In this lesson students will learn how to use photography to support scientific research by documenting collected measurement information through observational photography. This lesson was written for a Photography course, to be taught in a lab with access to either a darkroom or computers/printers. Alternatively this lesson could be modified to work in a non-photography class, by removing the photography
The seismic equipment that is being used for TAMNNET (studying the Transantarctic Mountains) was specially engineered for use in polar climates. Polar projects commonly require a level of support that is several times that of seismic experiments in less demanding environments inclusive of very remote deployments. This site offers great engineering insights, design drawings, and additional related links.
Frontier Scientists puts you in the front row to observe breaking scientific news from leading Arctic scientists in Archaeology, Geology, Anthropology, the Humanities, Biology, Marine Biology, Ecology, Chemistry and more. Many videos on Arctic science are available from their website.
Polar science is a topic both your students and you can get into. This publication gives you a variety of angles to choose from in implementing a study of polar science. This resource was created under a National Science Foundation Grant by Middle School Portal 2: Math & Science Pathways.
The purpose of this bibliography is to provide researchers at Library and Archives Canada with a listing of primary printed sources for the study of the search for the Northwest Passage in the early nineteenth century.
This site is dedicated to the heroic explorers of the Polar Regions and the surrounding islands. As you browse through this site, you will witness an extensive mix of reference material that will be useful to philatelists (those who study stamps and postal history) and students of polar history alike. Both Arctic and Antarctic resources are available. Many of the
Woods Hole Oceanographic Institution offers a comprehensive comparison of the polar regions with sections specific to physical features, seasons, weather, ice, plants and wildlife, human impacts, global warming, and science.
Students will undertake a long term project to evaluate the effectiveness of different local forecasters, match the forecast with the actual weather and analyze which forecaster is best.
Objective
Students will compare the accuracy of different weather forecasts. Students will compile and analyze their own data gaining a better understanding of the challenges involved in weather forecasting
This activity is designed to make a connection between a group of scientists and the students.
Objective
Students will learn that scientists are people too.
Preparation
The teacher will need to contact a group of scientists to make sure they would like to participate in the project and to explain to them the goals of the
Students use data and pictures of a destroyed wind sensor, to develop a theory of what happened to the station. They then develop a plan to make sure the station is not destroyed again.
Objective
Students will be able to use data to develop a reasonable hypothesis.