ABOUT THIS EPISODE
A quick check on a smartphone will provide you with the day's expected high temperature, but what if you could find out how hot it's going to be in your neighborhood? That type of finely tuned heat forecast would be as much for health as convenience. In fact, it could save lives. With support from NSF, a multidisciplinary University of Georgia team is compiling highly detailed, fine-resolution maps of the "urban heat island" in their town of Athens, Georgia. They're figuring out how temperatures vary in a city, block-by-block, so people can better prepare for severe heat in the future.
The research in this episode was supported by NSF grant #1637277, "A Sensor Cloud-based Community-Centric Approach for Analyzing and Mitigating Urban Heat Hazards."
The research in this episode was supported by NSF grant #1637277, "A Sensor Cloud-based Community-Centric Approach for Analyzing and Mitigating Urban Heat Hazards."
English
United States
TRANSCRIPT 🔗
Are you the producer of this podcast?
Add a podcast transcript
Need Audio-to-Text?
Transcribe with Listen411 in Just 60 Seconds
OTHER EPISODES IN THIS PODCAST
Renowned chemist, geochemist and materials scientist Alexandra Navrotsky has become a pioneer in her field over the last 50 years. She even has a mineral named after her – Navrotskyite. With support from the National Science Foundation, Navrotsky and her team at University of California, Davis (mov…
This University of Washington research is advancing deep brain stimulation, or DBS, which is used to treat people with essential tremor, Parkinson's disease and other conditions. A team at the Center for Neurotechnology, an NSF Engineering Research Center, is designing and testing upgrades for DBS …
NSF's National High Magnetic Field Laboratory, or National MagLab, is a global destination for groundbreaking research across scientific disciplines. Nearly 2,000 scientists from around the world use MagLab's facilities each year, leveraging the power of high magnetic fields to explore new physical…
A University of Florida team is starting to gather real-time data on the impact of waves and rising water on bridges during hurricanes. Unlike studies that rely on tests in wave laboratories, this research will use data transmitted directly from bridges during actual storms. With support from the N…
Disclaimer: The podcast and artwork embedded on this page are from National Science Foundation, which is the property of its owner and not affiliated with or endorsed by Listen Notes, Inc.
EDIT
Thank you for helping to keep the podcast database up to date.