Seasonal Forecasts Improve Food Supply

Typography

Developing more precise seasonal forecasts to improve food supply for a total of 365 million people in eleven countries in East Africa, this is the goal of the new CONFER project funded by the EU.

Developing more precise seasonal forecasts to improve food supply for a total of 365 million people in eleven countries in East Africa, this is the goal of the new CONFER project funded by the EU. In particular, more precise precipitation forecasts are deemed important to increase agricultural yields. Karlsruhe Institute of Technology (KIT) is one of nine partners of this international project that is funded by the European Union with a total amount of EUR 7 million.

In 2017, East Africa was affected by the most severe drought since more than half a century. In 2019, heavy precipitation produced widespread flooding within a short term. Entire regions were covered by a waist-high layer of water. Both events produced big damage in agriculture and infrastructure and represented existential threats to the population. “In East Africa, the impacts of climate change can already be felt clearly,” says Professor Harald Kunstmann, Deputy Head of the Atmospheric Environmental Research Division of KIT’s Institute of Meteorology and Climate Research (IMK-IFU), KIT’s Campus Alpine in Garmisch-Partenkirchen. The Institute participates in the new EU project CONFER (Co-production of Climate Services for East Africa). The project started on September 01 and will have a duration of three and a half years. Research institutions, in close dialog with stakeholders and end users, will develop innovative climate services for energy, water, and food supply to support people in East Africa in coping with the challenges associated with climate change. A total of 365 million people in eleven countries in East Africa will profit from the findings.

Read more at: Karlsruher Institut fur Technologie (KIT)

The Kilimanjaro dominates the landscape of East Africa. There, impacts of climate change can already be felt clearly. (Photo Credit: Harald Kunstmann, KIT)