Students in cooperative teams will use a spreadsheet and graphing program such as Google Sheets or Microsoft Excel to graph and evaluate a large data set. The data sets provided come from authentic arctic ground squirrel research completed at Toolik Research station in arctic Alaska. The data sets were downloaded from body temperature loggers implanted into individual animals
Students in cooperative teams will use a spreadsheet and graphing program such as Google Sheets or Microsoft Excel to graph and evaluate a large data set. The data sets provided come from authentic arctic ground squirrel research completed at Toolik Research station in arctic Alaska. The data sets were downloaded from body temperature loggers implanted into individual animals
This one hour webinar is part of the International Polar Week celebrations sponsored by APECS, ARCUS and PEI. The presenters are young scientists that work in the Polar Regions. They shared information about their work as well as how they became interested in polar science.
This one hour long event features researchers Karita Negandhi, Brittany Potter, John Lenters, and Reny Tyson. Karita has a marine biology background but currently studying Arctic thaw ponds, while Brittany and John study lakes in Barrow, Alaska and Reny studies humpback whales in Antarctica. This webinar is hosted by ARCUS and the Association for Polar Early Career Scientists (APECS) for
This one hour live event is hosted by PolarTREC teacher Lisa Seff and her team studying the oceanographic conditions of bowhead whale habitat. The team is stationed in Barrow, Alaska.
Glaciers are slow-moving masses of ice that exist where more snow falls than melts. They occupy about 10% of the Earth’s land, mostly in Greenland and Antarctica. Here, glaciers can be as much as 2 miles thick and weigh more than millions of tons. As they move, glaciers can widen and deepen valleys, flatten forests and grind boulders
To compare the conductivity of freshwater and seawater. This is a lab activity, and students should be taught appropriate safety measures, including eye protection and safety while using electricity.
Procedure
1. Use the table in attached PDF to record your data.
2. Put 100 mL of 3.5% NaCl solution into a 250 mL beaker.
3. Attach 2
To apply prior knowledge of chemistry to the acidification of our oceans. This can be a computer lab or library based activity
Procedure
1. Set up a glass tank in your classroom and grow a population of algae in water. Local pet supply stores will most likely give you some for free from their fish tanks!
2