Researchers develop a predictive software system to identify city-specific, dengue fever risk areas amid a global increase in cases.
disaster preparedness
The Challenges Posed by Induced Seismicity
A recent paper in Reviews of Geophysics examined the increasing incidence of seismic events caused by industrial activities.
Tornado Casualties Depend More on Storm Energy Than Population
National Weather Service data from nearly 900 tornadoes and a principle of economics reveal the relationship between storm energy, population, and casualty count.
Reducing Uncertainty in Hazard Prediction
The editors of a new book describe how to characterize uncertainty in natural hazards, the incorporation of uncertainty into modeling, its contribution to better decision-making, and research needs.
Overlooked Data Source Improves Quake Intensity Maps
A new approach may fine-tune estimates of the range of shaking from earthquakes and help define areas of potential damage.
NOAA Video Shows Satellite Views of Louisiana Tornadoes
Real-time updates of storms will help forecasters track and predict where the most damage could occur.
Initiative Aims to Help Cut Losses from Extreme Weather Events
A new alliance aims to integrate social and behavioral science into meteorological research and practice to help build resilience to natural disasters.
Using Archives of Past Floods to Estimate Future Flood Hazards
Cross Community Workshop on Past Flood Variability; Grenoble, France, 27–30 June 2016
Tsunamis Leave a Telltale Chemical Trail
Researchers follow a trail of organic compounds in soil that reveals the 2011 Tohoku tsunami's path over the Japanese coastline, providing clues to how often tsunamis recur and where they travel.
An Early Warning System for Landslide Danger
Advances in satellite imaging, mapping, and rainfall estimations have made it possible to implement a regional real-time assessment of landslide hazard threats across Central America.