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Definitions in the Field
Concepts like chlorophyll or urbanization can be hard to explain. Watch as experts like National Geographic Explorers easily translate difficult terminology into an understandable form, while standing right in front of the phenomena in the field! The videos in this collection feature explorers in the field teaching difficult topics they study everyday.
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Energy 101: Algae-to-Fuel
Learn about algae, a fast-growing, renewable resource that holds great promise to become a reliable, homegrown fuel source to reduce our nation's reliance on foreign oil.
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Definitions in the Field: Venom
Toxinologist and National Geographic Explorer Zoltan Takacs travels the world looking for animals with venom. It makes for a risky day job, but it also means he's the perfect person to explain just what venom means and where it comes from.
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Frozen in Time
Oceanographer and climate scientist Branwen Williams studies pink coralline algae in the Arctic to observe dynamic oceanic and climate changes. She seeks to quantify the way in which the marine organisms encode environmental signals into their skeletons.
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Definitions in the Field
Concepts like chlorophyll or urbanization can be hard to explain. Watch as experts like National Geographic Explorers easily translate difficult terminology into an understandable form, while standing right in front of the phenomena in the field! The videos in this collection feature explorers in the field teaching difficult topics they study everyday.
-
Energy 101: Algae-to-Fuel
Learn about algae, a fast-growing, renewable resource that holds great promise to become a reliable, homegrown fuel source to reduce our nation's reliance on foreign oil.
-
Definitions in the Field: Venom
Toxinologist and National Geographic Explorer Zoltan Takacs travels the world looking for animals with venom. It makes for a risky day job, but it also means he's the perfect person to explain just what venom means and where it comes from.
-
Frozen in Time
Oceanographer and climate scientist Branwen Williams studies pink coralline algae in the Arctic to observe dynamic oceanic and climate changes. She seeks to quantify the way in which the marine organisms encode environmental signals into their skeletons.