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Microbial Diversity Under Organic Fertilizer Management Systems and Identification of Best Fertilizctional and structural diversity are highly sensitive to management practices and anthropogenic activities. Conventional agriculture relies heavily on chemical pesticides and fertilizers for crop growth and protection. However, the practice of chemical fertilizers has raised alarming concerns due to

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Climate Resilient Agriculture: The Perspective of Conservation Agricultural Practice,ions. Climate change is a major problem for agriculture systems, causing biotic and abiotic stresses on crops. Crop straw or residue burning is a major global problem that contributes to greenhouse gas (GHG) emissions, soil nutrient loss, and harm to animals and humans. Addressing this critical issu

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Carbon Sequestration Strategies in Response to Fertilizer Application,sions. This chapter reviewed net ecosystem C balance (NECB), net GHG balance (NGB), and the factors controlling GHG in soils. In addition to net primary production (NPP) and microbial decomposition (Rh), NECB is mainly composed of organic matter supply and harvesting as C input and output, respectiv

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Organic Farming: Approach and Strategies for Sustainable Agriculture,th ecological preservation. This chapter delves into the principles, approaches, and strategies of organic farming as a sustainable agricultural practice. It highlights the necessity of shifting from conventional to organic farming methods to mitigate adverse environmental impacts, enhance biodivers

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Long-Term Fertilizer Experiments: Strategies for Efficient Carbon Sequestration,ng, fertilization, and cropping sequence. The long-term accumulation of soil carbon, or sequestration, is essential for sustaining agricultural production and the mitigation of climate change. Soil carbon sequestration is a complex process which involves various physical, chemical, and biological pr

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Sources and Sinks of Greenhouse Gasses (GHG) in Agricultural Soil Ecosystems,obes decompose organic matter. Paddy rice cultivation, livestock farming, and manure management are major sources of methane emissions. Conversely, certain agricultural practices, such as aerobic soil management and improved livestock waste management, can reduce methane emissions and promote methan

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