Study finds differences in El Niño events
This new understanding of El Niño and La Niña events will help researchers determine whether to expect shifts of El Niño characteristics as the global climate changes.
This new understanding of El Niño and La Niña events will help researchers determine whether to expect shifts of El Niño characteristics as the global climate changes.
Atmospheric and wave forecasts will improve public safety for the people of Guam, Commonwealth of the Northern Mariana Islands and American Samoa.
The Kīlauea eruption has generated extensive news coverage and UH Mānoa’s School of Ocean and Earth Science and Technology experts have been sought by local, national and international media to provide background and information.
The study concluded that with warmer sea surface temperatures, tropical cyclones become not only stronger, with higher maximum wind speeds, but also larger, with gale-force winds covering a greater area.
Steven Businger, a UH Mānoa professor, will discuss the climate of Maunakea including historic climate observations and simulations of future weather.
The SOEST and Jonathan Merage Foundation project aims to improve severe weather forecasting in northeastern Colorado.
A study published last week in Science presents a mechanism to explain the unexpected and unprecedented disruption of the atmospheric winds in February 2016.
New research determined that the relationship between La Niña and rainfall in Hawaiʻi has changed and recent La Niña years have brought less-than-normal rainfall.
UH Mānoa research team finds that small-scale ocean mixing has large impact.
Bin Wang, a UH Mānoa Department of Atmospheric Sciences professor, was awarded the 2015 Carl-Gustaf Rossby Research Medal.