0000000000141065

AUTHOR

Flemming Ekelund

showing 1 related works from this author

Root-induced decomposer growth and plant N uptake are not positively associated among a set of grassland plants

2007

Abstract It is known that plant species can induce development of different soil decomposer communities and that they differ in their influence on organic matter decomposition and N mineralization in soil. However, no study has so far assessed whether these two observations are related to each other. Based on the hypothesis that root-induced growth of soil decomposers leads to accelerated decomposition of SOM and increased plant N availability in soil, we predicted that (1) among a set of grassland plants the abundance of soil decomposers in the plant rhizosphere is positively associated with plant N uptake from soil organic matter. To test this, we established grassland microcosms consisti…

RhizosphereEcologybiologySoil organic matterSoil biologyfungiSoil Sciencefood and beveragesP34 - Biologie du solF62 - Physiologie végétale - Croissance et développementMineralization (soil science)Plant litterbiology.organism_classificationAgricultural and Biological Sciences (miscellaneous)complex mixturesDecomposerAgronomyBotanyLotus corniculatusHolcus lanatus
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