Science of Animal Movement
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How Mammals Run
by Emma Huddleston
Part of the Science of Animal Movement series
A cheetah runs fast to capture its prey. Science explains how many mammals dash across land. How Mammals Run explains how many mammals' bodies let them chase down prey or escape predators, as well as the forces at work that make them so fast.
ebook
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How Bugs Jump
by Emma Huddleston
Part of the Science of Animal Movement series
A grasshopper bends its legs and springs off the ground. Science explains how a bug can leap from place to place. How Bugs Jump explains how a bug's body lets it jump high as well as the forces at work to launch it far and high.
ebook
(1)
How Critters Climb
by Emma Huddleston
Part of the Science of Animal Movement series
A gecko can climb up a smooth glass window. Science explains how critters scale seemingly slippery surfaces. How Critters Climb explains how climbing animals' bodies let them travel up walls and tree trunks as well as the forces at work to keep their feet on the surface.
ebook
(0)
How Birds Fly
by Emma Huddleston
Part of the Science of Animal Movement series
Birds flap their wings and rise into the air. Science explains how a bird can travel in the air. How Birds Fly explains how a bird's body lets it fly high as well as the forces at work to keep it in the sky.
ebook
(0)
How Snakes Slither
by Emma Huddleston
Part of the Science of Animal Movement series
A snake slithers in an S shape along the forest floor. Science explains how snakes move without limbs. How Snakes Slither explains how a snake's body lets it move smoothly across many surfaces as well as the forces at work that help them glide across the ground.
ebook
(0)
How Fish Swim
by Emma Huddleston
Part of the Science of Animal Movement series
A fish wiggles its tail to push through the water. Science explains how fish glide underwater. How Fish Swim explains how a fish's body lets it slice through the water, and the forces at work to keep them swimming along.
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