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Several discussions provided insights into the research, mentioning the energy costs associated with running in Australopithecus afarensis and comparing its speed to that of modern humans, stating, 'maximum running speed... considerably lower than modern humans.' Contributors used terms like 'interesting paper' and 'cool new paper,' highlighting their engagement and enthusiasm about the research, which indicates a positive tone and context surrounding the publication.
Many discussions indicate a positive reception of the study's findings, suggesting agreement with the research conclusions.
Contributors displayed strong curiosity towards the implications of the study, often sharing additional resources and asking questions.
While the discussions were generally informative, some posts engaged more deeply with the methodologies, reflecting a solid understanding of the research.
There is a consensus among users that the findings have significant implications for our understanding of human evolution.
When did our ancestors start to run? New musculoskeletal simulations of Lucy indicate that she was capable of running! Read the dispatch by @ArchaeoAshleigh here: https://t.co/W7ZbDdXuaA and the paper by Bates et al. here: https://t.co/hyUi6eRSc0 https://t.co/4QeghcbbEW
New paper in @CellPressNews Current Biology by Karl Bates (@LivEvoBiomech) ea. Karl's physics simulations (validated in a human model) suggest that although Lucy could run - top speed was limited, not leaving much headroom for endurance running. https://t.co/NEglfCWulW https://t.co/0eS1HVXQ2r https://t.co/5sbULvtNC4
Maximum running speed of Australopithecus was considerably lower than modern humans Running performance in Australopithecus afarensis
La velocidad máxima que un Australopithecus afarensis alcanzaría sería de entre 1,7 y 4,97 m/s, o 6,1-17,8 km/h, lejos de los 10 m/s o 36 km/h de un velocista actual. El plan corporal evolucionó en Homo hacia la mejora del rendimiento al correr. https://t.co/NU5uPw4f8v https://t.co/3wsdVqG4TA
Nuestra "abuela" Lucy (Australopithecus afarensis) corría a bastante menos velocidad que los humanos: Running performance in Australopithecus afarensis https://t.co/ubOkPl3OWf https://t.co/EKxZ1r1COq
Running performance in Australopithecus afarensis https://t.co/UGn753oxcj
This week, we examine a study suggesting dark energy may not exist. We also explore how Australopithecus afarensis exhibited bipedal running potential. The speed of this early hominin was slower than modern humans, and…
@AlphaMageSos @ReasonUnchains @DrDVFCB @darwintojesus January 2025 Running performance in Australopithecus afarensis - Analyses of fossilized skeletons and footprints have provided convincing evidence that australopithecines adopted mechanically efficient, upright bipedal walking gaits by at least 3.7 Ma. https://t.co/uMSTNj7aFi https://t.co/wptVYRolXq
@rational_faith_ @Cristianocae227 @nyc11111_1 @AiG January 2025 Running performance in Australopithecus afarensis - Analyses of fossilized skeletons and footprints have provided convincing evidence that australopithecines adopted mechanically efficient, upright bipedal walking gaits by at least 3.7 Ma. https://t.co/uMSTNj7aFi. https://t.co/OUK3Xp6yP0
Australopithecus afarensis is one of the best-known early human ancestors dating from 2.9-3.9 million years ago. Team’s research modelled the anatomy of A. afarensis to find out how well they could run. Running performance in Australopithecus afarensis
In less apocalyptic news: Running performance in Australopithecus afarensis: Current Biology www.cell.com/current-biol...
Running performance in Australopithecus afarensis
Running performance in Australopithecus afarensis: Current Biology https://t.co/qtrDSypebg
REF: https://t.co/n5rTJnR3nB #keeplearning #paleontology #HumanEvolution
RT @PashavanBijlert: New paper in @CellPressNews Current Biology by Karl Bates (@LivEvoBiomech) ea. Karl's physics simulations (validated…
RT @OliverDemuth: When did our ancestors start to run? New musculoskeletal simulations of Lucy indicate that she was capable of running! R…
RT @OliverDemuth: When did our ancestors start to run? New musculoskeletal simulations of Lucy indicate that she was capable of running! R…
RT @OliverDemuth: When did our ancestors start to run? New musculoskeletal simulations of Lucy indicate that she was capable of running! R…
RT @OliverDemuth: When did our ancestors start to run? New musculoskeletal simulations of Lucy indicate that she was capable of running! R…
RT @OliverDemuth: When did our ancestors start to run? New musculoskeletal simulations of Lucy indicate that she was capable of running! R…
RT @OliverDemuth: When did our ancestors start to run? New musculoskeletal simulations of Lucy indicate that she was capable of running! R…
RT @OliverDemuth: When did our ancestors start to run? New musculoskeletal simulations of Lucy indicate that she was capable of running! R…
RT @OliverDemuth: When did our ancestors start to run? New musculoskeletal simulations of Lucy indicate that she was capable of running! R…
RT @OliverDemuth: When did our ancestors start to run? New musculoskeletal simulations of Lucy indicate that she was capable of running! R…
RT @OliverDemuth: When did our ancestors start to run? New musculoskeletal simulations of Lucy indicate that she was capable of running! R…
RT @PashavanBijlert: New paper in @CellPressNews Current Biology by Karl Bates (@LivEvoBiomech) ea. Karl's physics simulations (validated…
RT @PashavanBijlert: New paper in @CellPressNews Current Biology by Karl Bates (@LivEvoBiomech) ea. Karl's physics simulations (validated…
RT @OliverDemuth: When did our ancestors start to run? New musculoskeletal simulations of Lucy indicate that she was capable of running! R…
RT @PashavanBijlert: New paper in @CellPressNews Current Biology by Karl Bates (@LivEvoBiomech) ea. Karl's physics simulations (validated…
RT @PashavanBijlert: New paper in @CellPressNews Current Biology by Karl Bates (@LivEvoBiomech) ea. Karl's physics simulations (validated…
RT @OliverDemuth: When did our ancestors start to run? New musculoskeletal simulations of Lucy indicate that she was capable of running! R…
RT @PashavanBijlert: New paper in @CellPressNews Current Biology by Karl Bates (@LivEvoBiomech) ea. Karl's physics simulations (validated…
RT @OliverDemuth: When did our ancestors start to run? New musculoskeletal simulations of Lucy indicate that she was capable of running! R…
RT @PashavanBijlert: New paper in @CellPressNews Current Biology by Karl Bates (@LivEvoBiomech) ea. Karl's physics simulations (validated…
RT @PashavanBijlert: New paper in @CellPressNews Current Biology by Karl Bates (@LivEvoBiomech) ea. Karl's physics simulations (validated…
RT @OliverDemuth: When did our ancestors start to run? New musculoskeletal simulations of Lucy indicate that she was capable of running! R…
RT @OliverDemuth: When did our ancestors start to run? New musculoskeletal simulations of Lucy indicate that she was capable of running! R…
RT @PashavanBijlert: New paper in @CellPressNews Current Biology by Karl Bates (@LivEvoBiomech) ea. Karl's physics simulations (validated…
RT @PashavanBijlert: New paper in @CellPressNews Current Biology by Karl Bates (@LivEvoBiomech) ea. Karl's physics simulations (validated…
RT @PashavanBijlert: New paper in @CellPressNews Current Biology by Karl Bates (@LivEvoBiomech) ea. Karl's physics simulations (validated…
RT @PashavanBijlert: New paper in @CellPressNews Current Biology by Karl Bates (@LivEvoBiomech) ea. Karl's physics simulations (validated…
RT @PashavanBijlert: New paper in @CellPressNews Current Biology by Karl Bates (@LivEvoBiomech) ea. Karl's physics simulations (validated…
RT @PashavanBijlert: New paper in @CellPressNews Current Biology by Karl Bates (@LivEvoBiomech) ea. Karl's physics simulations (validated…
RT @OliverDemuth: When did our ancestors start to run? New musculoskeletal simulations of Lucy indicate that she was capable of running! R…
RT @PashavanBijlert: New paper in @CellPressNews Current Biology by Karl Bates (@LivEvoBiomech) ea. Karl's physics simulations (validated…
RT @OliverDemuth: When did our ancestors start to run? New musculoskeletal simulations of Lucy indicate that she was capable of running! R…
RT @PashavanBijlert: New paper in @CellPressNews Current Biology by Karl Bates (@LivEvoBiomech) ea. Karl's physics simulations (validated…
RT @PashavanBijlert: New paper in @CellPressNews Current Biology by Karl Bates (@LivEvoBiomech) ea. Karl's physics simulations (validated…
RT @PashavanBijlert: New paper in @CellPressNews Current Biology by Karl Bates (@LivEvoBiomech) ea. Karl's physics simulations (validated…
RT @PashavanBijlert: New paper in @CellPressNews Current Biology by Karl Bates (@LivEvoBiomech) ea. Karl's physics simulations (validated…
RT @PashavanBijlert: New paper in @CellPressNews Current Biology by Karl Bates (@LivEvoBiomech) ea. Karl's physics simulations (validated…
RT @PashavanBijlert: New paper in @CellPressNews Current Biology by Karl Bates (@LivEvoBiomech) ea. Karl's physics simulations (validated…
RT @PashavanBijlert: New paper in @CellPressNews Current Biology by Karl Bates (@LivEvoBiomech) ea. Karl's physics simulations (validated…
RT @OliverDemuth: When did our ancestors start to run? New musculoskeletal simulations of Lucy indicate that she was capable of running! R…
RT @PashavanBijlert: New paper in @CellPressNews Current Biology by Karl Bates (@LivEvoBiomech) ea. Karl's physics simulations (validated…
RT @OliverDemuth: When did our ancestors start to run? New musculoskeletal simulations of Lucy indicate that she was capable of running! R…
RT @OliverDemuth: When did our ancestors start to run? New musculoskeletal simulations of Lucy indicate that she was capable of running! R…
RT @PashavanBijlert: New paper in @CellPressNews Current Biology by Karl Bates (@LivEvoBiomech) ea. Karl's physics simulations (validated…
New paper in @CellPressNews Current Biology by Karl Bates (@LivEvoBiomech) ea. Karl's physics simulations (validated in a human model) suggest that although Lucy could run - top speed was limited, not leaving much headroom for endurance running. https://t.co/NEglfCWulW https://t.co/0eS1HVXQ2r https://t.co/5sbULvtNC4
RT @OliverDemuth: When did our ancestors start to run? New musculoskeletal simulations of Lucy indicate that she was capable of running! R…
RT @OliverDemuth: When did our ancestors start to run? New musculoskeletal simulations of Lucy indicate that she was capable of running! R…
RT @OliverDemuth: When did our ancestors start to run? New musculoskeletal simulations of Lucy indicate that she was capable of running! R…
RT @OliverDemuth: When did our ancestors start to run? New musculoskeletal simulations of Lucy indicate that she was capable of running! R…
RT @OliverDemuth: When did our ancestors start to run? New musculoskeletal simulations of Lucy indicate that she was capable of running! R…
RT @OliverDemuth: When did our ancestors start to run? New musculoskeletal simulations of Lucy indicate that she was capable of running! R…
RT @OliverDemuth: When did our ancestors start to run? New musculoskeletal simulations of Lucy indicate that she was capable of running! R…
RT @OliverDemuth: When did our ancestors start to run? New musculoskeletal simulations of Lucy indicate that she was capable of running! R…
RT @OliverDemuth: When did our ancestors start to run? New musculoskeletal simulations of Lucy indicate that she was capable of running! R…
RT @OliverDemuth: When did our ancestors start to run? New musculoskeletal simulations of Lucy indicate that she was capable of running! R…
RT @OliverDemuth: When did our ancestors start to run? New musculoskeletal simulations of Lucy indicate that she was capable of running! R…
RT @OliverDemuth: When did our ancestors start to run? New musculoskeletal simulations of Lucy indicate that she was capable of running! R…
RT @OliverDemuth: When did our ancestors start to run? New musculoskeletal simulations of Lucy indicate that she was capable of running! R…
RT @OliverDemuth: When did our ancestors start to run? New musculoskeletal simulations of Lucy indicate that she was capable of running! R…
RT @OliverDemuth: When did our ancestors start to run? New musculoskeletal simulations of Lucy indicate that she was capable of running! R…
RT @TomHoltzPaleo: Running performance in Australopithecus afarensis: Current Biology https://t.co/sJ3XdryBn9
RT @OliverDemuth: When did our ancestors start to run? New musculoskeletal simulations of Lucy indicate that she was capable of running! R…
RT @OliverDemuth: When did our ancestors start to run? New musculoskeletal simulations of Lucy indicate that she was capable of running! R…
RT @OliverDemuth: When did our ancestors start to run? New musculoskeletal simulations of Lucy indicate that she was capable of running! R…
RT @OliverDemuth: When did our ancestors start to run? New musculoskeletal simulations of Lucy indicate that she was capable of running! R…
RT @OliverDemuth: When did our ancestors start to run? New musculoskeletal simulations of Lucy indicate that she was capable of running! R…
RT @TomHoltzPaleo: Running performance in Australopithecus afarensis: Current Biology https://t.co/sJ3XdryBn9
RT @OliverDemuth: When did our ancestors start to run? New musculoskeletal simulations of Lucy indicate that she was capable of running! R…
Running performance in Australopithecus afarensis: Current Biology https://t.co/sJ3XdryBn9
RT @OliverDemuth: When did our ancestors start to run? New musculoskeletal simulations of Lucy indicate that she was capable of running! R…
RT @OliverDemuth: When did our ancestors start to run? New musculoskeletal simulations of Lucy indicate that she was capable of running! R…
RT @OliverDemuth: When did our ancestors start to run? New musculoskeletal simulations of Lucy indicate that she was capable of running! R…
RT @OliverDemuth: When did our ancestors start to run? New musculoskeletal simulations of Lucy indicate that she was capable of running! R…
RT @OliverDemuth: When did our ancestors start to run? New musculoskeletal simulations of Lucy indicate that she was capable of running! R…
RT @OliverDemuth: When did our ancestors start to run? New musculoskeletal simulations of Lucy indicate that she was capable of running! R…
RT @OliverDemuth: When did our ancestors start to run? New musculoskeletal simulations of Lucy indicate that she was capable of running! R…
RT @OliverDemuth: When did our ancestors start to run? New musculoskeletal simulations of Lucy indicate that she was capable of running! R…
When did our ancestors start to run? New musculoskeletal simulations of Lucy indicate that she was capable of running! Read the dispatch by @ArchaeoAshleigh here: https://t.co/W7ZbDdXuaA and the paper by Bates et al. here: https://t.co/hyUi6eRSc0 https://t.co/4QeghcbbEW
Running performance in Australopithecus afarensis https://t.co/w2iOJw97I2 https://t.co/CW5gI2v9FZ
RT @KopalniaWiedzy: Słynna Lucy, przedstawicielka gatunku Australopithecus afarensis, który być może dał początek rodzajowi Homo, nie była…
RT @KopalniaWiedzy: Słynna Lucy, przedstawicielka gatunku Australopithecus afarensis, który być może dał początek rodzajowi Homo, nie była…
RT @KopalniaWiedzy: Słynna Lucy, przedstawicielka gatunku Australopithecus afarensis, który być może dał początek rodzajowi Homo, nie była…
Na łamach Current Biology ukazał się artykuł (DOI: 10.1016/j.cub.2024.11.025), w którym uczeni z Wielkiej Brytanii i Holandii opisali wyniki swoich badań nad anatomią Lucy pod kątem możliwości dwunożnego biegu, jego kosztu energetycznego oraz wytrzymałości biegaczki.
Słynna Lucy, przedstawicielka gatunku Australopithecus afarensis, który być może dał początek rodzajowi Homo, nie była zbyt dobrą biegaczką. ©️"Running performance in Australopithecus afarensis", Bates Karl T. et al, Current Biology, DOI: 10.1016/j.cub.2024.11.025, CC BY 4.0
RT @KopalniaWiedzy: Słynna Lucy, przedstawicielka gatunku Australopithecus afarensis, który być może dał początek rodzajowi Homo, nie była…
Naukowcy postanowili sprawdzić, jak biegała. Na łamach Current Biology ukazał się artykuł (DOI: 10.1016/j.cub.2024.11.025), w którym uczeni z UK i Holandii opisali wyniki badań nad anatomią Lucy pod kątem dwunożnego biegu, jego kosztu energetycznego i wytrzymałości biegaczki.
Słynna Lucy, przedstawicielka gatunku Australopithecus afarensis, który być może dał początek rodzajowi Homo, nie była zbyt dobrą biegaczką. ©️"Running performance in Australopithecus afarensis", Bates Karl T. et al, Current Biology, DOI: 10.1016/j.cub.2024.11.025, CC BY 4.0 https://t.co/sJ9i37JgQK
Just shared this article with my physical therapy team. "Running performance in Australopithecus afarensis." The videos showing how our hominin ancestors might have run, and how our own species evolved for running performance, is so fun. www.cell.com/current-biol...
ARTÍCULO REFERENCIA (acceso abierto) Running performance in Australopithecus afarensis https://t.co/lzH0SNjBXd vía #CurrentBiology
Running performance in Australopithecus afarensis: Current Biology www.cell.com/current-biol...
Running performance in Australopithecus afarensis: Current Biology https://t.co/SqA3rTA91h
Original study: K. T. Bates et al., Running performance in #Australopithecus afarensis, Current Biology, online December 18, 2024.
Maximum running speed of Australopithecus was considerably lower than modern humans Running performance in Australopithecus afarensis
RT @robertosaezm: La velocidad máxima que un Australopithecus afarensis alcanzaría sería de entre 1,7 y 4,97 m/s, o 6,1-17,8 km/h, lejos de…
RT @PaleoStu: Cool new paper! Running performance in Australopithecus afarensis. Team led by Karl Bates and including @cbrassey, @wisellers…
RT @robertosaezm: La velocidad máxima que un Australopithecus afarensis alcanzaría sería de entre 1,7 y 4,97 m/s, o 6,1-17,8 km/h, lejos de…
Cool new paper! Running performance in Australopithecus afarensis. Team led by Karl Bates and including @cbrassey.bsky.social, @tomomahoney.bsky.social and William Sellers: www.sciencedirect.com/science/arti...
Cool new paper! Running performance in Australopithecus afarensis. Team led by Karl Bates and including @cbrassey, @wisellers and @bones2bytes. https://t.co/tbOwsxLPM2
RT @robertosaezm: La velocidad máxima que un Australopithecus afarensis alcanzaría sería de entre 1,7 y 4,97 m/s, o 6,1-17,8 km/h, lejos de…
See more: https://t.co/Uiz8MoXnf2
RT @robertosaezm: La velocidad máxima que un Australopithecus afarensis alcanzaría sería de entre 1,7 y 4,97 m/s, o 6,1-17,8 km/h, lejos de…
Running performance in Australopithecus afarensis Cell Press www.cell.com/current-biol...
Running performance in Australopithecus afarensis Cell Press https://t.co/3hnsKkzXaD
ヒトは走るために進化してきた（のかも）。/ Running performance in Australopithecus afarensis: Current Biology www.cell.com/current-biol...
RT @robertosaezm: La velocidad máxima que un Australopithecus afarensis alcanzaría sería de entre 1,7 y 4,97 m/s, o 6,1-17,8 km/h, lejos de…
RT @robertosaezm: La velocidad máxima que un Australopithecus afarensis alcanzaría sería de entre 1,7 y 4,97 m/s, o 6,1-17,8 km/h, lejos de…
RT @TomHoltzPaleo: Running performance in Australopithecus afarensis https://t.co/UGn753oxcj
RT @robertosaezm: La velocidad máxima que un Australopithecus afarensis alcanzaría sería de entre 1,7 y 4,97 m/s, o 6,1-17,8 km/h, lejos de…
RT @robertosaezm: La velocidad máxima que un Australopithecus afarensis alcanzaría sería de entre 1,7 y 4,97 m/s, o 6,1-17,8 km/h, lejos de…
RT @robertosaezm: La velocidad máxima que un Australopithecus afarensis alcanzaría sería de entre 1,7 y 4,97 m/s, o 6,1-17,8 km/h, lejos de…
RT @TomHoltzPaleo: Running performance in Australopithecus afarensis https://t.co/UGn753oxcj
RT @robertosaezm: La velocidad máxima que un Australopithecus afarensis alcanzaría sería de entre 1,7 y 4,97 m/s, o 6,1-17,8 km/h, lejos de…
RT @robertosaezm: La velocidad máxima que un Australopithecus afarensis alcanzaría sería de entre 1,7 y 4,97 m/s, o 6,1-17,8 km/h, lejos de…
RT @TomHoltzPaleo: Running performance in Australopithecus afarensis https://t.co/UGn753oxcj
RT @robertosaezm: La velocidad máxima que un Australopithecus afarensis alcanzaría sería de entre 1,7 y 4,97 m/s, o 6,1-17,8 km/h, lejos de…
RT @robertosaezm: La velocidad máxima que un Australopithecus afarensis alcanzaría sería de entre 1,7 y 4,97 m/s, o 6,1-17,8 km/h, lejos de…
RT @robertosaezm: La velocidad máxima que un Australopithecus afarensis alcanzaría sería de entre 1,7 y 4,97 m/s, o 6,1-17,8 km/h, lejos de…
RT @robertosaezm: La velocidad máxima que un Australopithecus afarensis alcanzaría sería de entre 1,7 y 4,97 m/s, o 6,1-17,8 km/h, lejos de…
RT @robertosaezm: La velocidad máxima que un Australopithecus afarensis alcanzaría sería de entre 1,7 y 4,97 m/s, o 6,1-17,8 km/h, lejos de…
RT @robertosaezm: La velocidad máxima que un Australopithecus afarensis alcanzaría sería de entre 1,7 y 4,97 m/s, o 6,1-17,8 km/h, lejos de…
RT @robertosaezm: La velocidad máxima que un Australopithecus afarensis alcanzaría sería de entre 1,7 y 4,97 m/s, o 6,1-17,8 km/h, lejos de…
RT @robertosaezm: La velocidad máxima que un Australopithecus afarensis alcanzaría sería de entre 1,7 y 4,97 m/s, o 6,1-17,8 km/h, lejos de…
La velocidad máxima que un Australopithecus afarensis alcanzaría sería de entre 1,7 y 4,97 m/s, o 6,1-17,8 km/h, lejos de los 10 m/s o 36 km/h de un velocista actual. El plan corporal evolucionó en Homo hacia la mejora del rendimiento al correr. https://t.co/NU5uPw4f8v https://t.co/3wsdVqG4TA
RT @TomHoltzPaleo: Running performance in Australopithecus afarensis https://t.co/UGn753oxcj
RT @TomHoltzPaleo: Running performance in Australopithecus afarensis https://t.co/UGn753oxcj
RT @TomHoltzPaleo: Running performance in Australopithecus afarensis https://t.co/UGn753oxcj
RT @TomHoltzPaleo: Running performance in Australopithecus afarensis https://t.co/UGn753oxcj
RT @TomHoltzPaleo: Running performance in Australopithecus afarensis https://t.co/UGn753oxcj
RT @TomHoltzPaleo: Running performance in Australopithecus afarensis https://t.co/UGn753oxcj
RT @TomHoltzPaleo: Running performance in Australopithecus afarensis https://t.co/UGn753oxcj
Running performance in Australopithecus afarensis https://t.co/UGn753oxcj
RT @robertosaezm: Nuestra "abuela" Lucy (Australopithecus afarensis) corría a bastante menos velocidad que los humanos: Running performance…
RT @robertosaezm: Nuestra "abuela" Lucy (Australopithecus afarensis) corría a bastante menos velocidad que los humanos: Running performance…
RT @robertosaezm: Nuestra "abuela" Lucy (Australopithecus afarensis) corría a bastante menos velocidad que los humanos: Running performance…
Em outras palavras, esse traço não parece ser um simples subproduto de seleção para performance de locomoção bípede superior. (1) Publicação do estudo: Bates et al. (2024). Running performance in Australopithecus afarensis. Current Biology. doi.org/10.1016/j.cu...
RT @robertosaezm: Nuestra "abuela" Lucy (Australopithecus afarensis) corría a bastante menos velocidad que los humanos: Running performance…
RT @robertosaezm: Nuestra "abuela" Lucy (Australopithecus afarensis) corría a bastante menos velocidad que los humanos: Running performance…
(1) Publicação do estudo: Bates et al. (2024). Running performance in Australopithecus afarensis. Current Biology. https://t.co/22qITwunyV
RT @robertosaezm: Nuestra "abuela" Lucy (Australopithecus afarensis) corría a bastante menos velocidad que los humanos: Running performance…
Running performance in Australopithecus afarensis: Current Biology https://t.co/UNVoxB5mUQ
Interesting paper: Running performance in Australopithecus afarensis https://t.co/x8d4lIccnv
RT @robertosaezm: Nuestra "abuela" Lucy (Australopithecus afarensis) corría a bastante menos velocidad que los humanos: Running performance…
RT @robertosaezm: Nuestra "abuela" Lucy (Australopithecus afarensis) corría a bastante menos velocidad que los humanos: Running performance…
Nuestra "abuela" Lucy (Australopithecus afarensis) corría a bastante menos velocidad que los humanos: Running performance in Australopithecus afarensis https://t.co/ubOkPl3OWf https://t.co/EKxZ1r1COq
Running is all in the structure? Interesting when top performing runners can be all shapes and sizes….. Running performance in Australopithecus afarensis: Current Biology https://t.co/nJBvLdtsVA
https://t.co/aZRVSaDGhK https://t.co/aZRVSaDGhK
RT @AndrewW66619812: The paper in "Current Biology" the above "Nature" article is based upon, & links to: “Running performance in 'Austral…
The paper in "Current Biology" the above "Nature" article is based upon, & links to: “Running performance in 'Australopithecus afarensis'” 2/2 https://t.co/gczpTDybyb
アウストラロピテクス属は常習的な直立二足歩行が可能でしたが、走る際には、推定最大速度は現代人よりかなり遅く1秒に1.74～4.97m（日本の小学3年生男子の平均最大速度が1秒あたり4.965m）、エネルギー消費は似た体格の他の哺乳類や鳥類並で、現代人の1.7～2.9倍との研究。 https://t.co/p7YLUfw2rS
Running performance in Australopithecus afarensis: Current Biology www.cell.com/current-biol...
Running performance in Australopithecus afarensis www.cell.com/current-biol...
Running performance in Australopithecus afarensis https://t.co/ihbp7zzzeb