Effect of soil C:N:P stoichiometry on plant-microbe-soil interactions.
Cárdenas-Hernández, Julián
Effect of soil C:N:P stoichiometry on plant-microbe-soil interactions. - 1. - 122 páginas. - Serie No. 5 .
Incluye tabla de contenido.
The rhizosphere and root detritusphere-plant-generated hotspots of microbial activity. -- Root exudation: a targeted investment or a release of currently unused products?. -- Priming effect-an impact of fresh substrate on SOM decomposition. -- PFTs indicators of nutrient transformation processes and SOM dynamics. -- Plant isotopic composition as an indicator of soil conditions.
The main players in the terrestrial ecosystems, plants and soil, are intimately linked. Plants and soil microorganisms have different nutrient requirements due to their distinctly different functions, metabolism, and biomass composition.
Plant microbe
Ecología del suelo--soil ecology
estequiometría--stoichiometry
577.57 / C266
Effect of soil C:N:P stoichiometry on plant-microbe-soil interactions. - 1. - 122 páginas. - Serie No. 5 .
Incluye tabla de contenido.
The rhizosphere and root detritusphere-plant-generated hotspots of microbial activity. -- Root exudation: a targeted investment or a release of currently unused products?. -- Priming effect-an impact of fresh substrate on SOM decomposition. -- PFTs indicators of nutrient transformation processes and SOM dynamics. -- Plant isotopic composition as an indicator of soil conditions.
The main players in the terrestrial ecosystems, plants and soil, are intimately linked. Plants and soil microorganisms have different nutrient requirements due to their distinctly different functions, metabolism, and biomass composition.
Plant microbe
Ecología del suelo--soil ecology
estequiometría--stoichiometry
577.57 / C266