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Modeling Asynchronous Flowering

机译:异步开花建模

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摘要

Asynchronous flowering is widespread in plants. But little attention has been paid to the modeling of the time-course of flowering of a single plant or a population. Yet the reproductive success of many species, some of agricultural importance, relies on the overlapping of the flowering of compatible genotypes. To address this question, we present a general flowering model which integrates the flowering variability between and within trees. Following three hypotheses, three simpler models of general use are derived: the "shoot", the "tree", and the "population" models. Their behaviors are explored using simulation. The "shoot" and the "tree" models are able to simulate the different flowering patterns observed in plants.
机译:异步开花在植物中很普遍。但是,很少关注单一植物或种群的开花时间过程的建模。然而,许多物种的繁殖成功(对农业具有重要意义)取决于相容基因型开花的重叠。为了解决这个问题,我们提出了一个通用的开花模型,该模型整合了树木之间和树木内部的开花变异性。根据三个假设,可以得出三个更简单的通用模型:“拍摄”,“树”和“人口”模型。他们的行为是通过模拟进行探索的。 “拍摄”和“树”模型能够模拟植物中观察到的不同开花模式。

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