1st Edition

Agricultural Water Security A Global Perspective

By Zied Haj-Amor Copyright 2026
218 Pages 25 B/W Illustrations
by CRC Press

218 Pages 25 B/W Illustrations
by CRC Press

Agricultural Water Security: A Global Perspective  offers a comprehensive exploration of the challenges and solutions surrounding sustainable water use in agriculture. Bridging the gaps between water availability, demand, and governance, this book examines the intricate connections between agricultural production, food security, and socioeconomic factors influencing water management... Read more

Preface

Acknowledgements

About the Book

Acronyms and Abbreviations

General Introduction

Chapter 1: Interlinkages Between Water, Agriculture, Climate Change, and Food Security: Key Facts

Chapter 2: Indicators of Agricultural Water Security: Advances and Limitations

Chapter 3:  Contribution of Hydrological Modelling to the Assessment of Agricultural Water Security under Climate Change: Case Studies from Around the World

Chapter 4: Barriers to Agricultural Water Security: A Global Analysis of Climatic Risks and Non-Climatic Constraints

Chapter 5: Recent Trends in Agricultural Water Security: A Global, Regional, and Local Outlook    

Chapter 6: Future Trends in Agricultural Water Security under Climate Change: Global, Regional, and Local Perspectives

Chapter 7: Adapting for Tomorrow: Strategies to Enhance Agricultural Water Security

Concluding Remarks and Recommendations

Biography

Dr. Zied Haj-Amor has extensive experience in the fields of agricultural water

management, soil management, climate change, and sustainable agriculture. He is

the author of two books, numerous book chapters, and many research papers published

in leading international journals, including Agricultural Water Management,

Science of the Total Environment, and the Journal of Water and Climate Change. In

recent years, he has actively contributed to several Tunisian and African research

projects focused on water and soil conservation under climate change. Furthermore,

he collaborates closely with researchers across Africa and Europe to enhance the

productivity of saline water and soils in the face of climate change.