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#supertrees — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #supertrees, aggregated by home.social.

  1. Brigitte und Roland Unterwegs @brigitteundrolandunterwegs.com@www.brigitteundrolandunterwegs.com ·

    Singapur zu Fuß: 25.000 Schritte zwischen Downtown-Riesen und Supertrees

    Singapur zu Fuß: Ein intensiver Tag voller Kontraste

    Servus zusammen! Heute war ein extrem anstrengender Tag. Insgesamt waren wir 25.000 Schritte in Singapur zu Fuß unterwegs. Natürlich nutzen wir auch hier das MRT-System; die Metro ist wirklich toll ausgebaut und es gibt viele Stationen, wo man einsteigen kann. Allerdings muss man zwischen den Umstiegsstationen oft bisserl weit gehen. Wir […]

    brigitteundrolandunterwegs.com #Chinatown #Downtown #GardensByTheBay #LittleIndia #MRT #Reisebericht #Singapur #Supertrees #wandern
  2. Die #SuperTrees in #Singapur. Ich würde sagen wenig spektakulär, aber netter Park drumherum zum #Radeln, ein #Fahrrad gibt es einfach als Leihrad per Sharing App.
  3. 9/x But really noone should cut Iroko at all! It is an #oxalogenic species which fixes carbon into the soil (and fertilises), one of the best trees to plant right now for #CarbonCapture. I learned this from an #Eastbourne fellow #ClimateActivist (activist in the loosest sense - people who do things about #ClimateChange) and you can read more here. I am not an expert on this myself, but the Iroko really is one of our #SuperTrees

    bg.copernicus.org/articles/8/1

  4. 9/x But really noone should cut Iroko at all! It is an #oxalogenic species which fixes carbon into the soil (and fertilises), one of the best trees to plant right now for #CarbonCapture. I learned this from an #Eastbourne fellow #ClimateActivist (activist in the loosest sense - people who do things about #ClimateChange) and you can read more here. I am not an expert on this myself, but the Iroko really is one of our #SuperTrees

    bg.copernicus.org/articles/8/1

  5. 9/x But really noone should cut Iroko at all! It is an #oxalogenic species which fixes carbon into the soil (and fertilises), one of the best trees to plant right now for #CarbonCapture. I learned this from an #Eastbourne fellow #ClimateActivist (activist in the loosest sense - people who do things about #ClimateChange) and you can read more here. I am not an expert on this myself, but the Iroko really is one of our #SuperTrees

    bg.copernicus.org/articles/8/1

  6. 9/x But really noone should cut Iroko at all! It is an #oxalogenic species which fixes carbon into the soil (and fertilises), one of the best trees to plant right now for #CarbonCapture. I learned this from an #Eastbourne fellow #ClimateActivist (activist in the loosest sense - people who do things about #ClimateChange) and you can read more here. I am not an expert on this myself, but the Iroko really is one of our #SuperTrees

    bg.copernicus.org/articles/8/1

  7. 9/x But really noone should cut Iroko at all! It is an #oxalogenic species which fixes carbon into the soil (and fertilises), one of the best trees to plant right now for #CarbonCapture. I learned this from an #Eastbourne fellow #ClimateActivist (activist in the loosest sense - people who do things about #ClimateChange) and you can read more here. I am not an expert on this myself, but the Iroko really is one of our #SuperTrees

    bg.copernicus.org/articles/8/1

  8. Scientists are trying to engineer super-trees that capture more carbon dioxide and survive harsher conditions. They are using techniques such as gene editing, synthetic biology, and selective breeding to create new varieties of trees that can grow faster, store more carbon, and resist pests and diseases. These super-trees could help mitigate the effects of climate change, but they also raise ethical and ecological questions.

    #SuperTrees #CarbonCapture #Bioengineering

    technologyreview.com/2023/06/0

  9. Scientists are trying to engineer super-trees that capture more carbon dioxide and survive harsher conditions. They are using techniques such as gene editing, synthetic biology, and selective breeding to create new varieties of trees that can grow faster, store more carbon, and resist pests and diseases. These super-trees could help mitigate the effects of climate change, but they also raise ethical and ecological questions.

    #SuperTrees #CarbonCapture #Bioengineering

    technologyreview.com/2023/06/0

  10. Scientists are trying to engineer super-trees that capture more carbon dioxide and survive harsher conditions. They are using techniques such as gene editing, synthetic biology, and selective breeding to create new varieties of trees that can grow faster, store more carbon, and resist pests and diseases. These super-trees could help mitigate the effects of climate change, but they also raise ethical and ecological questions.

    #SuperTrees #CarbonCapture #Bioengineering

    technologyreview.com/2023/06/0

  11. Scientists are trying to engineer super-trees that capture more carbon dioxide and survive harsher conditions. They are using techniques such as gene editing, synthetic biology, and selective breeding to create new varieties of trees that can grow faster, store more carbon, and resist pests and diseases. These super-trees could help mitigate the effects of climate change, but they also raise ethical and ecological questions.

    #SuperTrees #CarbonCapture #Bioengineering

    technologyreview.com/2023/06/0

  12. Scientists are trying to engineer super-trees that capture more carbon dioxide and survive harsher conditions. They are using techniques such as gene editing, synthetic biology, and selective breeding to create new varieties of trees that can grow faster, store more carbon, and resist pests and diseases. These super-trees could help mitigate the effects of climate change, but they also raise ethical and ecological questions.

    #SuperTrees #CarbonCapture #Bioengineering

    technologyreview.com/2023/06/0