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海洋中地形控制的锋面及其生物影响。

Topographically controlled fronts in the ocean and their biological influence.

出版信息

Science. 1988 Jul 8;241(4862):177-81. doi: 10.1126/science.241.4862.177.

Abstract

Headlands, islands, and reefs generate complex three-dimensional secondary flows that result in physical and biological fronts. Mixing and diffusion processes near these reefs and headlands are quite different from these processes in the open sea, and classical advection-diffusion models that were developed for the open sea are not valid near shore. Topographically generated fronts affect the distribution of sediments, and they aggregate waterborne eggs, larvae, and plankton. This aggregation influences the distribution and density of benthic assemblages and of pelagic secondary and tertiary predators.

摘要

岬角、岛屿和暗礁会产生复杂的三维二次流,从而形成物理和生物锋面。这些暗礁和岬角附近的混合和扩散过程与开阔海域的这些过程有很大的不同,而且为开阔海域开发的经典平流扩散模型在近岸海域是无效的。地形产生的锋面会影响沉积物的分布,并聚集水生生卵、幼虫和浮游生物。这种聚集会影响底栖生物组合和浮游二次和三级捕食者的分布和密度。

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