The Greenland Subglacial Tremor Project started its work two years ago, planning logistics and travel for an expedition to Western Greenland. The field experience was delayed for two years due to the COVID-19 Pandemic. We finally deployed to Ilulissat, Greenland to study how glacier meltwater influences the speed and amount of ice flow and the rate
This PolarConnect event with teacher Erin Towns and researcher Dr. Sarah Das was broadcast live from Ilulissat, Greenland on 10 May 2022. The team was working on the Greenland Subglacial Tremor Project.
Jennifer Heidrich of the Warming and Removals in Mountains of Northern Canada expedition and Erin Towns of the Greenland Subglacial Tremor Project, have teamed up to create a podcast. Both educators teach at Edward Little High School in Auburn, Maine.
Sun Journal article coverage of two Edward Little High School teachers's, Jenn Heidrich and Erin Towns, both selected for PolarTREC expeditions. Jenn Heidrich was selected to go on an expedition in Yukon, Canada, and Erin Towns was selected to go on an expedition to Ilulissat, Greenland.
We are all teachers and students throughout our lives – even as adults we are students and even as children we are teachers. As adults, we are often afforded unusual opportunities to learn as we push ourselves in our interests and abilities. Through these opportunities—both expected and unexpected—our own understanding of what is possible expands as well as our desire
Teacher David Thesenga and the Ice Shelf Flow and Fracture Dynamics Research Team discuss field work on the McMurdo Shear Zone (SZ) live from Antarctica.
The Follow A Researcher (FAR) website from the University of Maine will be releasing weekly videos starting the first week of October closely following the Ice Shelf Flow and Fracture Dynamics Expedition in Antarctica.
This lesson/project/lab has students predict via multiple drawings and time lapse photography predictive Flubber flow before the placement of barriers and other obstacles in front of the Flubber. Contour lines in two directions are drawn on both the paper prediction and the Flubber for comparison purposes.
Following predictive drawing completion glacier flow (Flubber flow), with obstacles in place
Ground penetrating radar is an important tool for studying glacier dynamics. Glacier scientists use GPR images to analyze attributes of glaciers. The following research activity will familiarize students with the basics of the different types of glaciers and their dynamics along with ground penetrating radar and its use in glacier studies.