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Responses of Bats to Forest Fragmentation in the Mississippi River Alluvial Valley, Arkansas, USA

机译:美国阿肯色州密西西比河冲积山谷中蝙蝠对森林破碎化的响应

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摘要

Intense conversion of bottomland hardwood forests to rice and soybeans in the Mississippi River Valley of Arkansas has restricted the remaining forest to isolated fragments. Habitat fragmentation has proven to be detrimental to population sustainability of several species, and is the subject of intense study with often species and latitude specific responses. We compared both coarse land area classes and landscape fragmentation metrics from six 30 km × 30 km subsets centered on publicly owned management areas to bat captures obtained from a 2005 population study. Patch density was the strongest predictor of total captures (R2 = 0.801, p = 0.016) and of Myotis austroriparius captures (R2 = 0.856, p = 0.008). Our findings indicate that patch density and area are important predictors of bottomland bat captures.
机译:阿肯色州密西西比河流域的底层硬木森林向稻米和大豆的强烈转化将剩余的森林限制为孤立的碎片。栖息地碎片化已被证明对几种物种的种群可持续性有害,并且是经常针对物种和纬度的特定反应而进行的深入研究的主题。我们比较了以公有管理区域为中心的六个30 k​​m×30 km子集的粗土地面积分类和景观破碎度指标,与从2005年人口研究中获得的蝙蝠捕获率进行了比较。斑块密度是总捕获量(R 2 = 0.801,p = 0.016)和鼠耳肌(Myotis austroriparius)捕获量(R 2 = 0.856,p = 0.008)的最强预测指标。我们的研究结果表明斑块密度和面积是海底蝙蝠捕获的重要预测指标。

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