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#landusechange — Public Fediverse posts

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

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  1. "We show that high temperature extremes and temp-linked measures of water deficit are both changing at a much faster rate than central trends... Crucially, over 700,000 square km in central-north Amazonia have experienced increases in extreme dry season temps ≥ 0.75 °C dec-1 ( ≥ 3.22 °C over 43yrs)."

    Barlow et al. "Rapid increase of climate extremes reveals new areas of concern in Amazonia" (2026). doi.org/10.1038/s43247-026-039

    #degradation #droughts #deforestation #landUse #landUseChange #forests #forest #carbon #Brazil #beef #cattle #Amazon #Amazonia

  2. "We show that high temperature extremes and temp-linked measures of water deficit are both changing at a much faster rate than central trends... Crucially, over 700,000 square km in central-north Amazonia have experienced increases in extreme dry season temps ≥ 0.75 °C dec-1 ( ≥ 3.22 °C over 43yrs)."

    Barlow et al. "Rapid increase of climate extremes reveals new areas of concern in Amazonia" (2026). doi.org/10.1038/s43247-026-039

    #degradation #droughts #deforestation #landUse #landUseChange #forests #forest #carbon #Brazil #beef #cattle #Amazon #Amazonia

  3. "We show that high temperature extremes and temp-linked measures of water deficit are both changing at a much faster rate than central trends... Crucially, over 700,000 square km in central-north Amazonia have experienced increases in extreme dry season temps ≥ 0.75 °C dec-1 ( ≥ 3.22 °C over 43yrs)."

    Barlow et al. "Rapid increase of climate extremes reveals new areas of concern in Amazonia" (2026). doi.org/10.1038/s43247-026-039

  4. "We show that high temperature extremes and temp-linked measures of water deficit are both changing at a much faster rate than central trends... Crucially, over 700,000 square km in central-north Amazonia have experienced increases in extreme dry season temps ≥ 0.75 °C dec-1 ( ≥ 3.22 °C over 43yrs)."

    Barlow et al. "Rapid increase of climate extremes reveals new areas of concern in Amazonia" (2026). doi.org/10.1038/s43247-026-039

    #degradation #droughts #deforestation #landUse #landUseChange #forests #forest #carbon #Brazil #beef #cattle #Amazon #Amazonia

  5. "The authors report that the occurrence of extensive deforestation in tandem with climate change will cause the remaining rainforest to lose resilience at global-warming levels of or slightly higher than 1.5 °C — rather than 4 °C — above pre-industrial levels".

    Wunderling, N., Sakschewski, B., Rockström, J. et al. "Deforestation-induced drying lowers Amazon climate threshold." (2026). doi.org/10.1038/s41586-026-104

    #droughts #deforestation #landGrab #landUse #landUseChange #forests #forest #carbon #carbonSinks #carbonSink #footprint #Brazil #beef #cattle #Amazon #Amazonia #climateChange

  6. "The authors report that the occurrence of extensive deforestation in tandem with climate change will cause the remaining rainforest to lose resilience at global-warming levels of or slightly higher than 1.5 °C — rather than 4 °C — above pre-industrial levels".

    Wunderling, N., Sakschewski, B., Rockström, J. et al. "Deforestation-induced drying lowers Amazon climate threshold." (2026). doi.org/10.1038/s41586-026-104

    #droughts #deforestation #landGrab #landUse #landUseChange #forests #forest #carbon #carbonSinks #carbonSink #footprint #Brazil #beef #cattle #Amazon #Amazonia #climateChange

  7. "The authors report that the occurrence of extensive deforestation in tandem with climate change will cause the remaining rainforest to lose resilience at global-warming levels of or slightly higher than 1.5 °C — rather than 4 °C — above pre-industrial levels".

    Wunderling, N., Sakschewski, B., Rockström, J. et al. "Deforestation-induced drying lowers Amazon climate threshold." (2026). doi.org/10.1038/s41586-026-104

  8. "The authors report that the occurrence of extensive deforestation in tandem with climate change will cause the remaining rainforest to lose resilience at global-warming levels of or slightly higher than 1.5 °C — rather than 4 °C — above pre-industrial levels".

    Wunderling, N., Sakschewski, B., Rockström, J. et al. "Deforestation-induced drying lowers Amazon climate threshold." (2026). doi.org/10.1038/s41586-026-104

    #droughts #deforestation #landGrab #landUse #landUseChange #forests #forest #carbon #carbonSinks #carbonSink #footprint #Brazil #beef #cattle #Amazon #Amazonia #climateChange

  9. "Cascading transition risks towards degraded ecosystems in the #Amazon biome[:] The large majority of the simulated transitions is caused by spatial knock-on effects from increasing drought intensities, leading to long-ranging and self-propelling cascades on scales of hundreds to thousands of kilometres."

    nature.com/articles/s41586-026

    #droughts #deforestation #landGrab #landUse #landUseChange #forests #forest #carbon #carbonSinks #carbonSink #footprint #Brazil #Mercosur #beef #cattle #Amazonia

  10. "Cascading transition risks towards degraded ecosystems in the #Amazon biome[:] The large majority of the simulated transitions is caused by spatial knock-on effects from increasing drought intensities, leading to long-ranging and self-propelling cascades on scales of hundreds to thousands of kilometres."

    nature.com/articles/s41586-026

    #droughts #deforestation #landGrab #landUse #landUseChange #forests #forest #carbon #carbonSinks #carbonSink #footprint #Brazil #Mercosur #beef #cattle #Amazonia

  11. "Cascading transition risks towards degraded ecosystems in the biome[:] The large majority of the simulated transitions is caused by spatial knock-on effects from increasing drought intensities, leading to long-ranging and self-propelling cascades on scales of hundreds to thousands of kilometres."

    nature.com/articles/s41586-026

  12. "Cascading transition risks towards degraded ecosystems in the #Amazon biome[:] The large majority of the simulated transitions is caused by spatial knock-on effects from increasing drought intensities, leading to long-ranging and self-propelling cascades on scales of hundreds to thousands of kilometres."

    nature.com/articles/s41586-026

    #droughts #deforestation #landGrab #landUse #landUseChange #forests #forest #carbon #carbonSinks #carbonSink #footprint #Brazil #Mercosur #beef #cattle #Amazonia

  13. Wood harvesting and forest management are depleting carbon storage. Old-growth forests in Sweden store ~72% more carbon than the industrial tree plantations that are rapidly replacing them, with soil accounting for most of the difference.

    The top meter of soils in lowland primary forests contained roughly 64% of total C on average.

    Didac Pascual et al. (2026). doi.org/10.1126/science.adz8554

    #carbon #carbonSinks #deforestation #timber #emissions #landUse #landUseChange #forests #forestry #offsets

  14. Wood harvesting and forest management are depleting carbon storage. Old-growth forests in Sweden store ~72% more carbon than the industrial tree plantations that are rapidly replacing them, with soil accounting for most of the difference.

    The top meter of soils in lowland primary forests contained roughly 64% of total C on average.

    Didac Pascual et al. (2026). doi.org/10.1126/science.adz8554

    #carbon #carbonSinks #deforestation #timber #emissions #landUse #landUseChange #forests #forestry #offsets

  15. Wood harvesting and forest management are depleting carbon storage. Old-growth forests in Sweden store ~72% more carbon than the industrial tree plantations that are rapidly replacing them, with soil accounting for most of the difference.

    The top meter of soils in lowland primary forests contained roughly 64% of total C on average.

    Didac Pascual et al. (2026). doi.org/10.1126/science.adz8554

  16. Wood harvesting and forest management are depleting carbon storage. Old-growth forests in Sweden store ~72% more carbon than the industrial tree plantations that are rapidly replacing them, with soil accounting for most of the difference.

    The top meter of soils in lowland primary forests contained roughly 64% of total C on average.

    Didac Pascual et al. (2026). doi.org/10.1126/science.adz8554

    #carbon #carbonSinks #deforestation #timber #emissions #landUse #landUseChange #forests #forestry #offsets

  17. Opinions please on a planning thing, in England.
    I met a likeable entrepreneur* today, and disappointed him. Am I now a stupid Nimby?
    The thing is about change of use for a field on the edge of a village in the Lake District.
    Changing use from amenity woodland (aka forestry) to doggy day care (aka business) with a new building. I see that as a slippery slope to other development. Am I wrong??
    (*With a likeable spaniel.)
    #dogs #planning #LandUseChange

  18. Opinions please on a planning thing, in England.
    I met a likeable entrepreneur* today, and disappointed him. Am I now a stupid Nimby?
    The thing is about change of use for a field on the edge of a village in the Lake District.
    Changing use from amenity woodland (aka forestry) to doggy day care (aka business) with a new building. I see that as a slippery slope to other development. Am I wrong??
    (*With a likeable spaniel.)
    #dogs #planning #LandUseChange

  19. Hơn 2,9ha đất nông nghiệp tại phường Vĩnh Hưng (quận Hoàng Mai cũ), Hà Nội, sắp được chuyển đổi mục đích sử dụng để phát triển thành khu tổ hợp gồm chung cư, văn phòng, trung tâm thương mại, dịch vụ và trường học. Quyết định được phê duyệt cho Công ty Tân Á thực hiện dự án này nhằm đáp ứng nhu cầu đô thị hóa và phát triển hạ tầng khu vực.

    #HaNoi #UrbanDevelopment #RealEstate #LandUseChange #DuAn #BatDongSan #ChungCu #VanPhong #TruongHoc #VinhHung #HoangMai

    vietnamnet.vn/hon-2-9ha-dat

  20. 29-Oct-2025
    #Kilimanjaro has lost 75 percent of its natural plant species over the last century
    Human-driven #landUseChange is likely the primary cause of this #biodiversity loss on Mount Kilimanjaro’s lower slopes

    eurekalert.org/news-releases/1

    #science #ecology #conservation

  21. 29-Oct-2025
    #Kilimanjaro has lost 75 percent of its natural plant species over the last century
    Human-driven #landUseChange is likely the primary cause of this #biodiversity loss on Mount Kilimanjaro’s lower slopes

    eurekalert.org/news-releases/1

    #science #ecology #conservation

  22. 29-Oct-2025
    #Kilimanjaro has lost 75 percent of its natural plant species over the last century
    Human-driven #landUseChange is likely the primary cause of this #biodiversity loss on Mount Kilimanjaro’s lower slopes

    eurekalert.org/news-releases/1

    #science #ecology #conservation

  23. 29-Oct-2025
    #Kilimanjaro has lost 75 percent of its natural plant species over the last century
    Human-driven #landUseChange is likely the primary cause of this #biodiversity loss on Mount Kilimanjaro’s lower slopes

    eurekalert.org/news-releases/1

    #science #ecology #conservation