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DIXIE PUTNAM MAIS N
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INDEX SEMINOLE
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INDEX 12 10 POLKPALM BEACH
SINDIAN RIVER
PAGE NO NAME PAGE NO. NAME ANATEE HARDER KEECHOBEE
S PENSACOLA B8 P1NT CISTY HND T. LUCIE

3 VALDOSTA 10 TAMPA \ MARTIN ,
4 JACKSONVILLE 11 FORT PIERCE GLADES



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FAGU 14 FOR AQUIFERS OF PRIMARY USE
5 APALACHICOLA 12 WEST PALM BEACHa CHARLE Chie
6 GAINESVILLE 13 MIAMIJ JO DECEA
7 DAYTONA BEACH 14 KEY WEST LEE HENRY

SCALE: 1:250,000 CL BROAR
COLLIER BROWARD
13
DADE
MONROE

GENERALIZED PRIME RECHARGE


% FLORIDA GEOLOGICAL SURVEY |. u1 FOR AQUIFERS OF PRIMARY USE

Walt Schmidt State Geologist and Chief ..;
S DRAFTED BY: J.P. JONES, DECEMBER, 1975
c ELECTRONICALLY REVISED: MAY, 1993


MONROE


GENERALIZED PRIME RECHARGE


FLORIDA GEOLOGICAL SURVEY |AA 14u FOR AQUIFERS OF PRIMARY USE

Walt Schmidt State Geologist and Chief ..;

DRAFTED BY: J.P. JONES, DECEMBER, 1975
c i ELECTRONICALLY REVISED: MAY, 1993




FGS050193
OPEN FILE MAP SERIES NO. 69


FLORIDA GEOLOGICAL SURVEY
DE=PARTMIEUT ne I;IVIRONMEN~TAL PRO TECTION


R 31 R ZO W R 29 W R 2 W


P 32 W


Generalized Prime Recharge for Aquifers of Primary Use
These maps were compiled from the best available information o
recharge potential to the principle aquifers. Where actual
recharge data was unavailable, potential high recharge areas wer
estimated through analysis of surficial materials, geomorphology,
topography, and aquifer use and description.
Data sources:
Aucott, W.R., 1988, Areal variation in recharge to and discharge
from the Floridan aquifer system in Florida: United States
Geological Survey Water-Resources Investigation Report 88-4057,
map. Scale: 1:1,000,000
Department of Environmental Regulation, DRASTIC database, May
Hyde, L.W., 1975, Principal Aquifers in Florida, Florida Geological
Survey Map Series 16 rev. Scale: 1:2,000,000
Schmidt, W., 1978a, Environmental Geology Series Pensacola S
Florida Geological Survey Map Series No. 78. Scale: 1:250,000.
Scott, T. M., Lloyd, J. M., and Maddox, G. (eds.). 1991, Florida's
Ground Water Quality Monitoring Program Hydrogeological
framework: Florida Geological Survey Special Publication No. 32,
97 p.
Wagner, J. R., 1982, Hydrogeology of the Northwest Florida Water
Management District, in Fisher, G. (ed.), Ground water in Florida,
Proceedings of the first annual symposium on Florida hydrogeolo
Northwest Florida Water Management District Publication Informatic
Bulletin 82-2, pp. 37-50.


R 33 W


R 19 W


1R W


5 5 10 GENERALIZED PRIME RECHARGE COMPILED Y: K. CAMPBLL. P.G.#192 SHEET
5o F 10 15 20 MILES 1

0 5 10 15 20 25 30 KILOMETERS FOR AQUIFER OF PRIMARY USE REVISETOGRAPHY BY: J. JONES AND T. KIPER F
SCALE PENSACOLA SHEET n 14


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FGS050293
OPEN FILE MAP SERIES NO. 70


FLORIDA GEOLOGICAL SURVEY
DEPARTMENT OF ENVIRONMENTAL PROTECTION




FLORIDA GEOLOGICAL SURVEY


FGS050393
OPEN FILE MAP SERIES NO. 71



Generalized Prime Recharge for Aquifers of Primary Use
These maps were compiled from the best available information on
recharge potential to the principle aquifers. Where actual
recharge data was unavailable, potential high recharge areas were
estimated through analysis of surficial materials, geomorphology,
topography, and aquifer use and description.
Data sources:
Aucott, W.R., 1988, Areal variation in recharge to and discharge
from the Floridan aquifer system in Florida: United States
Geological Survey Water-Resources Investigation Report 88-4057, one
map. Scale: 1:1,000,000
EXPLANATION Hyde, L.W., 1975, Principal Aquifers in Florida, Florida Geological
Survey Map Series 16 rev. Scale: 1:2,000,000
Knapp, M. S., 1978, Environmental Geology Series Valdosta Sheet:
SFlorida Geological Survey Map Series No. 90. Scale: 1:250,000.
FLORIDAN AQUIFER SYSTEM
Scott, T. M., Lloyd, J. M., and Maddox, G. (eds.), 1991, Florida's
Ground Water Quality Monitoring Program Hydrogeological
framework: Florida Geological Survey Special Publication No. 32,
97 p.
SURFICIAL AQUIFER SYSTEM United States Department of the Interior, Geological Survey, 7.5
minute series topographic maps. Scale: 1:24,000.
Florida Geological Survey Open File Map Series: Geologic maps of
the individual Counties. Scale: 1:127,000
























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FGS050493
OPEN FILE MAP SERIES NO. 72


FLORIDA GEOLOGICAL SURVEY
DEPARTMENT OF ENVIRONMENTAL PROTECTION


m.. .. L 2 ER 2/ L K Z2 L R 29 E

GENE'ALIE D P IMEr RECHARGE COMPILED BY: K. CAMPBELL. P.G.#192. SHEET
5 0 5 10 15 20 MILES
5 0 5 10 15 20 25 30 KILOMETERS FOR AQUIFERS OF PRIMARY USE REVISED MAY 1993 J.JONES A T OF
SCALE JACKSONVILLE SHEET 14




FGS050593
OPEN FILE MAP SERIES NO. 73


FLORIDA GEOLOGICAL SURVEY


GENERALIZED PRIME RECHARGE REVISED CARTORAHY J. JONS AND T KPER SHEET
5 5 10 15 20 2 KILOMETERS FOR AQUIFERS OF PRIMARY USE 5
OF
APALACHICOLA SHEET 14


IN


TRAPPED MENT OF ENVIR O




FGS050693
OPEN FILE MAP SERIES NO. 74
FLORIDA GEOLOGICAL SURVEY
DEPARTMENT OF ENVIRONMENTAL PROT






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recharge potential to the prince aquifers. Where actual -
recharge data was unavailable, potential high recharge areas were
estimated through analysis of surficial materials, geomorphology,
topography, and aquifer use and description.
Data sources:AAC1UACOLIN


map. Scale: 1:1,000,000 i
Hyde, L.W., 1975, Principal Aquifers in Florida, Florida Geological
Survey Map Series 16 rev. Scae: 1:2,000,000
Knapp, M. S., 1978, Environmental Geology Series Gainesville
Sheet: Florida Geological Survey Map Series No. 79. Scale: -LT
1:250,000.
Scott, T. M., Lloyd, J. M., and Maddox, G. (eds.), 1991, Florida's
Ground Water Quality Monitoring Program Hydrogeological L"'I
framework: Florida Geological Survey Special Publication No. 32,.

United States Department of the interior, Geological Survey, 7.5 I
minute series topographic maps. Scale: 1:24,000.



T II
II ". ... -C' -














FLORIDAN AQUIFER SYSTEM


SURFICIAL AQUIFER SYSTEM
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R16E R17E R18E R19E R20E N2E R22 R2E

5 0 5 10 15 20 MILES GENERALIZED PRIME RECHARGE COMPJLLOYD,CAPD P.
10td tes epr entoft AGReor.:., . PE6





























5nl3 5 i 1 1 0DKILROMETERS FOR AQUIFERS OF PRIMARY USE RTIE MAY 19 JONES ONF.Ki
SCALE GAINESVILLE SHEET 14




FLORIDA GEOLOGICAL SURVEY
FGS050793 DEPARTMENT OF ENVIRONMENTAL PROTECTION
OPEN FILE MAP SERIES NO. 75 |


R 23 E R 24 E


R 25 E


26 E


27 E


R 28 E


R 29 E


Camp Blanding
Ca p81nlig Penny Farm








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Generalized Prime Recharge for Aquifers of Primary Use
These maps were compiled from the best available information on
recharge potential to the principle aquifers. Where actual
recharge data was unavailable, potential high recharge areas were
estimated through analysis of surficial materials, geomorphology,
topography, and aquifer use and description.
Data sources:
Aucott, W.R., 1988, Areal variation in recharge to and discharge
from the Floridan aquifer system in Florida: United States
Geological Survey Water-Resources Investigation Report 88-4057, one
map. Scale: 1:1,000,000
Hyde, L.W., 1975, Principal Aquifers in Florida, Florida Geological
Survey Map Series 16 rev. Scale: 1:2,000,000
Scott, T. M., 1979, Environmental Geology Series Daytona Beach
Sheet: Florida Geological Survey Map Series No. 93. Scale:
1:250,000.
Scott, T. M., Lloyd, J. M., and Maddox, G. (eds.), 1991, Florida's
Ground Water Quality Monitoring Program Hydrogeological
framework: Florida Geological Survey Special Publication No. 32,
97 p.
United States Department of the Interior, Geological Survey, 7.5
minute series topographic mops. Scale: 1:24,000.












EXPLANATION



LI FLORIDAN AQUIFER SYSTEM


W SURFICIAL AQUIFER SYSTEM


R 32 E


COMPILED BY: K. CAMPBELL, P.G.#192, SHEET
GENERALIZED PRIME RECHARGE J. LLOYDND OTTC
5 0 5 10 15 20 MILES CARTOGRAPHY BY: JONES AND T. KIPER 7
2-0 MI-I ^=ERS FOR AQUIFER OF PRIMARY USE REVISED MAY, 1993 J. JONES OF
5 0 5 10 15 20 25 30 KILOMETERS FOR AQUIOF PRIMUSE O
SCALE DAYTONA BEACH SHEET 14


R 23 E


R 31


R 34 E


R 28 E


p ?A p


R 97 F


R 9q


"IV~;




FGS050893
OPEN FILE MAP SERIES NO. 76


R 16 E


R 17 E


R 18 E


R 19 E


R 20 E


R 21 E


FLORIDA GEOLOGICAL SURVEY
DEPARTMENT OF ENVIRONMENTAL PROTECTIONlnr


R 22 E


Generalized Prime Recharge for Aquifers of Primary Use
These maps were compiled from the best available information on
recharge potential to the principle aquifers. Where actual
recharge data was unavailable, potential high recharge areas were
estimated through analysis of surficial materials, geomorphology,
topography, and aquifer use and description.
Data sources:
Aucott, W.R., 1988, Areal variation in recharge to and discharge
from the Floridan aquifer system in Florida: United States
Geological Survey Water-Resources Investigation Report 88-4057, one
map. Scale: 1:1,000,000
Anderson, W. and Laughlin, C.P., 1982, Geohydrology of the Floridan
Aquifer in the Withlacoochee River Basin of the Southwest Florida
Water Management District: US Geological Survey Water Resources
Investigation Open-File Report 82-331.
Deuerling, R., 1981, Environmental Geology Series Tarpon Springs
Sheet: Florida Geological Survey Map Series No. 99. Scale:
1:250,000.
Hyde, L.W., 1975, Principal Aquifers in Florida, Florida Geological
Survey Map Series 16 rev. Scale: 1:2.000,000
Scott, T. M., Lloyd, J. M., and Maddox, G. (eds.), 1991, Florida's
Ground Water Quality Monitoring Program Hydrogeological
framework: Florida Geological Survey Special Publication No. 32,
97 p.


-N-


EXPLANATION



W FLORIDAN AQUIFER SYSTEM


R 16 F


R 17 E


R 18 E


R 19 E


R 20 E


R 21 E


R 22 E


COMPILED BY: K. CAMPBELL, P.G.#192, SHEET
GENERALIZED PRIME RECHARGELLOYD. m ND T. SCOSHEET
5 0 5 10 15 20 MILES. JONES AND T. KIE 8

5 O 5 10 15 20 25 30 KILOMETERS FOR AQUIFERS OF PRIMARY USE CARTOGRAPHY E19 J. JONES AND T KPEROF
SCALE PLANT CITY SHEET 14


YLlr\l\lmLI~I Yi Ll~llnYI*mLI*lnL nVIL~I(Y1


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FGS050993
OPEN FILE MAP SERIES NO. 77


R 24 E


FLORIDA GEOLOGICAL SURVEY
nrpARTUMNT nr rFNVIRnMUFNTAI PnTrTCTInN


R 25 E


26 E


R 27 E


R 28


R 29 E


R 30 E


R 31 E


R 32 E


R 33 E


R 34


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Hyde, L.W., 1975, Principc
.' Survey Map Series 16 rev
S\ cott, T. M., 1978, Enviro
Florida Geological Survey
Scott, T. M., Loyd, J. M.,
Ground Water Quality Mon
framework: Florida Geolo
97 p.
\ United States Department
S/minute series topographic



--, r1 ERRITFi
--a

'I TITUSvILL )I
ISLAND














- MIi tt


,' -_.' '.'-


SCocoa Beach







F ^ h |Satellite
Beach


SiIndian Harbour Beach



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'---I Melbourne Beach




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R 35


il Aquifers in Florida, Florida Geological
. Scale: 1:2,000,000
mental Geology Series Orlando Sheet:
Map Series No. 85. Scale: 1:250,000.
and Maddox, G. (eds.), 1991, Florida's
itoring Program Hydrogeological
gical Survey Special Publication No. 32,

of the Interior, Geological Survey, 7.5
maps. Scale: 1:24,000.


EXPLANATION



7 FLORIDAN AQUIFER SYSTEM



W SURFICIAL AQUIFER SYSTEM


R 36 E


COMPILED BY: K. CAMPBELL, P.G.#192, SHEET
GENERALIZED PRIME RECHARGEJ LLOYD. AND T SCOTT
5 0 5 10 15 20 MILES 9
10 15 25 30 KILOMETERS FOR AQUIFERS OF PRIMARY USE l I CARTOGRAPHY BY: JONES AND T. KIPER
SCALE ISED MAY 1993 J JONES
SCALE ORLANDO SHEET 14


Generalized Prime Recharge for Aquifers of Primary Use
These maps were compiled from the best available information on
recharge potential to the principle aquifers. Where actual
recharge data was unavailable, potential high recharge areas were
estimated through analysis of surficial materials, geomorphology,
topography, and aquifer use and description.
Data sources:
Aucott, W.R., 1988, Areal variation in recharge to and discharge
from the Floridan aquifer system in Florida: United States
Geological Survey Water-Resources Investigation Report 88-4057, one
map. Scale: 1:1,000,000
Anderson, W. and Laughlin, C.P., 1982, Geohydrology of the Floridan
Aquifer in the Withlacoochee River Basin of the Southwest Florida
Water Management District: US Geological Survey Water Resources
Investigation Open-File Report 82-331.


I 1 I


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FGS051093
OPEN FILE MAP SERIES NO. 78


R 15 E


FLORIDA GEOLOGICAL SURVEY
DEPARTMENT OF ENVIRONMENTAL PROTECTION
a


R 16 E


R 17 E


R 18 E


R 19 E


R 20 E


R 21 E


R 22 E


R 23 E


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FGSO51193
OPEN FILE MAP SERIES NO. 79


FLORIDA GEOLOGICAL SURVEY
DEPARTMENT OF ENVIRONMENTAL PROTECTION


R 23 E R 24 E


25 E R 26 E


Fountain Heighs. \

Highland City




Mulberry / 7
---




1 1 1 VI 441 EPE A : F E
-I- - - - - -Z
- - -




INDIAN RIVER


Fort Meade F _

Fr



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I : : :
I I :: I






POLK CO. 1: :OLK CO.
-- - - - .* -- - *


HARDEE CO.
Bowling Green






Wauchula


EXPLANATION


FLORIDAN AQUIFER SYSTEM



SURFICAL AQUIFER SYSTEM


Generalized Prime Recharge for Aquifers of Primary Use
These mops were compiled from the best available information on
recharge potential to the principle aquifers. Where actual
recharge data was unavailable, potential high recharge areas were
estimated through analysis of surficial materials, geomorphology,
topography, and aquifer use and description.
Data sources:
Aucott, W.R., 1988. Areal variation in recharge to and discharge
from the Floridan aquifer system in Florida: United States
Geological Survey Water-Resources Investigation Report 88-4057, one
map. Scale: 1:1,000,000
Hampson, P.S., 1984, Wetlands in Florida. Florida Geological Survey
Map Series 109, Scale: approximately 1:2.000,000.
Healy, H.G., Surficial and Intermediate Aquifers in Franks. B.J.
ed, 1982, Principal Aquifers in Florida, US Geological Survey
Water Resources Investigations Open-File report 82-255.
Herr, J. W., 1990, Application of Drastic Ground Water Pollution
Mapping r .-. ?:-' r rr SFWMD: South Florida Water Management
District -a:-r..: jii A[.:.lcn 90-02, 100 p, 22 plates.
Hyde, L.W., 1975, Principal Aquifers in Florida, Florida Geological
Survey Map Series 16 rev. Scale: 1:2.000,000
Lane, E., Knapp, M. S., and Scott, T. M., 1980, Environmental
G Se Ft. Pie Sht: Florida Geo loical Survey Map


OSCOL C.GooySre--tPice--OSC LA CO. eIy rodece I
]--G- NDS CO.-- - --- -----. ---.- -- - --,_ Series No. 80. Scale: 1:250,000.
OKEECHOBEE CO. Scott, T. M., Uoyd. J. M., and Maddox. G. (eds.). 1991,
S' re Ground Water Quality Monitoring Program Hydrogeologih
Lr'' 1r rk framework: Florida Geological Survey Special Publication

: : ISutcliffe, H. Jr.. 1975, Appraisal of the Water Resources
Charlotte County. Florida: Florida Bureau of Geology Rel
64NDIN~,.n Investigations 78, 53 p.
' IdIANN RI. R CO. : United States Department of the Interior, Geological Surv
'i, , minute series topographic maps. Scale: 1:24.000.
I ST. LUCIE CO.


IT
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SFORT PIERCE








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Florida's
cal
No. 32,

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sort of

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R 23 E R 24 E


R 25 E


R 26 E


R 27 E


R 28 E


R 29 E


R 30 E


R 31 E


R 32 E


R 33 E


R 34 E


R 35 E


N 36 E N3 C N 35 C N 39 E N 40 C N 41 E
R 42 C


COMPILED BY: K. CAMPBELL, P.G.#192, SHEIK

GENERALIZED PRIME RECHARGE J. LLOYD. ND T. SCO
S10 15 20 MILPHY BY: JESS AND T. KPER1

5 0 5 10 15 20 25 30 KILOMETERS FOR AQUIFERS OF PRIMARY USE REVSETOGRAPH J. JONES AN

SCALEE FORT PIERCE SHEET 14


R 27 E


R 28 E


R 29


R 30 E


R 31 E


R 32 E


R 33 E


R 34 E


R 35 E


N 36 E N 37 E N 38 E


HARD E CO.

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Arcadia








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R 41 E


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FGS051293
OPEN FILE MAP SERIES NO. 80


R 23 E


R 24 E


FLORIDA GEOLOGICAL SURVEY
DEPARTMENT OF ENVIRONMENTAL PROTECTION


R 25 E


R 26 E


R 28 E


R 29 E


R 30 E


R 31


R 32 E


R 37 E


R 38 E


R 39 E


R 40 E


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COMPILED BY: K. CAMPBELL, P.G.192, SH
GENERALIZED PRIME RECHARGE C AovGP B N. sON
5 0 5 10 15 20 MILES CARTOGRAPHY JONES AND T. KPER
5 0 5 10 15 20 25 30 KILOMETERS FOR AQUIFERS OF PRIMARY USE RSEDMAY. 3 J. JONES E
SCALE WEST PALM BEACH 1


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EXPLANATION





SURGICAL AQUIFER SYSTEM
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FGS051393
OPEN FILE MAP SERIES NO. 81


FLORIDA GEOLOGICAL SURVEY
DEPARTMENT OF ENVIRONMENTAL PROTECTION


R 26 E 81 40' R 27 E


R 28 E


R 29 E


T 51 S --



t- Marco Island

LI .-^
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ii


R 31 E


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113


R 32 E


81' 00'
R 33 E


R 34 E


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OF


MEXICO


FL ORIDA


BAY


Generalized P.s .- *. :r, ir icr u.r r r.r,.ar. j-.
These maps were compiled trom the best available information on
recharge potential to the principle aquifers. Where actual
recharge data was unavailable, potential high recharge areas were
estimated through analysis of surficial materials, geomorphology,
topography, and aquifer use and description.
Data sources:
Hampson, P.S., 1984, Wetlands in Florida., Florida Geological Survey
Map Series 109, Scale: approximately 1:2,000,000.
Healy, H.G., Surficial and Intermediate Aquifers in Franks, B.J.
ed, 1982, Principal Aquifers in Florida, US Geological Survey
Water Resources Investigations Open-File report 82-255.
Herr, J. W., 1990, Application of Drastic Ground Water Pollution
Mapping Methodology to the SFWMD: South Florida Water Management
District Technical Publication 90-02, 100 p, 22 plates.
Hyde, L.W., 1975, Principal Aquifers in Florida, Florida Geological
Survey Map Series 16 rev. Scale: 1:2,000,000
Lane, E., 1980, Environmental Geology Series Miami Sheet:
Florida Geological Survey Map Series No. 101. Scale: 1:250,000.
United States Department of the Interior, Geological Survey, 7.5
minute series topographic maps. Scale: 1:24,000.


Flamingo


EXPLANATION


T 61 S


W BISCAYNE AQUIFER


W| SURFICAL AQUIFER SYSTEM


81"00,


R 35 E


R 41 E


R 42 E


-N-I


' 11- 1. E - H


-- -


/ -i


fi r1 w- S 7 *
ii, ii


C' '-.


R 36 E


80 20'


R 41 E


COMPILED BY: K. CAMPBELL, P.G.#192, S

GENERALIZED PRIME RECHARGE J. LLOYD, ND T. SCOTT
5 0 5 10 15 20 MILES CARTOGRAPHY BY: J. JONES AND T. KIPER
5 0 5 10 15 20 25 30 KILOMETERS FOR AQUIFERS OF PRIMARY USE REVISED MAY, 1993 J. JONES
SCALE MIAMI SHEET


HEET
13
OF
14


~,
--~L~r





81 ~4O 3O~4O


fjL OR/OA


MONROE COUNTY
R 29 E


R 39 E


R 38 E


R 37 E


I.. 9


R 29 E


STRAITS


NO PRIME RECHARGE TO
AQUIFERS OF PRIMARY USE
IN THIS AREA


DRY TORTUGAS
^ -


82050'


Lo
8210'


8240'


81 00'


80'40'


82'30'


S CARTOGRAPHY BY: J. JONES AND T. KIPER
GENERALIZED PRIME RECHARGE REVISED 5/15/91 J JONES
- "0 300FOR AQUIFERS OF PRIMARY USE
5 0 5 10 15 20 25 30 KILOMETERS FOR AQUIFERS OF PRIMARY USE
SCALE KEY WEST SHEET


-N-


R 27 E


R 28 E


R 25 E


R 26


R 22 E


R 30 E


R 23 E


R 31 E


R 32 E


R 33


R 21 E


R 21 E


R 34


R 35 E


R 24 E


R 24 E


R 36 E


R 22 E


R 34 E


R 27 E


R 28 E


R 25 E


R 26 E


OF


SHEET
14
OF
14


B140'


8040'


BA


,-


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