£79.99
£79.99
In an era of climate uncertainty, this book bridges plant physiology and practical agronomy. It explores the science of agricultural resilience, equipping readers with tools to optimize crop performance and build a more sustainable, productive agricultural future.
In an era marked by climate uncertainty, resource constraints, and the urgent need for sustainable food systems, this book offers a timely and authoritative exploration of the science underpinning plant growth and agricultural resilience. Authored and edited by internationally acclaimed agronomist Prof Dr Amanullah, this groundbreaking volume bridges the gap between theoretical plant physiology and practical agronomy.
With clarity and depth, the book unpacks the physiological processes that drive crop development—from photosynthesis and nutrient uptake to water use efficiency and stress adaptation. Through a synthesis of cutting-edge research and field-based insights, it equips researchers, students, and practitioners with the tools to optimize crop performance under real-world conditions.
Whether you’re an agricultural scientist, environmentalist, crop production expert, plant breeder, agronomist, biotechnologist, policymaker, educator, faculty member, or student, this book serves as an indispensable resource. It supports informed decision-making, fosters interdisciplinary learning, and equips readers with the scientific knowledge needed to navigate the complex challenges of modern agriculture. Not just a reference, this book is a roadmap to a more resilient, productive, and sustainable agricultural future.
Man-made climate change poses a new crisis: how do we feed 10 billion people in a climate hostile to food security? This book explores the threat to our “daily bread” and argues that we are not without hope, offering solutions that can lead to a better future for humankind.
Wine: our oldest medicine. Uncover its 9,500-year history, from its true origins in China to how it can reduce death rates by 50% and dementia by 80%. This groundbreaking book rewrites everything you thought you knew about the health benefits of wine.
This light-hearted, informative narrative discusses US agriculture from a historical, social, and financial perspective. Written in a satirical voice, the author uses storytelling to share his experiences in food and farming through fast-moving, easy-to-read prose.
This book explains how plants perceive their environment, communicate, and modify their behavior. It explores intriguing aspects of plant memory and intelligence, from their perception of sound and touch to communication with other plants, animals, and microorganisms.
This book introduces the biology and history of cocoa. It describes how cocoa can be grown in an environmentally sound way to increase production on existing farms, reduce incursion into forests, restore biodiversity, and improve the livelihoods of millions of farming families.
Explore the legendary fossil beds of Samos, where ancient myths explained the bones of giant mammals. This book uncovers the island’s paleontological history, compares the anatomy of the giraffe, okapi, and extinct Samotherium, and maps the geology of these famed bone quarries.
This book guides readers from basic knowledge to advanced specifics on Plant Stress Physiology due to Climate Change. Covering the newest findings on drought and heat stress, it challenges accepted viewpoints and helps address questions fundamental to plant life itself.
Discover the honey bee’s adaptation to environments worldwide. This book explains how the bee colony functions as an integral biological unit to survive long winters and uses specific acoustic and electrical signals for spatial orientation and communication.
This book presents a wine tasting method based on neurobiology, gastronomy, and the science of how the human brain processes pleasure. While written for the beginner, this unique approach offers valuable insights that wine professionals can also benefit from.
Animal space use is complex. Memory and multi-scaled space use present deep challenges for biophysical modelling. This book confronts these issues, presenting novel models, a critical evaluation of existing concepts, and theoretical proposals to resolve present challenges.
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