Pakistan’s water management is at a critical watershed. Water shortages are growing rapidly as a result of growing demand across all water-using sectors. Rapid population growth, from 175 million people in 2010 to an estimated 236 million by 2030 and 280 million by 2050, and international food-price spikes create pressure to increase agricultural production of staples; but demand for cash crops is also growing rapidly to raise rural incomes and generate rural employment to absorb the relatively young, rapidly growing rural population. Water management is also increasingly affected by climate change – including an increased number of flood and drought events – and by growing energy shortages, which affect how water is being sourced and used. Last but not least, Pakistan’s political situation is fragile, which has reduced incentives to invest in enhanced agricultural water (and other) technologies. How Pakistan addresses these challenges will be decisive for its future water and food security, economic growth, and environmental sustainability. It will also affect water and food outcomes globally, due to the interconnectedness of global food trade. This book is geared toward researchers, policymakers, and investors in the water, energy and food sectors who want to learn about key drivers that affect Pakistan’s water and food security and have an interest to contribute to water and related solutions, several of which are presented in the book.
This book was published as a special issue of Water International.
1. Water for food security: challenges for Pakistan
2. Progress of
constitutional change and irrigation management transfer in Pakistan:
insights from a net-map exercise
3. An oldnew measure of canal water
inequity
4. Is a surface-water market physically feasible in Pakistans Indus
Basin Irrigation System?
5. Energy use in large-scale irrigated agriculture
in the Punjab province of Pakistan
6. Using fallout 137Cs for evaluation of
watershed management in a sub-catchment of Mangla, Pakistan
7. Comparative
institutional analysis of customary rights and colonial law in spate
irrigation systems of Pakistani Punjab
8. Droughts in Pakistan: a
spatiotemporal variability analysis using the Standardized Precipitation
Index
9. An introduction to the IBMR, a hydro-economic model for climate
change impact assessment in Pakistans Indus River basin
10. Climate change
impacts and adaptation options for water and food in Pakistan: scenario
analysis using an integrated global water and food projections model
Claudia Ringler is Deputy Division Director of the Environment and Production Technology Division at the International Food Policy Research Institute. Her research interests are water resources management--in particular, river basin management--and agricultural and natural resource policies for developing countries. She has more than eighty publications in these areas.
Arif Anwar is Principal Researcher and Head of Office at the International Water Management Institute. His research interests are in water resources management, particularly in irrigated agriculture in the context of large irrigation systems. Arif specializes in the application of operations research techniques to the operation of irrigation canal systems.
