The Chemical Composition of Representative Arizona Waters
Item Type text; Book
Authors Smith, H. V.; Caster, A. B.; Fuller, W. H.; Breazale, E. L.; Draper, George
Publisher College of Agriculture, University of Arizona (Tucson, AZ)
Download date 01/10/2021 06:34:32
Link to Item http://hdl.handle.net/10150/212507 Bulletin 225 November 1949 1tuiurrMtj of Arizrnta &xtlitin DEPARTMENT OF AGRICULTURE
THE CHEMICAL COMPOSITION OF REPRESENTATIVE ARIZONA WATERS
Agricultural Experiment Station University of Arizona, Tucson ORGANIZATION
Board of Regents Dan E. Garvey (ex officio) Governor of Arizona Marion L. Brooks, B.S., M.A. (ex officio) State Superintendent of Public Instruction W. R. Ellsworth, President Term Expires Jan., 1951 Samuel H. Morris, A.B., J.D Term Expires Jan., 1951 Cleon T. Knapp, LL.B Term Expires Jan., 1953 John M. Scott Term Expires Jan., 1953 Walter R. Bimson, Treasurer Term Expires Jan., 1955 Lynn M. Laney, B.S., J.D., Secretary Term Expires Jan., 1955 John G. Babbitt, B.S Term Expires Jan., 1957 Michaèl B. Hodges Term Expires Jan., 1957 James Byron McCormick, S.J.D., LLD President of the University Robert L. Nugent, Ph.D Vice -President of the University
Experiment Station Staff Paul S. Burgess, Ph.D Director Ralph S. Hawkins, Ph.D Vice- Director
Department of Agricultural Chemistry and Soils William T. McGeorge, M.S Agricultural Chemist Theophil F. Buehrer, Ph.D Physical Chemist Howard V. Smith, M.S Associate Agricultural Chemist Wallace H. Fuller, Ph.D Associate Biochemist George E. Draper, M.S Assistant Agricultural Chemist (Phoenix) Edward L. Breazeale, M.S Assistant Agricultural Chemist Logan Brimhall, B.S Assistant Agricultural Chemist (Phoenix) Bulletin 225 November 1949 litttvrrxstty of Arizona Vutir#tn DEPARTMENT OF AGRICULTURE
THE CHEMICAL COMPOSITION OF REPRESENTATIVE ARIZONA WATERS
Agricultural Experiment Station University of Arizona, Tucson TABLE OF CONTENTS
Page
INTRODUCTION 1
PRINCIPAL DRAINAGE AREAS IN ARIZONA 15
GENERAL ANALYSES OF ARIZONA WATERS 16
THE FLUORINE CONTENT OF CERTAIN ARIZONA WATERS 52
BORON CONTENT OF SELECTED ARIZONA WATERS 72
THE NITRATE CONTENT OF SELECTED ARIZONA WATERS 74 THE CHEPdIICAL COMPOSITION OF REPRESENTATIVE ARIZONA WATERS
H.V. Smith, A.B. Caster, W.H. Fuller, E.L. Breazeale, and George Draper
INTRODUCTION The water analyses given in this bulletin have been se- lected from a list of many thousand samples analyzed in the Agri - 1 cultural Experiment Station during the past twenty years. The analyses are being made available in this form to supply the de- mand for information on the quality of irrigation, municipal and domestic water supplies in the state.
The waters are listed alphabetically according to the com- munity or town from which they were sampled. This method of ar- rangement, coupled with a listing according to location within river drainages (Fig. 1), makes the analyses easily accessible either by individual communities or by river drainages.
ANALYTICAL METHODS The waters were analyzed for calcium and Magnesium by titra- tion with a standard soap solution. Chlorides were titrated with a standard silver nitrate solution. Sulfates were determined turbidimetrically after precipitation with barium chloride.
Carbonates and bicarbonates were titrated with standard acid.
Fluorine was determined by the Scott modification of the Sanchis method.Nitrates were determined by the phenol -disulfonic acid method and boron titrated with NaOH in the presence of mannite.
Sodium was calculated by difference. Hardness was calculated as grains per gallon of calcium carbonate from the calcium and mag- nesium content of the waters.The sodium:calcium ratio was calculated by dividing the concentration of sodium by the calcium present.
1. Most of the waters reported here were submitted by well owners, members of the staff of the Experiment Station, the Extension Service, or the Soil Conservation Service. 2 Experiment Station Bulletin No. 225
INTERPRETATION AND SIGNIFICANCE OF ANALYSES Waters which may be considered to be good domestic waters may be very poor irrigation waters, so standards for each are 1 set up separately.According to McGeorge, the following values may be used in classifying domestic waters.
DOMESTIC WATERS Desirable qualities in domestic waters are freedom from taste, freedom from excessive hardness, and freedom from an ex- cessive concentration of fluorine.
Salt content: The presence of 700 to 1000 p.p.m. or more of salt in water makes the water unpalatable and therefore ob- jectionable to taste. For the normal individual there is no harm in drinking water containing 2000 p.p.m. of salts, al- though this is not to be recommended as a permanent practice.
Hardness: Hardness is a quality imparted to waters by the presence of calcium and magnesium. Water which is hard due to calcium combined with bicarbonates can be softened by boiling.
This is called "temporary hardness." When calcium is combined with sulfates, the resulting hardness is known as "permanent hardness." Such waters cannot be softened by boiling. Water which is temporarily or permanently hard may be softened by use of a zeolite softener or by other chemical means. The effi- ciency of some of the new detergents on the market is not affected by the hardness of the water. Degrees of hardness are expressed in the following table:
1. McGeorge, W;T.- Interpretation of Water Analyses. Univer- sity of Arizona, Extension Circular 107. 1940. Chemical Composition of Arizona Waters 3
TABLE 1.Relative Hardness of Waters
Hardness Relative g.p.g. hardness
0.0 - 4.5 Soft 4.5 - 9.0 Fairly hard 9.0 + Hard
Fluorine: The fluorine count of potable waters is very im- portant.Amounts up to 0.8 p.p.m. seem to harden the teeth and make them more resistant to decay. On the other hand, if chil- dren drink water containing möre than 0.8 p.p.m. during the time of formation of their permanent teeth, mottled enamel will result. The severity of mottling is dependent upon the amount present as shown in Table 2:
LE 2. Severity of Mottled Enamel Produced by ..rying Amounts of Fluorine in Drinking Waterl
Amount of fluorine Severity of p.p.m. mottling
0.0- 0.8 None 0.9- 1.3 Mild 1.4- 2.0 Moderate 2.1- 3.0 Moderately severe 3.1or over Severe
Nitrates: In humid regions the presence of nitrates in water is indicative of pollution, but in arid regions their source may be nitrate mineral or from symbiotic or nonsymbiotic nitrogen fixation. It has been suggested that an excess of nitrates in water causes an incidence of "blue babies."This relationship has not been proved in Arizona where, in some in- stances, well waters are used which contain in excess of 300 p.p.m. of nitrates.
1. Smith, H.V. and Smith, M.C.Prevent Mottled Teeth. University of Arizona, Extension Folder W -43. 1945. 4 Experiment Station Bulletin No. 225
IRRIGATION WATERS A good irrigation water, from the standpoint of salt con- tent, is one which is low in salts.It is difficult to classify waters on the basis of salt content alone because the combina- tions of salt which occur are fully as important as the total amount present. Other factors, such as the kind of plant grown and the texture of the soil, must be considered when evaluating the quality of irrigation water. The United States Regional
Salinity Laboratory, Riverside,California) has setup the fol- lowing criteria for quality based on salt content.
TABLE 3. Quality of Irrigation Water
Salt content p.p.m. Quality
0 - 600 Excellent to good 600 - 2000 Good to injurious over 2000 Injurious to unsatisfactory
Calcium, magnesium and sodium: Hard waters are preferred over soft ones for irrigation. To be classed as suitable, waters should contain more calcium and magnesium than sodium.
Such waters have a favorable effect upon the structure of the soil. If sodium predominates over calcium and magnesium, the water will have an adverse physical effect upon the soil. Structure, aeration, and water penetration will be poor and crop growth will be restricted. Table 4 relates the ratio of calcium and magnesium in water to the total bases present as a measure of their quality or suit- ability for use for irrigation.
1. Richards, L.A. The Diagnosis and Improvement of Saline and Alkali Soils. U.S. Regional Salinity Laboratory. 1947. Chemical Composition of Arizona Waters 5
TABLE 4. Quality of Irrigation Water Based on the Ratio of Calcium and Magnesium to Total Bases
Ca + Mg % Na Quality More than 50% Less than 50% Satisfactory 35 - 50% 50 - 65% Doubtful Less than 35% More than 65% Poor
With these values as a guide and knowing the texture of the
soil as well as the crop to be grown, a fair appraisal of the
quality of water may be made. Another method of calculating the quality of water from the
standpoint of sodium and calcium content is to calculate the
sodium:calcium ratio. In this bulletin the ratio is obtained by dividing the amount of sodium in parts per million by the parts
per million of calcium present. A ratio greater than 1.0 indi- cates a preponderance of sodium and therefore an undesirable water. If the soil is well supplied with calcium which slowly becomes available, the sodium:calcium ratio might conceivably be
greater than 1.0 without injury to the soil.
Chlorides and sulfates: An unfavorable salt effect upon the
plant is noted when water containing excessive amounts of
chlorides and sulfates is used for irrigation. Sulfates are
only about half as toxic as chlorides1 on the basis of equiva- lent concentrations expressed in p.p.m., but equally toxic in
equal osmotic concentrations. Table 5 gives the range in concen- tration for these two ions permissible in each of the three
grades of irrigation water.
1. See reference #1 p. 2 and reference #1 p. 4. 6 Experiment Station Bulletin No. 225
TABLE 5. Classification of Waters with Respect to Chloride and Sulfate Content
Concentration p.p.m. Quality
0 -175 chlorides; 0- 350 sulfates Good
179 -290 " ; 350 -600 tt Fair
over 290 " ; over 600 " Poor
Bicarbonates and carbonates: Bicarbonates are less toxic than chlorides or sulfates.The chief difficulty of using bi- carbonate waters for irrigation lies in the fact that if carbon dioxide and water are lost, there is a conversion to the toxic normal carbonate. The presence of carbonates is an indi- cation of the so- called "black alkali" in the water.
Nitrates: Many Arizona waters carry relatively high con- centrations of nitrates. When these waters are used for irri- gation it is likely that the nitrogen which they contain is utilized by crops. If a water contains 10 p.p.m. of nitrogen in the form of nitrate, each acre -foot of water applied will add the equivalent of 128 pounds of ammonium sulfate to each acre of soil.
Boron: It has been shown that boron is an essential plant food element. However, if the concentration becomes too great, toxicity occurs. The amount of boron permitted in irrigation water depends upon the tolerance of the crop to which it is sup- plied. Citrus shows toxicity symptoms when irrigated with water containing 0.5 p.p.m. of boron, but alfalfa does not show these symptoms until a concentration of about 3.0 p.p.m. of boron is reached. There are very few waters in Arizona which contain excessive concentrations of boron.1
1. Smith, H.V. Boron as a Factor in Arizona's Agriculture. University of Arizona, Agric. Exp. Sta. Tech. Bull. 118. 1949 Chemical Composition of Arizona Waters 7
DRAINAGE AREAS
Arizona has primarily twb drainage areas. The first and smallest drains the lower Sulfur Spring Valley through the White - water. draw. to the Yaqui river of Mexico. The upper Sulfur
Spring Valley drains into the Willcox playa, a large alkali
basin without outlet, near the town of Willcox. The rest of the
state is drained by the Colorado river and its tributaries.
THE SULFUR SPRING VALLEY
The Sulfur Spring Valley extends northwest from Douglas,
which is on the international boundary between Arizona and
Mexico, to a point several miles north of Willcox, a distance of
approximately 75 miles. The Valley, which averages about 20 miles in width, is bordered on both east and west by mountains
which contribute water to the underground supply. Most of the irrigation is done on lands where groundwater can be found within
100 feet of the surface. Since 1940 when Rural Electrification power became available, there has been a great increase in the
amount of underground water pumped in the Valley. Some of the
wells in the Willcox basin are artesian. Most of the wells, ex- cept those close to the playa, are satisfactory for irrigation
purposes, since as a rule they contain less than 1000 p.p.m. of
salts, are relatively hard, and have a Na:Ca ratio of less than
1.0. When considered from the domestic point of view, some of the waters are hard while others contain excessive amounts of
fluorine. The waters in the Whitewater drainage area are similar in
character to those in the Willcox basin. Most are satisfactorily
low in salts, some have excessive amounts of fluorine, and
others have excessively high Na:Ca ratios.Fluorine concentra- tions seem to occur close to the Whitewater draw rather than in
the valley fill at a distance from the draw. Experiment Station Bulletin No. 225
COLORADO RIVER DRAINAGE Gila Valley: This valley is' naturally divided into three parts. The upper Gila extends from the headwaters to the San
Carlos Dam site. The middle Gila extends from the San Carlos ]am to the Gillespie Dam; andthelower Gila from Gillespie Dam to the Colorado river. Since most of the side streams entering the Gila river now have dams constructed in them, there is less water in the main stream thanformerlyand fewer floods. Debris in the channel in the upper Gila diverted water,which caused disastrous floods at Duncan in 1941. Water seldom flows in the main channel of the lower Gila, but in 1940 heavy rains in the upper watershed caused floods to spreadwidely over the bottom lands. The channel in some places is poorly defined, and in others choked with a heavy growth of salt cedar. Both factors contribute to the spreading of the water. Agriculturalcenters in the upper Gila Valley include, among others, Franklin, Duncan,Solomonville, Safford, Thatcher, Central, Pima, Glenbar, Ashurst, and Ft. Thomas. Some of the water used for irrigation is diverted from the Gilariver while some is pumped from wells or flowsby artesian pressure. River water is of variable quality, depending upon its sourceand the season of the year. Most well waters are excessivelyhighin salts and have a high Na :Ca ratio, so their qualityis generally regarded as poor for either domestic or irrigation purposes. In addition, the majority of the waterscontainexcessive concen- trations of fluorine. The city of Safford and adjoining com- munities have a very satisfactory water supply,obtained by developing springs in Bonita Canyon andinstalling aninfiltra- tion gallery to collect the water.
Some of the communities in the middle Gila area areHayden,
Winkleman, Kelvin, Florence, Coolidge, Sacaton, Komatke, Chemical Composition of Arizona Waters 9
Laveen, Liberty, Buckeye, Palo Verde, Hassayampa, and Arlington.
There is some blending of waters with a consequent change in quality where streams such as the San Pedro, Salt or Hassayampa rivers and the Gila river converge. In general the salt con- tent of the underground waters is lower in the middle Gila
Valley than in the upper Gila Valley.As a rule, the upper Gila waters are hard, have an unfavorable Na:Ca ratio, and contain toxic concentrations of fluorine.
Gila Bend, Roll, Wellton, and the north and south Gila districts are the more populated areas in the lower Gila area.
The waters in this area as a general rule are high in soluble salts; they are very hard, have a high Na:Ca ratio and an exces- sive amount of fluorine. The salts in the well water used for irrigation in the Roll district are so high that only the most tolerant crops can be grown. A large increase in acreage farmed in this area is expected when Colorado river waters replace the present pump supply.
Tributaries of the Gila: The Blue and San Francisco rivers drain the mountainous country near Clifton. Because of the na- ture of the country drained by these streams, the salt content of the waters is low. Eagle Creek joins the Gila river from the north a few miles below Clifton.
The San Simon Valley is drained by the San Simon creek.
The creek has its origin near Portal at the northeast side of the Chiricahua Mountains and flows into the Gila near Solomon - ville. San Simon and Bowie are the two largest settlements in the area. The waters in the vicinity of Bowie are soft, have a low soluble salt content and a low fluorine content. In the vicinity of San Simon the waters are uniformly low in salt, have a high sodium:calcium ratio and a high fluorine content. 10 Experiment Station Bulletin No. 225
The San Carlos river flows into the San Carlos reservoir and for a distance forms the northern arm of the San Carlos reservoir. No water samples have been collected from this area.
The San Pedro river is an important tributary to the Gila river. It rises in Cochise county and flows northward through
Lewis Springs, Fairbanks, Benson, St. David, Cascabel, Mammoth,
Feldman, and Winkleman. No permanent diversions for water have been built so the irrigated agriculture is not on a sound basis, since the temporary diversions wash out in each period of high water. The waters in this valley are especially low in soluble salts; they are soft, but usually contain excessive amounts of fluorine. It was at St. David where the relationship between fluorine and mottled enamel' was discovered. It is interesting to note that the waters at Benson and St. David are both artes5an
in nature, yet the Benson water is relatively free from fluorine while the St. David waters are so high in fluorine as to cause
severe mottled enamel. The St. David school has the distinc- tion of being the first school in the United States to install a bone filter2 for the removal of fluorine from their drinking water. The Ajo school has the first filter capable of being regenerated in place. An investigation at Pomerene has shown
shallow wells to be relatively free from fluorine while the deep wells contain high concentrations. The Aravaipa is a tributary of the San Pedro and drains the territory in western Graham county. The waters here are
1. Smith, M.C., Lantz, E.M. and Smith, H.V. The Cause of Mottled Enamel. University of Arizona, Agr. Exp. Sta. Bul. 32. 1931. 2. Smith, H.V. and Davey, W.B. The Bone Filter for Removing Fluorine from Drinking Water. University of Arizona, Agr. Exp. Sta. Bul. 81. 1939. Chemical Composition of Arizona Waters 11 extremely low in salts, are low in fluorine, and have a satis- factory Na:Ca ratio.
Salt River and its tributaries:From the standpoint of population density this area is the most important in the state.
Large urban, suburban, and rural populations are supported here.
The Salt river is the result of the union of the White and Black rivers, both of which rise in the White Mountains. Roosevelt
Dam, which was built on the stream just below the point where
Tonto Creek joins it, impounds water for the highly successful
Salt River Valley Project. The quality of water in the Salt river is good, as is that of the Verde which joins the Salt above Granite Reef Dam. The amount of gravity water available from the Salt river is not sufficient to meet the requirements of the project, so this supply is supplemented with groundwater pumped from various wells throughout the valley. The quality of the pumped water is not as good as the gravity water, but by skillful blending of the two, water of good quality is supplied to all parts of the project.These irrigation wells serve also as drainage wells. In the lower parts of the valley, these wells have lowered excessively high water tables as well as reduced the salinity of the soil. Phoenix, the state capital, is the largest city in the area.
It secures water by means of an infiltration gallery in the Verde river, three wells at Scottsdale, and four wells in the Phoenix city limits. Some of the suburban area near Phoenix is also provided with this supply, although most generally small, privately -owned water utilities serve the outlying districts.
The Verde river supply is quite satisfactory for domestic uses since it is low in soluble salts and fluorides. Its chief drawback is its hardness. Other towns and cities in the Salt River Valley have their own local water supplies. By tapping 12 Experiment Station Bulletin No. 225
1 the lower water strata, most of these towns have avoided the upper strata which is often dangerously high in fluorine. The underground water in the New and Agua Fria river drainages, as
judged from analyses of water at Peoria and Marinette, is of good quality for domestic and irrigation purposes. It is low in total salts and fluorine. It is classed as hard, so would be less desirable than a softer water for domestic purposes. Some
of the waters have an unfavorable Na:Ca ratio when considered from the standpoint of use for irrigation. The Upper Verde drainage area in the vicinity of Chino Valley produces waters which are low in total salts and low in fluorine. They have a favorable Na:Ca ratio and are somewhat softer than the water at Cottonwood or at Phoenix.
Hassayampa: The quality of the water in the Hassayampa drainage as judged from waters in the vicinity of Hassayampa and
Wickenburg is generally good. The salt content is satisfactory for either domestic purposes or irrigation. Most of the waters are classed as hard, although many of them have an unfavorable
Na:Ca ratio. A few of the waters are high in fluorine. The Santa Cruz river drains parts of Santa Cruz county,
Pima county, and Maricopa county. The channel between Casa Grande and Komatke, near which it enters the Gila river, is in-
distinct. For the most part, water which enters the river south of Tucson never reaches the Gila, but spreads over the desert in
the vicinity of Eloy and Casa Grande. Its most important tributaries are Rillito Creek, Canon del
Oro, and Brawley Wash. The city of Nogales takes its water from the Santa Cruz river by means of an infiltration gallery, while the city of Tucson taps its underground flow by means of a
1. Smith, H.V., Smith, M.C. and Foster, E.O. Mottled Enamel in the Salt River Valley and the Fluorine Content of the Water Supplies. University of Arizona, Agr. Exp. Sta. Tech. Bul. #61. 1936. Chemical Composition of Arizona Waters 13 series of relatively shallow wells located close to the river.
Part of the Tucson supply is pumped from deep wells in the eastern part of the city and is distinctly different in quality from the Sante. Cruz underflow.
Water of widely varying quality occurs in the Santa Cruz drainage. For example, south -side city water at Tucson probably averages over 600 p.p.m. of total salts, whereas most of the north -side city wells contain less than 400 p.p.m. of total salts. The south -side waters contain about 0.9 p.p.m. of fluorine and cause very mild mottled enamel, while the north - side or Rincon water contains only 0.3 p.p.m. of fluorine. One well south of Tucson (Lab. No. 49619) produces water which does not follow the usual pattern with respect to salt content as do most others in the Santa Cruz drainage. It has a total salt con- tent of 3609 p.p.m. and a hardness of 60.6 grains per gallon.
Moderate amounts of fluorine are found in the vicinity of San Xavier, while heavier concentrations are found at Tanque Verde and Wrightstown. Most of the waters in the Santa Cruz basin are excellent for irrigation because of their generally low salt content and favorable da:Ca ratio. Some of the waters have an unfavorable
Na :Ca ratio, and a few should be used with caution because of their high salt content.
The Little Colorado river: The Little Colorado river rises in the White Mountains and flows northeastward through
Springerville, St. Johns, Woodruff, Holbrook, Winslow, and
Leupp to Cameron. It empties into the Colorado river about 30 miles northwest of Cameron.The main tributaries are the Carrizo Creek, Zuni river, Puerco river, Silver Creek, Leroux
Wash, Cottonwood Wash, Chevelon Creek, Clear Creek, Canyon
Diabolo, Palacco Wash, San francisco Wash, Dinnebito Wash, and 14 Experiment Station Bulletin No. 225
Moenkopie Wash. Silver Creek and the upper reaches of the Little Colorado river drain wooded mountains and therefore are low in salts.
After union with the Zuni river, the higher salt content of the
Zuni is reflected in the Little Colorado. Since the Zuni river drains certain shale badlands, in flood it carries a large amount of clay in suspension.
The Colorado river: The Colorado river enters Arizona from about 75 miles east of Fredonia and flows generally in a south- westerly direction through the Grand Canyon to the Nevada state
line. It forms the boundary between Arizona and Nevada and between Arizona and California.Hoover Dam at Boulder City forms Lake Mead, which is an important source of irrigation
water and power. Davis Dam forms Havasu Lake which stores water for the Metropolitan Water District of California. Imperial
Dam, north of Yuma, diverts irrigation water into the All
American Canal for use in both Arizona and California. Yuma is the only city in Arizona which uses Colorado river
water for domestic purposes.
For more specific information concerning the ground water re- sources, logs of wells, and geology of the more importantbasins in Arizona the reader is referred to a series of mimeographed reports published by the U.S. Geological Survey, Sam F. Turner, district engineer in charge of ground -water investigations in Arizona. 15
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AI17,, '1,;:' ;iW;;.. 4 ,.. 1--1 ,A,...... g ' ,00,0:, ,,,; .fg,;.,_ 4c.01,,r0«,a,0, ,=',A, rsr:p74 1 .'-' ,1,!, rt_Tg. 5r. 4.,,,MpP.9.1VM2Wqr:Ankg-2-6,W=V454' 3'"SEAMS'ci!:4 871'aV94116124n1Walliikii5WAMI - g g ,'I ,r-ir i- -11r - - - i ----- i'*¡1- r - r ------Chemical COmoositiOil of Arizona waters 21 Y;v mr- .Mi.O u.mulOèC.NO.O.ON.i.Din tií.JOO ^"P.NO.nO¡n nO.O .i.a 0°oONOn°t-.: NNONrcú.ó.yt.IóOOmó.inÑ.i4.póO.y.ON.y000ÓN 00.0.0 .+ P 040 M.00..O..M nNNm N° m0O_*u`o.mNFO am.t..ó$m°o¡NmoMMOA`.gF,a°,,.n.N6 óolAg4g, rMn mi.0u°iñmmmHNnHi+..Ol(nO.NN.O O.ON 00 . . 4.OGmp.:O . 1 . . . 1 I mOÓO.+OOÓ..,rNNO 00.-i0ÓÓÓÓÓ tOV.rÓO mmÑtuiNÑMO !li.MOÑp.m4iÑERuiú;iú.OÑ.OÑP.DúiÑÑ.ió.i.niÑÑÑÑÑ(Vti.ti.n lV O O 0000 O ° f+[+m °[+ F O 0 0 0 0 0 0 0 0 0 u.0 O N O O O O O O O O N N O 0 0 0 0 0 0 0 OO..Om00 OONO.OtOf.. .O M..pp m0 OO m2OOmmÑ.ÓNP MM,1if.MlmiiT OmÓíii.lnl°i.ÑMÑÑNNnóMÖUNirnmrnnrun..0OO..00 pp ÑmONNON_YMOONNÑN M -SS ONO NO m.Ommm NwÓO.aoJ..$(VO..Y».ON $..OU.ÑÑÓ..+QMrRrRÑOiR.yn N.OM OMNNNt°núlnÑ pp.. .+ N v O m nN OU. 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D mÑmm e m mm m 44v 4-4-4,341v. 1 4-4 . v. 44k2 -1 4.41. .r.,NO.MNO.n.n .--mnn, O,....1,,,I..-Im .i. InÑÑ w,ONM .OMOdNQ-1-0N-7-1-0N-7,0.,00 N ,r O A M. Xìh 2Ñ .Em mM$ ssIsú1 InItsu-.sñNy2-Y .( aRMWiFm ] ka a y O o m ill .Ji. . a. . MM 22 Experiment Station Bulletin No. 225 q «O Om_a_vOt1.MOO_lMVNMN07RMM mN-I.OI(1.500-g,MmÑ,Ui,...1NC-t,,OO,,OpNÓNUIAÓ \NÑ 1« ItNTNNInNNe.M«4.:000 ÓÓIttiO.+O.yÓOnn OOOOÓOOOOOÓOOOnÓÓNONO Á N 'V114::°!9":':: MO:.10'-O OpiOpm[pÑdmFW .y n m AÁ INONOmmO.,o.mÑU,mmNO.o,O.;Ro OuD , rc .+NÑÑ N tl N01Mni1iT10fNNV1NM .ÑÑltiMmM N NNNOtMlf«m 0 0 1 0 0 0 Ó O Ó O O Ó O Ó 0 1 0 O O Ó O O IÓ 0 1 0 I O I 0 1 O O O Ó O rñ N Ó O Ó 0 0 ñClIM1MOÑII1NÑeM:ÑN.M:N.3M.Ni.i11.?OImtlímt.NvYÑi.4+nÑtiMÑNCirnpN .pmmONM NNO, p«O. 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Chemical c, sicion of Arizona Waters 23 _y c Ono pO00m On oonN onn oPOOUN.+mN.+.+d..Nntvm.+mcv'OCOÓ.-ioM 0000 0o0 000NOnooNNn o ' on.a:-rx:óó.:.3noNo 00.0000000000000.S40000.000.0.00 0000,a0000N0000 m111-MMÑÖVIn$MYyÑmNm1.n....ETIT,P.M9a4N3á'r.á'7MM °RnnmY n mMOa mO onNw ó7tlN$Ñh otiwm mo mr- .00.omN.nm GN d.`, M°m mmr_ K.nN N. r_`m.ni-c°ó.m.oH,wrn°a,`BimrnmM.oB'..mou,i-rMmmmm° mv,m n n _'______" S`= g=.24,22, FFF xÑMÑ ti ti fv_4ó=3_1MGlá,uN.á`3G,.nu.u.0a,a.u,u.-ao-»-" Experiment Station Bulletin No. 225 1N,D,C-YaJnONg-MC,0,.n Mttmi.-r-.1.01M.O .t72OPN M ,01,1,DUOtN4P Oó.óON,4..,4,4óJO0ó00..00 tl`P`PMPln000,0t-O,4O,4NJ.. 1 ,4 OM..mÑ A -1 eV-M r ti m..."' 1c Mm m'orou: 'Et -7 1 AtrnimNNN .'1.1 bî"'J^..PMmW6.o-m.:ó-iSP m O,PP,O,4 . ,4%"N MÇ.N(ÿ0N.. ÑM-INNNMÑÑMC--I muNÓN I. 11 1 1 lo.. J.óóm,t-,onu,' u.ctió.:.+.....oóóoóN..lóóóJe.ó., óYmm pp((44 ON . 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M1a,MN-11 -492nN0..1. O.-10O..MNNNM-1"n nM.ONÑN.i=1,.yM1.+ÑMÑNKi.+m040/0jrñ.-i'&.:1:9 'A-41-1. O:1Ff16.00:19 NtinNMNÓ .-1-1-10: i7+ O1J1n.y119PObM ::99 9:19 .O O19 NM"P..N,f;11mP M..rn..cP.,P..O-1.F.Ñp MMNÓ n11n .Oó.. .O sim N N N...-N.I .ry .. tNtti ..00 .ÓÑÑÑ NmNt - 1nNPmtiOiN.ONMNmM Óái.ONi1.+P ñPP ÑMII, ÓÓ.+OÓ ..000M MNPNO..a,N..{y1NNMÑNMMN.nÑ.O..NM..ÑÑO ÓÑ..NÓOÓ O.nmY1Ñ0N11, Q O.O.O.OU,m.ON m.mp.OPMMMO m 00 0l ñÑAÑEÚMÑÑÑÑÑ.ÑmN:o°-ixÑz3NíX.ÓiiiÑÓRQiÀÑN3CrnuniÑÑÑO O Ñ°-M.- 00000 r-000 O,OOOOOO p iR.NiÑNiÑPNP.OÑ.-tiÑÑSNF4roemnmMmÑ.mumiPPPMÑtE.DÓ.OáiO`mOR.0V O m O n O M N C- OO....pp M 1..00 O.p .+ p. .O U .p M I M N.ON.OMM N.OÑimÑ.Mi'mM.m-I-IeNnRI.ÓÑìOÑ.niriÑÑFIíXMOÑóm`IÑP ..+mMN tn00uNOIMOO.OmM..m NMmmÑMPMMOÑ .ONNP jm Om.iuN F n.. 0.+.+.-.N .i NN .NÑN p.Onlm NNNm.nmNl`PmM 1 u,1n0 .OMUu1MM ..N.OnS.Sm .p rPiÓ.. .P r-mmm t`r.MiuM,M yY (yV Ó.NMMOOMM.IiIM1.p.F.um11i1ú..nm OÓ..Oivn.j. 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P OÓ P . >>>mO O . 0snaÓ p P1. n timtVtiRM 0 n,a1s13m -1s1 riar, 9 q h0 m 4 k á pk stt;o 'N.oN :O:N .1";- é é -v, rY.''1o, c , ., oNm_-,ou,..0000000 0'-.-+" - "":v`:3: 0 ° ' - 8 " ° ° .+...o.+....o.... so0oNOo v0 1,G .Der N M,O.pmC-P.Uññn.a,-, .r,n WA.MÑ ,r; .,.,.., .. .+n..1.+,v,rvn..¡, , .+ONNmG.jbtpW`IMM¢ m- -ÑUU\hÓ.p . .+v,mO8O.0008808400 OOOJIJO.iUGOÓN'ti'.-:.+OJ .-iUO-0008UOUO 1oW.+ JN MWNW .N.`..°ÑÑ° .NNÑ!'Mí`c, "cii24c1:°cNV,.:..u.nÑha.-N_.NcvÑ.m...p;:mt-OÑW.r P>w oo F oo FF 000, 0.,..,..0...... 0,000,...... o ao.W Fe.ro.U,a uv...r:F " `" c. u°.-we. <. .,.. N.. çI-_____.___._.__-.._____ .r .1 MwNC.v. .., N'N°Mmwmfii,uN...,-"`.k N-,«,.-..-, 0.. árnY .-...,:, _- . 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' Nu.ço .wo & m7 g°, rÑNMrc, ti W u,'i--ti- 5hÿ -,o..`CuaN ...sì-Ní `P I-ca.r_"c*?dwm`Máo..-,b'u.tp .a 1--3-7,ti.i,u.uN,isu_¢M.tl\,nuitn-.YU,Nm -ui-;u,-?IF+,Giÿ e e s t s = s t t e t t _c= t _ tcc=c rv] s.,SF ww wW(cis i. fr.6.clyv4 W Chemical Composition of Arizona Waters 27 1-O.MO.Im :- u:u:H N7 N 1u: 91-4 9-1:5'`:1,-;": -4,: 0 u Ó1NNa.1a00,+..OM N ,.1O.MMOÓO ÓP+1F. Mn-1 4N.1mN i1 u1M 1 Ó.a -4Th 1N ulmC1 MmM.?P,,or: q 99-1T: ,'"MsPNf 'OC-mtt.aN ul$M 1vlti.-IFtimm.OÑPmP10. 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FPIl1NUl.ru1P P. Nm.O. li.01'1-I..+M.ON°0u `*. 2.O.OPN1t- (V0$m MO .a.aN 1 MeMñ t'DOÓ'IjNF3$ÓI15IiI4$ÑÑf.f¡`,' OO$WP.iM;yQ( pq p p V1,.N,W.00 4NMuMIX-?%J'-YsIn17iì71A-JÑ1Nil1.11R1n-71íjuisu°(iWw o 4 tl S g tl i t coc fi` cofco °° E 21 Experiment Station Bulletin No 225 ^..,,, :E.C-H.-7m lONMÑ4 NtiN.u M C-M.D cONMN.... 00OOmO.iÓ.-rOOÓ.ÓOOOUO.+Or+N-+ÑOu.yO HlOOOmp. I P(f--O -. Y m. f .:4---' 4 mPNM N O.D m-Y.ÓN.Om 00M (mV N¡YOÓM-Y pp00.-i.O.Dp .rn q . NtiMiÑíÌm.MNifi.tlO.Om.i.+.0- NÑÑ.i .pC-En .0 °:.óm 'Ni. -NNNC.-i óN(t^iÑ t 00 ' IM -:tiN.iN úu. o Jo ..00 O O OOO000Ó0Ó0ÓÓ0000G 00 NO 0..000 OOm. NO..TOOmmt` a-¡ .ONONC Mmd N0mmb.MC-O NómmO -}' ...NNNNÑÑ.+ÑNrNN-°`.ÑÑÑ3.Ñi.:Nn.,Ñt?íPiÑ°'ÑEV MMNnt4. o d o 0 o O O O O O o 0 0 0 0 0 0 c 3 0 0 0 0 0 0 0 0S0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 o F m u..n O . 0p00 mvuQr°nn. Ñ,.Ó_....+nGSHOO. 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H ..i F .. w F F F Ì .g.'..'.:.:.: H á b., i 9.].+'^rn Am,4 ÑÑN .iuÑm T.:M' 44m 'kMNP _S Ñ SDi Mi G V gg .gggg EEyy A1s .nmmais óIICnIt ti0iI.N7 MN I M .. M o G ti M ° -} C. ß -y mC 6Úm5.?.CO.Ñ¢tÑ1weMOmroY¡iGis-3ssYM.u\3WC6pyY.Piñ_y .p (MV p..o (-Y sFlO. ÑOmÚ.oO.p E 3 ó A pb . ~ A W ÿ og q tl m Át m tltl aa11 O ü O Oü ü GFi Wt Chemioal Compoeitlon of Arizona Water. 29 1le..O..NN.NÓ0nOÓOÓN1h gOÑO,NO.N.OM PN ßm .. 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II II ISIS f s t e Cs , I , , , I , 1 , ót m , Só dO" POw.OP".0CCCe , .01 Ñ".0"b.00muim " M vsmm [° áa$ Ñm '`8N 5 .Mi E a RiP $ v a nasn°BxiMa,1 ro q ? t m âq9B CC t e e e et t t ut1. a liaS i i t i Chemical Composition of Arizona Mater. 33 nm N -7 09 MO M . M0 M OW0-1 Ñ m M00 00 i.Ñ O0N 00 O0 O..a 4.e. M ID 00 O..ÓM f N.+.vO,ONOOM_188O f 00ÓÓÓÓ0Ó.-f 4.4000088$'Ó$ f Ó 08.4 f O.Óq f O rrO Ñ.0 P n.YM a N MN n-,741 -Ill N 4:,,,, OP Ñ.nrTÑRÓPO.Pa4aÑVeMÑti1Ón 4.+mÓÓaNMÑÓM.eN M ñk N Ñ fóÑ nf f UñI.n f ó ;P0MNÑ!MN 112,h12-23551'g f Na NN Of PlePyÿB mg3nnÑ0nÑ>atÑ nÑRñtañdMfj Pqqÿÿ O O O O O O O O O O O OO .-0,,,,.....0....00002O O O O O ON O Ñ .,Ñ O O n O 0 O O M O O n O p ( V $..°MMR8.RO R..A.a14.N. .MÑart.Np°p1-OñRnRF>vOÑa` ö.ö..M Ri.i..4ShÑ.Sg ÑÑPR°NN.`O-frñMÑmÑmÑ°SiÑ p O: íR ..ap mtiÓÑ2ÏFÓ.ÑiÑ1 .añ°MZGCÚ?F1iú.nieiÑ.OhÑM.ONN uMfiñNÑtl .ppT7NSy..iiÓ ÑN>n1? 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Ñ ñCNlV TÑÑ 67tPiGIÑ. m m d. 42F_ . dídd . d22a. 24 d ,m0 O. 1y0 .ONt,p 2 , _q._%v5:396tGPaY aa°2y4Vi 1 0. ... á.....áE _ ,t á 38 Experiment Station Bulletin No. 225 tl W71,0 M.NIi1.00.ONN WDMtiu,.MI`NCN WO Mg ~1PWnPOCPmtàPMNNmlh.p l ®M.1Ó,-IÓ.+O.+000Ó0O.i.t'ÓÑ.+eC,-rÓMNÑNÓY..rl.rg000,-i00,+cNtIMtV.+lei.-IÓ NNC-91II.H-1 .O@ QLL , O ,.O 4. 0mÑ.Ma''p @ P M Vi, r@n [email protected] IPNr-mN c EñÑ0TM@.@2Pr P ,CJ -1MÑi ti 6mÑrMMInNMm m.M iM t.41MOM.OUeMnO P O+eN mm 1 11 00Ó00000ÓMÓÓ.aMÓ1000C-100,MO OOÓOOOO 0IÑP a MfrJ,h7 ÑNM`1nammS Wa Wp + eMip N aM IOñ Nu tz 0 0 0 0 0 0 0 0 0 0 O O 0000,0000000.00000000.00000000 O O O O O N O O O ti'"m"Hk;ÑáLne."nignUN8U§EaMSgg§Pk,FAIPMARSm83°ti ....MM.,.aNmmmPOOmmP R, mm ° M `°.@.°^°a*ta?%IN°-5 a"gÑN N. gy .OmC-.O O. M(YPMtOMV.45i. OOCm.00°.i0 N_^.rv. 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Mcñcl@PNIICCIIIICIIIIIIII 10 R III°O III óS111118SN.°°R11118111111111¡1J 18 á° M 0 Z. .n .. e ó K t a t t t t t t e t e t a t t e t a t a t a a aa t t a tt t s t aé.t aNaj,á. ó *'A' óq W°°úo$ b' úe m q e$ .>ió eA Ntigmsp° k1ár m $" ti Rw B á >eM £.4wr tl1 qgaxmoH` otitl R xm RxÑtioe:S°it' a..ea:°á Cev:eál..tix.et gittatawióPneteci4ó~ta áR0°ww.tlaw[-,W x e,KrÓlÇvtw 7o-W7roti,Y!°w :!X tktAl2¢ behcá WW .,Www.Wa ú.t ..t.°mawii .,,-I.a,-, Wwww. y `aáááá c,tiwáá ááááá aNNNN,y.+.lr.o r.to á x árcáaiwwa'w ááw áárYáwááw c . ... i °r-°i,°-1 Fñ.Na.Ni.M,' ;t.7Fmea E, m 146146:44.:s: E:c:,Nti.1 1 1 1 1 1 1 1 1 : .~tH-gs:ti `o .ô F¡inîai 1 .,.;.E ômcimôm a .Ni 7ci.áÑ..ó W@mwmiM@@ @w mmm w mm @mwmm@w v 2m Ml il akt taao a tga ztt a a a t t tmrot a a O.p .Mr [email protected] ÑO .7ö.p{mt1.O..pp` Aj SM PNNMNM(U NDO nÑ O O Ñ.Oí-iföiH.ÓmOMC-MmOmOpP tl C@ mr` NC-@ái .OMm RN .Ó nci M11 .'_1-7Ñwmu`1iu.l.ciÉ.-YUiú.lt.ciui. 1nu. uNic(IiJU'.2,000C3 e 0.pge1 Gry .4 ó Y atatatattttatatttaatatttt -' Lin á Chemical Compost. tion of Arisons Waters 39 .+v:InmmPrncyo..rn1oP.on,:1-19:---1.-1-0 v.mmóm .!..111 .+ ticv;Ñry,..d....tim;.-.3,óó.+n.:..ia.:MOMRFión°ñi"c3Pv.oóoo Nm .InPM nNn-7 M pUM InNN OT-G 'pÑ L ÑmÑf.NrNÑsO. 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Ñ .eee_cc.ceee 1.W.Aóa T mWn# % ó p !. a 1.8-al g? é ó4°S 99° w IIIä __-°`_`°=`==e gr` -Egg'. 99y = Óo =_`= m ° -gg Ww = é WWo:WÑÑÑÑñ -1 Ó áÑ NNmÑÑ Ú Ñ mNm. t m m mmm rcámmmsm c4cjmIrc máá mamma . n áxz.zá zti Mm mii imticw 3=m z44 gggggggg FF:v:1 g.g,.. F M"icô.nn'mtt.e .àKM °.:ma IPn °°n1°JÑ °°°°°o.°.,Maó°.N+mN °°°°TsciRóm Pi-im.M.mmtiMOóóBmvM..Mm.rmMmmmW325s»1m ;,nMMInMs s'S s B 5 p . . . . . c . _ = c 40 Experiment Elation Bulletin No. 225 MO. ,m. ti...mÑ..n,./.d.-i M. 4mNMMÑ4P.-i3OñNq[MN/r:O0. AOtlNp,Oq1....DO 7ÓOÓÓÓÑÓO6Ó00NOÓOÓÓÓÓÓOOÓ..ÓÓÓOO...... ÓNO..n..O..NO B° O tuS:M N t--71MMN.' 0 MM : '';'"Vi ":-7,9': OM-1 Iq9t: 4 ñ M.O. Ó m4aD:+m -*.ÑO-1 ÓMM1°-aÑ516TM...0. 0. .~+ bmtiÑÑI.M °ti'-ÑMÓ ° C 'G hNpO .0 mm O.MN l_nglálñm.moÓm Vj NtYO .. M .....00.OÓOÓ1óm4nñ1HÓOÓÓ O 1 1 alll It a ll MNÑÓNIN2,Ó..jMMNMOM m -3yN ul?pO mg BiSÌC¡¡..00ppp{tOVNÓPFVr?u\N.g'N.O.. 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R pr óáD. áá5a s Ywimmau .t4 c. i mmMmKa w Nw ÑFÚ M go ó aallaal1 g.pp ,OMttiM T°c"'vÑ Wñ O.wÑmqaC-UpiVr.p¡H.,NNÑFVN MCC q CWaK a' N rcaaaa z riv: a g ''a g: aáamaaarqaaáa.a,,, zzUiyay,.z."zr7aa á. séz»y `$`03 cxe C-.. `la ux1e ú iYltNliUNitg1ÑMm.Ga1pp VViimmMMrr VIÑ.Ñ.. Ñ.+. .:,41., HH HFF TF ` amH HHÑHHHHHHFFHHH,y FHFHH HHaFH ñ aO " .°.°n"NVVN a ";9 mi Mi,4aAK . 44, '=m"n° m»oHm v.ñÑC q.eÑ NmNWWbWWNNMNNÑÑF MNmNm mW:N PW.-ÑN,. . \Um\`\. m M Mu CiuT M AP LiÑ VV1°NiMm11sPy^um.,--, í Ñm.Vof." 11 s;N333X3 nN3 q 1. li gg Ñ V w . .. v 9 9... oo 42 Experiment Station Bulletin No. 225 m-1ñÑr-c-Ji:.1órMMro.",..NÓ..m.oNm M .óó.iM.+N-..+veNÓOió,+,...o.:vo..oñóONONOti,.-21._;,Z88.\ .on.o mMM,...OMó'mMtMU nmm Nu.o c.r- o00Nmn.nu..r+uOiN.M+2,(M2F.+'.ÓO.IEÓÑñO.00'Om.OONO m' .Ñ-.:EÚñN ti Ó ':o-Vi rnm-IMcm,.mlMnBlám6.Mml-A^i ,n 1,i-9,1-1-9-1-11-A-1ti. 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E. mr, 3 à, um . .ò :' 1o 'N mm :m =- y m 4 3-'2 ÓÖ2od2d....la2I22Ad44.0.0o.oq.N.h..q.aornw?o,r,,m...,..«..,m c-'z d d d'.. ,... aaï.,R.-8 wrNR`Ririil<.oí-g,mnómórnoi = - s$ N u\m:,11-su,u,ú,uNiEUU,uúu,uiíu,Ti`.}i`i,11131;b i; ii.::-.(iNi,ú u,r,u,o,u, ÿ9 . . c . . c . . . c ...... c c . c sc . c c s . c c c c . _ . s s c Chemical Composition of Arizona Waters 51 Pp:"ur..pm N ,vpàN: moo.N mMim O.N.+.+.-+.y.+ON;u\[VNnrntiq\n.a.vOO.i.+OOM`eñM OÓ,-i.-N mmNl m uiy T.4NN.aOalO: .DN r+eJOÁ d1ma\RIM MNltl_y°pmi£3 NMNNI-N$m:i.. rn-+ p.vú,iNeeJJJUMiGNuNPNNF0mh-M mN é - M.30 CJO00.+00000 .-000 yO °_Sr4MMTn°mÑ°MÑÑmÑÑÑMt$.ln' .mr`nm ;T1,4,CMC O O O O O O O O O O H O 0 0 0 0 0 0 0 0 0 0 0(-O 0 00 0 0 0 0 0 000000 m.Om000_y v0 OOUo 1000100 N rc.i.y.-NmMÑ.+ñ.+.+Ñmó.N-iÑMrPnrvNimM.Ñ.NiÑn.r .i.Oii+NiÑ m00(V(TMp OO u00tOD_Y.OOmO al-,As `NETImÑmyulÓOWOÑpÑy p°ROmM NOÓI_.ui.tt Ñ{M`rrtNÚ°Ñ°j mñSímnmíg.ÓlOim4nrnNl`-_mi-Y.+m1í0iíAÑ.4ÑemiÑMñí-yn..%1.u-i a-- -,1- Oro ffVV p.p mMÑUOWÑOMpMOMNUummOÑmmmM.pn.i.+.N+IIVNÑ.MiN.i.Mi.NiO mÑ.-ijOÜÓÓ mmt ÑÓ?3SmÑtúmt°Táo`.Ú,mL$rn`ÓIÓO m 0 ump rr O p p p ó c- Ñ.oOrp IIM.i+Nimll II II?r I11'1 n1 MMM.Ó111I ilrnó.Ñli riIIIl181lI1fl1 ,.e`p Sm' IIit..ttt..e...tett_,t.e. . .ttt. GG Ñt/ÓN 0 o A cC4ót.qaimtiWPpmózetW cepqct 1i I m..I ^ew ai «TwKm rlwi 1 Ñ Ñ IM Am,N`.r.itA .Ni .,Ñ áir.áx`a`rx áz ri.á. zDmt rn mmmam,"',t c t c e tmwt t A mOlt-, .74Ñ trcLNMÑÑeMxm c c OÑ ÑÑmÑ Ñ ! -cÿ --¡¡ -iy¡ -y -yy IieeFIL,i1óC\\\`-I1ma1a..O M O O m , WÑ\\t 0 O m Mml u uwi06SÓÑM.pO-SSS ..pp ~ÓO ívn,uÓO}I uiuNiÑ u, LmíMníl"(-uttlupitn=t-7 tul-SWOUOiÑ?íNn1[lúJIMAM -u.j-jj $ q e t c cc e et t e c e.. et ,e . e. e 52 Experiment Station Bulletin No. 225 TABLE 7. The Fluorine Content of Certain Arizona Waters Lab. Fluorine no. Locality Description p.p.m. 380 Agua CalienteSubmitted by C. Lindner 3.7 1544 " Submitted by Dr. Evans 1.5 1561 " McDonald well, 15 mi. N 1.2 3026 " Artesian supply 5.2 2218 " Spring water, sub. by L. Smith 5.2 578 Aguila Town well 0.6 2550 " A.T. & S.F. RR well 3.2 1928 Ajo A.C. Netherline 2.3 1929 " J.C. Basham 2.0 1930 " Homer Brown 1.3 1931 " New Cornelia Hospital 5.7 1932 If Nancy E. Sneed 0.5 2095 If Gibson, Ariz. 0.9 2191 " Mrs. Emma O'Brien 1.1 2195 " City water 3.5 2201 " O'Brien well 1.0 2226 " Miss Rose Gonzales 1.0 2373 " Phelps -Dodge well 800' 4.0 2374 " Southern Utility well 300' 0.9 2380 " High School 4.0 2381 " R.W. Runtl 0.8 2382 " Mrs. Homer Brown 1.1 2397 If R. Gonzales 1.0 2398 }/ " 0.8 2507 " Snead's well 0.2 2511 " City water 5.2 762 " J.L. McDaniel 0.3 2883 " J.L. Humphery- 0.9 2956 " J.L. Broom 1.2 2990 If 40 mi.S of Ajo at Border 4.4 3024 " Mrs. L.B. Knibbe 1.4 3197 If A. Stamps 0.5 3256 If Mrs. Mabel Malone 1.1 3383 City water 4.0+ 3384 " Wall's well near Gunsight Mine 0.1 3386 " Gibson well 3.0 3088 It Mrs. M.W. Mote, near Ajo 2.4 1549 Altar Valley Tucson Mountain Park 1.7 1581 " R.L. Moses 1.2 1943 " T.Mt.Park nr.Eskimenzea Picnic 3.0 1983 " " , Headquarters well 2.4 2194 " It , Preventorium well 2.0 3293 it Struther's well 0.6 3341 " Rancho del Diablo 0.6 3342 " Sec.1, T.15S, R.12E (Butts well) 0.7 2181 Arlington H.A. Kreager 0.8 2496 it Arlington well 2.2 2576 " School, old well 1.8 2582 " Store well 0.6 2613 " Desert Rose Service Station 3.4 2907 " John German 3.0 2987 " School, new well, 302' deep 10.0 3014 " School, new well 11.0 If 3098 " , cased off at 85' 1.1 968 Avondale Western's gin 0.3 1000 It Sec.10, T.1N, R.1W, District well 1.3 1011 " Avondale Ranch 0.9 Chemical Composition of Arizona Waters 53 Lab. Fluorine no. Locality Description p.p.m. 2443 Avondale R.L. Freeman 0.7 2131 Aztec S.P. RR. well 7.6 2552 " "The Spot" 6.4 2555 " S.P. RR. well 10.0 3240 7.2 2642 Benson T.G. Beaham 0.1 2735 " Lula Kalpke 1.3 2836 " C.K. Fenn, Star Rte. 4.4 3048 te Sec.l1, T.17S, R.20E, Fenn well 1.6 46451 " Sec.lO, T.l7S, R.20E, City supply 0.3 2624 Buckeye Alden Smith Auto Court 1.8 2771 " Wm. Anglin well 4.4 2869 It E.J. Arend, 62' 4.0 2870 " " 190' 4.0 2871 " " , Dr. Rubel's well 1.3 2648 " Wallace Bales 1.5 2558 W.A. Baron, Star Rte. 1.5 2518 " Barrons Desert well 4.4 2590 " E.H. Barron " 4.4 2894 F.J. Battles, 415' 3.0 2666 " J.R. Beloat 6.8 2958 " S.H. Beyer; Sec.7, T.1S, R.3 "' 5.2 2959 " tt Sec.30, tt 6.0 2623 " F.B. Bowers Sta. & Court 1.4 967 " Broadway Auto Court 2.1 1603 " New city well 2.0 1981 " City water 1.0 2508 " New city well 2.6 " 2562 " , 520' deep 2.4 3080 " City well, Lot 24, Bik. 1 1.7 2846 " Wm. Cauthorn well 6.0 820 " Norman Clark 6.2 2395 " Sec.5, T.1S, R.3W, T.J. Cole 1.8 2536 " Sec.25, T.11, R.2E, Geo.Cornell 2.0 2435 It J.F. Daugherty, Star Rte. 1.5 2639 " Frank Drew 2.8 2619 " W.A. Enloe 1.0 2215 " J.M. Grier 1.2 3079 " Shaft of Haines Mine 0.4 2237 It Sec.7, T.1S, R.3W, G.R. Hegis 1.2 2622 " Ice plant, Watson & Nelson 2.0 843 " Ira Jaco 6.1 2031 " Dr. Vogel Jeffery 1.7 2370 " tt 7.0 2500 tt " 2.6 2845 " Mrs. Nan Jones 1.5 3081 " Well at Kell House, below 500' 2.0 512 It M.J. Kellogg 1.8 2535 " Sec.5, T.1S, R.3W, Marc Kentch 2.6 3025 " M.L. Y,.entch, new well 5.2 2461 " Mrs. J.L. Knight 0.7 1967 ft Sec.33, T.1N, R.2W, Jesse Lafferty3.0+ 3021 " Mrs. John V. Liles 7.0 2594 " Long's Dairy 2.2 2604 tt " 1.9 2957 " Sec.36, T.1N, R.4W, J.C.McElkaney 1.2 1648 " Sec.20, T.1N, R.2W, F.J.Líonghon 0.6 491 tt Sec.3, T.1S, R.3W, H.M. Nelson 7.0 tt 492 " Sec.34, " 7.0 48338 " E.P. Perry, Rt. 1 1.7 54 Experiment Station Bulletin No. 225 Lab. Fluorine no. Locality Description p.p.m. 359 Buckeye Sec.23, T.1N, R.3W, G.C. Rubel 1.4 1647 " Dr. G.C. Rubel, new Valencia well 1.7 2621 " Dr. Rubel's nursery 1.8 2635 " G.C. Rubel, 163' 0.4 2636 " " , 80' 1.8 2637 " " , Sec.18, T.1S, R.4W 2.4 2386 " Scrogum well 2.5 1646 " Sec.20, T.1N, R.2W, Ed Shelly 0.8 2875 " P.L. Sipes 1.1 452 " Frank P. Smathers 6.8 1982 " Smith well 2.2 2668 It Mrs. Herron Smith 8.0 2608 " Fred Walls, Jr. 2.4 2000 " R.L. Ward 1.2 2850 " Lester P. Way 3.6 2646 " Sec.8, T.1N, R.5W, A.L. Wheeler 3.0 2647 Sec.4, " 0.8 2387 " Clyde Wilson 0.8 1398 Casa Grande Arizona Edison wells, city water 1.0 2933 " Arizona Edison Water Co. 1.2 2963 it Arizona Edison well #3 0.9 2664 " V. Brannen Sta. 25 mi.W 2.8 3470 IT City water from sere. sta. tap 0.9 3247 " Pete Ethington, W end irrig.tract 1.4 2964 " Gilbert Ranch 0.5 2998 " C.N. Harris 0.8 2935 " K.K. Henness 0.9 3146 It W.E. McNutt 2.0 2962 " Parks Ranch 0.9 2965 " A. Peters, Jr. Ranch 1.8 2961 " Amandus Peters Ranch 1.8 2902 " J.E. Rose, Castle Hot Springs 2.0 3246 " E.H. Smith, old well 0.7 2694 " Stanfield School Dist. #24 0.7 3354 " R.S. Williams 8.0 46410 " Paul M. Brophy 0.5 46411 " " 0.5 48684 " Ed Corley 0.5 48100 " Clara F. Rogers 0.5 45684 " Geo. Van Horn 1.1 362 " Natl. Mon't (near Coolidge) 2.5 2471 " " 1.2 49709Cascabel Cascabel School 1.6 1037 Cashion Sec.8, T.1N, R.ÌE 0.5 1133 " Sec.20, T.1N, R.1E, R.K. Blount 0.3 1045 " Sec.17, T.1N, R.1E, Gerrard Co. 1.4 1046 " Sec.l6, T.1N, R.1E, J.W.Seargeant 0.3 1530 Chandler City water 0.4 2565 0.8 918 " " 1.0 896 " Sec.31, T.1S, R.5E, T. Anderson 2.0 901 " Chandler Improvement Co., Sec.26 0.1 902 , Sec.25 0.7 903 " , Sec.31 0.7 921 " M.T. Clemens Cattle Co., Sec.18 0.5 922 " " , Sec.17 0.5 920 " J.M. DePriest 0.7 1216 " Sec.11, T.2S, R.5E, R.E. Dill 3.4 646 Sec.35, T.1S, R4E, Ray Estrella 0.7 913 " Sec.16, T.1S, R.5E, E.S.Ganthrop 0.2 Chemical Composition of Arizona Waters 55 Lab. Fluorine no. Locality Description p.p.m. 1215 Chandler Sec.2, T.2S, R.5E, Robt.Johns 0.9 899 n Sec.27, T.1S, R.5E, Jan Johnson 0.1 914 n Sec.22, T.1S, R.5E, Mrs.T.A.Knox 0.1 915 Sec.34, T.1S, R.5E, 0.H. Kunce 0.1 898 Sec.29, T.1S, R.5E, Mrs. M. Leyda 0.6 1292 ,T Sec.24, T.2S, R.5E, Vim. Little 0.1 1291 T, Sec.26, T.2S, R.5E, J.W.McMichael 0.1 2727 TT B.E. Noll 0.7 604 T, Salem Ackel Ranch, 100' 0.9 912 n Sec.15, T.1S, R.5E, J.M. Schule 0.3 900 n Sec.35, T.1S, R.5E, C.P. Sloan 0.1 3411 Chino Valley Aiken Spring 0.7 3406 " Morgan surface well 0.3 3407 T, Welch (artesian) 0.3 3409 " Wilkinson #4 windmill 0.1 3410 Wilkinson #3 on Granite Creek 0.3 3641 Woods pumping plant #2 0.6 Chiricahua National Monument - Faraway Ranch 0.4 49722 Spring, Sec. 24 2.3 2008 U.S. Ranger Station 2.2 Christmas Diamond Drill Hole, Xmas Mine 0.4 48549 ,T Mrs. F.P. Knight, 800' level 0.4 945AClaypool People's Ice Co. 0.1 3321 Cochise Texaco Service Station well 0.9 1001 Coldwater Sec.15, T.1N, R.1W, center N line 0.2 2509 ,T Lou Jordan, 1 mi.W & 1¡ mi.S 0.3 2401- n U.S. Farm Security Migratory Camp 0.2 134 Concho Spring water 0.4 3265 Irrigation ditch, spring water 0.0 1933 Coolidge Arizona Edison, Jones well 1.1 3149 " , New well 7.0 n 3150 " , Old well 4.4 3353 ,T Mrs. Chester L. Carter n City water from School 1.6 1230 n City water 1.5 1309 n n 1.9 1531 ,T 1.2 2610 n n 1.8 3469 n TT 4.6 3266 n Coolidge Dam water from reservoir 0.7 2344 n Knox Dairy 1.2 2451 Robt. R. Redd #1, 11 Mi.Corner #1 0.7 n 2452 #2, " #2 0.7 3176 n Sec.22, T.5S, R.9E, T.V. Stokes 1.4 2422 F.E. Stonehocker (Casa Grande Ruin)1.3 48147 Mrs. J.G. Davis 0.9 48148 n Sec.35, T.5S, R.8E, F.E. Jones 1.0 48008 n Sec.32, T.5S, R.9E, Ralph Veazey 7.5 2750 Cottonwood J.H. Lunning #1 0.0 2751 n #2 0.0 3235 Deer Valley Sec.15, T.3N, R.2E, J.F.Alexander 0.3 1288 Desert Well Sec.24, T.1N, R.6E, W.M.Beyerle 1.0 2411 TT J.S. Riley, well #1 3+ 2412 " #4 3+ 417 Diamond il Rch 38 mi. W of Willcox 2.0 418 Mule Shoe Ranch, Mrs. J.McMurray 1.8 2723 Dos Cabezos Tom Bean 2.8 2722 " Ray Carper 0.8 2707 Mrs. J.H. Dawson 2.0 2711 " W.I. Deborde 3.6 56 Experiment Station Bulletin No. 225 Lab. Fluorine no. Locality Description p.p.m. 2718 Dos Cabezos School Dist. #15 0.8 2716 " Pete Downs 0.8 2717 " Mary Gowan 0.9 2712 " F. Hurtado 1.2 2710 " G.D. Kirby 2.0 2721 " Catalina Mendoz 3.6 2713 " Geo. Miskovich 1.2 2705 " Maggie Pacheco 3.2 2708 tt F. Ramos 2.0 2720 " Norma Redus 2.0 2715 " Rose Smith 2.0 640 " Standard Serv. Sta. 0.9 2714 " Wm. Tatum, Mascot Transite 0.7 2706 " Gandido Trillo 2.8 2719 " N.S. Waterman 0.8 2727 " Chas. White 2.0 2709 " Jose Yanez 1.6 810 Douglas Agua Prieta city water, 210' 2.1 808 " Arizona Edison well 0.6 771 et E.A. Ballen, 6 mi. Douglas 0.3 2112 " Bates well 1.2 804 " J.A. Benson 0.6 797 " Bert Bethel 1.7 3170 " Bohn 0.6 2503 " CCC Camp SCS 24 -A, Capt.E.H.Bruss0.5 805 " Copper Queen Smelter 2.4 803 " County Hospital, 135' 1.4 796 It J.H. Cunningham, 42' 0.7 781 " C.W.A. well at fairgrounds 0.7 798 " Double Adobe School, 30' 0.8 3201 " " 0.8 312 " Chamber of Commerce 0.6 313 " ff 0.9 402 " City water, 180' level 2.8 802 " City water 2.4 3161 " " 2.2 3169 ft " 2.2 2476 " " , Coca Cola Co. 2.4 457 " Test well, 160' strata 1.1 386 If Test well, city 1.8 387 1.8 400 " " 0.5 2874 " Health Dept., T.K. Ryan 1.5 311 " Guy Duell, 2 mi. NE of Douglas 1.4 775 " ft 1.4 3198 it Jack Giles 1.0 788 It Mrs. C.M. Harvey, McNeal Road 0.5 2011 " John Hass, 1i mi. NE of Douglas 1.2 782 " H. Heiderick, 28 mi.N of Douglas- 0.5 789 " C.E. Hill, McNeal Road 0.9 758 " Hillside Dairy #1, 120' 0.4 759 " " #2, 110' 0.7 2145 " Hillside Dairy, Orion wells 0.4 2146 " " " 0.4 2388 " Hillside Dairy well 0.7 780 " C.H. Jeffers, 7i mi.NE of town 1.1 772 " P.J. Johnson, 8 mi. E of town 1.1 799 " W.F. Koch, 1/2 mi.N Double Adobe 1.5 794 " C.M. Leake, 41' 0.6 793 Lizzie Leake, 57' 0.4 778 tt H.J. Leist, 7 mi.NE of town 0.6 Chemical Composition of Arizona Waters 57 Lab. Fluorine no. Locality Description PPm. 2517 Douglas Mason's Ranch 1.0 790 If Mary McGuire, McNeal Road 0.6 800 Onion Miller, N Double Adobe Soh. 1.0 3200 " 1.0 779 " L.A. Mobley, Lee Station, 25' 0.6 791 " Mrs. Moffit, McNeal Road, 28Q' 0.3 2036 L.F. Mullins, artesian water 0.4 It 2037 " , spring water 0.4 3398 New well, Airport #2 0.2 787 Phelps -Dodge Smelter 4.1 801 " REA generating plant 0.6 776 J.J. Rice, 2 mi. NE town 0.8 774 Rogers Bros. Ranch, 4 mi.E town 0.8 316 " Otto Rummell, 22 mi.N town 0.4 769 Rushing Well, 12 mi. W town 0.4 777 " Simon's Wayside Dairy 1.2 807 S.P. RR. Well #2 in Douglas 0.5 806 #3 0.7 795 " Niel Taylor, 40' 0.8 783 L.A. Van Deren, 3 mi.N town 0.5 3052 Francisco Vasquez 11.0 784 Watson Dairy, 6 mi. N town 0.7 792 J.R, Webb, McNeal Road, 100' 0.1 3397 " Mrs. C.C. Wolf 2.2 773 " G.C. Yonkers 3.1 52513 " R.D. Campbell 2.1 416 Duncan Mrs. Brewbaker 4.2 2734 " Frank Brickey 2.8 3438 Sam F. Bridges 1.4 2740 Mrs. Chas. Brooks 2.8 2038 " -- 0.5 3269 Gila River water 1.4 3427 D.A. Scott 1.6 47474 " Sec.13, T.7S, R.32E, Otho Cox 8.0 47477 tt Sec.13, T.8S, R.31E, R.J.Golding 8.0 48097 " Sec.33, T.8S, R.31E, F.F.Merrell 1.6 47587 " Sec.17, T.8S, R.32E, A.G.Neighbor 1.1 3274 Eagar Little Colorado River water 0.0 44428 Elfrida Henry Grizzle, domestic well 1.7 44427 " " " stock well 2.2 44426 " T.B. Patterson 0.6 2199 Eloy E.J. Ketting 0.6 2122 " L.E. Weddle 0.5 44520 " L.O. Fiscal 0.6 48146 " Sec.35, T.7S, R.8E, Percy Payne 0.6 1391 Emery Park G.C. DuBois, 85' deep 0.4 1393 " Roy Nichols, 280' 1.1 1392 " Sunnyside School, 230' 1.3 2504 Flagstaff Lake Mary 0.3 3172 " Mr. James Walkey 1.1 1350 Florence Arizona Edison well 1.6 1400 " " #1 1.3 1435 " Arizona Edison well 1.0 1504 1.3 1949 " Arizona Edison, City well 0.9 2119 " Arizona Edison well 0.9 2228 it 1.0 2470 ft " 1.1 58 Experiment Station Bulletin No. 225 Lab. Fluorine no. Locality Description p.p.m. 2473 Florence Arizona Edison well #3, new 400' 1.3 3165 II " #1 1.4 365 " Arizona Prison Ranch well 3.5 1241 It Arizona State Prison 0.6 1339 tt " 0.8 2118 " " 0.8 1345 " Blythe well, 3/4 mi. E of Florence 0.9 1137 " Sec.17, T.5S, R.9E, C.D. Bradley 0.6 1239 It City water 1.3 1356 n n 0.9 1403 " 1.9 3276 " " 1.2 2117 " E.E. Cochran, 1/2 mi. E of city 1.0 1384 " Paul Diff in, 6 mi. SE of city 1.3 1377 " Sec.26, T.4.S, R.14E, Fiscel rd.camp 0.7 1136 It T.5S, R.9E, J.J. Frazier 0.9 2763 " J. Freeman 0.1 1242 " High School well 0.9 1348 " 0.6 2120 " " 0.8 1341 " Indian Well, 1.6 mi. W of city 1.2 1243 " Paul Lauck 0.7 1343 0.3 1361 " Sec.11, T.5S, R.9E, F. McFarland 0.7 1337 " Chester McGee, within city limits 2.0 2116 " McGee well, within city limits 0.8 1975 " Mrs. C.W. Menard 0.7 1338 " George Morrel 0.7 2113 " G.W. Morrell, 1/2 mi.E of Florence 1.0 1344 " Munoz well 1.0 2114 " It ,1/2 mi. E of Florence 1.0 1360 " Martin Payne, 5 mi. W " 1.3 1362 " Pete Peters, 54 mi. S " 2.9 1355 " Pinal Hatchery 2.0 3414 Prisoner of War Internment Camp 1.1 1135 " Seo.23, T.5S, R.10E, L.T. Reed 1.8 1138 " San Carlos District, 70' 0.7 1342 " J.L. Shepard, 1 mi. W of Florence 0.9 1349 " Gee. Smith, W of Florence 0.6 1240 " S.P. RR. depot 0.6 1340 n " 0.7 1357 " U.S. Govt. well #4, li mi.E of city 0.9 1358 " " #5, " 1.0 1359 " " #8, 14 mi.NW " 1.1 1970 " " #5, 1z mi.E " 1.1 2115 If Woods well, 1/2 mi.E of Florence 0.8 44438 " Cactus Forest Ranch 2.2 3340 Flowing Wells W.T. Dudgeon, NW of Tucson 0.7 2405 Fortune -- 0.7 46226Franklin Sec.4, T.9S, R.32E, Gene O'Dell 5.5 46787 n Sec.4, T.9S, R.32E, D.L. Wagner 1.1 2578 Gateway ParkSec.l, T.1N, R.3E 0.7 2644 Geronimo Mrs. Katherine Hitt 1.6 2205 " -- 1.2 3261 " Texaco Service Station 1.1 2095 Gibson J.C. Lincoln, 102' 0.9 2171 It -- 0.8 761 " J.A. Fink 2.0 1984 Gila Bend Arizona Edison Co. 3.0 3439 " " 4.8 3440 " 4.8 Chemical Composition of Arizona Waters 59 Lab. Fluorine no. Locality Description p.p.m. 2526 Gila Bend Bella Loma Service Station 0.4 2527 " V. Brown 4.0 2528 " City water 7.0 3241 " " 6.8 2538 " Field's Dairy 2.4 2138 It A.M. Kiriam 0.9 2530 " School 1.6 3378 1.5 2529 " H.J. Short 3.2 2458 tt A.H. Stout 3.6 3376 Stout's well 2.4 383 " F.F. Weidner 2.8 3377 " Weidner's well 3.0 127 -- 10.6 1543 tt -- 0.0 53721 If R.S. Current 2.1 53 Gilbert -- 1.1 713 " City water 0.6 558 " Mrs. J.C. Cooper 0.3 906 " John Eddy 0.7 908 " Dr. Andrew Emery 0.2 2161 " Mrs. Louis Hamilton 0.7 905 " Earl G. Irwin 0.3 1511 " C. Alfred Pine 0.6 907 " Morgan Sher 0.1 2561 " Town well 0.5 1078 Glendale Elvin Cook 0.1 1072 " L. Hopper 0.1 726 " Ed. Jack 0.5 837 " Rudolph Johnson 0.5 1060 " R.M. Lyle 0.4 1081 " R.D. Laing 0.1 474 " M.E. Masher 0.5 496 " " 0.0 730 " H.S. Morgan 0.2 1054 " LF. Malone 0.4 1055 " W.V. Malone 0.4 1056 " McManan 0.5 1066 " R. Moore 0.5 1068 " C.C. Muohler 0.3 1080 " A.P. Mitchell 0.1 1058 " F. Nordyke 0.5 1073 " Old Paths Broom Co. 0.0 1057 " S.N. Pullins 0.0 1051 " M. Rothpletz 0.3 1551 " C.E. Samson 7.5 1050 " Don P. Smith 0.1 571 " E.L. Smith 0.3 1063 " R.W. Smith 0.8 2628 " R. Smìthhart 0.6 1533 " R.S. Snow 0.1 1070 " C. Wade 0.4 1061 " H.R. Witter 0.4 821 Globe Bronson Ice Plant 0.1 2951 it " 0.1 25 " City water 1.8 823 " " 0.6 1545 0.3 2952 " " 0.1 3285 " " 0.0 2847 " C.H. Higgins 0.2 60 Experiment Station Bulletin No. 225 Lab. Fluorine no. Locality Description p.p.m. 1302 Goodyear City well 0.3 1303 tt Domestic well 0.3 1290 " Southwest Cotton Co. 0.7 1304 " Well #11 0.4 " 1305 Well #15 1.5 2943 Granite Reel` Caretaker's well 0.4 1448 " Northside 0.5 1443 It Southside 0.5 2576 Guadalupe Guadalupe School 0.2 644 It Sec.5, T.1S, R.4E 0.7 2172 Hassayampa W.J. Hicks 3+ 122 " -- 2.6 86 Hayden City 3.0 91 9 Hayden Jct., Highway Dept. 7.5 3099 " Arthur Himebaugh, Scout Camp 1.8 88 " R.R. Spring 2.9 3160 " Keith B. Smith 0.2 1179 Higley T.S. Fincher - -- 1181 " A.J. Giles 0.3 2904 it F.S. Saunders 0.0 613 " School 0.0 2175 -79 Holbrook Wm. Borden 1.0 2414 " Ray Diehl 0.9 It 2415 " 1.4 133 " City 1.2 3282 If City water, artesian 0.3 3159 " H.D. Layton 0.4 3281 it Little Colorado River 0.7 401 - " McLaw well 0.3 1581 " McLaws 0.7 136 " Shallow (private) 0.8 1993 Inspiration F.L. Andrews #1 1.2 1992 It " #2 1.2 94 Jerome City water 1.1 2230 " Lorine V. McGehee 3.5 1527 Jordan School Maricopa County 0.5 146. Joseph City -- 3.6 1604 " ,Wells #2 and #3 0.8 3278 " Well 0.4 2579 Joyland Park Phoenix 1.1 2143 Kelvin School well, Jose Rodriguez 0.6 92 11 John Sells 2.$ 3349 9 M.S. Wilkins 0.5 3432 Kingman Kirs. Thelma Biggers 3.2 2383 " Cent. Com.. Co. 1.2 141 " City water 1.1 2427 " John J. Cunningham 1.2 2347 -8 " A.G. Davis 0.8 3390 If R.C. Ferguson 3.0 2656 tt Gardner 1.6 218 It Dr. Paul V. Long 4.2 2655 " McCrocker 3.8 2758 " Emeline R. Walker 0.3 48264 " Farson Spring, Sec.2, T.30N, R.18" 2.5 48266 " Salt Spring, Sec.18, T.30N, R.18W 2.3 Chemical Composition of Arizona Waters 61 Lab. Fluorine no. Locality Description p.p.m. 2504 Lake Mary 0.3 159 Lakeside Sec.23, T.9N, R.22E 0.5 3467 Laveen Canal 0.5 502 " H.V. Dixon 6.0 955, tt Ginning Co. 0.0 959 " Inc iHanson 0.0 2214 " Walter M. Jones 2.7 22 " Miami well 2.5 503 " H.B. Neal 0.1 816 It C.V. Newton 0.2 501 " Mrs. Charles Petrot 2.5 960 " George L. Price 0.5 104 it Private 4.5 100 " School well 2.5 1122 " " 1.6 957 ft John W. Shannon 1.1 71 " Village 2.5 510 J.E. Westhing 3.0 539 " H.B. White 1.7 454 Liberty L.W. Bales 1.1 455 11 11 1.7 464 tf Norman M. Clark 6.2 2572 " School, Noll McKeehan 1.8 2620 " " , Mercer 1.8 292 " Jack Shepard 4.7 2509 Litchfield ParkLon Jordan 0.3 2534 " Richard Lyman 0.7 597 If School 0.7 358 It Southwest Cotton Co. 0.6 1044 Littleton Sch. School Dist. #65 Cashion 0.6 2618 " " 0.4 1547 'Lower Miami Citizens Utility Co. well #1 0.3 822 " P.V. CC 1.2 944A " #1 PH CC 0.2 1936 Lyman Dam -- 0.5 1937 Pt 0.5 1938 f" -- 0.5 1940 " Spring section 35 5.0 1941 " N.A. Lleo 2.5 2596 " Spring below dam 2.6 2597 " Flowing Wells 1/4 mi.below dam 2.2 2598 " Sec.9, T.11N, R.28E, new pumped well2.2 796 McNeal J.H. Cunningham 0.7 3387 " Mrs. Clarence Davis, Sample #1 3.0 3388 " "f #2 0.6 451 " Frank Murphy 0.8 743 " Mrs. Frank A. Murphy 0.8 3202 " Store well 1.3 760 Mrs. E.H. Taylor 0.9 2970 Magma Jct. -- 1.2 2519 Mammoth C.C. Clark well (school well) 3.6 3355 " C.C. Fuller, old oil well 4.4 3356 " " , creek 5.2 1641 " W. Hart 6.6 2370 " Mine water, Tiger 2.8 1323 " F.S. Naething, Tiger 2.8 2368 " Smith bros., artesian water, 105' 6.7 2369 " it , pump water 48099Marana Sec.28, T.10S, R.12E, E.M.Carpenter 0.7 62 Experiment Station Bulletin No. 225 Lab. Fluorine no. Locality Description p.p.m. 2695 Maricopa Angus Donnell 2.6 2694 " Stanfield School Dist. 24 0.7 1283 Mesa C.S. Anderson 0.5 1281 '1 Barneby Arne 0.6 878 It R.E. Beall 1.2 862 " Bixby Ranch 0.5 564 " Mrs. Tom Bowen 2.8 864 tí City water 0.6 717 " G.W. Davison 0.7 924 " W.A. Dobson 0.7 712 " W.S. Dorman 0.4 481 It L.P. Draper 0.4 701 " Edward 0.6 876 ff Edwards 0.5 861 " Carl Enloe 0.7 1278 " E.J. Evans 0.5 520 " L.A. Farnsworth 1.2 869 " F.J. Freestone 0.7 868 11 G.C. Gibson 1.0 863 " E.L. Haunstein 1.3 1285 It Elias Hobert 0.6 1274 it E. Albert Huber 1.4 859 " H.R. Heitt 0.6 2006 " W.N. King 2.3 716 " Oscar Lewis 0.6 1999 " M.L. Manly 5.0 1284 " C.H. McKellip 0.6 873 " S.A. Merril 2.6 877 It Mesa Ranch School 1.1 521 " A.H. Nichols 1.5 1548 t1 Mrs. A.H. Nichols 1.4 852 " W.F. Openshaw 1.4 866 " C.H. Parks 1.3 865 " Nick Pavelich 2.7 857 It W.O. Phelps 0.8 1276 " A.L. Power 0.7 1277 " Mike Sleiscovich 0.7 860 " Jack Smith 0.4 1172 it W.F. Sneedy -- 441 " E.B. Stanley, citrus grove 0.5 1280 " W.B. Stone 0.5 1279 " Swift o.6 611 " U of A Experimental Farm 1.1 1528 " U of A Farm 0.9 1270 'r " 0.1 456 " Sec.4, T.1N, R.6E, Val Vista Rch. 0.5 872 It W.A. Wilkes 1.4 855 " H.G. Woolis 0.9 824 Miami Arizona Edison well #1 0.7 171 " -- 1.0 546 it well #1 0.8 2950 " Arizona Edison well #1 0.7 3257 " Dr. N.D. Brayton, water #1 0.5 3258 " It #2 0.5 3207 " City water 0.5 1572 " Miami Copper, Burch wells #1,2,3 0.4 3419 Nogales Frank Berry well in NE section 0.2 2402 " Boosinger 0.8 2361 " Boozers Service Station 0.3 2376 " W.H. Bowman, Nogales Rd., tap #1 0.5 Chemical Composition of Arizona Waters 63 Lab. Fluorine no. Locality Description p.p.m. 2377 Nogales W.H. Bowman, Nogales Rd., tap #2 0.2 T, 2822 TM , Patero Canyon 1.1 2429 T, W.G. Bowman, well #5 0.3 T, 2752 , Patero Canyon tap 1.1 2823 TT Callahan Zinc Co., Duquesa Mine 0.7 3202 TT , Yeager 0.2 2430 T, Dr. W.F. Chenowith 0.3 2455 T, D. Jeffcott, S end ranch 0.1 2456 If , Monkey Springs Ranch 0.4 2893 T, Little Outfit School 0.0 2895 T, Mowry Exploration Co. 0.4 1961 T, Dines Nelson, lower well 0.4 1962 " " house well 0.3 2812 " T, 0.2 2813 If 0.2 2438 TT W. Noon, Source #2 -M, Tap 0.5 2439 TT #1 -S " 0.6 2824 TT Oliver well #2, Washington Camp 0.7 2428 T, W. Rapier 3.2 2741 T, Santa Cruz Co. CCC, SCS, 26A 1.2 2880 TT E. Sterling 0.1 2894 Yerba Buena Ranch, River Rd. 0.5 195 Oatman T.19N, R.202W, Mohave County o.6 2197 Olberg Domestic well #1 1.7 2198 If " #2 2.2 1308 " Trading Post 2.4 1402 " Domestic well 2.4 410 Oracle Roy Jacobsen 3.4 2466 " Neal 1.3 2520 " New school well 1.8 832 " Playground well 1.7 1577 " Preventorium, summer camp 3.6 2838 It It , new well 3.6 2843 " " 3.2 3140 TT " 3.4 3147 " et 3.6 3155 " ff 3.2 2891 If School 2.0 2917 " W , E.C. Widley 0.9 385 " Sieboth well 1.1 252 " E.H. Warner 2.5 3133 " John H. Wood 1.5 47984 " Oracle School 1.6 47983 " Sec.36, T.9S, R.15E, Howard Stewart 1.2 1353 Oraibi T.29N, R.16E, Lorenzo Hubbell 1.5 1333 Tap 1.2 393 -- 0.9 2745 Palo Verde Wm. B. Cole 2.2 3094 " A.L. Lanford, 125' 0.7 2848 "" Sec.35, T.3N, R.5W, C.H.Lighthall 0.5 2873 ff Allen Narramore 1.1 2936 " T.5S, R.5W, Lester Narramore, 165' 4.0 3093 S.W. Narramore 0.9 1286 " Palo Verde Ranch School 0.6 2216 " Palo Verde School 1.8 2543 " tt 2.8 2960 " Ralph Stewart 8.0 64 Experiment Station Bulletin No. 225 Lab. Fluorine no. Locality Description p.p.m. 3322 Parker City water supply 1.5 3399 " Reception Center well #2 0.3 116 " Private well 5 mi.S city, 135' 5.2 44433 " Sec.11, T.10N, R.19W, townsite 1.4 2999 Patagonia Geo. Deshler, French Mine 0.0 3047 " H.T. Drake 0.4 757 'Forest C. Gross 0.5 2772 " F.C. Gross 2.0 3208 " Metal Mills 3.0 2421 " Florence Z. Oliver, Washington Camp 0.5 2403 " Ranger Station 0.5 3053 " Mrs. R.E. Sullivan, %Mowry Mine 0.6 2339 Tv 0.7 770 Paul Spur Cochise County 0.8 595 Pendergast Sch. #17 Maricopa County, School well 0.5 453 Peoria Sec.11, T.3N, R.1E, Frank Faltz 0.3 1076 " Sec.22, T.3N, R.1E, J. Henessey 0.2 546 " Sec.26, T.3N, R.1E, Rowland Moore 0.4. 1074 ft Sec.10, T.3N, R.1E, Ida Travis 0.1 382 Peppersauce Canyon Spring, Pima County 0.1 1575 Perryville Hugh Atkins 3.0 2630 " 1/4 mi. S Mangum's Ranch 0.6 49860Phoenix T.2N, R.3E, A.P. Marshall 2.9 1307 Picacho Pinal County 0.5 2147 -51 Pima City Util. Co., Samples #1 -4 1.5+ 3272 " Irrigation ditch water 1.3 2761 " Nevada Canal Co. hot artesian well 5.5 785 Pirtleville J.C. Beam 0.3 412 " F.C. Long 0.0 1601 Plenty Apache County 0.1 3006 Pomerene G.Russel, Jr. (Cascabel) 1.4 1977 " School well 0.9 3042 " V.O. Kartchner, Sch. dist. #37 1.7 2595 11 Herman Thomas 2.8 3051 " Mr. Thomas 2.8 48293 " Sec.11, T.17S, R.20E, Mrs.C.L.Brown 4.2 1538 Portal T.W. Bentley 0.6 642 " D.K. Pence, Cave Creek Groe. 0.7 49721 " Sec.34, T.16S, R.20E, Ben Pague 2.5 2822 Patero CanyonNear Nogales 1.1 3404 Prescott Artesian well pumping plant 0.2 3196 " Crystal Ice & Fuel Co. 0.4 3326 " Goldwater Dam 0.2 3405 " Sec.18, T,16N, R.1W, Robt. Moore 0.1 3255 " J.E. Knight 0.0 2469 " Wm. N. Miller 0.2 3402 9 Sec.20, T.16N, R.2W, Peas Well 0.2 2193 " Miss Lois Penrod 0.2 2468 " It 0.3 1397 if E.H. Scott 7.5 3325 " Sutherland well 0.2 2225 -7 " E. Weston 0.2 2378 It " 0.3 46962S " Sec.9, T.15N, R.2E, Spring #1 0.2 46963 " Sec.17,T.15N, R.2E " #2 0.2 2130 Quartzsite T.14N, R.19W, Yuma County 0.2 3045 School Dist. #4 0.3 2548 it Well 0.0 Chgmical Composition of Arizona Waters 65 Lab. Fluorine no. Locality Description p.p.m. 407 Ranch 76 Bonito Spring, Graham County 1.3 1536 It Tap water 0.0 3223 Randolph Irrig, well i mi. N Randolph 3.0 605 " School for girls 0.9 606 " " 48203 IT Townsite, Clifford Griffin 1.5 48145 " Sec.9, T.6S, R.8E, S.P. Soule 1.6 48202 " Townsite, E.O. Thompson & Son 0.9 48201Ray Townsite, city water supply 0.2 1521 Redington -- 0.7 3348 " Mrs. Hope C. Jones, C -Spear Ranch 2.0 1522 " Yantchy Ranch 0.1 2992 Red Rock Hwy. 84, -Pinal County 0.4 2592 Rimrock R.C. Bell cattle ranch, artesian 0.0 " 2593 " , dug 0.0 615 Rittenhouse Maricopa County 1.3 3430 Rivers War Reloc.Center, well unit #1 9.0 469 Riverside Sch. Riverside School well, MaricopaCo. 1.3 2832 Roll W.H. Hanford, Sample #1 0.4 2833 " " #2 0.2 3297 " Mohawk Mun.Cons.Dist. well #1 0.5 3298 " 3 0.7 3299 " " 4 0.3 3300 " " 7 0.7 3301 " It 9 0.5 3302 " " 10 0.5 3303 " " 11 0.7 ft 3304 " 12 0.7 3305 " " 14 0.7 3306 " " 15 0.7 n 3307 " 16 0.5 3308 " " 18 0.5 " 3309 " 19 0.8 3310 " " 20 0.5 3311 " " 22 0.7 3312 " " 23 0.5 3313 " " 24 0.5 It 3314 " 26 0.4 3315 27 0.5 3316 " " 28 0.5 3317 " " 29 0.4 3318 " " 31 0.6 2912 " Roll School, Mohawk Water Dist 0.7 2991 " " 1.0 360 " W.T. Wright, Antelope Ranch #1 1.8 361 " " 2 4.9 3204 " " , Diesel plant 2.8 3205 " " , domestic well 3.0 3206 " " , Dunn irrig, well 0.5 765 Roosevelt Sch. well, Dist. #66, Maricopa County 0.4 1525 " Roosevelt School District 0.1 1439 Roosevelt Lake Gila County 0.5 1005 Roosevelt Irrig. Dist. station #1 0.3 996 It 2 0.8 1000 " 2W -5N 1.3 994 II 4 3.0 995 " 5 0.4 1020 " 9 0.7 1004 " 15 0.5 1003 " 16 0.9 66 Experiment Station Bulletin No. 225 Lab. Fluorine no. Locality Description p.p.m. 991 Roosevelt Irrig. Dist. station #18 0.8 990 " 19i 1.6 2204 Rowood Pima County 1.1 3174 Ruby Alberto Armento, Ruby Star Rte. 0.6 2467 It J.J. Duff 4.0 2501 It Montana Mines Operations 0.6 1524 Rural Sch.Dist. #13, Maricopa County 0.5 2791 Sacaton U.S.D.A. Seed Farm well 1.2 3126 tt " 1.3 3273 Safford City water from Bonito Creek 0.1 1368 " F.J. Crider, artesian well 3.5 1369 " if , dug well 1.6 3288 " Irrigation ditch 0.0 3417 n New airport 1.4 2649 It Power plant well 1.1 372 St. David A.J. Busby 6.8 2585 tt Christensen 1.6 371 " Milton Curtis 0.7 2589 " Roy Curtis 3.2 370 " Goodman 4.5 2953 " D.R. Goodman 3.0 2559 " Miss Lula Kalpke 3.6 2825 It McCommas 1.4 2866 " t' 11.0 2877 " E.W. McCommas 1.0 2908 It J.S. McRae 2.8. 2484 It Walter McRae 1.6 2586 " " 1.6 2588 " Gene Miller, 425' 3.0 2583 n Chas. Plumb 4.8 373 tt Reed 4.6 1354 tt School well 3.2 It if 2232 3.4 2483 tt tt 4.0 " Townsite, A.E. Gee 4.7 46448 " Sec.33, T.17S, R.21E, S. Merrill 1.4 It 46449 Sec.36, " 2.3 3127 St. Johns Sec.28, T.13N, R.28E. J. Crosby 2.8 2512 It Dennis Heap 2.2 2475 " Parley Heap 2.0 3264 " Irrigation reservoir 0.0 3418 " Elmer Johns well 5.0 2514 " Lyman Dam water 1.0 1625 " Schuster Springs 1.4 2513 " E. Schuster 4.4 2551 Salome City water, 240' deep 3.6 1994 II Mrs. Gordon Galbraith 3+ 2993 " D.G. MacGregor 3.2 2413 " Railroad well 2.4 it 2136 School 2.4 3046 9 " 4.0 1404 San Carlos Proj. Govt. irrig. well #13 1.4 1405 tt " 16 1.0 1406 " " 25 1.0 1407 " If 70 1.0 1408 " " 73 0.8 1409 " " 75 0.9 2878 San Simon Harry Birlenback 3.0 1630 it Chamberlain, 650' deep, 250' casing 6.7 1636 J.E. Davis, 694' deep, 452' casing 0.7 Chemical Composition of Arizona Waters 67 Lab. Fluorine no. Locality Description p.p.m. 1637 San Simon J.E. Davis, 600' deep, 125' casing 1.0 1638 tt 681' 448' 0.7 1963 If Davis well 1.0 1635 tt Phil Ebsen, 710' deep, 550' casing 1.2 1634 I? Ed Epley, 700' deep, 650' casing 1.1 1631 It Clyde Fuller, 85' deep, 85' casing 7.5 1633 tt R.E. Gallatin, 680' deep, 650' casingl.5 1539 tt Garrett 6.0 1628 tt Ed Gentner, 750' deep, 650' casing 2.7 1541 It Huff 6.0 1632 It A.B. Hulsey, 85' deep, 85' casing 6.3 2541 Mr. Ledford, private well 5.0 1639 Mulkins, 85' deep, 85' casing 0.5 2789 It R.B. Murchison 14.0 1627 IT A.J. Neal, 700' deep, 150' casing 2.8 1540 rt Perry 4.8 2542 ,t School well 3.0 1629 t, Thompson 33.5 43725 Sec.33, T.13S, R.31E, J.E. Davis 0.6 49869 It Townsite, James Ganon 3.2 46162 t, Sec.3, T.13S, R.31E, Harry Jarrell 5.5 46029 tt Sec.30, T.13S, R.31E, Mrs.B.Robinson 4.5 1947 San Xavier Agency well 1.4 1611 It Reservation, Morenas well 0.4 1946 Sanitorium well 0.8 2564 Scottsdale City well 0.7 996 E.J. Edwards 0.8 1244 t C.E. Erickson 18.4 1564 It Grade school 1.0 2217 tt 0.6 2568 t, 't 0.6 622 rt W. Hayden 0.9 634 tt C.G. Henry 1.7 1563 r High school 0.8 2569 0.8 751 It K.W. Holmes 0.7 630 rt J.I. Jones 2.5 2774 Ralph Kirkman 1.4 448 ri Scotch Farmer Domestic well 1.2 2691 It C.L. Smith 1.6 2224 ,t Dr. R.H. Smith 0.8 3131 If W.D. Treuraine 0.3 2973 Henry W. Wick III, 180' 0.5 3134 Sells Mrs. F. Osborn 0.5 2174 tt Harris Roberts 0.3 44514 Sec.25, T.17S, R.4E, B. Rosemburgh 0.3 379 Sentinel C.O. Lindner 3.7 2547 So. Pao, RR. well 1289 Serape 0.4 44226Shumway Sec.29, T.22S, R.29E, W.B. Carter 0.3 1389 Silverbell Pima County, T.11S, R.SE 0.9 2360 Snowflake City Utilities Co. 0.0 3280 t, Irrigation ditch water 0.0 3271 Solomonville Graham County, T.7S, R.27E 1.1 2654 Somerton Sec.34, T.25S, R.24W, Yuma County 0.5 2404 Sonoita Rich est., well #3 0.2 2406 t, 2 0.2 2030 Springerville Daniel Thornton, Hereford Ranch 0.2 t, 2093 , domestic well 0.5 2486 --0.8 1392 Sunnyside School 7 mi. S of Tucson 1.3 68 Experiment Station Bulletin No. 225 Lab. Fluorine no. Locality Description p.p.m. 389 Sunrise -- 1.6 3320 Swift Trail Graham County 0.9 3243 Tacna Ralph's well 3.6 3077 " Sec.11, T.8S, R.16W, L. Reitman #2 0.8 3076 " Sec.l, T.8S, R.18W " 3 0.8 3245 n 1.1 403 Tanque VerdeRobt. P. Bass, new well 1.4 1237 " Robt. P. Bass 6.0 2545 9.0 1986 " Desert Willow Ranch 0.2 317 " Evans School spring 0.5 318 " Evans School well 1.0 2669 " Figuero Ranch, F. Eberhard 1.3 3112 " 3.4 1987 " LaSolita Ranch 3+ 1238 It Smith Ranch 0.8 1520 " Tanque Verde School 2.0 2599 " 3.2 3157 " D.P. Tracey, 2 mi.N Evans Sch. 6.4 374 " Mrs. Wooley 0.4 3279 Taylor T.12N, R.21E, Navajo County 0.0 850 Tempe Sec.10, T.1N, R.4E, Chris Anderson 0.9 2173 It Sec.18, T.1N, R.5E, Robt. Bayless 0.4 569 " Sec.27, T.1N, R.4E, G.R. Bishop 0.4 1550 " City water 0.8 887 " J.F. Collier 0.1 833 " Dr. C.E. Culver 1.1 1234 " Date Garden 2.5 n 1526 " 1.8 650 " J.M. Ellingson 0.9 694 It J.N. Finch 1.5 891 " G.R. Finch 0.4 651 " H.B. Gray 1.0 707 If J.C. Hadlock 1.3 687 " C.E. Harris 0.5 497 " I.J. Hughes 1.3 927 " Huston Ranch 1.0 721 If M.W. Jones 0.1 720 It J.E. McClin 0.4 685 " Albert Meyers 1.2 689 " John K. Moore 1.3 688 " Mullins 0.6 885 It S.S. Neeley 2.5 853 " A.D. Rogers 1.5 2566 " Rural School #85 0.7 653 It Charles Saylor 1.2 655 A.G. Scott 1.3 3078 " R.J. Scott, 821 Farmers Ave. 4.5 710 " Shelton 1.3 692 " G.E. Stewart 1.2 649 " H.A. Sullivan 0.6 2142 n Sec.17, T.1N, R.4E, Oscar Walls 0.6 686 It Wetmore Ranch 0.4 851 " Clarence K. White 1.0 1273 " Wildermuth Jersey Ranch 0.8 711 " G.H. Wiley 1.4 719 " T.R. Windes 0.4 2012 Texas CanyonCochise County, 5 mi. E of Benson 1.2 3289 Thatcher T.7S, R.25E, Graham County 1.1 1622 Theba 10 mi. W of Gila Bend 4.7 Chemical Composition of Arizona Waters 69 Lab. Fluorine no. Locality Description p.p.m. 2396 Tolleson T.D. Anderson 0.2 2190 " Tap at Arnold place, well 0.3 1034 " Baden 0.5 1105 " Amelia Bixby Ranch 0.8 1033 It J.L. Cappinger 0.4 1035 tt City water 0.4 2726 " Mrs. Allen Cowan 2.8 2675 " W.J. Craig 0.3 1036 " Gaety Ice Cream Co. 0.3 2702 IT Mrs. D.W. Harbison (Pendergast Sch) 0.5 1508 " G.D. Isabell 0.3 1041 It C.A. Johnson 0.6 1038 " J.P. Lowar 1.7 935 " E.C. Mann 1.2 565 lf A.J. McCaleb 0.0 1329 Tombstone Caster's #27264, Escapule Ranch 0.9 1327 it " 27262, H. Hughes Ranch 0.7 1331 " " 27266, Lucky Cuss Mine 2.3 1326 " " 27261, Sycamore Springs 2.0 1328 " " 27263, Watervale 0.7 1330 if " 27265, Westside Mine 3.0 2170 " Cowan well, 3 mi. S Tombstone 0.6 3343 " Mrs. Houston Davis, Mule Mt. 0.0 1373 " Huachuca Water Co, Bonanza Mine 0.3 n 981 " , A.H. Gardner 0.6 1374 It " , Tombstone Ext. 0.9 2650 It Lucky Cuss Mine 1.4 3436 " " 3.2 3437 It Westside Mine 2.2 2516 " Westside Shaft 2.2 44232 " Sec.12, T.20S, R.22E, J.H. Macia 0.5 50707 " City water 1.0 3249 Tonopah Bud Beauchamp #1 6.0 3251 " Sec.25, T.2N, R.7W, J.H.Beauchamp 6.0 3252 " Sec.26, T.2N, R.7W, Grace Herring 6.0 2122 " T.J. Herring 3+ 2651 " Lamareaux Hot Well 7.0 3253 " Lamareaux 8.0 3250 " Norman Nellis 8.0 3248 " Oscar's Mineral Hot Springs 6.0 2491 " Oscar Ringo 7.0 1437 Tonto Creek- T.5N, R.11E, Gila County 0.6 2842 Topock Sunrise Mine, Mohave County 2.2 2969 " " (Calhoun well) 1.6 910 Tremaine Sec.10, T.1S, R.5E, Maricopa Co. 0.3 2932 Vail C.P. Beach, Santa Rita sprint #1 0.7 2683 " Chas. C. Lay 0.3 2625 Valencia Hdqts. for Roosevelt Irrig. Dist. 2.0 1444 Verde River At McDowell 0.6 1445 " 1/2 mi. below McDowell 0.7 2162 Vicksburg Brenda Service Station 0.8 2839 " I.C. Jordan 10.0 3044 " School 2.2 1048 Washington Sch. Dist. #6, Maricopa County 0.5 B1136 " 0.2 2824 Washington CampSanta Cruz Co., Almer well #2 0.7 70 Experiment Station Bulletin No. 225 Lab. Fluorine no. Locality Description p.p.m. 378 Wellton F.R. Bannard, 3 mi. S town 6.9 3073 " Sec.31, T.8S, R.18W, Chas.Hindman 1.5 3071 tt Sec.6, T.9S, R.18W, H.D.Hollenbeck 1.8 3072 Sec.5, T.9S, R.19W, " 5.2 3238 " H.D. Hollenbeck, irrig. 4.4 3075 " Sec.25, T.8S, R.18W, King Ranch 0.8 420 It R.H. McElhaney #1, irrig.well 109' 0.6 421 " " #2, domestic well 0.6 If 3069 " , Sec.24, T.8S, R.18W 0.7 2821 " R.C. Montgomery 2.2 3070 It Sec.l, T.9S, R.19W, Joe Mullner 2.0 1640 " Jay Rohrbaugh 3.0 2126 " School 1.8 3004 " " 1.8 2129 " Spain's well 1.8 2553 It L.C. Spain 2.0 3074 " " , Alamo Ranch 0.9 3239 if Welch well, city purposes only 1.8 2554 Wenden City Well, T.6N, R.12W, Yuma Co. 4.8 2346 " Nord Well 3.2 2341 " Private well 6.0 2340 School well 4.0 647 West Chandler Sec.14, T.1S, R.4E, Maricopa Co. 0.5 3268 White River Navajo County 0.0 3275 " River water near Ft. Apache 0.0 2185 Wickenburg Engasser well 0.4 2188 " Fox well 0.5 2186 Garcia test hole 0.5 2187 " Hammer well 0.8 2460 " Vernon Knight, 94' 0.7 2223 If P.W.A, 1112 -F, new well 0.3 2189 " Smith well 0.2 3319 Willcos City water 2.2 1245 " W.L. Johnson 5.1 418 " Mule Shoe Ranch, hot spring 1.8 404 " P.P. Page 1.0 3359 " A.O. Rix Ranch, Sec.25, T.13S,R36E 1.7 2224 Williams City dam 0.3 190 " City water 0.9 2229 " Dogtown dam 0.4 744 Wilson School Maricopa County 0.2 2811 Winkelman Pinal Co., jct.Gila & San Pedro R. 1.2 48204 " P.F. Adams, 7Z Ranch 3.1 2876 Winslow Dr. C.H. Baldwin 3.0 3282 " Clear Creek water 0.0 2375 vt C.A. Rice 3. 2221 Wintersburg Thomas T. Cage 2.4 2611 " Kentch Store, well water 14.0 2728 It Alfred Morgenson, 100' 3.2 2459 " R.L. Olds, 80' 2.0 2496 It " , Arlington water 2.2 " 2689 "r 2.2 2746 " Sec.20, T.6W, R.1N, Roma Rice, 265' 4.8 2612 " School well 5.2 2662 " Charles E. Sturgeon 2.8 2392 Yuma Chas. Blair 1.2 3068 ,. Sec.35, T.8S, R.22W, Henry Bradley 0.7 3065 " Sec.26, T.8S, R.22W, L.S. Bradley 0.8 2142 it City canal 0.2 Chemical Composition of Arizona Waters 71 Lab. Fluorine no. Locality Description p.p.m. Yuma Colorado River water (city) 1.4 2546 Mrs. A.J. DeSaulniers 0.9 2742 " If 0.9 3423 ff Fly Field, test well 196' 0.4 818 ff Griffin well 0.8 3066 ff Seo.30, T.8S, R.21W, F.C. Hartman 0.8 3067 1f Sec.36, T.8S, R.22W, Ray Loosier 0.7 3187 f, Owl Service Sta., Hwy. 80 3.6 2919 ff Shepard Ranch 0.3 1612 ff Dr. Stacy, 2.3 mi. S 0.5 3244 ff University of Arizona Farm, new 0.7 3186 " Welch Service Sta., Hwy. 80 1.8 3064 ff Sec.36, T.8S, R.22W, A.C.Westerbeck0.8 2423 " Whitman Seed Co. well #1 Diesel 1.2 2424 It 2 elec. 0.2 72 Experiment Station Bulletin No. 225 TABLE 8. Boron Content of Selected Arizona Waters Lab. Boron no. Location p.p.m. 201 Agua Fria 0.24 243 Apache 0.24 227 Araby 0.24 399-403 Arcadia 0.4-0.95 1178 Artesia 0.63 1188 Ashfork 0.02 1182 Benson 0.05 462 Buckeye (rural) 1.32 1186 Bumblebee 0.42 250 Bylas 0.05 232 Casa Grande (rural) 3.34 695 Casa Grande (city) 0.22 653 Colorado river 0.00 694 Coolidge (city) 0.35 246 Coolidge reservoir 0.05 245 Concho 0.00 190 Dateland 1.04 220 Deer Valley 0.08 465 Douglas 1.22 191 Double Adobe School 0.25 1181 Dragoon 0.28 249 Duncan (Gila river) T* 1166 Duncan 0.80 1172 Duncan (Fairgrounds) 0.18 254 Eager 0.05 1177 Eden 0.26 702 Eloy 0.00 1189 Flagstaff 0.00 698 Florence (city) 0.49 257 Florence Jct. 0.04 245 Tort Apache (White river) 0.0 240 Fort Thomas 0.0 241 Geronimo 0.29 226 Gila Bend 0.84 221 Gila Valley 0.25 242 Glenbar 0.50 265 Globe 0.04 804 Glendale 0.07 261 Holbrook (Little Colorado river) 0.23 262 Holbrook (artesian) 0.00 1193 Hunt 0.03 1191 Joseph City 0.02 651 Komatke 0.38 1057 Litchfield Park (Goodyear Farms) 0.16 1058 n r, e, 1.10 192 McNeal 0.28 247 McNary 0.00 1185 Mayer 0.00 267 Miami 0.00 270 Mohawk Municipal Water Cons. Dist. Well #1 1.45 271 It #3 0.42 It n r, #7 2.16 276 n n n #11 0.52 282 n n #19 1.82 284 n n #22 2.73 * _ trace Chemical Composition of Arizona Waters 73 Lab. Boron no. Location p.p.m. 291 Mohawk Municipal Water Cons. Dist. Well #31 0.36 1184 New River (village) 0.00 1183 Pantano 0.17 408 Peoria 0.10 293 Parker 0.44 189 Phoenix T.2N, R.4E 1.04 200 Phoenix SRVWU.A 15E-8N 2.45 202 tt " 6E -4N 0.49 203 It tt 20E -81/2N 0.24 453 " " 221/2E -9N 1.15 412 " Sec. 9, T2N, R3E 0.12 488 " Sec. 3, T1S, R3E 1.00 650 " Sec. 30, T2N, RlE 0.23 205 " Arizona Canal 0.19 215 Picacho 0.01 252 Pima 0.07 207 Randolph 0.05 657 Rivers Butte Camp 1.51 253 Safford (city) T 743 Safford Quinn 0.66 908 San Simon 0.18 196 St. David (school) 0.06 244 St. Johns T 297 San Carlos Irrig. Project, Well 1 0.00 307 " tt 100.11 318 tt " 200.42 328 tt 30 0.66 338 " " 40 0.44 344 tt tt 50 0.25 355 tt 60 0.24 it 365 tt 70 0.12 tt 374 " 80 0.04 459 " " 90 0.17 390 tt " 100 0.71 395 " tt 105 2.92 452 Scottsdale. 0.50 264 Seneca None 266 Showlow T 260 Snowflake T 251 Solomonville 0.07 1194 Superior None 230 Tacna 2.32 259 Taylor 0.07 218 Tempe (rural) 0.95 909 Tempe (rural) 0.13 269 Thatcher 0.08 233 TonopahSec. 25, T2N, R7W 0.85 623 Tucson (University of Arizona) 0.07 616 Verde River (near Cottonwood) 0.20 224 Wellton (Welch) 0.32 223 Wellton Hollenbeck 1.66 248 White River (well) 0.00 263 Winslow (Clear Creek) 0.11 1180 Willcox 0.17 229 Yuma (new U. of A. Farm) 0.20 653 Yuma (Colorado river 4/44) 0.00 74 Experiment Station Bulletin No. 225 TABLE 9. The Nitrate Content of Selected Arizona Waters NO No. Location Owner p.p.2. C 1011 Avondale Sec.17, T.1N, R.1W R.L. Freeman 34 C 289 n n E.L. Jarnagin 12 B 9773 Arlington Sec.26, T.1S, R.6W C.F. Yonker C 286 Sec. 34,T.1N, R.6W n 10 C 1059 Beardsley Sec.19, T.3N, R.1W 44 C 1060 Sec.25, T.3N, R.2W 7 53270 Benson Station 6 El Paso Nat. Gar. Co. 2 53268 " Sec.10, T.13S, R.19E F.M. Bridegain 1 54716 Sec. 9, T.17S, R.20ECity 1. 53276 Bisbee Sec.13, T.24S, R.23E Ariz. Edison Co. 1 53337 Bowie T.13S, R.28EW.H. Carwood 3 B 8707 Buckeye Sec. 6, T.1N, R.4W C.F. Yonker 7 C 484 " OW-71/2N Roosevelt Irrig.Co 11 C 487 t, CC2 n n 23 C 490 1/2E, 71/2N 35 C 493 n lE, 8-1/2N " If 28 C 495 1-1/2E-7-1/2N n 't 4 C 501 ft 2E-11-1/2N t, ft 38 C 502 n 2-1/2E-6N ft n C 505 tt 3E-6-1/2N n t, 88 C 508 ft 53/4E-4-1/2N n n 25 C 514 It 7-1/2E-3-1/2W tt ft 22 C 530 t' 9-1/4E-5N 't 't 20 C 1051 Cactus Sec.32, T.3N, R.3E Floyd Smith 7 C 343 " Sec.24, T.3N, R.4E E.V. Graham 9 T * 52620 Cameron Sec.22, T.29N, R.9E - - -- 52618 " Sec.28, T.39N, R.6E Cliff Dwell.Lodge T 52617 Hwy. 89 Gap Trading Post 1 53457 Camp Verde Sec. 9, T.13N, R.5E Hank Wingfield 0 53446 Casa GrandeSec. 7, T.6S, R.7E T.I. Reynolds 2 C 1073 Cashion Sec.19, T.1N, R.1E Grant Hath 43 B 8341 " Sec.26, T.2N, R.1E J.A. Hedgepath 159 C 926 Chandler Sec. 4, T.2S, R.5E Bogle 38 C 937 " Seo.19, T.2S, R.5E 17 C 940 " Sec.32, T.2S, R.5E Hanna 6 C 927 " Sec. 4, T.2S, R.5E " 28 C 930 " Sec. 9, T.2S, R.5E Bogle 28 55040 CharlestonSan Pedro river -- T 54295 Clifton City T 53377 Cochise Sec.22, T.17S, R.24E Ben Edwards 1 55042 Coolidge Sec.19, T.5S, R.8E W.H.Farnsworth 1 53264 Don Luis - - -- 2 53341 Dragoon Sec.36, T.14S, R.23ECoronado Copper & Zinc Co. T 53358 Duncan Sec. 4, T.11S, R.32EElmer Stevens 1 53266 Elgin Post office Van Gorder 2 54713 Florence Sec.19, T.6S, R.15E W.F. Meyer 1 54712 " Sec.26, T.6S, R.14E n 22 54709 " Sec.14, T.7S, R.14E n 10 52608 Fredonia Sec.32, T.42N, R.2W City T 53261 Fry 1 *= trace Chemical Composition of Arizona Waters 75 NO3 No. Location Owner p.p.m. C 178 Gila Bend Sec. 4,T.4S, R.4W C.A. Elora 3 C 908 Glendale Sec. 5,T.2N, R.lE Mutt Yamamata 22 C 26 Goodyear Sec.10,T.2S, R.5E W.R. Harris 2 52612 Grand Canyon Lodge,North Rim T 52614 Gray Net Trading Post T.25N, R.8E 3 C 659 HassayampaSec.34, T.1N, R.6W C.F. Yonker 5 53259 Hereford S.P. RR. 1 54294 Holbrook Seo.22, T.18N, R.19EHarvey Randall 0 52619 House Rock Valley Sec.31, T.38N, R.4E Macolprano Ranch T 53357 Joseph CitySec.16, T.18N, R.19EE.E. Swan 1 52611 Kaibab LodgeSo. of Jacob's Lake Carl S. Cox 2 53263 Lowell City 3 53206 Mammoth Sec.18, T.8S, R.17E Arthur H. Dungan T 55147 Marana T.11S, R.11EDale Gladden 1 C 1022 Marinette Sec. 7, T.3N, R.1E J.G. Boswell Cotton Co. 40 C 1023 n 90 C 1027 Sec.l7, T.3N, R.lE n 42 C 1029 Sec.20, T.3N, R.1E " 51 C 1030 n » n 40 C 1033 Sec.29, T.3N, R.1E " 54 n C 1036 Sec.32, T.4N, R.1E 3 C 1077 " Sec.32, T.3N, R.1E L.M. Heaslet 30 53213 McNeal Sec.35, T.22S, R.26E H.G. McBride 1 54684 Miami City i 52613 Mocassin Sec.31, T.41N, R.4W 4 54717 Morenci City 2 53766 Patagonia R.B. Harmon T B 7992 Peoria Sec. 2, T.3N, R.1E D.D. Essley 25 C 57 Sec.31, T.3N, R.1E Frank Feffer 10 B 6990 " Sec.34, T.4N, R.lE Grace Ranch 20 n n B 6991 " 46 C 957 Phoenix Sec. 8, T.1N, R.2E C.A. Dravo 35 C 535 " 11E-3N Roosevelt Irrig.Co 7 C 539 11 1/2E-3N " 12 n C 540 11 1/2E-5N TM 28 C 542 12E-3 1/8N " 9 B 8479 Sec.20, T.2N, R.2E Ed Jarnagin 149 B 8266 Sec. 6, T.2N, R.3E Walter Fulford 16 16415 26 1/2E-ON** S.R.V.W.U.A.* 16 17478 33E-ON 26 17479 30 3/4E-2N n 7 16186 1/2E-3N " 112 17202 6E-2 3/4N 31 17484 11 1/2E-2N " 16660 20E-2N " 15 16298 18E-5N " 21 17467 28E-6N +, 4 *Analyses of all waters from the Salt River Valley Water Users Association were furnished by officials of the Association. * *Location of S.R.V.W.U.A. given in miles from the Initial Monument 76 Experiment Station Bulletin No. 225 NO3 No. Location Owner p.p.m. 16627 Phoenix 22 1/2E-6N S.R.V.W.U.A. 31 17360 19E-7 3/4N 16297 8E-8 3/4N 17363 13 1/4E-8 3/4N 368 16305 16E-8N It 93 16771 24E-5S 43 16656 29 1/4E-4S 62 16671 20 1/2E-1 1/2S ,T 7 16442 3E-10N 74 f, 16621 23E-10 3/4N 5 17356 14 1/2E-11 1/2N 3 17216 9 3/4E-13 1/4N ft 149 17276 5E-16 1/4N " 68 C 477 Piedra Sec.23, T.4S, R.8W Dendora Ranch 13 C 479 " Sec.35, T.4S, R.SW 4 C 481 " Sec. 4, T.5S, R.8W " 9 52610 Pipe Springs Natl. Montt. 5 48482 Pima Sec.32, T.6S, R.25E Joseph Alder 6 54720 Prescott Sec. 4, T.13N, R.2W Jay Marshall 1 55035 Quartzsite Ho,vard,L.Rogers T 55041Rillito Sec.33, T.12S, R.11ERalph H. Ludwin 1 53209Roll Sec.16, T.8S, R.17W Wayne T. Wright T 49019 Safford Sec.28, T.7S, R.26E H.A. Babb 2 48026 " Sec.17, T.7S, R.26E J.C. John 13 54290 Sahuarita T.16S, R.14ETom Griffin 6 54641 St. John's City 0 54680 San Carlos S.C. Agency T 54685 San Simon Arthur Gentner 1 54293 T.13S, R.30EValley Motel 5 52609 Short Creek Sec. 6, T.41N, R.6W School T 52607 Sec.24,T.41N, R.7W Joe Foremaster T 53476 Snowflake Sec.25,T.13N, R.22E Concho Flat Rch. T 51724 Solomonville T.7S, R.25E M.M. Larson 2 Sonoita T 54292 Stanfield Sec.31,T.5S, R.3E W.L. Sossaman 6 49490 Thatcher Sec.12, T.7S, R.25E Union Canal 15 49568 n C.N.Mote (well) 31 54714 Tombstone Sec.23, T.23S, R.20E City 0 52616 Tuba City Sec.29, T.24N, R.8E 2 53405 Tucson City Rainbow Water Co. 1 55036 " Sec.20, T.14S, R.14EPac.Fruit Exp. 0 53265 Warren City Arizona Edison 2 53456 Wellton Sec. 2, T.9S, R.19W B.C. Wilburn 1 53379 Wikieup Kenneth Havers 1 54279 Willcox Sec.l8, T.13S, R.25EOtt Warren 6 53338 Yuma City Crane School T 53444 " Unit B, Main Canal Univ. of Arizona 1 53376 " Sec.19, T.9S, R.23W Mrs. H. Corey 1