The objective of this study was to model and analyze the influence Vallerani rainwater
harvesting (RWH) structures have on the soil moisture dynamics in the Jordanian Badia
and to test viability of these structures when influenced by climate change. HYDRUS-2D
was used for the modelling. A three-month fieldwork was performed to set up and
calibrate the model. The results show that most of the soil moisture is located
underneath the furrow of the Vallerani RWH structures. The impact on water availability
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Library ResourceInstitutional & promotional materialsJune, 2019Western Asia, Jordan
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Library ResourceInstitutional & promotional materialsMarch, 2019Algeria, Egypt, Morocco, Israel, Chile, Peru, Australia, Tunisia, Argentina, Pakistan, Mexico, Lebanon
This document describes combating desertification through the use of unconventional water resources.
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Library ResourceInstitutional & promotional materialsMarch, 2019Algeria, Indonesia, Costa Rica, United States of America, Rwanda, Luxembourg, Nicaragua, Spain, Sweden, Denmark, Italy, Tanzania, Norway, Morocco, Ghana, Tunisia, Lebanon, China, Brazil, Canada
Public policy makers from developed and developing countries, at all levels (national, regional, local), have the opportunity to take leadership as FLR financing champions. Even without controlling private capital, they can support resource mobilization in a number of ways This publication shares the experiences of some initiatives from around the world which public policy makers can learn from and adapt.
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