Future of Sustainable Agriculture in Saline Environments

by Katarzyna Negacz (Editor), Pier Vellinga (Editor), Edward Barrett-Lennard (Editor), Redouane Choukr-Allah (Editor), Theo Elzenga (Editor)

Overview

Food production on present and future saline soils deserves the world's attention particularly because food security is a pressing issue, millions of hectares of degraded soils are available worldwide, freshwater is becoming increasingly scarce, and the global sea-level rise threatens food production in fertile coastal lowlands. Future of Sustainable Agriculture in Saline Environments aims to showcase the global potential of saline agriculture. The book covers the essential topics, such as policy and awareness, soil management, future crops, and genetic developments, all supplemented by case studies that show how this knowledge has been applied. It offers an overview of current research themes and practical cases focused on enhancing food production on saline lands.

FEATURES

• Describes the critical role of the revitalization of salt-degraded lands in achieving sustainability in agriculture on a global scale
• Discusses practical solutions toward using drylands and delta areas threatened by salinity for sustainable food production
• Presents strategies for adaptation to climate change and sea-level rise through food production under saline conditions
• Addresses the diverse aspects of crop salt tolerance and microbiological associations
• Highlights the complex problem of salinity and waterlogging and safer management of poor-quality water, supplemented by case studies

A PDF version of this book is available for free in Open Access at www.taylorfrancis.com. It has been made available under a Creative Commons Attribution-Non Commercial-No Derivatives 4.0 license.

Product Details

ISBN-13:	9780367621469
Publisher:	CRC Press
Publication date:	07/02/2021
Pages:	541
Product dimensions:	6.12(w) x 9.19(h) x (d)

About the Author

Katarzyna Negacz is a postdoctoral researcher at the Vrije Universiteit Amsterdam and cooperates with Wadden Academy. For more than 12 years she has been involved in research and practice related to sustainable development. After completing her studies in economics and law, Professor Negacz earned a doctoral degree in environmental economics at the Warsaw School of Economics for her research on the evolution of green consumption in Taiwan. She conducted research in Switzerland, Poland, Spain, Taiwan, Germany, and the Netherlands. Her current research focuses on the potential of saline degraded lands for sustainable food production and transnational biodiversity governance.

Pier Vellinga earned a PhD in coastal protection at Delft Technical University. He has a chair on climate change at the Vrije Universiteit Amsterdam since 1990. His teaching, research, and publications (about 200) focus on the implications of climate change regarding water, energy, and food. He joined Wageningen University in 2007 as a professor in climate change. Over the years he has fulfilled many different board positions in NGOs, research programs, and UN, EU, and governmental committees and financial institutions. For 30 years he has been advisor to the Venice Water Authorities on the protection of Venice and its lagoon, a work successfully completed in 2020.

Edward Barrett-Lennard works in the Department of Primary Industries and Regional Development (DPIRD) of Western Australia, Murdoch University and The University of Western Australia. For more than 35 years Professor Barrett-Lennard has been a passionate researcher and advocate of the need to develop saline agricultural farming systems in response to landscape salinization and climate change. His interests lie at the intersection between practical agriculture, agronomy, soil science, and ecophysiology. He is the author/editor of four books, more than 70 papers, and numerous other publications. Professor Barrett-Lennard has worked in Australia (mostly), Pakistan, Bangladesh, India, Iraq, and Vietnam.

Redouane Choukr-Allah is a horticultural, soil, and water environmental expert with more than 35 years of experience in the use of saline water and the use of pretreated sewage in Horticulture. He earned a PhD in environment horticulture at the University of Minnesota, St. Paul, USA. He also served as a technical coordinator of a 12 million project, financed by USAID on the water resources sustainability in Morocco. He served as head of the Horticulture Department from 1983 to 1996 and as head of the salinity and plant nutrition laboratory since 1996. He served at ICBA as a senior fellow scientist in horticulture and a Section Head of Crop Diversification and Genetics. He has produced numerous publications, including edited books, research reports, articles in peer-reviewed international journals, and books in the field of nonconventional water.

Theo Elzenga earned an MSc in biology at the University of Amsterdam and a PhD at Groningen on nutrient and CO₂ acquisition by plants. After working as a postdoctoral student at Wageningen University and at the University of Washington in Seattle, he returned to Groningen, where he has held a chair in ecophysiology of plants since 2000. His teaching focuses on the adaptation and acclimation of plants to adverse conditions. He was Director of the Centre of Ecological and Evolutionary Studies, Director of the Graduate School of Ecology and Evolution, and Director of the Undergraduate School of the Faculty of Science and Engineering. He is on advisory panels on agricultural development and the safety of genetically engineered organisms.

Table of Contents

Section I: Saline Agriculture: Global State of the Art and Strategies 1. Saline Agriculture: A Call to Action 2. Achieving Multiple Sustainable Development Goals through Saline Agriculture 3. Agriculture in Salinising Landscapes in Southern Australia: Selected Research ‘Snapshots’ 4. Use and Management of Saline Water for Irrigation in the Near East and North Africa (NENA) Region 5. Salinization Threats to Agriculture across the North Sea Region 6. Economic Impact of Soil Salinization and the Potential for Saline Agriculture 7. Cost or Benefit? Estimating the Global Economic Potential of Saline Agriculture 8. Challenges and Opportunities for Saline Agriculture in Coastal Bangladesh 9. Innovations of the 21st Century in the Management of Iranian Salt-Affected Lands 10 An Approach to Monitoring of Salt-Affected Croplands Using Remote Sensing Data: The Case Study in the Nukus District (Uzbekistan) 11. From Desert Farm to Fork: Value Chain Development for Innovative Salicornia-Based Food Products in the United Arab Emirates Section II: Biosaline Agriculture in Delta and Coastal Environments 12. Saline Agriculture as a Way to Adapt to Sea Level Rise 13. Stakeholder Perspectives on the Issue of Salinization in Agriculture in the Netherlands 14. Mitigating and Adapting Agriculture of Coastal Areas in the Netherlands Wadden Sea Region to Increasing Salinization: From a Vision towards a Practical Implementation 15. Saline Farming in the Wadden Sea Region of the Netherlands: Promising Initiatives for Salt-Tolerant Crops and Saline Aquaculture 16. Viability of the Saline Farming of Quinoa and Seed Potatoes in the Netherlands: An Assessment Supported by a Value Chain Analysis of Both Products 17. Dynamics of Soil Salinity in Denmark 18. Climate-Resilient Agricultural Practices in the Saline-Prone Areas of Bangladesh 19. Salinity Dynamics and Water Availability in Water Bodies over a Dry Season in the Ganges Delta: Implications for Cropping Systems Intensification 20. The International Farmers’ Café on Salinization and Saline Agriculture: A Test Case for Participatory Research on Saline Agriculture 21. Putting Saline Agriculture into Practice: A Case Study from Bangladesh 22. Case Study – Stichting De Zilte Smaak: ‘Discovering Saline Farming Potential on Terschelling’ Section III: Crop Salt Tolerance and Microbiological Associations 23. Developments in Adaptation to Salinity at the Crop Level 24. Salt Effects on Plants: An Overview 25. Global Analysis of Differences in Plant Traits between Salt-Tolerant and Salt-Sensitive Plants 26. Comparative Study on the Response of Several Tomato Rootstocks to Drought and Salinity Stresses 27. Root Architecture and Productivity of Three Grass Species under Salt Stress 28. Quinoa, a Promising Halophyte with Modified Planting Date, and Minimum Water and Pesticide Requirements for Fars Province, Iran 29. Response of Quinoa to High Salinity under Arid Conditions 30. The Potential of Edible Halophytes as New Crops in Saline Agriculture: The Ice Plant (Mesembryanthemum crystallinum L.) Case Study 31. Salicornia Species: Current Status and Future Potential 32. Plant Growth-Promoting Bacteria as an Alternative Strategy for the Amelioration of Salt-Stress Effects in Plants 33 Tolerance to Environmental Stresses: Do Fungal Endophytes Mediate Plasticity in Solanum Dulcamara?