Unifying weather and climate variability predictions – an operational seamless forecasting system for Southern Africa at time scales from days to seasons
This project was aimed at developing the seamless forecasting system, for predicting weather and climate at multiple time scales. In this regard, the defensible and actionable multi-decadal regional projections were dealt providing evidence that extreme weather and climatic events are likely to increase over southern Africa in a changing climate. Weather and seasonal climate model configurations, based on the conformal-cubic atmospheric model (CCAM), are subsequently described and verified. Temperatures are projected to rise over southern Africa and an increase in weather and climate extremes are expected to occur.
Solution characteristics
Themes
Sustainably manage and allocate freshwater resources
Sub themes
Information to support decisions for allocation
Stakeholder group
- River Basin Organisations (RBOs)
Pain reliever
- Lack of data
Gain creator
- Strengthening regional weather forecasting and monitoring
Type of climate
Other
Geographical scope
International
Social Innovation Dimension
- Technological Solution
Societal challenges
- Knowledge and Capacity
Solution Type
- Product
Solution provider
Council for Scientific and Industrial Research
our future through science
Willem Landmann
Willem.Landman@up.ac.za
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