This chapter covers interactions between higher plants and soil-dwelling organisms, with sections on ecologically important biota in the rhizosphere, the soil community as cause and consequence of plant and community composition, specificity and selectivity, feedback mechanisms, soil communities and invasive plants, mutualistic root symbioses and nutrient partitioning in plant communities, mycorrhizal networks counteracting plant competition, and pathogenic soil organisms and nutrient dynamics
Soil contains a wealth of diversity – bacteria, fungi, nematodes, arthropods and earthworms are just...
International audienceUnderstanding the functioning of ecosystems, especially the soil, requires a s...
Plant roots have both direct and indirect effects on nutrient availabilities and fluxes in rhizosphe...
This chapter covers interactions between higher plants and soil-dwelling organisms, with sections on...
Production of plant biomass is one of the main ecosystem services delivered by soil. The area closel...
Evidence is accumulating that belowground soil organisms are strong drivers of the aboveground plant...
Microbial populations living at the root–soil interfaces, the rhizosphere, are immersed in a framewo...
This chapter discusses the interactions of microorganisms with their surrounding biota in soil with ...
There is a considerable evidence of both cooperation and synergism between groups of organisms conce...
Correspondance auteurs: B. Jaillard e-mail: jaillard@montpellier.inra.fr P. Hinsinger e-mail: philip...
Abstract − Nutrient acquisition by plants occurs in an environment characterized by complex interact...
The competition between weeds and crops is a topic of great interest, since this interaction can cau...
Prod 2018-76i EA SPE BIOME INRA AGROSUPInternational audienceSoils are environments where a myriad o...
Roots are important not only for water and nutrient supply of the plant, but also to release a wide ...
Erratum paru dans Plant and soil (2009) 325 (1-2) p. 351-352 http://dx.doi.org/10.1007/s11104-009-01...
Soil contains a wealth of diversity – bacteria, fungi, nematodes, arthropods and earthworms are just...
International audienceUnderstanding the functioning of ecosystems, especially the soil, requires a s...
Plant roots have both direct and indirect effects on nutrient availabilities and fluxes in rhizosphe...
This chapter covers interactions between higher plants and soil-dwelling organisms, with sections on...
Production of plant biomass is one of the main ecosystem services delivered by soil. The area closel...
Evidence is accumulating that belowground soil organisms are strong drivers of the aboveground plant...
Microbial populations living at the root–soil interfaces, the rhizosphere, are immersed in a framewo...
This chapter discusses the interactions of microorganisms with their surrounding biota in soil with ...
There is a considerable evidence of both cooperation and synergism between groups of organisms conce...
Correspondance auteurs: B. Jaillard e-mail: jaillard@montpellier.inra.fr P. Hinsinger e-mail: philip...
Abstract − Nutrient acquisition by plants occurs in an environment characterized by complex interact...
The competition between weeds and crops is a topic of great interest, since this interaction can cau...
Prod 2018-76i EA SPE BIOME INRA AGROSUPInternational audienceSoils are environments where a myriad o...
Roots are important not only for water and nutrient supply of the plant, but also to release a wide ...
Erratum paru dans Plant and soil (2009) 325 (1-2) p. 351-352 http://dx.doi.org/10.1007/s11104-009-01...
Soil contains a wealth of diversity – bacteria, fungi, nematodes, arthropods and earthworms are just...
International audienceUnderstanding the functioning of ecosystems, especially the soil, requires a s...
Plant roots have both direct and indirect effects on nutrient availabilities and fluxes in rhizosphe...