Downpours in June drove nutrients into the Mississippi River that ultimately deprived a much larger portion of the Gulf of oxygen than had been expected.
Hazards & Disasters
Posted inResearch Spotlights
What Climate Information Is Most Useful for Predicting Floods?
Basing forecasts on data that preserve variations over space yield more reliable predictions than using standard numerical measures of climatic cycles' intensity.
Posted inResearch Spotlights
Past Phosphorus Runoff Causes Present Oxygen Depletion in Lakes
Sediment cores show how phosphorus pollution in the 1950s led to current, inherited hypoxia in lakes in the Alps.
Posted inResearch Spotlights
Underwater Robot Tracked Ocean Sediment During Hurricane Sandy
Hurricane Sandy moved a lot of debris, but where did it all end up?
Posted inScience Updates
Coping with Future Water Woes in the Western United States
Water Scarcity in the West: Past, Present, and Future; Davis, California, 6–7 April 2015
Posted inScience Updates
A University-Government Partnership for Oceanographic Research
After 44 years of coordinating the U.S. academic research fleet and facilities, the University-National Oceanographic Laboratory System (UNOLS) gears for the future.
Posted inNews
Weak Shaking Lessened Nepal Earthquake Impact
Modest ground motion for such a big quake and some prior training in earthquake preparedness averted worse death and destruction, earthquake scientists say.
Posted inScience Updates
Seismic Hazard Assessment: Honing the Debate, Testing the Models
Earthquake experts with opposing views found common ground working around a table and on a hiking trail.
Posted inNews
Floods Fail in War, Win as Weapon Against Sea Level Rise
A historical look at flooding used as a war strategy in the Netherlands found that the tactic often failed but, in the long run, has helped to protect the land against future floods and sea level rise.
Posted inOpinions
Reality Check: Seismic Hazard Models You Can Trust
Probabilistic hazard assessments, even the most recent models, routinely underestimate earthquake effects. A neodeterministic approach comes closer to observed data.