

2 CSA0105.D GB602-NF-B05

2 CSA0106.D GB602-NF-B06

2 CSA0107.D GB602-NF-B07

2 CSA0108.D GB602-NF-B08

2 CSA0109.D GB602-NF-B09

2 CSA0110.D GB602-NF-B10

2 CSA0111.D GB602-NF-B11

2 CSA0112.D GB602-NF-B12

2 CSA0086.D GB602-NF-DS-1(0-2cm)

2 CSA0087.D GB602-NF-DS-1(2-4cm)

2 CSA0088.D GB602-NF-DS-1(4-6cm)

2 CSA0089.D GB602-NF-DS-1(6-8cm)

2 CSA0090.D GB602-NF-DS-1(8-10cm)

2 CSA0093.D GB602-NF-DS-2 (4-6cm)

2 CSA0091.D GB602-NF-DS-2(0-2cm)

2 CSA0092.D GB602-NF-DS-2(2-4cm)

2 CSA0094.D GB602-NF-DS-2(6-8cm)

2 CSA0095.D GB602-NF-DS-2(8-10cm)

2 CSA0096.D GB602-NF-DS-3(0-2cm)

2 CSA0097.D GB602-NF-DS-3(2-4cm)

2 CSA0098.D GB602-NF-DS-3(4-6cm)

2 CSA0099.D GB602-NF-DS-3(6-8cm)

2 CSA0100.D GB602-NF-DS-3(8-10cm)

2 CSA0125.D MC292-DS-1(0-2cm)

2 CSA0126.D MC292-DS-1(2-4cm)

2 CSA0127.D MC292-DS-1(4-6cm)

2 CSA0128.D MC292-DS-1(6-8 cm)

2 CSA0129.D MC292-DS-1(8-10cm)

2 CSA0130.D MC292-DS-2(0-2cm)

2 CSA0131.D MC292-DS-2(2-4cm)

2 CSA0132.D MC292-DS-2(4-6cm)

2 CSA0133.D MC292-DS-2(6-8cm)

2 CSA0134.D MC292-DS-2(8-10cm)

2 CSA0135.D MC292-DS-3(0-2cm)

2 CSA0136.D MC292-DS-3(2-4cm)

2 CSA0137.D MC292-DS-3(4-6cm)

2 CSA0138.D MC292-DS-3(6-8cm)

2 CSA0139.D MC292-DS-3(8-10cm)

2 CSA0152.D MC292-FF1-B01

2 CSA0158.D MC292-FF1-B02

2 CSA0153.D MC292-FF2-B01

Naphthal C1-Naphth C2-Naphth C3-Naphth C4-Naphth

2.50 2.60 3.30 3.20 3.10

2.60 3.20 3.90 3.20 2.80

1.90 2.40 3.50 3.10 1.30

2.20 1.90 7.10 8.10 4.90

4.10 5.30 10.70 15.60 6.10

9.80 9.80 15.10 0.15 0.15

2.70 4.50 15.80 0.15 0.15

2.10 1.70 6.90 0.15 0.15

6.70 5.90 14.40 0.15 0.15

4.10 3.90 9.60 0.15 0.15

14.00 0.20 0.15 0.15 0.15

1.90 3.60 0.15 0.15 0.15

4.90 14.30 20.50 26.60 9.70

2.00 3.00 8.40 0.15 0.15

2.30 3.10 6.10 0.15 0.15

9.70 9.60 0.15 0.15 0.15

6.30 5.80 58.90 126.00 25.60

3.70 4.00 23.70 48.30 27.90

2.10 2.60 7.70 5.70 0.15

2.20 2.60 5.70 8.00 6.30

1.80 3.30 6.30 11.70 3.70

8.40 5.80 0.15 0.15 0.15

4.80 5.70 0.15 0.15 0.15

1.60 2.00 4.70 5.80 4.10

1.20 2.20 3.00 4.00 1.40

14.60 6.70 12.00 14.00 11.00

5.90 3.90 6.50 9.00 3.70

2.60 2.50 3.50 3.40 2.60

2.10 2.70 5.10 4.70 2.80

2.10 2.90 3.80 4.10 4.70

4.20 5.80 8.70 8.10 5.00

8.10 13.20 21.10 18.50 11.20

4.60 5.90 8.10 7.10 5.40

3.90 4.30 5.60 4.90 3.50

3.10 3.80 5.10 4.40 3.00

6.70 6.10 12.50 18.10 0.15

3.80 4.70 7.90 9.30 5.50

3.30 4.10 5.30 6.30 3.30

2.50 3.30 5.30 6.90 4.00

1.60 1.90 3.70 4.30 2.30

4.70 6.80 12.90 18.70 9.90

4.50 6.60 11.00 14.20 7.80

5.30 7.00 11.00 9.80 6.20

2.10 3.00 5.40 4.70 2.70

2.20 2.80 5.70 5.40 3.10

6.20 6.10 9.60 8.00 3.70

10.10 10.90 14.10 11.70 6.80

8.70 9.60 15.80 13.70 7.60

H-32
Table H.3. Sediment polycyclic aromatic hydrocarbon data for Cruise 2B.

Cruise Sample Station

2 CSA0159.D MC292-FF2-B02

2 CSA0154.D MC292-FF3-B01

2 CSA0160.D MC292-FF3-B02

2 CSA0155.D MC292-FF4-B01

2 CSA0161.D MC292-FF4-B02

2 CSA0156.D MC292-FF5-B01

2 CSA0162.D MC292-FF5-B02

2 CSA0157.D MC292-FF6-B01

2 CSA0163.D MC292-FF6-B02

2 CSA0140.D MC292-NF-B01

2 CSA0141.D MC292-NF-B02

2 CSA0142.D MC292-NF-B03

2 CSA0143.D MC292-NF-B04

2 CSA0144.D MC292-NF-B05

2 CSA0145.D MC292-NF-B06

2 CSA0146.D MC292-NF-B07

2 CSA0147.D MC292-NF-B08

2 CSA0148.D MC292-NF-B09

2 CSA0149.D MC292-NF-B10

2 CSA0150.D MC292-NF-B11

2 CSA0151.D MC292-NF-B12

Naphthal C1-Naphth C2-Naphth C3-Naphth C4-Naphth

7.10 8.00 13.60 10.80 6.80

5.20 5.50 8.10 6.90 4.00

4.20 4.30 7.60 6.90 5.00

5.80 6.20 9.60 7.40 3.80

4.70 5.70 10.20 8.20 5.50

4.70 5.10 8.30 6.50 2.80

5.70 5.90 12.40 9.90 5.80

4.00 4.20 6.50 6.70 2.30

4.60 4.70 7.50 5.20 3.80

6.80 14.40 28.80 48.30 17.50

2.90 4.10 8.40 0.15 0.15

7.90 9.30 11.90 8.80 4.70

4.50 4.50 8.10 6.40 2.80

30.60 9.20 11.80 14.60 6.80

2.80 3.00 5.60 4.60 1.90

3.60 4.50 7.50 7.60 4.80

7.40 14.10 25.50 32.90 20.80

3.20 3.60 6.10 6.20 3.90

4.30 4.90 8.30 8.90 9.50

4.50 4.40 7.90 7.30 3.50

3.90 4.60 7.50 6.40 3.90

H-33
Table H.3. Sediment polycyclic aromatic hydrocarbon data for Cruise 2B.

Cruise Sample Station

2 CSA0074.D GB516-FF1-B01

2 CSA0080.D GB516-FF1-B02

2 CSA0075.D GB516-FF2-B01

2 CSA0081.D GB516-FF2-B02

2 CSA0076.D GB516-FF3-B01

2 CSA0082.D GB516-FF3-B02

2 CSA0077.D GB516-FF4-B01

2 CSA0083.D GB516-FF4-B02

2 CSA0078.D GB516-FF5-B01

2 CSA0084.D GB516-FF5-B02

2 CSA0079.D GB516-FF6-B01

2 CSA0085.D GB516-FF6-B02

2 CSA0062.D GB516-NF-B01

2 CSA0063.D GB516-NF-B02

2 CSA0064.D GB516-NF-B03

2 CSA0065.D GB516-NF-B04

2 CSA0066.D GB516-NF-B05

2 CSA0067.D GB516-NF-B06

2 CSA0068.D GB516-NF-B07

2 CSA0069.D GB516-NF-B08

2 CSA0070.D GB516-NF-B09

2 CSA0071.D GB516-NF-B10

2 CSA0072.D GB516-NF-B11

2 CSA0073.D GB516-NF-B12

2 CSA0047.D GB516-NF-DS-1 (0-2cm)

2 CSA0048.D GB516-NF-DS-1 (2-4cm)

2 CSA0049.D GB516-NF-DS-1 (4-6cm)

2 CSA0050.D GB516-NF-DS-1 (6-8cm)

2 CSA0051.D GB516-NF-DS-1 (8-10cm)

2 CSA0053.D GB516-NF-DS-2 (2-4cm)

2 CSA0054.D GB516-NF-DS-2 (4-6cm)

2 CSA0055.D GB516-NF-DS-2 (6-8cm)

2 CSA0056.D GB516-NF-DS-2 (8-10cm)

2 CSA0052.D GB516-NF-DS-2(0-2cm)

2 CSA0057.D GB516-NF-DS-3 (0-2cm)

2 CSA0058.D GB516-NF-DS-3 (2-4cm)

2 CSA0059.D GB516-NF-DS-3 (4-6cm)

2 CSA0060.D GB516-NF-DS-3 (6-8cm)

2 CSA0061.D GB516-NF-DS-3 (8-10cm)

2 CSA0113.D GB602-FF1-B01

2 CSA0119.D GB602-FF1-B02

2 CSA0114.D GB602-FF2-B01

2 CSA0120.D GB602-FF2-B02

2 CSA0115.D GB602-FF3-B01

2 CSA0121.D GB602-FF3-B02

2 CSA0116.D GB602-FF4-B01

2 CSA0122.D GB602-FF4-B02

2 CSA0117.D GB602-FF5-B01

Biphenyl Acena_lene Acen_thene Fluorene C1-Fluor

1.60 0.70 1.10 1.00 1.00

0.30 0.90 1.90 1.50 1.60

0.80 0.10 2.40 2.50 0.70

0.80 0.90 5.60 3.80 0.70

0.30 0.50 1.50 1.30 0.70

0.20 0.50 1.20 1.00 1.00

0.20 0.60 0.90 0.70 0.70

0.20 0.10 0.60 0.80 0.70

0.20 0.70 0.80 0.70 0.80

0.40 0.90 2.20 1.70 1.70

0.40 0.70 2.80 2.00 1.40

0.50 0.70 2.50 1.90 1.60

0.15 0.10 0.10 0.05 0.10

0.15 0.10 0.10 0.05 0.10

0.15 0.10 0.10 0.05 0.10

0.15 0.10 0.10 0.05 0.10

0.15 0.10 0.10 0.05 0.10

0.15 0.10 0.10 0.05 0.10

0.15 0.10 0.10 0.05 0.10

0.15 0.10 0.10 0.05 0.10

0.15 0.10 0.10 0.05 0.10

3.20 0.50 1.00 0.90 0.70

0.15 0.10 0.10 0.05 0.10

0.15 0.10 0.10 0.05 0.10

0.15 0.10 0.10 0.05 0.10

0.15 0.10 0.10 0.05 0.10

0.15 0.15 0.15 0.05 0.10

0.15 0.10 0.10 0.05 0.10

0.15 0.10 0.10 0.05 0.10

8680.00 0.60 0.80 <0.9 0.85

8550.00 62.80 0.75 <0.8 0.80

8450.00 73.70 0.70 <0.8 0.80

0.15 0.10 0.10 0.05 0.10

10300.00 101.00 0.80 <0.9 0.85

0.15 0.10 0.10 0.05 0.10

7.80 0.50 10.20 0.05 0.10

6.50 0.10 0.10 0.05 0.10

4.90 0.10 4.20 3.10 0.10

6.70 0.10 0.10 0.05 0.10

0.80 0.10 4.30 2.40 0.70

5.10 0.40 1.80 1.20 0.50

2.40 0.60 1.10 0.90 0.50

4.60 0.60 1.50 1.40 0.60

3.10 0.60 1.20 1.00 0.60

6.40 0.30 3.10 1.60 0.50

3.30 0.40 1.90 1.20 0.40

6.50 0.40 3.70 2.00 0.60

6.70 0.50 2.70 1.60 0.60

H-34
Table H.3. Sediment polycyclic aromatic hydrocarbon data for Cruise 2B.

Cruise Sample Station

2 CSA0123.D GB602-FF5-B02

2 CSA0118.D GB602-FF6-B01

2 CSA0124.D GB602-FF6-B02

2 CSA0101.D GB602-NF-B01

2 CSA0102.D GB602-NF-B02

2 CSA0103.D GB602-NF-B03

2 CSA0104.D GB602-NF-B04

2 CSA0105.D GB602-NF-B05

2 CSA0106.D GB602-NF-B06

2 CSA0107.D GB602-NF-B07

2 CSA0108.D GB602-NF-B08

2 CSA0109.D GB602-NF-B09

2 CSA0110.D GB602-NF-B10

2 CSA0111.D GB602-NF-B11

2 CSA0112.D GB602-NF-B12

2 CSA0086.D GB602-NF-DS-1(0-2cm)

2 CSA0087.D GB602-NF-DS-1(2-4cm)

2 CSA0088.D GB602-NF-DS-1(4-6cm)

2 CSA0089.D GB602-NF-DS-1(6-8cm)

2 CSA0090.D GB602-NF-DS-1(8-10cm)

2 CSA0093.D GB602-NF-DS-2 (4-6cm)

2 CSA0091.D GB602-NF-DS-2(0-2cm)

2 CSA0092.D GB602-NF-DS-2(2-4cm)

2 CSA0094.D GB602-NF-DS-2(6-8cm)

2 CSA0095.D GB602-NF-DS-2(8-10cm)

2 CSA0096.D GB602-NF-DS-3(0-2cm)

2 CSA0097.D GB602-NF-DS-3(2-4cm)

2 CSA0098.D GB602-NF-DS-3(4-6cm)

2 CSA0099.D GB602-NF-DS-3(6-8cm)

2 CSA0100.D GB602-NF-DS-3(8-10cm)

2 CSA0125.D MC292-DS-1(0-2cm)

2 CSA0126.D MC292-DS-1(2-4cm)

2 CSA0127.D MC292-DS-1(4-6cm)

2 CSA0128.D MC292-DS-1(6-8 cm)

2 CSA0129.D MC292-DS-1(8-10cm)

2 CSA0130.D MC292-DS-2(0-2cm)

2 CSA0131.D MC292-DS-2(2-4cm)

2 CSA0132.D MC292-DS-2(4-6cm)

2 CSA0133.D MC292-DS-2(6-8cm)

2 CSA0134.D MC292-DS-2(8-10cm)

2 CSA0135.D MC292-DS-3(0-2cm)

2 CSA0136.D MC292-DS-3(2-4cm)

2 CSA0137.D MC292-DS-3(4-6cm)

2 CSA0138.D MC292-DS-3(6-8cm)

2 CSA0139.D MC292-DS-3(8-10cm)

2 CSA0152.D MC292-FF1-B01

2 CSA0158.D MC292-FF1-B02

2 CSA0153.D MC292-FF2-B01

Biphenyl Acena_lene Acen_thene Fluorene C1-Fluor

4.40 0.50 1.50 2.00 0.80

7.30 0.50 2.40 1.50 0.80

4.40 0.40 2.20 1.30 0.70

5.10 0.10 6.00 5.90 1.40

0.70 1.30 8.80 4.60 0.10

0.15 0.10 0.10 0.05 0.10

7.20 0.10 0.10 0.05 0.10

30.40 0.10 0.10 0.05 0.10

0.80 0.10 0.10 0.05 0.10

0.70 0.10 0.10 0.05 0.10

0.15 0.10 0.10 0.05 0.10

0.15 0.10 0.10 0.05 0.10

6.60 0.10 0.10 0.05 0.10

5.10 0.10 0.10 0.05 0.10

0.80 0.10 0.10 0.05 0.10

0.15 0.10 0.10 0.05 0.10

0.15 0.10 0.10 0.05 0.10

0.15 0.10 0.10 0.05 0.10

2.10 0.10 0.10 0.05 0.10

0.15 0.10 0.10 0.05 0.10

0.15 0.10 0.10 0.05 0.10

0.15 0.10 0.10 0.05 0.10

0.15 0.10 0.10 0.05 0.10

0.90 0.40 3.80 0.05 0.10

0.60 0.10 3.20 2.30 6.80

2.50 0.10 0.10 0.05 0.10

0.15 0.10 0.10 0.05 0.10

0.60 0.10 3.60 2.90 0.10

1.00 0.10 5.40 3.30 0.60

0.70 0.30 7.80 4.00 0.90

9.50 0.80 6.80 4.30 0.10

42.00 1.60 17.80 12.00 0.10

17.30 1.60 5.10 3.80 1.70

6.10 1.60 3.60 2.80 1.60

8.80 1.10 3.20 2.40 1.60

0.40 1.00 13.80 0.05 0.10

0.60 1.10 5.30 3.40 3.00

1.10 1.00 6.20 4.20 1.50

2.00 0.60 8.60 5.10 1.50

1.50 0.30 3.10 2.10 0.90

1.40 1.10 13.40 0.05 0.10

1.10 1.30 6.70 4.90 0.10

3.30 1.50 17.20 11.40 3.20

1.60 0.60 8.00 5.00 1.20

1.80 0.50 10.30 6.50 1.20

4.90 3.80 0.40 2.40 2.20

4.30 6.80 13.70 13.00 5.10

2.80 5.20 6.90 6.40 3.70

H-35
Table H.3. Sediment polycyclic aromatic hydrocarbon data for Cruise 2B.

Cruise Sample Station

2 CSA0159.D MC292-FF2-B02

2 CSA0154.D MC292-FF3-B01

2 CSA0160.D MC292-FF3-B02

2 CSA0155.D MC292-FF4-B01

2 CSA0161.D MC292-FF4-B02

2 CSA0156.D MC292-FF5-B01

2 CSA0162.D MC292-FF5-B02

2 CSA0157.D MC292-FF6-B01

2 CSA0163.D MC292-FF6-B02

2 CSA0140.D MC292-NF-B01

2 CSA0141.D MC292-NF-B02

2 CSA0142.D MC292-NF-B03

2 CSA0143.D MC292-NF-B04

2 CSA0144.D MC292-NF-B05

2 CSA0145.D MC292-NF-B06

2 CSA0146.D MC292-NF-B07

2 CSA0147.D MC292-NF-B08

2 CSA0148.D MC292-NF-B09

2 CSA0149.D MC292-NF-B10

2 CSA0150.D MC292-NF-B11

2 CSA0151.D MC292-NF-B12

Biphenyl Acena_lene Acen_thene Fluorene C1-Fluor

5.00 4.80 2.60 3.60 3.80

0.50 2.30 3.00 2.80 1.90

3.50 1.90 2.30 2.50 1.50

0.50 2.70 2.70 2.70 2.00

6.90 2.40 3.70 3.40 2.10

0.20 2.00 1.30 2.10 1.30

7.20 2.40 3.40 3.20 2.00

0.30 1.40 3.70 2.90 1.40

4.00 2.00 4.90 3.50 1.70

7.80 0.10 60.10 0.05 0.10

0.50 0.10 0.10 0.05 0.10

0.30 1.60 5.50 0.05 0.10

0.80 1.40 2.30 2.00 1.70

0.60 2.90 18.80 0.05 0.10

0.80 1.10 3.10 2.30 1.10

3.50 1.80 2.80 2.20 2.50

0.15 0.10 0.10 0.05 0.10

4.20 1.80 4.30 3.10 1.80

5.90 1.80 3.90 3.50 0.10

3.80 2.70 2.50 2.10 2.10

5.40 1.70 2.40 2.30 1.40

H-36
Table H.3. Sediment polycyclic aromatic hydrocarbon data for Cruise 2B.

Cruise Sample Station

2 CSA0074.D GB516-FF1-B01

2 CSA0080.D GB516-FF1-B02

2 CSA0075.D GB516-FF2-B01

2 CSA0081.D GB516-FF2-B02

2 CSA0076.D GB516-FF3-B01

2 CSA0082.D GB516-FF3-B02

2 CSA0077.D GB516-FF4-B01

2 CSA0083.D GB516-FF4-B02

2 CSA0078.D GB516-FF5-B01

2 CSA0084.D GB516-FF5-B02

2 CSA0079.D GB516-FF6-B01

2 CSA0085.D GB516-FF6-B02

2 CSA0062.D GB516-NF-B01

2 CSA0063.D GB516-NF-B02

2 CSA0064.D GB516-NF-B03

2 CSA0065.D GB516-NF-B04

2 CSA0066.D GB516-NF-B05

2 CSA0067.D GB516-NF-B06

2 CSA0068.D GB516-NF-B07

2 CSA0069.D GB516-NF-B08

2 CSA0070.D GB516-NF-B09

2 CSA0071.D GB516-NF-B10

2 CSA0072.D GB516-NF-B11

2 CSA0073.D GB516-NF-B12

2 CSA0047.D GB516-NF-DS-1 (0-2cm)

2 CSA0048.D GB516-NF-DS-1 (2-4cm)

2 CSA0049.D GB516-NF-DS-1 (4-6cm)

2 CSA0050.D GB516-NF-DS-1 (6-8cm)

2 CSA0051.D GB516-NF-DS-1 (8-10cm)

2 CSA0053.D GB516-NF-DS-2 (2-4cm)

2 CSA0054.D GB516-NF-DS-2 (4-6cm)

2 CSA0055.D GB516-NF-DS-2 (6-8cm)

2 CSA0056.D GB516-NF-DS-2 (8-10cm)

2 CSA0052.D GB516-NF-DS-2(0-2cm)

2 CSA0057.D GB516-NF-DS-3 (0-2cm)

2 CSA0058.D GB516-NF-DS-3 (2-4cm)

2 CSA0059.D GB516-NF-DS-3 (4-6cm)

2 CSA0060.D GB516-NF-DS-3 (6-8cm)

2 CSA0061.D GB516-NF-DS-3 (8-10cm)

2 CSA0113.D GB602-FF1-B01

2 CSA0119.D GB602-FF1-B02

2 CSA0114.D GB602-FF2-B01

2 CSA0120.D GB602-FF2-B02

2 CSA0115.D GB602-FF3-B01

2 CSA0121.D GB602-FF3-B02

2 CSA0116.D GB602-FF4-B01

2 CSA0122.D GB602-FF4-B02

2 CSA0117.D GB602-FF5-B01

C2-Fluor C3-Fluor Anthracene Phenanthre C1-PhenAnt

2.30 3.40 2.10 4.30 4.90

2.30 2.30 2.00 4.60 5.00

2.00 2.00 14.20 6.00 4.30

2.60 2.00 2.80 4.20 4.80

2.50 3.80 1.00 3.20 3.70

1.70 2.10 0.70 3.30 3.80

1.40 1.80 1.10 3.10 3.80

2.00 2.70 1.50 4.10 4.70

1.20 2.00 1.60 4.00 4.30

2.70 2.20 2.30 4.40 4.80

2.00 2.30 6.40 5.10 4.90

2.40 1.90 1.40 4.30 4.80

0.10 0.10 1.10 4.00 4.90

0.10 0.10 1.40 5.30 8.20

0.10 0.10 1.20 6.60 12.00

0.10 0.10 1.20 4.80 5.30

0.10 0.10 4.00 8.50 11.00

0.10 0.10 61.30 19.50 0.15

0.10 0.10 2.80 9.00 13.70

0.10 0.10 1.90 5.40 8.40

0.10 0.10 1.70 5.30 9.40

2.00 2.70 1.30 4.00 4.40

0.10 0.10 2.40 4.00 4.80

0.10 0.10 2.80 4.70 4.50

0.10 0.10 0.90 5.80 13.60

0.10 0.10 1.70 10.60 16.30

0.10 0.10 1.30 5.50 0.15

0.10 0.10 1.40 13.90 34.70

0.10 0.10 0.70 8.80 18.40

0.85 0.85 18.90 118.00 105.00

0.80 0.80 13.20 119.00 91.90

0.80 0.80 14.40 138.00 1.10

0.10 0.10 3.60 20.70 22.10

0.85 0.85 16.90 95.30 127.00

0.10 0.10 1.90 4.40 0.15

0.10 0.10 2.60 5.60 5.70

0.10 0.10 1.80 5.40 5.00

0.10 0.10 0.60 2.10 3.00

0.10 0.10 0.30 2.20 3.40

2.10 2.00 0.80 2.80 4.10

1.70 2.00 1.40 3.00 3.80

1.60 2.00 1.90 3.40 4.00

1.50 2.20 3.40 5.40 4.30

1.70 1.80 1.90 3.70 4.00

1.60 2.10 0.80 2.70 3.20

1.60 1.80 1.50 2.50 3.40

1.90 2.40 1.00 3.00 4.00

1.60 1.90 1.00 3.20 3.80

H-37
Table H.3. Sediment polycyclic aromatic hydrocarbon data for Cruise 2B.

Cruise Sample Station

2 CSA0123.D GB602-FF5-B02

2 CSA0118.D GB602-FF6-B01

2 CSA0124.D GB602-FF6-B02

2 CSA0101.D GB602-NF-B01

2 CSA0102.D GB602-NF-B02

2 CSA0103.D GB602-NF-B03

2 CSA0104.D GB602-NF-B04

2 CSA0105.D GB602-NF-B05

2 CSA0106.D GB602-NF-B06

2 CSA0107.D GB602-NF-B07

2 CSA0108.D GB602-NF-B08

2 CSA0109.D GB602-NF-B09

2 CSA0110.D GB602-NF-B10

2 CSA0111.D GB602-NF-B11

2 CSA0112.D GB602-NF-B12

2 CSA0086.D GB602-NF-DS-1(0-2cm)

2 CSA0087.D GB602-NF-DS-1(2-4cm)

2 CSA0088.D GB602-NF-DS-1(4-6cm)

2 CSA0089.D GB602-NF-DS-1(6-8cm)

2 CSA0090.D GB602-NF-DS-1(8-10cm)

2 CSA0093.D GB602-NF-DS-2 (4-6cm)

2 CSA0091.D GB602-NF-DS-2(0-2cm)

2 CSA0092.D GB602-NF-DS-2(2-4cm)

2 CSA0094.D GB602-NF-DS-2(6-8cm)

2 CSA0095.D GB602-NF-DS-2(8-10cm)

2 CSA0096.D GB602-NF-DS-3(0-2cm)

2 CSA0097.D GB602-NF-DS-3(2-4cm)

2 CSA0098.D GB602-NF-DS-3(4-6cm)

2 CSA0099.D GB602-NF-DS-3(6-8cm)

2 CSA0100.D GB602-NF-DS-3(8-10cm)

2 CSA0125.D MC292-DS-1(0-2cm)

2 CSA0126.D MC292-DS-1(2-4cm)

2 CSA0127.D MC292-DS-1(4-6cm)

2 CSA0128.D MC292-DS-1(6-8 cm)

2 CSA0129.D MC292-DS-1(8-10cm)

2 CSA0130.D MC292-DS-2(0-2cm)

2 CSA0131.D MC292-DS-2(2-4cm)

2 CSA0132.D MC292-DS-2(4-6cm)

2 CSA0133.D MC292-DS-2(6-8cm)

2 CSA0134.D MC292-DS-2(8-10cm)

2 CSA0135.D MC292-DS-3(0-2cm)

2 CSA0136.D MC292-DS-3(2-4cm)

2 CSA0137.D MC292-DS-3(4-6cm)

2 CSA0138.D MC292-DS-3(6-8cm)

2 CSA0139.D MC292-DS-3(8-10cm)

2 CSA0152.D MC292-FF1-B01

2 CSA0158.D MC292-FF1-B02

2 CSA0153.D MC292-FF2-B01

C2-Fluor C3-Fluor Anthracene Phenanthre C1-PhenAnt

2.00 3.10 6.30 4.70 4.30

1.90 1.90 1.00 3.20 3.80

1.90 2.00 0.70 3.10 3.70

2.80 6.90 0.60 2.80 4.40

0.10 0.10 1.50 6.10 13.50

0.10 0.10 1.50 10.20 26.20

0.10 0.10 1.10 7.10 9.20

0.10 0.10 1.20 3.40 4.70

0.10 0.10 1.10 8.20 16.30

0.10 0.10 0.80 7.00 8.60

0.10 0.10 1.50 8.70 24.80

0.10 0.10 0.50 3.50 9.00

0.10 0.10 1.50 13.10 20.20

0.10 0.10 1.20 5.30 11.40

0.10 0.10 1.30 3.90 7.90

0.10 0.10 1.50 11.10 23.00

0.10 0.10 1.30 7.30 16.80

0.10 0.10 0.80 5.80 10.00

0.10 0.10 0.60 2.50 6.60

0.10 0.10 0.30 2.80 5.30

0.10 0.10 0.80 4.00 7.20

0.10 0.10 1.40 11.40 17.60

0.10 0.10 1.00 9.00 14.10

0.10 0.10 0.40 2.80 5.40

5.50 7.30 1.30 3.10 4.00

0.10 0.10 1.10 6.50 8.90

0.10 0.10 0.90 3.80 5.40

0.10 0.10 0.40 2.20 3.90

2.10 1.80 0.30 2.40 4.70

3.40 4.20 0.40 3.40 4.80

0.10 0.10 1.20 7.90 8.50

0.10 0.10 2.20 15.00 14.70

2.10 3.10 2.00 7.80 7.20

2.00 2.30 2.70 6.70 6.90

2.70 1.80 1.40 5.30 5.80

0.10 0.10 3.70 14.50 11.80

5.60 3.70 1.50 6.90 9.30

3.70 3.10 1.40 5.50 6.40

3.90 3.00 0.80 3.80 4.90

1.70 1.30 0.30 2.10 3.30

0.10 0.10 2.50 10.20 12.60

0.10 0.10 2.10 9.10 13.90

6.50 4.60 2.10 9.00 9.90

2.50 2.10 0.70 3.60 4.20

3.20 2.90 0.50 3.10 3.70

5.60 3.90 3.90 11.40 10.90

7.40 7.60 12.10 31.60 19.20

6.10 6.30 5.60 17.00 16.60

H-38
Table H.3. Sediment polycyclic aromatic hydrocarbon data for Cruise 2B.

Cruise Sample Station

2 CSA0159.D MC292-FF2-B02

2 CSA0154.D MC292-FF3-B01

2 CSA0160.D MC292-FF3-B02

2 CSA0155.D MC292-FF4-B01

2 CSA0161.D MC292-FF4-B02

2 CSA0156.D MC292-FF5-B01

2 CSA0162.D MC292-FF5-B02

2 CSA0157.D MC292-FF6-B01

2 CSA0163.D MC292-FF6-B02

2 CSA0140.D MC292-NF-B01

2 CSA0141.D MC292-NF-B02

2 CSA0142.D MC292-NF-B03

2 CSA0143.D MC292-NF-B04

2 CSA0144.D MC292-NF-B05

2 CSA0145.D MC292-NF-B06

2 CSA0146.D MC292-NF-B07

2 CSA0147.D MC292-NF-B08

2 CSA0148.D MC292-NF-B09

2 CSA0149.D MC292-NF-B10

2 CSA0150.D MC292-NF-B11

2 CSA0151.D MC292-NF-B12

C2-Fluor C3-Fluor Anthracene Phenanthre C1-PhenAnt

8.00 6.10 4.80 14.00 17.40

3.30 4.00 3.80 9.40 9.60

5.00 4.30 3.50 7.80 8.80

3.50 5.00 4.00 10.40 9.40

6.30 4.30 3.20 9.60 9.50

3.10 3.70 2.70 8.90 8.10

4.70 3.60 2.90 9.90 12.00

4.20 2.90 1.90 7.40 7.40

3.00 3.50 2.70 7.50 7.50

0.10 0.10 2.00 18.50 31.50

0.10 0.10 1.70 5.50 6.50

0.10 0.10 2.70 8.00 8.50

2.30 2.70 1.30 6.60 7.80

0.10 0.10 13.10 46.90 15.00

2.10 1.40 1.50 5.50 5.40

1.90 3.10 1.70 7.40 9.00

0.10 0.10 2.30 14.50 20.90

3.30 3.30 2.10 6.90 6.60

0.10 0.10 2.20 8.60 8.50

4.20 3.60 6.20 8.50 8.20

3.90 3.20 2.10 7.90 7.60

H-39
Table H.3. Sediment polycyclic aromatic hydrocarbon data for Cruise 2B.

Cruise Sample Station

2 CSA0074.D GB516-FF1-B01

2 CSA0080.D GB516-FF1-B02

2 CSA0075.D GB516-FF2-B01

2 CSA0081.D GB516-FF2-B02

2 CSA0076.D GB516-FF3-B01

2 CSA0082.D GB516-FF3-B02

2 CSA0077.D GB516-FF4-B01

2 CSA0083.D GB516-FF4-B02

2 CSA0078.D GB516-FF5-B01

2 CSA0084.D GB516-FF5-B02

2 CSA0079.D GB516-FF6-B01

2 CSA0085.D GB516-FF6-B02

2 CSA0062.D GB516-NF-B01

2 CSA0063.D GB516-NF-B02

2 CSA0064.D GB516-NF-B03

2 CSA0065.D GB516-NF-B04

2 CSA0066.D GB516-NF-B05

2 CSA0067.D GB516-NF-B06

2 CSA0068.D GB516-NF-B07

2 CSA0069.D GB516-NF-B08

2 CSA0070.D GB516-NF-B09

2 CSA0071.D GB516-NF-B10

2 CSA0072.D GB516-NF-B11

2 CSA0073.D GB516-NF-B12

2 CSA0047.D GB516-NF-DS-1 (0-2cm)

2 CSA0048.D GB516-NF-DS-1 (2-4cm)

2 CSA0049.D GB516-NF-DS-1 (4-6cm)

2 CSA0050.D GB516-NF-DS-1 (6-8cm)

2 CSA0051.D GB516-NF-DS-1 (8-10cm)

2 CSA0053.D GB516-NF-DS-2 (2-4cm)

2 CSA0054.D GB516-NF-DS-2 (4-6cm)

2 CSA0055.D GB516-NF-DS-2 (6-8cm)

2 CSA0056.D GB516-NF-DS-2 (8-10cm)

2 CSA0052.D GB516-NF-DS-2(0-2cm)

2 CSA0057.D GB516-NF-DS-3 (0-2cm)

2 CSA0058.D GB516-NF-DS-3 (2-4cm)

2 CSA0059.D GB516-NF-DS-3 (4-6cm)

2 CSA0060.D GB516-NF-DS-3 (6-8cm)

2 CSA0061.D GB516-NF-DS-3 (8-10cm)

2 CSA0113.D GB602-FF1-B01

2 CSA0119.D GB602-FF1-B02

2 CSA0114.D GB602-FF2-B01

2 CSA0120.D GB602-FF2-B02

2 CSA0115.D GB602-FF3-B01

2 CSA0121.D GB602-FF3-B02

2 CSA0116.D GB602-FF4-B01

2 CSA0122.D GB602-FF4-B02

2 CSA0117.D GB602-FF5-B01

C2-PhenAnt C3-PhenAnt C4-PhenAnt Dibenzothi

7.20 7.00 3.50 0.70

6.60 5.00 3.50 0.60

5.50 3.80 2.00 0.80

5.80 4.90 3.20 0.60

5.90 5.40 2.40 0.40

5.60 4.40 2.30 0.50

5.40 6.30 4.70 0.50

5.70 4.50 1.90 0.50

5.90 5.40 2.90 0.60

6.90 7.30 5.20 0.70

6.30 5.90 3.90 0.60

6.70 5.30 6.30 0.60

7.10 0.15 0.15 3.30

9.00 5.50 0.15 4.80

16.60 9.10 5.10 12.70

8.20 5.50 0.15 1.40

13.80 8.90 4.00 1.60

0.15 0.15 0.15 218.00

19.00 11.10 7.20 19.80

11.10 7.60 4.70 2.70

16.70 9.90 0.15 16.90

5.90 5.50 1.90 0.50

6.50 4.50 1.60 0.80

5.90 3.40 1.90 0.70

0.15 0.15 0.15 9.90

0.15 0.15 0.15 69.60

0.15 0.15 0.15 21.90

48.70 51.60 24.00 6.70

28.00 32.30 10.40 2.60

124.00 1.25 1.25 270.00

178.00 1.15 1.15 280.00

1.10 1.10 1.10 137.00

0.15 0.15 0.15 39.00

124.00 1.25 1.25 308.00

0.15 0.15 0.15 13.60

7.70 6.90 4.80 1.80

7.60 5.40 2.70 1.10

4.90 2.70 0.15 0.50

5.00 2.80 0.15 0.60

5.80 3.60 1.60 0.30

6.20 5.10 2.50 0.30

5.60 3.80 1.80 0.40

6.30 4.10 1.90 0.40

5.10 3.70 2.00 0.30

4.80 2.20 1.90 0.30

5.20 3.80 1.50 0.30

4.90 3.40 1.60 0.40

5.10 3.60 1.90 0.40

H-40
Table H.3. Sediment polycyclic aromatic hydrocarbon data for Cruise 2B.

Cruise Sample Station

2 CSA0123.D GB602-FF5-B02

2 CSA0118.D GB602-FF6-B01

2 CSA0124.D GB602-FF6-B02

2 CSA0101.D GB602-NF-B01

2 CSA0102.D GB602-NF-B02

2 CSA0103.D GB602-NF-B03

2 CSA0104.D GB602-NF-B04

2 CSA0105.D GB602-NF-B05

2 CSA0106.D GB602-NF-B06

2 CSA0107.D GB602-NF-B07

2 CSA0108.D GB602-NF-B08

2 CSA0109.D GB602-NF-B09

2 CSA0110.D GB602-NF-B10

2 CSA0111.D GB602-NF-B11

2 CSA0112.D GB602-NF-B12

2 CSA0086.D GB602-NF-DS-1(0-2cm)

2 CSA0087.D GB602-NF-DS-1(2-4cm)

2 CSA0088.D GB602-NF-DS-1(4-6cm)

2 CSA0089.D GB602-NF-DS-1(6-8cm)

2 CSA0090.D GB602-NF-DS-1(8-10cm)

2 CSA0093.D GB602-NF-DS-2 (4-6cm)

2 CSA0091.D GB602-NF-DS-2(0-2cm)

2 CSA0092.D GB602-NF-DS-2(2-4cm)

2 CSA0094.D GB602-NF-DS-2(6-8cm)

2 CSA0095.D GB602-NF-DS-2(8-10cm)

2 CSA0096.D GB602-NF-DS-3(0-2cm)

2 CSA0097.D GB602-NF-DS-3(2-4cm)

2 CSA0098.D GB602-NF-DS-3(4-6cm)

2 CSA0099.D GB602-NF-DS-3(6-8cm)

2 CSA0100.D GB602-NF-DS-3(8-10cm)

2 CSA0125.D MC292-DS-1(0-2cm)

2 CSA0126.D MC292-DS-1(2-4cm)

2 CSA0127.D MC292-DS-1(4-6cm)

2 CSA0128.D MC292-DS-1(6-8 cm)

2 CSA0129.D MC292-DS-1(8-10cm)

2 CSA0130.D MC292-DS-2(0-2cm)

2 CSA0131.D MC292-DS-2(2-4cm)

2 CSA0132.D MC292-DS-2(4-6cm)

2 CSA0133.D MC292-DS-2(6-8cm)

2 CSA0134.D MC292-DS-2(8-10cm)

2 CSA0135.D MC292-DS-3(0-2cm)

2 CSA0136.D MC292-DS-3(2-4cm)

2 CSA0137.D MC292-DS-3(4-6cm)

2 CSA0138.D MC292-DS-3(6-8cm)

2 CSA0139.D MC292-DS-3(8-10cm)

2 CSA0152.D MC292-FF1-B01

2 CSA0158.D MC292-FF1-B02

2 CSA0153.D MC292-FF2-B01

C2-PhenAnt C3-PhenAnt C4-PhenAnt Dibenzothi

6.20 4.00 2.60 0.50

6.20 4.80 2.50 0.30

6.40 3.90 1.90 0.40

7.20 4.80 3.20 0.80

36.00 39.60 15.60 1.90

74.70 58.30 12.20 6.20

16.00 10.30 3.40 2.60

10.70 8.70 4.50 13.10

43.50 31.80 15.40 7.80

14.50 9.20 2.60 2.40

53.50 33.60 11.10 31.90

17.20 12.30 10.50 3.00

41.90 32.60 13.80 2.90

22.10 12.90 7.10 3.30

15.40 12.90 5.00 3.90

33.70 24.80 7.10 15.90

26.50 13.80 9.60 41.10

18.50 14.90 9.50 24.30

13.70 9.10 0.15 4.10

9.30 5.40 1.00 1.60

16.30 13.50 6.20 1.20

34.10 25.30 8.20 5.70

27.40 24.80 8.90 4.60

9.00 6.70 3.10 0.50

6.30 3.80 1.60 0.30

14.80 9.50 5.10 2.00

11.10 7.70 2.80 0.70

7.10 5.00 1.40 0.40

7.30 5.40 2.30 0.40

6.60 4.80 1.50 0.40

12.80 9.10 4.50 1.10

18.10 10.20 3.80 1.70

8.40 4.00 2.60 0.80

7.80 5.20 2.60 0.70

6.60 4.10 3.20 0.60

19.90 16.10 7.40 1.40

11.80 8.60 4.20 1.10

7.60 5.10 2.20 0.60

5.50 3.30 1.20 0.50

3.50 1.70 0.60 0.30

20.90 18.80 7.70 1.80

17.70 14.20 5.30 1.30

9.10 5.30 3.20 1.10

4.60 2.20 1.10 0.40

4.30 1.80 1.10 0.40

12.80 9.10 4.00 0.90

21.40 13.80 7.40 2.20

18.30 13.40 7.70 1.60

H-41
Table H.3. Sediment polycyclic aromatic hydrocarbon data for Cruise 2B.

Cruise Sample Station

2 CSA0159.D MC292-FF2-B02

2 CSA0154.D MC292-FF3-B01

2 CSA0160.D MC292-FF3-B02

2 CSA0155.D MC292-FF4-B01

2 CSA0161.D MC292-FF4-B02

2 CSA0156.D MC292-FF5-B01

2 CSA0162.D MC292-FF5-B02

2 CSA0157.D MC292-FF6-B01

2 CSA0163.D MC292-FF6-B02

2 CSA0140.D MC292-NF-B01

2 CSA0141.D MC292-NF-B02

2 CSA0142.D MC292-NF-B03

2 CSA0143.D MC292-NF-B04

2 CSA0144.D MC292-NF-B05

2 CSA0145.D MC292-NF-B06

2 CSA0146.D MC292-NF-B07

2 CSA0147.D MC292-NF-B08

2 CSA0148.D MC292-NF-B09

2 CSA0149.D MC292-NF-B10

2 CSA0150.D MC292-NF-B11

2 CSA0151.D MC292-NF-B12

C2-PhenAnt C3-PhenAnt C4-PhenAnt Dibenzothi

19.70 11.40 6.60 1.40

12.00 7.60 3.00 1.00

13.60 9.40 5.50 0.80

11.00 7.40 4.00 1.00

11.10 7.40 5.20 0.90

9.50 5.80 2.70 0.80

21.50 8.50 4.60 1.00

8.90 5.00 2.80 0.70

8.90 5.00 2.60 0.70

42.20 21.10 8.60 12.70

9.30 5.70 2.90 0.90

10.90 7.70 3.20 1.10

12.10 9.80 3.70 0.80

16.00 9.90 4.50 2.20

6.90 4.10 1.60 0.60

12.90 9.10 2.80 0.70

26.10 18.40 7.30 1.80

8.90 6.10 2.70 0.70

10.40 7.50 4.90 1.10

9.80 5.90 2.70 0.70

8.50 6.10 2.80 0.70

H-42
Table H.3. Sediment polycyclic aromatic hydrocarbon data for Cruise 2B.

Cruise Sample Station

2 CSA0074.D GB516-FF1-B01

2 CSA0080.D GB516-FF1-B02

2 CSA0075.D GB516-FF2-B01

2 CSA0081.D GB516-FF2-B02

2 CSA0076.D GB516-FF3-B01

2 CSA0082.D GB516-FF3-B02

2 CSA0077.D GB516-FF4-B01

2 CSA0083.D GB516-FF4-B02

2 CSA0078.D GB516-FF5-B01

2 CSA0084.D GB516-FF5-B02

2 CSA0079.D GB516-FF6-B01

2 CSA0085.D GB516-FF6-B02

2 CSA0062.D GB516-NF-B01

2 CSA0063.D GB516-NF-B02

2 CSA0064.D GB516-NF-B03

2 CSA0065.D GB516-NF-B04

2 CSA0066.D GB516-NF-B05

2 CSA0067.D GB516-NF-B06

2 CSA0068.D GB516-NF-B07

2 CSA0069.D GB516-NF-B08

2 CSA0070.D GB516-NF-B09

2 CSA0071.D GB516-NF-B10

2 CSA0072.D GB516-NF-B11

2 CSA0073.D GB516-NF-B12

2 CSA0047.D GB516-NF-DS-1 (0-2cm)

2 CSA0048.D GB516-NF-DS-1 (2-4cm)

2 CSA0049.D GB516-NF-DS-1 (4-6cm)

2 CSA0050.D GB516-NF-DS-1 (6-8cm)

2 CSA0051.D GB516-NF-DS-1 (8-10cm)

2 CSA0053.D GB516-NF-DS-2 (2-4cm)

2 CSA0054.D GB516-NF-DS-2 (4-6cm)

2 CSA0055.D GB516-NF-DS-2 (6-8cm)

2 CSA0056.D GB516-NF-DS-2 (8-10cm)

2 CSA0052.D GB516-NF-DS-2(0-2cm)

2 CSA0057.D GB516-NF-DS-3 (0-2cm)

2 CSA0058.D GB516-NF-DS-3 (2-4cm)

2 CSA0059.D GB516-NF-DS-3 (4-6cm)

2 CSA0060.D GB516-NF-DS-3 (6-8cm)

2 CSA0061.D GB516-NF-DS-3 (8-10cm)

2 CSA0113.D GB602-FF1-B01

2 CSA0119.D GB602-FF1-B02

2 CSA0114.D GB602-FF2-B01

2 CSA0120.D GB602-FF2-B02

2 CSA0115.D GB602-FF3-B01

2 CSA0121.D GB602-FF3-B02

2 CSA0116.D GB602-FF4-B01

2 CSA0122.D GB602-FF4-B02

2 CSA0117.D GB602-FF5-B01

C1-Dibenz C2-Dibenz C3-Dibenz Fluoranth Pyrene

1.40 3.60 6.80 4.80 5.40

1.30 2.50 3.80 6.30 5.60

1.20 2.20 1.90 3.90 4.80

1.30 2.90 5.00 4.90 4.80

1.10 2.20 4.80 4.50 5.70

1.00 1.70 3.80 4.20 5.60

1.00 2.80 8.00 4.00 4.10

1.20 2.30 3.80 6.40 6.40

1.40 2.90 5.00 5.10 5.20

1.40 2.90 8.90 5.30 5.00

1.30 3.10 6.10 5.30 5.30

1.60 3.30 4.50 5.00 5.20

0.15 0.15 0.15 3.60 4.60

0.15 0.15 0.15 4.30 6.30

17.40 0.15 0.15 5.40 5.10

7.00 7.90 10.60 4.80 4.60

7.70 8.90 12.60 10.10 11.70

0.15 0.15 0.15 12.70 11.30

19.70 19.20 15.40 9.90 9.10

9.90 22.20 23.40 5.50 6.70

30.30 15.00 21.40 5.90 6.50

1.10 2.60 4.40 3.40 4.50

3.20 4.50 5.50 5.10 5.30

1.30 2.50 2.70 4.20 5.20

0.15 0.15 0.15 2.10 4.50

0.15 0.15 0.15 4.10 6.00

0.15 0.15 0.15 0.15 0.25

19.60 17.90 16.80 5.10 8.50

0.15 0.15 0.15 5.90 8.50

1.15 1.15 1.15 45.40 37.40

1.05 1.05 1.05 46.50 39.80

1.05 1.00 1.00 33.40 29.20

34.70 0.15 0.15 15.70 15.80

1.15 1.10 1.10 54.50 40.10

0.15 0.15 0.15 2.80 3.60

6.50 6.30 5.20 4.30 5.30

2.60 3.00 4.30 5.60 6.10

1.80 1.60 2.10 1.30 1.70

1.80 2.70 2.80 0.90 1.40

0.70 1.60 2.10 2.60 2.80

0.70 1.40 2.30 2.80 3.50

0.70 1.30 1.50 4.10 4.90

0.70 1.30 2.10 4.00 5.10

0.60 1.40 1.70 3.50 4.40

0.70 1.40 1.60 2.20 2.60

0.70 1.30 1.40 2.40 3.40

0.70 1.50 1.70 2.60 2.90

0.80 1.20 1.60 3.30 3.40

H-43
Table H.3. Sediment polycyclic aromatic hydrocarbon data for Cruise 2B.

Cruise Sample Station

2 CSA0123.D GB602-FF5-B02

2 CSA0118.D GB602-FF6-B01

2 CSA0124.D GB602-FF6-B02

2 CSA0101.D GB602-NF-B01

2 CSA0102.D GB602-NF-B02

2 CSA0103.D GB602-NF-B03

2 CSA0104.D GB602-NF-B04

2 CSA0105.D GB602-NF-B05

2 CSA0106.D GB602-NF-B06

2 CSA0107.D GB602-NF-B07

2 CSA0108.D GB602-NF-B08

2 CSA0109.D GB602-NF-B09

2 CSA0110.D GB602-NF-B10

2 CSA0111.D GB602-NF-B11

2 CSA0112.D GB602-NF-B12

2 CSA0086.D GB602-NF-DS-1(0-2cm)

2 CSA0087.D GB602-NF-DS-1(2-4cm)

2 CSA0088.D GB602-NF-DS-1(4-6cm)

2 CSA0089.D GB602-NF-DS-1(6-8cm)

2 CSA0090.D GB602-NF-DS-1(8-10cm)

2 CSA0093.D GB602-NF-DS-2 (4-6cm)

2 CSA0091.D GB602-NF-DS-2(0-2cm)

2 CSA0092.D GB602-NF-DS-2(2-4cm)

2 CSA0094.D GB602-NF-DS-2(6-8cm)

2 CSA0095.D GB602-NF-DS-2(8-10cm)

2 CSA0096.D GB602-NF-DS-3(0-2cm)

2 CSA0097.D GB602-NF-DS-3(2-4cm)

2 CSA0098.D GB602-NF-DS-3(4-6cm)

2 CSA0099.D GB602-NF-DS-3(6-8cm)

2 CSA0100.D GB602-NF-DS-3(8-10cm)

2 CSA0125.D MC292-DS-1(0-2cm)

2 CSA0126.D MC292-DS-1(2-4cm)

2 CSA0127.D MC292-DS-1(4-6cm)

2 CSA0128.D MC292-DS-1(6-8 cm)

2 CSA0129.D MC292-DS-1(8-10cm)

2 CSA0130.D MC292-DS-2(0-2cm)

2 CSA0131.D MC292-DS-2(2-4cm)

2 CSA0132.D MC292-DS-2(4-6cm)

2 CSA0133.D MC292-DS-2(6-8cm)

2 CSA0134.D MC292-DS-2(8-10cm)

2 CSA0135.D MC292-DS-3(0-2cm)

2 CSA0136.D MC292-DS-3(2-4cm)

2 CSA0137.D MC292-DS-3(4-6cm)

2 CSA0138.D MC292-DS-3(6-8cm)

2 CSA0139.D MC292-DS-3(8-10cm)

2 CSA0152.D MC292-FF1-B01

2 CSA0158.D MC292-FF1-B02

2 CSA0153.D MC292-FF2-B01

C1-Dibenz C2-Dibenz C3-Dibenz Fluoranth Pyrene

0.70 1.60 1.60 3.90 4.40

0.80 1.60 2.20 3.30 3.50

0.70 2.10 1.80 2.60 3.50

4.00 3.70 5.80 1.70 2.10

16.40 30.90 30.80 4.50 8.30

57.00 44.20 51.30 6.20 8.90

6.70 7.80 10.60 3.40 5.30

10.80 25.20 14.90 2.40 3.80

28.30 38.20 38.30 6.40 12.20

18.40 10.00 10.70 3.70 6.50

33.60 40.90 57.70 4.90 8.70

7.90 11.10 16.20 1.80 1.70

13.00 16.20 16.00 11.00 10.20

12.50 9.60 10.50 4.20 6.40

15.20 9.80 9.83 3.20 4.20

34.70 99.20 31.80 5.40 1.00

86.30 29.90 25.90 4.80 5.80

65.00 30.10 21.20 4.10 5.10

16.20 13.90 11.90 1.90 2.20

11.90 9.70 9.70 1.20 1.90

13.20 9.90 11.70 2.00 3.70

41.40 24.70 25.00 5.00 7.30

15.60 14.70 20.10 3.80 6.60

5.10 4.60 4.60 1.70 1.80

3.30 2.30 3.40 1.30 2.10

47.80 38.50 18.60 4.30 5.70

17.20 15.80 12.40 2.50 3.50

10.20 5.10 6.60 1.10 1.70

2.80 2.70 3.50 1.30 1.70

0.80 2.00 2.10 1.70 2.40

13.30 3.80 5.70 6.80 9.70

18.50 5.80 7.80 9.20 13.60

3.00 2.30 1.00 8.40 10.30

1.40 1.70 1.50 7.10 10.90

1.10 1.60 1.70 5.90 9.70

9.60 9.50 9.40 18.70 15.10

8.40 12.90 5.40 6.90 8.80

2.20 2.40 1.70 5.30 6.70

1.40 1.60 1.20 3.30 4.30

0.70 1.00 0.60 1.60 2.40

39.30 30.50 21.30 9.40 12.20

13.20 7.90 6.90 9.20 11.10

2.90 3.30 2.20 7.40 10.40

1.10 1.40 1.00 2.90 5.30

1.00 1.30 0.70 2.50 3.50

1.50 2.70 2.30 14.30 22.70

2.30 4.50 3.70 62.20 58.40

2.80 4.70 4.10 20.40 29.80

H-44
Table H.3. Sediment polycyclic aromatic hydrocarbon data for Cruise 2B.

Cruise Sample Station

2 CSA0159.D MC292-FF2-B02

2 CSA0154.D MC292-FF3-B01

2 CSA0160.D MC292-FF3-B02

2 CSA0155.D MC292-FF4-B01

2 CSA0161.D MC292-FF4-B02

2 CSA0156.D MC292-FF5-B01

2 CSA0162.D MC292-FF5-B02

2 CSA0157.D MC292-FF6-B01

2 CSA0163.D MC292-FF6-B02

2 CSA0140.D MC292-NF-B01

2 CSA0141.D MC292-NF-B02

2 CSA0142.D MC292-NF-B03

2 CSA0143.D MC292-NF-B04

2 CSA0144.D MC292-NF-B05

2 CSA0145.D MC292-NF-B06

2 CSA0146.D MC292-NF-B07

2 CSA0147.D MC292-NF-B08

2 CSA0148.D MC292-NF-B09

2 CSA0149.D MC292-NF-B10

2 CSA0150.D MC292-NF-B11

2 CSA0151.D MC292-NF-B12

C1-Dibenz C2-Dibenz C3-Dibenz Fluoranth Pyrene

3.10 4.30 3.50 15.80 20.30

1.60 3.10 3.40 11.60 15.40

1.40 3.30 4.50 10.40 11.90

1.50 2.50 2.40 12.30 15.60

1.40 2.40 2.70 11.10 12.40

1.50 2.20 2.10 10.10 13.00

1.50 3.30 2.70 11.30 12.80

1.20 2.10 1.70 8.70 10.00

1.20 1.80 1.50 8.10 9.60

18.60 17.40 11.60 7.10 7.60

7.50 4.10 6.00 6.60 9.10

10.60 5.20 7.70 11.40 11.00

1.60 2.80 2.40 7.40 9.30

6.40 8.20 10.40 61.00 52.10

1.10 1.70 1.20 6.20 8.20

1.90 3.00 3.10 7.80 11.10

10.10 12.90 8.20 9.70 14.70

1.30 1.80 1.90 8.10 12.70

9.30 4.50 5.40 8.60 12.70

1.30 2.20 1.90 9.20 12.50

1.30 2.00 1.60 8.50 12.30

H-45
Table H.3. Sediment polycyclic aromatic hydrocarbon data for Cruise 2B.

Cruise Sample Station

2 CSA0074.D GB516-FF1-B01

2 CSA0080.D GB516-FF1-B02

2 CSA0075.D GB516-FF2-B01

2 CSA0081.D GB516-FF2-B02

2 CSA0076.D GB516-FF3-B01

2 CSA0082.D GB516-FF3-B02

2 CSA0077.D GB516-FF4-B01

2 CSA0083.D GB516-FF4-B02

2 CSA0078.D GB516-FF5-B01

2 CSA0084.D GB516-FF5-B02

2 CSA0079.D GB516-FF6-B01

2 CSA0085.D GB516-FF6-B02

2 CSA0062.D GB516-NF-B01

2 CSA0063.D GB516-NF-B02

2 CSA0064.D GB516-NF-B03

2 CSA0065.D GB516-NF-B04

2 CSA0066.D GB516-NF-B05

2 CSA0067.D GB516-NF-B06

2 CSA0068.D GB516-NF-B07

2 CSA0069.D GB516-NF-B08

2 CSA0070.D GB516-NF-B09

2 CSA0071.D GB516-NF-B10

2 CSA0072.D GB516-NF-B11

2 CSA0073.D GB516-NF-B12

2 CSA0047.D GB516-NF-DS-1 (0-2cm)

2 CSA0048.D GB516-NF-DS-1 (2-4cm)

2 CSA0049.D GB516-NF-DS-1 (4-6cm)

2 CSA0050.D GB516-NF-DS-1 (6-8cm)

2 CSA0051.D GB516-NF-DS-1 (8-10cm)

2 CSA0053.D GB516-NF-DS-2 (2-4cm)

2 CSA0054.D GB516-NF-DS-2 (4-6cm)

2 CSA0055.D GB516-NF-DS-2 (6-8cm)

2 CSA0056.D GB516-NF-DS-2 (8-10cm)

2 CSA0052.D GB516-NF-DS-2(0-2cm)

2 CSA0057.D GB516-NF-DS-3 (0-2cm)

2 CSA0058.D GB516-NF-DS-3 (2-4cm)

2 CSA0059.D GB516-NF-DS-3 (4-6cm)

2 CSA0060.D GB516-NF-DS-3 (6-8cm)

2 CSA0061.D GB516-NF-DS-3 (8-10cm)

2 CSA0113.D GB602-FF1-B01

2 CSA0119.D GB602-FF1-B02

2 CSA0114.D GB602-FF2-B01

2 CSA0120.D GB602-FF2-B02

2 CSA0115.D GB602-FF3-B01

2 CSA0121.D GB602-FF3-B02

2 CSA0116.D GB602-FF4-B01

2 CSA0122.D GB602-FF4-B02

2 CSA0117.D GB602-FF5-B01

C1-FluorPyr C2-FluorPyr C3-FluorPyr Naphthoben C1-Naphth

6.50 8.80 4.50 3.00 7.30

6.50 9.60 5.30 3.10 6.30

4.00 4.40 1.80 2.00 2.10

5.80 6.60 4.60 2.60 6.60

6.80 8.30 4.80 3.30 6.80

5.60 7.00 3.70 2.20 5.00

6.40 12.10 8.90 3.00 11.70

5.90 9.90 7.90 2.60 5.60

5.70 7.30 5.30 2.40 6.20

7.40 14.20 8.50 3.50 12.10

6.10 8.20 6.80 2.80 7.80

7.20 14.60 7.90 3.10 8.80

5.80 5.90 0.30 0.10 0.15

10.30 7.90 4.30 0.10 0.15

9.20 7.00 3.90 0.10 0.15

6.10 7.70 3.70 2.60 6.20

15.10 12.50 8.40 5.20 8.80

0.30 0.30 0.30 0.10 0.15

15.70 17.50 9.90 6.40 10.70

8.00 10.00 5.40 3.30 7.60

10.70 9.80 6.50 2.30 3.80

4.90 6.60 3.60 2.30 5.20

5.20 5.70 3.50 2.50 4.60

4.60 4.50 1.90 2.20 3.10

0.30 0.30 0.30 0.10 0.15

0.30 0.30 0.30 0.10 0.15

0.30 0.30 0.30 0.10 0.15

24.10 28.20 23.20 12.00 11.80

17.80 19.30 12.70 0.10 0.15

2.25 2.20 2.20 0.60 1.25

2.10 2.05 2.05 0.60 1.15

2.00 2.00 2.00 0.55 1.10

0.30 0.30 0.30 0.10 0.15

2.20 2.20 2.20 0.60 1.25

0.30 0.30 0.30 0.10 0.15

5.00 6.30 6.50 1.70 3.30

5.50 7.90 8.50 2.20 3.20

2.90 5.20 3.30 0.70 0.15

1.90 2.50 1.90 0.80 1.10

2.30 3.00 2.00 1.10 1.90

2.90 3.80 2.10 1.70 3.10

4.60 4.20 1.70 2.30 2.60

5.70 6.40 4.00 2.50 2.90

4.70 3.90 2.30 2.10 2.50

1.90 2.50 1.30 1.00 1.30

2.00 2.10 1.10 1.20 1.50

2.30 3.40 2.90 1.50 2.50

2.40 3.50 1.70 1.40 1.90

H-46
Table H.3. Sediment polycyclic aromatic hydrocarbon data for Cruise 2B.

Cruise Sample Station

2 CSA0123.D GB602-FF5-B02

2 CSA0118.D GB602-FF6-B01

2 CSA0124.D GB602-FF6-B02

2 CSA0101.D GB602-NF-B01

2 CSA0102.D GB602-NF-B02

2 CSA0103.D GB602-NF-B03

2 CSA0104.D GB602-NF-B04

2 CSA0105.D GB602-NF-B05

2 CSA0106.D GB602-NF-B06

2 CSA0107.D GB602-NF-B07

2 CSA0108.D GB602-NF-B08

2 CSA0109.D GB602-NF-B09

2 CSA0110.D GB602-NF-B10

2 CSA0111.D GB602-NF-B11

2 CSA0112.D GB602-NF-B12

2 CSA0086.D GB602-NF-DS-1(0-2cm)

2 CSA0087.D GB602-NF-DS-1(2-4cm)

2 CSA0088.D GB602-NF-DS-1(4-6cm)

2 CSA0089.D GB602-NF-DS-1(6-8cm)

2 CSA0090.D GB602-NF-DS-1(8-10cm)

2 CSA0093.D GB602-NF-DS-2 (4-6cm)

2 CSA0091.D GB602-NF-DS-2(0-2cm)

2 CSA0092.D GB602-NF-DS-2(2-4cm)

2 CSA0094.D GB602-NF-DS-2(6-8cm)

2 CSA0095.D GB602-NF-DS-2(8-10cm)

2 CSA0096.D GB602-NF-DS-3(0-2cm)

2 CSA0097.D GB602-NF-DS-3(2-4cm)

2 CSA0098.D GB602-NF-DS-3(4-6cm)

2 CSA0099.D GB602-NF-DS-3(6-8cm)

2 CSA0100.D GB602-NF-DS-3(8-10cm)

2 CSA0125.D MC292-DS-1(0-2cm)

2 CSA0126.D MC292-DS-1(2-4cm)

2 CSA0127.D MC292-DS-1(4-6cm)

2 CSA0128.D MC292-DS-1(6-8 cm)

2 CSA0129.D MC292-DS-1(8-10cm)

2 CSA0130.D MC292-DS-2(0-2cm)

2 CSA0131.D MC292-DS-2(2-4cm)

2 CSA0132.D MC292-DS-2(4-6cm)

2 CSA0133.D MC292-DS-2(6-8cm)

2 CSA0134.D MC292-DS-2(8-10cm)

2 CSA0135.D MC292-DS-3(0-2cm)

2 CSA0136.D MC292-DS-3(2-4cm)

2 CSA0137.D MC292-DS-3(4-6cm)

2 CSA0138.D MC292-DS-3(6-8cm)

2 CSA0139.D MC292-DS-3(8-10cm)

2 CSA0152.D MC292-FF1-B01

2 CSA0158.D MC292-FF1-B02

2 CSA0153.D MC292-FF2-B01

C1-FluorPyr C2-FluorPyr C3-FluorPyr Naphthoben C1-Naphth

3.40 4.70 2.40 1.90 2.80

3.20 5.80 2.40 1.50 3.30

2.90 3.90 1.60 1.40 2.40

2.90 3.40 2.30 0.80 2.20

10.30 12.80 8.90 4.10 7.40

12.30 12.50 10.10 3.10 6.30

6.80 8.20 3.10 1.50 2.70

5.20 5.30 0.30 2.00 0.15

11.40 12.30 8.00 2.60 6.40

6.00 8.20 4.70 1.50 3.70

16.40 10.90 8.10 3.90 7.00

4.30 4.40 3.60 2.10 4.70

9.40 13.20 7.70 4.60 7.50

6.00 6.00 3.90 2.30 5.10

4.20 5.80 3.30 1.70 3.40

15.00 11.70 6.60 4.60 6.60

11.20 9.70 0.30 0.10 0.15

8.60 6.50 3.50 0.10 0.15

3.20 3.90 0.30 0.10 0.15

1.90 2.90 1.90 1.10 1.30

5.50 6.70 1.70 1.40 3.90

16.00 16.30 0.30 0.10 0.15

10.70 12.20 0.30 1.60 4.30

2.30 2.90 1.80 0.90 1.30

1.60 2.00 1.40 0.60 0.80

5.00 5.70 4.30 1.90 4.10

3.90 5.00 3.60 1.50 3.50

1.60 2.40 1.80 0.80 1.10

1.60 2.40 1.00 0.90 1.50

2.10 2.80 2.40 0.80 0.80

5.90 6.60 2.80 2.40 3.20

8.70 13.20 6.10 3.90 5.80

7.00 6.50 4.40 2.10 2.60

7.40 7.10 4.50 2.20 2.40

6.60 7.10 4.10 1.70 2.20

16.10 12.70 7.70 7.00 4.20

7.50 6.50 4.40 2.90 2.70

5.40 5.50 2.50 1.90 1.70

3.40 3.40 2.10 1.20 1.60

2.10 1.80 1.30 0.80 0.90

13.20 13.90 9.30 5.70 5.50

9.60 9.70 4.20 3.80 4.10

7.00 5.70 3.80 2.30 2.40

3.40 3.20 1.60 0.90 1.00

2.70 2.50 1.20 0.60 0.70

12.70 9.40 4.50 3.80 4.10

31.00 20.50 11.90 12.80 8.60

16.40 14.90 6.40 5.40 6.60

H-47
Table H.3. Sediment polycyclic aromatic hydrocarbon data for Cruise 2B.

Cruise Sample Station

2 CSA0159.D MC292-FF2-B02

2 CSA0154.D MC292-FF3-B01

2 CSA0160.D MC292-FF3-B02

2 CSA0155.D MC292-FF4-B01

2 CSA0161.D MC292-FF4-B02

2 CSA0156.D MC292-FF5-B01

2 CSA0162.D MC292-FF5-B02

2 CSA0157.D MC292-FF6-B01

2 CSA0163.D MC292-FF6-B02

2 CSA0140.D MC292-NF-B01

2 CSA0141.D MC292-NF-B02

2 CSA0142.D MC292-NF-B03

2 CSA0143.D MC292-NF-B04

2 CSA0144.D MC292-NF-B05

2 CSA0145.D MC292-NF-B06

2 CSA0146.D MC292-NF-B07

2 CSA0147.D MC292-NF-B08

2 CSA0148.D MC292-NF-B09

2 CSA0149.D MC292-NF-B10

2 CSA0150.D MC292-NF-B11

2 CSA0151.D MC292-NF-B12

C1-FluorPyr C2-FluorPyr C3-FluorPyr Naphthoben C1-Naphth

15.20 11.80 6.80 5.00 6.80

9.00 8.50 3.90 3.10 3.90

7.90 9.10 6.00 2.60 4.00

9.40 9.60 4.20 3.30 3.50

8.50 10.70 6.60 2.80 4.30

7.40 6.70 3.30 2.70 3.00

8.50 11.00 7.60 3.00 5.10

6.40 5.80 3.20 2.30 2.70

6.90 6.40 3.80 2.20 2.80

10.40 9.40 4.70 4.10 5.70

7.50 8.30 5.00 2.10 2.10

8.70 9.00 5.00 2.70 3.50

9.20 10.90 6.80 3.80 4.40

24.80 13.40 5.60 12.40 5.50

4.80 4.60 2.50 1.70 1.90

6.60 6.40 5.10 2.40 2.60

11.10 11.20 8.50 3.60 4.80

6.80 7.10 5.60 2.40 2.70

7.90 8.90 6.10 2.80 3.30

9.00 7.20 3.40 3.40 3.00

7.80 9.10 7.50 2.60 2.70

H-48
Table H.3. Sediment polycyclic aromatic hydrocarbon data for Cruise 2B.

Cruise Sample Station

2 CSA0074.D GB516-FF1-B01

2 CSA0080.D GB516-FF1-B02

2 CSA0075.D GB516-FF2-B01

2 CSA0081.D GB516-FF2-B02

2 CSA0076.D GB516-FF3-B01

2 CSA0082.D GB516-FF3-B02

2 CSA0077.D GB516-FF4-B01

2 CSA0083.D GB516-FF4-B02

2 CSA0078.D GB516-FF5-B01

2 CSA0084.D GB516-FF5-B02

2 CSA0079.D GB516-FF6-B01

2 CSA0085.D GB516-FF6-B02

2 CSA0062.D GB516-NF-B01

2 CSA0063.D GB516-NF-B02

2 CSA0064.D GB516-NF-B03

2 CSA0065.D GB516-NF-B04

2 CSA0066.D GB516-NF-B05

2 CSA0067.D GB516-NF-B06

2 CSA0068.D GB516-NF-B07

2 CSA0069.D GB516-NF-B08

2 CSA0070.D GB516-NF-B09

2 CSA0071.D GB516-NF-B10

2 CSA0072.D GB516-NF-B11

2 CSA0073.D GB516-NF-B12

2 CSA0047.D GB516-NF-DS-1 (0-2cm)

2 CSA0048.D GB516-NF-DS-1 (2-4cm)

2 CSA0049.D GB516-NF-DS-1 (4-6cm)

2 CSA0050.D GB516-NF-DS-1 (6-8cm)

2 CSA0051.D GB516-NF-DS-1 (8-10cm)

2 CSA0053.D GB516-NF-DS-2 (2-4cm)

2 CSA0054.D GB516-NF-DS-2 (4-6cm)

2 CSA0055.D GB516-NF-DS-2 (6-8cm)

2 CSA0056.D GB516-NF-DS-2 (8-10cm)

2 CSA0052.D GB516-NF-DS-2(0-2cm)

2 CSA0057.D GB516-NF-DS-3 (0-2cm)

2 CSA0058.D GB516-NF-DS-3 (2-4cm)

2 CSA0059.D GB516-NF-DS-3 (4-6cm)

2 CSA0060.D GB516-NF-DS-3 (6-8cm)

2 CSA0061.D GB516-NF-DS-3 (8-10cm)

2 CSA0113.D GB602-FF1-B01

2 CSA0119.D GB602-FF1-B02

2 CSA0114.D GB602-FF2-B01

2 CSA0120.D GB602-FF2-B02

2 CSA0115.D GB602-FF3-B01

2 CSA0121.D GB602-FF3-B02

2 CSA0116.D GB602-FF4-B01

2 CSA0122.D GB602-FF4-B02

2 CSA0117.D GB602-FF5-B01

C2-Naphth C3-Naphth Benz(a)ant Chrysene C1-Chrysen

10.00 9.30 3.00 5.60 8.10

9.70 8.90 2.80 5.60 8.40

3.10 3.10 2.00 4.20 4.20

8.70 7.30 2.50 4.80 7.80

9.40 10.00 2.70 7.10 8.60

7.00 6.00 2.20 5.20 6.70

15.10 11.10 2.00 4.30 9.20

9.80 9.70 3.20 5.30 6.70

8.30 7.30 2.30 4.70 7.60

17.30 13.70 2.50 5.40 10.10

9.30 8.10 2.20 5.10 8.10

13.20 10.40 2.40 5.80 11.70

0.15 0.15 3.30 4.90 0.25

0.15 0.15 3.50 7.00 0.25

0.15 0.15 2.80 4.00 0.25

9.20 8.70 2.50 5.00 6.40

10.70 10.40 6.30 10.70 9.70

0.15 0.15 5.00 11.90 0.25

23.10 18.30 7.50 12.70 0.25

10.50 9.70 3.10 6.10 7.60

5.60 5.50 2.90 5.00 0.25

8.90 8.80 2.20 4.90 6.40

6.20 7.10 2.60 5.30 5.00

3.90 4.30 2.90 5.60 4.60

0.15 0.15 5.60 3.20 0.25

0.15 0.15 5.50 2.70 0.25

0.15 0.15 2.50 3.40 0.25

11.80 6.70 3.40 11.20 21.20

0.15 0.15 3.50 7.70 17.30

1.25 1.25 55.70 16.50 1.75

1.15 1.15 58.80 14.10 1.60

1.10 1.10 50.20 15.80 1.55

0.15 0.15 6.40 4.00 0.25

1.25 1.25 48.10 13.60 1.70

0.15 0.15 5.70 3.10 0.25

4.10 5.20 2.00 4.10 5.20

6.40 8.60 2.10 4.40 6.80

0.15 0.15 0.40 1.70 0.25

1.90 2.10 0.40 1.10 2.20

2.60 2.30 1.20 2.70 2.70

5.00 3.70 1.50 3.50 3.80

2.80 2.90 3.20 5.00 3.60

3.70 3.70 4.10 7.60 5.50

3.50 3.00 3.70 5.70 4.00

2.50 2.10 1.20 2.60 2.30

2.20 2.20 1.20 2.90 2.30

7.30 8.70 1.30 3.20 3.10

2.70 2.00 1.50 3.20 3.30

H-49
Table H.3. Sediment polycyclic aromatic hydrocarbon data for Cruise 2B.

Cruise Sample Station

2 CSA0123.D GB602-FF5-B02

2 CSA0118.D GB602-FF6-B01

2 CSA0124.D GB602-FF6-B02

2 CSA0101.D GB602-NF-B01

2 CSA0102.D GB602-NF-B02

2 CSA0103.D GB602-NF-B03

2 CSA0104.D GB602-NF-B04

2 CSA0105.D GB602-NF-B05

2 CSA0106.D GB602-NF-B06

2 CSA0107.D GB602-NF-B07

2 CSA0108.D GB602-NF-B08

2 CSA0109.D GB602-NF-B09

2 CSA0110.D GB602-NF-B10

2 CSA0111.D GB602-NF-B11

2 CSA0112.D GB602-NF-B12

2 CSA0086.D GB602-NF-DS-1(0-2cm)

2 CSA0087.D GB602-NF-DS-1(2-4cm)

2 CSA0088.D GB602-NF-DS-1(4-6cm)

2 CSA0089.D GB602-NF-DS-1(6-8cm)

2 CSA0090.D GB602-NF-DS-1(8-10cm)

2 CSA0093.D GB602-NF-DS-2 (4-6cm)

2 CSA0091.D GB602-NF-DS-2(0-2cm)

2 CSA0092.D GB602-NF-DS-2(2-4cm)

2 CSA0094.D GB602-NF-DS-2(6-8cm)

2 CSA0095.D GB602-NF-DS-2(8-10cm)

2 CSA0096.D GB602-NF-DS-3(0-2cm)

2 CSA0097.D GB602-NF-DS-3(2-4cm)

2 CSA0098.D GB602-NF-DS-3(4-6cm)

2 CSA0099.D GB602-NF-DS-3(6-8cm)

2 CSA0100.D GB602-NF-DS-3(8-10cm)

2 CSA0125.D MC292-DS-1(0-2cm)

2 CSA0126.D MC292-DS-1(2-4cm)

2 CSA0127.D MC292-DS-1(4-6cm)

2 CSA0128.D MC292-DS-1(6-8 cm)

2 CSA0129.D MC292-DS-1(8-10cm)

2 CSA0130.D MC292-DS-2(0-2cm)

2 CSA0131.D MC292-DS-2(2-4cm)

2 CSA0132.D MC292-DS-2(4-6cm)

2 CSA0133.D MC292-DS-2(6-8cm)

2 CSA0134.D MC292-DS-2(8-10cm)

2 CSA0135.D MC292-DS-3(0-2cm)

2 CSA0136.D MC292-DS-3(2-4cm)

2 CSA0137.D MC292-DS-3(4-6cm)

2 CSA0138.D MC292-DS-3(6-8cm)

2 CSA0139.D MC292-DS-3(8-10cm)

2 CSA0152.D MC292-FF1-B01

2 CSA0158.D MC292-FF1-B02

2 CSA0153.D MC292-FF2-B01

C2-Naphth C3-Naphth Benz(a)ant Chrysene C1-Chrysen

3.60 4.90 2.60 4.50 4.40

5.80 6.30 1.60 3.60 4.40

3.50 3.30 1.30 3.10 3.20

2.50 3.20 1.30 3.10 0.25

12.60 9.60 3.40 8.00 10.20

8.90 8.70 4.20 10.00 0.25

4.70 3.10 3.30 6.00 8.20

0.15 0.15 3.00 4.70 0.25

13.00 7.40 4.40 8.60 10.00

2.70 2.90 3.50 6.10 0.25

10.30 5.00 3.20 7.40 0.25

5.60 4.50 1.80 2.70 0.25

10.40 8.50 4.70 8.60 9.70

6.80 4.20 2.50 4.30 5.60

5.00 4.10 1.70 4.30 5.10

9.50 8.10 4.40 6.50 0.25

0.15 0.15 1.90 3.50 0.25

0.15 0.15 1.70 3.30 0.25

0.15 0.15 0.80 3.00 0.25

2.20 1.50 0.60 2.20 2.80

3.70 3.50 1.70 4.50 0.25

0.15 0.15 2.40 6.70 0.25

6.70 0.15 2.50 8.10 0.25

1.20 2.20 0.70 2.20 3.10

1.20 1.60 0.50 1.90 2.60

6.30 5.00 1.90 5.80 6.40

5.10 3.80 1.40 3.70 5.50

1.70 1.50 0.70 2.40 2.30

2.10 1.70 0.60 2.10 2.70

2.30 2.00 1.20 3.10 3.40

3.50 2.70 3.50 7.00 6.30

6.20 4.60 5.50 11.00 12.50

3.00 3.30 4.90 7.90 6.70

3.10 3.70 4.50 7.10 6.20

2.80 3.10 3.30 5.30 4.80

4.00 2.50 12.20 17.00 13.60

3.60 2.80 4.40 8.20 6.70

2.30 1.40 2.90 5.00 4.30

1.50 1.30 1.50 2.90 2.60

0.90 0.60 0.50 1.80 1.80

6.40 4.30 5.10 9.30 9.20

4.30 3.80 5.20 10.20 9.20

2.70 2.10 4.30 6.60 5.50

1.20 1.00 1.70 2.80 2.30

0.50 0.50 1.20 1.90 2.00

4.80 4.20 9.60 14.50 13.30

9.50 7.90 25.30 36.00 23.50

7.20 6.80 12.20 20.10 15.50

H-50
Table H.3. Sediment polycyclic aromatic hydrocarbon data for Cruise 2B.

Cruise Sample Station

2 CSA0159.D MC292-FF2-B02

2 CSA0154.D MC292-FF3-B01

2 CSA0160.D MC292-FF3-B02

2 CSA0155.D MC292-FF4-B01

2 CSA0161.D MC292-FF4-B02

2 CSA0156.D MC292-FF5-B01

2 CSA0162.D MC292-FF5-B02

2 CSA0157.D MC292-FF6-B01

2 CSA0163.D MC292-FF6-B02

2 CSA0140.D MC292-NF-B01

2 CSA0141.D MC292-NF-B02

2 CSA0142.D MC292-NF-B03

2 CSA0143.D MC292-NF-B04

2 CSA0144.D MC292-NF-B05

2 CSA0145.D MC292-NF-B06

2 CSA0146.D MC292-NF-B07

2 CSA0147.D MC292-NF-B08

2 CSA0148.D MC292-NF-B09

2 CSA0149.D MC292-NF-B10

2 CSA0150.D MC292-NF-B11

2 CSA0151.D MC292-NF-B12

C2-Naphth C3-Naphth Benz(a)ant Chrysene C1-Chrysen

7.80 6.40 8.90 15.30 16.60

5.50 5.00 7.80 11.30 9.90

5.30 5.10 4.90 8.00 9.40

5.40 4.50 8.00 12.70 11.60

6.90 7.50 5.20 9.40 10.60

4.30 3.30 5.60 9.10 8.60

8.80 8.40 5.60 10.00 11.10

3.20 3.80 3.60 6.90 6.20

2.90 2.50 4.00 7.30 7.10

6.50 0.15 5.20 9.00 13.30

3.50 3.90 2.80 4.90 5.00

3.40 4.00 5.10 8.50 6.80

5.40 5.50 3.70 7.40 8.70

5.10 4.30 38.00 43.70 21.20

2.20 1.60 2.90 5.30 5.10

3.10 3.70 5.00 9.30 8.70

5.10 4.20 5.60 11.00 12.60

3.10 2.90 4.90 7.20 6.80

4.70 4.20 5.80 9.80 9.90

3.30 2.40 8.10 12.70 9.40

4.80 4.30 5.40 9.30 10.20

H-51
Table H.3. Sediment polycyclic aromatic hydrocarbon data for Cruise 2B.

Cruise Sample Station

2 CSA0074.D GB516-FF1-B01

2 CSA0080.D GB516-FF1-B02

2 CSA0075.D GB516-FF2-B01

2 CSA0081.D GB516-FF2-B02

2 CSA0076.D GB516-FF3-B01

2 CSA0082.D GB516-FF3-B02

2 CSA0077.D GB516-FF4-B01

2 CSA0083.D GB516-FF4-B02

2 CSA0078.D GB516-FF5-B01

2 CSA0084.D GB516-FF5-B02

2 CSA0079.D GB516-FF6-B01

2 CSA0085.D GB516-FF6-B02

2 CSA0062.D GB516-NF-B01

2 CSA0063.D GB516-NF-B02

2 CSA0064.D GB516-NF-B03

2 CSA0065.D GB516-NF-B04

2 CSA0066.D GB516-NF-B05

2 CSA0067.D GB516-NF-B06

2 CSA0068.D GB516-NF-B07

2 CSA0069.D GB516-NF-B08

2 CSA0070.D GB516-NF-B09

2 CSA0071.D GB516-NF-B10

2 CSA0072.D GB516-NF-B11

2 CSA0073.D GB516-NF-B12

2 CSA0047.D GB516-NF-DS-1 (0-2cm)

2 CSA0048.D GB516-NF-DS-1 (2-4cm)

2 CSA0049.D GB516-NF-DS-1 (4-6cm)

2 CSA0050.D GB516-NF-DS-1 (6-8cm)

2 CSA0051.D GB516-NF-DS-1 (8-10cm)

2 CSA0053.D GB516-NF-DS-2 (2-4cm)

2 CSA0054.D GB516-NF-DS-2 (4-6cm)

2 CSA0055.D GB516-NF-DS-2 (6-8cm)

2 CSA0056.D GB516-NF-DS-2 (8-10cm)

2 CSA0052.D GB516-NF-DS-2(0-2cm)

2 CSA0057.D GB516-NF-DS-3 (0-2cm)

2 CSA0058.D GB516-NF-DS-3 (2-4cm)

2 CSA0059.D GB516-NF-DS-3 (4-6cm)

2 CSA0060.D GB516-NF-DS-3 (6-8cm)

2 CSA0061.D GB516-NF-DS-3 (8-10cm)

2 CSA0113.D GB602-FF1-B01

2 CSA0119.D GB602-FF1-B02

2 CSA0114.D GB602-FF2-B01

2 CSA0120.D GB602-FF2-B02

2 CSA0115.D GB602-FF3-B01

2 CSA0121.D GB602-FF3-B02

2 CSA0116.D GB602-FF4-B01

2 CSA0122.D GB602-FF4-B02

2 CSA0117.D GB602-FF5-B01

C2-Chrysen C3-Chrysen C4-Chrysen Benzo(b)fl Benzo(k)fl

10.40 0.25 0.25 5.00 3.70

7.90 4.50 1.80 6.30 4.10

5.40 0.25 0.25 4.60 3.20

7.50 4.70 2.40 7.10 4.20

9.20 0.25 0.25 8.40 3.10

6.30 1.90 2.80 5.40 2.00

9.70 7.80 2.70 4.80 3.10

5.50 6.70 1.60 7.00 5.40

6.90 3.30 1.50 5.50 3.70

9.90 6.40 3.60 6.00 3.40

7.30 5.00 1.60 6.60 3.80

10.90 7.70 2.50 6.60 3.30

0.25 0.25 0.25 6.10 1.90

0.25 0.25 0.25 8.00 3.30

0.25 0.25 0.25 3.40 1.70

6.70 0.25 0.25 6.10 2.30

0.25 0.25 0.25 9.10 3.70

0.25 0.25 0.25 0.15 0.15

0.25 0.25 0.25 12.00 5.00

0.25 0.25 0.25 8.10 3.50

0.25 0.25 0.25 5.70 1.80

7.00 0.25 0.25 5.80 2.00

0.25 0.25 0.25 5.70 2.10

6.20 0.25 0.25 5.90 1.80

0.25 0.25 0.25 0.15 0.15

0.25 0.25 0.25 0.15 0.15

0.25 0.25 0.25 0.15 0.15

26.00 6.40 0.25 7.30 2.90

0.25 0.25 0.25 7.70 5.60

1.75 1.75 1.75 0.95 1.05

1.65 1.65 1.65 0.85 0.95

1.55 1.55 1.55 0.85 0.95

0.25 0.25 0.25 0.15 0.15

1.75 1.75 1.75 0.95 1.00

0.25 0.25 0.25 0.15 0.15

9.40 0.25 0.25 5.40 3.50

10.20 0.25 0.25 5.20 3.50

0.25 0.25 0.25 2.70 1.60

0.25 0.25 0.25 2.10 1.00

2.60 2.30 0.90 3.20 1.80

4.10 2.60 1.70 3.40 1.90

3.20 2.50 0.90 4.50 2.70

5.50 5.00 1.30 5.20 3.70

3.20 2.20 1.20 5.00 2.90

3.20 1.80 0.60 2.60 1.60

2.20 2.40 1.40 3.30 1.80

3.60 3.40 2.60 2.80 1.90

3.50 2.80 1.30 4.00 2.10

H-52
Table H.3. Sediment polycyclic aromatic hydrocarbon data for Cruise 2B.

Cruise Sample Station

2 CSA0123.D GB602-FF5-B02

2 CSA0118.D GB602-FF6-B01

2 CSA0124.D GB602-FF6-B02

2 CSA0101.D GB602-NF-B01

2 CSA0102.D GB602-NF-B02

2 CSA0103.D GB602-NF-B03

2 CSA0104.D GB602-NF-B04

2 CSA0105.D GB602-NF-B05

2 CSA0106.D GB602-NF-B06

2 CSA0107.D GB602-NF-B07

2 CSA0108.D GB602-NF-B08

2 CSA0109.D GB602-NF-B09

2 CSA0110.D GB602-NF-B10

2 CSA0111.D GB602-NF-B11

2 CSA0112.D GB602-NF-B12

2 CSA0086.D GB602-NF-DS-1(0-2cm)

2 CSA0087.D GB602-NF-DS-1(2-4cm)

2 CSA0088.D GB602-NF-DS-1(4-6cm)

2 CSA0089.D GB602-NF-DS-1(6-8cm)

2 CSA0090.D GB602-NF-DS-1(8-10cm)

2 CSA0093.D GB602-NF-DS-2 (4-6cm)

2 CSA0091.D GB602-NF-DS-2(0-2cm)

2 CSA0092.D GB602-NF-DS-2(2-4cm)

2 CSA0094.D GB602-NF-DS-2(6-8cm)

2 CSA0095.D GB602-NF-DS-2(8-10cm)

2 CSA0096.D GB602-NF-DS-3(0-2cm)

2 CSA0097.D GB602-NF-DS-3(2-4cm)

2 CSA0098.D GB602-NF-DS-3(4-6cm)

2 CSA0099.D GB602-NF-DS-3(6-8cm)

2 CSA0100.D GB602-NF-DS-3(8-10cm)

2 CSA0125.D MC292-DS-1(0-2cm)

2 CSA0126.D MC292-DS-1(2-4cm)

2 CSA0127.D MC292-DS-1(4-6cm)

2 CSA0128.D MC292-DS-1(6-8 cm)

2 CSA0129.D MC292-DS-1(8-10cm)

2 CSA0130.D MC292-DS-2(0-2cm)

2 CSA0131.D MC292-DS-2(2-4cm)

2 CSA0132.D MC292-DS-2(4-6cm)

2 CSA0133.D MC292-DS-2(6-8cm)

2 CSA0134.D MC292-DS-2(8-10cm)

2 CSA0135.D MC292-DS-3(0-2cm)

2 CSA0136.D MC292-DS-3(2-4cm)

2 CSA0137.D MC292-DS-3(4-6cm)

2 CSA0138.D MC292-DS-3(6-8cm)

2 CSA0139.D MC292-DS-3(8-10cm)

2 CSA0152.D MC292-FF1-B01

2 CSA0158.D MC292-FF1-B02

2 CSA0153.D MC292-FF2-B01

C2-Chrysen C3-Chrysen C4-Chrysen Benzo(b)fl Benzo(k)fl

4.00 5.60 1.60 4.40 2.90

4.60 3.60 1.90 4.00 2.10

3.30 3.00 1.80 3.50 2.00

0.25 0.25 0.25 2.80 1.10

12.00 2.50 0.25 9.20 2.60

0.25 0.25 0.25 8.80 2.80

0.25 0.25 0.25 5.30 1.30

0.25 0.25 0.25 4.70 1.40

0.25 0.25 0.25 6.80 2.50

0.25 0.25 0.25 5.20 1.80

0.25 0.25 0.25 5.90 3.10

0.25 0.25 0.25 1.40 0.70

13.50 0.25 0.25 7.50 4.60

8.20 0.25 0.25 4.10 2.80

7.20 0.25 0.25 6.40 4.10

0.25 0.25 0.25 8.00 4.90

0.25 0.25 0.25 3.70 0.70

0.25 0.25 0.25 3.60 1.20

0.25 0.25 0.25 1.90 0.80

3.10 0.25 0.25 4.20 1.80

0.25 0.25 0.25 3.50 1.30

0.25 0.25 0.25 4.30 2.20

0.25 0.25 0.25 5.60 1.70

3.40 1.20 0.25 3.20 1.10

2.60 1.90 0.50 2.10 0.80

6.40 2.90 2.10 12.50 7.70

5.70 0.25 0.25 11.70 5.40

2.10 0.25 0.25 2.70 0.90

3.10 1.70 0.25 2.20 0.80

3.10 1.50 0.70 3.30 1.20

6.30 4.10 2.30 5.70 3.80

11.80 9.50 3.30 9.90 6.60

6.00 1.60 2.50 9.10 7.50

5.60 2.10 3.20 8.20 7.20

5.10 3.00 3.10 7.20 5.50

12.10 4.30 3.60 14.40 13.10

9.00 2.80 2.90 8.90 6.60

4.30 2.60 2.30 6.00 4.70

2.50 1.70 2.10 4.20 2.90

2.40 2.20 1.20 3.00 2.00

10.10 3.80 3.10 8.60 7.50

8.70 3.20 3.40 9.80 7.50

5.00 2.40 1.80 7.80 6.50

2.50 1.40 1.60 4.30 3.50

1.90 1.80 1.40 3.00 1.30

8.90 3.00 7.00 17.80 10.00

11.60 6.00 5.10 43.70 14.40

12.10 6.60 6.80 23.40 12.90

H-53
Table H.3. Sediment polycyclic aromatic hydrocarbon data for Cruise 2B.

Cruise Sample Station

2 CSA0159.D MC292-FF2-B02

2 CSA0154.D MC292-FF3-B01

2 CSA0160.D MC292-FF3-B02

2 CSA0155.D MC292-FF4-B01

2 CSA0161.D MC292-FF4-B02

2 CSA0156.D MC292-FF5-B01

2 CSA0162.D MC292-FF5-B02

2 CSA0157.D MC292-FF6-B01

2 CSA0163.D MC292-FF6-B02

2 CSA0140.D MC292-NF-B01

2 CSA0141.D MC292-NF-B02

2 CSA0142.D MC292-NF-B03

2 CSA0143.D MC292-NF-B04

2 CSA0144.D MC292-NF-B05

2 CSA0145.D MC292-NF-B06

2 CSA0146.D MC292-NF-B07

2 CSA0147.D MC292-NF-B08

2 CSA0148.D MC292-NF-B09

2 CSA0149.D MC292-NF-B10

2 CSA0150.D MC292-NF-B11

2 CSA0151.D MC292-NF-B12

C2-Chrysen C3-Chrysen C4-Chrysen Benzo(b)fl Benzo(k)fl

8.40 2.50 6.80 21.20 7.80

8.30 4.30 5.10 13.40 8.80

6.60 6.90 2.40 13.30 4.20

8.10 5.80 3.20 15.50 9.20

8.60 5.10 4.20 14.70 4.80

6.20 2.50 3.80 12.20 6.20

8.00 2.00 4.30 14.30 5.10

3.90 2.30 2.40 11.20 3.90

4.10 1.30 2.10 11.30 3.50

10.50 0.25 0.25 7.60 3.30

5.30 2.80 2.20 7.40 3.50

4.80 2.00 3.30 8.20 8.50

7.20 4.20 0.25 6.50 2.40

9.10 4.20 5.70 36.00 21.20

3.50 2.00 3.70 7.10 3.20

5.70 2.20 4.20 9.30 6.00

9.50 4.80 2.20 12.70 7.60

5.80 3.00 3.80 8.10 4.50

7.80 4.30 4.60 9.00 5.80

6.60 2.60 3.90 13.20 7.90

9.70 7.30 5.40 9.60 6.20

H-54
Table H.3. Sediment polycyclic aromatic hydrocarbon data for Cruise 2B.

Cruise Sample Station

2 CSA0074.D GB516-FF1-B01

2 CSA0080.D GB516-FF1-B02

2 CSA0075.D GB516-FF2-B01

2 CSA0081.D GB516-FF2-B02

2 CSA0076.D GB516-FF3-B01

2 CSA0082.D GB516-FF3-B02

2 CSA0077.D GB516-FF4-B01

2 CSA0083.D GB516-FF4-B02

2 CSA0078.D GB516-FF5-B01

2 CSA0084.D GB516-FF5-B02

2 CSA0079.D GB516-FF6-B01

2 CSA0085.D GB516-FF6-B02

2 CSA0062.D GB516-NF-B01

2 CSA0063.D GB516-NF-B02

2 CSA0064.D GB516-NF-B03

2 CSA0065.D GB516-NF-B04

2 CSA0066.D GB516-NF-B05

2 CSA0067.D GB516-NF-B06

2 CSA0068.D GB516-NF-B07

2 CSA0069.D GB516-NF-B08

2 CSA0070.D GB516-NF-B09

2 CSA0071.D GB516-NF-B10

2 CSA0072.D GB516-NF-B11

2 CSA0073.D GB516-NF-B12

2 CSA0047.D GB516-NF-DS-1 (0-2cm)

2 CSA0048.D GB516-NF-DS-1 (2-4cm)

2 CSA0049.D GB516-NF-DS-1 (4-6cm)

2 CSA0050.D GB516-NF-DS-1 (6-8cm)

2 CSA0051.D GB516-NF-DS-1 (8-10cm)

2 CSA0053.D GB516-NF-DS-2 (2-4cm)

2 CSA0054.D GB516-NF-DS-2 (4-6cm)

2 CSA0055.D GB516-NF-DS-2 (6-8cm)

2 CSA0056.D GB516-NF-DS-2 (8-10cm)

2 CSA0052.D GB516-NF-DS-2(0-2cm)

2 CSA0057.D GB516-NF-DS-3 (0-2cm)

2 CSA0058.D GB516-NF-DS-3 (2-4cm)

2 CSA0059.D GB516-NF-DS-3 (4-6cm)

2 CSA0060.D GB516-NF-DS-3 (6-8cm)

2 CSA0061.D GB516-NF-DS-3 (8-10cm)

2 CSA0113.D GB602-FF1-B01

2 CSA0119.D GB602-FF1-B02

2 CSA0114.D GB602-FF2-B01

2 CSA0120.D GB602-FF2-B02

2 CSA0115.D GB602-FF3-B01

2 CSA0121.D GB602-FF3-B02

2 CSA0116.D GB602-FF4-B01

2 CSA0122.D GB602-FF4-B02

2 CSA0117.D GB602-FF5-B01

Benzo(e)py Benzo(a)py Perylene Indeno(1,2 Dibenzo(a,

4.00 3.50 10.80 5.80 1.20

4.70 4.00 18.70 7.00 1.00

3.00 1.90 25.90 5.40 0.90

5.20 3.10 19.50 7.00 1.20

5.10 2.90 24.70 6.50 1.20

3.50 2.40 11.60 4.60 0.80

3.80 3.50 10.50 4.70 1.00

4.90 4.40 12.30 5.70 1.10

4.10 3.70 13.20 5.40 1.00

4.30 3.60 19.90 6.20 1.00

4.50 3.00 26.70 6.50 1.00

5.20 3.40 34.20 6.40 1.20

8.30 3.20 53.20 4.40 0.10

6.50 4.00 85.20 5.10 0.10

9.00 6.90 52.10 1.80 0.10

3.90 2.10 13.30 5.60 1.00

6.70 4.20 56.60 6.60 1.20

0.10 0.10 71.20 0.15 0.10

8.40 5.30 23.30 7.30 0.10

5.00 3.00 84.60 7.00 1.50

12.20 4.50 76.40 3.80 0.10

3.30 2.40 17.80 5.00 0.80

3.60 2.20 15.40 5.30 0.80

3.10 2.30 16.20 5.20 0.90

0.10 0.10 26.20 0.15 0.10

0.10 0.10 19.10 0.15 0.10

0.10 0.10 56.70 0.15 0.10

7.70 3.80 93.70 5.30 1.50

7.50 3.30 63.70 6.80 1.30

0.90 0.90 0.65 1.10 0.75

0.80 0.85 0.60 1.00 0.70

0.80 0.80 0.60 1.00 0.70

0.10 0.10 0.10 0.15 0.10

0.90 0.90 0.65 1.10 0.75

0.10 0.10 0.10 0.15 0.10

5.00 2.60 12.00 6.30 1.30

3.90 2.90 16.50 6.40 0.90

2.70 1.20 14.80 2.70 0.50

1.30 0.50 11.00 1.80 0.40

1.80 1.20 24.90 4.10 0.60

2.20 1.20 25.70 4.10 0.70

2.80 2.20 11.00 4.40 0.60

4.50 3.00 12.60 5.70 0.80

2.90 2.40 11.80 4.70 0.70

1.60 1.00 11.00 3.00 0.50

1.80 1.30 15.20 4.00 0.60

2.20 1.00 16.90 3.60 0.50

2.40 1.80 10.30 4.30 0.80

H-55
Table H.3. Sediment polycyclic aromatic hydrocarbon data for Cruise 2B.

Cruise Sample Station

2 CSA0123.D GB602-FF5-B02

2 CSA0118.D GB602-FF6-B01

2 CSA0124.D GB602-FF6-B02

2 CSA0101.D GB602-NF-B01

2 CSA0102.D GB602-NF-B02

2 CSA0103.D GB602-NF-B03

2 CSA0104.D GB602-NF-B04

2 CSA0105.D GB602-NF-B05

2 CSA0106.D GB602-NF-B06

2 CSA0107.D GB602-NF-B07

2 CSA0108.D GB602-NF-B08

2 CSA0109.D GB602-NF-B09

2 CSA0110.D GB602-NF-B10

2 CSA0111.D GB602-NF-B11

2 CSA0112.D GB602-NF-B12

2 CSA0086.D GB602-NF-DS-1(0-2cm)

2 CSA0087.D GB602-NF-DS-1(2-4cm)

2 CSA0088.D GB602-NF-DS-1(4-6cm)

2 CSA0089.D GB602-NF-DS-1(6-8cm)

2 CSA0090.D GB602-NF-DS-1(8-10cm)

2 CSA0093.D GB602-NF-DS-2 (4-6cm)

2 CSA0091.D GB602-NF-DS-2(0-2cm)

2 CSA0092.D GB602-NF-DS-2(2-4cm)

2 CSA0094.D GB602-NF-DS-2(6-8cm)

2 CSA0095.D GB602-NF-DS-2(8-10cm)

2 CSA0096.D GB602-NF-DS-3(0-2cm)

2 CSA0097.D GB602-NF-DS-3(2-4cm)

2 CSA0098.D GB602-NF-DS-3(4-6cm)

2 CSA0099.D GB602-NF-DS-3(6-8cm)

2 CSA0100.D GB602-NF-DS-3(8-10cm)

2 CSA0125.D MC292-DS-1(0-2cm)

2 CSA0126.D MC292-DS-1(2-4cm)

2 CSA0127.D MC292-DS-1(4-6cm)

2 CSA0128.D MC292-DS-1(6-8 cm)

2 CSA0129.D MC292-DS-1(8-10cm)

2 CSA0130.D MC292-DS-2(0-2cm)

2 CSA0131.D MC292-DS-2(2-4cm)

2 CSA0132.D MC292-DS-2(4-6cm)

2 CSA0133.D MC292-DS-2(6-8cm)

2 CSA0134.D MC292-DS-2(8-10cm)

2 CSA0135.D MC292-DS-3(0-2cm)

2 CSA0136.D MC292-DS-3(2-4cm)

2 CSA0137.D MC292-DS-3(4-6cm)

2 CSA0138.D MC292-DS-3(6-8cm)

2 CSA0139.D MC292-DS-3(8-10cm)

2 CSA0152.D MC292-FF1-B01

2 CSA0158.D MC292-FF1-B02

2 CSA0153.D MC292-FF2-B01

Benzo(e)py Benzo(a)py Perylene Indeno(1,2 Dibenzo(a,

3.30 2.90 13.00 5.70 0.70

2.70 1.80 18.60 4.80 0.90

2.40 1.60 18.80 4.40 0.70

1.90 0.30 6.70 1.90 0.10

8.60 2.80 87.10 7.20 5.70

19.00 8.10 35.40 4.50 0.10

3.80 1.40 75.40 3.50 0.10

12.90 6.50 9.10 4.10 0.10

16.70 7.10 97.20 3.90 0.10

5.60 1.60 69.60 3.30 1.50

13.10 2.20 135.00 3.00 0.10

4.40 0.70 41.70 1.80 0.10

8.70 3.20 23.90 6.30 2.20

3.90 2.50 33.10 4.30 2.40

5.70 3.00 15.10 7.40 3.80

40.90 12.70 121.00 4.70 2.50

25.90 8.30 89.70 2.40 0.10

17.50 7.80 57.30 3.20 0.10

7.60 1.60 20.90 1.70 0.10

2.20 0.90 15.00 2.80 0.10

4.00 1.20 54.20 2.70 0.90

19.90 7.30 130.00 3.50 0.10

14.60 4.20 115.00 3.40 0.10

2.00 0.90 17.90 3.00 0.70

1.00 0.40 37.30 1.30 0.30

8.80 2.40 23.90 10.60 0.10

7.50 2.20 18.00 8.40 3.10

1.40 0.60 27.30 2.10 0.30

1.30 0.50 38.30 2.30 0.30

1.60 0.90 26.80 2.60 0.20

5.30 2.50 76.50 6.20 1.10

8.60 3.90 99.70 10.90 1.90

7.60 6.00 45.20 10.60 1.80

6.80 5.40 26.90 10.50 1.60

6.00 4.60 26.90 9.20 1.40

12.10 12.90 154.00 13.50 4.00

7.50 5.60 74.80 9.40 1.80

4.60 3.60 36.70 6.70 1.10

3.00 2.10 26.50 4.40 0.90

1.80 1.20 19.10 2.80 0.50

10.40 5.10 113.00 10.00 3.40

9.50 5.90 91.70 10.40 1.90

6.40 5.20 33.90 10.00 1.70

3.20 2.30 23.70 5.50 0.70

2.10 1.50 26.50 3.60 0.50

13.20 10.10 61.80 20.70 3.60

26.20 26.10 60.20 26.00 4.40

16.80 13.20 82.70 22.30 4.20

H-56
Table H.3. Sediment polycyclic aromatic hydrocarbon data for Cruise 2B.

Cruise Sample Station

2 CSA0159.D MC292-FF2-B02

2 CSA0154.D MC292-FF3-B01

2 CSA0160.D MC292-FF3-B02

2 CSA0155.D MC292-FF4-B01

2 CSA0161.D MC292-FF4-B02

2 CSA0156.D MC292-FF5-B01

2 CSA0162.D MC292-FF5-B02

2 CSA0157.D MC292-FF6-B01

2 CSA0163.D MC292-FF6-B02

2 CSA0140.D MC292-NF-B01

2 CSA0141.D MC292-NF-B02

2 CSA0142.D MC292-NF-B03

2 CSA0143.D MC292-NF-B04

2 CSA0144.D MC292-NF-B05

2 CSA0145.D MC292-NF-B06

2 CSA0146.D MC292-NF-B07

2 CSA0147.D MC292-NF-B08

2 CSA0148.D MC292-NF-B09

2 CSA0149.D MC292-NF-B10

2 CSA0150.D MC292-NF-B11

2 CSA0151.D MC292-NF-B12

Benzo(e)py Benzo(a)py Perylene Indeno(1,2 Dibenzo(a,

14.40 11.70 68.80 14.40 2.90

10.10 7.60 34.00 16.40 2.70

8.50 6.40 34.60 9.40 1.50

11.60 7.90 52.40 17.00 3.00

9.80 6.30 59.90 10.90 1.70

8.40 6.70 26.00 13.10 1.90

10.10 6.20 47.60 10.50 1.60

7.00 5.40 24.10 8.90 1.20

6.80 5.20 25.60 8.10 1.20

6.20 3.90 64.60 7.30 0.10

5.90 4.40 25.60 7.20 1.80

8.10 6.30 36.40 11.20 2.20

4.80 3.50 42.80 5.50 1.00

22.50 27.60 40.10 30.30 6.40

4.50 3.60 24.00 7.70 1.30

7.00 5.40 25.60 10.70 1.60

10.60 3.60 63.20 12.70 4.70

5.90 4.90 23.10 9.30 1.60

7.00 4.10 59.40 10.90 2.20

9.10 8.20 23.20 13.90 2.20

8.70 5.00 35.80 10.80 2.00

H-57
Table H.3. Sediment polycyclic aromatic hydrocarbon data for Cruise 2B.

Cruise Sample Station

2 CSA0074.D GB516-FF1-B01

2 CSA0080.D GB516-FF1-B02

2 CSA0075.D GB516-FF2-B01

2 CSA0081.D GB516-FF2-B02

2 CSA0076.D GB516-FF3-B01

2 CSA0082.D GB516-FF3-B02

2 CSA0077.D GB516-FF4-B01

2 CSA0083.D GB516-FF4-B02

2 CSA0078.D GB516-FF5-B01

2 CSA0084.D GB516-FF5-B02

2 CSA0079.D GB516-FF6-B01

2 CSA0085.D GB516-FF6-B02

2 CSA0062.D GB516-NF-B01

2 CSA0063.D GB516-NF-B02

2 CSA0064.D GB516-NF-B03

2 CSA0065.D GB516-NF-B04

2 CSA0066.D GB516-NF-B05

2 CSA0067.D GB516-NF-B06

2 CSA0068.D GB516-NF-B07

2 CSA0069.D GB516-NF-B08

2 CSA0070.D GB516-NF-B09

2 CSA0071.D GB516-NF-B10

2 CSA0072.D GB516-NF-B11

2 CSA0073.D GB516-NF-B12

2 CSA0047.D GB516-NF-DS-1 (0-2cm)

2 CSA0048.D GB516-NF-DS-1 (2-4cm)

2 CSA0049.D GB516-NF-DS-1 (4-6cm)

2 CSA0050.D GB516-NF-DS-1 (6-8cm)

2 CSA0051.D GB516-NF-DS-1 (8-10cm)

2 CSA0053.D GB516-NF-DS-2 (2-4cm)

2 CSA0054.D GB516-NF-DS-2 (4-6cm)

2 CSA0055.D GB516-NF-DS-2 (6-8cm)

2 CSA0056.D GB516-NF-DS-2 (8-10cm)

2 CSA0052.D GB516-NF-DS-2(0-2cm)

2 CSA0057.D GB516-NF-DS-3 (0-2cm)

2 CSA0058.D GB516-NF-DS-3 (2-4cm)

2 CSA0059.D GB516-NF-DS-3 (4-6cm)

2 CSA0060.D GB516-NF-DS-3 (6-8cm)

2 CSA0061.D GB516-NF-DS-3 (8-10cm)

2 CSA0113.D GB602-FF1-B01

2 CSA0119.D GB602-FF1-B02

2 CSA0114.D GB602-FF2-B01

2 CSA0120.D GB602-FF2-B02

2 CSA0115.D GB602-FF3-B01

2 CSA0121.D GB602-FF3-B02

2 CSA0116.D GB602-FF4-B01

2 CSA0122.D GB602-FF4-B02

2 CSA0117.D GB602-FF5-B01

C1-Dibenzo C2-Dibenzo C3-Dibenzo Benzo(g,h, Total PAHs D2/P2

0.20 0.20 0.20 6.10 193.10 0.50

0.20 0.20 0.20 7.20 204.60 0.38

0.20 0.20 0.20 5.00 161.60 0.40

0.20 0.20 0.20 7.20 203.40 0.50

0.20 0.20 0.20 6.90 198.50 0.37

0.20 0.20 0.20 4.80 151.60 0.30

0.20 0.20 0.20 5.10 202.50 0.52

0.20 0.20 0.20 7.10 191.50 0.40

0.20 0.20 0.20 6.20 175.10 0.49

0.20 0.20 0.20 6.60 248.50 0.42

0.20 0.20 0.20 6.70 216.70 0.49

0.20 0.20 0.20 6.90 249.80 0.49

0.20 0.20 0.20 4.60 170.50 NA

0.20 0.20 0.20 6.10 215.20 NA

0.20 0.20 0.20 3.60 404.80 NA

0.20 0.20 0.20 5.30 190.90 0.96

0.20 0.20 0.20 7.50 334.50 0.64

0.20 0.20 0.20 0.15 430.70 NA

0.20 0.20 0.20 8.20 350.90 1.01

0.20 0.20 0.20 8.10 350.60 2.00

0.20 0.20 0.20 4.00 306.20 0.90

0.20 0.20 0.20 5.10 165.20 0.44

0.20 0.20 0.20 5.30 150.90 0.69

0.20 0.20 0.20 4.90 142.10 0.42

0.20 0.20 0.20 2.40 87.40 NA

0.20 0.20 0.20 0.15 146.20 NA

0.20 0.20 0.20 2.40 122.90 NA

0.20 0.20 0.20 14.70 701.10 0.37

0.20 0.20 0.20 11.20 331.00 NA

1.50 1.50 1.50 1.20 19213.90 NA

1.40 1.40 1.40 1.15 18041.10 NA

1.35 1.35 1.35 1.10 16878.10 NA

0.20 0.20 0.20 0.15 1666.60 NA

1.50 1.50 1.50 1.20 23839.50 NA

0.20 0.20 0.20 0.15 43.00 NA

0.20 0.20 0.20 6.60 214.70 0.82

0.20 0.20 0.20 6.30 194.00 0.39

0.20 0.20 0.20 3.40 98.30 0.33

0.20 0.20 0.20 1.90 88.90 0.54

0.20 0.20 0.20 3.70 117.60 0.28

0.20 0.20 0.20 3.90 126.90 0.23

0.20 0.20 0.20 4.50 115.40 0.23

0.20 0.20 0.20 7.10 152.30 0.21

0.20 0.20 0.20 4.40 119.30 0.27

0.20 0.20 0.20 2.90 93.80 0.29

0.20 0.20 0.20 3.60 98.20 0.25

0.20 0.20 0.20 3.90 118.50 0.31

0.20 0.20 0.20 4.40 110.20 0.24

H-58
Table H.3. Sediment polycyclic aromatic hydrocarbon data for Cruise 2B.

Cruise Sample Station

2 CSA0123.D GB602-FF5-B02

2 CSA0118.D GB602-FF6-B01

2 CSA0124.D GB602-FF6-B02

2 CSA0101.D GB602-NF-B01

2 CSA0102.D GB602-NF-B02

2 CSA0103.D GB602-NF-B03

2 CSA0104.D GB602-NF-B04

2 CSA0105.D GB602-NF-B05

2 CSA0106.D GB602-NF-B06

2 CSA0107.D GB602-NF-B07

2 CSA0108.D GB602-NF-B08

2 CSA0109.D GB602-NF-B09

2 CSA0110.D GB602-NF-B10

2 CSA0111.D GB602-NF-B11

2 CSA0112.D GB602-NF-B12

2 CSA0086.D GB602-NF-DS-1(0-2cm)

2 CSA0087.D GB602-NF-DS-1(2-4cm)

2 CSA0088.D GB602-NF-DS-1(4-6cm)

2 CSA0089.D GB602-NF-DS-1(6-8cm)

2 CSA0090.D GB602-NF-DS-1(8-10cm)

2 CSA0093.D GB602-NF-DS-2 (4-6cm)

2 CSA0091.D GB602-NF-DS-2(0-2cm)

2 CSA0092.D GB602-NF-DS-2(2-4cm)

2 CSA0094.D GB602-NF-DS-2(6-8cm)

2 CSA0095.D GB602-NF-DS-2(8-10cm)

2 CSA0096.D GB602-NF-DS-3(0-2cm)

2 CSA0097.D GB602-NF-DS-3(2-4cm)

2 CSA0098.D GB602-NF-DS-3(4-6cm)

2 CSA0099.D GB602-NF-DS-3(6-8cm)

2 CSA0100.D GB602-NF-DS-3(8-10cm)

2 CSA0125.D MC292-DS-1(0-2cm)

2 CSA0126.D MC292-DS-1(2-4cm)

2 CSA0127.D MC292-DS-1(4-6cm)

2 CSA0128.D MC292-DS-1(6-8 cm)

2 CSA0129.D MC292-DS-1(8-10cm)

2 CSA0130.D MC292-DS-2(0-2cm)

2 CSA0131.D MC292-DS-2(2-4cm)

2 CSA0132.D MC292-DS-2(4-6cm)

2 CSA0133.D MC292-DS-2(6-8cm)

2 CSA0134.D MC292-DS-2(8-10cm)

2 CSA0135.D MC292-DS-3(0-2cm)

2 CSA0136.D MC292-DS-3(2-4cm)

2 CSA0137.D MC292-DS-3(4-6cm)

2 CSA0138.D MC292-DS-3(6-8cm)

2 CSA0139.D MC292-DS-3(8-10cm)

2 CSA0152.D MC292-FF1-B01

2 CSA0158.D MC292-FF1-B02

2 CSA0153.D MC292-FF2-B01

C1-Dibenzo C2-Dibenzo C3-Dibenzo Benzo(g,h, Total PAHs D2/P2

0.20 0.20 0.20 6.60 142.50 0.26

0.20 0.20 0.20 4.80 136.00 0.26

0.20 0.20 0.20 4.20 128.20 0.33

0.20 0.20 0.20 2.00 131.80 0.51

0.20 0.20 0.20 7.20 494.50 0.86

0.20 0.20 0.20 5.20 551.50 0.59

0.20 0.20 0.20 3.90 255.90 0.49

0.20 0.20 0.20 4.50 207.90 2.36

0.20 0.20 0.20 4.90 498.50 0.88

0.20 0.20 0.20 4.10 244.70 0.69

0.20 0.20 0.20 6.00 539.20 0.76

0.20 0.20 0.20 2.10 169.80 0.65

0.20 0.20 0.20 6.60 404.80 0.39

0.20 0.20 0.20 4.80 219.40 0.43

0.20 0.20 0.20 7.20 189.13 0.64

0.20 0.20 0.20 5.90 582.10 2.94

0.20 0.20 0.20 4.00 652.70 1.13

0.20 0.20 0.20 4.50 435.60 1.63

0.20 0.20 0.20 2.00 150.30 1.01

0.20 0.20 0.20 2.70 136.00 1.04

0.20 0.20 0.20 2.90 219.80 0.61

0.20 0.20 0.20 6.50 436.40 0.72

0.20 0.20 0.20 5.70 357.40 0.54

0.20 0.20 0.20 2.30 123.30 0.51

0.20 0.20 0.20 1.40 134.10 0.37

0.20 0.20 0.20 10.70 358.00 2.60

0.20 0.20 0.20 9.20 221.00 1.42

0.20 0.20 0.20 2.00 122.50 0.72

0.20 0.20 0.20 2.00 135.50 0.37

0.20 0.20 0.20 2.40 135.00 0.30

0.20 0.20 0.20 7.00 302.30 0.30

0.20 0.20 0.20 11.70 521.40 0.32

0.20 0.20 0.20 10.30 280.20 0.27

0.20 0.20 0.20 9.90 233.00 0.22

0.20 0.20 0.20 8.70 209.70 0.24

0.20 0.20 0.20 14.80 551.50 0.48

0.20 0.20 0.20 10.50 329.20 1.09

0.20 0.20 0.20 6.80 202.50 0.32

0.20 0.20 0.20 4.30 154.60 0.29

0.20 0.20 0.20 2.60 94.10 0.29

0.20 0.20 0.20 11.40 524.40 1.46

0.20 0.20 0.20 11.40 397.50 0.45

0.20 0.20 0.20 9.40 285.40 0.36

0.20 0.20 0.20 4.70 139.90 0.30

0.20 0.20 0.20 3.00 129.90 0.30

0.20 0.20 0.20 21.90 395.30 0.21

0.20 0.20 0.20 25.80 748.00 0.21

0.20 0.20 0.20 23.80 545.10 0.26

H-59
Table H.3. Sediment polycyclic aromatic hydrocarbon data for Cruise 2B.

Cruise Sample Station

2 CSA0159.D MC292-FF2-B02

2 CSA0154.D MC292-FF3-B01

2 CSA0160.D MC292-FF3-B02

2 CSA0155.D MC292-FF4-B01

2 CSA0161.D MC292-FF4-B02

2 CSA0156.D MC292-FF5-B01

2 CSA0162.D MC292-FF5-B02

2 CSA0157.D MC292-FF6-B01

2 CSA0163.D MC292-FF6-B02

2 CSA0140.D MC292-NF-B01

2 CSA0141.D MC292-NF-B02

2 CSA0142.D MC292-NF-B03

2 CSA0143.D MC292-NF-B04

2 CSA0144.D MC292-NF-B05

2 CSA0145.D MC292-NF-B06

2 CSA0146.D MC292-NF-B07

2 CSA0147.D MC292-NF-B08

2 CSA0148.D MC292-NF-B09

2 CSA0149.D MC292-NF-B10

2 CSA0150.D MC292-NF-B11

2 CSA0151.D MC292-NF-B12

C1-Dibenzo C2-Dibenzo C3-Dibenzo Benzo(g,h, Total PAHs D2/P2

0.20 0.20 0.20 16.90 452.90 0.22

0.20 0.20 0.20 15.00 305.10 0.26

0.20 0.20 0.20 10.00 279.00 0.24

0.20 0.20 0.20 16.00 338.60 0.23

0.20 0.20 0.20 11.30 328.60 0.22

0.20 0.20 0.20 13.00 249.20 0.23

1.50 1.50 1.50 10.90 332.60 0.15

0.20 0.20 0.20 9.40 210.10 0.24

0.20 0.20 0.20 8.00 218.20 0.20

0.20 0.20 0.20 8.50 562.80 0.41

0.20 0.20 0.20 6.60 199.50 0.44

0.20 0.20 0.20 11.20 296.90 0.48

0.20 0.20 0.20 7.50 256.30 0.23

0.20 0.20 0.20 24.70 742.80 0.51

0.20 0.20 0.20 7.20 174.20 0.25

0.20 0.20 0.20 11.60 246.70 0.23

0.20 0.20 0.20 12.80 452.00 0.49

0.20 0.20 0.20 8.90 221.90 0.20

0.20 0.20 0.20 11.30 309.50 0.43

0.20 0.20 0.20 13.50 271.80 0.22

0.20 0.20 0.20 10.80 268.60 0.24

H-60
Table H.3. Sediment polycyclic aromatic hydrocarbon data for Cruise 2B.

Cruise Sample Station

2 CSA0074.D GB516-FF1-B01

2 CSA0080.D GB516-FF1-B02

2 CSA0075.D GB516-FF2-B01

2 CSA0081.D GB516-FF2-B02

2 CSA0076.D GB516-FF3-B01

2 CSA0082.D GB516-FF3-B02

2 CSA0077.D GB516-FF4-B01

2 CSA0083.D GB516-FF4-B02

2 CSA0078.D GB516-FF5-B01

2 CSA0084.D GB516-FF5-B02

2 CSA0079.D GB516-FF6-B01

2 CSA0085.D GB516-FF6-B02

2 CSA0062.D GB516-NF-B01

2 CSA0063.D GB516-NF-B02

2 CSA0064.D GB516-NF-B03

2 CSA0065.D GB516-NF-B04

2 CSA0066.D GB516-NF-B05

2 CSA0067.D GB516-NF-B06

2 CSA0068.D GB516-NF-B07

2 CSA0069.D GB516-NF-B08

2 CSA0070.D GB516-NF-B09

2 CSA0071.D GB516-NF-B10

2 CSA0072.D GB516-NF-B11

2 CSA0073.D GB516-NF-B12

2 CSA0047.D GB516-NF-DS-1 (0-2cm)

2 CSA0048.D GB516-NF-DS-1 (2-4cm)

2 CSA0049.D GB516-NF-DS-1 (4-6cm)

2 CSA0050.D GB516-NF-DS-1 (6-8cm)

2 CSA0051.D GB516-NF-DS-1 (8-10cm)

2 CSA0053.D GB516-NF-DS-2 (2-4cm)

2 CSA0054.D GB516-NF-DS-2 (4-6cm)

2 CSA0055.D GB516-NF-DS-2 (6-8cm)

2 CSA0056.D GB516-NF-DS-2 (8-10cm)

2 CSA0052.D GB516-NF-DS-2(0-2cm)

2 CSA0057.D GB516-NF-DS-3 (0-2cm)

2 CSA0058.D GB516-NF-DS-3 (2-4cm)

2 CSA0059.D GB516-NF-DS-3 (4-6cm)

2 CSA0060.D GB516-NF-DS-3 (6-8cm)

2 CSA0061.D GB516-NF-DS-3 (8-10cm)

2 CSA0113.D GB602-FF1-B01

2 CSA0119.D GB602-FF1-B02

2 CSA0114.D GB602-FF2-B01

2 CSA0120.D GB602-FF2-B02

2 CSA0115.D GB602-FF3-B01

2 CSA0121.D GB602-FF3-B02

2 CSA0116.D GB602-FF4-B01

2 CSA0122.D GB602-FF4-B02

2 CSA0117.D GB602-FF5-B01

D3/P3 D2/C2 D3/C3 2-Methylna 1-Methylna 2,6-Dimeth

0.97 0.35 NA 2.50 1.60 2.00

0.76 0.32 0.84 2.80 1.60 1.90

0.50 0.41 NA 3.10 1.70 2.20

1.02 0.39 1.06 2.70 1.60 1.80

0.89 0.24 NA 2.00 1.20 1.20

0.86 0.27 2.00 1.90 1.20 1.00

1.27 0.29 1.03 2.10 1.30 1.20

0.84 0.42 NA 2.30 1.60 1.60

0.93 0.42 1.52 2.50 1.60 1.60

1.22 0.29 1.39 3.00 1.80 1.90

1.03 0.42 1.22 2.70 1.60 1.80

0.85 0.30 0.58 3.30 1.80 2.20

NA NA NA 2.90 1.60 4.80

NA NA NA 3.90 3.00 5.70

NA NA NA 7.00 2.90 47.60

1.93 1.18 NA 3.20 1.80 5.00

1.42 NA NA 6.10 3.80 6.70

NA NA NA 11.10 9.20 15.20

1.39 NA NA 0.10 0.10 0.10

3.08 NA NA 5.60 4.20 9.00

2.16 NA NA 4.90 3.20 22.10

0.80 0.37 NA 2.40 1.40 1.50

1.22 NA NA 2.40 1.50 2.00

0.79 0.40 NA 2.50 1.50 2.20

NA NA NA 11.00 3.90 10.10

NA NA NA 7.80 5.00 17.10

NA NA NA 6.80 3.60 6.30

0.33 0.69 2.63 12.70 8.60 10.60

NA NA NA 7.20 4.80 8.30

NA NA NA 103.00 234.00 2740.00

NA NA NA 63.90 160.00 2100.00

NA NA NA 73.70 113.00 2190.00

NA NA NA 26.60 38.60 603.00

NA NA NA 99.70 225.00 2740.00

NA NA NA 3.90 3.60 15.80

0.75 0.67 NA 3.30 2.10 7.70

0.80 0.29 NA 4.00 2.30 6.80

0.78 NA NA 2.70 1.70 4.30

1.00 NA NA 3.50 2.10 6.30

0.58 0.62 0.91 2.80 1.40 1.60

0.45 0.34 0.88 2.40 1.30 1.50

0.39 0.41 0.60 1.80 1.10 1.20

0.51 0.24 0.42 2.30 1.30 1.50

0.46 0.44 0.77 2.00 1.20 1.30

0.73 0.44 0.89 1.90 1.10 1.40

0.37 0.59 0.58 1.90 1.10 1.10

0.50 0.42 0.50 2.30 1.30 1.70

0.44 0.34 0.57 2.20 1.30 1.50

H-61
Table H.3. Sediment polycyclic aromatic hydrocarbon data for Cruise 2B.

Cruise Sample Station

2 CSA0123.D GB602-FF5-B02

2 CSA0118.D GB602-FF6-B01

2 CSA0124.D GB602-FF6-B02

2 CSA0101.D GB602-NF-B01

2 CSA0102.D GB602-NF-B02

2 CSA0103.D GB602-NF-B03

2 CSA0104.D GB602-NF-B04

2 CSA0105.D GB602-NF-B05

2 CSA0106.D GB602-NF-B06

2 CSA0107.D GB602-NF-B07

2 CSA0108.D GB602-NF-B08

2 CSA0109.D GB602-NF-B09

2 CSA0110.D GB602-NF-B10

2 CSA0111.D GB602-NF-B11

2 CSA0112.D GB602-NF-B12

2 CSA0086.D GB602-NF-DS-1(0-2cm)

2 CSA0087.D GB602-NF-DS-1(2-4cm)

2 CSA0088.D GB602-NF-DS-1(4-6cm)

2 CSA0089.D GB602-NF-DS-1(6-8cm)

2 CSA0090.D GB602-NF-DS-1(8-10cm)

2 CSA0093.D GB602-NF-DS-2 (4-6cm)

2 CSA0091.D GB602-NF-DS-2(0-2cm)

2 CSA0092.D GB602-NF-DS-2(2-4cm)

2 CSA0094.D GB602-NF-DS-2(6-8cm)

2 CSA0095.D GB602-NF-DS-2(8-10cm)

2 CSA0096.D GB602-NF-DS-3(0-2cm)

2 CSA0097.D GB602-NF-DS-3(2-4cm)

2 CSA0098.D GB602-NF-DS-3(4-6cm)

2 CSA0099.D GB602-NF-DS-3(6-8cm)

2 CSA0100.D GB602-NF-DS-3(8-10cm)

2 CSA0125.D MC292-DS-1(0-2cm)

2 CSA0126.D MC292-DS-1(2-4cm)

2 CSA0127.D MC292-DS-1(4-6cm)

2 CSA0128.D MC292-DS-1(6-8 cm)

2 CSA0129.D MC292-DS-1(8-10cm)

2 CSA0130.D MC292-DS-2(0-2cm)

2 CSA0131.D MC292-DS-2(2-4cm)

2 CSA0132.D MC292-DS-2(4-6cm)

2 CSA0133.D MC292-DS-2(6-8cm)

2 CSA0134.D MC292-DS-2(8-10cm)

2 CSA0135.D MC292-DS-3(0-2cm)

2 CSA0136.D MC292-DS-3(2-4cm)

2 CSA0137.D MC292-DS-3(4-6cm)

2 CSA0138.D MC292-DS-3(6-8cm)

2 CSA0139.D MC292-DS-3(8-10cm)

2 CSA0152.D MC292-FF1-B01

2 CSA0158.D MC292-FF1-B02

2 CSA0153.D MC292-FF2-B01

D3/P3 D2/C2 D3/C3 2-Methylna 1-Methylna 2,6-Dimeth

0.40 0.40 0.29 2.60 1.40 1.60

0.46 0.35 0.61 3.20 1.80 2.10

0.46 0.64 0.60 2.20 1.40 1.50

1.21 NA NA 1.80 1.10 3.80

0.78 2.58 12.32 5.10 3.10 4.40

0.88 NA NA 10.10 5.10 6.80

1.03 NA NA 4.80 2.10 4.70

1.71 NA NA 1.40 1.20 3.90

1.20 NA NA 5.40 3.70 5.10

1.16 NA NA 3.90 2.20 3.60

1.72 NA NA 0.10 0.10 0.10

1.32 NA NA 3.00 2.50 0.10

0.49 1.20 NA 13.60 8.40 6.30

0.81 1.17 NA 3.10 1.60 4.70

0.76 1.36 NA 3.00 1.90 2.30

1.28 NA NA 7.40 7.00 71.60

1.88 NA NA 4.80 3.90 30.90

1.42 NA NA 3.60 2.50 12.90

1.31 NA NA 2.80 1.30 4.40

1.80 3.13 NA 2.50 1.40 2.60

0.87 NA NA 3.50 1.70 2.20

0.99 NA NA 5.20 3.70 5.30

0.81 NA NA 4.90 3.80 6.20

0.69 1.35 3.83 2.10 1.20 1.70

0.89 0.88 1.79 2.20 1.20 1.30

1.96 6.02 6.41 6.70 3.60 4.70

1.61 2.77 NA 3.80 2.20 2.40

1.32 2.43 NA 2.50 1.30 1.80

0.65 0.87 2.06 2.90 1.60 1.90

0.44 0.65 1.40 3.00 1.50 2.10

0.63 0.60 1.39 5.50 3.50 4.50

0.76 0.49 0.82 12.70 7.60 9.60

0.25 0.38 0.63 6.30 3.60 4.60

0.29 0.30 0.71 4.40 2.70 3.20

0.41 0.31 0.57 4.00 2.30 2.90

0.58 0.79 2.19 6.10 4.10 5.00

0.63 1.43 1.93 5.20 2.80 3.60

0.33 0.56 0.65 4.40 2.50 3.20

0.36 0.64 0.71 3.60 1.90 2.80

0.35 0.42 0.27 2.00 1.20 1.80

1.13 3.02 5.61 7.10 4.30 5.60

0.49 0.91 2.16 7.00 4.10 5.50

0.42 0.66 0.92 7.80 3.90 5.80

0.45 0.56 0.71 3.40 1.70 2.80

0.39 0.68 0.39 3.00 1.60 2.50

0.25 0.30 0.77 6.30 3.80 3.80

0.27 0.39 0.62 10.50 6.60 6.30

0.31 0.39 0.62 10.40 5.60 7.10

H-62
Table H.3. Sediment polycyclic aromatic hydrocarbon data for Cruise 2B.

Cruise Sample Station

2 CSA0159.D MC292-FF2-B02

2 CSA0154.D MC292-FF3-B01

2 CSA0160.D MC292-FF3-B02

2 CSA0155.D MC292-FF4-B01

2 CSA0161.D MC292-FF4-B02

2 CSA0156.D MC292-FF5-B01

2 CSA0162.D MC292-FF5-B02

2 CSA0157.D MC292-FF6-B01

2 CSA0163.D MC292-FF6-B02

2 CSA0140.D MC292-NF-B01

2 CSA0141.D MC292-NF-B02

2 CSA0142.D MC292-NF-B03

2 CSA0143.D MC292-NF-B04

2 CSA0144.D MC292-NF-B05

2 CSA0145.D MC292-NF-B06

2 CSA0146.D MC292-NF-B07

2 CSA0147.D MC292-NF-B08

2 CSA0148.D MC292-NF-B09

2 CSA0149.D MC292-NF-B10

2 CSA0150.D MC292-NF-B11

2 CSA0151.D MC292-NF-B12

D3/P3 D2/C2 D3/C3 2-Methylna 1-Methylna 2,6-Dimeth

0.31 0.51 1.40 7.90 4.70 5.60

0.45 0.37 0.79 5.80 3.30 3.70

0.48 0.50 0.65 4.20 2.50 2.90

0.32 0.31 0.41 6.50 3.80 3.90

0.36 0.28 0.53 5.60 3.30 3.70

0.36 0.35 0.84 5.20 3.20 3.10

0.32 0.41 1.35 5.90 3.40 3.90

0.34 0.54 0.74 4.00 2.50 2.50

0.30 0.44 1.15 4.60 2.80 3.00

0.55 1.66 NA 15.00 8.90 11.80

1.05 0.77 2.14 4.20 2.60 2.90

1.00 1.08 3.85 9.20 6.40 4.90

0.24 0.39 0.57 4.40 2.60 2.50

1.05 0.90 2.48 10.00 5.40 4.30

0.29 0.49 0.60 3.10 1.80 2.10

0.34 0.53 1.41 4.60 2.90 2.50

0.45 1.36 1.71 14.10 9.20 9.90

0.31 0.31 0.63 3.80 2.30 2.30

0.72 0.58 1.26 5.20 3.00 3.10

0.32 0.33 0.73 4.50 2.80 2.70

0.26 0.21 0.22 4.90 2.70 2.70

H-63
Table H.3. Sediment polycyclic aromatic hydrocarbon data for Cruise 2B.

Cruise Sample Station

2 CSA0074.D GB516-FF1-B01

2 CSA0080.D GB516-FF1-B02

2 CSA0075.D GB516-FF2-B01

2 CSA0081.D GB516-FF2-B02

2 CSA0076.D GB516-FF3-B01

2 CSA0082.D GB516-FF3-B02

2 CSA0077.D GB516-FF4-B01

2 CSA0083.D GB516-FF4-B02

2 CSA0078.D GB516-FF5-B01

2 CSA0084.D GB516-FF5-B02

2 CSA0079.D GB516-FF6-B01

2 CSA0085.D GB516-FF6-B02

2 CSA0062.D GB516-NF-B01

2 CSA0063.D GB516-NF-B02

2 CSA0064.D GB516-NF-B03

2 CSA0065.D GB516-NF-B04

2 CSA0066.D GB516-NF-B05

2 CSA0067.D GB516-NF-B06

2 CSA0068.D GB516-NF-B07

2 CSA0069.D GB516-NF-B08

2 CSA0070.D GB516-NF-B09

2 CSA0071.D GB516-NF-B10

2 CSA0072.D GB516-NF-B11

2 CSA0073.D GB516-NF-B12

2 CSA0047.D GB516-NF-DS-1 (0-2cm)

2 CSA0048.D GB516-NF-DS-1 (2-4cm)

2 CSA0049.D GB516-NF-DS-1 (4-6cm)

2 CSA0050.D GB516-NF-DS-1 (6-8cm)

2 CSA0051.D GB516-NF-DS-1 (8-10cm)

2 CSA0053.D GB516-NF-DS-2 (2-4cm)

2 CSA0054.D GB516-NF-DS-2 (4-6cm)

2 CSA0055.D GB516-NF-DS-2 (6-8cm)

2 CSA0056.D GB516-NF-DS-2 (8-10cm)

2 CSA0052.D GB516-NF-DS-2(0-2cm)

2 CSA0057.D GB516-NF-DS-3 (0-2cm)

2 CSA0058.D GB516-NF-DS-3 (2-4cm)

2 CSA0059.D GB516-NF-DS-3 (4-6cm)

2 CSA0060.D GB516-NF-DS-3 (6-8cm)

2 CSA0061.D GB516-NF-DS-3 (8-10cm)

2 CSA0113.D GB602-FF1-B01

2 CSA0119.D GB602-FF1-B02

2 CSA0114.D GB602-FF2-B01

2 CSA0120.D GB602-FF2-B02

2 CSA0115.D GB602-FF3-B01

2 CSA0121.D GB602-FF3-B02

2 CSA0116.D GB602-FF4-B01

2 CSA0122.D GB602-FF4-B02

2 CSA0117.D GB602-FF5-B01

1,6,7-Trim 1-Methylph 17a, 21b ( Surrogate Naphthalen

0.80 1.30 383.00 Su Recovery (%) 81.00

0.70 1.40 483.00 Su Recovery (%) 82.00

0.70 1.10 309.00 Su Recovery (%) 85.00

0.70 1.30 358.00 Su Recovery (%) 84.00

0.90 0.80 751.00 Su Recovery (%) 66.00

1.00 0.90 689.00 Su Recovery (%) 67.00

0.60 1.00 306.00 Su Recovery (%) 83.00

0.70 1.30 310.00 Su Recovery (%) 87.00

0.70 1.40 331.00 Su Recovery (%) 87.00

0.80 1.30 553.00 Su Recovery (%) 84.00

0.70 1.20 380.00 Su Recovery (%) 90.00

0.80 1.30 441.00 Su Recovery (%) 92.00

0.10 1.60 343.00 Su Recovery (%) 86.00

0.10 2.10 359.00 Su Recovery (%) 82.00

30.10 2.70 639.00 Su Recovery (%) 72.00

1.90 1.60 406.00 Su Recovery (%) 79.00

5.00 3.20 461.00 Su Recovery (%) 62.00

77.80 0.10 2860.00 Su Recovery (%) 68.00

0.10 3.60 661.00 Su Recovery (%) 53.00

2.20 2.50 521.00 Su Recovery (%) 84.00

9.80 2.40 527.00 Su Recovery (%) 87.00

0.70 1.10 413.00 Su Recovery (%) 90.00

1.00 1.40 428.00 Su Recovery (%) 81.00

0.90 1.20 337.00 Su Recovery (%) 79.00

0.10 8.80 1360.00 Su Recovery (%) 85.00

66.30 6.10 5300.00 Su Recovery (%) 76.00

0.10 0.10 749.00 Su Recovery (%) 87.00

2.50 7.10 616.00 Su Recovery (%) 85.00

4.10 4.70 677.00 Su Recovery (%) 88.00

314.00 21.90 <7.3 Su Recovery (%) 89.00

279.00 25.40 <6.8 Su Recovery (%) 95.00

272.00 0.55 <6.6 Su Recovery (%) 98.00

93.10 6.40 523.00 Su Recovery (%) 65.00

381.00 29.00 <7.2 Su Recovery (%) 91.00

52.90 0.10 0.50 Su Recovery (%) 69.00

1.40 1.00 517.00 Su Recovery (%) 81.00

1.00 1.30 577.00 Su Recovery (%) 78.00

0.60 0.80 216.00 Su Recovery (%) 87.00

0.90 1.00 207.00 Su Recovery (%) 80.00

0.60 1.00 237.00 Su Recovery (%) 82.00

0.60 0.90 235.00 Su Recovery (%) 81.00

0.50 0.90 311.00 Su Recovery (%) 86.00

0.60 1.00 276.00 Su Recovery (%) 81.00

0.50 0.80 253.00 Su Recovery (%) 82.00

0.60 0.80 211.00 Su Recovery (%) 81.00

0.50 0.80 385.00 Su Recovery (%) 87.00

0.60 0.90 798.00 Su Recovery (%) 84.00

0.60 1.00 234.00 Su Recovery (%) 88.00

H-64
Table H.3. Sediment polycyclic aromatic hydrocarbon data for Cruise 2B.

Cruise Sample Station

2 CSA0123.D GB602-FF5-B02

2 CSA0118.D GB602-FF6-B01

2 CSA0124.D GB602-FF6-B02

2 CSA0101.D GB602-NF-B01

2 CSA0102.D GB602-NF-B02

2 CSA0103.D GB602-NF-B03

2 CSA0104.D GB602-NF-B04

2 CSA0105.D GB602-NF-B05

2 CSA0106.D GB602-NF-B06

2 CSA0107.D GB602-NF-B07

2 CSA0108.D GB602-NF-B08

2 CSA0109.D GB602-NF-B09

2 CSA0110.D GB602-NF-B10

2 CSA0111.D GB602-NF-B11

2 CSA0112.D GB602-NF-B12

2 CSA0086.D GB602-NF-DS-1(0-2cm)

2 CSA0087.D GB602-NF-DS-1(2-4cm)

2 CSA0088.D GB602-NF-DS-1(4-6cm)

2 CSA0089.D GB602-NF-DS-1(6-8cm)

2 CSA0090.D GB602-NF-DS-1(8-10cm)

2 CSA0093.D GB602-NF-DS-2 (4-6cm)

2 CSA0091.D GB602-NF-DS-2(0-2cm)

2 CSA0092.D GB602-NF-DS-2(2-4cm)

2 CSA0094.D GB602-NF-DS-2(6-8cm)

2 CSA0095.D GB602-NF-DS-2(8-10cm)

2 CSA0096.D GB602-NF-DS-3(0-2cm)

2 CSA0097.D GB602-NF-DS-3(2-4cm)

2 CSA0098.D GB602-NF-DS-3(4-6cm)

2 CSA0099.D GB602-NF-DS-3(6-8cm)

2 CSA0100.D GB602-NF-DS-3(8-10cm)

2 CSA0125.D MC292-DS-1(0-2cm)

2 CSA0126.D MC292-DS-1(2-4cm)

2 CSA0127.D MC292-DS-1(4-6cm)

2 CSA0128.D MC292-DS-1(6-8 cm)

2 CSA0129.D MC292-DS-1(8-10cm)

2 CSA0130.D MC292-DS-2(0-2cm)

2 CSA0131.D MC292-DS-2(2-4cm)

2 CSA0132.D MC292-DS-2(4-6cm)

2 CSA0133.D MC292-DS-2(6-8cm)

2 CSA0134.D MC292-DS-2(8-10cm)

2 CSA0135.D MC292-DS-3(0-2cm)

2 CSA0136.D MC292-DS-3(2-4cm)

2 CSA0137.D MC292-DS-3(4-6cm)

2 CSA0138.D MC292-DS-3(6-8cm)

2 CSA0139.D MC292-DS-3(8-10cm)

2 CSA0152.D MC292-FF1-B01

2 CSA0158.D MC292-FF1-B02

2 CSA0153.D MC292-FF2-B01

1,6,7-Trim 1-Methylph 17a, 21b ( Surrogate Naphthalen

0.60 1.00 451.00 Su Recovery (%) 89.00

0.60 0.90 293.00 Su Recovery (%) 80.00

0.60 0.90 311.00 Su Recovery (%) 90.00

1.30 1.00 165.00 Su Recovery (%) 90.00

1.60 4.10 927.00 Su Recovery (%) 74.00

0.10 8.20 1400.00 Su Recovery (%) 108.00

0.10 2.80 478.00 Su Recovery (%) 98.00

1.00 1.20 218.00 Su Recovery (%) 109.00

2.50 5.60 1730.00 Su Recovery (%) 102.00

0.10 2.50 416.00 Su Recovery (%) 106.00

0.10 6.70 717.00 Su Recovery (%) 101.00

0.10 1.90 290.00 Su Recovery (%) 97.00

3.20 4.80 2620.00 Su Recovery (%) 94.00

0.10 2.80 922.00 Su Recovery (%) 96.00

1.20 1.90 533.00 Su Recovery (%) 105.00

28.80 6.10 567.00 Su Recovery (%) 77.00

13.00 4.90 455.00 Su Recovery (%) 93.00

4.00 2.20 388.00 Su Recovery (%) 92.00

1.10 1.30 184.00 Su Recovery (%) 104.00

1.00 1.30 132.00 Su Recovery (%) 103.00

0.10 2.40 1170.00 Su Recovery (%) 97.00

0.10 5.10 1000.00 Su Recovery (%) 111.00

0.10 5.00 1390.00 Su Recovery (%) 100.00

0.70 1.10 430.00 Su Recovery (%) 88.00

0.90 1.20 94.10 Su Recovery (%) 94.00

0.10 2.80 451.00 Su Recovery (%) 101.00

1.70 1.30 252.00 Su Recovery (%) 99.00

0.40 1.20 148.00 Su Recovery (%) 81.00

1.20 1.20 132.00 Su Recovery (%) 88.00

0.50 1.10 130.00 Su Recovery (%) 82.00

1.50 1.80 291.00 Su Recovery (%) 48.00

2.10 2.80 398.00 Su Recovery (%) 53.00

1.20 1.40 351.00 Su Recovery (%) 82.00

1.00 1.30 355.00 Su Recovery (%) 85.00

0.60 1.10 321.00 Su Recovery (%) 81.00

1.40 3.40 452.00 Su Recovery (%) 104.00

1.50 2.00 356.00 Su Recovery (%) 88.00

1.00 1.30 303.00 Su Recovery (%) 85.00

0.60 1.00 217.00 Su Recovery (%) 87.00

0.60 0.50 129.00 Su Recovery (%) 85.00

2.20 2.60 527.00 Su Recovery (%) 93.00

1.60 3.90 411.00 Su Recovery (%) 84.00

0.60 1.80 360.00 Su Recovery (%) 84.00

0.90 0.90 141.00 Su Recovery (%) 77.00

0.90 1.00 104.00 Su Recovery (%) 93.00

1.90 2.50 410.00 Su Recovery (%) 95.00

2.10 4.60 456.00 Su Recovery (%) 87.00

2.90 3.70 646.00 Su Recovery (%) 102.00

H-65
Table H.3. Sediment polycyclic aromatic hydrocarbon data for Cruise 2B.

Cruise Sample Station

2 CSA0159.D MC292-FF2-B02

2 CSA0154.D MC292-FF3-B01

2 CSA0160.D MC292-FF3-B02

2 CSA0155.D MC292-FF4-B01

2 CSA0161.D MC292-FF4-B02

2 CSA0156.D MC292-FF5-B01

2 CSA0162.D MC292-FF5-B02

2 CSA0157.D MC292-FF6-B01

2 CSA0163.D MC292-FF6-B02

2 CSA0140.D MC292-NF-B01

2 CSA0141.D MC292-NF-B02

2 CSA0142.D MC292-NF-B03

2 CSA0143.D MC292-NF-B04

2 CSA0144.D MC292-NF-B05

2 CSA0145.D MC292-NF-B06

2 CSA0146.D MC292-NF-B07

2 CSA0147.D MC292-NF-B08

2 CSA0148.D MC292-NF-B09

2 CSA0149.D MC292-NF-B10

2 CSA0150.D MC292-NF-B11

2 CSA0151.D MC292-NF-B12

1,6,7-Trim 1-Methylph 17a, 21b ( Surrogate Naphthalen

1.80 4.10 874.00 Su Recovery (%) 91.00

1.10 2.30 425.00 Su Recovery (%) 96.00

1.10 2.10 316.00 Su Recovery (%) 95.00

1.30 2.20 423.00 Su Recovery (%) 90.00

1.20 2.20 308.00 Su Recovery (%) 90.00

1.00 2.00 335.00 Su Recovery (%) 91.00

0.60 2.90 410.00 Su Recovery (%) 99.00

0.90 1.70 278.00 Su Recovery (%) 87.00

1.00 1.90 236.00 Su Recovery (%) 89.00

3.60 7.50 447.00 Su Recovery (%) 105.00

1.40 1.70 792.00 Su Recovery (%) 106.00

1.30 2.40 476.00 Su Recovery (%) 91.00

0.80 1.70 560.00 Su Recovery (%) 102.00

0.40 2.90 791.00 Su Recovery (%) 111.00

1.10 1.40 255.00 Su Recovery (%) 97.00

1.00 1.60 376.00 Su Recovery (%) 99.00

2.30 4.80 419.00 Su Recovery (%) 91.00

0.80 1.00 278.00 Su Recovery (%) 96.00

0.70 2.00 642.00 Su Recovery (%) 102.00

1.00 1.20 317.00 Su Recovery (%) 96.00

0.90 1.20 383.00 Su Recovery (%) 99.00

H-66
Table H.3. Sediment polycyclic aromatic hydrocarbon data for Cruise 2B.

Cruise Sample Station

2 CSA0074.D GB516-FF1-B01

2 CSA0080.D GB516-FF1-B02

2 CSA0075.D GB516-FF2-B01

2 CSA0081.D GB516-FF2-B02

2 CSA0076.D GB516-FF3-B01

2 CSA0082.D GB516-FF3-B02

2 CSA0077.D GB516-FF4-B01

2 CSA0083.D GB516-FF4-B02

2 CSA0078.D GB516-FF5-B01

2 CSA0084.D GB516-FF5-B02

2 CSA0079.D GB516-FF6-B01

2 CSA0085.D GB516-FF6-B02

2 CSA0062.D GB516-NF-B01

2 CSA0063.D GB516-NF-B02

2 CSA0064.D GB516-NF-B03

2 CSA0065.D GB516-NF-B04

2 CSA0066.D GB516-NF-B05

2 CSA0067.D GB516-NF-B06

2 CSA0068.D GB516-NF-B07

2 CSA0069.D GB516-NF-B08

2 CSA0070.D GB516-NF-B09

2 CSA0071.D GB516-NF-B10

2 CSA0072.D GB516-NF-B11

2 CSA0073.D GB516-NF-B12

2 CSA0047.D GB516-NF-DS-1 (0-2cm)

2 CSA0048.D GB516-NF-DS-1 (2-4cm)

2 CSA0049.D GB516-NF-DS-1 (4-6cm)

2 CSA0050.D GB516-NF-DS-1 (6-8cm)

2 CSA0051.D GB516-NF-DS-1 (8-10cm)

2 CSA0053.D GB516-NF-DS-2 (2-4cm)

2 CSA0054.D GB516-NF-DS-2 (4-6cm)

2 CSA0055.D GB516-NF-DS-2 (6-8cm)

2 CSA0056.D GB516-NF-DS-2 (8-10cm)

2 CSA0052.D GB516-NF-DS-2(0-2cm)

2 CSA0057.D GB516-NF-DS-3 (0-2cm)

2 CSA0058.D GB516-NF-DS-3 (2-4cm)

2 CSA0059.D GB516-NF-DS-3 (4-6cm)

2 CSA0060.D GB516-NF-DS-3 (6-8cm)

2 CSA0061.D GB516-NF-DS-3 (8-10cm)

2 CSA0113.D GB602-FF1-B01

2 CSA0119.D GB602-FF1-B02

2 CSA0114.D GB602-FF2-B01

2 CSA0120.D GB602-FF2-B02

2 CSA0115.D GB602-FF3-B01

2 CSA0121.D GB602-FF3-B02

2 CSA0116.D GB602-FF4-B01

2 CSA0122.D GB602-FF4-B02

2 CSA0117.D GB602-FF5-B01

Acenaphthe Phenanthre Chrysene-D Perylene-D

93.00 70.00 75.00 81.00

88.00 72.00 78.00 50.00

95.00 72.00 76.00 35.00

85.00 73.00 72.00 39.00

76.00 73.00 81.00 41.00

80.00 71.00 84.00 69.00

93.00 71.00 74.00 80.00

75.00 70.00 72.00 74.00

95.00 76.00 78.00 74.00

83.00 74.00 82.00 48.00

97.00 73.00 79.00 37.00

99.00 81.00 87.00 29.00

94.00 94.00 87.00 104.00

93.00 94.00 85.00 103.00

85.00 80.00 85.00 100.00

89.00 71.00 84.00 87.00

68.00 68.00 87.00 88.00

95.00 73.00 92.00 108.00

62.00 83.00 87.00 96.00

109.00 83.00 104.00 88.00

93.00 79.00 89.00 96.00

94.00 78.00 83.00 49.00

89.00 73.00 83.00 58.00

87.00 81.00 83.00 60.00

100.00 94.00 91.00 103.00

96.00 87.00 96.00 109.00

96.00 92.00 93.00 107.00

96.00 73.00 84.00 107.00

98.00 77.00 86.00 110.00

96.00 103.00 100.00 100.00

98.00 106.00 100.00 103.00

100.00 107.00 90.00 91.00

100.00 80.00 100.00 104.00

100.00 108.00 96.00 101.00

98.00 95.00 96.00 105.00

96.00 72.00 80.00 102.00

95.00 67.00 82.00 77.00

101.00 80.00 77.00 57.00

97.00 69.00 79.00 84.00

89.00 80.00 92.00 25.00

89.00 85.00 95.00 26.00

89.00 80.00 98.00 58.00

91.00 86.00 86.00 50.00

90.00 88.00 94.00 57.00

91.00 81.00 96.00 50.00

93.00 83.00 93.00 42.00

93.00 86.00 94.00 33.00

96.00 90.00 92.00 66.00

H-67
Table H.3. Sediment polycyclic aromatic hydrocarbon data for Cruise 2B.

Cruise Sample Station

2 CSA0123.D GB602-FF5-B02

2 CSA0118.D GB602-FF6-B01

2 CSA0124.D GB602-FF6-B02

2 CSA0101.D GB602-NF-B01

2 CSA0102.D GB602-NF-B02

2 CSA0103.D GB602-NF-B03

2 CSA0104.D GB602-NF-B04

2 CSA0105.D GB602-NF-B05

2 CSA0106.D GB602-NF-B06

2 CSA0107.D GB602-NF-B07

2 CSA0108.D GB602-NF-B08

2 CSA0109.D GB602-NF-B09

2 CSA0110.D GB602-NF-B10

2 CSA0111.D GB602-NF-B11

2 CSA0112.D GB602-NF-B12

2 CSA0086.D GB602-NF-DS-1(0-2cm)

2 CSA0087.D GB602-NF-DS-1(2-4cm)

2 CSA0088.D GB602-NF-DS-1(4-6cm)

2 CSA0089.D GB602-NF-DS-1(6-8cm)

2 CSA0090.D GB602-NF-DS-1(8-10cm)

2 CSA0093.D GB602-NF-DS-2 (4-6cm)

2 CSA0091.D GB602-NF-DS-2(0-2cm)

2 CSA0092.D GB602-NF-DS-2(2-4cm)

2 CSA0094.D GB602-NF-DS-2(6-8cm)

2 CSA0095.D GB602-NF-DS-2(8-10cm)

2 CSA0096.D GB602-NF-DS-3(0-2cm)

2 CSA0097.D GB602-NF-DS-3(2-4cm)

2 CSA0098.D GB602-NF-DS-3(4-6cm)

2 CSA0099.D GB602-NF-DS-3(6-8cm)

2 CSA0100.D GB602-NF-DS-3(8-10cm)

2 CSA0125.D MC292-DS-1(0-2cm)

2 CSA0126.D MC292-DS-1(2-4cm)

2 CSA0127.D MC292-DS-1(4-6cm)

2 CSA0128.D MC292-DS-1(6-8 cm)

2 CSA0129.D MC292-DS-1(8-10cm)

2 CSA0130.D MC292-DS-2(0-2cm)

2 CSA0131.D MC292-DS-2(2-4cm)

2 CSA0132.D MC292-DS-2(4-6cm)

2 CSA0133.D MC292-DS-2(6-8cm)

2 CSA0134.D MC292-DS-2(8-10cm)

2 CSA0135.D MC292-DS-3(0-2cm)

2 CSA0136.D MC292-DS-3(2-4cm)

2 CSA0137.D MC292-DS-3(4-6cm)

2 CSA0138.D MC292-DS-3(6-8cm)

2 CSA0139.D MC292-DS-3(8-10cm)

2 CSA0152.D MC292-FF1-B01

2 CSA0158.D MC292-FF1-B02

2 CSA0153.D MC292-FF2-B01

Acenaphthe Phenanthre Chrysene-D Perylene-D

97.00 84.00 98.00 51.00

92.00 88.00 93.00 38.00

92.00 77.00 90.00 40.00

100.00 112.00 113.00 105.00

72.00 70.00 73.00 89.00

96.00 100.00 97.00 106.00

99.00 109.00 107.00 101.00

112.00 113.00 90.00 100.00

96.00 107.00 106.00 104.00

100.00 108.00 94.00 105.00

95.00 85.00 102.00 101.00

100.00 84.00 98.00 98.00

97.00 90.00 107.00 102.00

95.00 102.00 116.00 102.00

99.00 85.00 90.00 105.00

88.00 78.00 86.00 103.00

102.00 75.00 92.00 101.00

97.00 80.00 86.00 105.00

106.00 93.00 113.00 101.00

100.00 91.00 109.00 99.00

99.00 113.00 113.00 104.00

110.00 96.00 116.00 103.00

101.00 108.00 112.00 103.00

89.00 60.00 63.00 68.00

101.00 109.00 101.00 21.00

99.00 114.00 114.00 79.00

86.00 97.00 99.00 78.00

90.00 88.00 93.00 27.00

93.00 83.00 89.00 16.00

92.00 97.00 92.00 25.00

55.00 70.00 85.00 27.00

53.00 76.00 77.00 24.00

99.00 79.00 75.00 50.00

99.00 84.00 84.00 83.00

99.00 75.00 77.00 76.00

97.00 82.00 80.00 77.00

97.00 86.00 74.00 72.00

99.00 81.00 80.00 78.00

91.00 73.00 79.00 79.00

86.00 80.00 75.00 76.00

87.00 67.00 86.00 78.00

90.00 93.00 85.00 65.00

92.00 83.00 85.00 77.00

93.00 92.00 93.00 89.00

88.00 100.00 97.00 92.00

88.00 84.00 85.00 69.00

84.00 93.00 99.00 78.00

99.00 77.00 88.00 91.00

H-68
Table H.3. Sediment polycyclic aromatic hydrocarbon data for Cruise 2B.

Cruise Sample Station

2 CSA0159.D MC292-FF2-B02

2 CSA0154.D MC292-FF3-B01

2 CSA0160.D MC292-FF3-B02

2 CSA0155.D MC292-FF4-B01

2 CSA0161.D MC292-FF4-B02

2 CSA0156.D MC292-FF5-B01

2 CSA0162.D MC292-FF5-B02

2 CSA0157.D MC292-FF6-B01

2 CSA0163.D MC292-FF6-B02

2 CSA0140.D MC292-NF-B01

2 CSA0141.D MC292-NF-B02

2 CSA0142.D MC292-NF-B03

2 CSA0143.D MC292-NF-B04

2 CSA0144.D MC292-NF-B05

2 CSA0145.D MC292-NF-B06

2 CSA0146.D MC292-NF-B07

2 CSA0147.D MC292-NF-B08

2 CSA0148.D MC292-NF-B09

2 CSA0149.D MC292-NF-B10

2 CSA0150.D MC292-NF-B11

2 CSA0151.D MC292-NF-B12

Acenaphthe Phenanthre Chrysene-D Perylene-D

85.00 94.00 88.00 83.00

94.00 80.00 81.00 82.00

91.00 89.00 85.00 78.00

86.00 83.00 82.00 46.00

80.00 97.00 87.00 34.00

86.00 77.00 76.00 70.00

92.00 99.00 91.00 39.00

83.00 89.00 86.00 73.00

90.00 105.00 99.00 80.00

101.00 86.00 92.00 89.00

89.00 78.00 97.00 74.00

94.00 80.00 90.00 67.00

90.00 76.00 113.00 62.00

99.00 101.00 95.00 82.00

91.00 80.00 85.00 79.00

90.00 82.00 82.00 69.00

84.00 80.00 93.00 63.00

89.00 85.00 95.00 88.00

91.00 99.00 102.00 31.00

86.00 86.00 86.00 86.00

95.00 83.00 80.00 49.00

H-69
Table H.4. Sediment total petroleum hydrocarbon data for Cruise 2B.

Cruise Sample Name Station

Collection 

Date

Received 

Date

Extraction 

Date

Extraction 

Batch Date Acquired

2 CSA0047 GB516-NF-DS-1 (0-2cm) 07/13/01 08/17/01 09/21/01 ENV453 11/24/01

2 CSA0048 GB516-NF-DS-1 (2-4cm) 07/13/01 08/17/01 09/21/01 ENV453 11/24/01

2 CSA0049 GB516-NF-DS-1 (4-6cm) 07/13/01 08/17/01 09/21/01 ENV453 11/25/01

2 CSA0050 GB516-NF-DS-1 (6-8cm) 07/13/01 08/17/01 09/21/01 ENV453 11/25/01

2 CSA0051 GB516-NF-DS-1 (8-10cm) 07/13/01 08/17/01 09/21/01 ENV453 11/25/01

2 CSA0052 GB516-NF-DS-2 (2-4cm) 07/13/01 08/17/01 12/11/02 ENV501 01/04/02

2 CSA0053 GB516-NF-DS-2 (4-6cm) 07/13/01 08/17/01 12/11/02 ENV501 01/07/02

2 CSA0054 GB516-NF-DS-2 (6-8cm) 07/13/01 08/17/01 12/11/02 ENV501 01/04/02

2 CSA0055 GB516-NF-DS-2 (8-10cm) 07/13/01 08/17/01 12/11/02 ENV501 01/04/02

2 CSA0056 GB516-NF-DS-2 (0-2cm) 07/13/01 08/17/01 09/21/01 ENV453 11/25/01

2 CSA0057 GB516-NF-DS-3 (0-2cm) 07/13/01 08/17/01 09/21/01 ENV453 11/25/01

2 CSA0058 GB516-NF-DS-3 (2-4cm) 07/13/01 08/17/01 09/21/01 ENV453 10/07/01

2 CSA0059 GB516-NF-DS-3 (4-6cm) 07/13/01 08/17/01 09/21/01 ENV453 10/07/01

2 CSA0060 GB516-NF-DS-3 (6-8cm) 07/13/01 08/17/01 09/21/01 ENV453 10/07/01

2 CSA0061 GB516-NF-DS-3 (8-10cm) 07/13/01 08/17/01 09/21/01 ENV453 10/07/01

2 CSA0062 GB516-NF-B01 07/13/01 08/17/01 09/21/01 ENV453 11/25/01

2 CSA0063 GB516-NF-B02 07/13/01 08/17/01 09/21/01 ENV453 11/25/01

2 CSA0064 GB516-NF-B03 07/13/01 08/17/01 09/21/01 ENV453 11/25/01

2 CSA0065 GB516-NF-B04 07/13/01 08/17/01 09/21/01 ENV453 10/07/01

2 CSA0066 GB516-NF-B05 07/13/01 08/17/01 09/21/01 ENV453 10/07/01

2 CSA0067 GB516-NF-B06 07/13/01 08/17/01 09/21/01 ENV453 11/25/01

2 CSA0068 GB516-NF-B07 07/13/01 08/17/01 09/21/01 ENV453 11/25/01

2 CSA0069 GB516-NF-B08 07/13/01 08/17/01 09/21/01 ENV453 10/07/01

2 CSA0070 GB516-NF-B09 07/13/01 08/17/01 09/25/01 ENV454 11/25/01

2 CSA0071 GB516-NF-B10 07/13/01 08/17/01 09/25/01 ENV454 10/08/01

2 CSA0072 GB516-NF-B11 07/13/01 08/17/01 09/25/01 ENV454 10/08/01

2 CSA0073 GB516-NF-B12 07/13/01 08/17/01 09/25/01 ENV454 10/08/01

2 CSA0074 GB516-FF1-B01 07/14/01 08/17/01 09/25/01 ENV454 10/08/01

2 CSA0075 GB516-FF2-B01 07/12/01 08/17/01 09/25/01 ENV454 10/08/01

2 CSA0076 GB516-FF3-B01 07/12/01 08/17/01 09/25/01 ENV454 10/08/01

2 CSA0077 GB516-FF4-B01 07/12/01 08/17/01 09/25/01 ENV454 10/08/01

2 CSA0078 GB516-FF5-B01 07/12/01 08/17/01 09/25/01 ENV454 10/08/01

2 CSA0079 GB516-FF6-B01 07/12/01 08/17/01 09/25/01 ENV454 10/08/01

2 CSA0080 GB516-FF1-B02 07/14/01 08/17/01 09/25/01 ENV454 10/08/01

2 CSA0081 GB516-FF2-B02 07/12/01 08/17/01 09/25/01 ENV454 10/08/01

2 CSA0082 GB516-FF3-B02 07/12/01 08/17/01 09/25/01 ENV454 10/08/01

2 CSA0083 GB516-FF4-B02 07/12/01 08/17/01 09/25/01 ENV454 10/08/01

2 CSA0084 GB516-FF5-B02 07/12/01 08/17/01 09/25/01 ENV454 10/08/01

2 CSA0085 GB516-FF6-B02 07/12/01 08/17/01 09/25/01 ENV454 10/08/01

2 CSA0086 GB602-NF-DS-1(0-2cm) 07/19/01 08/17/01 09/25/01 ENV454 11/25/01

2 CSA0087 GB602-NF-DS-1(2-4cm) 07/19/01 08/17/01 09/25/01 ENV454 11/25/01

2 CSA0088 GB602-NF-DS-1(4-6cm) 07/19/01 08/17/01 09/25/01 ENV454 11/25/01

2 CSA0089 GB602-NF-DS-1(6-8cm) 07/19/01 08/17/01 10/04/01 ENV460 12/10/01

2 CSA0090 GB602-NF-DS-1(8-10cm) 07/19/01 08/17/01 10/04/01 ENV460 10/19/01

2 CSA0091 GB602-NF-DS-2 (4-6cm) 07/19/01 08/17/01 10/04/01 ENV460 12/10/01

2 CSA0092 GB602-NF-DS-2(0-2cm) 07/19/01 08/17/01 10/04/01 ENV460 12/10/01

2 CSA0093 GB602-NF-DS-2(2-4cm) 07/19/01 08/17/01 10/04/01 ENV460 12/10/01

H-70
Table H.4. Sediment total petroleum hydrocarbon data for Cruise 2B.

Cruise Sample Name Station

Collection 

Date

Received 

Date

Extraction 

Date

Extraction 

Batch Date Acquired

2 CSA0094 GB602-NF-DS-2(6-8cm) 07/19/01 08/17/01 10/04/01 ENV460 10/20/01

2 CSA0095 GB602-NF-DS-2(8-10cm) 07/19/01 08/17/01 10/04/01 ENV460 10/20/01

2 CSA0096 GB602-NF-DS-3(0-2cm) 07/19/01 08/17/01 10/04/01 ENV460 12/10/01

2 CSA0097 GB602-NF-DS-3(2-4cm) 07/19/01 08/17/01 10/04/01 ENV460 10/20/01

2 CSA0098 GB602-NF-DS-3(4-6cm) 07/19/01 08/17/01 10/04/01 ENV460 10/20/01

2 CSA0099 GB602-NF-DS-3(6-8cm) 07/19/01 08/17/01 10/04/01 ENV460 10/20/01

2 CSA0100 GB602-NF-DS-3(8-10cm) 07/19/01 08/17/01 10/04/01 ENV460 10/20/01

2 CSA0101 GB602-NF-B01 07/14/01 08/17/01 10/04/01 ENV460 12/10/01

2 CSA0102 GB602-NF-B02 07/15/01 08/17/01 10/04/01 ENV460 10/20/01

2 CSA0103 GB602-NF-B03 07/15/01 08/17/01 12/11/02 ENV501 01/09/02

2 CSA0104 GB602-NF-B04 07/19/01 08/17/01 10/04/01 ENV460 12/10/01

2 CSA0105 GB602-NF-B05 07/14/01 08/17/01 10/04/01 ENV460 12/11/01

2 CSA0106 GB602-NF-B06 07/15/01 08/17/01 10/04/01 ENV460 12/11/01

2 CSA0107 GB602-NF-B07 07/15/01 08/17/01 10/04/01 ENV460 12/11/01

2 CSA0108 GB602-NF-B08 07/19/01 08/17/01 10/05/01 ENV461 11/24/01

2 CSA0109 GB602-NF-B09 07/14/01 08/17/01 10/05/01 ENV461 11/24/01

2 CSA0110 GB602-NF-B10 07/15/01 08/17/01 10/05/01 ENV461 11/24/01

2 CSA0111 GB602-NF-B11 07/19/01 08/17/01 10/05/01 ENV461 11/24/01

2 CSA0112 GB602-NF-B12 07/19/01 08/17/01 10/05/01 ENV461 11/24/01

2 CSA0113 GB602-FF1-B01 07/19/01 08/17/01 10/05/01 ENV461 10/31/01

2 CSA0114 GB602-FF2-B01 07/20/01 08/17/01 10/05/01 ENV461 10/31/01

2 CSA0115 GB602-FF3-B01 07/19/01 08/17/01 10/05/01 ENV461 10/31/01

2 CSA0116 GB602-FF4-B01 07/15/01 08/17/01 10/05/01 ENV461 10/31/01

2 CSA0117 GB602-FF5-B01 07/15/01 08/17/01 10/05/01 ENV461 10/31/01

2 CSA0118 GB602-FF6-B01 07/20/01 08/17/01 10/05/01 ENV461 10/31/01

2 CSA0119 GB602-FF1-B02 07/19/01 08/17/01 10/05/01 ENV461 10/31/01

2 CSA0120 GB602-FF2-B02 07/20/01 08/17/01 10/05/01 ENV461 10/31/01

2 CSA0121 GB602-FF3-B02 07/19/01 08/17/01 10/05/01 ENV461 10/31/01

2 CSA0122 GB602-FF4-B02 07/15/01 08/17/01 10/05/01 ENV461 10/31/01

2 CSA0123 GB602-FF5-B02 07/15/01 08/17/01 10/05/01 ENV461 10/31/01

2 CSA0124 GB602-FF6-B02 07/20/01 08/17/01 10/05/01 ENV461 10/31/01

2 CSA0125 MC292-DS-1(0-2cm) 07/24/01 08/17/01 10/05/01 ENV461 10/31/01

2 CSA0126 MC292-DS-1(2-4cm) 07/24/01 08/17/01 10/05/01 ENV461 10/31/01

2 CSA0127 MC292-DS-1(4-6cm) 07/24/01 08/17/01 10/15/01 ENV462 11/04/01

2 CSA0128 MC292-DS-1(6-8 cm) 07/24/01 08/17/01 10/15/01 ENV462 11/04/01

2 CSA0129 MC292-DS-1(8-10cm) 07/24/01 08/17/01 10/15/01 ENV462 11/04/01

2 CSA0130 MC292-DS-2(0-2cm) 07/24/01 08/17/01 10/15/01 ENV462 12/11/01

2 CSA0131 MC292-DS-2(2-4cm) 07/24/01 08/17/01 10/15/01 ENV462 11/04/01

2 CSA0132 MC292-DS-2(4-6cm) 07/24/01 08/17/01 10/15/01 ENV462 11/05/01

2 CSA0133 MC292-DS-2(6-8cm) 07/24/01 08/17/01 10/15/01 ENV462 11/05/01

2 CSA0134 MC292-DS-2(8-10cm) 07/24/01 08/17/01 10/15/01 ENV462 11/05/01

2 CSA0135 MC292-DS-3(0-2cm) 07/24/01 08/17/01 10/15/01 ENV462 12/11/01

2 CSA0136 MC292-DS-3(2-4cm) 07/24/01 08/17/01 10/15/01 ENV462 11/05/01

2 CSA0137 MC292-DS-3(4-6cm) 07/24/01 08/17/01 10/15/01 ENV462 11/05/01

2 CSA0138 MC292-DS-3(6-8cm) 07/24/01 08/17/01 10/15/01 ENV462 11/05/01

2 CSA0139 MC292-DS-3(8-10cm) 07/24/01 08/17/01 10/15/01 ENV462 11/05/01

2 CSA0140 MC292-NF-B01 07/23/01 08/17/01 10/15/01 ENV462 12/11/01

H-71
Table H.4. Sediment total petroleum hydrocarbon data for Cruise 2B.

Cruise Sample Name Station

Collection 

Date

Received 

Date

Extraction 

Date

Extraction 

Batch Date Acquired

2 CSA0141 MC292-NF-B02 07/22/01 08/17/01 10/15/01 ENV462 12/11/01

2 CSA0142 MC292-NF-B03 07/23/01 08/17/01 10/15/01 ENV462 11/05/01

2 CSA0143 MC292-NF-B04 07/23/01 08/17/01 12/11/02 ENV501 01/04/02

2 CSA0144 MC292-NF-B05 07/22/01 08/17/01 10/15/01 ENV462 12/11/01

2 CSA0145 MC292-NF-B06 07/22/01 08/17/01 10/15/01 ENV462 11/05/01

2 CSA0146 MC292-NF-B07 07/23/01 08/17/01 10/23/01 ENV467 11/08/01

2 CSA0147 MC292-NF-B08 07/23/01 08/17/01 10/23/01 ENV467 12/11/01

2 CSA0148 MC292-NF-B09 07/23/01 08/17/01 10/23/01 ENV467 11/08/01

2 CSA0149 MC292-NF-B10 07/22/01 08/17/01 10/23/01 ENV467 11/08/01

2 CSA0150 MC292-NF-B11 07/23/01 08/17/01 10/23/01 ENV467 11/09/01

2 CSA0151 MC292-NF-B12 07/23/01 08/17/01 10/23/01 ENV467 11/09/01

2 CSA0152 MC292-FF1-B01 07/21/01 08/17/01 10/23/01 ENV467 11/09/01

2 CSA0153 MC292-FF2-B01 07/22/01 08/17/01 10/23/01 ENV467 11/09/01

2 CSA0154 MC292-FF3-B01 07/23/01 08/17/01 10/23/01 ENV467 11/09/01

2 CSA0155 MC292-FF4-B01 07/22/01 08/17/01 10/23/01 ENV467 11/09/01

2 CSA0156 MC292-FF5-B01 07/22/01 08/17/01 10/23/01 ENV467 11/09/01

2 CSA0157 MC292-FF6-B01 07/24/01 08/17/01 12/11/02 ENV501 01/04/02

2 CSA0158 MC292-FF1-B02 07/13/01 08/17/01 12/11/02 ENV501 01/04/02

2 CSA0159 MC292-FF2-B02 07/22/01 08/17/01 12/11/02 ENV501 01/04/02

2 CSA0160 MC292-FF3-B02 07/23/01 08/17/01 12/11/02 ENV501 01/04/02

2 CSA0161 MC292-FF4-B02 07/22/01 08/17/01 12/11/02 ENV501 01/04/02

2 CSA0162 MC292-FF5-B02 07/22/01 08/17/01 12/11/02 ENV501 01/04/02

2 CSA0163 MC292-FF6-B02 07/24/01 08/17/01 12/11/02 ENV501 01/04/02

H-72
Table H.4. Sediment total petroleum hydrocarbon data for Cruise 2B.

Cruise Sample Name Station

2 CSA0047 GB516-NF-DS-1 (0-2cm)

2 CSA0048 GB516-NF-DS-1 (2-4cm)

2 CSA0049 GB516-NF-DS-1 (4-6cm)

2 CSA0050 GB516-NF-DS-1 (6-8cm)

2 CSA0051 GB516-NF-DS-1 (8-10cm)

2 CSA0052 GB516-NF-DS-2 (2-4cm)

2 CSA0053 GB516-NF-DS-2 (4-6cm)

2 CSA0054 GB516-NF-DS-2 (6-8cm)

2 CSA0055 GB516-NF-DS-2 (8-10cm)

2 CSA0056 GB516-NF-DS-2 (0-2cm)

2 CSA0057 GB516-NF-DS-3 (0-2cm)

2 CSA0058 GB516-NF-DS-3 (2-4cm)

2 CSA0059 GB516-NF-DS-3 (4-6cm)

2 CSA0060 GB516-NF-DS-3 (6-8cm)

2 CSA0061 GB516-NF-DS-3 (8-10cm)

2 CSA0062 GB516-NF-B01

2 CSA0063 GB516-NF-B02

2 CSA0064 GB516-NF-B03

2 CSA0065 GB516-NF-B04

2 CSA0066 GB516-NF-B05

2 CSA0067 GB516-NF-B06

2 CSA0068 GB516-NF-B07

2 CSA0069 GB516-NF-B08

2 CSA0070 GB516-NF-B09

2 CSA0071 GB516-NF-B10

2 CSA0072 GB516-NF-B11

2 CSA0073 GB516-NF-B12

2 CSA0074 GB516-FF1-B01

2 CSA0075 GB516-FF2-B01

2 CSA0076 GB516-FF3-B01

2 CSA0077 GB516-FF4-B01

2 CSA0078 GB516-FF5-B01

2 CSA0079 GB516-FF6-B01

2 CSA0080 GB516-FF1-B02

2 CSA0081 GB516-FF2-B02

2 CSA0082 GB516-FF3-B02

2 CSA0083 GB516-FF4-B02

2 CSA0084 GB516-FF5-B02

2 CSA0085 GB516-FF6-B02

2 CSA0086 GB602-NF-DS-1(0-2cm)

2 CSA0087 GB602-NF-DS-1(2-4cm)

2 CSA0088 GB602-NF-DS-1(4-6cm)

2 CSA0089 GB602-NF-DS-1(6-8cm)

2 CSA0090 GB602-NF-DS-1(8-10cm)

2 CSA0091 GB602-NF-DS-2 (4-6cm)

2 CSA0092 GB602-NF-DS-2(0-2cm)

2 CSA0093 GB602-NF-DS-2(2-4cm)

Method Dry Wt (g) % Moisture % Dry Dilution

ALI_COMP.M 15.0 61 39 50x

ALI_COMP.M 15.0 56 44 100x

ALI_COMP.M 15.1 55 45 10x

ALI_COMP.M 15.1 55 45 10x

ALI_COMP.M 15.1 61 39 10x

ALI_COMP.M 2.1 69 31 200x

ALI_COMP.M 2.1 66 34 50x

ALI_COMP.M 2.2 60 40 200x

ALI_COMP.M 2.3 57.1 42.9 200x

ALI_COMP.M 15.0 36 64 100x

ALI_COMP.M 15.0 57 43 10x

ALI_COMP.M 15.1 60 40 NA

ALI_COMP.M 15.1 59 41 NA

ALI_COMP.M 15.2 58 42 NA

ALI_COMP.M 15.1 58 42 NA

ALI_COMP.M 15.1 61 39 10x

ALI_COMP.M 15.0 62 39 10x

ALI_COMP.M 15.2 52 48 25x

ALI_COMP.M 15.0 70 30 NA

ALI_COMP.M 15.2 59 41 NA

ALI_COMP.M 15.0 52 48 100x

ALI_COMP.M 15.2 67 33 50x

ALI_COMP.M 15.1 64 36 NA

ALI_COMP.M 15.2 60 40 100x

ALI_COMP.M 15.2 67 33 NA

ALI_COMP.M 15.2 66 34 NA

ALI_COMP.M 15.4 65 35 NA

ALI_COMP.M 15.2 71 29 NA

ALI_COMP.M 15.3 65 35 NA

ALI_COMP.M 15.5 67 33 NA

ALI_COMP.M 15.2 66 34 NA

ALI_COMP.M 15.2 70 30 NA

ALI_COMP.M 15.0 66 34 NA

ALI_COMP.M 15.0 65 35 NA

ALI_COMP.M 15.2 64 36 NA

ALI_COMP.M 15.2 66 34 NA

ALI_COMP.M 15.5 69 31 NA

ALI_COMP.M 15.3 73 27 NA

ALI_COMP.M 15.2 69 31 NA

ALI_COMP.M 15.3 50 50 100x

ALI_COMP.M 15.5 56 44 100x

ALI_COMP.M 15.7 61 39 10x

ALI_COMP.M 15.0 60 40 10x

ALI_COMP.M 15.2 60 40 NA

ALI_COMP.M 15.1 57 43 20x

ALI_COMP.M 15.1 57 43 20x

ALI_COMP.M 15.2 61 39 10x

H-73
Table H.4. Sediment total petroleum hydrocarbon data for Cruise 2B.

Cruise Sample Name Station

2 CSA0094 GB602-NF-DS-2(6-8cm)

2 CSA0095 GB602-NF-DS-2(8-10cm)

2 CSA0096 GB602-NF-DS-3(0-2cm)

2 CSA0097 GB602-NF-DS-3(2-4cm)

2 CSA0098 GB602-NF-DS-3(4-6cm)

2 CSA0099 GB602-NF-DS-3(6-8cm)

2 CSA0100 GB602-NF-DS-3(8-10cm)

2 CSA0101 GB602-NF-B01

2 CSA0102 GB602-NF-B02

2 CSA0103 GB602-NF-B03

2 CSA0104 GB602-NF-B04

2 CSA0105 GB602-NF-B05

2 CSA0106 GB602-NF-B06

2 CSA0107 GB602-NF-B07

2 CSA0108 GB602-NF-B08

2 CSA0109 GB602-NF-B09

2 CSA0110 GB602-NF-B10

2 CSA0111 GB602-NF-B11

2 CSA0112 GB602-NF-B12

2 CSA0113 GB602-FF1-B01

2 CSA0114 GB602-FF2-B01

2 CSA0115 GB602-FF3-B01

2 CSA0116 GB602-FF4-B01

2 CSA0117 GB602-FF5-B01

2 CSA0118 GB602-FF6-B01

2 CSA0119 GB602-FF1-B02

2 CSA0120 GB602-FF2-B02

2 CSA0121 GB602-FF3-B02

2 CSA0122 GB602-FF4-B02

2 CSA0123 GB602-FF5-B02

2 CSA0124 GB602-FF6-B02

2 CSA0125 MC292-DS-1(0-2cm)

2 CSA0126 MC292-DS-1(2-4cm)

2 CSA0127 MC292-DS-1(4-6cm)

2 CSA0128 MC292-DS-1(6-8 cm)

2 CSA0129 MC292-DS-1(8-10cm)

2 CSA0130 MC292-DS-2(0-2cm)

2 CSA0131 MC292-DS-2(2-4cm)

2 CSA0132 MC292-DS-2(4-6cm)

2 CSA0133 MC292-DS-2(6-8cm)

2 CSA0134 MC292-DS-2(8-10cm)

2 CSA0135 MC292-DS-3(0-2cm)

2 CSA0136 MC292-DS-3(2-4cm)

2 CSA0137 MC292-DS-3(4-6cm)

2 CSA0138 MC292-DS-3(6-8cm)

2 CSA0139 MC292-DS-3(8-10cm)

2 CSA0140 MC292-NF-B01

Method Dry Wt (g) % Moisture % Dry Dilution

ALI_COMP.M 15.2 63 37 NA

ALI_COMP.M 15.2 63 37 NA

ALI_COMP.M 15.1 66 34 10x

ALI_COMP.M 15.1 65 35 NA

ALI_COMP.M 15.1 64 36 NA

ALI_COMP.M 15.3 62 38 NA

ALI_COMP.M 15.0 62 38 NA

ALI_COMP.M 15.0 63 37 10x

ALI_COMP.M 15.2 59 41 NA

ALI_COMP.M 15.1 55 45 50x

ALI_COMP.M 15.1 63 37 10x

ALI_COMP.M 15.0 66 34 50x

ALI_COMP.M 15.3 74 26 20x

ALI_COMP.M 15.1 58 42 10x

ALI_COMP.M 15.2 54 46 25x

ALI_COMP.M 15.3 66 34 10x

ALI_COMP.M 15.2 61 39 10x

ALI_COMP.M 15.2 66 34 10x

ALI_COMP.M 15.1 65 35 10x

ALI_COMP.M 15.1 63 37 NA

ALI_COMP.M 15.3 64 36 NA

ALI_COMP.M 16.0 64 36 NA

ALI_COMP.M 15.1 68 32 NA

ALI_COMP.M 15.0 64 36 NA

ALI_COMP.M 15.1 66 34 NA

ALI_COMP.M 15.2 66 34 NA

ALI_COMP.M 15.1 64 36 NA

ALI_COMP.M 15.2 64 36 NA

ALI_COMP.M 15.2 65 35 NA

ALI_COMP.M 15.1 63 37 NA

ALI_COMP.M 15.2 65 35 NA

ALI_COMP.M 15.3 65 35 NA

ALI_COMP.M 15.2 60 40 NA

ALI_COMP.M 15.2 67 33 NA

ALI_COMP.M 15.1 62 38 NA

ALI_COMP.M 15.1 63 37 NA

ALI_COMP.M 15.1 63 37 10x

ALI_COMP.M 15.2 63 37 NA

ALI_COMP.M 15.4 63 37 NA

ALI_COMP.M 15.2 61 39 NA

ALI_COMP.M 15.1 63 37 NA

ALI_COMP.M 15.4 64 36 10x

ALI_COMP.M 15.1 66 34 NA

ALI_COMP.M 15.1 55 45 NA

ALI_COMP.M 15.4 62 38 NA

ALI_COMP.M 15.2 61 39 NA

ALI_COMP.M 15.2 61 39 20x

H-74
Table H.4. Sediment total petroleum hydrocarbon data for Cruise 2B.

Cruise Sample Name Station

2 CSA0141 MC292-NF-B02

2 CSA0142 MC292-NF-B03

2 CSA0143 MC292-NF-B04

2 CSA0144 MC292-NF-B05

2 CSA0145 MC292-NF-B06

2 CSA0146 MC292-NF-B07

2 CSA0147 MC292-NF-B08

2 CSA0148 MC292-NF-B09

2 CSA0149 MC292-NF-B10

2 CSA0150 MC292-NF-B11

2 CSA0151 MC292-NF-B12

2 CSA0152 MC292-FF1-B01

2 CSA0153 MC292-FF2-B01

2 CSA0154 MC292-FF3-B01

2 CSA0155 MC292-FF4-B01

2 CSA0156 MC292-FF5-B01

2 CSA0157 MC292-FF6-B01

2 CSA0158 MC292-FF1-B02

2 CSA0159 MC292-FF2-B02

2 CSA0160 MC292-FF3-B02

2 CSA0161 MC292-FF4-B02

2 CSA0162 MC292-FF5-B02

2 CSA0163 MC292-FF6-B02

Method Dry Wt (g) % Moisture % Dry Dilution

ALI_COMP.M 15.1 64 36 10x

ALI_COMP.M 15.3 69 31 NA

ALI_COMP.M 15.1 67 33 NA

ALI_COMP.M 15.2 65 35 10x

ALI_COMP.M 15.3 63 37 NA

ALI_COMP.M 15.1 65 35 NA

ALI_COMP.M 15.1 62 38 10x

ALI_COMP.M 15.0 66 34 NA

ALI_COMP.M 15.0 68 32 NA

ALI_COMP.M 15.0 65 35 NA

ALI_COMP.M 15.0 63 37 NA

ALI_COMP.M 15.0 64 36 NA

ALI_COMP.M 15.1 59 41 NA

ALI_COMP.M 15.0 66 34 NA

ALI_COMP.M 15.0 68 32 NA

ALI_COMP.M 15.0 68 32 NA

ALI_COMP.M 15.4 70 30 NA

ALI_COMP.M 15.1 65 35 NA

ALI_COMP.M 15.0 64 36 NA

ALI_COMP.M 15.1 67 33 NA

ALI_COMP.M 15.1 70 30 NA

ALI_COMP.M 2.1 67 33 NA

ALI_COMP.M 15.1 66 34 NA

H-75
Table H.4. Sediment total petroleum hydrocarbon data for Cruise 2B.

Cruise Sample Name Station

2 CSA0047 GB516-NF-DS-1 (0-2cm)

2 CSA0048 GB516-NF-DS-1 (2-4cm)

2 CSA0049 GB516-NF-DS-1 (4-6cm)

2 CSA0050 GB516-NF-DS-1 (6-8cm)

2 CSA0051 GB516-NF-DS-1 (8-10cm)

2 CSA0052 GB516-NF-DS-2 (2-4cm)

2 CSA0053 GB516-NF-DS-2 (4-6cm)

2 CSA0054 GB516-NF-DS-2 (6-8cm)

2 CSA0055 GB516-NF-DS-2 (8-10cm)

2 CSA0056 GB516-NF-DS-2 (0-2cm)

2 CSA0057 GB516-NF-DS-3 (0-2cm)

2 CSA0058 GB516-NF-DS-3 (2-4cm)

2 CSA0059 GB516-NF-DS-3 (4-6cm)

2 CSA0060 GB516-NF-DS-3 (6-8cm)

2 CSA0061 GB516-NF-DS-3 (8-10cm)

2 CSA0062 GB516-NF-B01

2 CSA0063 GB516-NF-B02

2 CSA0064 GB516-NF-B03

2 CSA0065 GB516-NF-B04

2 CSA0066 GB516-NF-B05

2 CSA0067 GB516-NF-B06

2 CSA0068 GB516-NF-B07

2 CSA0069 GB516-NF-B08

2 CSA0070 GB516-NF-B09

2 CSA0071 GB516-NF-B10

2 CSA0072 GB516-NF-B11

2 CSA0073 GB516-NF-B12

2 CSA0074 GB516-FF1-B01

2 CSA0075 GB516-FF2-B01

2 CSA0076 GB516-FF3-B01

2 CSA0077 GB516-FF4-B01

2 CSA0078 GB516-FF5-B01

2 CSA0079 GB516-FF6-B01

2 CSA0080 GB516-FF1-B02

2 CSA0081 GB516-FF2-B02

2 CSA0082 GB516-FF3-B02

2 CSA0083 GB516-FF4-B02

2 CSA0084 GB516-FF5-B02

2 CSA0085 GB516-FF6-B02

2 CSA0086 GB602-NF-DS-1(0-2cm)

2 CSA0087 GB602-NF-DS-1(2-4cm)

2 CSA0088 GB602-NF-DS-1(4-6cm)

2 CSA0089 GB602-NF-DS-1(6-8cm)

2 CSA0090 GB602-NF-DS-1(8-10cm)

2 CSA0091 GB602-NF-DS-2 (4-6cm)

2 CSA0092 GB602-NF-DS-2(0-2cm)

2 CSA0093 GB602-NF-DS-2(2-4cm)

Target Compounds

Total Petroleum 

Hydrocarbon

Total Resolved 

Hydrocarbon

Su Corrected 5359 4946

Su Corrected 23673 21496

Su Corrected 4199 3938

Su Corrected 1184 1018

Su Corrected 1293 1148

Su Corrected 176431 167944

Su Corrected 151719 142650

Su Corrected 171210 167982

Su Corrected 140970 137343

Su Corrected 19624 17623

Su Corrected 3889 3518

Su Corrected 252 196

Su Corrected 94 62

Su Corrected 62 41

Su Corrected 74 52

Su Corrected 1418 1225

Su Corrected 1203 1048

Su Corrected 6014 5272

Su Corrected 253 200

Su Corrected 531 460

Su Corrected 30773 28977

Su Corrected 6708 5928

Su Corrected 609 435

Su Corrected 7790 6890

Su Corrected 28 4

Su Corrected 247 212

Su Corrected 90 65

Su Corrected 19 2

Su Corrected 22 6

Su Corrected 29 3

Su Corrected 17 2

Su Corrected 22 2

Su Corrected 25 4

Su Corrected 26 4

Su Corrected 31 7

Su Corrected 19 1

Su Corrected 18 1

Su Corrected 28 4

Su Corrected 27 4

Su Corrected 12729 11216

Su Corrected 10178 8977

Su Corrected 4157 3694

Su Corrected 1367 1188

Su Corrected 358 260

Su Corrected 3835 3126

Su Corrected 3040 2405

Su Corrected 941 595

H-76
Table H.4. Sediment total petroleum hydrocarbon data for Cruise 2B.

Cruise Sample Name Station

2 CSA0094 GB602-NF-DS-2(6-8cm)

2 CSA0095 GB602-NF-DS-2(8-10cm)

2 CSA0096 GB602-NF-DS-3(0-2cm)

2 CSA0097 GB602-NF-DS-3(2-4cm)

2 CSA0098 GB602-NF-DS-3(4-6cm)

2 CSA0099 GB602-NF-DS-3(6-8cm)

2 CSA0100 GB602-NF-DS-3(8-10cm)

2 CSA0101 GB602-NF-B01

2 CSA0102 GB602-NF-B02

2 CSA0103 GB602-NF-B03

2 CSA0104 GB602-NF-B04

2 CSA0105 GB602-NF-B05

2 CSA0106 GB602-NF-B06

2 CSA0107 GB602-NF-B07

2 CSA0108 GB602-NF-B08

2 CSA0109 GB602-NF-B09

2 CSA0110 GB602-NF-B10

2 CSA0111 GB602-NF-B11

2 CSA0112 GB602-NF-B12

2 CSA0113 GB602-FF1-B01

2 CSA0114 GB602-FF2-B01

2 CSA0115 GB602-FF3-B01

2 CSA0116 GB602-FF4-B01

2 CSA0117 GB602-FF5-B01

2 CSA0118 GB602-FF6-B01

2 CSA0119 GB602-FF1-B02

2 CSA0120 GB602-FF2-B02

2 CSA0121 GB602-FF3-B02

2 CSA0122 GB602-FF4-B02

2 CSA0123 GB602-FF5-B02

2 CSA0124 GB602-FF6-B02

2 CSA0125 MC292-DS-1(0-2cm)

2 CSA0126 MC292-DS-1(2-4cm)

2 CSA0127 MC292-DS-1(4-6cm)

2 CSA0128 MC292-DS-1(6-8 cm)

2 CSA0129 MC292-DS-1(8-10cm)

2 CSA0130 MC292-DS-2(0-2cm)

2 CSA0131 MC292-DS-2(2-4cm)

2 CSA0132 MC292-DS-2(4-6cm)

2 CSA0133 MC292-DS-2(6-8cm)

2 CSA0134 MC292-DS-2(8-10cm)

2 CSA0135 MC292-DS-3(0-2cm)

2 CSA0136 MC292-DS-3(2-4cm)

2 CSA0137 MC292-DS-3(4-6cm)

2 CSA0138 MC292-DS-3(6-8cm)

2 CSA0139 MC292-DS-3(8-10cm)

2 CSA0140 MC292-NF-B01

Target Compounds

Total Petroleum 

Hydrocarbon

Total Resolved 

Hydrocarbon

Su Corrected 118 46

Su Corrected 59 16

Su Corrected 1050 763

Su Corrected 623 456

Su Corrected 69 30

Su Corrected 36 7

Su Corrected 44 8

Su Corrected 500 398

Su Corrected 898 434

Su Corrected 9008 7872

Su Corrected 1961 1635

Su Corrected 4707 4203

Su Corrected 3934 2978

Su Corrected 2146 1780

Su Corrected 18434 16440

Su Corrected 1803 1595

Su Corrected 1596 1151

Su Corrected 2264 1908

Su Corrected 1079 928

Su Corrected 33 6

Su Corrected 29 2

Su Corrected 17 1

Su Corrected 37 4

Su Corrected 38 5

Su Corrected 31 7

Su Corrected 30 4

Su Corrected 24 3

Su Corrected 21 4

Su Corrected 46 6

Su Corrected 32 4

Su Corrected 27 3

Su Corrected 90 52

Su Corrected 135 78

Su Corrected 41 19

Su Corrected 29 11

Su Corrected 26 10

Su Corrected 812 630

Su Corrected 91 51

Su Corrected 35 15

Su Corrected 26 15

Su Corrected 20 9

Su Corrected 695 499

Su Corrected 157 85

Su Corrected 56 29

Su Corrected 30 16

Su Corrected 24 14

Su Corrected 2491 2178

H-77
Table H.4. Sediment total petroleum hydrocarbon data for Cruise 2B.

Cruise Sample Name Station

2 CSA0141 MC292-NF-B02

2 CSA0142 MC292-NF-B03

2 CSA0143 MC292-NF-B04

2 CSA0144 MC292-NF-B05

2 CSA0145 MC292-NF-B06

2 CSA0146 MC292-NF-B07

2 CSA0147 MC292-NF-B08

2 CSA0148 MC292-NF-B09

2 CSA0149 MC292-NF-B10

2 CSA0150 MC292-NF-B11

2 CSA0151 MC292-NF-B12

2 CSA0152 MC292-FF1-B01

2 CSA0153 MC292-FF2-B01

2 CSA0154 MC292-FF3-B01

2 CSA0155 MC292-FF4-B01

2 CSA0156 MC292-FF5-B01

2 CSA0157 MC292-FF6-B01

2 CSA0158 MC292-FF1-B02

2 CSA0159 MC292-FF2-B02

2 CSA0160 MC292-FF3-B02

2 CSA0161 MC292-FF4-B02

2 CSA0162 MC292-FF5-B02

2 CSA0163 MC292-FF6-B02

Target Compounds

Total Petroleum 

Hydrocarbon

Total Resolved 

Hydrocarbon

Su Corrected 829 663

Su Corrected 125 75

Su Corrected 21 1

Su Corrected 669 498

Su Corrected 25 7

Su Corrected 41 12

Su Corrected 1009 807

Su Corrected 36 12

Su Corrected 166 91

Su Corrected 32 8

Su Corrected 38 10

Su Corrected 33 7

Su Corrected 60 23

Su Corrected 40 9

Su Corrected 43 10

Su Corrected 31 7

Su Corrected 24 1

Su Corrected 34 1

Su Corrected 47 1

Su Corrected 36 1

Su Corrected 35 1

Su Corrected 210 23

Su Corrected 27 1

H-78
Table H.4. Sediment total petroleum hydrocarbon data for Cruise 2B.

Cruise Sample Name Station

2 CSA0047 GB516-NF-DS-1 (0-2cm)

2 CSA0048 GB516-NF-DS-1 (2-4cm)

2 CSA0049 GB516-NF-DS-1 (4-6cm)

2 CSA0050 GB516-NF-DS-1 (6-8cm)

2 CSA0051 GB516-NF-DS-1 (8-10cm)

2 CSA0052 GB516-NF-DS-2 (2-4cm)

2 CSA0053 GB516-NF-DS-2 (4-6cm)

2 CSA0054 GB516-NF-DS-2 (6-8cm)

2 CSA0055 GB516-NF-DS-2 (8-10cm)

2 CSA0056 GB516-NF-DS-2 (0-2cm)

2 CSA0057 GB516-NF-DS-3 (0-2cm)

2 CSA0058 GB516-NF-DS-3 (2-4cm)

2 CSA0059 GB516-NF-DS-3 (4-6cm)

2 CSA0060 GB516-NF-DS-3 (6-8cm)

2 CSA0061 GB516-NF-DS-3 (8-10cm)

2 CSA0062 GB516-NF-B01

2 CSA0063 GB516-NF-B02

2 CSA0064 GB516-NF-B03

2 CSA0065 GB516-NF-B04

2 CSA0066 GB516-NF-B05

2 CSA0067 GB516-NF-B06

2 CSA0068 GB516-NF-B07

2 CSA0069 GB516-NF-B08

2 CSA0070 GB516-NF-B09

2 CSA0071 GB516-NF-B10

2 CSA0072 GB516-NF-B11

2 CSA0073 GB516-NF-B12

2 CSA0074 GB516-FF1-B01

2 CSA0075 GB516-FF2-B01

2 CSA0076 GB516-FF3-B01

2 CSA0077 GB516-FF4-B01

2 CSA0078 GB516-FF5-B01

2 CSA0079 GB516-FF6-B01

2 CSA0080 GB516-FF1-B02

2 CSA0081 GB516-FF2-B02

2 CSA0082 GB516-FF3-B02

2 CSA0083 GB516-FF4-B02

2 CSA0084 GB516-FF5-B02

2 CSA0085 GB516-FF6-B02

2 CSA0086 GB602-NF-DS-1(0-2cm)

2 CSA0087 GB602-NF-DS-1(2-4cm)

2 CSA0088 GB602-NF-DS-1(4-6cm)

2 CSA0089 GB602-NF-DS-1(6-8cm)

2 CSA0090 GB602-NF-DS-1(8-10cm)

2 CSA0091 GB602-NF-DS-2 (4-6cm)

2 CSA0092 GB602-NF-DS-2(0-2cm)

2 CSA0093 GB602-NF-DS-2(2-4cm)

Unresolved 

Complex Mixture

Total Petroleum Hydrocarbon 

(Non-SBM Range)

413 212

2177 1765

261 216

166 112

145 120

8487 59151

9070 15422

3228 51218

3628 42030

2001 6353

371 536

56 90

32 57

21 41

22 49

193 135

155 111

742 1494

53 92

71 112

1797 1607

780 2042

174 192

900 1620

24 21

35 95

25 33

17 16

16 17

25 25

16 14

20 17

22 22

22 22

23 24

18 16

17 16

24 24

22 22

1513 2157

1201 1380

463 415

179 74

98 68

709 356

634 334

346 177

H-79
Table H.4. Sediment total petroleum hydrocarbon data for Cruise 2B.

Cruise Sample Name Station

2 CSA0094 GB602-NF-DS-2(6-8cm)

2 CSA0095 GB602-NF-DS-2(8-10cm)

2 CSA0096 GB602-NF-DS-3(0-2cm)

2 CSA0097 GB602-NF-DS-3(2-4cm)

2 CSA0098 GB602-NF-DS-3(4-6cm)

2 CSA0099 GB602-NF-DS-3(6-8cm)

2 CSA0100 GB602-NF-DS-3(8-10cm)

2 CSA0101 GB602-NF-B01

2 CSA0102 GB602-NF-B02

2 CSA0103 GB602-NF-B03

2 CSA0104 GB602-NF-B04

2 CSA0105 GB602-NF-B05

2 CSA0106 GB602-NF-B06

2 CSA0107 GB602-NF-B07

2 CSA0108 GB602-NF-B08

2 CSA0109 GB602-NF-B09

2 CSA0110 GB602-NF-B10

2 CSA0111 GB602-NF-B11

2 CSA0112 GB602-NF-B12

2 CSA0113 GB602-FF1-B01

2 CSA0114 GB602-FF2-B01

2 CSA0115 GB602-FF3-B01

2 CSA0116 GB602-FF4-B01

2 CSA0117 GB602-FF5-B01

2 CSA0118 GB602-FF6-B01

2 CSA0119 GB602-FF1-B02

2 CSA0120 GB602-FF2-B02

2 CSA0121 GB602-FF3-B02

2 CSA0122 GB602-FF4-B02

2 CSA0123 GB602-FF5-B02

2 CSA0124 GB602-FF6-B02

2 CSA0125 MC292-DS-1(0-2cm)

2 CSA0126 MC292-DS-1(2-4cm)

2 CSA0127 MC292-DS-1(4-6cm)

2 CSA0128 MC292-DS-1(6-8 cm)

2 CSA0129 MC292-DS-1(8-10cm)

2 CSA0130 MC292-DS-2(0-2cm)

2 CSA0131 MC292-DS-2(2-4cm)

2 CSA0132 MC292-DS-2(4-6cm)

2 CSA0133 MC292-DS-2(6-8cm)

2 CSA0134 MC292-DS-2(8-10cm)

2 CSA0135 MC292-DS-3(0-2cm)

2 CSA0136 MC292-DS-3(2-4cm)

2 CSA0137 MC292-DS-3(4-6cm)

2 CSA0138 MC292-DS-3(6-8cm)

2 CSA0139 MC292-DS-3(8-10cm)

2 CSA0140 MC292-NF-B01

Unresolved 

Complex Mixture

Total Petroleum Hydrocarbon 

(Non-SBM Range)

72 56

43 35

287 120

168 92

39 31

28 24

35 32

102 38

464 313

1136 562

327 83

504 367

956 671

366 192

1995 4642

208 374

446 245

356 237

151 94

27 26

28 25

16 15

33 31

32 28

24 23

26 25

20 19

17 17

40 38

28 26

23 21

38 31

57 59

23 23

18 19

16 17

182 98

39 30

19 19

11 12

11 11

196 78

71 54

27 24

14 15

9 11

313 82

H-80
Table H.4. Sediment total petroleum hydrocarbon data for Cruise 2B.

Cruise Sample Name Station

2 CSA0141 MC292-NF-B02

2 CSA0142 MC292-NF-B03

2 CSA0143 MC292-NF-B04

2 CSA0144 MC292-NF-B05

2 CSA0145 MC292-NF-B06

2 CSA0146 MC292-NF-B07

2 CSA0147 MC292-NF-B08

2 CSA0148 MC292-NF-B09

2 CSA0149 MC292-NF-B10

2 CSA0150 MC292-NF-B11

2 CSA0151 MC292-NF-B12

2 CSA0152 MC292-FF1-B01

2 CSA0153 MC292-FF2-B01

2 CSA0154 MC292-FF3-B01

2 CSA0155 MC292-FF4-B01

2 CSA0156 MC292-FF5-B01

2 CSA0157 MC292-FF6-B01

2 CSA0158 MC292-FF1-B02

2 CSA0159 MC292-FF2-B02

2 CSA0160 MC292-FF3-B02

2 CSA0161 MC292-FF4-B02

2 CSA0162 MC292-FF5-B02

2 CSA0163 MC292-FF6-B02

Unresolved 

Complex Mixture

Total Petroleum Hydrocarbon 

(Non-SBM Range)

166 47

50 39

21 21

171 85

17 17

28 28

202 89

24 23

75 65

24 23

28 28

26 27

37 41

32 32

34 35

24 25

24 24

34 34

47 47

36 36

35 35

187 182

27 27

H-81
Table H.4. Sediment total petroleum hydrocarbon data for Cruise 2B.

Cruise Sample Name Station

2 CSA0047 GB516-NF-DS-1 (0-2cm)

2 CSA0048 GB516-NF-DS-1 (2-4cm)

2 CSA0049 GB516-NF-DS-1 (4-6cm)

2 CSA0050 GB516-NF-DS-1 (6-8cm)

2 CSA0051 GB516-NF-DS-1 (8-10cm)

2 CSA0052 GB516-NF-DS-2 (2-4cm)

2 CSA0053 GB516-NF-DS-2 (4-6cm)

2 CSA0054 GB516-NF-DS-2 (6-8cm)

2 CSA0055 GB516-NF-DS-2 (8-10cm)

2 CSA0056 GB516-NF-DS-2 (0-2cm)

2 CSA0057 GB516-NF-DS-3 (0-2cm)

2 CSA0058 GB516-NF-DS-3 (2-4cm)

2 CSA0059 GB516-NF-DS-3 (4-6cm)

2 CSA0060 GB516-NF-DS-3 (6-8cm)

2 CSA0061 GB516-NF-DS-3 (8-10cm)

2 CSA0062 GB516-NF-B01

2 CSA0063 GB516-NF-B02

2 CSA0064 GB516-NF-B03

2 CSA0065 GB516-NF-B04

2 CSA0066 GB516-NF-B05

2 CSA0067 GB516-NF-B06

2 CSA0068 GB516-NF-B07

2 CSA0069 GB516-NF-B08

2 CSA0070 GB516-NF-B09

2 CSA0071 GB516-NF-B10

2 CSA0072 GB516-NF-B11

2 CSA0073 GB516-NF-B12

2 CSA0074 GB516-FF1-B01

2 CSA0075 GB516-FF2-B01

2 CSA0076 GB516-FF3-B01

2 CSA0077 GB516-FF4-B01

2 CSA0078 GB516-FF5-B01

2 CSA0079 GB516-FF6-B01

2 CSA0080 GB516-FF1-B02

2 CSA0081 GB516-FF2-B02

2 CSA0082 GB516-FF3-B02

2 CSA0083 GB516-FF4-B02

2 CSA0084 GB516-FF5-B02

2 CSA0085 GB516-FF6-B02

2 CSA0086 GB602-NF-DS-1(0-2cm)

2 CSA0087 GB602-NF-DS-1(2-4cm)

2 CSA0088 GB602-NF-DS-1(4-6cm)

2 CSA0089 GB602-NF-DS-1(6-8cm)

2 CSA0090 GB602-NF-DS-1(8-10cm)

2 CSA0091 GB602-NF-DS-2 (4-6cm)

2 CSA0092 GB602-NF-DS-2(0-2cm)

2 CSA0093 GB602-NF-DS-2(2-4cm)

Total Resolved Hydrocarbon 

(Non-SBM Range)

Unresolved Complex Mixture 

(Non-SBM Range)

105 107

300 1465

24 192

5 106

19 101

53188 5963

14774 648

49071 2147

41594 437

5441 912

445 91

48 42

29 27

22 20

29 20

36 99

16 95

1170 324

50 41

64 48

431 1176

1699 343

100 92

1095 524

0.4 21

64 32

18 15

0.2 16

4 14

1.4 23

<1.4 14

<1.4 17

2 20

2 21

3 21

<1.4 16

<1.4 16

3 21

3 20

1316 841

742 638

127 288

2 72

6 62

36 320

37 297

14 163

H-82
Table H.4. Sediment total petroleum hydrocarbon data for Cruise 2B.

Cruise Sample Name Station

2 CSA0094 GB602-NF-DS-2(6-8cm)

2 CSA0095 GB602-NF-DS-2(8-10cm)

2 CSA0096 GB602-NF-DS-3(0-2cm)

2 CSA0097 GB602-NF-DS-3(2-4cm)

2 CSA0098 GB602-NF-DS-3(4-6cm)

2 CSA0099 GB602-NF-DS-3(6-8cm)

2 CSA0100 GB602-NF-DS-3(8-10cm)

2 CSA0101 GB602-NF-B01

2 CSA0102 GB602-NF-B02

2 CSA0103 GB602-NF-B03

2 CSA0104 GB602-NF-B04

2 CSA0105 GB602-NF-B05

2 CSA0106 GB602-NF-B06

2 CSA0107 GB602-NF-B07

2 CSA0108 GB602-NF-B08

2 CSA0109 GB602-NF-B09

2 CSA0110 GB602-NF-B10

2 CSA0111 GB602-NF-B11

2 CSA0112 GB602-NF-B12

2 CSA0113 GB602-FF1-B01

2 CSA0114 GB602-FF2-B01

2 CSA0115 GB602-FF3-B01

2 CSA0116 GB602-FF4-B01

2 CSA0117 GB602-FF5-B01

2 CSA0118 GB602-FF6-B01

2 CSA0119 GB602-FF1-B02

2 CSA0120 GB602-FF2-B02

2 CSA0121 GB602-FF3-B02

2 CSA0122 GB602-FF4-B02

2 CSA0123 GB602-FF5-B02

2 CSA0124 GB602-FF6-B02

2 CSA0125 MC292-DS-1(0-2cm)

2 CSA0126 MC292-DS-1(2-4cm)

2 CSA0127 MC292-DS-1(4-6cm)

2 CSA0128 MC292-DS-1(6-8 cm)

2 CSA0129 MC292-DS-1(8-10cm)

2 CSA0130 MC292-DS-2(0-2cm)

2 CSA0131 MC292-DS-2(2-4cm)

2 CSA0132 MC292-DS-2(4-6cm)

2 CSA0133 MC292-DS-2(6-8cm)

2 CSA0134 MC292-DS-2(8-10cm)

2 CSA0135 MC292-DS-3(0-2cm)

2 CSA0136 MC292-DS-3(2-4cm)

2 CSA0137 MC292-DS-3(4-6cm)

2 CSA0138 MC292-DS-3(6-8cm)

2 CSA0139 MC292-DS-3(8-10cm)

2 CSA0140 MC292-NF-B01

Total Resolved Hydrocarbon 

(Non-SBM Range)

Unresolved Complex Mixture 

(Non-SBM Range)

2 54

2 33

5 115

9 83

2 29

1 24

1 31

2 36

61 252

140 423

11 71

115 252

125 546

13 179

3950 693

244 130

4 241

44 193

1 93

3 23

0.3 24

0 14

1 30

3 25

4 19

2 23

2 18

3 14

4 34

2 24

1 20

6 25

22 37

5 18

4 15

4 13

2 96

6 25

4 15

3 9

2 8

4 74

9 45

7 17

4 11

4 7

27 55

H-83
Table H.4. Sediment total petroleum hydrocarbon data for Cruise 2B.

Cruise Sample Name Station

2 CSA0141 MC292-NF-B02

2 CSA0142 MC292-NF-B03

2 CSA0143 MC292-NF-B04

2 CSA0144 MC292-NF-B05

2 CSA0145 MC292-NF-B06

2 CSA0146 MC292-NF-B07

2 CSA0147 MC292-NF-B08

2 CSA0148 MC292-NF-B09

2 CSA0149 MC292-NF-B10

2 CSA0150 MC292-NF-B11

2 CSA0151 MC292-NF-B12

2 CSA0152 MC292-FF1-B01

2 CSA0153 MC292-FF2-B01

2 CSA0154 MC292-FF3-B01

2 CSA0155 MC292-FF4-B01

2 CSA0156 MC292-FF5-B01

2 CSA0157 MC292-FF6-B01

2 CSA0158 MC292-FF1-B02

2 CSA0159 MC292-FF2-B02

2 CSA0160 MC292-FF3-B02

2 CSA0161 MC292-FF4-B02

2 CSA0162 MC292-FF5-B02

2 CSA0163 MC292-FF6-B02

Total Resolved Hydrocarbon 

(Non-SBM Range)

Unresolved Complex Mixture 

(Non-SBM Range)

1 47

8 31

1 21

1 85

2 14

4 23

1 88

3 20

7 58

3 20

4 24

5 23

9 31

5 27

6 29

4 20

1 24

1 34

1 47

1 36

1 35

1 182

1 27

H-84
Table H.4. Sediment total petroleum hydrocarbon data for Cruise 2B.

Cruise Sample Name Station

2 CSA0047 GB516-NF-DS-1 (0-2cm)

2 CSA0048 GB516-NF-DS-1 (2-4cm)

2 CSA0049 GB516-NF-DS-1 (4-6cm)

2 CSA0050 GB516-NF-DS-1 (6-8cm)

2 CSA0051 GB516-NF-DS-1 (8-10cm)

2 CSA0052 GB516-NF-DS-2 (2-4cm)

2 CSA0053 GB516-NF-DS-2 (4-6cm)

2 CSA0054 GB516-NF-DS-2 (6-8cm)

2 CSA0055 GB516-NF-DS-2 (8-10cm)

2 CSA0056 GB516-NF-DS-2 (0-2cm)

2 CSA0057 GB516-NF-DS-3 (0-2cm)

2 CSA0058 GB516-NF-DS-3 (2-4cm)

2 CSA0059 GB516-NF-DS-3 (4-6cm)

2 CSA0060 GB516-NF-DS-3 (6-8cm)

2 CSA0061 GB516-NF-DS-3 (8-10cm)

2 CSA0062 GB516-NF-B01

2 CSA0063 GB516-NF-B02

2 CSA0064 GB516-NF-B03

2 CSA0065 GB516-NF-B04

2 CSA0066 GB516-NF-B05

2 CSA0067 GB516-NF-B06

2 CSA0068 GB516-NF-B07

2 CSA0069 GB516-NF-B08

2 CSA0070 GB516-NF-B09

2 CSA0071 GB516-NF-B10

2 CSA0072 GB516-NF-B11

2 CSA0073 GB516-NF-B12

2 CSA0074 GB516-FF1-B01

2 CSA0075 GB516-FF2-B01

2 CSA0076 GB516-FF3-B01

2 CSA0077 GB516-FF4-B01

2 CSA0078 GB516-FF5-B01

2 CSA0079 GB516-FF6-B01

2 CSA0080 GB516-FF1-B02

2 CSA0081 GB516-FF2-B02

2 CSA0082 GB516-FF3-B02

2 CSA0083 GB516-FF4-B02

2 CSA0084 GB516-FF5-B02

2 CSA0085 GB516-FF6-B02

2 CSA0086 GB602-NF-DS-1(0-2cm)

2 CSA0087 GB602-NF-DS-1(2-4cm)

2 CSA0088 GB602-NF-DS-1(4-6cm)

2 CSA0089 GB602-NF-DS-1(6-8cm)

2 CSA0090 GB602-NF-DS-1(8-10cm)

2 CSA0091 GB602-NF-DS-2 (4-6cm)

2 CSA0092 GB602-NF-DS-2(0-2cm)

2 CSA0093 GB602-NF-DS-2(2-4cm)

Total Petroleum Hydrocarbon 

(SBM Range)

Total Resolved Hydrocarbon 

(SBM Range)

5148 4841

21908 21196

3984 3914

1073 1013

1173 1128

117280 114756

136297 127876

119992 118911

98940 95749

13271 12182

3353 3072

162 148

37 33

21 19

25 23

1283 1190

1093 1032

4520 4102

162 150

420 396

29167 28546

4666 4228

418 335

6170 5794

7 4

152 148

56 47

3 1

4 2

4 2

3 2

5 2

4 2

3 2

7 4

3 1

3 1

4 2

4 2

10572 9901

8798 8235

3742 3567

1293 1187

291 254

3479 3090

2706 2369

764 581

H-85
Table H.4. Sediment total petroleum hydrocarbon data for Cruise 2B.

Cruise Sample Name Station

2 CSA0094 GB602-NF-DS-2(6-8cm)

2 CSA0095 GB602-NF-DS-2(8-10cm)

2 CSA0096 GB602-NF-DS-3(0-2cm)

2 CSA0097 GB602-NF-DS-3(2-4cm)

2 CSA0098 GB602-NF-DS-3(4-6cm)

2 CSA0099 GB602-NF-DS-3(6-8cm)

2 CSA0100 GB602-NF-DS-3(8-10cm)

2 CSA0101 GB602-NF-B01

2 CSA0102 GB602-NF-B02

2 CSA0103 GB602-NF-B03

2 CSA0104 GB602-NF-B04

2 CSA0105 GB602-NF-B05

2 CSA0106 GB602-NF-B06

2 CSA0107 GB602-NF-B07

2 CSA0108 GB602-NF-B08

2 CSA0109 GB602-NF-B09

2 CSA0110 GB602-NF-B10

2 CSA0111 GB602-NF-B11

2 CSA0112 GB602-NF-B12

2 CSA0113 GB602-FF1-B01

2 CSA0114 GB602-FF2-B01

2 CSA0115 GB602-FF3-B01

2 CSA0116 GB602-FF4-B01

2 CSA0117 GB602-FF5-B01

2 CSA0118 GB602-FF6-B01

2 CSA0119 GB602-FF1-B02

2 CSA0120 GB602-FF2-B02

2 CSA0121 GB602-FF3-B02

2 CSA0122 GB602-FF4-B02

2 CSA0123 GB602-FF5-B02

2 CSA0124 GB602-FF6-B02

2 CSA0125 MC292-DS-1(0-2cm)

2 CSA0126 MC292-DS-1(2-4cm)

2 CSA0127 MC292-DS-1(4-6cm)

2 CSA0128 MC292-DS-1(6-8 cm)

2 CSA0129 MC292-DS-1(8-10cm)

2 CSA0130 MC292-DS-2(0-2cm)

2 CSA0131 MC292-DS-2(2-4cm)

2 CSA0132 MC292-DS-2(4-6cm)

2 CSA0133 MC292-DS-2(6-8cm)

2 CSA0134 MC292-DS-2(8-10cm)

2 CSA0135 MC292-DS-3(0-2cm)

2 CSA0136 MC292-DS-3(2-4cm)

2 CSA0137 MC292-DS-3(4-6cm)

2 CSA0138 MC292-DS-3(6-8cm)

2 CSA0139 MC292-DS-3(8-10cm)

2 CSA0140 MC292-NF-B01

Total Petroleum Hydrocarbon 

(SBM Range)

Total Resolved Hydrocarbon 

(SBM Range)

62 43

24 13

930 758

532 447

37 28

11 7

12 7

462 396

585 373

8446 7732

1878 1623

4339 4087

3263 2853

1954 1767

13792 12490

1430 1351

1351 1146

2027 1864

985 927

6 3

5 1

3 1

5 3

10 2

8 3

5 2

4 2

4 2

8 2

6 2

5 2

59 46

76 56

18 14

10 7

9 6

714 628

60 46

16 11

14 12

9 7

618 496

103 76

33 23

15 12

12 10

2408 2151

H-86
Table H.4. Sediment total petroleum hydrocarbon data for Cruise 2B.

Cruise Sample Name Station

2 CSA0141 MC292-NF-B02

2 CSA0142 MC292-NF-B03

2 CSA0143 MC292-NF-B04

2 CSA0144 MC292-NF-B05

2 CSA0145 MC292-NF-B06

2 CSA0146 MC292-NF-B07

2 CSA0147 MC292-NF-B08

2 CSA0148 MC292-NF-B09

2 CSA0149 MC292-NF-B10

2 CSA0150 MC292-NF-B11

2 CSA0151 MC292-NF-B12

2 CSA0152 MC292-FF1-B01

2 CSA0153 MC292-FF2-B01

2 CSA0154 MC292-FF3-B01

2 CSA0155 MC292-FF4-B01

2 CSA0156 MC292-FF5-B01

2 CSA0157 MC292-FF6-B01

2 CSA0158 MC292-FF1-B02

2 CSA0159 MC292-FF2-B02

2 CSA0160 MC292-FF3-B02

2 CSA0161 MC292-FF4-B02

2 CSA0162 MC292-FF5-B02

2 CSA0163 MC292-FF6-B02

Total Petroleum Hydrocarbon 

(SBM Range)

Total Resolved Hydrocarbon 

(SBM Range)

782 663

86 67

1 1

584 498

8 5

13 8

920 806

12 9

101 85

9 5

10 6

6 3

19 14

8 4

8 4

6 2

1 1

1 1

1 1

1 1

1 1

28 23

1 1

H-87
Table H.4. Sediment total petroleum hydrocarbon data for Cruise 2B.

Cruise Sample Name Station

2 CSA0047 GB516-NF-DS-1 (0-2cm)

2 CSA0048 GB516-NF-DS-1 (2-4cm)

2 CSA0049 GB516-NF-DS-1 (4-6cm)

2 CSA0050 GB516-NF-DS-1 (6-8cm)

2 CSA0051 GB516-NF-DS-1 (8-10cm)

2 CSA0052 GB516-NF-DS-2 (2-4cm)

2 CSA0053 GB516-NF-DS-2 (4-6cm)

2 CSA0054 GB516-NF-DS-2 (6-8cm)

2 CSA0055 GB516-NF-DS-2 (8-10cm)

2 CSA0056 GB516-NF-DS-2 (0-2cm)

2 CSA0057 GB516-NF-DS-3 (0-2cm)

2 CSA0058 GB516-NF-DS-3 (2-4cm)

2 CSA0059 GB516-NF-DS-3 (4-6cm)

2 CSA0060 GB516-NF-DS-3 (6-8cm)

2 CSA0061 GB516-NF-DS-3 (8-10cm)

2 CSA0062 GB516-NF-B01

2 CSA0063 GB516-NF-B02

2 CSA0064 GB516-NF-B03

2 CSA0065 GB516-NF-B04

2 CSA0066 GB516-NF-B05

2 CSA0067 GB516-NF-B06

2 CSA0068 GB516-NF-B07

2 CSA0069 GB516-NF-B08

2 CSA0070 GB516-NF-B09

2 CSA0071 GB516-NF-B10

2 CSA0072 GB516-NF-B11

2 CSA0073 GB516-NF-B12

2 CSA0074 GB516-FF1-B01

2 CSA0075 GB516-FF2-B01

2 CSA0076 GB516-FF3-B01

2 CSA0077 GB516-FF4-B01

2 CSA0078 GB516-FF5-B01

2 CSA0079 GB516-FF6-B01

2 CSA0080 GB516-FF1-B02

2 CSA0081 GB516-FF2-B02

2 CSA0082 GB516-FF3-B02

2 CSA0083 GB516-FF4-B02

2 CSA0084 GB516-FF5-B02

2 CSA0085 GB516-FF6-B02

2 CSA0086 GB602-NF-DS-1(0-2cm)

2 CSA0087 GB602-NF-DS-1(2-4cm)

2 CSA0088 GB602-NF-DS-1(4-6cm)

2 CSA0089 GB602-NF-DS-1(6-8cm)

2 CSA0090 GB602-NF-DS-1(8-10cm)

2 CSA0091 GB602-NF-DS-2 (4-6cm)

2 CSA0092 GB602-NF-DS-2(0-2cm)

2 CSA0093 GB602-NF-DS-2(2-4cm)

Unresolved Complex Mixture 

(SBM Range) EOM (mg/g dry)

306 6844

712 29141

69 6746

60 2050

44 2297

2524 177846

8421 160461

1081 128407

3191 140183

1089 23627

281 6566

14 736

4 286

2 223

2 189

94 2415

61 1898

418 8312

12 563

23 1003

621 40219

437 7438

83 1014

376 9822

3 318

4 541

9 342

2 271

2 228

2 336

2 237

3 283

1 248

1 271

2 269

2 305

2 229

2 311

2 254

671 16733

563 11467

175 6637

107 2315

36 945

389 5275

337 3860

183 1682

H-88
Table H.4. Sediment total petroleum hydrocarbon data for Cruise 2B.

Cruise Sample Name Station

2 CSA0094 GB602-NF-DS-2(6-8cm)

2 CSA0095 GB602-NF-DS-2(8-10cm)

2 CSA0096 GB602-NF-DS-3(0-2cm)

2 CSA0097 GB602-NF-DS-3(2-4cm)

2 CSA0098 GB602-NF-DS-3(4-6cm)

2 CSA0099 GB602-NF-DS-3(6-8cm)

2 CSA0100 GB602-NF-DS-3(8-10cm)

2 CSA0101 GB602-NF-B01

2 CSA0102 GB602-NF-B02

2 CSA0103 GB602-NF-B03

2 CSA0104 GB602-NF-B04

2 CSA0105 GB602-NF-B05

2 CSA0106 GB602-NF-B06

2 CSA0107 GB602-NF-B07

2 CSA0108 GB602-NF-B08

2 CSA0109 GB602-NF-B09

2 CSA0110 GB602-NF-B10

2 CSA0111 GB602-NF-B11

2 CSA0112 GB602-NF-B12

2 CSA0113 GB602-FF1-B01

2 CSA0114 GB602-FF2-B01

2 CSA0115 GB602-FF3-B01

2 CSA0116 GB602-FF4-B01

2 CSA0117 GB602-FF5-B01

2 CSA0118 GB602-FF6-B01

2 CSA0119 GB602-FF1-B02

2 CSA0120 GB602-FF2-B02

2 CSA0121 GB602-FF3-B02

2 CSA0122 GB602-FF4-B02

2 CSA0123 GB602-FF5-B02

2 CSA0124 GB602-FF6-B02

2 CSA0125 MC292-DS-1(0-2cm)

2 CSA0126 MC292-DS-1(2-4cm)

2 CSA0127 MC292-DS-1(4-6cm)

2 CSA0128 MC292-DS-1(6-8 cm)

2 CSA0129 MC292-DS-1(8-10cm)

2 CSA0130 MC292-DS-2(0-2cm)

2 CSA0131 MC292-DS-2(2-4cm)

2 CSA0132 MC292-DS-2(4-6cm)

2 CSA0133 MC292-DS-2(6-8cm)

2 CSA0134 MC292-DS-2(8-10cm)

2 CSA0135 MC292-DS-3(0-2cm)

2 CSA0136 MC292-DS-3(2-4cm)

2 CSA0137 MC292-DS-3(4-6cm)

2 CSA0138 MC292-DS-3(6-8cm)

2 CSA0139 MC292-DS-3(8-10cm)

2 CSA0140 MC292-NF-B01

Unresolved Complex Mixture 

(SBM Range) EOM (mg/g dry)

19 636

11 275

172 1888

85 1100

10 333

5 239

5 237

66 535

212 2071

713 15292

255 3664

252 7083

410 6282

187 3586

1302 22621

79 2163

205 2298

163 3204

58 1324

4 159

3 226

2 217

3 221

7 240

5 199

3 196

2 209

2 199

5 353

4 260

4 168

14 260

20 280

5 NA

3 NA

3 NA

86 NA

14 NA

4 NA

2 NA

2 NA

122 NA

27 NA

10 NA

3 NA

2 NA

258 NA

H-89
Table H.4. Sediment total petroleum hydrocarbon data for Cruise 2B.

Cruise Sample Name Station

2 CSA0141 MC292-NF-B02

2 CSA0142 MC292-NF-B03

2 CSA0143 MC292-NF-B04

2 CSA0144 MC292-NF-B05

2 CSA0145 MC292-NF-B06

2 CSA0146 MC292-NF-B07

2 CSA0147 MC292-NF-B08

2 CSA0148 MC292-NF-B09

2 CSA0149 MC292-NF-B10

2 CSA0150 MC292-NF-B11

2 CSA0151 MC292-NF-B12

2 CSA0152 MC292-FF1-B01

2 CSA0153 MC292-FF2-B01

2 CSA0154 MC292-FF3-B01

2 CSA0155 MC292-FF4-B01

2 CSA0156 MC292-FF5-B01

2 CSA0157 MC292-FF6-B01

2 CSA0158 MC292-FF1-B02

2 CSA0159 MC292-FF2-B02

2 CSA0160 MC292-FF3-B02

2 CSA0161 MC292-FF4-B02

2 CSA0162 MC292-FF5-B02

2 CSA0163 MC292-FF6-B02

Unresolved Complex Mixture 

(SBM Range) EOM (mg/g dry)

118 NA

19 NA

1 1968

86 NA

3 NA

5 301

114 2027

4 216

17 500

4 230

4 204

3 221

5 300

4 258

4 289

4 245

1 224

1 319

1 335

1 253

1 305

5 451

1 237

H-90
Table H.4. Sediment total petroleum hydrocarbon data for Cruise 2B.

Cruise Sample Name Station

2 CSA0047 GB516-NF-DS-1 (0-2cm)

2 CSA0048 GB516-NF-DS-1 (2-4cm)

2 CSA0049 GB516-NF-DS-1 (4-6cm)

2 CSA0050 GB516-NF-DS-1 (6-8cm)

2 CSA0051 GB516-NF-DS-1 (8-10cm)

2 CSA0052 GB516-NF-DS-2 (2-4cm)

2 CSA0053 GB516-NF-DS-2 (4-6cm)

2 CSA0054 GB516-NF-DS-2 (6-8cm)

2 CSA0055 GB516-NF-DS-2 (8-10cm)

2 CSA0056 GB516-NF-DS-2 (0-2cm)

2 CSA0057 GB516-NF-DS-3 (0-2cm)

2 CSA0058 GB516-NF-DS-3 (2-4cm)

2 CSA0059 GB516-NF-DS-3 (4-6cm)

2 CSA0060 GB516-NF-DS-3 (6-8cm)

2 CSA0061 GB516-NF-DS-3 (8-10cm)

2 CSA0062 GB516-NF-B01

2 CSA0063 GB516-NF-B02

2 CSA0064 GB516-NF-B03

2 CSA0065 GB516-NF-B04

2 CSA0066 GB516-NF-B05

2 CSA0067 GB516-NF-B06

2 CSA0068 GB516-NF-B07

2 CSA0069 GB516-NF-B08

2 CSA0070 GB516-NF-B09

2 CSA0071 GB516-NF-B10

2 CSA0072 GB516-NF-B11

2 CSA0073 GB516-NF-B12

2 CSA0074 GB516-FF1-B01

2 CSA0075 GB516-FF2-B01

2 CSA0076 GB516-FF3-B01

2 CSA0077 GB516-FF4-B01

2 CSA0078 GB516-FF5-B01

2 CSA0079 GB516-FF6-B01

2 CSA0080 GB516-FF1-B02

2 CSA0081 GB516-FF2-B02

2 CSA0082 GB516-FF3-B02

2 CSA0083 GB516-FF4-B02

2 CSA0084 GB516-FF5-B02

2 CSA0085 GB516-FF6-B02

2 CSA0086 GB602-NF-DS-1(0-2cm)

2 CSA0087 GB602-NF-DS-1(2-4cm)

2 CSA0088 GB602-NF-DS-1(4-6cm)

2 CSA0089 GB602-NF-DS-1(6-8cm)

2 CSA0090 GB602-NF-DS-1(8-10cm)

2 CSA0091 GB602-NF-DS-2 (4-6cm)

2 CSA0092 GB602-NF-DS-2(0-2cm)

2 CSA0093 GB602-NF-DS-2(2-4cm)

Surrogate (Su) n-dodecane-d34 n-eicosane-d42

Su Recovery (%) 96 106

Su Recovery (%) 100 102

Su Recovery (%) 98 99

Su Recovery (%) 108 96

Su Recovery (%) 99 107

Su Recovery (%) 96 94

Su Recovery (%) 100 100

Su Recovery (%) 101 100

Su Recovery (%) 101 102

Su Recovery (%) 105 109

Su Recovery (%) 101 104

Su Recovery (%) 78 81

Su Recovery (%) 89 89

Su Recovery (%) 78 85

Su Recovery (%) 94 92

Su Recovery (%) 101 102

Su Recovery (%) 105 105

Su Recovery (%) 102 102

Su Recovery (%) 77 103

Su Recovery (%) 95 93

Su Recovery (%) 102 102

Su Recovery (%) 116 103

Su Recovery (%) 99 106

Su Recovery (%) 97 102

Su Recovery (%) 88 94

Su Recovery (%) 80 76

Su Recovery (%) 78 81

Su Recovery (%) 87 90

Su Recovery (%) 89 90

Su Recovery (%) 93 94

Su Recovery (%) 85 92

Su Recovery (%) 82 85

Su Recovery (%) 82 87

Su Recovery (%) 89 88

Su Recovery (%) 92 87

Su Recovery (%) 87 87

Su Recovery (%) 86 85

Su Recovery (%) 93 91

Su Recovery (%) 87 93

Su Recovery (%) 102 99

Su Recovery (%) 94 96

Su Recovery (%) 99 91

Su Recovery (%) 100 101

Su Recovery (%) 84 95

Su Recovery (%) 110 102

Su Recovery (%) 97 88

Su Recovery (%) 93 100

H-91
Table H.4. Sediment total petroleum hydrocarbon data for Cruise 2B.

Cruise Sample Name Station

2 CSA0094 GB602-NF-DS-2(6-8cm)

2 CSA0095 GB602-NF-DS-2(8-10cm)

2 CSA0096 GB602-NF-DS-3(0-2cm)

2 CSA0097 GB602-NF-DS-3(2-4cm)

2 CSA0098 GB602-NF-DS-3(4-6cm)

2 CSA0099 GB602-NF-DS-3(6-8cm)

2 CSA0100 GB602-NF-DS-3(8-10cm)

2 CSA0101 GB602-NF-B01

2 CSA0102 GB602-NF-B02

2 CSA0103 GB602-NF-B03

2 CSA0104 GB602-NF-B04

2 CSA0105 GB602-NF-B05

2 CSA0106 GB602-NF-B06

2 CSA0107 GB602-NF-B07

2 CSA0108 GB602-NF-B08

2 CSA0109 GB602-NF-B09

2 CSA0110 GB602-NF-B10

2 CSA0111 GB602-NF-B11

2 CSA0112 GB602-NF-B12

2 CSA0113 GB602-FF1-B01

2 CSA0114 GB602-FF2-B01

2 CSA0115 GB602-FF3-B01

2 CSA0116 GB602-FF4-B01

2 CSA0117 GB602-FF5-B01

2 CSA0118 GB602-FF6-B01

2 CSA0119 GB602-FF1-B02

2 CSA0120 GB602-FF2-B02

2 CSA0121 GB602-FF3-B02

2 CSA0122 GB602-FF4-B02

2 CSA0123 GB602-FF5-B02

2 CSA0124 GB602-FF6-B02

2 CSA0125 MC292-DS-1(0-2cm)

2 CSA0126 MC292-DS-1(2-4cm)

2 CSA0127 MC292-DS-1(4-6cm)

2 CSA0128 MC292-DS-1(6-8 cm)

2 CSA0129 MC292-DS-1(8-10cm)

2 CSA0130 MC292-DS-2(0-2cm)

2 CSA0131 MC292-DS-2(2-4cm)

2 CSA0132 MC292-DS-2(4-6cm)

2 CSA0133 MC292-DS-2(6-8cm)

2 CSA0134 MC292-DS-2(8-10cm)

2 CSA0135 MC292-DS-3(0-2cm)

2 CSA0136 MC292-DS-3(2-4cm)

2 CSA0137 MC292-DS-3(4-6cm)

2 CSA0138 MC292-DS-3(6-8cm)

2 CSA0139 MC292-DS-3(8-10cm)

2 CSA0140 MC292-NF-B01

Surrogate (Su) n-dodecane-d34 n-eicosane-d42

Su Recovery (%) 80 90

Su Recovery (%) 99 93

Su Recovery (%) 100 106

Su Recovery (%) 89 86

Su Recovery (%) 80 96

Su Recovery (%) 85 99

Su Recovery (%) 85 91

Su Recovery (%) 86 96

Su Recovery (%) 79 91

Su Recovery (%) 109 105

Su Recovery (%) 104 95

Su Recovery (%) 98 103

Su Recovery (%) 106 92

Su Recovery (%) 102 88

Su Recovery (%) 85 97

Su Recovery (%) 95 101

Su Recovery (%) 109 106

Su Recovery (%) 92 102

Su Recovery (%) 100 106

Su Recovery (%) 80 98

Su Recovery (%) 79 94

Su Recovery (%) 80 96

Su Recovery (%) 79 90

Su Recovery (%) 81 99

Su Recovery (%) 82 92

Su Recovery (%) 81 95

Su Recovery (%) 85 99

Su Recovery (%) 81 100

Su Recovery (%) 94 98

Su Recovery (%) 90 91

Su Recovery (%) 89 96

Su Recovery (%) 71 103

Su Recovery (%) 72 87

Su Recovery (%) 79 97

Su Recovery (%) 75 96

Su Recovery (%) 77 96

Su Recovery (%) 94 102

Su Recovery (%) 90 94

Su Recovery (%) 79 101

Su Recovery (%) 81 105

Su Recovery (%) 79 96

Su Recovery (%) 93 103

Su Recovery (%) 81 86

Su Recovery (%) 77 105

Su Recovery (%) 82 95

Su Recovery (%) 80 102

Su Recovery (%) 106 106

H-92
Table H.4. Sediment total petroleum hydrocarbon data for Cruise 2B.

Cruise Sample Name Station

2 CSA0141 MC292-NF-B02

2 CSA0142 MC292-NF-B03

2 CSA0143 MC292-NF-B04

2 CSA0144 MC292-NF-B05

2 CSA0145 MC292-NF-B06

2 CSA0146 MC292-NF-B07

2 CSA0147 MC292-NF-B08

2 CSA0148 MC292-NF-B09

2 CSA0149 MC292-NF-B10

2 CSA0150 MC292-NF-B11

2 CSA0151 MC292-NF-B12

2 CSA0152 MC292-FF1-B01

2 CSA0153 MC292-FF2-B01

2 CSA0154 MC292-FF3-B01

2 CSA0155 MC292-FF4-B01

2 CSA0156 MC292-FF5-B01

2 CSA0157 MC292-FF6-B01

2 CSA0158 MC292-FF1-B02

2 CSA0159 MC292-FF2-B02

2 CSA0160 MC292-FF3-B02

2 CSA0161 MC292-FF4-B02

2 CSA0162 MC292-FF5-B02

2 CSA0163 MC292-FF6-B02

Surrogate (Su) n-dodecane-d34 n-eicosane-d42

Su Recovery (%) 102 98

Su Recovery (%) 98 109

Su Recovery (%) 86 94

Su Recovery (%) 97 101

Su Recovery (%) 82 107

Su Recovery (%) 79 100

Su Recovery (%) 103 99

Su Recovery (%) 80 96

Su Recovery (%) 113 119

Su Recovery (%) 80 92

Su Recovery (%) 87 100

Su Recovery (%) 81 99

Su Recovery (%) 79 101

Su Recovery (%) 82 94

Su Recovery (%) 84 92

Su Recovery (%) 80 92

Su Recovery (%) 80 84

Su Recovery (%) 90 94

Su Recovery (%) 88 94

Su Recovery (%) 97 94

Su Recovery (%) 87 89

Su Recovery (%) 97 98

Su Recovery (%) 87 89

H-93
Table H.4. Sediment total petroleum hydrocarbon data for Cruise 2B.

Cruise Sample Name Station

2 CSA0047 GB516-NF-DS-1 (0-2cm)

2 CSA0048 GB516-NF-DS-1 (2-4cm)

2 CSA0049 GB516-NF-DS-1 (4-6cm)

2 CSA0050 GB516-NF-DS-1 (6-8cm)

2 CSA0051 GB516-NF-DS-1 (8-10cm)

2 CSA0052 GB516-NF-DS-2 (2-4cm)

2 CSA0053 GB516-NF-DS-2 (4-6cm)

2 CSA0054 GB516-NF-DS-2 (6-8cm)

2 CSA0055 GB516-NF-DS-2 (8-10cm)

2 CSA0056 GB516-NF-DS-2 (0-2cm)

2 CSA0057 GB516-NF-DS-3 (0-2cm)

2 CSA0058 GB516-NF-DS-3 (2-4cm)

2 CSA0059 GB516-NF-DS-3 (4-6cm)

2 CSA0060 GB516-NF-DS-3 (6-8cm)

2 CSA0061 GB516-NF-DS-3 (8-10cm)

2 CSA0062 GB516-NF-B01

2 CSA0063 GB516-NF-B02

2 CSA0064 GB516-NF-B03

2 CSA0065 GB516-NF-B04

2 CSA0066 GB516-NF-B05

2 CSA0067 GB516-NF-B06

2 CSA0068 GB516-NF-B07

2 CSA0069 GB516-NF-B08

2 CSA0070 GB516-NF-B09

2 CSA0071 GB516-NF-B10

2 CSA0072 GB516-NF-B11

2 CSA0073 GB516-NF-B12

2 CSA0074 GB516-FF1-B01

2 CSA0075 GB516-FF2-B01

2 CSA0076 GB516-FF3-B01

2 CSA0077 GB516-FF4-B01

2 CSA0078 GB516-FF5-B01

2 CSA0079 GB516-FF6-B01

2 CSA0080 GB516-FF1-B02

2 CSA0081 GB516-FF2-B02

2 CSA0082 GB516-FF3-B02

2 CSA0083 GB516-FF4-B02

2 CSA0084 GB516-FF5-B02

2 CSA0085 GB516-FF6-B02

2 CSA0086 GB602-NF-DS-1(0-2cm)

2 CSA0087 GB602-NF-DS-1(2-4cm)

2 CSA0088 GB602-NF-DS-1(4-6cm)

2 CSA0089 GB602-NF-DS-1(6-8cm)

2 CSA0090 GB602-NF-DS-1(8-10cm)

2 CSA0091 GB602-NF-DS-2 (4-6cm)

2 CSA0092 GB602-NF-DS-2(0-2cm)

2 CSA0093 GB602-NF-DS-2(2-4cm)

n-triacontane-d62

101

99

97

98

99

92

94

97

97

98

103

89

83

85

88

98

100

97

99

101

101

94

117

98

93

81

89

92

87

90

85

85

89

89

88

84

86

96

86

96

95

100

91

88

93

87

91

H-94
Table H.4. Sediment total petroleum hydrocarbon data for Cruise 2B.

Cruise Sample Name Station

2 CSA0094 GB602-NF-DS-2(6-8cm)

2 CSA0095 GB602-NF-DS-2(8-10cm)

2 CSA0096 GB602-NF-DS-3(0-2cm)

2 CSA0097 GB602-NF-DS-3(2-4cm)

2 CSA0098 GB602-NF-DS-3(4-6cm)

2 CSA0099 GB602-NF-DS-3(6-8cm)

2 CSA0100 GB602-NF-DS-3(8-10cm)

2 CSA0101 GB602-NF-B01

2 CSA0102 GB602-NF-B02

2 CSA0103 GB602-NF-B03

2 CSA0104 GB602-NF-B04

2 CSA0105 GB602-NF-B05

2 CSA0106 GB602-NF-B06

2 CSA0107 GB602-NF-B07

2 CSA0108 GB602-NF-B08

2 CSA0109 GB602-NF-B09

2 CSA0110 GB602-NF-B10

2 CSA0111 GB602-NF-B11

2 CSA0112 GB602-NF-B12

2 CSA0113 GB602-FF1-B01

2 CSA0114 GB602-FF2-B01

2 CSA0115 GB602-FF3-B01

2 CSA0116 GB602-FF4-B01

2 CSA0117 GB602-FF5-B01

2 CSA0118 GB602-FF6-B01

2 CSA0119 GB602-FF1-B02

2 CSA0120 GB602-FF2-B02

2 CSA0121 GB602-FF3-B02

2 CSA0122 GB602-FF4-B02

2 CSA0123 GB602-FF5-B02

2 CSA0124 GB602-FF6-B02

2 CSA0125 MC292-DS-1(0-2cm)

2 CSA0126 MC292-DS-1(2-4cm)

2 CSA0127 MC292-DS-1(4-6cm)

2 CSA0128 MC292-DS-1(6-8 cm)

2 CSA0129 MC292-DS-1(8-10cm)

2 CSA0130 MC292-DS-2(0-2cm)

2 CSA0131 MC292-DS-2(2-4cm)

2 CSA0132 MC292-DS-2(4-6cm)

2 CSA0133 MC292-DS-2(6-8cm)

2 CSA0134 MC292-DS-2(8-10cm)

2 CSA0135 MC292-DS-3(0-2cm)

2 CSA0136 MC292-DS-3(2-4cm)

2 CSA0137 MC292-DS-3(4-6cm)

2 CSA0138 MC292-DS-3(6-8cm)

2 CSA0139 MC292-DS-3(8-10cm)

2 CSA0140 MC292-NF-B01

n-triacontane-d62

88

99

95

88

94

97

91

85

99

96

92

90

92

90

99

99

98

99

100

95

96

88

94

97

90

98

97

91

99

93

91

101

77

102

117

111

91

117

106

108

119

90

95

98

109

117

92

H-95
Table H.4. Sediment total petroleum hydrocarbon data for Cruise 2B.

Cruise Sample Name Station

2 CSA0141 MC292-NF-B02

2 CSA0142 MC292-NF-B03

2 CSA0143 MC292-NF-B04

2 CSA0144 MC292-NF-B05

2 CSA0145 MC292-NF-B06

2 CSA0146 MC292-NF-B07

2 CSA0147 MC292-NF-B08

2 CSA0148 MC292-NF-B09

2 CSA0149 MC292-NF-B10

2 CSA0150 MC292-NF-B11

2 CSA0151 MC292-NF-B12

2 CSA0152 MC292-FF1-B01

2 CSA0153 MC292-FF2-B01

2 CSA0154 MC292-FF3-B01

2 CSA0155 MC292-FF4-B01

2 CSA0156 MC292-FF5-B01

2 CSA0157 MC292-FF6-B01

2 CSA0158 MC292-FF1-B02

2 CSA0159 MC292-FF2-B02

2 CSA0160 MC292-FF3-B02

2 CSA0161 MC292-FF4-B02

2 CSA0162 MC292-FF5-B02

2 CSA0163 MC292-FF6-B02

n-triacontane-d62

92

119

99

93

117

102

92

94

117

94

101

95

109

102

101

103

88

91

82

98

95

95

99

H-96
Table H.5. Sediment polycyclic aromatic hydrocarbon data for Cruise 3B.

Cruise Sample Name Station

Collection 

Date

Received 

Date

Extraction 

Date

Extraction 

Batch

Date 

Acquired

3B CSA0253.D VK916-DC-B1(0-2) 08/08/02 08/15/02 08/28/02 ENV 631 10/11/02

3B CSA0254.D VK916-DC-B1(2-4) 08/08/02 08/15/02 08/28/02 ENV 631 10/11/02

3B CSA0255.D VK916-DC-B1(4-6) 08/08/02 08/15/02 08/28/02 ENV 631 10/11/02

3B CSA0256.D VK916-DC-B1(6-8) 08/08/02 08/15/02 08/28/02 ENV 631 10/08/02

3B CSA0257.D VK916-DC-B1(8-10) 08/08/02 08/15/02 08/28/02 ENV 631 10/08/02

3B CSA0258.D VK916-DC-B2(0-2) 08/08/02 08/15/02 08/28/02 ENV 631 10/11/02

3B CSA0259.D VK916-DC-B2(2-4) 08/08/02 08/15/02 08/28/02 ENV 631 10/11/02

3B CSA0260.D VK916-DC-B2(4-6) 08/08/02 08/15/02 08/28/02 ENV 631 10/07/02

3B CSA0261.D VK916-DC-B2(6-8) 08/08/02 08/15/02 08/28/02 ENV 631 10/08/02

3B CSA0262.D VK916-DC-B2(8-10) 08/08/02 08/15/02 08/28/02 ENV 631 10/08/02

3B CSA0263.D VK916-DC-B3(0-2) 08/08/02 08/15/02 08/28/02 ENV 631 10/11/02

3B CSA0264.D VK916-DC-B3(2-4) 08/08/02 08/15/02 08/28/02 ENV 631 10/11/02

3B CSA0265.D VK916-DC-B3(4-6) 08/08/02 08/15/02 08/28/02 ENV 631 10/11/02

3B CSA0266.D VK916-DC-B3(6-8) 08/08/02 08/15/02 08/28/02 ENV 631 10/11/02

3B CSA0267.D VK916-DC-B3(8-10) 08/08/02 08/15/02 08/28/02 ENV 631 10/11/02

3B CSA0241.D VK916-FF1-B01 08/07/02 08/15/02 08/28/02 ENV 630 10/06/02

3B CSA0242.D VK916-FF1-B02 08/07/02 08/15/02 08/28/02 ENV 630 10/06/02

3B CSA0243.D VK916-FF2-B01 08/07/02 08/15/02 08/28/02 ENV 630 10/06/02

3B CSA0244.D VK916-FF2-B02 08/07/02 08/15/02 08/28/02 ENV 630 10/06/02

3B CSA0245.D VK916-FF3-B01 08/09/02 08/15/02 08/28/02 ENV 630 10/06/02

3B CSA0246.D VK916-FF3-B02 08/09/02 08/15/02 08/28/02 ENV 630 10/06/02

3B CSA0247.D VK916-FF4-B01 08/09/02 08/15/02 08/28/02 ENV 630 10/06/02

3B CSA0248.D VK916-FF4-B02 08/09/02 08/15/02 08/28/02 ENV 630 10/06/02

3B CSA0249.D VK916-FF5-B01 08/09/02 08/15/02 08/28/02 ENV 630 10/06/02

3B CSA0250.D VK916-FF5-B02 08/09/02 08/15/02 08/28/02 ENV 630 10/06/02

3B CSA0251.D VK916-FF6-B01 08/09/02 08/15/02 08/28/02 ENV 630 10/06/02

3B CSA0252.D VK916-FF6-B02 08/09/02 08/15/02 08/28/02 ENV 630 10/06/02

3B CSA0229.D VK916-NF-B01 08/07/02 08/15/02 09/02/02 ENV 632 10/11/02

3B CSA0230.D VK916-NF-B02 08/08/02 08/15/02 09/02/02 ENV 632 10/10/02

3B CSA0231.D VK916-NF-B03 08/08/02 08/15/02 09/02/02 ENV 632 10/10/02

3B CSA0232.D VK916-NF-B04 08/08/02 08/15/02 09/02/02 ENV 632 10/10/02

3B CSA0233.D VK916-NF-B05 08/08/02 08/15/02 09/02/02 ENV 632 10/11/02

3B CSA0234.D VK916-NF-B06 08/08/02 08/15/02 09/02/02 ENV 632 10/17/02

3B CSA0235.D VK916-NF-B07 08/08/02 08/15/02 09/02/02 ENV 632 10/11/02

3B CSA0236.D VK916-NF-B08 08/08/02 08/15/02 09/02/02 ENV 632 10/10/02

3B CSA0237.D VK916-NF-B09 08/08/02 08/15/02 08/28/02 ENV 631 10/08/02

3B CSA0238.D VK916-NF-B10 08/09/02 08/15/02 09/02/02 ENV 632 10/10/02

3B CSA0239.D VK916-NF-B11 08/09/02 08/15/02 09/02/02 ENV 632 10/10/02

3B CSA0240.D VK916-NF-B12 08/10/02 08/15/02 09/02/02 ENV 632 10/10/02

H-97
Table H.5. Sediment polycyclic aromatic hydrocarbon data for Cruise 3B.

Cruise Sample Name Station

3B CSA0253.D VK916-DC-B1(0-2)

3B CSA0254.D VK916-DC-B1(2-4)

3B CSA0255.D VK916-DC-B1(4-6)

3B CSA0256.D VK916-DC-B1(6-8)

3B CSA0257.D VK916-DC-B1(8-10)

3B CSA0258.D VK916-DC-B2(0-2)

3B CSA0259.D VK916-DC-B2(2-4)

3B CSA0260.D VK916-DC-B2(4-6)

3B CSA0261.D VK916-DC-B2(6-8)

3B CSA0262.D VK916-DC-B2(8-10)

3B CSA0263.D VK916-DC-B3(0-2)

3B CSA0264.D VK916-DC-B3(2-4)

3B CSA0265.D VK916-DC-B3(4-6)

3B CSA0266.D VK916-DC-B3(6-8)

3B CSA0267.D VK916-DC-B3(8-10)

3B CSA0241.D VK916-FF1-B01

3B CSA0242.D VK916-FF1-B02

3B CSA0243.D VK916-FF2-B01

3B CSA0244.D VK916-FF2-B02

3B CSA0245.D VK916-FF3-B01

3B CSA0246.D VK916-FF3-B02

3B CSA0247.D VK916-FF4-B01

3B CSA0248.D VK916-FF4-B02

3B CSA0249.D VK916-FF5-B01

3B CSA0250.D VK916-FF5-B02

3B CSA0251.D VK916-FF6-B01

3B CSA0252.D VK916-FF6-B02

3B CSA0229.D VK916-NF-B01

3B CSA0230.D VK916-NF-B02

3B CSA0231.D VK916-NF-B03

3B CSA0232.D VK916-NF-B04

3B CSA0233.D VK916-NF-B05

3B CSA0234.D VK916-NF-B06

3B CSA0235.D VK916-NF-B07

3B CSA0236.D VK916-NF-B08

3B CSA0237.D VK916-NF-B09

3B CSA0238.D VK916-NF-B10

3B CSA0239.D VK916-NF-B11

3B CSA0240.D VK916-NF-B12

Method Dry Wt (g) %Moisture %Dry Dilution Targ_Comp

PAH-2002 5.1 50 50 10x Su Corrected

PAH-2002 5.0 62 38 NA Su Corrected

PAH-2002 15.1 68 32 NA Su Corrected

PAH-2002 15.0 65 35 NA Su Corrected

PAH-2002 15.1 61 39 NA Su Corrected

PAH-2002 5.0 69 31 100X Su Corrected

PAH-2002 5.1 73 27 10x Su Corrected

PAH-2002 15.1 69 31 10x Su Corrected

PAH-2002 15.1 65 35 NA Su Corrected

PAH-2002 15.0 64 36 NA Su Corrected

PAH-2002 5.1 68 32 100x Su Corrected

PAH-2002 5.1 72 28 10x Su Corrected

PAH-2002 15.1 67 33 10x Su Corrected

PAH-2002 15.2 64 36 10x Su Corrected

PAH-2002 15.1 63 37 10x Su Corrected

PAH-2002 15.0 76 24 NA Su Corrected

PAH-2002 15.0 78 22 NA Su Corrected

PAH-2002 15.1 71 29 NA Su Corrected

PAH-2002 15.3 78 22 NA Su Corrected

PAH-2002 15.1 72 28 NA Su Corrected

PAH-2002 15.0 74 26 NA Su Corrected

PAH-2002 15.1 77 23 NA Su Corrected

PAH-2002 15.2 78 23 NA Su Corrected

PAH-2002 15.3 72 28 NA Su Corrected

PAH-2002 15.2 70 30 NA Su Corrected

PAH-2002 15.2 66 34 NA Su Corrected

PAH-2002 15.0 75 25 NA Su Corrected

PAH-2002 15.0 75 25 100x Su Corrected

PAH-2002 15.2 76 24 NA Su Corrected

PAH-2002 15.0 77 23 NA Su Corrected

PAH-2002 15.0 75 25 NA Su Corrected

PAH-2002 15.0 70 30 100x Su Corrected

PAH-2002 15.2 53 47 100x Su Corrected

PAH-2002 15.4 68 32 100x Su Corrected

PAH-2002 15.1 72 28 NA Su Corrected

PAH-2002 15.1 69 31 NA Su Corrected

PAH-2002 15.0 73 27 NA Su Corrected

PAH-2002 15.0 81 19 NA Su Corrected

PAH-2002 15.2 78 22 NA Su Corrected

H-98
Table H.5. Sediment polycyclic aromatic hydrocarbon data for Cruise 3B.

Cruise Sample Name Station

3B CSA0253.D VK916-DC-B1(0-2)

3B CSA0254.D VK916-DC-B1(2-4)

3B CSA0255.D VK916-DC-B1(4-6)

3B CSA0256.D VK916-DC-B1(6-8)

3B CSA0257.D VK916-DC-B1(8-10)

3B CSA0258.D VK916-DC-B2(0-2)

3B CSA0259.D VK916-DC-B2(2-4)

3B CSA0260.D VK916-DC-B2(4-6)

3B CSA0261.D VK916-DC-B2(6-8)

3B CSA0262.D VK916-DC-B2(8-10)

3B CSA0263.D VK916-DC-B3(0-2)

3B CSA0264.D VK916-DC-B3(2-4)

3B CSA0265.D VK916-DC-B3(4-6)

3B CSA0266.D VK916-DC-B3(6-8)

3B CSA0267.D VK916-DC-B3(8-10)

3B CSA0241.D VK916-FF1-B01

3B CSA0242.D VK916-FF1-B02

3B CSA0243.D VK916-FF2-B01

3B CSA0244.D VK916-FF2-B02

3B CSA0245.D VK916-FF3-B01

3B CSA0246.D VK916-FF3-B02

3B CSA0247.D VK916-FF4-B01

3B CSA0248.D VK916-FF4-B02

3B CSA0249.D VK916-FF5-B01

3B CSA0250.D VK916-FF5-B02

3B CSA0251.D VK916-FF6-B01

3B CSA0252.D VK916-FF6-B02

3B CSA0229.D VK916-NF-B01

3B CSA0230.D VK916-NF-B02

3B CSA0231.D VK916-NF-B03

3B CSA0232.D VK916-NF-B04

3B CSA0233.D VK916-NF-B05

3B CSA0234.D VK916-NF-B06

3B CSA0235.D VK916-NF-B07

3B CSA0236.D VK916-NF-B08

3B CSA0237.D VK916-NF-B09

3B CSA0238.D VK916-NF-B10

3B CSA0239.D VK916-NF-B11

3B CSA0240.D VK916-NF-B12

Naphthal C1-Naphth C2-Naphth C3-Naphth C4-Naphth

18.1 9.8 5.0 5.0 5.0

8.0 6.1 0.5 0.5 0.5

32.0 37.0 1.7 1.7 1.7

4.7 9.0 6.6 8.5 15.8

7.3 13.3 8.3 10.1 15.7

141.5 63.3 50.1 50.1 50.1

14.1 6.3 5.0 5.0 5.0

5.2 9.4 12.1 8.4 18.0

7.1 9.8 10.2 6.1 7.4

3.4 7.1 7.7 7.4 3.7

138.7 62.0 49.1 49.1 49.1

14.0 6.3 5.0 5.0 5.0

5.3 2.1 1.7 1.7 1.7

3.5 2.1 1.7 1.7 1.7

1.4 2.1 1.7 1.7 1.7

5.7 8.8 10.0 8.0 6.8

2.2 7.4 6.5 5.5 4.6

2.9 8.2 8.8 5.2 8.0

6.2 9.2 12.5 12.1 22.1

3.7 9.3 10.5 6.8 9.0

3.9 11.2 12.1 6.8 6.0

1.5 4.3 6.8 3.6 4.2

3.7 8.3 7.7 6.3 6.0

3.1 8.1 6.4 3.6 4.4

2.8 6.0 6.3 4.6 4.0

5.6 16.3 12.8 7.6 5.9

3.5 9.1 8.0 6.0 5.8

47.5 21.2 16.8 16.8 16.8

5.5 7.9 7.8 8.3 14.4

4.7 4.5 12.4 1.7 1.7

7.8 4.2 8.1 5.1 4.4

47.4 21.2 16.8 16.8 16.8

46.8 20.9 16.6 16.6 16.6

46.3 20.7 16.4 16.4 16.4

5.9 7.0 8.5 7.4 7.4

7.6 9.1 9.1 5.9 3.1

8.8 7.8 8.5 6.9 4.7

7.9 7.6 8.0 5.8 5.5

1.9 7.6 10.2 10.9 13.4

H-99
Table H.5. Sediment polycyclic aromatic hydrocarbon data for Cruise 3B.

Cruise Sample Name Station

3B CSA0253.D VK916-DC-B1(0-2)

3B CSA0254.D VK916-DC-B1(2-4)

3B CSA0255.D VK916-DC-B1(4-6)

3B CSA0256.D VK916-DC-B1(6-8)

3B CSA0257.D VK916-DC-B1(8-10)

3B CSA0258.D VK916-DC-B2(0-2)

3B CSA0259.D VK916-DC-B2(2-4)

3B CSA0260.D VK916-DC-B2(4-6)

3B CSA0261.D VK916-DC-B2(6-8)

3B CSA0262.D VK916-DC-B2(8-10)

3B CSA0263.D VK916-DC-B3(0-2)

3B CSA0264.D VK916-DC-B3(2-4)

3B CSA0265.D VK916-DC-B3(4-6)

3B CSA0266.D VK916-DC-B3(6-8)

3B CSA0267.D VK916-DC-B3(8-10)

3B CSA0241.D VK916-FF1-B01

3B CSA0242.D VK916-FF1-B02

3B CSA0243.D VK916-FF2-B01

3B CSA0244.D VK916-FF2-B02

3B CSA0245.D VK916-FF3-B01

3B CSA0246.D VK916-FF3-B02

3B CSA0247.D VK916-FF4-B01

3B CSA0248.D VK916-FF4-B02

3B CSA0249.D VK916-FF5-B01

3B CSA0250.D VK916-FF5-B02

3B CSA0251.D VK916-FF6-B01

3B CSA0252.D VK916-FF6-B02

3B CSA0229.D VK916-NF-B01

3B CSA0230.D VK916-NF-B02

3B CSA0231.D VK916-NF-B03

3B CSA0232.D VK916-NF-B04

3B CSA0233.D VK916-NF-B05

3B CSA0234.D VK916-NF-B06

3B CSA0235.D VK916-NF-B07

3B CSA0236.D VK916-NF-B08

3B CSA0237.D VK916-NF-B09

3B CSA0238.D VK916-NF-B10

3B CSA0239.D VK916-NF-B11

3B CSA0240.D VK916-NF-B12

Biphenyl Acena_lene Acen_thene Fluorene C1-Fluor C2-Fluor

4.4 2.5 3.2 1.8 3.5 3.6

23.6 0.3 0.3 0.2 0.4 0.4

1.5 0.9 1.1 0.1 1.2 1.2

9.0 1.6 9.1 0.6 1.2 1.2

6.7 1.1 5.3 17.2 1 1

44.6 25.1 32.4 17.7 35.5 35.8

4.4 2.5 3.2 1.8 3.5 3.6

2.3 2.5 10.5 0.1 1 1

4.6 1.8 3.6 12.2 1.2 1.2

7.8 1.6 9.2 12.5 1.2 1.2

43.7 24.6 31.7 17.4 35 35

4.4 2.5 3.2 1.8 3.5 3.6

1.5 0.9 1.1 0.1 1.2 1.2

1.5 0.9 1.1 0.1 1.2 1.2

1.5 0.9 1.1 0.1 1.2 1.2

3.6 0.8 6.9 4.9 3.8 4.5

2.9 0.2 4.2 3.0 1 1

4.4 2.6 6.3 4.2 7.3 1.2

18.6 2.6 18.8 13.2 16.6 16.7

3.8 2.5 11.5 7.9 4.1 5.9

3.8 2.4 13.7 10.2 5.4 6.4

2.0 1.8 1.7 1.6 1.2 1.2

2.7 2.3 7.5 5.8 3.2 5.3

2.4 2.0 9.7 6.6 3.3 3.6

2.4 2.2 5.3 4.0 2.1 3.7

3.8 2.3 6.2 5.5 3.9 6.6

3.2 1.7 14.6 10.0 3.9 3.7

15.0 8.4 10.9 6.0 11.9 12.00

6.6 2.5 8.7 9.5 8 13

14.8 1.1 12.3 10.4 1.2 1.2

3.0 1.9 4.3 3.2 3.0 3.4

15.0 8.4 10.9 6.0 12 12

14.8 8.3 10.7 5.9 11.7 11.9

14.6 8.2 10.6 0.8 11.6 11.7

15.2 1.3 5.8 4.4 1.2 1.2

3.2 2.4 6.5 5.0 1.2 1.2

3.3 2.3 4.1 3.6 1.2 1.2

2.5 1.7 5.3 4.2 1.2 1.2

0.5 1.6 14.9 9.4 1.2 1.2

H-100
Table H.5. Sediment polycyclic aromatic hydrocarbon data for Cruise 3B.

Cruise Sample Name Station

3B CSA0253.D VK916-DC-B1(0-2)

3B CSA0254.D VK916-DC-B1(2-4)

3B CSA0255.D VK916-DC-B1(4-6)

3B CSA0256.D VK916-DC-B1(6-8)

3B CSA0257.D VK916-DC-B1(8-10)

3B CSA0258.D VK916-DC-B2(0-2)

3B CSA0259.D VK916-DC-B2(2-4)

3B CSA0260.D VK916-DC-B2(4-6)

3B CSA0261.D VK916-DC-B2(6-8)

3B CSA0262.D VK916-DC-B2(8-10)

3B CSA0263.D VK916-DC-B3(0-2)

3B CSA0264.D VK916-DC-B3(2-4)

3B CSA0265.D VK916-DC-B3(4-6)

3B CSA0266.D VK916-DC-B3(6-8)

3B CSA0267.D VK916-DC-B3(8-10)

3B CSA0241.D VK916-FF1-B01

3B CSA0242.D VK916-FF1-B02

3B CSA0243.D VK916-FF2-B01

3B CSA0244.D VK916-FF2-B02

3B CSA0245.D VK916-FF3-B01

3B CSA0246.D VK916-FF3-B02

3B CSA0247.D VK916-FF4-B01

3B CSA0248.D VK916-FF4-B02

3B CSA0249.D VK916-FF5-B01

3B CSA0250.D VK916-FF5-B02

3B CSA0251.D VK916-FF6-B01

3B CSA0252.D VK916-FF6-B02

3B CSA0229.D VK916-NF-B01

3B CSA0230.D VK916-NF-B02

3B CSA0231.D VK916-NF-B03

3B CSA0232.D VK916-NF-B04

3B CSA0233.D VK916-NF-B05

3B CSA0234.D VK916-NF-B06

3B CSA0235.D VK916-NF-B07

3B CSA0236.D VK916-NF-B08

3B CSA0237.D VK916-NF-B09

3B CSA0238.D VK916-NF-B10

3B CSA0239.D VK916-NF-B11

3B CSA0240.D VK916-NF-B12

C3-Fluor Anthracene Phenanthre C1-PhenAnt C2-PhenAnt

3.6 2.2 23.0 20.7 5.0

0.4 0.2 15.3 18.7 0.5

1.2 8.0 104 92.5 48.5

1 1.1 8.6 8.2 3.5

1 0.6 8.8 8.3 3.0

35.8 22.4 25.4 50.1 50.7

4 2.2 2.5 5.0 5.1

1 1.1 9.6 9.1 6.5

1.2 1.8 9.7 11.1 3.9

1.2 1.1 7.7 9.1 3.7

35 22.0 24.9 49.1 49.7

3.6 2.2 2.5 5.0 5.0

1.2 0.8 0.9 1.7 1.7

1.2 0.6 7.0 1.7 1.7

1.2 0.8 3.0 1.7 1.7

1.20 2.3 9.2 11.6 5.4

1 2.0 8.6 10.5 4.7

1.2 2.4 9.1 10.9 5.1

10.0 7.0 10.4 12.0 6.0

1.2 2.8 15.8 17.6 7.3

1.2 1.9 13.4 14.8 6.6

1.2 2.1 8.6 9.7 4.0

1.2 1.9 14.0 11.9 5.7

1.2 2.3 14.4 13.1 5.7

1.2 1.9 10.4 12.5 5.0

1.2 3.3 14.1 18.9 11.4

1.2 2.1 13.3 15.2 7.2

12.00 7.5 8.5 16.8 17.0

19 1.8 11.0 11.7 5.5

1.2 1.3 10.1 10.7 4.8

1.2 1.2 8.8 10.5 4.5

12 7.5 8.5 16.8 17.0

12 7.4 8.4 16.6 16.8

11.7 7.3 8.3 16.4 16.6

1.2 1.4 9.4 11.0 4.8

1 2.1 11.7 11.0 12.6

1.2 2.3 11.6 11.5 6.0

1.2 1.8 11.1 12.5 5.5

1.2 1.4 9.7 11.4 4.6

H-101
Table H.5. Sediment polycyclic aromatic hydrocarbon data for Cruise 3B.

Cruise Sample Name Station

3B CSA0253.D VK916-DC-B1(0-2)

3B CSA0254.D VK916-DC-B1(2-4)

3B CSA0255.D VK916-DC-B1(4-6)

3B CSA0256.D VK916-DC-B1(6-8)

3B CSA0257.D VK916-DC-B1(8-10)

3B CSA0258.D VK916-DC-B2(0-2)

3B CSA0259.D VK916-DC-B2(2-4)

3B CSA0260.D VK916-DC-B2(4-6)

3B CSA0261.D VK916-DC-B2(6-8)

3B CSA0262.D VK916-DC-B2(8-10)

3B CSA0263.D VK916-DC-B3(0-2)

3B CSA0264.D VK916-DC-B3(2-4)

3B CSA0265.D VK916-DC-B3(4-6)

3B CSA0266.D VK916-DC-B3(6-8)

3B CSA0267.D VK916-DC-B3(8-10)

3B CSA0241.D VK916-FF1-B01

3B CSA0242.D VK916-FF1-B02

3B CSA0243.D VK916-FF2-B01

3B CSA0244.D VK916-FF2-B02

3B CSA0245.D VK916-FF3-B01

3B CSA0246.D VK916-FF3-B02

3B CSA0247.D VK916-FF4-B01

3B CSA0248.D VK916-FF4-B02

3B CSA0249.D VK916-FF5-B01

3B CSA0250.D VK916-FF5-B02

3B CSA0251.D VK916-FF6-B01

3B CSA0252.D VK916-FF6-B02

3B CSA0229.D VK916-NF-B01

3B CSA0230.D VK916-NF-B02

3B CSA0231.D VK916-NF-B03

3B CSA0232.D VK916-NF-B04

3B CSA0233.D VK916-NF-B05

3B CSA0234.D VK916-NF-B06

3B CSA0235.D VK916-NF-B07

3B CSA0236.D VK916-NF-B08

3B CSA0237.D VK916-NF-B09

3B CSA0238.D VK916-NF-B10

3B CSA0239.D VK916-NF-B11

3B CSA0240.D VK916-NF-B12

C3-PhenAnt C4-PhenAnt Dibenzothi C1-Dibenz C2-Dibenz

5.0 5.0 2.3 4.6 4.6

0.5 0.5 0.3 0.5 0.5

31.4 1.7 0.8 1.6 1.6

2.6 1.1 0.6 1.6 1.6

0.9 1.2 0.3 1.6 1.6

50.7 50.7 23.5 46.9 46.2

5.1 5.1 2.3 4.7 4.6

1.7 1.7 0.8 1.6 1.6

2.6 1.2 1.0 1.6 1.6

2.8 1.9 1.1 1.6 1.6

49.7 49.7 23.0 46.0 45.3

5.0 5.0 2.3 4.7 4.6

1.7 1.7 0.8 1.6 1.6

1.7 1.7 0.8 1.6 1.6

1.7 1.7 0.8 1.6 1.6

4.0 1.7 1.4 3.3 2.7

3.2 2.7 1.1 2.5 2.8

3.3 2.4 1.0 3.2 2.9

5.0 2.4 1.5 13.4 8.0

4.7 3.9 2.2 5.2 6.0

4.3 1.8 1.8 4.5 4.8

2.8 2.3 1.0 1.7 1.9

3.9 1.7 1.6 3.9 3.0

3.2 2.5 1.4 3.7 4.1

4.2 1.3 1.4 2.6 3.3

7.3 3.8 1.7 4.4 5.0

5.3 3.2 1.4 5.8 5.1

17.0 17.0 7.9 15.7 15.5

4.0 1.7 3.9 22.2 48.5

3.9 1.1 1.7 1.6 1.6

3.8 2.4 1.0 1.4 2.5

17.0 17.0 7.9 15.7 15.5

16.8 16.8 7.8 15.5 15.3

16.6 16.6 7.7 15.4 15.2

3.6 1.7 1.3 1.6 1.6

5.8 3.3 1.2 1.6 1.6

3.8 1.0 1.0 1.4 1.6

3.7 0.5 1.4 1.2 2.5

4.4 2.2 1.7 1.6 1.6

H-102
Table H.5. Sediment polycyclic aromatic hydrocarbon data for Cruise 3B.

Cruise Sample Name Station

3B CSA0253.D VK916-DC-B1(0-2)

3B CSA0254.D VK916-DC-B1(2-4)

3B CSA0255.D VK916-DC-B1(4-6)

3B CSA0256.D VK916-DC-B1(6-8)

3B CSA0257.D VK916-DC-B1(8-10)

3B CSA0258.D VK916-DC-B2(0-2)

3B CSA0259.D VK916-DC-B2(2-4)

3B CSA0260.D VK916-DC-B2(4-6)

3B CSA0261.D VK916-DC-B2(6-8)

3B CSA0262.D VK916-DC-B2(8-10)

3B CSA0263.D VK916-DC-B3(0-2)

3B CSA0264.D VK916-DC-B3(2-4)

3B CSA0265.D VK916-DC-B3(4-6)

3B CSA0266.D VK916-DC-B3(6-8)

3B CSA0267.D VK916-DC-B3(8-10)

3B CSA0241.D VK916-FF1-B01

3B CSA0242.D VK916-FF1-B02

3B CSA0243.D VK916-FF2-B01

3B CSA0244.D VK916-FF2-B02

3B CSA0245.D VK916-FF3-B01

3B CSA0246.D VK916-FF3-B02

3B CSA0247.D VK916-FF4-B01

3B CSA0248.D VK916-FF4-B02

3B CSA0249.D VK916-FF5-B01

3B CSA0250.D VK916-FF5-B02

3B CSA0251.D VK916-FF6-B01

3B CSA0252.D VK916-FF6-B02

3B CSA0229.D VK916-NF-B01

3B CSA0230.D VK916-NF-B02

3B CSA0231.D VK916-NF-B03

3B CSA0232.D VK916-NF-B04

3B CSA0233.D VK916-NF-B05

3B CSA0234.D VK916-NF-B06

3B CSA0235.D VK916-NF-B07

3B CSA0236.D VK916-NF-B08

3B CSA0237.D VK916-NF-B09

3B CSA0238.D VK916-NF-B10

3B CSA0239.D VK916-NF-B11

3B CSA0240.D VK916-NF-B12

C3-Dibenz Fluoranth Pyrene C1-FluorPyr C2-FluorPyr

4.6 9.2 7.3 20.3 9.0

0.5 9.7 12.7 13.2 4.7

1.6 95.5 122.0 78.6 55.7

1.6 6.9 8.7 4.8 4.0

1.6 4.2 5.3 0.5 2.5

46.2 45.8 73.8 91.5 91.0

4.6 7.3 8.9 9.1 9.0

1.6 7.1 9.7 5.2 4.5

1.6 7.9 11.4 6.1 5.3

1.6 6.2 9.5 5.1 4.3

45.3 44.9 72.3 89.7 89.2

4.6 4.5 7.3 9.1 9.0

1.6 6.8 11.0 4.3 3.1

1.6 4.8 7.5 3.8 3.0

1.6 1.6 2.5 3.1 3.1

2.5 9.9 12.1 6.1 6.1

2.4 9.2 10.4 5.2 5.0

1.6 9.2 11.6 5.1 5.0

7.5 8.5 10.1 5.6 5.5

3.3 12.7 18.3 6.9 6.2

3.7 10.4 13.2 5.8 5.7

1.6 7.5 9.3 3.8 3.6

2.8 9.6 12.1 5.0 4.7

2.7 11.8 14.5 5.7 4.6

2.5 10.3 11.7 5.0 4.7

4.2 12.3 14.7 7.1 7.0

3.9 11.1 12.2 4.8 4.5

15.5 15.4 24.8 30.7 30.5

33.9 11.5 11.5 7.4 5.1

1.6 9.8 10.7 6.3 7.0

2.0 9.5 11.1 6.4 6.5

15.5 15.3 24.7 30.7 30.5

15.3 15.1 24.4 30.3 30.1

15.2 15.0 24.2 30.0 29.8

1.6 10.6 12.4 6.4 5.6

1.6 10.9 14.0 7.8 8.8

1.6 12.0 14.0 7.7 7.1

2.0 11.6 12.4 6.5 6.3

1.6 9.4 11.2 6.2 5.4

H-103
Table H.5. Sediment polycyclic aromatic hydrocarbon data for Cruise 3B.

Cruise Sample Name Station

3B CSA0253.D VK916-DC-B1(0-2)

3B CSA0254.D VK916-DC-B1(2-4)

3B CSA0255.D VK916-DC-B1(4-6)

3B CSA0256.D VK916-DC-B1(6-8)

3B CSA0257.D VK916-DC-B1(8-10)

3B CSA0258.D VK916-DC-B2(0-2)

3B CSA0259.D VK916-DC-B2(2-4)

3B CSA0260.D VK916-DC-B2(4-6)

3B CSA0261.D VK916-DC-B2(6-8)

3B CSA0262.D VK916-DC-B2(8-10)

3B CSA0263.D VK916-DC-B3(0-2)

3B CSA0264.D VK916-DC-B3(2-4)

3B CSA0265.D VK916-DC-B3(4-6)

3B CSA0266.D VK916-DC-B3(6-8)

3B CSA0267.D VK916-DC-B3(8-10)

3B CSA0241.D VK916-FF1-B01

3B CSA0242.D VK916-FF1-B02

3B CSA0243.D VK916-FF2-B01

3B CSA0244.D VK916-FF2-B02

3B CSA0245.D VK916-FF3-B01

3B CSA0246.D VK916-FF3-B02

3B CSA0247.D VK916-FF4-B01

3B CSA0248.D VK916-FF4-B02

3B CSA0249.D VK916-FF5-B01

3B CSA0250.D VK916-FF5-B02

3B CSA0251.D VK916-FF6-B01

3B CSA0252.D VK916-FF6-B02

3B CSA0229.D VK916-NF-B01

3B CSA0230.D VK916-NF-B02

3B CSA0231.D VK916-NF-B03

3B CSA0232.D VK916-NF-B04

3B CSA0233.D VK916-NF-B05

3B CSA0234.D VK916-NF-B06

3B CSA0235.D VK916-NF-B07

3B CSA0236.D VK916-NF-B08

3B CSA0237.D VK916-NF-B09

3B CSA0238.D VK916-NF-B10

3B CSA0239.D VK916-NF-B11

3B CSA0240.D VK916-NF-B12

C3-FluorPyr Naphthoben C1-Naphth C2-Naphth C3-Naphth

9.0 2.5 5.0 5.0 5.0

2.2 0.3 0.5 0.5 0.5

31.4 0.9 1.7 1.7 1.7

2.2 1.5 1.6 2.1 1.7

0.8 0.6 0.6 0.7 1.7

91.0 25.4 50.7 50.7 50.7

9.0 2.5 5.1 5.1 5.1

4.9 0.9 1.7 1.7 1.7

2.2 1.6 2.4 2.1 1.1

2.2 1.2 1.5 1.6 1.0

89.2 24.9 49.7 49.7 49.7

9.0 2.5 5.0 5.0 5.0

3.1 0.9 1.7 1.7 1.7

3.0 0.9 1.7 1.7 1.7

3.1 0.9 1.7 1.7 1.7

3.2 1.9 2.9 5.1 3.7

3.8 2.3 3.4 3.9 4.3

2.8 2.5 2.6 3.4 3.6

2.8 2.3 3.2 3.8 2.9

3.0 2.9 3.4 4.0 4.8

2.6 2.2 3.4 4.2 3.6

1.5 1.7 1.8 1.9 2.3

3.1 2.2 2.8 3.4 3.1

2.2 2.6 2.1 3.0 1.2

2.7 2.7 2.0 2.8 2.3

4.0 3.4 4.7 4.9 5.2

2.2 2.4 2.5 3.6 3.5

30.5 8.5 17.0 17.0 17.0

2.9 0.9 1.7 1.7 1.7

4.8 1.9 2.4 2.9 2.6

3.2 2.5 3.3 5.1 3.7

30.5 8.5 17.0 17.0 17.0

30.1 8.4 16.8 16.8 16.8

29.8 8.3 16.6 16.6 16.6

3.1 0.9 1.7 1.7 1.7

4.9 2.4 3.4 3.7 2.4

2.9 2.2 3.1 3.1 3.0

2.5 2.8 2.5 3.4 2.2

2.2 2.3 2.0 3.0 1.8

H-104
Table H.5. Sediment polycyclic aromatic hydrocarbon data for Cruise 3B.

Cruise Sample Name Station

3B CSA0253.D VK916-DC-B1(0-2)

3B CSA0254.D VK916-DC-B1(2-4)

3B CSA0255.D VK916-DC-B1(4-6)

3B CSA0256.D VK916-DC-B1(6-8)

3B CSA0257.D VK916-DC-B1(8-10)

3B CSA0258.D VK916-DC-B2(0-2)

3B CSA0259.D VK916-DC-B2(2-4)

3B CSA0260.D VK916-DC-B2(4-6)

3B CSA0261.D VK916-DC-B2(6-8)

3B CSA0262.D VK916-DC-B2(8-10)

3B CSA0263.D VK916-DC-B3(0-2)

3B CSA0264.D VK916-DC-B3(2-4)

3B CSA0265.D VK916-DC-B3(4-6)

3B CSA0266.D VK916-DC-B3(6-8)

3B CSA0267.D VK916-DC-B3(8-10)

3B CSA0241.D VK916-FF1-B01

3B CSA0242.D VK916-FF1-B02

3B CSA0243.D VK916-FF2-B01

3B CSA0244.D VK916-FF2-B02

3B CSA0245.D VK916-FF3-B01

3B CSA0246.D VK916-FF3-B02

3B CSA0247.D VK916-FF4-B01

3B CSA0248.D VK916-FF4-B02

3B CSA0249.D VK916-FF5-B01

3B CSA0250.D VK916-FF5-B02

3B CSA0251.D VK916-FF6-B01

3B CSA0252.D VK916-FF6-B02

3B CSA0229.D VK916-NF-B01

3B CSA0230.D VK916-NF-B02

3B CSA0231.D VK916-NF-B03

3B CSA0232.D VK916-NF-B04

3B CSA0233.D VK916-NF-B05

3B CSA0234.D VK916-NF-B06

3B CSA0235.D VK916-NF-B07

3B CSA0236.D VK916-NF-B08

3B CSA0237.D VK916-NF-B09

3B CSA0238.D VK916-NF-B10

3B CSA0239.D VK916-NF-B11

3B CSA0240.D VK916-NF-B12

Benz(a)ant Chrysene C1-Chrysen C2-Chrysen C3-Chrysen

2.7 3.5 7.0 7.1 7.1

4.4 7.2 6.9 0.7 0.7

38.5 62.1 60.6 53.4 2.4

2.7 4.6 4.0 4.9 2.4

1.3 2.3 2.2 4.7 2.4

27.1 35.5 70.9 71.6 71.6

1.1 12.9 7.1 7.1 7.1

3.2 4.3 2.4 2.4 2.4

3.7 6.0 5.9 4.3 2.4

2.7 4.9 4.6 5.3 2.4

26.6 34.8 69.5 70.2 70.2

2.7 3.5 7.0 7.1 7.1

3.0 3.8 2.4 2.4 2.4

2.5 3.7 2.4 2.4 2.4

1.3 2.0 2.4 2.4 2.4

5.7 9.3 9.2 6.3 2.4

5.4 10.6 10.0 9.6 2.4

4.9 8.4 8.3 7.5 2.4

5.9 10.2 9.4 8.1 2.4

5.6 8.5 8.0 7.3 2.4

5.9 9.9 10.3 8.7 2.4

4.4 7.7 6.7 6.9 2.4

6.6 10.9 8.7 7.7 2.4

7.6 12.0 9.8 7.2 2.4

6.8 10.2 8.8 8.0 2.4

7.0 10.2 10.3 11.8 0.3

5.6 9.7 9.5 11.5 0.3

9.1 11.9 23.8 24.0 24.0

5.4 7.9 7.2 3.7 2.4

4.9 7.6 7.0 4.1 2.4

5.3 7.4 6.9 5.3 2.4

9.1 11.9 23.8 24.0 24.0

9.0 11.7 23.4 23.7 23.7

8.9 11.6 23.2 23.4 23.4

4.4 7.3 8.4 7.7 2.4

4.4 7.6 8.0 9.8 7.0

5.0 8.2 6.9 5.5 2.4

4.7 7.5 7.2 5.0 2.4

4.2 6.1 5.4 4.7 2.4

H-105
Table H.5. Sediment polycyclic aromatic hydrocarbon data for Cruise 3B.

Cruise Sample Name Station

3B CSA0253.D VK916-DC-B1(0-2)

3B CSA0254.D VK916-DC-B1(2-4)

3B CSA0255.D VK916-DC-B1(4-6)

3B CSA0256.D VK916-DC-B1(6-8)

3B CSA0257.D VK916-DC-B1(8-10)

3B CSA0258.D VK916-DC-B2(0-2)

3B CSA0259.D VK916-DC-B2(2-4)

3B CSA0260.D VK916-DC-B2(4-6)

3B CSA0261.D VK916-DC-B2(6-8)

3B CSA0262.D VK916-DC-B2(8-10)

3B CSA0263.D VK916-DC-B3(0-2)

3B CSA0264.D VK916-DC-B3(2-4)

3B CSA0265.D VK916-DC-B3(4-6)

3B CSA0266.D VK916-DC-B3(6-8)

3B CSA0267.D VK916-DC-B3(8-10)

3B CSA0241.D VK916-FF1-B01

3B CSA0242.D VK916-FF1-B02

3B CSA0243.D VK916-FF2-B01

3B CSA0244.D VK916-FF2-B02

3B CSA0245.D VK916-FF3-B01

3B CSA0246.D VK916-FF3-B02

3B CSA0247.D VK916-FF4-B01

3B CSA0248.D VK916-FF4-B02

3B CSA0249.D VK916-FF5-B01

3B CSA0250.D VK916-FF5-B02

3B CSA0251.D VK916-FF6-B01

3B CSA0252.D VK916-FF6-B02

3B CSA0229.D VK916-NF-B01

3B CSA0230.D VK916-NF-B02

3B CSA0231.D VK916-NF-B03

3B CSA0232.D VK916-NF-B04

3B CSA0233.D VK916-NF-B05

3B CSA0234.D VK916-NF-B06

3B CSA0235.D VK916-NF-B07

3B CSA0236.D VK916-NF-B08

3B CSA0237.D VK916-NF-B09

3B CSA0238.D VK916-NF-B10

3B CSA0239.D VK916-NF-B11

3B CSA0240.D VK916-NF-B12

C4-Chrysen Benzo(b)fl Benzo(k)fl Benzo(e)py Benzo(a)py

7.1 3.8 4.2 3.6 3.7

0.7 10.1 1.6 9.7 3.6

2.4 107.0 53.3 79.0 40.0

2.4 9.9 4.0 6.7 3.8

2.4 5.6 1.6 3.0 1.6

71.6 38.3 42.2 36.2 36.9

7.1 3.8 4.2 3.6 3.7

2.4 6.4 4.8 8.1 5.8

2.4 9.5 7.1 7.4 4.8

2.4 11.3 3.1 6.4 3.5

70.2 37.5 41.4 35.5 36.2

7.1 3.8 4.2 3.6 3.7

2.4 1.3 1.4 1.2 1.3

2.4 1.3 1.4 1.2 1.2

2.4 1.3 1.4 1.2 1.3

2.4 9.3 3.9 5.5 4.8

2.4 10.8 5.1 7.1 5.7

2.4 10.8 4.1 6.3 5.6

2.4 10.8 5.2 6.7 5.3

2.4 13.3 6.5 8.0 7.0

2.4 13.5 6.9 8.6 7.5

2.4 9.6 4.6 6.0 4.9

2.4 12.2 6.3 7.8 6.8

2.4 15.3 10.7 10.0 11.2

2.4 12.7 7.2 7.8 7.0

0.3 11.3 6.6 6.9 6.6

0.3 13.6 8.0 9.2 7.1

24.0 12.9 14.2 12.2 12.4

2.4 11.0 4.3 7.0 3.5

2.4 11.2 5.1 7.7 3.5

2.4 10.3 5.0 6.9 4.5

24.0 12.8 14.1 12.1 12.4

23.7 12.7 14.0 12.0 12.2

23.4 12.5 13.8 11.9 12.1

2.4 12.6 3.2 8.0 5.6

2.4 12.4 5.7 8.3 6.1

2.4 14.1 3.7 8.2 6.1

2.4 13.9 5.1 8.6 5.0

2.4 12.5 4.3 6.7 4.7

H-106
Table H.5. Sediment polycyclic aromatic hydrocarbon data for Cruise 3B.

Cruise Sample Name Station

3B CSA0253.D VK916-DC-B1(0-2)

3B CSA0254.D VK916-DC-B1(2-4)

3B CSA0255.D VK916-DC-B1(4-6)

3B CSA0256.D VK916-DC-B1(6-8)

3B CSA0257.D VK916-DC-B1(8-10)

3B CSA0258.D VK916-DC-B2(0-2)

3B CSA0259.D VK916-DC-B2(2-4)

3B CSA0260.D VK916-DC-B2(4-6)

3B CSA0261.D VK916-DC-B2(6-8)

3B CSA0262.D VK916-DC-B2(8-10)

3B CSA0263.D VK916-DC-B3(0-2)

3B CSA0264.D VK916-DC-B3(2-4)

3B CSA0265.D VK916-DC-B3(4-6)

3B CSA0266.D VK916-DC-B3(6-8)

3B CSA0267.D VK916-DC-B3(8-10)

3B CSA0241.D VK916-FF1-B01

3B CSA0242.D VK916-FF1-B02

3B CSA0243.D VK916-FF2-B01

3B CSA0244.D VK916-FF2-B02

3B CSA0245.D VK916-FF3-B01

3B CSA0246.D VK916-FF3-B02

3B CSA0247.D VK916-FF4-B01

3B CSA0248.D VK916-FF4-B02

3B CSA0249.D VK916-FF5-B01

3B CSA0250.D VK916-FF5-B02

3B CSA0251.D VK916-FF6-B01

3B CSA0252.D VK916-FF6-B02

3B CSA0229.D VK916-NF-B01

3B CSA0230.D VK916-NF-B02

3B CSA0231.D VK916-NF-B03

3B CSA0232.D VK916-NF-B04

3B CSA0233.D VK916-NF-B05

3B CSA0234.D VK916-NF-B06

3B CSA0235.D VK916-NF-B07

3B CSA0236.D VK916-NF-B08

3B CSA0237.D VK916-NF-B09

3B CSA0238.D VK916-NF-B10

3B CSA0239.D VK916-NF-B11

3B CSA0240.D VK916-NF-B12

Perylene Indeno(1,2 Dibenzo(a, C1-Dibenzo C2-Dibenzo

365 4.4 3.1 6.1 6.1

237 6.8 0.3 0.1 0.1

705 94.9 12.0 2.1 2.1

29.3 7.5 1.2 2.1 2.1

27.1 4.0 0.8 2.1 2.1

27.1 44.6 30.8 61.7 61.7

2.7 4.4 3.1 6.1 6.1

14.2 6.5 1.1 2.1 2.1

21.9 8.5 1.4 2.1 2.1

27.1 8.1 1.4 2.1 2.1

26.6 43.7 30.2 60.5 60.5

2.7 4.4 3.1 6.1 6.1

0.9 1.5 1.1 2.1 2.1

0.9 1.5 1.0 2.1 2.1

0.9 1.5 1.1 2.1 2.1

24.5 8.1 1.8 2.1 2.1

28.5 11.2 1.9 2.1 2.1

23.6 10.2 1.8 2.1 2.1

30.9 9.1 1.8 2.1 2.1

18.2 11.7 2.0 2.1 2.1

21.4 12.3 2.9 2.1 2.1

11.9 9.0 1.7 2.1 2.1

23.1 12.9 3.4 2.1 2.1

21.3 15.2 3.1 2.1 2.1

18.9 11.4 2.0 2.1 2.1

21.7 10.5 2.1 2.1 2.1

20.7 11.5 2.0 2.1 2.1

9.1 15.0 10.4 20.7 20.7

22.0 7.9 1.7 2.1 2.1

26.6 8.0 1.7 2.1 2.1

32.0 7.6 1.4 2.1 2.1

9.1 15.0 10.3 20.7 20.7

9.0 14.8 10.2 20.4 20.4

8.9 14.6 10.1 20.2 20.2

40.8 10.1 2.0 2.1 2.1

20.1 8.4 1.0 2.1 2.1

24.7 10.6 2.0 2.1 2.1

28.5 10.1 1.8 2.1 2.1

24.5 8.9 1.8 2.1 2.1

H-107
Table H.5. Sediment polycyclic aromatic hydrocarbon data for Cruise 3B.

Cruise Sample Name Station

3B CSA0253.D VK916-DC-B1(0-2)

3B CSA0254.D VK916-DC-B1(2-4)

3B CSA0255.D VK916-DC-B1(4-6)

3B CSA0256.D VK916-DC-B1(6-8)

3B CSA0257.D VK916-DC-B1(8-10)

3B CSA0258.D VK916-DC-B2(0-2)

3B CSA0259.D VK916-DC-B2(2-4)

3B CSA0260.D VK916-DC-B2(4-6)

3B CSA0261.D VK916-DC-B2(6-8)

3B CSA0262.D VK916-DC-B2(8-10)

3B CSA0263.D VK916-DC-B3(0-2)

3B CSA0264.D VK916-DC-B3(2-4)

3B CSA0265.D VK916-DC-B3(4-6)

3B CSA0266.D VK916-DC-B3(6-8)

3B CSA0267.D VK916-DC-B3(8-10)

3B CSA0241.D VK916-FF1-B01

3B CSA0242.D VK916-FF1-B02

3B CSA0243.D VK916-FF2-B01

3B CSA0244.D VK916-FF2-B02

3B CSA0245.D VK916-FF3-B01

3B CSA0246.D VK916-FF3-B02

3B CSA0247.D VK916-FF4-B01

3B CSA0248.D VK916-FF4-B02

3B CSA0249.D VK916-FF5-B01

3B CSA0250.D VK916-FF5-B02

3B CSA0251.D VK916-FF6-B01

3B CSA0252.D VK916-FF6-B02

3B CSA0229.D VK916-NF-B01

3B CSA0230.D VK916-NF-B02

3B CSA0231.D VK916-NF-B03

3B CSA0232.D VK916-NF-B04

3B CSA0233.D VK916-NF-B05

3B CSA0234.D VK916-NF-B06

3B CSA0235.D VK916-NF-B07

3B CSA0236.D VK916-NF-B08

3B CSA0237.D VK916-NF-B09

3B CSA0238.D VK916-NF-B10

3B CSA0239.D VK916-NF-B11

3B CSA0240.D VK916-NF-B12

C3-Dibenzo Benzo(g,h, Total PAHs D2/P2 D3/P3 D2/C2

6.1 5.0 473 . . .

0.1 8.9 410 . . .

2.1 121.0 2163 . . .

2.1 9.4 212 . . .

2.1 4.5 182 . . .

61.7 50.0 . . .

6.1 5.0 30.2 . . .

2.1 8.3 190 . . .

2.1 10.3 225 . . .

2.1 8.9 208 . . .

60.5 49.1 . . .

6.1 5.0 . . .

2.1 1.7 34.2 . . .

2.1 1.7 33.4 . . .

2.1 1.7 11.8 . . .

2.1 8.2 257 . . .

2.1 12.1 243 . . .

2.1 10.0 247 . . .

2.1 9.0 399 . . .

2.1 11.3 315 . . .

2.1 12.4 316 . . .

2.1 9.6 181 . . .

2.1 13.1 278 . . .

2.1 15.6 297 . . .

2.1 11.7 248 . . .

2.1 10.2 335 . . .

2.1 12.9 305 . . .

20.7 16.8 . . .

2.1 9.3 437 . . .

2.1 10.6 275 . . .

2.1 9.5 244 . . .

20.7 16.8 . . .

20.4 16.6 . . .

20.2 16.4 . . .

2.1 12.5 252 . . .

2.1 11.7 268 . . .

2.1 12.6 254 . . .

2.1 12.5 254 . . .

2.1 10.1 250 . . .

H-108
Table H.5. Sediment polycyclic aromatic hydrocarbon data for Cruise 3B.

Cruise Sample Name Station

3B CSA0253.D VK916-DC-B1(0-2)

3B CSA0254.D VK916-DC-B1(2-4)

3B CSA0255.D VK916-DC-B1(4-6)

3B CSA0256.D VK916-DC-B1(6-8)

3B CSA0257.D VK916-DC-B1(8-10)

3B CSA0258.D VK916-DC-B2(0-2)

3B CSA0259.D VK916-DC-B2(2-4)

3B CSA0260.D VK916-DC-B2(4-6)

3B CSA0261.D VK916-DC-B2(6-8)

3B CSA0262.D VK916-DC-B2(8-10)

3B CSA0263.D VK916-DC-B3(0-2)

3B CSA0264.D VK916-DC-B3(2-4)

3B CSA0265.D VK916-DC-B3(4-6)

3B CSA0266.D VK916-DC-B3(6-8)

3B CSA0267.D VK916-DC-B3(8-10)

3B CSA0241.D VK916-FF1-B01

3B CSA0242.D VK916-FF1-B02

3B CSA0243.D VK916-FF2-B01

3B CSA0244.D VK916-FF2-B02

3B CSA0245.D VK916-FF3-B01

3B CSA0246.D VK916-FF3-B02

3B CSA0247.D VK916-FF4-B01

3B CSA0248.D VK916-FF4-B02

3B CSA0249.D VK916-FF5-B01

3B CSA0250.D VK916-FF5-B02

3B CSA0251.D VK916-FF6-B01

3B CSA0252.D VK916-FF6-B02

3B CSA0229.D VK916-NF-B01

3B CSA0230.D VK916-NF-B02

3B CSA0231.D VK916-NF-B03

3B CSA0232.D VK916-NF-B04

3B CSA0233.D VK916-NF-B05

3B CSA0234.D VK916-NF-B06

3B CSA0235.D VK916-NF-B07

3B CSA0236.D VK916-NF-B08

3B CSA0237.D VK916-NF-B09

3B CSA0238.D VK916-NF-B10

3B CSA0239.D VK916-NF-B11

3B CSA0240.D VK916-NF-B12

D3/C3 2-Methylna 1-Methylna 2,6-Dimeth 1,6,7-Trim

. 12.1 4.7 2.5 2.3

. 6.5 3.8 0.3 0.3

. 36.0 28.4 0.9 0.8

. 14.2 3.2 3.7 2.2

. 21.6 3.3 4.6 0.3

. 36.2 27.1 25.1 22.9

. 3.6 2.7 2.5 2.3

. 11.0 3.4 4.5 1.2

. 15.1 3.4 4.1 0.9

. 10.8 2.4 2.8 1.2

. 35.5 26.6 24.6 22.4

. 3.6 2.7 2.5 2.3

. 4.2 3.2 0.9 0.8

. 2.0 1.1 0.9 0.8

. 1.2 1.2 0.9 0.8

. 15.5 4.3 4.0 1.9

. 11.4 3.6 3.1 1.5

. 15.0 4.4 4.0 1.0

. 17.5 4.4 4.9 1.2

. 17.1 3.8 4.5 0.5

. 17.0 4.1 4.7 0.5

. 7.7 2.8 2.6 0.6

. 11.9 3.3 3.8 0.5

. 11.4 2.7 3.1 0.5

. 9.0 2.6 3.1 0.4

. 22.6 8.7 6.3 0.6

. 14.0 3.3 3.7 1.1

. 12.2 9.1 8.4 7.7

. 10.9 3.8 4.2 1.4

. 5.2 3.4 4.3 0.8

. 4.7 2.9 3.2 1.1

. 12.1 9.1 8.4 7.7

. 12.0 9.0 8.3 7.6

. 11.9 8.9 8.2 7.5

. 7.7 2.7 3.6 0.9

. 12.6 4.1 4.5 1.4

. 8.4 3.2 3.8 0.8

. 10.2 3.3 3.7 1.3

. 10.4 3.3 5.4 1.5

H-109
Table H.5. Sediment polycyclic aromatic hydrocarbon data for Cruise 3B.

Cruise Sample Name Station

3B CSA0253.D VK916-DC-B1(0-2)

3B CSA0254.D VK916-DC-B1(2-4)

3B CSA0255.D VK916-DC-B1(4-6)

3B CSA0256.D VK916-DC-B1(6-8)

3B CSA0257.D VK916-DC-B1(8-10)

3B CSA0258.D VK916-DC-B2(0-2)

3B CSA0259.D VK916-DC-B2(2-4)

3B CSA0260.D VK916-DC-B2(4-6)

3B CSA0261.D VK916-DC-B2(6-8)

3B CSA0262.D VK916-DC-B2(8-10)

3B CSA0263.D VK916-DC-B3(0-2)

3B CSA0264.D VK916-DC-B3(2-4)

3B CSA0265.D VK916-DC-B3(4-6)

3B CSA0266.D VK916-DC-B3(6-8)

3B CSA0267.D VK916-DC-B3(8-10)

3B CSA0241.D VK916-FF1-B01

3B CSA0242.D VK916-FF1-B02

3B CSA0243.D VK916-FF2-B01

3B CSA0244.D VK916-FF2-B02

3B CSA0245.D VK916-FF3-B01

3B CSA0246.D VK916-FF3-B02

3B CSA0247.D VK916-FF4-B01

3B CSA0248.D VK916-FF4-B02

3B CSA0249.D VK916-FF5-B01

3B CSA0250.D VK916-FF5-B02

3B CSA0251.D VK916-FF6-B01

3B CSA0252.D VK916-FF6-B02

3B CSA0229.D VK916-NF-B01

3B CSA0230.D VK916-NF-B02

3B CSA0231.D VK916-NF-B03

3B CSA0232.D VK916-NF-B04

3B CSA0233.D VK916-NF-B05

3B CSA0234.D VK916-NF-B06

3B CSA0235.D VK916-NF-B07

3B CSA0236.D VK916-NF-B08

3B CSA0237.D VK916-NF-B09

3B CSA0238.D VK916-NF-B10

3B CSA0239.D VK916-NF-B11

3B CSA0240.D VK916-NF-B12

1-Methylph 17a, 21b Surrogate Naphthalen Acenaphthe

7.6 14.7 Su Recovery (%) 84 88

2.2 42.1 Su Recovery (%) 84 89

24.4 442.0 Su Recovery (%) 79 81

1.5 32.0 Su Recovery (%) 97 88

1.2 14.9 Su Recovery (%) 89 84

25.1 149.1 Su Recovery (%) 97 97

2.5 14.8 Su Recovery (%) 91 91

3.2 5.0 Su Recovery (%) 86 94

1.7 32.0 Su Recovery (%) 86 81

1.8 25.8 Su Recovery (%) 64 61

24.6 146.2 Su Recovery (%) 81 86

2.5 14.8 Su Recovery (%) 87 93

0.9 5.0 Su Recovery (%) 82 88

0.9 5.0 Su Recovery (%) 90 94

0.9 5.0 Su Recovery (%) 87 91

1.9 23.5 Su Recovery (%) 84 80

1.8 32.3 Su Recovery (%) 91 95

1.6 28.8 Su Recovery (%) 86 77

1.7 30.7 Su Recovery (%) 69 63

3.0 32.4 Su Recovery (%) 75 72

2.3 40.4 Su Recovery (%) 64 74

1.7 25.9 Su Recovery (%) 96 83

2.6 0.5 Su Recovery (%) 71 84

2.2 50.6 Su Recovery (%) 71 89

2.1 38.4 Su Recovery (%) 81 89

3.5 35.6 Su Recovery (%) 76 84

3.0 67.7 Su Recovery (%) 70 79

8.4 50.0 Su Recovery (%) 85 91

2.0 55.0 Su Recovery (%) 95 93

1.7 42.8 Su Recovery (%) 89 83

1.6 36.2 Su Recovery (%) 91 89

8.4 50.0 Su Recovery (%) 87 91

8.3 49.3 Su Recovery (%) 82 89

8.2 48.8 Su Recovery (%) 75 90

2.2 51.9 Su Recovery (%) 67 82

2.0 49.9 Su Recovery (%) 95 90

2.0 50.8 Su Recovery (%) 70 84

1.9 58.1 Su Recovery (%) 88 89

1.8 39.4 Su Recovery (%) 91 91

H-110
Table H.5. Sediment polycyclic aromatic hydrocarbon data for Cruise 3B.

Cruise Sample Name Station

3B CSA0253.D VK916-DC-B1(0-2)

3B CSA0254.D VK916-DC-B1(2-4)

3B CSA0255.D VK916-DC-B1(4-6)

3B CSA0256.D VK916-DC-B1(6-8)

3B CSA0257.D VK916-DC-B1(8-10)

3B CSA0258.D VK916-DC-B2(0-2)

3B CSA0259.D VK916-DC-B2(2-4)

3B CSA0260.D VK916-DC-B2(4-6)

3B CSA0261.D VK916-DC-B2(6-8)

3B CSA0262.D VK916-DC-B2(8-10)

3B CSA0263.D VK916-DC-B3(0-2)

3B CSA0264.D VK916-DC-B3(2-4)

3B CSA0265.D VK916-DC-B3(4-6)

3B CSA0266.D VK916-DC-B3(6-8)

3B CSA0267.D VK916-DC-B3(8-10)

3B CSA0241.D VK916-FF1-B01

3B CSA0242.D VK916-FF1-B02

3B CSA0243.D VK916-FF2-B01

3B CSA0244.D VK916-FF2-B02

3B CSA0245.D VK916-FF3-B01

3B CSA0246.D VK916-FF3-B02

3B CSA0247.D VK916-FF4-B01

3B CSA0248.D VK916-FF4-B02

3B CSA0249.D VK916-FF5-B01

3B CSA0250.D VK916-FF5-B02

3B CSA0251.D VK916-FF6-B01

3B CSA0252.D VK916-FF6-B02

3B CSA0229.D VK916-NF-B01

3B CSA0230.D VK916-NF-B02

3B CSA0231.D VK916-NF-B03

3B CSA0232.D VK916-NF-B04

3B CSA0233.D VK916-NF-B05

3B CSA0234.D VK916-NF-B06

3B CSA0235.D VK916-NF-B07

3B CSA0236.D VK916-NF-B08

3B CSA0237.D VK916-NF-B09

3B CSA0238.D VK916-NF-B10

3B CSA0239.D VK916-NF-B11

3B CSA0240.D VK916-NF-B12

Phenanthre Chrysene-d Perylene-d

94 92 101

96 87 90

84 87 94

96 96 99

93 95 90

85 88 90

87 90 100

85 98 99

97 92 88

70 69 72

88 87 94

82 82 92

78 82 94

81 80 92

79 79 90

89 99 52

99 87 46

88 85 70

89 80 48

71 80 85

89 73 72

81 68 67

90 73 54

95 68 71

83 70 68

76 82 78

83 65 59

83 89 96

89 96 48

100 93 47

94 89 50

95 99 100

89 98 75

89 90 96

90 92 72

95 97 91

91 97 74

84 85 49

89 88 75

H-111
Table H.6. Sediment total petroleum hydrocarbon data for Cruise 3B.

Cruise Sample No. Station

Collection 

Date

Received 

Date

Extraction 

Date

Extraction 

Batch

Date 

Acquired

3B CSA0229 VK916-NF-B01 8/7/2002 8/15/2002 9/2/2002 ENV632 10/1/2002

3B CSA0230 VK916-NF-B02 8/8/2002 8/15/2002 9/2/2002 ENV632 9/7/2002

3B CSA0231 VK916-NF-B03 8/8/2002 8/15/2002 9/2/2002 ENV632 9/7/2002

3B CSA0232 VK916-NF-B04 8/8/2002 8/15/2002 9/2/2002 ENV632 9/7/2002

3B CSA0233 VK916-NF-B05 8/8/2002 8/15/2002 9/2/2002 ENV632 10/1/2002

3B CSA0234 VK916-NF-B06 8/8/2002 8/15/2002 9/2/2002 ENV632 10/1/2002

3B CSA0235 VK916-NF-B07 8/8/2002 8/15/2002 9/2/2002 ENV632 10/1/2002

3B CSA0236 VK916-NF-B08 8/8/2002 8/15/2002 9/2/2002 ENV632 9/7/2002

3B CSA0237 VK916-NF-B09 8/8/2002 8/15/2002 8/28/2002 ENV631 9/6/2002

3B CSA0238 VK916-NF-B10 8/9/2002 8/15/2002 9/2/2002 ENV632 9/7/2002

3B CSA0239 VK916-NF-B11 8/9/2002 8/15/2002 9/2/2002 ENV632 9/7/2002

3B CSA0240 VK916-NF-B12 8/10/2002 8/15/2002 9/2/2002 ENV632 9/7/2002

3B CSA0241 VK916-FF1-B01 8/7/2002 8/15/2002 8/28/2002 ENV630 9/3/2002

3B CSA0242 VK916-FF1-B02 8/7/2002 8/15/2002 8/28/2002 ENV630 9/3/2002

3B CSA0243 VK916-FF2-B01 8/7/2002 8/15/2002 8/28/2002 ENV630 9/4/2002

3B CSA0244 VK916-FF2-B02 8/7/2002 8/15/2002 8/28/2002 ENV630 9/4/2002

3B CSA0245 VK916-FF3-B01 8/9/2002 8/15/2002 8/28/2002 ENV630 9/4/2002

3B CSA0246 VK916-FF3-B02 8/9/2002 8/15/2002 8/28/2002 ENV630 9/4/2002

3B CSA0247 VK916-FF4-B01 8/9/2002 8/15/2002 8/28/2002 ENV630 9/4/2002

3B CSA0248 VK916-FF4-B02 8/9/2002 8/15/2002 8/28/2002 ENV630 9/4/2002

3B CSA0249 VK916-FF5-B01 8/9/2002 8/15/2002 8/28/2002 ENV630 9/4/2002

3B CSA0250 VK916-FF5-B02 8/9/2002 8/15/2002 8/28/2002 ENV630 9/4/2002

3B CSA0251 VK916-FF6-B01 8/9/2002 8/15/2002 8/28/2002 ENV630 9/4/2002

3B CSA0252 VK916-FF6-B02 8/9/2002 8/15/2002 8/28/2002 ENV630 9/4/2002

3B CSA0253 VK916-DC-B1 (0-2) 8/8/2002 8/15/2002 8/28/2002 ENV631 10/1/2002

3B CSA0254 VK916-DC-B1 (2-4) 8/8/2002 8/15/2002 8/28/2002 ENV631 10/1/2002

3B CSA0255 VK916-DC-B1 (4-6) 8/8/2002 8/15/2002 8/28/2002 ENV631 9/5/2002

3B CSA0256 VK916-DC-B1 (6-8) 8/8/2002 8/15/2002 8/28/2002 ENV631 9/5/2002

3B CSA0257 VK916-DC-B1 (8-10) 8/8/2002 8/15/2002 8/28/2002 ENV631 9/5/2002

3B CSA0258 VK916-DC-B2 (0-2) 8/8/2002 8/15/2002 8/28/2002 ENV631 10/1/2002

3B CSA0259 VK916-DC-B2 (2-4) 8/8/2002 8/15/2002 8/28/2002 ENV631 9/6/2002

3B CSA0260 VK916-DC-B2 (4-6) 8/8/2002 8/15/2002 8/28/2002 ENV631 9/5/2002

3B CSA0261 VK916-DC-B2 (6-8) 8/8/2002 8/15/2002 8/28/2002 ENV631 9/5/2002

3B CSA0262 VK916-DC-B2 (8-10) 8/8/2002 8/15/2002 8/28/2002 ENV631 9/5/2002

3B CSA0263 VK916-DC-B3 (0-2) 8/8/2002 8/15/2002 8/28/2002 ENV631 10/1/2002

3B CSA0264 VK916-DC-B3 (2-4) 8/8/2002 8/15/2002 8/28/2002 ENV631 9/6/2002

3B CSA0265 VK916-DC-B3 (4-6) 8/8/2002 8/15/2002 8/28/2002 ENV631 9/5/2002

3B CSA0266 VK916-DC-B3 (6-8) 8/8/2002 8/15/2002 8/28/2002 ENV631 9/5/2002

3B CSA0267 VK916-DC-B3 (8-10) 8/8/2002 8/15/2002 8/28/2002 ENV631 9/5/2002

H-112
Table H.6. Sediment total petroleum hydrocarbon data for Cruise 3B.

Cruise Sample No. Station

3B CSA0229 VK916-NF-B01

3B CSA0230 VK916-NF-B02

3B CSA0231 VK916-NF-B03

3B CSA0232 VK916-NF-B04

3B CSA0233 VK916-NF-B05

3B CSA0234 VK916-NF-B06

3B CSA0235 VK916-NF-B07

3B CSA0236 VK916-NF-B08

3B CSA0237 VK916-NF-B09

3B CSA0238 VK916-NF-B10

3B CSA0239 VK916-NF-B11

3B CSA0240 VK916-NF-B12

3B CSA0241 VK916-FF1-B01

3B CSA0242 VK916-FF1-B02

3B CSA0243 VK916-FF2-B01

3B CSA0244 VK916-FF2-B02

3B CSA0245 VK916-FF3-B01

3B CSA0246 VK916-FF3-B02

3B CSA0247 VK916-FF4-B01

3B CSA0248 VK916-FF4-B02

3B CSA0249 VK916-FF5-B01

3B CSA0250 VK916-FF5-B02

3B CSA0251 VK916-FF6-B01

3B CSA0252 VK916-FF6-B02

3B CSA0253 VK916-DC-B1 (0-2)

3B CSA0254 VK916-DC-B1 (2-4)

3B CSA0255 VK916-DC-B1 (4-6)

3B CSA0256 VK916-DC-B1 (6-8)

3B CSA0257 VK916-DC-B1 (8-10)

3B CSA0258 VK916-DC-B2 (0-2)

3B CSA0259 VK916-DC-B2 (2-4)

3B CSA0260 VK916-DC-B2 (4-6)

3B CSA0261 VK916-DC-B2 (6-8)

3B CSA0262 VK916-DC-B2 (8-10)

3B CSA0263 VK916-DC-B3 (0-2)

3B CSA0264 VK916-DC-B3 (2-4)

3B CSA0265 VK916-DC-B3 (4-6)

3B CSA0266 VK916-DC-B3 (6-8)

3B CSA0267 VK916-DC-B3 (8-10)

Method Dry Wt (g) % Moisture % Dry Dilution

ALI_COMP.M 15.0 75 25 20x

ALI_COMP.M 15.2 76 24 NA

ALI_COMP.M 15.0 77 23 NA

ALI_COMP.M 15.0 75 25 NA

ALI_COMP.M 15.0 70 30 20x

ALI_COMP.M 15.2 53 47 40x

ALI_COMP.M 15.4 68 32 NA

ALI_COMP.M 15.1 72 28 NA

ALI_COMP.M 15.1 69 31 NA

ALI_COMP.M 15.0 73 27 NA

ALI_COMP.M 15.0 81 19 NA

ALI_COMP.M 15.2 78 22 NA

ALI_COMP.M 15.0 76 24 NA

ALI_COMP.M 15.0 78 22 NA

ALI_COMP.M 15.1 71 29 NA

ALI_COMP.M 15.3 78 22 NA

ALI_COMP.M 15.1 72 28 NA

ALI_COMP.M 15.0 74 26 NA

ALI_COMP.M 15.1 77 23 NA

ALI_COMP.M 15.2 78 23 NA

ALI_COMP.M 15.3 72 28 NA

ALI_COMP.M 15.2 70 30 NA

ALI_COMP.M 15.2 66 34 NA

ALI_COMP.M 15.0 75 25 NA

ALI_COMP.M 5.1 50 50 10x

ALI_COMP.M 5.0 62 38 10x

ALI_COMP.M 15.1 68 32 NA

ALI_COMP.M 15.0 65 35 NA

ALI_COMP.M 15.1 61 39 NA

ALI_COMP.M 5.0 69 31 20x

ALI_COMP.M 5.1 73 27 NA

ALI_COMP.M 15.1 69 31 NA

ALI_COMP.M 15.1 65 35 NA

ALI_COMP.M 15.0 64 36 NA

ALI_COMP.M 5.1 68 32 20x

ALI_COMP.M 5.1 72 28 NA

ALI_COMP.M 15.1 67 33 NA

ALI_COMP.M 15.2 64 36 NA

ALI_COMP.M 15.1 63 37 NA

H-113
Table H.6. Sediment total petroleum hydrocarbon data for Cruise 3B.

Cruise Sample No. Station

3B CSA0229 VK916-NF-B01

3B CSA0230 VK916-NF-B02

3B CSA0231 VK916-NF-B03

3B CSA0232 VK916-NF-B04

3B CSA0233 VK916-NF-B05

3B CSA0234 VK916-NF-B06

3B CSA0235 VK916-NF-B07

3B CSA0236 VK916-NF-B08

3B CSA0237 VK916-NF-B09

3B CSA0238 VK916-NF-B10

3B CSA0239 VK916-NF-B11

3B CSA0240 VK916-NF-B12

3B CSA0241 VK916-FF1-B01

3B CSA0242 VK916-FF1-B02

3B CSA0243 VK916-FF2-B01

3B CSA0244 VK916-FF2-B02

3B CSA0245 VK916-FF3-B01

3B CSA0246 VK916-FF3-B02

3B CSA0247 VK916-FF4-B01

3B CSA0248 VK916-FF4-B02

3B CSA0249 VK916-FF5-B01

3B CSA0250 VK916-FF5-B02

3B CSA0251 VK916-FF6-B01

3B CSA0252 VK916-FF6-B02

3B CSA0253 VK916-DC-B1 (0-2)

3B CSA0254 VK916-DC-B1 (2-4)

3B CSA0255 VK916-DC-B1 (4-6)

3B CSA0256 VK916-DC-B1 (6-8)

3B CSA0257 VK916-DC-B1 (8-10)

3B CSA0258 VK916-DC-B2 (0-2)

3B CSA0259 VK916-DC-B2 (2-4)

3B CSA0260 VK916-DC-B2 (4-6)

3B CSA0261 VK916-DC-B2 (6-8)

3B CSA0262 VK916-DC-B2 (8-10)

3B CSA0263 VK916-DC-B3 (0-2)

3B CSA0264 VK916-DC-B3 (2-4)

3B CSA0265 VK916-DC-B3 (4-6)

3B CSA0266 VK916-DC-B3 (6-8)

3B CSA0267 VK916-DC-B3 (8-10)

Target 

Compounds

Total Petroleum 

Hydrocarbon

Total Resolved 

Hydrocarbon

Su Corrected 10908 9980

Su Corrected 271 207

Su Corrected 841 690

Su Corrected 20 6

Su Corrected 7041 6466

Su Corrected 21678 20138

Su Corrected 50460 47222

Su Corrected 52 31

Su Corrected 32 16

Su Corrected 33 8

Su Corrected 29 6

Su Corrected 132 84

Su Corrected 28 9

Su Corrected 23 7

Su Corrected 30 12

Su Corrected 149 103

Su Corrected 31 12

Su Corrected 30 13

Su Corrected 10 2

Su Corrected 25 10

Su Corrected 27 10

Su Corrected 19 5

Su Corrected 29 11

Su Corrected 29 13

Su Corrected 11095 10398

Su Corrected 4324 3849

Su Corrected 967 901

Su Corrected 297 264

Su Corrected 195 161

Su Corrected 29650 27829

Su Corrected 1712 1599

Su Corrected 500 449

Su Corrected 173 147

Su Corrected 298 260

Su Corrected 28900 27105

Su Corrected 1471 1338

Su Corrected 813 741

Su Corrected 804 744

Su Corrected 608 559

H-114
Table H.6. Sediment total petroleum hydrocarbon data for Cruise 3B.

Cruise Sample No. Station

3B CSA0229 VK916-NF-B01

3B CSA0230 VK916-NF-B02

3B CSA0231 VK916-NF-B03

3B CSA0232 VK916-NF-B04

3B CSA0233 VK916-NF-B05

3B CSA0234 VK916-NF-B06

3B CSA0235 VK916-NF-B07

3B CSA0236 VK916-NF-B08

3B CSA0237 VK916-NF-B09

3B CSA0238 VK916-NF-B10

3B CSA0239 VK916-NF-B11

3B CSA0240 VK916-NF-B12

3B CSA0241 VK916-FF1-B01

3B CSA0242 VK916-FF1-B02

3B CSA0243 VK916-FF2-B01

3B CSA0244 VK916-FF2-B02

3B CSA0245 VK916-FF3-B01

3B CSA0246 VK916-FF3-B02

3B CSA0247 VK916-FF4-B01

3B CSA0248 VK916-FF4-B02

3B CSA0249 VK916-FF5-B01

3B CSA0250 VK916-FF5-B02

3B CSA0251 VK916-FF6-B01

3B CSA0252 VK916-FF6-B02

3B CSA0253 VK916-DC-B1 (0-2)

3B CSA0254 VK916-DC-B1 (2-4)

3B CSA0255 VK916-DC-B1 (4-6)

3B CSA0256 VK916-DC-B1 (6-8)

3B CSA0257 VK916-DC-B1 (8-10)

3B CSA0258 VK916-DC-B2 (0-2)

3B CSA0259 VK916-DC-B2 (2-4)

3B CSA0260 VK916-DC-B2 (4-6)

3B CSA0261 VK916-DC-B2 (6-8)

3B CSA0262 VK916-DC-B2 (8-10)

3B CSA0263 VK916-DC-B3 (0-2)

3B CSA0264 VK916-DC-B3 (2-4)

3B CSA0265 VK916-DC-B3 (4-6)

3B CSA0266 VK916-DC-B3 (6-8)

3B CSA0267 VK916-DC-B3 (8-10)

Unresolved 

Complex Mixture

Total Petroleum Hydrocarbon 

(Non-SBM Range)

928 625

64 42

151 89

14 13

575 481

1540 1314

3238 2541

21 16

16 14

25 24

23 22

48 34

19 18

16 16

18 17

45 38

19 19

17 17

8 8

15 16

17 16

13 13

18 18

16 15

698 665

475 421

66 28

33 15

34 17

1820 1511

113 40

51 40

26 14

38 20

1796 1581

133 46

72 25

59 33

50 23

H-115
Table H.6. Sediment total petroleum hydrocarbon data for Cruise 3B.

Cruise Sample No. Station

3B CSA0229 VK916-NF-B01

3B CSA0230 VK916-NF-B02

3B CSA0231 VK916-NF-B03

3B CSA0232 VK916-NF-B04

3B CSA0233 VK916-NF-B05

3B CSA0234 VK916-NF-B06

3B CSA0235 VK916-NF-B07

3B CSA0236 VK916-NF-B08

3B CSA0237 VK916-NF-B09

3B CSA0238 VK916-NF-B10

3B CSA0239 VK916-NF-B11

3B CSA0240 VK916-NF-B12

3B CSA0241 VK916-FF1-B01

3B CSA0242 VK916-FF1-B02

3B CSA0243 VK916-FF2-B01

3B CSA0244 VK916-FF2-B02

3B CSA0245 VK916-FF3-B01

3B CSA0246 VK916-FF3-B02

3B CSA0247 VK916-FF4-B01

3B CSA0248 VK916-FF4-B02

3B CSA0249 VK916-FF5-B01

3B CSA0250 VK916-FF5-B02

3B CSA0251 VK916-FF6-B01

3B CSA0252 VK916-FF6-B02

3B CSA0253 VK916-DC-B1 (0-2)

3B CSA0254 VK916-DC-B1 (2-4)

3B CSA0255 VK916-DC-B1 (4-6)

3B CSA0256 VK916-DC-B1 (6-8)

3B CSA0257 VK916-DC-B1 (8-10)

3B CSA0258 VK916-DC-B2 (0-2)

3B CSA0259 VK916-DC-B2 (2-4)

3B CSA0260 VK916-DC-B2 (4-6)

3B CSA0261 VK916-DC-B2 (6-8)

3B CSA0262 VK916-DC-B2 (8-10)

3B CSA0263 VK916-DC-B3 (0-2)

3B CSA0264 VK916-DC-B3 (2-4)

3B CSA0265 VK916-DC-B3 (4-6)

3B CSA0266 VK916-DC-B3 (6-8)

3B CSA0267 VK916-DC-B3 (8-10)

Total Resolved Hydrocarbon (NonSBM Range)

Unresolved Complex Mixture (NonSBM Range)

1.0 625.0

1.0 42.0

1.0 89.0

1.0 13.0

1.0 481.0

1.0 1314.0

1.0 2541.0

1.0 16.0

1.0 14.0

1.0 24.0

1.0 22.0

1.0 34.0

1.0 18.0

1.0 16.0

1.0 17.0

1.0 38.0

1.0 19.0

1.0 17.0

1.0 8.0

1.0 16.0

1.0 16.0

1.0 13.0

1.0 18.0

1.0 15.0

176.0 488.0

79.0 342.0

1.0 28.0

1.0 15.0

1.0 17.0

1.0 1511.0

1.0 40.0

1.0 40.0

1.0 14.0

1.0 20.0

1.0 1581.0

1.0 46.0

1.0 25.0

1.0 33.0

1.0 23.0

H-116
Table H.6. Sediment total petroleum hydrocarbon data for Cruise 3B.

Cruise Sample No. Station

3B CSA0229 VK916-NF-B01

3B CSA0230 VK916-NF-B02

3B CSA0231 VK916-NF-B03

3B CSA0232 VK916-NF-B04

3B CSA0233 VK916-NF-B05

3B CSA0234 VK916-NF-B06

3B CSA0235 VK916-NF-B07

3B CSA0236 VK916-NF-B08

3B CSA0237 VK916-NF-B09

3B CSA0238 VK916-NF-B10

3B CSA0239 VK916-NF-B11

3B CSA0240 VK916-NF-B12

3B CSA0241 VK916-FF1-B01

3B CSA0242 VK916-FF1-B02

3B CSA0243 VK916-FF2-B01

3B CSA0244 VK916-FF2-B02

3B CSA0245 VK916-FF3-B01

3B CSA0246 VK916-FF3-B02

3B CSA0247 VK916-FF4-B01

3B CSA0248 VK916-FF4-B02

3B CSA0249 VK916-FF5-B01

3B CSA0250 VK916-FF5-B02

3B CSA0251 VK916-FF6-B01

3B CSA0252 VK916-FF6-B02

3B CSA0253 VK916-DC-B1 (0-2)

3B CSA0254 VK916-DC-B1 (2-4)

3B CSA0255 VK916-DC-B1 (4-6)

3B CSA0256 VK916-DC-B1 (6-8)

3B CSA0257 VK916-DC-B1 (8-10)

3B CSA0258 VK916-DC-B2 (0-2)

3B CSA0259 VK916-DC-B2 (2-4)

3B CSA0260 VK916-DC-B2 (4-6)

3B CSA0261 VK916-DC-B2 (6-8)

3B CSA0262 VK916-DC-B2 (8-10)

3B CSA0263 VK916-DC-B3 (0-2)

3B CSA0264 VK916-DC-B3 (2-4)

3B CSA0265 VK916-DC-B3 (4-6)

3B CSA0266 VK916-DC-B3 (6-8)

3B CSA0267 VK916-DC-B3 (8-10)

Total Petroleum Hydrocarbon 

(SBM Range)

Total Resolved Hydrocarbon 

(SBM Range)

10283 9980

228 207

753 690

7 6

6560 6466

20364 20138

47920 47222

36 31

18 16

9 8

8 6

98 84

10 9

7 7

13 12

111 103

12 12

13 13

2 2

10 10

11 10

6 5

12 11

14 13

10431 10221

3903 3770

940 901

283 264

178 161

28138 27829

1673 1599

459 449

159 147

278 260

27319 27105

1425 1338

788 741

771 744

585 559

H-117
Table H.6. Sediment total petroleum hydrocarbon data for Cruise 3B.

Cruise Sample No. Station

3B CSA0229 VK916-NF-B01

3B CSA0230 VK916-NF-B02

3B CSA0231 VK916-NF-B03

3B CSA0232 VK916-NF-B04

3B CSA0233 VK916-NF-B05

3B CSA0234 VK916-NF-B06

3B CSA0235 VK916-NF-B07

3B CSA0236 VK916-NF-B08

3B CSA0237 VK916-NF-B09

3B CSA0238 VK916-NF-B10

3B CSA0239 VK916-NF-B11

3B CSA0240 VK916-NF-B12

3B CSA0241 VK916-FF1-B01

3B CSA0242 VK916-FF1-B02

3B CSA0243 VK916-FF2-B01

3B CSA0244 VK916-FF2-B02

3B CSA0245 VK916-FF3-B01

3B CSA0246 VK916-FF3-B02

3B CSA0247 VK916-FF4-B01

3B CSA0248 VK916-FF4-B02

3B CSA0249 VK916-FF5-B01

3B CSA0250 VK916-FF5-B02

3B CSA0251 VK916-FF6-B01

3B CSA0252 VK916-FF6-B02

3B CSA0253 VK916-DC-B1 (0-2)

3B CSA0254 VK916-DC-B1 (2-4)

3B CSA0255 VK916-DC-B1 (4-6)

3B CSA0256 VK916-DC-B1 (6-8)

3B CSA0257 VK916-DC-B1 (8-10)

3B CSA0258 VK916-DC-B2 (0-2)

3B CSA0259 VK916-DC-B2 (2-4)

3B CSA0260 VK916-DC-B2 (4-6)

3B CSA0261 VK916-DC-B2 (6-8)

3B CSA0262 VK916-DC-B2 (8-10)

3B CSA0263 VK916-DC-B3 (0-2)

3B CSA0264 VK916-DC-B3 (2-4)

3B CSA0265 VK916-DC-B3 (4-6)

3B CSA0266 VK916-DC-B3 (6-8)

3B CSA0267 VK916-DC-B3 (8-10)

Unresolved Complex Mixture 

(SBM Range) EOM (mg/g dry)

303.0 14480

21.0 520

62.0 930

1.0 333

94.0 9733

226.0 27296

697.0 79077

5.0 282

2.0 333

1.0 256

1.0 364

14.0 339

0.0 341

1.0 392

0.0 241

7.0 405

0.0 280

0.0 262

0.0 192

0.7 320

1.0 264

0.0 282

0.0 278

1.0 282

209.0 16247

133.0 4372

38.0 1441

18.0 422

17.0 297

309.0 37664

74.0 166

10.0 722

12.0 290

18.0 352

214.0 36158

87.0 2122

47.0 1155

26.0 1038

26.0 485

H-118
Table H.6. Sediment total petroleum hydrocarbon data for Cruise 3B.

Cruise Sample No. Station

3B CSA0229 VK916-NF-B01

3B CSA0230 VK916-NF-B02

3B CSA0231 VK916-NF-B03

3B CSA0232 VK916-NF-B04

3B CSA0233 VK916-NF-B05

3B CSA0234 VK916-NF-B06

3B CSA0235 VK916-NF-B07

3B CSA0236 VK916-NF-B08

3B CSA0237 VK916-NF-B09

3B CSA0238 VK916-NF-B10

3B CSA0239 VK916-NF-B11

3B CSA0240 VK916-NF-B12

3B CSA0241 VK916-FF1-B01

3B CSA0242 VK916-FF1-B02

3B CSA0243 VK916-FF2-B01

3B CSA0244 VK916-FF2-B02

3B CSA0245 VK916-FF3-B01

3B CSA0246 VK916-FF3-B02

3B CSA0247 VK916-FF4-B01

3B CSA0248 VK916-FF4-B02

3B CSA0249 VK916-FF5-B01

3B CSA0250 VK916-FF5-B02

3B CSA0251 VK916-FF6-B01

3B CSA0252 VK916-FF6-B02

3B CSA0253 VK916-DC-B1 (0-2)

3B CSA0254 VK916-DC-B1 (2-4)

3B CSA0255 VK916-DC-B1 (4-6)

3B CSA0256 VK916-DC-B1 (6-8)

3B CSA0257 VK916-DC-B1 (8-10)

3B CSA0258 VK916-DC-B2 (0-2)

3B CSA0259 VK916-DC-B2 (2-4)

3B CSA0260 VK916-DC-B2 (4-6)

3B CSA0261 VK916-DC-B2 (6-8)

3B CSA0262 VK916-DC-B2 (8-10)

3B CSA0263 VK916-DC-B3 (0-2)

3B CSA0264 VK916-DC-B3 (2-4)

3B CSA0265 VK916-DC-B3 (4-6)

3B CSA0266 VK916-DC-B3 (6-8)

3B CSA0267 VK916-DC-B3 (8-10)

Surrogate (Su) n-dodecane-d34 n-eicosane-d42

Su Recovery (%) 100 100

Su Recovery (%) 86 93

Su Recovery (%) 98 96

Su Recovery (%) 88 93

Su Recovery (%) 100 101

Su Recovery (%) 98 98

Su Recovery (%) 97 101

Su Recovery (%) 89 93

Su Recovery (%) 174 200

Su Recovery (%) 89 93

Su Recovery (%) 89 94

Su Recovery (%) 89 95

Su Recovery (%) 85 92

Su Recovery (%) 85 93

Su Recovery (%) 85 92

Su Recovery (%) 87 88

Su Recovery (%) 86 92

Su Recovery (%) 88 93

Su Recovery (%) 83 90

Su Recovery (%) 86 93

Su Recovery (%) 86 92

Su Recovery (%) 86 92

Su Recovery (%) 88 94

Su Recovery (%) 88 93

Su Recovery (%) 102 98

Su Recovery (%) 93 98

Su Recovery (%) 78 103

Su Recovery (%) 87 99

Su Recovery (%) 88 92

Su Recovery (%) 86 94

Su Recovery (%) 85 106

Su Recovery (%) 88 97

Su Recovery (%) 91 96

Su Recovery (%) 62 75

Su Recovery (%) 102 101

Su Recovery (%) 84 99

Su Recovery (%) 88 100

Su Recovery (%) 75 100

Su Recovery (%) 83 99

H-119
Table H.6. Sediment total petroleum hydrocarbon data for Cruise 3B.

Cruise Sample No. Station

3B CSA0229 VK916-NF-B01

3B CSA0230 VK916-NF-B02

3B CSA0231 VK916-NF-B03

3B CSA0232 VK916-NF-B04

3B CSA0233 VK916-NF-B05

3B CSA0234 VK916-NF-B06

3B CSA0235 VK916-NF-B07

3B CSA0236 VK916-NF-B08

3B CSA0237 VK916-NF-B09

3B CSA0238 VK916-NF-B10

3B CSA0239 VK916-NF-B11

3B CSA0240 VK916-NF-B12

3B CSA0241 VK916-FF1-B01

3B CSA0242 VK916-FF1-B02

3B CSA0243 VK916-FF2-B01

3B CSA0244 VK916-FF2-B02

3B CSA0245 VK916-FF3-B01

3B CSA0246 VK916-FF3-B02

3B CSA0247 VK916-FF4-B01

3B CSA0248 VK916-FF4-B02

3B CSA0249 VK916-FF5-B01

3B CSA0250 VK916-FF5-B02

3B CSA0251 VK916-FF6-B01

3B CSA0252 VK916-FF6-B02

3B CSA0253 VK916-DC-B1 (0-2)

3B CSA0254 VK916-DC-B1 (2-4)

3B CSA0255 VK916-DC-B1 (4-6)

3B CSA0256 VK916-DC-B1 (6-8)

3B CSA0257 VK916-DC-B1 (8-10)

3B CSA0258 VK916-DC-B2 (0-2)

3B CSA0259 VK916-DC-B2 (2-4)

3B CSA0260 VK916-DC-B2 (4-6)

3B CSA0261 VK916-DC-B2 (6-8)

3B CSA0262 VK916-DC-B2 (8-10)

3B CSA0263 VK916-DC-B3 (0-2)

3B CSA0264 VK916-DC-B3 (2-4)

3B CSA0265 VK916-DC-B3 (4-6)

3B CSA0266 VK916-DC-B3 (6-8)

3B CSA0267 VK916-DC-B3 (8-10)

n-triacontane-d62

99

101

99

98

100

100

103

96

202

98

100

97

99

98

98

95

97

101

96

101

98

97

99

101

99

97

101

97

95

97

103

103

96

70

102

98

99

94

97

H-120
APPENDIX I1

Taxa Identified in Meiofaunal Samples 

I1-1
Appendix I1. Taxa identified in meiofaunal samples. 

PHYLUM PROTOZOA

 Order Foraminiferida 

 Foraminiferida (LPIL)

 

PHYLUM CNIDARIA 

 CLASS ANTHOZOA

 Order Actiniaria 

 Actiniaria (LPIL) 

 CLASS HYDROZOA

 Hydrozoa (LPIL) 

 

PHYLUM PLATYHELMINTHES 

 CLASS TURBELLARIA 

 Turbellaria (LPIL)

 

PHYLUM RHYNCHOCOELA 

 Rhynchocoela (LPIL) 

 

PHYLUM GASTROTRICHA 

 Gastrotricha (LPIL) 

 

PHYLUM KINORHYNCHA 

 Kinorhyncha (LPIL)

 

PHYLUM PRIAPULIDA 

 Priapulida (LPIL) 

 

PHYLUM NEMATODA 

 Nematoda (LPIL) 

 FAMILY AXONOLAIMIDAE

 Axonolaimidae (LPIL)

 FAMILY COMESOMATIDAE 

 Comesomatidae (LPIL)

 FAMILY ENOPLIDAE

 Enoplidae (LPIL) 

 FAMILY MEYLIIDAE 

 Meyliidae (LPIL) 

 FAMILY MONHYSTERIDAE 

 Monhysteridae (LPIL)

 FAMILY ONCHOLAIMIDAE 

 Oncholaimidae (LPIL)

 FAMILY SPHAEROLAIMIDAE

 Sphaerolaimidae (LPIL)

I1-3
Appendix I1. (continued). 

 FAMILY THORACOSTOMATIDAE 

 Thoracostomatidae (LPIL) 

 

PHYLUM ANNELIDA

 Annelida (LPIL) 

 CLASS OLIGOCHAETA 

 Oligochaeta (LPIL) 

 CLASS POLYCHAETA 

 Polychaeta (LPIL) 

 

PHYLUM ARTHROPODA 

 CLASS COPEPODA 

 Copepoda (LPIL) 

 Order HARPACTICOIDA 

 Harpacticoida (LPIL) 

 

 CLASS MALACOSTRACA 

 Order AMPHIPODA 

 Amphipoda (LPIL) 

 Order CUMACEA 

 Cumacea (LPIL) 

 Order ISOPODA 

 Isopoda (LPIL) 

 Order TANAIDACEA 

 Tanaidacea (LPIL) 

 

 CLASS OSTRACODA 

 Ostracoda (LPIL) 

 

 CLASS ARACHNIDA 

 Order ACARI 

 Acari (LPIL) 

 

PHYLUM TARDIGRADA 

 Tardigrada (LPIL) 

 

PHYLUM MOLLUSCA 

 CLASS APLACOPHORA 

 Aplacophora (LPIL) 

 

 CLASS BIVALVIA 

 Bivalvia (LPIL) 

 

 CLASS GASTROPODA 

 Gastropoda (LPIL) 

 

I1-4
Appendix I1. (continued). 

 CLASS SCAPHOPODA 

 Scaphopoda (LPIL) 

 

PHYLUM ECHINODERMATA 

 CLASS HOLOTHUROIDEA 

 Holothuroidea (LPIL) 

 

 CLASS OPHIUROIDEA 

 Ophiuroidea (LPIL) 

 

LPIL = lowest practical identification level. 

I1-5
APPENDIX I2

Taxonomic Listing for the 

Detailed Macroinfaunal Taxonomic Analysis 

I2-1
Appendix I2. Taxonomic listing for the detailed 

macroinfaunal taxonomic analysis. 

PHYLUM ANNELIDA

 CLASS OLIGOCHAETA 

 Order TUBIFICIDA 

 FAMILY TUBIFICIDAE 

 Tubificidae (LPIL) 

 

 CLASS POLYCHAETA 

 FAMILY A 

 Polychaeta Family A 

 FAMILY B 

 Polychaeta Family B 

 Order AMPHINOMIDA 

 FAMILY AMPHINOMIDAE 

 Amphinomidae Genus A 

 Paraeurythoe sp. B 

 Paramphinome sp. A 

 Paramphinome sp. B 

 Order CAPITELLIDA 

 FAMILY CAPITELLIDAE 

 Capitella capitata 

 Heteromastus filiformis 

 Mediomastus (LPIL) 

 Notomastus americanus 

 Notomastus hemipodus 

 Notomastus lineatus 

 Notomastus sp. F 

 FAMILY MALDANIDAE 

 Maldane sp. A 

 Sabaco americanus 

 Order COSSURIDA 

 FAMILY COSSURIDAE 

 Cossura delta 

 Cossura soyeri 

 Order EUNICIDA 

 FAMILY DORVILLEIDAE 

 Dorvillea sociabilis 

 Ophryotrocha sp. D 

 Ophryotrocha sp. E 

 Parougia sp. B 

 Pettiboneia duofurca 

 Pettiboneia sp. E 

 Schistomeringos rudolphi 

I2-3
Appendix I2. (continued). 

 FAMILY LUMBRINERIDAE 

 Lumbrinerides acuta 

 Lumbrineris sp. AF 

 Lumbrineris sp. AG 

 Ninoe nigripes 

 Paraninoe brevipes 

 Scoletoma sp. AB 

 Scoletoma verrilli 

 FAMILY ONUPHIDAE 

 Kinbergonuphis sp. O 

 Kinbergonuphis sp. P 

 Nothria sp. A 

 Onuphidae Genus A 

 Sarsonuphis sp. K 

 Order FLABELLIGERIDA 

 FAMILY FAUVELIOPSIDAE 

 Fauveliopsis sp. H 

 FAMILY FLABELLIGERIDAE 

 Diplocirrus sp. F 

 Flabelligeridae Genus D 

 Pherusa sp. A 

 Order OPHELIIDA 

 FAMILY OPHELIIDAE 

 Opheliidae Genus A 

 Opheliidae sp. A 

 Ophelina sp. F 

 Ophelina sp. G 

 FAMILY SCALIBREGMATIDAE 

 Scalibregma inflatum 

 Order ORBINIIDA 

 FAMILY ORBINIIDAE 

 Orbiniidae Genus F 

 Scoloplos rubra 

 FAMILY PARAONIDAE 

 Aricidea catherinae 

 Aricidea simplex 

 Aricidea sp. AP 

 Aricidea suecica 

 Aricidea taylori 

 Cirrophorus sp. D 

 Cirrophorus sp. E 

 Levensenia gracilis 

 Levensenia sp. T 

 Paraonidae Genus B 

 Sabidus sp. B 

I2-4
Appendix I2. (continued). 

 Order OWENIIDA 

 FAMILY OWENIIDAE 

 Galathowenia sp. B 

 Order PHYLLODOCIDA 

 FAMILY GLYCERIDAE 

 Glycera sp. R 

 Glycera tesselata 

 FAMILY GONIADIDAE 

 Goniada maculata 

 Goniadella gracilis 

 Goniadidae Genus A 

 FAMILY HESIONIDAE 

 Hesionidae Genus I 

 FAMILY LACYDONIIDAE 

 Paralacydonia paradoxa 

 FAMILY NEPHTYIDAE 

 Micronephtys sp. A 

 Nephtys (LPIL) 

 FAMILY NEREIDAE 

 Ceratacephale oculata 

 FAMILY PHOLOIDAE 

 Pholoe sp. C 

 FAMILY PHYLLODOCIDAE 

 Hesionura sp. B 

 Phyllodocidae Genus E 

 FAMILY PILARGIIDAE 

 Ancistrosyllis hartmanae 

 Ancistrosyllis sp. A 

 Ancistrosyllis sp. G 

 Ancistrosyllis sp. J 

 Ancistrosyllis sp. K 

 Sigambra tentaculata 

 Synelmis klatti 

 FAMILY POLYNOIDAE 

 Harmothoe sp. K 

 Polynoidae Genus M 

 FAMILY SIGALIONIDAE 

 Sigalionidae Genus H 

 Sthenolepis sp. A 

 Sthenolepis sp. D 

 FAMILY SPHAERODOROPIDAE 

 Sphaerodoropsis sp. H 

 FAMILY SYLLIDAE 

 Ehlersia ferrugina 

 Exogone sp. U 

 Pionosyllis spinisetosa 

I2-5
Appendix I2. (continued). 

 Sphaerosyllis labyrinthophila 

 Sphaerosyllis sp. K 

 Syllidae Genus H 

 Syllis (LPIL) 

 Order SABELLIDA 

 FAMILY SABELLIDAE 

 Sabellidae (LPIL) 

 Order SPIONIDA 

 FAMILY ACROCIRRIDAE 

 Macrochaeta sp. A 

 Macrochaeta sp. B 

 FAMILY CHAETOPTERIDAE 

 Spiochaetopterus oculatus 

 FAMILY CIRRATULIDAE 

 Aphelochaeta sp. B 

 Aphelochaeta sp. C 

 Caulleriella sp. S 

 Caulleriella sp. T 

 Chaetozone sp. P 

 Chaetozone sp. Q 

 Cirratulidae Genus D 

 Monticellina dorsobranchialis 

 Tharyx kirkegaardi 

 FAMILY HETEROSPIONIDAE 

 Heterospio longissima 

 FAMILY POECILOCHAETIDAE 

 Poecilochaetidae Genus C 

 FAMILY SPIONIDAE 

 Lindaspio sp. A 

 Prionospio sp. O 

 Prionospio sp. P 

 Spionidae Genus K 

 Spiophanes sp. A 

 Spiophanes sp. F 

 Order TEREBELLIDA 

 FAMILY AMPHARETIDAE 

 Ampharetidae Genus B 

 FAMILY TEREBELLIDAE 

 Lysilla sp. B 

 Polycirrus sp. T 

 FAMILY TRICHOBRANCHIDAE 

 Terebellides parvus 

 

I2-6
Appendix I2. (continued). 

PHYLUM ARTHROPODA 

 CLASS COPEPODA 

 Order HARPACTICOIDA 

 Harpacticoida (LPIL) 

 

 CLASS MALACOSTRACA 

 Order AMPHIPODA 

 FAMILY J 

 Amphipoda Family J 

 FAMILY AMPELISCIDAE 

 Haploops (LPIL) 

 FAMILY AORIDAE 

 Aoridae Genus A 

 FAMILY DEXAMINIDAE 

 Dexaminidae (LPIL) 

 FAMILY ISAEIDAE 

 Isaeidae (LPIL) 

 FAMILY LYSIANASSIDAE 

 Lysianassidae (LPIL) 

 Harpiniopsis sp. A 

 Harpiniopsis sp. B 

 Harpiniopsis sp. C 

 Harpiniopsis sp. D 

 Hippomedon sp. E 

 Valetiopsis sp. A 

 FAMILY MELITIDAE 

 Dulichiella sp. D 

 Eriopisa elongata 

 FAMILY OEDICEROTIDAE 

 Bathymedon sp. C 

 Bathymedon sp. D 

 Monoculodes (LPIL) 

 Oedicerotidae Genus B 

 FAMILY PHOXOCEPHALIDAE 

 Leptophoxoides molaris 

 Metaphoxus sp. A 

 Paraphoxus sp. C 

 Phoxocephalidae Genus F 

 Phoxocephalus sp. C 

 Phoxocephalus sp. D 

 FAMILY STEGOCEPHALIDAE 

 Stegocephalidae Genus A 

 FAMILY SYNOPIIDAE 

 Synopiidae Genus E 

 FAMILY URISTIDAE 

 Uristes sp. A 

I2-7
Appendix I2. (continued). 

 FAMILY VITJAZIANIDAE 

 Vemana sp. A 

 Order CUMACEA 

 FAMILY BODOTRIIDAE 

 Bodotriidae Genus B 

 FAMILY DIASTYLIDAE 

 Leptostylis sp. C 

 FAMILY LEUCONIDAE 

 Leucon homorhynchus 

 Leuconidae Genus B 

 FAMILY NANNASTACIDAE 

 Campylaspis sp. AB 

 Campylaspis sp. AC 

 Campylaspis sp. AD 

 Campylaspis sp. AE 

 Order DECAPODA 

 FAMILY AXIIDAE 

 Axiidae Genus A 

 Order ISOPODA 

 FAMILY ANTHURIDAE 

 Anthuridae (LPIL) 

 FAMILY CIROLANIDAE 

 Cirolanidae Genus A 

 FAMILY DESMOSOMATIDAE 

 Desmosoma sp. D 

 Pseudomesus sp. A 

 FAMILY EURYCOPIDAE 

 Eurycope sp. A 

 FAMILY GNATHIIDAE 

 Gnathia (LPIL) 

 FAMILY HAPLONISCIDAE 

 Haploniscus sp. A 

 FAMILY HYSSURIDAE 

 Hyssuridae Genus A 

 FAMILY ILYARACHNIDAE 

 Ilyarachna sp. B 

 FAMILY ISCHNOMESIDAE 

 Ischnomesus sp. A 

 Stylomesus sp. A 

 FAMILY MACROSTYLIDAE 

 Macrostylis sp. A 

 FAMILY NANNONISCIDAE 

 Nannoniscus sp. A 

 FAMILY PARANTHURIDAE 

 Leptanthura sp. A 

I2-8
Appendix I2 (continued). 

 Order TANAIDACEA 

 FAMILY A 

 Tanaidacea Family A 

 FAMILY B 

 Tanaidacea Family B 

 FAMILY D 

 Tanaidacea Family D 

 FAMILY AGATHOTANAIDAE 

 Agathotanais (LPIL) 

 Paragathotanais (LPIL) 

 Paranarthrura (LPIL) 

 FAMILY APSEUDIDAE 

 Leviapseudes sp. A 

 FAMILY COLLETTEIDAE 

 Centiopyge mira 

 Centiopyge sp. A 

 Collettea sp. A 

 Collettea sp. B 

 Colletteidae Genus A 

 Colletteidae Genus B 

 FAMILY LEPTOGNATHIIDAE 

 Insociabilitanais (LPIL) 

 Leptognathia sp. K 

 Leptognathia sp. L 

 Leptognathia sp. M 

 Parafilitanais mexicana 

 FAMILY NEOTANAIDAE 

 Neotanais armiger 

 FAMILY PSEUDOTANAIDAE 

 Pseudotanaidae Genus A 

 Pseudotanais sp. A 

 FAMILY SPHYRAPIDAE 

 Pseudosphyrapus sp. A 

 

 CLASS OSTRACODA 

 Order MYODOCOPINA 

 FAMILY CYLINDROLEBERIDIDAE 

 Cylindroleberididae Genus C 

 FAMILY CYPRIDINIDAE 

 Paracypridina sp. B 

 Paracypridina sp. C 

 FAMILY PHILOMEDIDAE 

 Philomedes sp. A 

 Pseudophilomedes sp. D 

 FAMILY SARSIELLIDAE 

 Sarsiellidae (LPIL) 

I2-9
Appendix I2. (continued). 

 Order PODOCOPIDA 

 Podocopa Family H 

 Podocopa Family I 

 Podocopa Family J 

 Podocopa Family K 

 Podocopa Family L 

 Podocopa Family M 

 FAMILY BARDIIDAE 

 Paranesidea sp. B 

 FAMILY TRACHYLEBERIDIDAE 

 Actinocythereis sp. E 

 Reticulocythereis sp. D 

 

PHYLUM CNIDARIA 

 CLASS ANTHOZOA 

 Order ACTINIARIA 

 Actiniaria (LPIL) 

 

PHYLUM ECHINODERMATA 

 CLASS HOLOTHUROIDEA 

 Holothuroidea (LPIL) 

 

 CLASS OPHIUROIDEA 

 Ophiuroidea (LPIL) 

 

PHYLUM HEMICHORDATA 

 CLASS ENTEROPNEUSTA 

 Enteropneusta (LPIL) 

 

PHYLUM MOLLUSCA 

 CLASS APLACOPHORA 

 Aplacophora (LPIL) 

 

 CLASS BIVALVIA 

 FAMILY B 

 Bivalvia Family B 

 Order ARCOIDA 

 FAMILY ARCIDAE 

 Bathyarca glomerula 

 Bentharca (LPIL) 

 FAMILY LIMOPSIDAE 

 Limopsis sp. D 

 Order LIMOIDA 

 FAMILY LIMIDAE 

 Lima (LPIL) 

I2-10
Appendix I2. (continued). 

 Order MYTILOIDA 

 FAMILY MYTILIDAE 

 Crenella sp. C 

 Mytilidae Genus B 

 Order NUCULOIDA 

 FAMILY MALLETIIDAE 

 Tindaria sp. A 

 FAMILY NUCULANIDAE 

 Nuculana sp. L 

 Nuculana sp. M 

 FAMILY NUCULIDAE 

 Nucula sp. I 

 FAMILY YOLDIIDAE 

 Portlandia sp. A 

 Portlandia sp. B 

 Order PHOLADOMYOIDA 

 FAMILY CUSPIDARIIDAE 

 Cuspidaria sp. D 

 Order SOLEMYOIDA 

 FAMILY SOLEMYACIDAE 

 Solemyacidae (LPIL) 

 Order VENEROIDA 

 FAMILY ASTARTIDAE 

 Astarte sp. B 

 FAMILY CARDITIDAE 

 Carditidae (LPIL) 

 FAMILY KELLIIDAE 

 Aligena sp. A 

 FAMILY LUCINIDAE 

 Lucinidae (LPIL) 

 FAMILY MESODESMATIDAE 

 Mesodesmatidae (LPIL) 

 FAMILY MONTACUTIDAE 

 Mysella sp. A 

 FAMILY SEMELIDAE 

 Semele (LPIL) 

 FAMILY THYASIRIDAE 

 Thyasira sp. B 

 FAMILY VENERIDAE 

 Agripoma sp. B 

 FAMILY VESICOMYIDAE 

 Calyptogena sp. A 

 Vesicomya vesica 

 

I2-11
Appendix I2 (continued). 

 CLASS GASTROPODA 

 Order ACHAEOGASTROPODA 

 FAMILY SKENEIDAE 

 Ganesa sp. A 

 FAMILY TROCHIDAE 

 Solariella sp. A 

 Order CEPHALASPIDEA 

 FAMILY ACTEONIDAE 

 Acteon incisus 

 Rictaxis punctostriatus 

 FAMILY HAMINEIDAE 

 Hamineidae (LPIL) 

 FAMILY PHILINIDAE 

 Philine quadrata 

 Philine sp. B 

 FAMILY SCAPHANDRIDAE 

 Acteocina (LPIL) 

 Order MESOGASTROPODA 

 FAMILY ASSIMINEIDAE 

 Assimineidae Genus A 

 FAMILY EULIMIDAE 

 Strombiformis (LPIL) 

 FAMILY RISSOIDAE 

 Benthonella sp. A 

 FAMILY VITRINELLIDAE 

 Episcynia sp. A 

 Vitrinellidae Genus A 

 Order NEOGASTROPODA 

 FAMILY BUCCINIDAE 

 Buccinidae Genus B 

 FAMILY COLUMBELLIDAE 

 Columbellidae (LPIL) 

 FAMILY TURRIDAE 

 Daphnella pompholyx 

 Leucosyrinx verrillii 

 Mangelia (LPIL) 

 Turridae Genus Q 

 Order NUDIBRANCHIA 

 Nudibranchia (LPIL) 

 Order PYRAMIDELLOIDA 

 FAMILY PYRAMIDELLIDAE 

 Turbonilla (LPIL) 

 

I2-12
Appendix I2. (continued). 

 CLASS SCAPHOPODA 

 Scaphopoda (LPIL) 

 Order DENTALIIDA 

 FAMILY DENTALIIDAE 

 Antalis ceratum 

 Dentalium sp. O 

 

PHYLUM NEMATODA 

 Nematoda (LPIL) 

 

PHYLUM PLATYHELMINTHES 

 CLASS TURBELLARIA 

 Turbellaria (LPIL) 

 

PHYLUM PORIFERA 

 Porifera (LPIL) 

 

PHYLUM RHYNCHOCOELA 

 CLASS ANOPLA 

 Order HETERONEMERTEA 

 FAMILY LINEIDAE 

 Lineidae (LPIL) 

 Order PALEONEMERTEA 

 FAMILY TUBULANIDAE 

 Tubulanus (LPIL) 

 

PHYLUM SIPUNCULA 

 Sipuncula (LPIL) 

LPIL = lowest practical identification level. 

I2-13
.

.

.

.

.

.

Sediment Toxicity Testing Data for Batch 1

(Mississippi Canyon Block 292)

APPENDIX J1

J1-1
Project: CSA_MMS Drilling Mud Toxicity Testing

Project No. 42903

Duration: 10 Day Batch 1

Test Type: Solid-Phase Static

Species: Leptocheirus plumulosus Source: MSL Cultures

Dates: August 7-17, 2001

Table J-1. Batch 1 Test Results Summary

Number Mean SD

Number Dead or Proportion Proportion Proportion

Name (Sample ID) Rep Alive Missing Surviving Surviving Surviving CV

MC292-NF-B01 1 8 12 0.40

MC292-NF-B01 2 6 14 0.30

MC292-NF-B01 3 17 3 0.85

MC292-NF-B01 4 8 12 0.40

MC292-NF-B01 5 8 12 0.40 0.47 0.22 46

MC292-NF-B02 1 8 12 0.40

MC292-NF-B02 2 12 8 0.60

MC292-NF-B02 3 11 9 0.55

MC292-NF-B02 4 3 17 0.15

MC292-NF-B02 5 7 13 0.35 0.41 0.18 43

MC292-NF-B03 1 16 4 0.80

MC292-NF-B03 2 20 0 1.00

MC292-NF-B03 3 16 4 0.80

MC292-NF-B03 4 14 6 0.70

MC292-NF-B03 5 18 2 0.90 0.84 0.11 14

MC292-NF-B04 1 18 2 0.90

MC292-NF-B04 2 14 6 0.70

MC292-NF-B04 3 16 4 0.80

MC292-NF-B04 4 17 3 0.85

MC292-NF-B04 5 19 1 0.95 0.84 0.10 11

MC292-NF-B05 1 11 9 0.55

MC292-NF-B05 2 14 6 0.70

MC292-NF-B05 3 14 6 0.70

MC292-NF-B05 4 18 2 0.90

MC292-NF-B05 5 14 6 0.70 0.71 0.12 18

MC292-NF-B06 1 21 0 1.00

MC292-NF-B06 2 17 3 0.85

MC292-NF-B06 3 20 0 1.00

MC292-NF-B06 4 20 0 1.00

MC292-NF-B06 5 17 3 0.85 0.94 0.08 9

MC292-NF-B07 1 17 3 0.85

MC292-NF-B07 2 19 1 0.95

MC292-NF-B07 3 18 2 0.90

MC292-NF-B07 4 19 1 0.95

MC292-NF-B07 5 19 1 0.95 0.92 0.04 5

Marine Sciences Laboratory 

1529 West Sequim Bay Road 

Sequim, WA 98382

J1-3
Project: CSA_MMS Drilling Mud Toxicity Testing

Project No. 42903

Duration: 10 Day Batch 1

Test Type: Solid-Phase Static

Species: Leptocheirus plumulosus Source: MSL Cultures

Dates: August 7-17, 2001

Table J-1. Batch 1 Test Results Summary

Number Mean SD

Number Dead or Proportion Proportion Proportion

Name (Sample ID) Rep Alive Missing Surviving Surviving Surviving CV

Marine Sciences Laboratory 

1529 West Sequim Bay Road 

Sequim, WA 98382

MC292-NF-B08 1 13 7 0.65

MC292-NF-B08 2 12 8 0.60

MC292-NF-B08 3 18 2 0.90

MC292-NF-B08 4 16 4 0.80

MC292-NF-B08 5 12 8 0.60 0.71 0.13 19

MC292-NF-B09 1 9 11 0.45

MC292-NF-B09 2 15 5 0.75

MC292-NF-B09 3 12 8 0.60

MC292-NF-B09 4 18 2 0.90

MC292-NF-B09 5 20 0 1.00 0.74 0.22 30

MC292-NF-B10 1 16 4 0.80

MC292-NF-B10 2 11 9 0.55

MC292-NF-B10 3 7 13 0.35

MC292-NF-B10 4 19 1 0.95

MC292-NF-B10 5 18 2 0.90 0.71 0.25 36

MC292-NF-B11 1 19 1 0.95

MC292-NF-B11 2 19 1 0.95

MC292-NF-B11 3 19 1 0.95

MC292-NF-B11 4 20 0 1.00

MC292-NF-B11 5 19 1 0.95 0.96 0.02 2

MC292-NF-B12 1 13 7 0.65

MC292-NF-B12 2 14 6 0.70

MC292-NF-B12 3 18 2 0.90

MC292-NF-B12 4 19 1 0.95

MC292-NF-B12 5 17 3 0.85 0.81 0.13 16

MC292-FF1-B01 1 18 2 0.90

MC292-FF1-B01 2 20 0 1.00

MC292-FF1-B01 3 20 0 1.00

MC292-FF1-B01 4 19 1 0.95

MC292-FF1-B01 5 15 5 0.75 0.92 0.10 11

MC292-FF1-B02 1 19 1 0.95

MC292-FF1-B02 2 15 5 0.75

MC292-FF1-B02 3 20 0 1.00

MC292-FF1-B02 4 20 0 1.00

MC292-FF1-B02 5 19 1 0.95 0.93 0.10 11

J1-4
Project: CSA_MMS Drilling Mud Toxicity Testing

Project No. 42903

Duration: 10 Day Batch 1

Test Type: Solid-Phase Static

Species: Leptocheirus plumulosus Source: MSL Cultures

Dates: August 7-17, 2001

Table J-1. Batch 1 Test Results Summary

Number Mean SD

Number Dead or Proportion Proportion Proportion

Name (Sample ID) Rep Alive Missing Surviving Surviving Surviving CV

Marine Sciences Laboratory 

1529 West Sequim Bay Road 

Sequim, WA 98382

MC292-FF2-B01 1 17 3 0.85

MC292-FF2-B01 2 20 0 1.00

MC292-FF2-B01 3 18 2 0.90

MC292-FF2-B01 4 17 3 0.85

MC292-FF2-B01 5 20 0 1.00 0.92 0.08 8

MC292-FF2-B02 1 15 5 0.75

MC292-FF2-B02 2 16 4 0.80

MC292-FF2-B02 3 19 1 0.95

MC292-FF2-B02 4 24 1 0.96

MC292-FF2-B02 5 20 0 1.00 0.892 0.11 12

MC292-FF3-B01 1 18 2 0.90

MC292-FF3-B01 2 18 2 0.90

MC292-FF3-B01 3 19 1 0.95

MC292-FF3-B01 4 19 1 0.95

MC292-FF3-B01 5 20 0 1.00 0.94 0.04 4

MC292-FF3-B02 1 19 1 0.95

MC292-FF3-B02 2 20 0 1.00

MC292-FF3-B02 3 12 8 0.60

MC292-FF3-B02 4 19 1 0.95

MC292-FF3-B02 5 18 2 0.90 0.88 0.16 18

MC292-FF4-B01 1 17 3 0.85

MC292-FF4-B01 2 20 0 1.00

MC292-FF4-B01 3 20 0 1.00

MC292-FF4-B01 4 16 4 0.80

MC292-FF4-B01 5 20 0 1.00 0.93 0.10 10

MC292-FF4-B02 1 20 0 1.00

MC292-FF4-B02 2 38 2 0.95

MC292-FF4-B02 3 19 1 0.95

MC292-FF4-B02 4 20 0 1.00

MC292-FF4-B02 5 20 0 1.00 0.98 0.03 3

MC292-FF5-B01 1 19 1 0.95

MC292-FF5-B01 2 20 0 1.00

MC292-FF5-B01 3 20 0 1.00

MC292-FF5-B01 4 20 0 1.00

MC292-FF5-B01 5 20 0 1.00 0.99 0.02 2

J1-5
Project: CSA_MMS Drilling Mud Toxicity Testing

Project No. 42903

Duration: 10 Day Batch 1

Test Type: Solid-Phase Static

Species: Leptocheirus plumulosus Source: MSL Cultures

Dates: August 7-17, 2001

Table J-1. Batch 1 Test Results Summary

Number Mean SD

Number Dead or Proportion Proportion Proportion

Name (Sample ID) Rep Alive Missing Surviving Surviving Surviving CV

Marine Sciences Laboratory 

1529 West Sequim Bay Road 

Sequim, WA 98382

MC292-FF5-B02 1 18 2 0.90

MC292-FF5-B02 2 17 3 0.85

MC292-FF5-B02 3 16 4 0.80

MC292-FF5-B02 4 20 0 1.00

MC292-FF5-B02 5 20 0 1.00 0.91 0.09 10

MC292-FF6-B01 1 18 2 0.90

MC292-FF6-B01 2 19 1 0.95

MC292-FF6-B01 3 20 0 1.00

MC292-FF6-B01 4 18 2 0.90

MC292-FF6-B01 5 19 1 0.95 0.94 0.04 4

MC292-FF6-B02 1 19 1 0.95

MC292-FF6-B02 2 20 0 1.00

MC292-FF6-B02 3 18 2 0.90

MC292-FF6-B02 4 20 0 1.00

MC292-FF6-B02 5 20 0 1.00 0.97 0.04 5

Sequim Bay 1 20 0 1.00

Sequim Bay 2 20 0 1.00

Sequim Bay 3 20 0 1.00

Sequim Bay 4 19 1 0.95

Sequim Bay 5 20 0 1.00 0.99 0.02 2

J1-6
Marine Sciences Laboratory

1529 West Sequim Bay Road

Sequim, WA 98382

Project Title: CSA_MMS Drilling Mud Toxicity Testing

Project No. 42903

Test Species: Leptocheirus plumulosus Source: MSL Cultures

Test Type: Solid-Phase Static

Duration: 10 Days

Date: Batch 1 August 7-17, 2001

Table J-2. Batch 1 Water Quality Summary

Treatment Min Max Min Max Min Max Min Max

target range: 23 27 18 22 4.2 7.4 7.3 8.3

MC292-NF-B01 24.6 25.2 19.4 21.4 7.0 8.0 7.8 8.1

MC292-NF-B02 24.6 25.2 19.4 21.0 7.1 7.9 7.9 8.1

MC292-NF-B03 24.6 25.3 19.1 21.2 7.3 8.0 7.9 8.1

MC292-NF-B04 24.5 25.2 19.3 21.3 7.3 7.9 7.9 8.1

MC292-NF-B05 24.7 25.2 19.3 21.4 7.1 7.9 7.8 8.2

MC292-NF-B06 24.5 25.1 19.3 21.0 7.1 7.9 7.9 8.1

MC292-NF-B07 24.5 25.3 19.4 20.8 7.2 7.9 7.9 8.1

MC292-NF-B08 24.6 25.2 19.2 21.1 7.2 7.8 7.9 8.1

MC292-NF-B09 24.6 24.9 19.2 21.1 6.9 7.9 7.8 8.2

MC292-NF-B10 24.6 25.3 19.5 21.4 7.2 7.9 7.9 8.2

MC292-NF-B11 24.6 25.2 19.4 21.4 7.2 7.9 7.9 8.2

MC292-NF-B12 24.5 25.1 19.1 20.5 7.3 7.9 7.9 8.2

MC292-FF1-B01 24.6 25.1 19.3 21.3 7.1 7.9 7.9 8.2

MC292-FF1-B02 24.6 25.0 19.1 21.0 7.0 7.9 7.8 8.1

MC292-FF2-B01 24.6 25.1 19.1 20.5 7.2 7.9 7.9 8.1

MC292-FF2-B02 24.6 25.0 19.3 21.3 7.2 7.8 7.9 8.1

MC292-FF3-B01 24.7 25.1 19.4 21.1 7.1 7.9 7.9 8.1

MC292-FF3-B02 24.6 25.0 19.4 21.3 7.3 7.9 7.9 8.1

MC292-FF4-B01 24.8 25.2 19.4 21.0 7.0 7.9 7.9 8.1

MC292-FF4-B02 24.4 25.2 19.3 21.1 7.1 7.9 7.9 8.2

MC292-FF5-B01 24.8 25.2 19.4 21.2 7.2 7.9 7.9 8.2

MC292-FF5-B02 24.7 25.1 18.8 21.4 7.1 7.9 7.9 8.1

MC292-FF6-B01 24.5 25.0 19.1 21.0 6.9 7.9 7.8 8.2

MC292-FF6-B02 24.4 25.3 19.2 21.2 7.2 7.9 7.9 8.2

Sequim Bay 24.5 25.2 19.2 20.8 6.9 7.9 7.7 8.1

Dissolved

Oxygen

(mg/L)

pH

(units)

Salinity

(ppt)

Temperature

(° C)

J1-7
Project: CSA_MMS Drilling Mud Toxicity Testing

Project No. 42903

Duration: 4 Days Batch 1

Test Type: Cadmium Reference Toxicant

Species: Leptocheirus plumulosus Source: MSL Cultures

Dates: August 7-11, 2001

Table J-3. Batch 1 Test Results Summary

Number

Number Dead or Proportion

Treatment mg/L Cd Rep Alive Missing Surviving

0 mg/L Cd 1 19 1 0.95

0.156 mg/L Cd 1 19 1 0.95

0.312 mg/L Cd 1 13 7 0.65

0.625 mg/L Cd 1 12 8 0.60

1.25 mg/L Cd 1 4 16 0.20

2.5 mg/L Cd 1 0 20 0

5 mg/L Cd 1 0 20 0

7 mg/L Cd 1 0 20 0

LC50 = 0.64 mg/L Cd

95% confidence intervals = 0.05 - 1.38 mg/L Cd

Concentration

J1-8
.

.

.

.

.

.

Sediment Toxicity Testing Data for Batch 2

(Garden Banks Block 602)

APPENDIX J2

J2-1
Project: CSA_MMS Drilling Mud Toxicity Testing

Project No. 42903

Duration: 10 Day Batch 2

Test Type: Solid-Phase Static

Species: Leptocheirus plumulosus Source: Chesapeake Cultures

Dates: August 20-30, 2001

Table J-4. Batch 2 Test Results Summary

Number Mean SD

Number Dead or Proportion Proportion Proportion

Name (Sample ID) Rep Alive Missing Surviving Surviving Surviving CV

Marine Sciences Laboratory 

1529 West Sequim Bay Road 

Sequim, WA 98382

GB602-NF-B01 1 8 12 0.40

GB602-NF-B01 2 4 16 0.20

GB602-NF-B01 3 6 14 0.30

GB602-NF-B01 4 15 5 0.75

GB602-NF-B01 5 3 17 0.15 0.36 0.24 66

GB602-NF-B02 1 12 8 0.60

GB602-NF-B02 2 9 11 0.45

GB602-NF-B02 3 6 14 0.30

GB602-NF-B02 4 8 12 0.40

GB602-NF-B02 5 6 14 0.30 0.41 0.12 30

GB602-NF-B03 1 5 15 0.25

GB602-NF-B03 2 11 9 0.55

GB602-NF-B03 3 4 16 0.20

GB602-NF-B03 4 7 13 0.35

GB602-NF-B03 5 0 20 0.00 0.27 0.20 75

GB602-NF-B04 1 2 18 0.10

GB602-NF-B04 2 3 17 0.15

GB602-NF-B04 3 2 18 0.10

GB602-NF-B04 4 1 19 0.05

GB602-NF-B04 5 6 14 0.30 0.14 0.10 69

GB602-NF-B05 1 4 16 0.20

GB602-NF-B05 2 0 20 0.00

GB602-NF-B05 3 2 18 0.10

GB602-NF-B05 4 14 6 0.70

GB602-NF-B05 5 0 20 0.00 0.20 0.29 146

GB602-NF-B06 1 3 17 0.14

GB602-NF-B06 2 1 19 0.05

GB602-NF-B06 3 0 20 0.00

GB602-NF-B06 4 0 20 0.00

GB602-NF-B06 5 0 20 0.00 0.04 0.06 161

GB602-NF-B07 1 0 20 0.00

GB602-NF-B07 2 0 20 0.00

GB602-NF-B07 3 0 20 0.00

GB602-NF-B07 4 0 20 0.00

GB602-NF-B07 5 0 20 0.00 0 0.00

J2-3
Project: CSA_MMS Drilling Mud Toxicity Testing

Project No. 42903

Duration: 10 Day Batch 2

Test Type: Solid-Phase Static

Species: Leptocheirus plumulosus Source: Chesapeake Cultures

Dates: August 20-30, 2001

Table J-4. Batch 2 Test Results Summary

Number Mean SD

Number Dead or Proportion Proportion Proportion

Name (Sample ID) Rep Alive Missing Surviving Surviving Surviving CV

Marine Sciences Laboratory 

1529 West Sequim Bay Road 

Sequim, WA 98382

GB602-NF-B08 1 0 20 0.00

GB602-NF-B08 2 0 20 0.00

GB602-NF-B08 3 0 20 0.00

GB602-NF-B08 4 0 20 0.00

GB602-NF-B08 5 0 20 0.00 0 0.00

GB602-NF-B09 1 0 20 0.00

GB602-NF-B09 2 0 20 0.00

GB602-NF-B09 3 0 20 0.00

GB602-NF-B09 4 2 18 0.10

GB602-NF-B09 5 6 14 0.30 0.08 0.13 163

GB602-NF-B10 1 1 19 0.05

GB602-NF-B10 2 5 15 0.25

GB602-NF-B10 3 6 14 0.30

GB602-NF-B10 4 2 18 0.10

GB602-NF-B10 5 6 14 0.30 0.20 0.12 59

GB602-NF-B11 1 3 17 0.15

GB602-NF-B11 2 0 20 0.00

GB602-NF-B11 3 2 18 0.10

GB602-NF-B11 4 2 18 0.10

GB602-NF-B11 5 1 19 0.05 0.08 0.06 71

GB602-NF-B12 1 5 15 0.25

GB602-NF-B12 2 7 13 0.35

GB602-NF-B12 3 2 18 0.10

GB602-NF-B12 4 3 17 0.15

GB602-NF-B12 5 6 14 0.30 0.23 0.10 45

GB602-FF1-B01 1 18 2 0.90

GB602-FF1-B01 2 14 6 0.70

GB602-FF1-B01 3 14 6 0.70

GB602-FF1-B01 4 12 8 0.60

GB602-FF1-B01 5 13 7 0.65 0.71 0.11 16

GB602-FF1-B02 1 15 5 0.75

GB602-FF1-B02 2 6 14 0.30

GB602-FF1-B02 3 10 10 0.50

GB602-FF1-B02 4 13 7 0.65

GB602-FF1-B02 5 15 5 0.75 0.59 0.19 32

J2-4
Project: CSA_MMS Drilling Mud Toxicity Testing

Project No. 42903

Duration: 10 Day Batch 2

Test Type: Solid-Phase Static

Species: Leptocheirus plumulosus Source: Chesapeake Cultures

Dates: August 20-30, 2001

Table J-4. Batch 2 Test Results Summary

Number Mean SD

Number Dead or Proportion Proportion Proportion

Name (Sample ID) Rep Alive Missing Surviving Surviving Surviving CV

Marine Sciences Laboratory 

1529 West Sequim Bay Road 

Sequim, WA 98382

GB602-FF2-B01 1 12 8 0.60

GB602-FF2-B01 2 14 6 0.70

GB602-FF2-B01 3 16 4 0.80

GB602-FF2-B01 4 9 11 0.45

GB602-FF2-B01 5 13 7 0.65 0.64 0.13 20

GB602-FF2-B02 1 14 6 0.70

GB602-FF2-B02 2 13 7 0.65

GB602-FF2-B02 3 10 10 0.50

GB602-FF2-B02 4 11 9 0.55

GB602-FF2-B02 5 18 2 0.90 0.66 0.16 24

GB602-FF3-B01 1 16 4 0.80

GB602-FF3-B01 2 13 7 0.65

GB602-FF3-B01 3 14 6 0.70

GB602-FF3-B01 4 15 5 0.75

GB602-FF3-B01 5 15 5 0.75 0.73 0.06 8

GB602-FF3-B02 1 13 7 0.65

GB602-FF3-B02 2 14 6 0.70

GB602-FF3-B02 3 16 4 0.80

GB602-FF3-B02 4 14 6 0.70

GB602-FF3-B02 5 17 3 0.85 0.74 0.08 11

GB602-FF4-B01 1 14 6 0.70

GB602-FF4-B01 2 15 5 0.75

GB602-FF4-B01 3 12 8 0.60

GB602-FF4-B01 4 12 8 0.60

GB602-FF4-B01 5 14 6 0.70 0.67 0.07 10

GB602-FF4-B02 1 15 5 0.75

GB602-FF4-B02 2 16 4 0.80

GB602-FF4-B02 3 13 7 0.65

GB602-FF4-B02 4 15 5 0.75

GB602-FF4-B02 5 15 5 0.75 0.74 0.05 7

GB602-FF5-B01 1 11 9 0.55

GB602-FF5-B01 2 7 13 0.35

GB602-FF5-B01 3 15 5 0.75

GB602-FF5-B01 4 10 10 0.50

GB602-FF5-B01 5 10 10 0.50 0.53 0.14 27

J2-5
Project: CSA_MMS Drilling Mud Toxicity Testing

Project No. 42903

Duration: 10 Day Batch 2

Test Type: Solid-Phase Static

Species: Leptocheirus plumulosus Source: Chesapeake Cultures

Dates: August 20-30, 2001

Table J-4. Batch 2 Test Results Summary

Number Mean SD

Number Dead or Proportion Proportion Proportion

Name (Sample ID) Rep Alive Missing Surviving Surviving Surviving CV

Marine Sciences Laboratory 

1529 West Sequim Bay Road 

Sequim, WA 98382

GB602-FF5-B02 1 18 2 0.90

GB602-FF5-B02 2 15 5 0.75

GB602-FF5-B02 3 16 4 0.80

GB602-FF5-B02 4 15 5 0.75

GB602-FF5-B02 5 17 3 0.85 0.81 0.07 8

GB602-FF6-B01 1 18 2 0.90

GB602-FF6-B01 2 16 4 0.80

GB602-FF6-B01 3 15 5 0.75

GB602-FF6-B01 4 12 8 0.60

GB602-FF6-B01 5 13 7 0.65 0.74 0.12 16

GB602-FF6-B02 1 14 6 0.70

GB602-FF6-B02 2 18 2 0.90

GB602-FF6-B02 3 12 8 0.60

GB602-FF6-B02 4 7 13 0.35

GB602-FF6-B02 5 11 9 0.55 0.62 0.20 33

Sequim Bay 1 20 0 1.00

Sequim Bay 2 20 0 1.00

Sequim Bay 3 20 0 1.00

Sequim Bay 4 20 0 1.00

Sequim Bay 5 20 0 1.00 1.00 0.00 0

J2-6
Marine Sciences Laboratory

1529 West Sequim Bay Road

Sequim, WA 98382

Project Title: CSA_MMS Drilling Mud Toxicity Testing

Project No. 42903

Test Species: Leptocheirus plumulosus Source: Chesapeake Cultures

Test Type: Solid-Phase Static

Duration: 10 Days

Date: Batch 2 August 20-30, 2001

Table J-5. Batch 2 Water Quality Summary

Treatment Min Max Min Max Min Max Min Max

target range: 23 27 18 22 4.2 7.4 7.3 8.3

GB602-NF-B01 23.1 24.5 20.0 21.7 7.1 7.7 7.8 8.1

GB602-NF-B02 23.5 24.5 19.3 21.4 7.0 7.7 7.8 8.1

GB602-NF-B03 23.6 24.6 19.8 21.8 7.1 7.7 7.8 8.1

GB602-NF-B04 23.6 24.5 19.6 21.5 7.0 7.7 7.8 8.1

GB602-NF-B05 23.6 24.6 19.8 21.5 6.9 7.7 7.8 8.0

GB602-NF-B06 23.6 24.5 19.3 21.3 6.8 7.7 7.8 8.2

GB602-NF-B07 23.3 24.5 19.9 21.6 6.2 7.2 7.7 8.2

GB602-NF-B08 23.5 24.5 19.9 22.4 3.5 7.4 7.8 8.1

GB602-NF-B09 23.3 24.6 19.7 21.5 7.1 7.7 7.8 8.1

GB602-NF-B10 23.5 24.4 19.2 21.4 6.9 7.7 7.8 8.1

GB602-NF-B11 23.4 24.4 20.1 22.0 7.1 7.7 7.8 8.1

GB602-NF-B12 23.5 24.6 20.0 21.6 7.1 7.7 7.8 8.1

GB602-FF1-B01 23.4 24.4 19.9 21.3 7.2 7.7 7.8 8.1

GB602-FF1-B02 23.7 24.4 20.0 21.6 7.2 7.7 7.8 8.1

GB602-FF2-B01 23.5 24.5 19.4 21.4 7.2 7.8 7.8 8.1

GB602-FF2-B02 23.5 24.5 20.0 21.6 7.2 7.7 7.8 8.1

GB602-FF3-B01 23.5 24.4 19.7 21.5 7.2 7.8 7.8 8.1

GB602-FF3-B02 23.5 24.5 19.9 21.4 7.2 7.7 7.8 8.1

GB602-FF4-B01 23.6 24.5 20.1 21.5 7.2 7.8 7.8 8.1

GB602-FF4-B02 23.4 24.5 19.6 21.8 7.1 7.8 7.8 8.1

GB602-FF5-B01 23.6 24.5 19.7 21.7 7.2 7.8 7.8 8.1

GB602-FF5-B02 23.6 24.5 19.8 21.5 7.1 7.8 7.8 8.1

GB602-FF6-B01 23.5 24.5 19.7 21.4 7.2 7.8 7.8 8.1

GB602-FF6-B02 23.6 24.5 19.4 21.3 7.2 7.8 7.8 8.1

Sequim Bay 23.5 24.5 19.3 21.6 6.6 7.7 7.7 8.2

Dissolved

Temperature Salinity Oxygen pH

(° C) (ppt) (mg/L) (units)

J2-7
Project: CSA_API Drilling Mud Toxicity Testing

Project No. 41202

Duration: 4 Days Batch 2 Run 1

Test Type: Cadmium Reference Toxicant

Species: Leptocheirus plumulosus Source: Chesapeake Cultures

Dates: August 20-24, 2001

Table J-6. Batch 2 Test Results Summary

Number

Number Dead or Proportion

Treatment mg/L Cd Rep Alive Missing Surviving

0 mg/L Cd 1 9 11 0.45

0.156 mg/L Cd 1 14 6 0.70

0.312 mg/L Cd 1 3 17 0.15

0.625 mg/L Cd 1 3 17 0.15

1.25 mg/L Cd 1 4 16 0.20

2.5 mg/L Cd 1 1 19 0.05

5 mg/L Cd 1 0 20 0

7 mg/L Cd 1 0 20 0

LC50 = 0.57 mg/L Cd

95% confidence intervals = 0.11 - 1.36 mg/L Cd

Concentration

J2-8
.

.

.

.

.

.Additional Additional

 Additional Synthesis Figures

 and Analyses

APPENDIX K

K-1
K-3 

K.1 SIDE-SCAN SONAR MOSAICS 

Figures K.1 through K.4 show side-scan sonar mosaics for the four study sites, as follows: 

• Figure K.1 – Viosca Knoll (VK) 916, Cruise 3A (August 2002) 

• Figure K.2 – Garden Banks (GB) 516, Cruise 2A (June-July 2001) 

• Figure K.3 – Garden Banks (GB) 602, Cruise 2A (June-July 2001) 

• Figure K.4 – Mississippi Canyon (MC) 292, Cruise 2A (June-July 2001) 

These are reduced, annotated versions of the large maps produced from the geophysical surveys. 

Some features may be easier to see on the larger versions of these mosaics and/or the seafloor 

interpretation maps presented in the geophysical survey reports (Appendix C). 

All of the mosaics are from post-drilling surveys. VK 916 was surveyed after drilling of a single 

exploration well, whereas the others were surveyed after drilling of multiple development wells 

(see Chapters 2 and 3). Wellsites and estimated anchor locations are shown, as well as the 500-m 

radius of the near-field site for chemical/biological sampling. Nearby well locations (i.e., those 

outside the 500-m radius) are also shown. 

As noted in Chapter 4, side-scan sonar and chirp sonar subbottom records were used to map 

deposits of drilling mud and cuttings around the wellsites. A combination of a smooth seafloor 

(little backscatter on side-scan sonar records) and a high amplitude response at the seafloor on 

high resolution subbottom profiles was used to identify areas of probable drilling mud deposition. 

On these mosaics, darker areas where side-scan sonar showed high reflectivity extending in a 

radial pattern around the wellsites were interpreted as cuttings. Cuttings are derived from 

subsurface sediments that are much more compacted and therefore denser than surface 

hemipelagic sediments that drape most of the northern Gulf continental slope. When deposited 

over hemipelagic sediments, cuttings create an acoustic impedance difference that translates into 

a higher amplitude reflection on subbottom profiler records. 

In Chapter 4, it was noted that other processes could produce the reflectance patterns mapped as 

cuttings, including seafloor disturbances (grooves, furrows, etc.) caused by the process of setting 

anchors and the dropping of sediment clumps to the seafloor from the anchor cables as they are 

pulled into place. However, several lines of evidence suggest that the areas mapped as “cuttings” 

are cuttings rather than clumps or other seafloor disturbances (see Chapter 15). 
Figure K.1. Side-scan sonar mosaic showing highly reflective seafloor (dark areas, presumed 

cuttings) at Viosca Knoll 916 on Cruise 3A (post-exploration, August 2002). A 

similar but fainter pattern is evident around an older wellsite in VK 872. Anchor scars

visible on an enlarged version of this mosaic include some associated with a well drilled 

in Viosca Knoll 873 in 1988 (14 years prior to this cruise).

N

S

W E

500 m radius

Legend

Wellsite

Anchor location

(approximate)

VK 916, Well no. 1

Nov-Dec 2001

VK 872

Well no. 1 

and sidetrack

Nov-Dec 1998

K-4
Figure K.2. Distribution of highly reflective seafloor (dark areas, presumed cuttings) at 

Garden Banks 516 on Cruise 2A (post-development, June-July 2001). Note that dark

areas are predominantly oriented WSW to ENE around the wellsite and do not appear to 

be associated with anchor locations.

Legend

Wellsite

Anchor location

(approximate)

Area of Complex 

Seafloor Features

(unrelated to drilling)

500 m radius

7 wells drilled in near-field site

(Jul 1999-Feb 2001)

Well no. 1

Sep 1995-Jul 1996

K-5
Figure K.3. Distribution of highly reflective seafloor (dark areas, presumed cuttings) at Garden 

Banks 602 on Cruise 2A (post-development, June-July 2001). Anchor scars associated 

with various drillsites, as well as flowlines and an umbilical connecting to the Auger 

platform in Garden Banks 426, are visible.

Legend

Wellsite

Anchor location

(approximate)

Well no. 3 and two sidetracks

Apr-Aug 1996

Geotechnical borehole

Feb 1996

Well no. 1

Sep 1995

500 m 

radius

Wells nos. 2, 4, and 5

Sep 1995-Jan 2001

Flowlines and umbilical 

to/from GB 426

K-6
Figure K.4. Distribution of highly reflective seafloor (dark areas, presumed cuttings) at 

Mississippi Canyon 292 on Cruise 2A (post-development, June-July 2001). Note the 

similar but more prominent pattern around a more recently drilled wellsite in MC 248.

Legend

Wellsite

500 m radius

MC 292

Well nos. 1, 3, 3-ST, 

4, and 4-ST

May 1995-Jul 1999

3,000 m 

anchor radius

3 wells in MC 248

Jan-Mar 2000

1 well in MC 291

Aug-Oct 1997

Flowlines and umbilical 

to/from VK 900

3,000 m 

anchor radius

(individual anchor 

locations not mapped)

K-7
K-8 

K.2 EVALUATION OF FAR-FIELD SITES 

The six far-field sites for each near-field site were chosen to be at similar water depth and 10 to 

25 km away. The intention also was to locate these sites away from other previous wells, to the 

extent possible. However, due to the large number of wells in the Gulf of Mexico, it was difficult 

to find far-field sites that were not within 10 km of previous drilling. This section summarizes 

the proximity of far-field sites to previous drilling and examines concentrations of drilling fluid 

tracers at those sites. 

K.2.1 Proximity to Previous Drilling 

Table K.1 summarizes the number of previous wells within 10 km of each far-field site center. 

Based solely on proximity to previous drilling, the far-field sites are rated as follows: 

• Excellent – no previous wells within 10 km 

• Good – no previous wells within 3 km, but one or more between 3 km and 10 km away 

• Fair – previous well(s) between 1.5 km and 3 km away 

• Poor – previous well(s) within 1.5 km 

All of the far-field sites were rated as “excellent” or “good” with the following exceptions: 

• VK 916, FF1 – rated fair; 4 wells were drilled only 1.9 km away, but the drilling occurred 

more than 10 years ago. This site also had a very large number of wells within 10 km (63). 

• VK 916, FF2 – rated fair, with 4 recent wells (March-May 2002) located 2.6 km away and a 

total of 41 wells within 10 km. 

• MC 292, FF1 – rated poor, with one well 1.1 km away (September-October 1994) and 

another 2.7 km away (August-September 1999). 

• MC 292, FF2 – rated fair, with the nearest well 2 km away (August-September 1999). 

K.2.2 Statistical Analysis 

Based on the proximity of some individual far-field sites to previous drilling, VK 916 and 

MC 292 were selected for more detailed analysis focusing on two drilling fluid tracers: barium 

and synthetic based fluid (SBF) chemical. 

On each cruise, sediment samples were collected using a box core at randomly selected locations 

within each near-field and far-field sites (see Chapter 2). For each near-field site, there were six 

far-field sites, with two box cores each, for a total of 12 far-field box cores. From each box core, 

a subsample of the top 2 cm was obtained for chemical analysis. See Chapters 8 and 9 for 

description of analytical methods for barium and SBF, respectively. 

Far-field barium and SBF concentrations at the VK 916 and MC 292 far-field sites are plotted in 

Figure K.5. ANOVA results comparing mean concentrations among sites are provided in 

Table K.2. 
K-9 

Table K.1. Previous wells near far-field (FF) sites. 

No. of Previous 

Wellsites Site 

Within 

10 km 

Within 

3 km 

Distance to 

Nearest 

Well(s) 

Block of Nearest 

Well(s) 

Dates of 

Nearest Well(s) 

Rating of 

FF Siteb

Viosca Knoll Block 916 (exploration site) 

FF1 63 4 1.9 km VK 957 (4 wells) Jan-July 1989 Fair 

FF2 41 4 2.6 km VK 915 (4 wells) Mar-May 2002 Fair 

FF3 30 0 5.5 km VK 829 (1 well) June-Aug 1994 Good 

FF4 26 0 5.7 km VK 829 (1 well) June-Aug 1994 Good 

FF5 25 0 6.3 km VK 786 (24 wells) June 1995-June 2002 Good 

FF6 25 0 6.7 km VK 786 (24 wells) June 1995-June 2002 Good 

Garden Banks Block 516 (exploration/development site) 

FF1 19 0 4.6 km GB 559 (6 wells) Feb 1999-Oct 2000 Good 

FF2 6 0 8.6-8.9 km GB 386 (6 wells) June 1997-Mar 1999 Good 

FF3 6 0 8.5-8.6 km GB 386 (6 wells) June 1997-Mar 1999 Good 

FF4 7 0 7.8 km GB 386 (2 wells) Nov 1998-Mar 1999 Good 

FF5 12 0 7.5 km GB 386 (2 wells) Nov 1998-Mar 1999 Good 

FF6 3 0 8.4-8.9 km GB 386-387 (3 wells) Apr 1990-Mar 1999 Good 

Garden Banks Block 602 (post-development site) 

FF1 1 0 6.5 km GB 600 (1 well)a June-Aug 2001 Good 

FF2 0 0 >10 km -- -- Excellent 

FF3 0 0 >10 km -- -- Excellent 

FF4 0 0 >10 km -- -- Excellent 

FF5 0 0 >10 km -- -- Excellent 

FF6 1 0 6.3 km GB 562 (1 well) Aug-Sep 2000 Good 

Mississippi Canyon Block 292 (post-development site) 

FF1 12 2 1.1 km 

2.7 km 

MC 243 (1 well) 

MC 243 (1 well) 

Sep-Oct 1994 

Aug-Sep 1999 

Poor 

FF2 13 1 2.0 km MC 243 (1 well) Aug-Sep 1999 Fair 

FF3 2 0 7.4 km 

7.5 km 

MC 201 (1 well) 

MC 160 (1 well) 

Jan 1988 

Sep-Nov 1989 

Good 

FF4 7 0 7.1 km MC 201 (1 well) Jan 1988 Good 

FF5 9 0 4.6 km MC 160 (1 well) Sep-Nov 1989 Good 

FF6 6 0 4.8 km MC 160 (1 well) Sep-Nov 1989 Good 

a Drilling of this well was ongoing during Cruise 2B (8 to 25 July 2001). 

b Excellent – no previous wells within 10 km; Good – no previous wells within 3 km, but one or more 

between 3 km and 10 km away; Fair – previous well(s) between 1.5 km and 3 km away; and Poor – 

previous well(s) within 1.5 km.
K-10 

Figure K.5. Sediment concentrations of barium and synthetic-based fluids (SBF) at Viosca Knoll 916 and Mississippi C

Points are individual stations within far-field sites.

VK 916 - Cruise 1B

0

250

500750

100012501500

123456

Far-Field Site

Barium Concentration (μg/g) 123456

Far-Field Site

12

Fa

0

20406080

100120

123456 123456 12

Barium

Synthetic-Based Fluids

VK 916 - Cruise 3B MC 2

VK 916 - Cruise 1B VK 916 - Cruise 3B MC 2

Barium Concentration (μg/g)

Barium Concentration (μg/g)

SBF Concentration (μg/g)

SBF Concentration (μg/g)

SBF Concentration (μg/g) 020406080 100 120 020406080 100 120

0

250

500750

100012501500

0

250

500750

100012501500

No data No data

Far-Field Site Far-Field Site Fa
K-11 

Table K.2. Analysis of variance results for barium and synthetic-based fluid (SBF) 

concentrations at Viosca Knoll (VK) 916 and Mississippi Canyon (MC) 292 

far-field sites. 

Barium SBF Site 

Source Probability Interp. Source Probability Interp. 

VK 916 Cruise 0.1191 n.s. Cruise 0.1687 n.s. 

 Sites 0.0002 FF2>others Sites 0.4276 n.s. 

 Interaction 0.4021 n.s. Interaction 0.3339 n.s. 

MC 292 Sites 0.0054 FF6>FF1,FF3 

FF5>FF1,FF3

Sites 0.5495 n.s. 

n.s. = not significant. 

For barium, the ANOVA showed a significant difference among far-field sites (but not cruises) at 

VK 916. Site FF2 had higher barium concentrations than the other five far-field sites on both 

cruises: 

• Cruise 1B: 1,130 μg/g vs. 805 μg/g average for the other far-field sites 

• Cruise 3B: 1,315 μg/g vs. 866 μg/g average for the other far-field sites 

At MC 292, barium concentrations at sites FF5 and FF6 were higher than at FF1 and FF3. 

However, the difference is not considered meaningful, as all of the values were fairly low (632 to 

923 μg/g). There was no indication that either of the two sites suspected of being close to drilling 

discharges (FF1 and FF2) had elevated barium concentrations. Both FF5 and FF6 were rated as 

“good” with the nearest wells drilled over 4.5 km away (and more than 10 years earlier). 

The ANOVA did not detect any significant differences for SBF concentrations for either VK 916 

or MC 292. However, at VK 916, one of the FF2 stations had an SBF concentration of 111 μg/g, 

about 10 to 20 times higher than the other far-field values at this site (Figure K.5). The high 

single value apparently increased the “within” variance, making it difficult to detect differences 

among sites or cruises. 

Although SBF concentrations did not differ significantly among MC 292 far-field sites, two 

stations appeared to have slightly elevated SBF concentrations. These were FF1-B02 (19 μg/g) 

and FF6-B01 (28 μg/g). Values at the other far-field stations ranged from 1 to 8 μg/g 

(Figure K.5). The low SBF concentrations measured at most far-field sites represent background 

concentrations of hydrocarbons that co-elute with SBF in the analytical procedure (Chapter 9). 

K.2.3 Interpretation 

The preliminary screening identified four far-field sites that had previous wells within 3 km. 

These were VK 916 FF1 and FF2, and MC 292 FF1 and FF2. Analysis of barium and SBF 

concentrations suggests that two of these (VK 916 FF2 and MC 292 FF1) may have been exposed 

to small amounts of drilling discharges. 
K-12 

VK 916 FF2 had slightly elevated barium and SBF concentrations. This site had significantly 

higher barium than the other VK 916 far-field sites on both Cruises 1B and 3B. On Cruise 3B, 

one of the FF2 stations had an SBF concentration of 111 μg/g, about 10 to 20 times higher than 

the other far-field values at this site. The data from VK 916 FF2 suggest that this site was 

exposed to drilling discharges from nearby wells. Potential sources include four wells drilled 

between March and May 2002 in VK 915, approximately 2.6 km away; and four wells drilled 

between April and July 1997 in VK 914, approximately 3.1 km away. 

The other VK 916 site (FF1) did not appear to have elevated barium or SBF concentrations. 

Although this site was only 1.9 km from the site of four previous wells in VK 957, the drilling 

occurred more than 10 years before our first cruise, prior to the first use of SBMs in the Gulf of 

Mexico. 

At MC 292, there is no indication that the FF2 site had elevated barium or SBF concentrations. 

However, there is some indication that the other site of interest (FF1) may have been affected. 

This site had elevated SBF concentrations (19 μg/g) compared to the other far-field stations (1 to 

8 μg/g). Potential sources include a well drilled 1.1 km away in MC 243 (September-October 

1994) and another 2.7 km away, also in MC 243 (August-September 1999). However, the SBF 

difference may or may not be meaningful, since another station (FF6) also had slightly elevated 

SBF concentrations (28 μg/g) even though the nearest well was nearly 5 km away and more than 

10 years old (preceding the use of SBMs in the Gulf of Mexico). 

Statistically, elevated levels of barium and SBF at some far-field sites could make it more 

difficult to detect near-vs.-far-field differences by increasing both the far-field mean and the 

variance among far-field sites. However, the far-field concentrations seen here are orders of 

magnitude lower than most barium and SBF concentrations seen in the near-field. For statistical 

comparisons of the near-field site as a whole vs. the far-field, their effect is negligible. For 

example, even though VK 916 FF2 and MC 292 FF1 were included in statistical analyses in 

Chapters 8 and 9, significant near-field vs. far-field differences for both barium and SBF were 

detected. 

The elevated barium and/or SBF levels at some far-field sites represent very small amounts of 

drilling fluids or fine cuttings particles. For example, a barium increase of 500 μg/g would 

represent about 943 μg of industrial barite per gram of sediment, or 0.094% (assuming industrial 

barite averages 53% barium; Chapter 8). Similarly, an SBF increase of 100 μg/g would represent 

approximately 1,000 μg of cuttings particles per gram of sediment, or 0.1% (assuming retention 

on cuttings averages about 10% on a dry weight basis). 
The Department of the Interior Mission

As the Nation's principal conservation agency, the Department of the Interior has responsibility 

for most of our nationally owned public lands and natural resources. This includes fostering 

sound use of our land and water resources; protecting our fish, wildlife, and biological diversity; 

preserving the environmental and cultural values of our national parks and historical places; 

and providing for the enjoyment of life through outdoor recreation. The Department assesses 

our energy and mineral resources and works to ensure that their development is in the best 

interests of all our people by encouraging stewardship and citizen participation in their care. 

The Department also has a major responsibility for American Indian reservation communities 

and for people who live in island territories under U.S. administration. 

The Minerals Management Service Mission 

As a bureau of the Department of the Interior, the Minerals Management Service's (MMS) 

primary responsibilities are to manage the mineral resources located on the Nation's Outer 

Continental Shelf (OCS), collect revenue from the Federal OCS and onshore Federal and Indian 

lands, and distribute those revenues. 

Moreover, in working to meet its responsibilities, the Offshore Minerals Management Program 

administers the OCS competitive leasing program and oversees the safe and environmentally 

sound exploration and production of our Nation's offshore natural gas, oil and other mineral 

resources. The MMS Minerals Revenue Management meets its responsibilities by ensuring the 

efficient, timely and accurate collection and disbursement of revenue from mineral leasing and 

production due to Indian tribes and allottees, States and the U.S. Treasury. 

The MMS strives to fulfill its responsibilities through the general guiding principles of: (1) being 

responsive to the public's concerns and interests by maintaining a dialogue with all potentially 

affected parties and (2) carrying out its programs with an emphasis on working to enhance the 

quality of life for all Americans by lending MMS assistance and expertise to economic 

development and environmental protection.