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Journal ArticleDOI

Cultural Studies On Soil Nematodes and Their Fungal Hosts

Liliane Ruess, +1 more
- 01 Jan 1996 - 
- Vol. 42, Iss: 3, pp 330-346
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TLDR
With mycorrhizal fungi as a food source its population developed faster and to a greater extent than it did with saprophytic fungal species and there may be an element of substrate ingestion or grazing on fungal hyphae for some bacterial feeding nematodes.
Abstract
In laboratory experiments survival, feeding and reproduction of nematodes in cultures with mycorrhizal and saprophytic fungi were investigated. Nematodes extracted from the organic layer of a spruce forest soil were inoculated to fungal plates. The fungal feeder Aphelenchoides saprophilus was the most successful species to multiply. With mycorrhizal fungi as a food source its population developed faster and to a greater extent than it did with saprophytic fungal species. The grazing of A. saprophilus reduced mycelial weight and fungal growth rate. Similar effects are likely to occur in the field, and can influence mycorrhizal development or affect competition between soil fungi. Besides A. saprophilus, the saprophagous nematode Acrobeloides nanus reproduced well in cultures with mycorrhizal fungi. There may be an element of substrate ingestion or grazing on fungal hyphae for some bacterial feeding nematodes.

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Book

Fungi in Ecosystem Processes

TL;DR: Fungi and Primary Productivity: Making Nutrients Available FungI and primary productivity: Plant Growth and Carbon Fixation Fungi, Secondary Productivity, and Other Fungal-Faunal Interactions Fungs and Population and Community Regulation FungAL Interactions with Humans Synopsis and Outlook to the Future Index as mentioned in this paper
Journal ArticleDOI

One stop mycology

TL;DR: This listing covers the period May 1, 1997 through to June 30, 1997, which roughly corresponds with the British Mycological Society's Special Interest Committees.
Journal Article

Soil nematode diversity: species coexistence and ecosystem function.

TL;DR: It is clear that species contributions to decomposition, likely to differ as a function of individual biologies, are concealed by the trophic group approach, which may explain why decomposition processes are maintained in highly disturbed soils despite the extinction of many species.
Journal ArticleDOI

Oribatid mite (Acari, Oribatida) feeding on ectomycorrhizal fungi.

TL;DR: This study for the first time documented that oribatid mites feed on certain ectomycorrhizal fungi, with O. tibialis being most selective.
Book

The ecology of soil decomposition

Sina M. Adl
TL;DR: The Ecology of Soil Decomposition as discussed by the authors describes trophic interactions between species that carry out the decomposition of organic matter in the soil, including bacteria, protists, fungi and micro-invertebrates.
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