Intensive agriculture and invasive cultivation practices contribute to the progressive decline of the organic reserve of the soil. To address this issue and the related widespread soil pollution, the use as soil amendments of C-rich products and byproducts of technological treatments of biowaste can represent a sustainable solution. In addition to improving overall soil fertility, these materials significantly enhance the efficiency of the soil in retaining pollutants, thus limiting their leaching and the contamination of the food chain.
Comparative evaluation of the properties of soil organic amendments produced from biowaste recycling
Vona D.;Colatorti N.;Loffredo E.
2024-01-01
Abstract
Intensive agriculture and invasive cultivation practices contribute to the progressive decline of the organic reserve of the soil. To address this issue and the related widespread soil pollution, the use as soil amendments of C-rich products and byproducts of technological treatments of biowaste can represent a sustainable solution. In addition to improving overall soil fertility, these materials significantly enhance the efficiency of the soil in retaining pollutants, thus limiting their leaching and the contamination of the food chain.File in questo prodotto:
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