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首页> 外文期刊>Ecology and Evolution >Will shrinking body size and increasing species diversity of crustaceans follow the warming of the Arctic littoral?
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Will shrinking body size and increasing species diversity of crustaceans follow the warming of the Arctic littoral?

机译:缩小体尺寸和越来越多的甲壳类动物的多样性遵循北极地区的变暖?

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Over thirty species of littoral marine Gammaridea occur along the coasts of the North Atlantic. From one to several species can coexist in a single region. There is an evident, inverse relationship between egg incubation time and temperature (from 14 to 120?days) and consequent trends in the size of the animals on reaching maturity (from 5?mm in warmer waters to 30?mm in the coldest ones) and in lifespan (from 6?months to 5?years). Littoral gammarids are a good example of the shrinking size effect of increasing temperatures and size‐related species diversity. In large species, the annual cohorts of the population (3–5 annual size groups) functionally replace the adults of smaller species. The ongoing warming of the European Arctic seas may extend the distribution limits of boreal species so that more Gammarus species may appear on northern coasts hitherto occupied by just one or at most two species.
机译:在北大西洋沿岸的沿海地区出现了三十多种沿海的陆战队吉伐。从一到几种物种可以在一个区域中共存。蛋孵育时间和温度之间存在明显,反比关系(从14至> 120.?天),并且在达到成熟度的动物大小的大小(在较冷的水中为30Ωmm的动物大小的趋势)和寿命(从<6?几个月到> 5?年)。沿着甲基γID是增加温度和大小相关物种多样性的缩小效果的一个很好的例子。在大物种中,人口的年度队列(3-5年度大小团体)功能替代较小物种的成年人。欧洲北极海洋的持续变暖可能会延长北部物种的分配限制,以便在迄今为止迄今为止的北部沿海地区占用的北部海岸可能出现了更多的γ鱼类。

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