Inland Wetlands

Wow! Review an entire semester of biology curriculum playing this Science Jeopardy game! The variety of topics is extremely broad, so you will need to review each question to find if they all apply to your course. As you find material...

Birds adapted to almost every climate on the planet, from the Arctic to the rain forests. A presentation focused on birds covers their similarities and differences. It starts with their evolution from reptiles, their many physical...

Where did our classification system come from, and why is it so important? Budding biologists discover binomial nomenclature through a brief but informative video. The resource covers the three kingdoms, then branches out from there to...

Understanding classification takes a little imagination! Show your biology class why it is important to keep things organized using a simple video that is part of the Fuse School Evolution playlist. Topics covered include the creator of...

A slideshow that covers the all-important details related to basic human circulation. The reasoning for exchange of material methods is presented and then labeled diagrams of the main human transfer systems are shown, along with...

Students construct and observe a model of two different types of wetlands. In this wetlands lesson, students create a model of a wetland with constant drainage and a wetland that maintains a well-saturated soil. Students observe and...

Here's a resource that is definitely not a waste. Viewers learn about rollers, tunnelers, and dwellers, three types of dung beetle clean-up crews and the important roles they play in preventing global warming and in indicating the health...

Students study watersheds and examine how they are composed.  In this watershed system lesson students explain how water enters a watershed and the concept of stream order. 

Learners reflect on and discuss theories of how the solar system was formed. They respond to prompts in a structured sequence to relate the formation of the solar system and the age of the Earth.

Students compare NASA satellite data observations with student surface measurements of snow cover and temperature. They practice data collection, data correlations, and making scientific predictions.