A Simulation Study on Increasing Capture Periods in Bayesian Closed Population Capture-Recapture Models with Heterogeneity

R. Gosky, Joel Sanqui
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Abstract

Capture-Recapture models are useful in estimating unknown population sizes. A common modeling challenge for closed population models involves modeling unequal animal catchability in each capture period, referred to as animal heterogeneity. Inference about population size N is dependent on the assumed distribution of animal capture probabilities in the population, and that different models can fit a data set equally well but provide contradictory inferences about N. Three common Bayesian Capture-Recapture heterogeneity models are studied with simulated data to study the prevalence of contradictory inferences is in different population sizes with relatively low capture probabilities, specifically at different numbers of capture periods in the study.
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异质性贝叶斯封闭种群捕获-再捕获模型中增加捕获周期的模拟研究
捕获-再捕获模型在估计未知种群大小时很有用。封闭种群模型的一个常见建模挑战是在每个捕获期对不平等的动物可捕获性进行建模,称为动物异质性。对种群大小N的推断依赖于种群中动物捕获概率的假设分布,不同的模型可以很好地拟合数据集,但对N的推断存在矛盾,本文利用模拟数据研究了三种常见的贝叶斯捕获-再捕获异质性模型,研究了在不同种群规模和相对较低的捕获概率下,矛盾推断的普遍性。特别是在研究中不同数量的捕获期。
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来源期刊
CiteScore
0.50
自引率
0.00%
发文量
5
期刊介绍: The Journal of Modern Applied Statistical Methods is an independent, peer-reviewed, open access journal designed to provide an outlet for the scholarly works of applied nonparametric or parametric statisticians, data analysts, researchers, classical or modern psychometricians, and quantitative or qualitative methodologists/evaluators.
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