the southeastern corner <strong>of</strong> the Illinois-Kentuckyfluorspar district, the largest producingfluorspar region in the ired States. (A briefdescription <strong>of</strong> the West Kentucky f Suorspardistrict is presented in this road log, p. 55).Caldwell-Lyor~ County line aJunction Western Kentucky; continue so~~thwestEddyvil Ie.e 24 overpass; cgsntirwe onKuttawa.Warsaw Limestone on leSwwanee. This locality is near the northernend d a narrow belt sf brown iron-ore depositsin western Kentucky. Thepears to be bog ore formed in thpost-Mississippian<strong>of</strong> several old iron furnaces inCounties are <strong>of</strong> historic interfurnacewas built(61 m) northwest <strong>of</strong> this point <strong>by</strong> WilliamKelly, where he reportedly discovered amethod for making steel that is now known asthe Besserner process. The furnace, fueled <strong>by</strong>ating the two flood-control reservoirs as aunit.Tuscalossa Formation (Cretaceous) on right.Here the Tuscaloosa is composed <strong>of</strong> chertgravel, chert s<strong>and</strong>, <strong>and</strong> tripolitic silt. At thebase <strong>of</strong> the cut, the uscasoosa rests on limestonessf Mississippian age. Most <strong>of</strong> the cherthas come from rocks <strong>of</strong> Mississippian <strong>and</strong>onian ages.d Crushed Stone mpany's limestonerry on right. The fa more than 200 feetgh, exposes limestones <strong>of</strong> the St.lem, <strong>and</strong> Warsaw Formations, allMississippian in age. Stone is quarried primarilyfrom the Warsaw <strong>and</strong> Salem limestones,producing crushed limestone for concreteaggregate, roadstone, riprap, railroadballast, <strong>and</strong> agricultural limestone.Kentucky Darn <strong>and</strong> Kentucky Lake. KentuckyLake, formed <strong>by</strong> a concrete, earth, <strong>and</strong>dam across the valley <strong>of</strong> the Tennesr,forms a body <strong>of</strong> water 184 miles) long with a shoreline <strong>of</strong> 2,300 miles(3,700 km). It is a multiple-purpose reservoirfor flood control, navigation, power, <strong>and</strong>recreation, <strong>and</strong> has the largest flood-storagecapacity in the Tennessee Valley Authority8.7 mile (1.1 km) south <strong>of</strong> the bridge, BarkleyLake provides flood control, navigation,power, <strong>and</strong> recreati n. The darn <strong>and</strong> locks,c~nstructed <strong>by</strong> the .S. Army Corps <strong>of</strong> Engineers,are 2.5 miles 4 km) from the TennesseeValley Authority's Kentucky Dacanal, 2 miles (3.2 km) upstream fromley Dam, connects Barkley Lake with KentuckyLake for navigation <strong>and</strong> to permit oper-KY-22). Turn left at entrance to Henry WardInn.rtheastern edge <strong>of</strong> the Mississippi, an area <strong>of</strong> outcrop <strong>of</strong> unconsoli-eastern margin <strong>of</strong> the embayrnent is fre-Figure KY-22.Aerial view <strong>of</strong> Kentucky Dam Village State Resort Park on Kentucky Lake, Marshall County, Kentucky. Pleistoceneloess, brown, chert gravel <strong>of</strong> Tertiary (?) age, Upper Cretaceous silts <strong>and</strong> s<strong>and</strong>s, <strong>and</strong> Mississippian carbonates outcropwithin the park area. (Photograph courtesy Kentucky Department <strong>of</strong> Public Information.)
quently taken as Kentucky Lake, but in theareas a few miles to the north <strong>and</strong> east, hills<strong>and</strong> ridges are frequently capped with Cretaceouss<strong>and</strong>s <strong>and</strong> gravels. Thus, the region <strong>of</strong>Kentucky Lake is a transition between theleozoic rocks <strong>and</strong> the unconsoliceous<strong>and</strong> Tertiary embaymentsediments.Wednesday, May 30,197En route.Henry Ward Inn at Kentucky Dam VillageState Resort Park. Exit park.Junction park road <strong>and</strong> U.S. Routeright (north) on U.S. 641 (fig. KV-23).Bear right on U.S. 62 <strong>and</strong> 641.Cross Kentucky Dam <strong>and</strong> travel northeast onU.S. 62 <strong>and</strong> 641, retracing approximately14.3 miles (23 km) traversed the previous day.Points <strong>of</strong> geologic interest are noted on thatroad log.Junction U.S. 62 <strong>and</strong> 641; turn left (north) on641. For the next 9.5 miles (1 5 km) the routeis over the outcrop <strong>of</strong> St. Louis <strong>and</strong> Ste.Genevieve (Mississippian) limestones. Theterrain is characterized <strong>by</strong> numerous sinkholes;surface streams are rare because muchdrainage is diverted to subterranean routes.On right, road to the open-face operation <strong>of</strong>Fredonia Valley Quarries, Inc. Continue onU.S. 641. The quarry, located in an erosionoutlier <strong>of</strong> the Dripping Springs escarpment, isentirely in the Fredonia Member <strong>of</strong> the Ste.Genevieve Limestone. The escarpment in thebackground (east) is capped <strong>by</strong> the BethelS<strong>and</strong>stone (Mississippian).Junction U.S. 641 <strong>and</strong> Kentucky Route 91 inFredonia; turn left <strong>and</strong> continue on thesehighways.Cross Tabb fault system (not visible on highway).The most productive area for fluorsparin the Western Kentucky fluorspar miningdistrict is located in the Tabb fault system 2miles (3.2 km) west <strong>of</strong> here. Sites includedU. S. Steel's Lafayette Mine (fig. KY-24) <strong>and</strong>Alcoa's Haffaw Mine. (No mines were operatingin this area at the time this itinerary wasprepared.)Cross Livingston Creek; enter CrittendenCounty. Palestine S<strong>and</strong>stone (Mississippian)on right. For the next 0.8 mile (1.3 km) thehighway ascends a dip slope on the PalestineS<strong>and</strong>stone.Mexico fault system (not visible on highway).641 <strong>and</strong> Kentucky Routee <strong>of</strong> the Mexico fault sysrthon US. 641 <strong>and</strong> Ken-For the next 2.4 milesis over Cypress S<strong>and</strong>stone(Mississippian). The isolated knobs to theright (east) are capped with HardinsburgS<strong>and</strong>stone.Crayne (at post <strong>of</strong>fice).Cross unnamed fault; Cypress S<strong>and</strong>stone onsouth against Tar Springs S<strong>and</strong>stone on thenorth (fault not visible on highway).Cross Clay Lick fault system (not visible onhighway).Junction with U.S. Route 60 in Marion; con-Marion on Kentucky Route 91unty Courthouse in Marion onleft. Marion was the rail hub for shipments <strong>of</strong>fluorspar ore in the past. Turn left on Mentucky91 at the traffic light.Exposures <strong>of</strong> Ste. Genevieve Limestone onleft.Cross northeast end <strong>of</strong> Crittenden Springsfault system, locally called the Memphis area.(Fault not visible on the highway.)Scattered exposures <strong>of</strong> limestone <strong>and</strong> shale <strong>of</strong>the Golconda Formation.posures <strong>of</strong> thin-bedded Hardins-odore fault system (not visible onnch or cut along fault intone that produced subbarite(Mico Mine).loodplain. Outcrop <strong>of</strong> St.Louis Limestone in dump <strong>of</strong> trees on left.Ohio River at Cave-in-Rock ferry.FIELD TRIP 9/ROAD LOG
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Edited by James E. Palmer and Russe
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Day 6. Carbondale, I l linois, to s
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Please note that the individuals li
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- Page 31 and 32: heyday of the spas, from about 18as
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- Page 37 and 38: Monday, May 28, 1979DAY 2. Hawesvil
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- Page 43 and 44: fill sequence of dark shaie, sandst
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- Page 51 and 52: Geiger Lake CoalLisman CoalCarthage
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- Page 76 and 77: south rim of Eagle Valley Syncline
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WELawsonShaleMbr. \BreretonLimeston
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Harrisburg (No. 5) CoalIApproximate
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Table I L-2. Characteristics and in
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General geologic settingHarvey, Ill
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Table I L-3. Lithology and paleonto
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l important geographical data relat
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'98-LL -d'ZZ uo!le3![qnd lepads '0
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SIEVER, R., 1951, The Mississippian