Department of Ecology and Evolutionary Biology, University of Colorado, Boulder, CO 80309, USA.
Trends Ecol Evol. 2012 Jun;27(6):323-9. doi: 10.1016/j.tree.2012.01.011. Epub 2012 Feb 15.
Processes that occur both within and between hosts can influence the ecological and evolutionary dynamics of symbionts, a broad term that includes parasitic and disease-causing organisms. Metacommunity theory can integrate these local- and regional-scale dynamics to explore symbiont community composition patterns across space. In this article I emphasize that symbionts should be incorporated into the metacommunity concept. I highlight the utility of metacommunity theory by discussing practical and general benefits that emerge from considering symbionts in a metacommunity framework. Specifically, investigating the local and regional drivers of symbiont community and metacommunity structure will lead to a more holistic understanding of symbiont ecology and evolution and could reveal novel insights into the roles of symbiont communities in mediating host health.
发生在宿主内外的过程可以影响共生体(包括寄生和致病生物在内的广义术语)的生态和进化动态。复合种群理论可以整合这些局部和区域尺度的动态,以探索共生体群落组成在空间上的模式。在本文中,我强调应该将共生体纳入复合种群概念中。我通过讨论在复合种群框架中考虑共生体所产生的实际和普遍的益处,突出了复合种群理论的实用性。具体而言,研究共生体群落和复合种群结构的本地和区域驱动因素,将导致对共生体生态学和进化的更全面理解,并可能揭示共生体群落在调节宿主健康方面的新作用。