Ice that forms in the polar oceans is an important driver behind the global climate. This ice is physically different from frozen precipitation in a number of different ways. In this brief inquiry activity, students make qualitative observations about two types of ice cubes and deduce ice composition based on their observations. This activity may serve as an introduction to
Presentation prepared for the Rochester Community Schools Board of Education related to the PolarTREC 2017 Neutron Monitors for Solar Study expedition.
Working at Terra Nova, Antarctica. This is the Italian Base where PolarTREC teacher Brian Dubay and his team continued their study of the Transantarctic Mountains.
Cape Washington Emperor Penguin Rookery. Once the team landed, what transpired over the next 45 minutes cannot be told but can only be shown. Check out this amazing view of the Emperor Penguins of Antarctica.
View sequential still images of thermokarst (thawed permafrost) at Horn Lake in northern Alaska during the summer of 2010. The video was made by researchers studying the responses of Arctic landscapes to permafrost degradation.
The attached Polar Oceans flyer, produced by the International Polar Year (IPY) Programme Office, provides summary information about the Polar Oceans and describes how the circulation in polar waters exerts a powerful control on the Earth's climate and carbon cycle. Activities attached to the flyer demonstrate the interconnectedness of marine life in the oceans and how the Polar Regions affect