Washington DC, June 19, 2013 — An expected 2 °C rise in the world's average temperatures in the next decades threatens South Asia's dense urban
populations with extreme heat, flooding, and disease and could trap millions of people in poverty across the region, according to a new scientific report released today by the World Bank Group.
Regional Vice President for South Asia Isabel Guerrero discusses how an expected 2 °C rise in the world's average temperatures in the next decades threatens South Asia's dense urban
populations with extreme heat, flooding, and disease and could trap millions of people in poverty.
Not exact matches
«Our results indicate that areas of eastern Texas, Florida, the south - east and mid-Atlantic are areas where rapid
population growth, acting in concert
with a warming climate, will lead to a significant increase in exposure to
heat extremes,» says Jones.
If you live in Texas or Florida, rising temperatures will combine
with population growth to create a sixfold rise in numbers of people exposed to
extreme and potentially fatal
heat events from 2041 onwards.
During
extreme heat in India, the
populations that were reported to perish in highest numbers were the very poor, elderly, outdoor laborers and homeless, likely
with preexisting health problems and a lack of access to relief
Recent research shows that the overall risk of
heat - related illness or death has climbed steadily since 1980,
with around 30 % of the world's
population now living in climatic conditions that deliver prolonged
extreme heatwaves.
While local adaptation planners might be primarily be interested in how the patterns of
heat extremes align
with changes in
population over their immediate community, it is equally important for decision makers to recognise the broader implications of
heat exposure increases driven by future changes in where people live.
Some of the objectives of the project are to identify spatial vulnerability of
populations during
extreme heat events in selected areas; identify the impacts of extreme heat events on the health, work productivity and livelihoods of vulnerable population, to select appropriate, innovative and affordable climate adaptation measures for improving health and livelihood resilience for the urban population with consideration of gender - based implications, to strengthen the capacity of key stakeholders through training opportunities and to facilitate active use of information and evidence for policy - makers to drive the implementation of the Heat Stress Action Plans into municipal disaster strateg
heat events in selected areas; identify the impacts of
extreme heat events on the health, work productivity and livelihoods of vulnerable population, to select appropriate, innovative and affordable climate adaptation measures for improving health and livelihood resilience for the urban population with consideration of gender - based implications, to strengthen the capacity of key stakeholders through training opportunities and to facilitate active use of information and evidence for policy - makers to drive the implementation of the Heat Stress Action Plans into municipal disaster strateg
heat events on the health, work productivity and livelihoods of vulnerable
population, to select appropriate, innovative and affordable climate adaptation measures for improving health and livelihood resilience for the urban
population with consideration of gender - based implications, to strengthen the capacity of key stakeholders through training opportunities and to facilitate active use of information and evidence for policy - makers to drive the implementation of the
Heat Stress Action Plans into municipal disaster strateg
Heat Stress Action Plans into municipal disaster strategies.
The map (top) shows
population density along
with the location of four major
heat wave «clusters» — large geographic areas that tended to experience
extreme heat at the same time during the past century.