Scientists call for joint efforts to combine real-time global rainfall data with high-resolution local hydrology to better forecast floods.
floods
Posted inNews
Homes and Other Buildings Abound in Natural Hazard Hot Spots
Researchers mined maps of natural hazards and land use to show that nearly 60% of structures are built in regions at high risk of earthquakes, wildfires, floods, hurricanes, and/or tornadoes.
Posted inNews
Powerful Glacial Floods Heave Himalayan Boulders
Many of the house-sized boulders that litter Himalayan river channels were transported thousands of years ago by glacial lake outburst floods, new observations suggest.
Posted inNews
Can Newspaper Reporting Uncover Flood Risk?
In areas of low or no flood monitoring, archival coverage of historical flooding can help scientists make better risk predictions.
Posted inScience Updates
Torrential Rains and Poor Forecasts Sink Panama’s Infrastructure
Scientists are working to improve the forecasting of heavy rains in Panama following several events over the past decade that caused substantial flooding and damage.
Posted inNews
How Infrastructure Standards Miss the Mark on Snowmelt
Nationwide, civil engineers consider precipitation values from NOAA to design their structures. But those values are missing another contributor to flood risk: snowmelt.
Posted inEditors' Highlights
Rainwater Harvesting Can Reduce Flooding as Well as Saving Water
Weather forecasting can greatly improve benefits of rainwater harvesting.
Posted inNews
New Recommendations for a Proactive Flood Policy in India
As India grapples with devastating monsoon floods, a new review supports greater investment in nonstructural solutions.
Posted inNews
A Brighter Future for Coral Reef Islands
Although some islands demonstrate more resiliency than previously thought, island communities may require significant flood-resistant infrastructure to maintain their way of life.
Posted inResearch Spotlights
More Warming Means Worse Impacts from Runoff and Drought
New research highlights differences in drought and flood hazards globally under 1.5°C versus 2°C temperature increases and estimates associated human and economic effects.