Latest Updates

To learn where action is needed to protect vulnerable populations now and in the future, CPO’s National Integrated Heat Health Information System (NIHHIS) and partners are launching new community-led campaigns that will map the hottest parts of cities in 11 states across the country this summer. The communities include Albuquerque, New Mexico; Atlanta; New York City; Charleston, South Carolina; Kansas City, Missouri; Raleigh & Durham, North Carolina; San Diego; San Francisco; and parts of New Jersey, Indiana, Massachusetts, and Virginia. 

The successful community science campaign leveraged NOAA leadership and scientific rigor with the additional organization of local community and government groups to compile a heat dataset that can be used to minimize extreme heat risk in cities across the country.

Abstracts due 2 December 2020
18th Annual Climate Prediction Applications Science Workshop (CPASW) - April 14-16, 2020
Phoenix, Arizona
www.cpasw2020.com

Integrated theme: “Providing Services for the Cascading Effects of Intensifying Heat in a Rapidly Growing Region”

The 18th Annual Climate Prediction Applications Science Workshop (CPASW) will bring together a diverse community to share developments in research and application of weather and climate information for societal decision-making. Participants will include researchers, service producers, resource managers, planners, practitioners, social scientists, and others making weather and climate-sensitive decisions. NOAA’s National Weather Service Climate Services Branch, Arizona State University, the Arizona State Climate Office, and many climate services partners are collaborating in the organization of the 2020 CPASW.

Community organizers in eight U.S. cities have been offered support for UHI mapping campaigns through the National Integrated Heat Health Information System (NIHHIS) and CPO’s Communication, Education, and Engagement Division.

A team of scientists found that a strengthened change in ocean temperatures from west to east (or gradient) in the tropical Pacific during the preceding winter is the main driver of more frequent heat waves in Texas.