Scientists at NOAA’s Atlantic Oceanographic and Meteorological Laboratory (AOML) have engineered a new instrument that will provide valuable information about the biodiversity of aquatic ecosystems.
New NOAA analysis of a ground-breaking global atmospheric airborne research mission shows that smoke from biomass burning substantially contributes to one of the most common and harmful constituents of urban air pollution: ozone.
On December 30, 2021, the Marshall Fire ripped through suburban neighborhoods on the west side of the Denver-Boulder metropolitan area. Spread by high winds and fueled by dry conditions, the wildfire destroyed more than 1,000 homes, according to news reports.
A research team led by NOAA’s Cooperative Institute for Marine Ecosystem and Resource Studies at Oregon State University has developed an automated method that can accurately identify calls from a family of fishes.
Salt has played an outsized role in human history. This element found in the ocean is now at the heart of new NOAA research that will potentially lead to improved forecasts of the most dangerous hurricanes.
NOAA and partners have joined together to launch approximately 100 new Argo floats across the Atlantic ocean to collect data that supports ocean, weather and climate research and prediction.
Failed monsoon rains that reignited the southwestern U.S. drought. A spring heat wave in western Europe. Intense Siberian wildfires. Scientists say human-caused climate change made these extreme weather events more likely, according to new research published today in the Bulletin of the American Meteorological Society (BAMS).
Spectacular footage from inside a hurricane; a major ocean mapping milestone; new insights on the continued impacts of climate change, and much more -- 2021 was a busy year for NOAA Research. As the year draws to a close, we’re taking a look back at a few of our biggest research stories of the last 12 months.
NOAA’s 2021 Arctic Report Card documents the numerous ways that climate change continues to fundamentally alter this once reliably-frozen region, as increasing heat and the loss of ice drive its transformation into a warmer, less frozen and more uncertain future.
A new study published this week in the journal Science estimates the Southern Ocean absorbs 550 million tonnes of carbon from the atmosphere per year, confirming its role as a significant carbon sink.