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Some of the most enduring and fundamental questions in archaeology relate to site seasonality. During which seasons did people occupy coastal archaeological sites? Why is "seasonality" important to our understanding of human behavior? What does this knowledge tell us about life in dynamic estuarine systems? What methods and technologies are available to address key issues of seasonality? Archaeological seasonality is uniquely linked to settlement patterns, resource availability, environmental relationships, anthropogenesis, landscapes, and social complexity. Archaeologists working in coastal settings typically recover multiple biological proxies that are well suited to explicating questions of human seasonal behavior. The Fifth Caldwell Conference was convened to discuss and report on practiced methods for reading the seasonality record found in common biological proxies. These researchers spoke of how they are applying various methods grounded in the natural sciences to estimate seasonality with particular reference to the archaeology of St. Catherines Island and the Georgia Bight. These methods include stable isotope analysis, ¹⁴C dating, longitudinal studies of animals (molluscs and fishes), zooarchaeology, and archaeobotany. The research shows that all plant and animal remains found in a midden contain a record of human behavior. The authors of these 13 chapters agree that multiple indicators of site seasonality provide the most robust picture of the annual settlement cycle. These papers were initially presented at the Fifth Caldwell Conference, cosponsored by the American Museum of Natural History and the St. Catherines Island Foundation, held on St. Catherines Island, Georgia, May 14-16, 2010.
Land settlement patterns, Prehistoric --- Land settlement patterns, Prehistoric --- Food supply --- Food supply --- Coastal settlements --- Migration, Internal --- Indians of North America --- Indians of North America --- Fish remains (Archaeology) --- Fish remains (Archaeology) --- Animal remains (Archaeology) --- Animal remains (Archaeology) --- Plant remains (Archaeology) --- Plant remains (Archaeology) --- Coastal archaeology --- Seasonal variations --- Seasonal variations --- Food --- Food --- Atlantic Coast (South Atlantic States) --- Saint Catherines Island (Ga.)
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In trying to discover as much as possible about the marine environment, oceanography has split into many subdisciplines, each represented by innumerable publications. To date however, there has been no concise synthesis introducing readers to the whole array of physical processes in the sea, and showing how these processes are related to one another and to other natural phenomena. The author of Marine Physics aims to fill this gap. The volume presents energy and mass transfer processes in the marine environment together with an explanation of their effects on other processes.
Oceanography. --- Coastal engineering. --- Ocean-atmosphere interaction --- Mathematical models --- Coast changes. --- Hydrodynamics. --- Hydrodynamics --- Water waves --- Wave equation --- Numerical solutions --- Oceanography --- Estuarine oceanography --- Marine ecology --- Mer-atmosphère (Interaction). Modèles mathématiques. (Congrès) --- Zee-atmosfeerwisselwerking. Wiskundige modellen. (Congres) --- Kust. Oecologie. --- Géochimie organique. --- Littoral. Ecologie. --- Geochemie (Organische). --- Mer intérieure. Canada. --- Zee (Binnenlandse). Canada. --- Zee. Oecologie. (Congres) --- Mer. Hydrodynamique. (Congrès) --- Mer. Ecologie. (Congrès) --- Zee. Hydrodynamica. (Congres) --- Mathematical models. --- Numerical solutions. --- Earth sciences --- Marine biology --- Hydrodynamique --- Modèles mathématiques --- Fluides, mecanique des oceans --- Turbulence --- GEOLOGIE DES OCEANS --- GEOLOGIE APPLIQUEE --- ETUDE REGIONALE --- MANGANESE --- MATIERES UTILES --- ELEMENTS CHIMIQUES --- GEOGRAPHIE INDUSTRIELLE ET MINIERE --- SYSTEMATIQUE DES RESSOURCES NATURELLES --- Oceanographie --- Oceanographie des estuaires --- Mers et oceans --- Modeles mathematiques --- Pollution --- Interactions ocean-atmosphere --- Seasonal variations
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