Research
An INSTAAR-led study measured water vapor in Greenland’s air, collecting data crucial for improving climate models and forecasting Arctic changes.
A new study from Chloe Brashear, Tyler Jones and others suggests abrupt warming events were preceded by periods of unusually stable temperatures during the last ice age. The researchers point toward shifting sea ice as a potential driver of the phenomenon.
INSTAAR researcher Alton Byers and Wesleyan University professor Suzanne OConnell highlight research on a global increase in flooding due to melting glaciers. Nearly 2 billion people rely on water from alpine glaciers. But, as the climate warms, they are becoming more volatile.
When Jay Falk and Scott Taylor first saw the white-necked Jacobin hummingbird chick in Panama’s dense rainforest, the bird biologists didn’t know what they were looking at. They later realized that it was potentially mimicking a poisonous caterpillar to avoid getting eaten.
A new study in Nature Communications finds that agriculture is the main driver of short-term fluctuations in atmospheric carbon. Led by Danica Lombardozzi (CSU), the research team includes Will Wieder (INSTAAR, NCAR).
A hole drilled into Greenland's heart reveals ice ready to slide into the sea. An international group of researchers - including TYLER JONES - discuss their research and its often ominous implications. Don't miss the fantastic photos too!
Pollution-laden dust storms are depositing black carbon on the Himalayas. New research from INSTAAR’s Karl Rittger and collaborators reveals the process.
91³Ô¹ÏÍø Chancellor Justin Schwartz recently dropped in on INSTAAR, where he discussed the institute’s research strengths and potential collaborations at the university level.
91³Ô¹ÏÍø scientists, including Diane McKnight, recently presented results from water-quality sampling of a tributary to the Roaring Fork River. In addition to having high concentrations of certain metals, the samples contain rare earth elements. But what the latter means for health is unclear.
A refined mathematical model is now capable of predicting carbon inputs and outputs for freshwater lakes around the world, according to new research from INSTAAR’s Isabella Oleksy and collaborators. Their work could help scientists understand the role of freshwater lakes in the global carbon cycle.