National Repository of Grey Literature 2 records found  Search took 0.00 seconds. 
Microarthropods and microbial participation in oak and beech litter decomposition
Farská, Jitka ; Jínová, Kristýna ; Jirout, Jiří ; Petrásek, Jiří ; Čápová, Lenka ; Rusek, Josef ; Krištůfek, Václav ; Elhottová, Dana ; Starý, Josef
The aim of our work was to describe the impact of a simulated vegetation zone shift to higher altitudes (i) on the quantity and quality of microarthropods and microbial communities, and (ii) on the decomposition rate of allochthonous leaf litter. In November 2002, 480 litterbags filled with oak or beech leaf litter were placed into spruce and beech forests (950 m a. s. l.) on Kleť Mt. (1083 m; Blanský les Protected Landscape Area, South Bohemia). Three different mesh sizes were used for certain soil biota exclusion: > 2 mm, 0.5 mm and 42 μm. Litterbags were sampled after 2, 4, 6, 12, 24 and 36 months of exposure in the field. Litter pH and moisture were determined in the laboratory immediately after retrieval. Soil microarthropods (Oribatida, Gamasida and Collembola) were extracted using Tullgren funnels. Soil bacteria and micromycetes were isolated using the dilution plate method and specific growth media.
Přitažlivost listového opadu pro pancířníky – experiment s opadovými sáčky
Farská, Jitka
Oribatid mites in litterbags and in soil samples were studied during one year. The litterbags with oak or beech litter were exposed in beech and spruce forest on the Kleť Mt. (Blanský les Protected Landscape Area, Czech Republic). Four habitat-litter combinations were investigated - oak litter in beech forest, oak litter in spruce forest, beech litter in beech forest and beech litter in spruce forest. Soil samples were taken from oak, beech and spruce forests. Species diversity of oribatid mites increased with litter decomposition in the litterbags. Communities of oribatid mites in the litterbags exposed in spruce forest had higher species richness (59 species) than those exposed in beech forest (33 species). Species composition was dependent on the forest type where the litterbags were exposed. The influence of the litter type on the oribatid community was lower. Communities in the litterbags and in the soil samples were compared.

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