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#shrubification — Public Fediverse posts

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

  1. 6/
    4. The Influx of Shrubification

    As the 10°C thermal boundary retreats, vast stretches of Siberia, Alaska, and Canada are shifting from polar tundra into subarctic zones. This process, known as shrubification, sees the traditional tundra overtaken by tall deciduous shrubs, willows, alders, and coniferous trees. Their roots are aggressively tunneling into ground frozen for millennia.

    youtu.be/loRR-H4lTC8

    #Arctic
    #ClimateChange
    #GlobalWarming
    #shrubification

  2. 6/
    4. The Influx of Shrubification

    As the 10°C thermal boundary retreats, vast stretches of Siberia, Alaska, and Canada are shifting from polar tundra into subarctic zones. This process, known as shrubification, sees the traditional tundra overtaken by tall deciduous shrubs, willows, alders, and coniferous trees. Their roots are aggressively tunneling into ground frozen for millennia.

    youtu.be/loRR-H4lTC8

    #Arctic
    #ClimateChange
    #GlobalWarming
    #shrubification

  3. 6/
    4. The Influx of Shrubification

    As the 10°C thermal boundary retreats, vast stretches of Siberia, Alaska, and Canada are shifting from polar tundra into subarctic zones. This process, known as shrubification, sees the traditional tundra overtaken by tall deciduous shrubs, willows, alders, and coniferous trees. Their roots are aggressively tunneling into ground frozen for millennia.

    youtu.be/loRR-H4lTC8

    #Arctic
    #ClimateChange
    #GlobalWarming
    #shrubification

  4. 6/
    4. The Influx of Shrubification

    As the 10°C thermal boundary retreats, vast stretches of Siberia, Alaska, and Canada are shifting from polar tundra into subarctic zones. This process, known as shrubification, sees the traditional tundra overtaken by tall deciduous shrubs, willows, alders, and coniferous trees. Their roots are aggressively tunneling into ground frozen for millennia.

    youtu.be/loRR-H4lTC8

    #Arctic
    #ClimateChange
    #GlobalWarming
    #shrubification

  5. 6/
    4. The Influx of Shrubification

    As the 10°C thermal boundary retreats, vast stretches of Siberia, Alaska, and Canada are shifting from polar tundra into subarctic zones. This process, known as shrubification, sees the traditional tundra overtaken by tall deciduous shrubs, willows, alders, and coniferous trees. Their roots are aggressively tunneling into ground frozen for millennia.

    youtu.be/loRR-H4lTC8

    #Arctic
    #ClimateChange
    #GlobalWarming
    #shrubification

  6. Come join us to work on important #ClimateChange research in the #Arctic! We are looking for a Ph.D. student to lead efforts related #RemoteSensing and #Model integration and evaluating the impacts of #shrubification on vegetation carbon, water, and energy cycling. We will be using the DOE model ELM and ELM-FATES! Apply here: stonybrook.edu/commcms/ecoevo/

  7. Come join us to work on important #ClimateChange research in the #Arctic! We are looking for a Ph.D. student to lead efforts related #RemoteSensing and #Model integration and evaluating the impacts of #shrubification on vegetation carbon, water, and energy cycling. We will be using the DOE model ELM and ELM-FATES! Apply here: stonybrook.edu/commcms/ecoevo/

  8. Come join us to work on important #ClimateChange research in the #Arctic! We are looking for a Ph.D. student to lead efforts related #RemoteSensing and #Model integration and evaluating the impacts of #shrubification on vegetation carbon, water, and energy cycling. We will be using the DOE model ELM and ELM-FATES! Apply here: stonybrook.edu/commcms/ecoevo/

  9. Come join us to work on important #ClimateChange research in the #Arctic! We are looking for a Ph.D. student to lead efforts related #RemoteSensing and #Model integration and evaluating the impacts of #shrubification on vegetation carbon, water, and energy cycling. We will be using the DOE model ELM and ELM-FATES! Apply here: stonybrook.edu/commcms/ecoevo/