Sonia tells me the back story of becoming a CLA, the ongoing challenges of
quantifying changes in extremes — droughts in particular, and the need to communicate seemingly obvious climate science to a broader audience.
Not exact matches
«This new way of viewing the problem could be a game changer
in the attribution of
extreme events by providing a framework to
quantify the portion of the damage that can be attributed to climate
change — even for events that themselves can not be directly attributed to climate
change using traditional methods,» continues Hammerling.
His research interests include studying the interactions between El Niño / Southern Oscillation (ENSO) and the monsoons of Asia; identifying possible effects on global climate of
changing human factors, such as carbon dioxide, as well as natural factors, such as solar variability; and
quantifying possible future
changes of weather and climate
extremes in a warmer climate.
His research focuses on how human and natural influences on climate contribute to observed climate
change and risks of
extreme weather and
in quantifying their implications for long - range climate forecasts.
To
quantify the impact of
changes in short - lived climate pollutants and regional climate forcings,
in addition to the impact of warming induced by greenhouse gases, on weather
extremes in Africa.
Presents a revised framework that
quantifies observed
changes in the climate of the contiguous United States through analysis of a revised version of the U.S. Climate
Extremes Index (CEI)
He is broadly interested
in quantifying, communicating, and mitigating the health risks associated with climate
change, with a focus on the public health burden of global air pollution and
extreme heat events.
There has been an increase
in extreme flooding, droughts and heat waves across the world, but when It comes to tornado and hurricane activity, these events are harder to
quantify in terms of climate
change, according to CNN's weather team.