8 New Sustainable Agriculture Books Reshaping Farming in 2025

James Ellison is a recognized expert in sustainable agriculture, and his practical guide reflects years of dedicated experience helping individuals transform backyard gardens into viable, eco-friendly farms. You learn how to build a sustainable farming lifestyle, master essential practices like crop rotation and ethical livestock management, and navigate the business side with strategic planning and financial insights. The book offers concrete examples, including success stories of small-scale farms starting from scratch, making it especially useful if you want to grow beyond gardening into a small farming business that supports community and environmental health. It's a grounded resource for both beginners and those ready to scale up sustainably.

André Leu’s decades of leadership in regenerative agriculture shine through this work that challenges conventional farming methods by highlighting soil health as the foundation of climate resilience. You’ll explore innovative practices like the agave agroforestry system pioneered by the Flores brothers, which transform discarded plant material into a powerful tool for restoring ecosystems. The book weaves scientific evidence with inspiring case studies from global projects to show how regenerating landscapes can address food security and environmental crises simultaneously. It’s a valuable read if you’re involved in agriculture, environmental policy, or simply curious about sustainable solutions that link soil vitality to planetary health.

This tailored book explores the forefront of soil regeneration as it stands in 2025, focusing on innovative, science-driven practices designed to revitalize agricultural land sustainably. It examines emerging research and new discoveries, helping you understand how cutting-edge techniques can restore soil vitality and improve ecosystem health. By tailoring insights to your specific background and goals, it dives deep into soil biology, nutrient cycling, and regenerative practices that resonate with your interests. Through this personalized approach, you get a focused exploration of recent advances in soil health, enabling you to stay current and apply knowledge that directly matches your needs. It reveals how 2025's breakthroughs can be integrated into your farming or research efforts, emphasizing ecosystem resilience and long-term sustainability.

What started as a critical examination of industrial agriculture has led Joyce D'Silva and Carol McKenna to advocate for regenerative farming paired with plant-based diets as essential for planetary and human health. You’ll learn how food production systems impact climate change, biodiversity, and animal welfare, with chapters unpacking the role of financial markets and food businesses in shaping sustainable futures. This book benefits anyone engaged in food policy, environmental science, or sustainable development, offering a well-rounded exploration rather than quick fixes. For example, its concluding chapters map practical policy pathways to transform food systems, making it a thoughtful resource for scholars and policymakers alike.

Unlike most sustainable agriculture books that focus narrowly on farming techniques, Jordan Wilder integrates a broad spectrum of environmental strategies to tackle sustainability from multiple angles. You’ll find detailed insights into carbon reduction methods, renewable energy adoption, waste management innovations, and policy frameworks that support sustainable agriculture. The chapters on soil health and biodiversity offer practical perspectives that can reshape how you think about food systems and ecological balance. This book suits anyone from individual eco-conscious consumers to business leaders and policymakers aiming to implement systemic change in sustainability practices.

Drawing from extensive expertise in soil science and cropping systems, Dr. Vijay Singh Meena and colleagues explore how waste management can directly improve soil health and crop productivity. You’ll gain insight into nutrient cycling through various waste decomposition processes, with chapters detailing sustainable recycling techniques that enhance plant growth and maintain environmental balance. This book unpacks both the science behind waste-derived nutrient availability and practical considerations for implementing these methods in farming systems. It’s particularly suited if you’re involved in agricultural research, policy-making, or farming practices focused on restoring degraded soils and advancing sustainability goals.

This tailored book explores advanced integrated farming system strategies designed to prepare your farm for the future. It delves into emerging 2025 developments and discoveries, offering a focused examination of sustainable practices that align with your unique background and goals. By concentrating on your specific interests, this personalized guide reveals innovative approaches to ecosystem management, resource cycling, and resilience building in farming systems. It provides a rich learning experience that keeps you ahead of new knowledge and research, supporting your journey towards sustainable success. Engaging and tailored, it helps you understand and apply cutting-edge insights in integrated agriculture.

Ross Mars challenges the notion that agriculture must rely on chemicals and heavy machinery by presenting regenerative agriculture as a viable alternative focused on restoring soil health and ecosystem balance. You’ll gain insight into how to implement organic practices that sequester carbon and enhance biodiversity, with practical examples like integrating diverse plant species and managing animal presence on farms. The book is tailored for farmers and agricultural professionals eager to adopt nature-friendly methods but also reachable for anyone curious about sustainable food systems. Its chapters guide you through regenerative design principles with clarity, making complex ecological concepts applicable to your land management.

Drawing from deep expertise in agricultural science, Amanullah presents an approach that melds traditional farming knowledge with modern scientific methods to reshape how agriculture can be practiced sustainably. You’ll explore integrated farming systems that enhance productivity while maintaining environmental health, with chapters detailing practical applications such as crop-livestock integration and resource recycling. This book suits practitioners seeking to improve farm profitability alongside sustainability, policymakers crafting agricultural strategies, and students aiming to grasp the complexities of global farming ecosystems. It doesn’t promise quick fixes but offers a thoughtful framework for advancing agricultural practices worldwide.

What happens when deep expertise in soil biology meets the urgent need for sustainable food production? Manoj Parihar and his co-authors explore how arbuscular mycorrhizal fungi (AMF) can transform nutrient and crop management. You’ll gain a detailed understanding of AMF techniques, inoculum production, and their regulatory frameworks, alongside insights into their practical application across agriculture, horticulture, and agroforestry. The book unpacks how AMF improve soil quality and plant nutrient uptake, even under stress, providing a foundation for those engaged in environmental sustainability and crop science. If you’re keen on the biological mechanisms behind sustainable farming, this book offers a substantive, research-driven perspective without overpromising breakthroughs.