Evolutionary Conservation Biology: An Integrative Approach to Managing Species and Ecosystems by Regis Ferriere

Introduction

In an era of rapid environmental shifts, conservation biology faces its most daunting challenge yet: understanding how species evolve in real time under human-induced pressures. Evolutionary Conservation Biology, authored by Regis Ferriere and published by Cambridge University Press, offers a groundbreaking synthesis of ecology, genetics, and evolutionary theory. This hardbound volume is an essential resource for Indian students, researchers, and wildlife managers who seek to bridge the gap between traditional conservation practices and the emerging realities of evolutionary change.

Book Overview

This definitive work redefines conservation biology by placing evolutionary processes at the core of species management. Rather than treating evolution as a slow, background force, Ferriere demonstrates how genetic adaptation, population demography, and ecological interactions are deeply intertwined. The book builds a unified framework that integrates conservation genetics, population dynamics, and community ecology, showing how evolutionary responses can determine whether species thrive or vanish. For Indian readers grappling with biodiversity loss in the Western Ghats, the Sundarbans, or the Himalayas, this book provides the conceptual tools to anticipate and mitigate extinction risks.

Key Highlights

• Integrative approach: Merges conservation genetics, demography, and ecology into a single, coherent discipline.
• Real-world relevance: Explains how rapid evolution influences population viability, community structure, and ecosystem functioning under climate change and habitat fragmentation.
• Cutting-edge theory: Explores quantitative genetics, adaptive dynamics, and evolutionary rescue with clarity and depth.
• Indian context: Concepts directly apply to managing species like the Bengal tiger, Asian elephant, and endemic frogs facing novel selective pressures.

Inside the Book

The book is structured to guide readers from foundational principles to advanced applications. Early chapters establish the mathematical and biological basis of evolutionary change in conservation settings. Later sections delve into case studies that illustrate how evolutionary thinking reshapes conservation strategies—from restoring genetic diversity in fragmented populations to predicting species responses to invasive species and pollutants. Each chapter includes worked examples, diagrams, and references to recent research, making complex ideas accessible.

Key Topics

• Evolutionary dynamics in small and fragmented populations
• Genetic drift, gene flow, and natural selection in conservation
• Adaptive potential and evolutionary rescue
• Demographic stochasticity and extinction thresholds
• Eco-evolutionary feedbacks in communities and ecosystems
• Climate change as a driver of rapid evolution
• Managing genetic resources for long-term persistence

Reader Benefits

• Gain a holistic understanding of how evolution and ecology jointly shape conservation outcomes.
• Learn to apply quantitative methods for predicting population trajectories under environmental stress.
• Develop skills to design evidence-based management plans that account for evolutionary processes.
• Access a wealth of references and data sets that support further research and teaching.

Learning Outcomes

By studying this book, readers will be able to: identify the evolutionary mechanisms that influence species survival; analyze the interplay between genetic variation, life history traits, and environmental change; construct models that forecast population responses to anthropogenic pressures; and critique existing conservation policies through an evolutionary lens. These outcomes prepare students and professionals for advanced work in wildlife biology, ecological modelling, and biodiversity policy.

Who Should Read

• Postgraduate students in wildlife biology, ecology, and evolutionary biology
• Conservation practitioners and forest department officials in India
• Researchers studying the impacts of climate change on Indian biodiversity
• Faculty members designing courses in conservation science and evolutionary ecology
• Environmental consultants and NGO staff involved in species recovery programs

About the Author

Regis Ferriere is a leading evolutionary ecologist and professor at the University of Arizona. His research spans theoretical and empirical aspects of eco-evolutionary dynamics, with a focus on how species adapt to changing environments. He has published extensively in top-tier journals and has contributed to major international assessments on biodiversity and climate change. His expertise ensures that this book is both scientifically rigorous and practically relevant.

About the Publisher

Cambridge University Press is one of the world's oldest and most respected academic publishers. With a legacy of over 400 years, it is renowned for producing authoritative texts in science, mathematics, and the humanities. This hardcover edition reflects the press's commitment to high-quality scholarship, making it a trusted resource for Indian institutions and libraries.

Conclusion

Evolutionary Conservation Biology is more than a textbook—it is a call to rethink how we protect nature. For Indian conservationists facing unprecedented ecological challenges, this book offers the intellectual foundation to move beyond reactive measures and embrace proactive, evolutionarily informed strategies. Whether you are a student beginning your journey or a seasoned professional, this volume will transform your understanding of what it takes to save species in a changing world.