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#bedtimescience — Public Fediverse posts

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

  1. The word #Marble comes from the Greek μάρμαρος (mármaros), meaning "sparkling rock" #BedtimeScience #MarbleFacts

  2. The word #Marble comes from the Greek μάρμαρος (mármaros), meaning "sparkling rock" #BedtimeScience #MarbleFacts

  3. The word #Marble comes from the Greek μάρμαρος (mármaros), meaning "sparkling rock" #BedtimeScience #MarbleFacts

  4. The word #Marble comes from the Greek μάρμαρος (mármaros), meaning "sparkling rock" #BedtimeScience #MarbleFacts

  5. The word #Marble comes from the Greek μάρμαρος (mármaros), meaning "sparkling rock" #BedtimeScience #MarbleFacts

  6. #Elephants may have been #domesticated 🐘 by themselves pnas.org/doi/10.1073/pnas.2208 Like humans and bonobos, they have reduced aggression, are extra social, have long childhoods, like to play, and are highly vocal #BedtimeScience

  7. #Elephants may have been #domesticated 🐘 by themselves pnas.org/doi/10.1073/pnas.2208 Like humans and bonobos, they have reduced aggression, are extra social, have long childhoods, like to play, and are highly vocal #BedtimeScience

  8. #Elephants may have been #domesticated 🐘 by themselves pnas.org/doi/10.1073/pnas.2208 Like humans and bonobos, they have reduced aggression, are extra social, have long childhoods, like to play, and are highly vocal #BedtimeScience

  9. #Elephants may have been #domesticated 🐘 by themselves pnas.org/doi/10.1073/pnas.2208 Like humans and bonobos, they have reduced aggression, are extra social, have long childhoods, like to play, and are highly vocal #BedtimeScience

  10. #Elephants may have been #domesticated 🐘 by themselves pnas.org/doi/10.1073/pnas.2208 Like humans and bonobos, they have reduced aggression, are extra social, have long childhoods, like to play, and are highly vocal #BedtimeScience

  11. Plants scream when stressed ☘️🌾🌿😱 cell.com/cell/fulltext/S0092-8 #Plants produce high pitched staccato pops when they dry out or are wounded. We can't hear them, but many animals can. #BedtimeScience youtu.be/HMcg41YKfQo

  12. Plants scream when stressed ☘️🌾🌿😱 cell.com/cell/fulltext/S0092-8 #Plants produce high pitched staccato pops when they dry out or are wounded. We can't hear them, but many animals can. #BedtimeScience youtu.be/HMcg41YKfQo

  13. Plants scream when stressed ☘️🌾🌿😱 cell.com/cell/fulltext/S0092-8 #Plants produce high pitched staccato pops when they dry out or are wounded. We can't hear them, but many animals can. #BedtimeScience youtu.be/HMcg41YKfQo

  14. Plants scream when stressed ☘️🌾🌿😱 cell.com/cell/fulltext/S0092-8 #Plants produce high pitched staccato pops when they dry out or are wounded. We can't hear them, but many animals can. #BedtimeScience youtu.be/HMcg41YKfQo

  15. Plants scream when stressed ☘️🌾🌿😱 cell.com/cell/fulltext/S0092-8 #Plants produce high pitched staccato pops when they dry out or are wounded. We can't hear them, but many animals can. #BedtimeScience youtu.be/HMcg41YKfQo

  16. Billions of years ago waves on a shallow lake formed ripples in the bottom sediment, which became frozen in stone for us to see today. On #Mars. mars.nasa.gov/news/9344/nasas- #BedtimeScience

  17. Billions of years ago waves on a shallow lake formed ripples in the bottom sediment, which became frozen in stone for us to see today. On #Mars. mars.nasa.gov/news/9344/nasas- #BedtimeScience

  18. Billions of years ago waves on a shallow lake formed ripples in the bottom sediment, which became frozen in stone for us to see today. On #Mars. mars.nasa.gov/news/9344/nasas- #BedtimeScience

  19. Billions of years ago waves on a shallow lake formed ripples in the bottom sediment, which became frozen in stone for us to see today. On #Mars. mars.nasa.gov/news/9344/nasas- #BedtimeScience

  20. Billions of years ago waves on a shallow lake formed ripples in the bottom sediment, which became frozen in stone for us to see today. On #Mars. mars.nasa.gov/news/9344/nasas- #BedtimeScience

  21. #Bigfoot sightings correlate with bear numbers, so many supposed sightings are probably misidentified #bears biorxiv.org/content/10.1101/20 Or alternatively, and a possibility the authors neglect - Bigfoot eat bears 😱 #BedtimeScience

  22. #Bigfoot sightings correlate with bear numbers, so many supposed sightings are probably misidentified #bears biorxiv.org/content/10.1101/20 Or alternatively, and a possibility the authors neglect - Bigfoot eat bears 😱 #BedtimeScience

  23. #Bigfoot sightings correlate with bear numbers, so many supposed sightings are probably misidentified #bears biorxiv.org/content/10.1101/20 Or alternatively, and a possibility the authors neglect - Bigfoot eat bears 😱 #BedtimeScience

  24. #Bigfoot sightings correlate with bear numbers, so many supposed sightings are probably misidentified #bears biorxiv.org/content/10.1101/20 Or alternatively, and a possibility the authors neglect - Bigfoot eat bears 😱 #BedtimeScience

  25. #Bigfoot sightings correlate with bear numbers, so many supposed sightings are probably misidentified #bears biorxiv.org/content/10.1101/20 Or alternatively, and a possibility the authors neglect - Bigfoot eat bears 😱 #BedtimeScience

  26. Thick peaty bogs buried beneath deep deposits of sand, topped with volcanic basalt, uplifted by continental drift and plutons of underlying granite, and dissected by deeply eroding swift flowing water #BlueMountains lithgow-tourism.com/geology.ht #BedtimeScience

  27. Thick peaty bogs buried beneath deep deposits of sand, topped with volcanic basalt, uplifted by continental drift and plutons of underlying granite, and dissected by deeply eroding swift flowing water #BlueMountains lithgow-tourism.com/geology.ht #BedtimeScience

  28. Thick peaty bogs buried beneath deep deposits of sand, topped with volcanic basalt, uplifted by continental drift and plutons of underlying granite, and dissected by deeply eroding swift flowing water #BlueMountains lithgow-tourism.com/geology.ht #BedtimeScience

  29. Thick peaty bogs buried beneath deep deposits of sand, topped with volcanic basalt, uplifted by continental drift and plutons of underlying granite, and dissected by deeply eroding swift flowing water #BlueMountains lithgow-tourism.com/geology.ht #BedtimeScience

  30. Thick peaty bogs buried beneath deep deposits of sand, topped with volcanic basalt, uplifted by continental drift and plutons of underlying granite, and dissected by deeply eroding swift flowing water #BlueMountains lithgow-tourism.com/geology.ht #BedtimeScience

  31. Pyroclastic flows of ash from huge volcanic eruptions 226 million years ago were compacted and welded together to form Brisbane #tuff, used to build many heritage-listed Brisbane buildings en.wikipedia.org/wiki/Brisbane #BedtimeScience

  32. Pyroclastic flows of ash from huge volcanic eruptions 226 million years ago were compacted and welded together to form Brisbane #tuff, used to build many heritage-listed Brisbane buildings en.wikipedia.org/wiki/Brisbane #BedtimeScience

  33. Pyroclastic flows of ash from huge volcanic eruptions 226 million years ago were compacted and welded together to form Brisbane #tuff, used to build many heritage-listed Brisbane buildings en.wikipedia.org/wiki/Brisbane #BedtimeScience

  34. Pyroclastic flows of ash from huge volcanic eruptions 226 million years ago were compacted and welded together to form Brisbane #tuff, used to build many heritage-listed Brisbane buildings en.wikipedia.org/wiki/Brisbane #BedtimeScience

  35. Pyroclastic flows of ash from huge volcanic eruptions 226 million years ago were compacted and welded together to form Brisbane #tuff, used to build many heritage-listed Brisbane buildings en.wikipedia.org/wiki/Brisbane #BedtimeScience

  36. #JWST's first glimpse of the #TRAPISST-1 system of rocky worlds in the habitable zone of their star only 39 light years away confirmed their atmospheres aren't deep primordial hydrogen, but could be thin like Earth, Venus, and Mars earthsky.org/space/trappist-1- #BedtimeScience

  37. #JWST's first glimpse of the #TRAPISST-1 system of rocky worlds in the habitable zone of their star only 39 light years away confirmed their atmospheres aren't deep primordial hydrogen, but could be thin like Earth, Venus, and Mars earthsky.org/space/trappist-1- #BedtimeScience

  38. #JWST's first glimpse of the #TRAPISST-1 system of rocky worlds in the habitable zone of their star only 39 light years away confirmed their atmospheres aren't deep primordial hydrogen, but could be thin like Earth, Venus, and Mars earthsky.org/space/trappist-1- #BedtimeScience

  39. #JWST's first glimpse of the #TRAPISST-1 system of rocky worlds in the habitable zone of their star only 39 light years away confirmed their atmospheres aren't deep primordial hydrogen, but could be thin like Earth, Venus, and Mars earthsky.org/space/trappist-1- #BedtimeScience

  40. #JWST's first glimpse of the #TRAPISST-1 system of rocky worlds in the habitable zone of their star only 39 light years away confirmed their atmospheres aren't deep primordial hydrogen, but could be thin like Earth, Venus, and Mars earthsky.org/space/trappist-1- #BedtimeScience

  41. New microbes just dropped 🦠 Provora (devouring voracious protists) hunt other protists in water all over the world. Two types: Nebulidia eat prey whole, while Nibbleridia use denticles 🤭 to nibble bits from prey larger than themselves nature.com/articles/s41586-022 #BedtimeScience