GROUND-WATER-LEVEL DATA FOR THE

ALBUQUERQUE-BELEN BASIN, NEWMEXICO,

THROUGH WATER YEAR 1985

By G.E. Kues

U.S. GEOLOGICAL SURVEY 

Open-File Report 87-116

Prepared in cooperation with the 

CITY OF ALBUQUERQUE 

WATER UTILITIES DEPARTMENT

Albuquerque, New Mexico 

1987
DEPARTMENT OF THE INTERIOR 

DONALD PAUL HODEL, Secretary

U.S. GEOLOGICAL SURVEY 

Dallas L. Peck, Director

For additional information Copies of this report can

write to: be( purchased from:

District Chief

U.S. Geological Survey U.|S. Geological Survey

Water Resources Division Books and Open-File Reports Section

Pinetree Office Park Federal Center

4501 Indian School Rd. NE, Suite 200 Box 25425

Albuquerque, New Mexico 87110 Denver, Colorado 80225
CONTENTS

Abstract

Introduction

Purpose and scope ... , 

Acknowledgments ..... 

Well-numbering system

Methods of study .............

Discussion of water-level data 

References ...................

Page

51

FIGURES

Figures 1-4. Maps showing location of:

1. Albuquerque-Belen Basin and monitoring wells

outside the vicinity of Albuquerque .............. 3

2. Monitoring wells within and near the city of

Albuquerque ...................................... 4

3. Kirtland Air Force Base wells ...................... 5

4. Rio Rancho wells ................................... 6

5. Diagram showing method of numbering wells .............. 7

6. Hydrologic sections A-A'-A' ! , B-B', and C-C' showing 

land-surface altitude and projected ground-waterlevel altitudes, water years 1983-85 ................. 9

7. Hydrologic section A'-A' ! along Paseo del Norte 

Boulevard showing land-surface altitude and 

projected ground-water-level altitudes, February and 

March 1985 ........................................... 10

8. Hydrographs showing water levels in well:

A. ION.3E.32.314 ...................................... 11

B. ION.3E.32.412 ...................................... 11

C. 11N.2E.21.244 ...................................... 11

D. 11N.3E.24.221 ...................................... 11

E. UN.4E.21.121 ...................................... 11

F. 11N.4E.20.241 ...................................... 11

9. Hydrograph showing decline in highest recorded water

levels for monitoring wells from water year

1983 to 1984 and water year 1984 to 1985 ............. 12

iii
FIGURES - Continued

Page

Figure 10. Graph showing well completion for monitoring wells

West Mesa 1A, 2, and 3 ................................ 13

11-20. Hydrographs showing water levels for observation well:

11. West Mesa 1A, ION.IE.22.322, prior to installation

of piezometers .................................... 14

12. West Mesa 1A, 10N.1E.22.322A, 1,049-foot-deep

piezometer ........................................ 14

13. West Mesa 1A, ION.1E.22.322B, 1,175-foot-deep

piezometer ........................................ 14

14. West Mesa 2, 11N.2E.18.313A, annulus ................ 15

15. West Mesa 2, 11N.2E.18.313B, 1,350-foot-deep

piezometer ........................................ 15

16. West Mesa 2, 11N.2E.18.3130, 1,500-foot-deep

piezometer ........................................ 15

17. West Mesa 3, 11N.3E.18.411, prior to installation

of piezometers .................................... 16

18. West Mesa 3, 11N.3E.18.411A, annulus ................ 16

19. West Mesa 3, 11N.3E.18.411B, 760-foot-deep

piezometer ........................................ 16

20. West Mesa 3, 11N.3E.18.4110, 980-foot-deep

piezometer ........................................ 17

21-41. Hydrographs showing reported water levels for well:

21. USAF 2, 9N.3E.1.112 ............... ................. 17

22. USAF 11, 9N.4E.4.213 ................................ 17

23. USAF 8, 9N.4E.5.332 ................................. 18

24. USAF 7, 9N.4E.6.111 ................................. 18

25. USAF 4, 9N.4E.6.411 ................................. 18

26. USAF 13, ION.3E.34.144 .............................. 19

27. ES-Yale 1, ION.3E .34 .233 ............................ 19

28. USAF 12, ION.3E.35.Ill .............................. 19

29. USAF 14, ION.3E.35.322 .............................. 20

30. USAF 5, ION.4E.29.413 ............................... 20

31. USAF 3, ION.4E.30.321 ............................... 20

32. USAF1, ION.4E.31.411 ............................... 21

33. USAF 6, ION.4E.32.433 ............................... 21

34. Rio Rancho 7, 12N.2E.14.321 ......................... 21

35. Rio Rancho 6, 12N.2E.14.344 ......................... 22

36. Rio Rancho 8, 12N.2E.16.214 ......................... 22

37. Rio Rancho 4, 12N.2E.24.442 ......................... 22

38. Rio Rancho 3, 12N.2E.25.421 ......................... 23

39. Rio Rancho 5, 12N.3E.30.112 ......................... 23

40. Rio Rancho 2, 12N.3E.31 .132 ......................... 23

41. Rio Rancho 1, 12N.3E.31.243 ......................... 24

IV
	FIGURES - Concluded

Page 

Figures 42-75. Hydrographs showing water levels for:

42. Well at rest area, IN.1W.13.244 ................. 24

43. Well Al at piezometer nest, IN.1W.36.334 ........ 24

44. Well A2 at piezometer nest, 1N.1W.36.334A ....... 25

45. Well A3 at piezometer nest, 1N.1W.36.334B ....... 25

46. Well Bl at piezometer nest, 1N.1W.36.334C ....... 25

47. Well Dl at piezometer nest, 1 N.IW.36.334E ....... 26

48. Herkenhoff well, IS.1W.1.213 .................... 26

49. Salas well, 2N.IE.4.444 ......................... 26

50. Sevilleta well, 2N.IE.31.313 .................... 27

51. Black well, 2N.3E.18.232 ........................ 27

52. McLaughlin well, 4N.2E.17.244 ................... 27

53. Belen Airport well, 5N.IE.22.141 ................ 28

54. Faust well, 5N.IE.35.143 ........................ 28

55. Reynolds 1 well, 6N.2E.30.412 ................... 28

56. Grasslands 1 well, 7N.2E.18.422 ................. 29

57. Isleta East 3 well, 8N.3E.14.231 ................ 29

58. Collier well, 9N.1W.4.424 ....................... 29

59. Guzman well, 9N.3E.19.243 ....................... 30

60. Wastewater Facility well, 9N.3E.22.311 .......... 30

61. City Observation 4 well, ION.2E.12.241 .......... 30

62. Atrisco 4 well, ION.2E.25.213 ................... 31

63. BIA well, ION.3E.7.434 .......................... 31

64. City Observation 1 well, ION.3E.17.232 .......... 31

65. Well ES-Yale 2, ION.3E.33.431 ................... 32

66. Thomas 2 well, ION.4E.5.122 ..................... 32

67. Dr. Nelson well, 11N.2E.24.223 .................. 32

68. La Luz well, 11N.2E.35.142 ...................... 33

69. Totter well, UN.3E .13 .242 ...................... 33

70. City Observation 3 well, 11N.3E.31.214 .......... 33

71. City Observation 2 well, UN.3E.33.143 .......... 34

72. Cunningham well, 13N.3E.36.132 .................. 34

73. Santa Ana 2 well, 13N.4E.19.243 ................. 34

74. Santa Ana 1 well, 13N.4E.19.421 ................. 35

75. Tierra Mirage well, 13N.4E.34.422 ............... 35

TABLE

Table 1 . Well-completion information and miscellaneous ground-water

levels through water year 1985 ........................... 36
CONVERSION FACTORS

In this report, figures for measurements are given in inch-pound units 

only. The following table contains factors for converting to metric units.

Multiply inch-pound units

foot 

mile 

square mile

By

0.3048

1.609

2.590

To ob t a in me t r i c units

meter 

kilometer 

square kilometer

Sea level; In this report "sea level" refers to the National Geodetic 

Vertical Datum of 1929 (NGVD of 1929) a geodetic datum derived from a 

general adjustment of the first-order level nets of both the United States and 

Canada, formerly called "Mean Sea Level of 1929."

VI
GROUND-WATER-LEVEL DATA FOR THE

ALBUQUERQUE-BELEN BASIN, NEW MEXICO,

THROUGH WATER YEAR 1985

By G.E. Kues

ABSTRACT

The Albuquerque-Belen Basin is in north-central New Mexico and is 

approximately 100 miles long and 25 to 40 miles wide. The only perennial 

stream in the area, the southward-flowing Rio Grande, approximately bisects 

the basin. Ground water is the only source used to obtain drinking-water 

supplies.

The basin's population increased more than 100 percent from 1960 to 

1980. In 1980, 72 percent of the population was concentrated in the northcentral part of the basin in and around the city of Albuquerque. Increases in 

population caused increases in water demand and ground-water pumpage. A 

network of wells was selected between April 1982 and September 1983 to monitor 

changes in ground-water levels.

Ground-water levels in the central part of the basin are approximately at 

the altitude of the Rio Grande. Water levels in wells near the northeast 

basin boundary showed a vertical difference of approximately 620 feet over a 

horizontal distance of about 1 mile. In continuously monitored wells on the 

outskirts of the city of Albuquerque, ground-water levels generally rise each 

year from October through February and decline from March through September. 

The decline in highest recorded annual water levels was greater from water 

year 1983 to 1984 than from water year 1984 to 1985. Such declines increased 

with increasing distance from the Rio Grande.

Monitoring wells that have multiple completion depths showed water levels 

up to approximately 20 feet higher in the uppermost screened interval than in 

the lowest screened interval. Water levels in wells outside the city of 

Albuquerque generally declined less than 6 feet from water year 1982 to water 

year 1985.
INTRODUCTION

The Albuquerque-Belen Basin is in central New Mexico (fig. 1). The basin 

is approximately 100 miles long and 25 to 40 miles wide. The perennial, 

southward-flowing Rio Grande approximately bisects the basin. Between 1960 

and 1980, the population for major urban areas in the basin increased from 

221,395 (U.S. Department of Commerce, 1960) to 461,966 (U.S. Department of 

Commerce, 1980), or more than 100 percent. The largest population center is 

the city of Albuquerque (figs. 1 and 2). In|l980, the city had a population 

of 331,767 (U.S. Department of Commerce, I960), 72 percent of the basin's 

population.

Within the basin, drinking-water supplies are obtained totally from 

ground-water resources. The large increase in population has caused increased 

demands for ground water. For this reason, a monitoring network was 

established to monitor ground-water levels and changes in levels that might 

occur due to increases in water use (figs. 1 to 4).

Purpose and Scope

Data on ground-water levels will enhance understanding of the dynamics of 

the ground-water system in the Albuquerque-B^len Basin. These data will be 

available for use in future water-resource studies such as detailed groundwater flow models. Ground-water levels are essential for model verification 

and for the determination of impacts of ground-water withdrawals.

Ground-water-level data collected by Geological Survey personnel and 

water-level data reported by City of Rio Rancho and Kirtland Air Force Base 

personnel are presented. Water-level data for network wells collected prior 

to 1982 are included. Data are presented as hydrographs for all wells that 

have 12 or more water-level measurements. Miscellaneous water-level data and 

well-completion information also are provided*

Acknowledgments

The City of Albuquerque Water Utilities Department was very cooperative 

in allowing use of several strategically located municipal wells for data 

collection. Appreciation is also given to Milton West and Kenneth Shelor of 

Kirtland Air Force Base and William Pollay of the Albuquerque Utilities 

Corporation, which manages the City of Rio Rancho water system, for providing 

water-level data.
107° 00' 106° 30' I06°00

SANDOVAL COUNTY

u~j,j

ALBUQUERQUE

RTLAND

R FORCE ~1

VALENCIA 

f C O U N T Y

O R R A N C E 

COUNTY '

EXPLANATION

LINE OF SECTION See 

figures 6 and 7

ft WELL(S) AND INDEX N 

21 ^ BER(S) IN TABLE 1--

C O U NJT Y

Slash indicates a 

monitoring well(s)

10 20 MILES

T I 

10 20 KlLOMETERS

Figure 1.--Location of the Albuquerque-Belen Basin and monitoring wells

outside the vicinity of Albuquerque. 

3
1 06°50' 06°30'

/ i ^ ' « ,' T T-^ ^ . ^ 'i . ; °>X i- P - i V^~-w V ' J(L r, **. s .SJ.6'- -= 1 -- j if KTT^5^!^fe*^ *t$^H^ APPROXI MATE' »_< -* h. //lit -J S 5 X ' *"? » /s»--rr7 fV~ s -J~M "^/^^^fcSf T -. :®|:S^pSg n±r /- ^S^^^^ ^^v^>^st iTevi 1X2%^. i > "v-- S^^P^ - }:^Lf i^5b3SUrt -'O -VU'i

a^|5^:^^'t;»«ENAtiL/r''ja!C;v &£T) ^rS^f

SKfei6^^ ,^S^f^5

^iaa?fe^5i^*- J<r\ ,--tf"'"',rii -^~^V>>NS

- K- yft^-s^rir^cT^s^o

, j

LINE OF SECTION See figures 6 and 7 '"^ZT^C^^'AI

R WELL(S) AND INDEX NUMBER(S) IN TABLE 1--

45-47 R indicates well(s) is equipped with 

a continuous water-level recorder; 

a slash indicates well(s) is part of 

monitoring network

.-»'* "--^r; / , ^ -i r^ " L i*" / - '. j L I ^ - fc=.:. *=-_^--n. / ; -i , L.-* ' "w; ^ ^ n:~i%f ]

R.t E. R.2 E. R.2 E. R.3 E.

1234

j____i____i____i

R.3 E. R.4 E.

5 M I L.ES

0 12345 KILOMETERS

CONTOUR INTERVAL 50 METERS

DATUM IS SEA LEVEL

Figure 2.--Location of monitoring wells within and near the city of Albuquerque
35° 

05

106°35'

^/f^r^nt^ "'pi :l 1 jf:Sr]l W !r}~^; ofrl^llSi^ S'lll^ ^Sifllilf- Ijiilfffl^^.V jcsiBSQN .'.- ;l e'Lvp'- jjh; \\\\\>l ./^rhj^ !^^^f! >

; ~~ "'1. i ! '.., 6s i" -f-* r^^-^W-1 .- .... I i 1 - [ f ll! 'K!L^.- u

I ,% I L .i :. ! LL*I, l ''" 1 _^J'; '-.--.""- :"'1:-J ~4:'d : ; ' : ;-i-T

1 06°30

35' 

00

34

X

EXPLANATION

WELL AND INDEX NUMBER 

IN TABLE I Slash indicates a monitoring well

": ^^Jf--%§

vXee \

S>"'' ^^^ rfc^f^!^^!,T!~~ LT SL

i.,|5 f^p_ ^^"^."^.gi-^3 4_ "".- * - -v 

; » j-yS^ ^/\f|*« AL.aUQUERG»UE ^ 4 f > < 

V--,| y SJT I NTERN AT IONAL ^ \T / 

' / '^'' f^ AIRPORT i 7, v 7^' , ,, -

V^ iZ_^r ./ . - r^- 2 ' ,'*\ KIRTUANbX

, //Jr::;;;__ .._. n ^^/e^ 4o\//,..K ;/ ^'-: ^-~i'^ ^/^^v^-r^^'-

O'V - i/*-x T / ^ A ,'R ^ FORCE

/ \... -- -.. f ^\ / ,' -.. .' v i

T. 

10 

N.

T.

9 

N.

R.3 E. R.4 E. R. 4 E . R. 44r E .

5 MILES

I i i i r

1234 5 KILOMETERS

CONTOUR INTERVAL 50 METERS 

DATUM IS SEA LEVEL

Figure 3.--Location of Kirtland Air Force Base wells.
35 ( 

20

35°

15 

_--^ x/\x_cr^ii , > 

T*T>^7&&& 4^

:>iLj_j^iilj^ iii 

vq i1^^^^!^^^ ^"nC^fe^JVl V !

brSrL ^r^r^^ELLL'_: .V'-U JL rri:\-^-^^ ^ ANDOVAL. CC UJN 

1 " "~" N-L n tr D hi n i i i i rt . *<"» i

123

EXPLANATION

WELL AND INDEX NUMBER 

IN TABLE I Slash indicates a monitoring 

well

R.I E . R. 2 E. R. 2 E. R. 3 E.

3 M I L.ES

J

0 I 2 3 KILOMETERS

CONTOUR INTERVAL 50METERS 

DATUM IS SEA LEVEL

Figure ^.--Location of Rio Rancho wells
Well-Numbering System

The system of numbering wells in New Mexico is based on the common 

subdivision of public lands into sections (fig. 5). The well number, in 

addition to designating the well, locates its position to the nearest 10-acre 

tract in the land network. This number is divided into four segments. The 

first segment denotes the township north of the New Mexico base line, the 

second denotes the range east of the New Mexico principal meridian, and the 

third denotes the section. The fourth segment of the number, which consists 

of three digits, denotes the 160-, 40-, and 10-acre tracts, respectively, in 

which the well is situated. For this purpose, the section is divided into 

four quarters, numbered 1, 2, 3, and 4, in the normal reading order, for the 

northwest, northeast, southwest, and southeast quarters. The first digit of 

the fourth segment gives the quarter section, which is a tract of 160 acres. 

Similarly, the quarter section is divided into four 40-acre tracts numbered in 

the same manner, and the second digit denotes the 40-acre tract. Finally, the 

40-acre tract is divided into four 10-acre tracts, and the third digit denotes 

the 10-acre tract. For example, well 10N.03E.32.412 is in the NE| of the NW| 

of the SEi of section 32, T. 10 N, R. 3 E (fig. 5). Letters A, B, C, etc. are 

added to the last segment of the well number to designate the second, third, 

fourth, and succeeding wells in the same 10-acre tract.

WELL 1 ON.03E.32.'»1 2' 

Figure 5.--Method of numbering wells,
METHODS OF STUDY

A ground-water monitoring network was established between April 1982 and 

September 1983. Wells were selected for the network if: (1) They were in an 

appropriate area and were accessible; (2) well-completion information was 

available; (3) ground-water levels reflected regional levels rather than 

localized pumping; and (4) permission could ; be obtained from well owners to 

make water-level measurements. Water levels that were less than 800 feet 

below land surface usually were measured using a steel tape. Water levels 

deeper than 800 feet usually were measured using an electric tape. Water 

levels that are referred to as "reported 1* herein were provided by well 

owners. The network includes nonpumping municipal wells and observation wells 

in the vicinity of the city of Albuquerque and domestic, private, or 

observation wells elsewhere. The original itetwork consisted of 6 wells with 

continuous water-level recorders and 27 wells where water levels were measured 

monthly. If no appreciable water-level fluctuation occurred after 6 months to 

1 year of data collection, the frequency of water-level measurements was 

changed to twice a year, once in the winter and once in the summer.

Changes to the network have been necessary since it was established. In 

November 1984, water-level data collection at three of the six continuous 

monitoring wells was discontinued because the owner, the City of Albuquerque, 

needed to put the wells into water-supply production. Monitoring of two of

the remaining three wells, Volcano Clif s 3 and Walker 1, also was

discontinued. Monthly measurements are continuing in the Coronado 1 well 

(index number 93, fig. 2). In addition, pumping equipment was installed in a 

few privately owned wells that made water-level measurement difficult or 

impossible; wells have been added to the network to replace most wells that 

have been discontinued, and new wells occasionally are added to enhance data 

collection.

DISCUSSION OF WATER-I^EVEL DATA

Ground-water levels in wells in the vicinity of the Rio Grande generally 

approximate river levels (fig. 6). Ground-w|ater levels in wells in the North 

Albuquerque Acres area and vicinity northeast of Albuquerque (fig. 2) showed a 

difference in altitude of approximately 620 fieet over a horizontal distance of 

about 1 mile in February and March 1985 (fig. 7).

In continuously monitored wells, grounds-water levels generally rose each 

year from October through February and declined from March through September 

(figs. 8A-8F) . Declines in highest annual] water levels were greater from 

water year 1983 to water year 1984 than frQm water year 1984 to water year 

1985 (fig. 9). The Walker 1 well (index number 108) is furthest east of the 

Rio Grande along the line of section A-A'-A'' (fig. 1), and showed a waterlevel decline of 6 feet from water year 1983 to water year 1984, the greatest 

amount of decline for that period of all continuously monitored wells. During 

that same period, water levels in the San Jose 9 well (index number 60) 

declined approximately 0.7 foot (fig. 9).
A'

6 2 0 0 '-i 

6000 '-

5800 '- 

5 6 0 0 '- 

5400 1 - 

5200- 

5000 '- 

4800'-

4600

Land surface

SEE FIGURE 7

FOR 

ENLARGEMENT

HLo

PaeAco

WELL I NDE 

NUMBER

A"

r-6200 1

- 6000'

-5800 1

- 5600'

- 5400'

- 520CF'

- 5000'

- 4800' 

4600'

B

c

5400'- 

5200'- 

5000 1 - 

4800'- 

4600'- 

4400

21

»9 22 18

C'

r-5400 '

- 5200'

- 5000

^4800'

- 4600 

4400

5 MILES

I I

0 SKILOMETERS

VERTICAL. EXAGGERATION X 33 

DATUM IS SEA LEVEL.

NOTE: All water levels are projected at right angles 

to 1i ne of sect ion

Figure 6.--Hydrologic sections A-A'-A", B-B 1 , and C-C 1 showing land-surface

altitude and projected ground-water-level altitudes, water

years 1983-85 (lines of section are shown in figure 1).
A ° z $ f*

Q 2

6200'- > J Q > Z £

6000 '-

5800'-

5600'-

5400'-

5200'-

5000 ' -

4800 '-

4600' -

4400'-

4200 '-

4000 '-

J ffl > -J * , v 

BJ J BJ 0 '3

^ 1 n a «^"

O Z < LAND DO .^

g < 0 K SURFACE I j^^

Z -J \ ^--^

U W L H \ .

a. - s z \ ^rl

3 O U \ Jl

z o >- > _4

< J * L^

en i

^1

1

""'

L i ft _. , - - 1 >i L -

^86

NOTE:

1 ^^^

104

ALL WELLS ARE

93 PROJECTED AT RIGHT 

ANGLE TO LINE OF 

SECTION

3800' 

107

***~

\ 

\ I

^-*^

9 '

^^

\

t-l

1

p

\^~

J t

\t"~"^ I'

I 12 j|

98

t

1 _ n99 " 111

100

~~T 101

1 10

08

EXPLANATION

LAND SURFACE

 

AT WELL

- WATER LEVEL 

R indicates

reported

SCREENED INTERVAL

BOTTOM OF WELL

i OB CAS 1 NG

INDEX NUMBER 

IN TABLE 1

- 6200'

- 6000 1

- 5800'

- 5600'

- 5400 1

- 5200'

- 5000'

- 4800'

- 4600*

- 4400*

- 4200'

- 4000

0 1 MILE

i 1 , 1

0 I KILOMETER 

VERTICAL. EXAGGERATION X. 

DATUM IS SEA L.EVEL.

1 0

Figure 7.--Hydrologic section A'-A" along Paseo del Norte Boulevard

showing land-surface altitude and projected ground-waterlevel altitudes, February and March 1985 (line of section 

i s shown i n figure 2).

10
UJ 

UJ 

Lu UJ

o

z <

 Lu 

OL

CC. CO

UJ

I- Q 

< Z 

3 <

u

20

25

30

35

40

>i c

fELL ION. 3E. 32. 314 SAN JOSE

A { INDEX NUMBER 60 ,

TABLE 1 AND FIGURE 2)

\f\

-

h

/ % - 1

9 

4921

491 6

491 1

4906

4901

Jl O ft £

hUJ 

UJ

Lu _l 

UJ 

Z > 

 UJ

-1 <

UJ UJ

> to

LU 

_J UJ

o: o

UJ 03

1982 1983 1984 1985

WELL I IN.3E.24.221 CORONADO I 

350

Z< 355 

cc

< z 360 

3 <

365

370

| i i i i i i i i i i i | t i i i i i i -t

(INDEX NUMBER 93,

TABLE 1 AND FIGURE 2)

4945

4940 u- -i

z > 

 tu

4935

4930

4925

1982 1983 1984

c£

 ^

0£ CO 

UJ

< z

WELL ION. 3E. 32 .412 

40

SAN JOSE

45

50 \-

55

60

65

70

75

80

(INDEX NUMBER 61,

TABLE 1 AND I

. FlGURE 2) '

3

4914

4909

4904

4899

4894

4889

4884

4879

-I <

UJ UJ

> CO

CC O

uj CQ

WELL I IN.4E.2I . 121 WALKER I

750 r i r c-i i i r i-1 r i i i i i . i . i i i i . i i i 4939

t- Q

< Z

13 <

a. m

UJ

Q

755

760

1981 1982 1983 1984 1985

765

(INDEX NUMBER 108, 

TABLE 1 AND 

FIGURE 2)

ONDjrnflnjJRSONDjrnRrijjRSDN

1982 1983 1984

UJ 

Lu _J

4934 LU

-J <

UJ UJ

4929 -J LU

c£. o

UJ 03

4924

WELL I IN.2E.21 .244 VOLCANO CLIFFS 3

395 i , i i i 'i i , i , i i i i i i i i i i i i i i i i i 4955

WELL I IN.4E.20 .241 WALKER 2

"" o 400, 

z <

 Lu

o: 

c£ to 405

UJ

H- Q 

< Z

3 <

« -1 410

415

420

(INDEX NUMBER S3, 

TABLE 1 AND FIGURE 2)

1982 1983

4950

4945

4940

4935 <

4930

UJ 

645

o 650 

z <

o: 

g"5 655

H- Q

< Z

3 <

o ~" 660 

I- 3 

o

z _i 

I- UJ 

o_ 03 665

670

(INDEX NUMBER 107, 

TABLE 1 AND FIGURE 2)

1984

1982 1983 1984 1985

Figure 8.--Hydrographs showing water levels in selected wells.

4950

4945 uj

4940

4935

4930 <

4925

11
DECLINE IN HIGHEST RECORDED

UD

C

-1

0>

U3

I

I

0>

~h O

-1 1 0 

3 D

CD

Q> . _ .

 "* D

0)

~i :r

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West Mesa wells 1A, 2, and 3, which have multiple completions (fig. 10), 

showed differences in water levels of as much as approximately 20 feet from 

the uppermost to the lowest screened interval (figs. 11-20). Water levels 

reported for wells that are part of Kirtland Air Force Base (fig. 3) or City 

of Rio Rancho (fig. 4) water systems are shown in figures 21 through 41. 

Water levels for wells not equipped with continuous recording equipment and 

that have 12 or more measurements are shown in figures 42 through 75. The 

number in the lower right corner of each hydrograph is the U.S. Geological 

Survey Ground-Water Site Inventory (GWSI) well-identification number. GWSI is 

the Survey's computerized ground-water data-base system. Water levels in 

wells outside the city of Albuquerque generally declined less than 6 feet from 

water year 1982 to water year 1985. Miscellaneous water levels and wellcompletion information are given in table 1 on page 36.

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e
Table 1. fell-completion information and miscellaneous ground-water levels through 

[Asterisks indicate hydrograph of water-level data can be found in text; owners: NM

Institute of Mining & Technology; BIA = Bureau of Indian Affairs]

Index

number

1

2

3

4

5

6

7

8

9

10

11

Local

number

01N.01W.13.244

01N.01W.15.443

01N.01W.36.334

01N.01W.36.334A

01N.01W.36.334B

01N.01W.36.334C

01N.01W.36.334D

01N.01W.36.334E

01N.01W.36.334F

01N.01W.36.334G

01N.01W.36.334H

Owner

NM Highway

Department

La Joya

Refuge

NMIMT

NMIMT

NMIMT

NMIMT

NMIMT

NMIMT

NMIMT

NMIMT

NMIMT

Other

identifier

R-area wdml

RG-27600

Salado 1

Al

A2

A3

Bl

Cl

Dl

Fl

F2

Gl

Date

well

constructed

08-23-76

1977

1977

1977

1977

1977

1977

1977

1977

1977

Depth 

of well 

(feet

below

land

surface)

212

17.8

59.0

25.0

62.0

25.0

10.0

50.0

8.50

8.00

24.5

Top of 

open 

interval 

( feet 

below 

land 

surface) 

173 

_ 

_ ~ 

 

 
Table 1. fell-completion information and miscellaneous ground-water levels through water 

Index

number

12

13

14

15

16

17

18

19

20

21

22

23

24

25

26

27

Local

number

01N.01W.36.334I

01N.01W.36.334J

01N.01W.36.334K

01N.01W.36.334L

01S.01W.01.213

02N.01E.03.421

02N.01E.04.444

02N.01E.31.313

02N.03E.05.434

02N.03E.18.232

03N.02E.28.311

03N.02E.29.421

04N.02E.17.244

05N.01E.22.141

05N.01E.35.143

06N.02E.30.412

Owner

NMIMT

NMDff

NMIMT

NMMT

Herkenhoff

La Joya

Refuge

Salas

Sevil Land

Grant

Torres

T D C

Yguado

Yguado

McLaughlin

Helen Airport

Faust

Reynolds

Other

identifier

G2

HI

H2

11

RG-29508

RG-26102

Black Well

Domestic

Irrigation

RG-28525

RG-39221

Date

well

constructed

1977

09-01-82

1977

09-01-82

1968

11-11-77

07-02-75

1940

04-01-83

01-10-78

03-14-83

03-15-83

1978

Depth 

of well 

(feet

below

land

surface)

6.20

8.20

100

22.6

38.0

107

223

346

250

385

355

620

375

135

Top of 

open 

interval 

(feet

below

land

surface)

__

~

99.0

210

345

335

453

570

353

125

B
Table 1. Vfell-conpletion information and miscellaneous ground-water levels through water 

00

Index

number

28

29

30

31

32

33

34

35

36

37

38

39

Local

number

06N.02E.30.412A

07N.02E.18.422

08N.03E.14.231

09N.01W.04.414

09N.01W.04.424

09N.02E.10.123

09N.03E.01.112

09N.03E.05.221

09N.03E.06.444

09N.03E.19.243

09N.03E.22.311

09N.04E.04.213

Owner

Reynolds

Webb

Isleta Pueblo

Texaco

Hill

Collier

Romero

U.S. Array

USAF

Environmental

Services

Transport

Rent & Sales

Guzman

Sewage

Treatment

USAF

Other

identifier

Grasslands

RG-1436

No. 1

Isleta Ecw. 3

Lion Ent.

Sandia 2

No. 2

Environmental

Services

Chava

No. 11

Date

well

constructed

10-01-83

06-10-58

11-22-34

11-01-49

~

~

1981

06-11-64

01-18-72

Depth 

of well 

(feet

below

land

surface)

300

407

440

150

1,000

300

125

551

1,330

Top of 

open 

interval 

(feet

below

land

surface)

265

150

250

494

~

113

479

539

670

B
Table 1. Vfell-completioa information and miscellaneous ground-water levels through water 

Index

number

40

41

42

43

44

45

46

47

48

49

Local

number

09N.04E.05.332

09N.04E.06.111

09N.04E.06.411

09N.04E.15.311

09N.04E.20.221

10N.01E.22.322

10N.01E.22.322A

10N.01E.22.322B

10N.01W.13.442

10N.01W.21.134

Owner

U.S. Array

USAF

U.S. Army

USAF

U.S. Army

USAF

Manzano Base

U.S. Govt.

Manzano Base

City of Albq.

City of Albq.

City of Albq.

El Rincon

Ranch

Canbncito

Indian

Reservation

Other

identifier

Sandia 8

No. 8

Sandia 7

No. 7

Sandia 4

No. 4

No. 9

No. 10

W Mesa 1A

Pre-Pz

1049 Ft Pz

West Mesa 1A

1175 Ft Pz

C-T-1

C-l

Date

well

constructed

05-01-54

02-25-54

1949

1948

1959

06-25-81

06-25-81

06-25-81

Depth 

of well 

(feet

below

land

surface)

1,000

1,010

1,000

684

1,040

1,180

1,120

1,180

117

Top of 

open 

interval 

(feet

below

land

surface)

454

672

548

448

880

494

502

980

1,140

980

1,140

B

s
Table 1. Vfell-completion information and miscellaneous ground-water levels through water 

-Po

Index

number

50

51

52

53

54

55~

56

57

58

59

60

61

62

63

64

Local

number

10N.02E.12.241

10N.02E.25.111

10N.02E.25.213

10N.02E.27.413

10N.03E.07.141

10N.Q3E.07-434

10N.03E.09.431

10N.03E.17.232

10N.03E.19.111

10N.03E.27.244

10N.03E.32.314

10N.03E.32.412

10N.03E.33.431

10N.03E.34.144

10N.03E.34.233

Owner

City of Albq.

City of Albq.

City of Albq.

Gallegos

City of Albq.

BIA

City of Albq.

City of Albq.

Albq. Country

Club

City of Albq.

City of Albq.

City of Albq.

City of Albq.

Kirtland AFB

USAF

City of Albq.

Other

identifier

City Obs. 4

Atrisco 5

Atrisco 6

Atrisco 4

Duranes 1

RG3205-X-5

--

City Obs. 1

No. 1

Burton 1

San Jose 9

San Jose 3

ES-Yale 2

KAFB 2

No. 13

ES-Yale 1

Date

well

constructed

__

1980

1951

11-27-59

1955

06-01-82

1955

1963

03-19-49

04-22-82

1956

04-16-82

Depth 

of well 

(feet

below

land

surface)

150

1,270

360

185

924

35.0

149

340

1,000

765

503

305

1,000

464

Top of 

open 

interval 

(feet

below

land

surface)

140

255

204

~

139

200

452

189

360

250

395

601

400

457

B
Table 1. Vfell-completion information and miscellaneous ground-water levels through water 

Index

number

65

66

67

68

69

70

71

72

73

Local

nunber

10N.03E.35.111

10N.03E.35.322

10N.04E.05.122

10N.04E.15.314

10N.04E.16.241

10N.04E.19.322

10N.04E.22.342

10N.04E.29.413

10N.04E.30.243

Owner

Kirtland AFB

USAF

USAF

City of Albq.

City of Albq.

City of Albq.

City of Albq.

City of Albq.

U.S. Army

USAF

City of Albq.

Other

identifier

KAFB 1

No. 12

No. 14

Thomas 2

RG-2501

Lamas 3

RG6751-S-2

Lomas 4

RG6751-S-3

RG9302-S-2

Ridgecrest 4

Lomas 1

Sandia 5

No. 5

RG-9302-S

Ridgecrest 3

Date

well

constructed

1952

1969

10-11-58

05-16-73

08-20-73

01-27-74

1962

06-01-52

04-24-74

Depth 

of well 

(feet

below

land

surface)

1,030

1,000

1,220

1,600

1,420

1,420

1,300

1,000

1,450

Top of 

open 

interval 

(feet

below

land

surface)

491

446

665

850

488

380

696

882

813

573

700

504

621

--

B
Table 1. Wall-completion information and miscellaneous ground-niater levels through water 

Date

Index Local Other well

number number Owner identifier constructed

74 10N.04E.30.321 U.S. Array Sandia 3 10-01 -W

USAF No. 3

75 10N.04E.31.411 U.S. Array Sandia 1 08-01-W

USAF No. 1

76 10N.04E.32.433 U.S. Array Sandia 6 1952

USAF No. 6

77 IIN.OIE.24.334 City of Albq. Double Eagle 2 01-21-85

West Mesa 2

__ ___ _ _ _ _

78 11N.02E.03.221 NM Utilities Well No. 3 04-01-80

79 11N.02E.18.313 City of Albq. Pre-Piez 11-01-81

West Mesa 2

80 11N.02E.18.313A City of Albq. Annulus

West Mesa 2

Depth

of well

(feet

below

land

surface)

900

1,200

1,010

1,710

-

1,360

1,800

Top of

open

interval

(feet

below

land

surface)

452

550

970

502

1,060

1,270

1,320

1,400

1,450

1,550

1,600

650

800

925

1,270

1,390

1,520

1,630

1,730

800

925
Table 1. ^fell-completion information and miscellaneous ground-water levels through water 

Index

number

81

82

83

84

85

86

87

88

89

90

91

Local

number

11N.02E.18.313B

11N.02E.18.313C

11N.02E.21.244

11N.02E.24.223

11N.02E.35.142

11N.03E.13.242

11N.03E.13.242A

11N.03E.16.112

11N.03E.18.411

11N.03E.18.411A

11N.03E.18.411B

Owner

City of Albq.

City of Albq.

City of Albq.

Nelson

Cvenwest

Corp.

Totter

Gore

Itolley

City of Albq.

City of Albq.

City of Albq.

Other

identifier

1350 Ft Pz

West Mesa 2

1500 Ft Pz

Vol. Cliffs

RG-39201

RG-31044

Lz del Sol

RG-27832

RG-32719

19

West Mesa 3

Pre-Pz

Armulus

West Mesa 3

760 Ft Pz

West Mesa 3

Date

well

constructed

11-01-81

11-01-81

3 02-01-80

01-18-83

09-20-78

10-11-76

08-30-79

07-01-83

11-06-81

11-06-81

11-06-81

Depth 

of well 

(feet

below

land

surface)

1,410

1,500

1,320

274

250

460

605

180

1,050

660

840

Top of 

open 

interval 

(feet

below

land

surface)

1,270

1,390

1,520

1,630

1,730

666

259

230

380

420

440

410

590

350

490

710

870

1,010

350

490

710

B
Table 1. Well-completion information and miscellaneous ground-water levels through water 

-P-

-PIndex

number

92

93

94

95

96

97

98

99

100

Local

number

11N.03E.18.411C

11N.03E.24.221

11N.03E.31.214

11N.03E.31.232

11N.Q3E,31.143

11N.04E.07.313

11N.04E.10.444

11N.04E.15.321

11N.04E.16.223

Owner

City of Albq.

City of Albq.

City of Albq.

Ranchers

Explor.

City of Albq.

U.S. Football

Fac.

Javine

Vandermey

Morgan

Other

identi f ier

980 Ft Pz

West Mesa 3

RG24057

Tracie 1

Coronado 1

City Cbs. 3

City Cbs. 2

RG-42921

RG-38870

~

RG-40851

Date

well

constructed

11-06-81

01-08-74

1955

1955

01-04-85

02-08-83

1984

10-21-83

Depth 

of well 

(feet

below

land

surface)

1,050

1,190

152

150

525

600

660

709

Top of 

open 

interval 

(feet

below

land

surface)

870

1,010

479

142

140

445

500

500

540

580

695

B
Table 1. Well-completion information and miscellaneous ground-water levels through water 

Index

number

101

102

103

104

105

106

107

108

109

110

111

112

Local

number

11N.04E.16.241

11N.04E.16.343

11N.04E.17.422

11N.04E.18.124

11N.04E.18.124A

11N.04E.18.211

11N.04E.20.241

11N.04E.21.121

11N.04E.21.421

11N.04E.21.432

11N.04E.21.442

11N.04E.22.243

Other

Owner identifier

Benze

Santillanes 

Mott 

Gutierrez Betania

Stark Jim Stark Bros.

N Albq. Auto 

Salvage

City of Albq. Walker 2

City of Albq. Walker 1

Spence RG-40784

Mace RG-41236

Kaiser RG-40628

Warner RG-26247

Date

well

constructed

 .

1952

08-01-82

05-01-85

08-01-85

08-27-85

1980

1980

11-25-83

03-16-84

09-07-83

07-28-75

Depth 

of well 

(feet

below

land

surface)

870

736

580

575

446.98

447.70

695

1,000

1,780

1,720

610

945

595

490

Top of 

open 

interval 

(feet

below

land

surface)

 

--

~

852

991

535

800

920

540

465

B

i

s
Table 1. Well-completion information and miscellaneous ground^Mater levels through water 

Index

number

113

114

115

116

..117. ..

118

119

120

121

Local

number

11N.04E.22.431

11N.04E.22.432

11N.04E.25.424

11N.04E.25.424A

11N*Q4E.27.424

11N.04E.27.424A

11N.04E.28.111

11N.04E.32.234

12N.02E.14.321

Owner

Speck

King

Albq. Academy

Albq. Academy

McKajL

teKay

City of Albq.

City of Albq.

Rio Rancho

Other

identifier

RG-41179

No. 1

South Well

No. 2

North Well

Ponderosa 9

RG6752-S-8

Ponderosa 3

RG6752-S-2

No. 7

RG-6745-S

Date

well

constructed

02-01-84

1977

09-27-84

02-22-72

1974

03-29-79

09-20-77

05-22-74

Depth 

of well 

(feet

below

land

surface)

545

500

55.0

57.0

447

525

1,700

1,600

1,200

Top of 

open 

interval 

(feet

below

land

surface)

515

439

__

964

870

898

1,020

1,030

1,090

1,140

B

i

s
Table 1. Vfell-conpletion information and miscellaneous ground-water levels through water 

Top of

Depth open

of well interval

( feet ( feet

Date below below

Index Local Other well land land

number number Owner identifier constructed surface) surface)

122 12N.02E.14.344 Rio Rancho No. 6 1969 1,020 571

RG-6745-S 597

 627

675

596

731

764

 803

840

874

904

942

996

123 12N.02E.16.214 Rio Rancho No. 8 08-03-78 1,620 982

RG-6745-S

124 12N.02E.24.442 Rio Rancho No. 4 09-01-69 990 670

RG-6745-S 700

750

770

820

860

895

960

B

s
Table 1. Well-completion information and miscellaneous ground-water levels through water 

oo

Index Local Other

number number Owner identifier

125 12N.02E.25.421 Rio Rancho No. 3

RG-6745-S

--

126 12N.03E.30.112 Rio Rancho No. 5

RG-6745

--

127 12N.03E.31 .132 Rio Rancho No. 2

RG-6745 -S

128 12N.03E.31.243 Rio Rancho No. 1

RG-6745 -S

Top of 

Depth open 

of well interval

( feet ( feet

Date below below

well land land

constructed surface) surface)

12-20-64 823 584

620

654

730

776

810

1969 980 380

580

595

640

67QT 

735

762

830

863

897

910

930

955

965

07-01-63 751 508

11-29-61 350 

B
Table 1. Well-completion information and miscellaneous ground-water levels through water 

Index Local

number number

129 12N.04E.32.242

130 13N.01E.25.432

131 13N.02E.17.331

132 13N.03E.25.241

133 13N.03E.25.241A

134 13N.03E.36.132

Depth

of well

(feet

Date below

Other well land

Owner identifier constructed surface)

Sandia Pueblo No. 1 628

Rio Rancho No. 9 07-10-84 1,540

RG-26259

King Bros. Pete Otero 1,400

All Tribes 180

Ind. School

All Tribes 06-01-78 200

Ind. School RG-14592-S

Cunningham RG-34422 08-18-80 260

Cunningham

Top of

open

interval

(feet

below

land

surface)

__

1,220

1,340

1,370

1,410

150

345

~

B

i

s
Table 1. Well-completion information aid miscellaneous ground-^water levels through water 

Index

number

135

136

137

138

139

140

Local

nutrber

13N.03E.36.132A

13N.03E.36.132B

13N.03E.36.234

13N.04E.19.243

13SU04E.19.421

13N.04E.34.422

Owner

San Miguel

Pierce

Price's Dairy

Santa Ana

Pueblo

Santa Ana

Pueblo

Tierra Mirage

Date

Other well

identifier constructed

04-01-85

1985

No. 2 01-24-64

Sand & Gravel

No, 1 1968

RG-38051 06-07-82

Depth 

of well 

(feet

below

land

surface)

206

174

--

200

108

703

Top of 

open 

interval 

( feet 

below 

land 

surface) 

180 

693 
REFERENCES

U.S. Department of Commerce, Bureau of the Census, 1960, 1960 census of

population: V. 1, Characteristics of the population, Chap. A - number of 

inhabitants, part 33 - New Mexico, U.S. Government Printing Office.

____1980, 1980 census of population: V. 1, Characteristics of the

population, Chap. A - number of inhabitants, part 33 - New Mexico, 

U.S. Government Printing Office.

51

U S GOVERNMENT PRINTING OFFICE: 1987 776-955/65,307 REGION NO. 8