If selfetive pressures are for different actions of action simultaneously in a structure, morphological grill can be shaped by adapting to different functional optima. Systems can develop along a performance gradient, optimize different aspects of movement in response to ecological demands. We check two scorpion species representing Chela’s morphological defeat (Pincer) form. Scorpion Chelae shows extraordinary morphological variation related to ecological roles, and their performance varies with a loud force. To explore how structural performance and muscle tailoring, we have made a model involved in synchrotron microtomography, muscle data. Outlooked by our Knowing these species showed a different structure and muscle arrangements, each optimized for different performance consequences. The short species shortened the force of closure by increased mechanical advantage and more sarcerers, developing muscular capacity. On the contrary, specy-chela species optimizes closing speed by muscle orientations in favor of quick acceleration. While additional tasks are most likely to influence these plots, a morphology appears specialty for the prone victim, while the other is adapted for crushing for crushing. These divergent perfation optima may have a role of shaping the trophic ecology of scorpions and influence evolution of their poison.
Simone, Y., Herrel, A., & Boisteel, R. (2025). Scorpion Pedipalps function: The musculoskeletal specialist for opposing Operation Optima. Journal of Morphology,, 286(5), E70055. https://doi.org/10.1002/jmor.70055
