Waiting for GrIT

Awbrey Cornelison (a Dog of PFS). Photo: Allen Cornelison

Awbrey, an irrepressible four-legger, demonstrates a GrIT state of mind this morning, as we all are on the lookout for the Greenland Inland Traverse’s arrival at Summit Station today.

They should pull up at the front door in a few hours, after nearly 30 days and well over 700 miles of snow riding. Go GrIT, go!

Barrow Whaling

 

A traditional umiaq boat awaits the action on the sea ice near a red buoy. The latter is attached to the harpoon. It keeps the animal afloat after the kill. Photos: Faustine Mercer

Our PFS colleague Faustine Mercer was invited along on a whale hunt a few weeks ago. Along with Steve Hastings, Faustine manages CPS science support for National Science Foundation-funded researchers at Barrow, Alaska, on the Chukchi Sea coast.  She spends a long stretch of the spring and summer in Barrow, and was on hand when a friend, Josh Bacon, invited her along to witness the hunt. 

“Josh works as a biologist for the Wildlife Department,” Faustine explained. “When a whale is killed, someone from the Department samples tissues and makes measurements of the whale. Because of the whale census also going on and the limited number of staff, he asked me if I wanted to help him.”

Barrow’s traditional culture is based on subsistence principals, which means that the Inuit who live there rely on the land and the ocean primarily for the food they eat. It is one of nine Alaskan communities permitted to harvest the cetaceans by the International Whaling Committee.  Around 50 bowhead whales are caught each year in Alaska.

In Barrow, the whale harvest is a very big deal, an event governed by tradition and the whaling captains who lead the hunt (and the community).  When they arrived at the whaling camp, Josh and Faustine “talked to the whaling captain to make sure he was OK with us being there,” Faustine recalled.  “We got formally invited by him to do whatever we needed to.” 

While preparing to sample and measure the whale, Faustine witnessed the hunters pursuing another whale.

A Barrow, Alaska, whaling crew in a traditional animal-skin-covered boat goes after a humpback whale. Photos: Faustine Mercer

“I was on the sea ice the whole time, right next to the lead. It was a wide flat area after the pressure ridge, perfect for setting camp and hunting.

“We were checking on our whale that was still in the water, attached by the tail when the other whalers jumped in their umiaq (animal skin boat) to follow a whale that had just passed them. That happened right in front of me, less than 100m away.”

Later, the activity returned to the whale Faustine wanted to examine. “It took almost three hours to pull it up a ramp that the crew (20 people and five snowmachines) made on the ice. People from other crews helped also, but it was a fairly small number. Once the whale was on the ramp, they put some blocking tackles together, hooked it up to the tail, and people and snowmobiles started to pull.”

About 20 people helped to pull the whale out of the water.

As soon as the whale was landed, “butchering started right away, so we had only a few minutes to take our measurements. They cut a piece of blubber right away and gave it to the women so they could start making unalik (boiled skin and blubber) to give to everyone who was helping.”

The butchering portion was an efficient operation orchestrated by the whaling captain, Faustine said. When it was over, “the captain got to choose which part he wanted. Then, everyone who helped with butchering got a share.  A woman took people’s names and the blubber and meat was divided up on the ice according to the list. They used everything except for the guts and eyes (we actually took the eye balls to know the exact age). Someone cut the liver skin off too, as they use it to make drums. In less than three hours, the whale had totally disappeared.”

Later, when it was ready, Faustine tried her share of unalik—the boiled skin and blubber of the fresh whale that is a tradition of the harvest. “The unalik tasted kind of like fish, not bad at all, though fat as expected. The texture of the skin after being boiled is totally different than expected, as fresh it feels rubbery and looks chewy.

“People were laughing and happy, so I can say it was a celebration!”

For more on traditional hunting, visit http://www.nativetech.org/inupiat/index.html

High Latitudes: Science and Art in the Arctic, Summer 2010

By Marcy Davis 

Maria Coryell-Martin's signature Altoid-tin expeditionary artist's tool kit. All photos courtesy Maria Coryell-Martin

When we last checked in with Maria Coryell-Martin, Expeditionary Artist extraordinaire, back in 2008, she was fresh off an artist-in-residence program with Quark Expeditions aboard the Clipper Adventurer, which sailed between Ushuaia, Argentina, and the Antarctic Peninsula. Since then, she’s been busy sketching, painting, and sharing her talents with students of all ages in her own backyard – the North Cascade Mountains of Washington State. Now, she’s getting ready to go to Greenland once again. 

This summer, Maria is headed north once again to Greenland (With NSF support, she visited Summit Station as part of her Watson Fellowship in 2005). She will participate in research led by Dr. Erik Born (Greenland’s Institute of Natural Resources), a biologist who studies walruses. Between July 19 and August 11, Maria plans to join the science party at Daneborg Station on Greenland’s east coast in Greenland National Park. In addition to painting, Maria plans to incorporate field sound recordings in multimedia works. 

Sketching at Summit Station in 2005.

“I have three goals in Greenland: I’m really excited to work larger. I have a new tripod that will allow me to do some larger-scale sketches and watercolors. I’ve been very inspired by artist Tony Foster. I also plan to gather as much field material as possible through sketches, sound, and photos so that I can develop my field work into an expeditionary art journal, educational materials, and studio work for exhibit,” she says. 

The work in Greenland will overlap with Girls on Ice, an annual free science education course wherein nine high school girls and three instructors spend eleven days learning about glaciers through scientific field work and mountaineering on Mt. Baker. Maria has participated in the program since 2007.  In her first year, she held field sketching/nature journaling workshops as part of the curriculum. 

The last two years, this part of the program has expanded and Maria has joined the ranks as co-instructor. To get the students going, she provides three sets of her signature ‘Altoid tin’ watercolor palettes for the team to share. In addition to individual journals, one student acts as artist of the day and is charged with representing their day through art in a group journal. Through art, the girls pay attention to the world around them in a very different way. 

“They are learning about science, mountaineering, and art. By including field sketching in their curriculum, students have time to reflect on and process their new and very different environment, as well as consider the cross-over between art and science,” Maria says. 

In addition to Girls on Ice, Maria participates each spring in Polar Science Weekend at the Pacific Science Center in Seattle. Here, she shares her paintings of the Arctic and Antarctic with the local community, other artists, and scientists. 

Maria (right) presents her work at Polar Science Weekend.

In her blog during this year’s event, Maria said, “I do truly believe that art and science overlap through making observations and cultivating curiosity. While I love my personal time out sketching and in the studio, I’m delighted to share the art of sketching and nature journaling with others to encourage awareness of the environment.” 

In the fall of 2009, Maria married Darin Reid, an independent Web developer, and the couple moved to the small town of Twisp, in Washington’s remote and lovely Methow Valley, for an “experiment in rural living.” 

In a few months, Maria and her sweetie plan to move back to Seattle where they will be able to grow their businesses and Maria will be able to focus on her passion – sharing her love and concern for the Polar Regions through art. Although she’s managed to continue holding workshops for kids of all ages all over Seattle, she admits, she’ll be happy to no longer have the nearly four-hour drive over the mountains. 

Maria teaches 3rd-5th graders tools for observation at Islandwood School on Bainbridge Island in January, 2010.

In the meantime, Maria is preparing to return to Greenland this summer. Although Dr. Born has generously offered her a place at Daneborg Station, funding the travel expenses is up to Maria. With her usual can-do attitude, Maria is applying for grants to help support her trip while actively fundraising for travel (you can donate air miles), living expenses, materials (such as watercolor paper or a thermarest pad), and studio time.

All donations are tax-deductible through the Allied Arts Foundation, a non-profit organization established in 1967 to support artist and arts organizations. A private grant will match what she raises until she reaches $8000, the amount needed to work with Dr. Born. As of this writing, Maria has raised $4600 and is working hard for the rest. You can support Maria at one of four sponsorship levels and, in return, you’ll receive original artwork from the field. Learn more here. 

Meanwhile, Maria is always looking for a Polar adventure – contact her to talk about joining your science team. 

“I want to involve my community more in the process of science by emphasizing education outreach,” Maria explains. “I want to use this trip as proof-of-concept. Stay tuned for my blog updates.” 

The Women of Berg Field Center

Rosemary Garofalo, Elizabeth Morton, Mimi Fujino, and Kathy Young in Kangerlussuaq, Greenland. Photo: Marie McLane

The stars and planets and whirlwind lives of some legendary women aligned a few weeks ago. The women, each of whom fledged her polar career at the McMurdo Station, Antarctica field gear shop called the Berg Field Center (BFC), bumped into each other in Kangerlussuaq, NSF’s research program hub in Greenland.  Their combined years represent decades of service to the antarctic research community. 

We got to thinking about how many of us at Polar Field Services have worked in the BFC. Our Kahuna, Jill Ferris, got her start there in the mid-1980s. Greenland project manager Robin Abbott, Science planner Karla College, and Alaska staffers Marin Kuizenga and Matt Irinaga also are BFC alumni. Who else?

“I’m married to a former BFCer (1980-1985), does that count?”–Robbie Score, married to Rob Robbins

“”Yes, I too married a BFC person. Steve [Munsell] spent one year working there. He made the round table that everyone sits around and it is still there today. His year was in 1986.”–Kathy Young

“Fun days indeed!!”–Robin Abbott

Keep on TREC-ing

By Marcy Davis

Pictured outside the University of Alaska Museum of the North, the 2010 PolarTREC teachers and alumni (left to right), Jeff Peneston (Icebreaker Oden-2008), Jim Pottinger, Josh Dugat, Cheryl Forster, Chantelle Rose, Mike Lampert, Keri Rodgers, Karl Horeis, Tina Sander, Michele Cross (McMurdo Station-2009), Craig Beals (Summit-2008), Anne Marie Wotkyns, Bill Schmoker, Lesley Urasky, and Claude Larson. Unless otherwise noted, photos by Kristin Timm, Arctic Consortium of the United States, for PolarTREC

It’s that time of year again! Janet Warburton and Kristin Timm of the Arctic Research Consortium of the U.S. (ARCUS) are preparing K-12 educators from across the United States for upcoming field experiences in the Arctic and Antarctic.  Twelve teachers who spent a week in Fairbanks, Alaska, in April for the PolarTREC Orientation and ShareFair, an intensive week-long introduction to the professional development experience.

PolarTREC (Teachers and Researchers Exploring and Collaborating), now in its fourth year (and with a recent NSF funding renewal through December of 2013), is a professional development program for K-12 educators focused on improving science, technology, engineering, and mathematics (STEM) education.

Through teacher-researcher collaborations and hands-on field experiences, teachers become an essential bridge between cutting-edge polar science and the public. By working closely with selected PolarTREC research teams through application review and teacher interviews, researchers and teachers are matched across a wide range of scientific disciplines to ensure that teachers’ interests are aligned with science project goals. After much training and preparation, teachers spend 2-6 weeks in the field with their research team. During their time out, teachers share their experiences through webinars, multimedia journals, and bulletin boards on PolarTREC’s interactive Web site.

Ann Harding and Rachael Orben prepare to take blood samples of captured birds, Kap Hoegh, Greenland. Photo by Mary Anne Pella-Donnelly (PolarTREC 2007), Courtesy of ARCUS

PolarTREC’s mission includes increasing teachers’ knowledge of polar science along with their ability to teach pertinent science concepts. The program allows teachers to improve their instruction by participating in a new and exciting research experience, exposing them to new ideas and incorporating technology both in and out of the field. Teachers also develop new curricula, which is disseminated through the PolarTREC site. PolarTREC wants their teachers to inspire students to become more aware of the Polar Regions and explore opportunities to further their education and explore occupations in STEM areas.

During the PolarTREC orientation teachers learned background science content, how to communicate successfully from the field, and how to develop polar science education and outreach plans and ideas. Hands-on breakout sessions include digital photography, journaling methods, using educational technologies, and bringing science into the classroom. PolarTREC teacher and research alumni as well as representatives from CH2M HILL Polar Services (CPS) were also on hand in-person and virtually to share experiences and address teacher questions and expectations.

Following a presentation from Roy Stehle of SRI International (part of CPS), teacher Anne Marie Wotkyns practiced using the satellite phone by calling home from the Westmark Hotel parking lot. Wotkyns will work with scientists on the Icebreaker Oden in November.

PolarTREC Alumni, Craig Beals (Summit-2008), offers advice to the new group of teachers. Three PolarTREC alumni were on hand during orientation to share information and lessons learned about their field experience, maintaining collaborations with the research team, and taking PolarTREC back to the classroom.

Matt Irinaga of Polar Field Services (part of CPS) explains the science of cold weather dressing: layer, layer, layer! Photo: Robbie Score

We’ll be checking in on PolarTREC teachers during their field experiences – stay tuned! 

GrIT: On to Summit

 All photos: Robin Davies

The GrIT team greets Zoe Courville at NEEM.

After about three weeks and 400 miles—many of which were wind-blown and snowy on the soft, roadless route toward Summit—the Greenland Inland Traverse team (GrIT) rolled into the international deep drilling camp NEEM last Thursday, 12 May. 

GoNorth! Too  

The Polar Husky superstars of GoNorth! arrived on the 12^th as well, in time for project members with teaching and other commitments to meet the flight scheduled for the 13^th. Of course that flight was delayed a day due to weather on the ice cap, but eventually the plane came, and personnel were appropriately shuffled.  

The GoNorth! Polar Husky super stars run into NEEM camp.

Exit Jim Lever, Enter Zoe Courville

The GrIT team welcomed Zoe Courville of CRREL on Saturday. We hear the mood was festive at NEEM camp that evening, as many camp personnel were newly arrived on the day’s ANG flight, as well.  The NEEM blog site notes that “Everybody had a fine evening, and a lot of people joined in the mid-night dance, featuring the Danish group “Sweet hearts.” 

Back to work on Sunday: The GrIT team conducted maintenance on traverse vehicles, delivered 1500 gallons of fuel to NEEM, and reconfigured the loads, shifting another1500 gallons of fuel to the Tucker’s fuel bladder. Net load reduction for the Case: 21,600 pounds. “The Durabase (a semi-flexible plastic bed) is now on High-Molecular-Weight sleds to see if the sleds reduce the drag,” project manager Allen Cornelison noted. 

The team headed out for Summit on Sunday, another ~430 miles ahead.  On Monday “the Case was able to grab 7th gear,” a first, wrote Cornelison.  Still, “it was unable to go any faster probably because it was making 14-inch ruts.”  Despite soft snow conditions, the team advanced 45 miles.  

The LC-130 airplane (right) blows off the runway at NEEM. Skiway conditions were soft due to warm temperatures and wind storms. The "Iconic NEEM Dome" (the camp's main building) is seen just left of center.

More Sled Mobility Tests

The qualities of Greenland’s snow surface and sled mobility are clear foci of the GrIT’s experimental component. Before departing on the traverse, CRREL personnel at Thule fitted the Durabase sled with sensors that collected data at the snow/sled interface; when he returns to CRREL, Lever will analyze these data in hopes they shed light on how to make the interface more slippery. 

Back at Thule earlier this spring, Jim Lever prepared the HMV sleds for mobility experiments. Here, the sled is outfitted with heaters. The sensors to collect data on temperature and mobility can be seen along the edges. A second sled was tested using enhanced passive (solar) warming methods.

Jim Lever (right) changes batteries powering a datalogger collecting information on the mobility of the HMV sled with passive warming. The brown fuel bladder is covered with a radiation-absorbing black material. In the background, the second HMV carries a fuel bladder without the black material, for comparison. Allan Delaney (left) and 'Swing Boss' observe.

In addition, after departing the GrIT, Lever flew to Summit Station, where he is conducting mobility tests on a raft purchased specifically for traverse development.  Jim’s findings may be applied to improving bipolar mobility—for GrIT and its southern cousin, “SPoT” (the South Pole Traverse). 

The Greenland Inland Traverse is funded by the National Science Foundation (NSF). CH2M HILL Polar Services and Cold Regions Research and Engineering Laboratories are working together with the NSF to develop the traverse infrastructure and route. The 2010 spring traverse has several foci: find a safe overland route to Summit Station to help reduce logistical costs and environmental impacts of conducting research there; provide a research platform for scientists conducting field work in Greenland; optimize mobility by focusing on the sled/snow interface.  For more field notes coverage of GrIT, click here.  

GrIT contact:

Allen Cornelison, Polar Field Services, CH2M HILL Polar Services

GrIT project manager

allen at polarfield.com

Burning Questions

Scientists Seek Information from the Anaktuvuk River Fire

By Emily Stone

Journalists visited the site of the Anaktuvuk River Fire last summer. The charred tussocks were still visible beneath the blooming cottongrass. Photo: Lisa Jarvis

Gaius Shaver has been traveling to Toolik Field Station for 34 summers to study how tundra ecosystems react to small environmental changes. One of his experiments involves building greenhouses over 8-by-16 foot plots of land to gauge how plants react to warmer soil.

His research has yielded interesting results over the years, but there’s always been a question of how well that data would translate over large tracks of land.

Suddenly, Mother Nature gave Shaver and many other Toolik scientists a way to find out.

A massive fire burned about 400 square miles of tundra along the Anaktuvuk River from July to October 2007. It was the largest tundra fire ever recorded on Alaska’s North Slope. Now the scientists are studying how the area, which is roughly the size of Cape Cod, responds. In addition to examining the warming soil and plant changes, the group is looking at how much carbon was lost in the fire, the ongoing exchange of carbon between the land and air, and how melting permafrost is affecting rivers and streams. They’re finding that the fire has had a significant impact in all these areas. And given that continued warming in the Arctic will likely lead to more lightning which will lead to more fires, these are important questions to answer.

The 2007 Anaktuvuk River Fire burned a Cape Cod-sized section of the North Slope. Scientists are interested in how long it will take the area's plants and soil to recover. Photo: Adrian Rocha

“There’s a lot going on,” said Shaver, a senior scientist at the Marine Biological Laboratory who is leading the National Science Foundation-funded, three-year study that includes nine senior collaborators and a couple dozen other researchers. “It’s very exciting.”

The group calculated that the fire burned more than two million tons of carbon that had been stored in the soil, or roughly 25 years worth. This equals about 10 percent of the annual carbon emissions for the city of Boston. The fire also burned between 300 and 1,000 years worth of nitrogen.

The group is also interested in the continued changes in carbon exchange between the soil and atmosphere. Using instruments set up on three towers in the burn site, they’re measuring the exchange of carbon during the summers. If plants photosynthesize more than they and the soils in which they grow respire, then the net result is carbon being removed from the atmosphere. If there’s more respiration than photosynthesis, then the opposite is true.

Overall, the burned areas have a net carbon loss from the soil, meaning more carbon is being released into the atmosphere than at unburned spots. The researchers calculated that in 2008, the fire accounted for a minimum 2.8 percent reduction in the amount of carbon being taken out of the atmosphere across the North Slope even though the Anaktuvuk River Burn accounts for only 0.55 percent of the North Slope’s area.

The researchers know from older fires and erosion scars that shrubs tend to dominate the landscape after a disturbance at the expense of mounds of tussock grasses, which cover much of the North Slope. This seems to be playing out at the Anaktuvuk River Burn. Although shrubs were knocked back dramatically by the fire — even more than the tussocks — they are recovering rapidly even in severely burned areas and may soon exceed the grasses in the amount of ground they cover. 

Undisturbed tundra tends to keep its plants in pretty consistent ratios as they compete for limited resources in the soil. “A disturbance shakes up those relationships among species,” Shaver said. This is important because shrubs tend to insulate the soil in the winter, keeping it warmer, and also hold less carbon below ground than tussocks do, both of which can further change the landscape.

Another striking discovery is the change in albedo, meaning the percent of the sun’s radiation that is reflected away from the ground. In the first summer after the fire unburned portions of the burn site had a 17 percent albedo while severely burned sections had a 3.5 to 4 percent albedo. That means an additional 13 percent of the sun’s radiation was being absorbed in those areas. And that heat has to go somewhere, often warming the soil to higher temperatures and permeating deeper than normal. This difference was less in 2009 than in 2008, and Shaver said it will eventually return to the level of unburned tundra. 

Data show that burn scars absorb more of the sun's radiation than unburned tundra, increasing soil temperatures. Photo: Adrian Rocha

In the meantime, increased heat flux into the ground can cause thermokarst failures, which occur when the ice that’s normally frozen solid in permafrost melts and the land above it collapses like a soufflé. Last summer the group noticed more and more of these depressions as the season continued. When thermokarst erosion happens near streams and lakes, it dumps extra nutrients into the water, giving microbes, plants and fish access to more food and thus changing the aquatic ecosystems. 

“We can’t make a treaty to stop thermokarst and fires,” said Syndonia Bret-Harte, an associate professor at the University of Alaska Fairbanks, who is heading up the plant studies at the burn.

Bret-Harte, who is also Toolik’s associate science director, was at the station in 2007 while the fire was burning about 25 miles away and at times could see a wall of smoke in the distance.

“It was awesome and beautiful, but disturbing at the same time,” she said.

Once the scientists realized how big the fire was, Shaver applied for an NSF grant for the following summer, knowing how valuable the natural experiment would be for the scientists at Toolik, many of whom are part of an ongoing Long Term Ecological Research Project, one of 26 in the U.S. LTER network.

The group is adding a component to this summer’s research by visiting the sites of two large fires from 1993 to see how they’re recovering in hopes of predicting how the Anaktuvuk River Burn will fare in the coming years. They’ll take measurements to see, for example, how much soil has accumulated above the char level and what the diversity of plant species is like.

All of this is crucial information to have as more and more disturbances like lightning-driven fires and thermokarst occur across the Arctic.

“Overall climate change is gradual and the overall response to this change is gradual,” Shaver said. “But then we have these patches of intense change and the patches may be changing so intensely that from the perspective of the whole North Slope, they actually dominate the overall changes.”

Of Course! The Thing!

Congratulations and a $15 iTunes gift card to Kelly Brunt, post-doc at the Institute of Geophysics and Planetary Physics at Scripps Institution of Oceanography. Kelly was the first to point out that Brad Stefano’s photo (shown below) is evocative of the campy horror classic.

Thanks for playing!

Summer staff arrive at Summit in early April. Photo: Brad Stefano

To Inuit, Sea Ice Means “Freedom”

  

At the edge of the sea ice, a Barrow resident awaits the return of a seal-skin whaling boat. Photo: Faustine Mercer

Here’s a really interesting story on Shari Gearheard’s NSF-funded people and sea-ice study. Gearheard, a glaciologist from U Colorado’s National Snow and Ice Data Center, combined scientific sea-ice studies with the traditional knowledge of Inuit collaboraters who’ve spent their lives on or near the ice.  The aim: to gain a better understanding of how sea ice is changing in the Arctic–and how community lifeways around the Arctic may be changing in response.  

Gearheard and her collaborators speak extensively in the piece, and what they have to say about the changes they’ve seen in sea-ice conditions is compelling.   

“‘I’m a scientist so when I look at sea ice I see what its properties are. How dense it is. But I remember sitting with the hunters when we were all in Qaanaaq. They looked at the sea ice and the first thing they said they saw was ‘freedom’.  

‘(Sea ice) meant they could hunt for food. It meant they could travel to see relatives on the other side of the water, that they hadn’t seen all year.  

‘That was a very powerful thing for me as a person, not just as a scientist.'”–Shari Gearheard  

* * *

“‘When I was a boy, the ice used to hover around Barrow all year,’ 51-year-old Leavitt said. ‘Now when the ice takes off it doesn’t want to come back. So our hunting is very limited.'”–Joe Leavitt, Barrow resident and whaling captain  

* * *

“‘We used to live as nomads in those days,” Sanguya continued. “After Christmas, when there was enough snow, we’d go out on the sea ice and make igloos.  

‘In those days I didn’t have any math or measurements … or anything like that. But I remember looking down through seal breathing holes and the ice was so thick, they looked like they were tapering away.  

‘Today you don’t see that very much. You’ll probably see 4 feet or 5 feet (down) and that’s it.'”–Joelie Sanguya, Elder and hunter, Clyde River, Nunavut

Hunters in Qaanaaq, Greenland traditionally travel over the sea ice on dog-powered sledges like these. Photo: Hans Jensen

All Photos by Swing Boss!

Willow Fitzgerald pulls up at the GrIT camp in the Tucker.

Robin Davies hops out of the Tucker. We can't say who took this photo, but it wasn't Robin.

Flashback to last week, during the storm.  Remember how Robin Davies and Willow Fitzgerald drove Allan Delaney the 70 miles back down to Thule Air Base last week in the Tucker in the storm?  Allan was to be extracted from the traverse via helicopter, but of course weather fouled that plan and so the team reverted to Plan B, an overland return–remember?So Robin and Willow were pinned in Thule overnight as the storm raged on. They managed to avoid a second overnight at the base when they scooted out of town during a momentary break in the weather. Up on the ice sheet, the storm continued, but the two were able to navigate using the Garmen 695 GPS units NSF purchased for moments just like these. 

We don’t have any pictures of this portion of the adventure because Robin forgot to bring his camera with him–an uncharacteristic moment of forgetfulness for the GrIT photographer. But all’s well that ends well, because the Swing Boss was ready with Robin’s camera when the heroes returned. He took all of the pictures in this post. Who is he? Ask the Swing Boss. 

Nice weather. The Tucker arrives at the GrIT camp.

The Greenland Inland Traverse is funded by the National Science Foundation (NSF). CH2M HILL Polar Services and Cold Regions Research and Engineering Laboratories are working together with the NSF to develop the traverse infrastructure and route. The 2010 spring traverse has several foci: find a safe overland route to Summit Station to help reduce logistical costs and environmental impacts of conducting research there; provide a research platform for scientists conducting field work in Greenland; optimize mobility by focusing on the sled/snow interface.  For more field notes coverage of GrIT, click here. GrIT contact: 

Allen Cornelison, Polar Field Services, CH2M HILL Polar Services

GrIT project manager

allen at polarfield.com