A Conceptual Framework for Soil management and its effect on Soil Biodiversity in Organic and Low Input Farming
Chris Koopmans, F.W. Smeding
Abstract
Chris Koopmans, F.W. Smeding
Abstract
Learning how to manage beneficial soil biological processes may be a key step towards developing sustainable agricultural systems. We designed a conceptual framework linking soil management practices to important soil-life groups and soil fertility services like nutrient cycling, soil structure and disease suppression. We selected a necessary parameter set to gain insight between management, soil life and soil support services. The findings help to develop management practices that optimise yields, soil fertility and biodiversity in organic farming.
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Learning how to manage beneficial soil biological processes may be a key step towards developing sustainable agricultural systems. We designed a conceptual framework linking soil management practices to important soil-life groups and soil fertility services like nutrient cycling, soil structure and disease suppression. We selected a necessary parameter set to gain insight between management, soil life and soil support services. The findings help to develop management practices that optimise yields, soil fertility and biodiversity in organic farming.
Key concepts: Soil fertility, Soil biodiversity, Soil functions, Soil management, Agriculture, Environmental science, Agricultural soil science, Agroforestry