home.social

#turbidity — Public Fediverse posts

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

  1. “Glacial River Blues”

    Glacier-fed rivers are often rich in colorful sediments. Here, photographer Jan Erik Waider shows us Iceland’s glacial rivers flowing primarily in shades of blue. While the wave action and diffraction in these videos is great, the real star is the turbulent mixing where turbid and clearer waters meet. Watch those boundaries, and you’ll see shear from flows moving at different speeds which feeds the ragged, Kelvin-Helmholtz-unstable edge between colors. (Video and image credit: J. Waider; via Laughing Squid)

    #flowVisualization #fluidDynamics #fluidsAsArt #glacier #instability #KelvinHelmholtzInstability #physics #rivers #science #turbidity #turbulence #turbulentMixing
  2. “Glacial River Blues”

    Glacier-fed rivers are often rich in colorful sediments. Here, photographer Jan Erik Waider shows us Iceland’s glacial rivers flowing primarily in shades of blue. While the wave action and diffraction in these videos is great, the real star is the turbulent mixing where turbid and clearer waters meet. Watch those boundaries, and you’ll see shear from flows moving at different speeds which feeds the ragged, Kelvin-Helmholtz-unstable edge between colors. (Video and image credit: J. Waider; via Laughing Squid)

    #flowVisualization #fluidDynamics #fluidsAsArt #glacier #instability #KelvinHelmholtzInstability #physics #rivers #science #turbidity #turbulence #turbulentMixing
  3. “Glacial River Blues”

    Glacier-fed rivers are often rich in colorful sediments. Here, photographer Jan Erik Waider shows us Iceland’s glacial rivers flowing primarily in shades of blue. While the wave action and diffraction in these videos is great, the real star is the turbulent mixing where turbid and clearer waters meet. Watch those boundaries, and you’ll see shear from flows moving at different speeds which feeds the ragged, Kelvin-Helmholtz-unstable edge between colors. (Video and image credit: J. Waider; via Laughing Squid)

    #flowVisualization #fluidDynamics #fluidsAsArt #glacier #instability #KelvinHelmholtzInstability #physics #rivers #science #turbidity #turbulence #turbulentMixing
  4. “Glacial River Blues”

    Glacier-fed rivers are often rich in colorful sediments. Here, photographer Jan Erik Waider shows us Iceland’s glacial rivers flowing primarily in shades of blue. While the wave action and diffraction in these videos is great, the real star is the turbulent mixing where turbid and clearer waters meet. Watch those boundaries, and you’ll see shear from flows moving at different speeds which feeds the ragged, Kelvin-Helmholtz-unstable edge between colors. (Video and image credit: J. Waider; via Laughing Squid)

    #flowVisualization #fluidDynamics #fluidsAsArt #glacier #instability #KelvinHelmholtzInstability #physics #rivers #science #turbidity #turbulence #turbulentMixing
  5. “Glacial River Blues”

    Glacier-fed rivers are often rich in colorful sediments. Here, photographer Jan Erik Waider shows us Iceland’s glacial rivers flowing primarily in shades of blue. While the wave action and diffraction in these videos is great, the real star is the turbulent mixing where turbid and clearer waters meet. Watch those boundaries, and you’ll see shear from flows moving at different speeds which feeds the ragged, Kelvin-Helmholtz-unstable edge between colors. (Video and image credit: J. Waider; via Laughing Squid)

    #flowVisualization #fluidDynamics #fluidsAsArt #glacier #instability #KelvinHelmholtzInstability #physics #rivers #science #turbidity #turbulence #turbulentMixing
  6. An update on the #Asheville, post-#Helene water situation, from the #AVLWatchdog. We're so grateful to have their excellent independent reporting in our community.

    avlwatchdog.org/march-toward-n

    #Turbidity the word everyone in #Buncombe County has learned the meaning of in 2024.

  7. An update on the #Asheville, post-#Helene water situation, from the #AVLWatchdog. We're so grateful to have their excellent independent reporting in our community.

    avlwatchdog.org/march-toward-n

    #Turbidity the word everyone in #Buncombe County has learned the meaning of in 2024.

  8. An update on the #Asheville, post-#Helene water situation, from the #AVLWatchdog. We're so grateful to have their excellent independent reporting in our community.

    avlwatchdog.org/march-toward-n

    #Turbidity the word everyone in #Buncombe County has learned the meaning of in 2024.

  9. An update on the #Asheville, post-#Helene water situation, from the #AVLWatchdog. We're so grateful to have their excellent independent reporting in our community.

    avlwatchdog.org/march-toward-n

    #Turbidity the word everyone in #Buncombe County has learned the meaning of in 2024.

  10. An update on the #Asheville, post-#Helene water situation, from the #AVLWatchdog. We're so grateful to have their excellent independent reporting in our community.

    avlwatchdog.org/march-toward-n

    #Turbidity the word everyone in #Buncombe County has learned the meaning of in 2024.

  11. Our open-access paper on the effects of on prey consumption and survival of larval European smelt is published in rdcu.be/dNhy3 @Thuenen_aktuell

  12. Our open-access paper on the effects of #turbidity on prey consumption and survival of larval European smelt is published in #AquaticSciences rdcu.be/dNhy3 #science #aquatic #fish #turbidity @Thuenen_aktuell

  13. Our open-access paper on the effects of #turbidity on prey consumption and survival of larval European smelt is published in #AquaticSciences rdcu.be/dNhy3 #science #aquatic #fish #turbidity @Thuenen_aktuell

  14. Our open-access paper on the effects of #turbidity on prey consumption and survival of larval European smelt is published in #AquaticSciences rdcu.be/dNhy3 #science #aquatic #fish #turbidity @Thuenen_aktuell

  15. Our open-access paper on the effects of #turbidity on prey consumption and survival of larval European smelt is published in #AquaticSciences rdcu.be/dNhy3 #science #aquatic #fish #turbidity @Thuenen_aktuell