Soil management practices for sustainable agro-ecosystems
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Published source details
Komatsuzaki M & Ohta H. (2007) Soil management practices for sustainable agro-ecosystems. Sustainability Science, 2, 103-120.
Published source details Komatsuzaki M & Ohta H. (2007) Soil management practices for sustainable agro-ecosystems. Sustainability Science, 2, 103-120.
Actions
This study is summarised as evidence for the following.
Action | Category | |
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Grow cover crops when the field is empty Action Link |
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Amend the soil with manures and agricultural composts Action Link |
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Change tillage practices Action Link |
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Grow cover crops when the field is empty
A review of 120 papers testing interventions on a range of soils largely in Japan, found enhanced soil organic carbon storage under cover crop management, no-tillage practices and manure (and other organic by-products) application. Longer-term cover crops resulted in considerable increases in soil organic carbon. In the review, research by Wagger (1988 & 1989) found that carbon input to the soil was greater under legumes due to their lower lignin and cellulose (substances which form cell walls in plants) content, and because legume growth is not limited by nitrogen availability in the soil. Balanced and integrated increases in the soil organic carbon pool, lessening of non-carbon dioxide emissions, and control of soil nutrients based on location-specific recommendations are also needed. No review methods were specified. Tillage systems reviewed included: no-tillage, conservation tillage (surface residues retained), conventional tillage (mouldboard plough, rotary tillage, disced). Cover crops reviewed included a mix of leguminous and grass covers: rye Secale cereale, hairy vetch Vicia villosa, and crimson clover Trifolium incarnatum.
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Amend the soil with manures and agricultural composts
A review of 120 papers testing interventions on a range of soils largely in Japan (Komatsuzaki & Ohta 2007), found enhanced soil organic carbon storage under manure (and other organic by-products) application, cover crop management, and no-tillage practices. Balanced and integrated increases in the soil organic carbon pool, lessening of non-carbon dioxide emissions, and control of soil nutrients based on location-specific recommendations are also needed. No review methods were specified. Tillage systems reviewed included: no-tillage, conservation tillage (surface residues retained), conventional tillage (mouldboard plough, rotary tillage, disced). Cover crops reviewed included a mix of leguminous and grass covers: rye Secale cereale, hairy vetch Vicia villosa, and crimson clover Trifolium incarnatum.
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Change tillage practices
A review of 120 papers testing interventions on a range of soils largely in Japan (Komatsuzaki & Ohta, 2007) found that no-tillage practices, cover crop management and manure (and organic by-product) application enhance soil organic carbon storage. Balanced and integrated increases in the soil organic carbon pool, lessening of non-carbon dioxide emissions, and control of soil nutrients based on location-specific recommendations are also needed. No review methods were specified. Tillage systems reviewed included: no-tillage, conservation tillage (surface residues retained), conventional tillage (mouldboard plough, rotary tillage, disked). Cover crops reviewed included a mix of leguminous and grass covers: rye Secale cereale, hairy vetch Vicia villosa, and crimson clover Trifolium incarnatum.
Output references
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