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原文連結
論文資訊
- 類型：已發表論文
- 日期：2001
摘要
We applied individual-based simulations to study the effect of physiological integration among ramets in clonal 物種 that live in patchy habitats. Three strategies were compared: (1) Splitter, in which the genet was fragmented into independent ramets; (2) Transient Integrator, where only groups of ramets were connected; and (3) Permanent Integrator, in which fragmentation did not occur, and the whole genet was integrated. We studied the dynamics of spatial spreading and 族群 growth in these strategies separately and in competition. Various habitat types were modeled by changing the density of favorable habitat patches. We found that the spatial pattern of good patches significantly influenced the growth of the 族群s. When the resource patches were scarce, a large proportion of the carrying capac
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