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Integrating human and species habitat preferences in conservation in heterogeneous urban settings

机译:将人类和物种栖息地偏好纳入异质城市环境的保护中

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摘要

Summary Cities are becoming increasingly important to biodiversity conservation, conservation that could also benefit urban people given the importance of nature to human well-being. Urban conservation is challenging, however, given cities’ primary role as human habitats and the need to simultaneously support heterogeneous human and wild species communities in similarly heterogeneous environments. We demonstrate a framework for identifying conservation zones within cities and human and species habitat preferences within them, thereby identifying habitat attributes that management could target to support human well-being and conservation objectives. The framework first categorizes conservation zones within a city, then develops species indicator communities for each zone. Habitat preferences are identified for each indicator community using richness modelling, and human habitat preferences within zones are identified using one of several approaches. Lastly, habitat preferences are compared to identify commonalities and differences within zones. We demonstrate our framework in Iowa City (IA, USA) using songbirds, identifying similarities in human and bird habitat preferences within conservation zones that management could target to support human well-being and species conservation and differences in preferences that could be proactively managed to reduce conflict. This framework can thus identify key habitat attributes and approaches to inform conservation planning targeted to specific settings within cities.
机译:总结 鉴于自然对人类福祉的重要性,城市对生物多样性保护变得越来越重要,保护也可以使城市人民受益。然而,鉴于城市作为人类栖息地的主要作用,以及需要在类似的异质环境中同时支持异质的人类和野生物种群落,城市保护具有挑战性。我们展示了一个框架,用于识别城市内的保护区以及其中的人类和物种栖息地偏好,从而确定管理层可以针对的栖息地属性,以支持人类福祉和保护目标。该框架首先对城市内的保护区进行分类,然后为每个区域制定物种指示群落。使用丰富度建模确定每个指标群落的生境偏好,并使用几种方法之一确定区域内的人类生境偏好。最后,比较生境偏好,以确定区域内的共性和差异性。我们在爱荷华市(美国爱荷华州)使用鸣禽展示了我们的框架,确定了保护区内人类和鸟类栖息地偏好的相似性,管理层可以针对这些偏好来支持人类福祉和物种保护,以及可以主动管理以减少冲突的偏好差异。因此,该框架可以确定关键的栖息地属性和方法,为针对城市内特定环境的保护规划提供信息。

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