46 projects match your search.
  • Bhutan is a landlocked country located in the Eastern Himalayas, with altitudes ranging from 150 to 7500 metres above sea level (msl). It has three distinct climate zones: the southern belt (150 - 2000 msl) is characterized by a hot and humid climate, the central belt (2000 - 4000 msl) is characterized by a cool temperature and the northern belt (above 4000 msl) is characterized by an alpine climate. Due to its geographic location and the mountainous terrain, it is vulnerable to changes in climate.

  • The project will empower the National Meteorological and Hydrological Services (NMHSs) and other competent authorities of the six riparian countries (Benin, Burkina Faso, Cote d’Ivoire, Ghana, Mali and Togo) with robust and innovative solutions for disaster risk reduction and climate change adaptation, including capacity development for nature-based solutions and gender-sensitive participatory approaches.

  • Demands for increased food and energy production, and the presence of populations at risk of flooding require increased knowledge of the Basin’s hydrometeorological regime and the adoption of the latest technologies to meet these challenges. The Hydrometeorological Forecasting and Early Warnings System in the La Plata Basin (PROHMSAT) project seeks to enhance the capacities of the region's NMHSs for the provision of flood forecasting, decreasing the vulnerability of the surrounding communities against the impact of floods. 

  • In recent years, Meteorological and Hydrological capacity in Afghanistan has been developed on a project basis within different goverment organizations. An analysis of the Afghanistan Meteorological Department (AMD) revealed deficiencies in many areas including: the culture of service delivery, quality and accessibility of data and information to meet user needs, and physical capacity for data analysis, quality control, interpretation, and optimum use of available resources.  

  • The SADC countries are particularly vulnerable to climate variability, change and extremes: particularly water resources, agriculture, hydropower generation, ecosystems, and basic infrastructures are under stress as a result of increased frequency and intensity of floods, droughts and landslides. The development of improved climate information and forecasts of decision-relevant parameters are essential to address these challenges. Tailor forecasts such as rainfall onset and cessation are regularly requested by users, along with the associated skill information.

  • The project seeks to enhance the capacity of communities in Chile, Colombia, and Peru to adapt to a varying and changing climate. This will be done by producing, communicating, and assessing the use of credible and authoritative information as the scientific evidence for decision-and policy making on disaster preparedness.

    ENANDES will also build human and infrastructure capacity, while seeking to overcome institutional, technological and cultural barriers through increased coordination among climate, and non-climate actors of society. 

  • CREWS Caribbean is a three-year US$ 5.5 million project that looks to strengthen and streamline regional and national systems and capacity related to weather forecasting, hydrological services, multi-hazard impact-based warnings and service delivery for enhanced decision-making in the Caribbean. Being led by the World Bank GFDRR, with support from WMO and UNDRR, CREWS Caribbean is the first project to leverage all three of the CREWS implementing partners. 

  • The WMO grant of EUR 5.5 million supports ACP regional partners to improve the climate services value chain in five priority sectors: agriculture, disaster risk reduction, energy, health, and water. Underpinned by capacity development and knowledge management, WMO technical guidance addresses observations, data, predictions, models and the mainstreaming of climate services into policy processes. 

  • With the desired impact of reduced loss of human life and reduced economic losses due to hydro-meteorological extreme events in the Pacific, the Climate Risk and Early Warning Systems (CREWS) Initiative has allocated US$ 2.5 million to this WMO-led project. The project works to build NMHSs capacities through ensuring necessary institutional framework and strategies are in place, modernizing forecasting facilities, enhancing service delivery, and implementing community based early warning systems.