
The Story of Lake Gus
For this early part of the season the goal is to tease apart a record of historic precipitation and temperature for this region using isotopes from leaf waxes collected in the lake sediments.
What if the warming Arctic climate were to result in more snow? Could decreasing sea ice cover actually drive more evaporation of newly exposed Arctic ocean water into the atmosphere? And could that increased moisture in the air fall on the ice sheet as snow? If yes, will this stabilize the Greenland Ice Sheet, stopping the current movement of ice into the ocean? The Snow on Ice project takes a unique look at Arctic climate, bringing together multi-disciplinary science around the history of the Greenland Ice Sheet. In the summer of 2018, several teams of scientists are traveling to Greenland to sample as they camp alongside the ice.
For this early part of the season the goal is to tease apart a record of historic precipitation and temperature for this region using isotopes from leaf waxes collected in the lake sediments.
Superheroes are identified by their unique powers and skills, allowing them to see and act in ways that inspire awe in the rest of us. Do scientists have superhero powers?
We awoke to messages that a towering iceberg is threatening the local waterfront settlement of Innaarsuit. There is perhaps a bit of irony in the fact that a massive looming block of ice is a potential threat to the start of our field season.
Snow on Ice is launching into the field with two teams of scientists this summer. The first group, an ‘advance team’ of six women, will focus on lakes where meltwater has collected on the southwestern flank of Greenland bedrock.
Scientists are collecting lake sediment, rock, water and plant samples to tease apart linkages between Arctic sea ice, atmospheric uptake, and changes in snowfall on the Greenland Ice Sheet.