Abstract
<jats:p>Agronomy and Soil Science: Modern Approaches to Sustainable Farming presents a comprehensive exploration of the scientific foundations and innovative practices essential for addressing the pressing challenges of contemporary agriculture. As global populations continue to rise and climate patterns become increasingly unpredictable, the need for sustainable, productive, and resilient farming systems has never been more critical. This book serves as an authoritative resource that bridges traditional agricultural knowledge with cutting-edge advancements in agronomy and soil science, offering readers practical insights into cultivating crops efficiently while safeguarding environmental health. The volume begins by establishing core principles of agronomy and traces the evolution of agricultural practices, highlighting agronomy’s pivotal role in ensuring food security amid growing demands. It delves deeply into soil fertility, nutrient management, and soil chemistry, providing detailed understanding of soil health indicators, pH management, organic matter dynamics, and nutrient interactions. Recognizing the impacts of climate change, dedicated chapters examine greenhouse gas emissions from farming, adaptation and mitigation strategies, and the development of climate-resilient cropping systems. Readers will find in-depth coverage of stress management in crops, encompassing abiotic stresses like drought, heat, salinity, and biotic factors, along with physiological responses and agronomic solutions. The integration of agrometeorology equips practitioners with knowledge of weather-crop relationships, forecasting tools, and climate-based planning. Sustainability is a recurring theme through discussions on conservation agriculture, soil and water conservation techniques, organic farming principles, integrated farming systems (IFS), and resource recycling. Modern technologies take center stage in chapters on precision farming, utilizing GIS, GPS, remote sensing, automation, and site-specific management. Specialized sections detail production technologies for cereals, pulses, oilseeds, and forage crops, alongside cropping system diversification. Further, the book explores precision water management via micro-irrigation systems, emphasizing water and nutrient use efficiency through fertigation. Foundational knowledge in soil physics—including physical properties, soil water, air, and plant-water relationships—and soil biology, covering biota diversity, decomposition, enzymes, and biogeochemical cycling, complete the holistic approach. Designed for students, researchers, extension workers, progressive farmers, and policymakers, this book combines theoretical concepts with applied strategies. It promotes integrated nutrient and pest management, resource use efficiency, and innovative solutions for livelihood security and environmental sustainability. By fostering a deep understanding of the intricate relationships between crops, soil, climate, and technology, Agronomy and Soil Science: Modern Approaches to Sustainable Farming empowers its audience to contribute meaningfully to a more food-secure and ecologically balanced future.</jats:p>