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首页> 外文期刊>Evolutionary Applications >Changing organisms in rapidly changing anthropogenic landscapes: the significance of the ‘Umwelt’‐concept and functional habitat for animal conservation
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Changing organisms in rapidly changing anthropogenic landscapes: the significance of the ‘Umwelt’‐concept and functional habitat for animal conservation

机译:在快速变化的人为景观中变化的生物:“ Umwelt”概念和功能性栖息地对动物保护的重要性

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AbstractThere is a growing recognition for the significance of evolutionary thinking in ecology and conservation biology. However, ecology and conservation studies often work with species-specific, fixed traits that ignore intraspecific variation. The way the habitat of a species is considered is an example of typological thinking biased by human perception. Structural habitat units (e.g., land cover types) as perceived by humans may not represent functional habitat units for other organisms. Human activity may also interfere with the environmental information used by organisms. Therefore, the Umwelt-concept from ethology needs to be integrated in the way we think about habitat and habitat selection. It states that different organisms live in different perceptual worlds dealing with specific subsamples of the environment as a result of their evolutionary and developmental history. The resource-based habitat concept is a functional habitat model based on resource distributions (consumables and conditions) and individual movements. This behavioural approach takes into account aspects that relate to the perceptual world of organisms. This approach may offer new opportunities for conservation and may help avoid failures with habitat restoration. Perceptual ability may be subject to adaptive change, but it may also constrain organisms from showing adaptive behaviours in rapidly changing environments.
机译:摘要人们越来越认识到进化思维在生态学和保护生物学中的重要性。但是,生态学和保护学研究通常采用忽略物种内变异的特定物种的固定性状。考虑物种栖息地的方式是人类感知偏向的类型学思维的一个例子。人类感知的结构性栖息地单位(例如土地覆盖类型)可能不代表其他生物的功能性栖息地单位。人类活动也可能会干扰生物体使用的环境信息。因此,来自人类学的Umwelt概念需要以我们对栖息地和栖息地选择的思考方式加以整合。它指出,由于其进化和发展的历史,不同的生物生活在不同的感知世界中,处理特定的环境子样本。基于资源的栖息地概念是基于资源分布(消耗品和条件)和个体移动的功能性栖息地模型。这种行为方法考虑到了与生物感知世界有关的方面。这种方法可能会提供新的保护机会,并可能有助于避免生境恢复失败。感知能力可能会发生适应性变化,但也可能会限制有机体在快速变化的环境中表现出适应性行为。

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