6/6. Professor Ben Garrod explores how some snakes can see using heat, how crocodiles feel through their jaws, and how some animals use electricity to navigate their world. Also in HD. [S]
6/6. Professor Ben Garrod explores how some snakes can see using heat, how crocodiles feel through their jaws, and how some animals use electricity to navigate their world. Also in HD. [S]
3/6. Professor Ben Garrod reveals how skin protects vertebrates from extremes of temperature, the harmful effect of UV and a host of living organisms that want to get in. Also in HD. [S]
2/6. What makes sharks built for speed? How do snakes move without limbs? How do sugar gliders fly without feathers? The answers all lie in their skin. Also in HD. [S]
2/6. What makes sharks built for speed? How do snakes move without limbs? How do sugar gliders fly without feathers? The answers all lie in their skin. Also in HD. [S]
1/6. Professor Ben Garrod explores how versatile the basic skin structure truly is, revealing how slight adaptations have created birds' feathers and a rhinoceros's horn. Also in HD. [S]
1/6. Professor Ben Garrod explores how versatile the basic skin structure truly is, revealing how slight adaptations have created birds' feathers and a rhinoceros's horn. Also in HD. [S]
6/6. Professor Ben Garrod explores how some snakes can see using heat, how crocodiles feel through their jaws, and how some animals use electricity to navigate their world. Also in HD. [S]
3/6. Professor Ben Garrod reveals how skin protects vertebrates from extremes of temperature, the harmful effect of UV and a host of living organisms that want to get in. Also in HD. [S]
2/6. What makes sharks built for speed? How do snakes move without limbs? How do sugar gliders fly without feathers? The answers all lie in their skin. Also in HD. [S]
1/6. Professor Ben Garrod explores how versatile the basic skin structure truly is, revealing how slight adaptations have created birds' feathers and a rhinoceros's horn. Also in HD. [S]
2/6. What makes sharks built for speed? How do snakes move without limbs? How do sugar gliders fly without feathers? The answers all lie in their skin. Also in HD. [S]
1/6. Professor Ben Garrod explores how versatile the basic skin structure truly is, revealing how slight adaptations have created birds' feathers and a rhinoceros's horn. Also in HD. [S]
4/6. Professor Ben Garrod explores how, while humans rely largely on speech to communicate, most other animals use their skin to send out messages and warning signals. Also in HD. [S]
3/6. Professor Ben Garrod reveals how skin protects vertebrates from extremes of temperature, the harmful effect of UV and a host of living organisms that want to get in. [S]
2/6. Professor Ben Garrod explores how adaptations on and in the skin allow birds to fly, sharks to be built for speed and sugar gliders to take to the air. Also in HD. [S]