Titlebook: Interactions in the Root Environment — An Integrated Approach; Proceedings of the M David S. Powlson,Geoff L. Bateman,Penny R. Hirsch Confe

光亮

Soil and rhizosphere as habitats for , inoculants: new knowledge on distribution, activity and physn, and oxygen limitations have provided new insight into the significance of growth-limiting factors in the soil and along the root. The present work reviews the current knowledge on . inoculants in soil and rhizosphere based on these modern techniques. Finally, some perspectives for future studies

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Thymus

Incorporating rhizosphere processes into field-scale (agro)ecosystem models, III≥model II>model I. Current field-scale models of soil organic matter (SOM) transformation, especially in rice soils, could be improved by taking explicit account of the rhizosphere and the processes which occur within it.

murmur

Grating

Pert敏捷

AER

Monitoring temporal and spatial variation in rhizosphere bacterial population diversity: A communitadherence, fatty acid composition, substrate utilisation patterns) demonstrated that the ability to utilise organic acids as carbon sources correlated with rhizosphere competence. Single inoculum and competitive colonisation studies in planted microcosms confirmed rhizosphere competence, but also de

gout109

aerial

Interactions in the Root Environment — An Integrated ApproachProceedings of the M

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