IRC. 755-Aftfi

GEOLOGICAL SURVEY CIRCULAR 755-A

'Description of CRIB, the GIPSY Retrieval Mechanism, 

and the Interface to the General Electric 

MARK III Service
Description of CRIB, the GIPSY Retrieval Mechanism, 

and the Interface to the General Electric 

MARK III Service

By James A. Calkins, Eleanor K. Keefer, Regina A. Ofsharick, 

George T. Mason, Patricia Tracy, and Mary Atkins

CRIB, the Mineral Resources Data Bank 

of the U.S. Geological Survey 

Guide for Public Users, 1977

GEOLOGICAL SURVEY CIRCULAR 755-A

1978
United States Department ef the Interior

CECIL D. ANDRUS, Secretary

Geological Survey

W. A. Radlinski, Acting Director

Library of Congress catalog-card No. 78-00016

Free on application to Branch of Distribution, U.S. Geological Survey 

1200 South Eads Street, Arlington, Ma. 22202
CONTENTS

Abstract ________ ______________

Introduction ______________________________

CRIB Computerized Resources Information 

Bank _________________________

Scope and content _______________________

Sources of information __________________

Quality and consistency of information...-

GIPSY General Information Processing

System ________________________________

QUESTRAN The retrieval mechanism __ 

Commands and parameters ______________

Search structure ___________________________

Variable description statement ___________

Logic statement _______________________

Page

Al

1

2

2

3

3

3

4

5

Page

Search techniques ___________________________ A9

Word mode ________________._ 9

Number mode ___________________________ 10

Label-only mode ________________________ 10

General Electric MARK III Service __ ._ 11 

GIPSY-MARK III interface (the foreground

driver) ________________________________ 11

Using the GIPSY-MARK III interface ___ 11

Using the CRIB file ________________________ 16

Common search patterns and search fields- 16

Examples ____________________________ 17

Glossary ______ _______ 18

References cited ____-______-________..--___-__ 19

ILLUSTRATIONS

Page

FIGURE 1. Standard reporting (input) form for the CRIB mineral resources

computer file _____________________________________________ A23

2. Dummy record showing the standard output format of the CRIB

mineral resources file ____________________________________ 29

3. Standard output record from the CRIB mineral resources file__. 34

4. Inventory of the CRIB file by country and by States of the United

States _____________________________ 36

5. _ Inventory of the CRIB file by the number of occurrences of individual mineral commodities ______________________ __ 37

6. Example illustrating the procedure for accessing the CRIB file

via the General Electric MARK III Service ________ _. 38

7-9. Conditions statements and the printed output resulting from:

7. An area search ____________________________ __ ___- 42

8. A numeric search _______________________________ ____ 44

9. A frequency count ____________-___--__--___-__--------- 48

TABLE

TABLE 1. General inventory of records in the CRIB file as of November 

1, 1976 _________________________-_----- -----_ ---

Page

A4

III
CRIB, THE MINERAL RESOURCES DATA BANK 

OF THE U.S. GEOLOGICAL SURVEYGUIDE FOR PUBLIC USERS, 1977

DESCRIPTION OF CRIB, THE GIPSY RETRIEVAL MECHANISM, AND 

THE INTERFACE TO THE GENERAL ELECTRIC MARK III SERVICE

By James A. Calkins, Eleanor K. Reefer, Regina A. Ofsharick, 

George T. Mason, Patricia Tracy, and Mary Atkins

ABSTRACT

The U.S. Geological Survey's Computerized Resources Information Bank (CRIB) is being made 

available for public use through the computer facilities of the University of Oklahoma and the General 

Electric Company, U.S.A. The use of General Electric's 

worldwide information-services network provides access to the CRIB file to a worldwide clientele. This 

manual, which consists of two chapters, is intended 

as a guide to users who wish to interrogate the file. 

Chapter A contains a description of the CRIB file, 

information on the use of the GIPSY retrieval system, 

and a description of the General Electric MARK III 

Service. Chapter B contains a description of the individual data items in the CRIB record as well as 

code lists.

CRIB consists of a set of variable-length records 

on the metallic and nonmetallic mineral resources of 

the United States and other countries. At present, 

31,645 records in the master file are being made available. The record contains information on mineral deposits and mineral commodities. Some topics covered 

are: deposit name, location, commodity information, 

description of deposit, geology, production, reserves, 

potential resources, and references.

The data are processed by the GIPSY program, 

which maintains the data file and builds, updates, 

searches, and prints the records using simple yet 

versatile command statements. Searching and selecting records is accomplished by specifying the presence, 

absence, or content of any element of information in 

the record; these specifications can be logically linked 

to prepare sophisticated search strategies. Output is 

available in the form of the complete record, a listing of selected parts of the record, or fixed-field tabulations.

The General Electric MARK III Service is a computerized information services network operating internationally by land lines, satellites, and undersea 

cables. The service is available by local telephone to 

500 cities in North America, Western Europe, Australia, Southeast Asia, Japan, and Saudi Arabia. An

interface called the "foreground driver" is used to 

link the GIPSY program to the General Electric system.

INTRODUCTION

The U.S. Geological Survey's (USGS) Computerized Resources Information Bank (CRIB) 

is being made available for public use through 

the computer facilities of the University of 

Oklahoma and the General Electric Company 

MARK III* Service. The objective in making 

this file available is to provide a central source 

of computerized mineral resources information 

to all interested parties. The use of General 

Electric's worldwide information services network provides access to the CRIB file to a 

worldwide clientele. Although the information 

is nonconfidential, it has not heretofore been 

readily available from a single source. Release 

| of the CRIB file to the public allows professionals in the mineral industry, universities, 

and State, Provincial, and Federal government 

agencies better access to a wide range of data 

on mineral resources.

The purpose of this manual is to provide the 

documentation necessary for effective use of 

this information system. The manual consists 

of two parts. Chapter A describes the nature 

and content of the CRIB file and provides instructions on the use of the GIPSY retrieval 

mechanism and the General Electric MARK III 

Service. Chapter B contains a description of 

the individual data items in the record as well 

as code lists. Emphasis is placed upon file con1 MARK III is a registered service mark of the General Electric Company, U.S.A.

Al
tent and methods for utilizing the file, rather 

than upon details of computer programming. 

The file can be used effectively in a very short 

time without prior knowledge of computer 

technology.

Although the user needs to know the characteristics of the file in order to use it, he needs 

even more to know the field of mineral resources. Familiarity with the file and with 

retrieval methods and terminology can be acquired quickly by working with the system. A 

list of selected terms in common use in the 

computer field is contained in the glossary at 

the end of this report.

Information on the CRIB file, the program 

system (GIPSY) used to process the data, and 

the General Electric information system is 

available from the following sources:

1. U.S. Geological Survey, Office of Public Inquiries, National Center, Reston, VA 

22092. (see Calkins and others, 1973; 

Zartman and others, 1976)

2. University of Oklahoma, Information Systems Programs, 1808 Newton Drive, Norman, OK 73069. Requests relating to the 

use of the file should be addressed to the 

Director, Information Systems Programs, 

(see Oklahoma Univ., Office Inf. Systems 

Programs, 1975; Oklahoma Univ. Inf. 

Systems Programs, 1976)

3. General Electric Company, U.S.A., Information Services Business Division, Rockville, MD 20850. (see General Electric 

Company, 1976a, b)

4. General sources, (see Clark and others, 

1976; Sweeney and others, 1969)

CRIB-COMPUTERIZED RESOURCES 

INFORMATION BANK

SCOPE AND CONTENT

CRIB consists of a set of variable-length 

records on the metallic and nonmetallic mineral 

resources of the United States and other countries. As of November 1, 1976, the CRIB file 

contained approximately 51,000 records. At 

present, 31,645 records in the master file are 

being made available. The remaining 19,355 

records are in several "holding" areas; these 

records are being moved into the master file, 

batch by batch, as editing and updating is completed. New records are continually being

added to the file at the rate of 200-600 each 

month.

No organized program exists for obtaining 

uniform geographic coverage or for obtaining 

uniform coverage of all mineral commodities. 

These factors are in great measure beyond our 

control, because contributions to the file are 

largely voluntary. Consequently, geographic 

coverage is still spotty, and data are lacking for 

some mineral commodities. These deficiencies 

are gradually correcting themselves automatically as more records are added to the file.

The file is oriented towards mineral deposits 

and mineral commodities, but there is a great 

deal of flexibility as to what constitutes a specific record. A given record may refer to a mineral deposit (mine, prospect, occurrence), a 

group of related deposits (mining district, mining group, mining area), a single mineral commodity, or a group of related commodities.

Most records refer to a specific location 

(mine, mining district) and to the mineral commodities .associated with that location. Some 

records are summary records in which information on a given country, State, or Province, or 

on a given mineral commodity is summarized in 

some way. For example, zinc production is summarized country by country. A few records refer to some specialized aspect of a mineral commodity, such as, "Bauxite Origin."

Information in the record consists of descriptive text, numeric data, codes, and certain keywords. Some topics accommodated are: deposit 

name, location, commodity information, description of deposit, geology, production, reserves, potential resources, and references. Approximately 400 data items are available, although all 400 data items are never utilized in 

any one record. Approximately 40 percent of 

the data items are organized into fixed-length 

fields or contain controlled information such as 

keywords. The remaining 60 percent contain 

free-text entries.

In figure 1, a sample reporting form also 

called "input form" or "source document" 

shows the main topics accommodated and most 

of the individual data items called for within 

each main topic. The reporting form serves as 

a means for organizing the raw data in a logical manner suitable for computer processing. 

All data items (fields) in the CRIB record have 

an associated label. Thus, the field name DEPOSIT NAME has the label A10 and the data

A2
item COUNTRY has the label A40. The label 

is a data-field identifier and serves to identify 

the given data item to the computer.

The dummy output record (fig. 2) shows the 

fields as they are arranged in the standard output record, which has a predefined arrangement. For illustrative purposes, the labels 

associated with each field are also shown. The 

labels are not printed on the normal output record. An example of an actual output record 

from the CRIB file is shown in figure 3.

SOURCES OF INFORMATION

Information for the CRIB file comes from 

CRIB reporting forms (source documents, see 

fig. 1), which are filled out by geologists or 

technicians. The information on these forms is 

keyboarded onto magnetic tape for entry into 

the records file. The information is contributed 

on a voluntary or quasi-voluntary basis. Major 

and continuing sources of information are:

1. U.S. Geological Survey. various internal 

files, including information on certain 

commodities contributed by a few mineral-resource specialists and by geologists 

working in specific areas.

2. Outside cooperative and data-exchange arrangements between the USGS and the 

following organizations: The Tennessee 

Valley Authority, the U.S. Forest Service, 

the U.S. Department of State, and the 

States of Idaho, Montana, South Dakota, 

and Minnesota.

In addition, a program of data exchange between the USGS and the U.S. Bureau of Mines 

(USBM) was initiated recently, and cooperative programs are underway or are being discussed with the U.S. Bureau of Land Management, the State of Utah, and with Canada, 

Peru, Bolivia, Colombia, Mexico, Brazil, and 

other countries.

Other sources of data for the CRIB file are 

the few previously devised specialized computerized mineral-resources files. Two such 

files, both from the USGS, are: a tape file containing metallogenic map data of North America and a tape file containing mineral data on 

Southeast Asia. As part of the USGS-USBM 

data-exchange program, mineral-location data 

from the USBM Mineral Industry Location 

System (MILS) file will be integrated into the 

CRIB file soon.

QUALITY AND CONSISTENCY OF INFORMATION

The records vary greatly in the amount, 

quality, and consistency of the contained information because of similar variations in the 

original data, the absence of a centralized datareduction facility, and the voluntary nature of 

the contributions. Because of their different 

interests and specialities, contributors (called 

reporters) to the file differ in their emphases, 

preferences, and approaches to the subject. 

Therefore, the resulting records reflect these 

differences.

In addition, the subject of geology and mineral resources is broad in scope, the nomenclature varied and ambiguous, and the general 

subject matter loosely organized and awkward 

to deal with from the standpoint of a computer 

operation. However, the very complexity of the 

subject is a prime reason for computerizing it: 

we need to reduce the subject to manageable 

and addressable components so that data on 

geology and mineral resources can be better 

utilized by interested parties.

In order to accomplish the rapid file buildup 

of the past 2 years, using minimum staff, we 

have intentionally bypassed many details relating to editing. A systematic computer-assisted 

edit of the file is now being undertaken. Because 

the CRIB file is now approaching "critical size" 

 a condition in which at least some information is available in most areas of interest and a 

great deal of information is available for some 

topics we feel that the file, even though not 

necessarily complete and not editorially perfect 

at present, nevertheless can be highly useful to 

a wide spectrum of users. Therefore, we consider it appropriate to make the file available 

for use now. A general inventory of records in 

the CRIB file as of November 1, 1976, is given 

in table 1. Figure 4 shows an inventory of the 

CRIB file by country and by States of the 

United States; figure 5 shows an inventory of 

the CRIB file by the number of occurrences of 

individual mineral commodities.

GIPSY-GENERAL INFORMATION 

PROCESSING SYSTEM

The General Information Processing System 

(GIPSY) is the program used to process the 

CRIB file. GIPSY is a file-management system 

which performs all the computer-processing requirements needed to build, operate, and mainA3
TABLE 1. General inventory of records in the CRIB file us of November 1,197 (i

[Except where indicated otherwise, records were contributed by specialists of the USGS. (D), detailed record; (S), short record. I

Number

of 

records

Record content Area covered

145 _____(D)

71 ___._(D)

1,526 ___(S)

1,736 ___(D)

404 ___(S)

118 ___(D)

782 ___(S)

84

374

286

113

325

78

.(D)

-(S) 

.(D)

-(D) 

.(D)

.(S)

165 ___(D) 

741 ___(D)

453 _____(D) 

2,969 ___(S) 

300 -(D)

19,384

Mines and developed prospects 

Large and medium mines 

Metallogenic map data 

Mines and occurrences 

Large and medium mines 

Mines and occurrences 

Summaries of zinc production

Large and medium zinc districts 

Titanium mines and occurrences 

Nickel-cobalt mines and occurrences 

Fluorite mines and occurrences 

Aluminum resources, bauxite mines, and

districts. 

Kyanite and sillimanite mines and

occurrences. 

Copper mines 

Mines and occurrences

Mines and occurrences

Mnes and occurrences

(emphasis on bibliographic references). 

Vanadium deposits 

Most records describe mineral prospects

and occurrences and are less than one

printout page long; some records describe

mines and are fairly complete.

Mostly Montana and Idaho.

South America.

North America.

Mostly Tennessee and North Carolina. 1

Southeast Asia.

Idaho."

Country by country, worldwide; State by

State, U.S.A.

U.S.A. and other countries. 

U.S.A.

U.S.A. and other countries. 

U.S.A. and other countries. 

U.S.A. and other countries.

U.S.A.

U.S.A. and South America.

New York and Connecticut parts of the

Albany and Hartford 2° quadrangles. 

Washington 2° quadrangle; Washington,

D.C., and surrounding area. 

Alaska.

U.S.A. and other countries.

U.S.A. Public Lands, mostly in the Western

States

(location is by township-range-section,

except for Montana where location is by

geodetic coordinates).

1 Records contributed by the Tennessee Valley Authority.

- Records contributed by the Idaho Bureau of Mines and Geology and by other sources.

tain a storage and retrieval file. It operates on 

high-speed disk storage devices and was specifically designed to process variable-length 

records. Data in the record may be numbers, 

codes, or text. Highly selective searches can be 

made on the stored data. By means of the 

ITERATE feature, the user can conduct a 

search in step-by-step fashion to whatever level 

of refinement is desired. He also may go BACK 

to any previous step at any time during the 

retrieval. Retrieved records can be printed in 

different arrangements or passed to other programs for additional processing.

GIPSY functions as four separate but interrelated files: (1) the dictionary file, (2) the 

records file, (3) the selected records file (SRF), 

and (4) an optional index file.

The dictionary file consists of a list of labels 

and other information that identifies the data 

items (fields) contained in the records file; it 

also controls the format of the printed record.

The records file contains the records themselves, which are stored in random order on a 

disk. A single record may contain a maximum 

of 32,000 characters.

The selected records file (SRF) is preallocated disk storage space used to store the track 

addresses of those records selected as a result 

of a retrieval. Usually, the SRF is a transient 

file occupied only during a given retrieval and 

then freed.

The index file is an auxiliary indexed sequential search file of the parent records file. It consists of a directory of those key data items associated with a given label in the parent records file. Those labels indexed in the CRIB file 

are: A40 (country code), A50 (State code), 

and CIO (commodities present). In general, 

when an inquiry involves any of the above 

labels, faster response time results if the initial 

search is made on the index file rather than on 

the parent file.

QUESTRAN THE RETRIEVAL MECHANISM

The search and retrieval, module, called 

QUESTRAN (QUEStion TRANslater), provides the mechanism for retrieval, various 

kinds of intermediate processing, and printing. 

It is the vehicle by which the user communicates directly with the computer without the

A4
need for an intermediate programmer. By 

means of a variety of QUESTRAN commands 

and qualifying parameters, the user translates 

his question into a set of commands and operations which are then understandable to the 

computer.

COMMANDS AND PARAMETERS

Thirteen QUESTRAN commands initiate a 

variety of tasks connected with the retrieval 

process. These commands are:

Initial 

FORM

Retrieval

ITERATE

SELECT

BACK

Process

SORT 

SUM 

TOTAL 

COUNT

Output

PRINT

LIST

COPY

Ancillary

INDEX 

END

When the user types a given command, he is 

telling the system to perform a certain task. 

Most commands need additional specific information called parameters in order to perform 

the task. The parameters describe to the system 

the operational details of the inquiry. The function and use of the individual QUESTRAN 

commands and the necessary qualifying parameters associated with each are summarized 

in the following pages. An example follows each 

command to show the appropriate parts of the 

input stream as seen by the user at the terminal. In these examples, the user response is in 

boldface type; computer response is in italic 

type. After each user response, the user hits 

the return key to send his response and transfer 

control to the computer. Complete information 

on the QUESTRAN commands and parameters 

is contained in the GIPSY user's guide (Oklahoma Univ., Office Inf. Systems Programs, 

1975).

The FORM command

The FORM command directs the system to a 

specific data file; the parameter is the name of 

the data file, in this guide, CRIB. The FORM 

command must be issued at the beginning of 

each session.

Enter Form Name?CRlE

The SELECT command

The SELECT command is used to initiate 

the retrieval mechanism of QUESTRAN; the 

system assumes that an inquiry is to be posed 

against the file identified under the FORM 

command. Three parameters are required: (1) 

the search type, (2) the variable description 

statement(s), and (3) the logic statement.

The search type parameter (FULL or 

TERM) directs the system to a serial search of 

the main records file (FULL) or to an indexed 

sequential search of the index file (TERM).

The variable description statement (s) and 

the logic statement describe the conditions of 

the search and control the search strategy. Because these two parameters provide the user 

with such a wide assortment of techniques for 

formulating a search, they are discussed separately in the next section, "Search Structure."

Enter Form Name?CRlE 

Batch Command?SELECT 

Full or Term Search (F/T)?F 

Condition

A. ?A50<30>

B. ?MAJOR<CU>

C. ?( user hits return key) 

Enter Logic 

Logic?PL AND B 

Logic? (user hits retrain "key)

The BACK command

The BACK command returns the system to 

any previous subset of records retrieved during 

the current session. The parameter to the command is the desired subset number, which is 1 

for the records retrieved as a result of the first 

search (see following example), 2 for the results of the second search, and so on. The 

BACK command is followed by a processing 

command (such as, SUM, LIST) or by the 

ITERATE command if a search is to be made 

on that subset.

Batch Command?SELECT 

Full or Term Search (F/T)?F 

Condition

A. ?C10<CU>

B. ? (user hits return key) 

Enter Logic

Logic?A (First search produces subset 1) 

L0#/c?(user hits return key) 

Batch Command LITERATE 

Condition

A. ?C10<NI>

B. ?(user hits return key) 

Enter Logic

Logic? A (Second search produces subset 2) 

Logic? (user hits return key) 

Batch Command?>¥&INT 

Batch Command?M&CK 

Subset Number?l 

Batch Command? ITERATE 

Condition

A. ?M15<LARGE>

B. ?( user hits return key) 

Enter Logic

A5
Logic? A (Third search produces subset 3) 

Logic? (user hits return key) 

Batch Command?PRWT

The INDEX command

The INDEX command is automatically initiated by the system whenever a TERM (index) 

search is asked for; therefore, it is not a useractivated command. The INDEX command converts the set of record addresses associated 

with the index file and contained in the SRF 

to the set of record addresses of the corresponding parent records file.

The PRINT command

The PRINT command directs the system to 

print the selected records in the standard output record, a predefined format stored in the 

dictionary. In response to the PRINT command, the entire record is printed. The PRINT 

command needs no parameters.

Batch Command?SELECT 

Full or Term Search (F/T)?F 

Condition

A. ?C10<CU>

B. ?M15<LARGE>

C. ?(user hits return key) 

Enter Logic 

Logic? A AND B 

Logic? (user hits return key) 

Batch Command? PRINT 

Batch Command? END

The LIST command

The LIST command is used to print designated parts of those records selected instead of 

the entire record. The parameters to the LIST 

command are the labels of the items to be 

printed plus a slash (/) to terminate the list. 

The items are printed one below the other in 

single spacing (see fig. 7). If an item overlaps 

a print line, the printing is continued on the 

next line, indented two spaces.

Batch Command ?SELECT 

Full or Term Search (F/T)?F 

Condition

A. ?A40< SF >

B. ?C10< COA >

C. ?(user hits return key) 

Enter Logic 

Logic? A AND B 

Logic? (user hits return key) 

Batch Command .'LIST 

Enter Labels

?B1©

?A10

?BTU

Batch Commawd?END

The COPY command

The COPY command is used to produce fixedlength output (fixed-field, fixed-length records) 

from the variable-length GIPSY record. The 

output may be directed to the user terminal, to 

another terminal, or to a workfile, which may 

be a tape, disk, printer, or card punch. The 

COPY function provides the connection between GIPSY and fixed-field processing systems, and makes it possible to exit from GIPSY 

in fixed-field format and carry out additional 

processing using fixed-field programs. The 

maximum length for the fixed-length COPY 

records is 2,000 characters; a maximum of 99 

parameters is allowed each time the COPY 

command is invoked. The parameters to the 

COPY command specify the information to be 

copied from the selected records and any literals to be inserted into the output record. A 

literal is defined as a string of characters 

bounded by single quotes.

Batch Command ?SELECT 

Full or Term Search (F/T)?F 

Condition

A. ?A50< SF >

B. ?( user hits return key) 

Enter Logic 

Logic? A

Logic? (user hits return key) 

Batch Command?COPY 

Enter Copy Parameters 

Parameters?' ' 

Parameters? BIO 8 

Parameters? A10 35 

Parameters?'CIO 20 

Parameters?' ' 

Parameters? A21 'ACTIVE' * 

Parameters? A22 'INACTIVE' ' 

Parameters?NEW RECORD 

Parameters?' ' 

Parameters ?'BTU-: 

Parameters ?BTU 6.0 

Parameters?'ASR (%):' 

Parameters?ABU 4.1 

Parameters?' '

Parameters?'FIXED CARBON (%):' 

Parameters ?CARB 4.1 

Parameters?/ 

Batch Command?END

The copy parameters are any of the following:

1. Label and number of alphanumeric characters to be copied; for example, A10 35 

will copy the first 35 characters of the

A6
deposit name. If no name is present, 

blanks are inserted.

2. Label and number of numeric characters 

(digits) to be copied and the position 

from the right of the assumed decimal 

point; for example, ASH 4.1 will copy the 

first four characters (four digits or three 

digits and punched decimal point) from 

the field labeled ASH (ash content). A 

decimal point is assumed to be one place 

from the right. If no number is in the 

field, the output record is filled in by 

blanks. The largest number accommodated is 16 digits without a punched decimal or 15 digits and a punched decimal.

3. Label followed by two mutually exclusive 

literals; for example, M120 'SURFACE' 

' will print SURFACE 

(the first literal) if the label M120 is 

present in the record. If the label M120 is 

not present, the output will be seven 

blanks (the second literal). Both literals 

should be the same length. The maximum 

size for either literal is 10 characters. 

Literals must be enclosed in single quotes.

4. Any literal; for example, 'ASH ( f/<)' will 

print ASH (%}. A literal may be inserted at any place in the COPY record. 

The output will be the characters between 

the single quotes. As many as 57 characters may appear between the quotes.

5. NEW RECORD, which causes the preceding parameters to be output as a separate 

record. Parameters following the NEW 

RECORD parameter begin a new record. 

This parameter provides for the building 

of multiple output records from a single 

input record. For printed output, the 

NEW RECORD parameter means NEW 

LINE; that is, the next set of fields to be 

copied will be printed on the next line. 

All output records must be the same 

length.

The SORT (SORTD) command

The SORT (SORTD) command is used to 

sort the selected records in the desired sequence, in either ascending order (SORT) or 

descending order (SORTD). The records can 

be sorted by one or more fields, which are specified in the parameters. The parameters to the 

SORT command are the label (s) of the fields 

to be sorted, the number of characters of each

to be sorted, and a slash (/) to end the list. The 

parameters are entered in order of sorting priority, the primary field being entered first, followed by the secondary field, and so on. As 

many as 25 fields may be used as sort criteria 

providing the total of characters in the fields is 

less than 100. Each parameter listed is specified for either an alphanumeric (character) 

sort or a numeric sort as follows:

A10 10 A character sort. The entries under 

label A10 (deposit name) are 

sorted to the first 10 characters.

ASH 4.1 A numeric sort. The entries under 

label ASH are sorted to four digits having an assumed decimal 

point one digit from the right. 

The maximum number of digits 

allowed for numeric sorting is 

eight.

Batch Command?SORT 

Enter Parameters 

Parameters? AW 10 

Parameters? ASH 4.1 

Parameters? /

The COUNT command

The COUNT command is used to list different data strings in a set of selected records and 

to provide counts of the number of times each 

of the different data strings occur. The parameters to the COUNT command are the labels of 

the fields, the desired length of the data string, 

and a slash ( 7 ) to end the parameter list. The 

maximum length allowed for the data string ig 

70 characters. The maximum number of parameters allowed is 25. The parameters are 

specified in the same manner as the COPY and 

SORT commands, namely:

A60 10 A character-string count. 

ASH 4.1 A numeric count.

For example, AGO 10 will list the first 10 characters of the different data strings that are 

found in the field AGO in all records of the retrieved subset. Another example of a COUNT 

is shown in figure 9.

Batch Command ?COUNT 

Enter Parameters 

Parameters? A60 10 

Parameters? I

The SUM command (within-field summation)

The SUM command produces the summation 

and other statistical values of a specified nuA7
meric field across the selected records. As many 

as nine separate fields can be individually 

summed in one pass under the SUM command. 

The parameters are the labels of the fields to be 

summed plus the slash (/) to end the parameter list. SUM will add together all numerical 

occurrences of a specified field and produce (1) 

the number of occurrences of the field in the 

selected records (Blank fields are not included 

in the count, nor are nonnumeric occurrences.), 

(2) the arithmetic mean, (3) the algebraic 

mean, (4) the maximum value, and (5) the 

minimum, value.

In the following example, the SUM command 

would provide a sum of all the numeric occurrences under label D1A (annual production, 

line 1) and, in a separate operation, would also 

provide a sum of all the numeric occurrences 

under label D2A (annual production, line 2).

Batch Command?$UM 

Enter Labels 

Labels?DlA 

Labels?D2A 

Labels?/

The TOTAL command (within- and across-field 

summation)

The TOTAL command will provide the same 

"within-field" information as the SUM command, but in addition will also provide a total 

across those fields specified. The parameters to 

the command are the labels of the fields to be 

totaled and a slash (/) to terminate the parameter list. A maximum of 20 fields can be 

totaled in one pass under the TOTAL command. 

In the following example, the TOTAL command 

would produce a sum of field D1A and a sum 

of field D2A and also would provide a total of 

the two fields.

Batch Command ?TOTAL

Enter Labels

Labels?DlA

Labels? D2 A

Labels?/

The END command

The END command is used to end the current GIPSY retrievel operation although the 

user is still in communication with the GE General Electric system. The END command needs 

no parameters. After the END command, the 

GE system will print a listing of the retrieval 

statements for review by the user. The user 

may make changes and corrections at this time.

After the user makes any needed changes, 

he then is prompted to submit the job for 

processing.

Batch Command ?END

SEARCH STRUCTURE

Following the SELECT or ITERATE commands, the user formulates the details of the 

search by means of one or more variable description statements and a logic statement.

THE VARIABLE DESCRIPTION STATEMENT

The variable description statements translate 

an inquiry into a set of logical operations that 

can be performed by the computer. For example, if the question, "What presently active 

mines in Peru produce lead, zinc, and silver?" 

were asked by the user, he could disassemble 

the question into its key parts as shown below 

on the left and convert them into a set of variable description statements as shown on the 

right:

A. Country is Peru _____A. A40<PE>

B. Presently active mines ___B. A21

C. Produces lead ________C. D1<PB>

D. Produces zinc ______D. D1<ZN>

E. Produces silver ________E. D1<AG>

The variable description statements convey the 

key parts of the question to the system. A maximum of 26 variable description statements is 

allowed in each search.

The variable description statement is composed of three, or, in some instances, two segments, as shown below:

Variable 

designator Label

Condition 

description

A A40

B A21 <PE>

Variable designator

The variable designator is a unique letter 

used to distinguish one variable description 

from another in a single question. As many as 

26 letters may be used in a given question.

Label

The label is the identifier for a single data 

item within the record and is equivalent to a 

field name. Usually, the label signifies the presence of an entry of some kind within the file, 

such as a textual entry, a code, or a number. In 

the above example, the entry associated with 

the label A40 (country code) is PE, the country code for Peru. Some labels have no associA8
ated entry; the label itself stands for the data, 

as the label A21 stands for "mine is active" in 

the above example.

Condition description

The condition description specifies the search 

conditions that will be imposed on the data entry (variable) identified by the associated label. 

The data may consist of text, numeric data, a 

code, or keywords and may occupy fixed-length 

or variable-length fields. In the above example, 

the data entry PE is the country code for Peru. 

The conditions imposed upon the data entry can 

be specified in three modes: word mode, number mode, and label-only mode. These are 

discussed in - the section entitled, "Search 

Techniques."

THE LOGIC STATEMENT

The logic statement is the final parameter 

entered in the SELECT (or ITERATE) conxmand. The logic statement defines the logical 

associations to be imposed between the specified 

variables. The operators used are AND, OR, 

and NOT. The following single character equivalents may also be used to designate the three 

operators: * = AND, +=OR, and ~i=NOT. 

Parentheses may be used to avoid ambiguous 

interpretations of the logic statement. For example, if a question contained three variables, 

identified as A, B, and C, and the logic description statement were written as:

LOGIC A AND B OR C,

it would be an ambiguous statement. Parentheses should be used to resolve the ambiguity in 

one of the following ways:

LOGIC (A AND B) OR C 

LOGIC A AND (B OR C).

SEARCH TECHNIQUES

A wide assortment of techniques are available to the user for retrieving information from 

the CRIB file. This section includes the most 

frequently used search methods as well as some 

comments on general search strategies. Additional search methods are discussed in the. 

GIPSY user's guide (Oklahoma Univ., Office 

Inf. Systems Programs, 1975) and in Zartman 

and others (1976). The conditions of the search 

fall into one of three modes: word mode, number mode, and label-only mode.

WORD MODE

The word mode searches for a single word, 

pbiase, or part of a word throughout the total 

entry associated with a given label. A word is 

defined as one or more alphanumeric characters 

bounded by blanks. Any data entry (field), including numeric fields, can be searched inirthe 

word mode. The word or phrase to be searched 

for is enclosed by the delimiters < and > in 

the condition description. These delimiters 

mark the beginning and end of the character 

string sought. Summarized below are the four 

basic methods (items 1-4), as well as a compound method (item 5), for specifying a search 

in the word mode.

1. Word search C30< KAOLINITE > 

A word search is specified by inserting 

both a leading.and ending blank in the 

condition descripHabii. For example, the 

condition description, C30 < KAOLINITE > would cause the system to search 

for the word "KAOLINITE" in the field 

labeled C30 (ore minerals). This would 

find KAOLINITE, but not KAOLIN or 

KAOLINITIC.

2. Prefix search C30< KAOL> A prefix search is specified by inserting a leading blank in the condition description. 

For example, C30< KAOL> would cause 

the system to search for a word in the 

field labeled C30 (ore minerals) that began with the letters "KAOL," and would 

would find KAOLIN, KAOLINITE, and 

KAOLINITIC.

3. Suffix search A70<N > A suffix 

search is specified by inserting an ending 

blank after the desired word in the condition description. For example, A70 

<N > would cause the system to find all 

latitudes ending with N (those north of 

the equator) in the field labeled A70 

(latituide).

4. Existence search N70<FAULT> -

An existence search is specified by no 

leading or ending blanks in the condition 

description. For example, N70 

< FAULT > would cause the system to 

search for the character string "FAULT" 

at the beginning^ middle, or end of any 

word in the field labeled N70 (significant 

local structures). For instance, the sysA9
tern would find FAULT, FAULTING, 

DOWNFAULTED.

5. Character-range search L10<1950> 

THRU <1955> A character-range 

search is specified by entering in the condition description the two ends of the 

range sought. For example, L10<1950> 

THRU <1955> would cause the system 

to retrieve all records in which L10 (year 

of discovery) contained entries in the collating sequence 1950 to 1955. An existence search is specified in this example, 

as indicated by no leading or ending 

blanks. Both ends of the range must be 

specified in the same way; if a prefix 

search is specified for the low end of the 

range, then a prefix search must also be 

specified for the high end of the range. 

Caution should be used with the character-range search. The search is based 

upon the collating sequence of the standard print-character set, and some results 

may be other than expected. For example, 

the entry "B + 5" would be in the range 

< AID> THRU < BEST>. Also, if the 

second member of the range is longer 

than the first member, it will be truncated to the length of the first; if it is 

shorter, it will be padded to the length of 

the first. Another example of a characterrange search is shown in figure 7.

NUMBER MODE

The number mode searches for numeric data 

only. However, the given field can contain either numeric data only or mixed numeric/nonnumeric data, provided that the number is separated from the nonnumeric data by blanks. 

The system searches the given field until it encounters the first number and then compares it 

with the specified condition. All textual material contained in that field is ignored. Therefore, 

fields containing both nonnumeric and numeric 

data may be treated as numeric fields. The system converts numbers into a standard concatenated form for true comparisons. Thus, in the 

number mode, +5, 05.0, 5., and 5 would all be 

equal. The number may be written with or 

without sign, leading zeros, commas, or decimal 

points.

The number mode is specified by using one 

of the following operators in the condition

statement: EQ (equal), LT (less than), GT 

(greater than), or THRU (value A through 

B). These four methods plus the intrarecord 

comparison are discussed below.

Equal M60 EQ 10.0 The condition 

statement: M60 EQ 10.0 would cause the system to search for the first number in the entry 

labeled M60 (maximum thickness) and then to 

check whether the number was algebraically 

equal to 10. This search would find +10, 10.00, 

or 0010, but not -10 nor 10.001.

Less than M60 LT 20.5 The condition 

statement: M60 LT 20.5 would cause the system to search for the first number in the entry 

labeled M60 and then to check whether the 

number was algebraically less than 20.5. For 

instance, the system would find 19, -30, 20.0, 

or + 10, but not 20.5 nor 30.

Greater than C45 GT 25.0 The condition statement: C45 GT 25.0 would cause the 

system to search for the first number in the 

field labeled C45 (percent volatile material in 

coal) and then to check whether the algebraic 

value of the number was greater than 25.0. 

For instance, the system would find 25.001, 

+ 26, or 028., but not -26, 24.999, nor 25.0.

Number range M20 0 THRU 100.0 

The condition statement: M20 0 THRU 100.0 

would cause the system to search the field 

labeled M20 (depth to top of ore body) to 

determine whether the entered value was algebraically between 0 and 100.00 inclusive. For instance, the system would find 0, +3, 23.0, or 

100.0, but not 100.01, -10, nor 230.

Intrarecord comparison C42B GT C42D 

The intrarecord comparison allows one field 

to be compared numerically with another field 

in the same record. The operators allowed are 

EQ (equal), LT (less than), or GT (greater 

than). For example, the condition statement: 

C42B GT C42D would cause the system to retrieve those records in which the development 

costs (C42B) were greater than the cost of the 

mill (C42D).

LABEL-ONLY MODE

The label-only mode searches for the presence of a label only. No search operations are 

performed upon the data entry, if any, associated with the given label. The condition statement : SML, for example, would find all records 

containing the label SML (small deposit).

A10
GENERAL ELECTRIC MARK III SERVICE

The General Electric MARK III Service is a 

computerized information-services network operating internationally by land lines, satellites, 

and underseas cables. The service is available 

by local telephone to subscribers in 500 cities in 

North America, Western Europe, Australia, 

Southeast Asia, Saudi Arabia, and Japan. The 

CRIB file and the GIPSY program are installed 

at the General Electric Company's facilities in 

Maryland, and public use of the CRIB file and 

of the GIPSY program is accomplished through 

the General Electric MARK III Service. An 

interface, called the "foreground driver," is 

used to link the GIPSY program to the MARK 

III Service.

For users of the CRIB file, the MARK III 

Service consists of two steps: (1) an input session using the interactive foreground service, 

followed by (2) an output session using the remote batch VS (virtual storage) background 

service.

When the user makes an inquiry against the 

CRIB file, he enters the job using the interactive foreground service and then signs off. The 

job is then processed in batch mode and placed 

in the output queue. A short time later the user 

dials the computer and receives the results on 

his terminal. Turn-around time is usually 1-2 

hours. In addition to a display of output at his 

terminal, the user may request his output to be 

punched on cards, entered on magnetic tape, or 

printed on the high-speed printer at the Maryland center and then sent to him by courier. An 

example of a CRIB retrieval using the MARK 

III Service is shown in figure 6.

GIPSY-MARK III INTERFACE (THE 

FOREGROUND DRIVER)

The GIPSY-MARK III interface, called the 

"foreground driver" (OUINFSYS), is a command procedure that links the CRIB software 

(GIPSY) to the General Electric MARK III 

system. The interface provides an interactive 

mode of operation allowing users of the GIPSY 

program to communicate directly with the computer in order to direct and control the course 

of their inquiry and to retrieve the output of 

the run when the processing is completed. The 

foreground driver is initiated automatically 

after the user has signed on and has given his 

user number, password, and ID. The use of the

foreground driver is discussed in the next section, and an example of an actual job run is 

shown in figure 6.

The specific functions of the foreground 

driver are as follows:

1. Obtain from the user information necessary 

for completing the job control language 

required for remote-batch input.

2. Prompt the user in the process of entering the search, retrieval, and output 

commands.

3. Give the user the ability to edit his command stream and resubmit a job.

4. Allow the user to retrieve output, review 

results, and route output to wherever 

desired.

At various times during the execution of the 

foreground driver, the user may interrupt certain activities and proceed to the next step. The 

user should be careful to hit the interrupt button only once. Otherwise, he may inadvertently 

end execution of the foreground driver. The 

one exception to this rule is that when using a 

1200-baud terminal, the user must always hit 

the interrupt button twice if he desires to interrupt.

During the process of using this program, 

the user will be allowed to set up files in both 

the foreground and the background environment. Individual users have the responsibility 

to be sure that these files are purged from the 

system. If users do not maintain proper housekeeping of these files, large monthly storage 

costs may be incurred.

USING THE GIPSY-MARK III INTERFACE

The procedure for using the GIPSY-MARK 

III interface has been prepared by Patricia 

Tracy (Oklahoma Univ., Inf. Systems Programs, 1976, p. 34-45). The step-by-step explanation that follows (p. 12-16) is quoted 

from the original publication. The procedure 

consists of a sequential set of questions and 

answers a controlled conversation between 

the user and computer in which the computer 

prints messages and responds to commands issued by the user. User response is in boldface 

type; computer response, slightly modified, is 

in italic type; and explanatory remarks are in 

roman type. After each response by the user, 

he must hit the return key to transfer control 

to the computer.

All
Step 1 INFORM WAS LAST UPDATED 

XX-XX-XX LIST INFORM(Y,N)?

Reply Y, if you wish to see a listing of users

messages.

Reply N, otherwise. 

Hit break to stop the inform listing.

Step 2 DO YOU WISH TO (C) Create a new

Control file

(E) Execute an

existing Control 

file

(L) List the dictionary

(R) Retrieve Printed 

Output

(S) Stop

Reply C, if you wish to submit a run against

a file; go to Step 6. 

Reply E, if you wish to submit an existing

control file; go to Step 6. 

Reply R, if you wish to retrieve output; go

to Step 29. 

Reply L, if you wish to list the dictionary;

go to Step 3. 

Reply S, if you wish to end execution of

OUINFSYS; go to Step 28.

Step 3 ENTER DATASET NAME OF DICTIONARY TO BE LISTED. 

The name of the dictionary is CRIB.

Step 4 DO YOU WISH THE LISTING IN

ALPHABETICAL ORDER OR DICTIONARY SEQUENCE?

Reply A, if you wish a total or partial listing of the dictionary in alphabetical order 

by label. (This will allow you to generate 

a listing immediately at the terminal.) Go 

to Step 5.

Reply D, if you wish a listing of the dictionary with labels in their actual sequence. 

(This will submit a background job to 

create a dictionary listing. This output 

may be printed later when you retrieve 

the results of the job which was submitted.)

The following message will print:

YOUR CONTROL FILE IS .XXXX.XX 

PURGE IT AFTER YOU RETRIEVE 

OUTPUT

Delete this foreground file as soon as you 

retrieve the dictionary listing.

Go to Step 27.

Step 5 ENTER BEGINNING CHARACTER OR 

"ALL."

If you enter "ALL," an alphabetical listing 

of the dictionary will print at your terminal.

If you enter any other character string, the 

labels will start listing from that point.

Hit the interrupt button when you wish to 

stop the listing.

Go to Step 27.

Step 6 ENTER CONTROL FILE NAME.

The control file is the subsequent command 

stream you set up. It is stored in a foreground file under the ad hoc name you give 

it at this time.

This file should be purged when you have no 

more need for it.

Step 7 ENTER NAME OF THE DATA BASE TO 

BE SEARCHED.

The name of the data base is CRIB.

Step 8 DO YOU WISH TO USE AN EXISTING 

SRF?

Reply Y, if the SRF has already been established; go to Step 9. 

Reply N, if this is a new SRF; go to Step 10.

Step 9 ENTER SRF FILE NAME.

This name must be the same name that was 

assigned to the SRF when it was previously established.

Step 10 DO YOU WISH TO KEEP THIS SRF?

Reply Y, if you need to keep this background

file for further use. 

Reply N, if this file can be deleted at the

end of the run.

Step 11 If response to Step 8 was N, and 

Step 10 was Y,

ENTER SRF FILE NAME.

response to

Step 12

This can be any 1- to 8-character alphanumeric name (first character should be alphabetic). It should not have been assigned to any previous background files 

that have been set up.

You are responsible for deleting this background file when you have finished using 

it.

Go to Step 23 if you are executing an existing control file.

Steps 13 through 22 pertain to the prompting of the user while he is setting up his 

command stream. If, during the process 

of entering parameters to a command, you 

wish to wipe out that command and all its 

parameters, enter an *D and return the 

carriage.

A12
See the section describing the commands and 

the formats of their parameters. Labels 

will be checked for validity. No other editing is done at this time. This is done after 

the job has been submitted to background. 

The user should be as careful as possible 

to eliminate unsuccessful runs.

Step 13 ENTER FORM NAME. 

The form name is CRIB. 

Step 14 ENTER BATCH COMMAND.

Acceptable batch commands are: 

SELECT ITERATE INDEX BACK 

PRINT LIST COPY SORT SORTD SUM 

TOTAL COUNT FORM

Enter END if you do not wish to enter any 

more batch commands; go to Step 23.

Step 15 If batch command was SELECT, you will be 

prompted with the following questions:

A. FULL OR TERM(F,T)?

Reply F, if a search on the full record file 

is desired.

Reply T, if a search of the index file is desired. A term search can be performed on 

Country (A40), State (A50), and Commodity Code (CIO).

B. ENTER CONDITION. 

A.

You must define at least one condition using 

the format(s) defined in the instructions 

on using the ^SELECT command.

After entering the first condition, you will 

be prompted for additional conditions. If 

you have entered all conditions desired, hit 

the carriage return to indicate you have 

completed entering all conditions.

C. ENTER LOGIC 

LOGIC?

You must define at least one logic, on which 

a subset of records (SRF) is to be established.

You will be prompted for additional logics 

which you may use to obtain counts on 

records meeting the logic specifications. 

Hit the carriage return to indicate that all 

logics desired have been entered.

If the a term search has been specified, the 

command INDEX will be autamatially inserted, in the command stream after the 

last logic statement in the SELECT 

stream.

No verification of conditions or logic is done 

at this time.

Go to Step 14.

Step 16 If batch command was ITERATE, go to Step 

15B.

Step 17 If batch command was COPY:

ENTER COPY PARAMETERS (one

parameter per line). 

PARAMETERS:?

At least one parameter must be entered for 

each COPY. If output is to printer, the 

first character generated should be a carriage control character; that is, " " for 

single spacing, "0" for double spacing, or 

"-" for triple spacing.

After all parameters have been entered, 

enter a slash (/) to indicate all parameters 

have been entered.

Labels entered under the COPY command 

will be verified. The entire parameter format is not verified at this time.

Go to Step 14.

Step 18 If the batch command was PRINT:

A. DO YOU WISH TO PRINT A HEADING?

Reply Y, if you want to put a heading in the 

records.

Reply N, otherwise.

B. ENTER HEADING.

Up to 60 characters may be inserted as the

heading. 

Go to Step 14.

Step 19 If batch command was LIST, SUM, or 

TOTAL:

ENTER LABELS (one label per line).

At least one label must be entered per command. Enter slash (/) to indicate all labels 

have been entered.

Labels are verified at this time.

Go to Step 14.

Step 20 If batch command was BACK : 

ENTER SUBSET NUMBER.

Enter the number of the subset to which

you wish to return. 

Go to Step 14.

Step 21 If batch command was SORT, SORTD, or 

COUNT:

ENTER PARAMETERS (one parameter 

per line). 

PARAMETERS?

A13
At least one parameter must be entered per 

line. A slash (/) must be entered to indicate all parameters have been entered.

Labels only are verified at this time.

Go to Step 14.

Step 22 If batch command was FORM:

ENTER FORM NAME.

Enter name of form to be used. FORM

names for different data bases cannot be

invoked in the same run. 

Go to Step 14.

Step 23 Immediately after all batch commands have 

been entered, a listing of the command 

stream (control file) to be submitted is 

listed so that the user may verify his input. 

Hit interrupt to stop listing of control file.

A. DO YOU WISH TO MAKE ANY 

CHANGES?

Reply Y, if you need to modify the command

stream. Go to Step 23B. 

Reply N, otherwise. Go to Step 24.

B. ENTER LINE NUMBER.

Enter the number of the line to be inserted, deleted, or replaced.

C. ENTER TOTAL LINE TO BE INPUT.

If the line is to be deleted, hit the carriage 

return.

If the line is to be inserted or replaced, enter the new line information. If the line 

being inserted or replaced contains a command, begin the line with the command.

If the line being inserted or replaced contains a parameter to a command, begin 

the line with a space followed by the 

parameter.

NOTE: No verification of commands, labels, 

or format is made at this time.

D. MORE CHANGES?

Reply Y, if more changes need to be made;

go to Step 23B. 

Reply N, if all necessary changes have been

made; go to Step 24.

Step 24 A. IS THE COPY COMMAND PART OF 

YOUR CONTROL FILE(Y,N)?

Reply N, if COPY is not part of the stream

of commands to be processed; go to Step

25. 

Reply Y, if COPY is part of the command

stream. The following questions must then

be answered.

B. DATA OUTPUT MAY BE TO TAPE 

(T), DISK (D), OR PRINTED AT 

TERMINAL (P).

Reply P, if you wish to print copy output; 

go to Step 24D.

Reply D, if you wish output to go to disk; 

go to Step 24D.

Reply T, if you wish output to go to tape. 

This tape and all printed output associated 

with the job that set up the tape will be 

sent to your office via RMS [Remote 

Media Service]. The following message 

will print:

C. ***YOUR TAPE WILL BE RETURNED TO YOU VIA AIR COURIER. YOU WILL BE ASKED TO 

ENTER ADDRESS FOR RETURN.

D. RECORD LENGTH (NUMERIC 

VALUE).

Enter number of characters output by 

COPY. If output is to print; go to Step 25.

E. BLOCKSIZE (NUMERIC VALUE 

MULTIPLE OF RECORD LENGTH)?

F. DATA SET NAME.

If output is to disk; go to Step 25. 

For tape output only, the following questions will be asked.

G. DENSITY 800 OR 1600 BPI (800,1600)? 

H. STANDARD LABELS OR NO LABELS

I. ENTER UP TO 6 LINES OF ADDRESS, 

ONE LINE AT A TIME. ENTER 'END' 

TO STOP BEFORE 6 LINES.

The user should enter the address to which 

he wants the tape and associated print 

routed.

Step 25 STANDARD RUN, OVERNITE, NO RUN 

(S,0,N) ?

Reply S, if standard processing is desired. 

Output can ordinarily be retrieved within 

30 minutes to 2 hours from the time the 

job was submitted; go to Step 26.

Reply O, if you wish to take advantage of 

the overnight processing rates. Output 

can be retrieved the following day; go to 

Step 26.

Reply N, if you do not wish to submit the 

job at the present time; go to Step 27.

A14
Step 26 The job is submitted to background. The 

JOB ID will be listed. You will need to 

know this ID when you go back to retrieve 

your output.

Step 27 RUN AGAIN OR END THE SESSION

Step 28

Step 29

Step 30

Step 31

Reply R, if you wish to submit another job, 

list a dictionary or retrieve output; go to 

Step 2.

Reply E, if you wish to end execution of the 

driver program; go to Step 28.

***END OF SESSION***

Execution of the foreground driver is ended. 

You may then end your terminal session, 

execute a new Mark III command, or reinitiate the foreground driver by entering 

RUN OUINFSYS.

ENTER 4 CHARACTER JOB ID, OR 

CARRIAGE RETURN TO GET LIST OF 

JOB NUMBERS, OR STOP TO STOP.

This is the JOB ID that was assigned at the

time the job was submitted. If you do not

know your JOB ID, hit the carriage return to get a list of active JOB ID's under

your user ID; go to Step 29.

Enter STOP to get out of the retrieval; go 

to Step 27.

The following information will be output 

concerning the job: Job Status.

If the job has completed, the number of

CRU's [Computer Resource Units] used,

the number of PSU's returned, number of

lines printed, and number of report files

generated will also print.

The job summary will then print out.

DO YOU WANT TO : LIST THE REPORT

NOW (LIST) 

QUEUE FOR HIGHSPEED PRINT

(HSS) 

PRINT REPORT

VIA RMS (RMS) 

MOVE TO PERMANENT FILE

(MOVE) 

NONE OF THE

ABOVE (NONE)

If the reply is LIST, the printed output will 

print at the terminal after the user responds to the following message: POSITION PAPER AND HIT CARRIAGE 

RETURN.

If you wish your terminal print to start 

printing at the top of a page, adjust the

paper at this time. Hit the carriage return when ready for the print to start. 

Hit the interrupt when ready to stop the

terminal list. 

After the list has finished printing, or after

it has been interrupted, go to Step 30.

Step 32 If reply is HSS, the user must be validated 

for high-speed service by General Electric. 

See your General Electric representative 

for further information.

ENTER LTID.

Enter the high-speed service ID assigned by

General Electric. 

If the LTID is accepted, the following message will print: FILES HAVE BEEN

QUEUED FOR PRINTING 

If the LTID is not accepted, try re-entering

it. If you keep getting an "INVALID ID"

message, hit the interrupt to get out of

this loop. 

Go to Step 30.

Step 33 If the reply is RMS, the user will need to 

move the printed output to foreground 

storage to insure that it will still be availble for access when the RMS is processed. 

Also, the user must set up a work order 

for processing the RMS request. The following questions will be asked to accomplish the above tasks.

A. ENTER NAME OF FILE TO RECEIVE RMS.

The printed output is copied to a foreground 

file under the name assigned by the user. 

This file should be purged by the user as 

soon as the RMS request has been processed.

B. WIDE (U OR NARROW

8*6x11) (W,N).

Reply W, if output is to be printed on wide

paper. 

Reply N, if output is to be printed on narrow paper.

C. NUMBER OF PARTS PAPER

(1,2,34).

Indicate number of copies to be printed.

D. DESIGNATE ADDRESS (1- OR 

ENTER 0 TO SELECT THE PRIMARY ADDRESS.

Up to 6 addresses may be validated for RMS 

per user number. Indicate the number assigned to the address to which the output 

is to be mailed.

A15
E. A copy of the RMS work under is printed 

at this time. The user may obtain additional copies of the work order if desired.

WANT ANOTHER COPY OF WORK 

ORDER (Y,N)?

F. IS WORK ORDER OK (Y,N)?

If N, go to Step 30.

G. WORK ORDER NUMBER=XXXXXX.

The work order is submitted and given a 

work order number. Keep this number to 

check the status of the RMS request at a 

later time.

NOTE: The work order is set up in a foreground file. This file has the name . . . 

RMS . . . and should be deleted by the user 

as soon as the RMS has been processed.

Go to Step 30.

Step 34 If the reply is MOVE, then the print files 

will be moved to permanent storage in 

foreground. This option is available because printed output will be stored on the 

batch output library for a period of 36 

hours only.

ENTER NAME OF FILE TO RECEIVE 

MOVE.

This is an 8-character alphanumeric name 

assigned to the file to be moved. The first 

character should be an alpha character.

The system will check to see if this file already exists in foreground. If it does, the 

following message will print: 

EXISTS. MAY IT BE REPLACED (Y,N) ?

Reply Y, if the new file can replace the old 

file.

Reply N, if otherwise.

Go to Step 30.

Step 35 Reply NONE, if no more output is desired. 

Go to Step 29.

USING THE CRIB FILE

When making an inquiry against a computerized subject file of information, the user is 

availing himself of a highly effective tool. No 

other means are presently available by which it 

is possible in a few minutes to examine a file of 

information, locate the relevant information, 

and then print the results in one of several 

possible arrangements.

While in direct communication with the computer, the user guides and controls each step of 

the inquiry and has the ability to go BACK 

(ITERATE) to earlier stages of the inquiry at 

any time during the session. A wide variety of

user-controlled search methods make possible 

highly detailed searches.

COMMON SEARCH PATTERNS AND 

SEARCH FIELDS

Because of the emphasis of the CRIB record 

 on mineral locations and (or) mineral commodities a search of the CRIB file usually involves only one of a limited set of basic search 

approaches. Some of the common search approaches and search fields (labels) are summarized below.

Area search. The user is interested in the 

mineral resources in general (across all commodities) of a given area a country, StationProvince, or smaller political area; a map quadrangle; or some physiographic or geologic region. Two general ways are available for defining a given area: (1) by defining the country, 

State or Province, and county (or counties), or 

(2) by denning a rectangular area based upon 

geodetic coordinates (latitude-longitude), or 

public-land surveys (township-range-sectionmeridian) .

Commodity search. The user is interested 

in a particular mineral commodity or in a 

group of related commodities wherever they 

may be found. Whenever a commodity is involved in a retrieval, records containing that 

commodity will be found by searching the commodities present field (label CIO).

Combination area/commodity search. Probably the most common search involves the quest 

for information on one or a small group of 

commodities within a given area. A search of 

this type is easily accomplished by combining 

the search parameters of area and commodity.

Fields used frequently as search parameters 

are listed below with their labels:

Country ________ A40

State __________A50

County _________A60

Latitude-longitude ___A70, A80

Township-rangesection _______A77, A78, A79

Commodities present ___C10

Ore minerals _______C30

Deposit type __________C40

Size __________________M15

Status of exploration 

and development ____A20

Property is: ACTIVE _A21

Production;:. YES ____YES

Production/reserves 

tables _________ (see p. 27 and 28, fig. 1)

A16
EXAMPLES

The following examples provide additional 

."familiarization with the structure and content 

of the CRIB file and illustrate some of the common retrieval methods.

Example 1. (see fig. 7).

Question: What mineral resource information is available for the area around Hartford, Conn.

Search method: A selection of all records on Connecticut, followed by a search of a small area 

around Hartford, Conn., using a latitude-longitude 

rectangular search. In this example, the initial 

search is made against the index files (country index and State index).

Output option: COPY copies those fields specified in 

fixed-field format.

A rectangular area search may be based upon 

any one of the following grid systems: geodetic 

(latitude-longitude); Universal Transverse 

Mcreator system (UTM); State grid coordinates, or public-land surveys (township-range 

system). In this example, the geodetic system 

is used, and all records within the 30-minute by 

37.5-minute area surrounding Hartford, Conn, 

are retrieved. The parameter statements and 

the first page of printed output, sorted by latitude, are shown in figure 7.

In this example, the initial search is made 

against the State index file, which is an index 

on the States of the United States, and the 

country index file. The parameter TERM is 

used to initiate the search on the index files. A 

search in the word mode is first made for US 

(United States) in the country code field (A40) 

and for 09 (Connecticut) in the State code field 

(A50). Thirty-seven indexed records are selected and placed in subset 1.

The command INDEX converts the retrieved 

record addresses resulting from the index 

search to the corresponding set of records in 

the main record file (403 records in subset 1).

The system is directed back to the previous 

subset of 403 records (ITERATE), and a suffix search is made for those records in the north 

latitudes (suffix N in the latitude field A70) 

and in the west longitudes (suffix W in the 

longitude field A80). The resulting subset of 

401 records is placed in subset 2. A second 

ITERATE command directs the system back 

to the previous subset of 401 records (subset 2) 

and a character-range search on the latitudelongitude fields is made of a rectangular area 

surrounding Hartford, Conn, for those records 

of areas between lat 41°30' and 42° N. and long

72°22'30" and 73° W. Of those 401 records 

searched in subset 2, 152 are selected and 

placed in subset 3.

The resulting records are sorted by latitude 

in order to prepare the data for a possible map 

plot. Use of the COPY command causes certain 

selected fields to be printed in fixed-field format, 

one line for each record. The fields printed include the record number, deposit name, latitude, 

longitude, major commodities, use, and whether 

or not the deposit has been productive.

Example 2: (see fig. 8).

Question: The user wishes to obtain specific information on those mines in the United States in which 

the workings are 100-1,000 m deep and more than 

100 m long. 

Search method:

Numeric search specified by entering GT (greater 

than), LT (less than), or EQ (equal) in the conditions statements.

Existence search <XXXXXX> specified by entering the desired character string, without leading 

or trailing blanks, between the delimiters. 

Output option: LIST prints only those fields specified, one below the other in single spacing.

This question involves the labels (fields) 

M160 (depth of workings), M170 (length of 

workings), M161 and M171 (the corresponding 

units fields), and A40 (country code). The parameter statements and the printed output are 

shown in figure 8. The file is searched first for 

those records in which the depth of workings is 

less than 1,000 m {Ml&O JLT 1000) and greater 

than 100 m (M160 GT 100), and in which the 

length of workings is greater than 100 m 

(M170 GT 100). The conditions statements C 

and E restrict the records selected to those containing M (meters) in the units fields. Of 

33,400 records searched, 14 were selected and 

placed in subset 1. The ITERATE command 

directs the system back, to the immediately preceding subset (subset 1), and this subset of 14 

records is searched on the country code field 

(A40) for those records located in the United 

States. Of the 14 records searched eight are 

selected. In this example, the user is interested 

only in certain fields, and the LIST command 

is used. The fields to be printed are specified by 

their labels, which are typed in by the user 

during the input session. If the data contained 

in a given field exceeds the length of a print 

line, they overflow to the next line.

Example 3. (see fig. 9).

Question: To begin a study of the mineral resources 

of Tennessee, the user wishes to obtain some preA17
liminary information on their distribution as reflected in the CRIB file.

Search method: Word search < XXXX > specified by 

a blank before and after the word sought.

Output: A frequency count by county, and total.

The conditions statements and the resulting 

output are shown in figure 9.

The main file is first searched on the country 

code field (A40< US » and the State code 

field (A50< 47 >) for those records located in 

the United States (US) and in Tennessee (47). 

From the main file, 1,397 records are selected 

and placed in subset 1. The COUNT command 

is then entered and is followed by the conditions statement, AGO 40, which results in a 

count of the county field (AGO) showing the 

number of records containing the same entry 

in that field. The number 40 in the conditions 

statement specifies the number of spaces to be 

considered during the count. That part of any 

entry exceeding 40 spaces is ignored during the 

count and is truncated on the output. The resulting output is a listing, sorted to 40 spaces 

by the county field and showing a frequency 

count for each different entry, plus the total 

count across all entries. The first entry of the 

output (fig. 9) is blank, which indicates that 70 

records have no entry in the county field. Logically, one would expect a given county name to 

appear only once. However, this is the case 

only if all entries for a given county are identical. If a county name is misspelled, it is counted 

as a different data string. For example, Unicoi 

County appears in three separate counts (fig. 

9) : (1) Unicoi County, (2) Unicoi County, 

and (3) Unicoi and Washington Counties.

GLOSSARY

Alphanumeric information (alpha-numeric, alphameric) Information consisting of any 

combination of digits (0-9), letters (AZ), and special characters (such as /, $, 

or ?).

Assumed decimal point (implied decimal point)

 A decimal point the position of which is 

known, but which is not physically entered 

(punched) into a numeric field. 

Batch processing The sequential processing of 

records as a group (batch), one group at a 

time. Batch processing is in contrast to online processing, during which each unit of 

data is processed immediately at the time

of presentation as in the airline reservation system.

Baud The speed of data transmission in bits 

per second.

Command Procedure A user-oriented program 

composed of a prearranged set of operations steps and driven by user-controlled command words, specifications, and 

options.

Conversational (interactive) mode The user 

is communicating with the computer system in a "conversational" manner from a 

terminal by sending commands to the system. The system executes the commands 

and sends the reply back to the terminal. 

One type of on-line processing.

Data item (data element, information item, 

field) The smallest unit of information to 

which reference is made, for example, 

"country," "State." A set of related data 

items constitutes a record.

Direct access The process of finding information in storage, where the time required is 

independent of the location of other information in storage. A disk is a direct-access 

device. This is in contrast to the sequential 

access of tapes.

Disk (disk pack) A storage device consisting 

of a circular metal plate that has magnetic 

material on both sides and that is mounted 

on a rotating shaft. Read-write heads service both sides of the disk. Ten stacked disks 

constitute a disk pack.

Field (data item, information item) A specified category of data treated as a whole. 

The basic unit of a record.

File A collection of related records treated as 

a unit; for example, the records file and 

dictionary file of CRIB. Also, in the general sense, a collection of related files; for 

example, the CRIB file.

File maintenance Modification of file content; 

for example, insertions, deletions, transfers, and corrections.

Fixed fields (fixed-length fields) An arrangement in which the fields in a record are set 

beforehand to a specified length.

Fixed-length records Records of predefined 

length. Loosely used to mean that both record length and field length are set beforehand to specified lengths.

A18
Floating decimal A decimal point without a 

predetermined fixed position within a numeric field. In a six-position number field, 

for example, the decimal may be in any of 

the six positions, depending upon the size 

of the number.

Foreground Interactive (conversational, online) mode of operation in which the 

user is communicating directly with the 

computer.

Foreground driver The command procedure 

program forming the interface between 

the GIPSY program and the General Electric Mark III system.

Format A predefined arrangement of characters, fields, print lines, and so forth. The 

term, "arrangement," is never used in computer work.

Interface A program or device that translates 

an initial program or signal into a form 

compatible with the next program or 

device.

Job control language (JCL) The language 

used to supply the necessary information 

to the computer system so that it can run 

your job. Includes such items as the name 

and address of the data file to be processed, 

the name of the program to be executed, 

what to do with the results, and so forth.

Label As used in GIPSY, a set of one to seven 

alphanumeric characters used to identify 

a data item or field to the GIPSY program.

Literal In the GIPSY system, a set of characters inserted into the output record of the 

COPY command.

Parameter statements (search variables) A

list of the data elements the computer is to 

search for during a retrieval.

Program A set of instructions that tells the 

computer how to solve a problem.

Retrieval operation The actions connected 

with the recovery of information stored 

in a computer storage device.

RPG (report program generator) An IBM

program language that provides a convenient programing method for producing reports, performing calculations, and manipulating data.

Software Programs that help run the different components of a computer center and

help the user to communicate with the 

computer.

Spanned record A record that overflows from 

the end of one track on a disk to the beginning of the next track.

Subroutine A program that is linked to a 

larger program and that performs a single 

specific task whenever the main program 

calls upon it to do so.

Track address A number identifying the location where information is stored on disk.

Utility programs Programs used to perform 

certain standard functions, called housekeeping functions; for example, update, 

transfer data from one device to another, 

sort programs, and so forth.

Variable fields (variable-length fields) Fields 

having no predefined lengths.

Variable-length records (variable-length format)' Records of no predefined length.

REFERENCES CITED

Calkins, J. A., Kays, Olaf, and Keefer, E. K., 1973, 

CRIB The mineral resources data bank of the 

U.S. ^?ological Survey: U.S. Geol. Survey Circ. 

681, 39 p.

Clark, A. L., Calkins, J. A., Tongiorgi, E., and Stefanelli, E., 1976, A report on the International 

Geothermal Information Exchange Program, 

1974-1975: United Nations Symposium Devel. and 

Use Geothermal Resources, 2d, San Francisco, 

Calif., May 20-29, 1975, Proc., v. 1, p. 67-99.

General Electric Co., 1976a, MARK III GCOS Background user's guide [2000.0:0]: Rockville, Md., 

242 p.

 1976b, MARK III VS Background Service: 

Rockville, Md., 168 p. (User's Guide 2050.09B).

Oklahoma University, Office of Information Systems 

Programs, 1975, GIPSY documentation series, 

Volume II [user's guide]: Norman, Okla., variously paged.

Oklahoma University, Information Systems Programs, 

1976, The mineral resources data bank of the 

U.S. Geological Survey CRIB: [Norman, Okla.], 

127 p.

Sweeney, J. W., Addison, C. H., and Shields, R. W., 

1969, GIPSY Possible uses of a generalized information processing system in mining, in Weiss, 

Alfred, ed., A decade of digital computing in the 

mineral industry: New York, N.Y., Am. Inst. 

Mining, Metall. and Petroleum Engineers, p. 305- 

309.

Zartman, R. E., Cole, J. C., and Marvin, R. F., 1976, 

User's guide to the Radiometric Age Data Bank 

(RADB) : U.S. Geol. Survey open-file rept. 76- 

674, 77 p.

A19

FIGURES 1-9

REPORTING FOBM PCR CRIB MINERAL RESOURCES OCMPUTER FILE 

BECORD IDEWriFIGATION:

Record No. 

Deposit No.

B10<[ 

B40<

U (circle U if form used 

for update and fill in 

labels G3 and Gl)

File Link ID B50<___ _____

(Enter Gl, G2 if new form; G3, GU if update)

REPORTER:

Yr

G2<

Mo Last name first initial

UPDATE: G3<[ j I

A10<

NAME:

Deposit Name

Synonym Name(s) 

LOCATION:

AlK

Mo Last name

?

first initial 

>

: >

Mining District/Area/Subdist. A3d£ 

Country A40<| , |>

State A50<

County A60< ___ 

Position from nearest 

prominent locality A82<

(enter code TWICE from list C)

I , | ) (enter code twice from 

list D if in US)

GIVE 1 OR MORE OF THE 4 LOCATIONS PRESENTED BELOW:

UIM Northing A120<| J>

UIM Easting A130<|

UIM Zone No. A110<i l>

Latitude

Longitude A80<l . ._M . |-|

0 DO M M

State X Coord. A7KI ! I I . Township(s) A77<l

State Y Coord. A72<L

State Zone No. A73<| J>

A107<l l> Altitude

Quad Scale A100<| t t , i i i l>

Quad No. or Name A90<___________

Range(s) A78<L_j _ _____

Section(s)

A79<L_iJ 1 i I I i 1 i 1 i i i I i | > 

Meridian(s) ASK_______________>

Land Classification A6h<\ \ 1> (LIST Q)

Drainage Area (list J) A62< 1 i I

Physiographic Province A63<.l i I 

(list K)

Location Comments A83<

CRIB FORM 10(5-76) 

FIGURE 1. Standard reporting (input) form 10 (9-76) for the CRIB mineral resources computer file.

A23
(Record No. 2.

COMMODITY INFORMATION

Commodities Present . C10<j , , , 

Commodity Specialist C20<|

3 U 

i i i I I I i . . . I _L_J>

Information 

Significance

J>

MAJOR<|

MINOR < \_ , , |

(code from list E)

COPROD<I i i i 1 i i . I i . . l> 

BYPROD<| | i i | i , i | , , . |>

Ore Minerals, rocks, etc.

POTEN<| , . .

OCCUR<| i

C30<

Commodity Subtypes 

or Use Categories 

Commodity Comments

CUl<

C50<

ANALYTICAL DATA 

Reference 

BTU's 

Sulfur 

Ash 

Fixed Carbon

CM+<_ 

BTU<L

SUL<L 

ASH-^L 

CARB<I

Analytical Data (General) CU3<_

12J> 

1%J>

Moisture

of Coal

CU6<L 

CU7<L | | | 1

L2J> 

\3d> 

J I i> (FT or M)

MINERAL ECONOMICS FACTORS 

Exploration M$ CU2A<_ 

Development M$ CU2B<_ 

Expansion M$ CU2C<£

_> Mill M$ CU2D<|_

_> Total Investments M$ CU2E<I_

> Mill Capacity Per Yr CU2F<

Economic Comments CU2<

EXPLORATION AND DEVELOPMENT

Status of Exploration or Development A20
 (code from list B) 

Year of Discovery L10<________> By Whom L20<C 

Nature of Discovery L30<_ 

Year of First Production L**0< .

(List] 

> \ L / Present or Last Owner A12< 

Present or Last Operator

Work Done by USGS 

Year

i) LUK| i i i

2) LU2<I i I I

(earliest to present)

Type of work (List M)

thous units yr appl 

________> Ctt2G<| . , .

Geologist and Results

I I I I

I I I

3) LJ43<I I I I I . I I I I I I I

."Work Done by Other Organizations (earliest to present)

Year Type of work (List M) Organization and Results

1) L50<|

2) L60<l

3) L7CKI

I I 1 I I I I I I J , L

J , L

CRIB FORM 10(5-76) 

FIGURE 1. Continued.

A24
EXPLORATION AND DEVELOPMENT (Contd.) 

Reports Available L100<________

(Record No.

Comments L110<

DESCRIPTION OF DEPOSIT 

Deposit Type(s) (List F) 

Deposit Form/Shape (List N) 

Max Thickness 

Depth to Top 

Depth to Bottom 

Max Length 

Max Width

C40<

1st N) M10< >

M60<

M20<

M30<

M40<

M50<

>

>

>

>

>

(units) 

M6K

M21<

M3K

M4K

M5K

>

>

>

>

>

Size 

Strike 

Dip 

Plunge 

Plunge dir.

M15< >

M70<: :

MSO< ;

M90< )

M100< >

Property is: (Active) A21 

Comments M110<

(Inactive) A22 (Circle One)

DESCRIPTION OF WORKINGS 

Workings are: (Surface) M120 

For Underground Workings:

Depth Below Surface M160<_ 

Length of Workings M170<_

(Underground) M130

For Open Workings (surface and underground): 

Overall Length of Mined Area M190<_____ 

Overall Width of Mined Area 

Overall Area

M220<_____

M200<_ 

M210<

Comments

(Both) M140

(units) 

M16K

(Circle

Appropriate

Labels)

M171<

(units)

M19K

M20K

M21K

GENERAL REFERENCES

1) Fl<________________

2) F2<

3) F3<

4) F4<

CRIB FORM 10(5-76)

FIGURE 1. Continued. 

A25
(Record No. 

GFCLDGY fliD HBtRftlflSf Age (List o)

Host Rocks and Age Kl <l . i . . . , . t i Ufl

Assoc. Igneous Rocks 

and age

Age of Mineralization

Pertinent Mineralogy Other K4< 

than Ore Minerals

Important Ore Control K5 < 

or Locus

Major Regional Structures N5< 

or Trends

Tectonic Setting

Significant Local N70< 

Structures

Significant Alteration N75<

Process of Concentration N80< 

or Enrichment

A fL' t O^ ^e ' Names °^ Forroati0118 or l&xk Types 

N30< I ..... i i i i LM____________________

N35< I . j ....... LM________________________

N40< I , , . i . . . i . Urt________________________ 

N45< I . , . . . . i . i Ltri________________________

Age (List 0) A^6 ' I^nes of Igpeous Units or Rock Types 

N50< I . . . . . i . T . UTI__________________

N55< I ......... Ul_________________________

N60< I ....... . i LM 

N65< I ......... UH________________________

Comments (Geology and Mineralogy) N85 <__________________________

GNERAL OOTMEMTS 6EN<

CRIB FORM 10(5-76)

FIGURE 1. Continued.

A26
to

PRODUCTION (past or present)

PROD YES NO SML MED LGE (circle appropriate labels) 

ANNUAL PRODUCTION (ore and commodities)

(Record No.

DH (item) (accuracv) 

1) DIM 1 1 i 1 1 1 1 l> 

2 > D2<| , | | | | i | |>

U) DU<| | i i | | i | |> 

5) D3<l i 1 1 1 1 1 I l> 

6 > D6<[ i i 1 1 1 i 1 l>

CUMULATIVE PRODUCTIOH (Ore, Co 

DH2 (item) (accuracy) 

8) G7<l I 1 i 1 1 L 1 l> 

9> G8<| , i i | 1 i i |> 

10) G9<l I I i 1 1 1 1 l> 

11) G10<| ! | ! | ( i | |> 

12) Gll<| 1 J | | |_l_i_J> 

13) G12<| ||i] | 1 | |> 

lU) G13<l 1 1 1 1 1 1 1 l> 

15) GlU<| 1 I 1 1 1 1 i l> 

16 > G1 5<L-i_J_i_J 1 | 1 l>

AHNUAL PRODUCTION (overburden

DHU ( J tern) 

17) Pl<l i i I I 1 i i 1

18) P2<l i | i i i I 1 i

19) P3<l i I 1 I l i 1 1

20) PU<I i i i i i i i i

(amount) 

D1A<| 1 1 i 1 1 I

D2A<I i 1 i 1 1 1

D3A<| I I i | i i

D5A<| I | 1 1 1 1

D6A<| | | I 1 1 1

D7A<| 1,1111

modities, Concentrates, 

(amount) 

G7fi<l 1 1 1 1 1 L

G8A<| | | | i 1 I

G9A<| ,||||1

G10A<| | | | 1 1 1

G11A<| | | | | | |

G12A<| | 1 | i | 1

G13A<! 1 1 1 1 1 1

G1UA<1 1 1 | 1 1 1

G15A<| !,,!,)

and concentrates) 

(accuracy) 

J | | | |> PLA<| i

J | , | |> P2A<| ,

1 1 1 1 l> P3A<L 1

1 1 1 1 l> PUA<| |

, |> D1B<1

, |> D2B<|

| (> D3B<|

|> DUB<|

1 |> D5B<|

, |> D6B<|

| J> D7B<|

Overburden) 

1 l> G7B<I

| |> G8B<1

I |> G9B<|

1 > G10B<|

| J> G11B<|

1 |> G12B<|

1 |> G13B<|

) > GlUB<|

| |> G15B<|

(amount) 

1 l 1 1 1

I 1 1 1 1

1 1 1 1 1

(thousand units) (year) (grade nr 

1 1 1 1 1 1 I l> D1C<( i l i |> D1D<

1 | 1 1 1 1 I l> D2C<| | | | |> D2D<

1 1 1 1 | 1 1 l> D3C<| i | , ]> D3D<| 

1 1 1 1 1 1 1 l> DUC<, , , , |> DUD<| 

1 1 1 1 1 1 1 1 > D5C< | | | | J > D5D<

, , 1 1 1 1 1 |> D6C<| | | | |> D6D<

, | | , | |> DTC<| | | | |> DTD< 

(thousand units) (years) (grade or 

1 1 L 1 ! 1 1 l> G7C<I ' G7D<| 

I l 1 1 1 I 1 l> G8C<| |> G8D<j 

I I I 1 1 1 1 |> G9C<| f> G9D<I 

| 1 | | I I I |> G10C<| |> G10D<| 

1 1 1 1 1 1 1 !> G11C<| > G11D<| 

, , | | 1 , 1 |> G12C<| > G32D<| 

1 i 1 1 1 1 1 l> G13C<| > G13D<| 

1 1 1 , ! | 1 |> GlUC<| > GlliD<|

i ! 1 1 1 I I |> G15C<| > Gi5D<| 

(thousand units) (year) ((jr

I |> P1B<| 1 1 i 1 1 1 1 l> P1C<I 1 1 1 l> P1D<| 

1 l> P2B<| | | I I I I | |> P2C<| | | | |> P2D<

1 |> P3B<| I I I I I I I |> P3C<| | | | |> P3D<

1 l> El.B<| | | | | | | , |> PUCcj l | | |> PUD<

22) P6<[ , , I , i | | |

23) P7<l , i 1 i , 1 1 1

Sourcf of Information 

Production Comments

1 1 1 1 l> P6A<! 1

D9<

D10<

, i 1 1 1

1 i I 1 1

1 l> P6B<I 1 1 1 1 1 1 1 l> P6c<l 1 1 1 l> P6l><

, |> P7B<| | | | | | , | |> PTC<| , | , |> PTD<

CRIB 

FIGURE 1. Continued.
RESERVES AND POTENTIAL RESOURCES

(items 1-6 are for reporting combined ore, mixed commodity ore, and individual commodities. 

If figures not available, indicate potential by placing HML, MED, or ICE in accuracy column.)

(Record No.

00

EH 

1 ) El<l 1

2) E2<l 1

1) E3<( 1

li) Eh<\_l

5) E5<|_J

6) E6<| |

Source of 

Comments

(item) (accuracy) (amount) (thousand units) (yr. of est.) (grade or use) 

1 1 1 1 1 1 1 1 | 1 i l> E1A<| , i i i i i i l> E1B<I 1 1 1 1 1 1 1 l> E1C<| i i | |> E1D<|

1 1 1 1 1 1 1 1 1 1 1 l> E2A<| i , | | i i | |> E2B<J | | | | | | | |> E2C<| | | | |> E2D < 1

1 »l 1 l l 1 1 1 1 1 1 l> E3A<| i , , , , | | |> E3B<| | | | | I | | |> E3C<| , , , |> E3D<|

1 1 1 1 1 1 1 1 | 1 1 |> EUA<I 1 1 | 1 1 1 1 l> El4B<| | | | | | | | |> El4C<| | | | |> El4D<|

1 1 1 1 1 1 1 1 1 1 1 l> E5A<| | , , | , , | |> E5B<| | | | | | | | |> E5C<| | | | |> E5D<|

I 1 1 1 1 1 1 1 1 1 | l> E6A<L 1 1 l 1 i 1 1 l> E6B<| I I | I I I | 1> E6C<| | | | |> E6D<|

Information E7<

E8<

RESERVES ONLY

HH (item reported) (accuracy) (amount) (thousand units) (yr. of est.) (grade or use) 

1) Hi <l 1 1 1 1 1 1 1 1 1 1 i 1 l> H1A<I 1 I 1 1 1 1 1 l> H1B<| i l 1 1 1 l l l> H1C<| | I I |> H1D<1

,>> H2<|_L

3) H3<l l

>,) HlKQ

 >) HS<l_L

6) H6<|_1

Ctimments

Source of 

POTENTIAL

JH 

1) Jl< 1 1

2) J2< ^

3) J3<Ll

U) JU< 1 1

S' J5< |_L

6) J6<| I

Comment s

Source of

1 1 1 1 1 I 1 1 1 1 1 ]> H2A<| | | | | | | | |> H2B<| , , ! | , , , |> H2C<| , , , |> H2D<|

1 1 1 1 1 1 1 1 1 i , l> H3A<| | | I | | | | |> H3B<| , | | | , | , |> H3C<| | , , |> H3D<|

I I I I I I I I I I I |> HUA<| | , , ! | | | |> HUB<| , , | , , , , |> HliC<| , | | |> HliD<|

1 1 1 1 | 1 1 1 1 1 1 |> H?A<| | | | | | | | |> H5B<| , , , , , , , |> H5C<| , | | |> H5D<|

1 1 1 1 1 1 1 1 1 1 1 l> H6A<[ , , , | | | | |> H6B<| , , , , , , , |> H6C<| , , | |> H6D4

H7<

Information H8 <

RESOURCES (exclusive of reserves)

(item reported) (accuracy) (amount) (thousand units) (yr. of est.) (grade or use) 

1 1 1 1 1 1 1 1 1 i i l> J1A< 1 I 1 1 1 1 1 1 l> J1B<| | | | | I I | |> J1C<| | , , |> JID<|

I' 1 1 i 1 1 1 1 1 . l l> J2A< ! 1 1 1 1 1 1 1 l> J2B<| 1 1 1 1 1 1 1 l> J2C<| 1 1 1 l> J2D<|

| | | | | 1 I ] | 1 , |> J3A< | | | | | | -1 | |> J3B<| | | | | | | | |> J3C<| | | | |> J3D<|

1 1 1 I | 1 1 1 1 l 1 l> J"«A<| 1 1 1 1 1 1 1 l> ""»<! | | | | .1 J | |> JUC< I 1 1 1 l> JUD<I

1 1 1 1 1 1 1 1 1 1 1 l> J5A<| | | | | | | | |> J5B<| | | | | | | , |> J5C<| | | | |> J5D<|

I I I I I I 1 I I , , |> J6A<| | , | | | | | |> J6B<| | | | | | | i |> J6C<| | | | |> J6D<|

J7<

Information J8<

CRIB 

FIGURE 1. Continued.
RECORD 00001

CR18 MINERAL RESOURCES FILE 10

NAME AND LOCATION 

AID DEPOSIT NAME.... 

All SYNONYM NAMt....

(Header Al)

RECORD IDENTIFICATION (Header BH1)

BIO RECORD NO............ W999999

<2> RECORD TYPE.......... U (Header B20)

(fiSGS) COUNTRY/ORGANIZATION. USGS

EKT SOURCE............... XXXXX

BSO MLt LINK lu......... XXXXX

B40 DEPOSIT NO........... XXXXX

B51 GEOLOGIC CODE........ XXXXX

REPORTER (Header GH1) 

G2 NAME: xxxxxx. xxxxxxx x. 

Gl DATE: 76 08 

G3 UPDATE<S>: 76 09

G4 BY: xxxxxxt xxxxxxx x.

XXXXX 

XXXXX

A30 MINING DISTP1CT/AREA/SU60IST. XXXXX

A31 SU601STRICT.................. XXXXX

A32 CONTINENT OK GLOBAL AREA..... XXXXXX

A40 COUNTRY CODE ................. US

A50 STA1E COOt................... 08

A60 COUNTY....................... XXXXX

A67 NAMt Oh FOREST............... XXXXX

A61 CONGRESSIONAL DIST........... XXXXX

A62 DRAINAGE AkKA................ XX

A63 PHYSIOGRAPHIC PROV........... xx

A64 LANO CLASSIFICATION.......... XXXXX

QUAD SCALE 

A100 1S 9999999 

A91 1« 9999999

LAT1TUOE 

A70 XX-XX-XXN

QUAD NO OR NAME 

A90 XXXXX 

A92 XXXXX

LONGITUDE 

A80 XXX-XX-XXV«

(Header AH2)

(Header AH3)

A107 ALTITUDE.. 9999 FT

UTM NORTHING 

A120 9999999.9

UTK EASTING 

A130 999999.9

ZONE MO

A110

STATE X COORDINATE STATE Y COORDINATE STATE ZONE NO 

A71 999999999.9 A72 999999999.9 A73 9999

(Header AHA) 

(Header AH5) NOTE: Circled label indicates that no 

text accompanies the label.

MAP X-Y COORDINATES

999

999

(Header AH6)

A74Y 

A75Y

999

999

(Header A74) 

(Header A75)

1 :25l).UOO.. 

l: 63.J60.... 

A75X 

A77 TwP...... XXXX XXXX

A78 RANGE.... xxxx xxxx

A79 SECTION.. XX XX XX XX XX XX 

A81 MERIUIAN. XXXXX

A82 POSITION FROM NEAREST PKOMlNtM LOCALITY: XXXXX 

A83 LOCATION COMMENTS: xxxxx

COMMODITY INFORMATION (Header COMINFO)

cio COMMODITIES PHESFNT: xxx xxx xxx xxx xxx xxx xxx

	(Header CIS) 

MAJOR MAJOR...... XXX

MINOR MINOR...... XXX

COPROD fOPRUOUCT.. XXX

BYPROD BYPRODUCT.. XXX

POTEN POTENTIAL.. XXX

OCCUR OCCURRENCE. XXX XXX

C20 COMMODITY SPECIALIST INFORMATION: 

XXX

C21 SPECIAL FIELD 1 XXXXX

022 SPECIAL FIELD z xxxxx

C23 SPECIAL FlELU 3 XXXXX

FIGURE 2. Dummy record showing the standard output format of the CRIB mineral resources file.

A29
C30 ORE MATERIALS (MINERALS.ROCKS»ET<_. ) :

XXXXX

c4i COMMODITY SUBTYPES OR USE CATEGORIES: 

xxxxx

C50 COMMODITY COMMENIS:

xxxxx

ANALYTICAL DATA (Header ANALD)

C44 SOURCE KEFtRENCE.. XXXXX

BTU HTU............... 999Q9

SUL SULFUK............ 99.9 +

ASH ASM. .............. 90.9 *

CARB FIXED CARBON...... 99.9 *

C45 VOLAT1LES... ...... 99.9 *

C46 MOISTURE.......... 99.9 *

C47 TMICMNESS OP COAL. 999.9 FT

C43 ANALYTICAL DAT A(GfUP HAL) 

XXXXX

MlNfckAL ECONOMICS FftCTOPS (Header MINECON)

C42AEXPLORA1 ION MS........... 9v

C42BDEVELOPMENT Mi ........... 99

C42CEXPANSION MS ............. 99

C42DMILL MS.................. 99

C42E TOTAL INVESTMENTS Mt..... 99

c42F M iLL CAPACITY ptK YP..UHOOS. UNITSJ.. 99 MET TONS

C42G YP APPLICABLE....... 1974

C42 ECONOMIC COMMENTS: 

xxxxx

EXPLORATION ANU DEVELOPMENT (Header LHI>

A20 S1ATOS OF ExPLO*. OH [lEv. X

(A21) PKOPEKTY IS ACTIVE

(A2231 PKOPEKTY is INACTIVE

L10 YEAR- OF DISC OVEKY.. ...... l*t>S

L20 WY WHOM.................. XXXXX

L30 NATURE OF DISCOVERY...... X

L40 VEAk OF FIRST PRODUCTION. 197u

A12 PkESENf/LAST OWNEP....... XXXXX

A13 PP-ESENF/LAST OPERATOR.... XXXXX

WORK UONE BY USOS (Header LH2)

YEAK WORK TYPE GEOLOGIST AND PESHLTS (Header LH3)

L41 1) 19ti& XXXXXXX XXX

L42 <^) 1966 XXXXXXX XXX

L43 J) 19o7 XXXXXXX XXX

WOK»i> DONE BY OTME^ ORGANISATIONS (Header LH4)

YEAK WORK TYPE OKGANI/AHON AND PESULTS (Header LH5)

L50 1) 19bb XXXXXXX XXX

L&0 2) 1967 XXXXXXX XXX

L70 3) 1969 XXXXXXX XXX

L80 **) 1^/1 XXXXXXX XXX

L90 5) 19^3 XXXXXXX XXX

L100REPOWTS AVAILABLE : 

XXXXX

LllOEXPLOH. AND DEVELOP. COMMEl-JTS: 

XXXXX

JESCftlPTION OF DEPOSIT (Header MH1)

C40 DEPOSIT TYPES:

xxxx 

MIO FORM/SHAPE OF DEPOSIT: ,xxxx

SUE/UiwECT IONAL DATA (Header MH2)

MIS SIZE UF DEPOSIT...... xxx

M20 DEPTH TO TOP ........ 999 M21 rT

M30 DEPTh TO 60TTOM...... 999 M31 t- T

M40 M AX LENGTH........... 999 M41 hT

M50 MAX WlUTH......... .. . 999 M51 ( f

M60 MAX TMlCKMtSS........ 999 M61 M

M70 STRIKE OF ORE80DY.... XXX

M80 DIP Of ORE BODY....... XXX

M90 PLUNGE OF OREBODY.... XXX

M100 DIRECT I ON Of PLUNGE.. XXX

M110 COMMENTSfOtSCHlPTlON OP DEPOSIT): 

XXXXX

FIGURE 2. Continued.

A30
DESCRIPTION OF WORKINGS (Header MH3) 

SURFACE 

UNDER&ROUNO

tii4<3 SURFACE AND UNDERGROUND

DESCRIP. OF UNDERGRND WORKINGS (Header M150) 

M160 DEPTH OF WORKINGS BELOW SURFACE. 999 M161 FT

M170 LEN&TH OF WORKINGS.............. 999 Mm n

OESCR1P. OF OPEN WORKINGS (SURFACE OR UNDERGRND) 

M190 OVERALL LENGTH OF MINED AREA.... 999 M191 FT 

M200 OVERALL MOTH OF MINED AREA..... 999 M201 M 

M210 OVERALL AREA.................... 999 M211 SO FT

M220 COMMENTS (OESCRIP. OF WORKlNGbM 

XXXXX

(Header M180)

UCTION (PROD ia Label and Header)

YES

NO PRODUCTIOU 

LARGE PRODUCTION 

MEDIUM PRODUCTION 

SMALL PRODUCTION

ANNUAL PRODUCTION (ORE AND COMMODITIES) (DH is Label and Header)

ITEM ACC AMOUNT THOL.S.UNITS YtAR GRADE OR USE

Dl 

D2 

D3 

D4 

D5 

D6 

D7

(Header DH1)

1 XXXX XXX 99999999 XXXXXXXX

2 XXXX XXX 99999999 XXXXXXXX

3 XAXX XXA 99999999 XXXXXXXX

4 XXXX XXX 99999999 XXXXXXXX

5 XXXX XXX 99999999 XXXXXXXX

to XXXA XXX 99999999 XXXXXXXX

7 XXXX XXX 99999999 XXXXXXXX

1970 XXXXX

1970 XXXXX

1970 XXXXX

1970 XXXXX

1970 XXXXX

1970 XXXXX 

1970. XXXXX,

D1A-D7A D1B-D7B D1C-D7C D1D-D7D

(DH2j CUMULATIVE PRODUCTION (OWE.COMMOD..CONC..OVEPBUH.>

G7 

G8

G9

G10

Gil

G12

G13

G14

G15

PI

 P2 

P3 

P4 

P5 

P6 

P7

ITEM ACC AMOUNT THOUS. UNITS

XXXX XXX 99999999 XXXXXAXX

XXXX XXX .99999999, AXAXXXXX

	G7A-G8A G7B-G8B

10 XXXX XXX 99999999 XAAXXXXX

11 XXXX XXX 99999999 XXXXXXXX

12 XXXX XXX 99999999 XXXXXXXX

13 XXXX XXX 99999999 XXXXXXXX

l*» XXXX XXX 99999999 XXXXXAAX

15 XXXX XXX 99999999 XXXXXXXX

16 XXXX XXX 99999999 .XAXXXAAA

G9A-G15A G9B-G15B G9C-G15C G9D-G15D 

AND CONCENTRATES (ANNUAL) (DH4 is Label and Header)

YEARS

1970-197^

1970-19/<t

G7C-G8C

1970-197^

1970-197^

1970-197<t

1970-1974

1970-1974

19/0-19/4

1970-1974

GRaOfc

XXXXX

XXXAj

G7D-G8D

XXXXX

XXXXX

XXXXX

XXXXX

XXXXX

XXXXX

XXXXX

(DH2 is Label and Header) 

OR USE (Header DH3)

ITEM ACC

17 XXXXXXXXX XXX

Ih XXrXXXXXXX XXX

19 AXXXXXXXX XXX

20 XXXXXXXXX XXX

£1 XXXXXXXXX XXX

££ XXXXXXXXX XXX

<i3 XXXXXXXXX XXX

AMOUNT THUUS.UNITS Ye«R

99999999 XXXXXXXX 1970

99999999 XXXXXXXX 1970

99999999 XXAXXXXX 1970

99999999 XXAXXXXX 197U

99999999 XXXXXXXX 1970

49999999 AXXXXXAX 1970

,99999999 XXAXXXXX, .1970,

GKADE«REMflRKS

XXXXX

XXXXX

XXXXX

XXXXX

XXXXX

XXXXX

XXXXX

PlB^f7D

(Header DH5)

D8PROUUCTION YEARS.

D9SOURCE Of 1NFOKMAI ION.. XXXXX 

D10PKODUCTIUN CON-.MtNTS.... XXXXX

©'RESERVES AND POTENTIAL RESuURCtS (EH is Label and Header)

ITEM ACC AMOUNT THuUS.UNITS YFAR GkADt- OR USt (Header EH1)

El 1 XXXXXXXXX XXA 99999999 XXXXXXXX

E2 2 XXXXXXXXX XXX 99999999 XXXXXXXX

E3 3 XXXXXXXXX XXX 99999S»99 XXXXXXXX

E4 it AXXXXXXXX XXX 99999999 XXAXXXXX

E5 S XXXXAXXXX XXX 99999V99 XXAXXXXX

E6 t> XXXXXXXXX XXX ^999999»j, X_X _X

E7 SOURCE OF INFORMATION.. XXXAX

CUMMtN'Tb. .............. AXXXX

1975

1975

1975

1975

1975

1975

XXXXA 

XXXXX 

XXXXX 

XXXXX 

XXXXX 

XXXXX

FIGURE 2. Continued.

A31
(HH)SESEKVES ONLY (HH is Label and Header)

	ITEM ACC AMOUNT THOUS.UNITS YEA* GRAOF Ok USE (Header HH1) 

HI 1 XXXXAXXXX XXX *999999,* XXXXXXXX 1975 XXXXX

H2 2 XXXAAXXXX xxx 99999999 xxxxxxxx 1975 xxxxx

H3 J AXXX^XXXXX XXX 9*999999 XXXXXXXX 197b XXXXX

H4 <* XXXXXXXXX XXX 99999*99 XXAXXAAA 1975 XXXXX

H5 b XXXXXXXXX XXX 99999*9* XXXXXXXX 1975 XXXXX

H6 (J XXXXXXXXX XXX ,9*999999, jtXXXX>X

H7 CUMMENTS.. XXAXX

H8 SOUKCt OF l\'FUkMAT lOfv XXXXX

HfcSOURCES (FXCLUSlvF UF KtSt^vFS) (JH is Label and Header)

ITtM ACC AMWiM 1MOUS. OMITS Yf AW btitOf. OW USt (Header JH1)

Jl 1 XXXXXXXXX XXX 9999999* XXXXXXXX 1975 XXXXX

J2 2 XXXXXXXXX XXX 9999999* AXXAXXXX 1975 XXXAX

J3 3 XXXAXXXAX XXX 49999999^XXXAXXXX 1975 XXXXX

J4 <* XXXXXXXXX XXX 99999999'XXAXXXXX 1975 XXXXX

J5 5 AXXXXXXXX XXX 9999999* XXAXXXAX 1975 XXXXX

J6 b XXAAAXXXX XXX ^9999999^ XXXXXXXX, vi^/ji XXXXX

JIA^JSA JlB^bB JlC^feC JlS^JSD 

J7 COMMtNlS.. XXXXX

J8 SOufiCt OF I^FOWMAT ION XXXXX

GEOLOGY AND MINE»ALOO»Y (Header KH1)

K? GENE.WAL GtOLOoicaL FNVISONMENT..... xxxxx

Kl AGt/NAMtS UF MUST WDCKS. ........... XXXXXXXXXX XXXXX

K2 Abt'/NAMtS Of ASSOC. IGiMtOUS KUCKS.. XXXXXXXXXX XXXXX

K3 AC't UF «INEh-ALI/ATIOri.............. XXXXXAXXXX

K4 PtKTINtNT MJIMtKALObY. .............. XXXXX

K5 1MHUKTANT Owe CONTKOL OK LOCUS..... XXXXX

K6 GEOLOGICAL OtSCt*IPIIVF NUftS....... XXXXX

GEOLOGY (SUHPLEMtNl AHY I Nf UftMA 1 ION ) (Header NH1) 

REGIONAL GEOLOGY (Header NH2) 

N5 MAJUft REGIONAL SIWUCTuKES.. XAXXX 

NlO KEG10NAL TRENDS. ........... XAXXX

N15 TECTONIC SETTING........... XXXXX

N20 MAJOK LI THOLOGIC/STWAT iGfkAPMic UNITSS

XXAXX 

N25 COMMENTS XXXXX

LOCAL GEOLOGY (Header NH3)

AGE/NAMES OF FOKMATlOiMS UK KOL.K TYPES (Header NH4) 

N30 1' XXXXXXXXXX XAXXX 

N35 <i) XXXXXXXXXX XXXXX 

N40 -" XXXXAXXXXX XXXXX 

N45 ">> XXXXXXUXXX XXXXX

AGE/NAMES OF IGNEOUS UNITS OP KUCK TYPES (Header NH5) 

N50 1> XXXXAXXXXX XXXXX 

N55 CL^ XXXXXXXXXX XXXXX 

N60 3) XXXXXXXXXX XXXXX 

N65 <») XXXXXXXXXX XXXXX

FIGURE 2. Continued.

A32
N70 SlfaNiMCAMf LOCAL S 

XXXXX

N75 SIGNif- ICAf-f ALIE'RATIUh: 

XXXXX

N80 GEOLOGICAL 1JKOCESSES OK CONCENTRATION Ort 

XXXXX

N85CUMMtNTS (GEOLOGY ANH W1Nt*ALUdY>: 

XXXXX

GEN GENERAL CU 

XXXXXGtNtRAL rftFEKtNCES (Header FH1) 

Fl 1) xxxxx 

F2 <?) xxxxx 

F3 3) XXXXX 

F4 <») XXXXX

b) XXXXX\

V- Illustrates paragraph function 

6) XXXXX J

FIGURE 2. Continued.

A33
RECORD 00001 

CRIB MINERAL RESOURCES FILE 10

RECORD IDENTIFICATION

RECORD NO............ WO12708

RECORD TYPE.......... L

COUNTRY/ORGANIZATION. USGS

REPORTER

NAME: SWEETWOOD. CHARLES w. 

DATE: 76 os

NAME AND LOCATION

DEPOSIT NAME................. VEREENIGING-CLVDESDALE COALFIELD

SYNONYM NAME................. CORNELIA COLLIERY

FINING DISTRICT/AREA/SUBDIST. OLD SPRINGFIELD

COUNTRY CODE................. SF

COUNTRY NAME: 

SOUTH AFRICA

STATE CODE............... ORANGE FREE STATE

COUNTY................... SASOLBURG

LATITUDE LONGITUDE 

26-42- S 027-57- E

ALTITUDE.. 1433 M 

POSITION FROM NEAREST PROMINENT LOCALITY: 3 KILOMETERS SOUTHEAST OF VEREENIGING

COMMODITY INFORMATION

COMMODITIES PRESENT: COA3

SIGNIFICANCE:

MAJOR...... CDA3

ORE MATERIALS (MINERALS.ROCKS.ETC.):

SUBBITUMINOUS COAL FROM VEREENIGING-CLYDESDALE COALFIELD SEAM NO.2 (THICKNESS: 7.0 METERS)

ANALYTICAL DATA

SOURCE REFERENCE.. COAL* GOLD C BASE MINERALS OF SOUTHERN AFRICA; MAY 1975 

BTU............... 08514

SULFUR............ 01.0 X

ASH............... ?7.0 X

FIXED CARBON...... 43.4 X

VOLATILES......... 22.8 X

MOISTURE.......... 06.8 X

THICKNESS OF COAL. 007.0

ANALYTICAL DATA(GENERAL)

THE ANALYSES* ABOVE. ARE CRUSHED COAL ONLY FROM CORNELIA: BERTHA ND.l SHAFT. CORNELIA: BERTHA NO. Z SHAFT 

PRODUCES CRUSHED COAL ALSO (AS PART OR TOTAL MINE OUTPUT)* WITH GENERALLY SIMILAR ANALYSES* AND BOTH SHAFTS 

PRODUCE COBBLE A AND PEA TYPE COALS AS ADDITIONAL PRODUCTS.

MINERAL ECONOMICS FACTORS

MILL CAPACITY PER YR.(THOUS. UNITS).. 4.0 MIL. MET. T/YR. I960

ECONOMIC COMMENTS:

SUPPLIER OF CRUSHED COAL TO SOUTH AFRICAN ELECTRICITY SUPPLY COMMISSION'S (ESCOM) VAAL AND KLIP POWER STATIONS 

(70 PERCENT OF OUTPUT)* AND PRODUCER OF COBBLE A AND PEA COALS (30 PERCENT OF OUTPUT) FOR DOMESTIC MARKET.

EXPLORATION AND DEVELOPMENT 

STATUS OF EXPLOR. OR DEV. 4

PROPERTY IS ACTIVE 

YEAR OF DISCOVERY........ 1B78

BY WHOM.................. G.W. STOW

YEAR OF FIRST PRODUCTION. 1895

PRESENT/LAST OWNER....... ANGLO AMERICAN CORPORATION LIMITED

PRESENT/LAST OPERATOR.... AMALGAMATED COLLIERIES OF SOUTH AFRICA LIMITED

REPORTS AVAILABLE:

COAL* GOLD £ BASE MINERALS OF SOUTHERN AFRICA; MARCH 1974 ANGLO AMERICAN CORPORATION ANNUAL REPORTS; 1972-1974

FIGURE 3. Standard output record from the CRIB mineral resources file.

A34
DESCRIPTION OF DEPOSIT

DEPOSIT TYPES:

BEDDED 

FORM/SHAPE OF DEPOSIT: TABULAR/BLANKET

SIZE/DIRECTIDNAL DATA

SIZE OF DEPOSIT...... LARGE

DEPTH TD TOP ........ 55.0 M

DEPTH TD BOTTOM...... 95.5 M

MAX THICKNESS........ 27.5 M

DIP OF OREBODY....... 0-2 DEC

COMMENTS!DESCRIPTION OF DEPOSIT):

THE MAXIMUM THICKNESS FIELD REFLECTS A TOTAL OF THREE MINABLE SEAMS (UPPER: 7.0 METERS: ?B: 5.5 METERS; ?A: 15.0

METERS). THE UPPER AND 2B SEAMS ARE SEPARATED BY 12.0 METERS OF SHALE AND 2B AND 2A. THE DEPTH TO TOP FIELD

REFLECTS DEPTH TO TOP OF RECOVERABLE COAL IN UPPER SEAH. THE DEPTH TO BOTTOM FIELD REFLECTS DEPTH TO BOTTOM OF 2A

SEAM.

DESCRIPTION OF WORKINGS 

UNDERGROUND

DESCRIP. OF UNDERGRND WORKINGS

DEPTH DF WORKINGS BELOW SURFACE. 55.0 M

OESCRIP. DF OPEN WORKINGS (SURFACE OR UNDERGRND)

COMMENTSCDESCRIP. OF WORKINGS):

TWO VERTICAL SHAFTS CURRENTLY IN OPERATION: BERTHA NO. 1 AND BERTHA NO. ? (THOUGH THERE WERE OTHERS IN EARLIER 

YEARS). OVERALL PRODUCTION OF MINE DURING 1895-1974: 113.5 MILLION METRIC TONS OF COAL.

PRODUCTION 

YES

ANNUAL PRODUCTION (ORE AND COMMODITIES)

ITEM ACC AMOUNT THOUS.UNITS YEAR GRADE DR USE 

1 COA3 ACC 3307.3BO MET TONS 1974 SEE "ANALYTICAL DATA" ENTRIES

CUMULATIVE PRODUCTION (OREtCOMMOO.tCONC.,OVERBUR.)

ITEM ACC AMOUNT THOUS.UNITS YEARS GRADE OR USE

8 COA3 ACC 9618.507 MET TONS 1972-1974 CRUSHED COAL (AIR DRY BASIS): H20 6.7*, ASH 26.4*, V.M. 23.IS. F.C.

43.8X, S 0.9*, BTU 8,613

GEOLOGY AND MINERALOGY

AGE/NAMES DF HOST ROCKS............ PERM SANDSTONE AND SHALES

AGE DF MINERALIZATION.............. PERM

PERTINENT MINERALOGY............... SANDSTONES C CARBONACEOUS SHALES

IMPORTANT ORE CONTROL OR LOCUS..... GENTLE UPLIFT DF CONTINENTAL MASS FOLLOWED BY SUCCESSION OF FRESH WATER 

SEDIMENTS (WITH FOSSIL VEGETATION)

GEOLOGY (SUPPLEMENTARY INFORMATION) 

REGIONAL GEOLOGY

MAJOR REGIONAL STRUCTURES.. FLAT-LYING WITH MINOR DISTURBANCES ONLY 

TECTONIC SETTING........... PLATFORM

LOCAL GEOLOGY

AGE/NAMES OF FORMATIONS OR ROCK TYPES

1) PERM ECCA SERIES, KARROO SYSTEM; SHALE, SANDSTONE C COAL

SIGNIFICANT LOCAL STRUCTURES:

FLAT-LYING BEDS; MINOR FAULTING ONLY

GENERAL REFERENCES

1) SOUTH AFRICA'S COAL RESOURCES; COAL ADVISORY BOARD; FEBRUARY 1969

2) REPORT OF THE COMMISSION OF INQUIRY INTO THE COAL RESOURCES OF THE REPUBLIC OF SOUTH AFRICA; DEPARTMENT OF 

MINES, REPUBLIC DF SOUTH AFRICA; APRIL 3, 1975

3) MINERAL RESOURCES OF SOUTH-CENTRAL AFRICA; PELLETIER, R.A.; 1964

FIGURE 3. Continued.

A35
INVENTORY or CRIB RECORDS BY COUNTRY AND ST»TE

COUNTRY CODE

AG

to

AR 

AS

AU 

BC 

BF

9L

BR 

BU 

BY 

CA 

CB 

CF 

CH 

CI 

C.J 

CM 

CO

cu

CY 

CZ 

OR 

EC 

EG 

El 

ES 

ET 

FH 

FI 

FJ 

FR 

FT 

SB

ec

BE 

6* 

6L 

6R 

GT 

6V 

6Y 

HK 

HO 

HU 

ID 

IN 

IR 

IS 

IT 

JA 

JM 

KE 

KN 

KS 

LA 

MA 

HI 

MO

NZ 

PE 

PK

PL 

PN

PO

COUNTRY NAME NO. OF RECORDS COUNTRY CODE

INVENTORY OF CRIB RECORDS BY COUNTRY AND 

COUNTRY NAME

UNKNOWN 29

AL3ERI*................................. IS

ANGOLA.................................. IT

ARGENTINA.............. ................. 51

AUSTRALIA............................... 64

AUSTRIA................................. 21

BOTSWANA................................ 1

BAHAMAS................................. 1

BOLIVIA................................. 49

BURMA................................... 19

BRITISH SOLOMON IS...................... 4

BRAZIL.................................. 205

BULBARIA................................ 17

BURUNDI................................. 1

CANADA.................................. 1.313

CAMBODIA................................ 47

CONSO REPUBLIC.......................... 16

COMMUNIST CHINA......................... 19

CHILE................................... 61

CAYMAN ISLANDS.......................... 1

CAMEROON,............................... 4

COLOMBIA................................ 27

CUBA.................................... 27

CYPRUS.................................. 1

CZECHOSLOVAKIA.......................... 15

DOMINICAN REPUBLIC...................... 3

ECUADOR................................. 17

UNITED ARAB REPUBLIC.................... IS

IRELAND................................. 14

EL SALVADOR............................. 14

ETHIOPIA................................ 1

FRENCH BUIANA........................... 1

FINLAND................................. 26

FIJI.................................... 1

FRANCE.................................. 40

FRENCH TERRITORY OF AFARS AND ISSAS..... 1

6ASON................................... 1

BE"MANY. SOVIET 'ONE.................... 16

GERMANY. FEDERAL REPUBLIC............... 19

GHANA................................... 3

9REENLANO............................... 47

GREECE.................................. 24

GUATEMALA............................... 17

8UINEA.................................. 3

GUYANA.................................. 3

HONG KONG............................... 16

HONDURAS................................ 14

HUNGARY................................. 25

INDONESIA............................... 30

INDIA................................... 41

IRAN.................................... 15

ISRAEL.................................. 1

ITALY................................... 24

JA»AN................................... 20

JAMAICA................................. U

KENYA................................... 2

NORTH KOREA............................. 14

REPUBLIC OF KOREA....................... 66

LAOS.................................... 27

MADABASCAR.............................. 6

MALAWI.................................. 1

MOROCCO................................. 27

MAURITANIA.............................. 1

MEXICO.................................. 51

MALAYSIA................................ 4

MOZAMBIOUE.............................. 4

NEW CALEDONIA........................... 6

NIBERIA................................. 14

NAMIBIA................................. 2

SURINAM................................. 4

NICARAGUA............................... 14

NORWAY.................................. 26

NEW ZEALAND............................. 16

PERU.................................... 200

PAKISTAN................................ 17

POLAND.................................. IT

PANAMA.................................. 2

PORTUGAL................................ is

PP

RH 

RO 

RP 

RO 

SA 

SB 

SF 

SP 

SS

sw

TH 

TS 

TU 

TW 

TZ 

UG 

UK 

UR 

US

VE 

VN 

VS 

WA 

YO 

ZA 

ZR

PAPUA AND NEW BUINEA....

RMOOESIA................

ROMANIA.................

PHILIPPINES.............

PUERTO RICO.............

SAUDI ARABIA............

ST. PIERRE AND MIQUELON. 

SOUTH AFRICA............

SPAIN...................

SPANISH SAHARA..........

SWEDEN..................

THAILAND................

TUNISIA.................

TURKEY..................

REPUBLIC OF CHINA.......

TANZANIA................

U8ANDA..................

UNITED KINGDOM..........

SOVIET UNION............

UNITED STATES!

UNKNOWN 

UN UNKNOWN

01 ALABAMA

02 ALASKA

04 ARIZONA

05 ARKANSAS

06 CALIFORNIA

08 COLORADO

09 CONNECTICUT

11 DIST OF COLUMBIA

12 FLORIDA

13 6EORBIA

15 HAWAII

16 IDAHO 

IT ILLINOIS

19 IOWA

20 KANSAS 

421 KENTUCKY

23 -MA I ME

24 'NARYLAMO 25 MASSACHUSETTS

26 MICHIGAN

?7 MINNESOTA

ZG MISSISSIPPI 29 MISSOURI

30 MONTANA

32 NEVADA

33 NEW HAMPSHIRE

34 NEW JERSEY

35 NEW MEXICO

36 NEW YORK

37 NORTH CAROLINA

38 NORTH DAKOTA

39 OHIO

40 OKLAHOMA

41 OREGON

42 PENNSYLVANIA

44 RHODE ISLAND

45 SOUTH CAROLINA

46 SOUTH DAKOTA

47 TENNESSEE

46 TEXAS

49 UTAH

50 VERMONT 51 VIRGINIA

53 WASHIN6TON

54 WEST VIRGINIA

« WISCONSIN

56 WYOMINB

UNITED STATES...........

UPPER VOLTA.............

VENEZUELA...............

NORTH VIET-NAM..........

REPUBLIC OF VIET-NAM....

SOUTH NEST AFRICA.......

YUGOSLAVIA.............

ZAMBIA..................

ZAIRE...................

NO. OF RECORDS

. e

22

IB

. 160 

2 

1 

1

79

26

1

. 19

. 97

17

IB

. 32 

17 

19

. 20 

56

62

1

64

3.030

4,885

109

B8

5.970

403

24

15

124

5

1.250

39

2B

31

88

35

153

207

25

5

14

36

4. 283

443

29

36

133

241

B02

161

1

34

2.009 

40

3

113 

32

1.41*

45

2.812

4

412

1.197

1

30

2.283

33.239

2

9

26

9

16

28

25

26

FIGURE 4. Inventory of the CRIB file by country and by States of the United States.

A36
OCCURRENCES OF COMMODITIES IN CRIB FILE (CIO LABEL) Fl6f.u*KY 2, I1^^

ALUM....................... 38

ALUMINUM (SEN.)............ 97

BAUXITE................... 240

ALUMINUM (OTHER).......... 17

ALUNITE...................

AMBER......................

ANTIMONY................... 442

ARSENIC.................... 154

ASBESTOS................... 209

BARIUM..................... 560

BERYLLIUM.................. 276

BISMUTH.................... 151

BITUMENS................... 45

BORON - BORATES............ 1

BRINES/SALINES............. 49

BROMINE....................

CADMIUM.................... SI

CALCIUM.................... 102

CARBON..................... 3

CARBONATES................. 34

CEMENT ROCK................ 1

CERIUM..................... IB

CESIUM..................... 1

CHLORINE...................

CHROMIUM................... 441

CLAY f6EN.)................ 273

BENTONITE................. 256 FULLER'S EARTH............ IT

KAOLIN OR KAOLINITIC CLAY. 82

BALL CLAY................. 46

FIRE CLAY................. IBS BLOATIN6 MATERIAL......... 27

COMMON BRICK CLAY......... 29

COAL......................* 1*470

ANTHRACITE................ 12

BITUMINOUS................ 321

SUB-BITUMINOUS............ IBS

LIGNITE................... 42

COBALT..................... 298

CONCENTRATE ................

COPPER..................... 6 625

CORUNDUM................... 41

DIAMOND.................... 9

DIATDMITE.................. ss

DOLOMITE................... 45

ULTRA-PURE DOLOMITE....... i

HIBH MASNESIAN DOLOMITE...

EMERY...................... 12

EVAPORATES................. 147

FELDSPAR................... 391

FLUORINE* FLUORITE......... 565

FLUORINE GAS...............

8ALLIUM.................... 7

GAS (NATURAL)....................

8EMSTONES........................

GERMANIUM........................

8LAUCONITE....*..................

8DLD.............................

GRANITE* GRANITIC BNElSS.........

6RAPHITE.........................

GYPSUM. ANHYDRITE................

HAFNIUM..........................

HALITE...........................

HELIUM...........................

HYDROGEN.........................

INDIUM...........................

IODINE...........................

IRIDIUM..........................

IRON.............................

KYANITEt SILLIMANITE. ANOALUSITE, 

LATERITE. SAPROLITE..............

LEAD.............................

LIMESTONE (SEN.)................,

ULTRA-PURE LIMESTONE............

HIGH CALCIUM LIMESTONE..........

LITHIUM..........................

LIGHTWEIGHT AG8RE3ATE............

MAGNESITE...................... .

MA6NESIUM........................

MANGANESE........................

MARBLE.........................*.

MERCURY..........................

MICA.............................

SHEET MICA......................

SCRAP MICA......................

FLAKE MICA....................*.

MINERAL PIGMENTS.................

MOLYBDENUM.......................

MONAZITE.........................

NICKEL ...........................

NIOBIUM.......................... NITROGEN - NITRATES............*.

OSMIUM AND IRIDIUM............... 01L SANDS........................

DIL SHALE ........................

OLIVINE..........................

ORE..............................

OSMIUM...........................

OVERBURDEN.......................

OXIDES...........................

OXYGEN...........................

PALLADIUM........................

PEAT.............................

PERLITE..........................

PETROLEUM........................

114 PHOSPHOROUS PHOSPHATE......

2 PLATINUM..................... 166 PLATINUM QROUP METALS........ 5 POTASSIUM....................

2 PUMICE.......................

10t277 PYRITE.......................

28 PYRRHOTITE..................

67 PYROPHYLLITE.................

307 QUARTZ.......................

RADIUM....................... 3o RARE EARTHS..................

1 RADIO-ACTIVE MATERIALS.......

RHENIUM......................

RHODIUM......................

2 IRIOIUM......................

RUTHENIUM....................

2*026 SAND AND GRAVEL..............

127 SAND* MOLDING................

SANDSTONE....................

6*614 SCANDIUM.....................

269 SELENIUM.....................

4 SHALE........................

6 SILICA.......................

52 SILVER.......................

5 SLATE........................

7 SODtUM.......................

23 STONE (SEN.)................,

1*152 CRUSHED/BROKEN STN MATERIAL. 

108 DIMENSION OR BUILDING STONE. 

451 STRONTIUM....................

303 SULFIOES.....................

160 SULFUR.......................

33 SULFUR1C ACID................

1 TALC* SOAPSTONE..............

TANTALUM.....................

654 TELLURIUM....................

64 THALLIUM.....................

564 THORIUM......................

155 TIN..........................

4 TITANIUM.....................

TUNGSTEN.....................

2 UNIDENTIFIED COMMODITY.......

166 URANIUM......................

26 VANADIUM.....................

VOLCANIC MATERIALS...........

VERMICULITE..................

WOLLASTONITE.................

YTTRIUM......................

ZEOLITES.....................

9 ZINC.........................

16 ZINC OXIDE..................

44 ZIRCONIUM....................

10B

359

107

19

156

131

20

32

213

8

240

53

1*664

21

75

2

19

41

102

6*828

8

19

209

246

219

23

8

117

163

90

20

1

325

21»

691

1(199

1*326

2*605

737

51

87

1

16 

8

4(601

1

196

37*036 CRIB RECORDS ON FILE

FIGURE 5. Inventory of the CRIB file by the number of occurrences of individual mineral commodities.

A37
INPUT SESSION

User response underlined 

Computer response not underlined

HHH

U#=WBQ68001,

PASSWORD

H8MIS8BBBBM

ID:ATK

THE UNIVERSITY OF OKLAHOMA IS RESPONSIBLE FOR 

THE SOFTWARE THAT IS UTILIZED BY THE PETROLEUM DATA SYSTEM

LOGON procedure. Phone the computer, type HHH, 

your user #, password, and identification code. 

Password is overprinted to prevent disclosure.

A computer-generated statement.

.INFORM WAS LAST UPDATED 08-24-76 INFORM is a list of messages for users.

LIST INFORM (Y/N)?_N_

(C) CREATE NEW CONTROL FILE

(E) EXECUTE EXISTING CONTROL FILE

(L) LIST DICTIONARY

(R) RETRIEVE OUTPUT

(S) STOP

ENTER CHOICE (C, E , L, R,S) ?_C_

CONTROL FILE NAME?EXAM1

ENTER NAME OF DATABASE TO BE SEARCHED7CRIB

DO YOU HAVE AN EXISTING SRF FILE TO USE (Y/N)?_N_

DO YOU WISH TO KEEP SRF AFTER THIS RUN (Y/N)?_N_

ENTER FORM NAME7CRIB

BATCH COMMANDPSELECT

FULL OR TERM SEARCH (F/T)?_F_

CONDITION 

A. ?A50<30>

B. ?MAJOR<CO> 

C. ?

ENTER LOGIC 

LOGIC7A AND B

LOGIC?

BATCH COMMAND?SORT

ENTER PARAMETERS - ONE PARAMETER ON EACH LINE 

PARAMETERS?AID 8

PARAMETERS?/ 

BATCH COMMAND?COPY

ENTER COPY PARAMETERS 

PARAMETERS?' '

PARAMETERS?B10 8 

PARAMETERS?A50 2 

PARAMETERSPJ_'_ 

PARAMETERS ?A10_30_ 

PARAMETERS?J_'_ 

PARAMETERS? A70_lp_ 

PARAMETERS7A80 12

PARAMETERS?MAJOR 12

PARAMETERS?A20 2

PARAMETERS?A21 'ACTIVE 1

PARAMETERS?A22 'INACTIVE 1

PARAMETERS7C40 25

PARAMETERS?/ 

BATCH COMMANDPEND

Do you want a listing of the current user 

messages?

Computer asks what you want to do. The 

CONTROL FILE is the file containing the 

retrieval statements entered by the user.

A one to eight character name used to identify 

this file.

Name of data file.

A selected records file (SRF) is needed during 

a retrieval.

Name of dictionary file (CRIB) associated

with data file.

SELECT command initiates retrieval mechanism.

Type of search desired.

Retrieval statements. Includes Search 

conditions, intermediate processing and 

output. In this case we wish to find those 

deposits in Montana (state code 30) in 

which copper (CU) is a major product; sort 

the results in alphabetical order by 

deposit name; and display (COPY) the 

following fields, one line per record: 

record no., state code, deposit name, 

latitude, longitude, major products, 

deposit status code, and whether the mine 

is active or inactive.

End the retrieval

FIGURE 6. Example illustrating the procedure for accessing the CRIB file via the General Electric MARK

III Service.

A38
EX AMI 11:23EDT 09/01/76

1000 FORM

1020 CRIB

1040 SELECT

1060 A. A50<30>

1080 B. MAJOR<CU>

1100 LOGIC A AND B

1120 SORT

1140 A10 8

1160 COPY

1180 ' '

BIO 8

A50 2

System displays your job for checking and 

correction before execution.

1200

1220

1240

1260

1280

1300

1320

1340

1360

1380

1400

1420

A10 30

A70 10

A80 12

MAJOR 12

A20 2

A21 'ACTIVE'

A22 'INACTIVE 1

C40 25

DO YOU WISH TO MAKE CHANGES (Y/N)?N_ 

IS THE COPY COMMAND PART OF YOUR CONTROL FILE (Y/N)?_Y_

DATA OUTPUT MAY BE TO TAPE (T) , DISK (D) , 

OR PRINTED AT TERMINAL (P)?_P_

RECORD LENGTH (NUMERIC VALUE)7120

STANDARD RUN, OVERNITE RUN, NO RUN (S,0,N)?S

Housekeeping details needed by computer before 

execution of job.

***** PLEASE KEEP THIS ***** 

JOB ID = W8D3

***** PLEASE KEEP THIS *****

RUN AGAIN OR END THE SESSION (R/E)?E

Your job identification for use when receiving 

output.

  END OF SESSION ** **

USED 12.25 UNITS

GOODBYE

00012.36 CRU 0000.16 TCH

OFF AT 11:25EDT 09/01/76

End of session.

0002.16 KC

OUTPUT SESSION

User response underlined 

Computer response not underlined

THE UNIVERSITY OF OKLAHOMA IS RESPONSIBLE FOR 

THE SOFTWARE THAT IS UTILIZED BY THE PETROLEUM DATA SYSTEM

.INFORM WAS LAST UPDATED 08-24-76

LIST INFORM (Y/N)?_N_

(C) CREATE NEW CONTROL FILE

(E) EXECUTE EXISTING CONTROL FILE

(L) LIST DICTIONARY

(R) RETRIEVE OUTPUT

(S) STOP

ENTER CHOICE (C, E , L,R,S) ?_R_

ENTER 4-CHARACTEp JOB ID

OR CARRIAGE RETURN TO GET LIST OF JOB ID'S

OR STOP TO STOP 

7W8D3

FIGURE 6. Continued.

A39
3 REPORT FILE(S) RETURNED 

JOB ID = W8D3

JOB SUMMARY REPORT +

JOBNAME: BW8D300 ENTERED: 76-245 11:26:53 STARTED: 76-245 12:17:03 +

CRU: .0393 Q-TIME: 50:10 ENDED: 76-245 12:22:10 +

CCODE: 19D8 SYSTEM: T71BGI128 ELAPSED: 5:07 +

CPU: 19. MOUNTS: 0 MAX REGION USED: 112K +

PSU'S RETURNED = 10

DO YOU WANT TO: 

LIST THE REPORT NOW (LIST) 

QUEUE FOR HIGH-SPEED PRINT (HSS) 

PRINT REPORT VIA RMS (RMS) 

MOVE TO PERMANENT FILE (MOVE) 

OR NONE OF THE ABOVE (NONE) 

YOUR CHOICE:7LIST

POSITION PAPER AND HIT CARRIAGE RETURN 

BEGIN FILE - W8D30201

FORM

CRIB 

SELECT

A. A50<30>

STATE CODE...............

Output includes retrieval statements, 

search statistics, and retrieval results.

B. MAJOR<CU>

MAJOR.

LOGIC A AND B

SEARCH

12:18:16.5 SEARCH BEGINNING 

12:20:23.6 SEARCH COMPLETED

SEARCHED 

SELECTED

31646

15 SUBSET

VARIABLES SATISFIED 

A 4171 

B 824 

SORT

A10 8 

END OF SORT

COPY

BIO 8 

A50 2

A10 30

A70 10

A80 12

MAJOR 12

A20 2

A21 'ACTIVE'

A22 'INACTIVE'

C40 25

FIGURE 6. Continued.

A40
M060S06 30 AMADOR MINE

W002875 30 AUSTIN DISTRICT

W007441 30 BLUE BELL MINE

US30039 30 BUTTE OIST (SUMMIT VALLEY)

W002663 30 BUTTE-BERKELEY DISTRICT

M060811 30 DAILY

W002871 30 ELKHORN

W007436 30 FOREST ROSE

M060B07 30 GREEN MOUNTAIN MINE

US30046 30 HELLSATE GULCH DIST

W002864 30 LONE PINE

M060197 30 NANCY HANKS MINE

US30050 30 RADERSBUR6 OIST

W002692 30 SPAR LAKE PROSPECT

US30002 30 SPAR LAKE DEPOSIT

W002703 30 TWIN BRIDGES DISTRICT

W00745S 30 NASA MINE

W002863 30 YELLOW BAND MINE

47-06-33N

46-40- N

46«00- N

46 02 N

46-21-30N

46-17- N

47-15-41N

46-41- N

45-43-1BN

46-49-29N

46-10- N

48-14- N

48-14- N

45 34 N

45-20-36N

115-00-30*

112-14- W

112-31- W

112 32 W

112-06-35W

111-57- W

114-24-1BW

111-35- W

111-40-11*

113-20-30W

111-42- W

115-53- W

115-53- W

112 09 W

112-54-47W

CU

A6

PB

CU

CU

A6

A6

PB

CU

CU

A6

AU

AU

CU

CU

CU

ZN

AU

CU

CU

ZN

CU

AU

ZN

AU

CU

A6

A6

PB

A6

PB

AU

PB

PB

P8

A6

A6

CU

PB

AS

CU

4

4

4

4

4

4

4

4

4

4

3

4

4

4

INACTIVE

INACTIVE

INACTIVE

ACTIVE

INACTIVE

INACTIVE

INACTIVE

INACTIVE

ACTIVE

INACTIVE

ACTIVE

ACTIVE

INACTIVE

INACTIVE

VEIN-SHEAR ZONE

CONTACT METAMORPHISM

VEIN. REPLACEMENT

STOCKWORKS PIPES I IRRE6U

VEIN PORPHYRY INTRUSION

VEIN/SHEAR ZONE

REPLACEMENT AND CONTACT M

REPLACEMENT

VEIN/SHEAR ZONE

VEINS AND SHEAR ZONES

REPLACEMENT

VEINS AND REPLACEMENT

VEINS AND SHEAR ZONES

SEDIMENTARY

STRAT80UND DISSEMINATED

VEIN

REPLACEMENT SHOOTS

SHOOT

LIST, HSS, RMS, MOVE, STOP, OR NONE?STOP 

RUN AGAIN OR END THE SESSION (R/E)?E

** ** END OF SESSION **** 

7.74 UNITS

0000.08 TCH 

OFF AT 15:34EDT 09/01/76

USED 

GOODBYE 

00007.82 CRU 0004.56 KC

FIGURE 6. Continued.

A41
FORM

CRIB 

SELECT

TERM

A. A40< US >

COUNTRY CODE.

B. A50< 09 >

STATE CODE...

LOGIC A AND B

SEARCH

15:52:46.7 SEARCH BEGINNING 

15:52:49.2 SEARCH COMPLETED

SEARCHED 2067 

SELECTED 37 SUBSET 

VARIABLES SATISFIED 

A 1045 

B 37 

INDEX

ITERATE

A. A70< 41-30- N > THRU < 42-00-OON > 

LATITUDE

B. A80< 072-22-30W > THRU < 073-00-OOW > 

LONGITUDE

LOGIC A AND B

SEARCH

15:53:02.0 SEARCH BEGINNING 

15:53:04.1 SEARCH COMPLETED

SEARCHED 401

SELECTED 152 SUBSET 3 

VARIABLES SATISFIED 

A 243 

B 193 

SORT

A70 9 

END OF SORT

COPY

SUBSET 1 HAS 403 RECORDS 

ITERATE

A. A70<N >

LATITUDE

B. A80<W >

LONGITUDE

LOGIC A AND B

SEARCH

15:52:59.3 SEARCH BEGINNING 

15:53:01.8 SEARCH COMPLETED

SEARCHED 403

SELECTED 401 SUBSET

VARIABLES SATISFIED

A 401

B 401 

(continued in next column)

BIO 8 

A10 30

A50 3 

A70 10 

A80 12 

MAJOR 12

C41 30

YES 'YES 1 

NO 'NO 1 '

W000484 FELDSPAR PEGMATITE QUARRY NO. 

W000485 GRANITIC GNEISS ROCK QUARRY NO 

W000397 FELDSPAR PEGMATITE DIKE QUARRY 

W0004G6 GRANITIC GNEISS ROCK QUARRY NO 

W00040S ROCK LANDING FELDSPAR QUARRIES 

W000494 GRANITIC 8NEISS ROCK QUARRY NO 

W000493 GRANITIC GNEISS ROCK QUARRY NO 

W000404 ANDERSON MICA MINES AND SWANSO 

W000403 ENE6REN (POWER) MICA MINE 

W00029S CRUSHED DIABASE ROCK QUARRY NO 

W000402 FELDSPAR PEGMATITE PROSPECTS N 

W000396 FELDSPAR PEGMATITE QUARRY NO. 

W000304 CHESHIRE BARYTES CO. MINE 

W000944 COPPER MINE NO. DJ-03S 

W000491 GRANITIC SWISS ROCK QUARRY NO 

W000943 8ROWN5TONE SANDSTONE ROCK QUAR 

W000599 UPPER TRIASSIC COPPER PROSPECT 

W000492 GRANITIC GNEISS ROCK QUARRY NO 

W00039S FELDSPAR PEGMATITE QUARRY NO. 

W000401 EAST SELDEN MICA* BERYL* FELDS 

W000297 CRUSHED DIABASE ROCK QUARRY NO 

W0006S9 SLATER'S FELDSPAR PEGMATITE QU 

W000394 TOLLGATE MICA-FELDSPAR MINE 

W000296 CRUSHED DIABASE ROCK QUARRY NO 

W000303 NATHAN BOOTH AND WILLIAM HINMA 

W000656 SLOCUM BERYL FELDSPAR MINE 

W000600 MAROMUS GRANITE GNEISS ROCK QU 

W000301 COPPER PROSPECT NO. DJ-012 

W000601 BENVENUE GRANITE 6NEISS ROCK Q 

W000302 CHESHIRE MINING AND MANUFACTUR

09 41-30-01N

99 41-30-04N

09 41-30-10N

09 41-30-17N

09 41-30-31N

09 41-30-32N

09 41-30-53N

09 41-30-S&N

09 41-31-00N

09 41-31-01N

09 41-31-07N

09 41-31-OSN

09 41-31-09N

09 41-31-11N

09 41-31-14N

09 41-31-1SN

09 41-31-32N

09 41-31-34N

09 41-31-41N

09 41-31-47N

09 41-31-47N

09 41-31-50N

09 41-31-56N

09 41-31-58N

09 41-31-SSN

09 41-32-UN

09 41-32-17N

09 41-32-35N

09 41-32-38N

09 41-32-39N

072-31-41W

072-30-10W

OT2-33»39W

072-30-4SW

972-31-23W

072-32-SBW

072-32-40W

072-31-UW

072-31-lTW

07f-85-3lW

072-31-S3W

072-33-47W

072-S4-44W

072-49-ZTW

072-33-45W

072-S3-25W

OT2-32-05W

072-31-UW

072-35-54W

072-31-44W

072-54-56W

072-20-1 «W

072-36-40W

072-54-39W

072-54-29W

072-27-59W

072-33-59W

072-53-03W

072-34-49W

072-14-17W

FLO

STN

FLD

STN

FLO

STN

STN

LI MIC

MIC

STN1

FLD

BA

CU

STN

STN2

STN

FLO

FLO MIC

STN1

FLO

FLO

STN1

BA

FLD

STN2

STN2

6A

CERAMICS

CONSTRUCTION ST0NE

CERAMICS

CONSTRUCTION STONCi

CERAMICS

CONSTRUCTION STONE'

CONSTRUCTION STOME

LITHIUM AS DEOXIDIZCR. MICA FO

ELECTRICAL INSULATORS

CRUSHED ROCK

CERAMICS

CERAMICS

METAL

CONSTRUCTION STONE 

6ROWNSTONE BUILBINO STONE

CONSTRUCTION STONE

CERAMICS

FELDSPAR FOR FLOOR-CLEANING C

CRUSHED ROCK

CERAMICS

CERAMICS* ELECTRICAL INSULATOR

CRUSHED ROCK

CERAMICS 

BUILDING STONU

6UILDIN6 STONE

YES

YES 

YES 

YES 

YES 

YES 

YES 

YES 

YES 

YES

ft

YES 

YES 

YES 

YE6 

YES

* 

YES

NO

NO

YES 

YES 

YES 

YES 

YES 

YES 

YES 

K

YES 

YES

NO

FIGURE 7. Conditions statements and the printed output resulting from an area search using latitude and 

longitude. The search was for those deposits located around Hartford, Conn.

A42
M000400 REEB MICA MINE

W000396 MARKHAM MICA MINE

WOOQ300 NEW HAVEN MINERAL CO. BARITE M

W000628 GRANITE QNEISS ROCK QUARRIES N

W000295 BARITE OCCURRENCE NO. oj-oio

W000490 METAMORPHIC ROCK QUARRY N6. CJ 

W000393 WHITE ROCK PEGMATITE QUARRIES 

WQ00489 ARKOSE ROCK QUARRY NO. CJ-03T 

W000293 CRUSHED BASALT ROCK QUARRY NO. 

WOQQ294 YORK HILL TRAPROCK CO. QUARRY 

W000603 MIDDLETOWN LEAD-SILVER MINE 

W000292 CRUSHED BASALT ROCK QUARRY NO. 

W000392 BERYL FELDSPAR PEBMATITE PROSP 

W000291 CRUSHED BASALT ROCK QUARRY NO. 

W00031T NO NAME 8IVEN

W00048B GRANITE GNEISS ROCK QUARRY NO. 

W000391 FELDSPAR PEGMATITE QUARRY NO. 

W000390 STATE FOREST NO. 2 MICA MINE 

W000604 CHATHAM 8REAT HILL COBALT NICK 

W000389 HALE-WALKER BERYL PROSPECT ANO 

W000602 AMPHIBOLITE GNEISS ROCKQUARRY 

W000380 STRICKLAND-CRAMER FELOSPAR-MIC 

W000406 8REAT HILL STATE FOREST NO. 1

wooo646 BASALT ROCK QUARRY NO. CJ-OTI

W000387 FELDSPAR PEGMATITE QUARRY NO. W000645 BARITE OCCURRENCES NO. CJ-OTO

WOOQ290 CRUSHED BASALT ROCK QUARRY NO. 

W000299 BERLIN MOORE'S MILL BARITE MIN 

W000289 LIMESTONE QUARRY NO, DJ-002 

W000386 GOTTA-WALDEN FELDSPAR PROSPECT

09 41-32-48N

09 41-32-5GN

09 41-33-01N

09 41-33-02N

09 41-3J-05N

09 41-33-OGN

09 41-33-17N

09 41-33-19N

09 41-33-32N

09 41-33-34N

09 41-33-34N

09 41-33-40N

09 41-33-49N

09 41-33-51N

09 41-34- N

09 41-34-02N

09 41-34-15N

09 41-34-30N

09 41-34-38N

09 41-35-13N

09 41-35-21N

09 41-3S-32N

09 41-35-45N

09 41-36-08N

09 41-36-17N

09 41-36-53N

09 41-37-04N

09 41-37-09N

09 41-37-09N

09 41-37-09N

072-32-10W

072-32-07W

072-53-42W

072-34-42W

072-S3-5BW

072-35-02W

072-35-52W

072-36-S4W

072-47-S4W

072-4S-14W

072-36-44W

072-47-47W

072-35-56W

072-47-2BW

072-33- W

072-34-1BW

072-34-17W

072-33-09W

072-33-03W

072-3S-17W

072-35-39W

072-35-31 W

072-32-28H

072-41-16W

072-34-21W

072-43-34W

072-47-40W

072-47-40W

072-49-51W

072-35-39W

MIC

MIC

BA

STN

BA

STN

FLO

STN2

STN1

STN1

PB AG

STN1

STN1

STN

FLO

MIC

AS FE CO

FLO

STN

FLO MIC

MIC

STN1

FLO

BA

STN1

BA

LST

FLO

MICA FOR ELECTRICAL INSULATORS 

ELECTRICAL INSULATORS

BUILDIN6 STONE

CONSTRUCTION MATERIAL 

CERAMICS 

BUILDING STDNE 

CRUSHED ROCK 

CRUSHED ROCK

CRUSHED ROCK

SPECIAL METAL ALLOYS. CERAMICS

CRUSHED ROCK

BUILDING STONE

CERAMICS

ELECTRICAL INSULATORS

CERAMICS

NATURAL BUILDING MATERIAL

CERAMICS* ELECTRICAL INSULATOR

BOOK MICA* SCRAP MICA FOR ELEC

CRUSHED STDNE

CERAMICS

DRILLING MUDS

CRUSHED ROCK

HYDRAULIC CEMENT 

CERAMICS

YES 

YES 

YES 

YES 

YES 

-YES 

YES 

YES 

YES 

YES 

YES 

YES 

H

YES 

YES 

YES 

YES 

YES 

YES 

YES 

YES

YES 

YES

YES

>

YES 

YES 

YES 

YES

NO

FIGURE 7. Continued.

A43
6 I P S Y - UNIVERSITY OF OKLAHOMA 11123 A.M. TUESDAY SEPTEMBER 15tl976 

FORM

CRIB 

SELECT

A. M160 LT 1000

DEPTH OF WORKINGS BELOW SURFACE.

B. M160 6T 100

DEPTH OF WORKINGS BELOW SURFACE.

C. M16KM> 

UNITS

D. M170 GT 100

LENGTH OF WORKINGS.....

E. M17KM> 

UNITS

LOGIC <A«B«C)«(D«E)

SEARCH

11123:04.5 SEARCH BEGINNING 

11134:36.3 SEARCH COMPLETED

SEARCHED 33400

SELECTED 14 SUBSET

VARIABLES SATISFIED

A

B

C

D

E

ITERATE

451

374

68

412

55

A. A40< US >

COUNTRY CODE.................

LOGIC A 

SEARCH

11:34:36.5 SEARCH BEGINNING 

11:34:37.2 SEARCH COMPLETED

SEARCHED 14

SELECTED 8 SUBSET 2

VARIABLES SATISFIED

A 8

FIGURE 8. Conditions statements and the printed output resulting from a numeric search. The search was 

for those deposits in the United States in which the depth and length of workings were within certain limits.

A44
LIST 

BIO 

A40 

ABO 

AlO 

CIO 

MAJOR 

MIS 

M160 

M161 

M170 

M171 

M220 

A21 

A22 

YES 

NO

RECORD NO............ W006916

COUNTRY CODE................. US

STATE CODE............... 21

DEPOSIT NAME................. DYERS HILL FLUORSPAR DEPOSITS

COMMODITIES PRESENT: F ZN PB CD GE 6A 

MAJOR...... F

DEPTH OF WORKINGS BELOW SURFACE. 210

UNITS M

LENGTH OF WORKINGS.............. 1**0

COMMENTSCDESCRIP. OF WORKINGS)? DYERS HILL NO. 1 WHICH IS MINED OUT. W A S

MINERALIZED WITH FLUORSPAR FOR A LENGTH OF 1280 M. IN THE MAIN FAULT. MINABLE 

ORE HAD A 120 M. VERTICAL EXTENT AND VEIN WIDTHS OF 0.3 TO 10 M.

PROPERTY IS INACTIVE

YES

FIGURE 8. Continued.

A45
RECORD NO............ W006927

COUNTRY CODE................. US

STATE CODE............... 32

DEPOSIT NAME................. DAISY FLUORSPAR MINE

COMMODITIES PRESENTt F CLY CA QTZ U HG 

MAJOR...... F

SIZE OF DEPOSIT...... LARGE

DEPTH OF WORKINGS BELOW SURFACE. 150

UNITS M

LENGTH OF WORKINGS.............. 270

UNITS M

COMMENTS(DESCRIP. OF WORKINGS): DAISY MINE WORKINGS ARE A COMPLEX MAZE WITH 14

LEVELS AND SUBLEVELS IN AN AREA 270 M. LONG AND 100 M, WIDE. LARGEST SINGLE

ORE SHOOT WIDTH ENCOUNTERED IS 24 M.

PROPERTY IS ACTIVE 

YES

RECORD NO............ W006929

COUNTRY CODE................. US

STATE CODE............... 35

DEPOSIT NAME................. WHITE EAGLE FLUORSPAR MINE

COMMODITIES PRESENTt F QTZ 

MAJOR...... F

SIZE OF DEPOSIT...... LARGE

DEPTH OF WORKINGS BELOW SURFACE. 158

UNITS M

LENGTH OF WORKINGS.............. 236

UNITS M

COMMENTS(DESCRIP. OF WORKINGS): SURFACE CUTS ARE AS DEEP AS 30 M.

PROPERTY IS INACTIVE 

YES

RECORD NO............ W006934

COUNTRY CODE................. US

STATE CODE............... 35

DEPOSIT NAME................. GREENLEAF FLUORSPAR MINE

COMMODITIES PRESENT! F QTZ 

MAJOR...... F

SIZE OF DEPOSIT...... LARGE

DEPTH OF WORKINGS BELOW SURFACE. 152

UNITS M

LENGTH OF WORKINGS.............. 281

UNITS M

COMMENTS(DESCRIP. OF WORKINGS): AGGREGATE LENGTH OF WORKINGS IS ABOUT 900 M.

AVERAGE VEIN WIDTH IS 1.2 M. LENGTH OF WORKINGS IS LONGEST AT THE 106.5 M.

LEVEL (281 M,).

PROPERTY IS INACTIVE 

YES

RECORD NO............ woo6935

COUNTRY CODE................. US

STATE CODE............... 35

DEPOSIT NAME................* SHRINE FLUORSPAR MINE

COMMODITIES PRESENT! F QTZ FE Au AG 

MAJOR...... F

SIZE OF DEPOSIT...... LARGE

DEPTH OF WORKINGS BELOW SURFACE. 192

UNITS M

LENGTH OF WORKINGS.............* 230

UNITS M

COMMENTS(DESCRIP. OF WORKINGS): INDIVIDUAL VEINS OF FLUORSPAR ARE ONLY UP TO 

0.6 M. WIDE

PROPERTY IS INACTIVE

YES FIGURE 8. Continued.

A46
RECORD NO*........... W006936

COUNTRY CODE................. US

STATE CODE............... 35

DEPOSIT NAME..............*.. BURRO CHIEF FLUORSPAR MINE

COMMODITIES PRESENTi F CU FE QTZ 

MAJOR...... F

SIZE OF DEPOSIT...... LARGE

DEPTH OF WORKINGS BELOW SURFACE. 198

UNITS M

LENGTH OF WORKINGS.............. 365

UNITS M

COMMENTS(DESCRIP. OF WORKINGS): INDIVIDUAL ORE SHOOTS ARE UP TO 11 M. WIDE AND 

120 M. LONG SOUTHWARD. DIVERGES ABOUT 10 M. FROM THE FIRST FAULT THEN REMAINS

PARALLEL FOR THE EXTENT OF THE MAPPED AREA.

PROPERTY is INACTIVE

YES

RECORD NO.....*...... woo743i

COUNTRY CODE................. US

STATE CODE............... 30

DEPOSIT NAME................. HIDDEN LAKE MINE

COMMODITIES PRESENTi AU AG 

MAJOR...... AU

SIZE OF DEPOSIT...... SMALL

DEPTH OF WORKINGS BELOW SURFACE. 150

UNITS M

LENGTH OF WORKINGS.............. 700

UNITS M

COMMENTS(DESCRIP. OF WORKINGS): EARLL (1972) REPORTS MILL ON PROPERTY BUT IN 

POOR CONDITION. MINE DEVELOPED BY ADIT AND INCLINED SHAFT, SOFT VEIN MATERIAL

NEAR THE SURFACE ENABLED LOW GRADE ORE TO BE MINED PROFITABLE.

PROPERTY IS INACTIVE 

YES

RECORD NO............ W007441

COUNTRY CODE................. US

STATE CODE............... 30

DEPOSIT NAME................. BLUE BELL MINE

COMMODITIES PRESENTi PB CU ZN AU AG 

MAJOR...... PB CU AU AG

SIZE OF DEPOSIT...... SMALL

DEPTH OF WORKINGS BELOW SURFACE. 150

UNITS M

LENGTH OF WORKINGS.............. 220

UNITS M

COMMENTS(DESCRIP. OF WORKINGS): MINE CONSISTS OF 220 M ADIT INTO VEIN WHICH 

OUTCROPS ON EAST WALL OF STEEP CANYON. VEIN TERMINATED BY FAULTING AT CANYON 

BOTTOM. SHAFT AT MOUTH OF ADIT PROBABLY NOT DEEP - NO HOISTING MACHINERY. ALL 

WORKINGS ARE NOW CAVED AND WERE FLOODED IN I960.

PROPERTY IS INACTIVE

YES

FIGURE 8. Continued.

A47
GIPSY - UNIVERSITY OF OKLAHOMA 12:38 P.M. TUESDAY SEPTEMBER 15*1976 

FORM

CRIB 

SELECT

A. A40< US >

COUNTRY CODE.

B. A50< 47 >

STATE CODE,

LOOIC A AND B

SEARCH

121381*0.3 SEARCH BEGINNING 

12142113.8 SEARCH COMPLETED

SEARCHED 33400

SELECTED 1397 SUBSET 1 

VARIABLES SATISFIED 

* 29647 

8 1397 

COUNT 

A60 40

VALUE FREQUENCY

	70

ANDERSON 33

A SHE 1

BEDFORD 1

8ENTON 38

BLEOSOE 3

BLOUNT 1*

BRADLEY 6

CAMPBELL 3*

CANNON 13

CARROLL 12

CARTER si

CLAIBORNE 91 

CLAIBORNE AND UNIONt TENNESSEE 1

CLAY 13

COCKE 21

COFFEE 9

CUMBERLAND 11

DAVIDSON 11

DE KAL8 2

DECATUR *

DEKALB 69

DICKSON 1

DYER 2

FAYETTE 7

FENTRESS 7

FRANKLIN 7

6IBSON 1

GILES 18

GRAINGER 11 

GRAINGER* HANCOCK* HAMKINS* AND UNION 1

GREENE 24 

GREENE AND WASHINGTON 1

GRUNOY 4

HAMBLEN 3

HAMILTON 7

HANCOCK 10

HARDEMAN 2

HARDIN 7

HAMKINS 9

HENDERSON 12

HENRY 26

HICKMAN IB

HUMPHREYS 2

JACKSON 17

JEFFERSON 7 

JEFFERSON. KNOX* AND SEVIER 1

JOHNSON 8

FIGURE 9. Conditions statements and the printed output resulting from a frequency count using the COUNT

command of the CRIB file on Tennessee, by county.

A48
KNOX 11

LAUDERDALE 9

LAWRENCE 1

LINCOLN 3

LOUOON 25

MACON 8

MADISON 3

MARION 13

MARSHALL 3

MAURY 68 

MC MINNt MONROEt LOUOON l

MCMINN 36

MCNAIRY 2

MEI6S l

MITCMELL *

MONROE *39 

MONROE-MCMINN 1

MONTGOMERY l

MOORE 5

MORGAN 6

OBION 6

OVERTON *

PERRY *

PICKETT 5

POLK 8

PUTNAM I 9

RHEA i

ROANE 8

ROBERTSON 3

RUTHERFORD 8

SCOTT I*

SEOUATCHIE 8

SEVIER 1*

SHELBY 23

SMITH 9

STEWART f

SULLIVAN * 8

SUMNER n

TROUSOALE *

UNICOI 39 

UNICOI AND WASHINGTON 2

UNICOI Z

UNION 25

VAN BUREN 6

WARREN 3

WASHINGTON I 9 

WASHINGTON AND UNICOI 1

WAYNE 2

WEAKLEY 25

WHITE 2

WILLIAMSON 37

WILSON "

TOTAL

GIPSY - UNIVERSITY OF OKLAHOMA 12:*3 P.M. TUESDAY SEPTEMBER 15tl976

FIGURE 9. Continued.

A49