Titlebook: Biological Soil Crusts: An Organizing Principle in Drylands; Bettina Weber,Burkhard Büdel,Jayne Belnap Book 2016 Springer International Pu

HARD

overbearing

你正派

Visual-Field

https://doi.org/10.1007/978-3-662-26806-3al surface exposed, and this allows sufficient light transmission for development of photoautotrophs that dominate these communities. They may be considered as isolated “islands” of biological soil crusts (biocrusts). The major substrates are quartz and marble, and these are ubiquitous in drylands w

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pulse-pressure

Obstruktionen im Bereich des rechten Herzens determining the architecture and evolution of the system, as they interact between themselves and with the physical environment. We review critically advances in the description of the microstructure of biocrusts with respect to their abiotic and biological components, as well as the interactions b

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Computertomographie und Nuklearmedizinudies across a wide range of biomes clearly confirm that not only the presence of biocrusts but biocrust community composition strongly influences N-fixation activity, with N fixation increasing with level of development (cyanobacterial-lichen biocrusts?>?dark cyanobacterial biocrust (e.g., . spp. a

長(zhǎng)矛

Engulf

Obstruktionen im Bereich des linken Herzenssive forces of wind and water. Thus, most of these soil surfaces are stabilized by physical or biological soil crusts. However, as drylands are extensively used by humans and their animals, these crusts are often disturbed, compromising their stabilizing abilities. As a result, approximately 17.5?%

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Biological Soil Crusts: An Organizing Principle in Drylands978-3-319-30214-0Series ISSN 0070-8356 Series E-ISSN 2196-971X