What are ‘sponge cities’ and how can they prevent floods?
A new AI-based study compares cities’ trees and lakes to how much concrete they have, to gauge their ability to respond to climate shocks.
Join the Race to Resilience and an expert panel of built environment sector practitioners from across Africa to explore how to meet the challenge of rapid population growth and urbanization with decarbonized, resilient housing.
When: Tuesday September 28, 09.00-10.00 GMT +3
Register here: https://us02web.zoom.us/webinar/register/WN_-TEK2-_QTdKwRExevdmzcw
The immediate opportunity to build quality, decarbonized and resilient buildings
With increasing population growth and rapid unplanned urbanisation in Africa, there is mounting demand for buildings. The floor area in Africa is expected to more than double between now and 2050, over 90% of which will be in the residential sector.
The pace and scale of this required housing construction has the potential to significantly exacerbate carbon emissions. At the same time, climate change is already causing extreme heat surges along with widespread drought stresses which mean the need for climate-resilient buildings is also growing.
The Race to Resilience event will look at how to avoid ‘locking’ emissions in inefficient and unsafe new residential construction whilst simultaneously addressing the huge need for rapid delivery of climate-resilient housing from all angles, including policy, how to finance it as well as tangible practical examples of low-carbon resilient housing.
Joining the session are:
#Racetoresilience
A new AI-based study compares cities’ trees and lakes to how much concrete they have, to gauge their ability to respond to climate shocks.
The IPCC’s latest report on climate change impacts, adaptation and vulnerability made it explicit that people living in informal settlements are the most vulnerable urban populations to climate change.
To mark World Water Day on March 22, UNICEF issued a video answering the questions most vital to the water crisis in the Middle East and North Africa region.
Scientists now say that the combination of rising sea levels, extreme weather events and population change in low-lying areas will put about a billion people at risk from coastal climate hazards beyond 2040. But they’ve also found that cities can offer the best hope of limiting that threat.