Scientific Understanding of East African climate change from the HyCRISTAL project
- Finney, D
- Marsham, J
- Rowell, D
- Way, C
- Evans, B
- Cornforth, R
- Houghton-Carr, H
- Mittal, N
- Allan, R
- Anande, D
- Anyah, R
- Ascott, M
- Black, E
- Boorman, P
- Booth, B
- Bornemann, J
- Burgin, L
- Evans, J
- Gudoshava, M
- Kendon, E
- Kisembe, J
- Kondowe, A
- Lapworth, D
- Lopez-Gonzalez, G
- Lwiza, K
- Macdonald, D
- Maidment, R
- Misiani, H
- Nakabugo, R
- Sabiiti, G
- Sangalugembe, C
- Scanell, C
- Segele, Z
- Semazzi, F
- Smith, KR
- Tadege, A
- Tesfaye, K
- Waniha, P
- Wainwright, C
- Wilby, R
- Winterbourn, B
- Xia, S
DOIAbstract
Integrating Hydro-Climate Science into Policy Decisions for Climate-Resilient Infrastructure and Livelihoods in East Africa (HyCRISTAL) is a Future Climate for Africa (FCFA) project funded to deliver new understanding of East African climate change and its impacts, and to demonstrate use of climate change information in long-term decision-making in the region. Here, we briefly summarise key findings from HyCRISTAL so far on climate change, as well as key findings from the pan-African FCFA project “IMPALA” relevant to East Africa, both in the context of previous literature on the topic
Add to ORKG