Watershed management problems are usually quite diverse, and involve a wide range of biological, geological, chemical, and physical processes with complex human, social, and economic contexts. The working note seeks to show that computer modeling allows us to better organize, test, and refine our thinking about watershed management problems and potential solutions.
Man-made climate change is affecting water infrastructure in all regions of the world, affecting large numbers of people in their daily life and the development of their societies. As part of the World Bank Water Anchor's analytical and advisory work on water and climate change, consultants have investigated how private sector services to infrastructure may address the challenges related to climate change while, at the same time, improving development opportunities for people.
The project specific objectives were threefold: (i) Methodological development by
The research project “Integrating Governance and Modeling” used advanced modeling techniques to assist policy-makers and stakeholders in Ghana and in Chile to use water resources more effectively for agricultural development and poverty reduction. In Ghana, research was conducted in the White Volta Basin, which represents an early stage of river basin development. In Chile, the Maule basin was chosen as a case of advanced basin development. The two cases represent the Volta and the Andes benchmark basins of the Challenge Program on Water and Food.
VFI has been working in Cambodia for 7 years now. Our ECOSORN Project aims to provide water supply and sanitation facilities, and to improve sustainability by introducing appropriate technologies for villagers.
We operate this project in 3 provinces, 14 districts, 36 communes, 78 villages in the most remote parts of Battambang, Banteay Meanchey and Siem Reap Provinces. Our project goal is to build 6,000 latrines; 110 water wells; 1,000 water storage jars; and 5 large ponds
Les ressources en eau et en terres s'amenuisent de plus en plus et répondent difficilement aux exigences alimentaires d'une population mondiale croissante. Dans les pays en développement des régions tropicales en particulier, la variabilité des conditions météorologiques associée à la productivité généralement basse de l'agriculture de subsistance représente une menace pour les sociétés rurales vulnérables ; l'accès à des équipements d'infrastructure et aux ressources naturelles devient de jour en jour plus difficile.
La pauvreté des ménages ruraux s'est aggravée sous l'effet de l'évolution mondiale au cours de ces deux dernières années : la hausse massive des prix des denrées alimentaires et des carburants a été suivie d'un effondrement de l'économie mondiale, tout cela dans un contexte d'incertitude croissante quant au climat.
L'eau est un bien précieux dans les régions semi-arides du Rajasthan, en Inde. En outre, le changement climatique exerce une pression supplémentaire sur les ressources rares. Des précipitations irrégulières, voire inexistantes, obligent un grand nombre de petits paysans à abandonner au moins temporairement leurs champs, afin de chercher du travail dans les villes.
The Basin Leader leads this project team which is responsible for coherence of the overall BDC research program by ensuring BDC research remains problem- opportunity- and impact-focused. For the duration of the project, the Basin Leader will work for the CPWF, through a secondment arrangement to be negotiated with CONDESAN. The Basin Leader will report to both the CPWF Research and Innovation & Impact Directors, and will be supervised by the appropriate CPWF Director among them
The Coordination Project V5 will ensure coherence amongst the other 4 Volta BDC Projects, manage their interdependence and data protocols in such a way to allow smooth running of the program and also monitor and evaluate the quality of research outputs. Through communication strategies to be developed, V5 will assist in linking projects with policy makers and other stakeholders to create opportunities that will enrich the research process and subsequently the uptake of research outputs
Shallow groundwater irrigation (SGI) using hand-dug shallow wells and dugouts is expanding, in the WVB, and is becoming attractive to farmers throughout. SGI is farmer-driven and has
developed without any government or donor involvement. The production of vegetables and cash
crops during the dry season utilizing SGI has provided farmers with a supplemental source of
income and an alternative to seasonal urban migration. Although SGI has been increasing
substantially, the extent of this practice is not documented.This project has help assess, the
Improved water and land management in the Ethiopian highlands and its impact on downstream stakeholders dependent on the Blue Nile – short title Upstream-Downstream in Blue Nile River project is one of the projects in the Nile Basin supported by the CPWF. It was implemented during from 2007 to 2009 through a partnership of 8 institutions. The Blue Nile is the major tributary of the Nile River, contributing about 62% of the Nile flow at Aswan.