Photo Friday: “Antarctica” – An Exhibit Showcasing Lamont Scientists’ Photos from the Field

The Lamont-Doherty Earth Observatory (LDEO) is a part of the Earth Institute at Columbia University where roughly 200 PhD researchers and 90 graduate students are involved in earth-science research. “Its scientists study the planet from its deepest interior to the outer reaches of its atmosphere, on every continent and in every ocean, providing a rational basis for the difficult choices facing humanity.”

Miriam Cinquegrana, administrative coordinator at LDEO, has initiated a series of photo exhibits “to provide a space for members of the Lamont community to explore their passion for photography and to share their artistic work.” The hope is for these individuals to make connections and engage their research in new ways, noted Cinquegrana. Previous landscape exhibits have included Patagonia and Easter Island, as well as The Aleutians.

The newest exhibit, Antarctica, is the third display to feature photos taken by scientists as they perform their research in the field. Pieces from this exhibit are displayed here, and highlight photos taken by the following scientists: Isabel Cordero, Nick Frearson, Jonathan Kinslake, David Porter, Margie Turrin, Martin Wearing, Carson Witte, and Robin Bell.

“Each year Lamont scientists travel the globe with their research. This exhibition provides a small glimpse into the beauty and fragility that is Antarctica. These images were taken by Lamont Scientists as they went about their daily research studying topics as diverse as ice dynamics to tectonic origins and ranging from the Antarctic Peninsula to the Ross Ice Shelf and beyond into the East Antarctic interior.”

Nick Frearson
Source: Isabel Cordero
“Sea ice cracking in the pressure ridges near Scott Base (the New Zealand Antarctic base). Some of it melts in the sunlight and creates these blue ice pools on the surface, and some of the blue ice just peeks through the folding ice.”
Source: Nick Frearson
“An emperor penguin stands near the edge of the Cape Washington Penguin Colony in Terra Nova Bay, Antarctica. The penguin studies me with no trace of fear while I frame the picture. During peak season the colony can contain over 20,000 breeding pairs. This area has now become the 73rd Antarctic Specially Protected Area.”
Source: Nick Frearson
“Our Rac-Tent during a storm in Antarctica in 2014. This extremely strong military tent is used as a logistical command center in the field. We use them as science tents during our field seasons, and when we are not out gathering data, we can be found inside them huddled over laptops. On one trip, our Rac-Tent had markings from the Korean War stenciled onto the frame.”
Source: Jonathan Kinslake
“An iceberg floating past Rothera Research Station, Antarctic Peninsula, Nov 2013. S67 35 8; W68 7 59. Altitude 0 m a.s.l. In the background are the glaciated peaks of Adelaide Island.”
Source: Jonathan Kinslake
“A “Scott Tent” in the Weddell Sea Sector of West Antarctica, Jan 2014. S77 50 22.0; W74 47 24.7; Altitude 536 m a.s.l. We’re there using radar to measure the internal structure of the ice and observe how it flows.”
Source: David Porter
“The LDEO Icepod — flying aboard a ski-equipped LC-130 just 1500 feet above the Ross Sea in Antarctica — images and maps sea ice and glaciers as part of the NSF-funded ROSETTA-Ice Project in November 2017.”
Source: Margie Turrin
“Cape petrels soaring against the Antarctic landscape. Common in the Southern Ocean, they are known to track ships hoping for food scraps or fish churned up in the ship’s wake.”
Source: Margie Turrin
“Going ashore to Deception Island. The Island is the caldera of an active volcano in the South Shetland Island archipelago, Antarctica.”
Source: Margie Turrin
“The remains of the Governoren Shipwreck, in Foyn Harbor off the West coast of the Antarctic Peninsula. A 1915 “whaling factory ship” that caught fire, igniting the whale oil and destroying the vessel. The crew was rescued by another whaling vessel.”
Source: Martin Wearing
“Fractured sea ice in the Ross Sea, Antarctica. Photo taken during the ROSETTA-Ice fieldwork campaign in November/December 2017.⁠”
Source: Martin Wearing
“The calving front of the Ross Ice Shelf, Antarctica. Photo taken during the ROSETTA-Ice fieldwork campaign in November/December 2017.⁠”
Source: Carson Witte
“Pancake ice rides the swell in Terra Nova Bay, where the stratovolcano Mt. Melbourne looms ever present to the north.⁠”
Source: Robin Bell
“The snow is hard atop the East Antarctic Ice Sheet and the sky is an incredible blue. At the high elevations (3500m) far from the sea, the silence is so intense that you can hear grains of snow knocking into one another as the wind flows past. The flags in the distance mark the skiways where the Twin Otters and the New York Air National Guard LC_130’s land. This picture was taken during the International Polar Year expedition (2009) to the Gamburtsev Mountains. Together with scientists from seven nations, we mapped the Pyrenees-sized mountain range beneath the surface. The skiway was busy as we kept the survey plane in the air almost around the clock.”

Read more on GlacierHub:

Video of the Week: High Mountain Summit Addresses Changes to Mountain Ecosystems

New Studies Trace Glacier Dynamics in the Grand Tetons

Roundup: Glacier Melt Reveals New Islands, ICIMOD Job Search, and New Monuments

Photo Friday: Glacial Moraine Maps as Art

Joerg Schaefer, a geoscience researcher at the Lamont-Doherty Earth Observatory at Columbia University, specializes in tracing the history of moraines through cosmogenic radionuclide dating. He depicts the results of his research in maps of moraines–the accumulation of glacial till and sediment at the end, or snout, of a glacier, or along its sides. While scientific in nature, the maps themselves are visually stunning- prompting GlacierHub to showcase some of the glacial maps from Schaefer’s research.

[slideshow_deploy id=’6103′]

 

Joerg Schaefer
Joerg Schaefer, photo from personal website

Schaefer is most interested in studying the dynamics of earth surface processes and their interaction with climate, as well as ice ages and the dating and quantifying of changes in earth’s climate and landscape. He can be contacted here.