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#watercourse — Public Fediverse posts

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

  1. LIFE Danube floodplains wins top nature prize at LIFE Awards 2026

    When LIFE Danube floodplains began in 2015, it faced what seemed like an extremely demanding task: to restore…
    #Europe #EU #environmentalprotection #EuropeanUnion #naturerestoration #watercourse
    europesays.com/europe/70891/

  2. Stricter rules for protecting water in EU enter into force

    The EU directive revising the lists of pollutants in surface and groundwaters entered into force today (11 May),…
    #Environment #drinkingwater #water #waterpolicy #waterpollution #waterprotection #watersupply #watercourse
    europesays.com/2981195/

  3. Stricter rules for protecting water in EU enter into force

    The EU directive revising the lists of pollutants in surface and groundwaters entered into force today (11 May),…
    #Europe #EU #EuropeanCommission #drinkingwater #water #waterpolicy #waterpollution #waterprotection #watersupply #watercourse
    europesays.com/europe/37845/

  4. Permafrost Formation In A Meandering River Floodplain
    --
    doi.org/10.1029/2024AV001175 <-- shared paper
    --
    “... KEY POINTS:
    • River meandering resets permafrost development and vegetation succession by eroding old floodplain areas and depositing new land
    • On the Koyukuk River, permafrost rapidly forms in new deposits, but it takes over 4 Kyr to develop to its full areal extent of 85%
    • The rate of permafrost formation is likely linked to vegetation succession on younger and overbank deposition on older floodplain areas…”
    #water #hydrology #permafrost #development #research #Alaska #river #stream #watercourse #channel #meandering #vegetation #spatialanalysis #erosion #floodplain #overbank #deposition #sedimentation #KoyukukRiver #riverdynamics #climate #climatechange #Arctic #environment #landform #geomorphology #dating #spatiotemporal #model #modeling #network #GIS #spatial #mapping

  5. Permafrost Formation In A Meandering River Floodplain
    --
    doi.org/10.1029/2024AV001175 <-- shared paper
    --
    “... KEY POINTS:
    • River meandering resets permafrost development and vegetation succession by eroding old floodplain areas and depositing new land
    • On the Koyukuk River, permafrost rapidly forms in new deposits, but it takes over 4 Kyr to develop to its full areal extent of 85%
    • The rate of permafrost formation is likely linked to vegetation succession on younger and overbank deposition on older floodplain areas…”

  6. Permafrost Formation In A Meandering River Floodplain
    --
    doi.org/10.1029/2024AV001175 <-- shared paper
    --
    “... KEY POINTS:
    • River meandering resets permafrost development and vegetation succession by eroding old floodplain areas and depositing new land
    • On the Koyukuk River, permafrost rapidly forms in new deposits, but it takes over 4 Kyr to develop to its full areal extent of 85%
    • The rate of permafrost formation is likely linked to vegetation succession on younger and overbank deposition on older floodplain areas…”
    #water #hydrology #permafrost #development #research #Alaska #river #stream #watercourse #channel #meandering #vegetation #spatialanalysis #erosion #floodplain #overbank #deposition #sedimentation #KoyukukRiver #riverdynamics #climate #climatechange #Arctic #environment #landform #geomorphology #dating #spatiotemporal #model #modeling #network #GIS #spatial #mapping

  7. Permafrost Formation In A Meandering River Floodplain
    --
    doi.org/10.1029/2024AV001175 <-- shared paper
    --
    “... KEY POINTS:
    • River meandering resets permafrost development and vegetation succession by eroding old floodplain areas and depositing new land
    • On the Koyukuk River, permafrost rapidly forms in new deposits, but it takes over 4 Kyr to develop to its full areal extent of 85%
    • The rate of permafrost formation is likely linked to vegetation succession on younger and overbank deposition on older floodplain areas…”
    #water #hydrology #permafrost #development #research #Alaska #river #stream #watercourse #channel #meandering #vegetation #spatialanalysis #erosion #floodplain #overbank #deposition #sedimentation #KoyukukRiver #riverdynamics #climate #climatechange #Arctic #environment #landform #geomorphology #dating #spatiotemporal #model #modeling #network #GIS #spatial #mapping

  8. Permafrost Formation In A Meandering River Floodplain
    --
    doi.org/10.1029/2024AV001175 <-- shared paper
    --
    “... KEY POINTS:
    • River meandering resets permafrost development and vegetation succession by eroding old floodplain areas and depositing new land
    • On the Koyukuk River, permafrost rapidly forms in new deposits, but it takes over 4 Kyr to develop to its full areal extent of 85%
    • The rate of permafrost formation is likely linked to vegetation succession on younger and overbank deposition on older floodplain areas…”
    #water #hydrology #permafrost #development #research #Alaska #river #stream #watercourse #channel #meandering #vegetation #spatialanalysis #erosion #floodplain #overbank #deposition #sedimentation #KoyukukRiver #riverdynamics #climate #climatechange #Arctic #environment #landform #geomorphology #dating #spatiotemporal #model #modeling #network #GIS #spatial #mapping

  9. River Network Routing And Discharge Partitioning On A Multichannel River Network
    --
    doi.org/10.1029/2025WR041417 <-- shared paper
    --
    "... KEY POINTS:
    • River multifurcation pathways were identified in a vector river network globally
    • A multifurcation scheme was added to a river network routing model to split river discharge at divergences
    • Accounting for multichannels improved discharge accuracy and resulted in earlier arrival of flood waves downstream of divergences…”
    #GIS #spatial #mapping #spatialanalysis #spatiotemporal #model #modeling #water #hydrology #river #stream #watercourse #floods #flooding #risk #hazard #benefit #network #segment #downstream #upstream #braiding #sinuosity #delta #complexity #flowdirection #remotesensing #confluence #bifurcations #divergence #multifurcation #discharge #topology #routing #global #landsurface #Pfafstetter #basin

  10. River Network Routing And Discharge Partitioning On A Multichannel River Network
    --
    doi.org/10.1029/2025WR041417 <-- shared paper
    --
    "... KEY POINTS:
    • River multifurcation pathways were identified in a vector river network globally
    • A multifurcation scheme was added to a river network routing model to split river discharge at divergences
    • Accounting for multichannels improved discharge accuracy and resulted in earlier arrival of flood waves downstream of divergences…”

  11. River Network Routing And Discharge Partitioning On A Multichannel River Network
    --
    doi.org/10.1029/2025WR041417 <-- shared paper
    --
    "... KEY POINTS:
    • River multifurcation pathways were identified in a vector river network globally
    • A multifurcation scheme was added to a river network routing model to split river discharge at divergences
    • Accounting for multichannels improved discharge accuracy and resulted in earlier arrival of flood waves downstream of divergences…”
    #GIS #spatial #mapping #spatialanalysis #spatiotemporal #model #modeling #water #hydrology #river #stream #watercourse #floods #flooding #risk #hazard #benefit #network #segment #downstream #upstream #braiding #sinuosity #delta #complexity #flowdirection #remotesensing #confluence #bifurcations #divergence #multifurcation #discharge #topology #routing #global #landsurface #Pfafstetter #basin

  12. River Network Routing And Discharge Partitioning On A Multichannel River Network
    --
    doi.org/10.1029/2025WR041417 <-- shared paper
    --
    "... KEY POINTS:
    • River multifurcation pathways were identified in a vector river network globally
    • A multifurcation scheme was added to a river network routing model to split river discharge at divergences
    • Accounting for multichannels improved discharge accuracy and resulted in earlier arrival of flood waves downstream of divergences…”
    #GIS #spatial #mapping #spatialanalysis #spatiotemporal #model #modeling #water #hydrology #river #stream #watercourse #floods #flooding #risk #hazard #benefit #network #segment #downstream #upstream #braiding #sinuosity #delta #complexity #flowdirection #remotesensing #confluence #bifurcations #divergence #multifurcation #discharge #topology #routing #global #landsurface #Pfafstetter #basin

  13. River Network Routing And Discharge Partitioning On A Multichannel River Network
    --
    doi.org/10.1029/2025WR041417 <-- shared paper
    --
    "... KEY POINTS:
    • River multifurcation pathways were identified in a vector river network globally
    • A multifurcation scheme was added to a river network routing model to split river discharge at divergences
    • Accounting for multichannels improved discharge accuracy and resulted in earlier arrival of flood waves downstream of divergences…”
    #GIS #spatial #mapping #spatialanalysis #spatiotemporal #model #modeling #water #hydrology #river #stream #watercourse #floods #flooding #risk #hazard #benefit #network #segment #downstream #upstream #braiding #sinuosity #delta #complexity #flowdirection #remotesensing #confluence #bifurcations #divergence #multifurcation #discharge #topology #routing #global #landsurface #Pfafstetter #basin

  14. Bei strahlendem #Sonnenschein sprudelt dieser #Wasserlauf in der KW 2024/04 munter und bewegt aus der Ziegelmauer und trotzt dabei mit seiner #Lebhaftigkeit den frostigen Temperaturen.

    #52WochenFotoChallenge #52weekphotochallenge

    In bright
    #sunshine, this #watercourse gushes out of the #brick wall in the week 2024/04, lively and moving and defying the frosty temperatures.

    #photography #fotografie #garden

  15. Bei strahlendem #Sonnenschein sprudelt dieser #Wasserlauf in der KW 2024/04 munter und bewegt aus der Ziegelmauer und trotzt dabei mit seiner #Lebhaftigkeit den frostigen Temperaturen.

    #52WochenFotoChallenge #52weekphotochallenge

    In bright
    #sunshine, this #watercourse gushes out of the #brick wall in the week 2024/04, lively and moving and defying the frosty temperatures.

    #photography #fotografie #garden

  16. Bei strahlendem #Sonnenschein sprudelt dieser #Wasserlauf in der KW 2024/04 munter und bewegt aus der Ziegelmauer und trotzt dabei mit seiner #Lebhaftigkeit den frostigen Temperaturen.

    #52WochenFotoChallenge #52weekphotochallenge

    In bright
    #sunshine, this #watercourse gushes out of the #brick wall in the week 2024/04, lively and moving and defying the frosty temperatures.

    #photography #fotografie #garden

  17. Bei strahlendem #Sonnenschein sprudelt dieser #Wasserlauf in der KW 2024/04 munter und bewegt aus der Ziegelmauer und trotzt dabei mit seiner #Lebhaftigkeit den frostigen Temperaturen.

    #52WochenFotoChallenge #52weekphotochallenge

    In bright
    #sunshine, this #watercourse gushes out of the #brick wall in the week 2024/04, lively and moving and defying the frosty temperatures.

    #photography #fotografie #garden

  18. Bei strahlendem #Sonnenschein sprudelt dieser #Wasserlauf in der KW 2024/04 munter und bewegt aus der Ziegelmauer und trotzt dabei mit seiner #Lebhaftigkeit den frostigen Temperaturen.

    #52WochenFotoChallenge #52weekphotochallenge

    In bright
    #sunshine, this #watercourse gushes out of the #brick wall in the week 2024/04, lively and moving and defying the frosty temperatures.

    #photography #fotografie #garden

  19. The #Landgraben, the body of water between the #German cities of Groß-Gerau and Trebur, flows into the #Rhine northwest of Astheim. Its name goes back to Count Georg I (1547-1596) of Hesse-Darmstadt, to whom the origin of this artificial #watercourse has been attributed until now.
    #Archeology #sflorg
    sflorg.com/2023/03/arch0306230

  20. The #Landgraben, the body of water between the #German cities of Groß-Gerau and Trebur, flows into the #Rhine northwest of Astheim. Its name goes back to Count Georg I (1547-1596) of Hesse-Darmstadt, to whom the origin of this artificial #watercourse has been attributed until now.
    #Archeology #sflorg
    sflorg.com/2023/03/arch0306230

  21. The #Landgraben, the body of water between the #German cities of Groß-Gerau and Trebur, flows into the #Rhine northwest of Astheim. Its name goes back to Count Georg I (1547-1596) of Hesse-Darmstadt, to whom the origin of this artificial #watercourse has been attributed until now.
    #Archeology #sflorg
    sflorg.com/2023/03/arch0306230

  22. The #Landgraben, the body of water between the #German cities of Groß-Gerau and Trebur, flows into the #Rhine northwest of Astheim. Its name goes back to Count Georg I (1547-1596) of Hesse-Darmstadt, to whom the origin of this artificial #watercourse has been attributed until now.
    #Archeology #sflorg
    sflorg.com/2023/03/arch0306230

  23. The #Landgraben, the body of water between the #German cities of Groß-Gerau and Trebur, flows into the #Rhine northwest of Astheim. Its name goes back to Count Georg I (1547-1596) of Hesse-Darmstadt, to whom the origin of this artificial #watercourse has been attributed until now.
    #Archeology #sflorg
    sflorg.com/2023/03/arch0306230