US-SCIENCE-WEATHER-TORNADO-RESEARCH

A radar prepared during a NOAA media day to learn about a field campaign to study tornadoes, in Memphis, Tennessee on February 8, 2023. - The campaign, known as PERiLS (Propagation, Evolution, and Rotation in Linear Storms), will deploy dozens of instruments to measure the atmosphere near and inside storms. Researchers will focus on quasi-linear convective systems, commonly known as squall-lines, that produce tornadoes. (Photo by SETH HERALD / AFP) (Photo by SETH HERALD/AFP via Getty Images)
A radar prepared during a NOAA media day to learn about a field campaign to study tornadoes, in Memphis, Tennessee on February 8, 2023. - The campaign, known as PERiLS (Propagation, Evolution, and Rotation in Linear Storms), will deploy dozens of instruments to measure the atmosphere near and inside storms. Researchers will focus on quasi-linear convective systems, commonly known as squall-lines, that produce tornadoes. (Photo by SETH HERALD / AFP) (Photo by SETH HERALD/AFP via Getty Images)
US-SCIENCE-WEATHER-TORNADO-RESEARCH
PURCHASE A LICENCE
How can I use this image?
£275.00
GBP
Getty ImagesUS-SCIENCE-WEATHER-TORNADO-RESEARCH, News PhotoUS-SCIENCE-WEATHER-TORNADO-RESEARCH, News PhotoUS-SCIENCE-WEATHER-TORNADO-RESEARCH Get premium, high resolution news photos at Getty ImagesProduct #:1246898502
£375£150
Getty Images
In stock

DETAILS

Restrictions:
Contact your local office for all commercial or promotional uses. Full editorial rights UK, US, Ireland, Italy, Spain, Canada (not Quebec). Restricted editorial rights elsewhere, please call local office.
Credit:
SETH HERALD / Contributor
Editorial #:
1246898502
Collection:
AFP
Date created:
08 February, 2023
Upload date:
Licence type:
Rights-managed
Release info:
Not released. More information
Source:
AFP
Barcode:
AFP
Object name:
AFP_338T8QN
Max file size:
5036 x 3552 px (42.64 x 30.07 cm) - 300 dpi - 2 MB