Titlebook: Concepts and Controversies in Tidal Marsh Ecology; Michael P. Weinstein,Daniel A. Kreeger Book 2000 Springer Science+Business Media B.V. 2

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LC Oscillator Entrainment and Pulling, by large fishery catches of penaeid shrimps (., and . – 66% of U.S.) and blue crabs (. −25% of U.S.). We believe that this production arises from coastal wetlands, and is driven by wetland geomorphology and hydrology resulting from the delta building and wetland loss cycles of the Mississippi River

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Themistocles M. Rassias,László Tóth engineered by dense populations of plants (marshes) or animals (beds and reefs) that use their organismic structure, i.e., bodies or shells, and functional processes, i.e., water pumping, suspension feeding, etc., to enhance the movement of materials between the two habitats. These adaptations to t

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https://doi.org/10.1007/978-3-319-65621-2ing of “The Outwelling Hypothesis” (Odum, 1980). Nixon (1980) signaled a crucial turning point in the direction of estuarine flux studies conducted since then. In this review we revisit Nixon (1980), focusing on research and thinking that has been guided by The Outwelling Concept in the last two dec

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Book 2000and John M. Teal – whose inspiration has been the starting place for a generation of coastal wetland and estuarine research. I do not mean to suggest that wetland research started at Sapelo Island. In 1899 H. C. Cowles described successional processes in Lake Michigan freshwater marsh ponds. There i

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e P. Odum and John M. Teal – whose inspiration has been the starting place for a generation of coastal wetland and estuarine research. I do not mean to suggest that wetland research started at Sapelo Island. In 1899 H. C. Cowles described successional processes in Lake Michigan freshwater marsh ponds. There i978-94-017-4080-7978-0-306-47534-4

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