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Ground-water resources data of Charlotte, De Soto, and Hardee Counties, Florida ( FGS: Information circular 53 )

Material Information

Title:
Ground-water resources data of Charlotte, De Soto, and Hardee Counties, Florida ( FGS: Information circular 53 )
Series Title:
FGS: Information circular
Alternate title:
Groundwater resources data of Charlotte, De Soto, and Hardee Counties, Florida
Creator:
Kaufman, Matthew I
Dion, N. P ( joint author )
Geological Survey (U.S.)
Southwest Florida Water Management District (Fla.)
Place of Publication:
Tallahassee
Publisher:
State of Florida, Division of Geology
Publication Date:
Language:
English
Physical Description:
iii, 24 p. : illus. ; 23 cm.

Subjects

Subjects / Keywords:
Groundwater -- Florida -- Charlotte County ( lcsh )
Groundwater -- Florida -- De Soto County ( lcsh )
Groundwater -- Florida -- Hardee County ( lcsh )
Hardee County ( local )
City of Tallahassee ( local )
Charlotte County ( local )
Water wells ( jstor )
Counties ( jstor )
Water depth ( jstor )
Geology ( jstor )
Aquifers ( jstor )
Genre:
bibliography ( marcgt )
non-fiction ( marcgt )

Notes

Bibliography:
Bibliography: p. 7.
General Note:
"Prepared by the United States Geological Survey in cooperation with the Division of Geology, Florida Board of Conservation and the Southwest Florida Water Management District."
Funding:
Digitized as a collaborative project with the Florida Geological Survey, Florida Department of Environmental Protection.
Statement of Responsibility:
by M. I. Kaufman and N. P. Dion.

Record Information

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University of Florida
Holding Location:
University of Florida
Rights Management:
The author dedicated the work to the public domain by waiving all of his or her rights to the work worldwide under copyright law and all related or neighboring legal rights he or she had in the work, to the extent allowable by law.
Resource Identifier:
022069628 ( aleph )
00649840 ( oclc )
AFD7457 ( notis )
71633262 //r85 ( lccn )

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Full Text
STATE OF FLORIDA
STATE BOARD OF CONSERVATION
DIVISION OF GEOLOGY
Robert 0. Vernon, Director
INFORMATION CIRCULAR NO. 53
GROUND-WATER RESOURCES DATA OF
CHARLOTTE, DE SOTO, AND HtARDEE
COUNTIES. FLORIDA
By
M. I. Kaufman and N. P. Dion
Prepared by the
UNITED STATES GEOLOGICAL SURVEY
in cooperation with the
DIVISION OF GEOLOGY
FLORIDA BOARD OF CONSERVATION and the
SOUTHWEST FLORIDA WATER MANAGEMENT DISTRICT
TALLAHASSEE 1968




Completed manuscript received
February 21, 1968
Printed by the Florida Board of Conservation
Division of Geology
Tallahassee
ii




CONTENTS
Page
Introduction .................................................. 1
Acknowledgments ............................................ 2
Well-numbering system ....................................... 2
Hydrologic data ............................................. 4
References .................................................. 7
ILLUSTRATIONS
Figure Page
1 Location of area investigated ........................... 2
2 Diagram illustrating the well-numbering system ........ 3
3 Location of wells in Charlotte, De Soto, and Hardee counties .............................................. 4
4 Relation between specific conductance and total dissolved solids of water in the Floridan aquifer ......... 5
TABLES
Table Page
1 Records of wells in Charlotte, De Soto, Hardee and
Manatee counties ................................... 8
2 Chemical analyses and temperature of ground water .... 16 3 Well number-well location key ......................... 20
4 Changes in static water-level, yield, temperature and
sulfate content with well depth in southwestern De Soto
County ............................................... 24
iii




A:




GROUND-WATER RESOURCES DATA OF
CHARLOTTE, DE SOTO, AND HARDEE COUNTIES, FLORIDA
By
M.I. Kaufman and N.P. Dion
INTRODUCTION
Charlotte, De Soto, and Hardee counties are east-southeast of Tampa in west-central peninsular Florida, figure 1. In order to plan the future water-resource development of the area, information about the water resources is needed. To meet this need, the Water Resources Division of the U.S. Geological Survey, in cooperation with the Peace River Basin Board of the Southwest Florida Water Management District as part of the statewide cooperative program with the Division of Geology, Florida Board of Conservation, began a continuing hydrologic data collection program in July, 1963, as an initial step in the investigation and evaluation of the groundwater resources of Hardee and De Soto counties. A similar hydrologic data program commenced in Charlotte County in July, 1964.
Previous work in Hardee and De Soto counties included a one year reconnaissance by the Division of Water Resources and Conservation, Florida Board of Conservation, which concluded in June, 1963, and resulted in a hydrologic report (Woodard, 1964). As an outgrowth of the hydrologic data program, a Map Series report portraying the chemical character of water in the Floridan aquifer in the southern Peace River basin was prepared in 1967 (Kaufman and Dion).
The data contained herein constitute the basis for the Map Series report. Additional selected data, including records of wells and chemical analyses,, on the ground-water resources of the three county area are also included and are published to make the data available.
1




2 DIVISION OF GEOLOGY
N.
Tornpo %)
Figure 1. Location of area investigated.
ACKNOWLEDGMENTS
The authors, wish to express their appreciation to Dr. J. I. Garcia-Bengochea of Black, Crow and Eidsness, Inc., of Gainesville, Florida, for kindly furnishing chemical analyses of waters from a number of wells in De Soto County, and to C.R. Sproul and H.J. Woodard of the Florida Board of Conservation, Division of Geology and Water Resources respectively, for making available records of wells.
Special thanks are extended to the following well drillers who graciously furnished well data from their files or otherwise aided the authors: George Dansby, Wauchula; J. Miller, Cleveland; V. W. "Bill" Athey, Wauchula; and J. May, Brandon.
The authors thank the many owners who allowed access to their wells for water-level measurements and water sampling.
The cooperation of all the above people is gratefully acknowledged.
WELL-NUMBERING SYSTEM
The well-numbering system used in this report is that of'the Water Resources Division of the U.S. Geological Survey and is




INFORMATION CIRCULAR NO. 53 3
based on a one-second grid of parallels of latitude and meridians of longitude, in that order.
The well number is a composite of two numbers separated by the letter N. The first part consists of six digits; the two digits of the degrees, the two digits of the minutes, and the two digits of the seconds of latitude. The N. refers to "north" latitude. The second part consists of seven digits; the three digits of the degrees, the two digits of the minutes, and the two digits of the seconds of longitude. If more than one well lies within a onesecond grid, the wells are numbered consecutively; and this number is placed at the end of the well number following the decimal. Therefore, the well number defines the latitude and the longitude on the south and east sides of a one-second quadrangle in which the well is located.
Figure 2 is a diagram illustrating the well-numbering system. For example, the designation 275134N0815220.1 indicates that
870 860 85 40 830 820 ale 0O10 G.. .
300
---rj290
J 15 26,
C, 2. 0
290
! Iw o
27534S132.
Fi swn
Figure 2. Diagram illustrating the well-numbering system.




4 DIVISION OF GEOLOGY this is the first well inventoried in the one-second ,rid bounded by latitude 2751'34' on the south and longitude- 81 52'20" on the east.
HYDROLOGIC DATA
The data contained herein consist of hydrologic records col lected during the first two years of the investigation. The location of inventoried wells is shown on figure 3. The relation .between
R22E R23E R24E _R25E R26E R E!
---A- T33S
--W a
T3S
T 39 S
Figure 3- Location of wells inrot,-De Soto, and Hardee counties




INFORMATION CIRCULAR NO. 53 5
specific conductance and total dissolved solids of water in the Floridan aquifer is shown by figure 4 and can be used to estimate the dissolved solids (mineral content) of water when only a specific conductance measurement is available. Records of wells are given by table 1, and chemical analyses and temperature of ground water are shown in table 2. In order to facilitate the location of wells by the user, a well number-well location key, which relates the latitude and longitude well number to the township and range grid system, is given in table 3. Table 4 shows the change in static water-level, yield, temperature, and sulfate content with depth of a well in southwestern De Soto County.
I 0o0[ I I I I I I , ,
InA x
EXPLANATION
0 0 Hordee County 1P A A De Soto County oo_ Manatee and Sarasota Counties I ,000 Charlotte County
Relation between specific conduct-- / once and total dissolved solids
U o (residue at 180 C) for southern Peace River basin
Relation between specific conduct-
9/ U once and total dissolved solids 8 (colculated) for Chorlotte County
U
u.
too
100 ID I000
TOTAL DISSOLVED SOUDS, PARTS PER MILLON
Figure 4. Relation between specific conductance and total dissolved
solids of water in the Floridan aquifer.
This report was prepared under the direct supervision of J.W. Stewart, Hydrologist-in-Charge of the U.S. Geological Survey, Tampa field office, and under the general supervision of C. S. Conover, District Chief, Water Resources Division, U.S. Geological Survey, Tallahassee, Florida.




I.




INFORMATION CIRCULAR NO. 53 7
REFERENCES
Black, A.P.
1951 (and Brown, Eugene) Chemical Character of Florida's Waters1951: Florida- State Bd. Conserv., Div. Water Survey and
Research, Paper 6.
Black, Crow and Eidsness, Inc.
1965 Engineering Report, Water Supply Studies for the City of
Arcadia; Arcadia, Florida: Project Number 422-65R.
Brown, Eugene (see Black, A.P.)
Dion, N.P. (see Kaufman, M.I.)
Finney, S.N.
1961 (and Miller, J.B.) Some Physical and Chemical Characteristics of Selected Florida Waters: Florida State Bd. Health,
Jacksonville.
Kaufman, M.I.
1965 (and Dion, N.P.) Chemical Character of Water in the Floridan
Aquifer in Southern Peace River Basin, Florida: Florida
Geol. Survey Map Series No. 27, 1967.
Miller, J.B. (see Finney, S.N.)
Woodard, H.J.
1964 .Preliminary Report on the Geology and Ground-Water Resources of Hardee and De Soto Counties, Florida: Florida State Bd. Conserv., Div. Water Resources and Conserv.,
Tallahassee. (Duplicated Report).




Table I, .1 81I'OIDN or W,.L4 IN CHAELrT, D 50 7, fALnDS ANP MANATE COUNTIES 0
WELL NUMBR: Oe figure for eSp4iltt of 1 well-numbering system, CHENICAL ANALYSIS AVAILABLE: C, complete J, chloride and conductance; K, con4uct.
OWMEIUIPI F, federal Ooverneent; t; N, copany or corporation; P, private; Once: L, chloride.
5, slate Agency, MANGE OF CHEIMICAL CONUTITUENTS IN PARTS PER MILLION (pp.): Iron; 0, 0,00-0,05;
DEPT 07 WELL: To nearest foot, 1, 0.06-01: 3, 0.11-0,30; 3, 0.31-0.50. Sulphate; 0 0-10; 1, 11-15 9, 36-0;
WILL FINIINt X, open hale in aquifer, aassd to aquifer. 3, 51-100; 4, 101-150; 5, 151.00: 6, 301-20; i, 721-00; 8, 50to1000; 9, more than
O6R"0 DRILLED, C, cable-tool; I, hydraulic rotary 1000. Chloride 0. 0-10: 1, 11-35 2, 36.100 3, 101.950 4, 251-5001 5, 501.1000:
TYu Of PuIMP; C, contrifug; N, none; T; turbine; Z, other. 6, 1001-20001 7, 1001-5000 8, 5001-u0000, Hardneso 3, 51-100; 4, 101-150;
USE OF WATI N, doseettO; I, trrigation 5, stock; U, unused, 5, 151-3200 4, 201-100; 7, 301-5000 a, 501-1000t 9, more than 1000, Speatfia conductAQUIFR: IF Floridan, coca 1, 151.300: 3, 101-500; 4, 501-1000; 5, 1001-3000; 6, 3001.60001 7, 5)01.0loooo
ALTITUDE OF LAND SURFACEs To nearest foot above mean sea level, S, 10001-30000 9, sore than w000.
VATER LIVEL: To nearest foot, Date of measurement Includes month and year
Casing Alti- water level spetude Yield Period Ches- ciia TmWell Owner- Tear Depth Well Moth- Type Use Aqut- land Above(+) (gal- Draw- of ical Iron Sul- Chlo- Hard. 000- pernumber alip con- of Depth Dia- ftn- ad of of fern surface or be- Date lone down dia- anal- (Fe) fate ride none duct- aple- well (feet) meter ish drill- pump water above low(-) of per (foot) charge yses ppo (804) (Cl) &sa ture ted (4n- ed mean land mesa- min- (hours) avail- ppm pin (micra- ('F) oboe) sea surface ure- ute) able tog at level (feet) ment 250C)
CHARLOTTE COUNTY
286b6oi0820218.1 P !30 x I N iF 10 +31 5-57 270 5 6 80
264630O20218.1 P 480 1 I N I 17 10 +29 5-65 380 L 82 2611306218.1 P 730 6 X N I 1F 10 +20 11-56 240 L 82
204811110815158.1 If 1963 620 199 B x N U 17 26 560 3 6 6 90 0
,2491W0820118.1 P 1932 a X C N I 17 17 .28 -65 300 L 6 6 Ed
264923N10520137.1 P 1945 1900 645 20 x H N U 11 9 +33 10-57 2760 C 0 9 a 9 9 98
6503010o15851. p 194? 556 21 x N H 11 23 +22 5-65 255 C 0 7 5 6 a 54
2650500820044.1 If 1953 1200 200 6 X N I 1F 16 +23 B-57 L 8 6 B6 0
2657110820117.1 P 1944 1300 a x N I U 17 7 +43 8-57 375 C 0 7 a 9 6 87 ,5227110014310.1 N60 6 x 5 17 35 C 0 2 2 5 4 62 .2652471156264 P 455 4 X N I 1F 21 +25 5-65 375 L 6 6 as '' 628 082010o1 P 630 165 6 x U 17 10 C 7 6 8 6 55
265301130820056.1 P 1937 500 4 x H 17 12 +29 10-57 L 6 6 78 2h6307SO81483.1 N 1946 620 6 x z 8 17 40 L 5 64
653082060121.1 P 1923 600 6 X H 1F +35 5-49 L 6
'26531810820044.1 P 1924 650 6 X N U 11 7 +28 5-65 115 L 6 7 Be S32653430815925.1 6 N I 17 21 +23 5-65 440 L 6 6 84 ,205407110820110.1 P 1945 640 180 4 X N I 1F 10 +32 5-68 250 C 7 6 S 6 84
265415110820023.1 P 1100 5 X N I 1 19 +25 8-57 600 L 0 85 26541110820130.1 P 1925 850 6 X H 17 6 C 0 4 4 8 5 79 26543100820257.1 p 1929 505 192 6 X a 1F 6 60 L 6
,2544NE0820148.1 P 240 240 4 X a iN 5 +6 10-49 1 C 0 1 3 4 4 79 2545108169691 7 1943 705 216 6 X U 17 20 .260550910820213.1 P 960 6 I N H 1F 6 +37 3-49 a 6 6
265513N0814758.1 P 835 170 4 X N 5 1F 40 +10 5-65 135 L 5 6 85 ,2655213081561.1 P 720 6 X N a 17 26 +24 10-57 375 L 5 86 265534110820251.1 N 1934 520 6 X N U 1F 6 +35 12-65 220 T 6 6 83 "I 265552E0820223 61 P 1924 600 5 x N H 17 7 +31 9-57 100 L 7 84 ',6555580514#08.1 P 605 158 ,6 X N 3 1f 39 +9 4-49 116 L 4 5 84 N'5602H0620259.1 H 600 S X N 1F 5 +20 2-24 1200 C 1 8 6 9 7 82




INFORMATION CIRCULAR-NO.- 58 9
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Table 1, -,p HNCCf =1D 0 W9L4 IN CHAHII'l, O SU'J# HARNIK AND AMANATI COUNHT1 .- Con n4a4
Casing Alti, liter level
tuds Yield Period Chm- Olt$ Ton. well Owner- Year Depth Well Math- Type Use Aqu$- land Above(+) (gal- Draw- of tcul Iron flv- Chilo- lard- pon. pernmber .hlp corn- of Depth Di- fin- 04 of of fe surface or be- ate lon down die- mail- (Fe) fate ride nen duet- aple- wall (feat) motor th dr11l- pump water above low .) of per (feet) charge reg ppe (004) (N) an. tur 0e (in- 9d mein lend Bea ag- (houare) &vial- zPM pPI (lOron. ( F) cbes) sae surface urn- Ute) able Otooat level (feet) meat 2 )
DROM COUNTY
270512NO30024491 P 197 616 97 6 x N a IF 27 +17 10-62 350 C 6 4 7 5 0 2704300015439.1 610 151 5 x x 5 1F 34 +17 12-57 50 L 3 2 17033=0814703o1 P 1962 1211 685 12 x T I 17 42 +13 10-62 1100 C 6 2 7 4 5, 27014710811578$1 P 1910 40 169 6 x N a 17 20 +28 5-65 12 C 2 1 3 5 4 s0 17041 1082010. P 1957 5568 65 6 x a 17 31 +16 5-65 350 J 3 6 s0 2704113081474991 P 460 112 6 X N U 1F 47 +4 6-62 15 C 1 3 2 6 4 81
2704423091493.1 P '1189 640 12 x T I 1F 47 7-64 2500 C 1 4 3 7 4 S6 270540353157371 3 194 1000 75 10 X C I F1 37 +15 8-64 1130 C 1 7 3 7 4 85 2706573101543519 N 194 1070 82 12 x C T I 1F 45 -1 1-65 625 C 0 5 2 7 4 81 2707440610850.1 P 1955 317 69 4 X N I IF 41 +12 11-57 as L 2 s0 27075910115034,1 P 416 77 6 X x I IF 41 +2 12-57 75 L 2 79 270803015542.1 P 1957 520 4 X I 1F 17 +31 1-64 140 L 3 78
i,70S1S 4Ka.1 5 190 565 70 12 X T H I 54 400 x 4 2 0 47081230614811.1 5 1942' 508 150 a X C f 17F 54 400 L 2 702143014811.1 5 1941 535 167 6 X C C H 1F 54 -5 5-65 280 C 5 2 7 4 270845014845.1 H 1964 675 300 12 xK T I 1F 53 1500 K 5 83 O2709113081529.1 p 600 6 X 1F 46 3 11-57 C 2 6 2 7 5 27091230815040.1 N 595 8 x T I 1F 46 +2 10-57 7 L 2 0
27092130515324.1 N, 612 50 a x I IF 47 +2 11-57 L 2 78 27093061L5328.1 P 1961 1500 180 a X T I 1F 46 o00 C 1 7 3 8 5 870 N70925061525?.1 N 452 6 x x I 1F 46 -6 5-65 100 L 2 81 27092130815237,2 1920 245 52 a x C 1 45 +4 11-57 200 L 2 78 270932N0815040.1 P 504 80 8 X I 1F 46 +6 9-57 250 L 3 81 271102N0815208.1 P 360 60 4 X N 5 1F 45 +5 11-57 110 L 2 77
27111330815'21 k 1964 1107 123 12 X T I 1F 54 -2 6-64 C 2 7 2 8 4 2M11230615712.1 P. 19605 820 144 10 X C N I 1F 45 +7 8-65 145 2 4 64 2114530514648.1 P 433 428 12 X C I 1F 58 -7 8-62 L 2 76 27115630814539.1 P 327 43 6 X N U 1F 57 -8 1-64 271,2030615405.1 N 1964 1500 12 X T I 1F 51 -3 5-65 271207300815711.1 P 1965 1100 133 10 X C I 17 45 +5 5-65 450 2 4 94




Table 1. -- RECORDS OP WELLS IN CHARLOT, DS SOTO# HARDlE AND MANATE COUNTIES -- Continued
Casing Alti- Water level spetude Yield Period Ches- cific TomWell Ower- Year Depth Well !Mth- Typo Use Aqui- land Above) (gal- Draw- of icKl Iron Si- Chlo- Erd- con- pernumber ship Con-, of, Depth Dia- fin- ad of of fere surface or be- Date Ions down die- anal- (Fe) fate ride news duet- apie- well (feet) meter Ish drill- Pump water above low(-) of per (feet) charge ys pp (804) (Cl) -Me ture ted (in- ad mean lend meas- sin- (hours) avail- pp ppa (micro- ('1), chee) usa surface ure- ute) able ahos at level (feet) ment 256C)
RECORD OF WELLS IN DESOTO COUITY, CONTINUE
271208No820253.1 P 390 4 x 5 1F, 40 +2 6-87 L 2 74 27131630820042.1 P 887 6 x N U 1F 45 +1 2-57 1 L 2 77 271219M0614017.1' B 1941 514 a X T H 1F 75 B00 C 1 7 2 7 4 80 ,271228NO814008ol, 8 811 8 X T H 76 -24 0-64 400 L 2 271283N0814d09.1 P 1929 258 94 2 X C H 67 -13' 6-57 L 2 27140N0815258.1; P. 1948, 480 8 X T I 1F 5 600 C 1 0 2 6 4 7
127124608148224 P 1365 8 x T I 1F 72 -20 8-65 27128308,152581 P' 1948 526 6 X T I 1F 87 -8 6-64 350 C 0 1 2 6 4 "271307N0815220.1t M 200 4 X P IF 32 +10 6-62 10 J 2 4 77 271308i0815225.31 M 1964' 250 83 10 x P 1F 30 +6 1-65 125 100 7 C 1 4 2 7 4 271308N0815228k.1' 1' 1925 366 263 8 X P 1F 32 170 C 1 5 2 7 4 78 271810N0815224'.1 M 1930 390 327 12 x T P 1F 32 +23 7-42 C 7 2 8 4' so
2713148081459.1' N 1962 1412 630 16 X C T I 1F 66 -15 .62 4200 C 0 7 2 7 4 89 27187N0815389.1; P. 1957 1100 120 8 x C I F 1 -' 4-57 500 27133N0815213.1 M 227 78 6 X T P 1F 43 '-1 9-64 C 2 1 2 6 4 78 2713561081453201- P 1902 1418 470 12 X C T I 1F 71 271406N0814920.1 P 1964 1535 830 2 X T I 1F 66 2000 C 2 7 1 7 4 Z 271141NO818414.1 P 900 82 10 x C I 1F 62 +2 1-64 480 L 2 0
271437T0814951.1 P 451' 120 8 x 1F 65 750 C 0 3 2 6 4 79 271438810518.1 P 1410 900 6 x T I 1F 67 500 C 0 8 1 8 5 83 27155o3614252.1 P 1962 1486 432 12 x T I 17 83 0 2 3 2 .6 4 7 271618T0815905.1, P 1950 1260 71 8 X N I 1F 59 -9 11-65 L 1 27162630814712.1 P %goo 1500 450 12 x T I 1F 77 2500 C 2 7 1 7 4 84 r 2716431015059.1 P 1957 255 48 6 x I 1F 38 +16 8-57 60 L 78
271659308150.1 p 1957 819 63 6 x N I 17 60 0 8-67 L 2 271708N0615052.1 P 257 47. 4 X N I 1F 29 +19 6-57 7. L 1 77 271717N0815226.l N 1964 893 611 12 X T I 1F 62 C 1 8 1 8 5 27171bN0815082.1 P 1957 380 63 6 x I 1F 52 +7 8-57 100 L 76 271723N0815156.1 N 1275 500 12 x T I 1 5F 8 1 271724N0815227.1 P 1009 450 12 x T I 1F 02 1400 C 1 a 1 8 4 83
271834N0815304,1 P 1963 1290 83 12 X T I 1F 72 -22 6-63 2100 K 5 so 272012N0814623.1 P 471 137 6 X N U 1F 61 -18 5-65 272013N0815759.1 P 1957 1100 12 X T I 1F 73 -21 1-64 6 87




Teble 1. v- RECORDS OP WXI IN CI ARLOlE, D 500, HARDER AND NANAT2E COLNTI35 -- Contirlod
Cang Alti- Water level ape.
tude Yield Period Ches- 0$1 Too.
yell Owner- Year Depth Well Noth- Type Use Aqut- land Above(+) (gal- Draw- of SlS Iron Bul- Chla- ard- pon- per*
number ship Con- of Depth DiM- f11- od of of totu surface or be- Dats lans down dim- mcl- (Fe) fate ride nes duet- aple- well (eeat) meter lob drill- pmp water above low(-) of per (test) harge yMes Pie (B0) (C) me tire ted (in- ad sea land ss- mm- (hours) avail- pm ppm (to- ('v) obe) sA surface ure- ute) able mboa at level (feet) meat 250c)
Mawn)J COUNTY
372 350#14008,1 P 1065 1241 06 13 X C I if 79 1600 30 2733350N114785.1 P 60 a x N 1 11 51 .6 12-62 C 1 6 1 7 4 60 67i34430 16L.1 P 1956 1202 230 13 x C T I 1f 91 -33 6-5 J 1 3 77 234760620247.1 p 1963 870 1o 6 x T I 17 30 -21 2-63 3234010014744.1 p 1964' 1136 60 19 x T 1 I 64 1300 J 1 4 me 2723510820315.1 p 1962 1234 10 x T I 1I 65
2734010816742.1 p x T I IF 67 -55 6-65 1170 r 4 76 27243$10081550.1 8 1954 781 150 10 x T I IF 9 -33 1-64 600 1 4 61 2734410614707.1 P 1957 1258 s0 10 x T I 1F 75 -11 4-57 1400
*L7244110814?36o4 P 1957 930 173 6 x T I IF 76 -16 3-57 660 3724423062052.1 P 960 10 x I 1i 75 C 0 4 1 7 4 78 '27245f90820302.1 P 1955 754 120 10 X T I 1F 74 -35 55 L 1 76 o
,,V26006109 56.1 P 1362 824 198 12 x T I 1F 87 -34 62 ,'3?3551O0I3156,1 P 1956 900 130 10 1 T I I7 61 -45 545 5 1 4 83 3735760615534 3 1363 1060 385 12 x Y 1 17 84 -14 8-63 272701J0613949,1" P 1948 63 320 6 x T I 1F 0 -19 13-63 L I 27703014064 P 1154 136 10 X T I 1F 67 -8 12-63 37274108147391 X 1965 1175 09 13 x T I 1F 72 -12 12-63 1700 36 6 j 1 4
373759614235.1 P 1363 1075 137 13 x T 1 17 65 7 1062 230 C 3 1 6 3 63 .272841110813617.1 P 1563 1508 165 13 X I 1F 0 -14 1063 1600 26 a J 0 3 272930620310.1 P 1956 1155 69 B x T I 1F -42 56 L 1 so
-272933M061465361 P 1957 575 40 a x I 1F s0 +2 5-57 L 1 :,27293530614113.1 P 1962 733 137 6 x T I IF 74 372933310.614635.1 P 1956 573 42 6 x T 1 17 95 -27 56 L 1
342106147494 V 160 4 X C P 11 33 100 C 6 1 7 4 78 27295330614816.1 p 639 21 6 X N a 1F 59 +7 1-4 12 C 0 5 1 7 4 77 37300810815015.1 P 1956 537 100 6 x T I 1F 96 750 L 1 75 3730203014910.1 P 1956 1100 6 X T I 11 111 550 L I 2302 6081228.1 P 1956 1220 200 13 X T I 1F 108 -36 4-57 3000 27304030815419.1 P 617 110 a x T I 17 109 -48 9-65 350 1 1 3 62




Table 1. -- RECORDS OP WELLS IN CHARLOTTE, DE SOTO, HARDEE AND MANATEE COUNTIES -- Continued
Casing Alti- Water level Bpetude Yield Period Chai- cufc TemWell Owner- Year Depth Well Mth- Typo Use Aqul- land Above() (gal- Draw- of teal Iron Sul- Chlo- Hard- con- pernber ship cor of Depth Die- fin- od of of fore surface or be- Date lons down die- anal- (Fe) fate ride noes duct- aplo- wel1 (feet) meter ash drill- pump water above low(-) of per (feet) charge Yes ppm (504) (Cl) ance ture ted (in- ed mean land mea- mn- (hours) avail- ppm ppm (mreo- ( ) chen) ea surface ure- ute) able floe at level (feet). mont 25C)
RECORD OF WELLS IN HARDEE COUNTY, CONTINUED
273103N0813637.1 P 849 66 6 X C N '8 1F 70 +11 11-65 60 C 1 0 4 2 78
27312010815219.1 P 1957 1060 200 12 X T I 1F 107 -40 57 1800 L 1
. 273122N0814425.1 P 1955 925 320 10 X I 1f 100 -32 55 L 1 78
273156N09145141 P 1955 267 39 6 X N U IF 100 -49 5-65 273205N0814330.1 P 658 212 6 X N I 1F 102 -26 8-62 273220N0814932.1 P 547 110 6 x N I 1F 97 -28 1-64
273235081438,71 P .847 10 X T I 1F 116 -35 3-57 L 1 s0
,2732S0NQ814608.1 M 1963 1103 404 16 X T P IF 64 +6 7-63 1900 22 24 C 0 6 0 7 4 85 :'27325210814028.1 P 1956 789 275 a X T I 1F 122 -44 6-56 650 L 1 80 273253N0814809.1 M 1934 970 323 10 X T P IF 73 800 K 4 80 273254N0814811.1 N 732 6 X T P IF 76 300 C 0 5 6 4 76 72733871061933.1 'P 1119 178 10 X T I IF 91 -10 1-64 L 1 77
27i346NO813986.1 p 1947 530 78 10 X T I 1F 84 -3 12-56 L 0 80
273346N0814847.1 P .1952 1377 10 x T I 1F 117 -37 52 650 L 1 78
''273411N0820250.1 P 1957 1062 82 12 X N U 1F 127 -80 5-65 2000 68 5 C 0 0 0 5 3 z 2734213(0813614.1 P 1952 1172 128 12 X C I 1F 91 -8 6-63 1500 L 0 78
273434N0813719.1 P 1946 750 6 X C I 1F 77 +12 4-57 C 0 0 0 3 2 80
273530N0820053,1 P 1962 965 124 12 x T I 17 122 -63 1-63 1760 C 1 1 1 5 3 77
73630815115.1 P 1951 1139 248 12 x T I 1F 125 -42 2-51 1000
2735456O815702.1 N 1986 930 200 10 x T I 1F 122 -47 8-56 L 1 0
278547 0815614.1 *P 950 120 12 X T I 1F 111 J 1 3 76
27354810815601.1 P 580 100 4 X C I 1F 110 50 L 1 74
278N03815229.1 'P 1957 985 239 12 X T I 1F 108 -35 2-57 1900
273610N0814912.1 P 1957 570 119 10 X T I 1 108 -32 8-57 660 L 1 78
278614M0814852.1 P 1981 536 87 8 X T I F 99 -25 8-56 L 1 78
:27361S1081502B.1 P 1946 335 100 8 X T I 1? 123 -50 4-57 L 1 76 Z
273620N0815838.1 P 810 10 X T I 1F 125 -80 10-62
273622210814909.1 P 1957 580 100 10 X T IF 110 -38 1-57 L 1 80 P
27362230814925.1 P 1956 648 6 X T I 1F 110 -28 5-56 CA
273638N0814844.1 P 1964 1082 278 12 X I 1F 115 -36 2-64 L 7




?hlo 1. -- IMCCIRDS Of LI IN CHARLOTs D9 SOTO, KARDhl AND MANAYU COUINTIS P. Conttnued
Casing Alt$- Water level *pe.
tude Yield Period Chew- attic TemW034 Oner- Tear Depth Well Beth- TJpe se Aqui- land Above() (gol- Draw- of toni Iron Pal- Chic- Bard- con- peanumber sp com- of Depth Dig- fIt- ad of of fers mrtace or be- Date lonm down die- ousl- (Fe) fate ride see dupt- apie- wel (feet) moter 1mb drill- pump water above low(-) of per (feet) charge ymes ppm (506) (Cl) ae* ture ted (in- ad man lend mesa- Ml- (hours) aval- ppm ppm (micro- (or) Cbe) an mrface ure- ute) able homs at level (fot) ent 250C)
.ECOILD OF WEnl I HAR3l1 COtXTY, CONTINUED
2 0630525oo1.1 P INS 8V 164 12 x x I IF 104 -31 1-44 1700 10 737lUO51I5, 1 P 1957 64 248 10 x T I IF 121 -42 3-67 L I 27 3M6434841 p 152 1100 a x T I li 124 -46 12-62 L 2 273"MYK10S7,l X 192 1027 395 12 x T p I 116 lo00 4 90 273Ui M l240.1 P 1902 1010 138 10 x T I IF 116 -28 8-52 1300 22339014,1 N 30 300 4 z T P i 122 200
2?II042. V 9 300 6 P if 1 -58 6-64 480 K 3 7 MUMMIS9 l X 1955 254 90 6 x T I 11 119 500 L 1 77 2734MO1447., p 60 1 a a 11 122 -46 1-63 C 0 5 1 7 4 62
4 ~~ EhNATEX coUTiiY
rO
. CO4M p I,5 M 12t 1 C I; .r -40 "-.53 1.800 c "- 5 1 '7 4 7 273054HI00 17J',1 P 19001 1135 90 12 x C T 5 lIF -57 a1 l8ow C 0 0 1 5 3l 77 :2 73308M20 51.1 P 1959 1178 160 12 x T I li 118 C 1 3 1 aI 3 79 I







Table pf-Chemsaa| Anslysma an4 Temperalre of Grou4d Water
(Notwl Type-:, pumped 4, Colleed t4from Splgot) 9, FloWini well,
Source-1, USd Oeologlaal 4urveyi 6, Pr1vate 7, Iduoatlonal)
Chemical analyses, In parts per million, except specific conductance, pH, and color
Ipoaitfo Dissolved Hardnoes S conduct- solids 0 T &no* Te- Mau- PC. Car- Non- U Well Date Y (micro- per- Cal- na- tas- lcat, bon- Chto- FIuo- Ni- Residue Cal- Calcium, car- a
ofbor 09 p shoo ature Silica clum slum Sodium alum bonate at* Sulfate ride ride trate Iron at o1- mano- bon- Cal- C collection R at 251C) pH (F) (6101) (CA) (ME) (Na) ) (Hop) (CC9) (504) (01) (F) (NON) (Fe) 180'0 lated alum &te or I
CHARD7t7X COUNTY
Floridan Aquifer
264 11N0690187. 1.9-23-04 9 52100 7,8 96 8.9 39 1070 20400 395 131 0 980 18700 1.4 99 .00 -- 34000 6330 6290 5 1 26502010g8L.551,1 10-11-49 -- 3370 7,5 84 -- 70 94 505 -- 144 -- 265 995 1.0 .5 .00 1900 560 443 5 1
65 2817X0820117,1 10-14-49 -- 4590 8.9 87 -- 16 141 584 -- 136 -- 208 1340 .8 .2 .02 -- 2620 1040 939 15 1
265337=O4310,1 10-18-49 -- '784 7.6 89 -- 29 34 96 -- 298 -- 31 87 1.8 .0 .00 -- 419 195 0 15 1
65528N0 306 110 1 -50 9 4050 7.8 95 -- 187 114 S00 -- 115 -- 312 1291- .. .. .. .. 2560 935 841 -- 7
2054070820110.1 -50 9 4230 7.4 84 -- 189 105 451 -- 87 -- 259 1099- .. .. .. .. 9160 886 514 -- 7
2654180820130,1 10-14-49 -- 1620 7.7 79 -- 103 0 121 -- 161 -- 119 365 1,5 .2 .02 -- 850 512 380 95 1
'2656029060259,1 02-21-24 -- A0200 -- 82 16 238 159 895 14 127 -- 502 1800 .08 3900 3690 1250 1140 -- 1
S'265029NQ821919.1 10-17-49 -- 7310 7, 80 -- 224 126 1230 -- 46 -- 412 2320 .7 .5 .. 4340 1080 1040 10 1
26565i8014957.1 10-18-49 -- 3410 7.3 87 -- 138 102 428 -- 121 -- 292 918 .6 . .. 1940 764 664 15 1
"65505MOS01355.1 04-05-5 9 5800 7.6 85 17 216 150 00 23 134 -- 534 1600 1.2 .0 .00 4040 3410 1160 1050 0 1 0581490858535.1 10-17-49 -- 3510 8.1 83 -- 132 109 442 -- 81 -- 318 950 .2 -- 1960 778 711 5 1
. 26583701.5627.1 -50 9 A3800 7.3 62 -- 124 75 357 -- 77 205 787- .. .. .. 1075 1504 619 555 -- 7
96884910814145.1 05-05-66 1 3980 8.0 -- 10 133 93 514 14 108 0 373 966 .6 .1 -- 2160 714 06 5 1
.96591910815402.1 10-17-49 -- 2310 7.6 78 -- s6 76 285 -- 130 -- 196 555 .6 .2 .1 -- 1245 477 370 15 1 ,
9701010821034.1 10-17-49 -- 2630 8.2 77 -- 114 91 303 -- 185 -- 218 682 1.8 .5 .. 1480 659 507 5 1
Hawthorn Aquifer
654"10820148.1 10-149 -- 604 8.3 79 24 22 85 134 10 12 138 1.5 .5 .2 350 150 40 5 1 96563XO820237.1 10-12-49 -- 1030 7.5 77 -- 61 30 98 -- 164 -- 30 210 .6 .0 .. .. 530 276 124 10 1
''6579410890347.1 10-11-49 -" 1100 7.7 78 -- 76 44 72 -- 168 -- 26 255 1.2 .0 .. .. 557 370 233 5 1
965828N0815747.1 10-17-49 "" 1480 7.4 78 -" 77 51 129 -- 119 -- 38 385 1.1 .5 .02 -- 740 402 224 5 1
9',17003110814539.1 10-18-49 665 7.6 82 -- 33 31 56 -- 246 -- 24 72 1.3 .5 .05 -- 340 210 -- 20 1
"7004110820847. 1 10-17-49 4 1800 8.0 80 -- 95 54 180 -- 219 -- 31 450 1.2 .5 .. .. 920 459 280 5 1
A Approximate; computed from specific conductance total dissolved solids relation curve (see figure 4i).




Table 2.-Chemical Analyses and Temperature of Oround Wator--Continued
(Note: Type-i, pumped; 4, Collected from Spigot; 9, Flowing well.
Source-i, U.S. Geological Survey; 3, Florida State Board
of Health; 6, Private; 7, Educational)
Chemical analyses, in parts per million, except specific conductance, pH, and color
specific Dissolved Hardness 8 conduct- solids 0 T ance Tem- Mag- Pc- Car- Non- U Well Date Y (micro- per- Cal- he- tas- icear- bon- Chlo- Flueo- Ni- Residue Cal- Calcium, car- R
number of P mhos aturo Silica cium slum Sodium sium bonato ate Sulfate ride ride trate Iron at cu- magnse- bon- Cal- C collection S at 25'C) pH ('F) (Siam) (Ca) (Mg) (Na) (K) (HO) (C03) (104) (CI) (F) (NOS) (Fe) 180'C lated sium ats or 2
DSOTO COUNTY
Floridan Aquifer
970312 N o820244 .1 10-04-62 9 148 0 7 .5 80 .. . . .. .. 162 0 306 292- .. .. . 98 0 -- 4 75 342 5 1
"'21Om2bo0147a3.1, 10-04-62 9 772 8.0 82 .. .. .. .. .. 144 0 162 82 1.0 507 -- 306 188 5 1
,;70347N83a7uz."1 01-30-63 9 A760 -- 60 -- 16 37 .. .. 124 0 19 160 .8 .20 538 -- 192 90 5 6
' .27 04 12 0 6 4 74 9 .1 0 6 19 6 2 9 6 0 5 7 .8 81 . . . . . 19 4 0 5 6 6 o -A4 2 0 - 2 18 5 9 1. -,
270"4401 ,00814943.1 04-29-63 9 981 8.1 56 -- 69 34 .. .. 88 0 148 106 .. .06 A710 -- 314 172 6 6
'204HS1771 08-05-64 9 1000 7.7 85 -- 90 485 - 183 0 257 117 1.6 -- .06 A720 -- 406 256 3 6
-97065710815491 07-08-64 9 763 7.5 81 -- 119 13 .. .. 210 0 173 75 1.8 -- .08 A550 -- 350 3.78 5 6
970814N0814811.1 01-90-54 9 A930 7.3 .. .. 86 45 .. .. 178 0 200 71 1.8 .. .. 675 -- 400 -- 5 3
970911008158229.1 '01-30-63 9 A1300 7.6 .. .. 106 55 . le 0 201 85 1.7 -- .30 955 -- 494 -- 5 3
,197091,061528,1 07-01-64 9 1165 7.4 87 -- 120 53 .. .. 159 0 355 108 1.4 -- .10 A850 -- 520 390 5 6
..971 fl0925521.1, 06-27-64 9 900 7.8 .. .. 123 55 .. .. 185 0 390 56 1.9 -- .23 A640 -- 534 382 5 6
- 9,"'271219151017.1 08-10-50 1 941 7.4 80' -- 101 46 23 -- 176 0 270 45 1.4 -- .08 900 574 442 -- 5 3
271240N0815358.1, 06-25-64 9 530 '7.2 79 -- 52 31 2- 60 0 10 56 2.2 -- .08 A350 -- 258 45 106a
,7125S081535 1 06-25-64 9 590 7.5 .. .. 57 30 . 295 0 11 47 2.0 -- .05 A400 -- 26 24 158 6 .
971808N0815225.1 12-29-64 9 630 7.6 .. .. 4 39 -- . 227 0 140 36 2.0 -- .10 A430 3-- 20 134 2 6
%" 9713080815228.1 10-12-64 9 690 7.5 79 -- 76 41 .. .. 220 0 195 34 1.8 -- .06 A480 -- 366 16 5 6
i'971310NO15294.1 02-26-64 4 960 8.0 80 29 111 59 20 4.0 186 0 348 27 2.0 .1 .. .. 692 520 368 5 1 Q
271314H0S1445'.l 07-09-64 1 871 7.6 89 -- 98 44 .. .. 159 0 325 34 1.2 -- .05 A620 -- 428 298 5 6
9.7183N0815913,1 09-03-64 1 530 7.9 78 -- 50 25 .. .. 242 0 25 43 1.9 -- .18 A50 -- 228 30 5 6
2'71406N0pI.4920.1, 05-19-64 1 700 7.3 .. .- 100 40 .. .. 178 0 353 20 .. .. .16 A490 -- 468 322 5 6
9, 7143711081'4951.1 01-22-65 1 670 7.5S 79 -- 61 32 .. ..- 220 0 5 84 1. 8 -- .05 P460 -- 251I 71 0 6 :
9714380815138.1 07-09-64 1 1209 7.5 83 -- 176 82 .. .. 156 0 653' 19 1.7 -- .05 A00 -- 774 646 8 6
27155'ONO814952.1 01-30-63 1 700 7.6 78 -- 58 29 . 190 0 71 49 1.1 -- .30 495 -- 268 -- 5 3
271626084712.1 06-25-64 1 675 7.5 84 -- 84 48 . 190 0 285 20 1.5 -- .23 A460 -- 404 248 a 6
971717N0S15o26.1 06-25-64 1 1230 7.4 .. .. 18 87 .. .. 156 0 615 19 1.8 -- .10 P9o -- 530 702 56
71724os815227.1 06-25-64 1 930 7.3 83 156 67 59 0 530 20 1.6 .. .08 670 -- 6 536 5 6
A APproximstds computed from specific conductance total dissolved solids relation curve (see Figure 4).




Tale ,-Chemtcal Analymem and Temperature of Oraund Watsr--Continued
0
(Notsi TypelL pumped; 41 Collected from Iiot 9, Flawing well.
source- Oologicl urvy; 2, lor di Sat. Ward
01 ealth 6, Private; 7, ducational)
Chemical analyses, in parts per million, oxcept spacific conductance, phi, and color
Specific Dissolved Hardness I ondUlOt- solids 0 T inc Tom- Nag- Po- Car- Non- U Well Date Y (micro- per- Cal- no- tam- hacr- lion- Chlo- Fluo- Ni- Residue Cal- Calcium, car- R
unber ot P aloa iture Silica cium sium Sodium aum bonats ate Sulfate ride ride trite Iron at ou- maine- bon.. Col- C Collection S i 2S'C) pH (oF) (hOO) (CI) (Mg) (Ni) (K) (HO, ) (Coa) (504) (Cl) (M) (HOb) (FO) 1800C lated slum &ts or ]
HARDEn COUNTY
Floridan Aquifer
.ITAS6PSMOQ 47155:2 01-29-03 "1 A790 7.5 50 -- 72 40 .. .. 150 0 172 22 1,1 -- .10 61 -- 246 -- S
:3.5344850530O.S3.1 01-30-63 1 A7tO 7.5 78 75 22 --- 183 0 110 20 1.0 -- .01 546 -" 326 -- 53
9, 211008O14235.1 '0-04-63 -- 445 7,7 8 15 55 20 7.2 1.8 142 0 96 16 .8 .0 -- 297 282 220 103 5 1
,: 111l4810434740.1 08-30..-5. 1 683 7.3 78 -- as 46 .. .. 18 0 242 18 1.4 -- 404 -A. 2329 5N6ItS. ,', 1o-04-63 9 619 o.0 77 18 78 29 10 2,0 160 0 172 13 .9 .0 -- 429 402 314 128 S 1
-731q A3a,1 10-94-62 9 230 7.7 78 12 25 10 4.7 1.2 105 0 20 7 .4 .0 .- 126 132 104 18 51
2inbO5 U i.4101 07-30-62 1 700 7.8 85 16 87 37 11 -- 148 -- 247 10 .3 3.2 .04 498 485 368 247 10 6'
634540821421,1 05-10-02 1 600 7.9 76 18 66 29 8.3 2.0 152 0 155 10 .7 .0 .0- 392 364 282 156 0 1 S27S4X2.OSO20250.1 09-13-63 345 7.8 20 39 20 7.0 1.1 220 0 .8 5 .7 .1 -- 214 202 180 0 6 1 0
2743 0 1 3719.1 01-20-63 1 A265 7,9 o -- 20 11 .. ....85 0 10 10 .4 .00 157 -- 95 -- 3 S
23S5S01060053,, 01-30-63 1 A4O 7.3 77 -- 45 17 .. .. 180 0 24 20 1.2 -- .00.. 300 -- 164 -- 52
'27634 3 4O647.31, 01-29-63 1 A840 7.6 82 -- 9 3 27 -. .. 180 0 172 17 1.1 -- .05 600 3 22 -- 5 2
" M ATEE COUNTY oa
Floridan Aquifer
io2ea6S0620Sea 09-47-68 1 720 7.6 77 52 9o 25 23 2, 6 0 -- 162 20 2.0 .1 109 514, 516 308 155 5 1. 0 276 04108200171 09o-1e8-6 1. 22 7,3 77 22 42 18 10 .9 226 -- 0 11 7 .1 .00 206 216 18o 0 :20 i 2 '78 1ooK08351. 0-11-63' 1 403 7.5 79 32 54 20 20 2.0 196 0 63 19 2.0 .1 .47 302 309 216 56 5 1
.AA 1proXmit; computed from specific conductance total dissolved solids relation curve (see figure 4i).







Table 3, Wall Number Well Location Kay
Well Well
number Location number Location number Location
'A 4 .. aa A Z5 A(0 A
V4l q.
CHARLOTTE COUNTY
2464626N0820218.1 42 23 31 SE SE 265513N0814758.1 41 25 10 SE NW 265805N0820358.1 40 22 25 NW SE 264639N0820218o1 42 23 31 NE SE 265521N0815816.1 41 23 12 SW NW 26581410815838.1 40 23 26 gE BE 264718M0820218.1 42 23 30 SE SE 265534N0820251.1 41 23 7 NW SE 26582810815747.1 40 23 25 NE NE ,;64811N0815158.1 42 24 24 SE NW 265552N0820223.1 41 23 8 NW NW 265829N0815722.1 40 24 30 NW NW 264918N0820118.1 42 23 17 NE SE 265558N0814608.1 41 25 1 BE SW 265831N0815722.1 40 24 30 NW NW 264923N0820137.1 42 23 17 NE SW 265602N0820259.1 41 23 6 SW SE 265833N0815302.1 40 24 23 SW SE
S265020N0815851o 42 23 11 NE SW 265613N0821745.1 41 20 3 SE NW 265837N0815627.1 40 24 19 SE SE 265050N0820044.1 42 23 4 SE SW 265618108150.1 41 24 4 SE NE 265838N0815612.1 40 24 20 SW SE
265117N0820117,1 42 23 5 NE SE 265621N0821212.1 41 21 3 NW SW 265842N0814148.1 40 26 22 BE NE 265227N0814310.1 41 26 28 SW SE 265623N0820237,1 41 23 6 NE SW 265919N0815402.1 40 24 22 NW NE 265247N0815826.1 41 23 26 SE NE 265647N0815846.1 41 23 2 NE.NW 265922N0814148.1 40 26 15 SE SE 265258N0820110o1 41 23 28 NW SW 265648N0814752.1 40 25 34 SE SE 265932N0815432.1 40 24 16 BE SE
265301N0820058.1 41 23 28 NW SE 265648N0815147,1 40 24 36 SE SE 265958N0814247.1 40 26 16 NE SE 265307N0814532.1 41 26 30 NW NW 265649N0815651.1 40 24 31 SE SW 270031N0814539.1 40 25 12 SE NE 265308N0820121.1 41 23 28 NW NW 265650N0815544.1 40 24 32 SE SW 270048N0820847.1 40 22 7 NE SW 265313N0820044.1 41 23 28 NE NW 265650N0815838.1 40 23 35 SE SE 270106N0821034.1 40 21 2 SE BE 265343N0815925.1 41 23 22 SE SE 265651N0815919.1 40 23 35 SW SE 270107N0814258.1 40 26 4 SE SE 265407N0820110.1 41 23 21 NW NW 265657N0815551.1 40 24 32 SE SW 270138N0821145.1 40 21 3 NE SW
2654151082002391 41 23 16 SE SE 265658N0814957.1 40 25 32 SE SW 265418N0820130.1 41 23 17 SE SE 265701N0820046.1 40 23 33 SE SE 265438N0820257.1 41 23 18 NW SE 265724N0820347.1 40 22 36 NE NW 265448N0820148.1 41 23 17 HE NW 265732N0814746.1 40 25 33 NE NE 265451N0815959.1 41 23 15 NW NE 265744N0820411.1 40-22 25 SW NW 26559108O20213.1 41 23 8 SW SW 265803N0815822.1 40 23 25 SW NW




Table 3. Well Number Well Location Key--Continued
Well Well Wall
number Location number Location number Location
2702017.1 92 6NWS 715084 85 2 SE SE 27u5008C22obI of.6 )N
7 8 23 5 *w V !,4 1 4 0 V3
.7420179I 3 5 22S 720N851. a38. o4 amN aE21mN855.1 3 57N ow U a v.4.
41~~~ w 1 8 V
DESOTO COUNTY .
2703120820244.1 39 23 30 SE NE 271113N0815521.1 38 24 9 SW NW 2714370814951.1 37 25 20 SE NW : 2703300815429.1 39 24 27 NW SW 27112610815712.1 38 24 7 NW SE 271438140815138.1 37 24 24 NE3 SE 27033240814733.1 39 25 26 NW SW 271145N0814648.1 38 25 2 SE SE 271551N0814252.1 37 26 16 NE NE 270347N0815732.1 39 23 25 NE NE 271156N0814839.1 38 25 4 SE NE 271618N0815905.1 37 23 11 NW SE 27041100820136.1 39 23 20 NE SE 271202N0815405.1 38 24 3 NW SE 2716264N0814712.1 37 25 11 SW 1L 27041200814749.1 39 25 22 SE NE 27120740815711.1 38 24 6 NW SE 2716434N0815059.1 37 25 7 NE NW
2704421N0814943.1 39 25 17 SE SE 2712081820253,1 38 23 6 NE SW 271659N0815034.1 37 25 6 SE SE 2705414N0815737.1 39 23 12 SE SE 27121600820042.1 38 23 4 NE NE 2717081N0815052.1 37 25 6 SE NW 2706571081439.1 39 24 4 NE SE 27121900814017.1 38 26 1 NW NE 27171740815226.1 37 24 1 NW SW 27014410815030.1 38, 25 32 NW SW 271228N0814008.1 38 26 1 NE NW 27171814015032.1 37 25 6 SE NE 2707591N0815024.1 38 25 32 NW NE 27123314814509.1 37 26 31 SW SE 2717230815156.1 37 24 1 NE NW 270803108158421 38 23 26 SE SE 2712414N0815358,1 37 24 34 SE NW 27172414815227.1 37 24 1 NW NW
27081014814812.1 38 25 27 SW SE 27124610814322.1 37 26 33 SW NE 27183414815304.1 36 24 26 SW SE 270811140814811.1 38 25 27 SW SE 271258140815358.1 37 24 34 NE1 SW 272012140814823.1 36 25 22 NW NW Z 270814140814811.1 38 25 27 SW SE 271307140815226.1 37 24 36 NW NW 272013140815759.1 36 23 24 NW' NE 270848N0814845.1 38 25 28 NE N E 271308N0815225.1 37 24 36 NW NW 270911140815229.1 38 24 24 SW SW 27130814815228.1 37 24 36 NW NW 27091910815040.1 38 25 19 SE SE 271314N0815224.1 37 24 36 NW MY
270921N0815224.1 38 24 24 SW NW 271314N0814459,1 37 26 31 NE NW 270921140815228.1 38 24 24 SW NW 271317140815359.1 37 24 27 SE SW 270922140815257.1 38 24 23 SE NW 271333140815213.1 37 24 25 SW NE 270928140815237.1 38 24 23 NE SE 271356140814532.1 37 26 30 NW SW 270932140815040.1 38 25 19 NE SE 271406140814920.1 37 25 28 NW NW 271102140815208.1 38 24 12 SW NE 271431140815414.1 37 24 22 NW SEw




Table j, Well t,miur Wall L'Icatlo Kay--CoanLnuud
WeII WtI I Wmu1
number Locat inn number Location number Location
a
B'6 W o U 0 "6 V4 % a ., w a 'A
0 ". a 0 j. a 4 144 .14 U 0 B "
I w 9 A 04 4 Fw (4w -VIIAJIIE COUNTY
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24 DIVISION OF GEOLOGY
Table 4. Changes in Static Water Level, Yield, Temperature, and
Sulfate Content with Well Depth in Southwestern DeSoto County.
Drilling Static Water Flowing Water Sulfate Depth (feet) Level (feet) Yield (gpm) Temperature ('F) (ppm)
235 - 65
290 +3.6 440 78 150
335 - 195
380 - 195
404 +8.0 550 79 195
513 +8.4 600 79.5 210
640 +12.4 79 230
825 830 255
925 +14.0 1,030 84.5 270
1,000 +14.6 1,130 85 258
WELL NUMBER: 270540N0815737.1
WELL LOCATION: T39S, R23E, Section 12, SE% of the SEk. Land Surface Altitude: 37 feet above mean sea level Driller: V. W. "Bill" Athey, Wauchula, Florida Well Depth: 1,000 feet
Well Casing: 75 feet of 10" casing Well drilled during June August, 1964 Drilling depths and static water levels are measured above (+) or
below land surface.
Water levels, yields, and temperatures were measured by M. Kaufman
during drilling.
Sulfate analyses were made by Black, Crow, and Eidsness, Inc., and
furnished courtesy of Dr. J. I. Garcia-Bengochea.




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Charlotte County
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Groundwater
Florida
De Soto County
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Groundwater
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Hardee County
Ground-water resources data of Charlotte, De Soto, and Hardee Counties, Florida ( FGS: Information circular 53 )
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PAGE 1

STATE OF FLORIDA STATE BOARD OF CONSERVATION DIVISION OF GEOLOGY Robert O. Vernon, Director INFORMATION CIRCULAR NO. 53 GROUND-WATER RESOURCES DATA OF CHARLOTTE, DE SOTO, AND HARDEE COUNTIES. FLORIDA By M. I. Kaufman and N. P. Dion Prepared by the UNITED STATES GEOLOGICAL SURVEY in cooperation with the DIVISION OF GEOLOGY FLORIDA BOARD OF CONSERVATION and the SOUTHWEST FLORIDA WATER MANAGEMENT DISTRICT TALLAHASSEE 1968

PAGE 2

Completed manuscript received February 21, 1968 Printed by the Florida Board of Conservation Division of Geology Tallahassee ii

PAGE 3

CONTENTS Page Introduction ............................ ................ 1 Acknowledgments ......................................... 2 Well-numbering system ................................... 2 Hydrologic data ........................................... 4 References ............................................... 7 ILLUSTRATIONS Figure Page 1 Location of area investigated ....................... 2 2 Diagram illustrating the well-numbering system........ 3 3 Location of wells in Charlotte, De Soto, and Hardee counties .......................................... 4 4 Relation between specific conductance and total dissolved solids of water in the Floridan aquifer ......... 5 TABLES Table Page 1 Records of wells in Charlotte, De Soto, Hardee and Manatee counties ............... .......... ......... 8 2 Chemical analyses and temperature of ground water .... 16 3 Well number-well location key ...................... 20 4 Changes in static water-level, yield, temperature and sulfate content with well depth in southwestern De Soto County........................................... 24 iii

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A:;

PAGE 5

GROUND-WATER RESOURCES DATA OF CHARLOTTE, DE SOTO, AND HARDEE COUNTIES, FLORIDA By M.I. Kaufman and N.P. Dion INTRODUCTION Charlotte, De Soto, and Hardee counties are east-southeast of Tampa in west-central peninsular Florida, figure 1. In order to plan the future water-resource development of the area, information about the water resources is needed. To meet this need, the Water Resources Division of the U.S. Geological Survey, in cooperation with the Peace River Basin Board of the Southwest Florida Water Management District as part of the statewide cooperative program with the Division of Geology, Florida Board of Conservation, began a continuing hydrologic data collection program in July, 1963, as an initial step in the investigation and evaluation of the groundwater resources of Hardee and De Soto counties. A similar hydrologic data program commenced in Charlotte County in July, 1964. Previous work in Hardee and De Soto counties included a one year reconnaissance by the Division of Water Resources and Conservation, Florida Board of Conservation, which concluded in June, 1963, and resulted in a hydrologic report (Woodard, 1964). As an outgrowth of the hydrologic data program, a Map Series report portraying the chemical character of water in the Floridan aquifer in the southern Peace River basin was prepared in 1967 (Kaufman and Dion). The data contained herein constitute the basis for the Map Series report. Additional selected data, including records of wells and chemical analyses,, on the ground-water resources of the three county area are also included and are published to make the data available. 1

PAGE 6

2 DIVISION OF GEOLOGY N. Tompo % o 'C"o Figure 1. Location of area investigated. ACKNOWLEDGMENTS The authors wish to express their appreciation to Dr. J.I. Garcia-Bengochea of Black, Crow and Eidsness, Inc., of Gainesville, Florida, for kindly furnishing chemical analyses of waters from a number of wells in De Soto County, and to C.R. Sproul and H.J. Woodard of the Florida Board of Conservation, Division of Geology and Water Resources respectively, for making available records of wells. Special thanks are extended to the following well drillers who graciously furnished well data from their files or otherwise aided the authors: George Dansby, Wauchula; J. Miller, Cleveland; V. W. "Bill" Athey, Wauchula; and J. May, Brandon. The authors thank the many owners who allowed access to their wells for water-level measurements and water sampling. The cooperation of all the above people is gratefully acknowledged. WELL-NUMBERING SYSTEM The well-numbering system used in this report is that of the Water Resources Division of the U.S. Geological Survey and is

PAGE 7

INFORMATION CIRCULAR NO. 53 3 based on a one-second grid of parallels of latitude and meridians of longitude, in that order. The well number is a composite of two numbers separated by the letter N. The first part .consists of six digits; the two digits of the degrees, the two digits of the minutes, and the two digits of the seconds of latitude. The N. refers to "north" latitude. The second part consists of seven digits; the three digits of the degrees, the two digits of the minutes, and the two digits of the seconds of longitude. If more than one well lies within a onesecond grid, the wells are numbered consecutively; and this number is placed at the end of the well number following the decimal. Therefore, the well number defines the latitude and the longitude on the south and east sides of a one-second quadrangle in which the well is located. Figure 2 is a diagram illustrating the well-numbering system. For example, the designation 275134N0815220.1 indicates that 87° 860 85 84* 83° b82* le* 80s 31' G.. E 0 A I A. --* --2 90 -SI L2' .^.J. * ' . wI o -I Figure 2. Diagram illustrating the well-numbering system.

PAGE 8

4 DIVISION OF GEOLOGY this is the first well inventoried in the one-second rid bounded by latitude 27051'34" on the south and longitude 81 52'20" on the east. HYDROLOGIC DATA The data contained herein consist of hydrologic records collected during the first two years of the investigation. The location of inventoried wells is shown on figure 3. The relation between R22E R23E R24E _R25E R26E R ---A -T33S --T34S --T S36S T 37 S -15 R21E R R22E o S4o0 Co-* orwe CL -27*00 Figure Location of wells in CharlotteDe Soto and Hardee counties T42S BnS 45 er Figure 3. Location of wells in Charlotte, De Soto, and Hardee counties

PAGE 9

INFORMATION CIRCULAR NO. 53 5 specific conductance and total dissolved solids of water in the Floridan aquifer is shown by figure 4 and can be used to estimate the dissolved solids (mineral content) of water when only a specific conductance measurement is available. Records of wells are given by table 1, and chemical analyses and temperature of ground water are shown in table 2. In order to facilitate the location of wells by the user, a well number-well location key, which relates the latitude and longitude well number to the township and range grid system, is given in table 3. Table 4 shows the change in static water-level, yield, temperature, and sulfate content with depth of a well in southwestern De Soto County. IQOo0 I i i i i l i I I I , ,I , , o 0' An x a
PAGE 10

I.

PAGE 11

INFORMATION CIRCULAR NO. 53 7 REFERENCES Black, A.P. 1951 (and Brown, Eugene) Chemical Character of Florida's Waters1951: Florida State Bd. Conserv., Div. Water Survey and Research, Paper 6. Black, Crow and Eidsness, Inc. 1965 Engineering Report, Water Supply Studies for the City of Arcadia; Arcadia, Florida: Project Number 422-65R. Brown, Eugene (see Black, A.P.) Dion, N.P. (see Kaufman, M.I.) Finney, S.N. 1961 (and Miller, J.B.) Some Physical and Chemical Characteristics of Selected Florida Waters: Florida State Bd. Health, Jacksonville. Kaufman, M.I. 1965 (and Dion, N.P.) Chemical Character of Water in the Floridan Aquifer in Southern Peace River Basin, Florida: Florida Geol. Survey Map Series No. 27, 1967. Miller, J.B. (see Finney, S.N.) Woodard, H.J. 1964 .Preliminary Report on the Geology and Ground-Water Resources of Hardee and De Soto Counties, Florida: Florida State Bd. Conserv., Div. Water Resources and Conserv., Tallahassee. (Duplicated Report).

PAGE 12

Table I, .IICOMD orF WL.4 IN CHABLOTE, Di 8oo7, IKANDE AND MANATEE COUNTI ES WELL NUMBERs1 *e figure for eSpliMton of well-numbering systHm, CHEMICAL ANALYSES AVAILABLE: C, completse J, chlorlde and condautancei K, coa4uct. OWMIUIIIPi F, Federal Oovernent i M, otty; N, company or corporationj P, private; aonei L, ohloride. 5, Slate aogeOy, MANOG OF CHEMICAL CONSTITUENTB IN PART8 PER MILLION (ppmr) Iront 0, 0.00-0,08; DEPTH OF7 LLs To nearest foot, 1, 0.00-0,)1 3. 0.11-0,30: 3, 0.31-0.50. Sulphate; 0-10; 1, 11-h5 9, 6-.00 WILL FINlWt X, open hole in aquifer, aassd to aquifer 3 51 , 5-100; 4 101-160; 5, 151.300: 8, 201-520; 1, 251-o00; 8, 580t1000; , more than OERO00 PAILLWD1 C, cable-tool; H, hydraultl rotary 1000. Chloride; 0. 0-10: 1, 11-35: 2, 36.100: 3, 101.90; 4, 21-5.001 5, 601-1000: TTY OF PUMP; C, centrifuga;l N, none; T, turbine; Z, other. 6, 1001-8000: 7, 1001-5000! 8, 5001-30000. Hardnesol 3, 51-1001 4, 101.160; USE OF WATT II , domestO91 I, trrigation: o, stock; U, unused, 5, 151-.00o 4, 301-300; 7. 301.-00 8, 501-1000l0 9, more than 1000, Speatflo conductAQUIFR:! IF Floridan, cnca: 9, 151.300: 3, 101-500; 4, 501-1000; 5, 1001-3000; 6, o001.60001 7, bo)01.Ol00I ATITUD 0 F LAND SURFACEs To nearest foot above mean sea level, 8, 10001-30000; 9, ore than 10000o. VATE LIYEILI To nearest foot, Date of measureent tncludes month and year, Casing Altiwater level gpetude Yield Period Cbhecilia TmWell OnerTear Depth Well MethType Use Aqutland Above(+) (alDrawof Leal Iron SulChloHard. BOBpernumber abip conof Depth Diafinod of of fern surface or beDate lone down disanal(Fe) fate ride noe duetaplewell (feet) mter ish drillpump water above low(-) of per (ooeet) charge yses ppo (804) (Cl) anoe ture ted (ned mean land messmin(hours) availppm pip (micro('F) bche) sea surface ureute) able thog at level (feet) ment 250C) CHARLOTTE COUNTY 2s648bw0820218.1 P 930 86 N I iF 10 +31 8-57 270 J 86 8 S 284830B020218.1 P 450 1 X N I 1i 10 +28 5-65 380 L 82 24'71830860218.1 P 730 6 X N I 17 10 +20 11-86 240 L 82 S34811110815158.1 f 1963 620 199 B X N U 17 2 500 J 6 6 90 3249110820118.1 P 1983 8 x C N I 17 17 +28 8-65 300 L 6 6 E8 364923N1080137.1 P 1945 1900 848 20 X H N U 1F 9 +33 10-57 2750 C 0 9 8 9 9 96 3650300815851.1 p 1947 556 210 4 X N H 17 23 +22 5-65 265 C 0 7 5 a8 84 865050i0820044.1 I 1953 1200 200 6 X N I 17 16 +23 8-57 L 8 8 88 S26 1170820117.1 P 1944 1300 8 X N U 17 7 +43 8-87 375 C 0 7 8 9 6 87 26,' i 27 8 0814310.1 N 60 6 X 17 35 C 0 2 2 5 4 82 ..682470815888.1 P 485 4 X N I IF 21 +25 5-65 375 L 6 6 88 6 , 52510820110.1 P 830 185 6 X U 1P 10 C 7 6 8 6 85 2653010820088.1 P 1937 500 4 X H 17 12 +29 10-57 L 6 6 78 286307S0814532.1 N 1946 620 6 x Z 8 1i 40 L 5 64 3653800820121.1 P 1983 600 6 X H 17 8 +35 5-49 L 6 S253810820044.1 P 1924 650 6 X N U 11 7 +28 8-65 115 L 6 7 88 ; 2865343M0818935.1 6 N I 1 21 +23 5-65 440 L 6 6 84 S,2 8540710820110.1 P 1945 640 180 4 X N I 1I 10 +32 5-65 250 C 7 6 8 6 84 286541506280023.1 P 1100 6 X N I 1 19 +25 8-57 600 L 0 85 2654181OB20130.1 19235 850 6 X H 17 8 C 0 4 4 8 5 79 268843810820287.1 P 1929 505 192 6 X a 1I 6 60 L 6 28544810820148.1 240 240 4 X B 1i 5 +6 10-49 1 C 0 1 3 4 4 79 2654511308158969. 1943 705 216 6 X U 17 20 :26550910820213.1 P 960 6 X N H 1r 6 +37 5-49 J 6 265513N0814758.1 P 835 170 4 X N 5 1F 40 +10 5-65 135 L .6 85 2'5252130815818. 1 P 720 8 X N 8 i1 26 +24 10-57 375 L 5 86 265534110820251.1 N 1934 520 X U 1F 6 +35 12-65 220 J 6 6 83 is265552e020223 1 P 1924 600 5 X N H 17 7 +31 9-57 100 L 7 84 *, 6555iHS 01408.1 P 605 158 6 X N 8 1i 39 +9 4-49 118 L 4 5 84 '; 26580211082029.1 H 600 8 X N 1F 5 +20 2-24 1200 C 1 8 6 9 7 82

PAGE 13

Table 1. -RECORDS O WELLS IN CHARLOTTE, DE SOTO, HARDEE AND MANATEE COUNTIES -Continued Casing AltiWater level Spetude Yield Period Chemcific, TeaWell OwnerYear Depth Well MethType Use Aquiland Above(+) (galDrawof ieal Iron SulChlo-Hardconpernumber ship comof Depth Diafinod of of ferm surface or beDate lons down disanal(Fe) fate ride nnes ductapewell (feet) meter ish drillpump water above low(-) of per (feet) charge yses ppm (804) (Cl) ance ture ted (ined mean land .measmin(hours) availppm ppn (mitro('F) ches) sea surface ureute) able bhos at level (feet) moet 256C) S ' , RECORD OF WELLS IN CHARLOTTE COUNTY, CONTINUED .26856130821745.1 P 238 4 X N 8 18 10 200 L 7 *'77 265618(0815440.1 N 632 170 6 X N U 1F 27 300 L 5 84 265621N0821212.1 P 1470 930 8 X U 17 4 +23 10-40 300 C 0 7 7 9 7 80 2066230N820237.1 P 246 165 4 X H 1H 4 +4 10-49 C 0 2 3 6 5 77 265647N0815846.1 P 1951 951 200 6 X N I IF 21 +30 7-57 200 L 5 84 : 66480814752.1 P 527 6 X N S 1F 40 +9 12-56 2a J 4 5 83 266481086Z147.1 P 1964 975 156 8 X N I F17 32 +19 5-65 500 J 5 6 85 S.260564e9081561.1 P 1982 1597 400 6 X N S 1I 23 +30 7-57 150 J 5 6 '87 Sdsbb6Cn081s544.1 P 195s 670 180 6 X N S 1F 21 +29 7-57 40 J3 6 .8 ' 265850N0815838.1 P 1960 '870 220 4 X N I 1F 21 +26 5-65 250 J 4 5 84 " 265668i1081919.1 P 1952 580 200 6 X N I IF 15 +37 7-57 300 L 6 82 265657N0815551.1 P 1964 655 205 6 X N I 17 20 +25 5-65 300 J 5 6 83 *26565610014957.1 P 872 235 6 X N 5 .IF 35 +17 10-49 265 C 0 7 5 8 6 87 205701N0820046.1 N 1925 630 6 X N U 1F 2 +46 5-65 600 J 6 6 84 25724N0820347.1 P 1945 185 4 X P H 1H 4 +6 10-49 C 0 8 4 7 5 78 265732N10814746.1 P 1949 1127 151 8 X C 5 1F 38 300 L 6 87 .26574410820411.1 P 500 4 X H 1F 6 +7 2-65 J 6 6 76 265805081522.;1 P 700 240 4 X N I IF 10 +40 4-49 265 J 5 6 82 ,20580N08620 68.1 P 1952 388 300 6 X N 8 1F 6 +36 3-65 1100 C 0 6 9 7 865 285814)0815838.1 P 1945 600 200 6 x N I IF 7 +44 10-49 150 C 2 7 5 8 6 83 0 '265828N0815747.1 P 1947 186 184 2 X H 1H 6 +23 10-49 C 0 2 4 7 5 78 6 265829N0815722.1 P 1964 620 147 4 X N 8 1F 12 +29 5-65 150 J 5 6 85 260831N0815722.1 P 1950 500 6 X N I 1F 10 +36 7-57 150 L 5 86 S2656338N0815302.1 P 1962 653 142 4 X N I 1F 16 +33 5-65 290 J 5 6 86 265 N6Oa15627.1 P 500 132 6 X I IF 15 +24 4-49 250 C 6 5 8 6 82 2658868N081612.1 P 1961 770 192' 4 X I 1F 12 +33 5-65 250 J 5 6 83 '265842108i4148.1 N 1965 1310 715 16 X C T I 1F 54 -3 5-65 3000 28 C 7 5 8 6 2'68919N0815402.1 P 1934 400 100 6 X N H 1 16 +16 10-49 100 C 1 5 5 7 6 78 S265922N0814148.1 N 740 94 8 X C N U IF 54 -3 1-66 265932N0681432.1 P 6 X N I 22 +27 5-65 560 J 5 6 80 S26895N0814247.1 N 1966 585 61 8 X C 1 1F 49 J 5 6 84 S270031N0814539.1 P 350 100 4 X N 8 1H 40 +12 10-49 130 C 0 1 2 6 4 62 27004860820847.1 P 325 6 X C H 1H 12 C 0 2 4 7 5 80 270106N0821034.1 N 475 6 X H IF 12 +12 10-49 5 C 0 6 5 8 6 77 S270107N0814258.1 P 590 45 4 X N I 1F 45 +7 12-63 J 4 5 80 270138N0821145.1 N 108 2 X 5 1H 12 +11 2-65 50 J 6 6 78 , , t CO

PAGE 14

Table I, -, HCCOf1 or W1I.UL IN CHAHIrMfi, f SUVT# HARIKN AND INATIR COUNHTre .Conln4rde 0 Casing Altti, iter level a tude Yitld Pertod ChImaOttl Te. Weal OwnerYear Depth Well NithType Use Aquland Above(+) (galDrawof tcml Iron SulChloardeon. peruhmber hip conof Depth Dlfinod of of fr surface or beDate lons dows n esnal(Fe) fate ride anss duetple1ell (feat) etr tsh drillpump water above low () of per (feet) charge ye ppe (004) (Cl) as tur ted (in*d mein lnQd mes-* am(bours) availpp ppe (alOro. ( F) obes) sea surface ureute) able bo sat level (feet) meat 25C) DE3~0 COUNTY 27053123080244.1 P 197 819 97 6 x N IF 27 +17 10-62 350 C 6 4 7 5 s0 27053001543901 610 151 5 X N 5 IF 34 +17 107 50 L 3 170335081470331 P 1962 1211 685 12 X T I IF 42 +13 10-62 1100 C 6 2 7 4 83 270347108115783 P 1910 460 1g9 a x N a IF 20 +28 5-65 12 C 2 1 3 5 4 80 37041130830106. P 1957 568 65 6 x 1F 31 +16 5-65 350 J 3 6 80 270413081474091 P 460 112 6 X N U 1F 47 +4 6-36 15 C 1 3 2 6 4 81 3704420814943.1 P 1189 640 12 x T I 1F 47 7-64 2500 C 1 4 3 7 4 6 27054050815737.1 1964 1000 T7 10 X C I IF 37 +15 8-64 1130 C 1 7 3 7 4 5 270T570811439.1 N 1964 1070 82 12 X C T I IF 45 -1 1-68 625 C 0 5 2 7 4 81 270744108150301 P 1953 317 69 4 X N IF 41 +12 11-57 8s L 2 60 27075911015034.1 P 418 77 6 X N I IF 41 +2 12-57 75 L 2 79 270803011842.1 P 1957 520 4 X I 1F 17 +31 1-64 140 L 3 78 S70S106081413.1 8 1960 565 70 12 X T H 17 54 400 x 4 82 370810814811.1 5 1942' 08 150 8 X C IF 54 400 L 2 7081408L4811.1 8 1941 535 167 6 X C C H 17 54 -5 5-65 280 C 5 2 7 4 3708645B014465.1 1964 675 300 12 .T I 1F 53 1500 K 5 83 O70911X0816329.1 P 800 6 X I 1F 40 +3 11-57 C 2 6 2 7 5 27091231081040.1 595 8 X T I 1F 46 +2 10-57 7 L 2 80 270921i0815234.1 N 612 60 a Z IF 47 +2 11-57 L 2 78 27031X081i5328.1 P 1961 1500 180 8 X T I 1F 46 600 C 1 7 3 8 5 87 3709220816357.1 452 6 X x I 1F 46 -6 5-65 100 L 2 81 27092130815237.1 1920 245 52 8 x C 2 48 +4 11-57 200 L 2 78 270932N0815040.1 P 804 80 8 X I 1F 46 +6 9-57 250 L 3 81 2711020815208.1 P 300 80 4 X N 8 1F 45 +5 11-57 110 L 2 77 271113s0815521 1 N 1964 1107 123 12 X T I 17 54 -2 6-64 C 2 7 2 8 4 271120815712.1 P 1960 820 144 10 X C N I 1F 45 +7 8-65 145 J 2 4 84 2714530814648.1 P 433 428 12 x C I 1F 58 -7 8-62 L 2 76 271156X0814839.1 P 327 43 6 X N U 1P 57 -8 1-64 2713203X081405.1 N 1964 1500 12 X T I 1F 01 -3 5-65 271207n0815711.1 P 1965 1100 133 10 X C I 1F 45 + 8-65 450 J 2 4 84

PAGE 15

Table 1. -RECORDS OP WELLS IN CHARLOTTEM DS SOTO, HARDE AND MANATEB COUNTIES -Continued Casing AltiWater level Spetude Yield Period Cheacific TemSWell OwnerYear Depth Well MethType Use Aqutland Above() (galDrawof ical Iron SulChloBardconpernumber ship comof Depth Diafinod of of fers surface or beDate Ions down dieanal(Fe) fate ride nees ductapiewell (feet) meter ish drillpump water above low(-) of per (feet) charge yres pp (804) (Cl) ance ture ted (ined mean land measmin(hours) availppm ppa (micro(*) C' ches) sea surface ureute) able ahos at level (feet) ment 25'C) RECORD OF WELLS IN DESOTO COUNTY, CONTINUED 2712a08N820253.1 P 390 4 X 5 F1 40 +2 6-57 L 2 74 271160820042.1 P 337 6 X N U 1F 45 +1 2-57 1 L 2 .77 271219(0814017.1 8 1941 514 8 X T H 1F 75 500 C 1 7 2 7 4 80 2712280N814008.1 8 811 8 X T H 76 -24 6-64 400 L 2 271233N0814809.1 P 1929 258 94 2 X C H 67 -13 6-57 L 2 271240N0815358.1 P 1945, 480 8 X T I 1F 56 600 C 1 0 2 6 4 T7 271246N081422.1 P 13 8 X T I 1F 72 -20 8-65 2712580815358.1 P 1948 525 6 X T I 1F 87 -8 6-64 350 C 0 1 2 6 4 271307N0815226.1 M 200 4 X P IF 32 +10 6-62 10 J 2 4 77 2713081O0815225.13 1964 250 83 10 X P 1F 30 +6 1-65 125 100 7 C 1 4 2 7 4 271308N0815228.1 1 1925 366 263 8 X P 1F 22 170 C 1 5 2 7 4 78 271310N0815224.1 M 1930 390 327 12 X T P IF 32 +23 7-42 C 7 2 8 4 80 271314,0814459.1 N 1962 1412 030 16 X C T I 1F 68 -15 62 4200 C 0 7 2 7 4 89 271817N0815359.1 P. 1957 1100 120 8 X C I IF 51 -5 4-57 500 27133N0815213.1 M 227 78 6 X T P F1 43 -1 9-64 C 2 1 2 6 4 78 27135610814532.1 P 1962 1418 470 12 X C T I IF 71 271406N0814920.1 P 1964 1535 630 2 X T I 1F 66 2000 C 2 7 1 7 4 2714910N815414.1 P 900 82 10 X C I 1F 52 +2 1-64 450 L 2 271430814951.1 P 451' 120 8 X S 1F 65 750 C 0 3 2 6 4 79 271438N0815128.1 P 1410 900 8 X T I IF 67 500 C 0 8 1 8 5 83 271550N814252.1 P 1962 1488 432 12 X T I IF 83 C 2 3 2 .6 4 7 2716180N815905.1 P 1950 1260 71 8 X N I 1F 59 -9 11-65 L 1 2716260814712.1 P 1960 1500 450 12 X T I 1F 77 2500 C 2 7 1 7 4 84 27164310815059.1 P 1957 255 48 6 X I 1F 38 +16 8-57 60 L 78 271659081n 04.1 P 1957 319 63 6 X N I 1F 60 0 8-57 L 2 271708N0815052.1 P 257 47 4 X N I 1F 29 +19 8-57 7. L 1 77 271717N0815226.1 N 1964 893 511 12 X T I 1F 62 C 1 8 1 8 5 277171N081502.1 P 1957 330 63 6 X I 1F 52 +7 8-57 100 L 78 271723N0815156.1 N 1275 500 12 X T I IF 1 8 L 1 271724N0815227.1 P 1009 450 12 x T I 1F 62 1400 C 1 a 1 8 4 83 271834N0815304.1 P 1963 1290 83 12 X T I 1F 72 -22 6-63 2100 K 5 80 272012H0814823.1 P 471 137 6 X N U f1 61 -18 5-65 272013N0815759.1 P 1957 1100 12 X T I 1F 73 -21 1-64 J 1 6 87

PAGE 16

Teble I. -RBCORDS OP VWLLS IN CHARLOTTE, DI OTO, HARDEE AND IANATEE COUNTIES -Conltined Caung AltiWater level ape, tude Ylield Period CheoC$ 1 Toell OwnerYear Depth Well NMthType Use Aqutluad Above(+) (galprawof lSI Iron lulhlo-Hardo0n per number ship coMof Depth DiMfinod of of tter surface or beDate loan down dimssl(Fe) fate ride nrss dustaplewell ($ea) meter hob drillpmp water above low(-) of per ( test) charge yses pr (a80) (CI) uce ture ted (ined mea lIad essmim(hours) availpp ppe (atoro(*') chee) se surface ureute) abler boa at level (feet) meat 250C) MAwDUn COUNTY 37 30IXQiMi08,1 P 1965 1341 96 13 X C I 11 79 1600 36 2733385NI04785.1 P 760 a I N 11 51 +8 11-62 C 1 8 1 7 4 10 l73I441081571.l1 P 1956 1202 230 13 X C T I 1 91 -33 9-s5 J 1 3 77 3723471080347.1 p 1096 870 180 6 x T I IF 90 -21 2-63 3784910814744.1 P 1964 116 60 13 X T I 1 84 1300 J 1 4 me 27338650820315.1 P 1962 1234 10 T I 17 65 7341310816742.1 P X T I 17 87 -855 -65 1170 K 4 76 73433110815880.1 8 1984 781 10 10 x T II I 89 -33 1-64 600 J 1 4 1 27342340814707.1 P 1957 1858 80 10 I T I 1 75 -11 4-57 1400 23724411081473.1 P 1957 930 173 6 X T I F1 76 -16 3-57 600 373440830152.1 P 960 10 X I 11 75 C 0 4 1 7 4 78 27345I 0820302.1 P 1955 754 10 101 I T I I 74 -35 s L 1 78 o P. V26300i148.1 P 1962 834 198 12 X T I F1 87 -34 8-62 .3'38551~0156.1 P 1956 900 130 10 I T I 7 81 -45 5-5 J 1 4 83 3735708118362.1 1963 1080 385 12 T I 1 84 -4 8-63 27270108139494P 1948 638 320 6 X T I 7 0 -19 13-63 L 1 3727030814808.1 P 1134 132 10 X T I 1i 67 -8 12-63 37272410814739.1 1963 1175 89 1 X T I 11 72 -12 12-63 1700 36 8 j 1 4 3737 6814235s.1 P 198 107 1 1 17 3 T r 17 65 +7 10-23 230 C 3 1 6 3 83 27284110818617.1 P 13 108 10 8 1 13 X I IF 90 -14 10-63 1600 26 8 J 0 3 72917301820210.1 P 1956 1155 89 8 X T I 1F 8 -42 86 L 1 8 .27293360814388.1 P 1957 575 40 8 I 1 80 +2 5-57 L 1 S2729350 014113.1 P 1962 733 137 8 X T I IF 74 27293910814538.1 P 1956 573 42 6 X T I 17 95 -27 86 L 1 372942014749.1 40 180 4 X C P 17 33 100 C 6 1 7 4 78 27295830814816.1 p 639 21 6 X N a 1F 89 +7 1-64 12 C 0 5 1 7 4 77 27300810818013.1 P 1956 837 100 8 X T I 17 98 750 L 1 75 373020N0814910.1 P 1956 1100 6 X T I 17 111 550 L 1 7302890819228.1 P 1956 1220 200 12 X T I 17 106 -36 4-57 3000 27304050818419.1 P 617 110 8 X T I 17 109 -48 9-65 350 J 1 3 82

PAGE 17

Table 1. -RECORDS OP WELLS IN CHARLOTTE, DE SOTO, HARDEE AND MANATEE COUNTIES -Continued Casing AltiWater level Spetude Yield Period Chemcific TemWell OwnerYear Depth Well MethType Use Aqulland Above(+) (galDrawof ieal Iron SulChloHardconpernumber .ship comof Depth Diafinod of of fers surface or beDate lons down dieanal(Fe) fate ride ness ductaplewell (feet) meter ish drillpump water above low(-) of per (feet) charge yses ppm (504) (Cl) ance ture ted (ined mean land measmin(hours) availppm ppm (micro("F) chel) sea surface ureute) able lhoe at level (feet) ment 25oC) RECORD OP WELLS IN HARDEE COUNTY, CONTINUED 273103N0813637.1 P 849 66 6 X C N 8 1F 70 +11 11-65 60 C 1 0 4 2 78 27312060815219.1 P 1957 1060 200 12 X T I 1F 107 -40 57 1800 L 1 S2731220814425.1 P 1955 925 320 10 X I 1i 100 -32 55 L 1 78 27315650814514.1 P 1955 267 39 6 X N U IF 100 -49 5-65 2732050814330.1 P 658 212 6 X N 1 1F 102 -26 8-62 273220N0814932.1 P 547 110 6 X N I 1F 97 -28 1-64 27323510814357.1 P .847 10 X T I IF 116 -35 3-57 L 1 80 273201N0814808.1 M 1963 1103 404 16 X T P 1F 64 +6 7-63 1900 22 24 C 0 6 0 7 4 85 '27325280814028.1 P 1956 789 275 8 X T I 1F 122 -44 6-56 650 L 1 80 273253N0814809.1 M 1934 970 323 10 X T P IF 73 600 K 4 80 273254N0814811.1 N 732 6 X T P 1F 76 300 C 0 5 0 6 .4 76 727338710818933.1 P 1119 178 10 X T I IF 91 -10 1-64 L 1 77 2738460N813886.1 P 1947 580 78 10 X T I 1F 84 -3 12-56 L 0 80 ..2733460814847.1 P 1952 1377 10 X T I 1F 117 -37 52 650 L 1 78 ''27841130820250.1 P 1957 1062 82 12 X N U 1F 127 -80 5-65 2000 68 5 C 0 0 0 5 3 273421(0813614.1 P 1952 1172 128 12 X C I 1F 91 -8 6-63 1500 L 0 78 27343410813719.1 P 1946 750 6 X C I IF 77 +12 4-57 C 0 0 0 3 2 80 273530N0820053.1 P 1962 965 124 12 X T I 17 122 -63 1-63 1760 C 1 1 1 5 3 77 27338N0815115.1 P 1951 1139 248 12 X T I 1F 125 -42 2-51 1000 2738545N815702.1 N 19856 930 200 10 X T I 1F 122 -47 8-56 L 1 0 2735470815614.1 P 950 0 1 12 X T I 1F 111 J 1 3 76 273548M0815601.1 P 580 100 4 X C I 1F 110 50 L 1 74 278603N0815229.1 P 1957 985 239 12 X T I 1F 108 -35 2-87 1900 273610N0814912.1 P 1957 570 119 10 X T I 1F 108 -32 8-57 660 L 1 78 278614N0814852.1 P 1951 536 87 8 X T I IF 99 -25 8-56 L 1 78 ;273618n0815028.1 P 1946 335 100 8 X T I IF 123 -50 .4-57 L 1 76 Z 273820N0815838.1 P 810 10 X T I 1F 125 -80 10-62 27382210814909.1 P 1957 580 100 10 X T I IF 110 -38 1-57 L 1 80 27382230814925.1 P 1956 648 6 X T I 1F 110 -28 5-56 273638N0814844.1 P 1964 1082 278 12 X I IF 115 -36 2-64 L 78 M '

PAGE 18

hbleo 1. -RMCIRD 0o WELL IN CHAHLORTr DE SOTO, HARDhW AND MANAYU COUNTTIS , .Contlnued Cantag AltiWater level *pe tude Yeld Period Chinattic TeWe0) OaerTear Depth Well ethType Us* Aqutluad Above(*) (glDrawof tcol Iron aulChio-lBrdconpernumber itp coeof Depth DisfIaod of of fers urface or beDate lono down dismtl(rF) fate ride seM duptaplevell (feet) meter tab drillpump water above low(-) of per (feet) charge yesI pIm ) 506) (Cl) aeo ture ted (taad mea lead seasMla(bours) avatlpp pIp (stcro(*r) bche) sea murface ureute) able ubom at level (feet) ment 250C) RECORD OF WELL8 IN HARDlS CONTT, CONTINMUD 3I701us3I10.I P 1903 88 164 12 x W I IF 104 -31 1-64 1700 10 737lOMa515 ,1 P 1957 44 248 10 1 T I 17 121 -42 3-67 L 1 S27S9M3 4348,1 P 1963 1100 a x T I li 124 -48 12-62 L 2 37l1MOi49037.1 1962 1027 3 I 12 X T P it 118 1800 l 4 3 2IaISIUMMU 4 P 1908 1010 138 10 T I 1I 116 -28 8-82 1300 aT7B23mND434.1 380 300 4 I T P i1 122 200 a3T 3MaI049. U 690 300 6 T P 11 -5B 6-64 480 K 3 78 273U2 10l030.1 X 1955 354 90 6 x T I 1r 119 S00 L 1 77 278834041447.1 P 860 8 I T I 11 122 -46 1-83 C 0 5 1 7 4 28 .€ MANATEX COUXTY .o,2CaDM048i, p 1213 14 12i E C I Ir -40 "7-63 1800o c " I 1 7 4 77 273054080a17.1 P 1901 1135 90 12 X C T 8 1i -57 61 1800 C 0 0 1 5 3 77 :27t3008020381.1 P 1959 1178 180 12 X T I If 118 C 3 3 1 8 3 79 111~~ ^l^ ^ 1' l1^

PAGE 19

·: ·.. ·-r·i-;· -r; ·-i··.;:-·-· r . i ;

PAGE 20

Table 8I-Cheatoia Analysr an4d Temperature of Grouod Water (Notel Type-, pumped) 4, Collected frol Splgot) 9, lowing well. Source-i, U,8, Oeologtcal Surveyi 6, Privatel 7, Bducational) Chemical analyses, In parts per million, except specific conductance, pH, and color Spoiftlo Diesolved Hardnes 58 conductsolids 0 T ance TeaMagPoC CarNonU W*el Date Y (maoroperCalnoteaBiearbonChloFluoNiResidue CalCalaciu, cara nuber of P shos ature Silica oLum alum Sodium slum bonate at* Sulfate ride ride trate Iron at ouasnebonCol0 oollection aB t 25'C) pH ('?) (810,) (Cs) (M) (Na) (K) (HCOD) (CO,) (804) (Cl) (F) (NOs) (Fe) 180'C lated alue ate or CHARILTD E COUNTY Floridan Aquifer 26493310890137.1 13-23-64 9 53100 7.8 96 8,9 639 1070 10400 385 131 0 2660 18700 1.4 89 .00 -34000 1330 6220 5 1 26503020818851.1 10-11-49 -3370 7,5 84 -70 94 505 -144 -65 895 1.0 .5 .00 -1900 560 443 5 1 5 817X080117,1 10-14-49 -4590 8.2 87 -186 141 584 -136 -298 1340 .8 .2 .02 -620 1040 932 15 1 653370834310,1 10-18-49 -784 7.6 82 -22 34 96 -298 -31 87 1.8 .0 .00 -419 195 0 15 1 86558810830110,1 --50 9 4050 7,8 85 -187 114 600 -115 -312 1291 ----2560 935 841 -7 26540750830110.1 --50 9 4220 7.4 84 -182 105 465 -87 -259 1099 ----2160 886 814 -7 26541890830130,1 10.14-49 -1620 7,7 79 -103 0 121 -161 -11 365 1.5 .2 .02 -850 512 380 35 1 02660210802859.1 03-21-24 -A6200 -82 16 238 159 895 14 127 -502 1800 -.08 3900 3690 1250 1140 -1 S'26850231Q833.1 10-17-49 -7310 7.6 0 -224 126 1230 -46 -412 2320 .7 .5 -4340 1080 1040 10 1 2665080814957.1 10-18-49 -3410 7,3 87 -138 102 428 -121 -392 918 .6 .2 -1940 764 664 15 1 "65505X0830358.1 04-05-65 9 5800 7.6 85 17 216 150 800 23 134 -534 1600 1,2 .0 .00 4040 3410 1160 1050 0 1 30581410816838.1 10-17-49 -3510 8.1 83 -132 109 442 -81 -318 950 .6 .2 -1980 778 711 5 1 .s658370815627.1 --50 9 A2800 7.3 82 -124 75 357 -77 -205 787 ---1975 1584 618 555 -7 268849N0814148.1 00-05-66 1 3980 8.0 -10 133 93 514 14 108 0 373 966 .6 .1 --160 714 626 5 1 .65919X0815402.1 10-17-49 -2310 7.6 78 -66 70 285 -130 -198 555 ..2 .1 -1245 477 370 15 1 , .7010610821034.1 10-17-49 -2630 8.2 77 -114 91 303 -185 -218 662 1.8 .5 -.-1480 659 507 5 1 Hawthorn Aquifer 65"4810820148.1 10-14-49 -604 8.3 79 -24 22 85 -134 10 12 136 1.5 .5 .2 -350 150 40 5 1 065063X0820237.1 10-12-49 -1030 7.5 77 -61 30 98 -184 -30 218 .6 .0 --830 276 124 10 1 .'2657240820347.1 10-11-49 -1100 7.7 78 -76 44 72 -168 -26 255 1.2 .0 --557 370 233 5 1 '965818#0818747.1 10-17-49 -1480 7.4 78 -77 51 129 -119 -38 385 1.1 .8 .02 -740 402 224 5 1 'ý70031N0814539.1 10-18-49 -665 7.6 82 -33 31 56 -246 -4 72 1.3 .5 .05 -340 210 -20 1 S27004808208147.1 10-17-49 4 1800 80 80 -95 54 180 -219 -31 450 1.2 .5 --920 459 280 5 1 SA Approximate; computed from specific conductance -total dissolved solids relation curve (see figure 4). ' ' ·* .

PAGE 21

Table 2.-Chemical Analyses and Tomporature of Ground Wator--Continued (Note: Type-1, pumped; 4, Collected from Spigot; 9, Flowing well. Source-i, U.S. Geological Survey; 3, Florida State Board of Health; 6, Private; 7, Educational) Chemical analyses, in parts per million, except specific conductance, pH, and color specific Dissolved Hardness 8 conductsolids 0 T ance TemMagPoCarNonU Well ., Date Y (microperCalnetasBicarbonChloFlloNiResidue CalCalcium, carR number of P mhos aturo Silica oium sium Sodium sium bonato ate Sulfate ride ride trate Iron at cumagnebonColC collection E at 25'C) pH (*F) (SiOa) (Ca) (Mg) (Na) (K) (HCO) (COg) (804) (Cl) (F) (NOs) (Fe) 180SC lated sium ate or E DESOTO COUNTY . Floridan Aquifer 270312N0820244.1 10-04-62 9 1480 7.5 80 -----162 0 206 292 ---980 -475 342 5 1 2 'o0332N081473.1 10-04-62 9 772 8.0 82 -----144 0 162 82 1.0 607 -306 188 5 1 " ,70347N0816783.1 01-30-63 9 A760 -80 -16 37 --124 0 19 160 .8 -.20 53 -192 90 5 6 r."27042NS0814749.1 06-19-62 9 605 7.8 81 -----.194 0 56 60 -A420 -218 59 -1 . ','270442N08l4943.1 04-29-63 9 981 8.1 s6 -69 34 --188 0 148 106 --.06 A710 -314 172 a 6 ';270540H0815737.1 08-05-64 9 1000 7.7 85 -90 45 --183 0 257 117 1.6 -.06 A720 -406 256 3 6 -':706570816439,1 07-08-64 9 788 7.5 81 -119 13 --210 0 173 76 1. -.05 A550 -50 178 5 6 i 70814N014811.1 01-80-54 9 A930 7.3 --86 45 --178 0 200 71 1.5 --675 -400 -5 I 2709110815229.1 01-30-63 9 A1300 7.6 --106 55 --168 0 201 8 1.7 -.30 958 -494 -3 ,;,70981010815228.1 07-01-64 9 1165 7.4 87 -120 53 -159 0 385 108 1.4 -,10 A850 -20 390 5 6 71 N08l5521.1 06-27-64 9 900 7.8 --123 55 --185 0 390 56 1.8 -.23 A640 -534 382 5 6 9."'9071219814017.1 08-10-50 1 941 7.4 80 -101 46 23 -176 0 270 45 1.4 -.08 800 574 442 -53 271240N0815358.1 06-25-64 9 530 7.2 79 -52 31 --260 0 10 56 2.2 -.08 A350 -258 45 10 6 : 712580815358.1 06-25-64 9 590 7.5 --57 30 --295 0 11 47 2.0 -.05 A400 -266 24 15 6 271808N0815225.1 12-29-64 9 630 7.6 --64 39 --227 0 140 36 2.0 -.10 A430 -320 134 2 6 S 271308N0815228.1 10-12-64 9 690 7.5 78 -76 41 --220 0 195 34 1.8 -.06 A480 -366 186 5 6 9i'271310NO815224.1 02-26-64 4 960 8.0 80 29 111 59 20 4.0 186 0 348 27 2.0 ,1 --692 520 368 5 1 Q 271314N0814459.1 07-09-64 1 871 7.6 89 -98 44 --159 0 325 34 1.2 -.05 A620 -428 298 5 6 7183N0819il13.1 09-03-64 1 530 7.9 78 -50 25 --242 0 25 43 1.9 -.18 A50 -228 30 5 6 '"271406N0Op;4920.1 06-19-64 1 700 7.3 --100 40 --178 0 353 20 --.16 A490 -468 322 5 6 S271437N08 14951.1 01-22-65 1 670 7.5 79 -61 32 --220 0 58 84 1.8 -.05 A460 -251 71 06 1 927143808151381, 07-09-64 1 1209 7.5 83 -176 82 --156 0 653' 19 1.7 -.05 A900 -774 646 8 6 ,'71550'10814252.1 01-30-63 1 700 7.6 78 -58 29 --190 0 71 49 1.1 -.30 495 -268 -5 3 1271626N0814712.1 06-25-64 1 675 7.5 84 -84 48 --190 0 285 20 1.5 -.23 A460 -404 248 5 6 '7117N0l152s26.1 06-25-64 1 1230 7.4 18 87 --16 0 615 19 1.8 -.10 A910 -830 702 56 271724Ns815227.1 06-25-64 1 930 7.3 83 156 67 --159 0 530 20 1.6 -.08 670 -866 536 5 6 A Approximat~d computed from specific conductanae -total dissolved solids relation curve (see Figure 4). ; -

PAGE 22

Table 8,-CheMtcal Analymse and Temperature of Oround Water--Continubd ) 00 (Note: Type-l, pumped; 4, Collooted from Spigot) 9, Flowing well. Source i U,. olool sl Burvey; 3, FlorCds State Board o Healthl 6, Privytei 7, Educational) Chemioal analyses, in parts per million, except specific conductanoe, pH, and color Specific Disolved Hardness I oonductsolids 0 T ance TeaNagPoCarNonU Well Date Y (miroperCalnetamalcrbonChloFluoNiResidue CalCaloium, carR aumber of P aho ature Silica cium slum Sodiuma slu bonats ate Sulftte ride ride trate Iron at oumanebon.. ColC collection 8 it 2S'C) pH (*F) (iOO) (CI) (Mg) (NA) (K) (HCOI) (CO) (804) (Cl) (F) (NO,) (Fe) 1800C lated mum ate or N HARDEn COUNTY i' '.Floridan Aquifer .ISMO00.475.I 01-9-e65 A790 7.5 50 -78 0 --180 0 172 3 1,1 -10 581 -346 -5 :.714450830153.1 01-80-63 1 A770 7.8 78 75 --183 0 119 30 1.0 -,01 546 -326 -5 3 .i 187173 0814135.1 10-04-0 -445 7.7 83 15 55 20 7.2 1.8 142 0 96 16 .8 .0 -297 282 20 103 5 1 7:39431084749.1 08-30-5.. 1 683 7.3 78 -s 46 188 0 242 18 1.4 --65 -404 Ar 91952NOO I461S3,. 10-048 619 8.0 77 18 78 39 10 2.0 160 0 172 13 .9 0 -429 402 314 183 5 1 S 2731 q8.a637.1 10-94-68 9 238 7.7 78 12 35 10 4.7 1.2 105 0 20 7 .4 .0 -16 132 104 18 5 1 i73250081480.1 07-30-83 1 700 7.8 85 16 87 37 11 -148 -47 10 .3 3.2 .04 498 485 368 247 10 6 67364M082O4811.1 05-10-62 1 600 7.9 76 18 66 29 8.3 3.0 152 0 155 10 .7 ,0 .03 392 364 282 158 0 1 S73S41X308S03950.1 09-11-63 -345 7.8 -0 39 20 7.0 1.1 220 0 .8 5 .7 .1 -214 202 180 0 1 8,73434i 083719.1 01-30-63 1 A205 7.9 80 -20 11 --88 0 10 10 .4 .00 157 -96 -3 S73B3000X 006039,l 01-30-63 1 A460 7.3 77 -45 17 --180 0 24 20 1.2 -.00 09 -164 -3 S3273S84OU.4647.1 01-29-03 1 A840 7.6 82 -92 37 --180 0 172 17 1.1 -,05 600 -382 -5 " ,; i :' ' : MANATEE COUNTY "' Floridan Aquifer ,278l.6S20348.1j 089-17-6s 1 720 7.6 77 52 90 35 23 2.8 200 -162 20 3.0 .1 .09 514 816 308 155 5 1 27305410806017.1 09-18-e6 1 386 7.3 77 22 42 18 10 .9 226 -0 11 .7 .1 .00 206 216 180 0 20 1 '27' 0K08205.1 09 -11-03' 1 403 7.8 79 32 54 20 20 2.0 196 0 63 19 2.0 .1 .47 302 309 216 56 5 1 1,'Alpbroximate; computed from specific conductance -total dissolved solids relation curve (see figure 4).

PAGE 23

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PAGE 24

Table 3, Well Number * Well Location Key Well Well Well number Location number Location number Location A Z " A 0 Uin V4 q CHARLOTTE COUNTY 264626N0820218.1 42 23 31 SE SE 265513N0814758.1 41 25 10 SE NW 265805N0820358.1 40 22 25 NW SE 264639N0820218.1 42 23 31 NE SE 265521N0815816.1 41 23 12 SW NW 265814N0815838.1 40 23 26 NE SE 264718N0820218.1 42 23 30 SE SE 265534N0820251.1 41 23 7 NW SE 265828N0815747.1 40 23 25 NE NE ,;64811N0815158.1 42 24 24 SE NW 265552N0820223.1 41 23 8 NW NW 265829N0815722.1 40 24 30 NW NW 26491880820118.1 42 23 17 NE SE 265558N0814608.1 41 25 1 SE SW 265831N0815722.1 40 24 30 NW NW 264923N0820137.1 42 23 17 NE SW 265602N0820259.1 41 23 6 SW SE 265833N0815302.1 40 24 23 SW SE 265020N0815851.1 42 23 11 NE SW 265613N0821745.1 41 20 3 SE NW 265837N0815627.1 40 24 19 SE SE 26505010820044.1 42 23 4 SE SW 265618N08154401 41 24 4 SE NE 265838N0815612.1 40 24 20 SW SE 265117N0820117.1 42 23 5 NE SE 265621N0821212.1 41 21 3 NW SW 265842N0814148.1 40 26 22 SE NE 265227N0814310.1 41 26 28 SW SE 265623N0820237.1 41 23 6 NE SW 265919N0815402.1 40 24 22 NW NE 265247N0815826.1 41 23 26 SE NE 265647N0815846.1 41 23 2 NE.NW 265922N0814148.1 40 26 15 SE SE 265258N0820110.1 41 23 28 NW SW 265648N0814752.1 40 25 34 SE SE 265932N0815432.1 40 24 16 SE SE 265301N0820058.1 41 23 28 NW SE 265648N0815147.1 40 24 36 SE SE 265958N0814247.1 40 26 16 NE SE 265307N0814532.1 41 26 30 NW NW 265649N0815651.1 40 24 31 SE SW 270031N0814539.1 40 25 12 SE NE 265308N0820121.1 41 23 28 NW NW 265650N0815544.1 40 24 32 SE SW 270048N0820847.1 40 22 7 NE SW 265313N0820044.1 41 23 28 NE NW 265650N0815838.1 40 23 35 SE SE 270106N0821034.1 40 21 2 SE SE 265343N0815925.1 41 23 22 SE SE 265651N0815919.1 40 23 35 SW SE 270107N0814258.1 40 26 4 SE SE 265407N0820110.1 41 23 21 NW NW 265657N0815551.1 40 24 32 SE SW 270138N0821145.1 40 21 3 NE SW 265415N0820023.1 41 23 16 SE SE 265658N0814957.1 40 25 32 SE SW 265418N0820130.1 41 23 17 SE SE 265701N0820046.1 40 23 33 SE SE 265438N0820257.1 41 23 18 NW SE 265724N0820347.1 40 22 36 NE NW 26544810820148.1 41 23 17 NE NW 265732N0814746.1 40 25 33 NE NE 265451N0815959.1 41 23 15 NW NE 265744N0820411.1 40-22 25 SW NW 26550910820213.1 41 23 8 SW SW 265803N0815822.1 40 23 25 SW NW

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Table 3. Well Number -Well Location Key--Continued Well Well Well number Location number Location number Location 270332817331 39 25 26 S 2711581681 38 25 2 SE SE 271550N081252 37 26 16 NN S 3 5 N 21 38 25 4 E 2701208179 39 25 22 SE 271207N0815711. 38 24 W SE 27130815059.1 37 25 7 N DESOTO COUNTY .. 40 * *V 270312N0820244.1 39 23 30 SE NE 271113N0815521.1 38 24 9 SW NW 271437N0814951.1 37 25 20 SE NW 27033060815429.1 39 24 27 NW SW 27112610815712.1 38 24 7 NW SE 27143810815138.1 37 24 24 NE SE 27033270814733.1 39 25 26 NW SW 271145N0814648.1 38 25 2 SE SE 271551N0814252.1 37 26 16 NE NE 270347N0815732.1 39 23 25 NE NE 271156N0814839.1 38 25 4 SE NE 27161830815905.1 37 23 11 N SE W 27041310820136.1 39 23 20 NE SE 271202N0815405.1 38 24 3 NW SE 271626N0814712.1 37 25 11 SW N 270412N0814749.1 39 25 22 SE NE 271207N0815711.1 38 24 6 NW SE 271643N0815059.1 37 25 7 NE N S 27044280814943.1 39 25 17 SE SE 271208N0820253.1 38 23 6 NE SW 271659N0815034.1 37 25 6 E SE C 270540N0815737.1 39 23 12 SE SE 271216N0820042.1 38 23 4 NE NE 271708N0815052.1 37 25 6 SE NW 27096570815439.1 39 24 4 NE SE 271219N0814017.1 38 26 1 NW NE 2717170815226.1 37 24 1 NW SW 270144N0815030.1 38 25 32 NW SW 271228N0814008.1 38 26 1 NE NW 27171810815032.1 37 25 6 SE NE 270759N0815024.1 38 25 32 NW NE 271233N0814509.1 37 26 31 SW SE 271723815156.1 37 24 1 N NW 270803N0815842.1 38 23 26 SE SE 27124010815358.1 37 24 34 SE NW 271724N0815227.1 37 24 1 W NW 270810N0814812.1 38 25 27 SW SE 271246N0814322.1 37 26 33 SW NE 271834N0815304.1 36 24 26 SW SE 270811N0814811.1 38 25 27 SW SE 271258N0815358.1 37 24 34 NE SW 272012N0814823.1 36 25 22 NW NW 2708141N0814811.1 38 25 27 SW SE 271307N10815226.1 37 24 36 NW NW 27201310815759.1 36 23 24 NW' NE 270848N0814845.1 38 25 28 NE NE 271308N0815225.1 37 24 36 NW NW 27091110815229.1 38 24 24 SW SW 271308N0815228.1 37 24 36 NW NW 27093210815040.1 38 25 19 SE SE 271310N0815224.1 37 24 36 NW NW 270921N0815224.1 38 24 24 SW NW 271314N0814459.1 37 26 31 NE NW 270921N0815228.1 38 24 24 SW NW 271317N0815359.1 37 24 27 SE SW 270922N0815257.1 38 24 23 SE NW 271333N0815213.1 37 24 25 SW NE 270928N0815237.1 38 24 23 NE SE 271356N0814532.1 37 26 30 NW SW 27093210815040.1 38 25 19 NE SE 271406N10814920.1 37 25 28 NW NW 271102140815208.1 38 24 12 SW NE 271431N0815414.1 37 24 22 NW SE w »-t

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Tabhl J, Wull NuIbur .Wall Location Key--Coantnuue WeII WrII Wll number Location nuimber Location number Location IIAJII)NE COUNTY 40 96 W 0 U .0ai 1 & -A Sa 2 a" 0 a 44 IIADIDUE COUNTY 272309N0815608.1 J5 2J 36 .* NE 2731(UjNIHI'Ji37.1 34 27 15 SW SW 273703N0815310.1 33 24 11 SW BE 272335N0814755.1 35 25 34 N SW 27312C,%0 1'5219,1 '14 24 13 SW NW 273737N0815158.1 33 24 12 NE SW 272344N0813718.1 35 27 J3 NW NI 27JI22Nj1Gal'42. 1 34 26 17 NW SW 27382010814348.1 33 26 5 NE SE 272347N0820247.1 J5 23 31 NE NW 273156U814-l': .1 34 26 7 SW SE 273821N0814937.1 33 25 5 NE SE 272349N0814744.1 35 25 34 NE NE 27'J2C'5NCG8.L1'': .I 34 26 9 SW NW 273823N0814240.1 33 26 3 NW SW 272355N0820215.1 35 23 29 SW SW 27322UNOl84932.1 J4 25 9 NW SW 273823N0814924.1 33 25 4 NW SW 272412N0815742.1 35 2J 25 NE SW 27 )21;":H14 7.1 34 26 8 NE NW 273823N0814925.1 33 25 4 NW SW 272433N0815520.1 J5 24 28 NW NW 2732'25(,lb I ,H(i8. 1 34 25 3 SW SE 273828N0815020.1 33 25 5 NW SW 272434N0814707.1 35 25 26 NW NE 27125245081;028.1 J4 26 1 SW SE 273834N0814647.1 33 25 2 NE NE '272441N0814726.1 35 25 26 NW NW 27325.8148J,. I 34 25 3 SW NE 272442N0820152.1 35 23 20 SW SE 27 254X0814811.1 34 25 3 SW NE 272458K0820302.1 35 23 19 SW NE 27J337?N0813J 33.1 33 27 31 SW SW 272503NO815456.1 35 24 21 N SW 27J346N0b81JKO&l;. 33 27 32 SW NW 27255110820156.1 35 23 17 SW NE 273346Na0i447.1 33 25 33 SE NE 272557N0815352.1 35 24 15 NE SW 273411:..020250.1 33 23 31 NW NE 272701N0813949.1 35 20 12 NE SE 27J42L1;h13J.'14.1 33 27 34 NE NW 272703N0814808.1 35 25 10 NW SE 2734314N0I813719. 33 27 26 SW SE 272724N0814739.1 35 25 :1 SE SE 27353GN0820053.1 33 23 21 SW NE MANATEE COUNTY 27273910814235.1 35 26 3 SW NW 273538N0815115.1 34 25 19 SW NE 27284110813617.1 ,4 27 34 SE NW 273545NO815702.1 33 24 19 NW SE 272917N0820210.1 34 23 29 SW SW 27354780815'14.1 33 24 20 NW SW 272932N0814533.1 34 25 25 SW NW 273548N0813601.1 33 24 20 NW SE 272829N0820353.1 34 22 36 SE 272935N0814113.1 34 26 26 SW NE 273603N081522'.1 33 24 24 NW NW 273054N0820617.1 34 22 10 SW SW 272939N0814535.1 34 26 30 NW SW 273610N0814912.1 33 25 16 SW SE 273306N0820351.1 34 22 1 NW SE 272942N0814749.1 34 25 27 NE SE 273614N0814852.1 33 25 16 SE SW 272952N0814816.1 34 25 27 NW NE 273618N0815028.1 33 25 17 SW SW 27300810815013.1 34 25 20 SW SE 273620N0815838.1 33 23 14 SE NE 273020f0814910.1 34 25 21 SW NE 27J622N0814909.1 33,25 16 SW NE 2730280N81522B.1 34 24 24 NW SW 273622N0814925.1 33 25 16 SW NW 273040NOB154L9.1. 34 24 22 NK NW 273638N0814864.1 33 26 13 NW SW

PAGE 27

ii _ _ I~ ~I II I~__i·· : ) II

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24 DIVISION OF GEOLOGY Table 4. Changes in Static Water Level, Yield, Temperature, and Sulfate Content with Well Depth in Southwestern DeSoto County. Drilling Static Water Flowing Water Sulfate Depth (feet) Level (feet) Yield (gpm) Temperature (OF) (ppm) 235 ---65 290 +3.6 440 78 150 335 ---195 380 ---195 404 +8.0 550 79 195 510 +8.4 600 79.5 210 640 +12.4 -79 230 825 -830 -255 925 +14.0 1,030 84.5 270 1,000 +14.6 1,130 85 258 WELL NUMBER: 270540N0815737.1 WELL LOCATION: T39S, R23E, Section 12, SEk of the SEk. Land Surface Altitude: 37 feet above mean sea level Driller: V. W. "Bill" Athey, Wauchula, Florida Well Depth: 1,000 feet Well Casing: 75 feet of 10" casing Well drilled during June -August, 1964 Drilling depths and static water levels are measured above (+) or below land surface. Water levels, yields, and temperatures were measured by M. Kaufman during drilling. Sulfate analyses were made by Black, Crow, and Eidsness, Inc., and furnished courtesy of Dr. J. I. Garcia-Bengochea.

PAGE 29

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