News
Thirty-two students from colleges and universities across the United States recently completed a NASA summer internship designed to provide them with an airborne Earth science research experience.
NASA researchers are working to improve their forecasts of the size of the Arctic sea ice cover at the end of the summer melt season — but the goal is not just to have a better prediction of sea ice coverage. The challenge of making summer sea ice forecasts allows scientists to test their understanding of the processes that control seasonal sea ice growth and retreat, and to fine-tune computer models that represent connections among the ice, atmosphere and ocean.
A photographer and videographers from NASA Armstrong Flight Research Center in California will document the total solar eclipse Aug. 21, which they will be doing from a unique vantage point at about 25,000 feet altitude.
A group of NASA and National Oceanic Atmospheric Administration (NOAA) scientists are teaming up this month for an airborne mission focused on studying severe storm processes and intensification. The Hand-On Project Experience (HOPE) Eastern Pacific Origins and Characteristics of Hurricanes (EPOCH) field campaign will utilize NASA’s Global Hawk autonomous aircraft to study storms in the Northern Hemisphere to learn more about how storms intensify as they brew out over the ocean.
NASA's P-3 research plane begins flights this month through both clouds and smoke over the South Atlantic Ocean to understand how tiny airborne particles called aerosols change the properties of clouds and how they influence the amount of incoming sunlight the clouds reflect or absorb.
Since 1997, NASA has collected data over Helheim Glacier almost every year during annual airborne surveys of the Greenland Ice Sheet using an airborne laser altimeter called the Airborne Topographic Mapper (ATM). Since 2009 these surveys have continued as part of Operation IceBridge, NASA’s ongoing airborne survey of polar ice and its longest-running airborne mission. ATM measures the elevation of the glacier along a swath as the plane files along the middle of the glacier. By comparing the changes in the height of the glacier surface from year to year, scientists estimate how much ice the glacier has lost.
For most viewers, the Aug. 21, 2017, total solar eclipse will last less than two and half minutes. But for one team of NASA-funded scientists, the eclipse will last over seven minutes. Their secret? Following the shadow of the Moon in two retrofitted WB-57F jet planes.
For six weeks in the summer of 2016 scientists from the United States and the Republic of Korea intensively studied air pollution over the Korean peninsula. Their mission: to diagnose the complex causes of the country’s poor air quality and in so doing lay the groundwork for next-generation pollution monitoring from space that both nations plan to launch in the next few years.
A team of instrument scientists, meteorologists, and specialized pilots have used a high-altitude plane, ground-based sensors, and satellites to collect and compare measurements from across the United States to calibrate and validate the earth viewing instruments on NOAA’s GOES-16 satellite.
This summer 32 undergraduate students are participating in an eight-week NASA airborne science field campaign designed to immerse them in the agency's Earth science research.
NASA researchers are conducting science flights along the Wisconsin-Illinois Lake Michigan shoreline to help better understand the formation and transport of ozone, a potent air pollutant in the region.
New research using data collected during NASA airborne science campaigns shows how smoke from wildfires worldwide could impact the atmosphere and climate much more than previously thought.
A NASA-funded field campaign underway in Florida has a real shot at improving meteorologists' ability to answer some of the most fundamental questions about weather: Where will it rain? When? How much?
A NASA-led effort to advance our ability to monitor changing Arctic and boreal ecosystems has started its second season, with the first aircraft taking flight over Alaska and northwest Canada this month.
NASA’s annual survey of changes in Arctic ice cover greatly expanded its reach this year in a series of flights that wrapped up on May 12. It was the most ambitious spring campaign in the region for NASA’s Operation IceBridge, an airborne mission to monitor ice changes at Earth’s poles, which also included a rapid-response flight over a new crack in Petermann Glacier, one of the largest and fastest-changing glaciers in Greenland.
Three years of observations from NASA’s Carbon in Arctic Reservoirs Vulnerability Experiment (CARVE) airborne mission were used in a new study that shows warmer temperatures and thawing soils may be driving an increase in carbon dioxide emissions from Alaskan tundra to the atmosphere.
In May, a team of Goddard scientists will begin measuring greenhouse gases over the Mid-Atlantic region — an area chosen in part because it encompasses a range of vegetation, climate, and soil types that would influence the exchange of carbon dioxide and methane between the Earth and the atmosphere.
A NASA ER-2 high-altitude plane has taken to the air to complete phase one of the 11-week GOES-16 Field Campaign to ensure NOAA's GOES-16 satellite provides precise satellite measurements, which will improve forecasting.
The spring NASA Operation IceBridge campaign will take the P-3 to Greenland, Norway, and Alaska over the next 10 weeks. The P-3 last flew with IceBridge on their 2013 Arctic campaign, during which the aircraft made flights out of both Kangerlussuaq and Thule, Greenland.
This month, a NASA-led science team is exploring Kilauea and the adjacent volcano Mauna Loa from the air, ground and space. Their goal: to better understand volcanic processes and hazards.
A weather probe that eventually will relay atmospheric conditions as they are unfolding and provide data to improve weather forecasts and models, has begun to fly on NASA’s Ikhana remotely piloted aircraft.
NASA is hosting a media day on Feb. 8 in O’ahu, Hawaii, to spotlight two field campaigns that seek to unlock some of the mysteries behind two of Hawaii’s treasured natural resources: coral reefs and volcanoes.
The fleet of aircraft at the Wallops Flight Facility that support NASA’s airborne sciences program are preparing for a busy year as the agency continues several projects investigating critical scientific questions about how our planet is changing and what impacts humans are having on it.
A NASA airborne mission will take a world-wide survey of these seasonal transformations by flying from the heart of winter in the Northern Hemisphere, down into the sunny summer in the Southern Hemisphere and back again
NASA scientists are crisscrossing the globe in 2017 – from a Hawaiian volcano to Colorado mountain tops and west Pacific islands – to investigate critical scientific questions about how our planet is changing and what impacts humans are having on it.
Walter Klein travels all over the world as a navigator for NASA’s DC-8 airborne laboratory. On top of all of his responsibilities as DC-8 navigator, Klein has a deep commitment to sharing the excitement of NASA Airborne Science Program missions with students, teachers and the public.
Over the next six months, NASA will be working with NOAA to calibrate sensors and validate data transmitted down from the Geostationary Operational Environmental Satellite (GOES-R) using NASA’s ER-2 high-altitude aircraft.
Operation IceBridge, NASA’s airborne survey of changes in polar ice, is closing in on the end of its eighth consecutive Antarctic deployment, and will likely tie its 2012 campaign record for the most research flights carried out during a single Antarctic season.
IceBridge, now in its eighth year, continues to build a record of how ice is responding to changes in the polar environment. The Getz Ice Shelf in West Antarctica is one area that scientists try to examine each year.
Two new studies by researchers at NASA and the University of California, Irvine (UCI), detect the fastest ongoing rates of glacier retreat ever observed in West Antarctica and offer an unprecedented direct view of intense ice melting from the floating undersides of glaciers. The results highlight how the interaction between ocean conditions and the bedrock beneath a glacier can influence the glacier's evolution, with implications for understanding future ice loss from Antarctica and global sea level rise.