This edited volume presents an interdisciplinary examination of the role of cover crops in enhancing soil protection and agroecosystem resilience. It discusses how regenerative agriculture and climate-smart farming reduce synthetic input dependency and enhance ecosystem services. Addressing global challenges such as soil erosion, nutrient depletion, and climate-induced land degradation, this book also explores how cover cropping systems contribute to soil health, carbon sequestration, water conservation, and ecological pest control. Chapters cover root system architecture, biological indicators, nutrient mobilization and economic performance, alongside policy frameworks and market opportunities for cover crop-derived products. Special attention is given to region-specific species selection, breeding innovations, and practical nutrient budgeting.
Designed for researchers, extension professionals, and policymakers, the volume bridges scientific research with on-farm applications. Graduate students and educators in the field of soil science, environmental science, and sustainable agriculture will find the book a useful resource.
This edited volume presents an interdisciplinary examination of the role of cover crops in enhancing soil protection and agroecosystem resilience. It discusses how regenerative agriculture and climate-smart farming reduce synthetic input dependency and enhance ecosystem services. Addressing global challenges such as soil erosion, nutrient depletion, and climate-induced land degradation, this book also explores how cover cropping systems contribute to soil health, carbon sequestration, water conservation, and ecological pest control. Chapters cover root system architecture, biological indicators, nutrient mobilization and economic performance, alongside policy frameworks and market opportunities for cover crop-derived products. Special attention is given to region-specific species selection, breeding innovations, and practical nutrient budgeting.
Designed for researchers, extension professionals, and policymakers, the volume bridges scientific research with on-farm applications. Graduate students and educators in the field of soil science, environmental science, and sustainable agriculture will find the book a useful resource.
Devideen Yadav
Soil health indicators Nutrient cycling strategies Conservation tillage integration Carbon sequestration in agroecosystems Root system architecture Bio-intensive cropping systems Cover crop breeding innovations