15 July, 2000
July 15, 2000
Matanuska Glacier, Alaska
The weather has been rainy every day since last Sunday so it was quite nice to wake up to clear blue skies this morning. Today is a pretty quiet day and the only task for the day was to measure conductivities of the samples we collected yesterday. Later we will head to Wasilla for showers and then on to the airport in Anchorage to pick up a researcher who will join us in camp for awhile. On the return trip we will once again stock up on groceries, returning to camp late in the evening.
Tomorrow another researcher will arrive in camp. His name is Dr. Jeffrey Strasser and he’s from Augustana College. He will have with him a small group of college students who are taking part in a program called Research Experience for Undergraduates (REU). This program, like TEA, is sponsored by the National Science Foundation and provides undergraduates in all areas of science an opportunity to experience the processes of scientific research. There are a number of different REU programs in place providing research opportunities throughout the world. While the students are here they will spend roughly a week exploring the glacier with Dr. Strasser in a sort of “Glaciology 101” class. During the remaining weeks of their experience they will take turns spending one week as helpers to Justin Pearce and Ben Cashman who are collecting data and maintaining the camp for Cold Regions Research and Engineering Lab (CRREL). The students will also design and carry out their own small research project with their remaining time. Justin and Ben Cashman are both past parcticipants in REU programs. My partner Ben Burnette is part of the current group of REUs. He was sent up early in order to work with me on our dye tracing research project. All at once the population in camp will have more than doubled. It should be interesting.
Ben and I are looking forward to Dr. Strasser’s arrival. He will bring with him some literature on past dye tracing studies. This information will help guide us a bit and keep us from reinventing the wheel so to speak. Although we have not given up on our current method, we are looking forward to trying out the dye. In spite of having no success with our salt conductivity approach as yet, it will not have been a wasted effort if in the end it does not work out. When talking about our project with a hydrologist who stopped in the other day he said that it quite possibly is not a working approach for determining moulin/vent connections. “What you’re doing is not easy work. All the easy stuff has been done out here”. A lot of science is trial and error. Our salt study will either succeed or fail. A positive outcome means that others may use the same methods in the future. If we find the method cannot work, then others will probably not spin wheels doing the same thing again. So even if we come up with nothing our efforts have not been wasted.
Contact the TEA in the field at .
If you cannot connect through your browser, copy the TEA's e-mail address in the "To:" line of your favorite e-mail package.