Potential Environmental Impact
of the Abandoned La Bajada
Uranium Mine
on Cochiti Pueblo
Prepared by
T. M. Whitworth
New Mexico Bureauof Mines and Mineral Resources
New Mexico Instituteof Mining and Technology
Socono, NM 87801
Open-File Report 409
February 15,1995
Prepared for Governor Andrew Quintana
Tribal Administrative Offices
Cochiti, Pueblo
ii
EXECUTIVE SUMMARY
An important question concerning potential environmental impact
of La Bajada Uranium
Mine on Cochiti Pueblo is what would happenif all the mine spoil now presentat the site were to
wash into Cochiti Lake? It is unlikely that allof the mine spoil present at LaBajada uranium mine
would reach the Rio Grande Arm of Cochiti Lake during aflood event. Rather, most would be
deposited near the mouth of Santa Fe River Canyon. However, because of the importance of
Cochiti Lake to the region, mass balance calculations were performed toassess potential impacts
if all of the mine spoil present at the surface at LaBajada Uranium Mine were to wash into
Cochiti Lake.
Mass balance calculations based
on reasonable minimum and maximum
spoil volumes at
La Bajada Uranium Mine,spoil concentrations of radioactive components, and typical
a
yearly
minimum volume of Cochiti Lake, suggest if a significant portion
of the spoil present at the mine
site were to wash into Cochiti Lake, thatit might be possiblefor the dissolved total radium
concentration to exceed the 30 pCill regulatory standard. However, solubility controls would
probably keep total dissolved radium below 30 piCfl.
Heavy metals, such as copper or lead, etc., are generally moresoluble in low pH waters
(pH < 5.0). Surface waters in the Cochiti Pueblo area typically have pH values in the range of 7.0
to 8.5. Because pH controls solubility, washing all of the spoil into the lakewould probably not
raise most heavy metal concentrations above regulatory limits. For example, water in LaBajada
mine pit, in intimate contact with mine spoil, is above regulatorylimits only for AI and Hg.
However, sediment containing significant concentrationsof heavy metals and radionuclides might
accumulate in bottom feeders if the mine spoil were washedinto the lake, and these heavy metals
might then enter the food chain. It is possible thatsome biomagnification andeventual toxicity to
man wouldresult; however, potential toxicity cannot be quantified in this report.
Because it is more likely thatLa Bajada uranium minespoil could be deposited atthe
mouth of Santa Fe Canyon during high magnitude
flood events, and becauseCochiti Fishery is
likely to receive water and sediment from such events, Cochiti Fishery is at somewhat greater risk
than Cochiti Lake until remediation is completed at LaBajada mine site.
The remediation plan proposed bythe U.S. Forest Service seems quite reasonable. As
planned, remediation should effectively prevent
negative environmental impacts onCochiti Pueblo
from La Bajada Mine Site. However, the following points should be considered: 1) erosion
control on the two gullies which presentlycross mine spoil is imperative, 2) soil and vegetation
cover should besufficiently thick to inhibit erosion and the soil cover thickness necessaryto
control erosion may be greater than that needed to control radioactivity levels, and 3) the site
should be monitoredat regular intervalsfor erosion and gullying after remediation and,if found,
these areas should be mitigated beforemine spoil is exposed.
Cochiti Pueblo may wantto implement a waterquality monitoring programfor water
entering the Pueblo via the Santa Fe River, especially at times when such waters are used in
Cochiti Fishery. The sampling program shouldinclude a minimum ofthe following parameters:
Fecal colliform, total uranium, total radium, gross alpha radiation,gross beta radiation,as well as
It
heavy metals including lead, cadmium, copper, silver, total arsenic, chromium, and mercury.
would beadvisable for Cochiti Pueblo to use anU. S . Environmental Protection Agency-certified
environmental testing laboratory to perform these analyses.
Mr. Russell Smith, Cochiti Lake Project Manager, U.S. Army Corps of Engineers stated
that he believes that representativesof Los Alamos NationalLaboratories take fish and possibly
water samples for testing fromCochiti Lake every other year. The results of these analyses might
be of interest to Cochiti Pueblo.
iv
TABLE OF CONTENTS
..IN’RODUCTION ......................................................................................................................
Purpose ...........................................................................................................................
1
1
Scope ............................................................................................................................ 1
DISCUSSION ............................................................................................................................
2
Location..........................................................................................................................
2
Surface Water .................................................................................................................
2
Groundwater ...................................................................................................................
3
La Bajada Mine...............................................................................................................
5
History ................................................................................................................
5
Geology ...............................................................................................................
5
Mine Waste Characterization ...............................................................................
6
Applicable New Mexico Water Quality Regulations
.........................................................
8
Results of Water Analyses.............................................................................................
12
POTENTIAL ENVIRONMENTAL IMPACTS .......................................................................
18
Acid MineDrainage Poten.........................................................................................
18
Potential Environmental Impact onCochiti Lake ...........................................................
20
Spoil Volume.....................................................................................................
20
Concentration of radioactives in spoil.................................................................
21
Volume of Cochiti Lake .....................................................................................
22
Mass Balance Calculations .................................................................................
22
Potential Environmental Impact on Cochiti Fishery ........................................................
25
REMEDIATION PLAN EVALUATION.................................................................................
25
WATER QUALlTY MONITORING PROGRAM....................................................................
27
CONCLUSIONS ......................................................................................................................
28
REFERENCES CITED ............................................................................................................
29
APPENDIX A . Summary of June 3rd meeting.........................................................................
31
APPENDIX B: Data used to Prepare Report ...........................................................................
32
1
INTRODUCTION
E!EJ&?%
On Friday,June 3rd, 1994,Drs. John Hawley, David Love, Virginia McLemore,
Mike
Whitworth, andstudent Pat Phillips met with Governor Andrew Quintana and Governor
Lt.
Jose
Herrera at Cochiti Pueblo. We briefly discussedthe location and history of La Bajada Uranium
Mine (located in the NW 114 of Section 9, Township 15 north, Range 7 east; also known as the
Lone Star Mine) and then examined the mine site in the Santa Fe River canyon. We met Robert
Remillard of the U.S. Forest Service (USFS) near the mine and he accompanied us to the site. A
brief summaryof that meeting is included in Appendix A.
This report addresses concerns expressed by Governor Andrew
Quintana and Lt.
Governor Jose Herrera about possible environmentalimpact on Cochiti Pueblo from La Bajada
Mine site. To evaluate possible environmentalimpacts, data were requested from Dr. Jim Piatt,
Chief of the Surface Water Quality Bureau, New MexicoEnvironment Department, andForest
Service hydrologist Bruce Sims. A copyof data they providedfor review is given in Appendix B.
Topographic maps, afile on La Bajada Uranium
mine maintained bythe New MexicoBureau of
Mines and Mineral Resources (NMBMm) in the Mineral Data Archives, geological reports, and
historical flow data for the Santa Fe River were also examined.
Four questions are addressed in this report:
1. What is the potential environmental impact on Cochiti Reservoir fromLa Bajada Mine?
2. Are there possible impacts on the Cochiti Fishery from La BajadaMine site?
3. Is the remediation plan proposed by the U.S.F.S. reasonable?
2
4. Should Cochiti Pueblo consider setting up a water quality monitoring program?
This report is concerned only with the Santa Fe River drainage and LaBajada Uranium Mine. It
does not consider potential pollutant sources for Cochiti Lake from the Rio Grande. This report
was prepared byMike Whitworth, and reviewed by Chuck Chapin, New Mexico
State Geologist,
Bill Haneberg, John Hawley, David Love, and Virginia McLemore
of the NMBMMR, Bruce
Sims, U. S. Forest Service (USFS) Hydrologist, and JimPiatt, Chief, Surface Water Quality
Bureau, N. M. Environment Depamnent (NMFiD). Dr. Virgina McLemore providedthe
discussion of the history and geologyof La Bajada Uranium mine. Becauseavailable data were
limited, conclusionsin this report shouldbe considered preliminary.
DISCUSSION
Location
La Bajada Mine is located adjacent to the Santa Fe River in section in the NW 1/4 of
Section 9, Township 15 north, Range 7 east inSank Fe County, New Mexico. The Santa Fe
River flows a little south of west past the mine site, and after leaving Santa Fe Canyon, turns and
flows approximately northwest into the lower reservoir of Cochiti Lake (Figure 1).
Surface Water
The three surface water bodies of concern in the area are Cochiti Lake, the Rio Grande,
and the Santa Fe River. Cochiti lake consists of two arms, the Rio Grande arm and the Santa Fe
arm (Figure l), each primarily fed by its namesake river. The two arms are connected by a
conveyance channel. The altitude of the conveyance channel inlet is 5,355 feet above mean sea
level (Blanchard, 1993). Whenthe water level in the Rio Grande arm is above 5,355feet, water
3
flows from the Rio Grande arm through the conveyance channel and into the Santa Fe Arm.
When the water level in the Rio Grande arm is less than 5,355 feet, water flows into the Rio
Grande Arm from the Santa Fe arm.
The inundated area in Cochiti Lake increases rapidly with rising water
levels in the Lake
(Blanchard, 1993). According to Blanchard (1993) at a water level of 5,323 feet, the lake covers
about 1.2 square miles; and at water levels of 5,400 and 5,450 feet covers 3.7 and 8.6 square
miles respectively.
three miles of the Santa Fe Arm of
The Santa Fe River is a perennial stream within about
Cochiti Lake. Prior to the fdling of Cochiti Lake, the Santa Fe River was notperennial in this
reach (Geohydrology Associates, Inc.,1982). The flow in the Santa Fe River is highly variable.
It ranges from periods of no flow to a recorded high flowof 11,400 cfs in1971.
Groundwater
Even though there have been several monitoring wells installed around Bajada
La
Mine
pit, Bruce Sims of the USFS informed the NMBMMR that, to his knowledge, onlyone
groundwater sample has been takenand he was unableto obtain a copyof the analysis. No
information on groundwater quality or the nature of the aquifer in the vicinity of La Bajada Mine
site was available. However, Blanchard (1993) presented maps of the groundwater surface in the
Cochiti Dam-Peiia Blanca area for 1982,1988 and 1989. Blanchard's maps indicate that the
direction of groundwater flow downstream of La Bajada Mine site is generally westwardand
approximately parallel to the course of the Santa Fe River. No major changes in groundwater
flow direction are indicated during the period 1982-1989. It is reasonable to assume the
groundwater flow in the vicinity of La BajadaMine site is also generally westwardalong the
4
-
0
MILES
Figure 1. Location map of study area.
5
course of the Santa Fe River canyon. According to Blanchard (1993)after entering the Rio
Grande valley sediments, groundwater begins to flow southwest toward the Rio Grande.
CH2M Hill and Resource Technology, Inc. (1984)estimated the volume of recharge to
the groundwater system from Cochiti Lake. They calculated the seepage volume to be 84,000
acre-feet peryear when the water level in Cochiti Lake is at an elevation of 5,387 feet, and 21,000
acre-feet peryear when the water level is near 5,323 feet elevation.
LA BAJADA MINE
Copper was fvst discovered at La Bajada in 1915 or1916. La Bajada Mining Company
was formedin 1923 and by 1928, the American Smelting and Refining Company controlled
the
deposit. In 1928-1929, the deposit was mined by two shafts and 17 tons of ore were produced
(McLemore and North, 1984)
Uranium was discovered at LaBajada Mine in 1950. From 1956 to 1966,9,649 tons
were produced. In 1957, the underground workings were declared unsafe. Further development
was by open pit (Chenoweth, 1979). In the late 1970s, B o b Resources and Union Carbide
Corporation drilled numeroustest holes in the vicinity and built the many drill roads along the
canyon escarpment No additional economic deposits were found (McLemore and North, 1984).
Geology
La Bajada deposit is a low-temperature, base-metalvein deposit that formed during
Oligocene orMiocene time. Thin veins of uranium and base-metalsulfides occur alongthe
6
footwall of a limburgite' dike that was emplacedalong a north-trendingfault in the Oligocene
Espinaso Formation. Lustig (1957) described23 minerals fromLa Bajada Mine which contain
anaomalous amounts of U,Fe, Cu, Pb, Zn, Th, As, Sn, V, Co, Ni, Mo, Ge,An, Ag, S, And C.
One select sample assayed 0.04 % &OS, 1.51 % Cu, 0.0019 % Th, 0.06 % Pb, 0.031 % Zn, and
0.54 odton Ag (McLemore and North, 1984).
Mine Waste Characterization
Mine waste characterization involves determining the potential of the waste to impact
beneficial uses of water (Hutchison andEllison, 1992). Normally, minewaste characterization is
done using either batch extraction or column leach tests. Batch tests are generally easier to
conduct but column tests may be more representative
of actual site conditions (Hutchison and
Ellison, 1992). Ideally the fluids used inthe waste characterization testingshould closely
resemble the pH of the waste itself. However, deionized water or a simulated rainwater at a pH
of 5 to 5.5 is often used (Hutchison and Ellison, 1992).
The only data on mine waste characterization testingwas from Los Alamos National
Laboratory ((Appendix B, data source 1) and Radian Corporation (Appendix B, data source 9).
Los Alamos reported the results of mine spoil batch extraction at a pH of 5.0 (Table 1). Silver,
arsenic, cadmium, chromium, mercury, nitrate, phosphorous,
and lead are consistently at the
detection limit. Of the heavy metals, only cobalt, copper, manganese, radium-226, selenium, zinc,
and possibly vanadiumshow significant concentration increases during extraction.Radian
Corporation data appear to be either from rock dissolution or leaching tests. Even though the
A dark basaltic rock.
surface spoil at La BajadaMine site has been inadequately characterized,enough information
-
lusions.preliminary
exists to draw
Table 1. Results of mine spoil batch extraction at a pH of 5.0. (Data fromAppendix B, data
source 1). The < sign to the left of the numbers means that the results are at the detection limit
for the analytical method used.
Concentration
8
Auulicable New MexicoWater Oualitv Redations
Drinking water standards do not applyto La Bajada Mine pit water, the Santa Fe River, or
Cochiti Lake (New Mexico Water Quality Control Commission, 1991). The designated usesfor
each of these water bodies is as follows:
Cochin’ Lake: Designated for livestock and wildlife watering, wannwater fishery, coldwater
fishery, and primary contact recreation.
Santa Fe River: Designated for irrigation, livestock and wildlife watering, marginal coldwater
fishery, secondary contact recreation, andwannwater fishery.
La Bajada Mine pit: This small water bodyis not specifically classified under New Mexico
water quality regulations. However, sinceit is adjacent to the Santa Fe River, it is assumed
that the same water quality standards apply to it asto the Santa Fe River.
There are three general water quality concerns for the surface waters discussed in this
report- The first is the State of New Mexico’santidegradation policy which states in part:
“Degradation ofwaters the quality of which is better than the stream standards
established by the New Mexico Water Quality
Control Commission is not
reasonable degradation and is subject to abatement under the authority granted the
Commission by the New Mexico Water Quality Act,as amended, unlessit is
justifiable as a resultof necessary economic andsocial development. Existing
instream water uses and water quality necessaryto sustain existing uses shall be
maintained and protected in all surface watersof the State. No degradationshall
be allowed in high quality waters of designatednational and state monuments,
parks and wildlife refuges including waters designated
by the U. S. Congress under
9
the Wild and ScenicRivers Act, if such degradation wouldimpair any ofthe
qualities which caused designation of
these waters, parh and wildlife refuges. To
protect the existing quality of water,the Commission underthe act will rquire the
highest and best degree ofeffluent treatment practicable..."
Thus, it is the expectation of the State that surface waters are not to be unnecessarily degraded in
quality even though such degradation
might meet the minimum water qualitystandards.
The second is the general standards which apply to all surface waters ofthe state. Only
those general standards which concern the potential contaminants discussedin this report are
quoted here:
"Hazardous substances: Toxic substances, such as, but not limited to,pesticides,
herbicides, heavy metals, and organics,
shall not be presentin receiving waters in
concentrations whichwill change the ecological conditions of receiving waters to
an extent detrimental to manor other organisms of direct or indirect commercial,
recreational, or aesthetic value. Toxicities of substances in receiving waters will be
determined byappropriate bioassay techniques,or other acceptablemeans, for the
particular formof aquatic life which is to be preservedwith the concentrations of
toxic substances not to exceed 5% of the LC-502 provided that: toxic substances
which, through uptakein the aquatic food chain andor storage in plant and animal
tissues, can be magnified
to levels which are toxic to man or other organisms,shall
not be presentin concentrations which result in this biological magnificationor
exceed 1%of the LC-50...
"LC-SO" means the concentrationof a substance thatis lethal to SO% of test organisms within a defmedtime
pericd. The length of the time pericd, which may vary from 24 hours to one week or more dependson the test
method selected to yield the infoxmatian desired.
10
Radioactivity: The radioactivity of surface waters shall be maintainedat the lowest
practical level and shall in nocase exceed the standards set forth in Part 4 of New
Mexico EnvironmentalImprovement Board Radiation Protection Regulations,
filed March 10,1989."
Thus the only radioactivitystandard which applies to the surface waters discussed in this report is
30 pCiA for combined radium 226 and radium-228.
Third, the specific water quality regulations which apply to each of the surface waters are
as follows:
Cochiti Lake: un-ionized ammonia (as N) shall not exceed 0.03 mgA, dissolved oxygen shall
be greater than 6.0 mgA, pH shall be in the range of 6.6 to 8.8, temperature shall be less than
25"C, turbidity shall be less than 25 NTU, and total chlorine residual shall be less than 0.002
mgfl.
Sank Fe River: dissolved oxygen shall be greater than4.0 mgA, pH shall be within the range
of 6.6 to 8.8, temperature shall be less than 30°C, andturbidity shall be less than 50 NTU.
Thus, other than specific regulations for total radium, and pH, noother constituents are clearly
regulated underNew Mexico Law. However, all heavy metals andradioactive constituents are
regulated underthe general degradationrule in addition to the regulatory limits for specific uses
listed in Tables 2,3, and 4.
11
Table 2. New Mexico regulatory standards for waters usedfor irrigation.
Table 3. New Mexico regulatory standards for waters usedfor livestock and wildlife watering.
The criteria for chromium shall be applied to an analysis which measures both the trivalent and hexavalent ions.
12
For numeric standards dependent upon hardness, hardness(asmg CaCOJ1) shall be determined as needed from
available verifiable data sources including,
but not limitedto,the U. S. Environmental Protection Agency’s
STORET wafer quality database.
The criteriafor chromium shallbe applied toan analysis which measuresboth the trivalent and hexavalent ions.
’
13
concentrations are listed in Tables 2,3, and 4. The total radium standard is met by the pit waters
(Table 5). The pH in the pit has historically ranged between7.8 and 8.8 and meet the pH
standard.
Drinking water standards do not apply to La Bajada Mine pit water. However, because
specific NewMexico standards for some radioactivity parametersare lacking, it is informative to
compare water quality in the mine pit to drinking water standards in order to obtain an idea of
relative water quality.The drinking water regulatorylimits for radioactive elements are as
follows: gross alpha radiation, 15 pCin; total radium-226 and -228,5 pCin, radium-226,3.0
pCi/l, gross beta radiation, 50 pCi/l; and uranium,30 pCi/l (currently proposedby the U. S.
Environmental Protection Agency [USEPA]as a drinkingwater standard). Analyses of
radioactive elements for LaBajada Mine Pit are summarized in Table 1. Gross alpha is
consistently over the drinking water limit. However,gross beta radiation, total uranium are not
always over their respective drinkingwater limits and total radium is often under its limit. Total
uranium typicallyexceeds 30 pCi/l in the pit waters. In conclusion, it is apparent that, even
though La Bajada Mine pit water does not meet drinking water standards, it does not pose an
immediate and life-threatening danger
to man.
Parameters which were at the detection limit for all analyses include Ag, Ba, Be, Cd, Co,
*
Ni, Pb, and V. Since results atthe detection limit have a verylarge uncertainty (typically 100%)
it is not scientifically valid to say, for example, thatfor a detectionlimit of 0.05 m a , that the
actual concentration might not be several orders of magnitude less. Therefore, results at the
detection limit are inconclusive and should be ignored or reanalyzed using a method with
lowera
detection limit. As, B, CN, Cu, and Se were below New Mexicowater quality regulations for La
14
Table 5. Analyses for Radioactive Parameters fromLa Bajada Mine Pit6.
01-2b79
01-11-79
12-27-78
12-13-76
*Analysis reported simply as gross alpha radiation.
Note: in some cases total uranium has been convertedfrom mg/l to pCin by thefollowing
equation (Milvey and Cothem, 1990) Total U (pCi/l) = XmgA . (1000 &/mg) . (0.67 pCi/pg).
The symbol -- means no data given in source. Each analysis is listed only once although the same
analysis was sometimes present in more than one source.
Some of the laboratory reports provided were indecipherable. These were excluded.
15
Table 6 . Inorganic analyses from La Bajada Mine pit.
Note: Total hardness (mg/l CaCO,) = 2.497 (Cain m a ) + 4.118 (Mg in m a )
16
Bajada Mine pit. Based on available data, only AI and Hg can conclusively be shownto be above
New Mexico regulatorystandards in the pit. Examination of the chemical analyses in Table 6
show that the water in La Bajada Mine pit should not be usedfor drinking or swimming.
However, U.S.F.S. divers did an aquatic life survey in the mine pit in 1970. As far as we can
ascertain, the divers suffered noill effects.
Limited radioactiveanalyses were available for four sites other thanLa Bajada Mine pit.
These are 1) the Santa Fe river 1/4 mile upstream of the mine,2) the U.S.G.S. gauging station on
the Santa Fe River below themine, 3) a spring or Witration gallery located50 feet east of the
mine pit, and4)the drinking water supply at Domingo. These data are tabulated in Table 7.
According to the State of New Mexico, the water in the Santa Fe River upstream of
Cochiti Lake is designated for use in irrigation, livestock and wildlife watering,
marginal
coldwater fishery, secondary contact recreation, and warmwater fishery. It is not designated as a
drinking water supply. As designated, the only radioactive standard which appliesis that radiumTable 7. Background Surface Water Analyses for Radioactives.
Location
17
226 plus radium-228 must be below 30 pCin (New MexicoWater Quality Control Commission,
1991). This standard is met.
The uranium content of the Santa Fe River seems to be slightly higher upstream ofLa
Bajada mine than downstream. Old mining recordsavailable at the New Mexico Bureauof Mines
and Mineral Resources in the Mineral Data Archivesshow that another uranium prospect,La
Majada, is located approximately 3 miles upstream ofLa Bajada Mine site in the northeast 1/4 of
Section 2, Township 15 north, Range 7 east (Geologic map of La Bajada Area showing uranium
deposits adapted and modified after Disbrow and Stoll, 1957 in NMBMMR collection). La
Majada uranium prospect is also located on the banks of the Santa Fe River. La Majada site is a
potential source of naturally-derived, dissolved uraniumand other possible contaminants in the
Santa Fe River. However, if analytical uncertaintiesfor the analyses .(which generally were not
available) were be considered, there may be no significant differencein the upstream and
downstream values. Another uranium prospectis also located on the south side of the Santa Fe
River about 3,000feet downstream of La Bajada Mine site. This prospect is known as the HiserMoore prospect and is depicted on the same map as La Majada prospect. No further information
is available on either La Majada or the Hiser-Moore prospectsin the NMBMMR fiies.
In general, the uranium content of the Santa Fe river is only Moth that of the average
the
uranium concentration in LaBajada Mine pit waters. The maximum uranium concentration in
Santa Fe River, which occurred upstream of the mine, is only about 1/6th of the proposed
USEPA 30 pCiA drinking water h i t . The radium-226 concentrations in the Santa Fe River are
only 114 of the radium-226 concentrations in the mine pit. AU of the reported concentrations of
radium-226 in the Santa Fe River are below the EPA suggested limit of 3.0 pCin for drinking
18
water. Both gross alpha and gross beta radiation are much lower than the drinking water
regulatory limits of 15 pCjn for gross alpha radiation and 50 pcill for gross beta radiation in the
Doming0 drinkingwater. Even the waters of the mine seep or infiltration gallery,although higher
in uranium than the waters of the Santa Fe River, are well below suggestedEPA drinking water
standards for uranium, althoughdrinking water standards do not applyto these waters.
For other water parameters, astudy by Potter (1985) concluded thatall water quality
standards were met upstream of Cochiti Lake between May 27th and May 29th, 1985. Water
quality in the Santa Fe River, as evidenced by examination of the sources listed in Appendix Bdemonstrates that the Santa Fe River water almost always meets drinkingwater standards with
three occasional exceptions. These are nitrate, fecal colliform, and lead. In 1986, Potter found
that total nitrogen and fecal colliform were high in Cienega creek. She stated that action was
taken the same year to correct the problem. Lead has been reportedat 42 micrograms per liter {p
g/l) upstream of Cochiti Puebloand La Bajada Mine from the Santa Fe River at Tetilla Peak
access road bridge on 07-08-84. This is above the 15 pgil drinking waterstandard but below
New Mexico standardsfor irrigation, livestock and wildlife watering, and fisheries. However,
other lead analyses were well below15
pa.The source of lead is unknown but may be natural.
i
POTENTIAL ENVIRONMENTAL IMPACTS
Acid Mine Drainage Potential
Since some pyrite wasobserved in the surface spoil on site, there is the possibility that
acid mine water might be produced. No data were found that would allowquantifkation of acid
mine drainage potential. However, several scattered, discolored patcheson the surfacewere
19
observed duringthe site visit. These rusty-colored patches are indicative of pyrite or marcasite
oxidation. Acid mine drainage is the result of the exposure of pyrite to oxygen at the surface due
to excavation and the resulting oxidation (rusting)of pyrite, which causes water which comes in
contact with the pyrite to become acidic, with pHvalues lower than 4.5 (Drever, 1988). At these
low pHs, water is still not particularly harmfulto man. Cola Cola@,for example has apH of
is that heavy metals such as lead and
between 2.0 to 3.0. The problem with acid mine drainage
copper, etc., are more soluble at lowpH than theyare in a more typicalsurface and groundwater
pH range of from 6.0 to 8.5. Acidic waters tend to mobilize these heavy metals.
However, low pH waters producedby acid mine drainage should be quickly buffered by
the more alkaline waters of the Santa Fe River. This should cause heavy metals to precipitate,
thus they will no longer be transportedin solution. Due to the presence of the Santa Fe River,
with its alkaline waters andthe distance between the fishery and the mine site, it is unlikely that
acid mine drainage could significantly affect
the Cochiti fish hatchery even without mine
remediation. Placement of cover material over La Bajada Mine site will help preventthe
production of acid mine waters and potential transferenceof heavy metals and radioactives to the
Santa Fe River. However, it is advisable to examine the cover soil carefully and ensure that it
does not contain large amounts of pyrite.
Acid mine drainage entering the groundwater shouldalso be buffered by water-rock
interaction to pH values in the neighborhood of 7.0 to 8.5. This typically results in precipitation
of solids such as amorphous Fe(OH)3 and Al(OH)3in the soil (Peterson et. al, 1986). Uranium,
other radioactives, and heavy metals tendto adsorb to these precipitates, as well as clays and iron
compounds in the soil and thus are, at least partially, preventedfrom further migration. However,
20
given an infinite source of acid mine waters, the buffering capacity ofthe groundwater and
sediments will be exhausted, causing the pH to drop. As a result, previously precipitatedsolids
will dissolve, freeing contaminants into solution once more. At La Bajada Mine site however, the
potentially small volume of acid mine drainage produceddue to infiltration of meteoric water in
the semiarid climate is not likelyto have a significant impact on the regional groundwater system.
Potential EnvironmentalImDact on Cochiti Lake
Even thoughit is much morelikely that a high-stage flood event would deposit eroded
mine spoil at themouth of Santa Fe River canyon rather than transporting
it all of the way to
Cochiti Lake, a major question proposed
by Dr. Jim Piatt concerning LaBajada Uranium Mine is
what would bethe expected range of possible contaminantsin Cochiti Lake if all of the mine
waste at the site were to be washedinto Cochiti Lake. Simple mass balancecalculations can be
used to answer this question. Calculations were donefor estimated minimumand maximum
amounts of mine waste thought to be present onsite.
Spoil Volume
The total production of La Bajada Mine was approximately9649 tons of uranium ore
active mining
(McLemore and North, 1985). This ore was removed and processed off-site during
operations. Mr. Bob Eveleth, Senior Mining Engineerfor the NMBMMR, estimates that atypical
mine would produce 1.5 tons of spoil per ton of ore. To be on the conservative side, an estimate
of two tons of spoil per ton of ore will be used. The assumption is that the minimum amountof
spoil and protore present at the surface on site is approximately 19,300 tons.
21
The maximum estimateis arrived at by subtracting the produced tonnage(9649 tons
shipped off site) from tonnage which wouldhave been produced from the open
pit. For these
calculations the pit size is assumed to betwo acres, and the pit depth is assumed to be 50 feet (a
generous estimate since some other estimates are only 30 feet). Using these figures, the maximum
amount ofspoil and protore possibleto be present at the surface on site is approximately 107,550
tons.
Concentration of Radioactives in %oil
Three types of material have beenidentified on site: 1) soil, 2) spoil, and 3) protore by J.
Margo Keele, Ph.D. in her 1987 reportto Robert Salter, Bureau Chief of the Abandoned Mines
Program (AppendixB, data source3). Soil is not enriched in ore metals; spoil is slightly enriched
in ore metals; and protore is material of higher grade than spoil but cannot be processed
economically. For the purposes of these calculations, it is assumed that onlyspoil and protore are
present on site. An undated reportby R. L. Borton of the New Mexico State Engineer's Office,
which is on f i e at the NMBMMR in theMineral Data Archives, states that in 1967, astockpile of
2150 cubic yards of ore was storedon site. Assuming a weight of 1.5 tons per cubic yard, this
would be 1433 tons of ore. Active miningat La Bajada ceased in 1966. Therefore, the
assumption is that this 1433 tons of ore is the "protore" referred to by Dr. Keele in 1987
(Appendix B, data sources 2 and 3). To be conservative, a value of 2,000 tons of "porotore"
remaining on site was used. The remaining tonnage is presumed to be spoil.
The average concentrations of radioactives in the spoil and protorewere obtained by
averaging analyses presented by Keele (Table8).
22
Table 8. Average radioactiveconcentrations in spoil and protore.
Spoil
2 3 8 ~
2 3 4 ~
24.4
24.3
TotalUranium
48.76
23%
29
293.5
protore
21%1
28.2
156
27.1
81 570.5
75
613.5
Note: all concentrations are in pCfl.
Volume of Cochiti Lake
John Kimble, hydrological technician, LakeControl, U.S. A r m y Corps of Engineers stated
lake volume in 1994 was approximately 54,500 acrein a telephone interview that the minimum
at
feet (6.72 x 1O1O liters). While, it ispossible that the minimum volume may be smaller times
(Dr. Jim Piatt informed me that the minimum volumein 1992 was 45,450 acrefeet and that the
absolute minimum volume, or dead storage, is 560acre feet), the 54,500 figure is sufficient for
the preliminary calculationsin this report. The high volume this spring (June, 1994) was 122,000
acre-feet.
Mass Balance Calculations
if a l l of the spoil at the mine site were
These calculations are based on what could happen
washed intoCochiti Lake and allof the radioactive components actually dissolved when the Lake
is at minimum volume of 54,500 acre-feet. This is an extreme example, whichsets maximum
limits on possible environmental impacton Cochiti Lake. The equation used in these calculations
is
23
Where CTi is the estimated maximumconcentration of a given radioactive inCochiti Lake in
pCi/l, pT is the weight of protore in tons, Cp is the average concentrationof a givenradioactive
in the protore in pCi/g, ST is the weight of the spoil intons, Cs is the average concentration of a
given radioactive in the
spoil in pCi/g, and vC is the minimum volumeof Cochiti Lake in liters.
The results of the calculations for both minimum and maximum assumptionsof spoil and protore
amounts present on site are shown in Table 9.
Table 9. Results of mass balance calculations. The calculations assume thatall of the mine waste
at LaBajada Mine site iswashed into Cochiti Lake ata representativelow volume of 54,500
acre-feet and thatall of the radioactives present in the spoil dissolve into the water. Note that,
due to solubility limitations,it may not be possible to dissolve all radioactives present in the water.
2 3 8 ~
2 3 4 ~
Totaluranium
"?h
2'6Ra
'l0Pb
Maximum
0.0000032
261.7224.8
estimate
333.7166.7166.6
O.OOMX)13
108.3 Minimum
67.1 68.5
estimate
34.6
33.9
Note: All concentrations are in pCin except Pb-210 which is in pg. (1 pCi/l of Pb-210 = 1.3 x
10-8pgA of Pb-210)
Chemical controls onsolubility, many of which are a functionof pH, would be the
deciding factor in the actual concentrations of the various radioactive and heavy metal
contaminants in Cochiti Lake if a significant portion of the minespoil were to be washed into it
However, in examining Table 9, it is obvious that, excluding solubility controls,it is possible to
reach unwanted concentrations of
radioactives if this unlikely event occurs.
During springrunoff, where Cochiti Lake may reach volumes significantlyover 100,ooO
acre-feet, the maximum possibleconcentrations (discounting solubility controls)shown in Table 9
24
would be less than 112 the values shown. The largest potential for washing significant amounts of
mine spoil into Cochiti Lake would occur during spring runoff.An event large enough to do this
would certainly be larger than the 100 year flood of 10,300 cfs and substantiallylarger than the
maximum runoff measuredat the U.S.G.S. gauging station of 11,400cfs in1971 since it was
installed in 1970. However, subsequent seasonal evaporation would tendto concentrate solutes
in the lake.
The best guide for what possible contaminant concentrations mightbe in Cochiti Lake if
all of the mine spoil washed into it, are the concentrations of these parameters measured in La
Bajada Mine pit, where water is in intimate contact with mine spoil. In essence, La Bajada Mine
pit serves as an on site pilot test for the maximum likely degradationof Cochiti Lake water quality
as long as sufficient potential contaminantsare present in the spoil to achieve similar
concentrations in Cochiti Lake. The mass balancecalculations suggest that sufficient
radioactives are present in the mine spoil. No calculations were done for heavy metals due to data
are typically lowin neutral pH waters. Since it is unlikely
insufficency and because solubilities
that the pH of the lake waters would be decidedlymore acidic dueto influx from storm events,
then radioactiveand heavy metal concentrations shouldbe similar to those in LaBajada Mine pit.
This would constitute degradation of the water quality in Cochiti lake for recreational purposes.
Swimming would probablyhave to be banned. Also, due to the potential for particulate heavy
metals and radioactivesto enter the food chain, fishing might
also be significantly impacted.
25
Potential imuacts on CochitiFishery
Cochiti Fishery derives at least some of its water fromthe Santa Fe River upstream of
Cochiti Lake. Due to its much smaller water volume, potentialimpacts on the fishery could occur
more easily than uponCochiti Lake. The fishery has been active since May of 1992 (according to
Officer Don Suina of Cochiti Pueblo). Therefore, it has not been in operation long enough to
demonstrate if there are any environmental impacts from La Bajada Mine site during precipitation
events.
However, once remediation is complete, there should be little chance of either mine spoil
or dissolved contaminants reaching the fishery from La BajadaMine site. It is unlikely that, even
if signifcant acid mine drainage develops, any
signifcant amounts of dissolved heavy metals will
reach the Cochiti Fishery. Due to the typically neutralpH of the Santa Fe River, precipitation
should severely reduce the concentrations of any heavy metals which reach
the Santa Fe River in
solution. However, there is a possibilitythat bottom feeders might ingest elevated concentrations
of heavy metalsor radioactives if significant amounts of spoil are washed into the fishery and that
these heavy metals might then
enter the food chain. In such a situationit ispossible that some
biomagnification might occur, resultingin eventual toxicity to man. However, toxicity potential
cannot be quantified in this report.
REMEDIATION PLAN EVALUATION
In brief, the mine remediation planis to 1) cover the mine spoil with several feet of soil to
reduce radiation levels at the surface, 2) Regrade and armor the channel of the Santa Fe river to
26
prevent erosion of the mine waste at flows of less than 15,000 cfs, 3) fill the mine pit and replace
it with another wetland at the fill site, and 4) reestablish vegetationat the site.
Covering the mine spoil with afoot or so of soil will reduce radiation to acceptable levels.
However, more than one foot of soil cover may be necessaryto minimize erosion.
At present, the U.S.F.S.plans to let the mine pit overflow as it is filled andlet the soil
soak up the overflow. Based on mass balance calculations, this procedure shouldnot be a
problem.
The design flow for the Santa Fe River suggested by Bruce Sims is in excess of 15,000
cfs. Thus the channel of the Santa Fe River would be regradedand armored to handle a
maximum flow of greater than 15,000 cfs. The 100 year flood for this site is10,300 cfs and the
design value of 15,000 cfs is larger than the highest recorded flow of 11,400cfs. However, it
should be noted that flow records have only beenkept at theU.S.G.S. gauging station below the
mine site since 1970. Based on the information available,the 15,000cfs design flow seems
reasonable. This is certainly a much moreconservative design criteria than the often-used100
year flood.
There are two gullies which cross mine spoil at the site. Bruce Sims of the U.S.F.S.
informs me thatthese will be regraded and armored
to prevent erosion of minespoil into the
Santa Fe River during precipitation events. Preventingerosion of mine spoil in these two gullies
is important and should not be overlooked.
of mine
Covering the mine spoil with a layerof soil will significantly diminish the hazard
spoil being washed into the river during precipitationevents. However, care must be taken to
grade contours such that the soil cover will not be easily eroded during precipitation events.After
21
remediation is completed, there should be regularinspection of the soil cover at thesite so that
Anor erosion problems can be fixed before problems occur. As little as one foot of cover soil
should be sufficient to mitigate radiation hazards at the site.
WATER QUALITY MONITORING PROGRAM
Cochiti Pueblo may wishto implement a water qualitymonitoring program for waters
entering the Pueblo via the Santa Fe River for the following reasons:1) The U.S.Geological
Survey has, or is going to, abandon their gauging station on the Santa Fe River below La Bajada
i
lbe no more chemical analysesavailable from that site unless
Uranium Mine. Therefore, there w
some other agency decides to mainkin the gauging station,2) In addition to La Bajada Uranium
Mine, there are other potential upstream pollutionsources including several wastewater treatment
plants which discharge either into the Santa Fe River or into waterswhich join the Santa Fe River.
I spoke with Russell Smith, Project Manager for Cochiti Lake for the U.S. Army Corps of
Engineers. He said that the Corps of Engineers does not do anywater sampling for radioactives
or heavy metals.However, he also said that he believes someonefrom Los Alamos does take
water and fish samples every two years or so from Cochiti Lake. It may be possible for Cochiti
Pueblo to obtain this information.
We recommend sampling be done for the following parameters:Fecal colliform, total
uranium, total radium, gross alpha, gross beta, as well as heavy metalsincluding lead, cadmium,
i
m Piatt of N.M.E.D. suggests one
copper, silver, total arsenic, chromium, and mercury. Dr. J
sample during base flow (October to snow melt) and onesample during ahigh intensity
thunderstorm. Unless the thunderstorm i s sampled, an artifkidy “rosy” picture of water quality
28
might be generated. It would beadvisable for Cochiti Pueblo to have an EPA-ceaified
environmentallaboratory perform these analyses.
CONCLUSIONS
0
The mine spoil and protore at LaBajada Mine site has been inadequately characterized. There
is insufficient information available
to quantify acid mine drainage potential, although
it
appears to be small. Furthermore, the monitoring wellsat the mine site should be sampled
periodically, andanalyses conducted, to determine ifthere is potential for uranium, radium,or
heavy metal migrationoff site.
Without remediation of La Bajada Mine site, there is a dangerthat influxof mine spoil into
Cochiti Lake or Cochiti Fishery during majorflood events along the Santa Fe River might
have an adverse impact on waterquality and fisheries.
The U.S.F.S. remediation planis adequate and shouldbe implemented as soon as feasible.
0
Cochiti Pueblo may want to implement a waterquality monitoring programto monitor
potential adverse impacts on Cochiti Fishery.
29
REFERENCES CITED
Blanchard, P. J., 1993, Ground-water-level fluctuationsin the Cochiti Dam-PeiiaBlanca area, Sandoval County,
Report 924193.72 p.
New Mexico, 1976-89,U. S. Geological Survey Water-Resources Investigations
Chenoweth, W. L., 1979, Uraniumin the SantaFe area, New Mexico, New MexicoGeological Society Guidebook,
30th Field Conference, pp. 261-264.
CH2M Hill and Resource Technology, Inc., 1984, Evaluation and alleviation of high groundwater problems at
46 p.
PeiiaBlanca, New Mexico, Consultant’s report to Middle Rio Grande Conservancy District,
Disbrow, A. F. and Stoll, W. C., 1957, Geology the
of Cerrillos Area, SantaFe County, New Mexico, New Mexico
Bureau of Mines and Mineral Resources Bnlletin
48,73 pp.
Drever, J. I., 1988, The geochemistry of natural waters, 2nd.
ed., Prentice Hall, Englewood Cliffs, New Jersey, 437
P.
Geohydrology Associates, Inc., 1982, Investigation
of water tablein vicinity of Cochiti Dam,
Sandoval County,
New Mexico, Consultant’s reportto US. Army Corps of Engineers, 57 p.
Hutchison, I. P. G. andEllison, R. D., editors, 1992, Mine Waste Management, Lewis Publishers, Boca Raton, 654
P.
Lustig, L. K., 1957, The mineralology and paragenesis of the Lone Star Deposit, Santa Fe County, New Mexico,
MS. Thesis, Universityof New Mexico, 55 pp.
McLemore, V. T. and North,R M., 1984, Occurrencesof precious metals and uranium along the Rio Grande Rift,
New Mexico Geological Society Guidebook, 35th Field Conference, pp. 205-212.
Milvy, P. and Cothem, C.R., 1990 Scientificbackground for the developmentof regulations for radionuclides in
drinking water, inCothem, C. R. and Rebers, P. A,,eds.,Radon, Radiumand Uranium in drinking water,
Lewis Publishers,Chelsea, Michigan, p. 1-16.
New Mexico Water Quality Control Commission, 1991, Water quality
standards for interstate and intrastate
streams in New Mexico, New Mexico Water QualityConuol Commission, 1190 St. Francis Drive, Santa Fe,
New Mexico, 49p.
Peterson, S. R., Martin, W.J., and Seme, R. J., 1986, Predictive geochemical modeling of contaminant
concentrations in laboratory columns
and in plumes migratingfrom uranium mill tailings waste
pacific Northwest Laboratory, Richland,
impoundments, U. S. Department of Commerce NUREG/CR4520,
WA, 89 p,
Potter, D. L., 1986, Intensive survey of
the Santa Fe River in Santa
Fe and Sandoval Counties, New Mexico,
New
Mexico Environmental Improvement Division report EID/SWQ-86/20,38
p.
I
I
of
)
the Sann Fe River in Santa
Fe and Sandoval Counties, New Mexico,
potter, D. L., 1985, Intensive survey(
New Mexico Environmental Improvement Division report EID/SWQ-86/4,40 p.
.... ..
.. . ~ .
...." .,
30
APPENDICES
31
Appendix A: Summary of June 3rd meeting.
On Friday, June 3rd, 1994, Drs. John Hawley,David Love, Virginia McLemoR,
Whitworth and student Pat Phillips met with Governor AndrewQuintana and L t Governor Jose
Herrera at Cochiti Pueblo. We briefly discussed the location and history of La Bajada uranium
..
inine and then went to examinethe mine in theSanta Fe River Canyon. We met Robert Remillard
of the U. S. Forest Service near the mine and he accompanied us to the site. We were joined at
the site by Officer Don Suinaof Cochiti Pueblo.
At the mine we discussedthe history of mining, the past and present course of the Santa
Fe River, examined the mine pond and mine waste, and
discussed possible problems relatingto
mine reclamation. Although much of the mine waste wascovered, we did note the presence of
several minerals including ironsulfides (pyrite, marcasite),other sulfides, alteration sulfates, and
carbonates of copper (azurite, malachite). We also noted local evidence of sulfide oxidization on
the surface. At the time we examined the site,the Santa Fe River contained some water from
spring runoff, however,we noted no sediment fromthe mine waste actually entering the river.
We also discussedbroader water issues including the general flow of groundwater from
the Jemez Mountains, the upperRio Grande, and the Santa Fe River through Cochiti Pueblo
lands, and how water quality on the pueblo might be affected by development upstream. The
effects of downstream changesin the Albuquerque basinwere also discussed.
Possible water quality issues could not beaddressed at the meeting becausewe did not
have the necessary chemical analyses. We were told that
Jim pian of the NewMexico
Environment Department andBruce Sims of the U. S. Forest Service have af i e of chemical
analyses whichshould be available tous. We also discussed the possibility thatthe U. S. Army
Corps of Engineers might havesome water chemistrydata for Cochiti Lake.
We discussed thefeasibility of Cochiti Pueblostarting their own waterquality monitoring
program. If, after examining the chemical analyses fromvarious sources, we and Cochiti Pueblo
agree that awater quality monitoring programis advisable, we agreed to help them establish the
criteria for such a program, andto train severalCochiti Pueblo staff in the necessary water
sampling protocolif Cochiti Pueblo so desires. We advised Cochiti Pueblo of the necessity of
sending any samples they may collect to an unbiased andqualified commercial laboratoryfor
analysis.
32
Appendix B. Data Used to Prepare Report
Table B-1. Data Provided byJim Pia& Ph.D., Chief, Surface WaterQuality Bureau and
Bruce Sims, USFS'Hydrdogi~t.
1. Report dated April 28,1988 fromWilliam D. Purtymun of Los Alamos National Laboratory to
Corey Wong, Espanola RangerDismct, U.S.F.S. containing analytical results ofwater and
sediment samples from La BajadaMine pit
2. Report dated September 14, 1987 from J. Margo Metzger-Keele, Ph.D., Program Manager,
Surveillance and MonitoringSection, New Mexico Health and Environment Department to
Robert Salter, Bureau Chief,Abandoned Mine Land Program, Energy andMinerals Department,
Mining and MineralsDivision.
3. Report dated May 29,1987 from J. Margo Metzger-Keele, Ph.D., Program Manager,
Surveillance and Monitoring Section, New Mexico Health and EnvironmentDepartment to
Robert Salter, Bureau Chief,Abandoned Mine Land Program, Energy andMinerals Department,
Mining and Minerals Division.
4. Analytical report for water sample from DomingoLa Bajada dated March25,1987 from the
Radiochemistry Section of the Scientific Laboratory Division of the NewMexico Health and
Environment Department to the Water Supply Section, New Mexico Healthand Environment
D e p m e n t , Santa Fe, New Mexico.
5. Analytical report for watersample from La BajadaMine Pit dated April 8,1987 from the
Radiochemistry Section of the Scienrific Laboratory Division of the New MexicoHealth and
Environment Department to the Ground Water/Hazardous Waste Bureau, Environmental
Improvement Division, New Mexico Health and Environment Department, Santa Fe, New
Mexico.
6. Analytical report for watersample from La Bajada Mine Pit dated April 24, 1987 from the
Radiochemiswy Sectionof the Scientific Laboratory Division of the NewMexico Health and
Environment Department to the Ground Water/Hazardous Waste Bureau, Environmental
Improvement Division, New Mexico Health and Environment Department, Santa Fe, New
Mexico.
7. Two printouts of STORET data (water analyses) from the SantaFe River through June8,
1994.
8. Eleven water analyses fromthe Energy Development Monitoring programfrom the U.S.G.S.
gauging station below LaBajada Mine and La Bajada Mine pit from 1974-79 reported to the
Water Pollution Control Section,Environmental Improvement Division, Health and Environment
Department, Santa Fe, New Mexico.
33
9. Report of analyses for soil samples Pecos and La Bajada Mine site done by Radian
Corporation, Radian analytical Services, 10395 Old Placerville Rd., Sacramento, CA 95827 on
August 2,1990 forthe Santa Fe National Forest.
10. Printout of La Bajada Mine History apparently provided byBill Hatchell, Chief, Bureau of
Economic Geology, Mining andMinerals Division, State of New Mexico dated June 12,1989.
11. Radiological Survey of The La Bajada Mine, New MexicoRadiation Protection Bureau,
August, 1987
12. Memorandum from John M. Andrews, Jr., Environmental Scientist, Albuquerque District
Mining Office,USFS.concerning surface reclamation of site with attached water analyses.
13. La Bajada Quarry Fishery Investigation by DonaldDuA.
ff,Wildlife Management Biologist
and L. Eric Silvers, Hydrologist dated March 19, 1970, USFS.
Copies of these documents follow and are organized by number.
37
..
..
Data Source 1. Report dated April 28,1988 from William D. Purtymun of Los Alamos National
National
Laboratory to Corey Wong, Ekpanola RangerDistrict, U.S.F.S. containing analytical results of
water and sedimentsamples from La Bajada Mine pit.
I
3k
LosAlamos NationalLaboratory
LosAlamos,NewMexico 87545
Corey Wong
Espanola Ranger District
P.O. Box R
Espanola, NM 87532
ANALYTICAL
RESULTS
FROM
LA BAJADA
MINEPIT
Dear Mr. Wong:
Attached are the analytical resultsof samples, waterand
sediments, from the mine pit.
They were collected and analyzed
for Ed Collins, U.S. Forest Service, whohas since been transferred.
you.
I understand that this project has been transferred to
The samcles were collected about May
19, 1987.
If
youhave any questions contact
me at 667-0810 or Daryl
Knab at 667-7094.
Sincerely,
William D. Purtymun
Environmental Surveillance
WDP:bjh
Attachments :
Cy:
.
a/s
J. Puckett, HSE-DO, K491
CRM-4 (2), MS A150
An Equal Opoonunity EmoloyerlOperated by University of Califomla
I
ESPANOLA
R.D.
I
36
W a t e rs a m p l ea n a l y s e sf o rL aB a j a d aM i n eP i t .S a m p l e
87.01708 i s a s u r f a c e
87.01709 a deepwatersample,and
87.01716 i s t h e f i l t r a t e
w a t e rs a m p l e ,
s o l u t i o nf r o mt h et h r e es e d i m e n ts a m p l e s
87.01713-1315.
SAMPLE
NUM
ANALYSIS
87.01708 AG
87.01708 ~AL
87.01708 AS
87.01708 8
87.01708 EA
87.01708 CD
87.01708 CL
87.01708 CN
87.01708 CO
87.01708 CR
87.01708 CU
..
87.01708 F
87.01708 HG
87.01708 MN
87.01708 MO
87.01708 NH3-N
87.01708 NH3-N
87.01708 N I
87.01708 N03-N
87.01708 P
87.01708 .PB87.01708 PH
87.01708 RA-226
87.01708 SE
87.01708 SO4
87.01708 TDS
87.01708 TH
87.01708 U
87.01708 V
87.01708 ZN
SYMBOL
<
~
~
<
<
<
<
~~
~~~
~~
SAMPLE
NUM
ANALYSIS
87.01709 AG.
~~
~~
~
87.017CO AL
87.01709 AS
87.01709 8
87.01709 BA
87.01709
CD
~.
87.01709 CL
87.01709 CN
87.01709 CO
87.01709 CR
87.01709 CU
87.01709 F
~
<
"
<
<
<
<
<
RESULT
UNCERTAINTY
0.0500
0.1900
0.0500
0.2000
0.5000
0.0100
52.0000
0.0000
0.0500
1.0000
5.6000
1.5000
0.9000
4.5000
0.0500
0.0000
0.0000
0.0500
0.2000
0.2000
0.0500
8.6300
0.2100
1.7000
201 .oooo
<
<
SYMBOL
<
<
<
<
646.0000
0.0100
0.0120
0.0500
3 .OOOO
RESULT
0.0500
0.3500
0.0500
0.2000
0.5000
0.0100
59.0000
0.0000
<
<
0.0500
1.oooo
3.0000
1.5000
UNITS
0.0500 MG/L
0.1000
0.0500
0.1000
0.5000
0.0100
5.0000
0.0100
0.0500
1.0000
0.6000
0.3000
0.2000
2.0000
0.0500
0.0400
0.0400
0.0500
0.2000
0.2000
0.0500
0.1000
0.0210
1.0000
20.0000
65.0000
0.0100
o.oo10
0.0500
2.0000
UNCERTAINTY
0.0500
MG/L
MG/L
MG/L
MG/L
MG/L
MG/L
MG/L
MG/L
-,UG/L
UG/L
MG/L
UGiL
UG/L
MG/L
MG/L
MG/L
MG/L
MG/L
MG/L
MG/L
UNITS
PCI/L
UG/L
~,MG/L
MG/L
MG/L
MG/L
MG/L
UG/L
~
UNITS
MG/L
MGL;
0.0500 MG/L
0.10oo M ~ / L
0.5000 M G
/ l~,
0.0100 MG/L
6.0000 MG/L
0.0100 MG/L
0.0500 MG/L
1.0000 UG/L
0.3000 UG/L
0.3000 MG/L
e . l0OC
~~~~~
'
. '
87.01709 HG
87.01709 MN
87.01709 MO
87.01709 NH3-N
87.01709 NH3-N
87.01709 NI
87.01709 N03-N
87.01709
~.
.P
87.01709 PB
87.01709 PH
87.01709RA-226
87.01709 SE
87.01709 SE
87.01709 SO4
87.01709 TDS
87.01709 TH
87.01709 U
87.01709 V
87.01709 ZN
~
<
<
<
<
~~
~
~~
<
"
<
<
4-
37
0.2000
0.1830
0.0500
0.0000
0.0000
0.0500
0 .zoo0
0.3000
0.0500
8.1500
0.1900
1.5000
1.5000
226.0000
672.0000
0.0100
0.0860
0.0500
14.4000
0.2000
0.0180
0.0500
0.0400
0.0400
0.0500
0.2000
UG/ L
MG/ L
MG/ L
MG/ L
MG/ L
MG/L
MG/ L
0.2000 MG/ L
0.0500 MG/ L
0.1000
0.0190
1.oooo
1.oooo
UNITS
PCI/L
UG/L
UG/L
23.0000 MG/ L
67.0000 MG/ L
0.0100 MG/L
0.0090 MG/ L
0.0500 MG/L
2.0000 UG/L
SAMPLE
ANALYSIS
NUM SYMBOL
87.01716
87.01716
87.01716
87.01716
87.01716
87.01716
87.01716
87.01716
87.01716
87.01716
87.01716
87.01716
87.01716
87.01716
87.01716
87.01716
87.01716
87.01716
87.01716
87.01716
87.01716
87.01716
87.01716
87.01716
~
~~
AG
AL
AS
B
BA
CD
CL
CN
CO
F
RESULT
UNCERTAINTY
UNITS
<
<
<
<
<
HG
MO
NH3-N
NH3-N
PH
<
<
SO4
TDS
0.0500
0.3000
0.5000
0.0100
23.6000
0.0000
0.0500
2.1000
0.8000
6.0500
6.5000
0.0600
N03-N
PB
0.3600
0.3000
NI
P
0.0500
TH
...
<
U
V
<
0.3000
0.2000
0.0500
7.7400
g::E
0.0100
0.1330
0.0500
MG/ L
MG/L
MG/L
MG/L
MG/ L
MG/ L
MG/L
MG/L
MG/L
0.3000 MG/L
0.2000 UG/L
0.0500 MG/L
0.6050 MG/L
0.6500 MG/ L
0.0500 MG/L
0.2000 MG/L
0.2000 MG/ L
0.0500 MG/L
0.0500
0.1000
0.0500
0.1000
0,5000
0.0100
2.4000
0.0500
0.0500
0.1000
38.0000
10.0000
UNITS
MG/ L
MG/ L
0.0100 MG/L
0.0130 MG/L
0.0500 MG/L
br
&"
A f l a l y t i c a l r e s u l t s for se nient samples collected from t h
uttom o f the La
Bajada Mine P i t . The l o c a t i o n s o f the three samples were notdesignated on t h e
originalsamples.
The analyses were run on a w a t e re x t r a c t a t pH 5 according
t o R C M procedures, SW 846 method 1310, f o r EPTOX metals. The Ra-226 values
r e p o r t e d i n PCi/G were determined by GeLi gamma counting of t h e o r i g i n a l
sedimentsamples.
SAMPLE
NUM
ANALYSIS
87.01713 AG
87.01713 AS
87.01713 EA
87.01713 CD
87.01713 CL
87.01713 CN
87.01713 CO
87.01713 CR
87.01713 CU
87.01713 F
87.01713
FE
-.
.~
87.01713 HG
87.01713 MN
87.01713 MO
87.01713 NH3-N
87.01713 NH3-N
87.01713 N I
87.01713 N03-N
87.01713 P
87.01713 PB
87.01713
PH
-.
.~
87.01713 RA-226
87.01713 RA-226
87.01713 SE
87.01713 SO4
87.01713 TDS
87.01713 TH
87.01713 U
87.01713 V
87.01713 ZN
SYMBOL
RESULT
UNCERTAINTY
<
<
0.0500
<
<
<
~~
~~
<
<
<
<
" "
SAMPLE
NUM
ANALYSIS
87.01714 AG
87.01714 AS
87.01714 BA
87.01714 CD
87.01714 CL
87.01714 CN
87.01714 CO
87.01714 CR
87.01714 CU
87.01714 F
87.01714 FE
87.01714 HG
87.01714 MN
<
UNITS
0.0500
0.0500
0.5000
0.0100
0.0500
0.8000
0.0100
3.2000
0.0100
0.5200
0.0500
2.0000
0.5370
135.0000
0.0020
9.7000
0.0020
4.0000
4.1200
1.2200
0.2000
0.2000
0.6000
0.0100
0.0500
0.0500
2.0000
0.0540
13.0000
0.0020
0.9700
0.0010
0.4000
0.4120
0,1200
0.2000
0.2000
0.0500
4.4700
23.5000
8.5500
9.1000
21.3000
2518.0000
0.0010
0.0080
0.0100
0.1870
0.0500
0.1000
2.3000
1.3100
1.0000
2.1000
252.0000
0.0010
0.0050
SYMBOL
RESULT
UNCERTAINTY
<
0.0500
<
<
<
<
0.0500
0.5OOO
0.2000
2.4000
0.0100
0.4400
0.0500
2.0000
0.0100
0.0380
UNITS
0.0500
0.0500
0.5000
0.0200
0.4000
0.0100
0.0400
0.0500
2.0000
0.0020
0.0550
7.0000
0.0020
8.9800
0.9000
0.5530
70 .OOOO
MG/L
MG/L
MG/L
MG/L
MG/L
MG/L
MG/L
MG/L
UG/L
MG/L
MG/L
MG/L
MG/L
MG/L
MG/L
MG/L
MG/L
MG/L
MG/L
MG/L
UNITS
PCI/L
PCI/G
UG/L
MG/L
MG/L
MG/L
MG/L
MG/L
MG/L
MG/L
MG/L
MG
L
/
MG/L
M6/L
MG/L
MG/L
MG/L
UG/L
MG/L
MG/L
MG/L
MG/L
39
87.01714 MO
87.01714 NH3-N
87.01714 NH3-N
87.01714 N I
87.01714N03-N
87.01714 P
87.01714 P8
87.01714 PH
87.01714RA-226
87.01714RA-226
87.01714 SE
87.01714 SO4
87.01714 TDS
87.017I4 TH
87.01714 U
87.01714 V
87.01714 ZN
SAMPLE
NUM
ANALYSIS
87.01715 AG
87.01715 AS
87.01715 BA
87.01715 CD
87.01715 CL
87.01715 CN
87.01715 CO
87.01715 CR
87.01715 CU
87.01715F
87.01715 FE
87.01715 HG
87.01715 MN
87.01715 MO
87.01715
.~
.NH3-N
~ .
87.01715 NH3-N
87.01715 N I
87.01715N03-N
87.01715 P
87.01715
PB
~.
. 87.01715 PH
87.01715RA-226
87.01715RA-226
87.01715 SE
87.01715 SO4
87.01715 TDS
87.01715 TH
87.01715 U
87.01715 V
87.01715 ZN
~~
~
~~
<
<
<
<
0.0020
1.9900
1.9800
1.1200
0.2000
0.2000
0.0500
4.3900
9.2000
4.0300
1.0000
39.1000
2826.0000
0.0010
0.0200
0.0170
0.4250
RESULT
UNCERTAINTY
<
<
0.0500
0.0500
0.6000
<
<
~
<
c
<
<
0.0100
2.6000
0.0100
0.5500
0.0500
13.5000
0.6330
200.0000
0.0020
10.7000
0.0020
4.1200
4.3700
1.2800
0.2000
0.2000
0.0500
4.4600
5.7400
21.5000
1.0000
37.3000
2685.0000
0.0010
0.0090
0.0100
0.1930
MG/L
0.1100
MG/L
MG/L
MG/L
MGiL
UNITS
PCI/L
PCI/G
UG/L
MG/L
MG/L
MG/L
MG/L
MG/L
MG/L
MG/L
0.2000
0.2000
0.0500
0.1000
0.9000
0.6200
1.0000
3.9000
283.0000
0.0010
0.0050
0.0100
0.0430
SYMBOL
<
0.0010
0.1990
0.1980
MG/L
UNITS
0.0500
0.0500
0.5000
0.0100
0.4000
0.0100
0.0600
0.0500
4.0000
0.0630
20.0000
o.oo20
1.1000
MG/L
MG/L
MG/L
MG/L
MG/L
MG/L
MG/L
MG/L
UG/L
MG/L
MG/L
MG/L
MG/L
0.0010 MG/L
0.4120 MG/L
0.4370 MG/L
0.1300 MG/L
0.2000 MG/L
0.2000 MG/L
~r 0.0500 MG/L
0.1000 UNITS
0.8800 P C I / G
2.1oco PCI/L
1.0000 UG/L
3.7000 MG/L
269.0000 MG/L
0.0010 MG/L
0.0050 MG/L
0.0100 MG/L
0.0190 M6/L
~
~
~
A n a l y t i c a lr e s u l t sf o r
animalsamples.
SAMPLE
NUM
KANGAROORATS
#42 599
#43 699
ASH WT 6.79
PEROMYSCUS
89 299
817 11.59
#22 21a
ASH WT-3.49
SUNFISH
6009 WET WT
389 ASH WT
BULLHEAD
4719 WET WT
149 ASH WT
ANALYSIS
SYMBOL
RESULT
UNCERTAINTY
UNITS
87.08317 GSCAN
87.08317 MSCAN
87.08317 RA-226
87.08317 TH
87.08317 U
0.0000
0.0000
no elevatedmetalsobserved
2.8800
1.0300
PCI/G
1.3980
0.1400
UG/G
1.8890
0.1890
UG/G
87.08318 GSCAN
87.08318 MSCAN
87.08318 RA-226
87.08318 TH
87.08318 U
0.0000
GSCAN
MSCAN
RA-226
TH
0.0000
87.08319
87.08319
87.08319
87.08319
87.08319
U
87.08320 GSCAN
87.08320 MSCAN
87.08320 RA-226
87.08320 TH
87.08320 U
0.0000
no elevatedmetalsobserved
4.0000
1.9700 PCI/G
1.6090
0.1610 UG/G
3.7010
0.3700 UG/G
0.0000
~
~~
no elevated metals
0.4400
1.7700
0.2490
0.0250
1,0260
0.1030
0.0000
observed
PCI/G
UG/G
UG/G
0.0000
No elevatedmetalsobserved
2.8100
0.5500 PCI/G
0.2300
0.0230 UG/G
5.8040
0.5800 UG/G
The sampleswere dry ashed a t 450 deg C t o constantweight, and
a l i q u o t s weretakenfortheindividualanalyses
from theash.
The e n t i r e
animal was a s h e df o rt h er a t s
on the assumptionthatanything
t h a t ate a rat
would consume a l l of i t . The heads and i n t e s t i n e s of thefishwere
removed on
the assumption t h a t peoplemight consume t h e f i s h .
The GSCAN resu1,tsareattached
on s e p a r a t er e p o r t s .
TYPE
-1 MCA 6. 1 SEGMENT #
1
REALTIME L- 10029.96 SECONDS, LIVETIME
DATA COLLECTED AT 16:43:00 ON 30-NOV-87
1000.00
=
10000.00 SECONDS
1
kJ
0
0
0
.-TI
X
I.
cn
I-
Z
d’0
2048
, .
*
1024
8708317 CHN
I
3071
CHANNEL
NUMBER
4095
TYPE = -1 MCA d 1 SEGMENT # 2
REALTIME = 10029.96 SECONDS, LIVETIME
DATA COLLECTEO AT 16:43:00 ON 30-NOV-87
10000.00 SECONDS
10000. O O F
---
t
t
d
k
100.00
0
0
0
4
X
tZ
'
d0
t
I O . oob
: :;i"b,
0.01
U
1024
.-
8708318.CHN
2048
CHANNEL
NUMBER
3071
4095
c
w
VI
0
z
0
u
W
LD
0
0
0
0
0
0
d
n
W b
r m
H I
t U
ww
viz
0
Ad
H I
->0
'*
too
zz
..
..
woo
TU0
mw
ucnm
v
Cnm
'0
0
dN(D
*mioa
a0
I-
F a
w-l
-I
- 0
I aw
X 0
0
0
II H O
C
F:
wAa
pat
rwa
CUP
0
0
r(
F:
0007;
X
0
SINfl03
0
43
[I
W
TYPE =
-1 MCA # 1 SEGMENT B
2
REALTIME
10030.24 SECONDS, LIVETIME =
DATACOLLECTEDAT
08:58:00 ON 01-DEC-87
__.
10000.oo
10000.00 SECONDS
.. ....
-.
1000 .oo
0
0
0
d
X
cn
I"
Z
3
0
0
2048
8708320.CHN
3071
1024
CHANNEL
NUMBER
4095
s
c
cn
In
0
Tf
r
(
r.
0
rn
m
P
0
N
-r
d
N
0
..
._.:...
.:.
,'
....
, ??..
...
6
'801
k
1-16
RANGE : 2914 = 1456.43 k r V
t u 2932 = 1465.42 ke?)
&REA : Gross = 26R7
hiet; = 2585
+/- 53
C E N T R D I D : 25'22.47 = 14613 .&& ke'J
SHAPE : Fwhm =
1 .?O ke.:
Fcrtm =
3.53 kteV
at
1460.75
I D : K-40
Corrected Net. = 2535.0(:l!:i
ROI #
1-17
~ E V
+ i - 53.0
RANGE : 3521 = 1759.75 keV
to 3541 = 175?.75 keV
AREA : G r a s s = 2 9 4
Net. = 2(+8
r i - 17
CENTROID : 3529.69 = 1754.99 k e V
SHAPE : F w h m =
2257 k eFVw t m
=
4.45 k='V
ID : BI-214 at 1764.49 keV
+ i - 19.ci
Corrected Net = 2+8.1:i(3;
MCH # 1
ROI #
'
2-1
. .
EO1 #
2-0
ROI
2-1,:)
#
REI #
2-11
R O I +A
2-1"..
RAPICE : 1813 =
9C16.35 keV
to 1829 =
914.35 L::eV
G R E H : G r o s s = BE5
N e t = 357
+ / - 36
C E N T R O I D : 1921.28 = 91Ci.49 Ice0
SHAPE : F b h m =
1.74 ):eV
Fwtm =
2.94 ke?,
ID
F:OI
++
2-13
: P!o
c l o s e library m a t c h
964.34 k e V
to 1?45 = 472.34 k e V
R G N G E : 1929 =
N e t = 175
t/- 34
A R E A : G r o s s = 692
C E N T R O I D : 1936.79 = 968.23 I:eV
SHUFE : F w h m =
1.47 k eFVw t m
=
2.6ij k e V
.. .
I D : TB-ibb."';
de:.
966. 16 k e V
C o r r e c t e d Net"?. 175.C10Ci
. ..
-z.,
... .-
.
Ci-
36.0
i
3C"I '#
2-14
RANGE : 2230 = 1114.81 k e V
t o 2248 = 1123.81 Ice()
A R E A : Gross = 738
N e t = 297
+ / - 35
CEi"4TRMD : 2239.21 = 11 19.42 k e V
SHAPE : F w h m =
1.76 keV
FWt m =
3.55 h:eV
1120.29 l:eV
ID : EI-214
at
C o r r e c t e d . N e t = 297.0CiO
.
HOI #
2-15
.,
2-15
2-17
+/-
+/- 23.0
R A N G E : 2910 = 1454.74 k e V
to 2930 = 1464.74 keV
R R E A : G r o s s = 3436
Net = 3225
+/- 61
CENTROID : 2919.L13 = 1459.46 k e V
SHAPE : F w h m =
2.22 k eFVw t m
=
3.93 k e V
I D : 11-40
at
1460.75 k e V
Cnrrectzd N e t = 3225.000
+/301
*
2-18
501
*
2-19
25.i9
R A N G E : 2743 = 1371.26 l:eV
to 2763 = 1181.26 hell
AREA : G r o s s = 274
Net = 89
+ / - 23
CEtJTROID : 2753.13 = 1376.35 ICeV
SHGPE : F w h m =
1.37 I:eV
Fwtm =
4.55 l:eV
I D : BI-214
at
1377.82 k e V
C o r r e c t E d N e t = 89.0ClCl
ROI #
35.0
RANGE : 2653 = 1326.27 k e V
to 2L71 = 1335.27 kei)
A R E A : GI-GSS = 353
N e t = 59
+/- 26
CENTROID : 2662.42 .= 1330.98 h e V
SHAPE : F w h m =
2.22 k eFVw t m
=
?.OCI
keV
I D : CO-60
at
1332.50 keV
Corrected Net = 59.00U.
ROI #
+/-
61 O
.
RAr4GE : 3154 = 1581 -72 k e V
t o 3134 = 1571.72 ke?,
A R E A : Gross = 206
N e t = -15
+/- 23
C o u l d nat p r o p e r l y fit t h e p e s k .
53
.
;dcB '# 1
ACQ 12-01-87
A T 08:58:20
R T : 1C1030.2
L T : 10000.C1
EGfG
ORTEC
GEM 2 0 1 8 5 ~D E T # '7
V
V
b S F E C I A L SAMFLE FClF: LIUF', 12/01/87
RUI #
17 =
38 .?4 1::eV
RANGE :
65 =
32.74 keV
to
AREA : G r o s s = 3028
?let = 428
+/- 59
CENTROID : 69.48
=
34.Y8 }.;.e?,
SHAPE : Fwhm =
1.21 l:eV
Fwtm =
2.59 keV
1-1
.
I D : SH-125
at
35.50 keV
Carrected Net = 428. O O C 1
EO1 #
1-2
+;-
59.0
RANGE : ,471 = 235.63 keV
tn L t 8 3 = 341 -62 k e V
Net = 6 4 4
AREA : G~-CGS = 4334
+;' m
= 238.40 C:EV
CEi4TEUID : 476.56
1.14 keV
Fb*Jtm =
2.18 i e V
SHAPE : Fwhm =
I D : No close l i b r a r y match
HOI #
1-3
RANGE : 584 = 292.09 k e V
t a 596 = 298 - 0 9 i:eV
AREA : G r o s s = 2449
N e t = 452
c / - 53
CENTROID : 590.07
= 295.12 keV
SiiAPE : Fwhm =
1.42 ~::EV
Fwtm =
3 - 1 9 k:e','
ID : FR-214 a t
295.21 k e V
Corrected N e t = 452.u09
SO1 #
1-4
+;-
RRNGE : 670 = 335.07 keV
t u 682 = 341 .CIA keV
ht?EA : Grass = 1899
Net = 123
+ / - 47
CENTROID : 676.23
= 338.20 keV
SHAPE : Fwhm =
1.14 ke?,
Fwtm =
2.25 keV
I D : Y-S1M
at
337.00 k e V
Corrected Net = 123.000
+/-
ROI #
1-5
53.0
.
47.1)
RANGE : 698 = 349.06 k e V
to 710 = 355.C16 k e V
AREA a. G r o s s = 2191
Net = 667
+ I - 49
C E N T R U I D : 703.57
= 351.84 l:eV
SHAPE.:,'$:
Fwhm".= . 1.05 keV
FbJtm =
2 . 3 4 keV
k.C.
-7 , '.
ID :.:PB-214. ..at 351.92 k e V
Corrected N e t . = 667. 00C1
+ i - 49.0
.
I
I..
i
RUI '#
1-0
RANGE : 1015 = 507.47 k e V
to 1029 = 514.47 kelJ
AREA : G r o s s = 1415
Net
= 414
+/- 44
CENTROID.: 1022.02 = 510.78 keV
SHAPE.: Fwhm =
1.63 k e d
Fwtm =
2.92 IteV ,
511.ClCI
I D :.C0-56
at
414.000
Corrected N e t =
..
HOI #
1-7
keV
+/-
44.1)
RANGE : 1159 = 579.43 k e V
to'1173 = 586.42 ke'J
ARE9 : Gross = 1155
Net
= 460
+ / - 37
CENTROID : 1166 35 = 583.1C1 I::eV
i:3i keV
Fwtm =
2.83 !(EL)
S H W E : Fwhm =
I D : No c l o s e l i b r a r y m a t c h
ROI #
1-8
RANGE : 1212 = 605.91 IteV
t o 1225 = 412.91 ke'V
+/- 41
N e t = 646
CIREA : GI-GSS = 1149
CENTROID : 1218.59 = 609.21 !:e?,
SHAPE : Fwhm =
1 - 2 8 I::eV
Fwtm =
2.45 k:eV
I D : BI-214
CorrectedNet
ROI #
1-9
at
609.31
~ E V
= 645.00C1
ti-
41 .0
F:ANGE : i 4 4 7 = 723.35 keV
,tc, 1461 =
?30.34 keL'
AREA : GI-GSS
= Net
639
= 98
+/- 3111
CENTROID : 1454.62 = 727.15 keV
SHAFE : Fxhm =
1.39 I:eV
Fwtm =
2.42 I:eV
ID : No c l o s e l i b r a r y mztch
ROI
*
1 -1 0
RANGE : 1582 = 790.81 keV
t o 1598 =
798.30 keV
AREA : GI-GSS = Net
586
= 29
c / - 32
CENTROID : 1589.97 = 794.79 keV
SHAPE : Fwhm =
1.19 keV
Fwtm =
1.90 keV
FGi
#
1-11
EO1 #
1-12
RANGE : 1931 = 965.21 k e V
t u 1?47 = 973.29 keV
A R E A : GI-GSS = 573
N e t = 177
+/ 30
C E N T R O I D : 1?38.36 = ?68.68 {::e'/
SHAFE : Fwhm =
1.62 k e V
Fwtm =
2,AE keV
at
966.16
I D : Tl3-lkl:j
C o r r e c t e d Net = 177.00C~
ROI #
1-13
. .
-
Ice0
+/- 3 0 . 0
F:ANGE : 2233 = 1116.12 l:eV
t a 2243 = 1 1 2 4 . 1 2 k e V
AREA : GI-GSS = 578
N e t = 243
+/- 29
C E N T R O I D : 2241.45 = 1120.35 k e V
SHAFE : Fwhm =
2.43 k e V
Fwtm =
4.43 k e V
ID
: BI-214
C o r r e c t e dN e t
at
1120.29
.. ....
--
keV
= 243.000
+ / - 29.13
.'
. . -.
.x
I
.>A
-6
i-
ROI %
1-14
RANGE : 2914 = 1456.43 k e V
to 2932 = 1465.42 k e V
A R E A : G r o s s = 2919
N e t = 2786
+ / - 55
C E N T R O I D : 2922.44 = 1460.64 k e V
SHAPE : Fwhm =
1.98 iceV
Fwtm =
3.64 k e V
ID : K-40
at
1460.75 k:eV
Corrected N e t = 2786.000
ROI #
1-15
+/-
55.0
RANGE : 317'7 = 1597.85 keV
t o 3195 = 1596.24 k s $ J
AREA : GI-uss = 182
N e t = 36
+/- 19
C E N T R O I D : 3185.76 = 1592.23 k e V
1-03 k e V
Fwtm =
2.18 k e V
SHAPE : Fwhm =
. A
.* .. .
ID.,:
NO: cIos&:i.librarv m a t c h
HOi
#
1-16
MCR # 1
ROI #
2- 1
RANGE : 3520 = 1757.25 keV t u 3540 = 1759.25 k e V
A R E A : Gross = 293
N e t = 249
+/- 19
C E N T H U I D : 3529.95 = 1764.22 k e V
S H A P E : F w h m = . 1.99 k eFVw t m
=
3.?f> k:eV
. .
I D : BI-214. a t
1764.49 I::eV
+i 19 (:I
C o r r e c t e d N e t = 249.000
-
EGSG ORTEC GEM 23210, DET # a
S P E C I A L SAilPLE F O H
WDFl
2-2
12/01/87
RANGE :
66 =
33 - 0 3 k e V
to
75 =
38.02 l:eV
A R E A : Gross = 2914
+ / - 51
N e t = 751
C E N T R O I D : b4.50
=
.32.27 I:EV
SHAPE : Fwhm =
0.17 keV
Fwtm =
2 . 17 k e V
I D : CS-137
at
32.10 k e V
C o r r e c t e d N e t = 751 .C100
+/-
ROI #
.
-
51.0
RANGE : 144 =
72.02 k e V
to
156 =
78.02 k e V
AREA : GI-CGSS
11393
Net = 131
+ I - 115
-c
C E N T R O I D : 150.24
=
lj.14 keV
CHAFE : Fwhm =
0.82 keV
Fwtm =
1.36 keV
' .
.
.._,..
.....-_..
::
7.",.
I,...
. ..
-.
I D : No c l o s e l i b r a r y m a t c h
KO1 #
2-3
R A N G E : 366 = 183.00 k e V
t o 378 = 188.99 k e V
AREA : G]-C~SS = 5586
N e t = 265
+/- 87
= 185.77 k e V
C E P l T H O I D : 371.56
SHAPE : Fwhm =
1.17 k e V
Fwtm =
1 .7? k e V
I D : U-235
at
lS5.71 k e V
C o r r e c t e d N e t = 265.000
ROI #
2-4
+/- 87.0
.
.
.
RO? #
5-7
2-5
RANGE : 584 = 291.97 k e V to 596 = 297.97 ke\J
AREA : Gross = 3164
N e t = 483
+/- 6 0
CENTRDID .L 590.12
= 2?5.03 k e V
Fwhm =
0.71 k e V
Fwtm =
1.99 k e V
SHAPE.,,
'
:
1'
295.21 keV
I D : PB-214 a t
C o r r e c t e d N e t = 483.0ClO
+/. . . ..
ROI #
2-5
RANGE : 671 = 335.47 k e V ta 683 = 341.46 l:eV
AREA : G r o s s = 2096
Plet = 186
+/- 49
CENTROID : 676.82 = 338.38 keV
SHAPE : F w h m =
0.78 k e V
Fwtm =
1.65 k e V
at
I D : CO-57
339.68 k e V
C o r r e c t e d N e t = i86.0C11J
+/-
ROI #
2-7
2-8'
2-?
54.0
RANGE : 1014 = 505.93 k e V to 1028 = 513.93 k e V
AREA : G r o s s = 1590
N e t = 553
+/- 46
CENTROID : 1021.00 = 310.43 k e V
SHAPE : F w h m =
2.23 k e V
Fwtm =
4.51 k e V
ID : 1-133
at
510.57 k e V
C o r r e c t e d N e t = 553.000
+/ROI #
49.0
RANGE : 698 = 348.96 k e V t u 710 = 354.95 k e V
N e t = 940
+/- 54
AREA : G r o s s = 2595
CENTROID : 903.46
= 351.69 keV
SHAPE : F w h m =
1.08 k eFVw t m
=
2.22 i r e V
I D : PB-214 a t
351.92 k e V
C o r r e c t e d N e t = 940.000
+/-
ROI #
60.C1
46.0
RANGE : 1159 = 579.42 k e V t o 1173 = 596.42 k e V
: G r o s s = 1296
N e t = 520
+/- 41
CENTROID : 1165.80 = 582.82 k e V
SHAPE : Fwhm =
1-37 k eFVw t m
=
2.62 k e V
AREA
+
.
gc'i
#
2-10
ROZ #
2-11
ROI #
2-12
i
RANGE : 1528 = 763.33 btev
t o 1544 = 771.88 k e v
Plet = 90
+/- 36
AREA : G r c . s s = 736
CENTROID : 1535.91 = 767.83 k e V
SHAPE : Fwhm =
0.89 k eF Vw t m
=
2.11 k e V
IG : BI-214
at
768.26
C o r r e c t e d N e t = 9iI.00il
keV
+ / - 36.0
. .
, '..
.. .
.*
.-.
. + . '. :i
:+.
...$.
r
:
,
.
..
..:I
.L
.?I..
EO1 #
2-13
R A N G E : 1813 = 906.35 k e V
t o 1829 = 914.35 k e V
AREA : G r o s s = 898
P l e t = 388
+ / - 36
C E N T R O I D : 1821.36 = 910.53 k e V
SHAPE : F w h m =
1.59 k eFVw t m
=
2.67 k e V
I D : No c l o s e l i b r a r y m a t c h
ROI #
2-14
R A N G E : 1923 = 963.94 k e V
to 1944 = 971.94 k e V
AREA : G r o s s = a19
N e t = 189
+ / - 37
CENTROID
:.1936.82
= 968.25 k e V
S H A P E : Fwhm =
1.60 k eFVw t m
=
2.87 k e V
HArlGE : 2230 = 1114.81 k e V t o 2248 = 1123.31 ke0
AREA : Gross = 747
N e t = 261
+ I - 36
CEFJTHUID : 2239.03 = 1119.32 k e V
SHAPE : Fwhm:=., . 1.83 k e V
Fwtm =
3.94 keV
, ,%?<:
. ..VI
ID : BI-214
a% 1120.29 k e V
+/- 36 .O
Corrected Net:.=
..........p 261 .000
'
...
ROI %
2-16
S'RPIGE : 2653 = 1326.27 k e V
t o 2671 = 1335.27 k+J
A R E A : G r o s s = 323
N e t = 96
+/- 24
CENTROID : 2662.42 = 1330.98 h:eV
SHiiPE : Fwhrn =
1.46 k e V
Fwtm =
4.01 keV
ID
: CO-00
Cctrrec
ted
ROI #
2-17
at
1332.50
N e t = 96.000
.
keV
RANGE : 2909 = 1454.24 k e V
t o 2929 = 1464.24 keV
WE.; : G 1 - 5 5 5 = 3782
N e t = 3651
+/- 6 3
CEFITROID : 2919.39 = 1459.44 k e V
SHWE : Fwhrn =
2.t4 k e V
Fwtrn =
4.03 k e V
ID : K-40
at
1460.75 k e V
C o r r x t e O N e t = 3651.000
ROI
++
Z-lE
+ I - 24.0
+/- 63.0
WNGE : 3Z15 = 1757.18 k e V
t o 3537 = 1763.13 keV
G R E A : Gross = 327. . _ _._
N e t = 275
+/- 21
CENTROID : 3525.39-.- 1.7A2.38 keV
SHAPE : f w h m = ....2.34 k e V
Fwtrn =
4.63
ke?,
.
....
i_i
._
+
,::
I D : HI-214
at
1764.49 k e V
Corrected Net = 2715.000:': . .
..
+/-
21 .0
Data Source 2. Report dated September 14,1987from J. Margo Metzger-Keele, Ph.D.,
Program Manager, Surveillanceand MonitoringSection, New Mexico Health and Environment
Department to Robert Salter, Bureau Chief, Abandoned Mine Land Program, Energy and
Minerals Department, Mining and Minerals Division.
..
Pose Office 6ax 966
Santa
Carmo*
ENVIRONMENTALIMPROVEMENTOlVlSION
Micnael J. aurxnarr
Oirecror
unn-cns
GAB--
Fa.New MEXICO87Zcpo96a
uucw GCUCCN
L*3
" 5
c s c p L Mum
C.0UN Srcr.-
rcVUarC
HEALTH w EWIRONMENT
x m m r
September 14, 1987
M r . R o b e r ,S a l t e r ,B u r e a u
Chief
AbandonedMine Land Program
Energy & MineralsDepartment
Mining & Minerals D i v i s i o n
5 2 5 Camino d e 1'0s Marquez
Sarita Fe, N M 8 7 5 0 1
...
.. _ .- _ - "-
. .
.'
Dear M r . S a l t e r :
Enclosed is c u r e p o r o, tf h e
more d e t a i l e d s u r r e y of t i e La
Bajada Mine ,*ihich w e p e r f e z x e d t h i s summer. T f i i s suppleraents t h e
firs= r e p o r - which w e s e n t t o you i n nay 1 9 8 7 .
In t h i sd e t a i l e ds x r r e yt h e
measurements
of
s u r f a c e radiation
were made a= 3 0 f t . intervals Over t h ee n t i r ea r e a .
rn
-he a r e a s
which r e q u i rree r a e d i a c i c n
by t h ae d d i t i o n
csf o i l
ccver a r e
d e s i q n a z ib
esy
do r e s p c nlsienoeus t l i n ien6
rea.
W
e have
c a l c x l a t e d t h e amount
of
s o i l c a v enr e c a s s a rtfroe d u c e
the
h i q h e s tr a d i a t i c nr e a d i n q
t o a c c a p t a b l el e v e l s ,
which is 4 0 cx.
?rem t h e mas you c a n see t h a t noc a l l areas rewire t h a t much
s o i l ccrver.
However,
s i n c e s o i l nus= b e moved a r c u r d w i t h a
b u l l d c z e r , a metkod which iinits t h e a b i l i t yt og r a d u a t es o i l
d e q h , w e reccnmend
from
a p r a c t i csatla n d p o i anntads
a
b e ccvered with
campromise t h a t t i e e n t i r e a r e a o u t l i n e d i n r e a
20-40 cx. soil c a v e r .
1
: you h a v e f u e l h e r q u e s t i o n s , p l e a s e c s n t a c - ,
.7.
Margo Metzger-Reele,
me a t 8 2 7 - 2 9 5 7 .
Ph.D.
? r e g r a m Manaqer
Surveillance and Mcnitoring Section
-~ ~ c l c s c = "~4 +: d i o l c g i c S c F r e y
cc:
cf La Bajaea Xine: ?x+-
11"
Michael F. Brown, Chief,RadiationPrcrtectionBureau
Peter W. Karp, District Ranger, E s p a n o l aR a n g e rS t a t i o n
T i t o Madrzd, District I Manager, E I D
,061CALSURVEY OF THE
R
S t a r Mine) i s l o c a t e di nt h eS a n t a
The L a BajadaMine(a.k.a.TheLone
C a n y o na, p p r o x i m a t e l y
2% m i l e su p s t r e a mo ft h es m a l lv i l l a g eo f
o f a small
w o r k i n gcso n s i s t e d
a r e a i s e s t i m a t e dt o
manager.;heirwort
and
and
west
The
i s now
i s about one a c r e .
d i s t u r b e da r e 3 s t r e t c ha l o n gt h er i v ebr o t he a s t
L i m i t e dr e c l a m a t i o nw o r kh a s
La Bajada.
p i jt u s nt o r t ho tf h er i v e r T. h i sp i t
f l o o d e dt ;h ae r e oat fh ree s u l t f n pg o n d
t o t a ld i s t u r b e d
Fe R i v e r
Dumps and o t h e r
of
t h ep i t .
The
be 1 5 a c r e s .
beendone
b yt h eF o r e s tS e r v i c e ,w h i c hi st h el a n d
has c z n s i s t e dl a r g e l y
o f g r a d i n g se1ec:ed
o rpei l eiosnr d etbrou rrya d i o a c t ' vm
e a t e r i ae:m i t t i n g
p o r t i o n so f
spoil
more
than
70
m i c r o r o e n t g e n sp e rh o u r( u R , / h ) .
In December 15186, t h eR a d i a t i o nP r o t e c t i o nB u r e a up e r f a m e d
a p r e i i m i n a r y gamma
r a d i a t i o ns u r * l e y
o f t h es i t e I. na d d i t i o n s, o i l
and water
samples
were
taken
a n da n a l y z e df o trh eu r a n i u md e c a ys e r i e s .
The f i n d i n g showed t h atth e r ew e r e
300 uR/h (120 uR/h a ts p o t s
a r e 3 sw i t hr a d i a t i o nl e v e i su pt o
w h e r et h eF o r e s t
S e r v i c er e g r a d e dt h ea r e a ) .
Based on t h e s er e s u l t s ,t h e3 u r e a u
made f o u r recommendat'ons,the
r e a d "?rior t o any more r e c ! a m a t i o na t t e m p t s ,
f i r s t o f which
a more d e t a i l e dr a d i a t i o ns u r r e y
s h o u l d be p e r f o r m e i "T.h e r e f o r et h, Re a d i a t i oPn r o t e c t i oQ
n u r e apue r f o r m e d
more d e t a i l e d gamma r a d i a t ' o n s u r v e y d u r i n g J u l y
a
1987.
METHODS
A 20 f o o t b y
?C f o o t g r i d
300 f o o tt a p em e a s u r e .
was l a i d o u t o v e r t h e e n t i r e s i t e , u s i n g
A 30 s e c o n di n t e g r a t e d
I
a t r a n s i t and
gamma r a d i a t i o n measurement was
.
.
.
. ,
63
L
1 ine i n t e r s:ection, using an
t h e'n taken a t a h eight of on!e meter, a t eachgrid
E b e r l i n e EST-2 w i t h an a t t a c h e d HP-270 G-Iy probe. An Eberline PRM-7 micr0-R
meter was used t o double
check
some of the ES?-2 measurements.
Background
measurementswere
made approximately a q u a r t e rm i l e
away from t h es i t e ,
i n an
areaofundisturbed
soil.
RESULTS
The r e s u l t s o f the survey
have
been p l o t t e d on a map ( i i c u r e 1:.
Background
v a l u e s have been s u b t r a c t e d , so t h a t t h e f i g u r e s shown a r e due s o l e l y t o the
c a n t a m i n a t es opdi Iilslat .i n
t o stehetarhetes d i n g s
were e l e v a t e d ,
although n o t g r e a t l y . Only a few o f the
readings
were
over
100 u R / h .
The
h i c h e srte a d i n c
was 330 u R / h , a t a local
?zed
h o t s J o t between g r j d 1 ines.
There
were
some readings i n t h ree g r a d e da r e stsh a t
were
above
t h oe r i g i n a l
t a r g e tv a l u eo f
70 uR/h.
t o the ues: o f t h e s i t e
o f New Mexjc3.
Eightbackground
gamma measurementstaken
r e s d i n g o f 1 3 u R / h . T h i s i s very.typical
had an average
RECOmEXDATIOHS
As f a r as we know, t h e r ea r e
no l e g a lr a d i o l o g i c a ls t a n d a r i st h a ta o u l da p p l yt o
the gamma r a d i a t i o ne m i t t e da t
t h e La Sajada Mine.
However, Section 4-150 o f
t h e New H e x i cRoa d i a t i oPnr o t e c t i oRne y l a t i o sntsatthelai tc e n s e e s
and
r e g i s t r a n t s s h o u l d n o t possess, u s eo, trr a n s f e sr o u r c e os rf a d i o a c r i v i t y
in
u n r e s t r i c t e da r e a s
i n such a way t h a ta n yi n d i v i d u a l
would receive a whole-body
dose exceeding 0.5 renperyear.
I: we assume a personstandingupright
for 24
hours a d a y , 365 days per y e a r , and i f we assume t h a tt h e ground on which he i s
s t a n d i n g i s t shoeu r c e
o f exposure,
the
exposure
rate
from t h e ground
cgrrespond'ng
ta
t h e 0.5 reg/y
dose
would
be approximately 57 uR/h.
!This
valuecorresponds t o 4 4 u R / h on t h e map, because a backgroundvalue
O f 13 u R / h
h a sb e e ns u b t r a c t e d .I s o r e s p o n s el i n e sa tt h i sl e v e l
have been drawn on Figure 1.)
L
These values,
while
admittedly
conservative
and somewhat a r b i t r a r cyo, u l d
as agoal
below which t o reduce gamma r a d i a t i o n on the mine
n e v e r t h e l e s ss e r v e
site.
..
We t h e r e f o r e recommend t h ar te c l a m a t i oanc t i v i trye f e r
t o the gamma l e v e l s
mapped o u t by this survey and
proceed
i n a manner t h a t will a s s u r et h a t
a11
a r e a sa r ec o v e r e d
t o a d e p t hs u f f i c i e n t
t o reduce gamma r a d i a t i o nl e v e l s
t o or
below 57 uR/h a t a heightof one meter. The highestrecwded
measurement o f 330
uR/h w i lrle q u i r e
a soil
cover
depth
o f a t leas: 40 cn.
Other
areas
with a
l e s s e r a d i a t i o nv a l u e
will requirelesssoilcover.Heasuresshould
be taken
t op r e v e n te r o s i c n ,s p e c i f i c a l l y ,
on t h e 3:! s!opegraded
by theForestService
l o c a t e dw e s t
o f t h e p i t anda
largegully
e3st
3
o f the p i t .
I
I
Data Source 3. Report dated May 29,1987 from J. Margo Metzger-Keele, Ph.D., Program
Manager, Surveillance and Monitoring Section, New
Mexico Health andEnvironment
Department to Robert Salter, Bureau Chief, Abandoned Mine Land Program,Energy and
Minerals Department, Mining and Minerals Division.
Govsmor
Posz Office Sox S 6 S
Sanca Fe. N e w M ~ X ~ C S
O ~ ~ C U - C ~ E ~
WhSKO
HEALTH uo ENVlRCNMEHT
ENVIROflMEHTAL
IKPROVEMEHT DIVISION
BUREAU
RADIATION
PROTECTION
(505) 827-2957
LARRY
GCncc:~
S.CP.Cary
CARLA L M U M
0.0"W s.crs-
0vmw.r
May 29, 1987
Mr. Robert S a l t e r , BureauChief
Abanoonei MineLand
Program
Energy & MineralsDeaartment
Miningand Minerals Division
525 Camino de10s Marquez
Santa Fe, N M 87501
Dear Mr. S a l t e r :
"Radiologic
Survey
of t h e La Bajada
Mine".
Ue
Enclosed i s o u r r e g o r t i t l e d
f o r radioactive
have made an e f f o r t t o include i nt h i sr e g o r ta l lo t h e ra n a l y s e s
r a t e sr u r r o u n d i n g
t h i s abandoned nine.included
c o n s t f t u e n t s i ne i t h e rs o i lo r
a r er e g o r t s o f 1 ) a gamma radiationsuweyperformed
by theRadiazionProtect'on
Burezu in Decernber 1986; 2 ) w a t ear n a l y s i s
o f t h e mine p i t , Santa Fe r i v e r ,
and " s a r i n g("i n f i l t r a t i ogna l l e r y )
sampied i n 1978-79; 3 ) mine pwi ta , t s r
(";lona")
a n a l y s i s i n March 1987,
performed
by Groundwater
Section,
EID; ana
d ) a n a l y s i s o f d r i n k i n g water
samples
collected
by D i s t r i c t 1, EID. On t h e
b a s i s o f t h e s er e ? o r t s ,
we have made recommendationsprimarilyforthebenefit
of theEsaanolaRangerStationstaff
who planfurrherreclamation
of t h ea r e a
beginning t h i s s p r i n g o r summer.
if you have f u r t h eqr u e s t i o n sp, l e a s ce o n t a c t
a t 827-296.
me a t 827-2557,
or Alan Hall
Sincerely,
J . Margo Keele, Ph.D.
ProgramManager
S u r v e i l l a n c e andMonitorfngSectfon
MK/nL
Enclosure
1)
2)
2)
cc:
1
"RadiologicSurvey
o f La Bajada Mine", RPS/E!O
SLD Analytical
Regort:
Uater
Samples,
La Bajada Mine
(GroundWater/Hazardous WasZe Bursau/E!D)
SC9 Analytical
ReFort:
La Eajada/Domingo D r i n k i n g Water
Samples
( E I D F i e l dO f f i c e - S e r n a l i l 1 0 )
Michael F. Brown, BureauChief,RadiationProtection
P e t e r W . Kar?, D i s t r i c t Ranger,EsganolaRangerStation
T i t o M a d r i d ,D i s t r i c t I Manager, E I D
Bureau
New Mexico Radiation Protection Bureau
Way 26, lo87
I,-, c:'!
..,.. -.. .
,-i
i
.:-
...
I..
, - ; I
,
I :'
, - -.
:"
,-. -.
- . ..-
. _....
-
..,
I .w!sn
I
-1
!
.. !
"
;
I
"!
. .!
I
:
The La 8ajada Mine !a.k.a. The Lone S t a r Mine! i s locate3:Gn t h e cant;.
Fe River Canyon, approximately 2% miles upstream o f the sirgL~E?dU+e-&-"
- i
La Bajada. The workingsconsisted
o f a m a l l open p i t..-%suj
- - .
r i v e r . This p i t i s now flooded;thearea
o f the r e s u l t i w I > dOUUC. - .- L.
oneacre.
Dumps and o t h e r d i s t u r b e da r e a ss t r e t c h
a1 on$&e a s t and west o f t h e p i t .
The t o t adli s t z r b eadr e a
i s very
roughly
e s t i m a t e dt o be 1 5a c r e s .
Limitedreclamation
work has been
done
by t h eF o r e s tS e r v i c e ,
which i s
the landmanager.Their
work
has
consisted1ar;ely
of grading selected
p o r t i o n s o f s p o i al n do r ep i l e s
i n ordertoburyradioactivematerial
e m i t t i n g more than 70 microroentgens (uR) per
hour.
These
graded
areas
a r e shown on the a t t a c h e ds k e t c h o f t h e mine a r e a( F i g u r e
I).
;he Radiation
Protection
Bureau
perforsed
a survey o f tghaem a
o f t h e La Bajada Mine a r e 3 i n Oecember
r a i i a t i o n o f the s u r f a c es o i l
1986 a t the requesl; of R o b e Sr ta l t e r ,
Abandoned
Mine
Land Sureau.
Suasequent t 3 t h a tt i n e , Mr. Toby Mora, a La Ba'ada r e s i d e n t ,r e q u e s t e d
t s t i n d o f the drink'ngwater
s u o p l y a t La 3a:ada V i l l a g e as well a st h e
wa:er i n theSanta
Fe River, s i n c et h el a t t e r
i s used for irritation o f
cr3ps. He claims ts have 10s:
a
r e a el s t a t es a l e
d u e t o theprgximity
o i his7raperr.yto
t h e mine. We a l s ol e a r n e do f
tire Fates: S e r v i c e ' s
i n t e r e s t i n p e r f o r m i n agd d i t i o n arle c l a m a t i o anc t i v i t i e s
on t h e area.
S i n c et h e i o r e s t S e r v i c e was aware thatpeoolewere
swimming a n d f i s h i n g
i n t h e "aond" a t the La Sajadamine,
we dec'ded t o alsoanalyzewater
samples from t h ew a t e r i n t h e p i t .
Gamma r3diat;on was measured a t onemeterabove
t h e groundsurface g s i n g
Ejer!ine
P?M-7 microroentgenmeters.
Two meters
were
used;
they
were
l acsa:l i b r a t e d
on 11-17-86 a n d 6-10-86.
Readings
were
taken
at
numerous l o c a t i o n s , some o f w h i c h a r e shown on Figure 1.
These
locationswerenotse!ecteci
i n a predeteninedmanner,
b u t r a t h e r were
ss1ec:ed becausetheyaopearedrevresentative
o f p o r t i o n s of t h e mine
s i t e or becausetheyappeared
1 i kely
due t o c o l o r ,t e x t u r e ,a n a
so
f o r t h - t o be m r er a d i o a c t ' v et h a n
s u r r o u n d i n g l o c 3 t i o n s . For example,
some p a r t s o f t h e s i t e a r e dotted w i t h small p i 1 es o f dark-colored
m a t e r i a l , each c l e a r l y b e i n g a s e p a r a t e load o f a small dumo truck.
Judging from t h e iprl a c z m e n t
and t hfea ct ht ewy e rneogtr a d eodr
cgvered, we assume t h e ya r ep r o t o r e l, o w - g n d eo r et h a t
was s e r a s i d e
w i t h t h e hope t h a t i t might be ec3nomical t o mil 1 i t a t a l a t e r d a t e .
-
As s u c ht ,h e r e
is
ason t o
e x p e ctth e s e
piles
t L Je
more
t h aonr d i n a sr yp o ai l n, d
we a c c o r d i n gcl yo n c e n t r a t e d
r e a d i n g s a t t h e s ep i l e s .S e v e r a dl o z e nl o c a t i o n sw e r ec h e c k e d .
radioactive
many of t h e
and p r o t o r e were t a k e na t n i n el o c a t i o n s .
Samples o f S o i l ,s p o i l ,
They
w e r ec o l l e c t e dw i t h
a spade t o a d e p t h o ft h r e e
o r f o u irn c h e s .
Each
s a m p l ec o m p r i s e da b o ufti v ep o u n d s .
The
sample
l o c a t i o n sa r e
shown on
F i g u r e I.
The one s a m p l e( L E - 0 c) l a s s i f i e d
as " s o i l " was t a k e n f r o m an
o f tm
h ei n e .
As such, it r e p r e s e n t s a
u n d i s t u r b es diot eu t s i d e
" b a c k g r o u n ds a m p l e "S. a m p l e cs l a s s i f i e da "ss p o i lw" e r ec o l l e c t e df r o m
h eitnhhea
oatbdv i o u s l y
been
dis:urSed.
These
m a t e r i a l s on tm
r e p r e s e n t a h e r e r o g e n o u sm i x t u r eo fw e a t h e r e d
and u n w e a t h e r e d m a t e r i a l s .
f o r U-238,U-234,
ThThe s o i l , s p o i l ,
and p r o t o r es a m p l e sw e r ea n a l y z e d
220, Ra-226,and
'Sb-210 b yt h e New M e x i c oS c f e n t i f i cL a b o r a t o r yD i v i s i o n
(SL3) i n Albuquerque.
The samples
were
ground
and
a f i v e gram
subsample was d i g e s t e di n
a m i x t u r eo fn i t r i c ,s u l f u r i c ,
and h y d r o f l u o r i c
a c i dFso.l l o w ipnygr o s u l f af ut es i otdhni ef, f e r ennutc l i dwees r e
E3TA,
s e p a r a t s db yc o p r e c i p i t a t i o nw i t hb a r i u ms u l f a t ec, h e l a t i o nw i t h
and s o l v e n te x t r a c t i o n .
U-228,U-224,andTh-230weremeasured
b ya l p h a
spectroscopy,
Ra-225 radon
byemanation,
and
Pb-210
the
beta
by
e m i s s i o n s o f i n g r o w nS i - 2 1 0d a u g h t e r s .
i nt h ef l o o d e dp i t
was sampled
by
the
E:D
On Y a r c h 4 , 1 0 8 7t,h ew a t e r
Groundwater
Sureau.
These
u n f i lt a r e d samples were a n a l y z e db yt h e
SLD
-:or g r o s s a1 pha,
Gross
beta,
U-234,
U-225, U-238,
Th-220,
Ra-225,
Ra2 2 5 , and P5-210.
Gross alpha
and
gross
beta
were
measured
by
e v a o o r a t i n g an a o p r o p r i a vt eo l u m e
o f sample i n a c o u n t i n g pan
and
c o u n t i n gi n
an i n t e r n a pl r o p o r t i o n a cl 3 u n t e r .
The c o n c e n t r a t l o n so tf h e
one liter o f sample
i n d i v i d u anl u c l i d e sw e r ed e t e r n i n e db ye v a p o r a t i n g
f o r t h se o i l ,
and a n a l y z i ntghree s i d ubetyh e
same procedure
used
s o o i i , and p r o t osr ae m p l eesx, c etphta t
Ra-223 was d e t e r m i nbeyd
measuring
the
beta
c o o r e c ; p i t a t i n g Ra-226
and
Ra-223
w i t h BaSOa and
e m i s s i o n s o f i n g r o w nA c - 2 2 9d a u g h t e r s .
The w a t e r si nt h ep i t ,
f r o m t h ei n f i l t r a t t o ng a l l e r yi n t ot h eS a n t J
Fe
?!ver ( c a l l e tdh "eS p r i n g " ) ,
and i nt h e
Santa Fe R i v eurp s t r e a m
and
e ater
downstream o tf h em i n ew e r ea l s oc g l l e c t e d
and a n a l y z e d by t h W
o f E!D i n 1978 and
1979.
Althouah
we do n o t
P o l l u t i o nC o n t r o Sl e c t i o n
on the
methods
ernployed,
and
i nf a c ct a n n o t
have d e t a i l e di n f o r m a t i o n
l o c a t ehsea m p l i nl og c a t i o nwsi t h
a ng yr e a t pe r e c i s i ot hnat hne
d e s c r i p t i o n s shown i n T a b l e 3 , t h ea n a l y s e sh a v eh i s t o r i c a li n t e r e s t
and
a r ei n c l u d e di nt h er e p o r tf o rt h a tr e a s a n
I n e a r l yM a r t 3 1987, O i s t r i c : I , EIO, t;ok a d r i n k i n gw a t e rs a m p l ef r o m
a t O o m i n g oA.l z h o u gthhsea m p l i nsgi t e
was
t h e Domingo T r a d i nPg o s t
i t i s on t h e same w a t e r
l o c a t e d 5 t o 10 m i l e s f r o m La S a j a d aV i l l a g e ,
s a p p l ya sL aS a j a d aV i l l a g e ,w h i c hi st h ec l o s e s tc o m m u n i t yw a t e rs u p p l y
t ot h e
La BaCada M i n eF. ot rh i s
reasan, t h e sder i n k i nagn a l y s easr e
a l s oi n c l u d e di nt h i s
re?ort.
2
71
FINDINGS
Gamaradiationmeasurements
On the mine dumps, p i t , and graded
areas
ranged from 20 t o 300 u R / h r .
The low f i g u r e (20 u R / h r ) i s q u i t ec l o s e
a t the o l dg a t et o
the mine.
t o a 15uR/hrbackgroundmeasurementtaken
(Background r a d i a t i o n i n t h e Santa Fe a r e at y p i c a l l yr a n g e s
from 12 t o
15 uR/hr.)
The highestreadingtaken
i n a n area regraded by the Forest
S e r v i c e was I20 u R / h r .
S o i l ,s p o i l ,
and p r o t o r ea n a l y s e sa r e
o f a l lt h er a d o n u c l i d e s
i n t h es p o i l
the c o n c e n t r a t i o n s i n t h es o i ls a m p l e .
shown on Table 1. Concentrations
and protoresamplesare
well above
Analyses o f t h ew a t e r
sampl e sc o l l e c t e d
on March 4 , 1987 a r e shown on
Table 2 .
Two samples (0050 and 0052) e x c e e tdh set a t de r i n k i n w
g ater
standard for g r o s as l p h a c c i v i t y .
Sample 0052 a l s o excseds t h e s c a t e
d r i n k i n g waterstandard f o r radium.
Analyses o f thewatersamplesc3llected
Table 3 .
i n 1978 and !a79
a r e shown on.
Analysas o f t h e drinkingwatersampletaken
from t h e La BajadaVillage
w a t e rs u p p l ya r z
shown on Table 4 . None o f theseconcentrationsexceed
New Yexicg Drtnking'daterStandards.
DISC!JSSIOI( AnD REiJOMnE?iDATIOI(S
As f a ra s
we know, t h e r ea r e
no l e g a lr a d i o l o g i c a ls t a n d a r d st h a t
would
aopiy t o t h e gamma r a d i a t i o ne m i t t s da t
t h e La aajada Nine.
However,
Section 4-!53 o f the NM R a d i a t i oPn r o t e c t i oR
n e g u l a t i o nsst a t etsh a t
llcsnsees and r e g i s t r a n t s s h o u l d n o t possess, use, or t r a n s f e sr o u r c e s
o f r a d i o a c t i v i t y i n u n r e s t r i c t s d a r e a s i n such a way t h a t anyindividual
e x c e d i n g 0.5 rem per year.
would r e c e i v e a whole-body
dose
I f we
assume a person standing u p r i g h t f o r 24 hours a day, 265 days p e ry e a r ,
and i f we assumethattheground
on which he is standing i s thesource
o f r a d i o a c t i v i t y t o which he i s exposed,
the
exposure
rate
from t h e
ground c3rres;ondingto
the 0.5 rem/yrdose
would be approximately 57
This f i gure, whi 1e admi tzedl y somewhat
microroentgens per hour.
a r b i t r a r yc,3 u lnde v e r t h e l e s s
serve a s a goal
below
which t o reduce
gamma r a d i a t i o n on the mine s i t e .
Our s p e c i f i c recommendationsare:
1)
P r i o r t o any more reclamation
attempts,
r a d i a t i o ns u r v e ys h o u l d
be p e r f o m e d .
2)
R e c l a m a t iaocnt i v i t y
s u r v e y andproceed
a more d e t a i l e d
s h o u l d r e f e r t o the f i nra ld i a t i o n
i n a f a s h i o n t h a t would r e s u l t i n a l l
3
!
I
72
problem a t - a s being covered so t h a t the g a m ar a d i a t i o nl e v e l s
measured a t 1 m e t e r a r e l e s s t h a n
57 u R / h r .
Future recl amation
activities
shoul
d include
measures
to
c o n t r oe lr o s i o n
on the s i t es,p e c i f i c a l l y
on a 3:L s l o p e
graded by the F o r e sSt e r v i c el o c a t e d
west of the p i t and
a
l a r g e g u l l y e a s t o f the p i t .
The water i n t h e pond should not be u t i l i z e da s
water supply.
4
a drinking
TABIE 1
SOH., SI’OII.. AND I’ROTORE ANALYSES
Pb-210
Sample No.
LB-I ( s p o i l 1
LB-2 (protore)
LO-3 ( s p o i l )
LR-4 ( s p o i l 1
LB-5 (protore)
LO-6 ( s p o i l )
LB-7 ( s p o i l 1
LB-8 ( S p o i l )
Lo-9 ( s o i l 1
(background
sample)
*
(PCil9)
24.0
87
32.0
10.2
0.4
- 1.2
T
t 3
T
T
T
10.9 T
0.67 T
The secondfigurerepresents
1.4
0.6
0.5
0.6
0.12
5.7
120
24.2
85
42
10.4
9.7
10.5
0.40
onestandard
6.2
257
t 0.4
t 6
-t
1.2
3
t 2
T 0.6
T 0.5
T 0.6
T 0.12
-
8.1
127
970
1o.n
7.9 7 0.5
15.0 T 0.7
0.45 T
- 0.12
deviation
5
t 0.4
t 14
T
- 0.5
.t
7
4
50
T 0.6
13.3 T 0.8
3.80 T 0.22
0.20 T
- 0.20
74
TABLE 2
AnALYSES OF YATER SdHPLES COLLECTED MARCH 1987
FROn THE LA BAJADA MINE PIT
Sample No. 0049
(Cmposite taken
near surface
around perimeter)
Sample No. 0050
(South side a t
10' depth)
S a p 1 e No. 0051
(m corner
at
15' depth)
G r o s s a1 pha
( R e l . t o U-238)
(pCi/l!
45
- 6f
111
-+
14
42
-+ 6
32
-+ 3
82
-+
8
32
-+ 4
2 I4
0
+ 16
42
-+
23.4
Gross a1 pha
( R e l . t o Am-241)
( pci / l )
Gross a l p h a( l e s s
U contribution)
(pCi/l!
Gross beta ! p C i / l 1
5J.i
0
u-235 ! p C i / l )
-+ 3
23.2 + 1.1
1-96 - 0.95
U-238 (pC'/l)
22.6
u-234 ! p C i / l )
10
?ad
25.5
1.24
-+
Th-230 ! p C i / l )
0.17
Ra-225 ( p C i / l )
0.17
- 1.0
- 0.08
- 0.02
Ra-228 ( p C i / l )
0.4
-+ 0.2
0.9
-i.
Pb-210 ( p C i / l )
0.4
-+ 0.3
7.3
-+
25.8
4
3.0
3.03
*The s e c m d f i g u r ? r e p r e s a n t s one s t a n d a r dd e v i a t i o n
6
1.4
0.26
1.07
1.4
23.2
-+
-f
0.3
2.1
0.23
0.08
0.3
1.1
1.3
2.0
-+ 6
-+ 1.2
-$. 0.06
-i. 1.2
-+ 0.2
-+ 0.06
-+ 0.4
-+ 1.0
TABLE 2 CONTINUED
ANALYSES OF UATER SAIBLES COLLECTED MARCH 1987
FROM THE LA BAJAOA HINE PIT
M e r Mexico
Sample No. 0052
(m corner a t
30' to 50'
depth)
Gross a1 pha
(Re1 t o U-238)
!pci/l)
131
Gross a1 pha
(Rei. t o Am-241)
(pCi/l)
95
62.0
.
Drinking Yater
Standard
New Mexico
Groundwater
Standard
"-
"-
-+ o
"-
-"
15 p C i / l
"-
-+
16"
Grossai pha (less
U contribution)
u-238 !pCi/l)
33.6
-+ 1 6
-* 11
-+ 1.5
-+ 0.97
-+ 1.4
Th-230 ! p C i / l )
11.3
-+
0.8
-+
-
0.3
(pci/l)
Gross beta ( p C i / l )
u-226 ( p C i / l )
u-235 ( p C i / l )
?.a-225
!pCi/l)
111
34.1
1.54
E
+
E
._
Ra-225 ! p C i / l )
1.2
Pb-210 ! p C i / l )
14.3
""""-
-"
-
5 pCi/l
f
0.3
f
1.5
"-
*The second figure r e p r e s e n t s on e s t a n d a r d d e v i a t i o n
M a n a t u r a l( p C i / l )
= Unatural(mg/l)
--"-
x 724 pC:'/mgm
M S p e c ' f i c a c t i v i t y o f naturaluranium
7
30 pCi/l
"-
76
Ra-226 ( p C i / l )
S a n t aF eR i v e r
o f mine site
k m
.
iu p s t r e a m
12-27-78
1-11-79
3.8
7.8
8.0
5.1
7 .s
8.3
2.9
3.5
0.21
8.2
7 .8
60.1
48.7
0.1
2.8
7 .a
7.1
14.5
0.3
0.31
0.98
0.51
S a n t aF eR i v e rd o w n s t r e a m
o f minesite(at
~SGS
gaging s t a t i o n )
12-27-78
1-11-79
L aS a j a d aM i n e
Pit
12-27-78
1-11-79
S p r i n g 50 f e e t e a s t
thepit
12-27-78
1-11-79
2.9
of
8
13.5
,
., - . ~~.
, ..
,
_
L
Y
"
1.
77
TABLE 4
ANALYSES
OF A DRINKING UATER S m L E COLLECTED IN
HARCH 1987 FROM DOMINM)
-
Gross alpha w/AM
Gross a l p h a w/U
Gross beta
-
w/Cs
Gross beta w/Sr/Y
241 r e f .
nat
-
ref.
137 ref.
-
00 r e f .
*The second figure represents
= 2.9 + 0.5'
pCi/l
= 4.5 +
l.?
pCi/l
1.0
pCi/l
= 7.6 + 1.0
pCi/1
= 7.6
2
one standarddeviation.
9
..
..
..
"
11.218
(~EilGl
.............
5.8
118.
Y 0.4
Y 6.
11.214
Hs.226
(ILiIc)
(IciIC)
............._
5.7
120.
Y
0.4
Y
6.
......._.._...
vo iduJ
(117.
24.0
Y 1.2
24.2
Y
1.2
(
87.
Y 3.
85.
Y
Y 1.4
42.
Y
vo ided
77.
2.
X 0.6
10.4
9 0.6
8.4 90.5
9.7
Y
10.9 Y 0.6
0.67 X0.12
235.
Y13.
10.5
231.
0.5
I 9.
232.
110.
233.
Y 10.
.0.02 Y 0.06
6.
Y
6.
Y
Y
970.
Y 50.
930.
Y 50.
)
10.8 Y 0.6
11.4
Y
1.4
13.3 I
15.5
Y
1.7
0.8
voided
3.43 Y 0.20
(
0.74 Y 0.12)
0.L
voided
Y
5.
Y
6.
10.0 Y 1.4
4.1
Y
0.7
241.
Y 14.
241.
Y IO.
264.
Y 15.
254.
Y 18.
271.
Y 16.
265.
Y 20.
)
vo ide.d
.0.12 Y 0.07
1.3
101.
3.80 Y 0.22
(
Y
Y 7.
vo idcd
6.4 Y 0.3
.0.09 Y 0.08
19.6
127.
(
(178.
0.06 Y 0.06
Y 11.
211.
1
voided
(150.
228.
0.5
8.3
Y 12.
Y 9.
Y
8.1
(
0.12
226.
1.
Y
voided
Y 0.6
0.40 Y
Y 14.
)
vo idLd
Y 0.5 )
(215.
10.2
257.
4.
Y
Y 0.6
5.0
9.7
3.
(
32.0
X 0.4
6.2
1
vo i&d
.0.05 Y 0.06)
-0.01
voided
Y 0.05)
0.02
n
0.02
.6.1
Y
0.1
n 0.02
0.0
n
0.3
u
0.4
Y 0.6
( -0.10
0.00 Y 0.06
.0.04 Y 0.08
voided
(
.........................
u
or
.
1 ntvlrlerddcviintion value.
-0.05 Y 0.05)
.0.02
0.02
,
Data Source 4. Analytical report for water sample from DomingoLa Bajada dated March 25,
1987 from the Radiochemistry Section of the Scientific Laboratory Division of the New Mexico
Health and Environment Department to the Water Supply Section, New MexicoHealth and
Environment Department, Santa Fe, New Mexico.
J
- .
SCIENTIFIC LABORATORY DIVISION
700 Camino de Salud, NE
[505]-841-2500
Albuquerque, NM 87106
APR L,
1987
-.
' ' ~ ' 0wASrc/Ci(uU;,D
wA
SURVU4riCE
To :
Radiochemistry
P
U
Section
........................................
*
ANALYTICAL
REPORT
*
*
m *. . . . . . .SLD
Accession I : RC-87-0049
.................................
A Water
sample.
Submitted: March 5, 1987
W n : m e QuiILh
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EID-Ground
"DEMCGRAPHIC
_"_"""
Water/ Hazardous
Analysis
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LABORATORY
Date:
RADIATION
PROTECTION
Location
Township:
Range:
Section:
Tracts:
(not supplied)
(not supplied)
(not supplied)
(not supplied)
RESULTS:
"
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"
"
"
"
"
U -238,
U -234,
Th-230,
Ra-226,
Pb-210,
Ra-228,
G-Alpha
G-Beta
EID
-
DATA:
Collected On: 4-Mar-87
At: 1230 hrs.
By: McQ
In/Near: none given
"ANALYTICAL
_""
"_""""
User:
Submitter:
non-SDWA Mth'd
non-SDWA Mth'd
non-SDWA Mth'd
non-SDWA Mth'd
non-SDWA Mth'd
non-SDWA Mth'd
W/ Am-241 refa
w/ Cs-137 ref.
""_Value
Sigma
D.
"""-
22.40
23.20
0.17
0.17
0.44
1.00
1.10
0.08
0.02
0.43
0.23
3.00
32.00
19.00
L
m
t
"
"
"
0.31
3.00
2.00
3 .OO
Analyst
"pci/L
_Units
"""pCi/L
pCi/L
pci/L
pCi/L
pci/L
pci/L
pci/L
REMARKS:
By: Reviewed
Distribution:
.30-&&c 8 2
Loren A . Berg&, PhD
Supervisor, Radiochemistry section
[ 3 User, [ * I Submitter, [ ] Report TO,
[ ]
SLD-Section
Environmental Imorovement Oivision
P.O. Box 968-Crown Building
Santa Fe. N e w Mexico -875044968
Samole Preparation
(
Filtered
(x) Non Filtered
PH
Conductivity '750 umho
ANALYSES REQUESTED
%) Gross Alpha (Re1 to U 238)
Gross Alpha (Re1 to Am 241)
Gross Beta
(xj Uranium 238\
;&q'
( k ) Uranium 235
(x Uranium 234,
( ) Thorium 232
Thorium 230
( ) Thorium 228
'Radium 226
(% Radium 228
(x) Lead 210
( 1 Polonium 210
( )
IU
( )
Radon 222
G a m a Spectroscopy
( 1 Other
(
g3
Conductivity at 25OC
-umho
-
,
vt
SCIENTIFIC LABORATORY DIVISION
700 Camino de Salud, NE
Albuquerque, NM 87106
[505]-841-2500
APR L"
Radiochemistry
1987
*'ID
swcQlrcE
wAsrr/CR@,,o
W4T&
To :
Section
........................................
*
*
ANALYTICAL
REPORT
*
*
SLD Accession #:
RC-87-0050
........................................
A
Water
sample.
Submitted: March 5 , 1987
"""""""_"""""""-
submitter:
EID-Ground
DEMOGRAPHIC
User:
""""""""""""-
Water/ Hazardous
EID
RADIATION
PROTECTION
DATA:
================
collected On: 4-Mar-87
At: 1215 hrs.
By:McQ
InjNear: none given
Location
Township:
Range:
Section:
Tracts:
Value
"""-
Sigma
"-""
D. Lmt
Units
Analy:
U -238, non-SDWA Mth'd
5 -234, non-SDWA Mth'd
Th-230, non-SDWA Mth'd
Ra-226, non-SDWA Mth'd
Pb-210, non-SDWA Mth'd
Ra-228, non-SDWA Mth'd
G-Alpha W/ Am-241 ref.
194.00
G-Beta w/ Cs-137 ref.
1.40
ANALYTICAL
(not
(not
(not
(not
supplied)
supplied)
supplied)
suppliec2)
RESULTS:
1
"
"
"
"
"
"
"
"
Analysis
"
"
"
"
"
"
"
"
"
"
"
26.80
28.60
3.00
3.93
7.30
0.90
82.00
LABORATORY REMARKS:
"_
""_.
1.40
0.30
0.23
1.30
0.30
8.00
14.00
5.00
7.00
-
A.
Date: 36 M?ot.-67
Loren A. Berqe,'PhD
Supervisor, Rahiochemistry section
[ ] User, [ * I Submitter, [ ] Report To, [ ] SLD-Section
Reviewed By:
Distribution:
-
"
"
"
Samole Preoaration
( ) Filtered
pH
. .. .
Conductivity
(x
Non Filtered
,750 m h o
AHALYSES REQUESTED
(%) Gross Alpha (Re1 t o U 238)
( ) Gross Alpha (Re1 to Am 241)
r>o
('k)
(X)
( )
o()
( )
Ix)
Gross Beta
Uranium 238\
Uranium 2% '
Uranium m,i
Thorium 232
Thorium 230
Thorium 228
'Radium 226
Radium 228
0
"f"
U
.-
(x) Lead 210
( ) Polonium 210
( ) Rzdon 222
( )
( )
G a m a Spectroscopy
Other
SCIENTIFIC LABORATORY DIVISION
700 Camino de Salud, NE
Albuquerque, N M 87106
[505]-841-2500
4PR
o
Radiochemistry
1987
*********************************X**
*
ANALYTICAL REPORT
*
*
SLD Accession X : RC-87-0051
........................................ *
fJWJ v~AS.,c,G,r",
To :
SU@UAriCE
WER
.IU
Section
Water
A
sample.
Submitted: March 5, 1987
User:
Submitter:
"
"
"
"
"
"
"
"
"
"
"
"
"
"
"
EID-Ground
"DEMOGRAPHIC
"_""
.
Water/ Hazardous
PROTECTION
DATA:
Collected On: 4-Mar-87
At: 1245 hrs.
By:McQ
In/Near: none given
""_
ANALYTICAL
Location
Township:
Range:
Section:
Tracts:
(not
(not
(not
(not
supplied)
supplied)
supplied)
supplied)
RESULTS:
""""""""-=x
"_
Value
Analysis
"
"
"
"
"
"
"
"
"
"
"
U -238, non-SDWA
U -234, non-SDWA
Th-230,
Ra-226,
Pb-210,
Ra-228,
G-Alpha
G-Beta
"--""""""""""-
EID RADIATION
Mthld
Mthld
non-SDWA Mthld
non-SDWA Mth'd
non-SDWA Mth'd
non-SDWA Mth'd
w/ Am-241 ref,
w/ Cs-137 ref.
23.20
23.40
1.10
0.98
2.90
1.10
32.00
42.00
"_
S iqaa
D.
Lmt
Units
Analyst
"
"
"
1.20
1.20
0.20
0.06
1.00
0.40
4.00
6.00
""-"
"_
4.00
7.00
LABORATORY REMARKS:
Date By:
Reviewed
Distribution:
[
: 36 -&a-67
Loren A. BergeYPhD
Supervisor, Radiochemistry Section
3 User, [ * ] Submitter, [ 3 Report To, [ ] SLD-Section
Attention:
NJ\cQu; \ l a w
& Uater
( )
Soil ( ) Sediment
( )
Vegetation ( ) Air Filter
I S M ?E. 4.1253
Samole Preoaration
( ) Filtered
(M Non Filtered
pH
Conductivity '753 umho
ANAiYSES XEQLIESTED
u)
( )
c>6
(k)
(x
( )
bc)
( )
(X)
( )
( )
( )
( )
-
. .
Gross Alpha (Re1 to U 238)
Gross Alpha (Re1 to Am 241
Gross Beta
Uranium 238y
* 5,,"Fic
Uranium 2 3 5 r l
Uranium 2 3 4I ~
Thorium 232
Thorium 230
Thorium 228
'Radium 226
Radium 228
Lead 210
Polonium 210
Radon 222
G a m a Spectroscopy
Other
( )
Data Source 5. Analytical report for water sample from La Bajada Mine Pit dated April 8,1987
from the Radiochemistry Section of the Scientific Laboratory Divisionof the New Mexico Health
and Environment Department to the Ground WaterLHazardous Waste Bureau, Environmental
Improvement Division, New Mexico Health and Environment Department, Santa Fe, New
Mexico.
SCIENTIFIC WBOFLXTOR JIVISION
700 Camino de Salud, NE
Albuquerque, NM87106[505]-641-2500
Apt?
__
0
7987
'.
Radiochemistry
Section
........................................
*
ANALYTICAL REPORT
*
*
SLD Accession t : RC-87-0050
........................................
To :
A Water
sample.
Submitted: March 5 , 1987
-
User:
submitter:
"""""~"""""""""~
"""""""~"""""
Water/ Hazardous
EID-Ground
EID
RADIATION
-
PROTECTION
DEMOGrWPIlIC DATA:
""_"""""==
Collected On: 4-Mar-87
At: 1215 hrs.
By: McQ
In/Near: none given
Location
Township:
Range:
section:
Tracts:
Sigma
"-""
D. Lat
(not
(not
(not
(not
supplied)
supplied)
supplied;
supplieC:
ANALYTICAL RESULTS:
Analysis
"_Value
26.80
""""""~"~"""
u -238, non-SDWA Mth'd
U -234, non-SDWA Mth'd
Th-230,
Ra-226,
Pb-210,
Ra-228,
G-Alpha
G-Beta
LABORATORY
non-SDWA
non-SDWA
non-SDWA
non-SDWA
w/ Am-241
w/ Cs-137
28.60
3.00
Mth'd
3.93
Mth'd
7.30
Mth'd
0.90
Mth'd
82.00
ref.
194.00
ref.
"
"
"
1.40
1.40
0.30
0.23
1.30
0.30
8.00
5.00
14.00
7.00
"pci/L
"_Units
Xr,alysz
""_
pci/L
pCi/L
pCi/L
pCi/L
pCi/L
pci/L
pCi/L
:
REMARKS
Distribution:
*
-
A.
Date: 36 Rlarr-67
Loren A. Berge, PhD
Supervisor, Radiochemistry Section
[ ] User, [*I
Submitter, [ ] Report To, [ ] SLD-Section
Reviewed By:
SCIENTIFIC
LABORATORY
ISION
700 Camino de Salud, NE
Albuquerque,
87106
[505]-841-2500
RE^^^^^^
Radiochemistry
LlQWa ~ 4 9 ~ C'L'.W,D
SuRWlGd)c5
WAYAr@
Section
........................................
*
ANALYTICAL
REPORT
*
*
SLD Accession 4 : RC-87-0049
**********x*****************************
To :
Graund W.&v
/Hat.
A
Oas-#&
n t
*om
Water
sample.
b:w
07.5-ar/-o ILF
Submitted: March 5, 1987
M u : m e QdJLh
-
User:
Submitter:
"
"
"
"
"
"
"
"
"
"
"
"
"
"
"
Water/ Hazardous
EID-Ground
-
""""""""~""""
EID RADIATION PROTECTION
DEMOGWPHIC DATA:
""""""""""""""""-
Collected On: 4-Mar-87
az: 1230 hrs.
By:MCQ
In/Near: ncne given
ANALYTICAL RESULTS:
"
"""""""""""""""-""
Analysis
"
"
"
"
"
"
"
"
"
"
"
U -238, non-SCWA
U -234,
Th-230,
Ra-226,
Pb-210,
Ra-228,
G-Alpha
G-Beta
Mth'd
non-SDWA Mth'd
non-SDKA Mth'd
non-SDWA Mth'd
non-SDWA Mth'd
non-SDWA Mth'd
w/ Am-241 ref.
w/ Cs-137 ref.
Location
""_Value
22.40
23.20
0.17
0.17
pci/L
0.44
0.43
32.00
19.00
"_
Township:
Range:
Section:
Tracts:
(not
(not
(not
(not
1.00
"pCi/L
"_
1.10
0.08
pCi/L
pCi/L
Sigma
Lnt
D.
Units
"
"
"
0.02
pci/L
0.31
*
""_
AnZlySZ
LMfk
k
PC1/L
PCi/L
pci/L
0.23
3.00
3.00
supplied:
supplied)
supplied)
supplie;,)
2.00
3 .OO
%
LABORATORY REMARKS:
Reviewed By:
Distribution:
[
Date: 3mu
Loren A. Berq& PhD
Supervisor, Radiochemistry Section
] User, [*I Submitter, [ 3 Report To, [
c
]
ST
SLD-Section
Samole Prcoaration
5*L/L
( ) Filtered
( x ) Non Filtered ( ) o HE103
pH
Conductivity 'is0 umho
(
HZS04
(
Temp. 9 . 5
Conductivity a t 2 5 O C
-umho
Samole Preoaration
( ) Filtered
(;d NonFiltered
. .. .
pH
Conductivity '755' umho
ANALYSES REQUESTED
o() Gross Alpha (Re7 to U 238)
( ) Gross Alpha. (Re1 to Am 241)
Gross a e t a
Uranium 238?
,W f i '
c>c) Uranium 2?5r1s'
' U
(x) Uranium 234,)
( ) Thorium 232
&) Thorium 230
( ) Thorium 228
Ix) Radium 226
Radium 228
(x)
( )
( )
Lead 210
Polonium 210
Radon 222
( ) G a m a Spectroscopy
( ) Other
SCIENTIFIC LABORATORY DIVISION
700 camino de Salud, NE
Albuquerque, NM 87106[505]-841-2500
4PR
L I V m y,As,c
n
''
Radiochemistry
1987
c13
Section
........................................
**
ANALYTICAL
REPORT
*
SLD Accession X : RC-87-0051
*
........................................
,
i L ' l u J , ~ uw~~~~
SUW1!&CE
To :
A
Water
sample.
Submitted: March 5, 1987
-
"
"
"
"
"
"
"
"
"
"
"
"
"
"
"
EID-Ground
"""_"
User:
Submitter:
Water/ Hazardous
DEMOGiUPHIC DATA:
""""""""Collected On: 4-Mar-87
At: 1245 hrs.
By:McQ
In/Near: none given
EID
RADIATION
Location
:
ANALYTICAL RESULTS
"""""""""AEalysis
PROTECTION
Township:
Range:
Section:
Tracts:
(not suppliee;
(not suppliek;
(not suppliee:
(not suppiiek)
"
"
"
"
~
"
"
"
"
"
"
"
"
"
"
"
"
"
"
"
"
U -238, non-SDWA
"""^
23.20
Mth'd
U -234, non-SDWA Mth'd 23.40
1.10
Th-230, non-SDWA Mth'd
0.98
Ra-226, non-SDWA Mth'd
Pb-210,
non-SDWA
Mth'd
2.90
1.10
Ra-228, non-SDWA Mth'd
32 .OO
G-Alpha w/ Am-241 ref.
42.00
G-Beta w/ Cs-137 ref.
Lmt
Units
D.
"_sigma
1.20
Value
"
"
"
k?Zl:;S
"
"
"
FCi/L
pci/L
PCF/L
pCi/L
pCi/L
pci/L
pCi/L
pci/L
1.20
0.20
0.06
1.00
0.40
4.00
6.00
""_
4.00
7.00
LABORATORY REMARKS :
By:
36-Lfa-87
Reviewed
Distribution:
[
Loren A . BergeYPhD
Supervisor, Radiochemistry Section
] User, [ * I Submitter, [ ] Report To,
[
1 SLD-Section
Samole PreParation
(
Filtered
Non Filtered
pH
Conductivity ?
'
.
TConductivity
umho
(x
6
ANALYSES
REQUESTED
s- l / &
(x HNO3
(
HZ504 (
Temp.
9.5
at
25oC
-umho
SCIENTIFIC LABORATORY DIVISION
700 Camino de Salud, NE
m?"
Radiochemistry
Section
Q
'lQUI0
To :
'987 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
yIAs'E~~Ro~h.p
'yArur*
ANALYTICAL
REPORT
SLDAccession
suRvE1tL4Q
#:
*
RC-87-0052
*********x******************************
A Water
sample.
Submitted: March 5, 1987
-
User:
""""""""""""-
Submitter:
"_"""""""""""""EID-Ground
""DEMOGXAATHIC
"""""""""""-""-"
Water/ Hazardous
RADIATION
PROTECTION
DATA:
Location
Collected On: 4-Mar-87
At: 1300 hrs.
By:McQ
In/Near: none given
ANALYTICAL
EID
Township:
Range:
Section:
Tracts:
(not supglie?)
(not suppliee)
(not supplie?)
(not sugplie?;
RESULTS:
===================
Analysis
"
"
"
"
"
"
"
"
"
"
"
Sigma
""_Value
"
_
33.40
1.40
U -238, non-SDWA Mth'd
34.10
U -234, non-SDWA Mth'd
11.30
non-SDWA
Mth'd
Th-230,
5.50
non-SDWA
Mth'd
Ra-226,
14.30
Pb-210, non-SDWA Mthld
1.20
Ra-228, non-SDWA Mth'd
G-Alpha W/ Am-241 .ref. 95.00
111.00
G-Beta w/ Cs-137 ref.
""_
pci/L
;
i
?.a ;,.::
"
"
"
"
"
"
pCi/L
pCi/L
pci/L
pCi/L
pCi/L
pCi/L
pci/L
3
1.50
0.80
0.30
1.50
0.30
9.00
11.00
-
D. Lmt
Units
5.00
7.00
LISA
%
"
4
LASORATORY REMARKS:
Distribution:
-
Date: 3d"kA
Loren A. Berqe.&PhD
Supervisor, Radiochemistry Section
[ ] User, [ * ] Submitter, [ 3 Report To, [ 3 SLD-Sectioa
Reviewed By:
REPORT TO:
Samole Preoaration
( ) Filtered
(XI NonFiltered
PH
Conductivity 75-9
ANAiYSES T(E&IESTiD
umho
-
. .
o() Gross Alphz (Re1 to U 238)
Grcss Alpha (Re1 to Am 241)
Gross Eeta
b d Uranium 238\
0%fiC
r>o Uranium 2257'1
, L 4
1
(x) Uranium 234,;
( ) Thorium 232
o ( ) Thorium 230
( ) Thorium 228
Cxl Rzdium 225
09 Radium 228
(x) Lead 210
( ) Polonium 210
( 1 Radon 222
( 1 G a m a Spectroscopy
( ) Other
REMARKS BY ANALYST
&&
i d
l
ruy. -f
f s k , Dcu,
(
,
25cc
-m h o
_.
i
s
SCIENTIFIC LABORATORY DIVISION
700 Camino de Salud, NE
Albuquerque, NM 87106
[505]-641-2500
Radiochemistry
CiY
Section
........................................
ANALYTICAL
REPORT
*
*
*
6 L D Accession # : RC-87-0048 A &,Go/
........................................
To :
'
&
$
A
7
7
A Water
sample.
Submitted: March 3, 1987
User:
EID Field
"DEMOGRAPHIC
"""""""-
Office, Bernalillo
-
EID WATER
SUPPLY
DATA:
Collected On: 24-Feb-87
At: 1225 hrs.
By: Mor
In/Near: Santa Fe County
Location
Township:
Range:
Section:
Tracts:
"_Sigma
"
D. Value
L
m
t
Units
(not supplied)
(not supplied)
(not supplied)
(not supplied)
PNALYTICAL ESULTS:
===================
Analysis
"_ 2 .'90
""""~""""""~
G-Alpha
G-Alpha
G-Beta
G-Beta
w/
w/
w/
w/
Am-241
U -nat
Cs-137
Sr/Y90
ref.
ref.
ref.
ref.
4.50
7.60
7.60
0.60
1.10
1.00
1.00
"
"
"
1.00
1.60
1.60
1.60
"_
pci/L
Analysz
pCi/L
pCi/L
pci/L
Cnrr
Lbx.sL@de ss
""-"
L h Z z L
LABORATORY REMARKS :
Date:Reviewed By:
Distribution:
[
-&-??
Loren A. Berge,&hD
Supervisor, Radiochemistry Section
3 User, [*] Submitter,
[ ]
Report TO,
[
] SLD-Section
Data Source 6. Analytical report for water sample from La Bajada Mine Pit dated April 24, 1987
from the Radiochemistry Section of the Scientific Laboratory Divisionof the New Mexico Health
and Environment Department to the Ground WaterEIazardous Waste Bureau, Environmental
Improvement Division, NewMexico Health and Environment Department, Santa Fe, New
Mexico.
Yell Depth
Water Level
Conductivi ty
umhc
(Uncorrected)
Taste? Odor? Color? Collectors Remarks
Temperature
Conductivity a t
2P C
From
-'
From
A-HzS04 Sample:
ENitrate-p
mg/l
mg/l
Chemical
mg/l
oxygen d e m a n y
mg/l
0
From
F , A-HN03 Sample:
-
a ICAP Scan
n
U
B 3 K e t a l s by AA (Specify)
nn
Tis?&
F:
accompanies o r e
sample(s 1 marked as fol1 ows
Whole sample (no f i l t r a t f o n )
F i l t e r e d i n f i e l d w i t h 0 . 4 5 ~membEne f i l t e r
Acidified w i t h 2 ml conc H2SD4/1
Acidified w i t h 5ml conc HN03/1
)lo acid added
..
. -.
.
Date
Analyzed
HA Sample:
Calcium
Potassium
bgnesium
Sodium
Bicarbonate
Chloride
Sulfate
Total So7 ids
h
i
'
t r i te-N
0: Ammonia-N
-9
Kilo/
mg/l
mg/l
mg/l
mg/l
mg/l
mg/l
mg/l
ICAP
SLD
Date
IcP81
Lab No.
Analyst
SCAN
Reviewed by:
Date Reported:
<
,-
23
Analyzed .q-
-a 7
ELEWENT
ICAP VALUE (mg/l)
Aluminum
Barium
Beryllium'
Boron
Cadmium
Calcium
Chromium
Cobalt
Copper
Iron
Lead
Magnesium
Manganese
Molybdenun
M VATaE(mq/l)
<O,Ol
Nickel
Silicon
Silver
Strontium
Tin
Vanadium
Zinc
Arsenic
Selenium
Mercury
461
0.5
<a0 I
Well Depth
pH
Uater Level
maho/m
(Uncorrected)
Taste? Odor?
Collectors
Color?
Remarks
Temperature
'
Conductivity a t
..
25%
.
PROJECT:
From
Ba ;ada
"
A-HzS04
C; NT trate-H+
Ni tri te-N
oc
-/a
M;cp
Sample:
mg/l
-
0 h o n i a-N
0 Chemical
mg/l
mgll
oxygen d e m a n d
0
From -*
A-HNO3 Sample:
ICAP Scan
N e t a l s by AA (Specify)
ample(s) marked as follows to i n d i c a t e fi;laEtrpatmen,
A - H i O 3 I . Acidified w i t h 5ml conc H N ~ J / ~
i added
..
.. . -..,.. ....,
.
..
..
'
8
*.".:' . .
./UP
.I
'.
. .
- ..-.
3 - 5 .y7
Uell Depth
PH
Water
umho/c:
(Uncorrected)
Taste? Odor? Color? Col1 ectors Remarks
Temperature
.oc
Conductivity a t
2 SJC
.. .
Nitrate-@
Ni tri te-N
-
d c . 0 4 mg/1
aAmnoni a-N
Lo,
Chemical
oxygen demand
Z
~
Cal ci tnn
L
mg/l
0 Potassium
mg/l
mg/l
3-27
mg/l
hgnesium
ms/l
mg/l
0 Sodium
Bicarbonate
Chloride
Sulfate
Total Sol ids
mg/l
mg/l
n
0
From -*
fl
A-HNO3 Sample:
umho/a
mg/l
mg/l
ICAP Scan
U K e t a l s by Mi (Specify)
or?^
sample(s1 marked
'as
follows
t o i n d i c a t e ield t r e a t n e n t :
Uhole sample (no f i l t r a t i o n )
F/?*
. I"
F i l tered i n f i e l d w i t h 0.451 membr-ne f i l t e r
( ' - H 2 m Acidified w i t h 2 m l conc H2SO4/l
4,0r
LAAcidified w i t h Sml conc tIN03/1
.3
NA:
. Ilo acid
added
. .
+.
Tis&f
.
...
.
.d
h
R
U
$
.
. -
'
.', ... ...
.
rm accompanies
_.
. . .
.
..
. .
.._
-:
$64'
.:
v..,
.O(,
1.
@&
.C
?.L
5,.
. ..
. .
.
103
Data Source 7. Two printouts of STORET data and a computer disk of (water analyses) from
the Santa Fe River Through June 8,1994.
STORET RETRIEVAL DATE 94/06/08
PGM=ALLPARM
/TYPA/AMBNT/STREAM
'
INITIAL DATE
INITIAL TIME
MEDIUM
r
00010 WATER
TEMP
CENT
00011 UATER
TEMP
FAHN
00042 ALTITUDE
FEET
AB MSL
00061 STREAM
FLW.
INST-CFS
00095 CNDUCTVY
AT 2 5 i
MlCRMlHO
00116 INTNSVE
SURVEY
IDENT
00300
DO
MC/L
00301
DO
SATUR
PERCENT
00400
PH
su
00430 ALK
CAC03
C03
MG/L
00440 HC03 I O N
HC03
MC/L
00530 RESIDUE
TOT NFLT
MG/L
00600 TOTAL N
N
MG/L
00605 ORC N
N
MG/L
00610 NH3tNH4- N TOTAL
MG/L
00612 UN-IONZD
NH3-N
HG/L
00619 UN-ION20
NH3-NH3
MWL
N
00625 TOT KJEL
MG/L
00630 NO2&N03 N-TOTAL
MG/L
00640 T INORG. NITROGEN
MGlL N
00665 PHOS-TOT
MG/L P
00916 CALCIUM
CA-TOT
MG/L
00927 MGNSIUM MG,TOT
MG/L
00929 SCCIIUM
NA.TOT
MGlL
00937 PTSSIUM
K,TOT
MG/L
00940 CHLORIDE
TOTAL
MGlL
00945 SULFATE
SD4-TOT
MC/L
01002 ARSENIC
AS, TOT
UGIL
01007 BARIUM
BA,TOT
UGlL
01027 CAOMIUM C0,TOT
UG/L
01034 CHROHIUH CR,TOT
UC/L
01051 LEA0
PB.101
UG/L
01077 SILVER
AG,TOT
UG/L
01147 SELENIUM SE,TOT
UG/L
31616 FEC COLI MFM-FCBR
llOOML
(SAMPLE CONTINUED ON NEXT PAGE)
R m r k codes:
K
. less
than, J
-
PAGE:
URC110.002025
URG110002025
35 33 24.0 106 1447.0
4
SANTA FE R I V E R AT TETILLA PEAK ACCESS ROAD B R l O C
35049
NEU MEXICO
SANTA FE
WESTERN GULF
120900
UPPER R I O GRANOE-ABOVE PECOS RIVER
2lNMEX
840907
13020201011 0006.280 ON
0000 FEET DEPTH
01/01/01
84/08/07
1115
WATER
WATER
23.5
74.38
5450
6
397
843505
3.8
53.48
84/08/07
1600
UATER
26.0
78.8$
84/08/08
0945
WAlER
19.0
66.28
426
843505
4.4
65.58
403
843505
5.6
72.88
11350
50.85C
42.820C
4.780
7087
27.27C
19.180C
5.020
2934
16.13C
10.750C
3.850
47.600
3.25
8.03C
2.410
24.200
3.07
8.09C
3.080
14.600
1.53
5.38C
3.010
estimated, C - calculated by investigator, $
84/08/08 84/09/05
1520 154512350855
UAlER
UATER
26.0
22.2
78.8B
72.08
3
470
843505
4.3
63.38
7.80
0
183
772
12.332
5.290C
4.110
.1528
.1858
9.400
2.95
7.06C
2.560
4
560
843505
5.7
79.18
7.80
69
19.72C
2.980C
8.520
.2438
.2958
11.500
8.22
16.74C
4.150
40
6
230
1K
71
42
2.0
5K
24000J
-
calculated by STORET.
1
84/09/05
1710
WATER
25 .O
77.08
WATER
14.0
57.28
570
843505
2.9
42.28
7.40
475
843505
6.2
72.8$
7.60
61
19.63C
4.280C
5.050
.071%
.OB68
9.330
10.30
15.35C
3.510
84/09/06
84/10/30
393
16.28C
2.130C
5.550
.0558
.0678
7.680
8.60
14.15C
3.850
42.4
3.4
59.80
8.97
39
44
5K
100
3
6
5K
1 .OK
5K
19005
UATER
52
17.10C
6.900C
7.900
14.800
2.30
10.20c
2.690
STORET RETRIEVAL DATE 94/06/08
PGM=ALLPARM
PAGE:
URG110.002025
URGll0002025
35 33 24.0 106 1447.0
4
SANTA FE RIVER AT TETILLA PEAK ACCESS ROAD BRIOG
35049
NEW MEXICO
SANTA FE
WESTERN GULF
120900
UPPER R10 GRANDE-ABOVE PECOS RIVER
2lNMEX
840907
13020201011
0006.280
ON
0000 FEET DEPTH
/TYPA/AMBNT/STREAM
2
FROM PREVIWS PAGE)
"---~""""--"""""~""""~~"""""..".
. - - .- - ... .. - .......... ...- .- - - - .
(SAMPLE
CONTINUE0
INITIAL DATE
INITIAL TIME
01/01/01
84/08/07
1115
WATER
WATER
p
MEDIUM
46570 CAL HARD
CA MG
70300 RESIDUE
DISS-180
71900 MERCURY
HG,TOTAL
C
84/08/07
1600
WATER
HG/L
MG/L
UG/L
84/08/08 84/08/08
84/09/05
84/09/05
84/09/06
0945
085515201710 1235
WATER
WATER
WATER
WATER
~~
omoo
...
..
00301
nnun
- - .--
nn
..
DO
SATUR
00666 PHOS-DIS
PHOS-OIS
CALCIUM
HGNSlUH
SWlUH
PTSSIUM
CHLORIDE
SULFATE
WATER
13.5
6.6
43.98
27 9
766
9.4
94.18
8.10
~~
vu
, ,,
00440 HC03 ION
HC03
00530 RESIDUE
TOT NFLT
00600 TOTAL N
N
00605 ORG N
N
00608 NH3tNH4- N DlSS
00610 NH3tNH4- N TOTAL
00612
UN-ION20
NH3-N
00619 UN-IONZD
NH3-NH3
00625 TOT KJEL
N
00630 NO2gN03
N-TOTAL
00631 NO2gN03
N-OISS
00640 T INORG. NITROGEN
00665 PHOS-TOT
00671
00916
00927
00929
00937
00940
00945
01002
01007
01027
(SAMPLE
85/02/25
1130
ORTHO
CA-TOT
MG.101
NA,TOT
K.TOT
TOTAL
S04-TOT
su
MG/L
52
7.56C
MG/L
MG/L
.oooc
HG/L1.060C
80
449
7.0%
1.050C
5.800
HClL
~.
~~
MG/L
HG/L
HG/L
85/03/14
1540
WATER
MC/L N
MG/L P
HC/L P
MG/L P
MG/L
5.660
8.26C
2.800
6.03C
2.380
85/05/21
1150
85/05/27
85/05/28
85/05/28
85/05/29
1420
1200
1600
1110
85/05/29
1710
WATER
WATER
WATER
WATER
56.38
52
283
8.1
93.38
8.00
149
223
3.73c
2.400
2.200
.0478
.OS78
3.260
.47
.6
2.67C
1.190
.950
.910
4.610
.OB18
.098$
5.100
2.46
1.42
MG/L
MC/L
MC/L
AS,TOT
UC/L
BARIUM
BA,TOT
UC/L
CADMIUM
CD,TOT
UC/L
CONTINUED ON NEXT PAGE)
K
-
Less than, J
-
WATER
.WATER
21.2
70.28
37
207
6.8
92.08
7.80
226
5.7
71.88
7.90
279
1.58C
.26OC
.600
17.0
62.68
23.0
73148
17.2
218
82.8%
7.90
206
7.0
88.28
7.90
22.9
73.28
50
228
6.1
85.68
7.80
343
2.49C
.04OC
511
2.67C
.550C
344
2.71C
.53OC
509
2.73c
.2ooc
.0168
.0198
.a60
.72
1 .840
.0458
.0558
1.880
.61
1.300
,0498
.OS98
1 .a50
.82
1.600
.0408
.0498
2.130
1.700
.0518
.0628
1.900
.83
1.32C
.640
2.45C
1.100
2.12c
1.130
2.18C
1.070
36.4
5.2
18.40
3.12
12
23
HC/L
MC/L
ARSENIC
Rcmrk codes:
.5K
"..______""______"""".""""".
MG/L
MG/ L
MG/L
5K
160
2K
estimated, C
-
WATER
WATER
1208
353
.5K
"""_______"""-."""""""""""""""~
INITIAL DATE
INlllAL TIME
MEDIUM
00010 WATER
TEMP
00011 WATER
TEMP
00061 STREAM
FLOW,
00095 CNOUCTVY
AT 2 6 C
84/10/30
1545
c a l c u l a t c d by investigator, 8
-
cvlculotcd by STORET.
5.9
.58
2.53C
1.100
.
STORET RETRIEVAL DATE 94/06/08
PGM=ALLPARH
/TYPA/AMBNT/STREAM
PAGE:
URG110.002025
URG110002025
353324.0
106 14 47.0 4
SANTA FE RIVER AT TETILLA PEAK ACCESS ROAD 8RlOG
35049
NEW MEXICO
SANTA FE
WESTERN GULF
120900
UPPER RO
I
GRANDE-ABOVE PEC& R I V E R
2lNMEX
840907
13020201011 0006.280 ON
0000 FEET OEPTH
3
(SAMPLE CONTINUED FROH PREVlWS PAGE)
............................................................................................
INITIAL DATE
INITIAL TIME
84/12/05
1545
UATER
HEOlUH
CHROHIUM CR,TOT
01034
01045
01051
01077
01147
31616
46570
50060
71900
IRON
LEA0
SILVER
SELENIUM
FEC COLI
CAL HARO
CHLORINE
MERCURY
FE,TOT
P8,TOT
AG,TOT
SE,TOT
HFM-FCBR
CA MG
TOT RES0
HG,TOTAL
UG/L
UG/L
UG/L
UG/L
UG/L
IlOOML
MGlL
MG/L
UGIL
INITIAL DATE
I
INITIAL TIME
HEOlUM
DO010 WATER
TEMP
CENT
00011 UATER
T EHP
FAHN
00070
JKSN TURB
JTU
00095 CNOUCTVY
AT 25C
MlCROMHO
00116 INTNSVE
SURVEY
IOENT
00300
DO
MG/L
00301
DO
SATUR
PERCENT
00400
PH
SU
00410 T CAC03
ALK
HG/L
00440 HC03 ION
HG/L
HC03
00530 RESIDUE
TOT NFLT
MG/L
00600 TOTAL N
N
MGIL
HG/L
00605 ORG N
N
00610 NH3tNH4- N TOTAL
HG/L
00612 UN-ION20
HG/L NH3-N
00619 UN-ION20
NH3-NH3
HGIL
MG/L
N
00625 TOT KJEL
MG/L
N-TOTAL
OD630NO2BN03
00640 T INORC.
NITROGEN
HG/L N
MC/L P
00665 PHOS-TOT
MG/L
00900 TOT HARO
CACO3
00915 CALCIUM
CA,OISS
MG/L
00925 HGNSIUM
HG/L
MG,OISS
00930 SWlUH
MG/L
NA,OISS
00935 PTSSlUH
MG/L
K,OISS
(SAMPLE
CONTINUED
ON NEXT PAGE)
Remark codes:
K
-
less
than, J
-
85/02/25
1130
WATER
85/03/14
1540
85/05/21
2150
WATER
WATER
85/05/27
1420
UATER
30
85/05/28
1200
WATER
5K
6200
1OK
2.OK
5K
85/05/28
1600
WATER
85/05/29
1110
WATER
~~~~~~
85/05/29
1710
WATER
290
1128
.09
.5K
"---"""".._"""..".""""""...."~~"."""".""""""."".""""""~
86/08/05
1040
WATER
22.5
72.59
86/08/05
1545
WATER
30.5
86.9$
462
863508
7.4
102.7%
8.40
534
863508
6.2
99.7%
8.80
25
8.50C
1.420C
.780
.OB38
.lo19
2.200
6.30
7.0%
2.640
9
8.14C
1.560C
.180
.062$
.0755
1.740
6.40
6.581:
2.390
estimated, C
86/08/06
1240
WATER
~~
26.0
510
863508
7.3
108.88
8.40
170
208
21
8.87C
.8OOC
1.530
.2038
,2475
2.330
6.54
8.07C
3.100
44.0
6.3
64.40
6.63
-
86/08/07
86/08/07
0905
1400
88/02/25
1350
WATFR
WATER
WATER
5n.o
20.0
...~
14.8
68. 09
86.08
58.68
24.0
385
518
759
863508
863508
8.4
6.7
7.3
89.05
117.38
100.68
8.20
8.50
8.52
139
170
22
332
59
8.74C
7.89C
7.99c
1.850C
2.380C
1.353c
6.010
.440
.357
.4919
.0269
.0728
.088%
.5985
.a328
7.860
1.710
2.820
5.07
6.28
.88
6.891:
5.51C
6.64C
2.910
.170
2.700
60
170.0
4.9
69.00
10.00
'
~~~~
c a l c u l a t e d by i n v e s t i g a t o r , 9
-
c a l c u l a t e d by STORET.
STORE1RETRIEVALDATE
94/06/08
PGM-ALLPARM
4
PAGE:
URG110.002025
URG110002025
35 33 24.0 10614 47.0 4
SANTA FERIVERATTETlLLA
/TYPA/AMBNT/STREAM
35049 MEXICO
NEU
PEAK ACCESS ROAD
SANTA
FE
WESTERN GULF
120900
UPPER RID GRANDE-ABOVE PECOS
2lNMEX
840907
13020201011
0006.280
RIVER
ON
0000 FEETDEPTH
(SAMPLECONTINUEDFRCUPREVIOUSPAGE)
I N I T I A L DATE
I N IT I M
A LE
MEDIUM
00940 CHLORIDE
00945 SULFATE
00946 SULFATE
01002 ARSENIC
01007 BARIUM
UC/L
BA.101
01027 CADMIUM
01034 CHROMIUM
01051P8,TOT
LEAD
01077 SILVER
01105 ALUMINUM
01147 SELENIUM
31616 FECCOLI
46570 CAL HARD
50060 CHLORINE
70300 RESIDUE
71900 MERCURY
74041
VPF
Remark codes:
K
86/08/0586/08/0586/08/06
1040 1240 1545
p
WATER
WATER
TOTAL
MC/L
S04-TOT
SO4-OISS
HC/L
HG/L
AS,TOT
UG/L
CD,TOT
CR,TOT
41
39
40.2
UC/L
UG/L
UG/L
AG,TOT
UG/L
AL,'TOT
UC/L
SE,TOT
UG/L
MFM-FCBR
/lOOHL
CA HG
HG/L
TOT RES0
HG/L
OISS-180
MC/LC
373
UG/L
HG,TOTAL
SAMPLE
UPDAlEO
-
UATER
5
140
1K
5K
1 OK
1 .OK
less t h a n , J
-
398
estimated,
5K
100
1K
5K
1OK
2.0
1300
5K
...
5K
200K
1368
.10
21K
4458
394
333
380
861003
861003
.5K
861003
861003
861003
C
-
c a l c u l a t e d by i n v e s t i g a t o r , 0
-
BRlDG
392
.5K
880509
c a l c u l a t e d by STORE1
STORET RETRIEVAL DATE 94/06/08
PGM=ALLPARM
PAGE:
5
URG110.002035
URG110002035
35 33 27.0 106 0907.0
4
ALAMO CR NEAR MOUTH ON SANTA FE RIVER (OIVERTEO)
35049
NEU MEXICO
SANTA FE
120900
WESTERN GULF
UPPER RIO GRANOE-ABOVE PECOS RIVER
21NMEX
840907
13020201011 0012.890 OFF
0000 FEET DEPTH
/IYPA/AMBNT/STREAM
""________".""_"""""."""""..""""""""""""...
INITIAL D A l E
INITIAL TIME
01/01/01
. ..
MFnlllH
.. . .
UATER
WATER
ALTITUDE
STREAM
CNDUCTVY
00430
00440
00530
00610
00612
00619
00625
00630
00665
00945
01002
01007
01027
01034
01051
01077
01147
31616
70300
71900
C03ALK
CAC03
HC03 ION
HC03
RESIOUE
TOT UFLT
NH3tNH4MG/L N TOTAL
UN-ION20
NH3-N
UN-ION20
NH3-NH3
MC/L
TOT KJEL
N
NO2BN03
N-TOTAL
MC/L
nndnn
- - .--
WATER
r
00010
00011
00042
00061
00095
00116
00300
00301
INTNSVE
00
00
.PH..
TEMP
TEMP
FEET
FLOU,
AT 25C
SURVEY
INST-CFS
MICROMHO
IOENT
SATUR
MG/L
PERCENT
CENT
FAHN
AB MSL
SULFATE
ARSENIC
BARIUM
K
-
819
843505
7.5
109.38
8.20
155
843505
6.1
79.58
8.20
P
93
.400
.031$
.a378
.980
.ll
.180
12
.130
.a068
.0088
.630
.09
.180
MG/L
UG/L
UC/L
UC/L
UG/L
UG/L
UC/L
UG/L
/lOOML
-
84/08/08
84/09/05
1200
84/09/05
1540
WATER
WATER
WATER
951
843505
8.7
111.18
8.20
.01
832
843505
8.6
126.88
8.20
843505
11
1
.0
:
.0088
.0108
.a00
.05
,180
378
3
.050
.a048
,0058
.650
.04
.140
115
5K
lOOK
1K
16
5K
WATER
18.8
65.88
20.0
68.0%
.004
809
843505
8.4
110.78
8.30
825
843505
7.6
102.38
7.90
4
.Dl0
.00078
.OD088
.210
.10
.230
5K
440
513
.5K
UC/L
lees than, J
84/08/08
11551125
1.OK
MC/l
INITIAL DATE
INITIAL TIME
MEOIUM
TEMP
CENT
00010 UATER
TEMP
FAHN
00011 UATER
(SAMPLE
CONTINUED
ON NEXT PACE1
Remark codes:
1
.030
.OD28
.0038
.830
.12
.170
MG/L
C
84/08/08
0920
UATER
0
MG/L
SO4-TOT
AS,TOT
BA,TOT
CAOMIUM
CD,TOT
CHROMIUM CR,TOT
LEAD
PB,TOT
SILVER
AC,TOT
SELENIUM SE,TOT
FEC COLI MFM-FCBR
RESIDUE DISS-180
MERCURY
HG,TDTAL
O
. l
819
843505
8.0
116.68
8.20
MC/L
MG/L
84/08/07 84/08/07
1520
2040
WATER
UATER
UATER
23.8 25.5 23.817.0
17.6
74.88
77.98
62.6863.7874.88
5820
su
MGlL
MG/L
PHOS-TOT
84/08/07
1010
84/09/06
0740
UATER
11.5
52.7%
estimated, C
-
c a l c u l a t e d hy inVeStig8tor. B
-
c a l c u l a t e d by STORET
3
.050
.0028
.0028
.300
.OB
.270
STORET RETRIEVAL94/06/08
DATE
PGM-ALLPARM
/TYPA/AMBNT/STREAM
INITIAL DATE
INITIAL TIME
e
MEDIUM
00095 CNDUCTVY AT 25C
00116 INTNSVE SURVEY
DO
00300
00301
DO
SATUR
PH
00400
00440HC03 ION
HC03
00530 RESIDUE TOT NFLT
00610 NH3tNH4- N TOTAL
00612UN-IONZDNH3-N
00619 UN-IONZD NH3-NH3
00625 TOT KJEL
N1
00630NO2&N03N-TOTAL
00665 PHOS-TOT
00916 CALCIUM
CA-TOT
00927 MGNSIUM
MG,TOT
00929 SWIUM
NA,TOT
00937PTSSIUM
K,TOT
00940 CHLORIDE
TOTAL
00945 SULFATE S M - T O T
01002 ARSENIC AS,TOT
01007 BARIUM
BA,TOT
01027 CADMIUM CD,TOT
01034 CHROMIUM CR,TOT
01051 LEAD
PB,TOT
01077SILVERAC,TOT
01147 SELENIUM SE,TOT
31616 FEC COLI MFM-FCBR
46570 CAL HARD CA MG
71900 MERCURY HC,TOTAL
PAGE:
6
URG110.002035
URC110002035
35 33 27.0 106 09 07.0
4
ALAMO CR NEAR MOUTH ON SANTA FE RIVER (DIVERTED)
35049 NEW MEXICO
SANTA
FE
UESTERN GULF
120900
UPPER R I O GRANDE-ABOVE PECOS RIVER
2lNMEX
840907
13020201011 0012.890 OFF
0000 FEET OEPlH
0740
UATER
MlCROHHO
IDENT
MGIL
PERCENT
su
MG/L
MC/L
MG/L
MC/L
MG/L
MC/L
MC/L
MC/L P
MG/L
MG/L
MG/L
MG/L
MGIL
MC/L
UG/L
UG/L
789
843505
8.6
96.08
8.00
436
600
.020
.0004$
.0005%
.330
.02
.250
85.6
25.2
66.70
6.63
27
93
5K
160
UC/L
UG/L
UG/L
UG/L
UG/L
/lOOML
MC/L
UG/L
4
5K
5K
1 .OK
5K
570
3188
.5K
Remark codes:
K
-
less than, J
-
estimated. C
-
calculated by investigator, %
-
c a l c u l a t e d by STORET.
s
STORET RETRIEVALDATE
94/06/08
PGM-ALLPARM
URG110.002040
URG110002040
35 33 28.0 106 09 01.04
ClENEGA CREEKNE 90 FTABV MOUTH ON
35049 NEU
MEXICO
SANTAFE
UESIERNGULF
120900
UPPER RIO GRANOE-ABOVE PECOS RIVER
2lNMEX
840907
13020201011
0028.800
0000 FEETDEPTH
/TYPA/AMBNT/STREAM
7
PAGE:
SF R I V
OFF
_____""_""""______________________""~"""""""""""""""""""..""".""""""""""""."
I N I T I A L DATE
I N I T I A LT I M E
MEDIUM
r
00010 TEMP
UATER
CENT
00011 UATER
TEMP
FAllN
00042 ALTITUDE
FEET
ABHSL
00061 STREAM
FLMI,
INST-CFS
00095 CNDUCTVY AT 25C MICROMHO
00116 INTNSVE SURVEY
IOENT
00300
DO
MG/L
00301
DO
SATUR
PERCENT
00400
PH
su
00430 C03 ALK
CAC03
MG/L
00440 HC03 I O N
HC03
MG/L.
00530 RESIDUE
TOT H r L T
MC/L
00610 NH3+NH4- TOTAL
N
MG/L
00612 UN-ION20
NH3-N
MG/L
00619 UN-ION20
NH3-NH3
MG/L
00625 TOT KJEL
N
HG/L
00630 NO2&N03 N-TOTAL
MC/L
00665 PHOS-TOT
MG/LP
00916 CALCIUM
CA-TOT
MG/L
00927 MGNSlUH MG,TOT
MG/L
00929 SOOIUH
HG/L
NA,TOT
MG/L
00937 PTSSlUH K,TOT
00940 CHLORIDE
TOTAL
MC/L
00945 SULFATE S04-TOT
HG/L
01002 ARSENIC AS,TOT
UG/L
01007 BARIUM
UG/L
BA,TOT
01027 CAOHlUM C0,TOT
UG/L
01034 CHROHIUH CR,TOT
UG/L
UC/L
01051 LEA0
PB,TOT
01077 SILVER
UG/L
AG,TOT
01147 SELENIUM SE,TOT
UC/L
31616 FEC COLI MFM-FCBR /lOOML
46570 CAL HARO CA HG
HWL
70300 RESIDUE OISS-180
MG/LC
71900 MERCURY HG,TOTAL
UG/L
Remark codes:
K
-
l e s s than, J
-
01/01/0184/08/07
0950
UATER
WATER
84/08/07 84/08/07 84/08/08 84/08/08 84/08/08 84/09/05 84/09/06
1530
2115
0940
1155
1220
1155
. ."
0800
UATER
WATER
WATER
20.0
68.08
24.8
76.68
18.5
65.38
18.0
64.48
.5
737
843505
7.0
94.38
8.10
723
843505
7.4
109.18
8.20
292
843505
6.9
90.08
8.20
798
843505
7.6
99.18
8.20
35
.I80
.0158
49
.170
.009$
.0118
1.280
.43
.I90
19
.050
.0038
.0038
.440
.24
.150
WATER
5825
estimated, C
30
.070
.0038
.004$
.ole$
.39
.I70
.840
.32
.170
.no
WATER
UATER
23.8
74.88
11.0
51.88
.04
765
843505
10.5
153.08
8.40
768
843505
9.0
100.58
8.20
21
.120
.0148
.0178
.830
.02
.310
80
6
130
1
UATER
24.0
75.28
435
550
.060
.0028
.002$
.750
.13
.370
82.4
22.9
78.20
5.46
25
79
5K
120
1K
6
5K
1.OK
5K
14815
3001
443
.5K
-
c a l c u l a t e d by i n v e s t i g a t o r , $
-
c a l c u l a t e d by SIORET.
.5K
STORET RETRIEVAL DATE 94/06/08
PGM=ALLPARM
/TYPA/AMBNT/STREAM
PAGE:
8
URG110.002040
URG110002040
35 33 28.0 106 09 01.0 4
CIENEGA CREEK NE 90 F I ABV MOUTll ON SF R I V
35049
NEW MEXICO
SANTA FE
WESTERN GULF
l~n~nn
UPPER R I O GRANDE-ABOVE PECOS RIVER
2lNMEX
840907
130202010110028.800 OFF
0000 FEET DEPTH
INITIAL DATE
85/05/29
85/05/29
85/05/28
85/05/28
85/05/27
INITIAL TIME
1120 1220
1520
10300955
MEDIUM
UATER
WATER
WATER
UATER
r
00010 WATER
TEMP
CENT
17.5
12.0
00011 WATER
TEMP
FAUN
63.58
53.68
00095 CNDUCTVY
AT 2%
MICROHHO
863
932
995
00116 INTNSVE
SURVEY
IDENT
00300
DO
HG/L
6.0
00301
OD
SATUR
PERCENT
76.69
00400
PH
su
8.20
8.10
00410 T ALK
CAC03
HG/L
00440 HC03 ION
HC03
MC/L
00530 RESIDUE TOT NFLT
MC/L
23
38
45
37
00600 TOTAL N
N
MG/L
.39c
1.97c
.5OC
.46C
00605 ORG N
N I
MG/L
.060C
.040C.030C1.590C
00610 NH3+N114- N TOTAL
MG/L
.230
,160
.280
.170
00612 UN- IONZD
NH3-N
MG/L
.on88
,024'6.0059
00619 UN-ION20 NH3-NH3
HG/L
.0108
.oos%
.""
00625 TOT KJEL
N
MG/L
.290
1.750.210
.310
00630 NO2tND3
N-TOTAL
Mitt
.10
.22
.25
.19
00640 T INORG.
.33c
.38C
.47c
.42c
00665 PHOS-TOT
.110
,100
.140.120
.090
00915 CALCIUM
00925 HGNSIUM
00930 SWIUM
00935 PTSSIUM
00940 CHLORIDE
00945 SULFATE
01002 ARSENIC
01007 BARIUM
01027 CADMIUM
01034 CHROHIUM
01051 LEAD
01077 SILVER
01147 SELENIUM
31616 FEC COLI
46570 CAL HARD
CA MG
MG/L
MGtL
50060 CHLORINE TOT RESD
(SAMPLE CONTINUED ON NEXT PAGE)
Remark codes:
K
-
less than, J
-
estimted, C
-
calculated by investigator.
$
-
86/08/05
1520
WATER
24.9
76.88
~
~~
6.0
88.59
8.20
59
.48C
.050c
.290
.nm
."._
.340
.14
.43c
UATER
17.5
63.58
690
863508
5.8
74.19
8.40
32
1.32C
1.920C
86/08/05
1440
UATER
29.0
84.28
635
863508
6.8
108.0$
8.40
.lOOK
63
3.77c
2.680C
.670
.on88
.lo68
.009$
1.020
.1298
3.350
.30
.40K
1.09C
.120
calculated by STORET
54
1.97c
1.670C
.140
.0n58
.0069
1.810
.16
.30c
.190
.42
.400
3.90
18
95
6
200
1K
5K
1OK
1.OK
5K
60001
2808
.04
STORE1 RETRIEVAL DATE 94/06/08
PGM-ALLPARM
/TYPA/AMBNT/STREAH
Remark codes:
K
-
less than, J
-
estimated, C
-
PAGE:
9
URG110.002040
URG110002040
35 33 28.0 10f i 09 01.0 4
CIENEGA CREEK NE 90 FT ABV MOUTH ON SF R I V
35049 NEW MEXICO
SANTA FE
LIE;STERN GULF
120900
UPPER R I O GRANDE-ABOVE PECOS RIVER
2lNMEX
840907
13020201011 0028.800 OFF
0000 FEET DEPTH
calculated by investigator, 0
-
calculated by STORET.
r
STORET RETRIEVALDATE
94/06/08
PGMEALLPARM
URG110.002030
URG110002030
35 3328.010609
12.0 4
530 FT BELOW CIENECA CREEK
SANTA FERIVER
35049 NEW MEXICO
SANTAFE
WESTERN GULF
120900
/TYPA/AMBNT/STREAM
10
PAGE:
UPPER R10 CRANDE-ABOVE PECOS RIVFR
2lNMEX
840907
13020201011 0012.790 ON
0000 FEETDEPTH
01/01/01
84/08/07
84/08/07
84/08/07
84/08/08
84/08/08
1015
1510
2100
091 0
r
TEMP
TEMP
FEET
FLW,
AT 25C
SURVEY
00300
00301
00400
00430
00440
00530
00610
00612
00619
00625
00630
00665
00945
01002
01007
01027
01034
01051
01077
01147
31616
70300
71900
00
DO
PH
SATUR
C03 ALK
CAC03
HC03 ION
RESIDUE
NH3tNH4UN-ION20
UN-IONZD
TOT K J E L
NO2BN03
PHOS-TOT
SULFATE
ARSENIC
BARIUM
CAOMIUH
CHRCMIUM
LEAD
SILVER
SELENIUM
FEC COLI
RESIDUE
MERCURY
I N I T I A LD A T E
I N I T I A LT I M E
MEDIUM
00010 WATER
00011 WATER
(SAMPLECONTlNUEO
R e m a r k codes:
K
HC03
TOT NFLT
N TOTAL
NH3-N
NH3-NH3
N
N-TOTAL
S(U-TOT
AS,TOT
BA,TOT
CO. TOT
CR,TOT
PB,TOT
AG,TOT
SE,TOT
MFH-FCBR
DISS-180
I1G.TOTAL
WATER WATER
WATER
CENT
FAHN
AB MSL
INST-CFS
MICRCUHO
IDENT
MG/L
PERCENT
WATER
WATER
21 .o
69.88
25.5
77.98
21.1
70.08
5
459
843505
5.1
70.28
544
843505
3.9
57.5%
1326
843505
3.7
50.9%
5819
~
su
HG/L
MG/L
HC/L
MC/L
HG/L
MGlL
MG/L
MG/L
MGlL P
MC/L
UC/L
UC/L
UGlL
UGlL
UGlL
UGlL
UG/L
/lOOML
c MC/L
UG/L
~~
~~
.~
4486
6.690
2015
11.700
15099
5.290
21.700
.99
3.220
23.100
.86
3.470
47.600
-34
2.670
16.0
60.88 ,
708
843505
5.7
70.68
8.20
671
7.520
.3358
.408%
13.500
.56
2.830
1145
84/08/08
84/09/05
1150
1115
84/09/05
1745
WATER
WATER
WATER
23.0
73.48
3
530
843505
5.3
75.58
18.8
65.8%
843505
0.00
0
191
339
6.770
.3188
.386%
10.400
.81
2.560
41
23
1 00
1K
28
17
1.0
5K
-
4
596
843505
6.4
84.38
7.80
571
843505
5.0
75.5%
7.80
39
13.490
.302%
.367%
15.100
3.38
4.580
62
~.
12.330
.450%
.5478
15.200
4.52
4.250
150005
WATER
WATER
WATER
WATER
WATER
WATER
WATER
WATER
WATER
TEMP
CENT
12.5
19.8
TEMP
FAHN
54.5%
67.68
ON NEXT PACE)
l e s s than, J
25.8
78.48
360
.5K
84/09/06
85/05/27
85/05/28
85/05/28
85/05/29
85/05/29
85/07/10
86/08/05
86/08/05
0745
1150
1045
1455
1000
1540
1340
-
UAlER
estimated,
C
-
15.0
59.08
23.5
74.3%
15.2
59.4%
23.6
74.5%
calculated by i n v c s t i s a t o r . % - calculated by STORET.
28.3
82.9%
1000
18.0
64.4%
1450
29.5
85.1s
L3
STORET RETRIEVAL DATE 94/06/08
PCM=ALLPARM
PAGE:
11
URG110.002030
URC110002030
35 33 28.0 106 OD
.. l ? ~ nL.
SANTA FE RIVER 530 FT DELOW CIENEGA CREEK
35049
NEW MEXICO
SANTA FE
WESTERN GULF
120900
UPPER RIO GRANDE-ABOVE PECOS RIVER
2lNMEX
840907
13020201011 0012.790 ON
0000 FEET DEPTH
~~~
/TYPA/AMBNT/STREAM
F R O H PREVIWS
(SAMPLE
CONTINUED
PACE)
---~""---~"-"---"--""""""~-~""...."""...""""""".""""..
-"---.."--""--"""".""...""""""".
~
~~~~~
INITIAL DATE
INITIAL TIME
MEOIUM
00061 STREAM
INST-CFS
FLGU,
00095 CNOUCTVY
AT 25C
MlCRCUHO
00116 INTNSVE
SURVEY
IDENT
00300
DO
MC/L
00301
00
SATUR
PERCENT
00400
PH
su
00430 C03 ALK
CAC03
MG/L
00440 HC03 ION
HC03
MG/L
00530 RESIDUE
TOT NFLT
MG/L
00600 TOTAL N
N'
HG/L
00605 ORG N
N I
MG/L
00610 N113tNH4- N TOTAL
MG/L
00612 UN-ION20
NH3-N
MG/L
00619 UN-ION20
NH3-NH3
HC/L
00625 TOT KJEL
N
MG/L
00630 NO2SN03
N-TOTAL
MG/L
00640 T INORG. NITROGEN
MG/L N
00665 PHOS-TOT
MC/L P
00916 CALCIUM
CA-TOT
MG/L
00927 MGNSIUM
MG,TOl
MG/L
00929 SCQIUM
NA,TOT
MG/L
00937 PTSSIUM
K,TOT
MG/L
00940 CHLORIDE
TOTAL
HG/L
00945 SULFATE
So4-TOT
MG/L
01002 ARSENIC
AS,TOT
UG/L
01007 BARIUM
EA.101
UG/L
01027 CADMIUM
C0,TOT
UG/L
01034 CHRWIUM CR ,TOT
UG/L
01045
IRON
FE,TOT
UG/L
01051 LEAD
PB,TOT
UG/L
01077 SILVER
AG,TOT
UG/L
01147 SELENIUH SE,TOT
UG/L
31616 FEC COLI MFM-FCER
IlOOML
46570 CAL HARD
CA HG
MGlL
50060 CHLORINE TOT RESD
MGlL
70300 RESIDUE DISS-180 C
MClL
71900 MERCURY
HG,TOTAL
UC/L
74041
VQF
UPDATED
SAMPLE
,.
Remark codes:
K
-
less than.
J
-
84/09/06
0745
UATER
550
843505
6.5
74.6%
7.70
110
363
14.200
.1598
.1938
17.000
3.00
4.400
36.0
85/05/27
1150
WATER
41
194
85/05/28
1045
WATER
85/05/28
1455
WATER
85/05/29
10001340
WATER
204
242
194
232
513
7.0
94.68
7.90
8.3
100.88
5.7
8.00
81.19
7.90
7.8
5.5
94.78
8.00
6.4
93.38
7.90
170
.6OC
.27OC
.I40
.0048
.0058
.410
274
1.73c
463
2.82C
299
2.46C
.72OC
1.500
.040$
.0498
2.220
.24
1.74C
.900
481
3.18C
.I9
.33c
.220
.oooc
.I O O C
1.450
2.400
.0398 .2748.0938
.0478
.I148
1.400 4.4602.500
.283.75
.32
1.73c
2.72C
.920
1.150
85/05/29
85/07/10
1540
WATER
UATER
A
_1.
35
5K
160
2K
7
6900
1K
9
6
1.0
5K
75.68
8.30
8.04C
3.260
16
1O.ObC
2.llOC
2.460
.3308
.401$
4.570
5.49
7.95c
2.540
5
loo
1K
10K
1OK
10K
1.OK
5K
8305
1848
2.OK
5K
110
1128
.05
394
.5K
363
.5
861218
861003
-
537
863508
5.8
92.18
8.30
60.0
8.3
57.50
7.41
37
43
40
5K
120
estimated, C
513
863508
37
8.21C
,170C
4.290
.2748
.333%
.oooc
57.50
8.19
.5K
86/08/05
1450
WATER
5.8
86.38
8.10
145
177
2.870
.1138
.1378
2.600
.31
3.18C
1.060
5.4
30000J
458
86/08/05
1000
WATER
calculated by investigator, 8
-
calculated by STORET.
390
STORET RETRIEVAL DATE 94/06/08
PGHEALLPARM
/TYPA/AMBNT/STREAH
PAGE:
12
URG110.002030
URG110002030
35 33 28.0 106 09 12.0 4
SANTA FE RIVER 530 FT BELOW CIENEGA CREEK
35049
NEW MEXICO
SANTA FE
WESTERN GULF
120900
UPPER RIO GRANOE-ABOVE PECOS RIVER
21NHEX
840907
13020201011 0012.790 ON
0000 FEET DEPTH
~~
CENT
FAHN
JTU
HICROMHO
IOENT
MG/L
PERCENT
00300
00
00301
00
SATUR
00400
PH
su
00410 T ALK
CAC03
MG/L
00440 HC03 ION
HC03
MG/L
00530 RESIDUE
TOT'NFLT
HG/L
00600 TOTAL N
NI
HG/C
00605 ORG N
N
HG/L
00610 NH3tNH4- N TOTAL
MG/L
00612 UN-IONZD
NH3-N
HG/L
00619 UN-IONZD
NH3-NH3
MG/L
00625 TOT KJEL
N
HG/L
00630 N028N03
N-TOTAL
HG/L
00640 T INORG. NITROGEN
HG/L N
00665 PHOS-TOT
MG/L P
00900 TOT HARD
CAC03
HG/L
00915 CALCIUM
CA,OISS
MG/L
00925 HGNSIUM
MG,DlSS
MG/L
00930 S M l U M
MG/L
NA,OISS
00935 PTSSlUM
MGlL
K,OISS
00940 CHLORIDE
TOTAL
MG/L
00945 SULFATE
S04-TOT
MG/L
00946 SULFATE
SO4-OISS
MWL
01002 ARSENIC
UWL
AS.101
UG/L
01007 BARIUM
BA,TOT
01027 CADMIUM C0.TOT
UG/L
01034 CHROHIUH
CR:TOT
UCiL
~~~.~~~
~~.
01051 LEAD
PB,TOT
UG/L
01077 SILVER
AG,TOT
UG/L
01105 ALUMINUM
AL,TOT
UG/L
(SAMPLECONTINUE0 ON NEXT PAGE)
~~~~~
~~
Remark codes:
~~
K
-
.
UATER
19.1
66.48
WATER
16.0
60.88
531
863508
6.8
89.68
8.20
178
217
20
9.27C
.68OC
4.720
.2628
.3198
5.400
3.87
8.59C
3.690
525
863508
6.4
79.38
8.00
528
863508
6.1
93.38
8.40
58
49
9.99c
1.970C
3.660
.5168
,6278
5.630
4.36
8.02C
3.480
52.0
2.4
73.60
7.02
39
40
~
~~
Less than, J
-
estimated, C
8.67C
.5OOC
4.710
.1358
.1648
5.210
3.46
8.17C
3.620
WATER
27.0
80.68
~
~
WAATER
13.4
56.18
9.3
653
8.5
99.38
8.48
184
224
6
5.52C
.69OC
4.110
.2808
.3408
4.800
.72
4.83C
3.870
200
76.0
2.4
60.00
8.00
26
39.8
5K
100
1K
10
10K
1.OK
-
5K
100
2
5K
10K
1.OK
480
c a l c u l a t e d by investigator. 8
-
c a l c u l a t e d by STORET.
-
i
STORE1 RETRIEVAL DATE 94/06/08
PGM=ALLPARM
/TYPA/AMBNT/STREAM
(SAMPLECONTINUED
PAGE:
13
URG110.002030
URG110002030
35 33 28.0 106 09 12.0 4
SANTA FE R I V E R 530 FT BELOW CIENEGA CREEK
NEW MEXICO
35049
SANTA FE
r?nqnn
WESlERN GULF
UPPER RIO GRANDE-ABOVE PECOS RIVER
2lNMEX
840907
13020201011 0012.790 ON
0000 FEET DEPTH
i R O H PREVIWS PAGE)
-~~------~~~~-"--~~~------"-~------~~~-------"""""""".""""""."""."""."""""""
5K
INITIAL DATE
INITIAL TIME
MEDIUM
01147 SELENIUM SE,TOT
31616 FEC COLI MFM-FCBR
46570 CAL HARD
CA HG
50060 CHLORINE TOT RESD
70300 RESIDUE DES-180
71900 MERCURY
HG,TOTAL
UG/L
74041
VPF
UPDATED
SAMPLE
Remark codes:
K
-
UG/L
llOOML
MCIL
MG/L
C
Less than, J
MG/L
~
86/08/06 86/08/07
1015
0815
UATER
UATER
5K
600L
140%
.10
383
383
380
.5K
861003
861003
estimated, C
-
86/08/07
1320
WATER
88/02/25
1310
WATER
ZOOK
2008
.04
37
861003
.5K
880705
calculated b y investigator, '6
-
calculated by STORET.
STORET RETRIEVALDATE
94/06/08
PCMrALLPARM
14
PAGE:
URGllO.002045
URG110002045
x ~ nL.
35 33 ~~.~
31.0 ."In6~.
09o"_.
S A t l l A FERIVER 90 FT ABOVE CIENECA CREEK
35049 NEW MEXICO
SANTAFE
120900
WESTERN GULF
~~
/TYPA/AMBNT/STREAM
~
UPPER R I O GRANDE-ABOVE PECOS RIVER
21NMEX
840907
13020201011
0012.890
0000 FEETDEPTH
ON
.................................................................................
I N I T I A L DATE
I N I T I A LT I M E
MEDlUH
00010 WATER
00011 WATER
00042 ALTlTUDE
00061 STREAM
00095 CNDUCTVY
00116 INTNSVE
00300
DO
00301
DO
00400
PH
00430 C03 ALK
00440 HC03 I O N
DO530 RESIDUE
00610 NH3+NH400612 UN-IONZD
00619 UN-IONZD
DO625 TOT KJEL
00630 NO2SN03
00665 PHOS-TOT
00945 SULFATE
01002 ARSENIC
01007 BARlUH
01027 CADMIUM
01034 CHROHlUH
01051 LEAD
01077 SILVER
01147 SELENlUM
31616 FEC COLI
70300 RESIDUE
71900 MERCURY
0930
r
TEMP
TEMP
FEET
FLOU,
AT 25C
SURVEY
SATUR
CAC03
HC03
TOT NFLT
NTOTAL
NH3-N
NH3-NH3
N
N-TOTAL
S04-TOT
01/01/01 84/08/07 84/08/07 84/08/07 86/08/08 84/08/08 84/08/08 84/09/05
1GO.
m .n 1145 1220
2120
1000
~ ~ .
~~~~~
WATER
CENT
FAHN
ABMSL
INST-CFS
MlCROHHO
lDENT
MG/L
PERCENT
UATER
UATER
WATER
20.2
68.49
24.9
76.8%
4
408
843505
4.8
64.6%
451
843505
3.5
51.6%
20.0
68.08 ,
UATER
17.0
74.5%
62.6%
WATER WATER
WATER
23.6
84/09/05
1755
UATER
19.0
66.2%
24.0
75.2%
5028
su
MG/L
MG/L
MG/L
MG/L
1232
843505
4.4
59.3%
4823
8.250
2247
14.140
9326
4.540
40.000
1.07
3.810
25.500
.79
3.400
39.200
MG/L
MG/L
MC/L
MG/L
MG/L P
HG/L
UG/L
UG/L
UG/L
UG/L
UC/L
UGlL
UG/L
.45
2.710
493
843505
5.6
71.5%
8.00
637
8.740
.269$
.327$
16.200
.68
3.060
AS.101
BA,TOT
CD,TOT
CR,TOT
PB,TOT
AG,TOT
SE,TOT
HFM-FCBR
/100ML
D1SS-180
MG/LC
HC,TOTAL
UG/L
3
401
843505
3
470
5.6
73.8%
8.00
592
843505
4.9
71.4%
7.70
38
13.280
.471%
.573%
14.500
3.63
4.280
58
12.550
.324$
.394%
14.500
4.32
4.850 '
843505
843505
7.80
0
148
378
7.990
.251%
.305%
12.800
1.03
2.760
36
28
130
1K
34
21
2.0
5K
12000J
398
.5K
I N I T I A L DATE
84/09/06
85/05/27
85/05/28
INITIAL
1510
1100
1230
0805
WATER
WATER
MEDIUM
23.0
CENT
13.0 15.0 18.2
00010 WATER
TEMP
64.4%
73.6%84.2%74.38
FAHN
59.0%73.4%59.0%64.8%55.4%
00011 WATER
TEMP
(SAMPLECONTINUED
ON NEXTPAGE)
85/05/28 85/05/29
85/05/29
85/07/10
05/08/28
86/08/05
0940
1210 1015
1400
1510
TIME
UATER
UATER
WATER
15.0
UATER
23.5
WATER
29.0
UATER
23.1
UATER
18.0
Remark codes:
K
~
less than, J
-
estimated, C
-
calculated by investigator, % - calculated by STORET.
-J
STORET RETRIEVAL DATE 94/06/08
PCM=ALLPARM
PAGE:
~~~~
/lYPA/AHBNT/STREAM
(SAMPLE
CONTINUED
15
URG110.002045
URG110002045
35 33 31.0 i n 6 09 03.0
L.
~...
SANTA FE RIVER 90 FT ABOVE CIENECA CREEK
35049
NEW MEXICO
SANlA
FE
WESlERN GULF
120900
UPPER R I O GRANOE-ABOVE PECOS RIVER
2lNMEX
840907
13020201011 0012.890 ON
0000 FEET DEPTH
~
FRDM PREVIWS PAGE)
-~""~___"."""""~""~~""""~~~""."""...""."""----"-...""".....".""~"."..""""""".""."".""~
INITIAL DATE
INITIAL TIME
.." .-. .
MFnlllM
00061 STREAM
FLW,
00095 CNOUCTVY
AT 25C
00116 INTNSVE
SURVEY
00300
DO
00301
DO
SATUR
00400
PH
00430 C03ALK
CAC03
00440 HC03 ION
HC03
TOT NFLT
00530 RESIDUE
00600 TOTAL N
N'
00605 ORG N
NI
00610NH3tNH4N TOTAL
00612 UN-IONZD
NH3-N
00619 UN-ION20
NH3-NH3
N
00625 TOT KJEL
00630 NO2gN03
N-TOTAL
00640 T INORG. NITROGEN
00665 PHOS-TOT
00916 CALCIUM
CA-TOT
00927 HGNSIUM HC,TOT
00929 SWlUH
NA,TOT
00937 PTSSIUM K,TOT
00940 CHLORIDE
TOTAL
00945 SULFATE
S[U-TOT
01002 ARSENIC
AS.101
01007 BARIUM
BA.101
01027 CAOHIUM
C0,TOT
01034 CHROMIUM C R . 1 0 1
01045
IRON
FE;TOT
01051 LEA0
PB,TOT
01077 SILVER
AC, TOT
01147 SELENIUM SE.101
31616 FEC COLI HFH-FCBR
46570 CAL HARD
CA HG
50060 CHLORINE TOT RESD
70300 RESIDUE OISS-180
71900 MERCURY
HG,TOTAL
74041 WOF
SAMPLE
R m r k codes:
K
-
INST-CFS
HICROHHO
IOENT
MC/L
PERCENT
su
MG/L
HG/L
HG/L
HC/L
HG/L
MGlL
84/09/06
05/05/27
85/05/28
05/05/28
85/05/29
85/05/29
0940
0805 1210 1230
1400 1510
11001015 1510
WATER
WATER
MATER
WATER
39
508
145
156.
218
843505
6.4
7.1
7.4
5.6
74.08
09.9s
92.38
79.78
7.90
7.90
7.80
0.00
101
360
14.740
.269%
.328B
15.700
2.99
MClL
HG/L
MG/L
MC/L
HG/L N
P
HC/L
HG/L
MC/L
HG/L
HG/L
MC/L
MC/L
UG/L
UG/L
UG/L
UG/L
UGlL
.0208
.024$
1.220
.23
.96C
.640
UC/L
/100ML
HG/L
HC/L
c HG/L
UC/L
UPDATED
estimated, C
.oooc
1,760
.0308
.0368
1.600
.24
2.00c
.910
523
3.26C
.36OC
2.600
.122$
.1488
2.960
.30
2.90C
1.030
154
56
210
519
7.5
91.18
7.80
6.2
88.38
0.00
265
2.31C
.76OC
1.300
.022$
.027$
2.060
.25
1.55c
528
3.43c
.51OC
2.600
.I268
.I538
3.110
.32
2.92C
.920
1.so0
06/08/05
WATER
WATER
WATER
~~
570
484
863508
7.0
91.38
8.20
28
11.43C
2.290C
5.110
.2638
.3198
7.400
4.03
9.14C
3.360
.5
59.80
7.80
38
37
5K
100
1
10K
5K
170
2K
5K
6900
10K
2.OK
5K
5K
2.0
5K
250005
1068
269
2.00c
WAlER
85/08/28
58.4
1
UG/L
-
.no
6
uC/i
less than, 5
4.250
36.0
3.9
55.20
8.97
39
37
5K
100
345
1.45C
.49OC
WATER
05/07/10
92
.09
.5K
-
350
.5K
861218
.5K
calculated by invcstisator, 8
-
calculated by STORET.
388
061003
STORE7 RETRIEVAL DATE 94/06/08
PGM=ALLPARM
/TYPA/AMBNT/STREAM
06/08/05
1435
UATER
29.0
84.2$
00070
00095
00116
00300
00301
00400
00410
00440
00530
00600
00605
00610
00612
00619
00625
00630
00640
00665
TURB
CNOUCTVY
INTNSVE
DO
00
SATUR
PERCENT
PH
T ALK
CAC03
HC03 ION
MG/L
HC03
RESIDUE
TOT NFLT
TOTAL N
HI
ORG N
N I
NH3tNH4- N TOTAL
HG/L
HG/L
UN-ION20
NH3-N
UN-IONZD NH3-NH3
HC/L
HC/L
TOT KJEL
N
NO2BN03
N-TOTAL N-TOTAL
T INORC. NITROGEN
PHOS-TOT
00900 TOT HARD
00915 CALCIUM
00925
00930
00935
00940
00945
00946
01002
01007
01027
01034
01051
01077
01105
(SAMPLE
JKSN
AT 25C
SURVEY
HGNSIUM
SCOIUM
CAC03
CA,OISS
MG,DISS
NA,DISS
K
-
WATER
17.9
64.28
JTU
HICRWHO
IDENT
MG/L
PERCENT
86/OO/D7
0755
WATER
16.0
60.88
I
06/08/07
1300
.. ~.
WATER
25.0
77.08
~~
513
863508
5.9
73.18
su
CI
I
"
8.00
480
863500
5.9
87.OB
8.30
MGIL
HG/L
69
10.43C
1.150C
5.550
.159$
.193$
6.700
3.73
9.20C
4.150
Mtlt
MG/L
MGIL
MG/L
MC/L
MG/L N
HGIL P
MG/L
HG/L
HGlL
MClL
HGlL
MGlL
HC/L
HClL
UC/L
UG/L
UG/L
UG/L
UC/L
UG/L
less than, J
-
estimated, C
11
9.64C
.64OC
4.360
.443$
,53916
5.000
4.64
9.00C
4.850
32.8
4.4
70.20
7.02
42
33
PTSSIUH
K.DISS
CHLORIDE
iornt
SULFATE
Sa-TOT
SULFATE
so4-OISS
ARSENIC
AS,TOT
BARIUM
BA,TOT
CAOMIUH
CD,TOT
CHROHIUM CR.101
P0,TOT
LEAD
SILVER
AG,TOT
ALUMINUMUC/LAL.TOT
CONTINUED ON NEXT PAGE)
Remark codes:
06/08/06
0950
PAGE:
16
URG110.002045
URG110002045
35 33 31.0 106 09 03.0 4
SANlA FE R I V E R 90 FT ABOVE CIENEGA CREEK
35049
NEW MEXICO
SANTA FE
WESTERN GULF
120QOO
UPPER R I O GRANOE-ABOVE PECOS RIVER
2lNMEX
840907
13020201011 0012.890 ON
0000 FEET DEPTH
9.2
109.6B
8.53
113
138
16
19.12C
10.030C
7.970
.6528
.793%
18.000
1.12
9.09C
7.170
100
36.0
2.4
74.00
12.00
39
1K
5K
10K
2.0
510
1OK
1.OK
calculated by investigator, 16
1xn
UATER
14.5
50.1B
7.5
666
34.0
5K
100
5K
120
1K
5K
-
08/02/25
-
calculated by STORET.
-
2
STORET RETRIEVAL DATE 94/06/08
PGM=ALLPARM
PAGE:
17
URG110.002045
URG110002045
35 3 3 31.010609
03.04
SANTAFE
RIVER 9 0 FT ABOVECIENEGACREEK
35049
NEU MEXICO
SANTA i E
UESIERN GULF
120900
UPPER R I O CRANDE-ABOVEPECOS RIVER
2lNMEX
840907
130202010110012.890
ON
0000 FEET
DEPTH
/TYPA/AMBNT/STREAM
(SAMPLECONTINUED
FROH PREVIOUS PAGE)
I N I T I A L DATE
I N I T I A L TIME
r
SE ,TOT
MFH-FCBR
CA
74041
M F
UG/L
/lOOML
nw.
nc
TOT
RESO
OISS-180
HG,TOIAL
UPDATED
SAMPLE
."""____
....- .. .
86/08/05
1435
UATER
c
86/08/06
0950
UATER
5K
260
86/08/07
0755
UAlER
..
86/08/07
1300
UATER
1OD$
MG/L
MG/L
UG/L
386
861003
.07
392
.5K
861003
.".
""
".
."
88/02/25
1250
UATER
5K
57
lOO$
368
370
861003
861003
.04
370
.5K
880509
c
R e w r k codes:
K
-
l e s s than, J
-
estimated, C
. calculated
by i n v e s t i g a t o r , $
-
c a l c u l a t e d by STORET.
l-J
b
STORET RETRIEVALDATE
94/06/08
PGM=ALLPARM
SANTAFE
RIVERATLA
NEW MEXICO
35049
BAJAOA
SANTA
FE
120991
/TYPA/AMBNT/STREAH
2lNMEX
0003 FEETDEPTH
-~""""_______
-.-_--___.___.
I N I T I A L DATE
I N I T I A LT I M E
NEOlUH
00010 WATER
00011 WATER
00060 STREAM
00070
TURB
00095 CNOUCTVY
00610 NH34NH400620 N03-N
00665 PHOS-TOT
R e m a r k codes:
K
18
PAGE:
HRG87
35 33 37.0 106 14 09.0 4
r
TEMP
TEMP
iLMI
JKSN
AT 25C
NTOTAL
TOTAL
-
CENT
FAHN
CFS
JTU
MICROMHO
MG/L
HG/L
MG/L P
less thsn, J
-
"""____
"""""
estimated,
13020201011 0006.770 ON
- - .- .- - - - ....- - - - .- - ." "_
"-~"""
"""""
.- - .- - . . . ". ...
75/05/12
1515
75/07/15
1515
75/08/04
1230
75/09/08
0945
75/10/20
1530
UATER
76/01/05
1030
WATER
76/05/02
1130
UAATER
UATER
76/08/13
1230
UATER
WATER
UATER
UATER
25.0
77.08
3
24.0
560
2.073
2.460
1.114
C
-
31.1
88.08
3
25.0
540
2.330
3.520
.lo8
28.9
84.08
2
100.0
630
3.480
2.590
.864
17.2
63. 08
16
47.0
660
5.652
1.030
2.500
c a l c u l a t e d by i n v e s t i g a t o r , $
-
17.8
64.08
6
13.0
630
1.770
4.382
3.500
.6
33.18
8
13.0
730
8.790
.419
4.780
calculated by STORET.
14.4
58.0%
10
21 .o
590
8.567
.770
5.250
25.6
78.08
4
25.0
680
6.387
.933
3.930
STORET RETRIEVALDATE
94/06/08
PGM-ALLPARM
~
19
PAGE:
URG110.002020
URG110002020
35 34 47.0106 16 34.0 L.
SANTAFE
RIVER 3/16 M I ABOVE MARSH
35043
NEW MEXICO
SANDOVAL
~~
WESTERN GULF
rmonn
UPPER R I O GRANOE-ABOVE PECOS RIVER
840907
21NMEX
13020201011 0003.880 ON
0000 FEETDEPTH
/TYPA/AMBNT/STREAM
-~-"----~------~---~-------------------------~"""""""".""""""""""""""""""""
TIME
84/08/08
84/08/08
84/08/08
84/08/07
84/08/07
01/01/01
0920
D AITNEI T I A L
INITIAL
MEOllJM
00010 WATER
00011 WATER
00042 ALTITUOE
00061 STREAM
00095 CNDUCTVY
00116 INTNSVE
00300
00
00301
DO
00400
PH
00430 C03 ALK
00440 HC03ION
00530 RESIDUE
00610 NH3+NH400612 UN-ION20
00619 UN-ION20
00625 TOT K J E L
00630 NO2BN03
00665 PHOT-TOT
00916 CALCIUM
00927 HGNSIUM
00929 S M I U M
00937 PTSSIUM
00940 CHLORIDE
00945 SULFATE
01002 ARSENIC
01007 BARIUM
01027 CADMIUM
01034 CHRCMIUH
01051 LEAD
01077 SILVER
01147 SELENIUM
31616 FEC COLI
46570 CAL HARD
70300 RESIDUE
71900 MERCURY
Remark cades:
K
r
TEMP
TEMP
FEET
FLOW,
AT 25C
SURVEY
SAlUR
CAC03
HC03
TOT W L T
N TOTAL
NH3-N
NH3-NH3
N
N-TOTAL
CA-TOT
MG,TOT
NA,TOT
K,TOT
TOTAL
SM-TOT
AS,TOT
BA.101
C0,TOT
CR,TOT
PB,TOT
WATER
CENT
FAHN
ABMSL
INST-CFS
MICRDMHO
IDENT
MG/L
PERCENT
vnn
1530
WAlER
WATER
25.0
77.08
26.0
78.88
6
423
843505
3.1
44.98
382
843505
3.4
50.58
5370
su
1305
WATER WATER
WATER
19.3
66.7%
25.0
77. 08
357
843505
5.0
64.88
55.1%
7.70
MC/L
MG/L
MG/L
15553
11.700
MG/L
MG/L
MG/L
MC/L
MG/L
HC/L P
MG/L
MG/L
MG/L
MG/L
MG/L
MGlL
UC/L
UG/L
UG/L
UC/L
UG/L
UG/L
UG/L
less than, J
-
84/09/05
1310
84/09/05
1645
84/09/06
0920
WATER
WATER
UAlER
17.5
63.5%
25.0
77.08
3
546
843505
4.9
61.58
7.60
560
843505
4.0
58.08
7.50
157
7.380
.0968
.1168
10.800
8.10
4.730
163
5.910
.lo48
.1278
8.490
11.20
.470
15.0
59.08
506
843505
6.2
74.1%
7.50
0
81.700
2.73
3.870
9241
5.620
3754
2.250
33.700
3.37
3.350
14.200
1.96
2.980
185
1461
2.930
.OB18
.099$
9.000
3.03
2.760
36
43
640
3
100
77
3.0
5K
AG,TOT
SE,TOT
MFM-FCBR
/lOOML
CA MG
MC/L
OISS-180
MG/LC
HC,TOTAL
UG/L
-
1500
40000J
353
.5K
estimated, C
-
calculated by investigator, I
-
calculated by STORET.
130
393
3.130
.027%
.033$
3.650
10.60
4.560
40.8
4.4
59.80
8.97
40
44
5K
140
1
11
5K
1 .o
5K
627J
120s
.5K
SIORET RETRIEVAL DATE 94/06/08
PGM=ALLPARM
/TYPA/AMSNT/STREAM
INITIAL DATE
INITIAL TIME
MEDIUM
00010 WATER
TE&
CENT
00011 WATER
TEMP
FAHN
00042 ALTITUDE
iEET
AB MSL
00061 STREAM
FLMI, INST-CFS
00095 CNOUCTVY
AT 25C
MICROMHO
00116 INTNSVE
SURVEY
IOENT
00300
DO
MG/L
00301
DO
SATUR
PERCENT
00400
PH
su
00410 TCAC03
ALK
MG/L
CAC03
00430 C03 ALK
MC/L
00440 HC03 ION
HC03
MC/L
00530 RESIDUE
TOT NFLT
MG/L
00600 TOTAL N
N
MG/L
00605 ORG N
N
MG/L
00610 NH3tNH4- N TOTAL
MG/L
00612 UN-ION20
NH3-N
MC/L
00619 UN-IONZD
NH3-NH3
MG/L
00625 TOT KJEL
N
MG/L
00630 N028N03
N-TOTAL
MG/L
00640 T INORG. NITROGEN
MC/L N
00665 PHOS-TOT
MG/L P
00915 CALCIUM
CA,DISS
MG/L
00925 MCNSIUM MG,DISS
MC/L
00930 SWlUH
NA,DISS
HG/L
00935 PTSSIUM
K,OISS
MG/L
00940 CHLORIDE
TOTAL
MG/L
00945 SULFATE
So4-10T
MC/t
01002 ARSENIC
AS,TOT
. UC/L
01007 BARIUM
UG/L
8A.TOT
01027 CADMIUM
UC/L
CD,TOT
01034 CHROMIUM CR ,TOT
UG/L
01051 LEA0
PB,TOT
UG/L
01077 SILVER
AG,TOT
UG/L
01147 SELENIUM SE,TOT
UG/L
(SAMPLE CONTINUED ON NEXT I'AGE )
Remark codes:
K
20
PAGE:
URG110.002005
URGllOOOZOOS
353508.0
106 17 55.0 4
SANTA FE RIVER A I C O C H I T I SPRINGS (BELOW DAM)
35043
NEW MEXICO
SANOOVAL
WESlERN GULF
120900
UPPER R I O GRANDE-ABOVE PECOS RIVER
2lNMEX
840907
13020201011 0002.500 ON
0000 FEET DEPTH
-
less than, J
-
- - .- -
.. ..
01/01/01
84/08/07
1330
WATER
WATER
17.2
.~
63.08
5320
estimated, C
"
-
.I
694
843505
2.3
28.8%
7.40
84/08/08
1405
WATER
16.0
60.88
84/08/08
85/05/28
85/05/29
86/08/05
86/08/06
14101200 1640
1130
WATER
WATER
WATER
WATER
17.0
17.2
20.0
62.68
63.08
68.08
WATER
18.0
64.48
.7
738
843505
2.3
28.08
7.30
1K
0
277
1K
,010
.00008$
.00010$
.380
2.18
.030
.00028
.00028
.660
1.38
.070
.070
902
3.5
43.9%
7.40
30
2.20c
.oooc
.zoo
.DO28
.OD28
.150
2.00
2.20c
.I10
19
2.29C
.06OC
.230
.0028
.002$
.290
2.00
2.23C
.loo
75
5K
1OOK
1K
16
5K
1 .OK
5K
~
1215
WATER
16.8
62.28
86/08/07
0950
calculated by investigator, 8
935
863508
5.5
72.7%
8.00
11
.85C
.250K
.IOOK
.0048
.OD58
.350
.50
.6OC
.OlOK
477
863508
6.1
76.58
8.10
149
181
3K
1.47c
.87OC
lOOK
.0048
.
.005$
.970
.50
.6OC
.01OK
53.6
7.8
64.90
3.90
26
114
5K
100
1K
5K
10K
1.OK
5K
-
calculated by STORET.
479
863508
5.8
74.28
8.00
3K
.84C
.2ooc
,120
.OD48
.005$
.320
.52
.64C
.010K
STORET RETRIEVAL DATE 94/06/08
PGM-ALLPARM
GULF
/TYPA/AMBNT/STREAM
(SAMPLECONTINUEDFROH
PAGE:
21
URG110.002005
URG110002005
3535 08.0 106 17 55.0 4
SANTAFE
RIVER AT COCHlTl SPRINGS (BELOW
DAM)
35043
NEW MEXICO
SANDOVAL
WESTERN
120900
UPPER RIO GRANDE-ABOVEPECOS
RIVER
2lNMEX
840907
130202010110002.500
ON
0000 FEETDEPTH
PREVIOUSPAGE)
Remark codes:
K
-
""""""""""
01/01/01
84/08/07
84/08/08
1405 1330
WATERWATERWATER
/lOOML
MG/L
MG/L
C
MG/L
UC/L
UPDATED
less than, J
-
estimated, C
.".""".
......."~
"
I N I T I A L DATE
I N I T I A L TIME
p
MEDIUM
31616 FEC COLI MFM-FCBR
46570 CAL
HARD
CA MC
50060 CHLORINE TOT RESD
70300 RESIDUE DISS-180
71900 MERCURY
HC,TOTAL
74041
MF
SAMPLE
84/08/08
1410
WATER
85/05/28
1640
WATER
85/05/29
1200
WATER
86/08/07
0950
WATER
1OK
166%
.09
490
388
405
.5K
390
.5K
861003
861003
861003
-
calculated by invcstigatar, 0
-
su
calculated by STORET.
s
STORET RETRIEVALDATE
94/06/08
PGM=ALLPARM
~
/TYPA/AMBNT/STREAM
~~~~
UPPER R I O GRANOE-ABOVE PECOS RIVER
2lNMEX
840907
0000 FEETOEPTH
I N I T I A L DATE
I N I T I A LT I M E
MEDIUM
00010 WATER
00011 WATER
00042 ALTITUDE
FEET
AB
00095 CNOUCTVY
00116 INTNSVE
00300
DO
00301
r
TEMP
TEMP
AT 25C
SURVEY
3.8
00
SATUR
WATER
WATER
WATER
WATER
WATER
CENT
FAUN
HSL
6205
MICROMHO
IDEN1
MG/L4.8
1.4
PERCENT
,
I N I T I A L DATE
l N l T l A LT I M E
22.3
65.35
60.88
75.48
72.18
"""....
"""""
WATER
WATER
~
~~
MTFP
......
..
24.1
16.0
5.L
3
".. 9
A R
49-08
89.98
18.5
181
843505
843505
843505
843505
843505
843505
843505
6.9
- - .- - - ....
WATER
WATER
WATER
CNUUCTVY
INTNSVE
DO
TEMP
TEMP
AT 25C
SURVEY
SATUR
00
PH
TEC COLI
HFM-FC8R
CHLORINE TOT RES0
MF
UPDATED
SAMPLE
K
UATER
79188
-._
"""""""""""""""
85/05/28 85/05/28 85/05/29 a5105129 85/07/10 85/08/28 a6/08/05 86/08/05 86/08/06
1000
1420
0920
1500
1255
1055
0910
1355
0915
.MFnlllH
.- - .-. .
Remark codes:
13020201011 0018.740 ON
01/01/01 84/08/07 84/08/07 84/08/07 84/08/08 84/09/05 84/09/05 84/09/06 85/05/27
1110 0635 1820 10350917
0845 2000 1615
"
00010
00011
00095
00116
00300
00301
00400
31616
50060
74041
22
PAGE:
URG110.002050
URG110002050
35 37 16.0 106 06 22.0 4.
SANTAFE
R 1.0 M I BELOW 1ST BRIDGE BELOW WWTF
35049 NEW MEXICO
SANTA FE
WESTERN GULF
120900
-
CENT'
FAUN
MICROMHO
IOENT
MG/L
PERCENT
su
WATER
WATER
WATER
WATER
15.0
59.08
174
22.5
72.58
202
14.5
58.18
157
22.5
72.58
194
29.0
84.28
644
5.1
62.88
6.3
90.08
7.0
84.68
6.3
90.08
88.68
/lOOML
5.5
60L
WATER
26.2
79.28
576
7.4
113.48
WATER
22.0
71.68
625
863508
5.8
82.88
8.00
WATER
29.5
85.18
592
a63508
6.8
109.68
8.10
18005
MG/L
less than, J
WATER
23.2
73.88
570
863508
6.0
86.78
8.10
20OK
.ll
861003
861003
861003
-
estimated, C
-
calculated by i n v e s t i g a t o r .
$
-
calculated by STORET.
P
?
94/06/08
STORET RETRIEVAL DATE
PGM=ALLPARM
- "_ -.I
PAGE:
.
.... ...
23
URG110002050
35 37 16.0 106 06 22.0 4
SANTA FE R 1.0 MI BELOU 1ST BRIDGE BELOU WWTF
35049 NEW MEXICO
SANTA FE
UESlERN GULF
120900
UPPER RIO GRANDE-ABOVEPECOS
RIVER
21NMEX
840907
13020201011 0018.740 on
/TYPA/AMBNT/STREAM
0000 FEET OEPTll
FRCU
(SAMPLE COHTINUED
P R E V I W S PAGE)
---~---~--------.~~~~--------~~~"--~----------~-~"""~""""""~""""""""."""""
I N I T I A L DATE
INITIM
A LE
86/08/07 86/08/07 88/02/25
0720
1235
1200
r
MFnlllM
WATER
WATER
WATER
00665 PHOS-TOT
00900 TOT HARD
CACm
HG/L
HG/L
MG/L
HC/L
MG/L
MG/L
MG/L
HG/L
MG/L N
MGfL P
HG/L
HG/L
MG/L
MG/L
HCJL
HG/L
HG/L
UG/L
UC/L
UG/L
UG/L
UG/L
UG/ L
UG/L
UG/L
14
16.15C
6.400C
9.400
.281$
.3428
15.800
.35
9.75c
3.000
140
44.0
7.3
87.00
11.00
46
37.0
5K
100
1K
5K
10K
2.0
180
5K
29
1408
.08
402
.5K
/IOOML
MG/L
HG/L
C
HG/L
UG/L
UPDATED
R m r k codes:
K
-
less than, J
-
861003
861003
880518
estimated, C
-
calculated by investigator.
$
-
calculcted by STORET.
c
STORETRETRIEVALDATE
94/06/08
PGHZALLPARM
PAGE:
URG110.002055
URG110002055
35 37 33.0 106 05 54.0 4
.5 MI BELOW F I R S T BRIDGE BELOW UUTF
SANTA FER.
35069 NEU
MEXICO
SANTAFE
120900
WESTERN GULF
/TYPA/AMBNT/STREAH
UPPER R I O GRANOE-ABOVE PECOS RIVER
21NMEX
840907
0000 FEETDEPTH
Remark codes:
K
24
-
less than, J
- estimated,
13020201011 0019.280 ON
C
-
calculated by investigator, I
-
P
calculated by STORET.
4
94/06/08
RETRIEVAL
DATE
STORE1
PGH=ALLPARM
PAGE:
URG110.002060
URC110002060
35 37 46.0 106 05 27.0 4
25
SANTA FE R. AT 1S1 AIRPORT RD BRIDGE BELOW UUTF
NEW MEXICO
SANTA FE
WESTERN GULF
120900
UPPER RIO GRANOE-ABOVE PECOS RIVER
35049
/TYPA/AHBNT/STREAH
2lNHEX
840907
0000 FEET DEPTH
13020201011 0019.670 ON
""....""."""~-.""."""."""".."."""""""""""
84/08/07 84/08/07 84/08/08 84/08/08 84/08/08 84/09/05 84/09/05
1655
1950
0830
1100
1130
1010
1835
"
I N I T I A L DATE
I N I T I A LT I M E
HEDIUH
r WATER
00010 WATERCENT TEMP
00011 WATERFAHN TEMP
00042 ALTITUDE
AB
FEET
HSL
FLOU,
INST-CFS
00061 STREAM
00095 CNOUCTVY AT 25C HICRDMHO
00116 INTNSVE SURVEY
IDENT
00300
00
MC/L
00301
00
SATUR
PERCENT
00400
PH
00430 C03CAC03
ALK
00440 HC03 ION
00530 RESIDUE
00610 NH3tNH400612 UN-ION20
00619 UN-IONZD
00625 TOT KJEL
00630 NO2gN03
00665 PHOS-TOT
00945 SULFATE
01002 ARSENIC
01007 BARIUM
01027 CADMIUM
01034 CHROHIUH
01051 LEAD
01077 SILVER
01147 SELENIUM
31616 FEC COLI
70300 RESIDUE
71900 HERCURY
01/01/0184/08/07
0900
WATER
WATER
23.0
73.48
22.0
71.68
6257
5
624
843505
3.0
43.48
7.20
su
HGlL
~.
WATER
21 .o
75.68
72.58
69.88
WATER
23.0
22.5
MC/L
TOT NFLT
N TOTAL
NH3-N
NH3-NH3
N
N-TOTAL
HG/L
453
21.480
.1668
.2028
34.900
.10
4.340
HGIL
MG/L
HC/L
MC/L
HGJL
MC/L P
WATER
24.2
2513999
2.060
3.0
.1598
.1948
.06
63
22.510
.187B
.227$
24.100
.OlK
4.760
.la08
.219$
31.500
.06
MClL
UG/L
UC/L
UGIL
100
UG/L
PB,TOT
UG/L
AG,TOT
SE,TOT
HFH-FCBR
UC/L
UC/L
9
14
6.5
I N I T I A L DATE
I N I T I A LT l H E0930
MEOlUM
00010 WATER
00011 VI
73.48
624
843505
3.8
55.08
7.20
~~
0
137
112
7852
8.550
21.340
21.340
40.400
31.100
30.900
.46
.17
.510 8.780
8.780
3.340
~~
S04-TOT
HC,TOTAL
WATER
24.0
n
I
243 1281 383
630
843505
843505
843505
843505
3.8
3.9
2.5
54.48 44.48
35.88
54.68
7.20 7.20
AS,TOT
BA,TOT
CD,TOT
CR,TOT
52
24.270
.1888
.2288
30.000
.01K
4.530
44
5K
1K
5K
IlOOHL
OISS-180 C
WATER
75.28 ,
~
HC03
WATER
7600
MClL
UG/L
318
.5K
84/09/06 84/09/06 84/09/07 84/09/07 85/05/21 85/05/27 85/05/28 85/05/28 85/05/29
1015 1025 1400 0620 0700 0620
c
Remark codes:
K
-
less than, J
-
estimated, C
-
calculated by investigator. 8 - calculated by STOREl.
STORET RETRIEVAL DATE 94/06/08
PGMrALLPAUM
GULF
lTYPAlAM8NTlSTREAM
(SAMPLE
CONTINUED
PAGE:
26
URG110.002060
URG110002060
35 37 46.0 106 0527.0
4
SANTA i E R. AT 1ST AIRPORT RD BRIDGE BELOW
UUTF
35049
NEU MEXICO
SANlA FE
UESTERN
120900
UPPER RIO GRANOE-ABOVEPECOS
RIVER
2lNMEX
840907
13020201011 0019.670 ON
0000 FEET DEPTH
FROH PREVIWS PAGE)
-.."""--""-------~"""---~~~""""""""".."""".."""""""""".""""""""""".""""".""""""
INITIAL DATE
INITlAL TIME
84/09/06
84/09/06
84/09/07
84/09/07
85/05/21
0620 0700 0620
1400
UATER
UATER
UATER
UATER
UATER
.HFDlllM
. ...
..
00061 STREAM
00095
00116
00300
00301
00400
00440
00530
00600
00605
00608
00610
00612
00619
00625
00630
00631
00640
00665
CNDUCIVY
INTNSVE
FLOU,
AT 25C
SURVEY
INST-CFS
MlCROHHO
DO
DO
SATUR
PERCENT
PH
HC03 I O N
RESIDUE
TOTAL N
su
HC03
TOT NFLT
N
ORG N
N
NH3tNH4- N 019s
NH3+NH4- N TOTAL
UN-IONZD
NH3-N
UN-ION20
NH3-NH3
TOT KJEL
N
ND2BN03 N-TOTAL
NO2gN03
N-DISS
T INORC.
NITROGEN
PHOS-TOT
00666 PHDS-DIS
00671
00916
00927
00929
00937
00940
00945
01002
01007
01027
01034
01045
01051
01077
01147
31616
46570
50060
(SAMPLE
(DENT
MC/L
653
843505
2.0
26.8$
7.30
MClL
MG/L
MClL
MC/L
MC/L
K
-
MC/L
MG/L
MG/L
MG/L
MG/L
HG/L
MG/L N
MG/L P
MC/L P
MC/L P
MG/L
MC/L
less than, J
-
7.0
92.88
7..30
224
8.741:
.7OOC
8.300
8.000
.046$
.056$
8.700
.04K
.03
8.04C
2.660
1.240
1.600
27.210
.194$
.236$
27.300
.01K
4.950
.
6.5
90.98
7.50
7.9
97.5$
7.70
191
4.43c
1.790C
326
2.60C
.oooc
322
3.57c
.13OC
229
2.16C
.32OC
2.600
.022$
.027$
4.390
.04K
2.560
.016$
.020$
2.300
.04K
3.400
.045$
.055$
3.530
.04K
1.a00
.024$
.029$
2.120
.04K
2.64C
.650
2.60C
1.040
3.44c
.970
1.84C
.a50
7.50
5K
140
2K
5K
6300
10K
2.0K
5K
7
1 .OK
1705
.14
-
0900
UAIER
8.0
96.9$
7.40
7.2
89.18
1K
5K
c a l c u l a t e d by investigator, $
85/05/29
111
30.4
5.4
64.40
80.70
40
43
-
85/05/28
1400
UATER
200
5K
140
estimated, C
85/05/28
171
843505
92
358
PHOS-DIS
ORTHO
CALCIUM
CA-TOT
HCNSIUH HG,TOT
SMlUM
NA.101
MC/L
PTSSIUM K,TOT
MG/L
CHLORIDE
TOTAL
HC/L
SULFATE
S04-TOT
MG/L
ARSENIC
AS,TOT
UG/L
BARIUM
BA,TOT
UC/L
CADMIUM
CD,TOT
UGlL
CHROHIUM CR.101
UCiL
IRON
FE;TOT
UG/L
LEAD
PB,TOT
UG/L
SILVER
AG,TOT
UG/L
SELENIUM SE.101
UG/L
FEC COLI MFM-FCBR
/100ML
CAL HARD
CA HG
MG/L
CHLORINE TOT RES0
MG/L
CONTINUED ON NEXT PACE)
R m r k codes:
85/05/27
10250930 1015
UATER
UAIER
38
39
399
175
c a l c u l a t e d by STORET.
,'
STORET RETRIEVAL DATE 94/06/08
PGM-ALLPARM
/TYPA/AMBNT/STREAM
PAGE:
27
URGllO.002060
URG110002060
35 37 46.0 106 0527.0
4
SANTA FE R. AT 1ST AIRPORT RO BRIDGE BELOW
VUTF
35049
NEW MEXICO
SANTA FE
WESTERN GULF
120900
UPPER R I O GRANOE-ABOVE PECOS RIVER
21NMEX
840907
13020201011 0019.670 ON
0000 FEET DEPTH
(SAMPLE CONTINUED FRW PREVIWS PAGE)
~-~------~"-------"--~------"----------~-------"""".."""""""""."""""""".""""""""""""
INITIAL DATE
INITIAL TIME
HEOlUM
71900 MERCURY
.5K
HG,TOTAL
84/09/06
84/09/06
86/09/07
84/09/07
85/05/21
85/05/27
85/05/28
85/05/28
85/05/29
0620
0700
WATER
WATER
UG/L
0620
WATER
14001015
WATER
1025
WATER
09300900
WATER
.5K
WATER
1400
WATER
WATER
-"~--"-"--------------------""----~"""....""""..""".....""..."".""..."""".""""""""""""""""~
INITIAL DATE
INITIAL TIME
00010 WATER
TEMP
CENT
25.5
00011 WATER
TEMP
FAHN
00061 STREAM
FLOW,
INST-CFS
00070
TURB
JKSN
JTU
00095 CNOUCTVY
AT 25C
MlCROnHO
00116 INTNSVE
SURMY
IOENI
00300
00
MG/L
00301
DO
SATUR
PERCENT
00400
PH
su
00410 1 ALK
CAC03
MG/L
00430 ALK
C03
CAC03
MG/L
00440 HC03 ION
llC03
MG/L
TOT NFLT
00530 RESIOUE
MG/L
00600 TOTAL N
N
MC/L
00605 ORG N
N
MG/L
00610 NH3tNH4- N TOTAL
MG/L
00612 UN-ION20
NH3-N
MG/L
00619 UN-IONZD
NH3-NH3
HG/L
00625 TOT KJEL
N
HG/L
00630 NO2BN03
N-TOTAL
MC/L
00640 T INORG. NITROGEN MG/L N
00665 PHOS-TOT
HG/L P
00915 CALCIUM
CA,DISS
HG/L
00916 CALCIUM
CA-TOT
MG/L
00925 MGNSIUM HG,DLSS
MC/L
00927 MGNSIUM
HG,TOT
MG/L
00929 SWlUM
NA,TOT
MG/L
00930 SWlUM
MG/L
NA,DISS
00935 PTSSIUH
K.DISS
MG/L
00937 PTSSIUM K,TOT
MC/L
00940 CHLORIDE
TOTAL
MG/L
00945 SULFATE
SO4-TOT
MG/L
01002 ARSENIC
UG/L
AS,TOT
(SAMPLE CONTINUED ON NEXT PACE)
Remark codes:
K
-
I c s s than, J
-
85/05/29
85/07/10
a5/oa/2a
86/08/05
86/08/05
86/08/06
1420
1215
1010
0850
1330
0845
WATER
WATER
WATER
WATER
IUATER
WATER
22.2
25.0 23.0
21.0
26.5
72.08
77.98
77.08
73.48
71.6s69.8879.78
53
120
673
6.8
97.38
7.60
5.2
78.08
7.20
600
624
582
863508
863508
5.7
5.5
6.3
85.48
79.6%
67.2%
77.0%
96.78
7.30 7.30 7.307.50
7.60
86/08/07 a6/08/07
0645
UATFR
22.0
637
a63508
1205
WATER
19.0
66.28
636
863508
4.7
672
863508
5.9
79.08
7.40
13
9
23.02C
12.000c
10.800
.099$
.1208
22.800
.22
ll.02C
2.740
88/02/05
1030
WATER
13.6
56.58
125.0
502
7.0
84.78
7.20
210
82
100
267
2.95C
.OlOC
2.900
.0538
.064S
2.910
.04K
2.941:
.920
estinmtcd, C
257
13
10
19.94C 12.76C
18.41C
13.02C
7.200C 5.700C
.3OOC
12.500 12.600
12.500
12.500
.1228
.306%
.ua$
.372$
19.700 12.200
18.200
12.800
.24
.22
12.74C 12.76C
12.71C
12.72C
2.340
2.340
5
.OOOC
.1668
.2028
,1148
.1398
.21
.16
.lo0
32.0
3.530
40.0
1.o
3.4
73.60
70.20
7.02
8.97
46
40
5K
-
calculotcd by investigator, S
45
37
5K
-
calculated by STORET.
9.23C
5.220C
2.800
.Dl18
.013$
8.020
1.21
4.01C
STORET RETRIEVAL DATE 94/06/08
PGM-ALLPARM
/TYPA/AMBNT/STREAM
(SAMPLE
CONTINUED
FRCU
PAGE:
28
URG110.002060
URG110002060
35 37 46.0 106 0527.0
4
SANTA FE R. AT I S 1 AIRPORT RO BRIDGE BELOW WWTF
35049
NEW MEXICO
SANTA FE
GULF UESTERN
120900
UPPER R I O GRANDE-ABOVE PECOS RIVER
2lNMEX
840907
13020201011 0019.670 ON
DO00 FEET DEPTH
PREVlWS PAGE)
-----------~"-----~"----~""--------~~""--~-------"""""""...""..."""""""""~"".."""
INITIAL DATE
INITIAL TIME
1010
1215
MEDIUM
01007 BARIUM
BA,TOT
UG/L
01027 CADMIUM
C0,TOT
UGIL
01034 CHROHIUM CR,TOT
UG/L
01051 LEAD
PB,TOT
UG/L
01077 SILVER
AG,TOT
UG/L
01147 SELENIUM SE,TOT
UG/L
31616 FEC COLI MFM-FCBR
/lDOML
CA HG
46570 CAL HARD
MG/L
MC/L
50060 CHLORINE TOT RESD
70300 RESIDUE
DISS'180 C
MClL
71900 MERCURY
HG,TOJAL
UG/L
74041
UPDATED
SAMPLE
UPF
85/05/29
85/07/10
85/08/28
86/08/05
86/08/05
86/08/06
86/08/07
86/08/07
1420
1030
1205
1330
0645
0850
WATER
UATER
WATER
WATER
UATER
100
1K
1OK
10K
3.0
5K
300 38
1148
INITIAL DATE
INITIAL TIME
MEDIUM
00010 UATER
00011 WATER
BSld2l25
1130
WATER
16.6
61.9%
6.2
806
7.1
92.2s
7.23
140
170
7
17.55C
7.600C
,,
368
.5K
861218
406
400
861008
861003
88102105
0845
WATER
UATER
UATER
UATER
lOOK
1K
5K
10K
1.0
5K
200k
848
.17
402
.5K
861003
74
.50
375
378
861003
861003
880418
________________________________________""""""""""""~.
00070
TEMP
TEMP
JKSN
TURB
CENT
FAHN 77.98
JTU
~~
HICRCUHO
HG/L
PERCENT
SU
MGlL
MGlL
MG/L
MGlL
MG/L
MGJL
MGlL
MGIL
MGlL
.04K
.15
MGlL
00630
N-TOTAL
NO2&N03
00640 T INORC.
00665MG/L
PHOS-TOT
00680 T ORG C
00900 TOT HARD
00915 CALCIUM
(SAMPLE
CONTINUED
R-rk
ccdes:
K
NITROGEN
.OS18
.062%
17.400
.05C
P
C 11.9
CAC03
-
less than, J
-
~
9.800
MC/L N
MGlL
MG/L
CA,DISS
MG/L
ON NEXT PACE)
89/09/25
1309
WATER
25.5
56.0
762
3.4
51.08
7.30
283
346
37
.25C
.2ooc
.670
.008$
.009$
.870
9.951:
2.450 .010K
150
60.0
estimated, C
-
140
calculated by investigator,
$
- calculated by STORET.
94/06/08
STORET RETRIEVALDATE
PGM=ALLPARM
URG110.002060
URG110002060
35 37 46.0 106 05 27.0
.. L.
~
SANTAFE
~~
FROH
(SAMPLECONTINUED
29
"
A. A I 1ST AIRPORT RD BRIDGE BELOW WUTF
35049 NEW MEXICO
SANlAFE
WESTERN GULF
120900
UPPER R I O GRANOE-ABOVE PECOS RIVER
040907
2lNMEX
13020201011
0000 FEETDEPTH
/TYPA/AMBNI/STREAM
PAGE:
0019.670 ON
PREVIOUSPAGE)
---------~-"---~--------~~-----~~~--------~-------"""----~"."""""".""""""""...""
I N I T I A L DATE
I N TI TI M
I AEL
MEDIUM
00925 MGNSIUM
00930 SMIUM
00935 PTSSIUM
00940 CHLORIDE
00946 SULFATE
01002 ARSENIC
01007 BARIUM
01027 CADMIUM
01034 CHROHIUM
01042 COPPER
01045 IRON
01051 LEA0
01055 MANGNESE
01077 SILVER
01105 ALUHINUH
01147 SELENIUM
31616 FEC
COLI
46570 CAL HARD
50060 CHLORINE
70300 RESIDUE
71900 MERCURY
74041 WF
82079 TURBIDTY
Remark codes:
I:
,,
08/02/2589/09/25
.o
MC,DISS
121.00
12.00
NA,DISS
K,DISS
TOTAL
45
SO4-DISS
48.1
5K
210
AS,TOT
BA,TOT
CD,TOT
CR,lOT
CU,TOT
FE,TOT
PB,lOT
UG/L
HN
UGlL
1K
UC/L
UG/L
10K
UG/L
UG/L
2.0
60
5K
/lOOML
ZOK
UCiL
AG,TOT
AL,TOT
SE.TOT
MFi-FCBR
CA MC
TOT RESD
MG/L
MG/L
DISS-180 C
HG,TOlAL
UG/L
UPDATED
SAMPLE
LAB
. less
17
50K
720
MGlL
151$
.48
402
.5K
880509
NTU
than, J
-
estimated, C
-
5K
50.OK
1 .OK
5K
1400
1408
.20
530
.5K
900124
45.0
calculated by investigator,
$
-
calculated by STORET.
w
Y
STORET RETRIEVAL DATE 94/06/08
PGM=ALLPARM
/TYPA/HUN/TREATD/WTFL/NONAMB/PIPE
PAGE:
30
URG110.002065
URG110002065
35 37 49.0 106 0520.0
4
EFFLUENT
CHANNEL OF AIRPORT ROAD WUTF
35049
NEW MEXICO
SANTA FE
WESTERN GULF
120900
UPPER RIO GRANDE-ABOVE PECOS RIVER
21NMEX
840907
13020201011 0019.810 ON
0000 FEET DEPTH
------"""---~-~~~-~~----------"~~""""---""""..""""".""""""""""""""""~"""".""
INITIAL DATE
INITIAL TIME
MEDIUM
00010 UATER
T El&
CENT
00011 UATER
TEMP
FAHN
00042 ALTITUOE
FEET
MSL
A8
00061 STREAM
FLW,
INST-CFS
00095 CNDUCTVY
AT 25C
nlcRcuHo
00116 INTNSVE
SURVEY
IDENT
00300
DO
MG/L
00301
00
SATUR
PERCENT
00400
PH
su
00530 RESIDUE
TOT NFLT
MG/L
00600 TOTAL N
N'
nwL
00605 ORG N
H I
HWL
00610 NH31NH4- N TOTAL
MG/L
00612 UN-IONZD
NH3-N
HG/L
00619 UN-ION20
NH3-NH3
MG/L
00625 TOT KJEL
N
MC/L
00630 NO28N03
N-TOTAL
MG/L
00640 T INORG. NITROGEN
MG/L N
00665 PHOS-TOT
MG/L P
01002 ARSENIC
UC/L
AS,TOT
UC/L
01007 BARIUM
BA,TOT
01027 CADMIUM
CD,TOT
UG/L
01034 CHRMIUM CR,TOT
UG/L
01045
IRON
FE,TOT
UG/L
01051 LEAD
PB.101
UC/L
AG,TOT
UG/L
01077 SILVER
UG/L
01147 SELENIUM SE,TOT
31616 FEC COLI MFM-FCBR
/lOOML
50060 CHLORINE TOT RES0
MG/L
71900 MERCURY
UG/L
HG,TOTAL
R m r k codes:
K
-
lessthan,
J
-
01/01/01
84/08/07
84/08/07
84/08/08
84/09/06
85/05/27
85/05/28
1945 1645
0818
07100905
UATER
WATER
UATER
WATER
UATER
6265
estimated, C
843505
843505
843505
.16
40.900
.04
28.500
.05
10.630
10.880
9.110
3c
759
UATER
19.0
66.28
85/05/28
1345
UATER
21.0
69.88
85/05/29
0845
UAlER
19.5
67.18
672
648
688
843505
5.4
72.48
7.20
31
20.80C
1.900C
18.900
.111$
.1358
20.800
.04K
18.94C
2.610
21.610
18.850
25.510
37.700
0930
WATER
19.2
66.68
30000J
5.5
73.78
7.20
36
19.04C
1.8OOC
17.200
.loo$
.121$
19.000
.04K
17.24C
2.620
5K
lOOK
2K
5K
50K
10
2.OK
5K
150J
.48
.5K
-
calculated by investigator.
B
-
calculated by STORET.
5.2
72.88
7.10
23
23.14C
4.800C
18.300
.0988
.1198
23.100
.04K
18.34C
2.110
5.6
75.08
7.20
19
18.34C
.900C
17.400
.lo58
.1278
18.300
.04K
17.44C
3.640
STORET RETRIEVAL DATE 94/06/08
PGMZALLPARM
GULF
/TYPA/HUN/TREATO/WTFL/NONAMB/PIPE
INITIAL DATE
INITIAL TIME
MEDIUM
r
TEHP
TEHP
FLOW,
AT 25C
SURVEY
00010 UATER
CENT
00011 UATER
FAHN
00061 STREAM
INST-CFS
00095 CNOUCTVY
HICROMHO
00116 INTNSVE
IDENT
DO
00300
HG/L
00301
00
SATUR
PERCENT
00400
PH
su
00410 TCAC03
ALK
HG/L
00430 C03
ALK
CAC03
MG/L
00440 HC03 I O N
HCD3
MG/L
00530 RESIDUE
TOT NFLT
MG/L
N
00600 TOTAL N
MG/L
00605 ORG N
N
HG/L
00610 NH3+NH4- N TOTAL
HG/L
00612 UN-IONZO
NH3-N
HG/L
00619 UN-IONZD
NH3-NH3
MG/L
00625 TOT KJEL
N
HG/L
00630 N02&N03
N-TOTAL
HG/L
00640 T INORG. NITROGEN
MG/L N
00665 PHOS-TOT
HG/L P
00915 CALCIUM
CA.OISS
HG/L
00916 CALCIUM
&-TOT
HG/L
00925 HGNSIUH MG,DISS
HG/L
00927 HCNSIUH HG,TOT
HG/L
00929 SWIUH
HG/L
NA,TOT
00930 SWIUM
RC/L
NA,OISS
00935 PTSSIUH
HC/L
K,DISS
00937 PTSSIUH K,TOT
HG/L
00940 CHLORIDE
TOTAL
HG/L
00945 SULFATE
SC4-TOT
HG/L
01002 ARSENIC
UG/L
AS,TOT
01007 BARIUM
UG/L
BA,TOT
01027 CAOHIUM
UG/L
CD,TOT
01034 CHRLUIUH CR.101
UGlL
(SAMPLE CONTINUED ON.NEXT PAGE)
Remark codes:
K
-
less than, J
PAGE:
-
URGllO.002065
URG110002065
35 3 7 49.0 106 0520.0
4
EFFLUENT
CHANNEL
OF AIRPORT ROAD UUTl
35049
NEU MEXICO
SANTA FE
UESTERN
1m~nn
UPPER R I O GRANOE-ABOVE PECOS RIVER
2lNMEX
840907
13020201011 0019.810 ON
0000 FEET DEPTH
85/05/29 85/07/10
85/08/28
86/08/05
14000945 1135
UATER
UATER UATERUATER
22.024.9
24.8
71.6% 76.8%
76.6%
11c
721
653
591
estimated,
5.3
75.9%
7.20
4.7
69.8%
7.10
5.1
76.5%
7.00
0840
24.8
76.6%
602
582
863508
863508
5.3
4.6
79.5% 81.5%
70.7%
7.307.30
7.30
606
863508
5.5
I3
15.0iC
2.200c
12.800
.141$
.172$
15.000
.07
12.87C
2.290
.oooc
19.600
.I418
A728
18.600
.04
19.64C
1.560
86/08/07
115n
. .. .
WATER
23.5
74.3%
22.5
72.5%
618
863508
5.5
79.6%
7.20
630
863508
5.0
71.6%
7.20
7
17.26C
3.100C
14.100
.113%
.137%
17.200
.06
14.16C
3.720
29.6
44.4
1.5
3.2
71.30
87.40
7.80
8.58
46
40
5K
lOOK
1K
10K
C
86/08/07
0630
219
83
101
12
19.64C
86/08/05 86/08/06
1320
0830
UAT€R UATER
UATER
26.5
24.5
79.7%
76.1%
31
- calculated by investigator, %
43
40
5K
lOOK
1K
5K
-
calculated by STORET.
5
17.71C
5.600C
12.000
.090%
.109%
17.600
.ll
12.11c
2.130
STORET RETRIEVALDATE
94/06/08
PCM=ALLPARM
32
PAGE:
URG110.002065
URGllOOO2065
35 37 49.0 106 05 20.04
EFFLUENT CHANNEL OF AIRPORT ROAD UUTF
NEU
MEXICO
SANlAFE
UESTERNGULF
120900
UPPER R I D GRANDE-ABOVE PECOS RIVER
2lNMEX
1302020101
840907
0000 FEETDEPTH
35049
/TYPA/MUN/TREATO/WTFL/NDNAMB/PIPE
1 0019.810
ON
F R M P R E V I W S PAGE)
(SAMPLECONTINUED
----"~""-~~"""____________________"--~~""".."""""""."~~"""""...""".""......"".
I N I T I A L DATE
I N I TT II HA EL
MEDIUM
01051 LEAD
01077 SILVER
01147 SELENIUM
31616 FEC COLI
46570 CAL HARD
50060 CHLORINE
70300 RESIDUE
71900 MERCURY
74041 WF
85/05/29 85/07/10 85/08/28 86/08/05 86/08/05 86/08/06 86/08/07 86/08/07
1400
1135
0945
0840
1320
0830
0630
1150
p
UATER
PB,TOT
AG,TOT
SE,TOT
MFM-FCBR
CA MC
TOT RESD
UATER
UATER
UATER
UATER
10K
UG/L
UG/L
UG/L
58
HG/L
MC/L
DISS-180 C MC/L
HC,TOTAL
UG/L
SAMPLE
UPDATE0
5K
550
124s
.08
368
.5K
861218
K
-
less than, J
-
estimated, C
-
UATER
80$
.20
406
398
861003
861003
398
.5K
861003
I
Remrk codes:
UATER
10K
1.0
5K
320
2.0
/100ML
UATER
calculated by investigator,
$
-
calculatcd by STORET.
385
383
861003
861003
STORET RETRIEVALDATE
94/06/08
PGM=ALLPARM
33
PAGE:
URG110.002070
URG110002070
35 37 55.0 106 05 18.04
SANTA FE R. 8 YD ABOVE AIRPORT ROAD UUTF OUTFALL
NEW MEXICO
SANTA FE
UESTERN GULF
120900
UPPER R I O GRANDE-ABOVE PECOS RIVER
21NHEX
840907
13020201011 0019.960 ON
0000 FEET DEPTH
35049
/TYPA/AMBNl/STREAH
I N I T I A L DATE
I N I T I A LT l H E
UEDlUH
00010 WATER
00011 WATER
00042 ALTITUDE
DO061 STREAH
00095 CNDUCTVY
00116 INTNSVE
00300
DO
OD301
DO
00400
PH
00530 RESIDUE
00600 TOTALN
00605 ORG N
00608 NH3iNH4-
00610 NH3+NH400612 UN-IONZD
00619 ON-IONZD
00625 TOT K J E L
00630 NO28ND3
00631 ND28N03
00640 T INORG.
00665 PHOS-TOT
00666 PHOS-DIS
00671 PHOS-DIS
01002 ARSENIC
01007 BARIUH
01027 CADHIUH
01034 CHROHIUH
01045
IRON
01051 LEAD
01077 SILVER
01147 SELENIUH
31616 FEC C O L I
50060 CHLORINE
71900 MERCURY
R m r k codes:
K
TE&
TEHP
FEET
HSL
FLW,
AT 25C
SURVEY
SATUR
TOT NFLT
N '
N I
N DlSS
NTOTAL
NH3-N
NH3-NH3
N
N-TOTAL
N-DISS
NITROGEN
ORTHO
AS,TOT
BA,TOT
CD,TOT
CR,TOT
FE,TOT
PB,TOT
AC,TOT
SE,TOT
HFH-FCBR
TOT RESD
HG,TOTAL
-
CENT
FAHN
AB
INST-CFS
HICROHHD
IDENT
HG/L
PERCENT
19.5
73.48
67.18
23.0
.2
196
843505
3.4
45.6%
224
843505
56.58
184
843505
5.6
76.78
5514
28026
12644
20.2
68.4%
6270
~~
3.9
su
13.0
55.4%
7.6
93.98
7.90
242
.35c
8.0
93.38
8.00
256
1.14C
.780C
6.7
93.8%
8.00
344
.59c
.150c
.310
.0078
.04K
.320
.007%
.009%
1.100
.04K
.400
.0168
.0208
.550
.04K
.35c
.240
.36C
.280
.44c
.420
405
.68C
.35OC
.320
.290
.0068
.0078
.640
.04K
HG/L
1.120
10.700
.57
47.000
.40
23.000
.26
2.070
.720
2.390
HG/L
n w
N
HGlL P
HG/LP
HG/L P
UC/L
UWL
UClL
UG/L
UG/L
UG/L
UC/L
.os
.33c
.390
.090
.120
.oooc
.OO8%
.300
5K
200
2K
5K
840
10K
2.0K
5K
UG/L
/100ML
200
.14
HG/L
UG/L
less than, J
-
108
8.4
99.8%
HC/L
HC/L
HG/L
HG/L
HG/L
HC/L
.600
100
36
100
MG/L
1.090
21.0
69.88
29
112
8.00
HG/L
54.58
.5K
estimated, C
~
calculated by investigator,
$
-
calculated by STORET.
STORET RETRIEVAL DATE 94/06/08
/TYPA/AHBNT/STREAH
UPPER RIO GRANDE-ABOVE PECOS RIVER
21NMEX
840907
130202010110019.960
0000 rEET DEPTH
~""-~""""~""""".
.---~--"--"--~----"--"~""""""""""""""""""""""""""""~~~~.
INITIAL DATE
INITIAL TlHE
HEDIUH
ooolo
00011
00061
00095
00300
00301
00400
00530
00600
00605
00610
00612
00619
00625
00630
00640
00665
TEGP
UATER
WATER
TEUP
FLOU,
STREAM
CNOUCTVY
CENT
FAHN
INST-CFS
AT 25C
HICROHHO
UG/L
DO
SATUR
PERCENT
su8.40
PH
UG/L
RESIDUE TOT NFLT
MClL
N
TOTAL N
ORG N
N
HG/L
HG/L
NH3+NH4- N TOTAL
HG/L
UN-IONZO
NH3-)I
UN-IONZO NH3-NH3
MG/L
TOT KJEL
N
2.490
HG/L
N02gN03
N-TOTAL
HGJL
T INORG. NITROGEN HWL N
PHOS-TOT
HG/L P
DO
Remark codes:
K
-
lessthan,
J
-
8SIO5J29 85/05/29
0830
1350
UATER
WATER
22.2
13.8
72.0$56.89
42
215
108
7.9
6.5
93.0895.75
7.90
281
200
2.53C
.95c
.630C2.170C
.320
.280
.029B.006$
.0081
.036$
.910
.04K
.04K
.36C
.32C
.2so
.280
estimated, C
-
c a l c u l a t e d by investigator, $
-
c a l c u l a t e d by STORET.
ON
STORET RETRIEVAL DATE 94/06/08
PGM=ALLPARM
HRG86
3 5 4 1 19.0105
49 20.0 4
SANTAFE
RIVER ABOVEHCCLURERES
35049
HEW MEXICO
SANTA
FE
120992
/TYPA/AMBNT/STREAH
2lNMEX
0003 FEETDEPTH
I N I T I A L DATE
I N I T I A L TIME
MEDIUM
DEPTH-FT(SMK)
00010 UATER
TEMP
00011 UATER
TEMP
00060 STREAM
FLW
00070
TURB
JKSN
00080 COLOR
PT-CO
00095 CNDUCTVY
AT 25C
00403
PH
LAB
00410 T ALK
CAC03
00440 HC03 ION
HC03
00445 C03 I O U
C03
00530 RESIDUE TOT NfLT
00600 TOTAL U
U
N
00605 ORC N
00610 NH3tUH4- N TOTAL
00615 NO2-N
TOTAL
N03-N
00620
TOTAL
00625 TOT KJEL
N
00640 T INORG.
NITROGEN
00665 PHOS-TOT
00900 TOT HARD
CACO3
00915 CALCIUM
CA,DISS
00925 MGNSIUM
MG.DISS
'
~
00930
~~
~
~
scow
CEUT
FAHN
CFS
JTU
UNITS
MICROHHO
~~
UA;DISS
00935 PTSSIUM
00940 CHLORIDE
00945 SULFATE
01002 ARSEUIC
01007 BARIUM
01027
CMDHIUH
01027 c
mwn
01034 CHROHIUM
01042 COPPER
01045
IRON
01051 LEAD
01055 HANGNESE
(SAMPLECONTINUED
K,DISS
TOTAL
SM-TOT
AS.TOT
~,~
.
~
BA,TOT
CD,TOT
CR,TOT
CU,TOT
FE,TOT
PB,TOT
HN
ON NEXTPACE)
.6
33.19
3
1.9
10.6
51.0s
54
48
MC/L
HG/L
MG/L
HG/L
H6/L
HC/L
MG/L
HG/L
nG/L
MC/L
HC/L N
WG/L P
MC/L
MG/L
HG/L
HG/L
nc/L
MG/L
MG/L
UG/L
UG/L
UG/L
UC/L
UG/L
UG/L
UG/L
UG/L
130202010110037.770
ON
0
6
1.o
SU
35
PAGE:
7.5
40
42
47
52
7.5
16
19
0
9
.18K
.oooc
.011
.025K
.025K
.O25K
.072
.010K
.05DK
.025
.om
.O2OK
.010
.010
.
1OOK
.040K
.040K
1OOK
.18K
.WOK
18
6.0
.
1.0
2.30
.78
5K
26
5K
1OOK
1K
5K
50K
610
1OK
50.0K
c
LQ
R m r k codes:
K
-
less than, J
-
estimated, C
-
calculated by investigator, '6
-
cnlculated by STORET.
I
STORET RETRIEVALDATE
94/06/08
PGM=ALLPARM
36
PAGE:
.HRGRh
....
.
.
35 41 19.0 105 49 20.0 4
SANTA FERIVER ABOVE MCCLURE RES
NEW MEXICO
SANTA FE
35049
120992
/TYPA/AMBNT/STREAW
0037.770
13020201011
2lNMEX
0003 FEETDEPTH
FROH
(SAMPLECONTINUED
ON
PREVIOUS PAGE)
-~--------~-~-~~"~"------"-~-~""""-.-"""""-~""""""""""""""""""""."""""""""~~""~
TIME
D A lIEN I T I A L
INITIAL
76/03/05
76/07/20
76/08/09
76/08/30
87/03/31
0915
0715
1000
MEDIUM
1425
0730
WATER
WATER
WATER
WATER
UATER
DEPTH-FT(SHK)
01062 MOLY
H0,TOT
01067 NICKEL
NI.TOTAL
UG/L
01077 SILVER
AG,TOT
01092 Z I N C
2N.TOT
01147 SELENIUM SE,TOT
46570 CAL HARD CA MG
70300 RESIDUE OISS-180 C
71900 MERCURY HC,TOTAL
UG/L
74041
UPDATED
SAMPLE
VPF
I
Rwrk
codes:
K
-
0
UG/L
1 OK
50K
1 .OK
50K
UG/L
UG/L
UG/L
HG/L
MC/L
Less than, J
-
estimated, C
5K
19%
76
.5K
870718
. calculated
by investigator, f
-
calculated by STORET.
-/
7
STORET RETRIEVAL DATE 94106108
PGMsALLPARM
PAGE:
1
08317200
35 32 49.0 106 1341.0
2
SANTA FE RIVER ABOVE C O C H l T l LAKE N. MEX.
35049
NEW MEXICO
SANTA FE
120991
/TYPA/AMBNT/STREAM
13020201
ll2URD
SURFACE SAMPLES
INITIAL DATE
l.N..1.T. l.A.._
l TlMF
. ...-
MEDIUM-USGS REMARK
TEMP
00010 WATER
00011 WATER
TEMP
nnnx
-- -
"
.....
TFMP
AIR
00028 ANALYZE
00061 STREAM
00095 CNDUCTVY
00300
00
00301
00
PH 7.40
7.30 n n."m
00403
PI1
c02
00405
00410 T ALK
00440 HC03 ION
00600 TOTAL N
00605 ORG N
00610 NH3+NH400612 UN-ION20
00619 UN-ION20
00625 TOT KJEL
00630 NO2SN03
00631 NO2SN03
00650 T PO4
00660 ORTHOP04
00665 PHOS-TOT
00671 PHOS-DIS
00680 T ORG C
00685 1. INORG
00690 1-CARBON
00900 TOT HARD
00902 NC HARD
00915 CALCIUM
00925 MGNSIUM
00930 SO0 I UM
00931 SO0 I UM
00932 PERCENT
(SAMPLE CONTINUED
AGCNCY
FLOW,
AT 25C
SATUR
"
CENT
FAUN
CENT
CODE
INST-CFS
MICROMHO
MG/L
PERCENT
su
8.00
su
LAB
79/06/28
79/07/05
74/06/28 75/02/04
0915
1015
0800
1325
UATER
UATER
WATER
WATER
17.0 15.0
6.0
1.5
2.0
12.0 26.0
62.6%
53.6%
78.8%
59.0%
34.7%
24.5
4.5
80020
3
9
20
11
655
305
376
7G3
R
7
7.9
11.4
81.5%
80.3%
81.4%
8.206.90
8.20
7.90
N
N
N TOTAL
NH3-N
NH3-NH3
N
N-TOTAL
N-OISS
._.
pnf.
PO4
ORTHO
C
C
C
CAC03
CAC03
CA,OISS
MG,OISS
MGIL
MG/L
MGlL
MGIL
MG/L
MG/L
MG/L
MG/L
MG/L
MGIL
MGIL
MGIL
MGIL P
MG/L P
MG/L
MGIL
MGIL
MG/L
MG/L
MG/L
MGIL
MG/L
RAT 10
NA,OISS
AOSBTION
SODIUM
%
ON NEXT PAGE)
80020
5
560
8
7.0
3.0
244
298
MG/L
CACO3
HC03
79/07/12
81/01/12
81/03/10
81/04/06
81/05/04
0730
1048
1045
1400
WATER
UATER
UAlER
WATER
11.0 . 17.0
35.6%
51.8862.6%
42.8%
3.5
281
343
80020
8
755
748
7.40
7.0
4
0842
WATER
6
716
6.9
93
4.90
.400
3.300
.070%
.085%
3.700
1.20
1.2
2.7
10.00
14.00
3.400
16.0
4.500
29.0
15.0
190
0
60.0
9.4
68.00
2.2
43
79
0
25.0
3.9
23.00
1.1
38
2.20
200
0
62.0
11.0
67.00
2.1
41
13.00
.no
4.100
21 .o
46.0
67.0
140
44.0
8.1
92.00
3.3
57
z
Remark codes:
K
-
less t h a n , J - estimated, C
-
calculated by i n v e s t i g a t o r , %
-
c a l c u l a t e d by STORET.
-c
0
STORET RETRIEVAL DATE 94/06/08
08317200
3 5 3 2 49.0 106 13 41.0 2
SANTAFE
RIVER ABOVE COCHITI LAKE N. MEX.
35049
NEW MEXICO
SANTA
FE
120991
PGM=ALLPARM
PAGE:
2
ITYPAIAMBNTISTREAM
13020201
112WRO
SURFACESAMPLES
(SAMPLECONTINUED
FROM PREVIOUSPAGE)
____________________"""".."".."".""".""..............---"".""""".....""."""""""""""""..
I N I T I A L DATE
I N I T I A L TIME
MEDIUM-USGSREMARK
MG/L
00933
NAIK
MG/L
00935 PTSSIUM
K,OISS
MG/L
00940 CHLORIDE
TOTAL
MG/L
00945 SULFATE
S04-TOT
MG/L
00950 FLUORIDE
F,DISS
MG/L
00955
SILICA
DISOLVEO
UG/L
01000 ARSENIC
AS,DISS
UG/L
01005 BARIUM
BA,DISS
UG/L
01020 BORON
B,DISS
UG/L
01025 CADMIUM
CD,DISS
UG/L
01032 CHROMIUM HEX-VAL
UG/L
01040 COPPER
CU,DISS
UG/L
01046 FE,DISS
IRON
UG/L
01049
LEAD
PB,DISS
UG/L
PB,SUSP
01050 LEAD
UG/L
01051 LEAD
PB
,TOT
UG/L
01056 MANGNESE
MN,DISS
UG/L
01075 SILVER
AG,OISS
UG/L
ZINC
01090
2N.OISS
01145 SELENIUM
SE,OISS
UG/L
SEVERITY
01300 OIL-GRSE
01305DE1 SUDS
SEVERITY
SEVERITY
01325 FLOATING ALG
MAT
SEVERITY
01330 ATMOSPH
ODOR
FISH
SEVERITY
01340
DEAD
SEVERITY
01345 FLOATING DEBRIS
SEVERIlY
01350 TURBID
SEVERITY
ICE01355
COVER
PC/L
01515 ALPHA-D
AS U-NAT
PC/L
01516 ALPHA-S
AS U-NAT
03515 BETA-D
AS CS137
PC/L
03516 BETA-S
AS CS137
PC/L
09510
RA-226-0
PLCHT CT
PC/L
PC/L
09511 R A - 2 2 6 9 RADON MT
llOOML
31616 FEC COLI MFM-FCBR
1100 ML
31625 FEC COLI M-FCAGAO
31673 FECSTREP MFKFAGAR llOOML
31679 FECSTREP MF M-EN1 llOOML
(SAMPLE CONTINUED ON NEXT I'AGE)
,
Remarkcodes:K
-
less than, J
-
74/06/28
1015
WATER
6.80
29
45
.40
.90
24.0
7
lOOK
240
ou
0
20K
30
2OOK
150.0
.ou
20
1K
0
2
3
3
75/02/04
0915
WATER
8.20
27
39
.60
28.0
79/06/28
0800
WATER
27.00
3.60
79/07/05
1325
WATER
79/07/12
0730
WATER
81/01/12
1048
WATER
8.20
30
47
.70
11
24
16.0
4"
l&K
190
ou
0
15
60
2K
99K
200K
160.0
60
260
40
20
.ou
30
1K
0
1
2
0
1.9K
6.8
4.3
7.4
.1K
.16
7000OL
599999
240000
5400
6000
81/03/10
1045
WATER
122000
e s t i m a t e d , C - c a l c u l a t e d by i n v e s t i g a t o r , R
-
c a l c u l a t e d by STORET.
81/04/06
1400
WATER
81/05/04
0842
WATER
26.0
94/06/08
STORET RETRIEVAL
DATE
-
n ~ v..77.
n.n
PGM-ALLPARM
3
PAGE:
"
35 32 49.0 106 1341.0
2
SANTA FE RIVER ABOVE COCHlTl LAKE N.
MEX.
35049 NEW MEXICO
SANTA
FE
120991
/TYPA/AMBNT/STREAM
13020201
112WRD
SURFACE SAMPLES
I N I T I A L DATE
.l N..l.T.l.A..l TlMF
. ....
MEDIUM-USGS REMARK
00010 WATER
TEMP
CENT
TEMP
FAHN
00011 WATER
00020 A I R
TEMP
CENT
00027 COLLECT
AGENCY
CODE
00028 ANALYZECODEAGENCY
FLOW,
INST-CFS
00061 STREAM
00095 CNDUCTVY AT 2%
MICROMHO
00340
COD
H I LEVEL
MGlL
00400
~8.20
PH
8.20
8.30
LAB
N
N
N TOTAL
MG/L
NH3-N
NH3-NH3
ON NEXTPAGE)
Si7.20
su
MGIL
MWL
MG/L
MG/L
81/05/21
1130
81/06/08
1123
81/07/15
1038
81/08/13
1200
81/09/08
1100
81/10/05
1515
81/11/03
81/12/10
81/12/10
1050
1100
WATER
WAlER
WATER
WATER
WATER
WATFR
WAlER WATER
WATER
18.0
64.4%
19.0
80020
4
768
24.5
76.1%
33.5
4
740
21.5
70.7%
26.0
20
336
23.5
74.38
22.5
80020
6
590
2.0
16.5
61.7%
20.0
6
650
2.0
19.5
67.1%
26.5
1028
1028
4
668
L7
"I
8.60
8.50
7.4
17.00
3.000
12.000
1.171%
1.423%
7.2
8.0
46.4%
13.5
80020
80020
6
754
80
8.408.00
7.4
15.00
35.6%
1028
1028
712
1130
35.68
12.0
1028
1028
8
580
8.00
6.9
.070K
.003%
.OD35
-
-zT
Remark codes:
K
-
less than, J
-
estimated, C
-
calculated by i n v e s t i g a t o r . %
-
calculated by STORET.
r'
STORET RETRIEVAL
DATE
94/06/08
08317200
13 41.02
353249.0106
SANTA TE RIVER ABOVE C O C H I T I LAKE
35049
NEW MEXICO
SANTA FE
120991
PAGE:
PGM=ALLPARM
4
N. MEX.
/TYPA/AMENT/STREAM
13020201
ll2WRD
SURFACESAMPLES
."""""
81/12/10
1130
WATER
82/09/21
1020
WATER
16.0
60.88
20.0
Remark codes:
K
-
Lessthan,
J
-
estimated, C
-
c a l c u l a t e d by i n v e s t i g a t o r , B
-
c a l c u l a t e d by STORET.
94/06/08
08317200
35 32 49.0 106 13 41.0
2
STORET RETRIEVAL
DATE
SANTAFE
35049
PGMrALLPARM
RIVER ABOVE COCHITILAKE
NEW MEXICO
SANTA
FE
5
PAGE:
N.
MEX.
120991
/TYPA/AMBNT/STREAM
1 l2URD
13020201
SURFACE SAMPLES
(SAMPLECONTINUED
FROM PREVIOUSPAGE)
....................................................................................
I N I T I A L DATE
82/01/11 82/02/16 82/03/22 82/04/19 82/05/21 82/06/14 82/07/22 82/08/23 82/09/21
1100
1500
1130
1145
I N I T I A LT I M E
0930
1500
1125
1445
1020
MEDIUM-USGS REMARK
00027 COLLECT AGENCY
00028 ANALYZE AGENCY
00061 STREAM
FLOW,
00095 CNOUCTVY AT 25C
H
I LEVEL
00340 COD
00400
~~.~~ PH
. ~ .
00403
PH
LA8
N
00600 TOTAL N
00605 ORC N
N
00610 NH3+NH4- TOTAL
N
00612 UN-IONZD
NH3-N
00619 UN-IONZD
NH3-NH3
00625 TOT KJEL
N
00630 NO2&N03 N-TOTAL
00631 NO2&N03
N-DISS
00660 ORTHOP04
PO4
00665 PHOS-TOT
00671 PHOS-DIS
ORTHO
00680 T ORG C
C
00900 TOT HARD CAC03
00915 CALCIUM CA,DISS
00925 MGNSIUM MG,OISS
00930 SODIUM NA,DISS
00931 SODIUM ADSLITION
SODIUM
00932 PERCENT
00935 PTSSIUM
K,DISS
00940 CHLORIDE
TOTAL
00945 SULFATE S04-TOT
00950 FLUORIDE F,OISS
00955 S I L I C A DISOLVED
01020 BORON
B,DISS
01046 IRON
FE,OISS
46570 CAL HARD CAMG
SUM
70301 DISS SOL
70302 OlSS SOL TONSDAY
70303 D I S S SOL TONS PER
70331 SUSP SED PARTSIZE
70337 SUSP SED PARTSIZE
WATER
CODE
CODE
INST-CFS
MlCROMHO
L
.M G l .
su
su
MG/L
MG/L
MG/L
MG/L
MG/L
MG/L
MG/L
MG/L
MG/L
MG/LP
MG/LP
MG/L
MG/L
MG/L
MG/L
MG/L
RATIO
%
MG/L
MG/L
MG/ L
MG/L
MG/L
UG/L
UG/L
MG/L
MG/L
ACRE-FT
%<.062MM
WATER
WATER
1028
80020
1028
1028
5
580
750
80020
1028
8.50
7.6
8.10
6.9
8
WATER
WATER
80020
1028
1028
80020
1028
80020
1028
8
4
640 690650
630
WATER
WATER
WATER
1028
1028
80020
1028
1028
5
2
2
650500
3
570
9
8.10
7.9
8.50
6.6
PL
8.10
7.0
8.40
7.0
120
36.0
6.8
90.00
3.8
62
.80
29
38
.70
24.0
220
52
118%
346
7.38
.47
85
7.96
7.3
17.00
4.000
12.000
.211%
.2578
16.000
1.10
1.2
4.30
5.500
1.400
16.0
150
46.0
7.9
72.00
2.7
49
10.00
37
40
1.00
23.0
230
77
1478
386
5.32
.52
86
7.90
7.0
8.30
7.5
140
45.0
6.9
64.00
2.4
48
8.80
36
39
.80
24.0
200
13
1418
333
2.97
.45
70
%<.OO2MM
ON NEXTPAGE)
(SAMPLECONTINUED
WAlER
-
Remark codes:
K
-
less t h a n , J
-
e s t i m a t e d , C - c a l c u l a t e d by i n v e s t i g a t o r , %
-
c
c a l c u l a t e d by STORET.
c
94/06/08
08317200
35 32 49.0 106 13 41.0
2
STORET RETRIEVAL
DATE
SANTAFE
35049
PGM=ALLPARM
6
PAGE:
RIVER ABOVE COCHlTlLAKE N.
MEX.
NEW MEXICO
SANTA FE
120991
/lYPA/AMBNT/STREAM
13020201
ll2WRD
SURFACE SAMPLES
(SAMPLECONTINUED
FROM PREVIOUSPAGE)
I N I T I A L DATE
I N I T I A Ll I M E
MEDIUM-USGS REMARK
70338 SUSP SED PARTSIZE
70340 SUSP SED PARTSIZE
70342 SUSP SED PARTSIZE
AS PO4
71886 TOTALP
71887 TOTAL N
AS NO3
CONC
80154 SUSP SED
80155 SUSP SED DISCHARG
82/01/11 82/02/16 82/03/22 82/04/19 82/05/21 82/06/14 82/07/22 82/08/23 82/09/21
1500
0930
1130
1145
1500
1125
1445
1020
1100
WATER
WATER
WATER
WATER
WATER
WATER
WATER
WATER
%<.004MM
%<.016MM
Ph
._
100
%<.062MM
MG/L
MG/L
MG/L
TONSDAY
I N I T I A L DATE
I N I T I A LT I M E
MEDIUM-USGS REMARK
TEMP
CENT
00010 WATER
TEMP
FAHN
00011 WATER
CENT
00020 A I R
TEMP
00025 BAROMTRC PRESSURE MM OF HG
CODE
00027 COLLECT AGENCY
CODE
00028 ANALYZE AGENCY
INST-CFS
00061 STREAM
FLOW,
STAGE
FEE1
00065 STREAM
00095 CNDUCTVY AT 25C MICROMHO
nmnn
no
MGlL
..
SATUR
PERCENT
00
HI LEVEL
MG/L
COD
su
PH
LAB
su
PH
MG/L
N
TOTAL N
MG/L
ORG N
N
TOTAL
MG/LN
NH3rNH4UN-ION20
NH3-N
MG/L
UN-IONZD
NH3-NH3
MG/L
N
MGlL
TOT KJEL
NO2&N03
N-TOTAL
MCLI
N028N03
N-DISS
MG/L
PO4
ORTHOP04
MG/L
UC/l .P
.._,
PHOS-TOT
ORTHO
MG/L P
PHOS-DIS
C
MG/L
T ORG C
MG/L CAC03
TOT HARD
CONTINUED, ON NEXTPAGE)
WATER
81
17.00
76.0
68
.94
74
1.60
510
4.50
...................................................................
82/11/19 83/01/04 83/03/08 83/05/09 83/07/13 83/08/08 83/09/12 83/11/16 84/01/18
1012
1325
1430
1200
1200
1300
1430
1200
1500
WATER
WATER
10.5
50.98
11.0
WATER
.5
32.95
.5
15.0
59.08
15.0
102810281028
1028
1028
1028
6
6
1028
8
232 550570
547
WATER
WATER
17.5
63.55
23.5
22.5
72.58
23.0
1028
40
1.45
625
1028
1028
13
1.14
367
WATER
22.5
72.58
26.0
WATER
28.5
83.35
29.0
WATER
WAlER
6.0
42.85
11.0
1028
1028 1028 1028
80020 10281028
4
7
6
.98
595
530
Remark codes:
K
-
less than, J
-
-
1028
5
11.2
76.78
~
.
.o
32.08
-2.0
624
60
7.80
8.10 8.10 8.00
7.4
7.5 7.0
20.00
8.000
11.000
.2618
.3188
19.000
1.30
1.3
13.00
4.400
4.200
21 .o
130
estimated, C
-
57
7.20
66
7.30
7.90 7.70 8.00
7.1
7.3
5.600
.204$
.247$
10.000
4.50
4.4
4.100
3.300
19.0
150
c a l c u l a t e d by i n v e s t i g a t o r , 5
-
c a l c u l a t e d by SlOREl.
17.0
94/06/08
08317200
35 32 49.0 106 13 41.0 2
STORET RETRIEVAL
DATE
SANTAFE
35049
PGM=ALLPARM
7
PAGE:
RIVER ABOVE COCHITILAKE
N. MEX.
NEW MEXICO
SANTA FE
120991
/TYPA/AMBNT/STREAM
13020201
ll2WRO
SURFACE SAMPLES
(SAMPLECONTINUED
FROM PREVIOUSPAGE)
""""""""""""".........".
I N I T I A L DATE
I N I T I A LT I M E
MEDIUM-USGS REMARK
CA,OISS44.0
00915 CALCIUM MG/L
00925 MGNSIUM MG,OISS
MG/L
MGlL
00930 SODIUM NA,OISS
00931 SODIUM AOSBTION
RATIO
%
00932 PERCENT SODIUM
00935 PTSSIUM
K,OISS
MG/L
00940 CHLORIDE MG/LTOTAL
00945 SULFATE S04-TOT
MG/L
F,OISS
MG/L
00950 FLUORIDE
MG/L
00955 S I L I C A OISOLVEO
B,OISS
UG/L
01020 BORON
01046 IRON UG/L
FE,OISS
MG/L
46570 CAL HARD CA MG
MG/L
SUM
70301 DISS SOL
70302 D I S S SOL TONS/OAY
70303 OlSS SOL TONS PER ACRE-FT
70331 SUSP SED PARTSIZE %<.062MM
AS PO4
71886 TOTAL P
MG/L
71887 TOTAL
N
AS NO3
MG/L
MG/L
80154 SUSP SED
CONC
80155 SUSP SED OISCHARG TONS/OAY
I N I T I A L DATE
I N I T I A LT I M E
MEDIUM-USGS REMARK
00010 WATER
TEMP
00011 WATER
TEMP
TEMP
00020 A I R
00025 BAROMTRC PRESSURE
00027 COLLECT AGENCY
00028 ANALYZE AGENCY
00061 STREAM
FLOW,
10
00095 CNOUCTVY AT 25C
n- n -m"
00301
00340
00400
00403
LAB
-nn-
SATUR
DO
H I LEVEL
COO
PH
PH
(SAMPLECONTINUE0
Remark codes:
."""""".""""""""""".....""""""""...
82/11/19 83/01/04 83/03/08 83/05/0983/07/1383/08/0883/09/1283/11/1684/01/18
1300
1325
1012
1430
1430 1200 1200
1200
1500
WATER
WATER
40.0 31.0
WATER
WATER
46.0
24.0
8.3
4.0
53.00 32.00
15.00
2.0
42
6.70 5.70 2.60
9
29
23
39
.70
.20
.80
14.0
22.0
30
160
16
36
768
149%
340
7.25
.46
35
7.7
57.00
2.3
47
8.00
32
37
1 .oo
21.0
170
66
1328
337
5.37
.46
92
14.00
90.0
28
.45
112
2140
WAIER WATER
WATER
4.1
7.7
57.00
7.10
29
46
1 .oo
22.0
140
59
1428
18
26
16.0
90
30
948
68
732
93
a4105/24 84/07/03 86/09/26 84/11/20 85/01/03 85/03/06 85/05/15 85/07/1885/09/24
1330
1215
1600
1500
1045
1500
1430
1130
1045
WATER
CENT
FAHN
CENT
MM OF HG
CODE
CODE
INST-CFS
9
MICROMHO
MG/L
PERCENT
MG/L
SU
WATER
WATER
26.0
25.5
11.5
78.8%
48.2%
32.0%
44.6%
52.7%
77.9%
29.0
28.5
10.0
625
638
63 1
10281028
1028 1028 1028
80020
80020
80020
2 2
2
590
550
540
10.210.5 12.2 10.0
8.6
124.48
90.5$
83.6%
82.08
77.5%
su
WATER
WATER
7.0
.o
8.5
633
2.5
630
80020
1028
WATER
9.0
14.5
632
1028
80020
8
525
9.00
-
Less t h a n , J
-
estimated,
C
-
WATER
18.0
64.4%
28.5
634
1028
80020
50
252
7.6
80.0%
7.50
8.2
7.1
ON NEXTPACE)
K
WATER
WATER
. ~.~
calculated by i n v e s t i g a t o r , % - c a l c u l a t e d by STORET
WATER
26.0
54.5%
78.88
33.0
635
1028
80020
4
634
8.6
79.6%
104.9%
80
WATER
12.5
27.0
636
1028
1028
7
591
8.6
8.10
8.0
PGM=ALLPARM
94/06/08
08317200
35 32 49.0 106 13 41.0 2
STORET RETRIEVALDATE
SANTA FERIVER ABOVE COCHlTlLAKE
NEW MEXICO
SANTAFE
8
PAGE:
N.MEX.
35049
120991
/TYPA/AMBNT/STREAM
13020201
112WRD
SURFACE SAMPLES
(SAMPLECONTINUE0
FROM PREVIOUSPAGE)
~~~~~~~~~~~~~~~~~~~~
1130
TIME
1330
I N I T I A L DATE
84/05/2484/07/0384/09/2684/11/2085/01/0385/03/0685/05/1585/07/1885/09/24
I N I T I A L 1500
1430
1045
1600
1215
1500
WATER
WATER
WATER
WATER
WATER
WATER
WATER
WATER
WATER
MEDIUM-USGS REMARK
00610 NH3tN114TOTAL
MG/L
N
9.400
12.000
4.500
00612 UN-ION20
NH3-N
MG/L
.lo88
:2588
00619 UN-ION20
NH3-NH3
MG/L
.1318
.3148
00625 TOT KJEL
N
MGIL
7.600
MG/L
4.50
4.3
MG/L
2.6
4.4
6.000
MG/L P
4.500
5.300
MG/L P
4.000
4.100
14.0
MG/L
0.2
25.0
36.0
36.0
43.0
MG/L
49.0
48.0
36.0
26.0
5.4
MG/L
5.6
8.8
7.3
4.2
7.9
5.2
60.00
MC/L
61 .OO
66.00
80.00
19.00
64.00
77.00
7.90
MG/L
8.10
9.10
7.70
2.60
6.60
9.30
32
MG/L
32
36
32
33
34
10
40
MG/L
55
40
48
49
29
32
1.10
MG/L
1.10
1 .oo
.90
.80
.80
.40
19.0
MG/L
16.0
17.0
24.0
23.0
21 .o
16.0
~
.
160
22
1448
85
17
UC/L
UG/L
MG/L
%<.062MM
MG/L
(CODES)
170
39
1138
79
22
160
30
1128
..
07
61
30
..".
140
33
1528
02.
32
140
18
152$
97
73
40
190
828
55
1020
"".""""""".
150
23
lll$
"""____
107
"""""
05/11/06 86/03/12 06/03/12 86/05/30 87/01/07 87/03/31 07/05/12 87/07/15 87/11/16
1415
1415
1430
0930
1015
1000
1230
1030
1300
WATER
WATER
12.012.0 11.0 11.0
53.6841.08
53.68
51.08
51.88
16.0
628
1028
1028
80020
80020
80020
1028
10
570
9.2
85.28
34
Remark codes:
K
-
less t h a n , J
-
estimated,
C
-
c a l c u l a t e d by
WATER
WATER
WATER
5.0
0.0
16.0
618
630
1028 1028 1028
12
550
6
60
8.4
72.68
66.48
89.88
77.88
investigator, 8
-
4.5
WATER
5.5
41.98
8.0
630
10281020
1028
80020
80020
12
9
0290
460
11.5
0.5
635
calculated
by STORET.
WATER
WATER
10.0
50.08
23.5
640
18
8.2
22.0
71.68
25.0
632
1028
80020
4
550
8.1
92.18
10K
WATER
10.0
50.08
11.0
632
1028
80020
ii
515
10.6
93.88
43
-c
3
94/06/08
08317200
35 32 49.0 106 13 41.0 2
STORET RETRIEVAL
DATE
PGMZALLPARM
SANlA FERIVER ABOVE COCHlT!LAKE
NEW MEXICO
SANTA
FE
35049
9
PAGE:
N.
MEX.
120991
/TYPA/AMBNT/STREAM
ll2WRO
13020201
SURFACE SAMPLES
(SAMPLECONTINUED
FROM PREVIOUS PAGE)
.....................................................................................
85/11/06 86/03/12 86/03/12 86/05/30 87/01/07 87/03/31 87/05/12 87/07/15 87/11/16
I N I T I A L DATE
1415
1430
1415
0930
1015
1000
1030
1230
1300
I N I T I A LT I M E
MEDIUM-USGS REMARK
PH
PH
TOTAL N
N
NORG N
NH3tNH4- TOTAL
N
UN-ION70
NH3-N
UN-ION20
N113-NH3
TOT KJEL
N
N028N03 N-TOTAL
ND28N03
N-OISS
PHOS-TOT
PHOS-DIS
ORTHO
T ORG
C C
TOT HARD
CAC03
CALCIUM
CA,DISS
MGNSIUM
MG,OISS
SODIUM
NA,OISS
00400
00403
LAB
00600
00605
00610
00612
00619
00625
00630
00631
00665
00671
00680
00900
00915
00925
00930
nnw
ADSBTION
SODIUM
~~~~~~~~
00932 PERCENT
01020
01046
46570
70301
70331
71886
71887
80154
_____"" " " " "
BORON
IRON
CAL HARD
OlSS SOL
SUSP SED
TOTALP
TOTALN
SUSP SED
SODIUM
B,DISS
FE,OISS
CAMG
SUM
PARTSIZE
AS PO4
AS NO3
CONC
WATER
su
su
MGlL
MG/L
MG/L
MG/L
MG/L
MG/L
MGlL
MG/L
MG/L P
MG/L P
MG/L
MG/L
MG/L
MC/L
MG/L
RAT IO
%
MG/L
MG/L
MG/L
MG/L
MG/L
UG/L
UG/L
MG/L
MG/L
WATFR
WATER
WATER
8.50
8.4
8.40
8.5
2.30
.940
.Ob0
,0038
,0048
1.000
1.30
1.3
3.500
1.300
7.1
140
44.0
7.1
65.00
2.5
49
6.20
37
52
.90
24.0
160
9
139%
361
%<.062MM
49
7.30
WATER
.00
7.7
120
37.0
6.8
68.00
2.8
53
6.80
40
50
.90
20.0
150
26
120%
342
5
140
43.0
7.2
81 -00
3.1
55
7.00
37
48
.80
23.0.
150
19
137%
379
11.00
MG/L
10.0
MG/L
38
MC/L
49
""._.""""
".""."..........
WATER
8.30
8.1
47.0
7.5
59.00
6.20
37
51
.80
20.0
120
21
148%
WATER
.00
7.4
30.0
4.6
31 .OO
3.50
17
27
.50
17.0
70
97
94%
WATER
9.00
8.8
.030
.0004%
.0005%
1.100
.60
.6
2.200
.960
7.4
.020
.003%
.004%
.700
1.90
1.8
3.500
3.400
6.2
37.0
4.8
88.00
43.0
6.7
59.00
7.20
50
45
1 .oo
22.0
260
11
112%
340
.10
21.0
120
16
1358
69
25
275
24
.- - - - .- - .-.."""". . - - .- - .- - - .. - - - - - - - - -.
"""""
I N I T I A L DATE
I N I T I A LT I M E
MEDIUM-USGS REMARK
CENT
00010 UATER
TEMP
TEMP
FAHN
00011 WATER
(SAMPLECONTINUED
ON NEXTPAGE)
VAT ER
7.50
8.8
7.40
- - - - -103
.- - -
~.
. .
88/03/03
1520
88/05/09
1130
88/07/06
0930
89/01/26
1302
89/02/10
1230
89/04/05
1310
89/07/19
1400
89/11/21
1102
90/02/28
1115
WATER
WATER
WAlER
WATER
WATER
WATER
WATER
WATER
UATER
11.0
51.8%
15.0
59.0%
21 .o
69.8%
6.5
43.7%
7.0
44.6%
18.0
64.4%
29.5
85.1%
7.0
44.68
6.4
43.58
L
Remark codes:
K - less than, J
-
estimated, C - calculated by investigator, %
-
calculated by STORET.
cc
"c
94/06/08
STORET RETRIEVAL
DATE
08317200
3532 49.0106
PGM-ALLPARM
PAGE:
10
13 41.02
SANTAFE
RIVER ABOVE COCHlTl LAKE N.
MEX.
35049 MEXICO
NEU
SANTA
FE
120991
/TYPA/AMBNT/STREAM
112URO
13020201
SURFACE SAMPLES
(SAMPLECONTlNUEO
FROM PREVIOUSPAGE)
""..."..."."""""""""""" ".
00301
00340
00400
SATUR
H I LEVEL
00
COD
PH
CENT
MM OF HG
CODE
CODE
INST-CFS
MICROMHO
MG/L
PERCENT
MG/L
su
su
.. ..
626
7.4
9.2
82.9%
725
9.6
94.2%
8.30
8.0
9.00
8.7
8.30
7.9
48.0
6.5
71.00
6.90
32
45
1.oo
25.0
130
22
147%
49.0
7.8
91.00
6.70
39.0
5.8
45.00
6.60
18
26
.50
26.0
90
1400
121$
50a
12.4
0
99.2%
82.2%
8.63
500
10.4
85.3%
6
610
10.4
109.5%
8.70
8.5
9.10
8.8
47.0
7.8
67.00
7.40
37
40
.80
23.0
120
8
149%
46.0
6.5
87.00
7.80
44
44
.90
22.0
180
13
142$
MG/L
- "_ - . .... ...
00671 PHOS-DIS
ORTHO
MWL
MG/L
MG/L
MG/L
MG/L
MG/L P
MG/L P
MGIL
MG/L
MG/L
MG/L
MG/L
MG/L 37
MG/L
MG/L
MG/L
UG/L
UG/L
MG/L
%<.062MM
49
.90
26.0
180
11
154%
MGlL
Remark codes:
K
-
less than, J
-
estimated, C
-
calculated by investigator,
$
-
calculated by STORET.
1028
80020
25
750
5.8
74.48
30
8.92
8.3
1.300
.510%
.620%
2.800
3.70
3.5
3.400
2.700
8.2
40.0
6.5
110.00
13.00
45
39
1.oo
27.0
230
11
127$
77
27
615
1028
80020
6
630
11.2
91.8%
37
8.60
7.7
1.900
.105%
.127$
3.500
2.40
2.4
4.700
3.800
7.9
53.0
7.6
79.00
9.90
39
43
.80
27.0
200
40
164$
680
1028
80020
8
600
11.0
88.08
8.77
8.0
52.0
8.4
76.00
8.50
41
40
.70
26.0
170
83
164%
94/06/08
STORET RETRIEVAL
DATE
nm17mn
.
35 32 49.0
11
PAGE:
PGM=ALLPARM
I-_.
_"I
SANTAFE
106 13 41.0 2
RIVER ABOVE COCHITILAKE
NEW MEXICO
SANTA
FE
35049
N.
MEX.
.l?"OOl
ITYPA/AMRNT/STREAM
13020201
ll2URO
SURFACE SAMPLES
."
,"
." ."
". ."
"
,"
,"
I N I T I A L DATE
I N l l I A LT I M E
MEOIUM-USGS REMARK
TEMP
00010 WATER
TEMP
00011 WATER
00020 A I R
TEMP
00025 BAROMTRC PRESSURE
00027 COLLECT AGENCY
00028 ANALYZE AGENCY
00061 STREAM
FLOW,
00095 CNOUCTVY AT 25C
00300
00301
00340
00400
00403
00608
00610
00612
00613
00615
00619
00625
00630
00631
00665
00671
00680
00915
00925
00930
00935
00940
00945
00950
00955
01020
01046
00
00
SATUR
H I LEVEL
COO
PH
PH
NH3tNH4-
N DlSS
NTOTAL
N028N03
NO2gN03
NH3-N
DlSS
TOTAL
NH3-NH3
N
N-TOTAL
N-OISS
PHOS-TOT
PHOS-OIS
T ORG C
CALCIUM
MGNSIUM
SODIUM
PTSSlUM
CHLORIDE
SULFATE
FLUORIDE
SILICA
BORON
IRON
(SAMPLE CONTINUE0
K
ORTHO
C
CA,OISS
MG,OISS
NA,DISS
K,OISS
- - - - - - - - .- - -...- .- - - - - ....."""" . .- - .....- ....""_".. - ....- ....." ." ." ."
"
.
CENT
FAHN
CENT
MM OF HG
CODE
CODE
INST-CFS
MICROMHO
MG/L
PERCENT
MG/L
~
~
~~~~
su
20.0
68.08
24.5
660
1028
1028
7
365.
7.2
78.38
-
WA1 ER
15.5
59.98
15.0
620
1028
80020
7
56;
8.0
78.58
35
MG/L
MG/L
MG/L
MG/L
MG/L
MG/L
MG/L
MGlL
LM
G
I
MG/L P
MG/L P
MG/L
MG/L
MGIL
MG/L
MG/L
MG/L
MGIL
MC/L
MGIL
UGlL
less than, J
WATER
WATER
TOTAL
S04-TOT
F,OISS
OISOLVEO
B,OISS
UG~L
FE,OISS
ON NEXT PAGE)
-
."
90/07/11 90/09/18 91/01/11 91/06/05 92/03/10 92/06/15
1430
1102
1430
1245
0930
1030
8.40
su
LAB
NH3tN114UN-IONZD
NO2-N
N02-N
UN-IONZD
TOT K J E L
Remark codes:
____"""
estimated, C
8.86
8.2
.920
1.100
.I298
.I20
.I40
.1578
1.600
1.50
1.5
3.400
3.200
7.5
42.0
5.6
76.00
9.40
43
44
.so
23.0
200
34
-
7.0
44.68
7.0
630
1028
80020
9
590
10.1
82.8%
17
8.88
8.1
.520
.450
.0438
.050
.060
.OS28
1.500
1.70
1.7
2.100
1.800
5.4
49.0
8.4
63.00
7.30
45
51
.80
20.0
140
17
WATFR
UAlER
22.5
72.58
28.5
624
1028
80020
10
575
7.5
85.38
8.70
8.2
12.0
53.68
13.0
635
1028
80020
29
355
12.0
111.18
47
8.01
7.7
.230
.220
.004$
.070
.070
WATER
24.0
75.28
22.5
621
1028
1028
10M
415
6.2
72.98
8.04
.d058
I .600
.87
.9
47.0
6.5
63.00
6.10
40
49
.80
24.0
150
8
calculated by investigator, %
-
1 .ooo
.670
15.0
36.0
5.9
31.00
4.50
20
30
-5
.
.0
.
18.0
70
310
c a l c u l a t c d by STORET.
QJ
0
94/06/08
STORET RETRIEVAL
DATE
08317200
PGM=ALLPARM
35 32 49.0 106 13 41.0 2
SANTA FERIVER ABOVE COCHITI LAKE
NEW MEXICO
SANTA FE
PAGE:
N. MEX.
35049
120991
/TYPA/AMBNT/STREAM
11ZWRD
13020201
SURFACE SAMPLES
.- - - - - - - - -.."""... ....- - ..- -.."""""_____
."_..""""..
90/07/11
1030
91/01/11
1430
91/06/05
1102
92/03/10
1430
WATER
WATER
WATER
WATER
1578
67
3.600
Remark codes:
K
-
Less than, J
-
estimated, C
-
1. a 0 0
37
1448
114$
92/06/15
1245
WATER
87
.660
100
calculated by investigator, 8
-
calculated by STORET.
12
STORET RETRIEVAL DATE 94/06/08
PGM=ALLPARM
URG110.002025
URG110002025
35 33 24.0 106 14 47.0
4
SANTA iE RIVER AT TETILLA PEAK ACCESS ROAD BRlDG
SANTA FE
35049 NEW MEXICO
120900
WESTERN GULF
UPPER RIO GRANDE-ABOVE PECOS RIVER
13020201011 0006.280 ON
2lNMEX
840907
SURFACE SAMPLES
PAGE:
13
ITYPAIAMBNTISTREAM
........................................................
01/01/0184/08/0784/08/07
84/08/08 84/08/0884/09/0584/09/05
,84/09/0684/10/30
INITIAL DATE
1710 1235 1520 0945 1600 1115
0855
1545
INITIAL TIME
WATER
WATER
WATER
WATER
WATER
WATER
WATER
IUATER
WATER
MEDIUM
23.5
26.0
19.0
26.0
22.2
25.0
TEMP
CENT
14.0
00010 WATER
74.3%
78.8%
66.2%
78.8%
72.08
77.0%
FAHN
00011 WATER
TEMP
57.2%
5450
AB MSL
00042 ALTITUDE
FEET
6
3
4
FLOW, INST-CFS
00061STREAM
403
426
470
560
570
397
AT 25C MICROMHO
475
00095 CNOUCTVY
843505
843505
843505
843505
843505
843505
SURVEY
IOENT
843505
00116INTNSVE
4.4
MG/L
3.8
6.2
4.3
5.7
2.9
00300
00
5.6
72.8$
65.5%
63.3%
42.2%
79.1%
PERCENT
53.4s
72.8%
SATUR
00301
DO
su
7.60
7.80
7.80
7.40
00400
PH
0
MG/L
00430C03 A L K
CAC03
MG/L
1 83
00440HC03 ION
HC03
7087
69
11350
2934
393
61
MG/L
772
52
00530 RESIDUE TOT NFLl
19.63C
27.27C
19.72C
12.3%
50.85C
16.13C
16.28C
MG/L
17.10C
00600 TOTAL N
N
19.18OC
2.980C
5.290C
42.820C
10.750C
2.130C
4.280C
6.900C
MG/L
00605 ORG N
N
5.550
5.050
5.020
8.520
4.110
4.780
3.850
00610 NH3tNH4- N TOTAL
MG/L
7.900
.055$
.071%
.243%
.152%
MG/L
00612UN-ION20NH3-N
.Ob78
.OB68
.295%
.185$
00619UN-ION20NH3-NH3
MG/L
9.330
24.200
11.500
47.600
14.600
9.400
7.680
14.800
MGlL
00625 TOT KJEL
N
3.25
1.53
8.60
10.30
3.07
8.22
2.30
MG/L
2.95
00630NO2gN03
N-TOTAL
8.03C
14.15C
15.35C
8.0%
10.20c
5.3%
16.74C
7.06C
00640 T INORG. NITROGEN MG/L N
3.080
3.510
3.850
2.690
2.410
3.010
4.150
MGIL P
2.560
00665 PHOS-TOT
42.4
MG/L
00916 CALCIUM
CA-TOT
3.4
00927MGNSIUMMG,TOT
MG/L
59.80
MG/L
00929 SOOlUM
NA,TOT
8.97
MG/L
00937PTSSIUMK,TOT
39
MG/L
00940 CHLORIDE
TOTAL
MG/L
40
44
00945 SULFATE S04-TOT
UG/L
6
5K
01002ARSENICAS,TOT
UG/L
100
01007 BARIUM
BA,TOT
230
UG/L
01027 CADMIUM CD,TOT
1K
3
UG/L
01034 CHROMIUM CR,TOT
6
71
UG/L
42
01051 LEA0
PB,TOT
5K
UG/L
1 .OK
2.0
01077SILVERAG,TOT
01147 SELENIUM SE.TOT
UG/L
5K
5K
31616 FEC COLI MFl&FCBR
.llOOML
240005
19OOJ
(SAMPLE CONTINUE0ON NEXT PAGE)
~~
Remark codes:
K
-
lees than,
J
-
estimated, C
-
calculated by investigator, %
-
calculated by STORET
STORET RETRIEVAL DATE 94/06/08
PGM-ALLPARM
URGllO.002025
URG110002025
14 47.0 4
353324.0-106
SANTA FE RIVER AT TETILLA PEAK ACCESS ROAD BRlOG
SANTA FE
35049
NEW MEXICO
WESTERN GULF
120900
UPPER R I O GRANDE-ABOVE PECOS RIVER
ZlNMEX
840907
13020201011
0006.280
ON
SURFACE SAMPLES
~~
~~
PAGE:
14
~
/TYPA/AMBNT/STREAM
(SAMPLE CONTINUFD FROM PREVIOUS PAGE)
~~~~~~
INITIAL DATE
01/01/01 84/08/07
84/08/07
84/08/08
84/08/08
84/09/05
84/09/05
84/09/06
84/10/30
INITIAL l l M E
1115
1600
0945
1520
1235
17101545 0855
MEDIUM
WATER
WATER
WATER
WATER
WATER
WATER
WATER
WATER
WATER
46570 CAL HARO
CA MG
MG/L
1208
70300 RESIDUE
OISS-180 C
MG/L
353
71900 MERCURY
IIG,TOTAL
UG/L
.5K
.5K
___________"___________________________"""""....~."".""""""".....""""
INITIAL DATE
84/12/05 85/02/25
85/03/14 85/05/21 85/05/27 85/05/28 85/05/28 85/05/29 85/05/29
INITIAL TIME
1545
1130
1540
1150
1420
1200
1600
1110
1710
.MFnlllM
.-.
.-. .
WATER
WATER
WATER
WATER
WATER
WATER
WATER
WATER
WATER
00010 WATER
TEMP
CENT
22.9
17.2
23.06.6 17.0
21.2
13.5
43.98
00011 UAiER
TEMP
FAHN
62.6870.2856.38
73.48 73.2%
63.08
77
x.,I 7
00061 STREAM
INSI-CFS
5
9
52
50
FLOW,
00095 CNOUCTVY
AT 2%
MICROMHO
766
2iii
207
226
218
206
228
00300
DO
MG/L
9.4
6.8
8.1
5.7
5.9
7.0
6.1
00301
00
SATUR
PERCENT
94.18
71.88
92.0%
82.88
93.38
88.28
85.68
su
00400
PH
8.10
8.00
7.80
7.90
7.90
7.90
7.80
00440 HC03 ION
MG/L
HC03
149
00530 RESIDUE
TOT NrLT
MG/L
52
80
223
2 79
343
51 1
449
344
509
00600 TOTAL N
N
MG/L
7.56C
7.08C
1.58C3.73C
2.49C
2.67C
2.71C
2.73c
MG/L
.oooc
00605 ORG N
N
1.050C
.260C1.060C
.04OC
.55OC
.53OC
.2ooc
00608 NH3+NH4- N DISS
MG/L
2.400
00610 NH3+NH4- N TOTAL
MG/L
5.800
4.610
1.840
1.300
1 .600
.600
2.200
1.700
00612 UN-IONZD
MG/L NH3-N
.OB18
.0458
.047$
.0168
.049$
.0408
.051$
00619 UN-IONZD
~.~
NH3-NH3
MG/L
.0988
.0558
.019%
.0575
.059$
.0498
.Ob28
5.100
1.880
00625 TOT KJEL
N
MG/L
5.660
.E60
3.260
1.850
2.130
1.900
00630 NO2&N03 MG/L
N-TOTAL
2.46
.72
1.42
.61
.82
.47
.83
.58
00631 NO2gN03
N-OISS
MG/L
.6
00640 T INORG. NITROGEN
MG/L N
8.26C
6.03C
2.4%
2.12c
1.32C 2.67C
2.53C
2.18C
MG/L P
2.800
00665 PHOS-TOT
2.380
1.100
1.I30
.640 1.190
1.070
1.100
00666 PHOS-OIS
MG/L P
.950
00671 PHOS-OIS
ORTHO
MG/L P
.910
00916 CALCIUM
CA-TOT
MG/L
36.4
00927 MGNSIUM MG,TOT
MG/L
5.2
00929 SODIUM
NA,TOT
MGlL
18.40
00937 PTSSIUM K,TOT
MG/L
3.12
00940 CHLORIDE MG/LTOTAL
12
O
W.L..
5 SIII~FATF
..
.
.
-. ...- MG/L
S04-TOT
23
01002 ARSENIC
UG/L
AS,TOT
5K
01007 BARIUM
BA,TOT
UG/L
160
01027 CADMIUM
CD,TOT
UG/L
2K
(SAMPLE
CONTINUED ON NEXT PAGE)
~~~~~
Remark codes:
K
. Less
than, J
-
estimated, C - calculated by i n v e s t i g a t o r , 8 - calculated by STORET.
STORET RETRIEVAL DATE 94/06/08
PGM=ALLPARM
URGllO.002025
URG110002025
35 33 24.0 106 14 47.0
4
SANTA FE RIVER AT TETILLA PEAK ACCESS ROAD BRlDG
35049 NEW MEXICO
SANTA FE
WESTERN GULF
I20900
UPPER RIO GRANOE-ABOVE PECOS RIVER
13020201011 0006.280 ON
2lNMEX
840907
SURFACE SAMPLES
PAGE:
15
/TYPA/AMBNT/STREAM
(SAMPLE CONTINUED FROM PREVIOUS PAGE)
________________________________________"""""....""."......"""""
INITIAL DATE
INITIAL TIME
ME0 I UM
01034 CHROMIUM
01045 IRON
01051 LEA0
01077 SILVER
01147 SELENIUM
31616 FEC COLI
46570 CAL HARD
50060 CHLORINE
71900 MERCURY
84/12/0585/02/2585/03/14
1545 1540 1130
WATER
WATER
WATER
CR,TOT
FE,TOT
PB,TOT
AG,TOT
SE,TOT
MFM-FCBR
CA MG
TOT RES0
HG,TOTAL
UG/L
UG/L
UG/L
UG/L
UG/L
1100ML
MG/L
MG/L
UG/L
INITIAL DATE
INITIAL TIME
.MFnlllM
." .-. .
TEMP
CENT
00011 WATER
TEMP
FAHN
00070 TURB
JTUJKSN
00095 CNOUCTVY A1 25CMICROMHO
IOENT
00116 INTNSVE SURVEY
00300
DO
MG/L
00301
DO
SATUR
PERCENT
PH
su
00400
CAC03
MG/L
00410 T ALK
HC03
MG/L
00440 HC03 ION
00530RESIDUE
TOT NFLT
MG/L
00600
TOTAL
N
N
MG/L
00605 ORG N
N
MG/L
00610NH3tNH4- N TOTAL
MGlL
00612 UN-IONZD NH3-N
MG~L
00619 UN-IONZD NH3-NH3
MG/L
00625 TOT KJEL
N
MG/L
00630 N02&N03 N-TOTAL
MG/L
00640 T INORG. NITROGEN MG/L N
00665 PHOS-TOT
MG/L P
MG/L
00900 TOT HARD CAC03
00915 CALCIUM CA,DISS
MG/L
00925 MGNSIUM MG,DISS
MG/L
00930 SODIUM NA,DISS
MG/L
00935 PTSSIUM
MG/L
K,DISS
(SAMPLE CONTINUED ON NEXT PAGE)
00010
.~ WATER
~~~
~~~~
Remark codes:
~
K
-
5K
6200
1 OK
2.OK
5K
30
290
112$
.09
- - ....- .". "_______________""""""""~
.
~~
Less than, J
-
85/05/21 85/05/27 85/05/28 85/05/28 85/05/29 85/05/29
1150 17101420
1110 1600 1200
WATER
WATER
WATER
WATER
WATER
WATER
.5K
..- .......""""""""."""".""""..""""""
"
86/08/0586/08/0586/08/06
1040
1545
1240
WATER
WATE!?
WATER
22.5 26.0 30.5
78.88
86.9$
72.58
462
863508
7.4
102.75
8.40
534
863508
6.2
99.78
8.80
25
8.50C
1.420C
.780
.0838
.IO18
2.200
6.30
7.0%
2.640
9
8.14C
1.560C
.180
.0628
.0758
1.740
6.40
6.58C
2.390
estimated, C
510
863508
7.3
108.88
8.40
1 70
208
21
8.87~
.8OOC
1.530
.203$
,2478
2.330
6.54
8.07C
3.100
44.0
6.3
64.40
6.63
-
86/08/07 86/08/07 88/02/25
1400
0905
1350
WATER
WATER
WATER
1. .L._
~R
20.0
30.0
68.08
86.08
58.68
24.0
385
518
759
863508
863508
6.7
7.3
8.4
89.05
117.38
100.68
8.20
8.50
8.52
139
1 70
332
22
59
7.89C
8.74C
7.99c
2.380C
1.353c
1.850C
.440
.357
6.010
.0268
,0728
.4918
.0328
.088$
.5988
2.820
1.710
7.860
5.07
.88
6.28
5.51C
6.64C
6.89C
2.910
.I70
2.700
60
170.0
4.9
69.00
10.00
calculated by investigator. 5
-
calculated by STORET
PGM=AI.LPARM
94/06/08
URG110.002025
URG110002025
35 33 24.0 106
14 47.0 4
STORET RETRlEVAL
DATE
RIVERATTETILLAPEAK
ACCESS ROAD BRlDG
SANTA FE
NEW MEXICO
I20900
WESTERN GULF
UPPER R I O GRANDE-ABOVE PECOS RIVER
PAGE:
SANTAFE
35049
2lNMEX
840907
13020201011
0006.280
/TYPA/AMBNT/STREAM
ON
SURFACE SAMPLES
(SAMPLECONTINUED
FROM PREVIOUSPAGE)
""""""""""""""""""""""""..."........"..
86/08/0586/08/0586/08/0686/08/0786/08/0788/02/25
1350 14001040
0905 1240 1545
lN!T!AL DATE
I N I T I A L TIME
WATER
WATER
WATER
WATER
WATER
MG/L
MG/L
MG/L
UG/L
UG/L
UG/L
UG/L
UG/L
Remark codes:
K
-
WATER
41
39
40.2
5
140
1K
1K
5K
10K
2.0
1300
5K
21K
4455
1 .OK
UG/L
UG/L
/lOOML
MG/L
MG/L
C
MG/L
UG/L
UPDATED
20OK
1365
.10
373
-
5K
100
5K
10K
UG/L
less than, J
35
5K
398
394
333
380
861003
861003
.5K
861003
861003
861003
estimated, C
-
392
.5K
880509
calculated by investigator. B - calculated by STORET.
16
94/06/08
STORET RETRIEVAL
DATE
PGMZALLPARM
17
PAGE:
HRG87
35 33 37.0 106 14 09.0 4
SANTA FERIVERATLA
NEW MEXICO
35049
BAJAOA
SANTA FE
120991
/TYPA/AMBNT/STREAM
13020201011 0006.770 ON
2lNMEX
0003 FEETDEPTH
CENT
FAHN
3
CFS
JTU
MICROMHO
MG/ L
MG/ L
MG/L P
Remarkcodes:
K
-
L e s st h a n ,
J
-
75/05/12
1515
75/07/15
1515
75/08/04
1230
75/09/08
0945
75/10/20
1530
76/01/05
1030
WATER
76/05/02
1130
76/08/73
1230
WATER
WATER
WATER
WATER
WATER
WATER
WATER
17.2 25.0
20.9
31.1
77.08
88.08
84.08
3 16
2
24.0
25.0
100.0
540
560
630
2.073
2.330
3.400
2.460
3.520 1.0302.590
1.114
.IO0
.864
estimated, C
-
63.0$
47.0
660
5.652
2.500
c a l c u l a t e d by i n v e s t i g a t o r , 8
-
17.0
64.08
6
13.0
630
1.770
4.382
3.500
.6
33.18
8
13.0
730
8.790
.419
4.700
c a l c u l a t e d by STORE1
14.4
58.08
10
21 .o
590
8.567
.770
5.250
25.6
70.08
4
25.0
680
6.387
.933
3.930
PGM-ALLPARM
STORET RETRIEVAL DATE 94/06/08
NM HRG87
92500 100901 USFSO31040
352087
35 33 37.0 106 14 09.0 2
SANTA FE RIVER LA
EAJAOA
35049
NEW MEXICO
SANTA FE
R I O GRANDE
SANTA FE RIVER
130202010110006.770 ON
113FORS3 790721
SURFACE
SAMPLES
INITIAL DATE
INITIAL TIME
MEDIUM
00010 WATER
TEMP
00011 WATER
TEMP
TEMP
00020 A I R
00061 STREAM
FLOW,
00076
TURB
TREIDMTR
00300
DO
00301
DO
SATUR
00400
PH
00630 N02&N03 N-TOTAL
CENT
FAHN
CENT
INST-CFS
HACH Flu
MG/L
PERCENT
su
PAGE:
18
/TYPA/AMBNT/STREAM
75/03/28
1545
75/04/10
1300
75/05/12
1515
75/07/14
1515
75/08/04
1230
75/09/08
0945
76/05/02
1130
76/08/13
1230
WATER
WATER
WATER
WATER
WATER
WATER
WATER
WATER
14.5
58.18
8.9
8
13.0
9.0
86.58
9.20
MG/L
5.5
25 .O
41.98
5.5
7
77.08
29.3
3
24.0
11.0
131.0$
9.80
2.46
10.0
78.18
9.25
31.1
88.08
31.1
3
25.0
9.0
120.08
9.50
3.52
28.2
82. a$
29.3
2
100.0
11.0
101.38
9.00
2.59
17.2
63.08
19.4
a
47.0
8.2
84.58
9.00
1.03
14.4
57.9$
15.0
4
21 .o
9.0
86.58
9.20
.77
25.6
78.1%
3
25.0
.93
-crl
4
Remark codes:
K
-
Less than, J
-
estimated, C
-
caLculated by investigator, %
-
calculated by STORET.
94/06/08
URG110.002020
URG110002020
35 34 47.0 1061634.04
SANTAFE
RIVER 3/16 M I ABOVE MARSH
35043
NEW MEXICO
SANOOVAL
120900
WESTERN GULF
STORET RETRIEVAL
DATE
PGMZALLPARM
UPPER R I O CRANOE-ABOVE PECOS RIVER
13020201011 0003.880
840907
2lNMEX
SURFACE SAMPLES
PAGE:
19
/TYPA/AMBNT/STREAM
ON
..................................................................................
01/01/01
84/08/07
84/08/07
84/08/08
84/08/08
84/08/08
84/09/05
84/09/05
84/09/06
I N I T I A L DATE
1200
1530
0920
1305
1310
1500
1645
0920
I N I T I A LT I M E
WATER
WATER
WATER
WATER
WATER
WATER
WATER
WATER
MEDIUM WATER
WATER
TEMP
CENT
25.0
FAHN
66.78
78.88
77.08
WATER
TEMP
5370
ALTITUDE
FEET
AB MSL
STREAM
FLOU,
INST-CFS
6
423
CNOUCTVY
AT 25C
MICROMHO
INTNSVE
SURVEY
IDENT
843505
MG/L
3.1
PERCENT
44.98
SATUR
00010
00011
00042
00061
00095
00116
su
CACO3
HC03
TOT NFLT
N TOlAL
NH3-N
NH3-NH3
N
N-TOTAL
CA-TOT
MG,TOT
NA,TOT
K,TOT
TOTAL
SO4-TOT
AS,TOT
BA,TOT
CD TOT
CR TOT
PB,TOT
AG,TOT
SE,TOT
MFM-FCBR
CA MG
,
,
DISS-180
HG,TOTAL
MG/L
MG/L
MG/L
MG/L
MG/L
MG/L
MG/L
MG/L
MG/LP
MG/L
MG/L
MG/L
MG/L
MG/L
MG/L
UG/L
UG/L
UG/L
UCIL
UG/L
UG/L
UG/L
/lOOML
MG/L
C
MG/L
UG/L
26.0
382
843505
3.4
50.58
19.3
357
843505
5.0
64.88
25 .O
59.0877.0863.5877.08
843505
9241
5.620
3754
2.750
81.700
2.73
3.870
33.700
3.37
3.350
14.200
1.96
2.980
25 .O
3
322
843505
3.8
55.18
7.70
3
546
843505
4.9
61.58
7.60
560
843505
4.0
58.08
7.50
18s
1461
2.930
.081B
.0998
9.000
3.03
2.760
157
7.380
.0968
.1168
10.800
8.10
4.730
163
5.910
.lo48
.1278
8.490
11.20
.470
n
15553
11.700
17.5
353
.5K
15.0
506
843505
b.2
74.18
7.50
130
393
3.130
.0278
.0338
3.650
10.60
4.560
40.8
4.4
59.80
8.97
40
44
5K
140
1
11
5K
1.0
5K
627J
1208
.5K
I
i
Remark codes:
K
-
Less t h a n , J
-
estimated,
C - c a l c u l a t e d by i n v e s t i g a t o r ,
8 - c a l c u l a t e d by STORET
STORET RETRIEVAL DATE 94/06/08
PGM=ALLPARM
URGllO.002005
URC110002005
353508.0
106 17 55.0 4
SANTA FE RIVER AT C O C H I T I SPRINGS (BELOW DAM)
35043
NEW MEXICO
SANOOVAL
120900
WESTERN GULF
UPPER R I O GRANOE-ABOVE PECOS RIVER
ITYPAIAMBNTISTREAM
13020201011 0002.500 ON
ZlNMEX
840907
SURFACE
SAMPLES
INITIAL DATE
INITIAL
lIME
...~
MEDIUM
00010
00011
00042
00061
00095
00116
00300
00301
00400
WATER
WATER
ALTITUDE
STREAM
CNOUCTVY
INTNSVE
TEMP
TEMP
FEET
FLOW,
AT 25C
SURVEY
DO
DO
PH
SATUR
CENT
FAHN
AB MSL
INST-CFS
MICROMHO
IOENT
MG/L
PERCENT
su
T ALK
CACO3
C03 ALK
CACO3
HC03 ION
HC03
RESIDUE
TOT NFLT
TOTAL N
N
ORG N
N
NH3+NH4- N TOTAL
UN-IONZD NH3-N
UN-IONZD NH3-NH3
TOT KJEL
N
NOZgN03
N-TOTAL
T INORG.
NITROGEN
PHOS-TOT
CALCIUM CA,OISS
MC,DISS
NA,OISS
K,OISS
MGNSIUM
SOD I UM
PTSSIUM
TOTAL
S04-TOT
SULFATE
ARSENIC
AS,TOT
BARIUM , BA,TOT
CADMIUM CD,TOT
CHROMIUM CR,TOT
LEA0
PB.101
AG,TOT
SILVER
SELENIUM SE,TOT
CONTINUED ON NEXT
CHLORIDE
Remark
codes:
I:
-
01/01/01
84/08/07
1330
WATER
WATER
17.2
63.08
5320
.7
694
843505
2.3
28.88
7.40
MC/L
MC/L
MG/L
MG/L
MC/L
MG/L
MC/L
MG/L
1K
MG/L
MG/L
MClL N
MG/L P
MG/L
MG/L
MG/L
MC/L
MG/L
MG/L
UG/L
UG/L
UG/L
UG/L
UGIL
UG/L
UG/L
PAGE)
-
WATER
16.0
60.88
84/08/08
85/05/28
85/05/29
1410
1640
WATER
WATER
17.0
62.68
63.
estimated, C
1200
86/08/05
1130
86/08/06
1215
WATER
WATER
WATER
17.2
08
754
902
3.0
37.68
7.40
3.5
43.98
30
2.29C2.2OC
19
843505
7.40
0
277
1K
.010
.000088
.OOO1OB
.380
2.18
.030
.00028
.00028
.660
1.38
.070
.070
.200
.DO28
.OD28
.150
2.00
2.20C
.110
.060C
.230
.on28
.OD28
.290
2.00
2.23C
.loo
75
5K
10OK
1K
16
5K
1.OK
5K
-
20.0
68.08
16.8
62.28
935
863508
477
863508
86/08/07
0950
WATER
18.0
64.4%
.7
738
843505
2.3
28.08
7.30
.OOOC
MG/L
less than, J
84/08/08
1405
20
PAGE:
c a l c u l a t e d by i n v e s t i g a t o r , 8
5.5
6.1
72.78
8.00
76.5%
8.10
149
11
.85C
.250K
1OOK
.0048
.DO58
.350
.50
.6OC
.WOK
.
181
3K
1.47C
.870c
.1OOK
.d048
.005$
.970
.50
.60c
.OlOK
53.6
7.8
64.90
3.90
26
114
5K
100
1K
5K
10K
1.OK
5K
-
c a l c u l a t e d by STORET
479
863508
5.8
74.28
8.00
3K
.84C
.200c
.120
.0n48
.0d58
.320
.52
.64C
.010K
PAGE:
STORET RETRIEVAL DATE 94/06/08
PGM=ALLPARM
URGllO.OO2005
URG110002005
3 5 35 08.0 106 17 55.04
SANTAFE
RIVER AT C O C H l T l SPRINGS(BELOW
DAM)
SANDOVAL
35043
NEW MEXICO
120900
UESTERNGULF
ITYPAIAMBNTISTREAM
UPPER R I O GRANDE-ABOVEPECOS RIVER
130202010110002.500
ON
2lNMEX
840907
SURFACESAMPLES
FROM PREVIOUSPAGE)
(SAMPLECONTINUED
Remark codes:
K
-
lessthan,
J
-
estimated, C - c a l c u l a t e d by i n v e s t i g a t o r , B
-
c a l c u l a t e d by STORET.
21
94/06/08
08900300
35 35 39.0 106 21 13.02
RIO GRANDE C O C H I T I TO ISLETAX-SECTION3,NM
35043 NEW MEXICO
SANDOVAL
RETRIEVAL
DATE
STORET
PGM=ALLPARM
._",,.
22
PAGE:
rmoot
ITYPA/AMBNT/STREAM
13020201010 0004.900ON
1 l2WRD
SURFACESAMPLES
I N I T I A L DATE
I N I T I A LT I M E
MEDIUM-USGS REMARK
00004 STREAM
WIDTH
00010 WATER
lEMP
70/05/12 71/05/03 71/09/13 72/03/2072/11/1073/01/14
1330 1300 1540
1515
1540
1515
73/11/26 73/12/18 74/01/14
1215
1315
1300
WATER
WAlER
WATER
18.0
64.4%
2500
40
74
94
100
1800
12200.00
0
4
42
65
71
75
76
76
76
Remark codes:
K
-
Less than, J
-
estimated, C
-
156
19.0
78.8%
66.2%
3.2
1100
2.2
33
41
56
93
100
1110
3300.00
3490.00
5
13
34
84
99
1 00
100
WATER
WATER
WATER
WATER
153
111
."
26.0
3.4
1.2
100
.n2.3
.
.
96
99
100
21
63
131
35.00
155.00
3
4
22
77
97
100
93
98
100
99
100
151
12.5 7.5
45.5s
54.5%
4.5
1700
1150
2.5
1 .o
33.88
5.5
41.9%
660
1350
72
79
100
29
61
88
96
98
100
100
1160
2360
5319.99
7329.99
7909.9910100.00
0
9
10
17
38
58
64
77
89
76
78
81
86
90
calculated by investigator, B
-
23
41.00
97
calculated by STORET
16
19
64
98
100
409
1490.00
32
32
32
34
34
86
94
98
100
WATER
WATER
.2.0
35.6%
1620
1290
26
31
38
68
78
100
0
0
72
79
100
1 03
451.00
23
77.00
0
0
0
0
3
25
42
63
76
87
91
1
5
18
74
96
99
100
94/06/08
08900300
35 35 39.0 106 21 13.02
STORET RETRIEVAL
DATE
PAGE:
PGM=ALLPARM
R I O GRANDE COCHITI TO ISLETAX-SECTION
NEW MEXICO
SANDOVAL
23
3,NM
35043
120991
/TYPA/AMBNT/STREAM
112WRD
13020201010 0004.900ON
SURFACE SAMPLES
(SAMPLECONTINUED
FROM PREVIOUSPAGE)
____________________"""""""""""""""""""""~."."""""..."........."""."""""""""""""""""
70/05/1271/05/0371/09/1372/03/2072/11/1073/01/1473/11/2673/12/1874/01/14
I N I T I A L DATE
1515
1300
1540
1315 12151515
1300 1540 1330
I N I T I A LT I M E
MATL
WATER WATERMEDIUM-USGS
WATER WATERREMARK
WATER WATER WATER WATER WATER
80173 BE0
%<32.OMM
100
12.5
100
100
.....................................................................................
74/05/2274/09/1675/05/1275/07/0675/07/1675/11/0679/04/2479/07/0980/01/21
I N I T I A L DATE
1115
1300 13001400
1510 1530 1315
1100
I N I T I A LT I M E
WATER
WATER
WATER
WATER
WATER
WATER
WATER
WATER
WATER
MEDIUM-USGS
REMARK
12.0
22.0
16.0
TEMP
00010 WATER
00011 WATER
TEMP
71.6%
60.8%
54.5%
53.6%
66.2%
900
162
07
00
,,
100
100
I_
56
28
731.00
24.00
68.00
3010
3950
89
93
98
86
100
Rn
I._
85
91
100
90
31
331.00
55
72
100
27
13
59
67
97
100
155
-
less than, J
- estimated,
C
-
c a l c u l a t e d by investigator, %
-
82
87
94
100
c a l c u l a t e d by STORET.
83
88
95
100
11
64.00
2
6
16
29
0
0
37
49
62
76
2
4
5
9
22
100
100
87
K
4.5
40.1%
lmu,"
","
0
1
6
30
62
80
88
96
100
R e m a r k codes:
1321
0
1
STORET RETRIEVAL DATE 94/06/00
00900200
35 36 16.0 106 20 10.02
RIO GRANDE COCHlTl TO ISLETA X-SECTION 2,NM
SANOOVAL
35043 NEW MEXICO
120991
~~
PAGE:
PGMZALLPARM
24
~
ITYPAIAMBNTISTREAM
13020201010 0005.970ON
1 12WRD
SURFACE SAMPLES
INITIAL DATE
INITIAL TIME
MEDIUM-USGS REMARK
~
~~~~
~
~
00004
STREAM
00010 WATER
00011 WATER
00055
STREAM
70/05/12 70/11/01 70/11/01 71/05/03 71/09/13 72/03/20 72/11/10 73/06/11 73/11/26
1230
0920
1345
1415
1345
1130
1400
1030
1110
WATER
WATER
WATER
WATER
WATER
WATER
WATER
WATER
WATER
130 269
136
134
1~ n
7.0
7.5
16.5
11.5
10.0
6.0
24.0
61.78
50.0%
44.6%
52.7%
75.2%
64.4%’
42.08
45.5%
3.5
4.3
5.4
4.4
1100
1320
2640
110 1230 1700
5130
2.1
2.9
2.33.5
~~~
WIDTH
FEET
TEMP
TEMP
VELOCITY
CENT
FAHN
FTISEC
INST-CFS
MEAN(FT)
%<.062MM
%<.125MM
%<.250MM
%<.062MM
%c.l25MM
%<.250MM
%<.5OOMM
%<I .OOMM
MG/L
TONSIDAY
TONSIDAY
%<.062MM
%<.125MM
%<.250MM
%<.50OMM
%<I. OOMM
p.062”
Lc.125”
%<.250MM
%<.500MM
%Cl .OOMM
%<Z.OOMM
%<4.00MM
100
1920
12000.00
%4OOMM
X46.0”
%<32.OMM
Remark codes:
K
-
less than, J
-
32
40
50
n5
100
32
63
95
100
estimated, C
1
14
40
64
70
79
02
03100
a4
100
-
1000
0
0
4
4
49
49
01
01
90
90
99
99
100
99
99
3210.00
5199.99
0
0
9
56
00
84
92
95
98
100
calculated by investigator, 8
-
145
43.00
2
9
30
61
06
97
100
22
10
16
57
46
34
84
09
52
100
90
04
100
100
2270
1210
1990
7539.99 16000.00
9129.99
12900.00 10200.00 26800.00
0
0
17
1
1
32
11
20
61
60
70
75
77
91
93
79
91
96
99
100
calculated by STORET.
94
90
99
100
96
90
99
100
30
40
60
93
100
104
656.00
0
0
1
37
60
86
96
99
100
94/06/00
00900200
35 36 16.0 106 20
10.0 2
RIO GRANDE COCHlTl TO ISLETAX-SECTION
35043 NEW MEXICO
SANDOVAL
120991
STORET RETRIEVAL
DATE
PAGE:
PGMrALLPARM
25
2,NM
/lYPA/AMBNT/STREAM
13020201010 0005.970ON
1 12WRD
SURFACE SAMPLES
I N I T I A L DATE
I N I T I A LT I M E
MEDIUM-USGS REMARK
00010
4.5 WATER 18.5 TEMP 12.5 CENT 14.5
00011 WATER
FAHN
TEMP
INST-CFS
00061 STREAM
FLOW,
70331 SUSP SED PARTSIZE %<.062MM
70332 SUSP SED PARTSIZE %<.125MM
70333 SUSP SED PARTSIZE %<.250MM
70334 SUSP SED PARTSIZE %<.500MM
70335 SUSP SED PARTSIZE X 4 .OOMM
MG/L 29
00154 SUSP SED
CONC
00155 SUSP SED DISCHARG TONSDAY
R e m a r kc o d e s :
K
-
74/01/14 74/05/22 74/09/16 75/05/12 75/07/16 75/11/06 79/04/24 79/07/09 00/01/21
1100
1345
1100
1045
1000
1221
1100
1030
1120
WATER
WATER
19.5
1 .o
67.18
60.08
33.08
1300 162
3030
74
06
04
100
WATER
091
94
100
95
92 100
100
23
01.00
less t h a n , J - e s t i m a t e d , C
-
WATER
WATER
WATER
WATER
WATER
WATER
16.0
88
92
96
100
100
19 81
40.18
65.38
54.58
50.18
1770
16
31
95 100
71
100
3970
82
80
29
663.00
311.00
0.30
91.00
70.00
c a l c u l a t e d by investigator,
8
-
c a l c u l a t e d by STORET.
94
97
93
90
100
97
22
81
87
13
19
Data Source 8. Eleven water analyses from
the Energy Development Monitoring program from
the U.S.G.S.gauging station belowLa Bajada Mine and La Bajada Mine pit from 1974-79
reported to the Water Pollution Control Section, Environmental Improvement Division, Health
and Environment Department, Santa Fe, New Mexico.
- .. -
i
WATER OR WASTE!.IATE2 Ai,~ALYSES-EIiERGY DEVELOPi4E?lT MONITORING PROGRCY
-
0
Lat/Long
I
0
1
"
T
s
R
"
NPOES No
Station/Well Code
Collerter! 7 4 1 1 O
Date
I
.
II
~
I
_~ . =
lime
Outfall No
,.W
O
~ x . , - N CA
ibis
Pumping Conditions
Water Level
Qqrwik
Unie
pH (0040C)
Conductivity
S t a f f Gage Height
(Uncorr2cted).
ControlStructure
Inlater (OC010
Temp
j
Conductivity a t
25oc (oooss:
Discharge
Sample Type
X
k
\
92-0
p
MIiihO
oc
1q.c
",.&mho
FwOIOC?,i~4i5XY
Date
Analyzed
From F, A-HC1 sample:
++
@ Grossalpha,dissolved(Rei
u Radiur-ZZi,dissoived
a Radium-228, dissolved
0 Lead-210,
t o U-238:
( r a d o n ezan:'
pCi/l
-
pCi/l
pCi/l
+
-+
-
dissolved
pCi/l
From NF, A - S J%3 sarcple:
0 Grossalpha,total
+-
(Re1 t o U-238)
@ Radi um-226,
total
E R a d i u m - 2 2 8 ,t o t a l
\
+
-p
Lead-210, t o t a l
I
I
Rernarits
s k fi e i d 7
T h i s f o r 3 accompanies
F, A-HC1:
pCi/l
,,.
I
a
,L
'
,
C i / l
Adn/cdI -? I:(,
c-/
d
d/
c
-.
sample(s) mErkea as
foliows
to
indicate
field
sample;acidified Nitn 5 ml conc HC1/1
Filteredsample (0.45/1membrane
f i l t e r ) ;a c i d i f i e d
HCl / l
w i t h 5 ml
COnc
XATiR OR WAZTEUATER ANALYSES-ENERGY OEVE'LOPMENT f4ON!TORI+4G PR0GW.I
Lat/Long
0
t
I!
.
0
Discharge
Sample Type
-
-
-
-
-
pil ( 0 0 4 m )
Conductivity
(Unc3rrectcd)
%:er Tern? (03Cll))
Conductivity a t
L
l
.
6
.,.
O u t f a l l Ho
'
25OC (00094) -
GENERAL WATER CHEi4ISTRY AGD NITROG!N
From NF, NA sample:
S
-
-
Uater Level
'. .
R
NO
Pumping Conditions
ControlStructure
T
"
S t z t i IiPDES
c n / U e l l Code
S t a f f Gage Height
I:
'
72-0
>mho
I Y .c
OC
PlTIhO
ANALYSES
. . Date
DZtS
FromNF, NA sample:
Analyze?
D Condpivity
..
,mho
(25
C)(OOO95)
. .. ,
6-- . T o t a l
Calcium
mo/ 1
nonfilterable
residue (suspended) (00530)
ng/l
(00915)
ma/l
mg/l
mg/1
E Chloride
(00940)
@ Potassium
(00935)
.
mg/l
Bicarbonate(00440)
'
I
From NF, A-H2S04 sample:
e
-
Ana1:)zec
a Sodium
Sulfate
-
(00930)
(00945)
' & ! T o t a lf i l t e r a b l er e s i d u e
mgll
mg/l
mg/l
( d i s s o l v e d ) (90515)
I
Gh
n i a ,
, t o t a l (00610)
Chemical
oxygen demand
(00340)
mo/l
ma/l
From F , A-H2S24 sample:
*
C. N i t r a t e +.
n i t r i t e ,d i s s o l v e d
(00631)
-mg/l
-
T h i s form accompanies 2
sample(s) marked a s f o l l o w st oi n d i c a t e
f i e l d treatment:
a F : Whole samole (6-?%fkatio'iir
-. NA: No a c i add d e g
F: F i l t e r e d i n f i e l d w i t h 0.45pmernbrane f i l t e r
.-,
>;
\I!*'
\ .TI
,L,.:. 3" "
\A-H,SO, : A c i d i f i e d w i t h 2 m l conc H,SO,?'l
c _
I*
1
-
,
SLVLES
Sample
i-Identificption
- ...- -.
Total
Volme (ml)
. .
Type of
Analysis
mp/ 1'
- ___ -
pCi/l
"1I
,-
S a n t a Fe, X.M. S i t e 36
Latitude
35' 22' 49"
l o n g i t u d e 106 13' 14"
2000
Ra-226
Uraniu
5loly'udenum
Vanadium
Selenim -
-
0.22
?:
0.06
0.022
0.010
<o.cso
0.032
yA,J=z
,9/"'5
7-05
&
&
p
i
"R
C#/OdS
+ #/.;o,.Js
a
REPORTED V I A TELEPHONE
REPORTED V I A TWX
PAGE
1
I.
1
OF
1
PAGE
Pumpin!
Conditions
pH (OOCOGj
C0nductivir.g
(UncorrecteQj
!,later Level
S t a f ? Gage Height
ControlStruczure
Discharge
Sample Type
L
A
.
7
&,d
This f o r a accompanies
treatcent c i r c l e ) :
*-&!dhole
F , A-HP103:
g *D
/
sample(s) marked a sf o l l o ~ s t o i n d i c i t ef i e l d
sample; a c i d j f t e i w i t h 5 131 c m c HEIOj/l
F i l t e r e d sample(0.45pnennrane
f i l t s r ) ; a c i d i f i e d !.rith 5 m l
conc HPIQ3/1
MIiliX
S t a f f Esse Height
Cantyo1 Str-uc'are
Ojscharge
Sanpi e Type
f&
-
Regarits
-.lnisforaaccompanies
1 s a a p l e ( s ) marked asiollows t o i n d i c i t ef i e l d
clrcle):
E-+iij!dhole
sample; a c i d i f i e d w i t h 5 m1 conc HN03;i
F, A-HF103:
F i l t e r e ds z n o l e( 0 . ~ 5 , ~ ~ m e n t b r a n ef i l t e r ) ;a c i d i f i e dw i t h
5 ml
conc HEI03/1
t.reatmnc
Coi l e c t e d
Pumping C o n d i t i o n s
!,later Level
S t a f f EaseHeight
C o n t r c lS c r u c t u r e
Discharge
Sanpl e Type
pH (00400)
Conduczivity
(Uncorrecteij
Watzr Temp (00012)
/(
>d,/-
Conduczivity a t
2 9 c (00094)
-
/
r
P 3 C O
s g
_.
s
Tinis form a c c m p a n i e s
1 s a m p l e ( s ) marked as follows t o i n d i c a t zf i e l d
tre3t;ie~.++-I
e) :
O F , A-HNO;.Whole
s a m p l e ; a c i d i f i e d w i t h 5 ml conc HNOj/l
F , A-HF103: F i l t e r e ds a m p l e (0.45pme!?1Drane f i l t e r ) ;a c i d i c i e d w i t h 5 m l
conc H?103/1
-
0,
L
,LuThO
From ;VF, NA sample:
Bate
Anal yzzd
&' F
From>,
NA sar.zle:
RE?ORT TO:
Pumpin? Conditions
'n'ater Level
pH
(oooco)
s. 0
y*:Ti!UL
T h i sf o r aa c c o m p a n i e s
z""' S a m p l e ( s )m a r k e da sf o l l o w s
t o i n d i c a t e f i e l d t.??itmnCt:
d x h o l e sample (no f i l t r a t i o n :
NA: -..No a cai d d e d
F: F:lter?.l i n f??is'?vi:> O.dSL,cectrarn T?!:?T
S t a f f Gage Heignt
Contra; Structur;?
Cischarge
Sanpl e Type
3
3
c
C
1'1
u
OJ
w
U
m
C
+J
u
C
VI
V
..+J
0
W
U
0 1
u
0
Q
.r
u
c
P-
0
7
J
.
+'
3
m "
- l w o
.
C
.W
OJ
>
_I
I.
w
JJ
m
3
OJ
0
m
W
OJ
"1
I
--..
..
I
i
c
<
!
!
f
1
!
<
I
I
1
C
!
1
<
..- .7
r-
I
U'
.
Li
Data Source 9. Report of analyses for soil samples Pecos and La Bajada Mine site done by
Radian Corporation, Radian analytical Services, 10395 Old Placerville Rd., Sacramento, CA
95827 on August 2, 1990 for the Santa Fe National Forest.
. .
. ..
._
.R r d l l n Uork order SO-07-063
Analycical Repor:
@d/02/90
-
. . . . . . . . . . . . . . . . . . . . . .... :..
MarloM! F o r e ~ I. . . .' .~. .' .... ~ ~ , ~ ~ ~ ~ : . ~
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7:':' ...........
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2
3
4
samle kis:ory
'.
Comnencs S m r y
Ncre: a m . O e f i n i t i o n s
..
Radian Analytical SarviCet
10395 OLd P l a c e r v i l l e Road
Sacramento, U 95827
,
..
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Yatrix ":<.....
.... .,::.:::.:.
,: ::: .: lEAc"*Tk'.'.:,('.;: . . . .::;.:;;.
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...
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1I
;j
Chroniun VI ty S U l W
Chraniun VI
Silver by W 1 0
Silver
Almincn by SUO10
Alminc.m
ca&nluo by Si6010
Camiua
C c s r by S"'6010
CaFper
su~flcusby TS9C30
Hydrosen w l f ids
Ycrcury ty SY7L70
Mercury
Percent misrure inorganic
Percent jDidture
Wickel by S26010
Le&
NickcL
by Si7L21
t eaa
!iot deresrea. a. t. rpeciiied
detecricn
l i m.i r . .
, i) E s t . resutt Less inaar 5 t i w s cierec:!:n
,,
...
. ... .... ........ ... .... . . .
...
. .. . . . .. . .
. . . .. . . . . .
( 1 ) For a d e t a i l & descripr'icn of f t a g s a m recnnical t e r m i n t h i s r e p r t refer re. rhe gtossary.
YO
iiai.r
$
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r
-
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Analytical Osta S w m o r y
Page:5
..... ......................... ..........
'... ..:..
.: fantn Fe H a t i m i 'F.afest:;;:;,::,.:
R a d i a n vori.bi&r':'.i0.07:(M3;
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Sanple.I'jencilica:ions
,
. ..... ;. . Wetn&Am!yte' . .,;.:;. ::::j....... .! . . : .~
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......
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~3 B/S OF 'hj- '.:./ . .. . ."': 23 61s OF
.............
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...
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,':
1;
.
1;
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_
~
-
,112
I
i.,.
i
oc-x. Limit
Aesulr.
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Result
...*....., .::.
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P'itifitO .
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C.30
n3/L
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Pet. i i a i t
:
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MJ.
539
mg
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. . . . . . . . . .. ...'. ... .....,
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Fe N a t i o n a l Forear . 'j:
;
11
Sanra
R d i a n Uork Order:.SO-O7-063
. .
..
....
. . . . . . . . .
. . . . . . . .. . . . . . . . .
n e t n o d j ~ m ~ y ; ~ ~ '., :. : ':. .
& N€ CCRNER
.. .. . . .
OF K4lH Si0:L
t
..
. . . .. .. .. .. .. .. .. . . . . . . . .
.. . . .. . . .
. . . . . .. .. .. . . . .
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. . . .. . . .sdOClte
. . . . . rbenrifications.
.....
:,..,.:.;, . . . : ....................
................:. . . . . . . . . . . . .
..... .........................
. . . . .
...........
. . . ai
z
'LEACihX
I
Oet. L i c l i x
Resuif-
NO
me,L
Silver by N6010
silver
mAlL7iinu;i ty 5YE010
AluXinM
R[ER
5:~:.
..
!I
:i
RlSvit
'!
:I
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Dcr.
Limi:
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.:".; ....*.
OM'.'
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,...:.,I.
...
....
^ (..
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A:/.,?~:<.d:,:
I.v."
............
..........
.................
.......
C e a m u n oy SU6010
Cami,m
... .... ..... ..,;... ......
. . . .
C c s e r by SUCClO
czwr
Suifices by N 9 0 3 0
nycrosen s u l f i d e
Mercury by W7470
Mercury
9erc:nc maisrurrimrpanic
Per:ent .misrure
Nickel by Si6010
Nickei
Lead w SU7421
Lead
No
. .#5
:I
i:
/UPPER $?OIL
09
LEACHATE
. '.....
,
Chraalm V I by 8U7196
chruniun V I
....
;i
. . .
Y3
m4/.
......
. .
.. ,,,... .
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.(
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.,"
......
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....
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~
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.:. . ..:
. ..
;
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............
.............
i
.-.>...
....
. ..........
.. .. . ..
. . .
i!(
No: detected a: spfcified cerrcricn tircit
(1) f a r
a derailed
descrfprion
of i i s g s s r d technica! i e ri n
m
chis repari
refer
/I
to rhe.glcsrary.
..
...
..
"
.....
I
I
I
I'
. .
ne:hob/AmtYtc
....
. . . . .. . .. .
.
.
.
.
OF
N41U SF0014
07 .
LEkCHATE
Matrix
'
, :
'
-i-
~sleniunby Sun40
Seleniun
sutfale 4
sw03a
SUI f ate
............
Zinc ny S W 1 0
Zinc
0.!2
q/L
,
@;cEC<."
................
,.,.
_*.~.!
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I :.?TI
T?/..
0.3229
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Analytical
,
....
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Oars S m r y
....
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.. .. . . . . .. . .. .. . .. .. . . S k q l e 1cen:ificatians
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.
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'6R!MR $ D E - ' , ::
:.. ,. , .,,#5 2x5 &JcR
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SF011 P I L E
.
.,
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...........
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wernad/n~~yrr
..
'
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I
.....
Wrrix
"
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.
. . . . ..
LEACHATE
I Read:
,.
..... .*.
:
12
LEACHATE
i
Oer. L i m i t
WlL
. . . . . .
'LEACHATE ' '
...
o.;oza,~,~~,'~
.....".,
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.......
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.........
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. :..i .......
.....
:..........
".,..:
.....
..........
..,:....:<.
i
/i
(1) Far a derailed <escri>CiJn o f f l a g s ar;l :echnicsl
t e r m in t h i s repor: r e f e r :o
rte giossery.
!i
1
.......
...
. ,. . . .. . . . . . . . .:.. . . : . . . .
. ,.x ......................
.;:~, ........... ................
.....
......
.
. . . ........
. . . . .._,.
. . . ...............
. . . . . : .... I ./; ........
..........
. . .. .. .. . ..........
. ... .. .. . .: '.S.a.t G l e [dentfficalions :... . . . .
.: . :: . . ..>:
.
Heth&/pna!y!a':;.'..:ii
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~ ~ ~:.' ~. ...~...~.. ~
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.................
,.
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. . . . .. .'.,;...~..i...l
. . .. . . .. .. .. ... ..... ... ... .....
..
.. .. . .. .. . .
..
"(; ...:....... .:,: :..... .........
.
.
.
.
.
. .
I . i. . . . . . . . . . 17 U ? ~ ~ , ~ N V E C E.. . ...........
. . . .
.:~.:~.;
,:;. ;:,
. . . .. .. ... .. ....;...fl,,JpR:&EGE.
.
. ;::
. .
.
.
#
a
G
N
<
OF
. .
. . . . . . . :' ::..'....TATEO H?T FLE
. . . .. .: . r a m n 0 i . p ~ ~ . . . .. . ... .. DRAINAGE
....
..,
... . ...-.,. ..............
. . . . . ,...:...q 4 . ,,'.'.
... . . .' .. . . . .....
. ..............
. . . . . . . . . . . ...
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:.. ?3..
. .
15
.... .
....
.
.
.
.
.
.
.
.
.
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.
.
.
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.
.
.
.
.
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.
.
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. . .... ... ..... ... ..... . . . 'LEACWATE ..
....
LEATdXTE ,' . .:
....
;&HATE
i!
ii
j!
~
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,,;.,,
i
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5..
.
/I
..
'
lj
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jj
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i
Vlrcmia V I by W'196
C h r d u n VI
Sllver by S W 1 0
Silver
atvpinua by w6010
ALcninun
Cadaim by Si6010
Cacnicm
CoFper ~y SJ6010
ccFper
SS030
Hycrogen sulf iae
nercury trf Si7L7O
Sulf iaes by
Mercury
Percent winrureinorganic
Percent m i s r u r e
~ick8Lby SW6010
I
I
Niciel
Lead by SWIG21
Lead
NO Hat detected BE specified detectim Limit
...........
... ..:......... I
'. ;'~.*:y,.,;,
3.75
mg,L
0:.....
*,s,::
...!?..........
1
!
I
Anatvricac Data
S m r y
Page::
Sanla Fc Haricna! Fofeac
/I
. .
.
. . . .
.".
.... . . . ...... , ... ... ~.. ... . ... . .. . .
..
...............
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.... .?+(e Idenr;fi;ari~
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.
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.....................
.
...,
.......
....................
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...: . . . .
.
S RIVER .SICE-.
. & ZNo MAJOR' . ...:~"',.~.::~:;.,.
KIJ,,R
. . . . .. . .. ... .:'..::;;.
..
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.
. . . . . . .. .. .. .
. . .
.
Herhcd/Amo&
.
. ..:.. .. . .. .. .. . . . . . . .
......
.. ......... ...... .. .. .. . ..
.
.
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z,,~
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/UFPER S i O i L .;:, . : . . . .
PI‘^..::: {:,', .............
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.., . , ,,
L PILE
,3
. :.,,
. .. . .. . .. . .. . .. . . . 11
,;.
. . . . . ;..:...:.
. . . . :..'.'..I..
. . . . . ....... : ' . ? 2
. .
..............
LUCHATE .'' .., . , j . , ' ' ;:' i,
,
. ' LEACHAYE
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Resutc
'
Det. Limit
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Oet. Limi:
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Resul:
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....
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. . . .. . ..
118 BANK OF 5.#9 RZVER SIOE-. .
ks RIVE: $125.....
...
. . . . .
ORAINACE :..' . . . . . . .
...
/AC:ESS
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.
.
.
.
.
.
.
.
.
.
.
.
.
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A C C E S S ROAD
.
.
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16 :.:. .. . .. .. . . . . . . I?..:.. ....:. .:.:,. ,:.;" . ', . . . ... .. . .. .18
. .
L E A C H ~ ~ E ...
. L. ..
LEACHATE ,.'?',,
. . . .. . .. ..'LEACHATE
.....
. .
. . .
. .. .......
....
. . . . . . . .. .
...
. . .
MeChojIineiyte ',.
. .
. . . .
. . .
...
..
. . . .
Ksrrix .:
I
i
.
'
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II ResuLC
' n r a i u n VI
De:.
Limit
by ~ ~ 7 1 7 6
I;l
mrcmiun V I
NO
m/L
,Silver by sY6010
Pesul;.
Oc:.
I Result
L!mit
Der. Limir
,&.,e'<
Q2QfQ:Z.:
.............:.<;.
:>::$:,.<<:"
.1.
.:;,..i":>'
.. ..........."...,,>
I
si l v c r
9
Almirun Dy 5';6OiO
;.,.............
............
. .........
...
.
I
..........
.......
..........
............
Cacd rn
II
C c e r by SU6010
:c=r
Sult i M s CY P'A030
Hyarosen sulfide
.........
............
.....
,.:,+ ,.,. 0 ..
!
. r
60
WIL
'Herwry F, Sy7470
Herwry
Percent w i o t u r d inorganic
Percenr noiswre
Nlckel bf 7d6010
Niciel
Lead Qy N 7 L t l
I
I
.esd
,.'...........
o':'".
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.:
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&,&~
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:
,';,%'
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5.8
x
HOIS:.
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....
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......
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..
ir5/L
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...
.............
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I.ino
I .':'
I
... .. . ..
....
I1
Yo not <erected
ar spcified cetestion limit
. . . ..
. .
(1) for a derailed description of fiagS xd technical tern& i n tnlt'repirt refer to the glassary.
il
!!
!.
Analytical Dara S m a r y
Sonta Fa H a r i m l Forcsr
. . . . . . .. .. .. ..... . . . .
. .. . . ... .. . ... . .. . . . . .
........
..
. . .. .. . .. . . . . .
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. . . . . ..... .. .. .. . .. . . . . . . . . . . .
.........
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.
......
S
a
n p l e " l ~ e n r j f i c s t i c n s . . : .'.:.. .: .
.......................
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.......................
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.
.
.
.
.
.
.
.
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.
.
....
#IO ~ I V E Rsr3. .
":. .~ .
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RIVER . i i D - - . .::,:,_..........
....
: $10
R~UER
SIC.
€/SPOILS PILE
..::. e m 3 i i S . P I L E .:::.: . ;,: . . . . : .. i/fPOlLS xls
,. . . . . . . . . . . ..
20. .................
::':; ............ .:,..I
..................
..
q :
19
.'
. . . . . . ..I. . . . . . . . . . . . .
. . .........
. ....... .
. . .. .i
L
E
A
: .;, '.C
;.:,"..;.:..
H
,
.
A
,T
..
LEACXATE
. . . .. . . .
.' LEACVAIE
.. . . . . .
.. .. . ..
.
~
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.
rtethd/Ana(yte
. .,
. . . . . . . . ...
.
. . . . . . .. .. .
...
...
. . . . .
. .
.. . .. . . . .. . . . .. .
. . . . .
narrix
'
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.
.
.
.
.
....
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Resuir
Chraim V I
bv
.
Oec. Linif
Su7196
Chranim V I
SfLver by Su6010
SiLver
A L u n ~ n mby si(6010
Aiminu3
Cadniun by N6010
C a a i rn
CoFper by SW6010
YO
I
. . ~.:.'I'
.....
.......
.A:,>.~,y,,+;
i
norcury
,:;,I
!
i. I
I
..........
. . . .
........
..............
............
YO
i
m
g
~
_ .........
.. I..._.
. .*/
.... i:. .
. ,.':;;~
.....
2 REi3V.
,
:: REt^:'.
93
:: REC?V.
!<REC3V.
j
-!
Limi:
(1) For a detailad descripricn c i f l a g s and Ceshnicairem&
.......... "
............
,..'
.e:.
1
.....
.: .:
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. . ..:.,
. .
,;,
,'
...........
...
!
I.:,;
,
........
. . .. .. .. .
\<
YlCzsi % S U O 1 0
'
. .. ....
.. .
.....
..........
............
.....
.... . I..
. . .,.,
'"I
I
d e t ~ c f z aar r p c i f i edde t e c t i o n
X RE.23'1.
113
93
~
Perccnrmaiscureinorganic
Wicket
Leaa oy Si7421
Lene
97
.l.. .. .?.,
1..0:
..:;;
.....>..
.....
.;':.,?;;;.;;,'
Percenr mais:ure
.....
. .......
.. ...L..: .. ~
._
......
. .....
,!^ .'
".'.'.
.... . . . .
..........
.............
SuLfiCes by Sh9030
nyarogen aulf ice
Mercury by St17470
Dec. L i t : :
@",qR$f.
lag/:
Ccpr
go NO:
Result
. <..... %.,. ..
93
:: 2Ei3\'.
.a E s t . resul: less [hac 5 rive: d e r e c i z n limi:
. . . . . . ..
In :his repor; r e f e r :c m e slonra.-y.
. . .
. . .
ji
Pa;e:!5
. . . ...I . ., . . ,.. ..,. .
I
$anta.Fe National Forest
Rsdien Uork Order:.SO-07.M3
.
.
.
. .. . . .
. .. .. . . ... ... .. . . . ..
. . . . .
nethcd/Ai%\yie, .
.
'
. . . . . . . .. ..
...
. . . ...
.
matrix. . '.'.
.
P1C 2!'?€.2 $ID-
. . . . . . .
.....
. . . . . ...
. .
. . . .. ... .. . .
,.. .
.
E/SPOILS MS
22 . .
. . . LEdCHATE
i
.
. . .. .. . . . . .
.. . . ... . . .. . .I. . . ...
.
.
.
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!aenrifi.cxiqs:'
..
. . . . ... .. .. ... .. ... .. ... .. .. . .. . .. . .. ..,. .. ... '
. ... . . . .......
. .. .. . .. .. .. .. .. . . . . . . . . . .
. . . . . .
+ l LnsT,fL,q.
.
. . .. . ..#I1 LAS1,FLA.T.
. .
.SPCilS P I L E :,: :. . . .
.?FCiLS P ~ L E
. .
.
:2&
. .. . .. . . . . .
. . . 23".
LEAC.~,~TE ; .. . .
'
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. . .
,
,
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...........
.>....X..."..
. . . .x.
.......
:,....
.......
96
si,
*A*
'<.%..
..:.
....e,
WIL
!&oJqQ;:.
0.69
R91L
.........
O.?..,:
"&cy.:
....
UC
r5/;
C.0040::
.....
0.42
WIL
O"jC6ti
NO
ms/L
. .. ...............
.......
. . . .
...............
. >. ....,.
q$p.?:,::',
&.a
x HOIST, ,;.y:.;..
..........
:.
. .. . ..
ND
nluninua
rnim by Sh6010
....
:a&m
c p w r by SW5010
ulfiden by 96030
Hydrcgen sulfiae
ercury by SY7470
nercury
w:mt .n?ir:z;c
inorganic
?G7
I
I..
..............
.....?*......
.........
.........
..,*. ,
.,
. ..... ..
........
. .. .
i!
I
r
I
!
':
..............
~
l.L
Nickel
WIL
O:q?j..;:
-
N2 Hoc detected at spcified detection !imi:
.
( 1 ) For
.
.......
a;$'3'.
*. ...:.
..
Percenc w i s r z r e
i m a l by SY6010
eed ty SW7L11
:ea6
LEACHATE
RdSilLt
hrmim V! b{ N7196
Chranivn V:
l i v e r by W l 5
S i Lver
::
.. .
.
a d e t a i l e d descripticrt of flags am recnnicsl' term. In this
.
.
.
.
!!
, .
rkmrz refer o
:
the 9 1 0 6 s w Y .
i!
':
:... .
....
.....
. .. ..
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........
. . . . . .. ... ... :
.. .. .. .. .. ..
. . . . ..
. . ,.l:l
. . . . . . . . . .... .. ...
. . ..... .." .:. ..................
.. . . . . . .
. . . . . . . . .. . .. ,. . . .
. . . .
S a w ~ !cenrifi=a:iond
i
.
.
.
.
.
.
..... .:. . . . . .
. . . . . . . . .......
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
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.<I:.,,,.: J.;,,HCL~OWaMIMo.::.::.':::.:'::
.
.
.
. .
. . . . .:... ..... . . . . .. . ... . . . .. . . . . .. . . .
..
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.. .:;..
...
..........
....
:.
............
... . . . .. .. . . . . . .
. .... ... . . . .. .. .~,.,
..... ......:........................
.. . . . ........
..
. . .
7ItO RIVER SiD- " .. ....
. .. . . M I irsi&v.
...
,#I1 LAS1,FLAT.....................
:
.
. .. .. .. ..... .. .. .. .. ... .. ....... .. ...::.':.. .. .. . . ........ .
E/SiO!LS
ws
1.
.S?OCLS P I L E
. . .. .. .. . .
.S>O!LS PILE
.
.
.
.
.
.
.
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.
. . . . . . . . . . .....
.... .
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p
.. . ... . .. . ... . .. .
. .... ...... .. . .. .. . .. ... ... ...
22 .
'.". :.:.
26
,
....
. ,.. .
, ... .. . . natrix :
.:: .. . .. .
leachatt
..
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.............
..
I 44
Data Source 10. Printout of La Bajada Mine History apparently provided by
Bill Hatchell, Chief,
Bureau of Economic Geology, Mining and Minerals Division, State of New Mexico dated June
12, 1989.
@t
lo.
1:
2:
3:
4:
5:
6:
7:
e:
9:
10:
11:
12:
13:
14:
15:
1:
2:
3:
4:
5:
6:
7:
8:
10:
-
1
: :
15:
Data Source 11. Radiological Survey of The La Bajada Mine, New Mexico Radiation Protection
Bureau, August, 1987
FCSC
C)ffice f c x sea
Sanca i s . N e w Ivlextco E7E.Cr.CsEe
ENVIRONMENTAL IMPROVEMENT DIVISION
RADIATION PROTECTION B U R U U
(505) 827-2957
-.-
."
.. __
7
"
May 2 9 , 1087
Mr. R o b e r tS a l t e r ,B u r e a uC h i e f
AbandonedMine
Land Program
Ener;y 8 MineralsDepartnent
MiningandMinerals
Division
525 Camino de 1 0 s Marquez
Santa F 2 , NX 81501
Dear Mr. S a l t e r :
J . Mar90 K e e l e , Ph.0.
ProgramManager
S u r v e i l l a n c e and M o n i t o r i n gS e c t i o n
MK/mc
Enclosar?
1)
2)
3)
J
I
"Radiologic
Sur./ey
o f La 3 a l a d a :.line", R?S/EiD
SL3 Anaiytica:
Resort:
Water
SaRples,
La Bajada Mine
( G r o u n d U a t e r / H a ~ s r d o u s Waste Bureiu/EID)
SL9 A n a l y t i c aRl e ? o r t :
Lz Bajada/Domingo O r i n k i n a Water Samples
( E I D F i e l dO f f i c e - S e r n a l i i l o )
Michael F. Brown, Bureau C h i e f ,R a d i a t i o nP r o t e c t i o n
Bureau
Peter W . Karp, District Ranger,EspanolaRangerStation
T i t o M a d r i d ,D i s t r i c t
I Manazer, EIO
E S U A C CPSCFTUNITY EMPL=YEP
MEXODS
Gamma r a d i a t f o n 'was ne2sur.d a t one z e t e r above t h e grcund s u r f a c eu s i n q
E b e r l i n e PR!-7
m i c r o r o e n t g em
n eters.
Two m e t e r s w e r e used; t h e y Were
l acsat l i b r a t e d
o n I?-Li-e6 and 6-10-26.
Readings w e r e t a kaetn
These
numerous
locat'ons,
some o f which a r e shown on Figure I .
l o c a t i o n s were n o t s e l e c t e d i n a predetermined manner, b u t r a t h e r were
o f p o r t i o n s o f t h e mine
s e l e c t e bd e c a q s teh e ay o p e 2 r e rde g r e s e n t a t i v e
s i t e c r b e c z u s et h e ya p o e a r e i
1 i k e i y - due t o c o l o r t, e x t u r e ,
and S O
f o r z h - t o be nore r a d i o a c t i v et h a n
s a r r o u n d i n g 1oca:ions.
For example,
some p a r t s o f t h e s i t e a r e d o t t e d w i t h s m a pl li l e s
o f dark-colored
o f a smal? dump t r u c k .
m a t e r i a el ,z cchl e 2 r lbye i n :
a s e p e r a tleo a d
:ur!;inc
from t h e i r ; i a c s m e na tn i
t h s f a c t t h e : ] w e t s n c t g r ? d e ? or
c s v e r e d , 'we assune t h e y a r e p r g t o r el,o w - g r z d e
o r e :hat was s e ta s i d e
w i t h t h e hoce t h a t i t m i g h t be economica? t o mill i t a t a l a t e r d a t e .
1
t h e r e i s r e a s o n t oe x p e c t h e s ep i l e s
t o be m o r e r a d i o a c t i v e
t h aonr d i n a rs yp o i l ,
a n d ne a c c o r d i n gcl yo n c e n t r a t e d
many o f t h e
r e a d i n g sa t t h e s e piles.Severaldozenlocations-#erechecked.
AS
SUCh,
Samples o f s o i l , s o o i l , and p r o t o r e we?? t a k e n a t n i n el o c a t i o n s .
They
'were c o l l e c t e d w i t h a soade t o a d e p t i o f t h r e e o r f o u irn c h e s .
Each
s a m o i e csmprised
about
f i v e pounds.
The s a m p l leo c a t i o n as r e
shown
on
was taken from an
Figure I. The o n e sample ( L 3 - 9 ) c l a s s i f i e da s" s o i l "
u n d i s t u r b e d s t t e o u t x i d e o f t h e mine.
As s u c h , i t r e p r e s e n t s a
"background
sample".
Samples c l a s s i f i e d a s " s p o i lw
" e r ce o l l e c t e d
from
m a t e r i a l s on tmh iet nh ea t
had o b v i o u s l y been d i s t x r b e d .
I ness
r e ? r e s ? n t a h e t e r s g e n o u s mtxture o f we2theredandunweatheredmateriais.
-.
f o r U - 2 2 8 , U-Z?c, ;hThe s o i l , s p o i l , and prstoresampleswereanalyzed
2 3 0 , Ra-225,and
PS-2!0 by t h e New Mexic3 S c i e n t i f i c L a b o r a t o r y Div'sion
( S L 3 ) i n A: bucuer;ue.
The samples w e r e grsund and a f i v e gram suband h y d r o f l u o r i c
sample was d i g e s t & i n a m i x t u r e o f n i - r i c ,s u l f u r i c ,
f a t e f u s i o n , t h e d i f f e r ennut c l i d e s
were
acids.
Foliowino
pyrosui
s e g a r a t e d by c 3 p r e c i p i t a t i o n w i t h b a r i u as u l f a t ec, h e l a t i o n
w i t h ?ITA,
and s s l v e n :e x t r a c t i o n .
U - 2 2 8 , U-236, and
7h-230 weremeasured
by alpha
. .
a n d PS-210 by tbheet a
s j e c t r o s c o p y , ? a - 2 2 5 by r a d o n emanz::on,
emnisslons o f insr3wn S i - 2 1 0d a u g h t e r s .
1C87, t h e w a t e r i n t h e f i c c d e d p i : was samoied b y t h e E13
-~ h e suen f i i t e r e -slt i i i c i ews e r e
Grouncwaftr -3 a. r e i c 1 .
aR*iy:ed
b y -,'.e SL3
f a r g r z s s a , ;.?t, g r 3 s s b e t a , IJ-z:L,
U-::?,^"
il-238, -,i n - 2 3 3 , ?,a-225, Ra2 2 3 , a n d ??-?:E.
Gross
signa
a c c gr3sx bet.
were measure!
b:/
evzgor3;inS 2 5 as?r3pr'a:e
volume o f s a.p. -, y i e i n a csun-ing pan a n d
c s u n t i n ign
an i n t e r n a l propor:ional
c 3 u n t e r . -.
, ; l e csncen:r::ions
o q the
were determined b y e v a p o r a t i n g one :iter O F s m o i e
i n d i v i d u ani u c l i c e s
anc a n a i : c f n c t h e r e s i c u e by t h e same procedure
use4
f a r :he s a i l ,
2 2 - 7 2 1 was .Iesermi,?e.' by
s ? c i l , and ; r > t s r e s a m p i e s , e x c e x ::?a?
meisuring
t h e beza
c o o r e c i ? i t a t ! n c 3 2 - 7 2 5 and ?a-223 w i t h 9aS2a and
e m i s s i o n s o f incrownAc-22Q d a u c h t t r s .
On March A ,
-., n e
w a t e r s i n t h e p i t , f r o m t h e i n y i i t r : "-..on g a l l e r y i n t o t h e S a n t i Fe
River
!cal!e?
the
" S p r i n g " ) , and i n :+e S a n t a F? River !!ps:rem
and
downstream o f t h e mine were a ? s o c s i i e c t e i and
analyze?
b y t hV
e ater
we
do n o t
P o i l u t i o n C 3 n t ~ iS e c t i o n o f E I D i n 1978 and 1979. A1:hough
have d e z a i l e ien f o r m a t i o n
on t h e mefhods e n p i o y e i , and i n fac: cannot
l o c a t e t h e s a m p l i nl ogc a t i o nwsi t h
a n y g r e a t pe r e c i s i ot hn at hn e
d e s c r i p t ' o n s shown i n T a b l e3 ,
the a n a l y s e sh a v eh i s t o r i c i ii n t e r e s t
and
a r e inc!udei i n t h e r e g c r t f o r t h a tr e ' s c n
I n e a r l yM a x i 1987, D i s t r i c t I , E I D , t a c k a d r i n k i n g 'water s a m p i ? f r o m
A1:hough
t h e sampling s i t ? was
t h e Domingc Trading P o s t a t Dom!ngo.
l o c a t e d 5 t o 10 m i l e s f r o m La 9a:ada V i i l a g e , i t i s on t h e same water
s u p p l ya s La 3 a t a d a ' [ i l l a g e , which i s t h e c l o s e s : community watersugply
:s t h e La a a t a i a Mfne.
For TI!:S
r e i s . z n , t h e sder i n k j nagn a l y s e s
are
a l s si n c l u d e !
i n this r e s o r t .
2
FIRDIN65
G a m ar a d i a t i o nm e a s u r e m e n t os nt h em i n e
dumps, pi:,
and
graded
areas
r a n g e fdr o m
20 t o 300 u R / h r .
The l o wf i g u r e
( 2 9 u R / h r )i sq u i t ec l o s e
t 3 a 25uR/hr
backgroundmeasurementtaken
a t t h eo l dg a t 2t o
the mine.
( S a c k g r o u n dr a d i a t i o n
i n t h eS a n t a
Fe ares t y p i c a l l yr a n g e sf r o m
12 t o
15 u!?/hr.)
The h i g h e s rt e a d i n g t a k e n i n an a r e ar e g r a d &
by t h e Forest
S e r v i c e was !20 uR/hr.
S o l l , s p o i l , a n dp r 3 t o r ea n a l y s e s
a r e shown on T a b l e 1. C o n c e n t r a t i o n s
o f a l lt h er a d c n u c l i d e s
i n t h e s p o i l and p r o t o r e s a m p l e sa r ew e lal b o v e
t h e c 3 n c e n t r a t i o n si nt h es o i ls a m p l e .
Ana’yses of t ? e w a t e r srm3les cz11 ected on March 4 , 1987 a r e shcwn o n
-1aS1e 2 . Two samples (OG50 and OCSZ! exceed t h e s z a t de r i n k i n wg a t a r
s t a n d a r d for g r o s s a1 pha a c t i v i t y .
Sample
0052
a l s oe x c e d s
the state
d r i n k i n gw a t e r s t a n d a r d f o rr s d i u m .
-
Ana!yses
. a b l e 3.
i n 197s and !979
o f t h e w a t e sr a n p l s sc o l l e c t e d
a r e shown on
Analyses o f t h e d r i n k : n g w ? t T sample taken f r o mt h e
La B a t a 2 a‘ / i l l a c e
wat-17 s a p o l y a r e shown o n T a b l e 6 . None o f t h e s e c o n c e n t r a t i o n se x c e e d
Xe>w X e x i c 3 D r i n k i n g Maser S t a n d a r l s .
DISCLISSION AND RECO~E?iDATIOHS
A s f s r ss we know, t::ere a r e no l e q a rl s c i o ; o g i c a si t s n c a r t s
t h a t would
a o c i y t o t h e g a m a r a d ’ s t l o n e m i t t e d a: t h e La S a j a d a Mjne.
However,
Sec:icn
d-1513 o f t h e N M 3 a d i a : i o?nr o t e c t i oRn e g u i a t i o n s
states that
l i c e n s e e s and r e q i s s r s n t s : ~ o u l d
n o t F O S S ~ S Z , usa, or t r z n s f e r s c u r c s s
o f r a d ’ c a c s i v i s yi nu n r e s t r ’ c ’ s ?a r e a s
i n such a way t h a t any i n d l v i d u z l
i z
I
we
would r s z e i r e a whole-kcd:/
dose e x c e e d i n g 0.5 re9 per y e a r .
assame a p e r s s n s t a n d i n g x p r i g n t f a r 26 hours a d a y , 365 days per ye2r,
and ! f we assume t h a t t h e ? r o u n d on w h i c h he i s s t a n d i n gi s t h e s o u r c ?
o-: r s d i o a c r i v i t y tg w h i c h he i s e x p o s e dt h,eex p o s a r e
r a t e from t h e
Sr3und
c3rres;onding
t o t h e 0.5 re!n/yr dose w o u l d be a p p r o x i m a t e l y 57
T hf i gs u rweh, ai l de m i t t e d l y
s3me?vhat
micror3enrgens per hour.
a r b i t r 3 r :c/ ,o u inde v e r t h e l e s s
serve as a g o ba el i owwh i c h
t o reduce
gzmma r a d i a t i o n on t h e mine s i t e .
I
O u rs p e c i f i cr e c m m e n d a t i o n sa r e :
1)
P r i o r t o am
n yor resc l a m a t iaokne r n p t s ,
a m o r e- .d e t a i l e d
r
. . .G*d’ - > - ;
be performed.Cs.+pLL.-j (.:&
r a d i a t i sounr vsehyo u l d
2)
R e c l a m a t i ao cn t i v si thy o ur ledft eo r
t h e f i nraald i a t i o n
survey and p r o c e s d i n a f a s h i o n t h a t w o u l d r e s u l t i n
all
3
so t h a tt h e gamma r a d i a t i o nl e v e l s
t h a n 57 u R / h r .
problem areasbeingcovered
measured a t 1 m e t e r a r e l e s s
to
on a 3:1 slope
p i t and a
3)
Future
reclamation
activities
should
include
measures
control
erosion
on t hsei t es,p e c i f i c a l l y
graded by theforestServicelocatedwestofthe
largegullyeast o f the pit.
4
The water i n t h e pond should n o t be u t i l i z e d as a drinking
water supply.
4
Sample No.
spoil )
protore
111-3 s p o i l )
1.n-4 s p o i l )
LD-5 p r o t o r e
LU-1
Lll-?
1.n - 7
1.11 - l?
1.11 6
LU-I)
5.0
t
n.4*
5.7
120
14.2
l?5
42
spoil )
spoil)
spoil )
soil )
(background
sample)
*
The secon tl f i g u r er e p r e :serIts on e st
10.4
i
.I
0.4
6.2
257
n.1
127
4.7
T 1.2
.I-3
.I
-1.
0.1
-
14
T n.5
t 7
970
-I 50
10.0 T 0.6
13.3 T 0.8
3.00 T 0.22
0.20 T
- 0.20
6
2
70.6
T 0.5
-i 0.6
0.10 T
- 0.12
9.7
10.5
lardtleviatio n
5
.t
5.0
211
19.6
101
930
11.1
15.5
10.0
1.1
t 0.6
.I.
11
7
- 1.3
-t
6
T
T
T
T
1.1
1.7
1
0.7
50
.rl
2ok
TABLE 2
ANALYSES OF WATER S M P L E S COLLECTED MARCH 1987
FROH THE LA BAJADA MINE PIT
Sample No. 0049
(Coslpositetaken
near surface
aroundperimeter)
G r o s s a1 pha
(RPI. ta u - z x )
( PCi /1!
Grass a1 pha
(Re1 t o A m - 2 4 1 )
(pCi/l)
.
Grass a1 pha ( l e s s
U contribution)
(pCi/l!
0
Grass b e t - !PC!/;!
!Q
U - 2 2 6 !pCi/l )
23.2
u-255 ! $ i / l )
U-228 (pCi,'l)
-' 3
4.
-
-.-I
7
1.W - 0.05
22.6
4. 1 . 0
-
Til-220 ! p C i / l )
0.17 - 0.08
Ra-226 ( p C i / l )
0.17 + 0.02
Ra-228 ( p C i / l )
0.4
Pb-210 ( p c i i l )
0.4
-+ 0.2
-+ 0.3
Sample No. 0050
(South side a t
10' d e p t h )
TABLE 2 COHTIHUED
ANALYSES OF WATER S M P L E S COLLECTED MARCH 1987
FROM THE LA BAJADA MINE PIT
Sample No. 0052
( w corner a t
30' t o 50'
depth)
G r a s s a1 pha
(Re1 t o U-238)
(pCi/l)
.
131
-+
Hew Mexico
Drinking Water
Standard
16*
New Mexico
Groundwater
Standard
"_
"-
"_
"-
15 !JCi/l
"-
"_
"_
"_
"_
"_
"_
"_
Gross a1 pha
( R e l .t o
!PCi/l)
Am-241)
G r a s s a1 oha ( l e s s
u
contribution)
(pCi/l)
Gross beta ! p C i / l )
u-23"
!pCi/l)
u-235 !pCi/l!
c-229 ! p C i / l )
7h-230 ! p C i / l )
Fla-ZIS ! p C i / l )
5 pCi/l
Ra-229 / p C i / l J
"_
Pb-210 ! p C i / l )
*The second f i y r e r e p r e s e n t s one s t a n d a r dd e v i a t i o n
* u n a t X r z l( p c i / I )
* * * S p e c i f i ca c t i v i t y
= Unatural(mg/l)
x 7 2 4 pCi/mc***
o f n a t u r a l uranium
7
30 pCi/l
"_
TABLE 3
ANALYSES OF YATERSAHPLESCOLLECTED
12-27-78 Af(D
1-11-79 mOM THE LA BAJADAHIHE PIT AND V I C I N I T Y
pH
Sanza Fe River
o f mine s i t e
x-u-7a
U (pCi/l)
Ra-226 ( p C i / l )
k m i . upstream
7 .a
8.0
3.8
5.1
0.08
0.51
7.9
2.9
8.0
3.5
0.31
2.9
- .s
I
60.1
48.7
0.1
2.3
7 .a
7.4
ld.5
13.5
0.3
0.31
8.2
8
TABLE 4
ANALYSES OF A ORINKING WATER SAMPLECOLLECTED
MARCH 1987 FROM OOHIHGO
-
Gross alpha w/AM
Gross a l p h a w/U
Gross beta
-
w/Cs
Gross beta w / S r / Y
241 r e f .
-+ I.?
pCi/l
137 r e f .
= 7.6 + 1.0
pCi/l
90 r e f .
= 7.6 + 1.0
pCi/l
nat
-
= 2.9 + 0.5* pCi/l
ref.
= 4.5
*The secgnd f i g u r e represents one s t a n d a r d deviation.
9
IN
11.2111
(fcillil
_............
5.8
Y 0.4
11.214
lt$t.2?6
(IKilli)
5.7
120.
Y
6.
24.0
Y 1.2
24.2
Y
1.2
87.
Y 3.
85.
Y
3.
42.
I
2.
32.0 Y 1.4
..............
Y 0.4
Y 6.
118.
(1d:ilI;)
..............
5.0 Y 0.6
6.2 Y 0.4
Y 14.
257.
211.
Y 11.
19.6 Y
8.1 Y
0.5
127.
X
7.
101.
X
970.
Y 50.
93d.
Y 50.
1.3
6.
10.2
Y 0.6
10.4
Y
0.6
10.8 Y 0.6
11.4
Y
1.4
8.4
Y 0.5
9.7
Y
0.5
13.3 Y 0 . 8
15.5
Y
1.7
10.9 Y 0.6
10.5
Y
0.6
0.22
10.0
X
1.4
x 0.20
4.1
X
0.7
0.67 Y 0.12
3.80 II
0.40 Y 0.12
3.43
235.
Yl3.
231.
Y 12.
241.
U 14.
241.
Y 10.
226.
Y 9.
220.
Y
264.
n
2%.
U 18.
232.
#IO.
233.
Y 10.
271.
U 16.
265.
Y 20.
9.
voided
(178.
.0.09 U
Y
IS.
6.
u 0.02
n
0.08
.n.01
.0.02 Y 0.06
.0.12 Y 0.07
(1.w
n
0.02
0.0
n 0.3
0.00 Y 0.06
-0.04 Y 0.08
.0.112
n
0.02
0.4
U
0.06 Y 0.06
...... . ..
.(I.I
0.3
0.6
S?MPLE
N K.1
87.01713
87.01713
87.01713
87.01713
87.01713
87.01713
87.01713
87.0!713
87.01713
87.01713
87.01713
87.01712
~~
ANALYSIS
AG
AS
8A
CD
CL
CN
CO
CR
CU
F
FE
HG
.~
.
~~
SAMPLE
NUM
ANALYSIS
87.01714
87.01714
87.01714
E7.0:7il
87.01716
87.01714
87.01714
87.01714
87.01714
87.01714
87.01714
87.01714
87.01714
AG
AS
8A
0,0500
0.8000
0.0100
3.2900
0.0100
0.5200
0,0500
2.0000
0,5370
135.0000
0.0020
9,7000
0.0020
4.0000
4.1200
<
<
0.0540
13.00CO
0.0029
0.9iOO
0.00i0
<
MG
LI
MG/L
MG/L
UG/L
MG/L
MG/L
MG/L
I.!G/L
MG/L~I
0.20GO
0.Z"O
0.2QCO
9.2000 MG/L
0.0590 M G j L
0 . 1 0 0 0 UNITS
0 . 0500
4 . $700
23.50co
8.5500
9.lCOO
21.3000
2513.0000
0.0010
2.30GO
1.3100
!.OOOO
0.0100
0.1870
c
MG/L
MG/L
0.4000 MG/L
0.4129 MG/L
e . 1ZGO MG/L
0.0oeo
SYMBOL
UNITS
0.0500 MG/L
0 .OW0 MG)l
0.50GO MG/L
0.01CO
0,6000
0.0100
0.0500
0.05CC
2.0000
1.22co
<
C9
CL
CN
CO
CR
CU
F
FE
HG
MN
UEICE;!TAIN;Y
RESULT
0.0500
~
8 7 . 0 1 7 1 3 NH3-N
8 7 . 0 1 7 1 3 NH3-?I
E i . 0 1 7 1 3 NI
8 7 . 0 1 7 i 3 N03-N
87.01713 P
8 7 . 0 1 7 1 3 PS
8 7 . 0 1 7 1 3 PH
8 i . 0 1 7 1 3R A - 2 2 5
8 7 . 0 1 7 1 3 RA-225
8 7 . 0 1 7 1 2 SE
8 7 . 0 1 7 1 3 SO4
8 7 . 0 1 7 1 3 TOS
8 7 . 0 1 7 1 3 TH
87.01713 U
87.01713 V
87.01713 ZN
~
SYM8OL
RESULT
2.4000
0.0100
<
<
0.4400
0.0500
2 .oooo
<
0.5530
70.0000
7.0000
0.0020
8.9800
KI/L
PCI/G
UG/L
2.1000 MG/L
252.0000 MG/L
0 . 0 0 1 0 MG/L
0.0053 MG/L
0 . 0 1 0 0 MG/L
0.03eO MG/L
UNCEZTAINTY
0.0500
0.0500
0.5000
0.2000
NG/L
0.0500
UNITS
MG/L
MG/L
MG/L
0 . 0200 I.!G/L
0.400~ MG/L
0 . 0 1 0 0 MG/L
0.0400 MG/L
0.0500 MG/L
2.0000 U G / L
0.0550 MG/L
MG/L
0.0020 MG/L
0,9000 MG/L
0.05LXl
0.5000
87.01709
87.01709
87.01709
87.01709
87.01709
87.01709
87.01709
87.01709
87.01709
87.01709
87.01709
87.01709
87.01709
87.017C9
87.01709
87.01709
87.01709
87.01709
e7.01709
HG
MN
0.2000
MO
0.0500
0.0000
0.0000
0.0500
0.2000
NH3-N
NH3-N
NI
N03-PI
P
PB
PH
0.1830
<
<
0.3000
<
RA-226
SE
si
SO4
TDS
TH
U
<
<
V
ZN
0.0500
e.1500
0.1900
1.5000
1.5000
2 2 6 .oooo
672.0000
0.0100
0.0860
0.0500
14.4COO
0.2000 UG/L
0.0120
MG/L
0.0500 MG/L
0.0400 MG/L
0.040C MG/L
0.0500 MG/L
0.2000 MG/L
0.2OCO MG/L
0.05GO MG/.L
0.1000
UNITS
O.O!SO
PCI/L
UG/L
1.0000
1 .oooo
UG/L
23,0000 MG/L
6 7 .OOOO MG/L
0 . 0 1 o o MG/L
0.0000 MG/L
0.0500 MG/L
2 .OOOO UG/L
SAMPLE
ANALYSIS
NL"
87.01716
87.01i15
87.01715
8 7 . 0 1 7 l.~
6
87.017!5
87.01716
87.017i6
87.01715
87.01il6
87.01716
87.01715
87.01.16
87.01715
87.01716
87.01716
87.01716
87.01715
87.01716
87.01716
87.01716
87.01716
87.01716
87.01716
87.01716
~
AG
AL
as
B
SA
SYN8OL
<
<
~
CD
CL
CN
CO
F
<
<
<
0.05co
0.3600
0.0500
O.?OOO
c , 5000
c).0100
23,6000
0.0000
0.0500
2.1000
HG
0.8000
MO
NH3-N
NH3-N
0.jOOO
5.0500
6.5000
0.0600
NI
N03-N
P
PB
0.3COO
<
<
PH
7.7400
3i0.0000
104.0000
SO4
IDS
TH
U
V
0.2000
0.0500
<
0.0100
0.1330
<
0.0500
0.05co
G . IOCO
0.05~3
0.loco
0.50CO
0.0100
2 .loco
0.0503
0.0509
0.30CO
0 . zoco
0.0500
0.5053
MG/C
MGjL
r w L
;.IG~L
MG/L
MG/L
MG/L
MG/L
MG/L
MG/C
UG/L
MG/L
ElG/L
0.65CO MG/L
0.0500 MG/L
0 . 2 0 0 0 MG/L
0.2000 MG/L
0.0500 MG/L
0.1000 UNITS
38.0000 MG/L
1 0 . 0 0 0 0 MG/L
0 . 0 1 0 0 MG/L
0.0130 MG/L
0 . 0 5 0 0 MG/L
37.01714
87.01714
87.01714
87.01714
87.01714
87.01714
87.01714
87.01714
87.01714
87.01714
87.01714
87.01714
87.01714
87.01714
87.01714
87.017I4
87.01714
SAMPLE
NUM
8i.01715
87.01715
87.01715
87.01i15
87.01715
87.01715
8 i .0!7!5
87.0!7!5
87.01715
87.017i5
87.01715
87.017i5
87.01715
87.01715
87.017:5
87.017i5
87.01715
87.01715
87.01715
87.01715
87.01715
87.01715
87.01715
87.01715
87.01715
87.01715
87.01715
87.01715
87.01715
87.01715
MO
NH3-N
NH3-N
NI
N03-FI
P
PB
PH
RA-226
RA-226
SE
SO4
TDS
<
c
<
<
1,9900
0.1950
1 .9800
1,1200
0.2000
0.2000
0 .os00
0.0500
4.3900
9,2000
0.9000
4.0300
1.0000
39.1000
2825.0000
TH
U
0.0200
ZN
0.0170
0.4250
0.0430
v
ANALYSIS
AG
AS
EA
CD
CL
CN
CO
CR
CU
SYMBOL
<
<
<
<
F
FE
HG
<
MN
MO
NH3-N
NH3-N
NI
N03-N
P
PE
PH
<
<
<
RA-226
RA-226
SE
SO4
TDS
TH
ZN
RESULT
0.01GO
0.0500
0.05CO
0.osco
0.0500
0.6000
o.oio0
2.6000
0.0100
0.5500
0 . ozoo
13.5000
0.6330
2co. 0000
0.0020
10,7000
0.0020
4 . 1200
4.3700
1,2800
0.2000
0.2000
0.0500
4.4600
5.7400
21.5000
1.0000
37.3000
0 .a010
0 .a090
c
MG/L
UNITS
PCI/L
0.62CO PCI/G
1. oooc U G / ~
3 .go00 MG/L
2f!3.0OCO MG/L
0.10GO
MG/L
MG/L
UNCE27AINTY
UNITS
25a5.0000
U
V
MG/L
MG/L
0.1980 MG/L
0.1100 MG/L
a . 2000 MG/L
0.2OCO MG/L
0.0010
0.0020
O.O!OO
0.1930
0.50CC
O.OlC3
0.d o c 0
C.01CC
0.OEC.,
0.05C3
L.OGO0
a.o m
MG/L
MG)L
MG/L
MG/L
MG;/L
MG/L
M
C
/i
MGiL
UG/L
MG/L
23.OOCC MG/L
0.0023 M
G
l/
1.1009 MG/L
0.0010 MG/L
0.4120 MG/L
G . 4 3 i 0 MG/L
0.13CO MG/L
0.2OCO MG/L
0.2OCO MG/L
0.O5CO MG/L
O.lOC0 UNITS
0.8900 PCI/G
2.1000 PCI/L
1.0000 U G / L
3.7000 MG/L
259.0000 MG/L
0.0010 MG/L
0.0050 MG/L
0.01co MG/L
0.0190 MG/L
~
~~~~
A n a l y t i c a lr e s u l t sf o ra n i m a ls a m p l e s .
SAMPLE
FlUM
KANGAROO RATS
# 4 2 599
$43 699
ASH WT 6.79
ANALYSIS
SYMGOL
87.08317
87.083!7
87.08317
87.08317
87.08317
GSCAN
MSCAN
RA-226
TH
PE2OMYSCUS
$9 299
Zi711.59
$ 2 2 219
ASH WT 3.49
87.0e318
87.0e318
87.oe318
87.08318
87.08318
GSCAIi
MSCAN
~ ~ - 2 2 6
TH
SUNFISH
87.083 13 GSCAN
87.03319 MSCAN
87.08315 R A - 2 2 5
6009 WET WT
389 ASH WT
GULLHE9D
4719 WET WT
149 ASH WT
U
U
RESULT
0.0000
UNITS
0 . ocoo
no e l e v a t e dm e t a l so b s ~.~~
erved
2.8800
1.0300 PC I/G
1.3980
0.1400 UG/G
1.8830
0.1830
UG/G
~
0.0000
0 .oooo
no e l e v a t e dm e t a l so b s e r v e d
4.0000
1.9700
PCI/G
1.6090
0.1610
UG/G
3.7010
0.3700
UG/G
0.0000
0.0000
no e l e v a t e dm e t a l so b s e r v e d
1.7700
O.a430 PCI/G
0.2450
0 . 0 2 5 0 UG/G
1.0250 ,
0.1030 UG/G
0.0000
87.08:iS
67.0E320
87.0832O
87.08320
UNCERTAINTY
0 . OCCO
MSCAH
N G e l e v a t e dm e t a l so b s e r v e d
RA-2Z6
2.8100
0.2300
0.0230
5.8040
TH
U
0.5530
0.5800
PCI/G
UG/G
UG/G
The samplesweredryashedat
450 d a g C t o c o n s t a n tw e i g h t , and
a l i q u o t sw e r et a k e nf o rt h ei n d i v i d u a la n a l y s e s
from t h ea s h .
The e n t i r e
animal was a s h e df o rt h er a t s
on t h ea s s u m p t i o nt h a ta n y t h i n :t h a ta t e
a rat
wouldconsume
a l l o f i t . The h e a d sa n di n t e s t i n e so ft h ef i s hw e r e
removed on
t h ea s s u m p t i o n x h a t people m i c h t consume the f i s h .
The GSCAti r e s u l t sa r ea t t a c h e d
on s e p a r a t ar e p o r t s .
i
r
!
I
i
i
I
I
I
!
I
I
I
I
I
1
I
I
I
I
!
!
I
!
!
I
i
:
I
!
i
I
i
I
i
I
I
L
0
0
0
0
0
0
.
I
d
0
0
0
0
.
I
0
0
.
.
.
I
OOOT
X
.-I
0
SINP33
0
LL
w
m
2
3
Z
I
I
i
0
0
0
0
k
"
A
0
0
2
0
0
0
0
l
0
0
0
0
0
4:
0
0
, , I
-L
0
0
4-.
e
SINn733
0
0
X
2
OOOZ
0
0
d
0
0001; X
E:
SINP33
0
0
.i ....' .
....
I-
,.!
!.
.
.- i
: ..:A.
:
.r
"
.
-_=
..
233
SEltVICES.
HEX I1;O '
4.
5.
6.
7.
7!
'n
8.
9.
1
I
I !
8.
9.
I*
\
TO
5
Y
.
.
h
"
m
Watersanpleanalysesfor
La Gajada Mine Pit. S x p l e 87.01708 i s a s u r f a c e
and e7.01716 i s t h e f i l t r a t e
watersample, 87.01709 a deepwatersample.
s o l u t i c n from t h e three sedimentsamples 87.01713-1315.
SYMBOL
RUEtSi CU5L3TTUANi EI Tl TS' f
87.C1708 A G
87.0i708 A L
87.01708 A S
87.01708 B
87.01708 BA
8i.Oi708 CO
87.0!708 C L
87.01708 CN
<
8 i . 0 1 7 0 8 CR
87.017C8 CU
<
0.0500
0,1900
0.0500
0.2000
0.5000
0.0100
52.0000
0.0000
0.0500
1.0000
5.6000
1.5000
0.9000
4.5000
0.0500
0.0000
0.0000
0.0500
0.2000
0.2000
0.0500
3.6200
0.2100
1.7000
20 1 .OGOG
64~.0000
0.2C)C9
0.2000
0.05:o
0 . iOC0
O.O2!G
i . OCOC
2'3.0000
55.0000
0.0100
0.0120
0.0 100
0.0010
0.0500
3.0000
0.05CO
2.0000
87.01708 co
87.01703 F
83.01703 HG
8.; . 01708 MN
87.01709 MO
8i.O!7C8 N H Z - N
37.01703 N H 3 - N
8 7 . 0 1 7 0 8 EiI
8i.Oi708 N 0 3 - N
87.01703 P
<
c
<
<
~~
<
8 7 . 9 1 i C 8 ?B
87.01709 TH
87.01798 U
87.0!708 V
87.01709 Z N
S>Y?FLE
A NNAUSLMY M
S IGSO L
87.01709 A G
27.0!7C9 P.L
E 7 . 0 ! 7 2 ? A,:
S7.01709 6
0.0500
MG/L
O.IOOO MG/L
0.0500
0.1000
0.5ooc
0.0100
5 . OOCC
0.0100
0.0500
1.0000
0.6~00
0.3000
0.2GCC
2 .ace0
0 . G5OO
0 . OdOO
0.o.'co
0.05GC
MG/L
HG/L
MG/L
MG/L
MG/L
MG/L
MG/L
UG/L
UG)i
MG/L
UG/L
Ui/L
MG/L
MG/L
f!G/L
MG/L
MG/L
M</i
X/L
UNITS
PCI/L
UG/L
MG/L
MG/L
MG/L
MG/L
MG/L
UG/L
~~
R E SUUi Li CT E ? T A IUNNT IYT S
<
c
87.01709 Ba
<
87.017C9 CO
87.01709 C L
8;.01709 CN
87.01709 CO
87.0170: CR
87.017C; CU
87.01709 F
<
0.0500
0.3500
G . 0550
0.2ooc
0.5000
0.0100
53 .oooo
0.0000
<
c
0.0550
1.0000
3.OOC3
1,5000
0.0500 MG/L
0.1000 MG/L
iJ.o-t:c i!c;/?
0.10m MG/L
MG/L
MG/L
MG/L
MG/L
0.0500 MG/L
1.0000 U G / L
0.3030 U G / L
0,3000 MG/L
0.5000
0.0100
6 . OOCO
0.0100
!
Data Source 12. Memorandum from John M. Andrews, Jr., Environmental Scientist,
Albuquerque District Mining Office,USFS. concerning surface reclamation of site with attached
water analyses.
FILE
24
COPY
Suname
D i s t z i c z 2:ininq O f f i c e
500 C-olJ- Avenue, S . Y . , ioor;! ii6
AlhqierTJe, ? k w :!exico
97103
n
CuS70MEil
ATTENTION
ADDRESS
Albuquerque Discri
t!ininS O f f i c e
John Adrevs
500 Gold Avenue SV Room 116
a b u q u e r q u e , Kew Mexico 87102
CITY
5.0. N O
7914 (E-504)
Radiochemicalanalyses
of vater s m p l e s .
57530
T Y P E OF lltAL"510
Dare
Collecrec
Type of
Analysis
610
0.022
0.4-0.2
<0.01
<O.Ol
<o. 01
35cc
950
0.056
0.7tO.L
<0.01
0.01
c0.01
f
By Fluoro2erric nethod.
-1
-7-
I ICAI.- MI'TIIOI)
tJS1:l) ....
..
-ANA1.Y
. ....... .. . . . . . . .....
..
1
Chronlium
0.05
Lead
0.05
Mercury
0.002
Seleniunl
0.01
Silver
0.05
Nitrate (as N)
10.0
Endrin
0.0002
Lindane
0.0011
Metlloxyclllor
0.1
Toxaphene
0.005
MDOAnl.,
EPA Cincinnati 1973
0.1
-2, 4-D
2, 4, 5-TP (Silvex)
Flkroride
Anrwal Ave. of Max. Air Ternn.
53.8
IO
58.3
58.4 I o 63.8
63.9 to 70.6
70.7 l o 79.2
79.3
lo 90.5
SLO 702.
30.5W.O
OlmlboMls
700.0
Calcium
7 5 . MO.0
Carbonate
350.0
Clllorlrle
750.0
Calor
15 Unltr
Odor
3 Unlll
Concluclonce
1.000 Mlcrornl~os
125.0
0.05
12.0 b balow
2.4
Electrode Method
12.1 10 14.6
2.2
14.7 lo 17.G
EPA Mctl~c~tls
1976
17.7 l o 21.4
2.0
1.8
21.5 l o 26.2
1.G
26.3 lo 32.5
1.4.
Slrla 7 llovtrcd 4i70
Alkolinlly
0.3
I
"I
mglLlTER
250
0.01
Cellllll
53.7 & below
PARAMETER
0.0-8.5
1,000
700.0
250.0
1 . 5 T.U.
2Y 6
1-
N A T I O N A L FOREST
CHEMICAL,PHYSICAL,AND BACTERIOLOGICAL ANALYSIS
FOR W A T E R S A M P L E S
!.I
"
STORET
II/DEPTH
Remarks
Collocllon Dale ( Y , M , D l
Callacllon Tlmt
(Mllllary)
"C Alr Tmporolurc
P20
Walcr Tmyoraturc
P IO
Callons
mg/l
mq/l
' 1.A l l .?
Flow
Anlonl
mg/l
C o l l e c t e d By
$,
Dole of Anulysls
PGI
mq/l
Paramclar
mg/l
Poromatar
Analyslc By
J
mall
Poromcltr
mg/l
Porametsr
mqll
IIEAVY
"
.
01145
1
HEAVY
"
IMETALS
"
..
"
....
. .
..
..
..
..
..
. .
..
39740
2 . 4. 5-TP
..
~5ll"OXI
. .
1
..
_.
..
. .-.
"
LABORATORYREMARKS:
01075
' I: '
I
..
..
. .
_ .
. .
.
..
..
. .
. ..
._
01075
._
I
1
,
.
"
0:
0..
-.
.
I
I)-
for WATER SAMPLE
1
ANALYS
TYPE
I S 01 C I I E M I C A L
. . .
_I___*
..
...~ ~ I Y
SICAL
.........
I
"
-
39390
E"U,l"
39740
2. 4 , 5 . r ~
(Sllvax)
"
I
I
I"
..
hn-1'
LAOORATORY REMARKS:
I
.
Data Source 13. La Bajada Quarry Fishery Investigationby Donald A. Duff, Wildlife
Management Biologist and L. Eric Silvers, Hydrologist dated March 19, 1970, USFS.
UNITED
STATES
DEFARTMENT
OF
FOREST SERVICE
AGRICULTURE
;/:
Sanca Fe ?TF
REPLY TO: 2620
PLX?SI?ic
W A E % USES
2540
SUBJECT:
>!arch 19, 1970
'
La Sajada Q u a r r yF i s h e r yI n v e s t i g a c i o n
F o r e s cS u p e r v i s o r and
70: TesuqueDiscriccRanger
A 5 y o u rr e q u e s ts u b j e c ci n v e s c i g a c i o n
was conducted on February
2 0 , 1 9 7 0 , w i c h t h e a s s i s t a n c e o f Bob W a g e n f e h r ,T e s u q u eD i s t r i c t .
The survey was made t o d e t e r m i n e t h e f e a s i b i l i r ~ of u c i l i z i n g
c h eq c a r r ya s
a r e c r e a c i o n a lf i s h e r y s i c e .
La S a j a d a Quarr:;, an o l d uraniummine,
i s l o c a t e d .a p ? r o x i a a e e l y
2 a i i e s u p s c r e a n on the S i n c a ? eR i v e rf r o nF o r e s t
Road S o . 2 2
c r o s s i n g of t h e r i v e r a: L a 3a;ad.a H i l l . The q u a r r y i s s i c u a t s d
on = h e n o r t h bank a 5 ~ u . 1103 feet frsm c3.e Sanca ? eJ i v e r .
The
r c c* e r l e v e l of eke quarr:: i s a ? ? r 3 1 i ~ a c e l : 13
~ f e e : belowche
g r x 7 . d wacer level of che r i v e r , w h i c h p r c ~ b a S ? ye u ? l z L n st h e
e x i s z e n c e of 2 perzane7.c bo*:; of w B t 2 T i:: c3.e q u a r r y of abouz
1% a c r e s .T h e r e
has been no acrLvemining
work a i c i s size s i n c e
~"
1967.
A *e?zh p r o f i l e of thequarr:irevealed.
2 :.a:tiztun d e ? t h of U f e e c ,
v i c h an a v e r a g e de?:% of a b o u t 1 5 f e e c . On a l i s i d e s of t h eq u a r r y
:he bank w a i l s d r o p vertically q u i z e r e p i d l y eo mixirun de?ch
levels.
SCL'DA d i v i n g g e r r was used i o o b s e r v e und.er.iacer e c o l o s i c cor.d i t i o n s and eo g a c h e r b o c c o n s a a p l e znd wz:er q u a l i e ) - s a n p l e s .
The g e n e r a la p p e z r a n c e o f t h e s u r f a c e w a c e r was a d u l l g r e e n i s h
che s i d e s of chebanks.
c o l o r , wich a l g a ed e p o s i c sg r o w i n ga l o n g
S u r f a c ew a c e rt e m p e r a c u r e
was 4 j ° F . w h i l e a c 44 f e e c d e p t h t h e
0
c e n p e r a t u r e was 40 F.UndezGater
v i s i b i l i c y was lirniced to 3-5
f e e c . No f i s hw e r eo b s e r v e dd u r i n sc h eu n d e r , a c e rs u r v e y ,
however,
"waterdogs", t h e t i g e r s a l a n a n c e r , Anbysca32 c i g r i n u m ,v e r ao b s e r v e d
i n noderace abundance i n s L z e s up t o 10 i n c h e s i n lecgth..
:To u n d e r w a t e r v e g e t a t i o n was p r e s e n t on t h e q u a r r y botcomwhich
of boczom
c a n s i s t e do fc h i c k
muck 1 - 2 feerr i n d e g t h .A n a l y s i s
s a x p l e sr e v e a l e d no a5x.dzr.c a q u z t i co r g - s c i s n sn e c e s s a r y
eo s u s t a i n
fist..
D i p c a r al a r v a ex e r et h eo n l yO r d e rp r e s e n c ,c m s i s c i n g
05
T e n d i p e d i d i a e( m i d g e s )
and C u l k i d a e( m o s q u i t o s ) .
.
'
'
n
L
AnalysLsof
t h ew a c e rq u a l i t y
sanples i n d i c a c e dh i g hl e v e l s
of total
d i s s o l v e ds o l i d s ,n i t r a t e s ,s u l f a t e s ,p h o s p h a c e s ,
anddissol.Jed
waters w i t h t h e s el e v e l s b u t would
o q g e n .F i s hc o u l ds u r v i v ei n
n o t d e v e l o p i n t o a p e r ~ ~ a n e n t f i s h e q u n l e s s s t o c k e d r e g u l a r l y on
a put-and-take basis.
The s u l f a t e r e a d i n g of 298 ppm ,.<auld be a l i n i c i n g f a c t o r i n t h e
s u c c e s s f u le s t a b l i s h n e n ta n dg r o w t ho fa q u a t i co r g a n i s m sn e c e s s a r y
f o r f i s h food.
Thephosphacereading
of 0 . 2 5 p p n , t h eo b s e r v e dg r e e n i s hc o l o ro f
t h e w a t e r and a l g a eg r o w t h s ,a n dt h eh i g hd i s s o l v e do x y g e nl e v e l
14 ppm i n d i c a r e s a h i g h r a t e oforganicdecompositionandphotosynthesis
of planktonorganisaswhich
g o i n go n .T h i si n d i c a t e st h ep r e s e n c e s
would be a l i m i t i n g f a c t o r d u r i n g s u m e r p e r i o d s
when e x c e s s i v e
plank:onblooms
c o u l dc a u s e 2 t o t a l f i s h k i l l .
The h i g h t s t a l d i s s o l v e d
s o l i d (TDS) l e v e l of 570 ?pn i s w i t h i nt h e
l i o i t s t o l e r a b l e co f i s h b u t i n d i c a t e
2 h i g hc o n c e n t r a c i o no fs a l t s .
is a c l o s e db a s i n , w i t h no o u t l e t o r i n l a c , t h e
S i n c et h eq u a r r y
p o s s i b l l i c y e s i s i s tS2t Gjich chepassage of :ixethe
wacer may become
h i g h a r ir. TDS d u e t o e v a p o r a i i o n .
on a
T r o u t OK v a r a water f i s h s p a c i e s c o u l d b e s t o c k e d i n t h e q u a r r y
p u c - a n 6 - c a k eb a s i s ,b u ts i n c et h eq u a r r y
i s o f snail s i z e : s a t e o r
federalstxkingrates
for chis s i z e impound7.entwould n o t be s u f f i -.
c i e n t to n a i n t a i n a c a t c h a b l er l s h e r : ;t o
meer t h e f i s h i n g p r e s s u r e .
S i n c et h eq u a r r y
i s r e a d i l : ~ a c c e s s i b l e to t n ep u b l i cc c n s i d e r a b l e
a d a s t o c k i n sp r o g r a m would b e needed
p r e s s u r ec o u l db er e a l i z e d
constantly.
Sincetkeispoundment
is a q u a r r y s i t e , 2 c o n s i d e r a b l e amount of
improvenencswouldprobablybenecessary
t o m a i n t a i np u b l i cs a f e t y ,
s i n c es t e e ps i d e d ,s l o u g n i n g ,
bank a r ep r e s e n t .
The s h a r p d r o p o f f
from shallow to deep water would
also p r o v i d e a hazard f o r drowning
f o r wading people.
Before any t:rpe r e c r e a t i o n a l a c t i v i t y is d e s i g n a t e d f o r t h i s a r e a ,
a complete s u r v e y f a r r a d i o a c t i v i t y s h o u l d b e a c c o m p l i s h e d f r o m
s u r r o u n d i n gs u r f a c e and bortom s o i l s . R a d i o - a c t i v i t yc o u l db e
a
at t h i s s i t e , s i n c e
i t was o r l g i n a l l y 2
p o s s i b l es a f e t yh a z a r d
uranium s i n e .
O n J u l y 2 8 , 1968, a s u b s t a n t i a l flood o c c u r r e d on the S a n t a Fz R i v e r ,
limits of S a n t a Fe.
w i t h che r e c o r df l o w so f
6110 c f s w i t h i n t h e c i t y
An e s c i n a t e d 50% o f t h i s f l o w
o r 3000 c f s ,r e a c h e dt h e
L a Bajada
Q u a r r ys i t e .F l o w so ft h i sm a g n i c u d e
and g r e a c e rc a nb ee x p e c t e d
commonly on the l o w e r reaches o f theSancaFeRiver.Suchflows
would s e r i o u s l y damage t h eq u a r r y s i c e , d e b r i s andsedimencdeposit i o n and c u t t i n ga c t i o na r o u n dt h eq u a r r y
w a l l s . B e f o r ea n yr e c r e a - .
of f l o o d damages
t i o n improvements are c o n s i 6 e r e d c h e p o s s i b i l i t y
must be e v a l u a t e d .
A sample o f w a t e r was a l s o t a k e n a t t h e new U.S.G.S. g a g i n g s t a t i o n
s i c el o c a t e d on p r i v a c e l a n d in S e c . 9 , T l 5 X , R 7 E . T h ea n a l y s i s
i s s c r o n g l y a f f e c t e d bysewage
e f f l u e n t f r o m che
i n d i c a t e st h ef l o w
c i t y of S a n t aF e ' st r e a c m e n t
p l a n e , which i s l o c a t e da p p r o x i m a c e l y
1 2m i l e su p s t r e a m .H i g hc h l o r i d e ,d e t e r g e n c s ,n i t r a t e ,o r c b o
phosphates,coliformcoloniesandfecalcolifornreadings
are key
i n d i c a t o r so ft h i si n f l u e n c e .
Phocogrzphsof
t h ea r e a ,a l o n gw i t hc o p i e s
of an area m a p , and water
que1it:r a d b a c c e r i o l o g i c d z z z s h e e t s a r e a t t a c h e d f o r y o u r i n f o r a a ccon.
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