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#melting — Public Fediverse posts

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

  1. I am so excited to share the beautiful North American cover of #Melting the Ice Queen, coming March 16th, 2027! 😍

    This epic conclusion to my Queens of Villainy trilogy features an ice queen’s marriage of convenience to a fiery high priestess, with "no feelings ever to be involved."

    (Yeah, right. 😘 ❤️‍🔥 )

    Their world will never be the same again!

    Cover Artist: Mike Pape, @WingBuffet

    Designer: Lesley Worrell

    Preorder now:

    bit.ly/MeltingTheIceQueen

    #romance #fantasy

  2. I am so excited to share the beautiful North American cover of #Melting the Ice Queen, coming March 16th, 2027! 😍

    This epic conclusion to my Queens of Villainy trilogy features an ice queen’s marriage of convenience to a fiery high priestess, with "no feelings ever to be involved."

    (Yeah, right. 😘 ❤️‍🔥 )

    Their world will never be the same again!

    Cover Artist: Mike Pape, @WingBuffet

    Designer: Lesley Worrell

    Preorder now:

    bit.ly/MeltingTheIceQueen

    #romance #fantasy

  3. I am so excited to share the beautiful North American cover of #Melting the Ice Queen, coming March 16th, 2027! 😍

    This epic conclusion to my Queens of Villainy trilogy features an ice queen’s marriage of convenience to a fiery high priestess, with "no feelings ever to be involved."

    (Yeah, right. 😘 ❤️‍🔥 )

    Their world will never be the same again!

    Cover Artist: Mike Pape, @WingBuffet

    Designer: Lesley Worrell

    Preorder now:

    bit.ly/MeltingTheIceQueen

    #romance #fantasy

  4. I am so excited to share the beautiful North American cover of #Melting the Ice Queen, coming March 16th, 2027! 😍

    This epic conclusion to my Queens of Villainy trilogy features an ice queen’s marriage of convenience to a fiery high priestess, with "no feelings ever to be involved."

    (Yeah, right. 😘 ❤️‍🔥 )

    Their world will never be the same again!

    Cover Artist: Mike Pape, @WingBuffet

    Designer: Lesley Worrell

    Preorder now:

    bit.ly/MeltingTheIceQueen

    #romance #fantasy

  5. I am so excited to share the beautiful North American cover of #Melting the Ice Queen, coming March 16th, 2027! 😍

    This epic conclusion to my Queens of Villainy trilogy features an ice queen’s marriage of convenience to a fiery high priestess, with "no feelings ever to be involved."

    (Yeah, right. 😘 ❤️‍🔥 )

    Their world will never be the same again!

    Cover Artist: Mike Pape, @WingBuffet

    Designer: Lesley Worrell

    Preorder now:

    bit.ly/MeltingTheIceQueen

    #romance #fantasy

  6. Boy, it almost seems like a #GlobalConspiracy by #BigOil and #BigMineral... Keep warming temps so they can mine #Antarctica!

    Antarctica hides huge caches of gold, silver, copper and iron. As the ice melts, countries may race to harvest them.

    Melting ice, rebounding land, and rising seas will change what resources are available in Antarctica, a new analysis finds.

    By Grace van Deelen, published April 5, 2026

    livescience.com/planet-earth/c

    #Melting #DoomsdayGlacier #GlobalWarming #ExxonKnew #BigOilKnew #CorporateGreed

  7. Blue Jewels and Gray Haze

    Beginning in early spring, brilliant blue ponds form on Greenland’s ice sheets as meltwater gathers in indentations. This satellite image shows the ice east of Nordenskiöld Glacier, which is the tongue of ice projecting on the left side of the image. The center region of ice is darker, marked by soot, ash, and dirt left behind after previous ice layers have melted. These darker remains make the ice less reflective to sunlight; with less reflectivity, the ice absorbs more sunlight, melting faster. (Image credit: M. Garrison/NASA Earth Observatory)

    A satellite image of Greenland’s ice sheet, showing jewel-toned blue meltwater ponds to the right, a haze of dirty ice in the center, and bare rock and open water to the left. #albedo #fluidDynamics #glacier #melting #physics #satelliteImage #science
  8. Satellites spy one of Russia's most active volcanoes melting snow from the inside out
    atlas.whatip.xyz/post.php?slug
    <p>Fresh satellite images reveal volcanic heat melting snow around Russia&#039;s relentless Shiveluch
    #satellites #melting #russia #active

  9. Satellites spy one of Russia's most active volcanoes melting snow from the inside out
    atlas.whatip.xyz/post.php?slug
    <p>Fresh satellite images reveal volcanic heat melting snow around Russia&#039;s relentless Shiveluch
    #satellites #melting #russia #active

  10. Melting Can Propel Icebergs

    Icebergs have long served as a metaphor for not knowing what’s going on beneath the surface. Studies like today’s are a reminder of why that is. Researchers found that asymmetric icebergs–shaped, in this case, like a right triangular prism–can self-propel as they melt. Their shape forces cold, dense meltwater to slide down the surface, generating a sinking plume that propels the ice as a whole. The team demonstrated this effect in both fresh- and saltwater. For icebergs wandering into warm waters, the effect is particularly strong and may reach levels about 10% of the magnitude of dominant propulsive forces like wind. (Image and research credit: M. Berhanu et al.; via APS)

    #buoyancy #convection #flowVisualization #fluidDynamics #iceberg #melting #physics #plume #science #selfPropulsion
  11. Melting Can Propel Icebergs

    Icebergs have long served as a metaphor for not knowing what’s going on beneath the surface. Studies like today’s are a reminder of why that is. Researchers found that asymmetric icebergs–shaped, in this case, like a right triangular prism–can self-propel as they melt. Their shape forces cold, dense meltwater to slide down the surface, generating a sinking plume that propels the ice as a whole. The team demonstrated this effect in both fresh- and saltwater. For icebergs wandering into warm waters, the effect is particularly strong and may reach levels about 10% of the magnitude of dominant propulsive forces like wind. (Image and research credit: M. Berhanu et al.; via APS)

    #buoyancy #convection #flowVisualization #fluidDynamics #iceberg #melting #physics #plume #science #selfPropulsion
  12. Melting Can Propel Icebergs

    Icebergs have long served as a metaphor for not knowing what’s going on beneath the surface. Studies like today’s are a reminder of why that is. Researchers found that asymmetric icebergs–shaped, in this case, like a right triangular prism–can self-propel as they melt. Their shape forces cold, dense meltwater to slide down the surface, generating a sinking plume that propels the ice as a whole. The team demonstrated this effect in both fresh- and saltwater. For icebergs wandering into warm waters, the effect is particularly strong and may reach levels about 10% of the magnitude of dominant propulsive forces like wind. (Image and research credit: M. Berhanu et al.; via APS)

    #buoyancy #convection #flowVisualization #fluidDynamics #iceberg #melting #physics #plume #science #selfPropulsion
  13. Melting Can Propel Icebergs

    Icebergs have long served as a metaphor for not knowing what’s going on beneath the surface. Studies like today’s are a reminder of why that is. Researchers found that asymmetric icebergs–shaped, in this case, like a right triangular prism–can self-propel as they melt. Their shape forces cold, dense meltwater to slide down the surface, generating a sinking plume that propels the ice as a whole. The team demonstrated this effect in both fresh- and saltwater. For icebergs wandering into warm waters, the effect is particularly strong and may reach levels about 10% of the magnitude of dominant propulsive forces like wind. (Image and research credit: M. Berhanu et al.; via APS)

    #buoyancy #convection #flowVisualization #fluidDynamics #iceberg #melting #physics #plume #science #selfPropulsion
  14. Melting Can Propel Icebergs

    Icebergs have long served as a metaphor for not knowing what’s going on beneath the surface. Studies like today’s are a reminder of why that is. Researchers found that asymmetric icebergs–shaped, in this case, like a right triangular prism–can self-propel as they melt. Their shape forces cold, dense meltwater to slide down the surface, generating a sinking plume that propels the ice as a whole. The team demonstrated this effect in both fresh- and saltwater. For icebergs wandering into warm waters, the effect is particularly strong and may reach levels about 10% of the magnitude of dominant propulsive forces like wind. (Image and research credit: M. Berhanu et al.; via APS)

    #buoyancy #convection #flowVisualization #fluidDynamics #iceberg #melting #physics #plume #science #selfPropulsion