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Modeling doline populations with logistic growth functions

机译:使用logistic增长函数建模doline种群

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摘要

Initiation and evolution of a large karst depression population consisting of parent and daughter dolines were spatially and temporally modeled using logistic growth functions. Logistic growth models are well suited for analyzing doline population initiation and evolution because they reflect the density-dependent growth mechanisms present in the evolution of karst depressions. Seven assumptions based upon previous studies were refined into mathematical statements and tested using more than 2000 dolines from a subpopulation of both parent and daughter karst depressions on the Western Highland Rim and Pennyroyal Plain of Tennessee and Kentucky. Logistic growth models quantify the initiation and evolution of doline populations and interface well with recent models describing the evolution of three-dimensional conduit systems. Logistic growth models should apply to modeling other doline populations in karst terranes with hydraulically efficient, three-dimensional conduit systems. Copyright (c) 2006 John Wiley & Sons, Ltd.
机译:使用logistic生长函数在时空上模拟了由父本和子代doline组成的大型喀斯特洼地种群的形成和演化。 Logistic增长模型非常适合用于分析doline种群的起源和演化,因为它们反映了喀斯特洼地演化中存在的依赖密度的增长机制。田纳西州和肯塔基州的西部高地边缘和Pennyroyal平原的父母和女儿岩溶洼地的亚群中,根据以前的研究得出的七个假设被细化为数学陈述,并使用2000多个doline进行了测试。 Logistic增长模型量化了doline种群的启动和进化,并与描述三维导管系统进化的最新模型很好地对接。逻辑增长模型应适用于利用液压有效的三维导管系统对岩溶地貌中的其他do线虫种群进行建模。版权所有(c)2006 John Wiley&Sons,Ltd.

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