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Estimating the biodiversity of the East Antarctic shelf and oceanic zone for ecoregionalisation: Example of the ichthyofauna of the CEAMARC (Collaborative East Antarctic Marine Census) CAML surveys

机译:估算东南极陆架和海洋区域的生物多样性以进行生态区域化:CEamaRC(东南极合作海洋人口普查)CamL调查的鱼类动物实例

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摘要

Ecoregions are defined in terms of community structure as a function of abiotic or even anthropogenic forcing. They are meso-scale structures defined as the potential habitat of a species or the predicted communities geographic extent. We assume that they can be more easily defined for long-lived species, such as benthos or neritic fish, in the marine environment. Uncertainties exist for the pelagic realm because of its higher variability, plus little is known about the meso- and bathypelagic zones. A changing environment and modification of habitats will probably drive new communities from plankton to fish or top predators. We need baseline studies, such as those of the Census of Antarctic Marine Life, and databases like SCAR-MarBIN as tools for integrating all of these observations. Our objective is to understand the biodiversity patterns in the Southern Ocean and how these might change through time.
机译:根据社区结构来定义生态区,这是非生物甚至人为强迫的函数。它们是中尺度结构,定义为物种的潜在栖息地或预测的社区地理范围。我们假设可以更轻松地为海洋环境中的长寿命物种(例如,底栖生物或尖吻鱼类)定义它们。由于中上层地区的可变性较高,因此存在不确定性,而对中上层和深层上层带的了解甚少。不断变化的环境和栖息地的改变可能会使新的社区从浮游生物变成鱼类或顶级捕食者。我们需要基线研究,例如南极海洋生物普查的基线研究,以及像SCAR-MarBIN这样的数据库作为整合所有这些观测值的工具。我们的目标是了解南部海洋中的生物多样性模式以及这些生物模式随时间变化的方式。

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