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#bodysize — Public Fediverse posts

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

  1. @EZLorenzImagery Beautiful #footage of an #Anna's #hummingbird #Calypte #anna #mother feeding her #young. It is well visible that she uses her position at the edge of her nest also to #warm her #offspring. Due to their relation between body mass and body surface, there is not much #warmth #energy persisting, when these birds don't move. Thus C. Anna needs to move a lot to produce warmth. And it can move very fast: Relative to their #bodysize, it is considered one of the fastest vertebrates.

  2. @EZLorenzImagery Beautiful #footage of an #Anna's #hummingbird #Calypte #anna #mother feeding her #young. It is well visible that she uses her position at the edge of her nest also to #warm her #offspring. Due to their relation between body mass and body surface, there is not much #warmth #energy persisting, when these birds don't move. Thus C. Anna needs to move a lot to produce warmth. And it can move very fast: Relative to their #bodysize, it is considered one of the fastest vertebrates.

  3. @EZLorenzImagery Beautiful #footage of an #Anna's #hummingbird #Calypte #anna #mother feeding her #young. It is well visible that she uses her position at the edge of her nest also to #warm her #offspring. Due to their relation between body mass and body surface, there is not much #warmth #energy persisting, when these birds don't move. Thus C. Anna needs to move a lot to produce warmth. And it can move very fast: Relative to their #bodysize, it is considered one of the fastest vertebrates.

  4. @EZLorenzImagery Beautiful #footage of an #Anna's #hummingbird #Calypte #anna #mother feeding her #young. It is well visible that she uses her position at the edge of her nest also to #warm her #offspring. Due to their relation between body mass and body surface, there is not much #warmth #energy persisting, when these birds don't move. Thus C. Anna needs to move a lot to produce warmth. And it can move very fast: Relative to their #bodysize, it is considered one of the fastest vertebrates.

  5. @EZLorenzImagery Beautiful #footage of an #Anna's #hummingbird #Calypte #anna #mother feeding her #young. It is well visible that she uses her position at the edge of her nest also to #warm her #offspring. Due to their relation between body mass and body surface, there is not much #warmth #energy persisting, when these birds don't move. Thus C. Anna needs to move a lot to produce warmth. And it can move very fast: Relative to their #bodysize, it is considered one of the fastest vertebrates.

  6. #Overfishing has caused #cod to halve in #bodysize since 1990s, study finds
    #Scientists have uncovered #genomic evidence that intensive #fishing has driven rapid #evolution changes that have contributed to these fish roughly halving in average body length since the 1990s. The "shrinking" of cod, from median mature body length of 40cm in 1996 to 20cm in 2019, has a genetic basis and human activities have left a profound mark on the population's #DNA, the study concluded.
    theguardian.com/environment/20

  7. New open access NHM available ahead of print! "Seasonal Body Size Plasticity and the Generality of Dehnel’s Phenomenon in Sorex Shrews" by McLean et al. Read now! journals.uchicago.edu/doi/10.1

    #openAccess #seasonal #bodySize #shrews

  8. New open access NHM available ahead of print! "Seasonal Body Size Plasticity and the Generality of Dehnel’s Phenomenon in Sorex Shrews" by McLean et al. Read now! journals.uchicago.edu/doi/10.1

    #openAccess #seasonal #bodySize #shrews

  9. New open access NHM available ahead of print! "Seasonal Body Size Plasticity and the Generality of Dehnel’s Phenomenon in Sorex Shrews" by McLean et al. Read now! journals.uchicago.edu/doi/10.1

    #openAccess #seasonal #bodySize #shrews

  10. New open access NHM available ahead of print! "Seasonal Body Size Plasticity and the Generality of Dehnel’s Phenomenon in Sorex Shrews" by McLean et al. Read now! journals.uchicago.edu/doi/10.1

    #openAccess #seasonal #bodySize #shrews

  11. New open access NHM available ahead of print! "Seasonal Body Size Plasticity and the Generality of Dehnel’s Phenomenon in Sorex Shrews" by McLean et al. Read now! journals.uchicago.edu/doi/10.1

    #openAccess #seasonal #bodySize #shrews

  12. How Small Can You Get? Another New-To-Science Flea-Toad Wows Scientists

    "The smallest vertebrates so far discovered are the flea-toads, which live at the limit for how small any vertebrate can possibly get."

    by @grrlscientist via medium

    #BodySize #FleaToad #vertebrates #evolution #SciComm🧪 medium.com/grrlscientist/how-s

  13. Rallings et al. explore the relationship between body size and sources of mortality among mammals. Their theoretical framework shows how size influences sensitivity to starvation, aging, and more, offering insights into the existence of megafauna. Read now ahead of print!
    journals.uchicago.edu/doi/10.1

    #bodySize #mortality #mammals #framework #starvation #megafauna

  14. 🦟🐛🐟 #BODYSIZE + #FRESHWATERS 🐟🐛🦟
    We're organizing a special session "From individuals to ecosystems: a size-based understanding of freshwaters" at the Society for Freshwater Science 2024 meeting (June 2-6, Philadelphia USA). #sfs2024 #communityEcology #macroinvertebrates #fish #biomassDistributions #foodWebs
    🦟🐛🐟 Please consider submitting! 🐟🐛🦟

  15. 🦟🐛🐟 #BODYSIZE + #FRESHWATERS 🐟🐛🦟
    We're organizing a special session "From individuals to ecosystems: a size-based understanding of freshwaters" at the Society for Freshwater Science 2024 meeting (June 2-6, Philadelphia USA). #sfs2024 #communityEcology #macroinvertebrates #fish #biomassDistributions #foodWebs
    🦟🐛🐟 Please consider submitting! 🐟🐛🦟

  16. #NewPaper #Ecology #BodySize

    Robert M. Pringle, Joel O. Abraham, T. Michael Anderson, Tyler C. Coverdale, Andrew B. Davies, Christopher L. Dutton, Angela Gaylard, Jacob R. Goheen, Ricardo M. Holdo, Matthew C. Hutchinson, Duncan M. Kimuyu, Ryan A. Long, Amanda L. Subalusky & Michiel P. Veldhuis (2023)

    Impacts of large herbivores on terrestrial ecosystems

    Current Biology 33(11): R584-R610

    doi: doi.org/10.1016/j.cub.2023.04.

    sciencedirect.com/science/arti

    cell.com/current-biology/fullt

  17. MEAT Lab students have been working on developing new tools for reconstructing #BodySize in #extinct #carnivores and applying those tools to #fossil #species If you're at #EvoWIBO, you can come see the poster detailing their results right now!