1994
DOI: 10.3133/ofr94520
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Selected ground-water data, and results of aquifer tests for the Upper Floridan aquifer, Brunswick, Glynn County, Georgia, area

Abstract: Introduction 1 Purpose and scope 2 Location of study area 2 Previous investigations 2 Hydrogeologic units 2 Acknowledgments 5 Well inventory 5 Well-numbering system 5 Well-site data 5 Natural-gamma geophysical logs 10 Ground-water levels 10 Chloride concentration in ground water Aquifer-test results 16

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Cited by 13 publications
(30 citation statements)
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“…In the Brunswick area and in southeastern Georgia, the Lower Floridan aquifer includes the brackish-water zone, the deep freshwater zone, and the Fernandina permeable zone (Krause and Randolph, 1989). The Lower Floridan aquifer extends to more than 2,700 ft in depth and yields high-chloride water below 2,300 ft (Jones and Maslia, 1994).…”
Section: Hydrologic Response Remarksmentioning
confidence: 99%
“…In the Brunswick area and in southeastern Georgia, the Lower Floridan aquifer includes the brackish-water zone, the deep freshwater zone, and the Fernandina permeable zone (Krause and Randolph, 1989). The Lower Floridan aquifer extends to more than 2,700 ft in depth and yields high-chloride water below 2,300 ft (Jones and Maslia, 1994).…”
Section: Hydrologic Response Remarksmentioning
confidence: 99%
“…Because the USGS site ID is cumbersome, wells in Georgia are also identifi ed according to a system based on the USGS index to topographic maps of Georgia, as described in Jones and Maslia (1994): "* * *Each 7½-minute topographic quadrangle in the State has been given a number and a letter designation beginning at the southwest corner of the State. Numbers increase eastward and letters increase alphabetically northward.…”
Section: Well-identification Systemsmentioning
confidence: 99%
“…; Callahan (1964); Clarke and Krause (2000); Clarke and others (2004); Cooper and Warren (1945); Dyar and others (1972); Fairchild (1977); Fairchild and Bentley (1977); Falls and others (1997);Faulkner (1973); Franks and Phelps (1979); Gillett and others (2004);Gonthier (2011);Harrelson and Falls (2003); Hayes (1979); Hayes and others (1983); Hickey (1979); Hickey and Barr (1979); Hicks and others (1987); Hutchinson (1985Hutchinson ( , 1992; Johnston and others (1982); Jones and Maslia (1994); Jones and others (2002); Kellam and Gorday (1990); Krause and Randolf (1989); Leve (1966Leve ( , 1983; Lichtler and others (1968); Logan and Euler (1989): Matthews and Krause (1984); McConnell and Hacke (1993); McFadden and others (1986): Menke and others (1961); Meyer (1962Meyer ( , 1974 Miller and others (1978);Mitchell (1981); Moore and others, 1993;Motz (1974); O'Reilly and others (2002); Pascale (1974); Pascale and Wagner (1982); Peek (1959); Phelps and Rohrer (1987); Phelps and Spechler (1997); Planert and Aucott (1985); Pride and others (1966); Randolph and others (1985); Reese (2002); Reese and Cunningham (2000); Robertson and Mallory (1977); Ross (1980); Ross and Munch (1980); Rutledge (1982); Ryder and others (1980); Schiner and others (1988); Sever (1965Sever ( a,b, 1969Sever ( , 1972; Singh and others (1983); Snipes and others (1995a,b); Stewart and others (1978);Szell (1993); …”
mentioning
confidence: 99%
“…In the Brunswick area and in southeastern Georgia, the Lower Floridan aquifer includes the brackish-water zone, the deep freshwater zone, and the Fernandina permeable zone (Krause and Randolph, 1989). The Lower Floridan aquifer extends to more than 2,700 ft and yields high-chloride water below 2,300 ft (Jones and Maslia, 1994). Peck and others, 1992).…”
Section: Introductionmentioning
confidence: 99%