GEORGIA STATE DIVISION OF CONSERVATION DEPARTMENT OF MINES, MINING AND GEOLOGY A. S. Furcron, Director THE GEOLOGICAL SURVEY Bulletin Number 79 ANNOTATED BIBLIOGRAPHY OF GEORGIA GEOLOGY THROUGH 1959 by Howard Ross Cramer, Arthur Thomas Allen, Jr. and James George Lester Emory University, Atlanta, Georgia ATLANTA 1967 LETTER OF TRANSMITTAL Department of Mines, Mining and Geology September 1, 1967 His Excellency, Lester G. Maddox Governor of Georgia and Commissioner Ex-Officio State Division of Conservation Atlanta, Georgia 30334 Dear Governor Maddox: I have the honor to submit herewith Bulletin No. 79 of the Department of Mines, Mining and Geology entitled, "Annotated Bibliography of Georgia Geology Through 1959," by Drs. Howard R. Cramer, Arthur T. Allen, Jr., and James G. Lester of the Department of Geology, Emory University. This bibliography contains all significant references to the geology and mineral resources of Georgia from early times through 1959. It is anticipated that it will be in much demand and will be invaluable to all individuals engaged in research upon Georgia problems; for this reason, it will remain in continuous demand. It is a repository for the compilation of mineral resources for all parts of the state. Information derived from this work can be coded directly into a computer for rapid __retrieval of available information upon a large number of specific mineral and geological topics, thus, rendering the solution to these problems rapid and automatic. Very respectfully yours, ASF:pl A. S. Furcron Director iii ANNOTATED BIBLIOGRAPHY OF GEORGIA GEOLOGY THROUGH 1959 by Howard Ross Cramer, Arthur Thomas Allen, Jr., and James George Lester Emory University, Atlanta, Georgia INTRODUCTION This bibliography is modeled after the Bibliography of North American Geology which is published annually and decennially. by the United States Geological Survey. References were read, annotated, and indexed. by county, subject, and geological age. In many entries a portion of the state larger than a county is discussed, so that larger subdivisions of the state are considered in the indexing. These larger subdivisions, corresponding roughly to the major physiographic provinces, are outlined in Fig. 1. Each index entry to a county or one of the larger subdivisions is also referred to one of the major aspects of geology. The heading Ar.eas described is used when an article deals with the entire geological aspect of the area. Economic geology; Engineering geology; Map,s; Geobotanical, Geochemical, and Geophysical investigations; Ground water; Mineralogy; Paleontology; and Physiographic geology are all more or less self-explanatory. Historical geology includes stratigraphy. Petrology generally, though not always, means igneous or metamorphic petrology, and Physical geology is intended to cover process, or dynamic geology. While geographic boundaries are sharp, every geologist knows that sub~ ject boundaries cannot be so easily recognized. For instance, publications dealing with surface water, such as stream flow measurements, flood records, etc., are excluded, although springs, because they are in part ground water are included. Articles dealing with soils per se are not included unless they include discussions or descriptions of the geological origin of the soils or the parent rocks from which they were derived. Articles dealing with mining engineering problems, or those dealing exclusively with economic aspects of geological materials, are not included unless they include descriptions of the material. Abstracts are not included if the full article has appeared, and those abstracts which are included are not annotated. Theses, both M.S. and Ph.D. are included but not annotated, and biographies of Georgia authors are included without annotation. The junior authors of this bibliography began the compilation which was completed by the senior author. The senior author did the indexing and annotating. The assistance of Mr. William Heers and his able staff of the United States Geological Survey Library in Washington, D. C., is gratefully acknowledged, as is the help of the reference departments of the Yale University and New York Public Libraries. It is an especial pleasure to acknowledge v that the skill of' the members of the Reference Department of th~ Emory University Library in locating obscure and otherwise inaccessible material was exceeded only by their patience with the authors. Mrs. Rena Faye Ritchey Smith typed the bibliography manuscript and a~sisted wi~h ~he proofreading, and. M;rs~ Ver!la Laideeker ]fisher and Mrs. Elizabeth Chambers Nunan 'assisted witli' the proofreading of the index. Readers are encouraged to notify the Director of the Georgia Department of Mines, Mining, and Geology of any pm,issions detected in this bibliography so that they can be included 'in later' sup1 plements. Fig. Subdivisions of Georgia used in this bibliography vi BIBLIOGRAPHY ABBREVIATIONS OF SERIALS CITED IN THIS BIBLIOGRAPHY Note that foreign-language serials are spelled out completely and not abbreviated. ACAD. NATURAL SCIENCE PHILADELPHIA PROC.; ... JOUR. Proceedings, and Journal of the Academy of Natural Science of Philadelphia. Published by the Academy from Philadelphia, Pennsylvania. ACAD. SCIENCE ST. LOUIS TRANS. Transactions of the St. Louis Academy of Science. Published by the Academy from St. Louis, Missouri. ACADEMIE DES SCIENCES DE PARIS COMPTES RENDUS. Published by the Academy from Paris, France. AGRICULTURAL ENGINEERING. Agricultural Engineering. Published by the American Society of Agricultural Engineers from Ames, Iowa. AKADEMIE DER WISSENSCHAFTEN WIEN MATH-NATURWISSENSCHAFT KLASSE SITZUNGSBERICHTE. Published by the Academy from Vienna, Austria. ALABAMA ACAD. SCIENCE JOUR. Journal of the Alabama Academy of Science. Published by the Academy from Birmingham, Alabama. ALABAMA GEOL. SURVEY BULL. Bulletin of the Alabama Geological Survey. Published by the Survey from University, Alabama, and elsewhere. ALABAMA INDUSTRIAL AND SCIENTIFIC SOC. PROC. Proceedings of the Alabama Industrial and Scientific Society. Published by the Society from Tuscaloosa, Alabama. AMER. ACAD. ARTS AND SCIENCE PROC. Proceedings of the American Academy of Arts and Science. Published by the Academy from Boston, Massachusetts. AMER. ALPINE JOUR. American Alpine Journal. Published by the American Alpine Club from New York City, New York. AMER. ANTHROPOLOGIST. American Anthropologist. Published by the American Anthropological Association, the Anthropological Society of Washington, and the American Ethnological Society of New York from various places. AMER. ANTIQUITY. American Antiquity. Published by the Society for American Archeology from Menasha, Wisconsin. AMER. ASSOC. ADVANCEMENT SCIENCE PROC. Proceedings of the American Association for the Advancement of Science. Published by the Association from New York City, New York. 1 AMER. ASSOC. PETROLEUM GEOLOGISTS BULL. Bulletin of the American Association of Petro1eum Geologists. Published by the Association from Tulsa, Oklahoma. AMER. CERAMIC SOC. BULL.; . JOUR. Bulletin, and Journal of the American Ceramic Society. Published by the Society from Eastori, Pen~ylvania. AMER. FERTILIZER. American Fertilizer. Published commercially from Philadelphia, Pennsylvania. AMER. FORESTS. Arp.erican Fqrests. Published by the American Forestry Association from Washington, D. C. AMER..GEOGRAPHICAL SOC. BULL. Bulletin of the American Geographical Society. Published by the American Geographical. Society of New York from New York City, New York. AMER. GEOLOGIST. American Geologist. Published commercially from Minneapoiis, Minnesota. AMER. GEOPHYSICAL UNION TRANS. Transactions of the .American Geophysical Union. Published by the National Research Council for the Union from Washington, D. C. AMER. INST. CHEMiCAL ENGINEERS TRANS. Transactions of the American InstitUte of Chemical Engineers. Published by the Institute from Philadelphia, Pennsylvania. AMER. INST. MINiNG AND METALLURGICAL EN'G:lNE]!:RS TECH. PUB:; . ~ . TRANS. Technical Publications, and Tran;actfons of the American Institute of Mining and Metaiiurgical Eng.ineers. Published by the Institute from New York City; New Yoi!!k. AMER. INST. MINING ENGINEERS BULL.;.,. CONTRIB.; ... TRANS. Bulletin, Contributions, and Transactions of the American Institute of Mining Eilgineers. Published by the Institute from New York City, New York. AMER. JOUR. MINING. American Journal of Mining. Published commercially from New York City, New York. AMER. JOUR. SCIENCE. American Journal of Science. Published commercially from Yale University, New Haven, Connecticut. AMER. MEDICAL ASSOC. TRANS. Transactions of the American Medical Association. Published by the Association from various places. AMER. MIDLAND NATURALIST. American Midland Naturalist. Published by No.tre Dame University, Notre Dame, Indiana. 2 AMER. MINERALOGIST. American Mineralogist. Published by the Mineralogical Society of America from Lancaster, Pennsylvania. AMER. MUSEUM JOUR. American Museum Journal. Published by the American Museum of Natural History from New York City, New York. AMER. MUSEUM NATURAL HIST. BULL. Bulletin of the American Museum of Natural History. Published by the Museum from New York City, New York. AMER. MUSEUM NOVITATES. American Museum Novitates. Published by the American Museum of Natural History from New York City, New York. AMER. NATURALIST. American Naturalist. Published by the American Society of Naturalists from Boston, Massachusetts, New York City, New York, and elsewhere. AMER. PHILOS. SOC. PROC.; ... TRANS.; ... YEARBOOK. Proceedings, Transactions, and Yearbook of the American Philosophical Society. Published by the Society from Philadelphia, Pennsylvania. AMER. SOC. CIVIL ENGINEERS PROC.; ... (JOUR. HYDRAULICS DIV.). Proceedings of the American Society of Civil Engineers, Journal of the Hydraulics Division. Published by the Society from New York City, New York. AMER. WATER WORKS ASSOC. JOUR.; ... PROC. Journal, and Proceedings of the American Water Works -Association. Published by the --Association from various places. AMER. WATER WORKS ASSOC. SOUTHEASTERN DIV. JOUR. Journal of the Southeastern Division of the American Water Works Association. Published by the Division from various places. ANNALEN DER PHYSIK UND CHEMIE. Published commercially from Halle and Leipzig, Germany. ANNALES DE CHIMIE ET DE PHYSIQUE. Published commercially from Paris, France. ANNALES DE G:EOGRAPHIE. Published commercially from Paris, France. ANNALES DES MINES. Published by Ministere des Travaux Publix, des Postes, et des Telegraphies from Paris, France. ANNALS AND MAG. OF NATURAL HIST. Annals and Magazine of Natural History. PUblished commercially from London, England. 3 ANNALS OF IOWA. Annals of lowEll.' Published by the--Iowa State Historical Department from- Des Moilies, Iowa. ANNUAIRE GEOLOGIQUE UNiiVERSEL, Published commercially from Paris, France. ANTHROPOLOGIE. Published commercially from Paris, France. APPALACHIA. Appalachia; Published by the Appalachian, Mountain Club from Boston, Massachusetts. ARCHIV FUER ~.,; .,; - ASSOC. AMER. GEOGRAPHERS ANNALS! j''A:rilikls bf' the A~sociation of American Geo~aphers. Published by the_ Association from various places~ ' - -- >::- '' -- -- ' .:~.~ ASSOC. AMER. GEOGR-APHEJRS SOUTREAST DIV;- MEMORANDUM ol' FOLIO. Memorandum Follo of the Southeast' Division,. the Asso- ciation of American Geographers. Published by the Division from ,, __ various places.. .T.' .., -- ,. ASSOC. AMER. GEOLOGISTS AND .NATURALISTS REP.T. Rep01t of the American Association of Geologists and Naturalists. Published by the ,Asilo_c~atjop; f:r9m:v~ri911s p~aces. ;;; ASSOC. AMER. STATE ,,GEOLOGISTS .GUII>EBOQK, Guidebook of the annual meeting of the Association of American State Geologists. Pu_blished \JY,":th,e, ;1\.ssgciation from.cv~riou~; plaqes::, _ ATLANTA MEDICAL AND SURGICAL JOUR. Atlanta Medical and Surgical _.Journftl., Published py :th~: F]:lltql].nCqunty :Mi'ldical .society froJ,TI Atlanta, Georgia. BAYERISCHE AKADEMIE D_ER WISSENSCHAF.T .JAHRBUCH. Published - oy the Amidemy from :MuU:ich, Germany~ - zu:R BEITRAEGE GEOPHYSICS. P~blished commercially from Leipzig aiid Stuttgart, Germany. BERG UND HUTTENMAENIS.CHE ZEITUN.G., Published commercially from Ereiburg and Leipzig, Germany. 4 BIOL. SOC. WASHINGTON PROC. Proceedings o.f the Biological Society of Washington, D. C. Published by the Society from Washington, D.C. BOSTON JOUR. NATURAL HIST. Boston Journal of Natural History. Published by the Boston Society of Natural History from Boston, Massachusetts. BOSTON SOC. NATURAL HIST. PROC. Proceedings of the Boston Society o.f Natural History. Published by the Society from Boston, Massachusetts. BOT. GAZETTE. Botanical Gazette. Published commercially from Crawfordsville, Indiana. BOT. REVIEW. Botanical Review. Published commercially from Lancaster, Pennsylvania. BRICK AND CLAY RECORD. Brick and Clay Record. Published commercially from Chicago, Illinois. BRITISH ASSOC. ADVANCEMENT SCIENCE REPT. Report of the British Association for the Advancement of Science. Published by the Association from various places. BULLETIN VOLCANOLOGIQUE. Published by the International Geodetic and Geophysical Union, Association of Volcanology from various places. ------- -- - BULLS. AMER. PALEONTOLOGY. Bulletins of American Paleontology. Published by the Paleontological Research Institute from Ithaca, New York CALIFORNIA UNIV. PUBS. ASTRONOMY. University of California Publications in Astronomy. Published by the University from Berkeley, California. CANADA GEOL. SURVEY MEM. Memoirs of the Canada Geological Survey. Published by the Survey from Ottawa, Canada. CANADIAN ALPINE JOUR. Canadian Alpine Journal. Published by the Alpine Club of Canada from Winnepeg, Canada. CANADIAN FIELD-NATURALIST. Canadian Field-Naturalist. Published by the Ottawa Field-Naturalists Club from Ottawa, Canada. CANADIAN JOUR. Canadian Journal. Published commercially from Toronto, Canada. 5 CANADIAN MINING AND METALLURGICAL BULL. Canadian Mining and Metallurgical Bulletin. Published. by the Canadian Institute of Mining and Metallurgy from Ottawa, Canada. CANADIAN MINING INST. MONTHLY BULL. Canadian Mining Institute Monthly Bulletin. Published J;>y. the Institute from Ottawa, Canada. CANADIAN RECORD OF SCIENCE. Canadian Record of Science. Published by the Natural History Society of .Montreal from Morttreal, Canada. CARNEGIE INST. WASHINGTON PUB. Publications of the Carnegie Institute of Washington, D. C. Published by the Institute from Washington, D...C. CENTURY MAG. Century Magazine. Published commercially from New York City; Ne:w York. , ,. CHARLESTON MEDICAL JOUR. AND REVIEW. Charleston Medical Journal and Review. Publishe<;l, c~~~~r~ia1ly .f:t.Ylll: Ch~~r,~eston, South,: C~m: lina.' . CINCINNATI SOC. NATURAL HIST. JOUR. Journal of the Cincinnati So- ciety of Natural History; Ptiblished by the Soeiety from Cinci:iinati, Ohio~ -: CLAY MINERALS BULL. Clay Minerals Bulletin. Published commercially from. Galashiels, Scotland,. ~nd ]ic,mf].qn,,,. England, J(,,.. - CLIMATOLOGIST. Climatoiogist. Published commercially from:Philadelphia, Pennsylvania. COLLIERY ENGINEER. Colli{3;Y Engineer., Published commercially from Pottsville and Scranton, Pennsylvania. COMPASS. The Compass of;Sigma.:G:amma Epsilo:q. ~ublished J;>y,t:j:le Fra~ ternity from Me11~slf.~> Wisconsin, and elf!~)Vh~re. COPEIA. Copeia. Published by the American Society of Icthyologists and .Herpetologists Jro.m New York City, New York CUSHMAN FOUNDATION FORAMINIFERAL RESEARCH CONTRIBS.; SPEC. PUB. Contributions~ .and Special Publications of the Cushman Foundati~n for Foraminiferal Research. Published for the Foundation by the Paleonto1ogical Research Institute fiom Ithaca, New York. CUSHMAN LAB. FORMINIFERAL RESEARCH CONTRIBS.; ... SPEC. PUB. Contributions, and Special Publications from the Cushman Laboratory of Foraminiferal Research. Published by the Laboratory from Sharon, Massachusetts. 6 DE BOW'S REVIEW. DeBow's Review. Published commercially from New Orleans, Louisiana. DENISON UNIV. BULL. (SCIENTIFIC LAB. JOUR.). Denison University Bulletin (Journal of the Scientific Laboratories). Published by the University from Granville, Ohio. DENISON UNIV. SCIENTIFIC LAB. BULL. Bulletin of the Scientific Laboratories of Denison University. Published by the University from Granville, Ohio. DE RE METALLICA. De Re Metallica. Published by the students and Alumni of the Montana School of Mines from Butte, Montana. DESERT MAG. Desert Magazine. Published commercially from El Centro, California. DEUTSCHE GEOLOGISCHE GESELLSCHAFT ZEITSCHRIFT. Published by the Society from Berlin, Germany. DISSERTATION ABSTRACTS. Dissertation Abstracts. Published by the University of Michigan from Ann Arbor, Michigan. DIXIE. Dixie. Published commercially from Atlanta, Georgia. EARTH SCIENCE DIGEST. Earth Science Digest. Published commercially from Omaha, Nebraska. ECLOGAE GEOLOGICAE HELVITIAE. Published by the Societe geologique suisse from Lausanne, Switzerland and elsewhere. ECOLOGY. Ecology. Published by the Ecological Society of America from Brooklyn, New York. ECON. GEOLOGY. Economic Geology. Published by the Society of Economic Geologists from Lancaster, Pennsylvania. EDINBURGH NEW PHILOS. JOUR. Edinburgh New Philosophical Journal. Published commercially from Edinburgh, Scotland. ELISHA MITCHELL SCIENTIFIC SOC. JOUR. Journal of the Elisha Mitchell Scientific Society. Published by the Society from Chapel Hill, North Carolina. EMORY UNIV. QUARTERLY. Emory University Quarterly. Published by the University from Atlanta, Georgia. ENGINEERING AND MINING JOUR. Engineering and Mining Journal. Published commercially from New York City, New York. 7 ENGINEERING AND MINING JOUR-PRESS" Engineering arid Mi'nihg Journal-Press. Published commercially from New. York City, New York. ENGINEERING ASSOC. SOUTH PROC. TPAPERSJ; .....TRANS. Proceed- ... irigs and Papers; and Transactions of the Engineering:Association of the South. Published" li# the' .:Associatio1'1 from, Nashville, Ten- nessee. EXPLOSIVES ENgiNE~~.; '-~:kirri~~i;~~'~}j:~gineer: ;P,~~~ii11h~d. commerciaily from Wilmington, Delaware. . ., iii: -FERN BULL. Fern ~,lfll~tin,.. !Ji\\.q~ishe,~}??:". the ~;m~~ic~m ,,f~m ~?~~ety f~o!ll B~ngh<~;ll,lJ.JF~~~ ~~:rw1X"p;sk. -, _ ; . ; , , , . , FIELD COLUMBIAN MUSEU:(\'!. PUBS. GEOL. SERIES. Field Columbian Museum Geology se~i~s :P.;blicatioris. Pubiished. ~r')p.e' Mri~eu'm from Chicago, Illinois. FIELD'MtJSEUM NATURAL HIST.GEOL:' SERiEs: Fi~ld Museu'm of Nlit.. ural History, Geological Series: Published by 'the Museum from Chicago, Illinois. \-~ ,1~:, "'"":;;:~}-~(: FLORIDA GEOL. SURVEY Aim.'REPT.; .. iBULL.; REP'l'. INV. An- nual Report, Bulletin, and Reports of Investigations of the Florida Geological.Sur:V:ey.>: Publishediby the .Survey. from Talhih3:ssee; ;Flor~ ida. ~ , _ .'f(, r,: r-~-~ .... :~' ~f!:. FLORIDA STATE UNIV. STUDIES. Flori_d,~. $,~1i11t~!lf:niy;!'!J!'Jty,,Studies. Pub- lished by the University from Tallahassee, Florida. {Jr(I .~~~~l.Jl \.~~~-1 ;-;:.1 .:~I; 1,, , . ~~~I FORESTRY-GEOLOGICAL; REV!1EW'.::.tRo:f.estJ.1Yi;;Geolog.ical1Review. Published by the Georgia Department of Forestry and Geological Development fr:om,At!~J;Jt.::t,-,G!'!,OWia:~ 'l~q ,d :.: ; .,; .'1!!:'1 . ,_ . FRANKLIN INST. JOUR. Journal of the Frankli~,I~stitute: Published by the ..... , ~nst~~\~t1~ . f:ro;m~.Pnn,~d~!Phla.~,:Pe~nsy' l~;:tnil:l-, . GAS AGE. Gas Age. Publish~cl c~~~erci~lly fr~m New York City, New York. ( J' r'. : ',~ r. ' GEMS AND Mt:l'l':ERALS,; G~m~t and :MinH;;tls. PubUshed, co~w~erchilly by numerous California Mineral Societies from Mentonne, California. GEOCHEMICA,:ET ~OS~OC~EMICA ACT.f\r. GeochE1mica 13t _Cosmochemica Acta. Published by the Geochemical Society fro:m .Lqndon, England. GEOCHEMICAL :~mws. Geochemical News. Published b~dhe :Sargent Geochemical Corporation, .Casper; Wyoming, GEOGRAPHICAL J.OUR. GeographicaLJourmtl. Published by the R'oyal GeographicaL.Soeiety' from London, England; GEOGRAPHICAL REVIEW. Geographical Review. Published by the American Geographical Society of New York from New York City, New York. GEOGRAPHICAL SOCIETY CHINA JOUR. Journal of the Geographical Society of China. Published by the Society from Peking, China. GEOGRAPHICAL SOC. PHILADELPHIA BULL. Bulletin of the Geographical Society of Philadelphia. Published by the Soeiety from Philadelphia, Pennsylvania. GEOGRAPHISCHE GESELLSCHAFT WIEN MITTHEILUNGEN. Published by the Society from Vienna, Austria. GEOL. SOC. AMERICA BULL.; ... MEM.; .. PROC.; . SPEC. PAPER. Bulletin, Memoir, Proceedings, and Special Papers of the Geological Society of America. Published by the Society from New York City, New York. GEOL. SOC. CHINA BULL. Bulletin of the Geological Society of China. Published by the Society from Peiping, China. GEOL. SOC. JAPAN JOUR. Journal of the Geological Society of Japan. Published by the Society from Tokyo, Japan. GEOL. SOC. LONDON QUART. JOUR. Quarterly Journal of the Geological Society of London. Published by the Society from London, England. GEOL. SOC. PENNSYLVANIA TRANS. Transactions of the Geological So- ciety of Pennsylvania. Published by the Society from Philadelphia, Pennsylvania. - ------- GEOLOGICAL MAG. Geological Magazine. Published commercially from London, England. GEOLOGISKA FOERENINGENS I STOCKHOLM FORHANDLINGAR. Published by the Society from Stockholm, Sweden. GEOLOGIST. Geologist. Published by the Geologists' Association of London from London, England. GEOPHYSICS. Geophysics. Published by the Society of Exploration Geophysicists from Tulsa, Oklahoma, and Houston, Texas. GEORGIA ACADEMY OF SCIENCE BULL. Bulletin of the Georgia Academy of Science. Published by the Academy from various places. GEORGIA GEOL. SURVEY BULL..... INF. CIRC.; ... PROG. REPT. Bulletin, Information Circular, and Progress Report of the Georgia Geological Survey. Also known as Department of Mines, Mining, and Geology, and as Department of Natural Resources, Division of Mines, Mining, and Geology. 9 GEORGIA INST. TECHNOLOGY ENGINEERING EXPER; STA. BULL.; ... SPEC. REPT. Bulletin, and Special Report of the Ge<}rgia Institute of Technology Engineering Experiment Station. Published by the Institute from Atlanta, Georgia. ' rom GEORGIA MINERAL NEWSLETTER. Georgia Mineral Newsletter. Published by the Georgia Geological' SurveY: Atlanta, Georgia. Succeeds Georgia Mineral Society Newsletter: GEORGIA MINERALSOC. NEWSLETTER Georgia M:iner.~l SocietyNewsletter: Published by the Society from Atlriiita; Georgia. Succeeded by above. GEORGIA REVIEW. Georgia Review. l=>JiWi~~(ld by;the U~iversity of Georgia from Atb,ens, Georgia. ' ,- ;; , , , b; GEORGIA SPELUNKER. Georgia Spelunker. Published th-e Atlanta Grotto of the Na,tipm')J Spel~olo~ica,l ,$,ociety. ~rpm Forest Park, G~orgia, and elsewhere.. ; I.' GEORGIA UNIV. BULL., Bulletin of the Universit~ :of-Georgia.. Published.by the University from Athens,. Georgia;- GEOTIMES. GeoTi:nies. P'llblishec!J:\y the America~ Ge'ol6gical Jnsiitute from Washington, D. d! ' ': ' ' ' : GESELLSCHAF! .- DEUTSQHEJl-- NA:TlJR~bRSyHEii~ HN-r> 'Xiaii~ 'f:Eli~ HANDLTJNGEN. Pul:ilish~d by the Sc)cf~ty ~foll1)i~i~.zig., Germany. GULF COAST A:SSOC;.GEOL. SOCS:;TRANS, 'Tr~msactions of the'Gulf Cofis'b Association of Geological Societies. Published by. the Association from various places. HARVARD COLLEGE MUSEUM bt'>l\i'P; -ZOOL. BULLi:: ... 'MEl\'!. Bulletin, and Memoir of Harvard College Museum of Comparative Zoology. Pubiislied by H::irvard' Uriivet~ity 'froili Caml:\:ddge; Massirchusefts. HARVARD ENGINEERING JOUR. Harvard Engineering Journal. Published by Harvard University from Cambridge, Massachusetts. HARVARD UNIV, BOT. MUSEUM -LEAFLET, Leaflet of the Harvard,"(Jni.., versity Botanicl'tl Museun1. Publi~hed by th~ University from. Gam~ bridge, Massachusetts ' HISTOIRE DE L'ACADEMIE ~OYALE DES SCIENCES PHYSIQUES. Published by the Academy from Paris, France. HOBBIES. Hobbies. Published commercially from Chicago, Illinois. 10 ILLINOIS STATE ACAD. SCIENCE TRANS. Transactions of the Illinois State Academy of Science. Published by the Academy from Springfield, Illinois. ILLINOIS STATE GEOL. SURVEY REPT. INV. Report of Investigations of the Illinois Geological Survey. Published by the Survey from Urbana, Illinois. INDIA GEOL. SURVEY MEM. Memoirs of the India Geological Survey. Published by the Survey from Calcutta, India. INDIANA ACAD. SCIENCE PROC. Proceedings of the Indiana Academy of Science. Published by the Academy from Brookville, Indiana. INST. MINING AND METALLURGY TRANS. Transactions of the Institute of Mining and Metallurgy. Published by the Institute from London, England. INTERSTATE OIL COMPACT COMMISSION BULL. Bulletin of the Interstate Oil Compact Commission. PUblished by the Commission from Oklahoma City, Oklahoma. Succeeds the Quarterly Bulletin. INTERSTATE OIL COMPACT COMMISSION QUART. BULL. Quarterly Bulletin of the Interstate Oil Compact Commission. Published by the Commission from Oklahoma City, Oklahoma. Succeeded by above. JOHNS HOPKINS UNIV. CIRC. Circular of the Johns Hopkins University. Published. by the University from Baltimore, M:aryland. JOUR. GEORGRAPHY. Journal of Geography. Published commercially from various places. JOUR. GEOLOGY. Journal of Geology. Published by the University of Chicago from Chicago, Illinois. JOUR. GEOMORPHOLOGY. Journal of Geomorphology. Published commer cially from New York City, New York. JOUR. MAMMALOLOGY. Journal of Mammalology. Published by the American Society of Mammalologists from Baltimore, Maryland. JOUR. PALEONTOLOGY. Journal of Paleontology. Published by the Paleontological Society, the Society of Economic Paleontologists and Mineralogists, and the Geological Society of America from Menasha, Wisconsin. JOUR. SEDIMENTARY PETROLOGY. Journal of Sedimentary Petrology. Published by the Society of Economic Paleontologists and Mineralogists from Menasha, Wisconsin. 11 JOURNAL DE PHYSIQUE, DE CHEMIE, D'HISTOIRE NATURELLE ET DES ARTS. Itublished commercially-from Paris; France. :T JOURNAL FUER PRAKTISCHE CHEMIE. Publi~h~d .c<>_mmercially from Leipzig~ Germany.- ' ' r1 f>,fl ; ' L K. AKADEMIE DER WISSENSCHAFTEN BERLIN AB:EIANDLUNGEN. Pub- lish~d py the A~ademy from Berlin, Germany. ~ ; ! ( ~ ' l - I K. AKADEMIE DER WI~SENS;CHAFTEN BERLiN PHY~IBH~: ABHAND- , L~~G:E:N.. Eubl~s~~~;~Y, thE!,~~ademy {rq91 ~erFl!-Ge~!ll~n!.i ; K. P:REtiss:Iscii:E .A:KAfi:EM:rE ':D:ER wissE:Nsci1F~EN-' -~ERLIN siT- zuNGs~E~IcnTE.. Publishe~ by tl}~: Ac!ld!;!p~Y;;f[-'OI)} 13er!in 1 K. K. GEOLOGISCHE J' ~ REICHANSTALT '. f! .~:, ;!,o JAHRBU,CH; ' .i .. r:. :.~~,'iYERHAND LUNGEN. Published by the Institution from Vienna, Austria. K. K~ NATURHISTOiHSCHEN'HoFMUSEUJ.WS;ANNAILEN~ F~blished by the :Museum from-'vi~nna:; A:-usttia,;ahd;'eiJewhere. -. 1 GEOL; SURVEY lVIE)M.;, .' Memoir and SpeCial K- E N1 l T' - :U, C~ ~Y , ! 1 .' 1 . , ' , . ) ._. . . l' ~SP;EC~PUB. \ r ~. :: , ,, ' - _ ~ .I ' .: _:Pl-lblicatlon 'i>t thE\ ,_Krn~'u~ky /Gepio~icai' ~tirvey. P~bllshed by the Survey froni 'Frarlkfort; :Kentucky: L~.ACAD:EMIE:IMPERlA,L DES SCIENCES ])E ST.- PETJ!:RSBO:URG, BIJL. '. ' ' LETi:N-'. P:ubiished by the Academy:fro~ M.:.P~terspurg~ Rus~ia. 5 , , '( _:, ' l . . .. . , < ! : ] I~ r ,', " , , - 1 :;:_ J Y,' _ l.~ ' .:..< _ LJTERARY ANP PIJWOS, 'SOC. N:Jj)W, YORK 'l'R.ANSnTrartsa:ctiorts .of' the . Literary and Philosophical Society of New. );o:r;Jr, );'Qblished by the Society from New York City, New York. l .~ ; LITERARY MAG. OR UNIVERSAL REVIEW~ . Literary. Magazine, or Uni- versal R,,eview. Published commercially from London, England. LYCEUM NATURAL HIST. NEW YORK ANNALS. Annals Of 'the Lyceum of Natural History of New York. Published by the Lyceum from Nevv .York City, ,~ew York, I MACON MAG. Macon Magazine. Published l:nerce from Macon; Georghi.' . ' by the Macon ' Chamber ' : '~ ' of .Com 7 ',, MAD}!;N TETKIK VEl ARAMA, ENSTITlJSII MECMUAiU. ~ub;Ij~hed by the Institute from Ankara, Turkey. MAGAZINE OF NATURAL HIST. Magazine of Natural History. Published commercially from London, England. ,. : 12 MANUFACTURERS' RECORD. Manufacturers' Record. Published commercially from Baltimore, Maryland. MARYLAND GEOL. SURVEY. Maryland Geological Survey. Published by the Survey from Baltimore, Maryland. MAZAMA. Mazama. Published commercially from Portland, Oregon. MEDICAL REPOSITORY. Medical Repository. Published commercially from New York City, New York. MEDICAL SOC. STATE OF GEORGIA ANN. MTG. TRANS. Transactions of the Annual Meetings of the Medical Society of the State of Georgia. Published by the Society from Savannah, Georgia. METEORITICS. Meteoritics. Published by the Meteoritical Society from Albuquerque, New Mexico. MICHIGAN UNIV. 1\'IUSEUM ZOOLOGY OCCASIONAL PAPER. Occasional Paper of the University of Michigan Museum of Zoology. 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Published by the American Institute of Mining and Metallurgical Engineers from New York City, New York. 13 MINING AND SCIENTIFIC PRESS. Mining and Scientific Press. Published commercially from San Francisco, Califorma. MINING AND STATISTICAL MAG. Mining and Statistical Magazine. Published commercially from New York City, New York. MINING CONGRESS JOUR. Mining Congress Journal. Published by the American Mining Congress from Denver, Colorad~. MINING ENGINEERING. Mining Engineering. Published by the American Institute of Mining and Metallurgj~al Engineerf:J frpm New York City, NewYotk. MINING MAG. Mining Magazine and Journ~ ~~Geology. Published commer- cially from N~w York City, New York. MINING WORLD. Mining World. Published commercially from Seattle, Wash~ ington. MONTHLY WEATHER :REVIEW. Monthly Weather Review. Published by the United States Department of Commerce, Weather Bureau, from Washi:ri.gtbn, D. C. MUS:EE ROYALE D'HISTOIRE NATURELLE BELGIQUE MEMOIRE. Pub- lished by the Mtiseuni fro~ Brussels; Belgium. , " NATL. ACAD. SCIENCE BIOG. MEM.; ... MEM. Biographical Memoir, and M:e:hioir' dr' ;the':National lA:c'atJ.('\:my h\f sdfenc~s' ':Published. ::By: 'ili.e Academy from'Wishington, D. C. NATL. GEOGRAPH:i:c MAG.-Natib'rtai GeoiP.'a:Phfc 'Magazine'. :Pubiished by the National Geogfapliic Society-from Wa~hi:hgton; D. C;' . NATL. INSTITUTE [WASHINGTON, b. C.J PROC. Bulletin -of Proceedings of the National Institute for the Promotion of Science; Published by the Institute from Washington, D. C. NATL. OIL SCOUTS AND LANDSMENS' ASSOC. YEARBOOK. Yearbook of the National Association of Oil Scouts and Landsmen. Published 'by the Associat~oh from' 'Houston, Texas; and elsewhere. NATL. SPELEOLOGICAL SOC. BULL. Bulletin of the National Speleological Society: Ptiblfshed by the. Society from Washington, D. C. NATUR UND VOLK. Published by the SenC!kenbergische Nattirforschende Gesellschaft from Frankfort/Main, Germany. NATURAL HIST. REVIEW. Natural History Review. Published by the Natural History Society of Dublin from London,. England'. "14 NATURAL HISTORY. Natural History. Published by the American Museum of Natural History from New York City, New York. NATURAL SCIENCE. Natural Science. Published commercially from London, England. NATURE. Nature. Published commercially from London, England. NATURE MAG. Nature Magazine. Published commercially from Washington, D. C. and elsewhere. NATURHISTORISCHEN VEREIN DER PREUSSISCHEN RHEINLANDE UND WESTPHALENS VERHANDLUNGEN. Published by the Club from Bonn, Germany. NAUTILUS. Nautilus. Published commercia1ly from Philadelphia, Pennsylvania, and Boston, Massachusetts. NEBRASKA UNIV. STUDIES. Nebraska University Studies. Published by the University from Lincoln, Nebraska. NEIDERRHEINISCHEN GESELLSCHAFT FUER NATUR- UND HElLKUNDE IN BONN SITZUNGSBERICHTE. Published by the Society from Bonn, Germany. 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'SURVEY '[BULL.J:-~ Bulietfn of' the~Perinsyivania Geoldgical Survey. Published bytlie Survey from H~rrisburg, Penn- sylvania. 16 PENNSYLVANIA STATE COLLEGE MINERAL INDUSTRIES EXPER. STA. TECH PAPER. Technical Papers of the Pennsylvania State College Mineral Industries Experiment Station. Published by the College from State College, Pennsylvania. PENNSYLVANIA STATE UNIV. MINERAL INDUSTRIES EXPER. STA. CIRC. Circular of the Pennsylvania State University Mineral Industries Experiment Station. Published by the University from University Park, Pennsylvania. PENNSYLVANIA STATE UNIV. SCHOOL OF MINERAL INDUSTRIES TECH. REPT. Technical Report of the Pennsylvania State University School of Mineral Industries. Published by the University from University Park, Pennsylvania. PENNSYLVANIA UNIV. LAB. CONTRIB. Contributions from the Laboratories of the University of Pennsylvania. Published by the University from Philadelphia, Pennsylvania. PETERMANN'S GEOGRAPHISCHE MITTHEILUNGEN. 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GATION WATER S; S : U ; P '0 P LTRYA:,PCA~I"E~LR.E MENTS Annual Report, Bulletin, Circular, Geological Atlas of the United States Folio; Gtlophy;;ical ~'P:y~stigll:t~o:qs Ma~, Mineral. Resourc~s,. Miscel; laneous Geologi_c lny~stigations :Map, Monograph, Oir ana Gas Investigations Prelimlnah Chart, 'on aria GasTn'vestigations Pre- liminary Map, Professional Paper, ~eports on Op_en File, Trace Elements Investigations, Trace Elements Memotandun1Report, and Water-Supply Paper of the United States Geological Survey. Pub- lished by the Survey from Washington, D. G. U. S. NATL..MUSEUM BU~L.; . : . PROC. Bulleti~, and Pr~c~,edings 6 th~ United States 'National Museum. Published by the 'Museum from Washington, D. C. VIERTELJAHRESHEFTE FUER; .D:E:N''GEOG.RAPHISCHE UNTERRICHT. Published' commerchilly.f~C>:rh Vienil.a, 'Austria. . VIRGINIA ACA]). SciE:NCE PRQC. 0'ilf5'c~edihgs of theVirginia Ac~dem~ of SCience. Published by the Academy froni~ Charlottesville, Virginia, and elsewhere. VllW'INIA GEOL, SURVEY BULL. Bull(;!ti!l of the' Vitgiriia Geological' su:vey'. - Published by. th~ Survey from Charlottesville, Vhgiriia. _ VIRGINIA JOUR. SCIENCE. Virginia Journal of Science. Published by the Virginia Academy of Science from Charlottesville, Virginia. VIRGINIA POLYTECHNIC INST. BULL. Bulletin of the Virginia Polytechnical Institute. Published by the Institute from Blacksburg, Virginia. WAGNER FREE INST.. SCIENCE TRANS. Transactions of the Wagner Free Institute of Science. Published by the Institute from Philadelphia, Pennsylvania. 22 WASHINGTON ACAD. SCIENCE JOUR.; ... PROC. Journal, and Proceedings of the Washington Academy of Science. Published by the Academy from Washington, D. C. WISCONSIN ACAD. SCIENCE TRANS. Transactions of the Wisconsin Academy of Science. Published by the Academy from Madison, Wisconsin. WORLD OIL. World Oil. Published commercially from Houston, Texas. WORLD PETROLEUM. World Petroleum. Published commercially from New York City, New York. ZEITSCHRIFT FUER DIE GESAMMTE NATURWISSENSCHAFTEN. Pub- lished by the state from Brunswick, Germany. ZEITSCHRIFT FUER DIE KRISTALLOGRAPHIE UND MINERALOGIE. Published commercially from Leipzig and Frankfurt/Main, Germany. ZEITSCHRIFT FUER MINERALOGIE (LEONHARD). Published commeT- cially from Berlin, Germany. ZEITSCHRIFT FUER PRAKTISCHE GEOLOGIE. Published commercially from Berlin, Germany. ZEITSCHRIFT FUER VULKANOLOGIE. Published commercially from Ber- lin, Germany. ZENTRALLBLATT FUER MINERALOGIE. Published commercially from Stuttgart, Germany. ZOOLOGISCHE-BOTANISCHE GESELLSCHAFT WIEN JAHR. Published by the Society from Vienna, Austria. ZOOLOGISCHER ANZEIGER. Published by the Deutsche Zoologische Gesell- schaft from Leipzig, Germany. 23 BIBLIOGR~PHY A (:j:) following the pagination indicates reproduction ::l>:V other than conven- tional printing methods, generally mimeography. vol. ABEL, OTHEmQ, 1875- - . . , , . _. . . - 1;,. ;w;miam Dilier lVI:~tthew; lS7:HS30:_ Palaeobioi;gica; 4, nos. 1-2, . p. 1-24, port.~ Vienna, 193f ' . - 2. Henry Fairfield Osborn, 8 August 1857-6 November 1935: Palaeon- tologische Ze~t.schx~ft1 yol. ~8, nos. 1-2, p. 5~10, Ber~in, .1936. A]3BE,.,CLEVEI,ANJ?,./~t,,: 1?7~.-19.~,11 ,. 1 [, -:- .c; ; , , _ __ 1. Die Fall-Linie der suedoestlichen Vereinigten Staaten: Viertel- jahreshefte fuer den geographischer Unterricht, voi. 2, p. 204-210, , illus., Vienna, .1903. A treatise on the Fall Line ~hows ~its disti!lc- tiveness physiographically._imd geol~'gically. It~- IJositi~n-i~ Georgia, _., '. ,i, :. ' , , ,' , I , !'''li fl as well as elsewhere, is described. ' -- , ... ,1,::, : " . :: ' . - . ''. :\. :. :;: ABB,OTT, ,. GI1ARLES CON~AD,.l,~43-Wl_9. ;r.;,' 1. Timothy Abbott Conrad- [1803-1877] : Popular Science Monthly, vol. 47,J> 257:263?. P?rt.d?.~5. :i:, ABBOTT, MAXINE LANGFORD. I. The Aril:erican.species of;1A8ter0phyllites;: Annularia;and Sphe'lio~ phyllum: Bulls. Amer. Paleontology; voh 38,,.p; 289-390;' illus., 1958. These groups are reviewed, and illustrations are included. Some are fro:rp. PelllJ.syly:ania;n ;rock,~; JA P;;~.de _C()_unty;; , ADAMS, ARTHUR ANDREW, 3d, 1927- ,. 1. (A) study' of fac'ies cha:l:lg.J -iii~ 4ii:irtzit'ii/L~mif -'cJliritY.i G~oi-gia [abs.]: Georgia Acad. Science Bull., v6L 17; p. 73', i959J ADAMS, CHARLES. CHRISTOPHER," i87B~ . ,r ~ ~ : .. . 1. Base leveling and its faunal significance, with illU"strations from . southeaster ":,.,,~r., r illus:; 1901: n United State ,;rrDI' ;~~.; "'.'1 , Similarities in s:.A ., tlie mer. Naturalist,. falin:as g,'_.a_(s~ ~r6'"p'P,~. al:J~;t;nd~f!eS in min- erals, Part 1-Ma:;;s spectrometl,'ic a,n!l,lysJ~;Of. :m,il].~;ral sources of strontium: .Amer: 'Geophysical UnioiJ. TX~t:J,~?;,,cfy;oki3~; ;P 4,(),7-460, .dllus.; 1953:; Biotite. ,,f:p?m 'Sto11.e Mount-n,~.G:r:;t;nitE?n]in DeKalb County, is used as an example of a S:r"bE:la.ring m)JJ.e:r;al::~n a discus- sion of. a: te!.!hniqlle of rneas:t;u,ement. , . 2. (and others). Radiogenic Sr87 in n:t~cas .fJ;Olfl granites: Amer. Geo- physical Union Trans., vol. 36, p. 875-876, illus., 1955. Micas from several granites, including that from Stone Mountain in DeKalb County, are used to show -thiif the: Sr/Rh l:atio technique is very usal:iie 'with biotite:: . ., . ti ALDRICH, TRUMAN HE:tv.JjiN:WAY, 11l.4~~1932, see a,lso Smith, Euge.ne Allen, 3. , J:: Notes on some PJio!.!eM :fossils frow [Wayne Co.] Georgia, with descriptions of new species.: N:autilu,s, vol. 24, p. 131-1~2, 138-140, illus., 1911; ill1,1s, :vol. 26, :Pl. 1; fig;:;,: 3-4, 1912, Fifteen species of mollusks are present in a rock of what is called Pliocene age from the Satilla River, near Atkinson. Six are newly described and illus- trated gastropods. ALEXANDER, CLYDE WA:YN)J~. 1. (and Morgan, Cecil L, an! Nqrn1an; M, E.). [Coa,stal Plain of] Georgia, in [oil and gas] Developments in southeastE;!r.n states in 1944: An'ler. Assoc. Petroleum Geologists ~ull., vol. 29; p. 819-820, 1945. Six wells were drilled, but none was Sl!ccessful. A little information is included. 26 ALEXANDER, LYLE THOMAS, 19031. (and Hendricks, Sterling Brown, and Faust, George Tobias). Occurrence of gibbsite in some soil-forming materials [Hall Co.]: SoH Science Soc. America Proc. 1941, vol. 6, p. 52-57, illus., [1941]. Analyses of amphibolites and the resulting soils are made. The presence, and origin of gibbsite in the soil is discussed. ALGER, FRANCIS, 1807-1863. 1. Examination of a mineral from Cherokee County, in Georgia: Boston Jour. Natural Hist., vol. 6, p. 123-124, 1850. A red sapphire is described. ALLEN, ARTHUR THOMAS, JR., 1917- see also Lester, James 'George, 4; Renshaw, Ernest Wilroy, 3. 1. Geology of the Ringgold, [Catoosa Co.] Georgia area.: Ph.D. thesis, Univ. Colorado, 1950; [abs.], Univ. Colorado Studies, Gen. Ser. vol. 29, no. 1, p. 2-4, 1952. 2. (and Lester, James George). Animal tracks in an Ordovician rock of [Catoosa Co.] northwest Georgia, in Short contributions to the geology, geography, and archaeology of Georgia (no. 2) : Georgia Geol. Survey Bull. 60, p. 205-214, illus., 1953; Georgia Mineral Newsletter, vol. 7, p. 108-109, illus., 1954. Grooves and a track are preserved on the surface of chert in Middle Ordovician rocks. They are illustrated and discussed. The grooves are attributed to snails, the tracks to a eurypterid. 3. (and Lester, James George). Ecological significance of a Mississippian blastoid [Catoosa Co.] in Short contributions to the geology, geography, and archaeology of Georgia (no. 2): Georgia Geol. Survey Bull. 60, p. 190-199, illus., 1953. Pentremites giganteus from the Ste. Genevieve Formation in Catoosa County is described and illustrated. Its large size is attributed to favorable environmental factors. 4. Measured sections of Knox Dolomite near Graysville, [Catoosa Co.] Georgia, in Short contributions to the geology, geography, and archaeology of Georgia (no. 2): Georgia Geol. Survey Bull. 60, p. 178189, illus., 1953. Exposures along Chickamauga Creek and a railroad cut are measured in detail. The total thickness of the group is 4500 feet. Four formations are recognized. 5. (and Lester, James George). Contributions to, the paleontology of northwest Georgia: Georgia Geol. Survey Bull. 62, vi, 167 p., illus., 1954. Plates of illustrated fossils from the Paleozoic rocks of northwestern Georgia include maps and directions to collecting locations. All are invertebrates, save for plant fossils from the Pennsylvanian rocks. 6. Some depositional features of Pennsylvanian strata in [northwestern] Georgia [abs.]: Geol. Soc. America Bull., vol. 66, p. 1685, 1955. 7. (and Lester, James George). Zonation of the Middle and Upper Ordovician strata in northwestern Georgia: Georgia GeoL Survey Bull. 66, vii, 110 p., illus., 1957. Ordovician strata are divided + into and - zones in relationship to a bentonite zone which is the datum. Offshore and nearshore facies are described. Sections are measured; fossils are listed. 27 ALLEN, JOEL ASAPH, 1838-1921. 1. The American bisons, living and extinct: Harvard College Museum Comp. Zoo!. Mem. 4, no. 10, ix, 246 p., illus., 1876; Kentucky Geol. Survey Mem. 1, pt. 2, 246 p., illus., 1876. Fragments Of Bison latifrons and B. antiquus, from Pleistocene rocks in Glynn Co., are deS!!ribed and illustJ;ated. ALLEN, VICTOR THOMAS, 18981. Bauxitization and resilication [Coastal Plain] [abs.]: Geol. Soc. America Bull., vol. 59, p. 1307, 1948. 2. Petrographic relations in some typical bauxite and diaspore deposits: Geol. Soc. America Bull., vol. 63, p. 649-688, illus., 1952. The desilication of aluminous mineJ;als, migration and deposition of the resulting clay and hydrous aluminous oxide, and then resilication, is offered as an explanation of the origin of bauxite and diaspore. Numerous examples are taken from the Piedmont and Blue Ridge of Georgia and elsewhere. ALLEY, DOROTHY H. see Leonard, Frederick Charles, 3. ALTSCHULER, ZALMAN SAMUEL, see McKelvey, Vincent Ellis, 2. AMSDEN, THOMAS WILLIAM, 19151. Lithofacies map of Lower Silurian deposits in central and eastern United States and Canada: Amer. Assoc; Petroleum Geologists Bull., vol. 39; p; 6074, illus., 1955. Tlie Silurian rocks of northwestern Georgia are' inciuded. A small-scale lithofacies map is included as is an isopach-map and a major~falinal-elemerits map. The rocks in Giorga contain a ''normal marine" fauna. ANDERSON, ,ALFRED LEONARD, 1900-1964. 1. Heinrich Ries, i87i-1951---'-a me'n:J,orial: Econ. Geology, vol. 46, p. 939-940, 1951. 2. Memorial of Heinrich Ries [1871-19'51] : Amer. Mineralogist, vol. 37, p. 264-275, port., 1952. ANDERSON, CHRISTIAN S. 1. Gold miningin Georgia: Amer. Inst. Mining Engineers Contrib. 57, 8 p., illus., 1933; ... Trans., vol. 109, p. 61-68, illus., 1934. A general survey of the occurrence of gold as placers, in saprolite, and in quartz veins is given. Details from the Allatoona Mine, in Bartow Co., are given as examples. The future is not promising. ANDERSON, ROBERT LAFAYETTE, see Young, William Harvey, 1, 2. ANDREWS, ROY CHAPMAN, 1884-1960. 1. (and others). Henry Fairfield Osborn, August 8, 1857-November 6, J935; tributes paid at memorial meetings in New York City, November 7, November 12, and December 18, 1935: Natural History, vol. 37, no. 2, supplement, 15 p., port., 1936. 28 ANTEVS, ERNST VALDEMAR, 1888- 1. Quaternary marine terraces in nonglaciated regions and changes of level of sea and land: Amer. Jour. Science, 5th ser. vol. 17, p. 35-49, illus., 1929. A generalized discussion of the terraces along the east coast of the United States includes those of Georgia. The terraces are marine in origin and are due both to sea-level oscillation related to Pleistocene glaciation and to vertical movements of the land areas. 2. The Quaternary of North America, sec. 3b of Die Alten Kerne, vol. 1 of Regionale Geologie der Erde, K. Andree, H. A. Brouwer, and W. H. Bucher, eds. 21 p., illus., Leipzig, Akad. Verlagsgesell., 1941. A generalized review of Pleistocene geology includes brief descriptions of the terraces along the coasts. No new data are included. APPLIN, ESTHER ENGLISH RICHARDS, 1895- see also Applin, Paul Livingston, 1, 2; Cushman, Joseph Augustine, 10. 1. (and Jordan, Louise). Correlation of subsurface rocks of Florida and southern Georgia: Nat!. Oil Scouts and Landsmen's Assoc. Yearbook 1954, vol. 15, p. 149, 1945; ... Yearbook 1946, vol. 16, p. 151, 1946; ... Yearbook 1947, vol. 17, p. 126, 1947; ... Yearbook 1949, vol. 19, p. 132, 1949; ... Yearbook 1951, vol. 21, p. 144, 1951; ... Yearbook 1952., vol. 22,, p. 128, 1952; . . . Yearbook 1953, vol. 23, p. 136, 1953; ... Yearbook 1954, vol. 24, p. 125, 1954. A chart shows the time-rock and biostratigraphic correlations between Georgia, Florida, and Texas, from the Cretaceous to the Oligocene. 2. (and Jordan, Louise). Fossils of Florida and southern Georgia: Nat!. Oil Scouts and Landsmen's Assoc. Yearbook 1945, vol. 15, _p.l48, 1945; ... Yearbook 1946, vol. 16, p. 146, 1946; ... Yearbook 1947, vol. 17, p. 124, 1947; ... Yearbook 1949, vol. 19, p. 133, 1949; ... Yearbook 1951, vol. 21, p. 145, 1951; ... Yearbook 1952, vol. 22, p. 129, 1952; ... Yearbook 1953, vol. 23, p. 137, 1953. A plate shows illustrations of some of the common Foraminifera of Cretaceous to Oligocene rocks. 3. A biofacies of Woodbine age in the southeastern Gulf Coast region: U. S. Geol. Survey Prof. Paper 264-I, p. 157-198, illus., 1955. The Atkinson Formation in the subsurface of the Coastal Plain is correlated with the Woodbine and Eagle Ford Formations in Texas on the basis of lithology and microfauna. Foraminifera from wells in Echols, Clinch, and Early Cos. are described and illustrated. APPLIN, PAUL LIVINGSTON, 1891- 1. (and Applin, Esther English Richards). Regional subsurface stratigraphy and structure of Florida and southern Georgia: Arner. Assoc. Petroleum Geologists Bull., vol. 28, p. 1673-1753, 1944. Cretaceous to Oligocene rocks are described. Pre-Tuscaloosa Cretaceous rocks are recognized. Small-scale paleogeologic maps of each unit are included as are structure contour maps of some of the units. Illustrations of important Foraminifera are also given. Some generalized well log data are present. 29 2. (and Applin, Esther English Richards). Regional subsurface stratigraphy, structure, correlation of middle and early Upper Cretaceous rocks in . . . [Coastal Plain] Georgia . . . : U. S. Geol. Survey Oil and Gas Investigations Prelim. Chart 26, 3 sheets, 1947. Structure sections, well-log stratigraphic cross sections and facies maps are presented, along with well data. The Cretaceous rocks are shown to dip seaward, and the various facies are shown. 3. Mesozoic rocks in Florida and [Coastal Plain] Georgia [abs.]: Geol. Soc. America Bull., vol. 61, pt. 2, p. 1441, 1950. 4. Georgia, in Southeastern United States, in Possible future petroleum provinces of North America: Amer. Assoc. Petroleum Geologists Bull., vol. 35, p. 409-410, 1951. This contains an extremely cursory review of the Coastal Plain stratigraphy of Georgia and of the petroleum potential. 5., Preliminary report on buried pre-Mesozoic rocks in Florida and adjacent states: U. S. Geol. Survey Circ. 91, i, 28 p., illus., 1951; Assoc. Amer. State Geologists Guidebook, 44th Ann.. Mtg., p. 1-28 (:j:), illus., Florida Geol. Survey, 1952. The material from oil wells in southern Georgia, mostly southeastern Georgia, is described and mapped. Basalt, diabase, granite, schist, gneiss, volcanic tuff or ash, and various types of Paleozoic sedimentary rocks are included. 6. Volume of Mesozoic sediments in Florida and Georgia, Pt. 1 of Murray, Gr?ver El!l1er, Jr., ed., Sedimentary volumes in Gulf Coastal Plain of the United States ancfMexico: Geol. Soc. America Bull., vol. 63, p. 1159-1163, illus., 1952. Volumes, based on isopach contours, ,are calculated for over 93,000 square miles in Georgia and Florida. There' are 60-75,000 cubic miles of Cretaceous sediments and sedimentary . rocks. The pre-Cretaceous Mesozoic rocks are roughly estimated at 10-15,000 cubic miles; ARBER, MURIEL A. 1. Professor Charles Schuchert [1858-1942]: Nature, vol. 152, p. 15-16, London, 1943. ARDEN, DANIEL DOUGLAS, JR., 1922- 1. The microstratigraphy of a Carolina Bay [Burke Co.]. M.S. Thesis, Emory Univ., 1949. 2. Statistical methods applied to species determination of fossil brachiopods, in Short contributions to the geology, geography, and archaeology of Georgia: Georgia Geol. Survey Bull. 50, p. 106-111, illus., 1950. Examples of statistical analyses to differentiate 'bra: chiopod species from Mississippian rocks in Catoosa County are shown. Composita trinuolea, C. subquadrata, and Cleiothyridina sublamellosa, which otherwise resemble one other, are separated statistically. ARMSTRONG, CHARLES HARRIS, JR. 19291. Analysis of Ordovician red bed sediments in N.W. Georgia [Whitfield Co.] [abs.]: Georgia Acad. Science Bull., vol. 14, p. 39, 1956. 30 ASHLEY, GEORGE HALL, 1866-1951. 1. Memorial to Marius Robinson Campbell [1858-1940]: Geol. Soc. America Proc. 1940, p. 171-183, port., 1941. ATWOOD, WALLACE WALTER, 1872-1949. 1. The physiographic procvinces of North America. xcvi, 536 p., illus., Boston, Ginn and Co., 1940. A general review of the physiographic provinces of the United States includes those of Georgia. The whole is very generalized. AXELROD, DANIEL ISAAC, 1910- see Barghoorn, Elso Sterrenberg, 1. BABCOCK, KENDRIC CHARLES, 1864-1932. 1. The published writings of William Phipps Blake [1826-1910], 18501910: Arizona Univ. President's Rept. 1909, 23 p., 1910. BAILEY, JACOB WHITMAN, 1811-1857. 1. Fossil Infusoria of the southern ricefields: Amer. Jour. Science, 2d ser. vol. 11, p. 85-86, 1851. Diatoms are listed from several places along the Atlantic Coast in Chatham and Glynn Cos. The age is not given but they are most certainly Pleistocene if they are fossil. 2. Microscopical observations made in South Carolina, Georgia, and Florida: Smithsonian Contribs. Knowledge, vol. 2, art. 8, 48 p., illus., 1851. Diatoms, algae, and Foraminifera are listed, described, and some illustrated from fresh water ponds, canals, and rice-field ditches in Chatham, Bryant, Glynn, Bibb and Clarke Cos. Author attributes the presence of the marine forms on the land area to a recent withdrawal of the sea. BAIN, HARRY FOSTER, 1871-1948. 1. Samuel Franklin Emmons [1841-1911]: Mining and Scientific Press, vol. 102, p. 551-552, 1911. BAKER, WARREN LOGAN. 1. (and others). Absolute gravity survey in Gulf Coast states would be of great value to petroleum industry: Oil Weekly, vol. 79, no. 9, p. 38-46, illus., 1935. This is an exhortation by many prominent geologists to support a gravity survey of the Gulf Coast states, including Georgia. It would be entirely on the Coastal Plain if carried out, and in north-south traverses about 20 miles apart. BAKEWELL, ROBERT, 1768-1843. 1. On the recent discovery of gold mines in the United States of America: Magazine of Natural Hist., vol. 5, p. 434-440, London, 1832. This is an early account of the knowledge of the geology of the gold belts in Georgia. Placer deposits are recognized, as well as are vein deposits. The rocks are considered to be Transition in age. BALCH, DANIEL M. see Jackson, Charles Thomas, 3. 31 BALK, CHRISTINA LOCHMAN. 1. (and Wilson, James Lee). Cambrian biostratigraphy in North America: Jour. Paleontology, vol. 32, p. 312-350, illus., 1958. A generalized, large-scale map and a discussion of the distribution of Cambrian faunas includes those found in northwestern Georgia. No details are cited from Georgia. BALK, ROBERT, 1899-1955. see Ruedemann, Rudolf, 3. .BALL, S. MAYS. 1. Review of fossil iron-ore deposits of [northwestern] Georgia: Engi- neering and Mining Jour., vol. 88, p. 200-204, illus., 1909. Descrip- tions and details of the occurrence of the iron ore in the Red Mountain Formation are given. Analyses are included. Little new data are given. , BALLAGH, JAMES CURTIS. 1. (editor, and others). Mines and mining, in Economic history, vol. 6 of The South in the building of the nation, p. 179-252, illus;, Richmond, Va., Southern Historical Publication Society, 1910. A cursory review of the mineral deposits of the entire South include those in Georgia. No details are given. BALLARD, THOMAS JANNEY. 1. Explorati~n of the Hog Creek Corundum Mine, Towns County, Ga.: U. S. Bur. Mines Rept. Inv. 3855, 3 p. (:j:), illus., 1946. Small amounts of coru~dum are.prese11Un chlorite schist, but no veins, as previousiy repdrtea, were fb~nd, ' ~ , > > ', , 2. (and Mcintosh, Frank Kenyon). Diamond drilling at the Talla- poosa Copper Mine, Haralson County, Ga.: U.S. Bur. Mines Rept. Inv. 4316, 8 p. (:j:), illus., 1948. Drill holE!s determine in part. th(l extent of the sulphide veins below the surface. The ore is in schist and is believed to be a replacement of limestone. Analyses of the ore are included. ' 3. Investigation of Louise chromite deposits, Troup County, Ga.: U.S. Bur. Mines Rept. Inv. 4311, 24 p. (:j:); illus., 1948. A description of the deposit, in peridotite bodies in gneiss, and of the associated mineralogy, is given. Cotes are logged. The ore is low-grade, with a high iron content. 4. Investigation of Track Rock Corundum Mine, Union County, Ga.: U. S. Bur. Mines Rept. Inv. 4309, 5 p. (:!:), illus., 1948. Corundum deposits in weathered schist in highly intruded metamorphic rock are described. Very little corundum is present. BALSLEY, JAMES ROBINSON, JR., 1916- see McKelvey, Vincent Ellis, 1. BANKS, J. T. 1. Indian Spring [Butts Co.]-location, properties, and medicinal virtues of the water: Atlanta Medical and Surgical Jour., vol. 9, p. 333-336, 1872. This is a semi-popular account, and an analysis of the water, of this then-famous spring. 32 BARGE, EDWARD MASON, 19261. Evidence of recent stream capture near Lithonia [DeKalb Co.], Georgia [abs.].: Georgia Acad. Science Bull., vol. 10, no. 1, p. 14, 1952. 2. (and Pruitt, Robert Grady, Jr.). Heavy mineral prospecting, Cohutta Mountains, Georgia [abs.] : Georgia Acad. Science Bull., vol. 10, no. 1, p. 10, 1952. 3. (and Pruitt, Robert Grady, Jr.). Testing a collapse origin hypothesis for Providence Canyon [Stewart Co.] [abs.]: Georgia Acad. Science Bull., vol. 10, no. 1, p. 11, 1952. BARGHOORN, ELSO STERRENBERG, 19151. Age and environment-a survey of North American Tertiary floras in relation to paleoecology: Jour. Paleontology, vol. 25, p. 736-744, illus., 1951; discussion with title, Age-curve analysis of angiosperm floras, by Daniel Isaac Axelrod, vol. 31, p. 273-280, 1957. Several examples of the material used in the analysis are from Georgia. The generic composition of floras is compared with geologic age to show that there is a correlation; Axelrod disagrees. BARKER, GEORGE FREDERICK, 1835-1910. 1. Memoir of Frederick Augustus Genth, 1820-1893: Natl. Acad. Science Biog. Mem., vol. 4, p. 201-231, port., 1902. BARLOW, ALFRED ERNEST, 1861-1914. 1. Corundum, its occurrence, distribution, exploitation, and uses: Canada Geol. Survey Mem. 57, vii, 377 p., illus., Ottawa, 1915. A detailed treatise on this mineral includes generalized data regarding the corundum occurrences in the Piedmont and Blue Ridge. It occurs as an associate ofperidotite rocks. BARNES, VIRGIL EVERETT, 19031. (and Bruce, George A.). Tektites in [Irwin and Dodge Cos.] Georgia: Geotimes, vol. 3, no. 7, p. 18, 1959. Tekties from the Miocene terrane are announced. Generalized descriptions are included. BARROIS, CHARLES, 1851-1939. 1. Notice sur James Hall [1811-1898]: Societe geologique de France Bull., 3d ser. vol. 27, p. 168-173, Paris, 1899. 2. Notice necrologique sur le geologue C[harles] D[oolittle] Walcott [1850-1927]: Academie des Science de Paris Comptes Rendu, vol. 184, p. 489-493, 1927. BARROWS, HARRY H., 18741. (and Phillips, James V., and Brantly, John Edward). Agricultural drainage in Georgia: Georgia Geol. Survey Bull. 32, xii, 122 p., illus., 1917; summary with title, Swamp lands of Georgia, by Roland McMillan Harper: Geographical Review, vol. 10, p. 342-344, illus., 1920. A discussion of the topography of the state, with emphasis upon the drainage characteristics, swamps, and other factors, is given. The effects of erosion on drainage are considered, as are elevation, rainfall, and other factors. 33 BARTH, THOMAS FREDERICK WEYBYE. 1. Henry Stephens Washington, born January 17, 1867, died January 7, 193.4: Mineralogische und Petrographische Mittheilungen, new ser. vol. 47, p. 371-372, Vienna, 1936. BARTRAM, WILLIAM, 1739-1823. 1. Travels through North and South Carolina, Georgia, east and west Florida. . . . xxxiv, 522 p., illus.; Philadelphia, Janes and Johnson, 1791; 1792. edition, London; also a 1793 edition. This early traveller in Georgia recorded many descriptions of physiographic features throughout the state. It is largely of historical interest. BARTSCH, l'AUL, 1871-1960. 1. (and Rehder, Harald Alfred and Shields, Beulah Electa). A bibliography ;l,nd short biographical sketch of William Healey Dall [18451927] : Smithsonian Misc. Collections, vol. 104, no. 15, 96 p., port., 1946. BASSLER, RAY SMITH, 1878-1961. see also Canu, Ferdinand, 1, 2; Ulrich, Edward Oscar 4, 5. 1. (and others). Systematic paleontology of the Upper Cretaceous deposits of Maryland, in Upper Cretaceous, [vol. 1], p. 343-578, [vol. 2], p. 579-901, Maryland Geol. Survey, 1916. Many fossils, of all types, are described arid illustrated. Many are recorded from the Cretaceous System of Georgia. 2. American and European Tertiary Bryozoa: Geol. Soc. America Bull., vol. 35, p. 847-850, 1924. The Midway-Stage Bryozoa fauna of Geor- . gia resembles the Cretaceous fauna. Genera are listed. The fauna of the Jackson Stage contains mostly genera which are still living. 3. Memorial of August F[rederick] Foerste [1862-1936]: Geol. Soc. America Proc. 1936, p. 143-157, port.; 1937. 4. Edward Oscar Ulrich (185,7-1944): Amer. Assoc. Petroleum Geologists Bull., vol. 28, p. 687-'689, port., 1944. 5. Memorial to Edward Oscar Ulrich [1857-1944]: Geol. Soc. America Proc. 1944, p. 331-351, ports., 1945. 6. Faunal lists and descriptions of Paleozoic corals: Geol. Soc. America Mem. 44, ix, 315 p., illus., 1950. Tetradium spiculatum from Ordovician rocks at Catlett Gap and T. minus antecedens from the Ordovician Mul'freesboro Limestone in Walker Co. are describe port.', 1946. 60 CHILDS, ROSS RENFROE. 1. Some soils of Georgia, their origin ancl physical properties. M.S. Thesis, Univ. Georgia, 1913. CHRISTIAN, SCHUYLER MEDLOCK. 1. A sketch of the history of science in Georgia: Georgia Review, vol. 2, p. 415-427, 1948; vol. 3, p. 57-69, 1949. An historical, biographical sketch of several Georgia geologists is included; among them is James Hamilton Couper. CHRISTY, DAVID, 18021. Letters on geology . . . . 68 p., 11 p., illus., Rossville, Ohio, J. M. Christy, 1848. These are published letters written by a traveller to a person in Cincinnati, describing the geology and mineral resources of various places, some being in Georgia. Very cursory descriptions of the area between Augusta and Sandersville are included. His observations are very good. CIZANCOURT, MARYA DE, see Cole, William Storrs, 2. CLARK, FRANK RINKER, 18811. Horace Gardiner Richards, recipient of President's Award [A.A.P.G.]: Amer. Assoc. Petroleum Geologists Bull., vol. 30, p. 736-738, port., 1946. CLARK, LORIN DELBERT, 19181. Guide to prospecting in Springvale Bauxite District [Randolph Co.] Georgia. Map, scale 1 inch to 1 mile, text on map, U.S. Geol. Survey Strategic Minerals Investigations Prelim. Map, 1943. CLARK, THOMAS HENRY, 18931. Charles Schucher.t-1858-1942.; Canadian Field-Naturalist, vol. 57, nos. 2-3, p. 47-48, Ottawa, 1943. CLARK, WILLIAM BULLOCK, 1860-1917. 1. Correlation papers-Eocene: U. S. Geol. Survey Bull. 83, 173 p., illus., 1891. Generalized descriptions of the Eocene [and Paleocene] rocks of the Coastal Plain are given. Correlations with adjacent states are made. No new data are included. 2. Memorial of George Huntington Williams [1856-1894] : Geol. Soc. America Bull., voL 6, p. 432-440, port., 1895. 3. (and Twitchell, Mayville William). The Mesozoic and Cenozoic Echinodermata of the United States: U. S. Geol. Survey Mon. 54, 341 p., illus., 1915. Many echinoids, one from the Cretaceous Ripley Formation in Clay Co., and the rest from Eocene and Oligocene rocks in many other Coastal Plain counties, are described and illustrated. 4. (and Berry, Edward Wilbur, and Gardner, Julia Anna). Correlation of the Upper Cretaceous formations, in Upper Cretaceous, vol. 1, p. 315-341, illus., Maryland Geol. Survey, 1916. A general discussion of the Upper Cretaceous beds of Maryland and those of elsewhere around the Atlantic Coast and the world include discussions of the Georgia Cretaceous, especially in relation to its paleontology. 61 CLARKE, FRANK WIGGLESWORTH, 1847-1931. 1. (and Chatard, Thomas Marean), Margarite, no. 5 of Mineralogical notes from the laboratory of the U. S. Geological Survey: Amer. Jour. .Science, 3d ser. vol. 28, p. 22, 1884. Margarite, from Soapstone Hill, near Gainesville in Hall County, is described and analyzed. 2. Miscellaneous analyses, in Report of work done in the division of chemistry and physics .. 1886-87: U. S. Geol. Survey Bull. 55, p. 77-93, 1889. Analyses of ground water from artesian wells from several places on the Coastal Plain are included. 3. Report of work done in the division of chemistry and physics . . . 1890-91: U.S. Geol. Survey Bull. 90, 77 p., illus., 1892. Marble from Happy Valley, Catoosa Co., is analyzed. 4.' Analyses of rocks . . . 1880-1896: U. S. Geol. Survey Bull. 148, 306 p., 1897; ... 1880-1899, Bull. 168, 308 p., 1900; ... 1880-1903, Bull. 228, 375 p., 1904; ... rocks and minerals ... 1880-1908, Bull. 419, 32.4 p., 1910; ... 1880-1914, Bull. 591, 376 p., 1915. These are cumulative. , That is, the last contains all the data of the others. Chemical analyses for meta quartz diorite from Gordon Co., augitemicrocline granite from Bartow Co., quartz gabbro from dherokee Co., marble and black shale from Walker Co., and clay from Richmond Co. are included. Analyses of the meteorites from Cherokee and Chattooga Cos. are also present. 5. Mineralogical work [of Joseph Leidy, 1823-1891]:. Acad. Natural Science Philadelphifl. Proc., vol. 75, app~ndix, p. 49-52, 1924. CLARKE, JAMES WOOD, 1922.,. 1. Geology and mineral resources of the Thomaston quadrangle, [Upson, Talbot, Pike, Lamar Cos.] .Georgia: Ph.D/ Irhesis; Yea.le Univ., 1950; Georgia Geol. .Survey BulL 59, x; 99;c:pl, illU:s. incl. geol. map, 1952. A cofuplete geologic description .of;rthe area is given. All the rocks are metamorphic and are considered Precambrian (?). Much faulting also characterizes the af~a. 'Mica, graphite, iron ore, sand and gravel, and kyanite are the mineral resources present. CLARKE, JOHN MASON, 1857-1925, see also Hall, James, 4. 1. George Huntington Williams [1856-1894] : Amer. Geologist, vol. 15, p. 69-81, port., 1895. 2. James Hall [1811-1898]: New York Univ. Regents Bull. 48, p. 382385, 1899. 3. Memorial of William Bullock Clark [1860~1917] : Geol. Soc. America Bull., vol. 29, p. 21-29, port., 1918. 4. Biographical memoir of William Bullock Clark, 1860-1917. Natl. Acad. Science Biog. Mem., vol. 9, p. 3- 18, port., 1919. .5. A great American geologist of the last century, Professor James Hall (1811-1898): Geological Mag., vol. 57, p. 483-486, port., London, 1920. 6. James Hall of Albany, geologist and paleontologist, 1811-1898. 565 p., illus. incl. ports., Albany, New York, [priv. pub.?], 1921; reprinted 1932. 62 CLEAVELAND, PARKER, 1780-1858. 1. An elementary treatise on mineralogy and geology .... 2 vols., 668 p., illus. incl. geol. map, Boston, Cummings and Hilliard, 1816; 2d ed., 1822. A discussion of the origin, classification, and distribution of minerals includes a geological map of the United States which includes Georgia. CLEMENT, WILLIAM GILBERT, 19221. Pre-Pennsylvanian stratigraphy of the west half of the Durham Quadrangle [Dade Co.]. M.S. Thesis, Emory Univ., 1952. CLOUD, PRESTON ERCELLE, JR., 19121. (and Brown, Roland Wilbur). Early Cenozoic sediments in the Appalachian region [Polk Co.] [abs.] : Geo.J. Soc. America Bull., vol. 55, p. 1466, 1944. CLOUD, WILLIAM K., see Brazee, Rutlage J., 1. COBBAN, WILLIAM AUBREY, 19161. John Bernard Reeside, Jr. (1889-1958): Amer. Assoc. Petroleum Geologists Bull., vol. 43, p. 2530~2533, port., 1959. COFER, HARLAND ELBERT, JR., 1922- see also Peyton, Alexander L., 2. 1. Petrology, petrography, mineralogy, and structure of the Arabia Mountain Gneiss, DeKalb County, Georgia. M.S. Thesis, Emory Univ., 1948. 2. The association of pegmatites and garnet inclusions in Lithonia Granite Gneiss [DeKalb Co.] [abs.] : Georgia Acad. Science, Bull., vol. 7, no. 1, p. 2,2, 1949. 3. Cenozoic fossils in a conglomerate interstratified with Paleozoic rocks [Polk Co.], in Short contributions to the geology, geography, and archaeology of Georgia (no. 2): Georgia Geol. Survey Bull. 60, p. 200-204, illus., 1953; Georgia Mineral Newsletter, vol. 6, p. 114-115, 1953. Tertiary to Recent gastropods are found in a breccia interbedded between two Paleozoic limestone beds., The breccia formed locally by the filling of the space with limestone fragments, snails, and other detritus and then was cemented by calcite. 4. Gahnite occurrence and association at Magruder Mine, Lincoln County, Georgia, in Short contributions to the geology, geography, and archaeology of Georgia (no. 2) : Georgia Geol. Survey Bull. 60, p. 309-312, 1953. Gahnite and spessartite in the schist which borders the mineralized zones is due largely to wall-rock alteration produced early in the mineralization process. 5. (and Renshaw, Ernest Wilroy). Luminescent properties of some of the minerals of Arabia Mountain, DeKalb County, Georgia, in Short contributions to the geology, geography, and archaeology of Georgia (no. 2): Georgia Geol. Survey Bull. 60, p. 312-315, 1953. Fluorapatite, fluorite, and microcline in granite display various luminescent properties which are described and explained. Each type of luminescence is different. 63 6. (and Lester, James George). Petrographic study of the porphyroblasts of the Fairburn Granite, East Point, [Fulton Co.] Georgia [abs.] : Georgia Acad. Science Bull., vol. 11, p. fl.; 1953. 7. Structural reiations of the granites and the assoCiated rocks of south Fulton County, Georgia. Ph. D. ';thesis, Univ. illinois, 1948; [abs.], Dissertation Abstracts, vol. 18, p. 1768-17'69, 1958. 8. Topography and its relationsJ;dp to a bauxite deposit in the Andersonville District, [Su:rp.tel' Qo.] Georgia [abs.] : Georgia Acad. Science Bull., vol.17, p. 7?,19~9. COHEN, ALVIN JE;ROME, 1918- 1. The absorption SP,~ctra of tektites and othe;r: natural glasses: Geochemica et Cosmochemica Acta, vol. 14, p. 27~-2.8,6, ~ll~s., London, 1958. The absorption spectra of the Empire, Dodge Co., tektite is such that this tektite. can be cons~dered 5;imilar. to moldavit3s. Much detail regarding the method~ ~sed, ~nd com}:mriso~s with other tektites are given. 2. Moldavites arid similar tektites ifrom [Dodge, Irwin Cos.] Georgia, U.S.A.: Geocheinica et Cosmochemica Acta,.voL 17:, P 150-153, illus., London, 1959. The Georgia tektites are compared chemically and physiCally with tektites from elsewh~re; They resemble moldavites . and bediasit3:;;. T;hey 11-re also compared .geologically with the others, an.d since a:ll may. b!'!, in or on rocks of about the same age, they may be related genetically to one great falL COHEN, EMIL WILHELM, f842-1905, see .also Bre~i~a, Aristides, 3. 1. Meteoritenkunde. 3 parts,. 355, 302, 419: p.; illus:, Stuttgart, E. Schwelizerbart'sche; 1894-1905. A treatise ori the characteristics, chemical, physical, and. otherwise, of meteorites; includes descriptions of several from Georgia. Those from Ghattooga, Stewart, Whitfield, Monroe, and Henry Cos. are included. , . 2. Meteoteisen-studieri' IV; I\. k. Naturhist6rische:n Hofmuseums an:a Annalen; vol. 10, p~ ~f-'93, Vienna, 189)). Th~ Putnam Co. iron meteorite is shown t6 be "perinanently rilagTI.etic the Holland's Store meteorite, from Whitfield Co., has a specific gr~Vi.ty of 7.615. 3. (Das) Meteoreisen von Forsyth County, Georgia [!North Carolina] Vereinigte Staaten;: K. preuf:1sische Akademie der Wissenschaften Berlin Sitzungsberichte 1897) p. 386-396, illus., 1897. This meteorite is described chemically and physically. It .is composed of about 94 per cent iron, 5 per cent nickel, and a little cobalt, and phosphorous. It is from North Carolina, however; the title isin error. 4. Ueber ein neues Metebreisen von Locust Gi'o:Ve, Henry Co., NordCarolina [ !Georgia] Vereinigte Staaten: K. preussische Akademie der Wissenschaften J3erlin Sitzungsberichte 1897, p. 76-81, 1897; corr~ction; in MeteOI'itenkunde, vol. 3, p. 44.-77, Stuttgart, E. Schweit- zerbart'sche, 1905. This iron, which fell in 1857, is described physically and chemically. It weighs 10,326 grams. 64 5. Zusammenfassung der bei der Untersuchung der Koernigen bis dichten Meteoreisen erhaltenen Resultate: K. preussische Akademie der Wissenschaften Berlin Sitzungsberichte 1900, pt. 2, p. 11221135, 1900. This is a study of granular, dense iron meteorites. The Locust Grove, Henry Co., meteorite is in the schlieren-free group with the nickel-cobalt content between 6 and 7 per cent. COLE, WILLIAM STORRS, 1902- 1. Thomas Wayland Vaughan, 1870~1952: Micropaleontologist, vol. 6, no. 2, p. 45-46, port., 1952. 2. (and Herrick, Stephen Marion). Two species of larger Foraminifera from Paleocene beds in Georgia: Bulls. Amer. Paleontology, vol. 35, no. 148, 16 p., illus., 1953; discussion by Marja de .Cizancourt: Societe geologique de France Comptes Rendus Sommaire, no. 9, p. 178-179, Paris, 1954. Operculinoides georgianus and Pseudophragmina (Athecocyclina) stephensoni are described and illustrated. They come from Paleocene rocks in numerous oil wells drilled in southern Georgia. 3. Names of and variation in certain American larger Foraminifera, particularly the camerinids, no. 2: Bulls. Amer~ Paleontology, vol. 38, no. 173, p. 261-284, illus., 1958. A general discussion of the classification problems of this group includes a detailed review of the species of six different genera. Some are from the Georgia Eocene. COLEMAN, GEORGE L., 2d. 1. William H[enry] Twenhofel [1875-1957]: Compass, vol. 35, p. 139140, port., 1958. COLLINS, GEORGE ERNEST, 1870-1946. 1. Vein-structures at the Reynolds [gold] Mine, [White Co.] Georgia: Engineering and Mining Jour., vol. 72, p. 68-70, illus., 1901; Inst. Mining Metallurgy Trans., vol. 9, p. 365-371, illus., London, 1901. The distortion of gold-bearing quartz veins in saprolite of mica schist is described. The veins originally intruded faulted and jointed rocks, resulting in irregularites in the veins which could now be mistaken for tectonic distortion. COLLINS, WILLIAM DENNIS, 1875- 1. (and Lamar, William Luther, and Lohr, Edwin Wallace). The industrial utility of public water supplies in the United States 1932: U. S. Geol. Survey Water-Supply Paper 658. 135 p., 1934. Analyses of ground water from many places in Georgia are included. 65 COLTON, HENRY E. l. Notes on the topography and geology of western North Carolina. the Hiawassee Valley: Amer. Inst. Mining Engineers Trans., vol. 16, p, 839-851, illus., 1888. A discussion of the topographic boundaries of this valley region includes those parts which are in Georgia. The divides which separate the valley from its neighbors can be traced southwestward into the Georgia Piedmont. 2. The East Tennessee, Virginia, and Georgia Railway System. Mineral wealth, agriculture, and timber resources of the main line and branches .... 97 p., illus., [n. p.] 1890 [not seen]. CONANT> LOUIS COWLES, 19021. Environment of accumulation of the Chattanooga Shale: Internatl. Conference on Peaceful Uses, of Atomic Energy_ [1st], Geneva 1955, Proc., vol. 6, p. 435-438, illus., 1955; U. S. Geol. Survey Prof. Paper 300, p. 463-467, illus., 1956. Evidence is described, some from northwestern Georgia, to support the hypothesis that the shale is marine, and was deposited on a very smooth erosion surface, if not a peneplane. CONDRA, GEORGE EVERT. 1. (and Elias, Maxim Konrad). Study and rev1s10n of Arc.hemides (Hall): Geol. Soc; Amer-ica Spec. Paper 53, viii, 243 p., illus., 1944. A detailed discusson of this genus includes descriptions of its species, many of which are from Mississippian rocks in northwestern Georgia. CONN, WILLIAM V.. 1. Soil andgeologic features of the Buford Project, [Gwinnett, Forsyth Cos.] Georgia: Amer. Soc. Civil Engineers Proc., vol. 80<, no. 425, 10 p., illus., 1954. Features of the gneiss, such as foliation, depth of weathering, etc., are described in relation to their influence on the Buford Dam site. 2. (and Sow,ers, George Frederick). Engineering properties of bedrock weathering products in the southeastern [United States] Piedmont [abs.] : Econ. Geology, vol. 50, p. 769, 1955; Geol. Soc. America Bull., vol. 66, p. 1544, 1955. CONNELL, JAMES. FREDERICK LOUIS, 19201. Stratigraphy and paleontology of the Jackson Group of Georgia. Ph. D. Thesis, Univ. Oklahoma, 1955; Southwestern Louisiana Jour., vol. 2, p. 321-348, illus., 1958. Detailed descriptions of the formations are given, and faunal lists are included. Correlations are discussed. 2~ Historical geology laboratory manual for the southern states. vi, 143 p., illus., Dubuque, Iowa, Wm. C. Brown, [1959]. This is a college 'classroom workbook, with many of the exercises pointed at the geology of Georgia. 66 3. (The) Tivola Member of the Ocala Limestone of Georgia: Southeastern Geology, voL 1, p. 59-72, illus., 1959. The Eocene limestone unit is described in detail. Sections are measured; fossils are listed. It occurs along the Fall Line and southward. CONRAD, TIMOTHY ABBOTT, 1803-1877, see also Hodge, James Thacher, 1. 1. Fossil shells of the Tertiary formations of North America: Vol. 1, no. 1, Introduction, Brief view of the Tertiary formations of the United States. viii, p. 9-20x, illus., Philadelphia, Judah Dobson, 1832; no. 2, p. 21-28, illus., Philadelphia, W. P. Gibbons, 1832; no. 3, p. 29-39, illus., 1833; republished, with title, Eocene fossils of Claiborne . . . , p. 29-56, illus., 1835; no. 4, p. 39-46, 1833. All numbers republished by Gilbert Dennison Harris, Washington, D.C., Rufus Darby, 1893. A general discussion of the Tertiary rocks of the Coastal Plain includes tho,se of Georgia. Many fossils, all mollusks, are described and illustrated. 2. Observations on the Tertiary and more recent formations of a portion of the southern states: Acad. Natural Science Philadelphia Jour., vol. 7, p. 116-129, 1834. Eocene rocks are described from along the Coastal Plain. They occur along the Savannah River at Shell Bluff and vicinity, along the Oconee River, and at Fort Gaines, in Clay Go. The Pliocene is not recognized from Georgia, although Recent sediments are discussed. 3. Observations on a portion of the Atlantic Tertiary region, with a description of new species of organic remains: Natl. Inst. [Washington, D.C.] Proc. Bull. no. 2, p. 171-196, illus., 1842. A general description of the entire Atlantic Coastal Plain is given. Eocene rocks are described from the eastern part of the Coastal Plain in Georgia and from along the Chattahoochee, River. No Miocene or Pliocene rocks are recognized. 4. Description of one new Cretaceous, and seven new Eocene fossils [Lee, Baker Cos.]: Acad. Natural Science Philadelphia Jour., 2d ser. vol. 2, p. 39-41, illus., 1850. One gastropod, Mitra georgiana, from the Eocene of Georgia, and six echinoids from the Eocene formations in Lee and Baker Counties are described and illustrated. 5. Remarks on the Tertiary strata of St. Domingo and Vicksburg (Miss.): Acad. Natural Science Philadelphia Proc., vol. 6, p. 198199, 1854. The occurrence of Ecphora 4-costata in Georgia, found on St. Simons Island, Glynn Co., is cited as supporting evidence that the deposits at Vicksburg, occurring farther north, may be [Oligocene]. 6. Notice of a new group of Eocene shells [Burke Go.]: Amer. Jour. Science, 2d ser. vol. 41, p. 96, 1866. The age of the Ostrea georgiana beds at Shell Bluff, in Burke Co., is considered to be Eocene, based upon the finding of this large oyster in undoubted Eocene beds in Mississippi. CONYBEARE, ADRIENNE B., see Joffe, Jacob Samuel, 1. 67 COOKE; CHARLES WYTHE, 1887- se.e also Flint, Richard Foster, 1; Hender- son, Edward Porter, 1; LaForge', Lawrence, 3. 1. The age of the Ocala Limestone: 'U S. GeoL Survey Prof. Paper 95, p. 107-120, illus., 1916. 'Stratigraphic and paleontological data are evaluated to show that the Ocala Limestone is Upper Eocene in age. Some of,the data come .from Decatur County. Fossils are listed. 2. (a~d Shearer, Harold :kl1rtz). Deposits of Claiborne and Jackson age in Georgia: u~ S~ Geol.S'urvey Prof~ Paper 120, p. 41-81, illus. incl. geoL fuap, -19lS.. Eocene rocks from many places on the Coastal Plain are described; Sections are measured and 'fossils are listed. Intertongui:rl.g arid ::faci~~- 'changes are described. 3. (The) stratigraphfc"position and faunal ~ssociates of the orbitoid Foraminifera : of the genus - Orthophragmina from Georgia and Florida: u~ S. Geol. Survey Prof. Paper 108, p. 109~113, illus., 1918. The faunal ceintent- Of the-- Ocala. Limestone from 'numerous ex- is posures along "Flint River ;i:fii so'uthwestern Georgia is listed. An Eocene age for the; Fora:hii:riifera supp61'ted. 4; stratigraphic -!'lig:nifica;nce .qf; Ortholaux. [abs.J:..Geol. Soc. America Bull., vol. 3},; ,p., 206, 1_920: 5. Macon [Bi]Jb, Co.] five nP-llio;n years agq: 1\fac;on- Mag.,. vol. 1, no. 6, P 7-8, 19~H. -'J;'h.i:;; -~s a p()p]:!l;tracc01mt o~;;the. geolqgical history of thE:J area. ,Most .of the ~mphasis is upon Cretaceous and Eocene . history; . 6. (The) correlation of the Vic~sburg Group: ULS, (jeol. Survey Prof. Paper 133, p.. ii, 1-.9, 1923. A. regional discussion of the Middle Oligocene of the Gulf Coastal Plain includes a description of the Glendon :Limestone or Glendon GhE:lrt. The fauna from .Decatur Co. is listed and analyzed. . . . . . to 7. Recent contrihutions the stratigtaphy of the Coastal Plain of the p. United States. [ab$.]: Pl').n~:P,acific Science -Cong. [2d], Melbourne, Australia 1923, Proc., vol.); 862-863, illus., [1923]. - 8. American and European :E'ocen~ ilnd Oligocene moliusks: Geol. Soc. America Bull., vol. 35; p. 851-856, 1924. Reference is made to Georgia in pointing out-that faunal comparisons betweeri the two continents show that paleontologically both have much in common. Stages are in general recognizable,- but fdrmatibri to fm:mation correlation is not practicable. 9. Coastal te:r:racel') of.Georgia [abs.J:.-Washington Acad. Scienc.e Jour., vol. 15, p. 184, 1925; Pan-Amer.- Geologist, vol. 43, p. 375, 1925. 10. Correlation of the basal Cretaceous beds of the southeastern states: U. S. Geol. Survey Prof. Paper 140, p. 137-139, illus., 1925. The basal Cretaceous rocks of Georgia and neighboring states are shown to be Upper rather than Lower Cretaceous; The evidence is pri- marily lithological correlation with fossiliferous beds elsewhere. This is the Tuscal~osa Formation here in Georgia. 11. Correlation of coastal terraces: Jour. Geology, vol. 38, p. 577-589, illus., 1930; discussion with title, Cooke's correlation of coastal terraces, by Richard Foster Flint, vol. 39, p. 82-83, 1931. The Atlantic coast terraces, including those in Georgia, are correlated internationally and shown to be the result of Pleistocene inundation rather than crustal upwarp. 68 12. Pleistocene seashores: Washington Acad. Science Jour., vol. 20, p. 389-395, 1930. The terraces of Georgia are horizontal and not warped. They therefore represent Pleistocene high-water marks associated with the glaciation. 13. Radial calcite concretions in marine beds in [Effingham Co.] Georgia [abs.]: Washington Acad. Science Jour., vol. 21, p. 27, 1931. 14. Seven coastal terraces in the southeastern states: Washington A cad. Science Jour., vol. 21, p. 503-513, 1931. Seven terraces are described; they are: Brandywine, 270 feet; Coharie, 215 feet; Sunderland, 170 feet; Wicomico, 100 feet; Penhaloway, 70 feet; Talbot, 42 feet; and Pamlico, 25 feet. They are attributed to interglacial sea level changes. 15. Tentative correlation of American glacial chronology with the marine time scale: Washington A cad. Science Jour., vol. 22, p. 310-312, illus., 1932. A table shows the relationships of the coastal terraces of the Atlantic coast to the glacial stages. The upper Brandywine Terrace is a result of pre-Nebraskan warm stage and the lowest Princess Anne Terrace is correlated with the third interglacial substage of the Wisconsin. 16. Notes on the Vicksburg Group: Amer. Assoc. Petroleum Geologists Bull., vol. 19, p. 1162-1172, 1935; reprinted in Gulf coast oil fields, edited by Donald Clinton Barton, and George Sawtelle, p. 358-368, Tulsa, Amer. Assoc. Petroleum Geologists, 1936. A stratigraphic description and discussion of the group from Texas to Florida includes those rocks that are in Georgia. The chert-bearing beds are called Flint River Formation here. 17. Tentative ages of Pleistocene shore lines: Washington Acad. Science Jour., vol. 25, p. 331-333, illus., 1935. The Brandywine Terrace is considered to be Aftonian in age; the Coharie and Sunderland areYarmouth; the Wicomico, Penhaloway and Talbot are Sangamon, and the Pamlico Terrace is of Peorian interglacial age. A table shows the relationships. 18. (and Munyan, Arthur Claude). Stratigraphy of Coastal Plain of Georgia: Amer. Assoc. Petroleum Geologists Bull., vol. 22, p. 789793, illus., 1938. An extremely cursory description of the nature and distribution of Cretaceous to Recent rocks on the Coastal Plain is given. 19. Boundary between Oligocene and Miocene: Amer. Assoc. Petroleum Geologists Bull., vol. 23, p. 1560-1561, 1939. The Vicksburg Group, which includes the Flint River Formation in Georgia, has been classed as Oligocene chiefly because it lies between known Eocene and Miocene and because its suspected West Indies equivalent is considered Oligocene. The Miocene boundary awaits further international correlation. 20. Cenozoiic regular echinoids of eastern United States: Jour. Paleontology, vol. 15, p. 1-20, illus., 1941. Psammechinus ( ?) ocalanus from the Ocala Limestone in Decatur Co. and Phyllacanthus mortoni from the same formation in Lee, Mitchell and Decatur Cos., are described and illustrated. 69 21. Cenozoic irregular echinoids of eastern United States: Jour. Paleontology, vol. 16, p. 1-62, illus., 1942. Many species from Paleocene, Eocene, Oligocene, and Pleistocene rocks on the Coastal Plain are described and illustrated. 22. (and Gardner, Julia Anna, and Woodring, Wendell Phillips). Correlation of the Cenozoic formations of the Atlantic and Gulf Coastal Plain and the Caribbean region: Geol. Soc. America Bull., vol. 54, p. 1713-1722, chart, 1943; discussion by Horace G~rdiner Richards, vol. 56, p. 401-408, 1945. A time-rocl;:: chart shows the relationships of the Georgia Cenozoic formations with those of nearby areas. 23. Geology of the Coastal Plain of Georgia: U. S. Geol. Survey Bull. 941, vi, 121 p., illus. incl. geol. map, 1943. Cretaceous to Recent rocks and sediments are mapped and described. Sections are measured; fossils are listed. 24. American Upper Cretaceous Echinoidea: U. S. Geol. Survey Prof. Paper 254-A, p. iii, 1-44, illus., 1953. Several echinoids from the Providence Formation in the narrows of Pataula Greek in Clay Co. are described and illustrated. Several also are from deep wells in Decatur County. 25. Cenozoic echinoids of eastern United States: U.S. Geol. Survey Prof. Paper 32, iii, 106 p., illus., 1959. Many echinoids from many rock units in many counties on the Coastal Plain are described and illustrated. COOPER, BYRON NELSON, 1912- 1. In memoriam, Roy Jay Holden [1870-1945]: Compass, vol. 26, p. 246-247, port,, 1949. 2. Marcellus Henry Stow, 1902-1957: Virginia" Jour. Science, vol. 9, no. 1, p. [2] - 4, port,, 1958. COOPER, GEORGE FRANKLIN, 1825-1882. 1. Topography and prevalent diseases of the third congressional district [Central Georgia]: Medical Soc. State of Georgia Ann. Mtg. Trans,, vol. 4, p. 28c3l!, 1853. The area from the Okmulgee River to the Chattahoochee River, ori. both sides of the Fall Line, is cursorily described. The distinction of the Piedmont and Coastal Plain is recognized. While geology is scant, the relationship of disease to geology is discussed. 2. Essay on the [topography and] diseases of Perry, [Houston Co.] and vicinity: Medical Soc. State of Georgia Ann. Mtg. Trans., vol. 3, p. 37-52, 1852 [not seen]. COOPER, GUSTAV ARTHUR, 1902- 1. (and others). Correlation of the Devonian sedimentary formations of North America: Gecil. Soc. America Bull., vol. 53, p. 1729-1794, chart, 1942. A general discussion of terminology and formations includes a time-rock chart. Only the Frog Mountain Sandstone and the Armuchee Chert are considered to be present; they are Lower Devonian. 70 2. Obituary [Charles Schuchert, 1858-1942]: Washington Acad. Science Jour., vol. 33, p. 352, 1943. 3. Chazyan and related brachiopods: Smithsonian Misc. Collections, vol. 127, 2 vols., 1245 p., illus., 1956. Many brachiopods of Middle and Upper Ordoviciam age from the limestones of Walker Co. are described and illustrated; many are new. New correlations are suggested. COOPER, HILTON HAMMOND, JR., 1913- see also Stringfield, Victor Timothy, 3, 5. 1. (and Warren, Moultrie Alfred). The perennial yield of artesian water in the coastal area of Georgia and northeastern Florida: Econ. Geology, vol. 40, p. 263-282, illus., 1945. A large cone of depression in the Ocala Limestone is present at Savannah as is a smaller one in the same limestone at Brunswick. Most of the withdrawal is coming from storage and not recharge. New wells should be in other aquifers. Piezometric maps are included. COOPER, WILLIAM, -1864. 1. On the remains of the Megatherium recently disco,vered in [Chatham Co,.] Georgia: Lyceum Natural Hist. New York Annals, vol. 1, p. 114-124, illus., 1823 [1824]. Some bones and teeth of the giant sloth from [Pleistocene] sediments on Skidaway Island are described and illustrated. 2. Further discovery of fo,ssil bones in [Chatham Go.] Georgia-and remarks on their identity with those of Paraguay: Lyceum Natural Hist. New York Annals, vol. 2, p. 267-270, 1828. Various kinds of bones of Megatherium and Megalonyx are described. They are [Pleistocene]. COPE, EDWARD DRINKER, 1840-1897. 1. Synopsis of the extinct Mammalia of the cave formations in the United States . . . : Amer. Philos. So,c. Proc., vol. 11, p. 171-192, illus., 1871. Fragments of teeth of Megalonyx jeffersoni are reported from caves in Georgia, presumably northwestern, and Anopolonassa forcipata, a cetacean, from [Pleistocene] beds in Chatham Go., is described and illustrated. 2. On a new species of Adocidae from the Tertiary of [Macon Co,.] Georgia: Amer. Philos. Soc. Proc., vol. 17, p. 82-84, 1878; Paleontological Bull., no. 25, p. 2-4, 1877; addition, with title. Osteologische Notizen ueber Reptilien, by George Bauer: Zoologischer Anzeiger, vol. 11, p. 592-597, Leipzig, 1888. Amphiemys oxysternum, a turtle, from what is probably Eocene limestone, is described. Bauer discusses nomenclatural alterations. 3. Paleontology of [Coastal Plain] Georgia [abs.]: Amer. Naturalist, vol. 12, p. 129, 1878. 4. Syllabus of lectures on the Vertebrata with an introduction [biography] by Henry Fairfield Osborn. 135 p., illus. incl. port., Philadelphia, Univ. Pennsylvania, 1898. 71 CORMIER, RANDALL F., see Pinson, William Harne'(;, Jr., 3. CORNELIUS, ELIAS, 1758-1823. 1. On the geology, mineralogy, scenery, and curiosities of parts of Virginia,' Tennessee, and the Alabama and Mississippi Territories, etc.: Amer. Jour. Science, vaLl, p. 214-226, 317-331, 1818. Nicojack [Nickajack] Cave, in Dade Co., is described. Nitrate is present. COTTING, JOHN RUGGLES, 1784-1868. 1. Analysis of a species of clay found in Richmond County, which is eagerly sought after, and eaten_, by many people, particularly children: Southern Medical and Surgical J:our.; val. 1, p. 288-290, 1836; discussion, p. 290-292, 1836. An analysis, as well lOis a description of the prl:\ctice, is given. Judging fro!Jl the de;;c;t>iption, the clay resembles kaolin. Its medicinal properties are quE)stioned. 2. Repoit of a geological and agricultu-ral. surv'ey of Burke and Rich- mond Counties, Georgia .... 198 p., Augusta, Guieu and Thompson, 1836. A detailed account of the general geology o-the area is given. [Precambrian] -Quaternary rocks are desc:J;ibed; -as are the soils and mineral resources. Fossils are listed. ,Analyses are included. 3. Ari essay on the soils and available manures. of the State of Georgia .... 121 p., Milledgeville, Park and Rogers, 1843. A very general description, including.origin, of thev'arious soils aro~md the state is given. A general discussion of fertilizer, some inorganic, is also inCluded; The' [Cretaceous rocks] are ~~cognized as a source of [glauconite]: A::rtii:vses arei:trcluded. ,' ) ~) ,. ' ' ' ' COULSON, ARTHUR LENNOX. Museum, 1. A catalogue of meteorites . . . Indian Calcutta . , , : India GeoL- Survey Mem. 75,. 346. p, illus., Delhi and Calcutta, 1940. A very l:lrief 'description of .the meteorites in: the col:Iection includes fragments of those from Whit;field; Putn~tm, and: U~~on Counties. COUNTS, HARLAN BRYAN, see also Davis, George Hamilton, 1. 1. (and Dansky, Ellis). Sa!lt-walter encroachment, ge01logy, and ground-water resource,; of Savannah area, [Chatham Co.] 'Georgia and South Carolina-a summary: Georgia Mineral Newsletter, val. 12; p. 96-104, Hlus., 1959. The Cretaceous to Quaternary rocks of the area are briefly described, as well as are their hydrological properties. The lower part of the Ocala Limestone has some salt water in it; this limestone is the main aquifer of the area. COUPER, JAMES HAMILTON, 1794-1866. 1. [Fossil bones and shells from the Brunswit:k Canal, GIY!in Co.] [abs.]: Acad: Natural Science Philadelphia Proc., vol. 1, p. 216-217, 1842. 72 2. On fossil bones found in digging the new Brunswick Canal in [Glynn Co.] Georgia: Geol. Soc. London Proc., vol. 4, p. 33-34, 1843; Geologist 1843, p. 163-164, London, 1843; Philosophical Mag., 3d ser. vol. 23, p. 189-190, London, 1843; discussion by E [dward] W[edlake] B[rayley], p. 193-194. The mammal bones found are associated with [Pleistocene] marine shells which are in rocks which extend as far north as Maryland. Since there is no discontinuity of time between these and the present, the large mammals must be relatively young. 3. [Eocene fossils from the burr mill-stone at Bainbridge, Decatur Co.] [abs.]: Boston Soc. Natural Hist. Proc., vol. 2, p. 123-124, 1846. 4. Observations on the geology of a part of the sea-coast of Georgia, with a description of the fossil remains of the Megatherium, [Glynn Co.] . . . , in William Brown Hodgson, Memoir on the Megatherium, p. 31-47, illus., 1846. A discussion of the Pleistocene sediments of the Glynn Co. area and Skidaway Island in Chatham Co. includes a list of the fossil vertebrates which have been found enclosed in them. The deposits of the two areas are considered contemporaneous. COUPER, ROBERT H. 1. The yellow ocher mines of the Cartersville District, [Bartow Co.] Georgia: Engineering and Mining Jour., vol. 69, p. 738, 1900. Ochery clay occurs at the contact of the [Weisner] Formation with the overlying formations. A cursory review of its nature, occurrence, and origin is given. CRABB, GEORGE ARTHUR, 19151. (and others). Reconnaissance erosion survey of the state of Georgia. Map, scale 1:500,000, U. S. Dept. Agriculture,, Soil Conserv. Ser., 1934. CRANE, WALTER RICHARD, 1870- see also Hull, Joseph Poyer Deyo, 2. 1. Gold and silver .... xii, 727 p., illus., New York, John Wiley and Sons, 1908. A general treatise on the precious metals includes descriptions of the gold occurrences in Georgia. No new data are included. CRAWFORD, THOMAS JONES, 19321. Natural etching on quartz crystals, Jackson County, in Mineralogical notes: Georgia Mineral Newsletter, vol. 8, p. 150, 1955. Small crystals, ranging from 0.2 em. to 8 em., occur in weathered pegmatite. The etching may be from alkalies, released during the weathering process. 2. Geology of parts of Indian Mountain, Polk County, Georgia and Cherokee County, Alabama: M. S. Thesis, Emory Univ., 1957; Georgia Mineral Newsletter, vol. 10, p. 39-51, illus. incl. geol. map, 1957. A complete geologic description of the area is given. Cambrian, Ordovician, and Mississippian rocks are present. Fossils are listed and illustrated. Large folds compose the major structural features. Iron ore is the chief mineral resource. 73 CREDNER, HERMANN. 1. Beschreibung einiger paragenetisch interessanter Goldvorkommen in [Piedmont] Georgia, Nord-Amerika: Neues Jahrbuch fur Mineralogie ... 1867, p. 442-448, Stuttgart, 1867. Gold, occurring with granite and tellurbismuth in chlorite schist, with tellurbismuth in hornblende gneiss, with sulphides in talc-schist, and with sulphides and [hematite] in quartz, is discussed. The occurrences are in several different places. 2. Geognostische Skizze der Goldfelder von Dahlonega, [Lumpkin Co.] Georgia, Nordamerika: Deutsche geologische Gesellschaft Zeitschrift, vol. 19, p. 33-40, Berlin, 1867. A generalized discussion of the geology of the Dahlonega gold-field area is given. Gold occurs as placers and in quartz veins in the metamorphic rocks. 3. (Die) Gleiderung der eozoischen (vorsilurischen) Formationsgruppe Nord-Amerikas: Zeitschrift fuer die gesammte Naturwissenschaften, vol. 32, p. 353-405, illus., Berlin, 1868; also Habilitationschrift, Leipzig Univ., 54 p., Halle, 1869. A general survey of the [Precambrian] rocks of North America include's much discussion of those in the [Blue Ridge and Piedmont], and cursorily those in Georgia. Laurentian and Huronian .rocks are recognized and described. Little or no detail is included. 4. (Die) Geognosie und der Mineralreichtum des Alleghany-Systems: Zeitschrift fuer die gesammte Naturwissimschaften, 2d ser. vol. 3, p. 179-201, Halle, 1871; summary, Petermann's geographische Mittheilungen, vol. 17, p. 41-50, Leipzig, 1871. CRESSEY, GEORGE BABCOCK, 1896-1963. 1. Wallace W[alter] Atwood, 1872-1949: Assoc. Amer. Geographers Annals, vol. 39, p. 296-306, port., 1949. CRIBB, ROBERT EUGENE, 19221. Areal geology of the northern half of Calhoun Quadrangle, [Whitfield, Murray Cos.] Georgia. M. S. Thesis, Emory Univ., 1953. CRICKMAY, GEOFFREY WILLIAM, see also Hewett, Donne! Foster, 1; Park, Charles Frederick, Jr., 1. 1. (The) ore deposits of the Cartersville district, [Bartow Co.] Georgia, in Mining districts of the eastern states: Internatl. Geol. Gong. 16th, Washington 1933, Guidebook 2, p. 126-139, illus., 1932. A generalized review of the occurrence of residual manganese and barite is given. Iron is mined as ocher, and iimonite comes frdm the local bedrock. 2. Gold in Georgia: Forestry-Geological Review, vol. 3, no. 4, p. 7-8, illus.; no. 5, p. 7-8, illus., 1933; Georgia Geol. Survey Inf. Circ. 1, 6 p. (:j:), illus., 1933. This is a popular account of the origin and occurrence of gold in the Piedmont and Blue Ridge areas of Georgia. No new details are included. 3. Manganese, barite, and ochre, and the 16th International Geological Congress [Bartow Co.] : Forestry-Geological Review, vol. 3, no. 1, p. 7-8, 1933. A popular account of the origin and occurrence of the minerals of the Cartersville District is given. No new details are included. 74 4. (The) occurrence of mylonites in the crystalline rocks of Georgia: Amer. Jour. Science, 5th ser. vol. 26, p. 161-177, illus., 1933. Mylonite exposures near Neel's Gap, Union Co., are described in detail. They occur in Carolina Gneiss. They are not associated with any known major thrust zone but result from local movement within the Carolina Gneiss. Photomicrographs are included. Other mylonite exposures from elsewhere in the Piedmont are discussed also. 5. Oil possibilities in Georgia: Forestry-Geological Review, vol. 3, no. 11, p. 7-8, illus., 1933. A cursory, popular account of the origin and occurrence of petroleum includes a pessimistic consideration of the potential of Georgia. 6. Pine Mountain District, [Meriwether, Lamar Cos.], Georgia: Forestry-Geological Review, vol. 3, no. 8, p. 7-8, illus., 1933. This is a cursory, popular account of the geology of the Pine Mountain area. A block diagram is described. 7. (The) precious stones of Georgia: Forestry-Geological Review, vol. 3, no. 7, p. 7-8, 1933. This is a cursory, popular account of the various types of gem stones found in Georgia. Most are from the Blue Ridge and Piedmont. 8. Meteorites found in Georgia: Forestry-Geological Review, vol. 4, no. 7, p. 7-8, illus, 1934. A popular account of the origin of meteorites is foUowed by a brief discussion of some of those found in Georgia. 9. (and Mitchell, Lane). Earthquakes in Georgia: Forestry-Geological Review, vol. 5, no. 3, p. 7-8, illus., 1935. A general, popular discussion of the origin of earthquake's includes a brief resume of seven which have had epicenters in Georgia. 10. Granite pedestal rocks in the southern Appalachian Piedmont: Jour. Geology, vol. 43, p. 745-758, illus., 1935. Pedestal rocks, composed of a cap and a shaft, from many place's in the Piedmont are described and illustrated. The chief agent is granular disintegration brought about by hydration from water near the ground. 11. Kyanite in Fulton County, in Prindle, Lewis Marcus, and others, Kyanite and vermiculite deposits of Georgia: Georgia Geol. Survey Bull. 46, p. 36-37, 1935. Kyanite occurs in a garnet-mica schist and in the residuum therefrom. 12. Kyanite in Talbot and Upson Counties, in Prindle, Lewis Marcus, and others, Kyanite and vermiculite deposits of Georgia: Georgia Geol. Survey Bull. 46, p. 32-36, i!lus., 1935. In Talbot Co., kyanite occurs in a schist, in pegmatites, and quartz veins in the schist. In Upson Co. it occurs in a schist. Individual deposits are described. 13. Origin of barite in the Appalachian Valley: Econ. Geology, vol. 30, p. 563-564, 1935. The barite in the Cartersville district in Bartow Go. is both hypogene and supergene. Barite occurs as veins, replacement deposits in limestone, in breccia, as matrix to limestone fragments, and as fragments with ocher as the matrix. These are hypogene. Barite occurs as supergene concentrations in open cavities created by post-vein-forming movement. 75 14. (and Mitchell, Lane). (The) southern Appalachian earthquake of January 1, 1935: Seismol. Soc. America Bull., vol. 25, p. 247-251, illus., 1935. An earthquake ofintensity. IV to V, with the epicenter in part in Towns Co., is described. 15. Stone Mountain, [DeKalh Co,] Georgia: Forestry-Geological Review, vol. 5, no. 5, p. 7-8, illus:, 1935; Georgia Mineral Soc. Newsletter [vol.] 1, no; 9, p. 17~20(:j:}, illus., 1948; Earth Science Digest, vol. 3, no. 3, p., 1GW, illus.,, .1Q48. A 1,popular, cursory account of the origin of Stone Mount.ai;tl ~s given. No new data are included. 16. Age of the T:llledega Series in Alabama, [Piedmont] Georgia, and North Carolina [abs.]: Geol. Soc. Amebca Proc. 1935, p; 72, 1936. i7. (The). caves of Gedrg!a: Forestry-Geological Review, vol. 6, no. 10, p. 7-8, 1936: A general, popular'discussion of the origin of caves in general includes brief descriptib:t\:'1 of sorr1e of the larger caves of Georgia. J , ' 18. (and Mitchell; Lane). (TheY ~e6l'gia State Museum: Georgia Geol. Survey Inf. eire. 7, .4 .p., iilus., l936; reprinted ftorrt Forestry- Geological Review, vol. 6, nos. 5 and 6, 1936. A popular account of the museum and the geological display is given. Most of the material on display is from Georgia. 19. Ground water in the crystalline rocks of Georgia: Forestry-Geo- logical Review, vol. 6, no. 12, p. 7"8; iiius., 1936. A general, popular account of the occurrence of ground water includes a discussion of the water [n the rocks 6fthe; Piedtiwnt and Blue Ridge. No new details are included.. .. , . 20. Status tf the .Taiie\:l~ga $er1eE! in. southe~P, Ap:f:>:Otlachian stratig- raphy: Geol. Soc. America Bull., vo-1. 47; p. i37i-i392; illus., 1936. The" Talledega rS.eries ds d.escribed 'stratigraphically andl geographi- cally. They are separated from the known. Paleozoic it'ocks of north- western Georgiia by. a gneat .fault, and also by a fault from Pre- cambrian c;rystalline: to.cks to the south.r:.:The 'Ilalledega, Series are considered a possible metamorphic equivalent of both bounding terranes.. Age evidence is. reviewe,d and. no, positive conlusion reache.~; th~y are cpnsidered prohabl~ Precambrian, however. 21. Talc deposits of Georgia: Forestry-Geological Review, vol. 6, no. 11, p. 7-8, illus., 1936. A general, popular account of the origin and . occurrence ,of talc in Georgia is .given. Most of the, talc is from Murray County. 22. Tripoli deposits of Georgia: Forestry~Geological Review, vol. 7, no. 1; p: 78; illus.; 1937; enlarged; Georgia Geol: Survey Inf. Circ. 9, 8 p;, illus., 1937. A popular, general discussion of .tripoli includes a description of ;its. origin and occurrence in Georgia. It occurs as weathered chert fro:pi the Knox Formation in northwestern Georgia. Analyses are .included. 23. (The) minera-l resources of Georgia: Georgia Univ. Bull., vol. 41, no. 9, (Inst. Study Georgia Problems Pamph. 7), 30 p., illus., 1941. A general survey of the mineral resources of GeoJ:gia is given. Very few geologic data are included. 76 24. (A) catalog of Georgia minerals: Georgia Mineral Soc. Newsletter, [vol. 1] no. 6, p. 9-10 (:j:); no. 7, p. 12 (:j:); no. 8, p. 13-14 (:j:); no. 9, p. 9 (:j:); no. 10, p. 16-17 (:j:); no. 11, p. 17 (:!:); no. 12, p. 12 (:j:), 1948; vol. 2, no. 2, p. 10 (:!:); no. 3, p. 7-9 (:j:); no. 4, p. 17 (:j:), 1949; vol. 3, p. 10-12 (:j:), 48-49 (:j:), 161-162 (:j:), 211-213 (:j:), 1950; vol. 4, p. 4-5 (:j:), 53-55 (:j:), 1951. 25. Geology of the crystalline rocks of Georgia: Georgia Geol. Survey Bull. 58, vi, 54 p., illus., 1952.. Metamorphic rocks of all varieties, probably Precambrian in age from the Piedmont and Blue Ridge, are described in great detail as are igneous rocks of great varieties which have intruded the metamorphic rocks. Analyses are included. The major structural features are also discussed. CRISLER, ROBERT MALCOLM, JR., 19301. (and Murphy, Robert Emmett). Columnar mud-cracks in a northeast [!northwest] Georgia [Dade Co.] cave [abs.] : Georgia Acad. Science Bull., vol. 11, p. 9, 1953. CROFT, MACK G. 1. The geology of Cloudland Canyon State Park, Dade County, Georgia: Georgia Mineral Newsletter, vol. 12, p. 84-90, illus. incl. geol. map, 1959. A complete geologic description of the area is given. Mississippian., Pennsylvanian, and Quaternary rocks are mapped and described. The park is underlain by a broad syncline. CROOK, JAMES KING, 18591. Mineral waters of the United States and their therapeutic uses. viii, 587 p., New York, Lea Bros. and Co., 1899. 28 different springs, from many locations in Georgia, are described and analyzed. CROSBY, WILLIAM OTIS, 1850-1925. 1. Mr. [Thomas Tracy] Bouve's work in geology and mineralogy: Boston Soc. Natural Hist. Proc., vol. 27, p. 236-239, 1896. CROSS, CHARLES WHITMAN, 1854-1949. 1. Personal reminiscences [of Samuel Franklin Emmons, 1841-1911]: Geol. Soc. Washington [D. C.], Memorial of Samuel Franklin Emmons, p. 6-8, 1911. CUDWORTH, JAMES ROWLAND, 1897- see Shotts, Reynold Quinn, 1. CUMINGS, EDGAR ROSCOE, 18741. August Frederick Foerste, 1862-1936: Indiana Acad. Science Proc., vol. 46, p. 20-21, 1937. CUMMING, W. P., see LeMoyne de Morgues, Jacques, 1; Tatton, M., 1. CUNYUS, LUCY JOSEPHINE. 1. Minerals, Chapter 15 of The history of Bartow County, formerly Cass, p. 187-205, illus., [Cartersville], Bartow Co., Georgia [1933]. A review of the mineral wealth of the county is given. Little detail is included, as the emphasis is upon the historical development of the deposits. 77 CUPPELS, NORMAN PAUL, see Overstreet, William Courtney, 1. CURRIE, WILLIAM, 1754-1828. 1. Historical account of the climates and diseases of the United States of America. 409 p., Philadelphia, T. Dobson, 1792. Each state is discussed separately, Georgia last; the topography of the eastern part of the state is cursorily described; few details are included. CURRIER, LOUIS WADE, 18901. Memorial to Josiah Bridge (1890-1953): Geol. Soc. America Proc. 1953, p. 93-96, port., 1954. CURRY, RICHARD 0. 1. (and Proctor, Charles A.). Copper district of Tennessee, Georgia, North Carolina and Vfrginiar--its historj-geogiaphy-geology and mining interests: Southern Jour. Medical arid Physical Sciences, vol. 3, p. 38-44, 1855. An account of the early history of the area around Ducktown is given. References are made to northern Georgia :,1Jso. Iron, gold, and copper are the mineral deposits present. It is far :mo:l.e histbrical than geological. CUSHMAN, JOSEPH AUGUSTINE, 1880-1949, 1. Orbitoid Formaminifera of the genus Orthop,hragmina from Georgia and Florida: U. S. Geol. Survey Prof. Paper 108, p. 115-118, illtts., 1918. Six species from the Eocene Ocala Limestone from many places along Flint River are described and illustrated. 2. The American species 'of Orthophrdgmina and Lepidocylina: U. S. Geol. Survey Prof. Paper 125, p. 39-108, illus., 1920. Several species of Orthophragmina from the Eocene Ocala Limest~ne in -the Coastal Plain,. and several species of Lepidocyclina from the same formation: and also Oligoce:r'J.~ rocks, are described and illustrated. 3. American species of Operculina and H eterostegina and their faunal relations: U. S. Geo~. Survey Prof. Paper 128, p. 125-143, illus., 1921. Several genera and species from the Ocala Limes.tone in Lee, Worth, and Crisp Cos. imd elsewhere are described and illustrated. 4. (and Ozawa, Yoshiaki). A monograph of the forminiferal Family Polymorphinidae, Recent and fossil: U. S. Natl. Museum Proc,, vol. 77, art. 6, 145 p., illus., 1931. Many genera and species are reported from Eocene rocks in Jenkins, Decatur, and Crawford Counties. All a-re illustrated and described. 5. Upper Eocene Foraminifera of the southeastern United States: U. S. Geol. Survey Pro. Paper 181, ii, 88 p., illus., 1935. Many genera and species from the Ocala Limestone and Barnwell Formation from many places on the Coastal Plain are described and illustrated. 6. A monograph of the Subfamily Virgulinidae of the foraminiferal Family Buliminidae: Cushman Lab. Foraminiferal Research Spec. Pub. 9, xv, 228 p., illus., 1937. Bolivina jaclcsonensis and B. gardnerae are described and illustrated. They occur in the Eocene Ocala Limestone in Jenkins County. 78 7. A monograph of the foraminiferal Family Nonionidae; U. S. Geol. Survey Prof. Paper 191, ii, 100 p., illus., 1939. Nonion chapapotemse, from the Eocene Ocala Limestone in Houston Co., and N. advenum, from the Eocene of many places on the Coastal Plain, are described and illustrated. 8. (and Herrick, Stephen Marion). (The) Foraminifera of the type locality of the McBean Formation [Richmond Co.] : Cushman Lab. Foraminiferal Research Contribs., vol. 21, p. 55-73, illus., 1945. Eighty two species in 41 genera are described and illustrated. Many are new. 9. (A) foraminiferal fauna from the Twiggs Clay of [Washington Co.] Georgia: Cushman Lab. Foraminiferal Research Contribs., vol. 21, p. 1-11, illus., 1945. Thirty two species in 2.2. genera are described and illustrated. Most are new. They occur in exposures along Lamar Creek, near Sandersville. 10. (and Applin, Esther English Richards). Some Foraminifera of Woodbine age from Texas, Mississippi, Alabama, and Georgia: Cushman Lab. Foraminiferal Rese,arch Contribs., vol. 22, p. 71-76, illus., 1946. Ammobaculites stephensoni and A. bergquisti from marine shale in the Tuscaloosa Formation in wells in the Coastal Plain are described and illustrated; Ammobaculoides plummerae is from the same unit in Pierce County. 11. (A) supplement to the monograph of the foraminiferal Family Verneuilinidae: Cushman Foundation Foraminiferal Research Spec. Pub. 7A, 45 p., illus., 1946. Pseudoclavulina clavata from Upper Cretaceous rocks is des.cribed and illustrated. It is recorded from Georgia, but with no definite locations. 12. (and Parker, France's Lawrence). Bulimina and related foraminiferal genera: U. S. Geol. Survey Prof. Paper 210, p. 55-160, illus., 1947. Many Foraminifera from Eocene formations on the Coastal-- - Plain are described and illustrated. CUVIER, GEORGE LEOPOLD CHIETIEN FREDERIC DAGOBERT, BARON, 1769-1832. 1. Sur des os de Megatherium trouve dans les Etats Unis en Georgia, im Recherches sur les ossemens fossiles . . . . 3d ed., vol. 5,. part 2, p. 519, Paris, G. Dufort et E. D'Ocogne, 1825. A comment on the then-recent report by Mitchill on the finding of Megatherium fragments in Chatham Co. indicates that more material should be sought after. It is not surprising that the species should be found as far north of the equator as it is south (in Paraguay). DALE, THOMAS NELSON, 1845-1937. 1. Slate in the United States: U. S. Geol. Survey Bull. 586, 220' p., illus., 1914; summary with title, The commercial qualities of the slates of the United States and their localities: U. S. Geol. Survey Mineral Resources 1912, pt. 2, p. 693-707, illus., 1913. A general description of the origin and uses of slate is followed by detailed descriptions of slate deposits in each state. The deposits in Polk and Bartow Cos. are included. 79 DALL, WILLIAM HEALEY, 1845-1927, see also Smith, Eugene Allen, 3. 1. List of [published] papers, 1866-1882. 11 p., [Washington, Judd and Detweiler, printers, 1882]. 2. Contributions to the Tertiary fauna of Florida: Wagner Free Inst. Science Trans., vols. 3 and 4, in six parts; 1653 p., illus., 1890-1903. Many hundreds of fossils are described and illustrated; all are mollusks, with, a few Brachiopoda; included. Many are from the Eocene and _Miocene Series of Geotgia. 3. (and Harris, Gilbert Dennison). Correlation papers-Neocene: U. S. Geol. Surv:ey__Bull. 84, 349 p., illus., .1892. :A generalized summary of the Mioc~ne~nci' Pliocene'_ roeks' o:t' the Coastal Plain of Georgia is included, Mo:rl,g :Vith :,t .discus~don' of their c~Felation with similar rocks in adjacent states: . .' . 4. (and' Stanley-Bro-wn, Jo~eph). Cenozoic ,geology along with Apa- lachicola Ri~er [and FlintRiver, Decatur 'co.]: Geoi. Soc. Am~rica Bull., vol. 5, p; 147-170, illus., 18!J4. Descriptions of the [Oligocene] and Miocene formations along the Flint. River in Dec~tur Co. are given, Fossils are listed. 5: A ~ihgular Eoc~ne Turbin:eUa [Richilioi:td. CENNISON, H. E, ' L- j( ' 1. (director, and research ~taft'). Lime prospectus: Georgia Inst. Tech- no.logy, Enginee~~ng,Expm;iment Station, [Spec. Rept.l:3], 2~ p. (:j:), 1945. Descriptions of limestone deposits .throughqut Georgia are ip:cluded in a general disc;ussion of the. uses of lime industrially. DENSON, NORMAN MC CLAREN, see White, Walter Stanley, 2. DESOR, EDOUARD, 181l-:l8,S21 1. Post Pliocene of the southern states and .its relation..t.Q jthe Laurentian of the north and the deposits of the valley of tl:J.e Mississippi: Amer. Jour. Science, 2d ser. vol. 14, p. 49-59, 1852. The post-Pliocene deposits (),f Georgia and .Florida are paleontologically c!1rrel~te1l with the mari11.e Pleisto~ene clays of the northeast~rp: United Stat~s. The Pleistocen(i! qepi912. 1. (and Hayden; EdWard Everett). Abstract of 'tl;ie fesults of the investigation of the. Charleston earthquake: Science, vol. 9, p. 489501, illus., l887; discussion by Thomas Corwin M~ridehhall, p. 584- 587; reply by authors, vol.' 10, p. 10-ll; discussion by Joseph LeConte, p. 22"24; illus.; repl~ by authors', p. 35~36, 1887. A descrip- tion of the results of the earthquake and a review of the possible causes ip.cludes an isoseismal niap whi~h includes Georgia. The hi- tens:lty' ranged froni VI'to VIII in Georgia. 2. The Charieston [South Carolina] earthquake: U. S. Geol. Survey Ann. Rept. 9, p. 203-52,8,, illus.,,l889. T~~ gr~at ea;rthquake.of, 1~8/i, c~ntered near Charleston, was f~lt in Georgia, along' the coa'st ni,ostiy.'_ Intensities in' Geotgia of VI 'to VIII' are reported; the effects are described. - ' EARDLEY, ARMAND JOHN, 19or., - 1; Tectonl.c' diviYions of Nhrth America: Amer. Assoc.. Petroleum Geol- ogists Bull., vbi._35, p. 2229-2237, lilm;;,, 1951; stlm,mary, Tulsa Geol. $oc. Dige~t; -y:9t' i9; 1:\,6o~,$7;~'il.~us'.~ i~5:i.'.'! A- ver'y ge~eral :review .'includes a_discussion: of those divisions-in Geb1rgia. No':new data are included; :ro,c:, ., " 1 EARGLE, DOLAN: HOYLE, -19015- .. 1. (The) outcropping Cretaceous rocks of Georgia, {n Short contribu- tions to the geology, geography, and archaeology of Georgia (No. 2): Georgia GeoJ. Survey Bull. 60, p.1-20, illus., 1953.. Tne entire C~etaceotis Syst~m'is described in considerable detaiL All rocks dip gently seaward_ and the geological history is evaluated. Pro- jected cross sections al~e inciuded: . .. 2. Stratigraphy of the outcropping C:r:etaceous rocks ofGeorgia: U. S. Geol. Survey Bull. 1014, iv, 101 p., illus. incl. geol. map, 1955. De- tailed descriptions of the Cretaceous rocks are given. Sections are measured; fossils are listed. ;' - EARLE, RAYMOND BARTLETT. 1. The genesis of certain Paleozoic interbedded iron ore deposits: SeD. Thesis, New York Univ., 1914; New York Acad. Science Annals, vol. 24, p. 115~170, illi:ts.', 1914. Various theories of origin for the iron. ore deposited during the Silurian Period are reviewed and rejected. The theory of artesian water (confined ground water) having deposited the iron as cement is advanced. Sections from northwestern Georgia are cited for evidence. 88 EATON, GORDON PRYOR, see Johnston, John Edward, 1. EBAUGH, WILLIAM CLARENCE, see Wright, Frank James, 3. ECKEL, EDWIN CLARENCE, 1875-1941, see also Hayes, Charles Willard, 20, 22. 1. Preliminary report on the Dahlonega Gold District of [Lumpkin Co.] Georgia: U. S. Geol. Survey Repts. Open File 570, 48 p.(:l:), illus., [?1902]. A hand-written manuscript outlines the geology of the area. The gold occurs in quartz veins in mica schist, and in placers. Folding and faulting are very obvious. This is apparently a manuscript for a publication which was never completed. 2. Dahlonega gold district of [Lumpkin Co.] Georgia: Engineering and Mining Jour., vol. 75, p. 219-220, 1903; U. S. Geol. Survey Bull. 213, p. 57-63, 1903. A survey of the geology and ore deposits is given. Mica schist and hornblende gneiss have been intruded by diorite and granite. The gold occurs in placers in the streams, in saprolite, and in quartz veins at the contacts of the metamorphic and igneous rocks. Pyrite is also common in the quartz veins. 3. Dahlonega mining district, [Lumpkin Co.] Georgia [abs.]: Science, new ser. vol. 17, p. 793, 1903. 4. Cement materials and industry of the United States: U. S. Geol. Survey Bull. 243, 395 p., illus., 1905. A detailed discussion of the technology of cement is followed by a survey of the potential of cement-making resources in each state. Several sources of limestones are described from many places in Georgia. Analyses are included. 5. Cements, limes, and plasters. . . . xxxiv, 712 p., illus., New York, John Wiley, 1905; also several printings and several editions. A general discussion of these materials includes descriptions and analyses of Georgia limestones used in the manufacture of cement. 6. Georgia, in Slate deposits and slate industry of the United States: U. S. Geol. Survey Bull. 275, p. 59-60, 1906. A brief survey of the slate deposits in Polk Co. is given. Analyses are included. 7. Building stones and clays-their origin, characters, and examination. xiv, 264 p., illus., New York, John Wiley and Sons, 1912. This is essentially a textbook, but it does contain many analyses of different rocks from Georgia. 8. Portland cement materials and industry in the United States: U. S. Geol. Survey Bull. 522, 401 p., illus., 1913. A general description of the natural resources of the cement industry is followed by a review of the occurrence of these resources in each state, including Georgia. Various limestones are described and anlayzed. 9. Iron ores, their occurrence, valuation, and control. xvii, 430 p., illus., New York, McGraw Hill, 1914. A general discussion of the occurrence of iron ore includes a cursory description of those deposits in the Paleozoic rocks of northwestern Georgia. No new data are included. 89 10. (and Kelly, Junea W.). Extent and limits of glacial migration in eastern America [abs.]: Pan-Amer. Geologist, vol. 60, p. 378, 1933; with discussion, Internatl. Geol. Cong. 16th, 1933 Washington, D. C., Rept., vol. 2, p. 813-814, 1936. 11. Geological work of the Tennessee Valley Authority, 1933-1935: Tennessee Valiey Auth. Div. Geology Bull. 3, 20 p. (:!:), 1935. In an otherwise report of progress is a reference to finding Larix americana, a Pleistocene fossil plimt,. near Dahlonega, Lumpkin County. ECKELMANN, FRANK DONALD, see Kulp, John Lawrence, 1; Long, Leon Eugene, 1. EDGERTON, J. H. 1. (and Bowen, Boone Moss, Jr.). The Lockheed Radiation Effects Facility and radioactive waste disposal system [Dawson Co.] : Georgia Mineral Newsletter, vol. 12, p. 105-112, illus., 1959. A cursory review of the geology of the locai metamorphic rocks and their hydrologic properties is included in an otherwise technical description of the problems of radioactive production and waste disposal. EDMUNDSON, RAYMOND SMITH, 1908- see Nelson, Wilbur Armistead, 2. EHRENBURG, KURT. . 1. Henry Fairfield Osborn [1857-1935]: Zoologische-botanische Gesellschaft Wien, Jahr 1935, vol. 85, no. 1-4, p. 157-160, 1936. EINECKE, GUSTAV., . "' 1. Die Eisenerzevorraete der Welt. 418 p. incl. vol. of atlas; Dusseldorf, Stahleisep., 1950.. A review of the world-wide occurrences of ir,qn ore include discussion of those deposits in. northwestern Georgia. No new details are included. EISELEY, LORIN CO]lEY. . 1. Charles Lyell [1797-1875] : SCientific Monthly, vol. 201, p. 98-106, illus., 1939. EIAAS, MAXIM KONRAD, see Condra, George Evert, 1. ELLiOTT, JOHN B. 1. The age of the Southern Appalachians: Amer. Jour. Science, 3d ser. vol. 25, p. 282-298, illus., 1883. Details of the rocks in the southern part of the Blue Ridge Province, northeast of Acworth in Cobb Co., are given. The Knox Group, from the unmetamorphosed area, is recognized by lithologic sequence in the metamorphic areas. ELLIS, ARTHUR JACKSON, 1885-1920. 1. Mineral waters: U. S. Geol. Survey Mineral Resources 1918, pt. 2, p. 495-531, illus., 1921. In an otherwise statistical survey of the trade, a map showing the distribution of mineral springs in the United States includes those in Georgia. 90 EMERSON, BENJAMIN KENDALL, 1843-1932. 1. (and others). Honors to James Hall at Buffalo: Science, new ser. vol. 4, p. 697-717, port., 1896. 2. William Bullock Clark (1860-1917): Amer. Acad. Arts and Science Proc., vol. 54, p. 412-415, 1919. 3. James Furman Kemp, 1859-192,6: Amer. Acad. Arts and Science Proc., vol. 63, p. 462, 1929. EMMONS, EBENEZER, 1799-1863, see Glade Gold Mines, 1. EMMONS, SAMUEL FRANKLIN, 1841-1911. 1. Geological distribution of the useful metals in the United States: Amer. Inst. Mining Engineers Trans., vol. 22, p. 53-95, 1894; discussions, p. 732-738; vol. 23, p. 755-756, 1899; reprinted in Ore deposits, by Samuel Franklin Emmons, p. 65-91, New York, Amer. Inst. Mining Engineers, 1913. A generalized survey of the metal-bearing ore deposits of the United States includes those in Georgia. No new data are included. Iron is the most important metal ore deposit here. EMMONS, WILLIAM HARVEY, 1876-1948. 1. (and Laney, Francis Baker). Geology and ore deposits of the Ducktown Mining District, Tennessee [Fannin Co.]: U. S. Geol. S~rvey Prof. Paper 139, 114 p., illus. incl. geol. map, 1926. A complete, detailed geologic description of the area is given, a small portion of which is in Fannin County. The copper-bearing ore and associated minerals are found in veins and as replacements in metamorphic rocks of Paleozoic age. Details of the ore occurrence are included. ENGLAND, CHARLES BENNETT. 1. (and Perkins, Henry Frank). Clay mineralogy of three reddishbrown lateritic soils [abs.]: Georgia Acad. Science Bull., vol. 16, p. 3,1958. EPPLEY, ROBERT ASHTON, see Heck, Nicho1as Hunter, 1. ERWIN, JAMES WALTER, 19341. Contributions to the [Paleocene and Oligocene] paleontology [and lithology] of the northern part of Randolph County, Georgia. M. S. Thesis, Emory Univ., 1956. 2. (A) grain size study of some Eocene beds [Randolph Co.] [abs.]: Georgia Acad. Science Bull., vol. 14, p. 39, 1956. ERWIN, WALTER LAMBUTH, 1923- see Vernon, Robert Orion, 2. ESPENSHADE, GILBERT HOWRY, 19121. Occurrences of tungsten minerals in the southeastern United States, in Snyder, Frank G., ed., Symposium on mineral resources of the southeastern United States, p. 56-66, illus., 1950. A general description of the occurrence and origin of tungsten includes brief descriptions of the occurrences of scheelite in the Piedmont. Little detail is given. 91 EVANS, ISABEL P., see Merrill, George Perkins, 7. EVANS, LEWIS, 1700-1756. 1. A map of North America sl).owing the places where metals, minerals, fossils, and medicinal waters are to be found.... No scale, about 12x12 inches, with discussion: Literary Mag. or Universal Review, vol. 1, p. 293-299, London, 1756. This early 'map shows the relationship of Georgia to the Appalachian Mountains as known at that time. This map is from that of Guettard, q.v., or vice versa. EYERMAN, JOHN, 18677 1. A catalog of ihe paleontological publications of Joseph Leidy [1823189l] : Amer. Geologist, vol. 8, p. 333-342, 1891. FAGAN, JAMES. MICHAEL, 1936. 1. Abrasion study of rocll:s from the Lookout Formation in Dade County, Georgia [abs.]: Georgia Acad. Science Bull., vol. 17, p. 75, 1959. FAIRBAIRN, HAROLD WILLIAMS, 1906- see Pinson, William Barnet, Jr., 3. FAIRBANKS, HELEN R. 1. (and Berkey, Charles Peter). Life and letters of R[ichard] A[lexander] F[ullerton] Penrose, Jr. [1863-1931]; x, 765 p, illus., New York, Geol. Soc. America, 1952. FAIRCHILD, HERMAN LEROY, 1850-1943. L E.d.win Eugene Howell [1845-l911]: Rochester A~ad. 1 $cience Proc., vol. 5, p. 259:.261, 1919. 2. Henry Augustus Ward [1834-1906] : Rochester Acad. Science Proc., vol. 5, p. 241-251, port., 1919. "fAIRCLOTH, WAYNE R. A 1. summary of the geology of Georgia with particular emphasis on the Coastal Plain and Grady County. 24 p.(:j:), illus., [np] [nd] [?1959]. A brief, popular survey of the geology of the Coastal Plain is given. It is a summary of already known work. Cretaceous rocks to Recent sediments are described. FALCONER, HUGH, 1808-1865. 1. On the species of Mastodon ari.d Elephant occurring in the fossil state in Great Britain. Part 1, Mastodon: Geol. Soc. London Quart. Jour., vol. 13, p. 307-360, illus., 1857; reprinted in Palaeontological memoirs and notes of the late Hugh Falconer, by Charles Murchison, vol. 2, p. 1-64, illus:, London, Robert Hardwicke, 1868. Euelephas columbi is listed from Georgia in the chart. No data are included. It is considered to be post-Pliocene ( ?) in age. 2. On the American fossil elephant of the regions bordering the Gulf of Mexico (E. columbi, Falc.); with general observations on the living and extinct species: Natural Hist. Review, vol. 3, p. 43-114, illus., London and Edinburgh, 1863; enlarged, in Palaeontological memoirs and notes of the late Hugh Falconer, by Charles Murchison, vol. 2, p. 212-291, illus., London, Robert Hardwicke, 1868. Details of the dentition of the type specimen, which is from [Pleistocene] sediments in Glynn Co., are given within a monographic treatment of the group as a whole. FARQUHAR, FRANCIS S. 1. Fran<;ois Emile Matthes, 1874-1948: Amer. Alpine Jour., vol. 7, p. 201-203, port., 1949. FARRINGTON, OLIVER CUMMINGS, 1864-1933. 1. Handbook and catalogue of the meteorite collection: Field Columbian Museum Pub. Geol. Series, vol. 1, p. 1-70, illus., 1895. Meteorites from Putnam, Union, Chattooga, and Monroe Cos. are cursorily described. Fragments of them are in the collection of the Chicago Museum. 2. Catalogue of the collection of meteorites, May 1, 1903: Field Columbian Museum Pubs. Geol. Series, vol. 2, p. 79-124, illus., 1903. Meteorites from Whitfield, Monroe, Putnam, and Union. Cos. are cursorily described in. tabular form. Fragments of them are present in the Chicago Museum. 3. Professor Henry A[ugustus] Ward [1834-1906]: Science, new ser. vol. 24, p. 153-154, 1906. 4. Analyses of iron meteorites compiled and classified: Field Colum~ bian Museum Pubs. Geol. Series, vol. 3, p. 59-110, 1907. Several meteorite fragments from Georgia are included in the analyses. 5. Catalogue of the meteorites of North America to January 1, 1909: Nat!. Acad. Science Mem. 13, 513 p., illus., 1915. A detailed description, analyses, and discussion of all of the known meteorites, including many from Georgia, are given. Georgia ranks seventh in the number of known meteorites; nine are described. 6. Catalogue of the collection of meteorites: Field Columbian Museum Pubs. Geol. Series, vol. 3, p. 231-312, illus., 1916. Many fragments of specimens from Georgia are included in the collection. Data are tabulated. 7. Tribute to George Perkins Merrill [1854-1929]: Geol. Soc. America Bull., vol. 41, p. 27-29, 1930. F ATH, ARTHUR EARL, 18871. George Edwin Dorsey (1892-1953): Amer. Assoc. Petroleum Geologists Bull., vol. 38, p. 177-180, port., 1954. FAUST, GEORGE TOBIAS, 1908- see Alexander, Lyle Thomas, 1; Mitchell, Lane,3. 93 FEATHERSTONHAUGH, GEORGE WILLIAM, 1780-1866. 1. A canoe voyage up the Minnay Sotor ... with an account of the gold region in the Cherokee Country.... 2 vols., 416, 351 p., illus., London, Richard Bentley; 1847. Volume 2 contains some early descriptions of the geology in northwestern Georgia and in the Blue Ridge and Piedmont; FENNEMAN, NEVIN,MELANCTHON, 1865-1945. 1. Physiographic boundaries 'within the United States: Assoc. Amer. Geographers Annals, vol. 4, p. 84-134, illus., 1914. The philosophy of boundary problems is discussed and specific examples are shown, some of which are from Georgia. Topographic expression is the chief criterion, with geologic structure being closely related. 2. Physiographic divisions of the United States: Assoc. Amer. Geographers Annals, vol. 6, p. 19-98, illus., 1916. A general description of the physiographic provinces in the United States includes those in Georgia. Considerable local details are included. 3. Physiographic divisions of the United States, 3rd edition, revised and enlarged: .Assoc. Amer. Geographers Annals, vol. 18, p. 261-353, map, 1928. A map of the United States showing the boundaries of the physiographic provinces includes those of Georgia. A brief explanatory text is included for each boundary. 4. (and others). [Map of] Physical divisions of the United States. Scale, 1:7,000,000, with text, Washington, D. C., U. S. Geol. Survey, 1930. 5. Physiography of the eastern United States. 714 p., illus., New York, McGraw Hill, 1938. A detailed description of the physiographic provh:ices'of tlie United States indudes those in Georgia. Tlie geologic controls on the topography are stressed. . 6. Physical divisions of (he United States. 1\'Iap, scale 1 in.ch to 7,0.00,000 inches, U. S. Geol. Survey, 1946. A map of the United States is divided into physiographic provinces and subprovinces.; Georgia is included. Only the approximate boundaries are given. FENNER, CLARENCE NORMAN, 1870-1949. 1. Henry Stephens Washington [1867-1934]: Science, new ser. vol. 79, p. 47-48,1934. FIELDNER, ARNO CARL, 18811. (and Rice, William Elmer, and Moran, H. E.). Typical analyses of coals of the United States: U. S. Bur. Mines Bull. 446, 45 p., 1942. A correlation of some of the coal beds of the eastern United States is given, followed by analyses of selected beds in the bituminous coal regions of Dade and Walker Counties. 2. (and others). Analyses of Tennessee coals (including Georgia): U. S. Bur. Mines Tech. Paper 671, 243 p., illus., 1945. Proximate and ultimate analyses of coal from Walker and Dade Cos. are given, along with much discussion and description of various physical and chemical properties. 3. Reserves [of] solid fuels ... : Oil and Gas Jour., vol. 47, no. 46, p. 138-140, 142, 145, illus. incl. port., 1949. A general survey of the coal reserves of the United States shows that the reserves in Georgia are negligible compared to the total of the United States. 94 FINCH, JOHN. 1. Geological essay on the Tertiary formations in America: Amer. Jour. Science, vol. 7, p. 31-43, 1824. A very general description of the rocks of the Coastal Plain of the United States includes those of Georgia. The rocks are, in ascending order: plastic clay and sand formation [Paleocene], siliceous limestone, or buhrstone [Eocene], calcaire ostree [Eocene], upper marine formation [Miocene] and diluvial [Pleistocene]. Comparison with the European rock succession is given. FIREMAN, EDWARD LEONARD, 19221. (and Schwarzer, D.). Measurement of Li", He, and H" in meteorites and its relation to cosmic radiation: Geochemica et Cosmochemica Acta, vol. 11, p. 252-262, London, 1957. Analyses of the Henry Co. meteorite are included. The suggestion of an extraterrestrial origin of the isotopes is the intent of the publication. FISHER, DANIEL JEROME, 18961. Oliver Cummings Farrington, 1864-1933: Illinois State Acad. Science Trans., vol. 27, p. 43, 1934. FISHER, GEORGE PARK, 1827-1909. 1. Life of Benjamin Silliman [Sr.] [1779-1864]. 2 vols., 815 p., illus. incl. port., New York, C. Scribner and Co., 1866. FITCH, WILLIAM EDWARD, 18671. Mineral waters of the United States and American spas. xvi, 798 p., illus., Philadelphia and New York, Lea and Febiger, 1927; 2d ed., 1930. A treatise on the joys and values of mineral-water baths and _ drinks includes descriptions of :fifty :five springs in Georgia alone. Analyses are included for many. FLANIGAN, JAMES C. 1. Geography and geology, Chapter 3 of History of Gwinnett County, Georgia, 1818-1943, p. 19-23, Hapeville, Ga., [priv. pub.], 1943. A cursory survey of the mineral resources of the county is given. No new data are included. FLEENER, FRANK LESLIE. 1. [Edward Salisbury] "Dana" [1849-1935]-of the Danas: Mineralogist, vol. 13, no. 1, p. 3-4, 16-2:2, incl. ads, 1945. FLEISCHER, MICHAEL, 19081. John Charles Rabbitt [1907-1957]: Geochemical News, no. 9, p. 6, 1958. FLEMING, HENRY STUART, 18631. General description of the ores used in the Chattanooga District: Amer. Inst. Mining Engineers Trans., vol. 15, p. 757-761, 1887. Analyses of several different iron ores from different sources in northwestern Georgia are included. 95 [FLETCHER, LAZARUS, 1854-1921]. 1. An introduction to the study of meteorites, with a list of the me- teorites represented in the collection [of the British Museum]. 77 p., [London?] 1886; revised, 1904; 1908. A fascinating review of the history of meteorites is followed by a catalogue of the collection. Brief remarks' ai'e made about most of the fragments. Pieces of meteorites from' Whitfield, Monroe, Cherokee, Putnam, Stewart, Union and Walker Cos. are present. FLIGHT, WALTER, 1811-1885. 1. A chapter in the history of meteorites: Geological Mag., 2d ser: vol'. 2, p. 16-30, 70"SO, 115-123, 152-163, 214-226, 257-267, 311-320, 362- 372, 401-412, 497-504, 548-560, 589-608, illus., London, 1875; supple- ment, 2d ser. vol. 9, p. 58-69, 106-111, 164-170,- 212-219; 311-316, 356- 362, 424-429, 446-452, 505-509, 1882; vol. 10, p. 59-65,' '18'83; reprinted, 224 p., illus., London, Dulau and Co., 1887. A description of the fall of, and details about, the Stewart, Cherokee, and Whitfield Co. me- teorites are included. . ' . . FLINSCH-BUBA, MARGRET. 1. H[enry] F[airfield] Osborn [1857-1935], ein Nachdruf.aus Amerika: Natur und Volk,. vol. 66, no. 2, p. 54, Frankfurt/Main, 1936. FLINT, RICHARD FOSTER, 1902- 1. Pleistocene features of the Atlantic' Coastal Plain: Allier. Jour. Science, :v:ol. 238, p. 757-787, illus., 1940; discussion by Charles. Wythe Cooke, with title, Two shorelines or seven, vol. 239, p. 457-458, 1941; reply by author. with title, Pleistocene. str.andlines, a rejoinder, p. 459-462,_ 1941. A survey of the literature regarding the origin of the terraces along the Atlantic coast, including Georgia, is followed by detailed descriptions of features from Georgia. Ridges, stream offsets, and scarps (wave cut cliffs), are noted. Mati'ne niicrofossils are listed also. A marine origin for the features is indicated... 2; Atlantic coastal "terraces": Washington Acad. Science Jour., vol. . 32;. p. 235-237, 1942. The features along the east coast of the United States, including Georgia, which are called terraces, are reviewed. All are shown to be other types of marine features, and the term terrace is not applicable. Two scarps. are recognized. FLUKER, W. H. 1. Gold mining in McDuffie County, Georgia: Engineering and Mining Jour., vol. 73, p. 725-726, 1902; Amer. Inst. Mining Engineers Trami,, vol. 33, p.119-125, 1903. Gold occurs i.n quartz veins in mica- 'schist. Some of the veins are described. 2. Deep veins in the Appalachian belt: Engineering and Mining Jour.- Press, vol. 114, p. 93-94, illus., 1922. Details 'of gold-bearing quartz .: veins in the Dahlonega Belt an:d in the Columbia:- Mine in McDuffie Co. show that while the quartz veins vary in thickness with depth '' in the iatter, the value of the gold remains consistent per ton, and the veins do not "degenerate" as some have suggested. 96 FOERSTE, AUGUST FREDERICK, 1862-1936. 1. Notes on Clinton Group fossils with special reference to collections from Indiana, Tennessee, and [northwestern] Georgia: Boston Soc. Natural Hist. Proc., vol. 24, p. 263-355, illus., 1889. Calymene blumenbachii var. vodgesi from Catoosa and Walker Counties; C. rostra from Catoosa County, Leptaena transversalis prolongata from Dade Co., and Leptocoelia hemisphaerica from Catoosa Co., are discussed. Some are described and illustrated. All are Silurian. 2. On the Clinton oolitic iron ores: Amer. Jour. Science, 3d ser. vol. 41, p. 28-29, 1891. Cells of Bryo,zoa, filled with iron salts, are cited as one of the origins of the oolites. Examples from Dade County are cited. In some cases the Bryozoa is replaced and the cells are still unreplaced. All gradations are known. No concretionary origin for the oolites is evident. 3. Studies on the Chipola Miocene of Bainbridge, [Decatur Co.] Georgia, and of Alum Bluff, Florida, with an attempt to correlate certain Grand Gulf Group beds with marine .Miocene beds eastward: Amer. Jour. Science, 3d ser. vol. 46, p. 244-254, 1893. In a regional facies study, comparing the marine beds with non-marine beds toward the northwest, examples are taken from Decatur County. The section in "Gastropod Gully" is described, and fossils are listed. 4. The upper Vicksburg Eocene and the Chattahoochee .Miocene of [Decatur Co.] southwest Georgia and adjacent Florida: Amer. Jour; Science, 3d ser. vol. 48, p. 41-54, illus., 1894. The Vicksburg beds (Oligocene) are identified as residual chert in the Flint River Valley. A vertical section is reconstructed on the assumption that the chert, while not in situ, is left relatively in stratigraphic position in the residuum. A section is constructed; it is 150 feet thick. Fossils are listed. The overlying .Miocene rocks are also described. FORBES, EDWARD, 1815-1854, see Lyell, Charles, Jr., 4. FORD, WILLIAM EBENEZER, 1878-1939. 1. Edward Salisbury Dana [1849-1935]: Science, new ser. vol. 82; p. 342-344, 1935; Compass, vol. 16, no. 1, p. 15-18, 19,35. 2. .Memorial of Edward Salisbury Dana [1849-1935] : Amer. .Mineralogist, vol. 21, p. 173-177, port., 1936. [FORT, TOMLINSON, 1886-] see Little, George, 1. FORTSON, CHARLES WELBORN, JR., 1934- 1. (and Navarre, Alfred Theodore). Limestones exposed in the lower Withlacoochee Valley of [Brooks and Lowndes Cos.] Georgia: Southeastern Geology, vol. 1, p. 73-76, illus., 1959. Two formations, the Oligocene Suwanee Limestone and the Miocene Tampa Limestone, are recognized in the river valley and in sink holes. Each is described and analyzed. 97 2. (and Navarre, Alfred Theodore). Monazite-bearing pegmatites in the [Crawford Co.] south Georgia Piedmont: Econ. Geology, vol. 54, p. 1309-1311, illus., 1959. Pegmatites, a few inches thick, occur in shear zones in metamorphic rocks. They contain quartz, potash feldspar and small monazite crystals. The origin is uncertain but they may be genetically related to monazite-bearing granites a few miles away. 3. Preliminary reconnaissance of the geology and mineral resources of Hancock County, Georgia. ii, 16 p. (:!:), illus. geol. map, Georgia Inst. Technology, Engineering Experiment Station, Project no. A-436-2, 1959. A generalized geological description of the county is included. The metamorphic and igneous rocks of -the Piedmont are described, as .are the Cretaceous and Eocene sedimentary rocks. Kaolin is the chief mineral resource, and granite, clay, stone, and sand and gravel are also present. FOSBROOKE, S. H. 1. Gold in Georgia: Dixie, vol. 5, p, 423-424, 1889. Gold from near Stockbridge, in Henry Co. is reported but without detail, as is a gold- veirr reported from Oglethorpe Co. Other gold areas are described from throughout the Piedmont. FRAME, JAMES. 1. Further notes on the gold deposits of the southern Appalachians: Engineering and Mining Jour., vol. 111, p. 4, 1921. Details of the occurrence of gold-bearing quartz veins in :fissures in metamorphic rocks are given. Placers and mineralized zones in schist are also 'sources of gold. Emphasis is placed on the Dahlonega Belt. FRANCK, MONA L., see Pinson, William Hamet, Jr., 2. FRAZER, PERSIFOR, JR., 1844-1909. 1. Joseph Leidy [1823-1891] M. D., LL. D.: Amer. Geologist, vol. 9, p. 1-5, port., 1892. 2. Thomas Sterry Hunt [1826-1899] : Amer. Geologist, vol. 11, p. 1-13, port., 1893. 3. [Obituary notice of Edward Drinker Cope, 1840-1897]: Amer. Naturalist, vol. 31, p. 410-413, port., 1897. 4. Alphabetical cross reference catalogue of all the publications of Edward Drinker Cope from 1859 till his death in 1897: Sociedad Cienti:fica "Antonio Alzate" Memoria, vol. 14, p. 39-72, 233-256, 439-466, 1899; vol. 15, p. 31-96, Mexico, 1900. 5. (The) life and letters of Edward Drinker Cope [1840-1897]: Amer. Geologist, vol. 26, p. 67-128, port., 1900. 6. Catalogue chronologique des publications de Edward Drinker Cope [1840-1897] de 1859 a 1897 inclusivement: Societe geologique de Belgique Annales, vol. 29, p. BE 3-77, Liege, 1902. 98 FREEMAN, JACK. 1. Harrisburg Cave [Walker Co.]: Georgia Spelunker, vol. 1, no. 3, p. 8 (:!:), illus., 1957. A map of the cave in Lookout Mountain is included along with a very brief description. FRIIS, HERMAN RALPH, 19051. W[olfgang] L[ouis] G[ottfried] Joerg, 1885-1952: Assoc. Amer. Geographers Annals, vol. 43, p. 255-283, port., 1953. FRINK, JOHN WESTLAKE, 19161. (and Murray, Grover Elmer Jr.). Elliptical "bays" or "craters" of southeastern United States: Compass, vol. 17, p. 227-233, 1937. Twenty five features of the "Carolina Bays," some of which are in Georgia, are described. A meteorite impact origin is proposed. FRYXELL, FRITIOF MELVIN, 19001. Memorial to Franc;ois Emile Matthes, (1874-1948): Geol. Soc. America Proc. 1955, p. 153-168, port., 1956. FULLER, GLEN LOREN, 18911. Reconnaissance erosion survey of the state of Georgia. Map, scale 1 inch to 500,000 inches, U. S. Dept. Agriculture, Soil Conservation Service [n.d.]. A map of the state shows relative rates of erosion by colors, from little or none to destroyed by gullying. 2. Charting the effects of erosion in the Old-Plantation Belt of the southern Piedmont: Amer. Geophysical Union Trans., vol. 15, pt. 2., p. 495-500 (:j:), 1934. The rates of various types of soil erosion in different types of soils are studied. The figures are tabulated. Morgan and Jasper Cos. are used as examples for the entire region. FULLER, MYRON LESLIE, 1873-1960. 1. (and Lines, Edwin Fuller, and Veatch, Arthur Clifford). Record of deep well drilling for 1904: U. S. Geol. Survey Bull. 264, 106 p., 1905. Five wells from 305 to 700 feet deep, were reported drilled in Georgia; three are in the Coastal Plain and two are in Walker Co. Depth to water, rise of water in well, yield, and remarks are the table headings; no lithologic logs are included. 2. Peculiar mineral waters from crystalline rocks of [Cobb Co.] Georgia: U. S. Geol. Survey Water-Supply Paper 160, p. 86-91, 1906. Water from several springs in Cobb Co. is analyzed. The chlorine and sulphate content is very high. The local geology is described, and possible origins for the mineral water are discussed. The minerals may come from deep-seated sodalite- or apatite-bearing rocks, or may be water excluded from an igneous magma. 3. (and Sanford, Samuel). Record of deep-well drilling for 1905: U.S. Geol. Survey Bull. 298, 299 p., 1906. Eight wells were drilled in 1905, varying from 180 to 918 feet deep. The data are in tables which include as headings, depth to water, rise in well, yield, and remarks. Most are in the Coastal Plain; one is in Fulton Co. Generalized lithologic logs are included for most. 99 4. Artesian waters of the Atlantic Coastal Plain: Atner. Water Works Asspc. Proc. 28th Ann. Co:t;tvention, p. 294-322; illus., [1908]. A general review of the geology of the Coastal Plain i!3 given, followed by a discussion of the origin of artesian water. Potential artesian source rocks are described, some of which are in Georgia. FULTON, JOHN,FARQUHAR, 1899"1960. 1. Benjaillin Sillihiaii, ts:r~j 1779-1864, pathfinder in American science. xiii, 294 p., illus., New York, Henry Schuman [1947]. FURCRON, AUREtiu~ s'YD':t\i:E:Y; 1899- see also. Henderson, Edward Porter, 2, 4, 5; Hootinari, J~lli.es Albert, 1; L~G~and; Henry .Elwood, 2; Lester, James ,Qeor'ge; "(. .. , i, ",., . , .. 1. The gold deposits of the southeastern United States. M. S. Thesis, Univ. Virginia, 1923. r , I, 2. (and others). Mineral.!esources of Georgia, in Natural resources of Georgia, p. 121-222, ilius., Atlanta, State Dept. Education, 1938; reprinted as separate, 1938. This is a summary of the various min- eral resources of the state presented in popular form, and,. designed for the educational system of the state. No new details ari{given. 3. (and Munyan, Arthur Claude, and Smith, IUchard W~lli:iJ.gton). Rock wool opportunities for manufacturing in Georgia: Georgia Geol. Survey Inf. Circ. 10, 18 'p. (:j:), 1939. Exhortation for the use of Georgia material in the manufacture of rock-wool insulation includes,. many descriptions and analyses of rocks, mostly limestone, from the state. 4. Tp.e .flagstone h1dustry"of Georgia: Georgia GeoL Surv~y Inf. Circ. 1~, 8 p. (:j:); Wu~., 1940. A general d.esc:l'iption of the oliigin and use . o( fla,gston~ is folloW'ed by a desgription of pccurrences in Georgia. Most comes from the Pottsville Formation in northwestern Georgia and from several different cryst~lline. rocks in the. Piedmont .,and Blue Ridge. . . . . . . ,. 5. Magnesi~rii ,al):d :iriig:riesirtm 1 salts in C~iuinbia county, Georgia: ManufactU:r~r';:! Record, vol. 110, n,o. 2, p. 19~ :1,94~. A body of serpen- a: tine, very pi:n'e. an.rd., ..e. x: 'ten~ s.l.v. e.,.~ is ,de'scribe<. i a; s p'ot<:mtial source of .magnesium. . ... : , 6.' Dolomites ~n~ ma~neshim iimestolJ:es in Georgia:; G~orgia Geol. Sur- vey Inf. Circ. 14, 29 p. (:j:), ilhis., 1942. A general discussion of the origin and uses of dolomite and magil.esiumlimestone is followed by .descriptions of occurrences in Georgia. Most comes from the Paleozoic terrane of ri~r'th~estern Georgia, and so:ine comes from the va- rious marble belts in the Piedmont. Analyses are included. 7. (and Teague, Kefton Harding). Mica-bearing pegmatites of Geor.gia: Georgia Geol. Survey Bull. 48, xii,.192 p., illus., 1943. A general discussion of the origin of mica in pegmatites is followed by. a descriptien ?f individmil properties in many counties in the Blue Ridge and Piedmont... Small-scaie sk~tch lP3rPS are included. .8, J:'h.e crYcstalline basement: Southeastern Geol. Soc. [Guidebook] Field i'rip 2, p. 1-2 u:~' ll).44. A very CUl",Sory reyjew of the ro(!kS encountered on a :(ield trip in the Macon and Bibb Co. ara is given. 100 9. Amethyst in Georgia: Rocks and Minerals, vol. 20, p. 210-211, illus., 1945. This is a popular account of the occurrence of amethyst. Most comes from the Blue Ridge area in Rabun and Towns Counties. 10. (and Teague, Kefton Harding). Geologic map of the southern end of the Blue Ridge Mountains in [Pickens, Forsyth, Lumpkin and Cherokee Cos.] Georgia. Scale 1 inch to about 1 mile, Georgia Geol. Survey, 1945. 11. (and Teague, Kefton Harding). Geology of the southern end of the Blue Ridge in [Cherokee and Dawson Cos.] Georgia [abs.]: Geol. Soc. America Bull., vol. 56, p. 1161, 1945; Georgia Acad. Science Bull., vol. 3, no. 2, p. 5, 1945. 12. (and Teague, Kefton Harding, and others). Sillimanite and kyanite in Georgia (a preliminary report): Georgia Geol. Survey Bull. 51, x, 76 p., illus. incl. geol. map, 1945. Sillimanite-bearing schist is described from Hart, Elbert, Madison, and Towns Cos. as are massive kyanite-bearing rocks from Cherokee, Pickens, Dawson, and Gilmer Counties. Descriptions of the associated rocks are included. 13. (and Teague, Kefton Harding, and Calver, James Lewis). Talc deposits of Murray County, Georgia: Georgia Geol. Survey Bull. 53, x, p. 1-75, i!lus. incl. geol. map, 1947. Precambrian-Cambrian rocks are described, as are the numerous faults and folds. Talc occurs in dolomitic portions of the Cohutta Schist. Its occurrence and distribution is described and discussed. Analyses are included, as are descriptions of individual properties. 14. Cloudland Canyon State Park and Lookout Mountain, [Dade Co.] Georgia: Earth Science Digest, vol. 3, no. 5, p. 13-15, illus., 1948; Georgia Mineral Soc. Newsletter, vol. 1, no. 10, p. 22-26 (:!:), illus., 1948. A popular account of the geology of the area is given. Some of the geological features are described in a guidebook-like descrip- _ tion. 15. Amethyst near Hightower Bald, [Union Co.] Georgia: Rocks and Minerals, vol. 23, p. 796, 1948; Georgia Mineral Soc. Newsletter, [vol. 1] no. 7, p. 8-9 (:!:), 1948. A popular account of the occurrence of amethyst is given. No details are included. 16. Ketchum's cave: Georgia Mineral Soc. Newsletter, [vol. 1] no. 9, p. 12-13 (:!:), illus., 1948. A brief popular description of this cave in Whitfield Co. is given. 17. Meteorites in Georgia: Georgia Mineral Soc. Newsletter, [vol. 1] no. 7, p. 13-17 (:j:), illus., 1948. This is a popular account of some of the known meteorite falls in Georgia. A complete list is included. 18. (The) mineralogy of Indian artifacts in Georgia [abs.]: Georgia Acad. Science Bull., vol. 6, no. 1, p. 20, 1948. 19. Staurolite in Georgia: Georgia Mineral Soc. Newsletter, vol. 1, no. 12, p. 3-8 (:j:), illus., 1948; Earth Science Digest, vol. 3, no. 7, p. 7-12, 1949. A brief, popular account of staurolite includes descriptions of its occurrences in the Blue Ridge area of Georgia. 20. (The) geology of Tallulah Gorge [Habersham and Rabun Cos.]: Georgia Mineral Soc. Newsletter, vol. 2, no. 2, p. 11-12, (:!:), illus., 1949. This is a popular account of the origin of the gorge. A tributary of the southeastward-flowing Tugaloo River beheaded and captured part of the southwestward-flowing Chattahoochee River. 101 21. (The) Georgia story (the geological history of Georgia): [Part 1], Georiga Mineral Soc. Newsletter, vol. 2, no. 4, p. 2-14 (:j:), illus.; [Part 2], the Paleozoic, po. 5, p. 2-5 (:j:), illus.; [Part 3 ], the Paleozoic, no. 6, p. 2-6 (:j:), -illus.; [Part 4], the Paleozoic, no. 7, p. 4-7 (:j:), illus., 1949; [l?art 5 ], Paleozoic structures, vol. 3, p. 2-9 (:j:), illus.; [Part 6], Paleozoic rocks and minerals, p. 44-47 (:j:), illus.; [Part 7], Mesozoic and Cenozoic, p. 74-75 (:j:); [Part 8], the Mesozoic, p. 109-112 (:j:), illus.; [Part 9], Cenozoic times, p. 160 (:j:); [Pal't 10], the Tertiary rocks, p. 209-210 (:j:), 1950; [Part 11], Pleistocene, vol. 4, p. 1-3 (:j:), 1951. This is a popular account of the geological history of Georgia. No new data al'e included. 22. Peculiar quartz growths near Statham, Barrow County: Georgia Mineral Soc. Newsletter, vol. 2, no. 2, p. 7-9 (:j:), illus., 1949. The occurrence of crystalline quartz is described. The crystals occur in a lens in granite-injected schist. 23. Petroleum in the southeastern states: Georgia Mineral-Soc. News- letter, vol. 2, no. 2, p. 2-6 (:j:), 1949. A cursory -discussion of the petroleum potential of the. southeastern: United States includes that of Georgia, A chart lists the locations of the 36 wells drilled in Georgia. 24. Structural features of the Brevard Belt in Georgia [abs.]: Georgia Acad. Science. Bull., vol. 7, no. 1, p. -20, 1949, 25. Geological provinces of Georgia and their principal mineral re- sources, in Short contributions to the geology, geography, and archaeology of Georgia: Georgia Geol. Survey :13ull. 56, p. 10-20, 1950. This is. a short, g~neralized review_ of the chief mineral resources of Georgia. Nq- new data are include<;!; 26. Kyanite and sillimanite in the southeastern: states; in Snyder, Frank G., ed., Symposium on mineral. resources of the southeastern United States, p. 99-111, illus., 1950. A generalized discussion. of the nature and occurrence Of this mineral inCludes occurrences in Rabun and Habersham Counties. The mineral occurs in a muscovite schist. Other occurrences in the Piedmont and Blue Ridge are described. Sillimanite in biotite-muscovite schist in the Piedmont is also discussed. 27. Geology of the crystalline rocks, in Geology of the crystalline rocks and of the Paleozoic area of northwest Georgia: Southeastern Geol. Soc. [Guidebook], Field Trip 7, p. ~-8 (:j:); illus., 1951. A generalized description of the rocks is given along with an itemized .road log of a field trip from Atlanta, Fulton Co., to Allatoona, Cobb County. 28. Radioactive garnet from Towns County: Georgia Mineral Soc. News- letter, vol. 4, p. 130 (:j:), 191)1. A brownish-red garnet rock which is radioactive is described. The nature and source of the radioactivity are not known. ' - 29. Relation of stratigraphy and structure to origin of the north Geo-rgia Highland [abs.]: Georgia Acad. Science Bull., vol., 9, no. 1, p. 19, 1951. 30. Salt springs and wells of Cobb and Douglas Counties, Georgia-a groundwater enigma: Georgia Mineral Soc, Newsletter, vol. 4, p. 8-10 (:j:), 1951. Brines from wells in the metamorphic rocks are discussed; analyses are included. No explanation is available. 102 31. Stratigraphy and structure of Georgia crystalline rocks [abs.]: Geol. Soc. America Bull., vol. 62, p. 1551, 1951. 32. Basilosaurus cetoides from Crawford County, Georgia [abs]: Georgia Mineral Soc. Newsletter, vol. 5, p. 54 (:j:), 1952. 33. Diamonds near Macon, [Bibb Co.] Georgia [abs.]: Georgia Mineral Soc. Newsletter, vol. 5, p. 154 (:j:), 1952. 34. Dr. [Thomas Poole] Maynard [1883-1952.]: Georgia Mineral Soc. Newsletter, vol. 5, p. 167 (:j:), 1952. 35. Georgia's copper deposits: Georgia Mineral Soc. Newsletter, vol. 5, p. 137-139 (:j:), 1952. This is a popular account of the occurrence of copper in the Blue Ridge and Piedmont of Georgia. 36. Mastodon tooth from near Cartersville, [Bartow Co.] Georgia [abs.]: Georgia Mineral Soc. Newsletter, vol. 5, p. 53-54 (:j:), 1952. 37. Spore discs from Cambrian shale [Floyd Co.] [abs.]: Georgia Mineral Soc. Newsletter, vol. 5, p. 54 (:j:), 1952. 38. Thar's gold in them hills: Georgia Mineral Soc. Newsletter, vol. 5, p. 129-134 (:j:), illus., 1952. This is a popular account of the gold deposits of northern Georgia, with special consideration given to the Chamber's Nugget from White County. 39. Aquamarine prospect, Pickens County: Georgia Mineral Newsletter, vol. 6, p. 40-41, illus., 1953. Aquamarine and golden beryl occur in a pegmatite in the local biotite granulite. 40. Bloating granites in the Cohutta Mountains of Murray County, Georgia: Georgia Mineral Newsletter, vol. 6, p. 8-11, illus., 1953. Granite, which expands when heated to make a potential aggregate, is described. The granite intrudes granite gneiss. 41. Comments on the geology of the Ellijay Quadrangle [Fannin, Gilmer, Union, Pickens, Dawson, and Lumpkin Cos.] Georgia-North Carolina-Tennessee, in Short contributions to the geology, geography, and archaeology of Georgia (no. 2) : Georgia Geol. Survey Bull. 60, p. 32-40, illus., 1953. A generalized description of the stratigraphy of the quadrangle is given. There are 4 great sequences of metamorphic rocks, the youngest one, the Murphy Series, is considered to be Paleozoic in age, the others Precambrian. Very little igneous intrusion is evident. 42. Siliceous oolite and doubly-terminated quartz crystals in [Murray Co.] northwest Georgia [abs.]: Georgia Mineral Newsletter, vol. 6, p. 32, 1953. 43. (and Chancey, C. N.). (The) Minerals Processing Company Mine and other beryl depo,sits in Troup County, Georgia: Georgia Mineral Newsletter, vol. 7, p. 140-144, illus., 1954. Beryl occurs in kaolinized pegmatite surrounding a quartz core; the entire mass is enclosed in biotite gneiss. Some aquamarine occurs also. Other local deposits are described. 44. Silica gel at Laurel Creek corundum mine, Rabun County: Georgia Mineral Newsletter, vol. 7, p. 122, 1954. Silica gel is found at the surface near the mine; it is a weathering product of several basic silicate minerals. 45. Apatite near Nachoochee, [White Co.] Georgia: Georgia Mineral Newsletter, vol. 8, p. 77, 1955. A gem quality, high-calcium green apatite occurs in coarsely crystalline biotite gneiss. 103 46. 47. 48. 49. Prospecting for uranium in Georgia, Part 1: Georgra Mineral Newsletter, vol. 8, pi 38-4~, illuf:\,, 1955. A brief d(;ls,cription. of the general geology of the state is follo-w:ed by a discussion of some of the known uranium locations in, the stat(;). None is very big or important. (The) Georgia Highland: Gi!orgia. Mineral Newsletter, vol. 9, p. 91104,.~illus.,' 195(f;'. correction; vol/ 10, p. 38, 1951. This is a' semipopular, abundantly .illustrated; accomit of the geology, physiography and economics of the Blue Ridge Province: Iron ores ii!f the Ch'tyton Formatibn in Stewart and Quitman Coun- ties, Georgia:.Geotgia Mineral Newsletter, vol. 9, p; 116-124, illus., 1956. Th~ !'Jre is mostly limonite occurring as geod'es or as the cement ofsandstone. It occurs at thi! base of tlie Paleodme Clayton Formation. Maps show the location of known ore outcrops. Analyses are included. (and Ray, Donald L.). Clayton iron ores of Webster County, Georgia: Georgia Mineral Newsletter, .vol. 10, p, 73-76; illlis~ incl. geol. map, 1957. Iron ore, as hematite, goethite and limonite, occurs as as geodes and cement in sand~tone. It is near t~e base of the Paleocen(;) ClaYton Formation. Several anaJyses are included. 50. (and Perry, Eugene, Carleton, Jr.). Litneston(;ls of Lee County, Georgia: Georgia Mineral', Newsletter; .v:ol.. 11, P 111-118, illus., 1958. The distribution of. the Ocala Limestone in the county is deScribed, and analyses are givehcfor many:outcrops. Most outcrops are associated with :sink holes; 51. (and' Perry, Eugene Carleton, Jr.). Mineral resource survey of Crisp County, Georgia: Georgia Mirie~al' Newsletter; vol. 11, p. 37-44, illus., 1958. Limestone and fuller's ea.fth are the two economic products described. They. are located and analyzed. 52. Mineral resource survey of Floyd County, Georgia: Georgia Mineral Newsletter, vol. 11, p. 1-15, Hlus., 1958. '],'he presence and economic potential of shale, limestone, bauxfte, iron, manga:nese, light weight aggregate, sand and gravel, ch~rt, tripoli, barite, and mineral springs are descriped. Ana!yse::; are included for most. 53. Beryl in[ Georgia: Georgia Miiieral N(;lwsletter, vol. 12, p. 91-95, 1959. A brief description ~f th~ occurrence and proper:ties of beryl is followed .by an account of ~ts oc~urrences in Georgia. It ;is reported from 23 counties in .the Piedmont and Blue Ridge. 54. [Columbite in Paulding, Troup, and Fayette Cos.] [abs.]: Georgia Mineral Newsletter, v'ol. 12; p. 26, ~959. 55. Helium and[!] helium [?argon] in Georgia: Georgia Mineral Newsletter, vol. 12, p. 60-61, 1959.. Helium has been reported from natural gas wells in Decatur. and Walker C~unties. None is in commercial quantity, however. A trace of argori is also reported. 56. Notes of some iron ore deposits in Worth County: Georgia Mineral Newsletter, vol. 12, p. 62, 1959. Sandy ironstone pebbles, and goethite-hematite geodes are reported from. l).ear Sylvester;. The origin and age of thE! ore are not discussed; an analysis is included. 104 57. (The) distribution and character of stone for aggregate in Georgia: Symposium on geology as applied to highway engineering, Proc. lOth, p. 5-25, illus., Atlanta, Georgia Inst. Technology, 1959; Georgia Mineral Newsletter, vol. 12, p. 1-8, illus., 1959; correction, p. 62. This is a review of the great variety of rocks available throughout the state. Each type is lithologically described, and its qualities as aggregate stone are discussed. FURNISH, WILLIAM MADISON, JR., 1912- see Miller, Arthur Keith, 1. G.1. James Furman Kemp [1859-1926] : Canadian Mining and Metallurgical Bull. 177, p. 22-25, port., Ottawa, 1927. GABB, WILLIAM MORE, 1839-1878, see also Morton, Samuel George, 1. 1. Notes on American Cretaceous fossils with descriptions of some new specimens: Acad. Natural Science Philadelphia Proc. 1876, p. 276324, 1877. Many mollusks from the [Providence] Formation in Clay County are described. Many are new. Some pelecypods from the Ripley Formation in Stewart and Quitman Cos.. are also included. GALPIN, SIDNEY LONGMAN, 1886-1962. 1. A preliminary report on the feldspar and mica deposits of Georgia: Georgia Geol. Survey Bull. 30, xii, 190 p., illus., 1915. A general discussion of the nature and occurrence of rocks in the Piedmont and Blue Ridge is followed by details of the occurrences of feldspar and mica in pegmatites, by county. Analyses are included. GARDNER, CHARLES HARWOOD, 1937- 1. (and Grant, Willard Huntington). An unusual occurrence of gypsum crystals [Lumpkin Co.] [abs.]: Georgia Acad. Science Bull., vol. 17, p. 76, 1959. GARDNER, JULIA ANNA, 1882-1960, see also Clark, William Bullock, 4; Cooke, Charles Wythe, 22.. 1. Coastal Plain and European Miocene and Pliocene mollusks: Geol. Soc. America Bull., vol. 35, p. 857-866, 1924. Inference to Georgia is made in a generalized comparison of European and American Miocene Stages. The fauna in general, and some genera and species, are compared. 2. The detection of the Chipola fauna in the Marks Head Marl: Washington Acad. Science Jour., vol. 15, p. 264-268, 1925. The fauna of the type area in Effingham Co. is re-evaluated and determined to be a Chipola equivalent rather than an equivalent of the Calvert or Alum Bluff Formations. 3. The molluscan fauna of the Alum Bluff Group of Florida [and Decatur Co.] [in 8 parts]: U. S. Geol. Survey Prof. Paper 142, 707 p., illus., 1926-50. Over 800 species of mollusks are described and illustrated. Fossils from the Oak Grove Sand, south of Bainbridge, are included. 105 4. Memorial of Truman Heminway Aldrich [1848-1932]: Geol. Soc. America Bull., v.ol. 44, p. 301-307, port., 1933. 5. (and Bowles, Edgar Oliver). The Venerica.rdia planicosta group in the Gulf Province: U. S. Geol. Survey Prof. Paper 189-f, p. ii, 143-215, illus., 1939. A 'detailed description of the evolutionary differentiation and geographic dist:ributibn of the group includes descriptions of those found in the.Eocene rocks of western Coastal Plain Georgia. 6. [Wendell Clay Mansfield, 1874-1939]: Washington Acad. Science Jour., vol. 30, p. 494-495, 1940. GARRARD, JAMES A. 1. A study of the soil series of Georgia, their distribution, physical characteristics, and chemical composition. M. S. Thesis, Univ. Georgia, 1930. GATES, DANIEL WILLIAM, 1921- see Brown, William Robert, 1; Olson, Jerry Chipman, 1.. GEIJER, PER ADOLF, 1886- 1. James Furman Kemp [1859-1926] : Geologiska Foreningens. i Stockholm Fbrharidlin'ga:i:, vol. 48, p. 593, l926. 2. Waldemar Lindgren, February 14, Ui60 - November 3, 1939: Geologiska Foreningens i Stockholm Forhandlingar, vol. 61, p. 509-512, port., 1939. ' GENTH, FREDERICK AUGUSTUS, 1820-1893, see, also Jackson, Charles Thomas, .3; Pratt, Nathaniel Alpheus, Jr., 1; Shepard, Charles Upham, 5. 1. Automolite, no. 7 of Contributions to mineralogy: Amer. Jour. Science, 2d ser. vol. 33, p. 196, 1862. The mineral, probably spinel, from the Canton, Mine, in Cherokee County, is analyzed., 2. Gold, pseudomorph after aikinite, no. 1 of Contributions to mineralogy: Amer, Jour. Science, 2d ser. vol. 33, p. 190, 1862. A. small specimen, probably from Georgia, is des,cribed. The gold occurs in a bismuth carbonate which has the form of the aikinite on the same specimen. 3. Staurotide ?, no. 11 of Contributions to mineralogy: Amer. Jour. Science, 2d ser. vol. 33, p. 198-199, 1862. The mineral from the Canton Mine in Cherokee Co. is analyzed. 4. Corundum, its alteration and associated minerals: Amer. Philos. Soc. Proc., vol. 13, p. 361-406, 1873; Pennsylvania Univ. Lab. Contrib. 1, 46 p., Philadelphia [1873]; Journal fuer praktische Chemie, vol. 9, p. 49-112, Leipzig, 1874. A treatise on the origin and occurrence of corundum includes descriptions of deposits in northern Georgia, especially in soapstone, in Rabun, Towns, and Hall Counties. The associates and alteration minerals are discussed also, though little of the data come from Georgia. 106 5. On American tellurium and bismuth minerals: Amer. Philos. Soc. Proc., vol. 14, p. 223-231, 1876; Journal fuer praktische Chemie, vol. 10, p. 355-368, Leipzig, 1874. Tetradymite from Spalding Co. (error for Pauding Co.?) is associated with the gold ore in small, lead-colored scales. 6. Corundum, altered to zoisite [Towns Co.], no. 2 of Contributions to mineralogy: Amer. Philos. Soc. Proc., voL 20, p. 382., 1883. Corundum altered to zoisite is mentioned. No details are included. 7. (and Penfield, Samuel Lewis). Fuchsite, no. 10 of Contributions to mineralogy, no. 54: Amer. Jour. Science, 3d ser. vol. 44, p. 388-389, 1892,. Deep emerald-green scales in a quartz-mica schist from Habersham Co. are analyzed and described. They are crystals of fuchsite. GEORGIA INSTITUTE OF TECHNOLOGY INDUSTRIAL ECONOMIC RESEARCH STAFF. 1. Economic study of northeast Georgia: Georgia Inst. Technology Engineering Exper. Sta. Spec. Rept. 21, 292 p., 1946. In an otherwise exclusively economic survey of the Blue Ridge Province, a few pages are devoted to a cursory description of the geology and mineral resources of the are.a. No new data are included. 2. Economic study of the Rome [Flo.yd Co.] area: Georgia Inst. Technology Engineering Exper. Sta. Bull. 9 [!Spec. Rept. 20], 271 p., illus., 1946. An economic survey, which includes much statistical data, also includes a summary of the mineral deposits of the area. Descriptions of deposits and analyses are included. GEORGIA MEDICAL SOCIETY. 1. The substance of a report read before the Georgia Medical Society by a committee of its members, February 4, 1809 . . . . 34 p., Savannah, Everitt and Evans, 1809; summary, Medical Repository, 3d hex. vol. 1, p. 153-158, 1810. A report on the medical aspects of growing rice in the low swampy areas of Chatham Co. includes a description of the physiography of the region. Yellow fever and malaria are fearsome. GIBBES, LEWIS R., 1810-1894. 1. Xenotime from the gold region of [Habersham Co.] Georgia [abs.]: Amer. Jour. Science, 2d ser. vol. 13, p. 142-143, 1852. GIBBES, ROBERT WILSON, 1809-1866. 1. Monograph of the fossil Squalidae of the United States: Acad. Natural Science Philadelphia Jour., 2d ser. vol. 1, p. 139-147, 191206, illus., 1848-1849. Teeth of Lamna cuspidata from Eocene rocks in [Washington Co.?] are described and illustrated, as are many other shark teeth from elsewhere. 2. [Discussion of] On a new application of the magnetic telegraph, by Matthew Fontaine Maury: Amer. Assoc. Advancement Science Proc., vol. 3, p. 57, 1850. Stone Mountain, in DeKalb Co., is suggested as a possible locale for an experiment in determining geophysical and geodetic values of the gravity of the earth. It is the best location in Georgia for gravity-determining experiments. 107 3. Remarks on the fossil Equus: Amer. Assoc~ Advancement Science Proc., vol. 3, p. 66-68, 1850. A tooth of Equus americana, from [Pleistocene] rocks on Skidaway Island, in Chatham Co., is reported. 4. (A) memoir on Mososaurus and the three allied new genera Holcodus, Conosaurus, and Amphorosteus: Smithsonian Contribs. Knowledge, vol. 2, art. 5, 13 p., illus., 1851. Teeth of M ososaurus Couperi from Cretaceous rocks exposed along the Chattahoochee River are described and illustrated. Teeth from M. minor from Cretaceous rocks in Georgia [probably along the Chattahoochee River] are also described and illustrated. GIBSON, COUNT DILLON, 1888-1961. 1. The wonderful marshes of Glynn [County]: Emory Univ. Quarterly, vol. 3, p. 116-121, 1947. \This is a popular account of the origin of the salt- and the fresh-water swamps in 'Glynn Qotmty. -They are formed by poor drainage 011 recently~evac1lated coast;ll flat areas. 2. Sea Islands of Georgia, their geologic history. 73 p., illus., Athens, Univ. Georgia Press, l948. A generalized .descriptio~ of 'the geology of Georgia. is followed by a detailed de~cription of the geology of the offshore islands~ They are thought to be erosiomil remnants from meandering streams, tb.'e whole area h~ving .been recently inundated. GILBERT, GROVE KARL, 1843~1918. 1. John Wesley Powell [1834-1902] : Science, new ser. vol. 16, p. 561- 567, port., 1902; Smithsonian Inst. Ann. Rept. 1902, p. 633-640, port., 1903. - 2. (editor, and others). John Wesley Powcill, [1834-1902]-a memorial to an American explorer and scholar. 75 p., port., Chicago, Open Court Pub. Co., 1903; reprinted from The Open Court, vol. 16, p. 705-716, 1902; vol. 17, p. 14-25, 86-94, 162-1'74, 228-239, 281- a 290, 342w351, port., 1903. 3. [John Wesley] Powell [1834-1902] as geologist: Washington Acad. Science Proc., vol. 5, p. 113-118, 1903. GILDERSLEEVE, BENJAMIN, 1907- see also Butts, Charles, 4; ~Iunter, Charles Eugene, 4. 1. Minerals and structural materials of the Guntersville Reservoir area: Tennessee Valley Auth. Commerce Dept. Regional Products Research Div. Rept. 3, 20 p. (:j:), illus., revised, 1946. Coal and other mineral resources from Dade Co. are described in a survey of the resource potential of the area. Few details are included except analyses of the coal. 2. Minerals and structural materials of the Hales Bar and Chickamauga Reservoir areas: Tennessee Valley Auth. Commerce Dept. Regional Products Research Div. Rept. 4, 54 p. (:j:), illus., revised, 1946. Bentonite and coal from Dade and Walker Cos. are described as mineral resources in the area of the reservoirs. Coal analyses are included. Other resources are alluded to, but flo specific discussion is included. 108 GILES, ALBERT WILLIAM, 1885-1954. 1. Thomas Leonard Watson [1871-1924]: Science, new ser. vol. 61, p. 225-226, 1925. GILL, THEODORE NICHOLAS, 1837-1914. 1. Edward Drinker Cope [1840-1897], naturalist-a chapter in the history of science: Amer. Naturalist, vol. 31, p. 831-863, port., 1897; Science, new ser. vol. 6, p. 225-243, 1897. GILMORE, CHARLES WHITNEY, 1874-1945. 1. Fossil snakes of North America: Geol. Soc. America Spec. Paper 9, vii, 96 p., illus., 1938. Crotalus sp., a rattlesnake, is reported from Bartow Co. in Pleistocene sediments. GLADE GOLD MINES. 1. Reports of Professor [Ebenezer] Emmons . . . and Professor [John] Darby ... together with other matters relative to the Glade Gold Mines, Cass [Bartow] County, Georgia. 19 p., illus., Montgomery, Alabama, Barrett and Wimbish, 1859. A prospectus includes descriptions of the gold-bearing quartz veins near Allatoona. Ten distinct veins are present, all trending northeast-southwest. Great promise is shown. GLASS, HERBERT DAVID, 19151. High-temperature phases from kaolinite and halloysite: Amer. Mineralogist, vol. 39, p. 193-207, illus., 1954; reprinted as Illinois State Geol. Survey Rept. Inv. 173, 1954. Kaolin from Dry Branch, Twiggs Co., is used along with other samples from elsewhere in x-ray and differential thermal analys.es in establishing the signifcance of various observed thermal effects. GLEASON, F. E. 1. Smoky quartz in [Jasper Co.] Georgia: Georgia Mineral Newsletter, vol. 11, p. 132-133, 1958. Smoky quartz occurs in veins from 2 inches to greater in thickness. GLENN, LEONIDAS CHALMERS, 1871-1951. 1. Denudation and erosion in the southern Appalachian region U. S. Geol. Survey Prof. Paper 72, 137 p., illus., 1911. A de,scription of erosion effects as a result of deforestation includes much of northern Georgia. The Chattahoochee, Coosa, and Savannah River basins are discussed. GLENNIE, E. A. 1. Crustal warping in the United States: Beitraege zur Geophysics, vol. 46, p. 193-197, Leipzig, 1936. In a discussion showing the relationship between isostatic anomalies and latitude, a map of the United States shows that the Appalachian region is downwarped, and that this downwarping passes southward through Georgia all the way to the Gulf of Mexico. The Atlantic Coastal Plain area is upwarped. 109 2. Gravity anomalies in the United States: Jour. Geology, vol. 44, p. 765-782, illus., 1936. The theory of warp anomaly is explained, and a map of the United States shows this anomaly; Georgia is included. The Appalachian area is clearly defined by positive and negative anomalies. GLOCK, WALDO SUMNER, 1897- 1. The development of drainage systems, a synoptic view: Geographical Review, vol. 21, p. 475-482, illus., 1931; discussion with title, Development of drainage systems and the dynamic cycle; by Douglas Wilson Johnson, vol. .23, p. 114-121, illus., 1933. The drainage pattern of the Egypt Quadrangle, E.ffingham and Bulloch Cos., is used as an example of initial drainage in a study involving certain factors in the development of drainage patterns. Johnson uses the same. examples to suggest other -fatcors a(:l the cause of the current pattern. GLOVER, LYNN. 1. Chattanooga Shale in Alabama, Georgia, and Tennessee, in Black shale investigations, in uranium in carbonaceous rocks [Part 5] of Geologic investigations of radioactive deposits: U.S. Geol. Survey Trace Elements Investigations 540, .p. 170-174 (:j:), illus., 1955. A cursory description of the physical properties and distribution of the Chattanooga Shale includes locations in northwestern Georgia. A sketch-isopach map is included. 2. Stratigraphy and uranium content of the Chattanooga Shale in northeastern Alabama, .northwestern Georgia, and eastern Tennessee: U. S. Geol. Survey Bull. 1087-E; p. iv, 133-168, .illus., 1959. Detailed stratigraphic correlations are made, many from northwestern Georgia. Sections are measured and pre- and post-Chattanooga Shale formation contacts are described. The uranium content is tabulated. Conodonts from Floyd, Chattooga, and Walker Cos. are listed. GOEBEL, ADOLPH. 1. Kritische Uebersicht der im Besitze der kaiserlichen Akademie der Wissenschaften befindlichen aerolithen: L'academie Imperial des Sciences de St. Petersbourg Bull., vol. 11, col. 222-282, illus., 1867. Notice is made of the purchase of a part of the Monroe Co. meteorite by the Royal Academy. No details are included. GOLDBERG, EDWARD D., 1921- 1. (and Uchiyama, Aiji, and Brown, Harrison Scott). The distribution of nickel, cobalt, gallium, palladium, and gold in iron meteorites: Geochemica et Cosmochemica Acta, vol. 2, p. 1-25, illus., London, 1951. Very detailed analyses of many meteorites includes that of the Cedartown, Polk Co. stone. The data are used in a galliumbased classification. 110 GOLDRING, WINIFRED, 18881. Memorial to Rudolf Ruedemann (1864-1956): Geol. Soc. America Proc. 1957, p. 153-161, port., 1958. GOODELL, HORACE GRANT. 1. (and Nettles, James Edward). New evidence [Stewart Co.] in support of a detrital origin for the Upper Cre.taceous kaolin deposits of the southeastern United States [abs.]: Geol. Soc. America Bull., vol. 70, p. 1763, 1959. GOODWIN, MELVIN H., JR., see Hendricks, Ernest LeRoy, 1, 2. GORANSON, ROY WALDEMAR, 1900-1957. 1. The solubility of water in granite magmas: Amer. Jour. Science, 5th ser. vol. 22, p. 481-502, illus., 1931. The solubility of water in granite glass with the pressure effect from 500 to 4000 bars at 900C and with the temperature effect from 600 to 1200oC at 980 bars is studied. Stone Mountain Granite, from DeKalb County, is used as one of the examples. 2. Some notes on the melting of [Stone Mountain, DeKalb Co.] granite: Amer. Jour. Science, 5th ser. vel. 23, p. 227-236, 1932.. Stone Mountain Granite is melted in the presence of water in a bomb. All of the minerals become liquid at different temperatures depending upon the amount of water in the bomb and the pressure. GORSLINE, DONN SHERRIN. 1. Preliminary report on shelf and slope sediments from Cape Hatteras, North Carolina, to Jupiter Inlet, Florida [abs.]: Geol. Soc._ America Bull., vol. 69, p. 1571-1572, 1958. GOTT, GARLAND BAYARD. 1. (and Wyant, Donald Gray, and Beroni, Ernest Pete). Uranium in black shales, lignites, and limestones in the United States, in Selected papers on uranium deposits in the United States: U. S. Geol. Survey Circ. 22.0, p. 31-35, illus., 1952,. The Chattanooga Shale of northwestern Georgia and elsewhere is known to contain radioactive elements, but the concentration is not very high. No specific figures are given. GOTTLIEB, SIDNEY, 1918- see Klinefelter, Theron Albert, 1. GOULD, JOSEPH CHARLES, 19311. (A) study of the Ordovician Ostracoda below the green chert horizon in [Walker and Catoosa Cos.] northwest Georgia. M. S. Thesis, Emory Univ., 1957. 2. (The) study of the parting and heavy mineral content of a Piedmont stream and its saprolitic bedrock [DeKalb Co.] [abs.] : Georgia. Acad. Science Bull., vel. 15, p. 62, 1957. 111 GRABAU, AMADEUS WILLIAM, 1870-1946. 1.. Types of s.edimentary overlap: Geol. Soc. America Bull., vol. 17, p. 567-636, illus., 1906. Recognit~on of marine transgression, or overlap, from a study of the vertical succession of rocks is pointed out. Examples are taken from the Devonian System near Rome, Floyd County. . 2. The age and stratigraphic relation of the Chattanooga black shale [abs.]: Science, new ser. vol. 25, p. 771,, 1907. 3. Physical and faunal evolution of North America during Ordovicic, Siluric, and early Devonic time: Jour. Geology, vol. 17, p. 209-252, illus., 1909. A cursory comparison, in large part by maps, of the major physical features of the United States during these times includes Georgia. Rough correlations of major time-rock units and the enclosed fauna are include'd, No details are given. ' 4. Dr. Henry Fairfield Osborn [1857~19.35], ari .appreciation: Peking Natural Hist. Bull., vol. 10; pt'. 2; p. 165-166,.'port., 1935. 5. Palaeozoic formations in the light of the .pulsation the0ry. 4 vols., 680 p., 751 p., 850 p., 941 p., illus.; Peking Univ. Press, 1934-1938; 2d ed. vol. 1,. 1936; summary witli title, Revised classification of the Palaeozoic Systems in the light of the Pulsation theory: Geol. Soc. China Bull., vol. 15, p. 22-44, discussion, p. 44-51, Nanking, 19.3.6. The theory of universal simultaneous overlap and offlap is advocated, with some .of .the examples of results coming from Georgia. Rock units are related to "pulses": The Weisner to Rome formations represent one pulsation, the Taconian; the Gona::;auga. Formation is the Cambrian Pulsation; the Knox Formation is in the Gam- brordovician Pulsation. Small scale paleogeographic, mapa a:re in~ eluded. The work was never completed. ' " ' ' ' ' ". ,c ' 6. Classification of Paleozoics on Pulsation theory: Pan-Amel~. Geo- iogist; vol. 66, p. 19-34, illus., 1936. A summary oft:he .evidence for the Pulsation theory around the world is gi.ven. Allusion is made to the Paleozoic rocks in northwestern Georgia. Little detail is given, however. GRANGER, WALTER WILLIS, 1872-1941. 1. William Diller Matthew [1871-1930] : Jour. Mamm:alology, vol. 12, p. 189-194, port:, 1931. 2. Memorial to FrederiCk Br'ewster Loomis [1873'~'1937] : Geol. Soc. America Proc. 1937; p. 173-'181, port., 1938. GRANT, LELAND FAUNTLEROY, 1913- see Kellberg, John M., 3. GRANT, WILLARD HUNTINGTON, 1923- ,see also Gardner, Charles Har- wood, 1. - .;..) 1. Alums from Raburi County: Georgia Mineral Soc. Newsletter, vol. 2, no. 6, p. 8-9 (:j:), 1949. Yellowish to white aium crystals, formed under ledges, from near Rabun Gap; are'analyzed; 2. (The) lithology an'd structure of the Brevard Schist and the hornblende gneiss in the Lawrenceville, [Gwinnett Co.] Georgia area. M. S. Thesis, Emory Univ.; 1949. 3. (A) new hornblende locality in Towns County: Georgia Mineral Soc. Newsletter, vol. 2, no. 5, p. 6 (:j:), illus., 1949. Crystals from the Lower Bell Creek corundum mine, from behind an inglorious chicken coop, are described. 4. Picrolite from Buck Creek, N. C. and Track Rock Gap, Union County, Georgia: Georgia Mineral Soc. Newsletter, vol. 2, no. 6, p. 7 (:!:), 1949. Dark green, fibrous picrolite is described from the tailings of the Track Rock Gap corundum mine. 5. The petrography of three Georgia itacolumites, [Hall, Barrow, and Meriwether Cos.], in Short contributions to the geology, geography, and archaeology of Georgia: Georgia Geol. Survey Bull. 56, p. 91-96, table, 1950. All are metamorphic rocks; all are anaJyzed. The degree of flexibility is related to the interstitial distances. Mica decreases the friability but does not add to the flexibility. 6. Preliminary investigation of the relation of the granites to regional metamorphism in Hart County, Georgia [abs.]: Geol. Soc. America Bull., vol. 64, p. 1531, 1953. 7. Cubic-looking quartz crystals near Chickamauga, [Walker Co.] Georgia, in Mineralogical notes: Georgia Mineral Newsletter, vol. 8, p. 150, illus., 1955. Several crystals have an overdevelopment of positive rhombohedra and an underdevelopment of the negative rhombohedra and prisms, resulting in a cubic appearance. 8. (The) geology of Hart County, Georgia: Ph D. Thesis, Johns Hopkins Univ., 1955; Georgia Geol. Survey Bull. 67, viii, 75 p., illus. incl. geol. map, 1958. A complete geologic description is given. Metamorphosed sedimentary rocks and granitic igneous rocks of unspecified age are mapped, as are Triassic diabase dikes and Quaternary alluvium. The metamorphism is discussed, as are the resulting structures. Petrographic diagrams are included. Mica, sillimanite, and a few other minor economic products are discussed. 9. Iron deposit near Bowersville, Hart County, Georgia, in Mineralogical notes: Georgia Mineral Newsletter, vol. 8, p. 65, 1955. A limonite gossan, weathered from a pyrite schist, is the origin of the ore. 10. (An) occurrence of halloysite at Emory University [DeKalb Co.], in Mineralogical note: Georgia Mineral Newsletter, vol. 8, p. 65, 1955. The clay occurs as joint and fracture fillings from a fraction of an inch to an inch thick, in amphibolite saprolite. 11. Secondary calcite from Mitchell Creek Mica Mine [Upson Co.] in Mineralogical notes: Georgia Mineral Newsletter, vol. 8, p. 150, 1955. The calcite occurs as coatings on fracture surfaces in pyritebearing, biotite quartz schist. The coatings range upward to 14 inch in thickness. 12. Ferruginous nodules occurring in the soils of some areas of the Piedmont and the Coastal Plain: Georgia Acad. Science Bull., vol. 14, p. 4-6, 1956. Nodules containing material from the underlying bedrock, cemented with magnetite, are described. The magnetite has been precipitated within the soil and nodules; it is not present in the bedrock. 113 13. Example of diopside amphibolite weathering near Atlanta, [Fulton Co.] Georgia [abs.] : Geol. Soc. America Bull., vol. 69, p. 1573, 1958. 14. Mineral changes produced by weathering a feldspathic amphibolite gneiss from DeKalb County, Georgia [abs.] : Georgia Acad. Science Bull., vol. 16, p. 7, 1958. 15. An interpretation of some granite contacts [DeKalb Co.] [abs.] : Georgia Acad. Science Bull., vol. 17, p. 72, 1959. 16. Preliminary study of the Towaliga Fault in Pike and Lamar Counties, Georgia [abs.]: Geol. Soc. America Bull., vol. 70, p. 1763, 1959. GRASTY, JOHN SHARSHALL, 1880-1930, see also Watson, Thomas Leonard, 20, 21. 1. The geology and barite deposits of the Cartersville, [Bartow Co.] Geo'rgia district, part 2 of Mineral resources of the' south: Tradesman, vol. 69, no. 21, p. 35-37, illus., 1913. A gemeralized description of the residual-barite-bearing Cambrian roCks is given. Originally, the barite was deposited by ground water in fissu:res in the Weisner and [Shady] formations and was later redistrib11ted by the same water system. GRATACAP; LOUIS POPE; 1850-1917. 1. Relations of James Hall [1811-1898] to American geology: Amer. Naturalist, vol. 32, p. 891-902, port., 1898. 2. The state museum of minerals at Atlanta, Georgia: Mineral Collector, vol. 15, p. 129-132, 1908. A popular account of the exhibits in the cases of the State Museum in the Capitol building is .given. Both minerals a:nd rocks. a;re .on: display, 'a:;; .are. indus:t;ri!'l-1 exhibits. GRATON; LOUIS CARYL, 18801. Life and scientific work of Waldemar Lindgren, in Ore deposits of the western states (Lindgren vcilume), p. xiii-~xxii; port., New York, Amer. Inst. Mining and Metallurgical Engineers; 1933. 2. Waldemar Lindgren, 1860-1939: Econ. Geology, vol.' 34, p. 850.850,, port., 1939. G:REAVES-WALKER, ARTHUR FREDERICK. 1. The origin, mineralogy and distribution of the refractory clays of the United States: North Carolina Univ. Engineering Exper. Sta. Bull. 19, 87 p., illus., 1939. A general discussion of the origin of fire clays is followed by a review of occurrences in all of the states, including Georgia. The kaolin and bauxite of the Coastal Plain are discussed. Analyses are included. GREENE, C. F. 1. Placer mining kyanite in [Habersham Co.] Georgia: Brick and Clay Record, vol. 86, p. 131, 1936 [not seen]. 114 GREGORY, HERBERT ERNEST, 1869-1952. 1. Memoir of Angelo Heilprin [1853-1907] : Geol. Soc. America Bull., vol. 19, p. 527-536, port., 1909. GREGORY, JOHN WALTER, 1864-1932. 1. Henry Darwin Rogers [1808-1866], an address to the Glascow University Geological Society, 20th January, 1916; with bibliography by Colin M. Leatch. 38 p., port., Glascow, J. MacLehose and Sons, 1916. GREGORY, WILLIAM KING, 18761. The master builder, Henry Fairfield Osborn [1857-1935]: Natural History, vol. 33, p. 251-256, 1933. 2. Henry Fairfield Osborn [1857-1935]: Science, new ser. vol. 82, p. 452-454, 1935; Natural History, vol. 36, p. 370-373, port., 1935; . . . an appreciation: Scientific Monthly, vol. 41, p. 566-569, port., 1935; Amer. Philos. Soc. Proc., vol. 76, p. 395-408, 1936. 3. Biographical memoir of Henry Fairfield Osborn, 1857-1935: Natl. Acad. Science Biog. Mem., vol. 19, p. 53-119, port., 1938. 4. William Diller Matthew, paleontologist [1871-1930]: Science, new ser. vol. 72, p. 642-645, 1930; summary in Climate and evolution, by William Diller Matthew: New York Acad. Science Spec. Pub., vol. 1, p. vii-xi, port., 1939. GRIFFIN, ROBERT HARRELL. 1. A report on the geology of Chehaw State Park, [Dougherty Co.] Georgia, SP-9, and vicinity [abs.]: Alabama Acad. Science Jour., vol. 9, pt. 2, p. 32, 1937. GRIFFITTS, WALLACE RUSH, 1919- see also Jahns, Richard Henry, 2. 1. (and Olson, Jerry Chipman). Hartwell District, [Hart, Elbert Cos.] Georgia and South Carolina, Part 7 of Mica deposits of the southeastern Piedmont: U. S. Geol. Survey Prof. Paper 248-E, p. iv, 293-315, illus., 1953. A general description of the occurrence and structures of pegmatites in the area is followed by detailed descriptions of many of the individual deposits. GRIM, RALPH EARLY, 19021. Petrography of the fuller's earth deposits, Olmstead, Illinois, with a brief study of some non-Illinois earths: Econ. Geology, vol. 2.8, p. 344-363, illus., 1933; reprinted as Illinois State Geol. Survey Rept. Inv. 26, 1933. Clay from Twiggs and Decatur Cos. is analyzed. It is mostly montmorillonite. GROVER, NATHAN CLIFFORD. 1. (and others). Surface water supply of the United States, 1933, Part 3, Ohio River Basin: U. S. Geol. Survey Water-Supply Paper 743, ix, 357 p., illus., 1935. Freemans Spring, near Villanow, Walker Co.; Yates Spring, near Rock Springs, Walker Co.; Rock Spring, near Rock Springs, Walker Co.; Ellis Springs, in Whitfield Co.; Crawfish Springs, in Walker Co.; and Grant's Blowing Spring, in Walker Co., are recorded by discharge in sec.-feet. 115 2. (and others). Surface water supply of the United States, 1934, Part 2, South Atlantic Slope ... : U. S. Geol. Survey Water-Supply Paper 757, vii, 216 p., illus., 1936. The dist;!harge .of North Springs, near Warm Springs, in Meriwether Co., is recorded for a period of a year; the results are tabulated. It varies from .742 to .832 sec.- feet. Blue. Spring, near Hamilton, Harris: Co. is also measured. 3. (and others). Surface water supply of the United States, Part 2, South Atlantic Slope ... : U.. S. Geol. Survey Water-Supply Paper 782, 233 p., illus., 1937. Discharge measurements on Blue Springs, near Hamilton, Harris Co., are recorded for a pE;lriod of a year. In sec.-feet it varies from .651-to .818. ' ' 4. (and othe~s): Suiface water supply of the United States, Part 2, South Atlantic Slope . . : U. S. Geol. Survey Water-Supply Paper 822, vi, 266 p., 1938. The disc!large of Blue Springs, in Brooks Co., is 18.9 cu. ft./sec., and that of Radium Springs i~ Do:ugherty Co. is 69.3 cu. ft./sec. 5. (and others). Surface water supply of the United States, Part 2, South Atlantic Slope . . . : U. S. Geol. Survey Water~Supply . Paper 852, vi, 293 'p., 194d: The discharge of Cav~ Spring, in Floyd Co., is 3.61 cu. ft./sec. . . GRUMBLES, GEORGE ROBERT, 19331. Preferred orientation of pebbles in a sedimentary deposit [Cherokee Co.] [abs.]: Georgia Acad. Science.Bull., vol. 14, p. 40, 1956. _2. Stratigraphy and. sedimentation of .the [Eocene] Wilcox Formation in the 'Andersonville [Macon, Schley and Sumpter Cos.] Bauxite District of Georgia. M. S. Thesis, E;mory Uniy., 1957. GRUNENFELDER, MARC H. 1. (and Silver., Leon T.). Radioactive age dating and 1ts petrologic implications for some Georgia granites [abs.] : Geol. Soc. America Bull., voi. 69, p. 1574, 19?8~ GUETTARD, JEAN :ETI~~NE, :i.715-1786. a 1. Memoire dans 1~~1\lel O:t];;coru:pare l,e C~naqa la. Suisse, par rapport a ses mineraux: Histoire de I'Academie Royale des Sciences Phy- siques, Annee 1752, p. 189-220, 524-538, illus., Paris; 175.6; summary; Literary Magazine or Uniyersalr R~v~~w, vol. ~; p. 465-466, London, 1756 [1757]. There is nothing in the text regarding Georgia, but the accompanying map of North America, with Georgia as a part of Louisiane, indicates the presence of gold, The scale makes the boundaries unclear. Mountains run from the northeast corner southward to the center of the state. GUTTERY, THOMAS HOBSON, 1933l; (and Albritton, John Allan). A study of Upper Cretaceous deposits exposed at Thiele KaoHn Company pits eight miles west of Sandersville [Washington Co.], Georgia: Georgia Acad. Science Bull., vol. 13, p. 89-93, mus., 1955. Sand lenses in and below kaolin beds are described and petrographically analyzed. , A nearby; provenance is interpreted; the kaolin was probably deposited in lakes. 116 GUYOT, ARNOLD HENRY, 1807-1884. 1. On the Appalachian Mountain system: Amer. Jour. Science, 2d ser. vol. 31, p. 157-187, illus., 1861. This is a very generalized description of the physiography of the Appalachian Mountains, including the Blue Ridge portion of Georgia. Little detail is given. Elevations of certain peaks are given, and a map of the whole chain is included. HABERSHAM, JOSEPH CLAY, -1855. 1. Memorandum of the old fossil bones and shells, now in his possession, which were diswvered in the year 1842, on the island of Skiddaway on the sea-coast of [Chatham Co.] Georgia, in Hodgson, William Brown, Memoir on the Megatherium, p. 24-30, 1846. M egatherium cuvieri and fragments of other mammals and reptiles from Pleistocene deposits are described and illustrated. Marine invertebrates were found associated with them. HABERSHAM, S. E., see Phillips, William E., 2. HABERSHAM, WILLIAM WARING. 1. The mineral resources of the south: Dixie, vol. 1, no. 3, p. 125-126, 1885. In a general exhortation to capitalists, the mineral potential of all of the southern states is described. Much emphasis is placed upon the gold deposits of northern Georgia. Not much geological detail is included. 2. Mining in the southern states: Dixie, vol. 4, p. 767-768, 1888. In an exhortation to capitalists, much emphasis is placed upon the gold deposits of Hall and Lumpkin Counties. No new geological details are included, however. HABERSHAM COUNTY DEPARTMENT OF EDUCATION. 1. History and resources of the hills of Habersham County. [ii], 54 p. (:!:), illus., Clarkesville, Ga., 1937. Kyanite is the only mineral resource described; its distribution in individual deposits is discussed. HAFER, C. 1. [William Earl] Hidden of North Carolina: Mineralogist, vol. 9, p. 291, 305-306, 1941. HAGUE, ARNOLD, 1840-1917. 1. Memoir of Samuel Franklin Emmons [1841-1911]: Geol. Soc. America Bull., vol. 23, p. 12-28, port., 1912. HAIDINGER, WILHELM KARL VON, 1795-1891. 1. Die Meteoriten des k. k. Hof-Mineralien Cabinetes am 7 Januar 1859 chronologisch geordnet: Akademie der Wissenschaften Wien Math.-Naturwissenschaft Klasse Sitzungsberichte, vol. 34, p. 21-26, 1859. Part of the Forsyth, Monroe Co., meteorite is present in this collection. 2. Die Rutilkrystalle von Graves' Mount in [Lincoln Go.] Georgia, U. S. N. A.: Akademie der Wissenschaften Wien, Math.-Naturwissenschaft Klasse Sitzungsberichte, vol. 39, p. 5-8, illus., 1860. Rutile crystals are described in detail. 117 HALL, BENJAMIN MORTIMER, 1853-1929, see also McCallie, Samuel Washington, 13. 1. Gold mining in Georgia: Engineering Assoc. South Trans., vol. 7, p. 110-113, 1896. The lack of interest in the gold mines of Georgia is attributed in part to their relative accessibility and therefore the lack of romance associated with them. Very little geologic information is included. 2. (and Yeates, William Smith). Measurements of large springs in northwest Georgia, in Operations at river stations, 1899, part 1: U. S. Geol. Survey Water~Supply Paper 36, p. 147-148, 1900. Many springs are measured, the discharge being recorded in secondfeet. Most are from the eastern part of the Paleozoic terrane. 3. (and Hall, M. R.). Water resources of Georgia: U.S. Geol. Survey Water-Supply Paper 1in, 342 p., illus., 1907. Included in an otherwise descriptive and statistical review of the surface water supplies of the state is a brief survey,of the general geo,logy. 4. (and sons). Report on the Columbia Mines of McDuffie Co. April 30, 1920. [not seen] HALL, COURTNEY ROBERT, 1894- 1. A scientist in the early republic, Samuel Latham Mitchill, 17641831. vi, 162 p., port., New York, Columbia Univ. Press, 1934. HALL, JAMES, 1811-1898. 1. Report upon the property of the Empire State; Iron and Coal Company of [Dade Co.] Georgia. 24 p., illus.; AlhariyjLl:8'66' [not seen] 2. Geological history of the North American continent. 24 p.,. Albany, The Argus .Co., .1869. An .extremely cursory. review of the geology of the continent includes allusions to Georgia, the emphasis being upon the similarity of terrane alolfg the eastern Ulfited States and Canada. 3. An introduction to the study of the genera of Palaeozoic Brachiopoda: New York Geol. Survey, Palaeontology, vol. 8, pt. 2, 394 p., illus., 1894. Conchidium georgiae, from Silurian rocks in Dade Co., is described and illustrated. 4. (and Clarke, John Mason). The new species of Brachiopoda described in Paleontology of New York, 'vol. VIII, parts 1 and 2, 1892-1894: New York State Geologist Ann. Rept. 14, p. 323-402, illus., 189'5; New York State Museum Ann. Rept. 48, vol. 2, p. 323-402, illus., 1895. Conchidi1tm georgiae, from the Silurian Clinton Group near Trenton, Dade Co., is described and illustrated. HALL, M. R., see CJ;lso Hall, Benjamin Mortimer, 3. 1. (and Hoyt, John Clayton). Report of progress of stream measurements for the calender year 1904, part IV, Santee, Savannah, Ogeechee, and Altamaha Rivers and the eastern Gulf of Mexico drainages: U. S. Geol. Survey Water-Supply Paper 127, 192 p., illus., 1904. The discharges of Blue Spring, in Dougherty Co. and of Cave Spring, in Floyd Co., are recorded. 118 2. (and Hoyt, John Clayton). Report of progress of stream measurements for the calender year 1905, part IV, Santee, Savannah, Ogeechee, and Altamaha Rivers and eastern Gulf of Mexico drainages: U. S. Geol. Survey Water-Supply Paper 168, 164 p., 1906. The discharges of Blue Spring, Dougherty Co. and Warm Springs, in Meriwether Co., are recorded. HAMILTON, S. HARBERT. 1. Meteorite studies . . . : Mineral Collector, vol. 8, p. 97-101, 120126, illus., 1901. A pleasant discussion of the history of knowledge regarding meteorites and a review of their chemistry, are followed by a catalogue of the collection in the Aeademy of Natural Sciences. Fragments of the Forsyth, Monroe Co., and the Whitfield Co. aerolites are present. HAMLIN, AUGUSTUS CHOATE, 1825-1905. 1. The gems of the United States: Amer. Assoc. Advancement Science Proc., vol. 18, p. 210-216, 1870. An association of diamonds with itacolumite in Hall County is noted as is amethyst from [Piedmont?] Georgia. No details are' included. 1. The mining of paint-yellow ochre deposits of the Cartersville HAMLIN, HOWARD P. 1. Halloysite in the Cartersville District [Bartow Co.] [abs.]: Georgia Mineral Newsletter, vol. 12, p. 42, 43, illus., 1959. HAMNER, EDWARD JOHN. 1 Petroleum development in southeastern United States [abs.]: Geol. Soc. America Bull., vol. 68, p. 1878, 1957. HAND, BRYCE M., see Richards, Horace Gardiner, 20. HANEY, MARSHALL. District, [Bartow Co.] Georgia: Engineering and Mining Jour., vol. 110, p. 859-860, illus., 1920. Ochre occurs impregnating shattered Weisner Quartzite; its occurrence is described, but its origin is not discussed. HANNA, GEORGE BYRON. 1. Mines of the Appalachian range: School of Mines Quarterly, vol. 3, p. 208-214, 1882. An extremely cursory description of the occurrence of gold-bearing quartz veins in metamorphic rocks of northern Georgia is given. 2. The fineness of native gold in the Carolinas and Georgia: Engineering and Mining Jour., vol. 42, p. 201, 1886. The grade in Georgia placers is uniformly above 900. Specific examples are cited from many locations in the gold belt. 119 HANSON, HIRAM STANLEY, 1923- 1. A study of the relative frequency of feldspar twin types in crystalline rocks [DeKalb Co.]. M. S. 'Thesis, Emory Univ., 1958. HARDEN, JOHN M~ B. 1. Observations on the soil, climate, and diseases of Liberty [and Long] County, Georgia: Southern Medical and Surgical Jour. new ser. vol. 1, p. 545-569, 1845. The eastern portion of the counties (only one in 1845) is swampy; the western portion is higher and sandy; the terrace step is d'escribed, as is the sea-coast origin of the sand features o:ri the terrace. Some subsurface information is given, and soil' analyses are included. HARDER, EDMUND CECIL 1. Manganese deposits of the United States; U. S. Geol. Survey Bull. 380, p. 255-277, 1909. A brief resume of the manganese ocurrences in northwestern Georgia is gi~en. No new data are included. 2. Manganese deposits of the. United States: U. S. Ge~l. Survey Bull. 427, 298 p., illus., 1910. The,ll1anganese deposits in the Cartersville District of Bartow Co. are cursorily described as are the deposits near Cave Spring in Floyd and Polk Counties. Analyses are included. 3. Stratigraphy and the origin of bauxite deposits: Geol. Soc. America Bull., vol. 60, p. 887~908, illus., 1949. A general description of the occurrence of bauxite includes those deposits from the Eocene of the Coastal Plain of Georgia. A review of the various theories of bauxitization and the factors involved is given.. The author sup~ portf? the theory of alteration-in-place of pre-existing,, aluminum- bearing material. ~ HARLAN, RICHARD, 1796-1843. 1. Critical notices of various organic remains hitherto discovered in North America: Geol. Soc. Pennsylvania Trans., vol. 1, p. 46-112, illus., 1834; in part, Edinburgh New Philos. Jour., vol. 17, p. 342- 362, 1834; .;,ol. is, p. 2S-40,l835; rep:dnted;tn Medical and physical researches, p. 253-313, iilus., Boston, Lydia R. Bailey, 1835. In a survey of the vertebrate fossil remains known from. the United States, a brief description of Megatherium cuvieri is included. It. is from Skidaway Island, in Chatham County. Manatus bones are noted from Tertiary rocks in Georgia also. 2. Notice of two new fossil mammais from Brunswick Canal, [Glynn Co.] Georgia, with observations on some fossil quadrupeds of the United States: Amer. Jour. Science, vol. 43, p. 141-144, illus., 1842; correction by Joseph Leidy: Acad. Natural Sciences Philadelphia Proc., voL 7, p,. 89, 1856. Fragments of a wild hog, Sus americana and of a marine turtle Chelonia couperi, are described: and illustra.ted. They are from Pleistocene material exposed in a canal. Leidy says the hog is a bison. 120 HARPER, ROLAND MCMILLAN, 1878- see also Barrows, Harry H., 1, and Veatch, Jethro Otto, 9. 1. Notes on the Lafayette and Columbia Formations and some of their botanical features: Science, new ser. vol. 16, p. 68-70, 1902. The Coastal Plain formations are shown to be identifiable by the plants which grow on them. Certain plants. are confined to each. 2. Taxodium distichum and related species, with notes on some geological factors influencing their distribution: Torrey Bot. Club Bull., vol. 29, p. 383-399, 1902. Descriptions and discussions of several species of cypress trees are given. The distribution of the different species on the Coastal Plain, Georgia included, is influenced by the underlying formations, the Lafayette Gravel, Pliocene, and the Columbia Formation [Pleistocene]. The relative imperviousness of the two formations is taken as one of the important factors.. 3. Botanical explorations in Georgia during the summer of 1901: Torrey Bot. Club Bull., vol. 30, p. 282-295, 319-342, illus., 1903. A running account of his travels includes descriptions of topographic features from many places. Little detail is included. 4. Explorations in the Coastal Plain of Georgia during the season of 1902: Torrey Bot. Club Bull., vol. 31, p. 9-27, illus., 1904. A running account of his travels includes much description of the topography. Few details are included. 5. (The) fern flora of Georgia: Fern Bull., voL 13, p. 1-17, 1905. The living fern flora of the state is listed with much added information about the rocks on which they are located. 6. Phytogeographical explorations in the Coastal Plain of Geo.rgia in 1903: Torrey Bot. Club Bull., vol. 32, p. 141-171, illus., 1905. Numerous descriptions of topography and lithology are included in an otherwise botanical de,scription. Few details are included. 7. (A) phytogeographical sketch of the Altamaha Grit region of the Coastal Plain of Georgia. Ph. D. Thesis, Columbia Univ., 1906; New York Acad. Science Annals, vol. 17, p. 1-415, illus., 1906. A generalized description of the Coastal Plain sedimentary rocks is given. A discussion of drainage, soils, and other properties relative to plant growth is included also. 8. Some hitherto undescribed outcrops. of Altamaha Grit and their vegetation [Coffee, Johnson, and Washington Cos.]: Torreya, vol. 6, p. 241-246, illus., 1906. Much is made of the flora of this particular rock type. While the emphasis is placed upon the plant communities, a little data about the rocks is also listed. 9. Okefinokee Swamp: Popular Science Monthly, vol. 74, p. 596-614, illus., 1909. A general historical account of the swamp, and a cursory description of its origin are given. No details are included. 10. A new method of mapping complex geographical features, illustrated by some maps of Georgia: School Science and Mathematics, vol. 18, p. 699-708, illus., 1918. In order to make maps showing many geographical variables, what is called the quantitative regional method is explained. Little geology is included, but the influence of the physiographic provinces on other geographical variables is very evident. 121 11. Some vanishing scenic features of the southeastern United States: Natural History, vol. 19, p. 192-204, illus., 1919. Okefenokee Swamp, Tallulah Falls, and Stone Mountain are cited, along with other features from elsewhere, as natural regions worthy of preservation. They are popularly described. 12. The natural resources of Georgia: Georgia Univ. Bull., vol. 30, no. 3, xii, 105 p., illus., 1930. A generalized review of the resources of the state includes, among other things, a cursory description of the geology and topography. No new details are included, 13. Lowering of gro11nd water in the Coastal Plain of Georgia: Assoc. Amer. Geographers Southeast Div. Memorandum FoUo, vol. 8, p. 33-34 (:j:), 1957; privately reprinted with additions [1957]. The disappearance of certain plants in the "Pine Barrens" of the Altamaha Grit terrane is attributed to a lowering of the ground water table due to increased usage of water. HARR, LUTHER. 1. (and Rice, William Elmer, and Moran; Hi E.). Typical analyses [of] bituminous coals produced in .district 13. 11 p., illus., Washington, D. C., Office of the Bitturiirious Coal Consumers Council in cooperation with the U. S. Bur; Mines, Data Book, vol. 4, 1942. Analyses of coal from Dade and Wallrer Cos. are included. HARRIS, ELIJAH PADDOCK, 1832-1920, 1. The chemical constitutioh and chronological arrangeinent of meteorites .... Ph. D. Thesis, Georgia Augusta Univ;, Gottingen, 1859. Brief descriptions and analyses. of meteorites. include those from Union and Putnam Cos.; the latter was seen to fall in 1829 and is the first one known from Georgia: HARRIS, GILBERT DENNISON, 1864-1952,. see also Dall, William Healey, 3. 1. (The) Eocene stages of Georgia [abs.]: Amer. Geologist, vol. 18, p. 236, 1896. 2. (The) Midway Stage: Bulls. Amer. Paleontology, vol. 1, no. 4, p. 115-270, [156 p.], illus., 1896. A description of [Paleocene] Midway rocks at Fort Gaines, Clay Co., includes a list of the fossils. The Paleocene rocks ove:die the Cretaceous rocks unconformably. Pelecypods and gastropods are described and illustrated. 3. The Lignitic Stage, Part i, Stratigfaphy and Pelecypoda: Bulls. Amer. Paleontology, vol. 2, no. 9, p. 193-2.94, illus., 1897; Part 2, Scaphopoda, Gastropoda, Pteropoda and Cephalopoda, vol.. 3, no. 11, p. 1-128, illus., 1899. Lower Eocene beds are described. They occur in Clay Co. and a little toward the east. A section is measured. Pelecypods and gastropods, rare at that, are described and illustrated. 4. Eocene outcrops in central Georgia: Bulls. Amer. Paleontology, vol. 4, no. 16, p. 1-7, 1902. Very brief descriptions of outcrops of lower Claiborne Stage-beds and Wilcox Stage-beds in Jones Co. and lower Tertiary beds from Columbia Co. are given. The fossils from the Wilcox beds near Roberts are listed. 122 5. Ag-e flow and ebb of the Eocene seas: Science, new ser. vol. 48, p. 646-647, 1918. The Eocene [and Paleocene] Series are shown to be related to overlap and offiap conditions. The following- stag-es are from overlap: Midway, St. Maurice, Jackson; the following- stages are from offiap: Sabine and Claiborne. Georgia is implied. 6. Pelecypoda of the St. Maurice and Claiborne Stages: Bulls. Amer. Paleontology, vol. 6, no. 31, 268 p., illus., 1919. Numerous pelecypods are described from Middle and Upper Eocene deposits throughout the Coastal Plain. 7. Preliminary notes on Ocala bivalves: Bulls. Amer. Paleontology, vol. 33, no. 138, p. 219-272, illus., 1951. Numerous pelecypods from the Georgia Coastal Plain are included. All are illustrated and described. HARRIS, HUNTER L. 1. History of the Atlantic shore line: Elisha Mitchell Scientific Soc. , Jour., vol. 11, pt. 2, p. 33-49, illus., 1894. This is ari extremely generalized account of the geology of the Coastal Plain in which Georgia is included. No details are given, however. HARRIS, R. MERRILL. 1. (and Payn.e, Willard M.). [Coastal Plain of] Georgia, in [oil and gas] Developments in the southeastern states in 1946 and 1947: Amer. Assoc. Petroleum Geologists Bull., vol. 32, p. 1069, 1948. 2. (and Payne, Willa,rd M.). [Coastal Plain of] Georgia, in [oil and gas] Developments in the southeastern states in 1948: Amer. Assoc. Petroleum Geologists Bull., vol. 33, p. 1004, 1949. HARRISON, ALFRED C. 1. (and others). Persifor Frazer, [Jr.] 1844-1909: Franklin Inst. Jour., voi. 168, p. 75-79, port., 1909. HARSHBERGER, JOHN WILLIAM, 1869-1929. 1. Phytogeographic survey of North America. lxiii, 790 p., illus., New York, G. E. Stechert, 1911. A general description of the floral provinces of the United States includes a discussion of the paleobotanical background which in turn includes paleofloristic maps of the United States. Georgia is included. HASELTINE, RAYMOND HOLDEN, 18981. Iron ore deposits of Georgia: Georgia Geol. Survey Bull. 41, vi, 222 p., illus., 1924. A general review of iron ores in the state includes detailed descriptions of limonite deposits from the lower Paleozoic residuum of northwestern Georgia, the metamorphic terrane of the adjacent Piedmont and Blue Ridge, and from the Coastal Plain in Cretaceous and/or Eocene sedimentary rocks. The hematite in Silurian rocks of northwestern Georgia is described also. Some magnetite is known from the metamorphic terrane. Numerous analyses are included. 123 HASH, LEWIS J. 1; (and Van Horn, Earl C., and Teague, Kefton Harding, editors). Sillimanite deposits in North Carolina: North Carolina Div. Mineral Resources Bull. 61, vi, 51 p.; illus., i951. Some of the North Carolina deposits continue into Towns County. The sillimanite occurs in narrow zones in mtiscovite"ql!!artz schist. Little detail is included, hoWever. ' HASS, WILBERT HENRY, 1906-1959. 1. Age of the 'Chattanooga; Shale and the Maury F'o:t;'lllation [abs.]: Geol. Soc; America Bull., vol. 64, p. 1532, 1953. HAWKINS, ALFRED CARY, 1887-1954. 1. We collected minerals in Georgia: Rocks and Min('!rals, vol. 12, p. 227-228, 1937. This is a popular, extremely cursory description of the minerals to be found in Georgia. No details are giv(ln. HAY, OLIVER PERRY, 1846-1930. 1. Descriptions of seven :r\.~w species of turtles from the. Tertiary of the United States: Amer. Museum Natural Hist. Bull., vol. 23, p. 847-863, illus., 1907. A Pleistocene box turtle, larger than any living species, from Skidaway Island in Chatham Co... is described and illustrated. It is Terrapene c;analiqu,lat.o,. , - , . 2. The fossil turtles .of N<;!xth :America: .ClJ.r~.egiE! I.nst. Washington Pub. 75, iv, 568 p~; illus., 1908. Peritr.esius ornatus m;td Taph1osphys dares, from the Ripley Formation in' Stewarf. Co., are described. . .. . . . . . . . .. " ." L' ' Agomphus oxy$tern:wm; .from .the Paleocene .Midway: :.;Eormation in Macon Co., is described a~d'"iilustrated. Terrape'ne c'analiculata, 1s from Pleistocene rocks in Chath= Co~. illustrated. also ' .de~'cT"i'BL~~< ,_a,:tt4 : .c. 3. The Pleistocmi.e of North America and its vertebrated animals from the states east of the Mississippi River arid- from the Canadian Provinces east of longitude 95: Carnegie Inst. Washington Pub. 322, viii, 499 p., illus., 1923, .A,n accoun-t .of the occu,rrence, .along with a complete list,. of the mammals found in the Pleistocene de- JIOsits of c:nYi{n, arid Chatham Cos. is given.'.Small-scale maps are inclqded ~howing the distribu~ion' of' each of th~ types in eastern North America. '' HAYDEN, EDWARD EVERETT, 1S5B-1932, s~e-Dutton, Clarence Edward, 1. HAYES, CHARLES WILLARD, 1859-1916. . 1. The overthrust faults of the southern Appalachians: Geoi. Soc. America Buli., voi. 2, p. 141-152, ilius., 1891; discussion by Charles Doolittle Walcott, 'p. 153; discussion by WilHam Morris Davis, p. 153-154. The Paleozoic stra'tigraphy of northwestern Georgia is outlined. The Rome Thrust Fault and the Cartersville Thrust Fault are identified and descrl.bed from numerous piaces. Both are lowangled with great horizontal displacement; The. thrusting followed the folding of the beds, as an erosion surface under the fault planes is evident; they are possibly post-Triassic. 2. Report on the geology of north-eastern Alabama and adjacent portions of [northwestern] Georgia and Tennessee: Alabama Geol. Survey Bull. 4, 89 p., illus. incl. geol. map, 1892. A discussion of the topography and its origin as being associated with the structures of the rocks is followed by a description of the stratigraphy. Cambrian to Pennsylvanian rocks are described. Folds and faults are the main structures. 3. Bauxite: U. S. Geol. Survey Mineral Resources 1893, p. 159-167, 1894. A very generalized summary of the bauxite which occurs in northwestern Georgia is given. Some of the largest deposits are described. The ore comes from the precipitation, near the surface, of aluminum compounds derived from underlying shale. 4. Geology of a portion of the Coosa Valley in [northwestern] Georgia and Alabama: Geol. Soc. America Bull., vol. 5, p. 465-480, illus., 1894. Paleozoic rocks southwest of Rome are described as are the folds and faults. The Coosa Thrust Fault and minor thrust faults are recognized. The Paleozoic and post-Paleozoic geological history is outlined. A sketch map is included. 5. (and Campbell, Marius Robinson). Geomorphology of the southern Appalachians: Natl. Geographic Mag., vol. 6, p. 63-126, illus., 1894; discussion by Charles Henry White with title, The Appalachian River versus a Tertiary trans-Appalachian River in eastern Tennessee: Jour. Geology, vol. 12, p. 34-39, 1904. Northwestern and Piedmont Georgia are included. The oldest feature in the area is the deformed Cretaceuos peneplain. The various features are described. Post-Cretaceous tilting and subsequent Tertiary pene- planation are recognized and the evidence described. The two surfaces are coincident. The drainage modifications are described, with the southwestward-flowing Appalachian River the main drainage. This was later captured by the westward flowing, eastward-cutting Tennessee River, and the beheaded portion is now the Coosa River. White claims the original streams. flowed northwestward on the peneplain. 6. On the Devonian (Oriskany) in the southern Appalachians: Amer. Jour. Science, 3d ser. vol. 47, p. 237-238, 1894. The Devonian Frog Mountain Sandstone in Polk Co. unconformably overlies Cambrian to Silurian rocks. Fossils are listed. 7. Ringgold Atlas Sheet [Catoosa, Dade, Chattooga, Walker, Whitfield, Floyd, and Gordon Cos.]: U. S. Geol. Survey GeoL Atlas U. S. Folio 2., 3 p., illus. incl. geol. map, 1894. A complete geologic description of the area is given. Cambrian to [Pennsylvanian] rocks are described and mapped. Large folds and thrust faults comprise the major structural features.. Coal and iron are the chief mineral resources; manganese, paint ore and stone are also described. 125 8. Description of the Stevenson sheet [Quad.] [Chattooga, Dade and Walker Cos.]: U. S. Geol. Survey Geol. Atlas U. S. Folio 19, .[4 p.] illus. incl. geol. map, 1895.. A complete geologic description of the area is given. [Ordovician to Pennsylvanian] rocks are mapped and described. Broad fOlds make up the predominant structures. Bituminous coal and iron are the chief mineral resources; stone and clay are also present. 9. (The) geological relations of the southern Appalachian bauxite deposits: Amei-; Irist. Min'i:ilg Engineers Trans., vol. 24; p. 243-254; discussions, p. 855_;861; illus+' 1895; The ore is irregularly distributed in a na:rl'bw belt in Floyd County. A survey of the stratigraphy and structure of the area is followed by a discussion of the occurrence of the bauxite. It occurs in the residuum at fault contacts of the Knox dolomite with overlYing formations. The ore was precipitated by thermal solutions which rose along the fault planes. 10. Geology of the bauxite region -of Georgia and Alabama, in Bauxite: U. S. Geol. Survey Ann. Rept. 16, pt. 3; If. 55:1-597, illus., 1895. Details of the occurrence of bm.1xite. iri Floyd, .Bartow; and Polk Cos. are included. Its origin both as a residual and as a replacement deposit is discussed. A geological sketch :ql_ap is included. Individual deposits .are described. 11. Notes on the geology of the Cartersville sheet, [Bartow Co.] Georgia [abs,] : Science, new ser. vol. 1, (p. 668-669, 1895. 12. The southern Appalachians, [Chapter 10] of The physiography of the United States, p. 305-336, illus.; New York, Natl.- Qeog. Soc. and Amer. Book Co., [1896]. A review of the area includes much of northern Georgia. Explanations for the various. featur.es are given. No new data are included,. 13. (and BroQks, Alfred Buise). The crystalline and metamorphic rocks of northwest Georgia [abs.]: Jo1.1r. Geolqgy, vol. 5, p. 321-322, 1897; Science, new ser. vo1. 5, p. 97, 1897. 14; Physi_ography of the Chattanooga District in Tennessee, [north- western] ,Georgia; and Al~pama: U. S. Geol. Survey .Ann. Rept. 19, pt. 2, p. 1-58, illus., 1899. A generalized desc;:ription of the Paleozoic sedimentary rocks and structural geology of the area is followed by detailed descriptions of the physiographic features. The Cumberland and Coosa peneplains. are recognized. Drainage systems and cycles are an~lyzed in detail. 15. (and Campbell, Marins Robinson). The relation of biology to physiography: .Science, new ser. vol. 12, p. 131-133, illus., 1900. The authors are elated that their earlier opinions, regarding the capture of the headwaters of the Coosa, Etowah, and Chattahoochee Rivers, are substantiated by biologic~! data als'o. The clam fauna in these rivers and in their captors are similar. 126 16. Geological relations of the iron ores in the Cartersville District, [Bartow Co.] Georgia.: Amer. Inst. Mining Engineers. Trans., vol. 30, p. 403-419, illus., 1901. A stratigraphical summary of the Cambrian and Precambrian rocks includes a sketch map. Folds and faults are common. Specular hematite occurs as bands in the Weisner Quartzite. Hematite and limonite occur as residual concentrates in the residuum of what is called the Beaver [Shady] Limestone. The presence of ocher and manganese is also mentioned. 17. (The) coal fields of the United States: U. S. Geot Survey Ann. Rept., vol. 22, pt. 3, p. 7-24, illus., 1902; summary without map, U. S. Geol. Survey Bull. 213, p. 257-269, 1903. A map of the coal fields includes those in northwestern Georgia. The text is very generalized. 18. Description of the Rome Quadrangle [Chattooga, Floyd, Gordon, Polk, and Bartow Cos.]: U. S. Geol. Survey Geol. Atlas U. S. Folio 78, 6 p., illus. incl. geol. maps, 1902. A complete geologic description of the area is given. Cambrian to Pennsylvanian and Neocene (?) rocks are mapped and described. Folds and faults constitute the major structural features. Iron ore is the chief mineral resource; bauxite,. slate, and limes.tone are also present. 19. (The) southern Appalachian coal field: U. S. Geol. Survey Ann. Rept., vol. 22, pt. 3, p. 227-264, illus., 1902. A brief description of the occurrence of coal in Dade Co. is given. No detail is included. 20. (and Eckel, Edwin Clarence). Iron ores in the Cartersville District [Bartow Co.] Georgia: U. S. Geot Survey Bull. 213, p. 233-242, 1903. A generalized description of the geology of the area is followed by a description of the ore occurrences. Specular hematite occurs as bands in quartzite. Limonite is the most important ore and occurs as residual concentrate in the limestone's weathered zone. 21. Manganese ores of the Cartersville District, [Bartow Co.] Georgia: U. S. Geol. Survey Bull. 213, p. 232, 1903. Manganese occurs within the local iron ore minerals, in nodules in the residual clay, and as small veins in the clay. 22. (and Eckel, Edwin Clarence). Occurrence and development of ocher deposits in the Cartersville District, [Bartow Go.] Georgia: U. S. Geol. Survey Bull. 213, p. 427-432, 1903. Ocher, as a groundwater precipitate, occurs along the contact of the Weisner Quartzite and the overlying, deeply-weathered limestone. 23. (and Phalen, William Clifton). (A) commercial occurrence of barite near Cartersville, [Bartow Co.] Georgia: U. S. Geol. Survey Bull. 340, p. 458-462, illus., 1908. Barite is noted occurring as nodules in the residual mantle of clay and gravel. 24. Graphite deposits near Cartersville, [Bartow Co.] Georgia: U. S. Geol. Survey Bull. 340, p. 463-465, 1908. A graphitic, talcose slate is wrought for the graphite. It was probably a carbonaceous shale. 127 25. (The)mineral wealth of the south: Officia~ proceedings at the 1st session o:J: tlie Southern Comme1cl.al Cong:, p. 84~l)8, 1908. A generalized revi~w of the mineral 'Wealth an:d potential of the South includes Georgia. Few details are fricliided. 26. The state geological surveys of the United States: U. S. Geol. Survey Bull. 465, 177 p., ilius., 1_911:. This includes an historical account of the Georgia Geological Surveys from their inception to 1910. . HAYES, RICHARD. 1. Catalog of earthquakes- for the years 1872-1873) Acad. Science St. Louis Trans., yol. 3, p. 243"2:45-, isn~. A, sh~r;p.!>hock is catalogued from Georgia on June 17, 1872. No details are listed. HAYS, LOUISE ~R~DERICK, :1881- see Stephenson, Ll6yd WilHam, 14. I. HECK,- NICHOLAS HUNTER, 1882-1953; 1. Eal'thquake history of the Uniteq Stat~s:. u. s. Coast and Geod. Survey $pee. Pub.. 149; 61 p:, illu~;;; 19'28; [2d edition], . . . Ser. 609, part i, 83 p., illus., i939; re-fl.sed, l947;'tm edition by Robert Ashton Eppley, 1!:158. A map gives' the locatibris of epic~nters, four of Fhich are in Piedmont Georgia and. one ~n the- Chatta,nooga area. Earthquakes in nearby areas have also b~n :trelt in Georgia. Brief descriptions. of_ them ~re giv~n.' . _ :.' ,, 2. (and Bodle, Ralph Robinson). United States earthquakes 1928: U. S. Coast and Geod. Survey Ser; 483, 29- p.; iHu's.).JJ930. A: very brief record of a possible earthquake in VaJdosbi:,r:,Bqwndes Co., on May 23, is given. Tlie big quake of Nov. 2, centered in the Appalachian Mountains to the north.was.felt.in:nortlbneorgia. 3. A new map.'of earthqmike distribution: Geographical Review, vol. 25; P 125'-130>' illus., .1935. A sniall"scale map of the world shows Georgia to have been in the area of the Charleston earthquake of 1886 only. 4. Earthqua:k:e probleci~ of. the Atlantic Coastal' Plain:_ Seismoi.::soc. to Ame~ica Buil.~ v01. so; p: 10,9:143, l1h;ts:,t9-~t'o-. A gener~l discussion --'of the reiati'on of earthquakes the physiographic provinces includes maps sho.ving the distributl8:l:!l6ftH~ epicEinters~ Eight are reported from Gea:rgia, five on.-the Co~stal Plain, t:b,ree in. the Piedmont. , --' J:I.EIL:PRIN; ANGELO, 1853-1907, see als_o, White, . C;ha~les Abiathar, 2. 1. The Tertia,ry geolqgy of the, eastern a,nd southern United States: Acad. Natural Science Philadelphia Jour., 2d ser. vol. 9, p. 115154, illus.,l884; reprinted-in Cmitributions to the Tertiary geology and paieontoiogy of the United States, p. 1"40; illus., [priv. pub.], Philadelphia, 1884. A general description of the distribution of Tertiary rocks on the Coastal Plain from New Jersey to Texas is followed by detailed analyses of eac~ of the states. _Little is known of the Tertiary of Georgia. Only Eocene and Micene are recognized; the. Oligocene should be present, but has not yet b~en determined. A smali-scale map is included. 128 HEINRICH, EBERHARDT WILLIAM, 1918- see also Jahns, Richard Henry, 2. 1. (and Jahns, Richard Henry). Outlying deposits in Georgia, Part 10 of Mica deposits of the southeastern Piedmont: U. S. Geol. Survey Prof. Paper 248-F, p. 377-400, illus., 1953. Descriptions of the occurrence of mica in pegmatites from many places in Piedmont Georgia are given. 2. (and Klepper, Montis Ruhland Jahns, Richard Henry). ThomastonBarnesville District, [Upson, Lamar, Monroe Cos.] Georgia, Part 9 of Mica deposits of the southeastern Piedmont: U. S. Geol. Survey Prof. Paper 248-F, p. v, 327-376, illus., 1953. A general description of the origin and occurrence of pegmatites includes detailed descriptions of individual mica-bearing deposits in these areas. HENBEST, LLOYD GEORGE, 19001. Joseph Augustine Cushman [1881-1949] and the contemporary epoch in micropaleontology: Geol. Soc. America Proc. 1951, p. 95-102, port., 1952. 2. John B [ernard] Reeside, Jr., 1889-1958: Cushman Foundation Foraminiferal Research Contribs., vol. 10, pt. 2, preceding p. 25, 1959. HENDERSON, EDWARD PORTER. 1. (and Cooke, Charles Wythe). The Sardis [Jenkins Co.] Georgia meteorite: U. S. Natl. Museum Proc., vol. 92, p. 141-150, illus., 1942. A deeply~altered iron meteorite weighing over 1700 pounds is described and analyzed in great detail. It is perhaps Miocene in age, and is the tenth largest meteorite in the country. 2. (and Perry, Stuart Hoffman). A restudy of the Social Circle, [Walton Co.] Georgia, meteorite: Amer. Mineralogist, vol. 36, p. 603-608, illus., 1951; discussion by Aurelius Sydney Furcron: Georgia Mineral Soc. Newsletter, vol. 4, p. 165 (:j:), 1952. A new analysis and density of this famous meteorite is given. The iron is evenly granulated throughout. 3. (and Perry, Stuart Hoffman). A discussion of the densities of iron meteorites: Geochemica et Cosmochemica Acta, vol. 6, p. 221-240, London, 1954. A general discussion of the relationship of the density of meteorites to chemical composition includes data from the Walton, Oglethorpe, and Chattooga Co. meteorites, whose densities and nickel contents are compared. The density increases with increasing nickel content. 4. (and Furcron, Aurelius Sydney). Meteorites in Georgia, Part 1: Georgia Mineral Newsletter, vol. 9, p. 126-135, illus., 1956; Part 2, Descriptions of falls, vol. 10, p. 113-142, illus., 1957. A gene,ral discussion of meteor types and features is followed by descriptions of those from Georgia. Twenty one are known, of which two, from Pulaski and Emmanuel Cos., are described for the first time. 5. (and Furcron, Aurelius Sydney). A forged meteorite from Cave Spring, [Chattooga Co.] Georgia: Georgia Mineral Newsletter, vol. 11, p. 86-91, illus., 1958. A piece of forged meteorite is described and compared with known Georgia meteorites. It is tentatively considered to be a part of the Holland's Store meteorite from Chattooga County. 129 HEN:DERSON, E. T., see Standard Gold Mining Co., 1. HENDERSON, JOHN 'I\ 1. The Commonwealth of Georgia . . . . viii, 379 p., illus., Atlanta, J. P. Harrison and Co., 1885. A general review of the entire state includes ch~pters on topography, geology, and mineral resources. No new data are given. HENDRICKS, ERNEST LEROY. 1. (and Goodwin, Melvin H., Jr.). Observations on surface-water temperatures in lime sink ponds and evapQration pans in [Baker Co.] southwestern Georgia: Ecology, voL 33, P 385-397, illus., 1952. Maxirtrum water temperatures are higher than maximum air temperatures in the summer, and are lower in the winter. The minimum water temperature is always lower than the minimum; air temperature. Size, surface exposure, and other factors are the cause of the variations. 2. (and Goodwin, Melvin H., Jr.). Water-level fluctuations in limestone sinks in [Baker and Early Cos.] .southwestern Georgia: U. S. Geol. Survey Water-Supply Paper 1110-E, vii, p. 157-243, illus., 1952. General ground water conditions in the area are described. The relation of the ground water table to the ponded water in the sinks and to general hydrologic conditions is described. The ground water tal)le has little effect. on the level of the. water in the sinks. 3. Some notes on the relation of ground-water levels to pond levels in limestq1,1e sinks Of sputhwestern Georgia: Amer; Geophysical Union Trans., vol. 35, p. 796-804, illus., 1954. Pond-water levels were compared with ground-water levels nearby. The pond levels were . higher than grpund :water levels most of the time. The relations betw.een the two levels depend upon the permeability of the bottom of tl;le ,porid unl~ss the ground-water level is at or above pond water level at which time 'there i!'l hydrologic" c;dntinuity. HENDRICKS, STERLING BROWN, 1902- sed Alexander, Lyle 'TI1omas, 1; Mitchell,. Lane, 3. HENDRY, CHARLES WALTER, JR., see also Jordan, Louise, 4. 1. (and Yon, J. William, Jr.). Geology of the area in and around the Jim Woodruff reservoir [Decatur and Seminole Cos.]: Florida Geol. Survey Rept. Inv. 16, p. 1-52, illus. incl. geol. map, 1958. A detailed geologic report of the area is given. Eocene to Miocene rocks are mapped. Sections are measured, and an insoluble residue study is included. H:ENIN, STEPHANE, see Caillere, Simonne, 1. 130 HENRY, ARTHUR VAN, 1892-1937. 1. (and Vaughan, William Harry). Geologic and technologic aspects of the sedimentary kaolins of Georgia: Amer. Inst. Mining and Metallurgical Engineers Tech. Pub. 774, 11 p., illus., 1937. A generalized discussion of the origin and occurrence of kaolin in the Coastal Plain is given. Various kinds of kaolin are present, reflecting varying conditions of origin, though all are sedimentary. Many analys.es are included. HENRY, EDWARD CARLETON, 1905- see Mitchell, Lane, 4. HERRICK, STEPHEN MARION, 1904- see also Carter, Roland W., 1; Cole, William Storrs, 2; Cushman, Joseph Augustine, 8; Thomson, Medford Theodore, 2.; Warren, Moultrie Alfred, 7. 1. (and LaMoreaux, Philip Elmer). Upper Cretaceous Series: Southeastern Geoi. Soc. [Guidebook] Field Trip 2, p. 6-20 (:!:), 1944. A discussion of the Cretaceous rocks of the Coastal Plain includes many measured sections and lists of fossils. 2. (and Thomson, Medford Theodore). Water resources [of the Fort Benning area, Chattachoochee, Muscogee, and Marion Cos.]. Map, scale 1 inch to about 1 mile, text on back, U. S. Geol. Survey for U. S. Army Chief of Engineers [1946]. A lithologic map, based on water-bearing properties of rocks, is shown. The rocks are Cretaceous and Quaternary in age. The ground water potential of the area is included in the discussion. 3. (and Le Grand, Harry Elwood). Karst development by ground water in [Baker and Mitchell Cos.] southwest Georgia [abs.l: Georgia Acad. Science Bull., vol. 6, no. 1, suppl., p. [2], 1948. 4. (and Le Grand, Harry Elwood). Geology and ground water resources of the Atlanta area, [Piedmont] Georgia: Georgia Geol. Survey Bull. 55, viii, 124 p., illus. incl. geol. map, 1949. Those counties adjacent to Fulton Co. are included, as well as are Rockdale and Gwinnett Counties. Precambrian and early Paleozoic metamorphosed sedimentary rocks are mapped and described, as are late Paleozoic metamorphosed igneous rocks. The water-bearing properties of each are discussed. Well records and analyses are included. 5. Ground water in the crystalline rocks of Georgia [abs.] : Georgia Acad. Science Bull., vol. 8, no. 1, p. 12-13, 1950. 6. Paleozoic rocks as revealed by deep wells in Florida and [southern] Georgia [abs.]: Georgia Mineral Soc. Newsletter, vol. 3, p. 123-125 (:j:), illus., 1950. 7. Clayton Formation, an important aquifer in southwest Georgia [abs.] : Geol. Soc. America Bull., vol. 65, p. 1362, 1954. 8. Ground water for irrigation in Georgia: Agricultural Engineering, vol. 27, p. 52,1-522, illus., 1946; Georgia Mineral Newsletter, vol. 8, p. 14-17, illus., 1955. This is an exhortation for the use of ground water for irrigation. Some of the problems associated with gathering data are outlined. Only small areas could be serviced north of the Fall Line. In the Coastal Plain, however, large quantities of water are available. 131 9. (and Wait, Robert L.). Ground water in the Coastal Plain of Georgia: Amer. Water- Works Assoc; .Southeastern. Sec. Jour., vol. 20, p. 73-85, illus., 1956; A gmeralized discussion of the occurrence of ground. water in the Coastal Plain includes analystJcs. HERRING, BARBARA F., see Kaiser; Edward Pick, L HERMANN, LEO ANTHONY. l. Geology of the Stone Mountain-Lithonia District, [DeKalb, Rock- dale; and Gwihriett Cos.] Georgia: Ph. D, Th~sis, Johns Hopkiris Univ., 1951; Georgia Geol. Survey Bull. 61, xvi, 139 p., illus. incl. geol. map, 1954. Stone Mminta1n. Granite of Petmilm (?) age has intruded a:variety of Precambrian (?) metamorphic rocks. Triassic diabase dikes are. also present. All. are described iri detail and mapped: Much detail of the structures i.s includea: Stone is the chief -mineral resource. HERRON, EDWARD A. l. William Healey Dal1: [1845-1927], Aiaska pioneer: Naiitiral History, vol. 57, p. 176-179, illus: incl. port;; 19~8!' / , ~ r . :. ;. ; I HERSEY, JOHN BRACKETT, 1913~ . r l. . (and others), Geciphysiealjnvestigatiqn ,of' the continental margin between Cape Henry, Vh:gin{a mid Jlicidori.\riile-, F16rida: Geol. Soc. America Bull.,.vol. 70, p.:437'~466, illus., 195!'i.. Siesmic reflection and refraction' ptdfil~s row' t~e ,C?Jit~pe;U~~i S}i17~ pt;3, {contld); p. 935-943, No illus., 1896. A general survey of the occurrence of corundum in- cludes a description of that occurdng'in ;Rabun County. detiiil is included. 2... , Notes on, the und'e~gi:o]l~<'t ,j:tpp#es of ~otabi'e w11t'~rs In the South Atjantic Piedmont Pl~t~~:t:i'i ..Amer. Inst: Mining 'Engineers Trans., yol. 25, p. 936-943, 1S9~; 'J:'his Is: a general description of the ground water occurrence' and p'otential in tlie Piedmont Province. Reference is made to a well in Fulton Co., Georgia. HOLSTEAD; J. R; 'see Stevens,'.Ray' Eq;l; HOOTMAN, JAMES ALBERT. 1. (and Nelms, William Stockton). Th.eradioactivity of Stone~Mqun~ ~ain[DeKalb (}o;]springs~ .A:qt,er: Jo~r-:Scie~~e; 5tl:J. ser.'vol;21;p. 37-38, .1931;. discussion by. Aurelius Sydney lfurcron; with title, R~dioa,ctive spring,s of Sto~~. Mou~tain: 'georgia Mip.~ral Soc. News- letter,.v:ol..4,. p ..,55-~8. (:j:), 1951. An accGeol. Survey Bull. 68, v; 33'p.', illus. incl. geol. .map; 1959. Kyanite, bearing. quartz-sericite.:rbck and. quartz:schist are described and mapped..Quartz, conglomerate. and rquartz veins are also present.. The kyani.te and i1nan~~ otl,le:tnhilierals were in- troduced, into the metamo:cphic rocks at. diff.erent' intervals, each of which is. described and evaluated. 37. '(A) natural example of the 'pyrite~ py:trhot:lte+'suiphur reaction . [B:lbb Co.] [abs.] 2 Georgia A cad. Science . :AUGUSTIN,,;186!1.~ 1. :. Les .eau::X: .s0.uterraines .des Etats ,Unis, specialment .dans les terrains quaternaires;) i1~>' HyJlningsskrift tillagnad J .. Gust. Richert ... , p. '221-258, illus.; StoCkholm; Tekilish Tidskrift, Gederquists Grafiska Aktieboiog,, !L9;L7. 'A, generalized discussion of the occurrence of . gr~und w~ter i~ the. JJnited States J;nclude('l comments upon the Qua~ernary deP,osits o{t!le:coastal Ji'lain. of G~org.ia, :N? new data are. il).ClUded. . .. . . . ' . . 'c, ~ F' :, IMLAY/RAiiPH WILLARD, l908~ l; Memorial to John Bernard Reeside; Jr., (1889.::1958):' Geol. Soc. America Proc. 1958, p. 173~178, port., 1959. INGALLS, WALTER RENTON, 1S65'- R~~.siter. W:torthington]. Ra:vnlond [1840-1918]: .Edgltieering and ' Mining Jour., yol. 107, p. 135-142, illus: incl. port:,' 1919: INGOLS; ROBERT SMALLEY, 1911- i. ,, (A) geoclie1nical 'study o~ Georgia waters [R~bu:li. Cfo.] [abs.]: Georgia Acad. Science Bull., vol. 10,in6: 1; p. 4!; 1952; 144 2. (and Navarre, Alfred Theodore). "Polluted" water from the leaching of igneous rock: Science, vol. 116, p. 595-597, 1952. Evidence is presented to show that inorganic nitrogen can be introduced into surface water and therefore the nitrogen content alone cannot be used as a test of pollution in an area of rapidly-weathering granite. 3. Some obse,rvations on the limnology of [Piedmont] Georgia lakes [abs.] : Georgia Acad. Science Bull., vot 11, p. 24, 1953. INGRAM, FRANK THOMPSON, 19301. Oolites from the St. Genevieve and Gas.per Limestones of [Catoosa and Walker Cos.] northwest Georgia, in Short contributions to the geology, geography, and archaeology of Georgia (no. 2): Georgia Geol. Survey Bull. 60, p. 264-270, illus., 1953. Thin sections of oolites are evaluated. Calcite rhombs are common in the nuclei and small fossils, largely Foraminifera, are also present. The oolites were formed in shallow, agitated water. 2. The stratigraphy and paleontology of the Ordovician System in Lookout Valley, [Dade Co.] Georgia. M. S. Thesis, Emory Univ., 1954. INGRAM, WILLIAM FRANKLIN, 19161. The kyanite, staurolite, and garnet association in Upson County, Georgia, in Short contributions to the geology, geography, and archaeology of Georgia: Georgia Geol. Survey Bull. 56, p. 85-91, 1950. These minerals occur individually and in various combinations. Each is described petrographically as are other associated minerals. A metamorphic origin is proposed. IRELAND, HUBERT ANDREW, 19041. "Lyell" Gully, a record of a century of erosion [Baldwin Co.]: Jour. Geology, vol. 47, p. 47-63, illus., 1939. A gully, formed in conglomerate-capped granite saprolite, is described. The rate and nature of its growth are discussed. Data come from Lyell's early report (1841) and others, since his time, and show the rate of gully formation. JACKSON,-- see Meigs, Josiah, 1. JACKSON, CHARLES FREEMAN, 1886-1945. 1. (and Knaebel, John Ballentine). Small-scale placer-mining methods: U.S. Bur. Mines Inf. Circ. 6611, 17 p. (:!:), illus., 1932. A discussion of the techniques of placer mining includes a map showing potential mining locations in the Georgia Piedmont and Blue Ridge. JACKSON, CHARLES THOMAS, 1805-1880, see also Blake, William Phipps, 3; Lincoln Gold Mining Co., 1; Lumpkin Chestatee Fluming and Mining Co., 1; Southern Gold Co., 1. 1. [Gold mines of Lumpkin County, Georgia] [abs.]: Boston Soc. Natural Hist. Proc., vol. 4, p. 400, 1854. 145 2. Moore's gold mines, Dahlonega, [Lumpkin Co.] Georgia: Mining Mag., vol. 2, p. 24"27, 1854. Gold-bearing pyritiferous quartz veins in schist are described. Gold in saprolite is very common also. 3. On- bo~ite fr~m Dahlonega [Lumpkin Co.] Georgia: Amer. Jour. Science, 2d ser. vol. 27, p. 3~6-367, 1859; summary and discussion, Journal fuer pr;;tktische dii~mie, vol. 79, p. 507-508, Leipzig, 1860; discussion, Repertoire de chemie pure, vol. 2, p. 288, 1860; discussion by Frederick Augustus Genth,. with title, Re-examination of the tetradymite (bornite Jackson) ... , Mining Mag., 2d ser. vol. 1, p. 358-359, 1860; reply: by author, p. 466-468; reply by F. A. Genth, ... vol. 2; p. 6~66, 1861; dis6ussion by David M; Balch, With title, On tellurbismuth from-Dahlonega ... : Amer. Jour. Science, 2d ser. vol. 35, p. 99-l(Jl; i863; Bornite from the Field Gold Mine is described and analyzed. Genth considers it tetradymite. Balch supports neither and considers it new. 4. Sur la bornite de Dahlonega [Lumpkin Co.] et s11r les diamants de [Hall Co.] de l'etat de Georgie [abs.] : Academie des Sciences de Paris Comptes Rendus, vol. 48, p. 850-851, 1859. 5. Sur les gisements de l'or dans [Lumpkin Co.] le Georgie [abs.] : Academie des Sciences de Paris Compte's 'iiend:us, ., 61. 48; p; '638'- 639, 1859. 6. [On the origin of flattened and. contorted pebbl~~ iiJ..rocks of Rox- bury, Newport, etc., and on the depth of. decomp~~iti~:f)., of rocks of Dahlonega, Lumpkin County, Georgia [abs.]: Bostp~J:loc. Natural Hist. Proc., vol. 7, p. 354, )861. 7. [Pyrophyllite from Lincoln County] [abs.]: Boston Soc. Natural Hist. Proc., vol. 7, p. 24-25, 1861. , , 8, . [Tetrad~~te frolh Lumpkin C~unty]' [abs:l: B~~tort Soc. Natural Hist. Proc., vol. 7, p. 22~23, 1861. . : .. 9: Notice of the death of Francis Alger of Boston [1807-1863]: Boston Soc. Natural Hist. Proc., vol. 10, p. 2-6; 1865. JACKSON, LAWSON ERWIN, JR., 19~\>-. 1. A study of the [Ordovician] Blackford Brecda in the Dalton Quadrangle [Murray and Whitfield . Cos.]. M. S. Thesis, Emory Univ., 1951. JACOB, .KENNETH DONALD, 1896- 1. (and others). The composition and distribution of phosphate rock with special reference to the United States i U. S. bept. Agriculture Tech. Bull. 364, 90 p;, 1933. A detailed description of the origin and occurrence of phosphate-bearing rocks includes references to occurrences in Georgia. It occurs o:h the Coastal Plain and in nodules in Devonian rocks in northwestern Georgia: 146 JAHNS, RICHARD HENRY, 1915- see also Heinrich, Eberhardt William, 1, 2. 1. (and Lancaster, Forrest W.). Physical characteristics of commercial sheet muscovite in the southeastern United States: U. S. Geol. Survey Prof. Paper 225, iv, 110 p., illus., 1950. Descriptions of testing procedures for physical properties are followed by tabular data. Many examples come from the Piedmont of Georgia. 2. (and Griffitts, Wallace Rush and Heinrich, Eberhardt William). General features, Part 1 of Mica deposits of the southeastern Piedmont: U. S. Geol. Survey Prof. Paper 248-A, p. v, 1-102, illus., 1953. A general description of the nature and occurrence of mica in pegmatites includes discussions of many deposits in Georgia. JANES, THOMAS P., see also Little, George, 2. 1. A manual of Georgia, for the use of immigrants and capitalists. ii, 110 p., illus., Atlanta, Georgia Dept. Agriculture, J. P. Harrison, printer, 1878 [includes much geological information prepared by George Little]. A review of the mineral resources, physiography, and other related topics is given. The whole is very generaL JENNY, WILLIAM PAUL, 18991. Geological interpretation of regional magnetic anomalies in central and southern United States: Oil Weekly, vol. 103, no. 3, p. 17-19, 2.2, illus., 1941; geophysical map issued as separate supplement. An exhortation for the use of magnetic anomaly-interpretation includes a discussion of large regional anomalies in the eastern United States, Georgia included. The basement-surface configuration below the Georgia Coastal Plain is discussed. The map shows areas of high intensity and some flexures. .JEWELL, WILLARD BROWNELL, 18991. (and Wilson, Charles William, Jr.). Leonidas Chalmers Glenn (1871-1951): Amer. Assoc. Petroleum Geologists Bull., vol. 35, p. 1920-1923, port., 1951. 2. (and Wilson, Charles William, Jr.). Memorial to Leonidas Chalmers Glenn (1871-1951): Geol. Soc. America Proc. 1952, p. 101-104, port., 1953. JOERG, WOLFANG LOUIS GOTTFRIED, 1885-1952. 1. The subdivision of North America into natural region&'--a preliminary inquiry: Assoc. Amer. Geographers Annals, vol. 4, p. 55-83, illus., 1914. A discussion of the principles of a natural region (any portion of the surface whose physical conditions are homogeneous) concludes with a map of North America, including Georgia, divided into regions. They conform with well known physiographic provinces here in Georgia. JOFFE, JACOB SAMUEL, 18871. (and Conybeare, Adrienne B.). Analyses of United States soils Sec. II, South Atlantic states, New Brunswick, New Jersey, Agricultural Experiment Sta., Rutgers Univ., 1943. Numerous analyses from Georgia and other states are given in tabular form. The various elements are reported in percentages. 147 JOHNS, WILLIAM DAVIS, 1925- L (and Murrfly, Hayden Herbert)._ Empirical crystallinity index for kaolinite [abs.] : Geol. Soc. America Buli., vol. 70, p. 1624, 1959. JOHNS HOPKINS UNIVERSITY. 1. George Hu:ritingtbn Williams '[1856~1894]. The minutes of a commerative me~ti:ilg held in Johns Hopkins University, October 14, 1894. 19 p., port., Baltimore, J. Murphy and Co., 1894. JOHNSON, DOUGLAS WILSON, 18'1S-1944, . see also Glock, Waldo Sumner, 1; Schalie, Henry yan. der; 1; , ,";, : ;' i' vo!:- 1." (The) distribution of fresh-~aier ':fatiria~atevideri6e of drainage modifications:_ Science, n~!V ~er.'" 21, ; P~1 588-592,' 1905. The evidence of similar molluscair''fap~it~ .in the 1'eru1ess~e and Coosa Rivers to support the div'er'sior,i o:('ther_ Tennessee Rivet by stream capture from the 'west is questibn'ed. Moiiti.s!\a:h' fauh& can be dis- persed by other than direct water .~igration. . , of 2. (The) Tertiary history thk'1Te-hnessee Riv'ef': Jotir~ Geology, vol. 13, P 194-231, illus., 1905. The eririderice, pro aild con, regarding the course of Tennessee River through the Appalachian Plateau, as to whether the Tennessee River everflowed out the Coosa River valley, is reviewed, Some evidence conies froili. northwestern Georgia. The river did not flow through Georgia. - '.. _ 3. Drainage modifications. in the TaHuJ~h, I;>i~tr!ct JBlp.e Ridge]: Boston Soc. Natural Hist. Proc., vol. 33, p. 211-248, illus., 1907. Geomorphologic evidence is .:p:res.entedto shOw tli:at.'tne.:Cli:attaltooc:hee River hasbeenJbeheade can come about ;other than by sea- level changes. Georgia is cited in some of the examples. . 6. Physiography of the Atlantic coast of . North Ame:rica: lnternatl, Geog. Cong. [12th], Cambridge, Mass. 19~8, Rept. Pr()c., p..85-100, 1930. Th13 cbast line of the United, States, including_ that of Georgia, is described in relationship to the: relatively recent: movements of the land. Georgia shows.feature:;: of sul;>mergerlCe; Vei;y Uttle detail from Georgia is. included, 148 7. The correlation of ancient marine levels: Internatl. Geog. Cong. [13th], Paris 1931, Comptes Rendus sec. 2, vol. 2, part 1, p. 42-54, illus., 1933. A review of the terraces along the Atlantic Coast is given. The causes of the divergent views respecting their origin are given, and are followed by a review of the principles of marinelevel correlations. No specific results are discussed, but some of the examples come from Georgia. 8. Scenery of the Atlantic shoreline: Rice Inst. Pamphlet 22, p. 47-82, illus., 1935. This is a generalized, popular description of shoreline phenomena. The coasts of Georgia and its neighbors are described as examples of emergent shorelines. Examples of more recent sea encroachment are also included. JOHNSON, HENRY STANLEY, JR. 1. Southeast district [abs.], in Reconnaissance for uranium in the United States, [Part 7] of Geologic investigations of radioactive deposits: U. S. Geol. Survey Trace Elements Investigations 390, p. 198-199, 1952. JOHNSON, LAURENCE CLEMENT, see Smith, Eugene Allen, 2. JOHNSON, ROBERT WILLIAM, JR., see Moxham, Robert Morgan, 2. JOHNSON, THOMAS CARY, JR. 1. Scientific interests in the old south. vii, 217 p., illus., New York, D. Appleton-Century Co., 1936. An interesting account of scientific activity before the Civil War includes much reference to geology and geologists in Georgia. JOHNSON, VARD HAYES, 1909- 1. Goal deposits on Sand and Lookout Mountains, Dade and Walker Counties, Georgia. Map, scale 1 inch to 4000 feet, text on map, U. S. Geol. Survey Prelim. Map, 1946. JOHNSON, W. RAY, JR., 1913-1952. 1. (and Straley, H. W., 3d, and Straley, H. W., 4th). Depth to anomaly source for Carolina Bays, in Short contributions to the geology, geography, and archaeology of Georgia (no. 2.): Georgia Geol. Survey Bull. 60, p. 125-130, table, 1953; summary by H. W. Straley, 3d, and W. F. Straley, Meteoritics, vol. 1, p. 207, 1954. Calculations based upon data gathered from elsewhere, and gravimeter data from the location, suggest that the meteoric source of the gravity anomaly near the Shell Bluff Carolina Bay in Burke Co. is between 1400 and 2400 feet deep. JOHNSTON, ALEXANDER KEITH, 1804-1871, see Boue, Ami, 2. 149 JOHNSTON, JOHN EDWARD, 1919- 1. (and Trumbull, John, and Eaton, Gordon Pryor). The petroleum potential of the emerged .and submerged Atlantic Coastal Plain of the United States: World Petroleum Cong. 5th, New York 1959, Proc. sec. 1, p. 435-445, illus., 1959; revised with title, Will we find natural gas near northeast markets?: .Gas age, vol; 124, no. 4, p. 25, 28-31, illus., 1959. A ge"Q.eral review of stratigraphic and structural phenomena related to petroleum accumul~tion is given. Potential sources in the area, includihg Georgia; are discussed. The Southeast Georgia Basin is described. ';: JOHNSTON, WILLIAM DRUMM, JR., 1899- 1. Hydrothermal mineralization at Graves :Mountain, [Lincoln Co.] [abs.]: Amer. Mineralogist, vol. 20, p. 2n1, 1935; Geol. Soc. America Proc. 1934, p. 86-87, 1935. ; . ,_. 2. Kyanite at Graves Mountain [Lincoln Co.], in Prindle, Louis Mar- cus, and otheis, Rya'nite and vermiculite deposits of Georgia: Georgia Geol. Survey Bull. 46, p. 26~32; illus., 1935. Kyanite occurs in quartz veins associated with rutile and lazulite. It has a hydrothermal origin. All are in quartzite. JONAS, ANNA ISABEL, see.:c,t,lso Stose, Anna Isabel Jonas, 18811. Structure of the ;netamorphic belt of the southern Appalachians: Amer. Jour. Science, 5th ser. vol. 24, p. 228-243, illus., ~,!!32. _The Piedmont and Blue Ridge Provinces of Georgia are included. Metamorphic rocks, largely schists, predominate. A second metamorphic period resulted in a retrogressive effect on preVibusly~fotmed high rank metamorphic rocks. The age of the second metamorphism and the accompanY;ing giant. overthrusts is late Paleozoic. The rocks were originally Precambri:an in age. JONES, JOSEPH, 1833-1896. 1. Chemical examination of the marls of Burke Co., Chapter 2 of First report to the Cotton Planters' Convention of Georgia .... , p. 7-23, Augusta, Stean1 Press of Chronicle and Sentinel, 1860. Limestone from Eocefi~ ~posiires 'throughout the county is an- a alyzed. Emphasisis placed upon its use as pot~ntial fertilizer. 2. Chemical examination bff;!the shell lime'stone: [Eoc~ne] of Washington County, Ga., Chapter 3 of First report to the Cotton Planters' Convention of Georgia . . . , p. 24-'3!), ,A:qgusta; $.team Press of Chronicle and Sentinel, 1860. The [Sandersville Limestone], near Tennile; is analyzed chemically with a view to its potential as a source of fertilizer. 3. Comparison of the [Eocene] shell-limestone and marls of Georgia with the limestones and marls of Europe , . . [and elsewhere in the U. S.], Chapter 4 of First report to the Cotton Planters' Convention of Georgia . . . , p. 31-53, Augusta, Steam Press of the Chronicle and Sentinel, 1860. ChemiCal analyses of Eocene limestone in Georgia are given and compared with limestone analyses from elsewhere. The emphasis is placed upon the fertilizing potential of the rocks. Most of the samples are from Burke and Washington Counties. 150 4. Comparison of the shell limestone and marls of Georgia with various commercial manures, Chapter 5 of First report to the Cotton Planters' Convention of Georgia . . . , p. 54-91, Augusta, Steam Press of the Chronicle and Sentinel, 1860. Chemical analyses of limestones and marls from Georgia are given in tables, the emphasis being placed upon the fertilizing potential. 5. First report to the Cotton Planters' Convention of Georg-ia, on the agricultural resources of Georgia. xv, 312 p., Augusta, Steam Press of the Chronicle and Sentinel, 1860; reprinted in part with title, On the shell-limestone and marls of Georgia: Southern Medical and Surgical Jour., new ser. vol. 16, p. 721-752, 801-832, 881-912, 1860, and in part with title, On the Tertiary formation of Georgia . . . vol. 17, p. 1-31, 1861. Analyses of limestones from many places throughout Georgia, but mostly the Coastal Plain, are given. The emphasis is upon the fertilizer potential. Geological position and extent of the Tertiary lime formation of Georgia, Chapter 1 of First report to the Cotton Planters' Convention of Georgia . . . , p. 3-4, Augusta, Steam Press of the Chronicle and Sentinel, 1860. A cursory description of the distribution of the Eocene rocks in Georgia is given. Special emphasis is placed on their value as potential fertilizers. Other sources of fertility in Georgia, Chapter 13 of First report to the Cotton Planters' Convention of Georgia . . . , p. 243-312, Augusta, Steam Press of the Chronicle and Sentinel, 1860. Water from wells and springs from many places in Georgia is analysed with the intent to show their general purity. 8. Other sources of lime in Georgia [beside the Coastal Plain], Chapter 9 of First report to the Cotton Planters' Convention of Georgia . . . , p. 169-174, Augusta, Steam Press of the Chronicle and Sentinel, 1860. Limestones from other parts of Georgia than the Coastal Plain are potential sources of lime also. An analysis of limestone from Cass [Bartow] Co. is included as an example. Its value as fertilizer is stressed. 9. Other sources of phosphate of lime in Georgia; joint clay of the Eocene formation. Kaolin clay of Georgia and South Carolina, Chapter 11 of First report to the Cotton Planters' Convention of Georgia ... , p. 197-209, Augusta, Steam Press of the Chronicle and Sentinel, 1860. Analyses of fuller's earth and kaolin from numerous places throughout the upper Coastal Plain are given with a view to their potential use as sources of phosphate for fertilizer. Most of the material is from Burke County. 10. Relations of the marls and shell limestone of Georgia to soils, Chapter 6 of First report to the Cotton Planters' Convention of Georgia . . . , p. 93-132, Augusta, Steam Press of the Chronicle and Sentinel, 1860. Many analyses of Eocene limestones and their resulting soils are given. The emphasis is upon the retention by the soil of the phosphate from the limestone. The various factors resulting in variation are discussed. 151 . 11. General view of the medica1 topography ,and (!limate of Camp Sumpter, Andersonville, [!Sumter Co.] Georgia, and of the country . in th~ immediat13_ vi,cinity, i:JJ- S;initary me~oirs of th,e War of the Rebellion, vol. 1 [Medical], p. 4!'l3~_500, C~:q:J.bridge, Riverside Press, . U._ S. Sanitary C01nmj;:;sion, 1867. J\, generalAf:l~crip~ion of the areal geo~ogy of the, _Q,onfederate Andersonville Prison site is given. Eocene rocks are recognizedat the site._ A fascinating,rf;lview of the g~ology of the. 'whole state is. give:ri.. Well watei; is analyzed. "No blame can be attached to the Confederate authorities for the collection of the Federal prisoners at this elevated and healthy locality, which was more salubrious than one half of the territory of South Carolina, Georgia, Alabama, Mississippi, a:iid Louisiana." JONES, OWEN THQMAS: 1. Edward Oscai- Ulrich [1857'-1944]: Geol.iSoc, London Quart. Jour.. vol. 100, pts. 3~4, p. lviii-l~x, 1945_. JONES, s, PERCY. 1. The geology of the. Tallulah Gorge, [Ral:iun' qo;] Georgia: Amer. Geologist, voi. 27, :p> 67-75, iilus., 19Q1; discussion lin review] by William Morris Davis: Science; new ser. vo!; 13, p. 871, illus., 1901. The -y:alley. of. the ;Tallulah ,River, il).cluding the gorge, is described. TP.e.metamorphi~ rocks th~ough. which. the rivf;lr flows a~e described. The gorge is. in a quartz schist; trending across the strike. Various theories -of th~ origin of the gorge are outlin~d. Some problems re- lating t~ a Cf\}Jture o.~.igin are (!iscp.ssed, . 'W4 2. Second report on the gold deposits ~f: Ge~ngia: Georgia peol. Survey Bull. 19, 2~3 p., illu~., 1909. A IS'ei}.ei;;:I. Nsc~~s.io:Q. oJ; origin and occurrence of.,gold is followed .by .d,etailed _desc~iptionfl of the occ-q.rrences in. the 'Piedmont. and Blue Ridge of Gein)gi~. The gold -originates .:fro:ri:i quartz veins _1!1 metamorphic .rocks and in placers and in, the .residualdepositS ,cieriv!:ld therefrom. Ni11e ~reas, or belts, are recogriized, each of whh;h is discu~~~!'l i11 ,de~aH, JONES, WALDO. r.,' 1. The monazite pe,aring s~ds of. tl}.~ "Atjan'Q..c beaches;. Mineralogist, ,voL 17, p. 45:7~~-58, _illus., 194~~ , WN:;; ~/:l a .P~P.ular ac,count of the occurrence of monazit~ as a heavY:;-mineraLin .:he1;1-,c;P. sands. No details are included. JONES, WALTER BRYAN, 1895- 1. Eugene Allen Smith [1841'-1927] : Engineering and Mining Jour., vol. 124, p; 993; 1927. 2. Eugene Allen Smith [184i-1927]: SCience, :new se,r. vol. 67, p. 7-9, 1928. ,' " ' _'I 3. Euge11e Allen Smith [1$41-1927]: Alaball1a .G~ol. Survey Bull. 60, p. 19-21, 1948. . 152 JORDAN, LOUISE, see also Applin, E,sther English Richards, 1, 2; Toulmin, Lyman Dorgan, Jr., 2. 1. (chairman, and others). Mesozoic cross-section, B-B,' Beaufort County, S. C. to Highlands County, Fla. Scale, 1 in. to 10 miles, Southeastern Geol. Soc. Mesozoic Committee, 1949. Electric log and lithologic columnar sections are used to correlate the subsurface Lower and Upper Cretaceous rocks of the southeastern Coastal Plain of Georgia. 2. (chairman, and others). Mesozoic cross section, C-C,' Toombs County, Ga. to Volusia County, Fla. Scale, 1 in. to 10 miles, Southeastern Geol. Soc. Mesozoic Committee, 1949. Electric log and lithologic column cross sections suggest correlations of Lower and Upper Cretaceous rocks in the subsurface of southeastern Georgia. 3. (chairman, and others). Mesozoic cross-section, E-E,' Bullock County, Ala. to Franklin County, Fla. Scale, 1 in. to 10 miles, Southeastern Geol. Soc. Mesozoic Committee, 1949. A well in Early Co. is logged. It contains Upper and Lower Cretaceous rocks, possible Triassic, and Paleozoic rocks. 4. (and Hendry, Charles Walter, Jr.). [Map of] oil and gas test wells in Florida and adjacent counties of Alabama and Georgia. Scale, 1 in. to 10 miles, Tallahassee, Florida Geol. Survey, 1952. The location and names of wells in many of the Coastal Plain counties are given. No other data are included. 5. Preliminary notes on the Mesozoic rocks of Florida, in A summary of the geology of Florida and a guidebook to the Cenozoic exposures of a portion of the state. Prepared for the field trip of the 44th annual meeting of the Association of American State Geologists, p. 39-45 (:!:), illus., 1952. Structure contour maps on the top of the Upper Cretaceous System, include parts of southern Georgia. They are very generalized. JUHAN, CHARLES DODGE, 1927- see Pruitt, Robert Grady, Jr., 2. KAISER, EDWARD PECK, 19121. (and Herring, Barbara F., and Rabbitt, John Charles). Minor elements in some rocks, ores, and mill and smelter products: U. S. Geol. Survey Trace Elements Investigations 415, 119 p. (:j:), 1954. Manganese ore-tailing from five locations in Bartow and Polk Cos. are analyzed spectrographically for rare elements. A table of results is included. KAY, GEORGE MARSHALL, 1904- 1. Distribution of Ordovician altered volcanic materials and related clays: Geol. Soc. America Bull., vol. 46, p. 225-244, illus., 1935. Correlation of Appalachian-area Ordovician formations is made on the basis of bentonite layers. Some exposures from northwestern Georgia from the Chickamauga and Little Oak Limestones are described and interpreted. The age of the volcanism is Middle Ordovician. 153 KEENEY, J. C. 1. Novaculite in [Lincoln and Oglethorpe Cos.] Georgia [abs.]: Amer. Jour. Science, vol. 16, p. 185, 1829. KEARNS, MARGARET M., see Ahrens, Louis Herman, 1. KE:ITH, ARTHUR, 1864-1944, see also LaForge, Laurence, 3. 1. Topography and geology of the spu.thern Appalachians: U. S. Cong. 57th, 1st Sess., Sen. Doc. 84, p. 111-122, illus., 19Q2. A general review of topographic features and their geologic control is given. No new data are included, but the illustrations are spectacular. The Blue Ridge p'ortion of Georgia is included. ' 2. Folded faults of the southern Appalachians: Internatl. Geol. Cong. 9th, Vienna 1903, Comptes Rendus, vol. 2, p:: 541-545, illus., Vienna, 1904. An extremely generalized description of the evidence for folded thrust-fault planes is given; no specific details are included, however. The eVidence comes from the Blue Ridge, Piedmont, and Valley and Ridge Provhices. . 3. The Appalachian mountains and valleys [abs.]: Scien'ce, new ser. vol. 25, p. 865-867, 1907. 4. Outlines of Appalachian structure: GeoL Soc. America, Bull., vol. 34, p. 309-380, illu~., 1923. The ,entire App~Jach,ia,I). . System is discussed, includi~g that part in Georgia. The nature of the folding, faulting, metamorphism, intrusions, and othe~ physical events are . described. The deforming forcJs have come from the southeastward direction. The physics of the folding and fliultihg' i~