Proceedings, Vol. 96; and Pages 531-545 in_ Journal of Waterways and Harbors 

 Division, No. WW2. 



Coastal erosion is studied along the entire length (330 miles) of the 

 North Carolina coast, using aerial photography and wave refraction pro- 

 cedures. 



366 



Muchmore, W. B., and C. H. Alteri. 1969. Parachernes (Arachnida, 



Chelonethida, Chernetidae) from the coast of North Carolina. Entomological 



News 80(5) :131-137. 



Pseudoscorpions collected under driftwood on North Carolina 

 beaches are described. 



367 



Paul, J. R., and C. L. Cordes. 1969. New distribution records for five 

 mammals of the coastal plain of North Carolina. Transactions of the 

 Illinois State Academy of Science 62(4) : 373-374 . 



New locality records are presented for five species of rodents from 

 eastern North Carolina. 



368 



Phelps, D. S. 1975. Archaeological sites as interim areas of environmental 

 concern. Pages 73-79 jn_ S. Baker, ed. Coastal development and areas 

 of environmental concern. University of North Carolina, Sea Grant Re- 

 port No. UNC-SG-75-18. 



Archaeological and historical sites are one of the most important areas 

 of environmental concern in the naturally complex and relatively fragile 

 coastal zone of North Carolina. 



369 



Pierce, J. W. 1970. Tidal inlets and washover fans. Journal of Geology 

 78:230-234. 



This paper discusses the conditions under which washover fans or tidal 

 inlets will form and which conditions will permit inlet formation from 

 the seaward side or from the lagoon side along the Outer Banks, North 

 Carolina. 



370 



Pierce, J. W., and D. J. Colquhoun. 1970. Configuration of the Holocene 



primary barrier chain, Outer Banks, North Carolina. Southeastern Geology 



ll(4):231-236. 



Article focuses on the initial shape of the coastline of Outer Banks 

 during the latter part of the Holocene rise in sea level. 



78 



