A new climate model developed by researchers working for the Future Climate for Africa programme will provide local planners with more useful projections of the climate in their area for the coming decades. Leonie Joubert reports. [more...]
Physical science of climate change
CDKN has been heavily involved in ‘digesting’ the scientific assessments of the Intergovernmental Panel on Climate Change and other scientific bodies, to make the key facts accessible, usable and shareable by diverse audiences. Explore here some of our communications toolkits to help you understand and share the key messages of the IPCC’s work.
Research from the Future Climate for Africa programme explores the links between soils, rainforests and rainfall patterns in the Ivory Coast - as Leonie Joubert explains. [more...]
CDKN is partnering with Future Climate for Africa (FCFA) to host the first Wikipedia edit-a-thon on climate change in Africa. The event will be held from 30 July - 1 August in Cape Town, South Africa. Apply by 24 May to take part. [more...]
Dorothy Tembo-Nhlema of the Future Climate for Africa programme gives her personal perspective on how Malawi has been affected by Cyclone Idai and how the country can become more resilient to future extreme weather. [more...]
The Outlook explores how CDKN has supported climate compatible development in Kenya and features news of the new CDKN office in Kenya. It also discusses state-of-the-art climate science, mobilising finance for climate action and working with Kenya’s private sector. [more]…
On Thursday 19 May 2016, India experienced an all-time record high temperature for any calendar day. The high temperature reached 51°C in the city of Phalodi in the Jodhpur district of the state of Rajasthan. The Raising Risk Awareness project studied whether human-induced climate change had any role to play in the extreme weather. [more]…
Resources from our partners
This guide aims to make the findings of the IPCC's special report on the impacts of global warming of 1.5°C accessible to practitioners and policy-makers working at global and regional scales. It provides an interpretation of the findings with a focus on the adaptation implications.
What are the implications of sea-level rise for a 1.5°C, 2°C and 3°C rise in global mean temperatures in vulnerable deltas?
This paper shows how sea level rise under a 1.5, 2 or 3C increase in global temperature will affect Bangladesh, based on analysis of changes in glood depth, area, and population affected under the Delta Dynamic Integrated Emulator Model.