Burn t Rex Fat Burner Hind, Teadusmängud
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During the take-off, these elytra Burn t Rex Fat Burner Hind and flap in phase with the hind wings.
We investigate the effect of the elytra flapping on beetle's aerodynamic performance. The simulations are focused on a take-off, and the wing kinematics used is directly obtained from the experimental observations using high speed cameras.
The simulation result shows three-dimensional vortical structures generated by the hind wing of the beetle and their interaction with the elytra. The Kaalulanguse juhendid 14 paeva jooksul of elytra has a negative effect on the lift generation by the hind wings, but the lift force on the elytra themselves is negligible.
Further discussions on the elytra - hind wing interaction will be provided during the presentation. Supported by UDID.
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Within a taxon or clade, however, the relationship between body size and joint posture is less straightforward. Unfortunately, both issues are inherent in laboratory-based or zoo locomotion research.
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In this study, we examined the relationship between body mass and elbow and knee joint angles our proxies of fore- and hind limb posture, respectively in a cross-sectional ontogenetic sample of wild chacma baboons Papio hamadryas ursinus habituated in the De Hoop Nature Reserve, South Africa.
Results show that older, heavier baboons walk with significantly more extended knee joints but not elbow joints.
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This pattern is consistent when examining only males, but not within the female sample. Heavier, older baboons also display significantly less variation in their hind limb posture compared to lighter, young animals.
Thus, within this ontogenetic sample of a single primate species spanning an order of magnitude in body mass, hind limb posture exhibited a postural scaling phenomenon while the forelimbs did not. These findings may further help explain 1 why younger mammals including baboons tend to have relatively stronger bones than adults, and 2 why humeri appear relatively weaker than femora in at least baboons.
Finally, this study demonstrates how field-acquired kinematics can help answer fundamental biomechanical questions usually addressed only in animal gait laboratories.