The Yarmouk Hydropolitical Baseline
The objective of the Yarmouk Hydropolitical Baseline project is to provide the rigorous hydrological and political analysis required for effective transboundary water resources management and hydro-diplomacy programming throughout the Yarmouk and wider Jordan River Basin.
To that end, it has produced a comprehensive report, infographics, a poster, journal articles and a land-use map presented here.
The YHPB project reflects the necessary act of examining the past to illuminate the present and shape the future. It supplements all available hydrological and hydrogeological data with archival records, satellite images, personal observation, and interviews with key policymakers. The effort finds the current water arrangements wholly unable to arbitrate the rising tensions, due to the dual impact of out-dated water agreements and inadequate infrastructure. The effects are compounded by ever-changing water needs resulting from the displacement of farmers and the projected effects of climate change.
If life in the basin is to be better in 2050 than it is today, the knowledge base will have to be significantly improved, the infrastructure optimised, and the agreements updated to align more closely with best practice and the principles of International Water Law.
We invite you to scroll below and check out our report, infographics and the story map to learn about the history, politics and the future scenarios in the Yarmouk basin.
Infographics and poster
Yarmouk Futures (PDF)
Yarmouk Hydrogeology (PDF)
Yarmouk poster (PDF)
Yarmouk Hydro-Political story map
Web link: https://bit.ly/2BwolXu
Zeitoun, M., Abdallah, C., Dajani, M., Khresat, S., Elaydi, H., Alfarra, A. (2019) The Yarmouk tributary to the Jordan River I: Agreements impeding equitable transboundary water arrangements. Water Alternatives 12(13): 1064 - 1094
Zeitoun, M., Dajani, M., Abdallah, C. Khresat, S., Elaydi, H. (2019) The Yarmouk tributary to the Jordan River II: Infrastructure impeding the transformation of equitable transboundary water arrangement. Water Alternatives 12(3): 1095 - 1122
Prof Mark Zeitoun - UEA School of International Development
Dr Muna Dajani - London School of Economics
Dr Chadi Abdallah - CNRS Lebanon
Sharif Youmans - Independent
Prof Sa’eb Khresat - Jordan University of Science and Technology.
Heather Elaydi - Independent
Enas al Bakri - Independent
Swiss Agency for Development and Cooperation SDC
UEA School of International Development
Click here for a gallery of photographs documenting the project.