home.social

#chicxulub — Public Fediverse posts

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

  1. ☄️ NEW: About 66 mil. years ago a #space #rock struck near #Mexico’s #Yucatán Peninsula, leaving a thin global clay layer as its only trace.

    High-precision #nickel #isotope measurements identify the impactor as a #CO #chondrite, an unusually rare carbonaceous #meteorite. Its low #sulfur content suggests airborne fine debris, not sulfur, may have caused the #extinction.

    👉 scitechdaily.com/the-asteroid-

    #dinosaurs #asteroid #chicxulub #paleontology #geology #science #fossils #cretaceous #solarsystem #research

  2. ☄️ NEW: About 66 mil. years ago a #space #rock struck near #Mexico’s #Yucatán Peninsula, leaving a thin global clay layer as its only trace.

    High-precision #nickel #isotope measurements identify the impactor as a #CO #chondrite, an unusually rare carbonaceous #meteorite. Its low #sulfur content suggests airborne fine debris, not sulfur, may have caused the #extinction.

    👉 scitechdaily.com/the-asteroid-

    #dinosaurs #asteroid #chicxulub #paleontology #geology #science #fossils #cretaceous #solarsystem #research

  3. ☄️ NEW: About 66 mil. years ago a #space #rock struck near #Mexico’s #Yucatán Peninsula, leaving a thin global clay layer as its only trace.

    High-precision #nickel #isotope measurements identify the impactor as a #CO #chondrite, an unusually rare carbonaceous #meteorite. Its low #sulfur content suggests airborne fine debris, not sulfur, may have caused the #extinction.

    👉 scitechdaily.com/the-asteroid-

    #dinosaurs #asteroid #chicxulub #paleontology #geology #science #fossils #cretaceous #solarsystem #research

  4. ☄️ NEW: About 66 mil. years ago a #space #rock struck near #Mexico’s #Yucatán Peninsula, leaving a thin global clay layer as its only trace.

    High-precision #nickel #isotope measurements identify the impactor as a #CO #chondrite, an unusually rare carbonaceous #meteorite. Its low #sulfur content suggests airborne fine debris, not sulfur, may have caused the #extinction.

    👉 scitechdaily.com/the-asteroid-

    #dinosaurs #asteroid #chicxulub #paleontology #geology #science #fossils #cretaceous #solarsystem #research

  5. ☄️ NEW: About 66 mil. years ago a #space #rock struck near #Mexico’s #Yucatán Peninsula, leaving a thin global clay layer as its only trace.

    High-precision #nickel #isotope measurements identify the impactor as a #CO #chondrite, an unusually rare carbonaceous #meteorite. Its low #sulfur content suggests airborne fine debris, not sulfur, may have caused the #extinction.

    👉 scitechdaily.com/the-asteroid-

    #dinosaurs #asteroid #chicxulub #paleontology #geology #science #fossils #cretaceous #solarsystem #research