Afghanistan Hydromet & Early Warning Services for Resilience

Project background

Afghanistan is prone to many hydrometeorological hazards that have adversly affected the lives, properties, and livelihoods of the Afghan people for centuries. The most frequent and devastating hydrometeorological hazards include floods, flash floods, droughts, landslides, avalanches, and extreme heat and cold. 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.

Objective(s)

The CREWS Afghanistan project aims build on existing and recently completed hydromet and DRM activities, to strengthen the capacity of provider and user agencies for the development and delivery of weather, water and climate-related early warning services. 

Outputs

The project is structured around three main components:

Component 1: Ehancement of service delivery system to develop and strenthen early warning and hydromet services 
Component 2: Institutional strengthening and capacity building
Component 3:Strengthening data management, forecasting and service delivery platforms

Project outputs include:

  • Develop and implement a National Strategy for Service Delivery (SSD)
  • Establish a national joint flood forecasting centre or unit
  • Develop agro-met services including a drought monitoring programme
  • Build a readily accessible digital hydrological, meteorological, and vulnerability database
  • Develop a modern impact-based weather forecasting process
  • Enhance Flash Flood forecasting and alerting systems 
Related links and documents:
Share:
Icon
Completed
Total Funding:
US$ 3,660,000.00
WMO Long-Term Goal(s):
  • Climate Resilience and Adaptation

Donors