venous-leak
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Economic Growth in Modern Britain. Moore (1931, 1939), Schwartz (1932), Dapples (1942), D. G. Moore and Scruton (1957), McMaster (1967), Rhoads (1974), Rowe (1974), Powell (1974), Richards and Park (1976), Myers (1977a,b), Self and Jumars (1978), Lee and Swartz (1980), and Carney (1981). These papers relate the effects of benthic s
Tempor
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Growth and the Financial Environmentand around it. In the case of marine sedimentary deposits, the dominant agents of mass transport are often large bottom-dwelling animals that move particles and fluids during feeding, burrowing, tube construction, and irrigation. Such biogenic material transport has major direct and indirect effects
uncertain
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Growth and the Financial Environmentocus our discussion on the effects of macrobenthos (adult length >1 mm) on fine-grained bottoms (sediments that contain approximately 50% by weight silt—clay-sized particles) of lakes and slow-flowing rivers. There are three reasons for this approach. The first is that there is simply too little kno
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Topics in Geobiologyhttp://image.papertrans.cn/a/image/157698.jpg
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978-1-4757-1319-0Springer Science+Business Media New York 1982
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Growth in the Industrial SectorThe purpose of this chapter is to examine existing mathematical models of important chemical, physical, and biological effects of organisms on sediments. The objectives and nature of the models will be discussed, the mathematical solution techniques will be identified, and the advantages and disadvantages of each type of model will highlighted.
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Mathematical Models of BioturbationThe purpose of this chapter is to examine existing mathematical models of important chemical, physical, and biological effects of organisms on sediments. The objectives and nature of the models will be discussed, the mathematical solution techniques will be identified, and the advantages and disadvantages of each type of model will highlighted.