Phylogenetic beta diversity in bacterial assemblages across ecosystems: deterministic versus stochastic processes
J Wang, JI Shen, Y Wu, C Tu, J Soininen… - The ISME …, 2013 - academic.oup.com
Increasing evidence has emerged for non-random spatial distributions of microbes, but
knowledge of the processes that cause variation in microbial assemblage among
ecosystems is lacking. For instance, some studies showed that deterministic processes such
as habitat specialization are important, while other studies hold that bacterial communities
are assembled by stochastic forces. Here we examine the relative influence of deterministic
and stochastic processes for bacterial communities from subsurface environments, stream …
knowledge of the processes that cause variation in microbial assemblage among
ecosystems is lacking. For instance, some studies showed that deterministic processes such
as habitat specialization are important, while other studies hold that bacterial communities
are assembled by stochastic forces. Here we examine the relative influence of deterministic
and stochastic processes for bacterial communities from subsurface environments, stream …
Phylogenetic beta diversity in bacterial assemblages across ecosystems: deterministic versus stochastic processes.
WJJ Wang JianJun, SJ Shen Ji, WYC Wu YuCheng… - 2013 - cabidigitallibrary.org
Increasing evidence has emerged for non-random spatial distributions of microbes, but
knowledge of the processes that cause variation in microbial assemblage among
ecosystems is lacking. For instance, some studies showed that deterministic processes such
as habitat specialization are important, while other studies hold that bacterial communities
are assembled by stochastic forces. Here we examine the relative influence of deterministic
and stochastic processes for bacterial communities from subsurface environments, stream …
knowledge of the processes that cause variation in microbial assemblage among
ecosystems is lacking. For instance, some studies showed that deterministic processes such
as habitat specialization are important, while other studies hold that bacterial communities
are assembled by stochastic forces. Here we examine the relative influence of deterministic
and stochastic processes for bacterial communities from subsurface environments, stream …
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