PolarTREC teacher Deanna Wheeler from JC Parks Elementary School is interviewed (:30-:43) as a leader who is educating today's youth and future leaders about the Arctic. She discusses a few of the many activities her classes, school and community are doing to teach people about the importance of the Arctic and what they can do on a daily basis to
PolarTREC teacher Ruthie Rodriguez and researcher Vanessa Lougheed discuss the research and ongoing field work being carried out by students from UTEP for the Research Opportunities in the Arctic for Minorities Program (ROAM2) from Utqiaġvik, Alaska.
This one hour webinar is conducted by PolarTREC alumni Missy Holzer. She highlighted her work with the High Arctic Change expedition 2008 and bringing inquiry-based science into her classroom. This webinar is part of the C-ISE online professional development course.
Svalbard is an archipelago in the Arctic Ocean, located about midway between Norway and the North Pole. This site explains the physical geography and geology of Svalbard in depth.
This geologic time calculator allows the user to manipulate the relativism of time to other markers. It builds from the classic analogy for illustrating the relative durations of parts of the geologic time scale is the yardstick.
What happens to the salinity in the Bering Sea during ice and no ice conditions? Does it change throughout the year and at different depths during different seasons? Create a model of the Bering Sea in ice conditions. Change the conditions based on seasonal changes to explore the effects of runoff on salinity.
Polar researchers Jackie Grebmeier and Lee Cooper, joined PolarTREC teacher Deanna Wheeler in a presentation about their work in the Bering Sea. The presentation was at the Old Durham Church in Maryland.
In this activity students learn about varves, annual sediment layers found in lakes. Students will analyze authentic varve data from New England in order to correlate data from three different geographic locations .
Objective
Students will analyze authentic varve sediment data and create a graph of varve thickness. Students will use their results to make inferences about
Students will learn about adaptations that allow fish to survive the frigid waters of Antarctica and will make calculations to demonstrate how they survive these conditions.
Objective
* Students will determine how much antifreeze an Antarctic fish needs to lower the temperature of it's body fluids to -2.5°C. *
* Students will develop an experimental procedure to conduct their