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首页> 外文期刊>Regional Environmental Change >Correction to: A recent colonizer bird as indicator of human-induced landscape change: Eurasian collared dove (Streptopelia decaocto) in a small Mediterranean island
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Correction to: A recent colonizer bird as indicator of human-induced landscape change: Eurasian collared dove (Streptopelia decaocto) in a small Mediterranean island

机译：更正为：一只新近移居的鸟类作为人类景观变化的指示：在一个地中海小岛上的欧亚斑鸠（Streptopelia decaocto）

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摘要

We studied the habitat preferences at three different landscape scales of Eurasian collared dove (Streptopelia decaocto), a bird which recently colonized the Western and Southern Europe, with the aim to corroborate their synanthropic ecology and to propose it as indicator of human-induced landscape change. We carried out this study in a small circum-Sardinian island (Italy) of high conservation concern. Comparing occurrence records with random sites, we observed that sites where this species occur showed significant lower averaged values of distance from nearest buildings, from the largest town, and from the nearest paved roads. Sites of occurrence showed significantly higher values of in urban cover density when compared with random sites where the species is absent: in particular, distance from nearest building being the main predictor using a logistic regression. Predictive models highlighted as a high proportion of the island (24-42%) shows a medium-high suitability for this species. Due to the analogous landscape anthropization of many Mediterranean islands, we suggest as this species could rapidly colonize a large part of them in the next decades. Moreover, this synanthropic species could meet many of the typical criteria requested for a biological indicator of human-induced landscape changes in land use policies.
机译：我们研究了欧亚白斑鸠（Streptopelia decaocto）在三种不同景观尺度上的栖息地偏好，该鸟类最近在西欧和南欧定居，目的是证实它们的合人类生态学，并将其作为人类诱发的景观变化的指标。我们在一个高度关注保护的小的撒丁岛撒丁岛（意大利）进行了这项研究。将发生记录与随机站点进行比较，我们观察到该物种发生的站点显示出距最近的建筑物，距最大的城镇和距最近的铺装道路的平均距离平均值较低。与不存在该物种的随机地点相比，发生地点显示出更高的城市覆盖密度值：特别是，使用逻辑回归分析法，距离最近建筑物的距离是主要的预测指标。预测模型强调了该岛的高比例（24-42％），表明该物种的适应性中等。由于许多地中海岛屿都具有类似的景观人类，因此我们建议，由于该物种可能在未来几十年内迅速殖民其中很大一部分。而且，这种合人类物种可以满足许多人类在土地使用政策中引起人为景观变化的生物学指标的典型标准。

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