John Brubaker - Böcker

Explores how the motion and interaction of fresh and salt water determine the salinity within a particular estuary, and thereby the balance of all living and nonliving resources there. This text, based on a conference on estuarine circulation, focuses on the many variations of the two-layered net, or nontidal gravitational pattern, which was first proposed by Dr Donald Pritchard, and pays special attention to the factors that control estuarine transport processes. Estuarine circulation is important because water movement transport marine organisms, sediments, and pollutants. In addition, estuarine circulation affects food chains, as well as the distribution and abundance of organisms that are transported by the currents during larval stages.

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Estuaries exist along the edge of the oceans and seas, and are char­ acterized by the dilution of sea water by inflowing fresher waters. The motion and interaction of these two types of water (fresh and salt water) determine the salinity distribution within the estuary and that, in turn, affects the organisms residing there. The purpose of this vol­ ume is to review the status of our understanding of estuarine circu­ lation and how the circulation patterns affect living and nonliving resources in estuaries. For many years, the primary paradigm for estuarine circulation was the two-layered net or nontidal gravitational circulation pattern first proposed by Dr. Donald Pritchard in his studies of the James River estuary. During the last decade or so, research has focused on the many variations about this theme and the factors that control the transport processes. Many of these aspects are covered in the initial papers in this volume. Water movement, of course, is of interest be­ cause it transports marine organisms, sediments, and pollutants. Es­ tuarine circulation has a significant effect on estuarine food chains, and on the distribution and abundance of organisms, such as the American oyster, that are freely transported by the currents during larval stages. The intent is to bring together many of these topics in a single volume. This volume is dedicated to Dr. Donald W.