Honeywell’s high-altitude LiDAR atmospheric sensing (HALAS) system measures atmospheric pressure, temperature, humidity, wind speed and direction. Credit: Honeywell

NOAA and Honeywell to explore use of HALAS upper-air data to aid in weather forecasting

2/22/2024 - By weather.gov. February 7, 2024 - NOAA’s National Weather Service and Honeywell Aerospace Technologies signed a two-year Cooperative Research and Development Agreement to deploy a high-altitude LiDAR Atmospheric Sensing (HALAS) ground system and to evaluate the upper-air data gathered to determine if it could aid in weather forecasting. Honeywell’s HALAS ground system uses… SEE MORE
No machine-readable author provided. Cremedia assumed (based on copyright claims)., Public domain, via Wikimedia Commons

More Extreme Rainfall Predicted for the Future

7/29/2022 - Researchers say some climate models are underestimating future floods. Joshua Studholme was finishing his doctoral program in physics at Lomonosov Moscow State University when his thesis advisor told him a story about Queen Victoria, the monarch who ruled the British Empire for the better part of the 19th century. The… SEE MORE
Image Courtesy of Divirod.

US Harbors Launches Tide Station Pilot Project in Penobscot Bay, ME

9/10/2021 - Hyper-local Stations to Provide Real-Time, Observational Data on Sea-Levels for 5 Coastal Towns Rockland, Maine -- US Harbors, in partnership with Divirod, a data and technology company, is launching a pilot program in Penobscot Bay, ME to test a new technology for water-level sensing. NOAA currently maintains 200 live, observational tide… SEE MORE
5G technology is likely to have an impact on satellite data.

5G Technology Could Interfere with Weather Forecasting

5/24/2019 - CBS NEWS - Experts are warning that the development of 5G technology could interfere with weather forecasting. The acting head of the National Oceanic and Atmospheric Administration (NOAA), Neil Jacobs, testified on Capitol Hill last week that potential interference from 5G wireless radios could reduce forecasting accuracy by as much… SEE MORE