From pandemics to food crises and climate-related disasters, Columbia’s new Global Health Security and Diplomacy program will help prevent, detect, and respond to a wide range of problems.
New research shows that in Bangladesh, heat wave predictability exists from a few days to several weeks in advance, which could save thousands of lives.
A powerful new tool helps rural Tanzanians reduce their exposure to tsetse flies and the deadly disease they carry.
IRI scientists and colleagues from South Africa are using satellites to detect seasonal water bodies that harbor schistosomiasis, the deadliest of the tropical neglected diseases.
The highlands of Ethiopia are home to the majority of the country’s population, the cooler climate serving as a natural buffer against malaria transmission. New data now show that increasing temperatures over the past 35 years are eroding this buffer, allowing conditions more favorable for malaria to begin climbing into highland areas.
This spring, IRI implemented a new methodology for seasonal temperature and precipitation forecasts. We asked Simon Mason, Andrew Robertson and Tony Barnston, senior climate scientists who lead the development and tailoring of IRI’s forecasts, to answer some fundamental questions about the new forecast.
Contagious diseases are on the rise as a result of climate change and other rapid environmental and social changes. A number of climate-sensitive diseases are expected to worsen with higher temperatures and more extreme weather.
Wind and dust conditions in Sub-Saharan Africa Africa could help predict a meningitis epidemic, according to a new research by NASA GISS and the International Research Institute for Climate and Society.
Who’s studying Earth’s climate? Why? Where? How? And what are they learning? Panelists will explore these questions and discuss creative methods that can be used to better communicate climate science to the public.