0000000000149774

AUTHOR

Stefano Grego

showing 1 related works from this author

Cadmium-induced changes in soil biochemical characteristics of oat (Avena sativa L.) rhizosphere during early growth stages

2011

A microcosm was assembled to physically separate soil from roots and was used to study both the impact of living roots on the soil–plant system during early stages of growth and plant responses to abiotic stress. Oat (Avena sativa L.) seedlings were grown in the microcosm unit for 44 days. Twenty-three days after planting, 0.154 mg CdSO4/g dry soil was added. Plants grown in Cd-treated microcosms showed considerable inhibition of shoot growth rates, and leaf chlorophyll content. Soil microbial biomass C and respiration increased with plant age, and most of the measured biochemical indicators decreased with increasing distance from the soil–root interface, thus demonstrating the rhizosphere …

Rhizospherefood.ingredientChemistryAbiotic stressfungiSettore AGR/13 - Chimica Agrariafood and beveragesSoil ScienceSowingEnvironmental Science (miscellaneous)Rhizosphere Microbial activity Heavy metals Microbial biomass Cadmium OatSoil respirationAvenafoodAgronomyShootRespirationMicrocosmEarth-Surface Processes
researchProduct