Announcement on AER - led research to provide a more comprehensive view of
future coastal floods.
AER led the development of an innovative, broadly applicable methodology for analyzing
future coastal floods.
Not exact matches
Tidal lagoons alone could provide up to 10 % of our
future electricity needs, as well as further benefits of
flood protection and regeneration of
coastal areas.
In addition to permanently submerging
coastal land, sea - level rise will make the
flood damage from hurricanes and nor'easter s worse in the
future, he said.
The study, led by the Berlin - based think - tank Global Climate Forum (GCF) and involving the University of Southampton, presents, for the first time, comprehensive global simulation results on
future flood damages to buildings and infrastructure in
coastal flood plains.
«Unless we take different protection measures, 5 million people will be exposed to
coastal flooding on an annual basis,» said Michalis Vousdoukas, a
coastal oceanographer at the Joint Research Centre (JRC) of the European Commission and the lead author of the new study published in Earth's
Future, a journal of the American Geophysical Union.
The results show that human - caused sea level rise is not just a
future problem, it is driving most
coastal flooding in the U.S. today.
These results show that human - caused sea level rise is not just a
future problem, it is driving most
coastal flooding in the U.S. today.
probabilistically projecting
future changes in sea levels and their implications for changing
coastal flood risk, and translating those projected changes into actionable information for
coastal adaptation; and
It may seem strange, but there's a real chance that understanding these seals could help
coastal communities prepare for
future floods.
Future coastal population growth and exposure to sea - level rise and
coastal flooding — A global assessment.
Flood exposure is increasing in
coastal cities owing to growing populations and assets, the changing climate, and subsidence Here we provide a quantification of present and
future flood losses in the 136 largest
coastal cities.
The bottom line, of course, is that
coastal communities in many developing countries, from
flood - prone agricultural delta lands to crowding cities, face a very soggy
future.
However, the numbers reported can not be directly translated to changes in
flood frequencies, because whether or not
flooding occurs strongly depends on the presence of
coastal defenses and
future adaptation efforts.
At the EPA, Dr. Carter integrated the effects of climate change into estimates of
future coastal inundation on contaminated lands, such as brownfields and superfund sites, to help guide decisions on adaptation efforts that could better protect nearby communities from the spread of dangerous contaminants during
future floods.
But all three also point to the same bleak conclusion: human impacts on the atmosphere promise only the choice between a dangerous
future, and a catastrophic one, as the planetary thermometer rises, glaciers and icecaps melt, the oceans become more acidic and more likely to
flood coastal communities, hurricanes and typhoons become more intense and destructive, heatwaves become more lethal and droughts become more devastating.
The Plan, led by San Francisco Planning and San Francisco Public Works, defines an overarching vision and set of objectives for
future sea level rise and
coastal flooding planning and mitigation in San Francisco.
«Carbon choices determine US cities committed to
futures below sea level» «Economic impacts of climate change in Europe: sea - level rise» «
Future flood losses in major
coastal cities» «Forecasting the effects of accelerated sea - level rise on tidal marsh ecosystem services» «Coral islands defy sea - level rise over the past century: Records from a central Pacific atoll»
Worldwide, from 1980 to 2009,
floods caused more than 500,000 deaths and affected more than 2.8 billion people.18 In the United States,
floods caused 4,586 deaths from 1959 to 200519 while property and crop damage averaged nearly 8 billion dollars per year (in 2011 dollars) over 1981 through 2011.17 The risks from
future floods are significant, given expanded development in
coastal areas and floodplains, unabated urbanization, land - use changes, and human - induced climate change.18
To bring you up to speed here, Hunter et al had written some research in the journal Ocean Engineering discussing how high
coastal infrastructure should be built in the
future to avoid increasing the risk of
flooding.
What's more, sea levels are rising, elevating storm surge and increasing the amount of
coastal flooding — and the amount of electricity infrastructure at risk — when
future storms arrive.
Sea level rise is not just a concern for the
future, it is already heightening
coastal flood risks worldwide.
Following the Intergovernmental Panel on Climate Change report of 2001, a hype regarding the
future of Himalayan glaciers,
flooding of Indo - Gangetic plains and
coastal areas and drying of glacially fed rivers has been created.
Thus, through the foreseeable
future (very optimistically 2085), other factors will continue to outweigh climate change with respect to human welfare as characterized by (a) mortality for hunger, malaria and
coastal flooding, and (b) population at risk for waters stress.
«To effectively prepare for
future hurricanes, we need to know what
coastal cities will be facing in the coming decades, but past models have not accounted for all of the significant dynamic factors involved in predicting surge
floods,» says Lin.
Jochen Hinkel from the Global Climate Forum in Berlin and colleagues have compiled, for the first time, global simulation results on
future flood damage to buildings and infrastructure on the world's
coastal flood plains.
Tidal
flooding may worsen to the point of rendering some sections of cities in
coastal areas unusable in the not - so - distant
future, the Union of Concerned Scientists said in a recent report.
A recent report by NOAA describes a
future where
coastal flooding will be a weekly event in some
coastal parts of the country.
Abstract: An evaluation of analyses sponsored by the predecessor to the U.K. Department for Environment, Food and Rural Affairs (DEFRA) of the global impacts of climate change under various mitigation scenarios (including CO2 stabilization at 550 and 750 ppm) coupled with an examination of the relative costs associated with different schemes to either mitigate climate change or reduce vulnerability to various climate - sensitive hazards (namely, malaria, hunger, water shortage,
coastal flooding, and losses of global forests and
coastal wetlands) indicates that, at least for the next few decades, risks and / or threats associated with these hazards would be lowered much more effectively and economically by reducing current and
future vulnerability to those hazards rather than through stabilization.
-- which can be found here, draws upon the results of a series of UK Government - sponsored studies which employed the IPCC's emissions scenarios to project
future climate change between 1990 and 2100 and its global impacts on various climate - sensitive determinants of human and environmental well - being (such as malaria, hunger, water shortage,
coastal flooding, and habitat loss).
Reinstate federal
flood - protection standards that require all federally funded infrastructure projects to meet a higher margin of safety for
future sea - level rise and
flooding from
coastal storms and extreme weather events.