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A new analysis of a 481-meter tsunami generated by a landslide in Alaska’s popular Tracy Arm Fjord last summer describes how glacial retreat, due to global warming, primed the fjord for the colossal wave and what, if any, warning signs preceded it.

Explore recent research from the Ä¢¹½ÊÓÆµ: how sunbirds sip nectar through straw-like tongues, why the Seattle Fault might not pose as great a risk as previously thought, how to gauge landslide dam risk in the PNW, what marine microbes use for making meals and when the Simonyi Survey Telescope at the NSF-DOE Rubin Observatory will spot small inbound asteroids.

In a new study, Ä¢¹½ÊÓÆµ researchers examine the impact of tilling on soil moisture and water retention using methods designed for monitoring earthquakes. They show that tilling disrupts important soil microstructures and highlight the potential utility of this method for precision agriculture and more.

A new study examining 13 years of ground motion data from sites near the Cascadia Subduction Zone shows that the entirety of the fault may not be as tightly locked as researchers thought, which could change our understanding of how a big earthquake might hit the Pacific Northwest.

More than a decade ago, data from the Cassini mission to Saturn suggested that the planet’s largest moon, Titan, had a vast ocean of liquid water below its frozen surface. In a new study, Ä¢¹½ÊÓÆµ researchers teamed up with NASA scientists to show that the interior is likely composed of slushy layers instead.

“The Memory of Darkness, Light and Iceâ€� — a documentary film featuring Eric Steig, a Ä¢¹½ÊÓÆµ professor of Earth and space sciences — tells the story of a U.S. military and research base established in Greenland during the Cold War, and how the samples collected there are driving modern climate science. The film is now available on YouTube, Apple TV and Amazon Prime.

A new collaborative study led by scientists at the Ä¢¹½ÊÓÆµ and the University of Maryland Center for Environmental Science proposes that a tsunami struck the Caribbean island of Anegada between 1381 and 1391, carrying huge coral boulders inland and leaving behind a valuable record of geologic and climatic history.

A new analysis of data from the Cassini space probe has identified organic compounds within jets of water ice erupting from Saturn’s moon Enceladus. Some of the compounds, which likely originated in Enceladus’ subsurface ocean, have never before been identified on another world beyond Earth. The study, conducted in part by a Ä¢¹½ÊÓÆµ researcher, contributes to mounting evidence that Enceladus could support life.

Antarctic ice is melting at a startling pace, and the West Antarctic Ice Sheet is one of the greatest sources of uncertainty in climate projections. Researchers thought westerly winds were accelerating ice loss, but a new study from Ä¢¹½ÊÓÆµ flips the narrative by 90 degrees, pointing instead to winds from the north.

A Ä¢¹½ÊÓÆµ-led team of researchers used a fiber-optic cable to capture calving dynamics across the fjord of the Eqalorutsit Kangilliit Sermiat glacier in South Greenland. This allowed them to document — without getting too close — one of the key processes that is accelerating the rate of glacial mass loss and in turn, threatening the stability of ice sheets, with consequences for global ocean currents and local ecosystems.

Some of the most dramatic climatic events in our planet’s history are “Snowball Earthâ€� events that happened hundreds of millions of years ago, when almost the entire planet was encased in ice up to 0.6 miles thick. New research from the Ä¢¹½ÊÓÆµ provides a more complete picture for how the last Snowball Earth event ended, and suggests why it preceded a dramatic expansion of life on Earth, including the emergence of the first animals.

Baptiste Journaux, a Ä¢¹½ÊÓÆµ faculty member in Earth and space sciences, and four graduate students will travel to Arkansas on Monday to view the total solar eclipse. They will use a special telescope to capture images of solar features that can be viewed most clearly during an eclipse. 

Could life be found in frozen sea spray emitted from moons orbiting Saturn or Jupiter? New research finds that life can be detected in a single ice grain containing one bacterial cell or portions of a cell. The results suggest that if life similar to that on Earth exists on these planetary bodies, this life should be detectable by instruments launching in the fall.

New research documents the fastest-known large-scale breakage along an Antarctic ice shelf. In 2012, a 6.5-mile crack formed in about 5 and a half minutes, showing that ice shelves can effectively shatter, though the speed of breakage is reduced by seawater rushing in. These results can help improve ice-sheet models and projections for future sea level rise.

Field observations from an unusual lake show that in environments known as “soda lakes� phosphate can concentrate at the very high levels needed for the basic molecules of life to emerge. A shallow, salty lake in western Canada gives new support to Charles Darwin’s idea that life could have emerged in a “warm little pond.�

Three new faculty books from the Ä¢¹½ÊÓÆµ cover wide-ranging topics: life in the Rio Grande Valley, fossils of Washington state and the colonial roots of contemporary intersex medicine. Ä¢¹½ÊÓÆµ News talked with the authors to learn more. Collection highlights life in Rio Grande Valley “Puro Pinche True Fictionsâ€� is a collection of short stories and comics from José Alaniz, professor of Slavic languages and literature at the Ä¢¹½ÊÓÆµ. The works are mostly set in the Rio Grande Valley…

An international team including a Ä¢¹½ÊÓÆµ scientist found that the water on one of Saturn’s moons harbors phosphates, a key building block of life. The team used data from NASA’s Cassini space mission to detect evidence of phosphates in particles ejected from the ice-covered global ocean of Saturn’s moon Enceladus.

Scientists suspect that the red streaks crossing the surface of Jupiter’s moon Europa is a frozen mixture of water and salts, but its chemical signature matches no known substance on Earth. Now researchers have discovered a new type of solid crystal that forms when water and table salt combine in cold, pressurized conditions. Researchers believe the new substance created in a lab on Earth could form at the surface and bottom of these worlds’ deep oceans.