The fundamental paradox of human civilization is etched directly into the soil: we must consume the Earth to survive, yet in doing so, we risk destroying the very systems that keep us alive. "Agriculture and Environment" stands as a monumental literary, academic, and philosophical testament to this ongoing battle. It is not merely a book about farming or a passive text on ecology; it is an urgent blueprint for survival at a time when industrial agriculture occupies nearly 40% of our planet’s land and accounts for roughly a third of global greenhouse gas emissions. “This work serves as a powerful awakening, shifting the reader’s mindset from viewing the earth as an instrument of maximum production to seeing it as a delicate, living ecosystem that requires deep care. At the heart of the book is a brutal calculation: by the mid-21st century, global agriculture will need to yield 50% more calories to sustain humanity. Yet, expanding our physical footprint is no longer an option. "Agriculture and Environment" dismantles the illusion of endless agricultural sprawl, shifting the focus to vertical efficiency, ecological farming principles, and the absolute necessity of growing more food on less land. “The text walks the reader through a meticulous, multi-layered journey. It exposes the environmental realities of modern infrastructure detailing how massive irrigation schemes alter regional watersheds and how mechanised farming strips the earth of its natural soil cover. The book acts as a stark mirror to our shifting atmosphere, tracing the breakdown of blue-green-grey water cycles, escalating water shortages, and the aggressive march of desertification. It addresses the silent emergencies of our era—from the fragmentation of ancient forests to the looming pollination crisis that threatens the foundation of our food supply.
Dr. Andrew Thorne is a visionary agronomist and pioneer in sustainable farming technologies. Blending decades of field research with cutting-edge artificial intelligence, his work revolutionizes how we approach food security and environmental resilience. He is currently the Director of the Global Institute for Agricultural Innovation. Dr. Thorne's journey into the heart of agricultural science began on a small, drought-stricken family farm. Witnessing the direct impacts of climate change firsthand, he dedicated his academic and professional life to developing adaptive crop varieties and closed-loop resource systems. He holds a Ph.D. in Agronomy and Genetics from the University of California, Davis, and later completed a postdoctoral fellowship at the International Rice Research Institute (IRRI). Over the past 15 years, Dr. Thorne has transitioned his focus toward precision agriculture and smart farming. His research team utilizes machine learning, IoT soil sensors, and drone-based imaging to optimize water usage and maximize crop yields while drastically reducing the need for chemical pesticides. He is widely recognized for patenting an AI-driven irrigation algorithm that saves millions of liters of water in drought-prone regions across the globe. Dr. Thorne is highly sought after as a speaker and advisor, frequently collaborating with international bodies to implement policy changes regarding modern food supply chains. When he is not working on field trials, he serves as an honorary consultant, providing expert commentary and policy blueprints to agricultural think tanks.
| Preface Chapter 1. Foundations of Agriculture and Environment Concept and Scope of Agriculture and Environment Interdependence between Agriculture and Ecosystems Natural Resource Base of Agriculture Agroecology and Ecological Principles Environmental Functions of Agriculture Sustainable Development Goals and Agriculture Environmental Ethics in Farming Practices Caselet: Agriculture–Environment Linkages Chapter 2. Soil Resources and Environmental Sustainability Soil as a Natural Resource Soil Formation and Classification Soil Fertility and Productivity Soil Degradation and Erosion Soil Pollution and Contamination Conservation Tillage Practices Soil Biodiversity and Microorganisms Caselet: Soil Conservation Initiatives Chapter 3. Water Resources and Agricultural Practices Water as a Critical Agricultural Input Irrigation and Environmental Concerns Groundwater Depletion Water Pollution from Agricultural Runoff Watershed Management Strategies Efficient Water Use Technologies Rainwater Harvesting in Farming Systems Caselet: Micro-Irrigation and Water Conservation Chapter 4. Climate Change and Agriculture Climate Variability and Crop Production Greenhouse Gas Emissions from Agriculture Carbon Footprint of Farming Activities Climate-Resilient Agricultural Practices Adaptation and Mitigation Strategies Role of Agroforestry in Climate Regulation Climate-Smart Agriculture Approaches Caselet: Impact of Monsoon Variability on Agriculture Chapter 5. Biodiversity and Agricultural Ecosystems Importance of Biodiversity in Agriculture Agrobiodiversity and Genetic Resources Pollinators and Ecosystem Services Habitat Loss and Fragmentation Invasive Species and Agricultural Impact Conservation of Indigenous Crop Varieties Sustainable Livestock Diversity Caselet: Conservation of Traditional Rice Varieties |
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