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A quoi ressemblera la terre dans 250 millions d'années? https://t.co/zqBmTIaukG @businessinsider

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A quoi ressemblera la terre dans 250 millions d'années? https://t.co/zqBmTIaukG @businessinsider https://t.co/ZbKjTk59dh

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A quoi ressemblera la terre dans 250 millions d'années? https://t.co/zqBmTIaukG @businessinsider pic.twitter.com/ZbKjTk59dh
— L'important (@Limportant_fr) January 6, 2019

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A quoi ressemblera la terre dans 250 millions d'années? https://t.co/zqBmTIaukG @businessinsider https://t.co/ZbKjTk59dh

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A quoi ressemblera la terre dans 250 millions d'années? https://t.co/zqBmTIaukG @businessinsider https://t.co/ZbKjTk59dh

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A quoi ressemblera la terre dans 250 millions d'années? https://t.co/zqBmTIaukG @businessinsider

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Tectonique des plaques : à quoi ressemblera la terre dans 250 millions d'années https://t.co/8FafASC7iO @businessinsider

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Tectonique des plaques : à quoi ressemblera la terre dans 250 millions d'années https://t.co/8FafASC7iO @businessinsider https://t.co/nmZ9oH7CE1

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Tectonique des plaques : à quoi ressemblera la terre dans 250 millions d'années https://t.co/8FafASC7iO @businessinsider pic.twitter.com/nmZ9oH7CE1
— L'important (@Limportant_fr) April 21, 2018

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Tectonique des plaques : à quoi ressemblera la terre dans 250 millions d'années https://t.co/8FafASC7iO @businessinsider https://t.co/nmZ9oH7CE1

# data[].attributes.attachment_link.metadata.attachment_props.original_text
Tectonique des plaques : à quoi ressemblera la terre dans 250 millions d'années https://t.co/8FafASC7iO @businessinsider https://t.co/nmZ9oH7CE1

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Tectonique des plaques : à quoi ressemblera la terre dans 250 millions d'années https://t.co/8FafASC7iO @businessinsider

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On the floor of the Pacific Ocean, Japanese scientists discovered a 965-square-mile mud patch containing 16m tons of rare-earth metals -- enough to meet global demand for 400+ years
https://t.co/l1dPYyWzhy

# data[].attributes.wish_content.attachment_props.original_text
On the floor of the Pacific Ocean, Japanese scientists discovered a 965-square-mile mud patch containing 16m tons of rare-earth metals -- enough to meet global demand for 400+ years
https://t.co/l1dPYyWzhy https://t.co/0D03vkeMaV

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On the floor of the Pacific Ocean, Japanese scientists discovered a 965-square-mile mud patch containing 16m tons of rare-earth metals -- enough to meet global demand for 400+ yearshttps://t.co/l1dPYyWzhy pic.twitter.com/0D03vkeMaV
— Ken Rutkowski (@kenradio) April 13, 2018

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On the floor of the Pacific Ocean, Japanese scientists discovered a 965-square-mile mud patch containing 16m tons of rare-earth metals -- enough to meet global demand for 400+ years
https://t.co/l1dPYyWzhy https://t.co/0D03vkeMaV

# data[].attributes.attachment_link.metadata.attachment_props.original_text
On the floor of the Pacific Ocean, Japanese scientists discovered a 965-square-mile mud patch containing 16m tons of rare-earth metals -- enough to meet global demand for 400+ years
https://t.co/l1dPYyWzhy https://t.co/0D03vkeMaV

# data[].attributes.attachment_link.metadata.attachment_props.text
On the floor of the Pacific Ocean, Japanese scientists discovered a 965-square-mile mud patch containing 16m tons of rare-earth metals -- enough to meet global demand for 400+ years
https://t.co/l1dPYyWzhy

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Bottom trawling is the most destructive practice in the world. The nets of the largest fishing boats are so big that they could hold a dozen 747 airplanes. @Enric_Sala #TED2018

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Bottom trawling is the most destructive practice in the world. The nets of the largest fishing boats are so big that they could hold a dozen 747 airplanes. @Enric_Sala #TED2018 https://t.co/PpgpZG7OwX

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Bottom trawling is the most destructive practice in the world. The nets of the largest fishing boats are so big that they could hold a dozen 747 airplanes. @Enric_Sala #TED2018 pic.twitter.com/PpgpZG7OwX
— TED Talks (@TEDTalks) April 12, 2018

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Bottom trawling is the most destructive practice in the world. The nets of the largest fishing boats are so big that they could hold a dozen 747 airplanes. @Enric_Sala #TED2018 https://t.co/PpgpZG7OwX

# data[].attributes.attachment_link.metadata.attachment_props.original_text
Bottom trawling is the most destructive practice in the world. The nets of the largest fishing boats are so big that they could hold a dozen 747 airplanes. @Enric_Sala #TED2018 https://t.co/PpgpZG7OwX

# data[].attributes.attachment_link.metadata.attachment_props.text
Bottom trawling is the most destructive practice in the world. The nets of the largest fishing boats are so big that they could hold a dozen 747 airplanes. @Enric_Sala #TED2018

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How Solar Thermal Works In Your Home https://t.co/PADye72F2q #Solar

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How Solar Thermal Works In Your Home https://t.co/PADye72F2q #Solar

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How Solar Thermal Works In Your Home https://t.co/PADye72F2q #Solar
— Latest Solar News (@LatestSolarNews) April 10, 2018

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How Solar Thermal Works In Your Home https://t.co/PADye72F2q #Solar

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How Solar Thermal Works In Your Home https://t.co/PADye72F2q #Solar

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How Solar Thermal Works In Your Home https://t.co/PADye72F2q #Solar

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#DYK... a single tree can filter as much as a third of the nearby pollution? One of the most effective actions a city can take is to plant more trees. via @nature_org https://t.co/2XVd0TTN1M

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#DYK... a single tree can filter as much as a third of the nearby pollution? One of the most effective actions a city can take is to plant more trees. via @nature_org https://t.co/2XVd0TTN1M https://t.co/2P5MADDpX2

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#DYK... a single tree can filter as much as a third of the nearby pollution? One of the most effective actions a city can take is to plant more trees. via @nature_org https://t.co/2XVd0TTN1M pic.twitter.com/2P5MADDpX2
— C40 Cities (@c40cities) March 28, 2018

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#DYK... a single tree can filter as much as a third of the nearby pollution? One of the most effective actions a city can take is to plant more trees. via @nature_org https://t.co/2XVd0TTN1M https://t.co/2P5MADDpX2

# data[].attributes.attachment_link.metadata.attachment_props.original_text
#DYK... a single tree can filter as much as a third of the nearby pollution? One of the most effective actions a city can take is to plant more trees. via @nature_org https://t.co/2XVd0TTN1M https://t.co/2P5MADDpX2

# data[].attributes.attachment_link.metadata.attachment_props.text
#DYK... a single tree can filter as much as a third of the nearby pollution? One of the most effective actions a city can take is to plant more trees. via @nature_org https://t.co/2XVd0TTN1M

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New York : la vie des bêtes, face cachée de la ville https://t.co/XG5IGGYo8u #Planète

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New York : la vie des bêtes, face cachée de la ville https://t.co/XG5IGGYo8u #Planète https://t.co/BsMTyB6hw0

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New York : la vie des bêtes, face cachée de la ville https://t.co/XG5IGGYo8u #Planète pic.twitter.com/BsMTyB6hw0
— L'important (@Limportant_fr) April 2, 2018

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New York : la vie des bêtes, face cachée de la ville https://t.co/XG5IGGYo8u #Planète https://t.co/BsMTyB6hw0

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New York : la vie des bêtes, face cachée de la ville https://t.co/XG5IGGYo8u #Planète https://t.co/BsMTyB6hw0

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New York : la vie des bêtes, face cachée de la ville https://t.co/XG5IGGYo8u #Planète

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Why isn't the world covered in poop? - Eleanor Slade and Paul Manning

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Each day, the animal kingdom produces roughly enough poop to match the volume of water pouring over Victoria Falls. So why isn't the planet covered in the stuff? You can thank the humble dung beetle for eating up the excess. Eleanor Slade and Paul Manning explain how these valiant insects make quick work of an endless stream of feces.

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Flying cameras are giving biologists an all-encompassing view of migration that reveals how social interactions motivate the animals’ every move. (Via @natgeo) https://t.co/eb4YJXiFKx

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Flying cameras are giving biologists an all-encompassing view of migration that reveals how social interactions motivate the animals’ every move. (Via @natgeo) https://t.co/eb4YJXiFKx

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Flying cameras are giving biologists an all-encompassing view of migration that reveals how social interactions motivate the animals’ every move. (Via @natgeo) https://t.co/eb4YJXiFKx
— MIT Technology Review (@techreview) March 28, 2018

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Flying cameras are giving biologists an all-encompassing view of migration that reveals how social interactions motivate the animals’ every move. (Via @natgeo) https://t.co/eb4YJXiFKx

# data[].attributes.attachment_link.metadata.attachment_props.original_text
Flying cameras are giving biologists an all-encompassing view of migration that reveals how social interactions motivate the animals’ every move. (Via @natgeo) https://t.co/eb4YJXiFKx

# data[].attributes.attachment_link.metadata.attachment_props.text
Flying cameras are giving biologists an all-encompassing view of migration that reveals how social interactions motivate the animals’ every move. (Via @natgeo) https://t.co/eb4YJXiFKx