BLM Library . ->c

D-553A, Building 50 >no 3 D«r.- « Federal Center ^

U.S. DEPARTMENT OF THE INTERIOR '* b°*?6?*L. -JJl!

Denver, CO 6 0225- 0047

PROTOTYPE OIL SHALE LEASING PROGRAM

OIL SHALE TRACT C-b DEVELOPMENT MONITORING REPORT #3 (May 1979 through October 1979)

Submitted to:

Mr. Peter A. Rutledge Area Oil Shale Supervisor

Conservation District U. S. Geological Survey Grand Junction, Colorado

By:

CATHEDRAL BLUFFS SHALE OIL COMPANY

"TENNECO OIL' COMPANY OCCIDENTAL OIL SHALE, INC., OPERATOR

JANUARY 15, 1980

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TABLE OF CONTENTS UY VOLUME NUMBER

VOLUME NUMBER

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TABLE OF CONT ENTS

INTRODUCTION

I. PRE-EXPI.ORATION ENVIRONMENTAL RECONNAISSANCE SURVEYS

ENVIRONMENTAL DEVELOPMENT MONITORING PROGRAMS

Hydrology and Water Quality

1 . Surface Streams

2. Springs and Seeps

3. Ground Water

4. Supplemental Water Data

Air Quality

1. Air Quality and Surface Meteorology

2. Low Altitude Meteorology

3. Upper Air Studies

4. Visibility

5. Noise

6. Atmospheric Diffusion Studies

7. Particulate Analysis

8. Trace Metals (Inactive)

9. Inversion Studies

10. Tethersonde Soundings

11. Air Quality Assurance References

Biology

1. Terrestrial Wildlife Studies

2. Aquatic Studies

3. Terrestrial Vegetation Studies

4. Soil Survey and Productivity Assessment (Inactive)

5. Dendrochronology and Dendroclimatology (Inactive)

OTHER STUDIES

Fish and Wildlife Management Plan (Inactive) Revegetation Studies Microenvironmental Studies Tract Photography

1 . Surface Photography

2. Aerial Photography Archaeological Studies Scenic Values Study (Inactive) Industrial Health and Safety Traffic Load Geology

DATA AUTOMATION

A. Automation Status

B. Station Computer Code

C. Station Coordinates

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BIOLOGICAL DEVELOPMENT MONITORING STUDIES TRACT C-b

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BIOLOGY

STUDY AND CATEGORY

Page No.

Terrestrial Wildlife Studies II C-5

Aquatic Studies II C-27

Terrestrial Vegetation Studies II C-43

Soil Survey and Productivity Assessment II C-45

Dendrochronology and Dendroclimatology II C-47

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II C- 2

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Animal fro* Site

Deer Pellet and Browse Utilizntion Transects

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■ Mlcroenvironmentol Station O Fish Sampling 9 Periphyton

Predator Survey Lines Other Sensitive Areas

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BIOLOGICAL

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Figure II C-l

THIS PAGE LEFT BLANK INTENTIONALLY

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II C- U

s) II C-1 TERRESTRIAL WILDLIFE STUDIES

Introduction

Data were gathered from May 1979 through October 1979. Discussion of the tabular data contained in this section will be restricted to a brief descrip- tion of the methods used.

Scope of Work

During this reporting period, the following studies were conducted for mule deer: Pellet group densities, browse production and utilization, and natural mortality. In addition, coyote abundance, lagomorph abundance, and small mammal species diversity and abundance studies were also conducted.

Methods

Mule Deer Pellet Group Densities

Pellet group counts were conducted along 30 permanent transects. The plots were raked in the fall and the pellet groups were counted in the spring.

Browse Production and Utilization

Production and utilization studies of bitterbrush and mountain mahogany were conducted along 18 transects; consisting of 150 bitterbrush shrubs and 30 mountain mahogany shrubs. Methods consist of measuring lengths of current growth in the fall (10 shoots per shrub), marking main stems for relocation, and measuring what remains of the current annual growth in the spring.

Natural Mortality

Sampling was done in the spring on 10 plots located in lateral draws and sagebrush gulches. The age and sex of all deer that had died that previous winter were recorded, and each carcus is marked with a metal tag, stamped with the current year.

Coyote Abundance

Coyote abundance was calculated using data collected in October from 30 miles of scent posts (based on U. S. Fish and Wildlife Service design) set one day and collected the following day.

Lagomorph Abundance

Lagomorph pellet counts were conducted along the same transects used for deer pellet group counts. Plot size is .001 acre; plots are checked both in the spring and fall .

Small Mammal

Small mammal trapping was conducted in June and August on the same sites as previous years. During the August trapping period, 100 additional traps were set in the proposed sprinkler irrigation area. Trapping occurred for three consecutive nights (omitting rainy days); after each night, all traps were moved to a nearby transect location.

II C- 5

Results

Mule Deer Pellet Group Densities

Pellet group density data is presented in Table II C-l, showing a decrease in pellet group density from previous years, undoubtedly reflecting the severe winter.

Browse Production and Utilization

Production and utilization data of bitterbrush and mountain mahogony are presented in Tables II C-2 and II C-3. Browse production increased while utilization decreased.

Natural Mortality

Mule deer natural mortality results is shown in Table II C-4. An increase in mortality corresponds to the severe winter.

Coyote Abundance

Coyote scent post data is presented in Table II C-5. The index is below the past five year average of 122.

Lagomorph Abundance

Relative abundance data of cottontails and jackrabbits are presented in Table II C-6.

Small Mammals

Relative abundance data of small mammals are presented in Table II C-7. Several shrews were captured this year.

I I C- 6

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Table II C-l

Deer pellet group densities, 1978-79.

Transect

Mean pellet groups per acre ± SE (n)*

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Chained pinyon-juniper:

BA17 BA18 BA25 BA21 BA20 BA23 BA01 BA02 BA03 BA04 BA05 BA06 BA07 BA08 BA09 BA28 BA30 BA31

Pinyon-juniper woodland:

BA19 BA26 BA27 BA16 BA22 BA24 BA10 BAH BA12

275 255 220 430 315 300 210 195 125 350 465 165 135 170 175 295 295 365

285 145 165 195 85 310 245 335 250

44.1 45.6 46.8 75.4 43.1 45.3 47.5 35.9 27.0 59.6 68.5 43.1 36.5 30.0 36.2 42.0 55.5 61.7

56 32 43 39 23 66 60 59 42

(20) (20) (20) (20) (20) (20) (20) (20) (20) (20) (20) (20) (20) (20) (20) (20) (20) (20)

,3 (20)

.8 (20)

7 (20)

.4 (20)

,3 (20)

5 (20)

,5 (20)

1 (20)

,6 (20)

*n ■ number of 0.01 acre plots sampled

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II C- 7

Table II C-2	Browse F	'roduction an	id Util	ization	i, 1978-79.

Transect	A PRODUCTION: length of new shoots in fall (mm) Mean ± SE (nj*	B Lengths of shoots remaining in spring (mm) r Mean ± SE (n)* L	C UTILIZATION: in percent = ^-^- X 100
Bitterbrush, chained habitat
BAl 8 BA25 BA21 BA20 BA23	266 ± 14.6 174 ± 13.8 211 ± 29.3 246 ± 22.3 274 ± 32.7	(10) (10) (10) (10) (10)	81 71 54 66 76	± 12.7 ± 13.0 ± 10.8 ± 8.3 ± 12.5	(10) (10) (10) (10) (10)	70 59 74 73 72
Combined	234 ± 11.5	(50)	70	± 5.1	(50)	70
Bitterbrush, pinyon-juniper
BAl 9 BA26 BA27 BAl 6 BA22 BA24	123 ± 19.7 133 ± 8.0 154 ± 11.5 150 ± 16.3 180 ± 16.6 116 ± 13.7	(10) (10) (10) (10) (10) (10)	37 62 91 26 45 50	± 8.9 ± 7.9 ± 12.7 ± 6.4 ± 7.6 ± 13.1	(10) (10) (10) (10) (10) (10)	70 53 41 83 75 57
Combined	143 ± 6.4	(60)	52	± 4.7	(10)	64
Bitterbrush (fertilized), chained habitat					•	-
BA28 BA31 BAl 7 BA30	183 ± 29.1 (10) 260 ± 32.8 (10) 223 ± 40.0 (10) 200 ± 27.7 (10)	64 37 52 36	± 14.1 ± 5.6 ± 16.2 ± 8.5	(10) (10) (10) (10)	65 86 77 82
Combined	217 ± 16.4	(40)	47_	± 5.2	(40)	78
Mt. mahogany, chained habitat						■
BA28( fertilized) BAl 7 (fertilized) BA29( control)	132 ± 10.0 114 ± 9.7 134 ± 16.2	(10) (10) (10)	22 28 29	± 4.8 (10) ± 7.1 (10) ± 8.0 (10)	83 75 78
Combined	126 ± 7.1	(30)	26	± 3.8 (30)	79
*n = number of si	irubs sampled

II C- 8

Table II C-3

Browse Production, 1979.

Transect

PRODUCTION: length of new shoots in fall (mm) Mean ± SE (n)*

Bitterbrush, chained pinyon- juniper habitat

On Tract C-b:

BA18 BA25 BA21 BA20 BA23

On Tract, fertilized plots;

BA28 (nitrogen)

BA31 (nitrogen

BA33 (nitrogen)

BA17 (nitrogen, phosphorous)

BA30 (nitrogen, phosphorous)

BA32 (nitrogen, phosphorous)

On Big Jimmy Ridge:

BA01 BA04 BA09

Bitterbrush, pi nyon- juniper woodland

BA19 BA26 BA27 BA16 BA22 BA24

Mt. mahogany, chained pi nyon- juniper habitat

On Tract C-b:

BA17 BA28 BA29

173 150 189 242 166

157 230 154 162 189 202

± 11.8 (10)

19.5 22.3 23.1 12.9

11.4 16.7 16.1

126 133 131 145 170 107

15.2 12.7 16.7 10.2 22.2 12.2

(10) (10) (10) (10)

16.9 (10) 20.4 (15)

(15) (10) (15)

± 20.0 (15)

228 ± 26.6 (10) 249 ± 25.8 (10) 119 ± 14.3 (10)

(10) (10) (10) (10) (10) (10)

93 ± 8.1 (10) 150 ± 32.9 (10) 108 1 12.4 (10)

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*n ■ number of shrubs sampled

II C- 9

Table II C-4 -	Results	of deer mortal i	ty studies.
Year	Sampling Location		No. of carcasses found	Hectares sampled (acres)	Carcasses per hectare ( /acre)
1978-79	Sagebrush- lateral draw		34	70.5(174)	0.482(0.195)
1977-78	Sagebrush- lateral draw		25	< 70.5(174)	0.355(0.144)
1976-77	Interim monitoring	period - No	sampling
1975-76	Lateral draws		8	7.25(18)	1.10(0.44)
1974-75	Lateral draws		11	7.25(18)	1.52(0.61)

II C-10

.fc Table II C-5 Results of the coyote scent station survey, 1979.

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No. of No. of

Line Location Stations Visits

1	Big Jimmy		25	2
2	SG-9		10	0
3	Scandard		10	0
4	SG-15		10	1
5	SG-11		10	2
6	Stewart ridge		15	2
7	Stewart valley		. 10	0
8	Bailey ridge		10	0
	Index of abundance	No. No. s 7 100	of visits y 10Q0 of stations A ,uuu X 1000 = 70

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II C-11

Table II c-6 Relative abundance of cottontail and jackrabbits, 1978-79.

Each transect consists of twenty 0.001 acre plots.

No. of plots with Transect lagomorph droppings

Chained habitat

BA01 5

BA02 1

BA03 7

BA04 8

BA05 14

BA06 17

BA07 15

BA08 15

BA09 16

BA17 3

BA18 5

BA25 8

BA21 7

BA20 7

BA23 8

BA28 3

BA30 4

BA31 3

Pi nyon- juniper habitat

BA10 11

BAH 18

BA12 10

BA13 14

BAH 15

BA15 1

BA16 7

BA19 4

BA22 9

BA24 . 6

BA26 15

• BA27 18

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Avifauna

Introduction

Estimates of density, percent relative abundance, and diversity indices were calculated for songbird and songbird-like species for 1979 between May 22 and June 29. Raptor nest censusing for 1979 was conducted during April and June.

Scope of Work

Two transects in chained piny on- juniper rangeland and two transects in piny on- juniper woodland were censused in triplicate. One chained pinyon- juniper transect is located near the proposed construction site, the other at a control site which will not be subject to future disturbance. The pinyon- juniper woodland transects are also located in an area near future disturbance and in a control area. Forty-nine raptor nest locations were checked for nesting activity.

Methods

The method employed for censusing was the strip transect method as described by Emlen (1971). This method provides data from which quantitative estimates of density of songbird and songbird-like species can be calculated. Transects are 800m long and are permanently marked with steel rebar stakes and flagging. The method used for the analysis of quantitative data collected from transects sampled are similiar to the analytical methods described in the Sixth Quarterly Report on Inventory of Avifauna at Tract C-b Shale Oil Project (Ecology Consultants, Inc., 1976). Estimates of density, percent relative abundance, and diversity indices were calculated for each census period.

Nests were found using photographs and topographic maps of their locations. Observations were made using a spotting scope from a safe distance (50 meters or more) so as not to disturb possible nesting activity. Any new or undocumented nests were photographed and recorded. Where there was no observed activity, closed examination of the nest was made to look for fresh pellets, whitewash or green material.

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II C-U

Results

Table II C-8 lists the bird species observed during the Spring 1979 census. Tables II C-9 through II C-12 summarize strip transect results and estimates for relative abundance and density for each transect. Diversity indices for each transect are present in Table II C-13. As with previous sample periods, the pinyon-juniper woodland exhibited greater avian diversity than the chained pinyon- juniper range! and.

In April, during the search for early nesting raptors, fifteen raptor nests were active: Nine red-tailed hawks, four great horned owls, one golden eagle, and one raven.

In June, during the search for late nesting raptors three active nests were observed. Two broods of red- tailed hawks were observed.

Table II C-14 shows the raptor nesting record for the raptors on Tract C-b and the surrounding area.

Nomenclature used in this report follows the American Ornithologists Union (AOU) Checklist of North American Birds (AOU, 1957) and sub- sequent revisions (AOU, 1973 and 1976).

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II C-18

TABLE II C-9

AVIFAUNA ESTIMATES ON TRANSECT 1, CHAINED PINYON- JUNIPER RANGELAND (CONTROL), AT TRACT C-b FOR SPRING SAMPLE PERIOD, 1979

Species	# Obs	Coeff det	Basal .adj	Density /ha '	% Relative abundance
Mourning dove	1	1.00	*	0.04	1.2
Mountain bluebird	1	*	*	0.04	1.2
Black-throated gray warbler	1	1.00	*	0.04	1.2
Green-tailed towhee	14	0.57	*	0.84	26.0
Vesper Sparrow	10	0.57	*	0.60	18.6
Brewer's sparrow	24	0.49	* 'total	1.68 3.24	51.8

r>

II C-19

TABLE II C-10

AVIFAUNA ESTIMATES ON TRANSECT 2, PINYON- JUNIPER WOODLAND (DEVELOPMENTAL), AT TRACT C-b FOR SPRING SAMPLE PERIOD, 1979

Species	Obs	Coeff det	Basal adj	Density /ha '	% Relative abundance
Mourning dove	3	0.74	*	0.14	5.2
Common flicker	1	0.90	*	0.04	1.5
Hammond's flycatcher	3	0.25	9S	0.40	14.9
Pinyon jay	1	1.00	A. A	0.04	1.5
Mountain chickadee	5	0.56	*	0.30	11.2
Plain titmouse	1	0.31	*	0.12	4.5
White-breasted nuthatch	1	0.59	*	0.06	2.2
House wren	3	0.45	Jt. A	0.22	8.2
Mountain bluebird	3	0.42	A	0;24	9.0
Solitary vireo	6	0.59	*	0.34	12.7
Virginia's warbler	7	0.75	*	0.32	11.9
Black-throated gray warbler	8	0.60	* TOTAL	0.46 2.68	17.2

II C-20

TABLE II C-ll

AVIFAUNA ESTIMATES ON TRANSECT 3, CHAINED PINYON- JUNIPER RANGELAND (DEVELOPMENTAL), AT TRACT C-b FOR SPRING SAMPLE PERIOD, 1979

Species	# Obs	Coeff det	Basal adj	Density /ha '	% Relative abundance
Common flicker	3	1.00	*	0.10	3.4.
Scrub jay	1	0.25		0.14	4.8
Mountain bluebird	3	*	*	0.10	3.4
Green-tailed townee	16	0.57	3f	0.96	32.9
Vesper sparrow	12	0.57	*	0.72	24.6
Chipping sparrow	1	0.63	*	0.06	2.1
Brewer's sparrow	12	0.49	*	0.84 "	28.8
			TOTAL	2.92

II C-21

TABLE II C-12

AVIFAUNA ESTIMATES ON TRANSECT 4, P I NYON- JUNIPER WOODLAND (CONTROL), AT TRACT C-b FOR SPRING SAMPLE PERIOD, 1979

Species	# Obs	Coeff det	Basal adj	Density /ha '	% Relative abundance
Hairy woodpecker	2	0.25	*	0.28	6.9
Hammond's flycatcher	2	0.25	*	0.28	6.9
Clark's nutcracker	1	1.00	JU	0.04	1.0
Mountain chickadee	5	0.52	JU	0.32	7.8
House wren	5	0.47	*	0.36	8.8
Hermit thrush	4	0.66	Jt.	0.20	4.9
Mountain bluebird	6	0.42	JU	0.48	11.8
Solitary vireo	6	0.59	*	0.34	8.3
Black-throated gray warbler	20	0.60	*	1.14	27.9
Cassin's finch	5	0.50	*	0.34	8.3
Chipping sparrow	3	0.34	*	0.30	7.4

TOTAL

4.08

II C-22

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II C-24

Table II C-14

WBtt-frrSrS-l	RAPTOR	NESTING RECORD
Nest No.	Species	Status	Status
		1976	1977
		April June	Apri 1 June
1	Unknown	I I
2	Unknown		I I
3	Unknown		I I
4	Red- tailed Hawk	E or Y	I I
5	Unknown		I I
5a	Common Raven		E or 1
6	Red- tailed Hawk		I 2Y
7	Red- tailed Hawk		I
8	Red- tailed Hawk	4Y
9	Common Raven
10	Red- tailed Hawk
11	Could not locate
12	Red- tailed Hawk
13	Red- tailed Hawk
14	Unknown
15	Unknown
16	Great Horned Owl
17	Great Horned Owl
18	Red- tailed Hawk
19	Great Horned Owl	1Y
20	Unknown
21	Not on Map
22	Red- tailed Hawk
23	Not on Map
24	Red- tailed Hawk
25	Great Horned Owl
26	Unknown
27	Unknown
28	Golden Eagle	1Y
29	Unknown
30	Red- tailed Hawk	2Y
31	Unknown
32	Great Horned Owl	2Y	2Y -
33	Unknown
34	Unknown
35	Unknown
36	Red- tailed Hawk	2Y
37	Unknown
38	Unknown
39	Golden Eagle	1Y
40	Unknown
41	Unknown
42	Unknown
42 a	Red- tailed Hawk	-	2Y
43	Great Horned Owl	2Y
44	Unknown	I
45	Red- tailed Hawk	' 2Y
46	Red- tailed Hawk
47	Unknown
48	Great Horned Owl
49	Red- tailed Hawk

Status

1978

April June

2Y

Status

1979

April June

I

or

I

I E or Y I I I I

1Y I I

E or Y

I

Nest E or Y

I

E

I E or Y

I

2

Nest

I E or Y

I

E E or Y

I

E

(Golden Eagle)

Great Horned Owl

has fallen

Red- tailed Hawk

2Y

Raven

Great Horned OwT has fallen

Great Horned Owl

2Y

Code:

I = inactive nest

E = adult bird observed in an incubating posture; presumed to be incubating eggs. [2) Y = number of young observed in the nest, or Y = adult bird observed in an incubating post ure; due to time of

year, assumed to be either incubating eggs or brooding very young chicks,

THP/smm

II C-25

THIS PAGE LEFT BLANK INTENTIONALLY

II C-26

> II C-2 AQUATIC STUDIES

Introduction

Aquatic sampling for periphyton was conducted from May 1, 1979 through November 1, 1979. Benthos data were also collected between May 1 through November 1 .

Scope of Work

Periphyton data were collected monthly during the reporting period at the following stations: Hunter Creek Gauging Station WU61 (PC-6), Stewart Gulch Gauging Station WU07 (PC-1) and starting in June a station was placed midway between the above stations. Benthos data was collected by the U. S. Geological Survey at the same stations as stated in previous reports.

Methods

Collection of periphyton samples is accomplished monthly from two sites using artificial substrated (glass slides) which have been incubated in the water for at least 21 days. Sampling ran from May 1, 1979 to November 1, 1979, resulting in five collections. Six glass slides were incubated at each of the two locations. At the time of collection, three slides are collected at each location and placed in individual plastic containers for biomass analysis (total of 6 slides). Also, three additional slides are collected in individual plastic containers and preserved with "M-3" preservative, a modified Lugol's solution, for taxonomic identification and enumeration (total of 6 slides).

The slides collected for biomass are oven dried at 105°C to constant weight. They are then weighed to the nearest milligram, ashed at 500°C, rewetted with distilled water to replace the water of hydration, oven dried, and weighed again. Biomass is reported as mg ash-free dry weight per cm .

Slides collected for taxonomic identification and enumeration are scraped into an appropriate volume of water along with a sufficient amount of preserva- tive to limit microbial growth and/or algal decomposition. The resulting solution is mixed thoroughly, and an aliquot withdrawn for quantitative analysis using an inverted microscope at a magnification of 560X.

Results

Periphyton

Table II C-15 is a composite list of all periphyton taxa collected during the sampling period. Periphyton data for abundance (ash free dry weight) are presented in Tables II C-16 thru II C-20 . Diatoms dominated the periphyton at all stations during the entire study accounting for 88.5 to 100% of the total relative abundance of all algae identified.

Benthos

Benthos data are not available at this time; they are being compiled by the U. S. Geological Survey.

II C-27

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II C-«V1

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II C-42

II C-3 TERRESTRIAL VEGETATION STUDIES

The studies completed during this report period will be reported in the next data report.

II C-43

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II C-44

II C-4 SOIL SURVEY AND PRODUCTIVITY ASSESSMENT

No additional studies were made during this time period

II C-^5

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II C-4 6

TI C-5 DENDRO™™™' "6Y & DENDROCLIMATOLOGY STUDIES,

No additional studies were made during this time period

II C-*7

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II C-48

I

m 33

v>

H C D m

CO

►

III OTHER STUDIES

Data were collected in four of the programs in the Other Studies categories during the period May 1979 through October 1979. These programs were the Micro-environmental Studies, the Tract Photography Studies, the Industrial Health and Safety Studies, and the Traffic Load Studies. The other programs in the Other Studies categories were inactive during this time period.

III-l

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III-2

2 Tl

M

m g

z -

^ m

Ill A FISH & WILDLIFE MANAGEMENT PLAN

No additional studies were made during this time period

III A-l

(

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III A-2

33

m <

m

a m

H >

V)

H C D m

i

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Ill B REVEGETATION STUDIES

The studies completed during this report period will be reported in the next data report.

Ill B-l

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III B-2

1

III-C MICRO-CLIMATE PROGRAM

Introduction

)

Micro-climatic parameters for May, 1979 - October, 1979 include the following:

1. Maximum and minimum temperature at surface and at one meter.

2. Precipitation

Scope

In addition to the extensive meteorology study in the Air Quality Section, micro-climatic stations are monitored. Studies on micro-climatic para- meters on the C-b Tract provide data that are useful in assessing changes in vegetation production and structure, animal populations, or animal activity patterns, and may also be correlated with changes in functional components of the C-b ecosystem that may occur as a result of shale oil development. Five microclimatic stations are located in developmental sites and five in control sites. The following sites are monitored:

Mc Station Locations

BC01 Chained Pinyon-juniper Rangeland, Veg. Plot 1

BC02 Chained Pinyon-juniper Rangeland, Veg. Plot 2

BC03 Plateau Sagebrush, Veg. Plot 3

BC04 Valley Bottom Sagebrush, Veg. Plot 4

BC05 Pinyon-juniper Woodland, Veg. Plot 5

BC06 Pinyon-juniper Woodland, Veg. Plot 6

BC07 Chained Pinyon-juniper Rangeland

(Animal Trapping Transect)

BC08 Bunchgrass Community, South-facing Slope

BC09 Valley Bottom Sagebrush, Mouth of Sorghum Gulch

BC13 Mixed Mountain Shrub! and, North-facing Slope

All temperature readings consist only of maximum and minimum readings for two-week periods. Precipitation will be measured only during the growing season, March through October. Therefore, precipitation data from meteorology stations AB20 and AB23 are utilized for winter- month readings (November - February) for valley and pinyon-juniper microclimate stations. Snow measurements are obtained approximately from November - February.

Refer to Section IV for information on the four-digit computer station codes.

Ill C-l

MICROCLIMATE DATA TEMPERATURE MAXIMA AND MINIMA AND PRECIPITATION TOTALS MAY '79 - OCTOBER '79

Site Number	PARAMETER	Vn'.'T!
MAY	JUNE	JULY	AUGUST	SEPTFMRFR	OnDRFR
BCOl	Air Temperature Maximum (°C) Air. Temperature Minimum (°C) Surface Temperature Maximum (°C) Surface Temperature Minimum (°C) Total Precipitation (Cm)	18 -14 20 -9 0.00	20 -12 40 -12 1.50	20 6 42 -3 0.03	28 0 40 0 0.30	27 -1 40 -4 0.05	28 -6 35 -5 0.23
BC02	Air Temperature Maximum (°C) Air Temperature Minimum (°C) Surface Temperature Maximum (°C) Surface Temperature Minimum (°C) Total Precipitation (Cm)	24 -10 26 -12 0.00	29 -5 43 -7 3.91	36 -9 43 -2 0.08	34 1 40 2 2.03	29 -1 39 -4 0.03	29 -5 34 -6 0.30
BC03	Air Temperature Maximum (°C) Air Temperature Minimum (°C) Surface Temperature Maximum (°C) Surface Temperature Minimum (°C) Total Precipitation (Cm)	15 -9 22 -8 0.00	28 -3 35 -6 4.11	27 -10 37 -8 0.08	30 1 37 6 0.46	26 -2 39 -2 0.13	930.0 930.0 32 -3 0.28
BC04	Air Temperature Maximum (°C) Air Temperature Minimum (°C) Surface Temperature Maximum (°C) Surface Temperature Minimum (°C) Total Precipitation (Cm)	20 -5 23 -10 0.00	35 -8 36 4 4.01	37 -1 41 0 0.13	39 0 35 0 1.65	32 -5 30 -6 0.03	31 -7 32 -8 0.36
BC05	Air Temperature Maximum (°C) Air Temperature Minimum (°C) Surface Temperature Maximum (°C) Surface Temperature Minimum (°C) Total Precipitation (Cm)	21 -10 25 -6 0.00	34 ". -1 38 -2 2.46	34 -5 37 -9 0.05	35 1 40 5 0.97	32 -5 34 -2 0.03	27 -8 30 -8 0.08
BC06	Air Temperature Maximum (°C) Air Temperature Minimum (°C) Surface Temperature Maximum (°C) Surface Temperature Minimum (°C) Total Precipitation (Cm)	21 -12 25 -14 0.00	33 -7 41 0 4.67	32 -3 42 -11 0.08	32 3 44 1 2.79	31 -5 38 -2 0.10	29 -7 34 -3 0.38
BC07	Air Temperature Maximum (°C) Air Temperature Minimum (°C) Surface Temperature Maximum (°C) Surface Temperature Minimum (°C) Tot-al Precipitation (Cm)	21 -7 24 -9 0.00	34 -7 36 -8 3.07	35 -5 37 -3 0.05	36 3 36 2 1.65	30 -4 35 -5 0.00	28 -6 28 -6 0.25
BC08	Air Temperature Maximum (°C) Air Temperature Minimum (°C) Surface Temperature Maximum (°C) Surface Temperature Minimum (°C) Total Precipitation (Cm)	9850 9850 9850 9850 9850	37 1 39 -5 0.41	34 1 47 -4 0.13	9850 9850 9850 9850 9850	25 -2 38 -1 0.00	2: -o 33 -1 0.05
BC09	Air Temperature Maximum (°C) Air Temperature Minimum (°C) Surface Temperature Maximum (°C) Surface Temperature Minimum (°C) Total Precipitation (Cm)	22 -12 30 -10 0.00	35 -10 42 -6 5.16	36 0 40 0 0.20	38 -2 39 2 0.08	33 -9 39 -7 0.05	29 -12 35 -9 9450
BCD	Air Temperature Maximum (oc) Air Temperature Minimum (oc) Surface Temperature Maximum (°C) Surface Temperature Minimum (°C) Total Precipitation (Cm)	20 -11 25 -14 0.00	32 -5 42 1 6.58	33 -6 43 -4 0.10	32 5 43 1 1.78	34 -4 39 -4 0.15	29 -6 33 -4 0.05

9850 - Vandalized 9450 - Dead Animal

III C-2

Ill D TRACT PHOTOGRAPHY

This section ocntains an explanation of work accomplished during the period of this report for:

1. Surface Program

2. Aerial Program

III D-l

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III D-2

Ill D-1 SURFACE PHOTOGRAPHY

A 360° panorama was photographed at each of the photo points shown on Figure III D-1 during the summer of 1979.

A complete set of the 35 mm slides are numbered as to station, aspect and date. The set is stored in plastic envelopes and bound in a three ring binder and filed in a dust and light controlled container as part of the permanent record of the C-b Shale Oil Project.

Color infrared panoramas at each of the springs sites have been obtained in June and August and composite mosaics have been synthesized, By this technique, some of the effects of soil moisture can be quadri- laterally inferred. These data will also be compared to Landsat images,

>-

III D-3

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III D-4

Jr~

• •

i

Troet C-b

O. .DENVER 1

RIFLE

I

l

COLORADO l

J

L I

SURFACE PHOTOGRAPHY NETWORK

6

P - Photo Mop Station

Figure Id D-l

III D-5

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III D-6

O m

Ill D-2 AERIAL PHOTOGRAPHY

Annual color infra-red photography is required by the Development Monitoring Program. By verbal agreement with the Area Oil Shale Office this program is temporarily suspended and an investigation into the use of LANDSAT imagery is being pursued. At the same time, 7 ground truth sites have been selected and Ground Color IR photography is being taken at times coinciding with satelite overflights.

Ill D-7

THIS PAGE LEFT BLANK INTENTIONALLY

III D-8

Ill E ARCHAEOLOGICAL STUDIES

No additional studies were conducted during this report period

III E-l

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r-

III E-2

CO

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H C D <

Ill F SCENIC VALUES STUDY

No additional studies were made during this time period

III F-l

r

THIS PAGE LEFT BLANK INTENTIONALLY

(

III F-2

m. >;

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5

r

L

Ill G INDUSTRIAL HEALTH AND SAFETY

Periodic reports on Health and Safety Activities have been requested by the Area Oil Shale Supervisor. Such reports are those prepared by the C-b Project and all contractors for distribution to outside Federal and State agencies, i.e., Mine Safety and Health Administration (MSHA) and the Colorado Division of Mines and inspection reports made by these agencies and received by the Project and all contractors at the C-b site.

Data are presented in this section as provided by the Health and Safety Department. It is noted here that the reproduction quality of these reports is the best obtainable. Originals are on file at the C-b Tract.

1) Quarterly Employment Report. On the bottom of this report the Injury Rate (IR) is to be recorded. Reports for the second and third quarters of 1979 are included in this semi- annual data report (Table III G-l; 2 pages). Refer to Section III H, Traffic Load, for more information on the trace work force.

2) Injury and Illness Report. Table III G-2 summarizes the basic manhours, accident, and injury rate data contained in Table III G-3 for the period of this report.

D^ 3) C-b Tract Gas Analysis. During shaft sinking operations hand held field instruments are used to monitor for hydrogen sulfide (H~S) and methane (CH^) at specific time intervals. These monitoring intervals start immediately upon re-entry after blasting and before going to work at the start of each shift. The presence of either gas would prompt an increased sampling frequency. Records of all samples taken, beginning on 9-14-79, will be reported in the semi-annual data reports (Table III G-4; 5 pages).

4) Colorado Division of Mines Inspection Reports. On these reports (#3 and #4), responsive comments are to be made on the disposition of the citations (abated or reason not abated). Data for May and June were reported in the previous data report, Development Monitoring Report No. 2. Table III G-5 contains the Metal and Non-Metal Mine Operator's Annual Report for

1978. Table III G-6 contains the Division of Mines Inspection Reports for the following dates: April 17, 1979 (not previously reported), July 10, 1979, August 30,

1979, and October 30, 1979 (4 pages plus 84 pages listing citations and disposition).

5) MSHA Inspection Reports. One inspection was conducted during this report period. That inspection report,

^ dated May 8-10, 1979, was reported in the previous data

report, Development Monitoring Report No. 2.

Ill G- 1

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Table Ml G-2 C-b TRACT MONTHLY INJURY REPORT - 1979

Summary of Man-Hours Worked Hours

January, 1979

Contractors 53,420

Occidental 3,693

February, 1979

Contractors 51,860

Occidental 4,444.7

March, 1979

Contractors 44,858

Occidental 4,311

April, 1979

Contractors 37,619

Occidental 5,254.5

May, 1979

Contractors 28,841

Occidental 4,521.5

June, 1979

Contractors 20,960

Occidental 5,091

July, 1979

Contractors 32,899

Occidental 4,205

August, 1979

Contractors 38,274

Occidental 5,080

September, 1979

> Contractors 38,579

Occidental 5,144

October, 1979

Contractors 38,720

Occidental 6,464.5

Occidental has had no lost-time accidents through October, 1979.

During the period of this report, the Contractors had two lost-time accidents. These accidents increased the total number of lost-time accidents in 1979 to three.

The accident frequency rate for the contractors through October, 1979 was:

4 reported accidents x 200,000 _ , o* 434,239.2 man-hours exposed 1,OH

III 6- U

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Table III G-4 C-b Tract Gas Analysis date ff-/V-7? ''- ^'

SAMPLE # £ ~?0

BOnLE #

f CATION pc^ntp <S-/-±-f/o>^

ELEVATION

TIME ir.f£T /),M

COLLECTED BY

ANALYSED BY

g/ U>00&

DATE 9-J2/-'7f TIME )5'.2-0

., _ .-> C-b TRACT GAS ANALYSIS

SAMPLE #

jnrflTTnN g? 7<? nutntf 5 /-1 ■

ELEVATION

TIME

lf]<T AA"

COLLECTED BY

/)/ U)** J

ANALYSED BY

C-b TRACT GAS ANALYSIS

DATE

9-2£~r?<7_

SAMPLE # LOCATION

BOTTLE *

^/£^£^£-L

ELEVATION

£T%2<^~ TIME

COLLECTED BY

u2

CO

co2

AR

h CH-

H2S

OTHER

Page	1 of 5 % Of to
J -039	Of fo
• ***	%
7C.73 f	%
-	%
	%
i _____ — —	%
	%
	%
	%
. J*V.afi	%

°?	J?t>.393 %
CO	O %
co2	0<2t>( %
AR	o.^rf %
i2	-?*.£&?%
CH4	0 %
H2S	0 %
OTHER & %
	%
	%
	%
TOTAL /00.0D %

°2	J?0.9_T
CO	o t
co?	e.V/7 t
AR	Ajv_T %
N?	77 J '2&%
CH4	p.0& %
H2S	P %
OTHER *

T

©

f

ANALYSED BY

£>/ U)o<9

III G- 6

Table III G-4

1

DATE /& -<p - y^7

C-b TRACT GAS ANALYSIS

c

SAMPLE #

LOCATION

/&>*<£<*?/

ELEVATION 3~7^3~ TIME COLLECTED BY

ANALYSED BY

/)/ UOeoJ

DATE /fl-^~7f TIME J/'.£/^~

C-b TRACT GAS ANALYSIS

C.e /Q-<2-7?

SAMPLE #

BOTTLE *

LOCATION pred utiio r\ sAa-£t Ess~f On -P f-

ELEVATION

TIME 5~:cJ5~ pi?f^\

■ft^

COLLECTED BY

ANALYSED BY /? / £^j ^ J

DATE 75/ £-£j TIME Jj_zl£-z23

C-b TRACT GAS ANALYSIS

DATE

JO -7-7f

SAMPLE "

BOTTLE *

LOCATION t//f <?A±£-?

I/O1 *n eMc'np. C# G f> An ELEVATION 5~7C?J~ TIME _J/iS£_^j_t^

COLLECTED BY

	,_ Page 2 of 5
°2	'h ?</z	%
CO	o	%
co2	o.ior	%
AR	0.<J2.^	%
N2	?*. m	%
CH4	0	%
H2S	o	%
OTHER &	%
		%
		%
		%■
TOTAL	. /0£.f& '	%

°2 CO	£6- 1*70%
.0 X
co2 AR	o. 3 *<"x e> <io\ %
N2 CH4 H9S	7#.*£V%

OTHER 0 %
	%
	%
	%
TOTAL £00.00 %

u2

CO

CO. AR

N2 CH4

H2S

OTHER

c.777 s

77. WO %

c? %

6

0

\litu vrrn p

v .Ar .JJJ?6.4_

JII G- 7

. %

Tat>le III G-4

DATE J 0-^-7 7

C-b TRACT GAS ANAIYSIS

MPLE §

BOTTLE i

LOCATION \llE- $£jj£f 9>oTTo ryy

ELEVATION

TIME 310 0 PN\

COLLECTED BY

ANALYSED BY

&/ COeoJ

DATE J $-/£ -7*7 TIME HJ^jS.

	Page- 3 of 5
°2	30A8V %
CO	O %
co2	,0&b %
AR	,W %
h	7&369%
CH4	* %
H2S	* %
OTHER	0 %
	%
	%
	%
TOTAL	/on. 00 %

:-b TRACT GAS ANALYSIS

DATE

ID -17- 7 9

SAMPLE $

BOTTLE f

LOCATION \!>F ^kc-^^

V H ^3 & /ZTJ?e^~f~

ELEVATION ^"7^7 COLLECTED BY

TIKE 0f&Jg± D-hn

ANALYSED BY

A / Usee cf

TE /0-/&- ~7 9 TIME /0 : 0 C

C-b TRACT GAS ANALYSIS DATE /<? -# 3 ~y g

SAMPLE =

BOTTLE #

LOCATION V/f S/Cr^ft

_ - - , ELEVATION ^"?c7^~ TIME ^ ? -' Vf>'

lOLLECTED BY

O / . • )

°2	3/.2L-LI
CO	6 i a D 5	%	£<?/ft*
co*2	^7<//-	%
AR	A^>/y	0/
N2	76. V7?	%
CH4	O	%
H2S	O	%
OTHER	to
		to %

		Of fC
TOTAL JCr*.ST>

°2 CO		■ s-L/? %
	0 %
co2 AR	0-	/£? %
h	■ 0o d> %
N2 CH4 H£S OTHEf	76	.3 (,(*"«
	£> %
	$ 1.
\	0 %
		Of
		%

III G- 8

C-b TRACT GAS ANALYSIS

..Table III G-4 date //-5~-7f

r MPLE # BOTTLE # •

LOCATION )//£ $A±$--t-

ELEVATION ^^e7~? ±f TIME ;#:SZ> /).As^ COLLECTED BY

ANALYSED BY

/)■/ CsO 0* cJ

DATE //-/y-75 TIME J 2 '.?

C-b TRACT GAS ANALYSIS

■TE //-f-?'

SAMPLE §

BOTTLE |

LOCATION

^ SA±*-t

ELEVATION £o<? 7 TIME /// /^)

i

COLLECTED BY

ANALYSED BY A/ UJ oi> J

DATE 7/-/y-7"7 TIME /313.&

C-b TRACT GAS ANALYSIS

DATE

; I - *-- -7 c»

iln *

v

^ >-^ £-r

.(. ^J<ipy^/ £ v g />

ELEVATION <7^^ TIME /g>/ a g >fc*f

COLLECTED BY

ANALYSED BY /)/ L{) <? * J

III G- 9

^ Page	4, of	5
°2	I?. /2fl
CO		%
co2	?- *67	%
AR	0.<7&7	%
N2	7^.JYT	"1
CH4		X
H2S	• — ■	%
OTHER — ■	%
		%
		%
		%■
TOTAL MeJX&	' %

°2	2fi.33z	%
CC	•	%
co2	*<W	K
AR	f.0?6	X
N?	77.7 Zl'	X
CH4	"~—	1
H2S	- — -	X
OTHEF	\	X %
TOTAL	J20.fi-??	z

;<*.>?v z

		-
CO,	i7.3o?	-
AR	).Oo¥	a-
N2	7?!. 70<7	a'
CH„	•	I
H2S	—	0/ i
OTHER	■ —	%
		%
		%
		1

Table III G-4

i

date U-AL-21

SAMPLE # BOTTLE #

\.-D IKHLI IjfO HltMllili

LOCATION ^7f3/sra,~ yy,/ri ^Azxr-r

v/E sk^t-

ELEVATION

TIME

COLLECTED BY

ANALYSED BY Rl U)pS> **

DATE L£zf£z2l TIME _JAl!±L.

DATE

SAMPLE #

BOTTLE I

LOCATION gJr.ctrttil Vh.ult visa* ELEVATION TIME 07-' ^f

	Page 5 of 5
°2	Z/.zvt %
CO	t
co2	O.0VL . %
AR	/.on. %
N2	-?7-57<t %
CH4 H2S	0.09V I %

OTHER

TOTAL /OO.QO % 0

COLLECTED BY

CO

co2

AR >

N2 CH4

H£S

OTHER

31 At/ %

• %

o. pay i 0.990 %

— * %

ANALYSED BY

£/( [yOd>a^

IX-V-?*?

//•'3&

DATE

TIME

DATE //-3/Q- -7?

SAMPLE § BOTTLE t

LOCATI ON £± /?s^AA/*'s i's) £/<>*>' o £ <u^p Af 4£/)' <T$t

ILtVATION

TIME 07.'

£g VM

COLLECTED BY U> >D- L

ANALYSED BY ft ( L4? ea CL

DATE J P. -H- 7^ TIME 70:2.0

TOTAL /OO-OC	> 5
°2	1/.270	K
CO		%
co2	AJSf	%
AR	J. 002.	%
N2	?7.<r/<7	%
CH4	,oZ3	Of ft
H2S		%

OTHER

TOTAL JOD.fr? *

III G- 10

.....■^jw.-i. r.TI'i -*-^imnr"-iin — — ■■*■■-»■'—" - - - ri rTrr' a --«-■ -- ■■■- -^--— — | ■ ngn^yggj ., | ,-,,. ^^.^^-j. ^-j (fin^g^g

Table III 6-5 RECElVEDUEC 9.6 V978 *

STATF OF COLORADO

DIVISION OF MINES

DEPA,\ MENT Or NATURAL RESOURCES

I313" Sherman Street .

NORMAN R. BLAKE Dtnve'- C°'°raC0 8°2°3

Direc,or METAL & NONMETAL MINE

OPERATOR'S ANNUAL REPORT

for the Year lp7«

THIS COPY FOR YOUR FILES Nun,ber ***■

s :

I

Countv Rio Blanco

Mining District.

Name of Operation ^_£ TRACT : Kind o: Operation ^<^^f^

(Mine, Mill, Quarry, etc.)

Operator Ralph II. Parsons Company Ownership! ) Lease ( ) Contractor («

Main Office Adrtrm />7^1s?rZ>s?S^^

Owner Address y-r"'-*&:>^^a<^. /j&c&gjjS,

Location of Property

Corporation ( ) Partnership ( J Individual ( ) If a corporation, give name of state in which incorporated .

President Partner or Individual

Vice-President . Partner

Secretary Partner

Treasurer Partner

[ Manager ; Address

1 or Person in Charge Telephone Number

i

Producing ( ) Developing (*$r Exploration ( ) Part Time ( ) Idle ( ) Rehabilitation ( )

Principal Products /jk</^

I STABILIZATION AND RECLAMATION

Total Acres Mined Acres Mined During Year Acres Reclaimed During Year

Dump or Stockpile Area (acres) Dump or Stockpile Area Reclaimed (acres)

PRODUCTION FOR THE YEAR

Crude Tonnage (tons, yards, pounds) Produced during the Year ^ Value S «2

List products separately, i.e.. Cold, Silver, Copper, Lead, Zinc, or other minerals. Clay, Sand. Gravel, Stone, etc.

Product c (oz., lbs., tons) Value S

Product ,{//„ 'oz" lbs- to"*) ZjZZZ v»lu« $ 4-^^r--

Product luZZ/K- <°2- lbs- tons) ZgSzE ~ Value S S^/s^

Product ' / . (oz.. lbs., tons) / Value S - J> '

Product (oz.. lbs., tons) Value $

LABOR STATISTICS No. of Days Operated during the year ,a^gj£_ Average No. of Employees: Undergd Surface ^-^y

.No. of Man-shifts fS hours each) during the Year: Underground Surface w£ -^O^y Man-hours WorketL^L2|£ /i£^

Total Inspection c»»x,/y/ •t^--\'n of Lost-time Accidents during the Y*;r <i N'o of Taialities ^

Compensation Insurance Carrier j7fej~Z/£* sS? y^O^T^^rZ^- ^ss^fZ^sryZ^sjszs^Z S% .

Date of this report A/^^/^9 '. Signed ^<P^v^ (^/^UtZ/

This report must be suhtritted to the Colorado Division of Mines by March 1, 107 g .

CD.VS-R.V. ,0/76, lfj ,g_ n1 .

. — mgaam ■* aaaa ■•»-—>■ — .^.,.,, ■■.,- a .... ■■■ •'**^tjf'^.|,|iiiitln -^^ i-auMMMw-rn mm*''

r.r.t*. j, •t,vr:r*u *^^&^^H

Table III G-6

NORMAN R. BLAKE Director

STATE OF COLORADO

Page 1 of 4

Date tf/ />/>*/

DIVISION OF MINES Department of Natural Resources

INSPECTION REPORT

Number A "Ji ?

1313 Sherman St. Denver. Colorado 80? Telephone: 839-3401

County,^, 'ft m?.j,ft,Cn

/■'VT.f/i'y

Name of Operation

/?.<> AsA /■■■,>■ ,r.T^ < ^c

Name of Operator or Contractor

Name of Owner or Possessor

_ — /

Kind of Operation: Mine, Mill, Quarry, etc. Operator s Address ■>

Owner s Adaress

Name of Person in Charge

3/a- ^-^ ?

z7.- /■,-

/

Name of Compensation Insurance Company

Address and Telephone Number of Person in Charge

J~Ld r~' 6L r'.-V-'-- <>,":. -*sT~

Products (List products or intended products)

Total men employed ' v <■. Underground0^ Siirfur-p Hours p <■/ Monthly Production.

D Producing ^Development □ Part-Time D Exploration D Idle Other

Number of accidents to date this year / Location of Property.^

Date of last inspection 2. '?■'?'*

Were they reported to the Division of Mines? I ■_ -~ .<.

All references are to Bulletin 2. f~>

Having completed an inspection of the above named operation, I find that the items listed below must be given immediate attention in order to comply with Colorado Statutes and Division of Mines Rules and Regulations, CRS 1973, 34-40-113.

/ lAiL £LtL£jJ8jL&4k£ cjjlZAjZJ. /LqLcS "" ~ ^'-' '"T ?~^'"j? •"-*£ JS: / ;,s -■''.- " ,-~-

TT

2,

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fn^ &JLc/L£S 0 A

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■>

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Remarks:

Have former recommendations been complied with? \CiC S

/

Title:

Persons accompanying Inspector:

I have received a copy of this report for the Operator: Signed: - .-^^^ S^.- ..--a-j^ Title:

Cooperation received ,*% ^ f '

Metal Mining Inspector ^ District (J )

ttf.t,F <-*-/.=>'. ?f> r..~*r ■', ■/", ,■?.,<- S Address &-, ^Telephone Niimher?^ i~ ^ t / ,~

COM I (Rev. 10-77)

READ, KNOW AND PRACTICE YOUR SAFETY RULES

III G- 12

Table III G-6

S1ATL Ol COLOKADO

Page ,2 of 4

NORMAN P. BLAKE. Director

■I ' .

1Mb Slieun.in :.i Ll-nvin, Ci.Iih.kIo H070J Tikidionc B02-.T401

DIVISION Oh MIMES Department ol M.uni.il Resources

INSPECTION REPORT

Daw %i">/7S-. . n

Nann- nl Operation

Name ol Operator or Conlraeloi y<

Name ol Owner or Possessor ^

Name of Person in Charge

CajLc.^UdTf Co/t/Z-

Name of Compensation Insurance Company

umber fj ~k> 6

Omul

,A/£lM^i/l

kind ol Operation: Mine. Mill, Quarry, elc. .

0rt//lrfj/=l£r£o/aJfr9*/Q

Opcral or T Address J

Owner's Address .

Address afiri Telephone Number of Person in Charge

SA/9FT ££tis6&m&azi —

Products (List products or intended products)

Total men emplovedy^£*2_Underground(yi2_.Surlace^#<£>. I lours 9fiL— Monthly Production

D Producing Bf Development I J Part-Time i I Kxploralion i I Idle Other

•cidenls to dale this year / _ Were tliey reported to the Division of Mines-.' ^/-\£LiS^.

of Proper! sSFC-Z/,^ /% A'f^ ^ TXAC 7 £-/> _

Date of last inspeclionw^/j^v^Z^ All references are to Bulletin «Zs2

Number of a< Location

Having completed an inspection of the above named operation 1 find that the items listed below must be given immediate attention in order to comply with Colorado Statutes and Division of Mines Utiles and Regulations , CRS 1973. 34-10-113.

dJL- 7r7J£Lj>rvjt6 ja£° JrtC£ -£££. ~6o /**/?; 2. o 7//o/> f- ^^&5aJ^5£X/- 3/ TmJSL s«!ALJL_JU^ T«p£&Z. J*s*S /fi 7Jif KS'.sJjrZT' watt a/^c/f <5&aU. fif

>7 (£?,A?-*/y 7/<syhL$. :

Jfc. S3; /Wf,*/. (57.3 -J J) -J£*7i</ fytefi? -

H-nwW^^f^jrc'7/i 1 of t/i£j/iAF7~c>'UyJ

.uiplied with".'

Have former recommendation . I

Persons accompanying Inspect* Cody $/>£/) AS

I have niinved a copy ol thisrenorl lor Hie Operaloi

Sinned: /<£■ /j /t^€^-/4 hl1' S/'f

'I III' l"^.eraliojyPeeivcd Z?fl o o{

Shef/>S^T&±&£02»&'MrU\ MiniftB b'speelor 'Distne! L? I _

/"

Address

Telephone Number. J/O ~**.//^J

COM 1 fRev. l-7d)

ItKAl). KNOW AND I'l; \C'HCI': YOUR KAFKTY HULKS

III G- 13

Table III G-6

STATE OF COLORADO

Page 3 of 4

NORMAN R. BLAKE Director

Name of Operation

&&££. d. JL '4 d. '^a a s C-°

Name of Operator or Contractor Name of Owner or Possessor

O .77 AT/ Td. i a A 2 42 -? £H

Name of Person in Charge

Oa J.0. £7~£ Tjt (J^ *% t

Name of Compensation Insurance Company

1845 Sherman St. Denver, Colorado 807 Telephone: 892-3401

DIVISION OF MINES Department of Natural Resources

INSPECTION REPORT

Number A " % ^ County/?/ £ Q^±^C>^

Set/? ?*£*.' ■ /?* /sT^'V? sjC'I, '7/*--~S

Kind of Operation: Mine, Mill, Quarry, etc. Operator's Address Owner's Address

Address and Telephone Number of Person in Charge

Products (List products or intended products)

Total men employed^ Undergrounds? 5 Surface/ 3 Hniirs /< ^ Monthly Production. D Producing 0 Development D Part-Time □ Exploration DIdle Other

Number of accidents to date this year_ii

Location of Property ^--' S " y g /F ,f -?'.-** /#*£/ C-O

Were they reported to the Division of Mines?

^

*?/">/■>? ?/.>/rA/?9

All references are to pnliotin - O

Date of last inspection £££2JuL

Having completed an inspection of the above named operation, I find that the items listed below must be given immediate attention

in order to comply with Colorado Statutes and Division of Mines Rules and Regulations, CRS 1973, 34-40-113.

I* J.4 "Tjja {2 wL 'c a cSSg/t > £_ 7" J SSeJu J7Z'- *7 £ <W? f; V: <s s£± ~7~-, %'C. - ,^f -

Remarks

:^TS<« *££*£-

ggV A' / 1 - /' S ■*/.'

Have former recommendations been complied with^ y- J>

.-/.■-J.jjJtf* £±* /^" r. s * c>

i /•/'.

* — v-

J'ersoDS accompanying Inspector: T'itle; _

__ Cooperation received 6 if

I have received a copy of this report for the Operator:

—r *— — •

'S.jLte'*: .Metal Mining Inspector -District ( JT_ ) 5 ^' /

<£*>

^

Signed;.

Title:.

Address Telephone Number.

?-7f

1 V/ 5

/

CDM I (Rev. 1-76)

READ, KNOW AND PRACTICE YOUR SAFETY RULES

III G- *U

Table III G-6

NORMAN R. BLAKE Director

STATE OF COLORADO

Page 4 of 4

Name of Operation

DIVISION OF MINES Department of Natural Resources

INSPECTION REPORT

Number /J- - /<P ?^

i313 Sherman Si. Denver, Colorado 80203 Telepl.one: 839-3401

County ,fgu3 ^ -*-**--;»>

Kind of Operation: Mine, Milk Quarry, etc.

Nameof Operator or Contractor Name of Owner or Possessor ,

Operator s Address

e*J***=se>

. etc.

Name of Person in Charge

2&-?y63

Owner's Address

SgfegZakZ r^oMc/D $-;.&> i

SLeU £jtA&j£i±

J&

Name of Compensation Insurance Company

Address and Telephone Number ol Person in Charge

Products (List products or intended products)

Total men pmplnypfj/)^ Ilnriprgrnnnrt^Ll 9,\irinc(f7 I) Hours.*?'/ Monthly Production

D Producing [^Development D Part-Time D Exploration DIdle Other

Were they reported to the Division of Mines? ry-'i S.

Date of last inspection 7f/3a/ / 7

All references are to Bulleti

n*Ci

Having completed an inspection of the above named operation, I find that the items listed below must be given immediate attention in order to comply with Colorado Statutes and Division of Mines Rules and Regulations, CRS 1973, 34-40-113.

f««/>/?iy>t-t'/?

Remarks:

Have former recommendations been complied with-' l/Qg"o

i-

Persons accompanying Inspector

Title: Cooperation received fr/^6 cf

/uAg&JL /f{MJl,/n***J*l( Metal Mining Inspector -*l)istrict I

I have received a copy of this report for the Operator Sigtier^^^^/^/^^V 'jtsS Title

GMbiSLfi

Address L^/r->V/»i^Z-trp|pphonp Nuniber^P^7 J - P /V J

COM I (Rev. 10-77)

READ, KNOW AND PRACTICE YOUR SAFETY RULES

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Ill H TRAFFIC LOAD

This section contains data relating to vehicular and passenger load along Piceance Creek road and into the C-b Oil Shale Tract.

A program of monitoring vehicular traffic was initiated in March 1978. Counters were placed along Piceance Creek road at various points to count traffic into Oil Shale Tracts C-a and C-b. These counters were not in operation during the period of this report.

Daily vehicle counts taken at the C-B Guard Shack are presented in Table III H-l. These data were broken down into counts of cars and trucks beginning in May 1979.

The C-b Shale Oil Project began providing regular bus service for employees to and from the C-b Tract on April 1, 1978. In order to help judge the effectiveness of this program, Table III H-2 showing a daily count of work force, and Table III H-3, summarizing bus passenger mile data for 1979 have been prepared. Contractor work force data by shift has been provided starting. September 21, 1979 and is on file in Grand Junction.

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IV DATA AUTOMATION

The environmental data base at present is partially manual and partially computerized. For purposes of analysis, data specificity, data security, and data archiving, the data base is being further computerized. It is the intent that all "indicator variables" be entered into RAMIS (Rapid Access Management Information System). Toward this end computer codes have been designed for all environmental station locations.

This section presents the status of the automated data base, station location data, and a cross-reference list of four-digit computer codes and station mon- itoring codes.

IV-1

THIS PAGE LEFT BLANK INTENTIONALLY

IV-2

IV A AUTOMATION STATUS

This section presents the status of the automated data base for the C-b Tract environmental data on the Occidental Petroleum Corporation computer system in Houston, Texas.

RAMIS II is a computerized data base management system (DBMS) used by Occidental Oil Shale, Inc. on the C-b Shale Oil Project via the Occidental Computer Center in Houston, Texas. C-b Shale Oil Tract environmental data are being prepared and entered into RAMIS DBMS as a means of making relevant data available for subsequent retrievals for use in reports and impact analyses. The use of this system provides an economical way to store and retrieve selected data in desired formats for reports and for input to analytic models requiring the data. Data are also archived within this system and through magnetic tapes containing the source raw data.

1980:

The following environmental data are entered into RAMIS DBMS as of January

Water Quality

Springs and Seeps Alluvial Wells Upper Aquifer Wells Lower Aquifer Wells

Oct. 1974

thru thru thru thru

Oct. 1979

Well Water Levels Water Levels

Oct. 1974 thru Oct. 1979

Water Augmentation Plan Springs and Seeps Upper Aquifer Wells Lower Aquifer Wells Precipitation

July 1979 Aug. 1979 Aug. 1979 Jan. 1979

thru thru thru thru

Oct. 1979 Oct. 1979 Oct. 1979 Sept. 1979

National Pollutant Discharge Elimination System

Water Quality Data July 1979 thru Oct. 1979

Air Quality

Small Trailer (Station AB21 , AB22, AB24, AD42, AD56)

Oct. 1974 thru Oct. 1979 Large Trailer (Station AB20)

Oct. 1974 thru Oct. 1979 Large Trailer (Station AB23)

Oct. 1974 thru Oct. 1979 Meteorological Tower (Station AA23)

Oct. 1974 thru Oct. 1979 Microclimate Data Oct. 1974 thru Oct. 1979

Figures IV A-l through IV A-7 show graphically the status of water levels, water quality, air quality, meteorological and microclimatic data that have been entered into RAMIS DBMS as of November 1, 1979.

Data in RAMIS reside in 12 files which are presented in Tables IV A-l through IV A-l 2. The tables present the list of fieldnames and synonyms. Additional data in the tables are the field and file structure specifications.

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Table IV A-l

DESCRIPTION FOR RAMIS FILE WTRLEV

LIST	FIELDNAME
1	YEAR
2	MONTH
3	DAY
4	LOCATION
5	STATUS
0	GRDLEVEL
7	MEASPTEL
8	DEPTH
9	WATERTEMP
10	PH
11	DISS02
12	SPECCOND

		LEVEL	SEGMENT
SYNONYM	LEVEL	TYPE	FACTOR	TYPE	LENGTH
YR	1	S	1	I	2
MO	2	S	0	I	2
DY	2	s	0	I	2
LOC	2	s	0	A	4
ST	2	s	0	A	6
GL	4	V	0	F	6.1
MP	4	V	0	F	6.1
DP	5	s	0	F	7.2
TEMP	5	s	0	F	5.1
PH	5	s	0	F	4.1
DO	5	s	0	F	5.1
SPC	5	s	0	F	6.1

IV A- 14

Table IV A-2

DESCRIPTION FOR RAMIS FILE WTRQUAL 01/05/80

•

LIST	FIELDNAME	SYNONYM
1	LOCATION	LOC
2	YEAR	YR
3	MONTH	MO
4	DAY	DY
5	ALKALINITY	ALK
6	ALUMINUM	AL
7	ARSENIC	ARS
8	BACTERIA	BACT
9	BARIUM	BA
10	BICARBONATE	HC03
11	BIOOXYDEMD	BOD
12	BORON	B
13	BROMIDE	BR
14	TOTALCOLIF	TCOLIF
15	CADMIUM	CD
16	CALCIUM	CA
17	CARBONATE	C03
18	CHLORIDE	CL
19	CHROMIUM	CR
20	CHEMOXYDEM	COD
21	COPPER	CU
22	DISSOXY	DO
23	DISSORGCARB	DOC
24	LASSURF	LAS
25	FLORIDE	F
26	HARDNESS	HARD
27	IRON	FE
28	KJELDNIT	KJN
29	LEAD	PB
30	LITHIUM	LI
31	MAGNESIUM	MG
32	MANGANESE	MN
33	MERCURY	HG
34	MOLYBDENUM	MOLY
35	NICKEL	NI
36	NITRATE	N03
37	OILGREASE	OLGR
38	S203	S203
39	PH	PH
40	POTASSIUM	K
41	ALPHARADIO	RA
42	BETARADIO	BTR
43	RADIUMRADIO	RR
44	SELENIUM	SE
45	SILVER	AG
46	SODIUM	NA
47	SOLIDSDISS	TDS
48	SOLUSOLIDS	SOLS

	LEVEL SEGT*	ENT
LEVEL	TYPE FACTOR TYPE	LENGTH
1	S 10 A	4
2	S 1	I	2
3	S 1	I	2
4	S 1	I	2
4	S 1	F	7.1
4	S 1	F	6.3
4	S 1	F	5.3
4	S 1	F	4.1
4	S 1	F	5.2
4	S 1	F	7.1
4	S J	F	6.1
4	S J	F	6.2
4	S 1	F	6.3
4	S 1	F	4.1
4	S 1	F	6.3
4	S 3	L F	6.1
4	S 3	L F	6.1
4	S 3	L F	7.1
4	S J	L F	6.3
4	S 3	L F	7.1
4	S 3	L F	6.3
4	S 3	L F	4.1
4	S 3	L F	5.1
4	S 3	L F	6.2
4	S 3	L F	6.2
4	S 3	L F	7.1
4	S 3	L F	5.2
4	S 3	L F	5.1
4	S 3	L F	6.3
4	S 3	L F	5.2
4	S 3	I F	5.1
4	S 3	L F	6.3
4	S 3	L D	8.5
4	S 3	L F	6.3
4	S	L F	6.3
4	S	L F	6.2
4	S	L F	5.1
4	s :	L F	5.1
4	s :	L F	3.1
4	s :	L F	5.1
4	s	L F	5.1
4	s :	L F	5.1
4	s	1 F	5.1
4	s	L F	6.3
4	s	L F	6.3
4	s	1 F	7.1
4	s	1 F	7.1
4	s	1 F	7.1

IV A- 15

Table IV A- 3

DESCRIPTION FOR RAMIS FILE WTRQUAL 01/05/80

LIST	FIELDNAME	SYNONYM
49	SPECCOND	SPC
50	STRONTIUM	SR
51	SULFATE	S04
52	TEMP	TEMP
53	ZINC	ZN
54	TOTORGCARB	TOC
55	PHENOLS	PHEN
56	CYANIDE	CYAN
57	AMMONIA	NH3
58	PHOSPHATE	PHOSAT
59	SILICA	SILIC
60	URANIUM	U
61	SUSSOLID	SUSS
62	THORIUM	TH
63	CESIUM	CS
64	IODINE	I
65	ANTIMONY	SB
66	ZIRCONIUM	ZR
67	YTTRIUM	Y
68	RUBIDIUM	RB
69	GERMANIUM	GE
70	GALLIUM	GA
71	TITANIUM	TI
72	SCANDIUM	SC
73	TUNGSTEN	N
74	COBALT	CO
75	VANADIUM	V
76	BERYLLIUM	BE
77	HYDROXIDES	OH
78	CONDHYDCARB	CH
79	PALK	PA
80	MOALK	MA
81	DUMMY10

	LEVEL SEGMENT
LEVEL	TYPE FACTOR TYPE	LENGTH
4	S 1	F	7.1
4	S 1	F	4.1
4	S 1	F	6.1
4	S 1	F	4.1
4	S 1	F	6.3
4	S 1	F	5.1
4	S 3	F	6.4
4	S 1	F	6.3
4	S 1	F	8.3
4	S 1	F	6.2
4	S 1	F	6.1
4	S 1	F	5.3
4	S J	L F	7.1
4	S J	L F	6.3
4	S J	L F	6.3
4	S 1	L F	6.3
4	S 1	L F	6.3
4	S J	L F	6.3
4	S J	L F	5.3
4	S 1	L F	6.3
4	S 1	L F	6.3
4	S J	L F	6.3
4	S 2	L F	6.3
4	s \	L F	6.3
4	s :	L F	6.3
4	s :	L F	6.3
4	s :	L F	6.3
4	s :	L F	5.3
4	s :	L F	5.1
4	s	L F	7.3
4	s	L F	7.1
4	s	L F	7.1
4	s	L F	7.3

IV A-16

Table IV A4

*

risT

	DESCRIPTION FOR RAMIS FILE	USG6
	01/05/79	LE^	/EL SEGMENT
T	FIELDNAME SYNONYM	LEVEL TYPE FACTOR	TYPE	LENGTH
1	LOCATION	1	0	A	4
2	YEAR	2	0	I	2
3	MONTH	3	0	I	2
L	DAY	L	0	I	2
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6	NH3	5	0	F	7.	.2
7	B	5	0	F	7.	.2
8	CA	5	0	F	7<	► 2
0	F	5	0	F	7.	► 2
10	FE	5	0	F	7.	► 2
11	M o	5	J	F	• 7<	.2
12	K	5	0	F	7.	,2
13	SI02	5	0	F	7i	► ?
M*	MA	5	0	F	7.	► 2
15	HC03	5	0	F	7,	► 2
16	CC3	5	0	F	7*	.2
17	CL	5	0	F	7«	.2
18	SFECCONO	5	0	F	7,	► 2
19	TDS	5	0	F	7<	»2
20	KJELN2	5	0	F	7<	>2
21	N032	5	9	F	7<	.2
22	AS	s	0	F	7.	.2
23	MN	5	u	F	?:	► 2
24	PC4	5	0	F	,2
?S	DOC	5	0	F	7.	.2
26	soc	5	0	r	7<	»2
27	S04	5	0	F	7.	,2
28	SPD	5	0	F	7.	► 2
29	WEATHE- R	5	G	P	7.	.2
3C	PH	5	0	F	7,	.2
31	TEMP	5	0	F	7«	.2
32	FLOW	5	0	F	7.	i2
33	AL	5	0	F	7.	,2
34	BR	5	0	F	7.	, ?
35	BA	5	0	c	7<	,7
36	CD	5	0	F	7.	»2
37	CU	5	0	F	7*	s?
7 8	CR	5	0	c i	7.	.2
39	OG	c	0	F	7,	.2
40	PP	5	u	F	7.	, 7
LI	LI	5	0	F	7>	.2
42	HG	5	0	F	7,	.2
43	MO	5	0	F	7.	9 I.
LL	SE	5	0	F	7	.2
45	S	5	0	F	7»	.2
46	ZN	5	u	F	7	, 2
47	CN	5	Q	F	7.	,?
48	SR ,	5	0	F	7,	• 2
49	COL I 45	5	0	r	7	i?
SO	C0LI7	5	0	F	7	,2
51	STRFP	5	0	F	7,	, 2
52	TCOLI	5	0	F	7<	-}
53	COD	5	0	F	7.	!£
54	POD	5	u	F	7	► 2
55	PHpNOL	b	o	F	7-	,2
5 6	ESCAN	5	J	F	7«	,?
57	v DGAR	5	0	F	7,	,2
5B	DGBR	5	0	F	7	,2
59	SGAR	q	0	F	7,	, 2
6 0	SGBR	s		F	7,	,2
61	HARD	5	0	F	7 •	»2

IV A- 17

Table IV A- 5

		DESCRIPTION	FOR	RAMIS	FILE NPDIS
		(NPDES	File)
					LEVEL	SEGMENT
LIST	FIELDNAME	SYNONUM	LEVEL	TYPE	FACTOR TYPE LENGTH
1	LOCATION	LOC		1	S	1 A 4
2	YEAR	YR		1	S	1 ]	: 2
3	MONTH	MO		1	S	1 ]	: 2
4	DAY	DY		1	S	1 ]	[ 2
5	FLOW	FLW		2	S	0 F	: 6.1
6	TOTSOLSOLID	TSS		2	S	0 F	: 6.1
7	TOTDISSOLID	TDS		2	S	0 F	: 6.1
8	FLORIDE	F		2	S	0 F	: 6.2
9	BORON	B		2	S	0 F	: 6.2
10	AMMONASN	NH3		2	S	0 F	: 6.2
11	PHENOL	PHEN		2	S	0 F	: 6.3
12	ALUMINUM	AL		2	S	0 f	: 6.1
13	IRON	FE		2	S	0 F	: 6.2
14	OILGREASE	OG		2	S	0 ]	; 5
15	PH	PH		2	S	0 f	: 5.2
16	CADMIUM	CD		2	S	0 F	: 6.2
17	COPPER	CU		2	S	0 f	: 6.2
18	MERCURY	HG		2	s	0 f	6.4
19	SILVER	AG		2	s	0 F	: 6.2
20	ZINC	ZN		2	s	0 F	: 6.2

IV A-18

Table IV A-6

DbSCRIPTIOH rOR RAJ.U5 FILE STLAIR (Small Trailer File)

UL)/ 02/ ?'d

	FI cLDiNAAlE	SYWOh'YM
1	TRAILER	TRL
2	YEAR	V ) 1 i L
3	MOiM'Tn	J-iU
4	DAY	DY
i3	nuu'R	hri
6	SULFDIOX	502
/'	ii I iUoP J J	;iO
	i»' I i'»DDI rt30	ri'iJ
9	HELATHUM ID	Rn
0	TEMI WTRL	TI ri
i	TEM0UT30	TOUT
2	dYDRUGSULF	H2o
3	LI HE VOLT	VOLT
4	BARPRESS	PRE5
3	/.I UD5TDDEV	;.OJ
o	i A T i ^T A T T	RAI N

LEVEL SEGMENT LEVEL TYPE FACTOR TYPE LErtUTh

2 2 3 3 3 3 J 3 3 3 3 3 3 3 3

a 5 S

S

3 5 S S 5 3 S S 3 S S

o I 31 31 31 31 31 31 31 31 31 31 31 31

A A A A

A F

F F

F F F F

r F F F

3

2

6.

o.

6.

o .

o.

o .

6.

rtUViBcR Or RcOOiiDb in iA3L

p=

16 LI i\TES=

16

1

IV A- 19

Table IV A-7

DESCRIPTION FOR HA. .lib Ob/02/ /^

LlOl

1	FT ELDHAME	SY^OiJYi'-i
i	fhAILER	T.^L
2	YEAH	yr
3	MO run	:.0
4	DAY	jY
5	iriOUR	nR
6	iilTRGGOX	IiUa
7	i'jl TRICOX	i-iU
o	SULFDIGX	302
9	ril^DSpJU	h3
10	ii I itDJlH3J	hD
1 1	RELATHUMID	Rri
12	TEMI riTHL	TI a
13	TEM0UT30	TOUT
1 4	S0L.RAD	5R
15	hYDROGSULF	H2S
1 6	LI WE VOLT	VOLT
17	TOTHYDCARB	T.iC
i 8	mE FHAftE	0» i4
19	CAR3M0H0X	CO
20	OZui^E	U3
21	31 I'jnil re L*	PRE5
22	wIimOSTDUEV	liOj
2.2	HAIi'JrALL	HA I H
24	tilTROGDlGX	^02
^d	iMOiwvih i luiO	iWirivJ

FILE LTLAIh (Large Trailer File)

LEVI

2 2 3 3 3 3 3 3 3 3 3 3 3 3 o 3 3 3 3 3 3

LEVEL	SEGMENT
TYPE	FACTOR
3	2	A
3	0	A
5	0	A
S	31	A
s	31	A
3	31	F
5	31	r
S	31	F
5	31	F
S	31	F
5	31	F
5	31	F
S	31	F
S	31	F
s	31	F
5	31	F
5	31	F
S	31	F
	31	r
s	31	F
3	31	F
3	31	F
S	31	F
3	31	F
3	31	~

>£ LErt

*j^> in

2

6.

o.

6.

6 .

o .

6.

o.

6.

o.

NUMBER OF RECORDS Iti IA3Lc=

2D

.INE3-

^D

L

IV A-20

DESCRIPTION FOft fiAMI Ob/02/ 7cj

ri

Table IV A-8 ' METAIrt (Meteorological Tower File)

I	FIELDNAME	SYNO
1	TUVmEH	TOrJ
2	YEAR	Yiri
3	r.sONTri	i.;o
4	JAY	DY
5	riOUS	Hri
6	MlNDSPB	ifiol
7	nINDDIh'b	,,Jl
o	iJELH Ui*i03	riiil
	TEMPd	T...P1
10	riINDSP30	iv52
11	ft I MODI A3 0	HO 2
1 2	RELHUM30	Rri2
13	TEMP30	Ti.iP2
14	r^IHDSPI 00	i»:55
15	rtli'iDDIftl 00	n05
16	WELHUi.il 00	Hii3
i 7	TEMP 1 00	T...P5
15	HI NDSP200	ri54
19	hTNDDI 2200	,.j4
20	HELHUi.i200	H»i4
21	TEMP 2 00	T.iP4
22-	DELTTE-MP 1	on
^3	JELTTEiviP2	DT2
'-K	\dL \i,r53Q	D.J51
45	xiOR.iD30	n.iD 1
26	V EHT;'iD30	VViJI
27	ol v . . 5 i 00	D.i62
43	HOKiiDlOO	rijnD2
29	vEhT.iDl 00	Vh02
50	31 MS200	5a' 53
31	iiOWh'0200	ri»n*D3
52	VErtTnD200	Vrt03
o3	h I iSiu5D Z>	.,uVl
34	.tl i-iDSD30	;;DV2
35	,tl NQ3D1 Ou	.<jj V3
JO	i< I i«D5D200	fiOV4
j7	riHlwD5D30	H501
3d	'VNINDSD30	V5J1
59	HNINDSD1 00	H502
40	Vv»IND3DI uO	'sloul
41	riii I a OS D2 00	iioD3
42	VrtIND5D200	V303

	LEVEL	SEGMENT
LEVEL	TYPE	FACTOR	TYPE	LENGTH
1	S	1	A	3
2	S	0	A	2
2	C5	0	A	2
5	5	31	A	2
5	5	31	A	2
3	S	31	F	6.1
3	S	51	F	o. 1
3	s	31	r	b. 1
5	s	31	F	6. 1
3	5	31	F	6. 1
3	5	31	F	6.1
3	r* o	31	F	6.1
3	5	31	r— r	o. 1
3	S	31	F	6. 1
3	S	31	F	6. 1
3	s	31	F	6. 1
3	s	31	r	6. 1
3	5	31	F	6. 1
*1	5	51	F	6.1
3	S	31	r	6.1
3	S	31	F	6.1
3	S	31	F	6-1
3	S	3\	F	6. 1
3	s	31	f	6. 1
3	s	31	F	6. 1
	s	31	F	6. 1
3	5	31	F	o. 1
3	5	51	F	6. 1
3	S	31	F	6. 1
3	S	51	F	6. 1
3	5	51	F	6. 1
3	S	51	F •	6. 1
3	5	51	r	6. 1
3	5	51	*""	o • 1
5	S	51	F	o. 1
3	5	51	F	6. 1
3	S	31	F	6. 1
5	. s	31	f*	6. 1
3	5	31	F	6. 1
n O	S	31	r	6. I
3	s	31	r	o. 1
3	5	31	F	6. 1

NUMBER <)r RECORDS IN fABLE-

42 LINE5=

42

IV A-21

Table IV A-9

DESCRIPTION FOR PAH IS FILE MRIDATA 07/17/79

LIST

	FIELDNAME	SYNONYM
1	STATION	ST
2	YEAR	YR
3	MONTH	MO
4	DAY	DY
5	HOUR	HR
6	WINDSPEED	US
(	WINDDIR	IJD
8	TEMPERATURE	TEMP

LEVEL SEGMENT LEVEL TYPE FACTOR TYPE LENGTH

1 2 2 3 3 3 3 3

S S S S S S S

s

4	A	4
0	A	2
0	A	2
31	A	2
31	A	2
31	F	6.1
31	F	6.1
31	F	6.1

UMBER OF RECORDS IN TABLE =

8 LINES=

8

r

IV A-22

■«?.•«

Table IV A-10

r ~ r r, j p j i n rj foh rami? FILE F ' A r t F C 05/23/7 ,c.

1 J s

!

! I E L D N A M E

SYNONYM

LEVEL

LE VEL TYPE

SEGMENT FACTOR

TYPE

LENGTH

1

TRAILER YF AR MONTH

TRL

MO

1 2 7

S S

S

L 0 0

A I I

U 2 2

r;

D' Y

F ART ICULATE

DY PART

3 3

s s

31 31

I

F

2 5.1

•

IV A-23

Table IV A-11

DESCRIPTION FOR RAMIS FILE ACRADAR 04/18/79

LIST

	FIELDNAME	SYNONYM
1	TRAILER	TRL
2	YEAR	YR
3	MONTH	MO
4	DAY	DY
5	HOUR	HR
6	MIXHGT	MIX
7	STBCLS1	STB1
8	INVERHGT	INV
9	STBCLS2	STB2

LEVEL SEGMENT LEVEL TYPE FACTOR TYPE LENGTH

1	S	1	A	4
2	S	0	A	2
2	S	0	A	2
3	S	31	A	2
3	S	31	A	2
3	s	31	F	6.1
3	s	31	F	6.1
3	s	31	F	6.1
3	s	31	F	6.1

NUMBER OF RECORDS IN TABLE-

9 LINES-

IV A-24

Table IV A- 12

\


V. LI	ST
_ -.	— _
	1
	2
	■^
	h
	5
	6
	7
	a
	o
	10
	11
	1-2_

DESCFIPTIOK) FOR RAMIS 07/13/76

FILE MICRO (Microclimate File)

1

i /

FIELDNAME

STATION

YEAR

MONTH

CAY

STATIC _T.EHP-MX.1M_.

TEHPMN1M

SRFTPMAX

_SJIFT.PJ1I.N...

PPECIP SNOOPTH _SNOMQI_SJ—

SYNONYM

ST YP MO DY SID

JTP.MXv. - TPMN STPMX S T P to N PR SD

^ M

LEVEL	LEVEL ty??:	SEGMENT FACTOR	TYPE	LENGTH
1 2	s S	2 0	A I	2
3	s		I	--2
4 5	s 5	1 •j 0	T	2 2
_5. ... _	s	>	c	-5.1
5 5	s c	0		5.1 5.1
3	s .. . .	-0	F	5.1
5 5	0 s	0 0	F F	5,2 4.1
_5	5	0	F	_ A.. .!__..

IV A-25

..

THIS PAGE LEFT BLANK INTENTIONALLY

c

IV A-26

'

m

IV B STATION COMPUTER CODE

A four-digit computer station code has been designed for identifying environmental monitoring stations in RAMIS. It consists of two letters followed by two numbers:

AB23

t_

Station number Study or category (Example: air quality trailer) Program area Examples: Program A = air B = biology N = noise P = photography W = water m Category for Air

fl A = meteorology

B = air quality C = acoustic radar D = weather station

The codes are presented in Table IV B-l for the environmental program along with the current station designations. An attempt has been made throughout this report to refer to all stations in terms of their four-digit codes. A jacket map showing all environmental monitoring stations designated by four-digit codes can be found in Section IV C.

#*

IV B-l

Table IV B-l

COMPUTER STATION CODES

Air Quality &	Meteorology
Stc	i. Desi	qnation
Met. Tower:	@ Sta	023
Trailers:	Sta	020 021 022 023 024
Acoustic
Radar	Sta	020 021 023
MRI and
Particulates	Sta	031 032 033 041 042 043 044 056

9*

Computer Code

AA23

AB20 AB21 AB22 AB23 AB24

AC20 AC21 AC23

AD31 A032 AD33 AD41 AD42 A043 AD44 AD56

C

II Biology

Program

General Location

Deer Days Use Between Hunter Cr. & Jimmy Gulch

North Side, Piceance Creek

South Side, Piceance Creek

On Tract bet. Cottonwood & Scandard

On Tract bet. Cottonwood & Sorghum

On Tract bet. Sorghum & W. Stewart

Fork

On Tract bet. W. & M. Fork Stewart

On Tract bet. Willow & Scandard North End

Willow & Scandard S.E. Cottonwood & Sorghum

(

On Tract bet On Tract bet

North On Tract bet

South

Cottonwood & Sorghum

♦ANALYSIS CODES:

PJ-CH-C - Pinon Juniper, Chained, Control Station (12)

PJ -C . - Pinon Juniper, Control Station ( 6)

PJ-CH-D - Pinon Juniper, Chained, Development Station ( 3)

PJ -D - Pinon Juniper, Development Station ( 6)

Computer *Analysis
Code	Code
BA01 -	PJ-CH-C
BA02 -	PJ-CH-C
BA03 -	PJ-CH-C
BA04 -	PJ-CH-C
BA05 -	PJ-CH-C
BA06 -	PJ-CH-C
BA07 -	PJ-CH-C
BA08 -	PJ-CH-C
BA09 -	PJ-CH-C
BA10 -	PJ -D
BAH -	PJ -D
BA12 -	PJ -D
BA13 -	PJ -C
BA14 -	PJ -C
BA15 -	PJ -C
BA16 -	PJ -D
BA17 -	PJ-CH-C
BA18 -	PJ-CH-C
BA19 -	PJ -C
BA20 -	PJ-CH-0
BA21 -	PJ-CH-0
BA22 -	PJ -D
BA23 -	PJ-CH-0
BA24 -	PJ
BA25 -	PJ-CH-C
BA26 -	PJ -C
BA27 -	PJ -C
BA28 -	PJ-CH-C
BA29 -	PJ-CH-C
BA30 -	PJ-CH-C

BA31 - PJ-CH-C

(

IV B-2

Biology Cont'd

Table IV B-l (Continued)

Program

Deer Mortality

Deer Age Class Coyotte Abundance

General Location North Side of Piceance Creek

South Side of Piceance Creek

General Area of Tract

8 Transects for Total of 30 miles 15 mi seg. near Hunter (control) 15 mi seg. on & South of Tract (development)

Lagomorph Abundance Identical Locations to deer use days

Small Mammals Piceance Creek (Development)

On-Tract-west (Development)

Piceance Creek (Control)

On Tract-east (Control)

Avifauna

Songbirds and Gamebirds

Raptors

Aquatic Ecology Benthos

Periphyton

N.W. of Tract-near Jimmy PJ-CH-C On Tract-Scandard PJ -D On Tract-Cottonwood PJ-CH-D S. of Tract-bet. W&N Fork Stewart PJ

The entire tract and surrounding study areas.

Computer Code

BD01 BD02 BD03 BD04 BD05 BD06 BD07 BD08 BD09 BD10

BE01

BF01

BF02 thru BF08

BA01 to BA31

BG01 BG02 BG03 BG04

BH01 BH02 BH03 BH04

BI01

Water Quality

Vegetation Community Structure

USGS 90306007 (Control) USGS 58 (Development) USGS 61 (Development)

Piceance Creek Upstream (Control)

Piceance Creek Downstream (Development)

USGS 09306061 (Development)

Herb Productivity and Utilization

Shrub Productivity and Utilization

General Condition

Chained pinyon juniper (1978)(Dev)

Chained pinyon juniper (1978) (Cont)

Upland sagebrush (1980) (Cont)

Bottomland sagebrush (1980) (Cont)

Pinyon juniper woodland (1979)(Dev)

Pinyon juniper woodland (1979)(Cont)

Identical locations to community structure

Plus

60 range cages in random locations 20 cages on south facing PJ for baseline 5 cages for fertilization assessment

Same stations as Deer Use Days Study By aircraft over entire Tract area

WU07 WU58 WU61

WP01 WP02 WP03

WU61

BJ01 BJ02 BJ03 BJ04 BJ05 BJ06

BJ01 thru BJ06

BK01 thru BK60 BK61 thru BK80 BK81 thru BK85

BA01 thru BA31 Not in computer

IV B-3

Table IV B-l (Continued)

Biology (Cont'd)

Programs: Deer Distribution & Migration and Road Kills

Mile	Location	Computer	Code
Marker	North of Piceance Creek	South (Meadows) of Piceance Creek
41	White River City Piceance Bridge	BN41	BM41
40	BN40	BM40
39	Lower Canyon	BN39	BM39
38	Piceance Canyon	BN38	BM38
37	Yellow Creek	BN37	BM37
36	Stinking Springs	BN36	BM36
35	Old Bridqe	BN35	RM35
34	Little Hills Turnoff	BN34	BM34
33	Old Corrals & Buildings	BN33	BM33
32	Burk Ranch	BN32	BM32
31	E! Ranch	BN31	BM31
30		BN30	BM30
29		BN29	BM29
28	Bureau of Mines	BN28	BM28 BM27
27	Ryan Gulch	BN27
26	Pump Station	BN26	BM26
25		BH25	BM25
24	Rock School	BN24	BM24
23	AQ 021	BN23	BM23
22	Pat Johnson's Ranch	BN22	BM22
21	Hunter Creek	BN21	BM21
20	PL Gate	8N20	BM20
19	AQ 020	BN19	BM19
18	Sorghum, Cottonwood	BN18	BM18
17	Stewart Gulch Rd.	BN17	BMW
16	A Q Trailer 022	BN16	BM16
15	Oldland's Ranch	BN15	BM15
14	Oldland's Ranch	BN14	BM14
13	Pond and Cabin	BN13	BM13
12	Spraque Gulch	BN12	BM12
11	Cascade Gulch	BN11	BM11
10	13 Mile Gulch	BN10	BM10
9	14 Mile Gulch	BN09	BN)9
8	Schutte Gulch	BN08	BM08
7	Robinson's Ranch	BN07	BM07
6		BN06	BM06
5	2 Old Cabins (35 MPH Curve)	BN05	BM05
4	McCarthy Gulch	BN04	BM04
3	Cow Creek	BN03	BM03
2	Mahoqany Outcropping	BN02	BM02
1	Woodward Ranch	BN01	BM01

r

Rio Blanco Store

BN00

BM00

IV B-4

Table IV B-l (Continued)

Biology (Cont'd)

Program General Location Computer Code

Micro Climate MC Sta. 1 BC01

2 BC02

3 BC03

4 BC04

5 BC05

6 BC06

7 BC07

8 BC08

9 BC09 13 BC13

III Noise

Station Designation Computer Code

Traffic Noise Sta II NA02

IX NA09

XV NB15

IV Photography

fl

»

PI PA01

P2 PA02

P3 PA03

P4 PA04

P5 PA05

P6 PA06

P7 PA07

P8 PA08

P9 PA09

P10 PA10

Pll PAH

P12 PA12

P13 PA13

P14 PA14

PI 5 PA15

P16 PA16

PI 7 PAW

P18 PA18

P19 PA19

P20 PA20

P21 PA21

P22 PA22

P23 PA23

P24 PA24

P25 PA25

P26 PA26

P27 PA27

P28 PA28

P29 PA29

P30 PA30

P31 PA31

P32 PA32

P33 PA33

P34 PA34

P35 PA35

IV B-5

Table IV B-l (Continued) V Water

	Station Designation	Computer Code
USGS Stream		•
Gauging Station	09304800	WU48
	09306007	WU07
	36	WU36
	39	WU39
	42	WU42
	61	WU61
	50	WU50
	52	WU52
	58	WU58
	33	WU33
	25	WU25
	15	WU15
	28	WU28
	22	WU22
	09306200	WUOO
	6222	WU62
	6255	WU55
Alluvial Wells	A-l	WA01
	A-2	WA02
	A-3	WA03
	A-4	WA04
	A-5	WA05
	A- 5 A	WA55
	A-6	WA06
	A-7	WA07
	A-8	WA08
	A-9	WA09
	A-10	WA10
	A-11	WA11
	A-12	WA12
	A-13	WA13
Springs and Seeps	CB S-l	WS01
	CB S-2	WS02
	CB S-3	WS03
	CB S-4	WS04
	CB S-6	WS06
	CB S-7	WS07
	CB S-8	WS08
	CB S-9	WS09
	CB S-10	WS10
	CB Seep-A	WS11

IV B-6

IV B-4

I ) V Water - Cont'd

m

•

Table IV B-l (Continued)

Station Designation Computer Code

Springs and Seeps CER-1 WS21

B-3 WS22

H-3 WS23

F-3 WS24

Fig. 4-A WS25

W-4 WS26

W-9 WS27

CER-7 WS28

S-9 WS29

P3 & P3A WS30

CER-6 WS31

W-2 WS32

S-2 WS33

W-3 WS34

Fig. 4 WS35

Precipitation CB-020 AB20

CB-023 AB23

LH WR01

M WR02

S6 WR03

CG WR04

JQS WR05

EFPC WR06

EMFPC WR07

IV B-7

Table IV B-l (Continued)

V Water - Cont'd • Upper Aquifer Wells

Before Recompletions Station Code

After Recompletions Station Code

CB-2	WX02
CB-4	WX04
SG-10A	WX10
SG-IA	WX11
SG-1-2	WX12
SG-17-2	WX17
SG-18A	WX18
SG-19	WX19
SG-20	WX20
SG-21	WX21
AT-1C-3	WX44
SG-11-3	WX55
SG-6-3	WX63
SG-8-2	WX82
SG-9-2	WX92
32X-12	WX32
33X-1	WX33
41X-1	WX41
TH75-5A	WX64
TH75-13A	WX65
TH75-18A	WX67
TH75-9A	WX69
CER RB-D-02	WX71
TH75-15A	WX72
UNION 8-1	WX73
COLONY 12-596	WX74

Lower Aquifer Wells

Before Recompletions

Station

Code

CB-1	WY01
SG-10	WY09
SG-1-1	WY12
SG-17-1	WY18
AT-1C-1	WY45
AT-1C-2	WY46
SG-11-1	WY51
SG-11-2	WY54
SG-6-1	WY61
SG-6-2	WY62
SG-8	WY80
SG-9-1	WY91
AT-1	WY44
TH75-5B	WY64
TH75-13B	WY65
EQUITY-1	WY66
TH75-18B	WY67

After	Recompletions
Station	Code
SG-10R	WY10
SG-17-1R	WY17
SG-11-1R	WY52

SG-8R

WY81

IV B-8

Table IV B-l (Continued)

.

V Water - Cont'd

Lower Aquifer Wells (Cont'd)

r

Before	Recompletions
Station	Code
TH75-10B	WY68
TH75-9B	WY69
EQUITY-SULFER-1A	WY70
CER RB-D-03	WY71
TH75-15B	WY72
TG71-3	WY75
TG71-5	WY76
GETTY 9-4D	WY77
TG71-4	WY78
EQUITY BS-13	WY79
Composite Wells
Station	Code
GREENO 4-4	WV01
OLDLAND 3	WV02
GP-17X-BG	WV03
BUTE 25	WV04
LIBERTY BELL 12	WV05
Seepage Monitoring	Wells
Station	Code
31X-12	WW12
41X-13-J	I WW13
Ponds
Station	Code
POND A	WN01
POND B	WN02
POND C	WN03
POND A SPRINGS	WN11
POND B SPRINGS	WN12

After Recompletions Station Code

POND A INLET

POND B INLET

POND C INLET

POND A-B CROSSOVER

POND B OUTLET

POND C OUTLET

BACKWASH POND

BACKWASH POND SPRINGS

BACKWASH POND INLET

BACKWASH POND OUTLET

POND AB DISCHARGE

WN21 WN22 WN23 WN31 WN32 WN33 WN04 WN14 WN24 WN34 WN40

IV B-9

Table IV B-l (Continued)

V Water - Cont'c	i
Shafts
	Station	Code
V/E SHAFT	PROBE HOLES	WZOl
SERVICE SHAFT	PROBE HOLES	WZ02
PRODUCTION SHAFT	PROBE HOLES	WZ03
V/E SHAFT	WATER RING	WZ11
SERVICE SHAFT	WATER RING	WZ12
PRODUCTION SHAFT	WATER RING	WZ13
V/E	SHAFT SUMP	WZ21
SERVICE	SHAFT SUMP	WZ22
PRODUCTION	SHAFT SUMP	WZ23

r

V...

y

IV B-IO

CO

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O O 30

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c

»

IV STATION COORDINATES

Environmental monitoring station coordinates have been specified by latitude and longitude and by township and range during this report period. The above information plus ground level elevations (taken from section topology maps) for each station are presented in Table IV C-l. Previously reported Colorado Coordiante System coordinates have been deleted from this report be- cause of inconsistencies with development plan maps. Corrected coordinates will be calculated and presented in future reports. In cases where stations represent biological transects several meters in length, the coordinates reported are those of a point on the map near the station label. A jacket map of the Tract area (Figure IV C-l) showing all monitoring stations on and near Tract C-b has also been prepared; stations are designated by their four-digit computer station codes.

(

*

IV C-l

Table IV C-l

ENVIRONMENTAL DATA COLLECTION STATION COORDINATES

STATION CODE+	LATITUDE & LONGITUDE	TOWNSHIP & RANGE	STATE COORDINATES* ELEVATION
WW! 2	39° 108°	48' 13'	42" 27"	T3S R97W Sec 1 SEW, Sift, SEW	6780'
WX02	39° 108°	48' 12'	54" 22"	T3S R96W Sec 6 SEW, NWW, SEW	6730'
WX03	39° 108°	48' 11'	51" 27"	T3S R96W Sec 5 NWW, Sift, SEW	6740'
WX04	39° 108°	47' IT	11" 50"	T3S R96W Sec 17 SEW, Nlft, Sift	7040'
WXIO	39° 108°	47' 13'	46" 06"	T3S R97W Sec 13 NE%, NEW, NEW	6950'
WX12/WY12	39° 108°	48' 14'	48" 35"	T3S R97W Sec 2 NEW, Sift, SEW	6440'
WX17/WY17	39° 108°	46' 10'	57" 50"	T3S R96W Sec 16 SWW, Sift, Sift	7040'
WX19	39° 108°	49' IT	31" 58"	T3S R96W Sec 5 NWW, NWW, NWW	6370'
WX20	39° 108°	49' 12'	33" 24"	T2S R96W Sec 31 SEW, SWW, SEW	6350'
WX21	39° 108°	46' 13'	57" 28"	T3S R97W Sec 13 SEW, Sift, SEW	6870'
WX32	39° 108°	48' 13'	26" 34"	T3S R97W Sec 12 NWW, SWW, NEW	6840'
WX33	39° 108°	48' 13'	59" 27"	T3S R97W Sec 1 SEW, NWW, SEW	6720'
WX44/WY45 /WY46	39° 108°	48' 12'	03" 47"	T3S R96W Sec7 SWW, NEW, SWW	6910'
WX55/WY52 /WY54	39° 108°	47' 12'	59" 05"	T3S R96W Sec 7 SEW, SEW, SEW	6900'
UX63/WY61 /WY62 /WY81 WX92/WY91	39° 108° 39° 108°	48' 12' 47' 14'	13" 31" 49" 18"	T3S R96W Sec 7 NWW, NWW, SEW T3S R97W Sec 11 SEW, SEW, SEW	6870' 6870'
WYOl	39° 108°	48' 14'	51" 01"	T3S R97W Sec 1 NEW, SWW, SWW	6780'
WYIO	39° 108°	47' 13'	46" 05"	T3S R97W Sec 13 NEW, NEW, NEW	6950'
WY81	39° 108°	48' 10'	12" 23"	T3S R96W Sec 9 NEW, NEW, SWW	6540'
WZOl	39° 108°	48' 13'	59" 27"	T3S R96W Sec 1 SEW, NWW, SEW	6720
*Plane Coordinate P	rojectior	i Tables, Colorado,	Special Publication

No. 276, U.S. Government Printing Office.

+Multiiple station codes at the same location indicates samples taken at different depths.

IV C-2

Table IV C-l (Continued)

ENVIRONMENTAL DATA COLLECTION STATION COORDINATES

STATION CODE	LATITUDE & LONGITUDE	TOWNSHIP & RANGE	STATE COORDINATES* ELEVATION
WSOl	39° 108°	49' IT	30" 01"	T3S R96W Sec 5 NE%, NEfc, NEfc	6380'
WS02	39° 108°	48' 10'	04" 16"	T3S R96W Sec 9 SW%, NW%, SE'j	6540'
WS03	39° 108°	49- IT	32" 08"	T3S R96W Sec 5 NW>3, NE>a, NE>3	6360'
WS04	39° 108°	48' 10'	03" 13"	T3S R96W Sec 9 NEfc, Sift, SEfa	6550'
WS06	39° 108°	50' 14'	23" 38"	T2S R97W Sec 35 NE««, NWfc, NE5>	6260'
WS07	39° 108°	50' 14'	18" 33"	T2S R97W Sec 35 SVfc, NEi, NE>j	6280'
WS08	39° 108°	48' 14'	57" 47"	T3S R97W Sec 11 SE'j, NEV, SE>,	6400'
WS09	39° 108°	48' 14'	04" 50"	T3S R97W Sec 14 Nlft, NE>j, SW,	6550'
WSIO	39° 108°	47' 15'	16" 01"	T3S R97W Sec 2 SE'j, NEi, Sift	6580'
WU07	39° 108°	49' 10'	31" 58"	T3S R96W Sec 5 NE>j, NE*, NE%	6400'
WU15	39° 108°	47' 10'	20" 23"	T3S R96U Sec 16 NE'j, NE'j, Sift	6600'
WU22	39° 108°	48' IT	45" 0"	T3S R96W Sec 5 SE'j, SE»j, SE'j	6460'
WU25	39° 108°	46' IT	56" 21"	T3S R96W Sec 17 SE%, Sift, SE'j	6680
WU28	39° 108°	48' 10'	42" 59"	T3S R96W Sec 5 SE'j, S£\, SE'j	6460'
WU33	39° 108°	47' 12'	14" 33"	T3S R96W Sec 18 SE*, NE»,, Sift	6860'
WU36	39° 108°	49' IT	28" 54"	T3S R96W Sec 5 NE'j, Nlft, Nlft	63Bn'
WU39	39° 108°	49' 12'	34" 28"	T2S R96W Sec 31 SWV, SVft, SE'j	638"'
WU42	39° 108°	50' 13'	3" 12"	T2S R97W Sec 36 SE^, SE'j, NE'j	6430'
WU50	39° 108°	47' 13'	42" 39"	T3S R97W Sec 13 NE'j, NE'j, Nlft	6660'
WU52	39° 108°	48' 14'	49" 33"	T3S R97W Sec 2 NE'j, SWj, SE'j	6460'
WU58	39° 108°	50' 14'	12" 37"	T2S R97W Sec 35 NE1!, SWjr NE'j	6280'
WU61	39° 108°	5T 15'	3" 31"	T2S R97W Sec 27 NE'j, SE'j, NE'j	6220'
♦Plane	Coordinate P	rojection	Tables, Colorado,	Special Publication

No. 276, U. S. Government Printing Office.

IV C-3

Table IV C-l (Continued)

ENVIRONMENTAL DATA COLLECTION STATION COORDINATES

V.

STATION CODE	LATITUDE & LONGITUDE	TOWNSHIP & RANGE	STATE COORDINATES* ELEVATION
PA32	39° 108°	47' 10'	26" 18"	T3S R96W Sec 16 SW, Sift, NE	6640'
PA33	39° 108°	46' 13'	58" 00"	T3S R96W Sec 18 Sift, Sift, SW*	7060'
PA34	39° 108°	46' 12'	53" 03"	T3S R96W Sec 19 NE, NE^, NE	7120'
PA35	39° 108°	45' 13'	19" 05"	T3S R97W Sec 25 NE'j, SE, SE	7400'
WATER
WAOl	39° 108°	50' 13'	32" 53"	T2S R97W Sec 25 Sift, SE*, Sift	6300'
WA02	39° 108°	50' 14'	10" 36"	T2S R97W Sec 35 NE>», Sift, NE*	6280'
WA03	39° 108°	48' 14'	48" 31"	T3S R97W Sec 2 NE^, Sift, SE*	6460'
WA04	39° 108°	47' 13'	26" 34"	T3S R97W Sec 13 Sift, SW, NE	6700'
WA05	39° 108°	50' 13'	4" 14"	T2S R97W Sec 36 Sift, SE, NE	6330'
WA06	39° 108°	49' 12'	36" 25"	T2S R96W Sec 31 SE, SW, SE*	6360'
WA07	39° 108°	49' IT	32" 57"	T3S R96W Sec 5 MW, NW, Nlft	6370'
WA08	39° 108°	49' IT	11" 8"	T3S R96W Sec 5 SW. SE, NE*	6400'
WA09	39° 108°	48' 10'	10" 22"	T3S R96W Sec 9 NE, NE, SW*	6420'
WAIO	39° 108°	47' 10'	24" 23"	T3S R96W Sec 16 SE, SE, NW*	6580'
WA11	39° 108°	48' IT	18" 5"	T3S R96W Sec 8 SW, SE, NE*	6550'
WA12	39° 108°	46' IT	57" 24"	T3S R96W Sec 17 SW, SW, SE*	6700'
WAT 3	39° 108°	47* 12'	13" 34"	T3S R96W Sec 18 SW, NW, SE*	6840'
WPOl	39° 108°	49' IT	35" 01"	T2S R96W Sec 32 SE, SE, SE*	6380
WP02	39° 108°	49' 12'	40" 0"	T2S R96W Sec 32 NW, SW, SW*	6300'
WP03	39° 108°	5T 15'	03" 27"	T2S R97W Sec 26 MW, SW, NW*	6220'
*Plane	Coordinate Proiectior	i Tables, Colorado,	Special Publication

No 276, U. S. Government Printing Office.

IV C-A

Table IV C-l (Continued)

ENVIRONMENTAL DATA COLLECTION STATION COORDINATES

STATION CODE	LATITUDE & LONGITUDE	TOWNSHIP & STATE RANGE COORDINATES* ELEVATION
PA12	39° 108°	48' IT	47" 27"	T3S R96W Sec 5 SWJs, SWJj, SEh	6740'
PA13	39°, 108°	49' IT	44" 16"	T2S R96W Sec 32 SE%, SWJ4, SEJ*	6500'
PA14	39° 108°	48' 14'	22" 28"	T3S R97W Sec 11 NEJj, SWJs, NEJs	6700'
PA15	39° 108°	48' 14'	20" 01"	T3S R97W Sec 12 NEs, SWJs, NWs	6670'
PA16	39° 108°	47' 13'	56" 47"	T3S R97W Sec 12 NEs, SEJj, SW%	6730'
PA17	39° 108°	48' 13'	36" 18"	T3S R97W Sec 12 NWJg, NE%, NE%	6760'
PA18	39° 108°	48' 13'	31" 09"	T3S R97W Sec 12 SWJs, NEJs, NE*a	6820'
PA19	39° 108°	47' 12'	51" 56"	T3S R96W Sec 7 SWJs, SWJs, SW%	6870'
PA20	39° 108°	48" 12'	05" 46"	T3S R96W Sec 7 SWJs, NEia, SWia	6890'
PA21	39° 108°	47' 12'	46" 03"	T3S R96W Sec 18 NEis, NEJs, NEJs	6920'
PA22	39° 108°	48' IT	16" 32"	T3S R96W Sec 8 SE4, SE!, NWJs	6860'
PA23	39° 108°	48' 10'	39" 56"	T3S R96W Sec 8 NEia, NE%, NEJs	6540'
PA24	39° 108°	47' 10'	58" 42"	T3S R96W Sec 9 NE%, SWJs, SWJs	6880'
PA25	39° 108°	48' 10'	10" 24"	T3S R96W Sec 9 NEU, NEs, SWJs	6520'
PA26	39° 108°	47' 13'	26" 37"	T3S R97W Sec 13 SEJg, SEJs, NWJs	6770'
PA27	39° 108°	47' 12'	23" .57"	T3S R96W Sec 18 SWJs, SWJs, NWs	6980'
PA28	39° 108°	47' 12'	03" 57"	T3S R96W Sec 18 NWa, SWJs, SWJs	7010'
PA29	39° 108°	46' IT	39" 19"	T3S R96W Sec 17 SWJs, SWJs, SEJs	6700'
PA30	108°	46' 10'	C7" 47"	T3S R96W Sec 16 SWJs, SWJs, SWJ«	7120'
PA31	39° 108°	47' 10'	45". 43"	T3S R96W Sec 16 NEJs, NWJs, NWJs	6920'

* Plane Coordinate Projection Tables, Colorado, Special Publication No. 276, U. S. Government Printing Office.

IV C-5

Table IV C-l (Continued)

ENVIRONMENTAL DATA COLLECTION STATION COORDINATES

(

STATION CODE	LATITUDE & LONGITUDE	TOWNSHIP & STATE RANGE COORDINATES* ELEVATION
BJ03	39° 108°	46' 12'	58" 01"	T3S R96W Sec 17 Site, SWJj, SWJj	7100'
BJ04	39° 108°	47' 13'	24" 27"	T3S R97W Sec 13 SE^s, SWi, HE*	6700'
BJ05	39° 108°	48' IT	08" 53"	T3S R96W Sec 8 SEHi, NWJs, SWJs	6840'
BJ06	39° 108°	47' 10'	54" 41"	T3S R96W Sec 9 SEfc, SW%, SWJs	6880'
II. NOISE
NA02	39° 108°	50' 14'	42" 19"	T2S R97W Sec 25 SWJa, NWis, SW%	i 6520'
NA09	39° 108°	49 ' 14'	08" 16"	T3S R97W Sec 2 S£h, SE%, NEfc	6660'
NB15	39° 108°	49* 13'	04" 26"	T3S R97W Sec 1 HEh, NW%, SE%	6720'
IV. PHOTOGRAPHY
PAOl	39° 108°	51 ' IT	50" 21"	T2S R96W Sec 20 SW?s, SW?3, NE%	7420'
PA02	39° 108°	50' 14'	43" 04"	T2S R97W Sec 25 SE%, mih, SUh	6560'
PA03	39° 108°	50' 14'	23" 06"	T2S R97W Sec 36 NEfc, NWJs, NWis	6300'
PA04	39° 108°	49' 13'	58" 10"	T2S R97W Sec 36 UEh, NE^, SEJj	6410'
PA05	39° 108°	49' 14'	03" 40"	T3S R97W Sec 2 NW%, NW%, SE%	6410'
PA06	39° 108°	48' 14'	55" 04"	T3S R97W Sec 1 SW%, NW%, SWa	6770'
PA07	39° 108°	48' 13'	55" 56"	T3S R97W Sec 1 SE*4, NW%, SW%	6770'
PA08	39° 108°	49' 1 *j l	19" /l.Q II	T3S R97W Sec 1 NW%, SEs, NW%	6760' i
PA09	39° 108°	48' 12'	54" 19"	T3S R96W Sec 6 NE'i, SWJs, SEk	6750'
PAIO	39° 108°	49' IT	30" 49"	T3S R96W Sec 5 Wi, Mk, NWJs	6430'
PA11	39° 108°	48' 11 '	41" 46"	T3S R96W Sec 5 SWJa, SE%, SWJs	6700'

* Plane Coordinate Projection Tables. Colorado, Special Publication No. 276, U. S. Government Printing Office.

IV C-6

•

Table IV C-l (Continued)

ENVIRONMENTAL DATA COLLECTION STATION COORDINATES

STATION CODE	LATITUDE & LONGITUDE	TOWNSHIP & STATE RANGE COORDINATES*	ELEVATION
BDIO	39° 108°	49' IT	18" 49"	T3S R96W Sec 5 NE>s, SWJs, NUfc	6420'
	Coordinates Picked	Near Transect Map .Code	Label
BFOl	39° 108°	47* 16'	54" 34"	T3S R97W Sec 9 NEJs, SEJs, SEJj	6900'
BF02	39° 108°	48' 14'	02" 23"	T3S R97W Sec 11 SWJj, NE*a, SEig	6800'
BF03	39° 108°	46' 13"	41" 30"	T3S R97W Sec 24 NW^, SWJj, NE*a	6860'
BF04	39° 108°	46" 13'	25" 04"	T3S R97W Sec 24 NEJs, HEh, SE*s	7190'
BF05	39° 108°	47' 12'	30" 07"	T3S R96W Sec 18 NE%, SEh, NEfc	6980'
BF06	39° 108°	47' IT	44" 42"	T3S R96W Sec 17 NVfis. NE%, NVft;	6940'
BF07	39° 108°	46" IT	09" 49"	T3S R96W Sec 20 SW!s, SE^s, SW%	6820'
BF08 •	39° 108°	47' 10'	35" 46"	T3S R96W Sec 16 HEh, SW%, NVfis	6950'
BGOl	39° 108°	50' 14'	17" 0"	T2S R97W Sec 36 SfcRs, N0s, NWJj	6360'
BG02	39° 108°	47' 13'	48" 21"	T3S R97W Sec 13 NE%, HUh, NEia	6940'
BG03	39° 108°	49- 12'	39" 08"	T2S R96W Sec 31 SE*s, SEJj, SEJj	6300'
BG04	39° 108°	47' 10'	40" 54"	T3S R96W Sec 16 SW5s, NW%, NW%	6860'
BHOl	39° 108°	48' 16'	45" 0"	T3S R97W Sec 5 SEh, SE%, Site	6660'
BH02	39° 108°	47' 13'	49" 35"	T3S R97W Sec 12 Site, Site, SE%	6780'
BH03	39° 108°	48' 12'	6" 5S"	T3S R96W Sec 7 Site, Nite, sw%	6840'
BH04	39° 108°	46' 10'	43" 56"	T3S R96W Sec 20 . NE^, SE^, NE^	7120'
BJOl	39° 108°	47' IT	57" 57"	T3S R96W Sec 8 Nlte, Site, Site	6860'
BJ02	39° 108°	47' 14'	45" 21"	T3S R97W Sec 14 Nlte, NEs, U£h	6870'

* Plane Coordinate Projection Tables. Colorado, Special Publication No. 276, U. S. Government Printing Office.

IV »C-7

o

Table IV C-l (Continued)

ENVIRONMENTAL DATA COLLECTION STATION COORDINATES

(

STATION CODE	LATITUDE & LONGITUDE	TOWNSHIP & STATE RANGE COORDINATES* ELEVATION
BA31	39° 108°	48' 12'	23" 39" %	T3S R96W Sec 7 NE>a, SE%, Nlte	6820'
BCOl	39° 108°	47' IT	57" 57"	T3S R97W Sec 8 Nlte, Site, Site	6860'
BC02	39° 108°	47' 14'	49" 21"	T3S R97W Sec 11 Ski's, SE»s, SE%	6860'
BC03	39° 108°	46' IT	56" 58"	T3S R96W Sec 17 Site, Site, Site	7100'
BC04	39° 108°	47' 13'	28" 31"	T3S R97W Sec 13 Nlte, SW%, NE^a	6700'
BC05	39° 108°	48' IT	08" 53"	T3S R96W Sec 8 SE%, Nlte, Site	6840'
BC06	39n 108°	47" 10'	54" 43"	T3S R96W Sec 9 SE^a, Site, Site	6900'
BC07	39° 108°	47' 13'	45" 15"	T3S R97W Sec 13 Nlte. Nft, NE%	6940'
BC08	39° 108°	50" 14'	38" 20"	T2S R97W Sec 25 Nlte, Site, Site	6350'
BC09	39° 108°	49' IT	30" 52"	T3S R96W Sec 5 NE*s, Nlte, rote	6400'
BC13	39° 108°	47' IT	19" 19"	T3S R96W Sec 17 NE5s, NVte, SE%	6700'
BDOl	39° 108°	50' 14'	57" 46"	T2S R97W Sec 26 SEk, SEs, NEs	6380'
BD02	39° 108°	50' 13'	47" 55"	T2S R97W Sec 25 Nlte, NEfe, Site	6370'
BD03	39° 108°	50' 12'	34" 57"	T2S R96W Sec 30 Site, Site, Site	6420'
BD04	39° 108°	50' 12'	04" 17"	T2S R96W Sec 31 Site, SEs, NE%	6420'
BD05	39° 108°	50' IT	08" 41"	T2S R96W Sec 32 Nlte, SEs, Nlte	6420'
3D06	39° 108°	49' 10'	45" 36"	T2S R96W Sec 33 rote, SEs, site	6500'
BD07	39° 108°	49' 13'	52" 16"	T2S R97W Sec 36 Site, NEU, SE%	6380'
BD08	39° 108°	49' 12'	45" 44"	T2S R96W Sec 31 Nlte, SE'i, Skte	6360'
BD09	39° 108°	49' 12'	25" 28"	T3S R96W Sec 6 Site, Nlte, NE?a	6410'

Plane Coordinate Projection Tables, Colorado, Special Publication No. 276, U. S. Government Printing Office.

IV C-8

Table IV C-l (Continued)

ENVIRONMENTAL DATA COLLECTION STATION COORDINATES

STATION CODE	LATITUDE & LONGITUDE	TOWNSHIP & STATE RANGE COORDINATES* ELEVATION
BA12	39° 108°	50' 13'	31" 7"	T2S R97W Sec 25 SEJs, SE^a, SE*a	6600'
BA13	39° 108°	49- 12'	54" 4"	T2S R96W Sec 31 SBt, HEh, SE%	6600'
BA14	"39° 108°	49' 10'	51" 55"	T2S R96W Sec 33 sw^, mn, s\ih	6700'
BA15	39° 108°	49. 10'	44" 32"	T2S R96W Sec 33 NWs, S£h, Sift;	6600'
BAT 6	39° 108°	49' 14'	54" 10"	T2S R97W Sec 36 Mh, Mh, SW%	6500'
BA17	39° 108°	48' 14'	29" 37"	T3S R97W Sec 11 SVfis, Nlife, NE%	6680'
BA18	39° 108°	47" 14'	47" 17"	T3S R97W Sec 14 UVih, NEfs, NE'-s	6820'
BAT 9	39° 108°	47' 14"	54" 2"	T3S R97W Sec 12 NE3i, SVIh, SW^a	6680'
BA20	39° 108°	48' 12'	16" 38"	T3S R96W Sec 7 SEh, se%, tm	6860'
BA21	39° 108°	47' 12'	57" 33"	T3S R96W Sec 7 HEk, SEfc, SWJj	6820'
BA22	39o 108°	47' 12'	9" 35"	T3S R96W Sec 18 SE%, NEfc, SVlh	6860'
BA23	39° 108°	48' 12'	0" 6"	T3S R96W Sec 7 nth, SE^, SE%	6840'
BA24	39° 108°	48' IT	52" 49"	T3S R96W Sec 5 NE*a, Skfis, SW^	6640'
BA25	39° 108°	47' IT	15" 46"	T3S, R96W Sec 17 NWV, H£h, SWJa	7000'
BA26	39° 108°	48' 10'	9" 51"	T3S R96W Sec 9 mh, NWJg, SW%	6840'
BA27	39° 108°	47' 10'	5" 50"	T3S R96W Sec 16 NW^a, SW?a, SW>s	7020'
BA28	39° 108°	48' 14'	29" 28"	T3S R97U Sec 11 SEJj, Mh, H£h	6680'
BA29a	39° 108°	47' 14'	43" 14"	T3S R97W Sec 14 NE^, NEs, NE%	6860'
BA29b	39° 108°	47' 14'	38" 21"	T3S R97W Sec 14 SWa, NE'a, NEJ4	6900'
BA30	39o 108°	48' 12'	49" 34"	T3S R96W Sec 6 H£h, SE'a, SW4	6720'

* Plane Coordinate Projection Tables, Colorado, Special Publication No. 276, U. S. Government Printing Office.

IV C-9

II,

Table IV C-l (Continued)

ENVIRONMENTAL DATA COLLECTION STATION COORDINATES

STATION LATITUDE & TOWNSHIP & STATE

CODE LONGITUDE RANGE COORDINATES* ELEVATION

6950' •6280' 6950' 6750' 6310' 6720' 6380'

6480' 6500' 6640' 6600' 6720' 5780' 6860' 6860' 6940' 6600' 6580'

* Plane Coordinate Projection Tables, Colorado, Special Publication

Do. 276, U. S. Government Printing Office.

IV C-10

AA23	39° 108°	47' 12'	43" 58"	T3S R96W Sec 18 Nlte, Nlte, Nlte
AB20	39° 108°	50' 13'	10" 08"	T2S R97W Sec 36 NE=a, SE5s, NSt
AB23	39° 108°	47' 12'	43" 54"	T3S R96W Sec 18 NEs, NW%, Mk
AB24	39° 108°	48' 12'	49" 20"	T3S R96W Sec 6 NE%, Site, SE*a
AC20	39° 108°	50' 13'	08" 06"	T2S R97W Sec 36 NEs, SE^a, HEh
AD42	39° 108°	48" 13'	58" 08"	T3S R97W Sec 1 SE%, NE*s, SE%
AD56	39° 108°	49' 12'	31" 21"	T3S R96W Sec 6 HEh, Nlte, NEJs
BIOLOGY
BA01	39° 108°	50' 16'	17" 10"	T2S R97W Sec 34 Site, HEh, Mh
BA02	39°, 108°	50' 16'	0" 16"	T2S R97W Sec 34 SE5s, Site, Nlte
BA03	39° 108°	49* 16'	31" 2"	T3S R97W Sec 3 NEt, NEJs, Mh
BA04	39° 108°	49' 15'	4" 44"	T3S R97W Sec 3 NEs, Nlte, SE%
BA05	39° 108°	48' 16'	41" 9"	T3S R97W Sec 3 Site, SEs, Site
BA06	39° 108°	48' 16'	18" 16"	T3S R97U Sec 10 SE^a, Site, Nlte
BA07	39° 108°	47' 16'	54" 17"	T3S R97W Sec 10 Nlte, Site, Site
JnUO	39°, 108°	47' 16'	32" 37"	T3S R97W Sec 16 Hlh, SEs, NEfc
BA09 .	39° 108°	47' 16'	9" 48"	T3S R97W Sec 16 SEh, Nlte, SE%
BA10	39° 108°	50' 14'	52" 16"	T2S R97W Sec 25 Site, Site, Nlte
BA11	39°, 108°	50' 13'	43" 43"	T2S R97W Sec 25 SE'a, HEh, Site

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