This mini exhibit explores the science behind climate change and introduces current climate change research to the public. Panels cover the topics of changing climate, ocean acidification and sea level rise, giving examples of how data is collected and current research in these fields. The exhibit also provides websites for further exploring climate change impacts.
Students complete a physical puzzle based on a scientific poster about Bowhead Whales. Students then research the content of the poster and present their findings.
Objective
To familiarize students with:
* the scientific method
* real polar scientific posters
* real polar scientific research
* real polar scientific terminology
* real polar scientific technology
* real polar
Wilderness Research Foundation (USA) has developed two teaching modules based on a project we conducted in the Antarctic Peninsula in January 2010. They're available free for any educator interested in reviewing them for classroom use. The project concerned the collection of soil samples for the potential corroboration of a new conception of the carbon cycle. The principal investigator
Chapter 2 of The Biology of the Polar Regions. An accessible supplementary text suitable for both senior undergraduate and graduate students taking courses in polar ecology.
The Circumpolar World introduces students to the landscape, peoples and issues of the circumpolar region. This module gives a brief introduction to the physical features and processes of the Arctic region and highlights the significant factors that influence those features and processes. Developed by Bruce Forbes and Steve Young.
This module gives a general overview of environmental issues that affect the Arctic, including climate change related themes. Compiled by Ake Bjorke, Lars Kullerud UNEP/GRID-Arendal, and Olav Hesjedal
Methane in arctic permafrosts being studied by University of Alaska professor. This article describes methane's potential impact on global climate change.
Melting permafrost in a warming world could mean lots of greenhouses gasses, especially methane, released into the atmosphere. But it also means an unusual community of soil bacteria coming out of hibernation, so to speak. A new study looks at what those permafrost microbes do, exactly, as their environment warms up.