10th grade students in Molly Ravitz’s class are using a unit developed by local teachers around local phenomenon. Students are testing out their lab design to investigate the insulating properties of snow and its effect of sub-talus temperature in the winter in order to conclude how a decreased snowpack might negatively impact pika habitat. Students filled cups with hot water to simulate pika heat, and placed them underneath a plastic bin with a thermometer sticking out to measure the air temperature in the bin. For their experimental setup, they buried the plastic bin under a mound of snow. Data showed a huge difference in temperature between the two set ups: the buried “environment” stayed warmer for each trial, proving that snow traps heat beneath it.
Continuing to Build Hope: A Climate-focused Book Study for K-5 Teachers
The virtual professional learning series “Our Climate is Changing, Why Aren’t We?” continued this month on November 19th with the second of six sessions focused on climate learning, content integration, advocacy, and hope. The event is presented as a collaborative...
