As science and technology continue to advance, the ways in which scientists and engineers study the surface of the Earth and how it will change in the future, changes along with it. The field of climate change science is continuing to benefit as advances in technology lead to a greater understanding of
This resource is a 2-minute immersive video that takes students inside the Permafrost Research Tunnel outside of Fairbanks, Alaska. It includes footage of both the new and old sections of the tunnel.
Objectives
Through watching this video, students will get to see what permafrost looks like from the inside, identifying typical features geological features (ex. ice wedges). Through the
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
Attached is a resource for lessons and simulations that involve studying the Greenhouse Effect and how it affects temperature readings on our planet. The simulations created by PHET are incredible. https://phet.colorado.edu/ Aside from the Greenhouse Effect simulation in this lesson, this site has a large variety of resources for any grade levels to be used as lessons, labs
Soil decomposers, such as some bacteria and fungi, obtain energy needed for life from dead and decomposing plant and animal remains, known as soil organic matter. Soil organic matter is important to local ecosystems because it affects soil structure, regulates soil moisture and temperature, and provides energy and nutrients to soil organisms. It is also important globally, because
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.
Tunnel Man is a super hero who lives in Ice Tunnels, and teaches children and adults about the unique geomorphology of Alaska. Tunnel Man is played by Kenji Yoshikawa, a Research Associate Professor for the Institute of Northern Engineering at the University of Alaska Fairbanks (UAF). Tunnel Man's fun and educational videos were produced as part of UAF's participation in
Tunnel Man is a super hero who lives in Ice Tunnels, and teaches children and adults about the unique geomorphology of Alaska. Tunnel Man is played by Kenji Yoshikawa, a Research Associate Professor for the Institute of Northern Engineering at the University of Alaska Fairbanks (UAF). Tunnel Man's fun and educational videos were produced as part of UAF's participation in
Tunnel Man is a super hero who lives in Ice Tunnels, and teaches children and adults about the unique geomorphology of Alaska. Tunnel Man is played by Kenji Yoshikawa, a Research Associate Professor for the Institute of Northern Engineering at the University of Alaska Fairbanks (UAF). Tunnel Man's fun and educational videos were produced as part of UAF's participation in