Titlebook: Ecology of Cyanobacteria II; Their Diversity in S Brian A. Whitton Book 2012 Springer Science+Business Media B.V. 2012 Cyanobacteria.Cyanob

終端

調(diào)整

Uniregional Models with No Age Dependence, are increasingly likely to be endolithic the greater the water stress. In temperate regions the communities tend to be best developed on calcareous surfaces, especially in the case of strict epiliths. However, the contrast with non-calcareous surfaces is less obvious in the tropics, where many exam

CLAN

Profile and Canonical Analysis,hic biofilms are adapted to all types of stress imposed by growth at the air-rock interface and have developed the capacity to tolerate excess solar radiation, extreme temperatures and desiccation at different latitudes. Indoors, the typology of the cave or the characteristics of confined environmen

使饑餓

icient moisture is retained for occasional growth to occur. Slightly less extreme environments frequently have biological soil crusts. In both cases cyanobacteria are the phototrophs most likely to be found and in some cases the only ones. In most cases of crust development . is one of the first cya

PLE

蜿蜒而流

relieve

有角

Applied Multivariate Statistical Analysis changes in human behaviour. In this context, the cyanobacteria figure prominently. Why? First, vast populations of ancient cyanobacteria and other microalgae are credited with the formation of Earth’s oil deposits. Second, extant populations of cyanobacteria, most conspicuously marine picoplankton

miracle

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