The Arctic Ocean Curriculum Unit was created by the Arctic Research Consortium of the United States with funding from the North Pacific Research Board. This project aimed to update and revise existing Arctic Ocean-related lesson plans originally created by PolarTREC program teacher alumni. The format used lends itself to the changes in education - providing student-facing slide decks that allow
In a “March Madness” game of survival of the fittest, will your microbe and its genes survive the test of changing conditions on Planet Earth and beyond? Students choose genes from a “toolbox” and pit their microbe against their classmates’, using critical thinking and argument writing to determine the microbe with the best chance of success. Based on PolarTREC
The lesson will be in two parts:
* Part one will involve the students making layers of sediment with clay also including particles (such as beads to represent pollen, etc.) and then they will make core samples using a drinking straw as a coring tool.
* Part two will involve the class taking a mud core sample from
Analogs are used in science investigations to better understand systems we can’t access ourselves. In this lesson, students explore the Dry Valleys of Antarctica to better understand microbial communities on early Earth and what might have been possible on ancient Mars. Students will examine photographs, written descriptions, and artistic renderings of early Earth, the Dry Valley lakes, and
In this introductory lesson, students read an article about Arctic Ocean ecosystems and then play a board game in which they take on the role of researchers.
Objectives
The purpose of this introductory activity is to:
* Identify the main components of complex arctic ecosystem and describe predator/prey relationships between phytoplankton, ice algae, zooplankton, bowhead whales, polar
Students will use the TAMMNET project and accompanying PolarTREC resources to learn about seismology in the Antarctic, culminating in the creation of an annotated map using google maps.
Objective:
Students will understand the different ways mountain ranges are formed, and appreciate the questions unanswered about the Transantarctic Mountains. Students will also appreciate the ingenuity required for doing research in
This inquiry-based activity can be done using the slides of the attached PowerPoint presentation, or using a smart board. The slides describe the phases of the Inquiry Based Learning, step by step. The reference model is the "BSCS 5E model" (Bybee W. et al., 2006).
Objectives
Students will learn about global warming through inquiry-based learning and experimentation
Welcome to Classroom Antarctica - a comprehensive online teaching resource produced by the Australian Antarctic Division. It is particularly aimed at grades 5 to 8. This is a great resource that includes many lesson plans and activities focusing on Antarctica.