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首页> 外文期刊>Sociobiology >Wing morphometrics reveals the migration patterns of Africanized honey bees in Northeast Brazil
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Wing morphometrics reveals the migration patterns of Africanized honey bees in Northeast Brazil

机译:Wing Morphometrics揭示了巴西东北地区非洲化蜂蜜蜜蜂的迁移模式

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摘要

Climatic differences can directly affect the population structure of organisms. The Northeastern Brazilian covers an area of about 1.5 million square kilometres, in which the semi-arid part corresponds to approximately 60%. It is probably the most vulnerable region to climatic variations in Brazil. Here, we investigated the variability of Africanized honey bees in different localities from Northeast Brazil during the dry season and the influence of drought periods in morphological variation among populations. Analyses were carried out with data collected by traditional and geometric morphometrics of bees sampled during the dry season and showed a subtle morphological variation in agreement to the climatic pattern. Furthermore, once we added samples collected during the rainy season, we observed a change in its pattern, with a very different result from the same population sampled during drought periods. The geometric morphometrics results emphasized that samples collected during the rainy season in Mossoró would be more similar to bees from humid coastal areas. These results probably reflect the probable dispersion pattern of these bees between humid coastal and semi-arid areas.
机译:气候差异可以直接影响生物的人口结构。巴西东北部占地面积约150万平方公里,其中半干旱部分对应约60%。这可能是巴西最脆弱的气候变化地区。在这里,我们调查了在干燥季节在东北巴西不同地区的非洲化蜂蜜蜜蜂的可变性,以及流行时期在种群形态变异中的影响。通过在干燥季节采样的蜜蜂的传统和几何形态化学进行的数据进行分析,并表现出对气候模式的微妙形态变化。此外,一旦我们在雨季收集的样品中,我们观察到其模式的变化,患有在干旱期间相同的人群中的相同群体的变化。几何形态化学结果强调,在莫塞尔罗在雨季期间收集的样本与来自潮湿沿海地区的蜜蜂更像。这些结果可能反映了潮湿的沿海和半干旱地区之间这些蜜蜂的可能分散模式。

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