Intensified cropping reduces soil erosion and improves rainfall partitioning and soil properties in the marginal land of the Indian Himalayas - ScienceDirect

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Last updated 19 dezembro 2024
Intensified cropping reduces soil erosion and improves rainfall  partitioning and soil properties in the marginal land of the Indian  Himalayas - ScienceDirect
Environmental crises, land degradation, declining factor productivity, and farm profitability questioned the sustainability of linear economy-based ex…
Intensified cropping reduces soil erosion and improves rainfall  partitioning and soil properties in the marginal land of the Indian  Himalayas - ScienceDirect
Intensified cropping reduces soil erosion and improves rainfall partitioning and soil properties in the marginal land of the Indian Himalayas - ScienceDirect
Intensified cropping reduces soil erosion and improves rainfall  partitioning and soil properties in the marginal land of the Indian  Himalayas - ScienceDirect
Soil erodibility indices under different land uses in Ri-Bhoi district of Meghalaya (India)
Intensified cropping reduces soil erosion and improves rainfall  partitioning and soil properties in the marginal land of the Indian  Himalayas - ScienceDirect
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Intensified cropping reduces soil erosion and improves rainfall  partitioning and soil properties in the marginal land of the Indian  Himalayas - ScienceDirect
Impact of best management practices on sustainable crop production and climate resilience in smallholder farming systems of South Asia - ScienceDirect
Intensified cropping reduces soil erosion and improves rainfall  partitioning and soil properties in the marginal land of the Indian  Himalayas - ScienceDirect
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Intensified cropping reduces soil erosion and improves rainfall  partitioning and soil properties in the marginal land of the Indian  Himalayas - ScienceDirect
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Intensified cropping reduces soil erosion and improves rainfall  partitioning and soil properties in the marginal land of the Indian  Himalayas - ScienceDirect
Soil Properties, Crop Yield, and Economics Under Integrated Crop Management Practices in Karnataka, Southern India - ScienceDirect
Intensified cropping reduces soil erosion and improves rainfall  partitioning and soil properties in the marginal land of the Indian  Himalayas - ScienceDirect
Soil Properties, Crop Yield, and Economics Under Integrated Crop Management Practices in Karnataka, Southern India - ScienceDirect
Intensified cropping reduces soil erosion and improves rainfall  partitioning and soil properties in the marginal land of the Indian  Himalayas - ScienceDirect
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Intensified cropping reduces soil erosion and improves rainfall  partitioning and soil properties in the marginal land of the Indian  Himalayas - ScienceDirect
Quantification of soil erosion dynamics in the hilly red soil region of Southeast China based on exposed roots - ScienceDirect
Intensified cropping reduces soil erosion and improves rainfall  partitioning and soil properties in the marginal land of the Indian  Himalayas - ScienceDirect
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Intensified cropping reduces soil erosion and improves rainfall  partitioning and soil properties in the marginal land of the Indian  Himalayas - ScienceDirect
Crop productivity, soil health, and energy dynamics of Indian Himalayan intensified organic maize-based systems - ScienceDirect
Intensified cropping reduces soil erosion and improves rainfall  partitioning and soil properties in the marginal land of the Indian  Himalayas - ScienceDirect
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Intensified cropping reduces soil erosion and improves rainfall  partitioning and soil properties in the marginal land of the Indian  Himalayas - ScienceDirect
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