模拟美国和加拿大草原坑区水禽丰度对湿地黑鸟种群的影响

Greg M. Forcey, G. Linz, W. Thogmartin, W. J. Bleier
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引用次数: 7

摘要

在11号鸟类保护区(BCR 11)的草原坑中,黑鸟与许多水禽共享湿地栖息地。由于栖息地偏好相似,黑鹂种群与BCR11中一种或多种水禽种群之间可能存在关联。本研究利用BCR11内北美繁殖鸟类调查的数据,将红翼黑鹂和黄头黑鹂的种群作为多种水禽物种的函数进行建模。对于每个黑鹂物种,我们创建了一个全球模型,将黑鹂的丰度建模为11种水禽的函数;妨害效应(年份、路线和观察者)也包括在模型中。在WinBUGS 1.4.1中使用马尔可夫链蒙特卡罗方法拟合层次泊松回归模型。水禽丰度与黑鸟数量呈弱相关,没有单一水禽物种与任何一种黑鸟表现出很强的相关性。这些发现表明,单一物种的水禽数量并不像……
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Modeling Wetland Blackbird Populations as a Function of Waterfowl Abundance in the Prairie Pothole Region of the United States and Canada
Blackbirds share wetland habitat with many waterfowl species in Bird Conservation Region 11 (BCR 11), the prairie potholes. Because of similar habitat preferences, there may be associations between blackbird populations and populations of one or more species of waterfowl in BCR11. This study models populations of red-winged blackbirds and yellow-headed blackbirds as a function of multiple waterfowl species using data from the North American Breeding Bird Survey within BCR11. For each blackbird species, we created a global model with blackbird abundance modeled as a function of 11 waterfowl species; nuisance effects (year, route, and observer) also were included in the model. Hierarchical Poisson regression models were fit using Markov chain Monte Carlo methods in WinBUGS 1.4.1. Waterfowl abundances were weakly associated with blackbird numbers, and no single waterfowl species showed a strong correlation with any blackbird species. These findings suggest waterfowl abundance from a single species is not lik...
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