Sustainable Management of Phosphorous in the Agriculture System - Dhakal, Gyanendra
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Phosphorus deficiency and low availability are a major constraint to agricultural production system due to strong adsorption and precipitation of P after addition to soil. Use of different organic materials, including manures, composts, crop residues and other rural and urban wastes to enhance phosphorous biological cycling in the soil. The addition of crop residues influences P availability via different mechanisms. Soil microbes play a vital role in soil P dynamics by P uptake, solubilization, and mineralization. Therefore, better understanding the relationship between type and amount of P…mehr

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Produktbeschreibung
Phosphorus deficiency and low availability are a major constraint to agricultural production system due to strong adsorption and precipitation of P after addition to soil. Use of different organic materials, including manures, composts, crop residues and other rural and urban wastes to enhance phosphorous biological cycling in the soil. The addition of crop residues influences P availability via different mechanisms. Soil microbes play a vital role in soil P dynamics by P uptake, solubilization, and mineralization. Therefore, better understanding the relationship between type and amount of P amendment, size, and activity of microbial biomass in the soil is key for better management of soil P and other nutrients.
Autorenporträt
Gyanendra Dhakal, an Agriculture Scientist who holds a Master in  Organic Agriculture from Germany. He worked in Nepal for 12 years in the academic and research sector focus on soil microbiology, organic agriculture and biomass reuse. Currently, he is doing a Ph.D. at Saitama University, Japan in Biochar and Soil Microbiology.