coast. 

 14. 



Florida State University, Coastal Research Notes 2(2) : 13- 



This paper covers the results of an investigation in the Apala- 

 chicola delta region relating to Pleistocene and Recent sediments. 



726 



Stapor, F. W. , Jr. 1973. Heavy mineral concentrating processes and 

 density/shape/size equilibria in the marine and coastal dune sands 

 of the Apalachicola, Florida, region. Journal of Sedimentary 

 Petrology 43(2) :396-407. 



Discusses the two marine concentrating processes that operate to 

 produce the heavy mineral deposits found on beaches in the vicinity 

 of Apalachicola, Florida. Minerals include quartz, ilmenite, 

 staurolite, and kyanite. 



727 



*Stapor, F. W. , Jr. 1975. Holocene beach ridge plain development, 

 northwest Florida. Pages 116-144 i_n R. W. Fairbridge ed. Contri- 

 butions to coastal geomorphology. Gebruder Borntraeger, Berlin. 



Deals with formation of beach ridges in northwest Florida, their 

 structure, and organization based on topographic pattern. Beach 

 ridge patterns are given for Dog Island, St. George Island, St. 

 Vincent Island, Cape San Bias, St. Joseph Spit, Beacon Hill, and 

 Shell Island. 



728 

 *Tanner, W. 

 Science 



F. 1971. Net 

 172:1231-1232. 



kinetic energy in littoral transport. 



This study examines the energy expended in unidirectional net 

 littoral transport of sediment for six coastal drift cells includ- 

 ing Dog Island, St. George Island, Cape St. George, Cape San Bias, 

 and St. Joseph peninsula. 



729 



*Tanner, W. F. 1975. Historical beach changes, Florida "Big Bend" 

 coast. Transactions of the Gulf Coast Association of Geological 

 Societies 25:379-382. 



This study contains erosion and deposition rates for the "Big 

 Bend" coastal area of Florida. Areas studied include Dog Island, 

 St. George Island, St. Vincent Island, and St. Joseph Peninsula. 



St. Vincent Island 



730 

 *Menzel 



R. W., ed. 1971. Checklist of the marine 



the Apalachee Bay and St. George's Sound area. 



fauna and flora of 

 Florida State Uni- 



154 



