Scientists have found life everywhere they’ve looked on Earth—even at the bottom of the ocean, where conditions are extreme. Investigate one deep sea vent’s thriving ecosystem.
the 5E Instructional Model to develop a conceptual flow
The full force of the Antarctic winter is just days away, and you’re deep into your research on a fallen meteorite. How can you mark its exact location for your return in six months?
the 5E Instructional Model to develop a conceptual flow
Compass, dog sled, telephone, computer, Global Positioning System (GPS)—which of these technological advances has made the biggest contribution to Antarctic exploration? Take our research challenge.
the 5E Instructional Model to develop a conceptual flow
Ice floes, katabatic winds, and subzero temperatures—welcome to life in Antarctica. What features would your ideal creature have to thrive in this extreme habitat?
the 5E Instructional Model to develop a conceptual flow
It all comes down to choosing the right outfit … when you’re dressing for an expedition to Antarctica. Do you know which fabrics would do the best job keeping you warm and dry?
the 5E Instructional Model to develop a conceptual flow
Learn all about your favorite science topics and much more! On OLogy, kids of all ages can play games, do activities, collect cards, and meet scientists.
Hands-on Slowing the Flow How do mammals respond
CBC-developed scripts and software for remote sensing.
Barriers to migration of organisms can hinder gene flow
Scientist Profile: Dr. Sujay Kaushal
the 5E Instructional Model to develop a conceptual flow
Climb aboard a virtual expedition to an unknown stretch of the Pacific Ocean’s Juan de Fuca Ridge in search of a deep sea vent.
the 5E Instructional Model to develop a conceptual flow
This simple experiment eases the task of understanding daily and seasonal cycles of day and night. See firsthand why the length of daylight changes along with your location on Earth.
the 5E Instructional Model to develop a conceptual flow
