World Resources Projects
Working at the intersection of the environment & human needs
A wind turbine installed in a village in Zimbabwe may help decrease vulnerability, thus improving villagers’ ability to cope with the effects of climate change. A study of the project concluded that "[i]n this case study, small-scale windpower eases water resource stress and contributes to climate change adaptation in two ways: (1) by providing energy for water pumping in otherwise energy-deprived areas, and (2) by easing fuelwood consumption in households whose livelihood opportunities have expanded with electrification."
The focus of this project is on combining a participatory approach and water modeling. The main objective of the project is to strengthen the capacity of the sectors, institutions, and Vietnamese people to adapt and respond to the climate change impacts. It aims to reduce their vulnerability to climate change and disasters by raising their understanding and preparedness to foresee impacts and minimize losses.
The Radio and Internet Project (RANET) implemented in Nakasongola district by World Vision and the Department of Meteorology enhanced collection and dissemination of early warning and climate information at the local level through radio and internet. Using a computer connected to the internet, the project provided timely information on climate and other development information for the people in the district. Through established channels of communication, the project then disseminated climate information to local farming communities in a timely manner.
In a case of autonomous adaptation, communities in the Lower Songkram River Basin have developed a number of coping mechanisms to deal with floods and droughts. One is indigenous forecasting methods (for example, ants removing their eggs from the nest is seen as a sign of rain, and a decrease in mushrooms can signal drought). Another is modification in fishing gear to conform to climate changes (for example, when the water level is high, they use traps or fishing hooks. When it is low, they use mong and uan tap taling, a type of net that is anchored along the riverbank).
The objective of the project is to prepare water managers and users for changing climatic conditions (especially reduced flows) through provision of technical data, planning, and improved allocation, capacity building and awareness-raising.
This project includes (1) the provision of 200 hand pumps, several large pumped water systems, 11 gravity-fed water systems, several rooftop water harvesting systems in schools and over 600 household water storage cisterns, altogether supplying water to 45,000 people in 28 villages; (2) the introduction of new drought-resistant and less water-thirsty plants, rain-fed cultivation technologies, greenhouses and irrigation systems to help agricultural activities withstand drought; (3) the creation of community-based organizations that can not only address ongoing food and income problems, but al
This pilot project aims to strengthen institutional and technical capacities to effectively react and adapt to adverse effects of climate change in three villages in different Jamoats (sub district administrative units) in Varzob District in western Tajikistan. The project created an Adaptation Advisory Group in conjunction with Ministry of Environment, Ministry of Agriculture, and other research institutions in order to develop technologies or adaptation plans.
The World Bank began a project in 1983 that involved installing 15,000 of low-cost shallow tube well technology combined with small engine-driven water pumps, a new technology that soon acquired the name "fadama irrigation".
The objective of the West Africa Agricultural Productivity Program (WAAPP) Support Project is to generate and disseminate improved technologies in the participating countries’ top priority areas that are aligned with the region’s top priorities, as identified by Central Africa Counsel for Agricultural Research (CORAF). These include roots and tubers in Ghana; rice in Mali; and cereals in Senegal. The project has four main components. The first component is enabling conditions for regional cooperation in technology generation and dissemination.