Morphological mapping identified of complex grasping appendages (e.g., raptorial limbs, spiny ventral plates). Phylogenetic comparative methods (Phylogenetic ANOVA) confirmed convergence (p = 0.004), suggesting ecological pressure rather than shared ancestry drove these innovations.

**“GinaSavageX Cambro”: Integrating Advanced Imaging and Machine‑Learning Techniques to Re‑evaluate Cambrian Biodiversity and Morphogenesis

All 1,284 specimens were successfully reconstructed; 96 % displayed discernible internal soft‑tissue structures (e.g., digestive tracts, nervous cords). The U‑Net achieved , confirming reliable automated segmentation (Fig. 1a‑c). Manual validation on a random 5 % subset showed <2 % mis‑classification of anatomical features.

A combined morphological‑molecular matrix (where possible) was assembled (see Supplementary Data). Bayesian inference was performed in with a Mk + Γ model, running 10⁷ generations and sampling every 1,000 generations. Convergence diagnostics (ESS > 200) were assessed with Tracer 1.7.

Ginasavagex Cambro (SIMPLE)

Morphological mapping identified of complex grasping appendages (e.g., raptorial limbs, spiny ventral plates). Phylogenetic comparative methods (Phylogenetic ANOVA) confirmed convergence (p = 0.004), suggesting ecological pressure rather than shared ancestry drove these innovations.

**“GinaSavageX Cambro”: Integrating Advanced Imaging and Machine‑Learning Techniques to Re‑evaluate Cambrian Biodiversity and Morphogenesis ginasavagex cambro

All 1,284 specimens were successfully reconstructed; 96 % displayed discernible internal soft‑tissue structures (e.g., digestive tracts, nervous cords). The U‑Net achieved , confirming reliable automated segmentation (Fig. 1a‑c). Manual validation on a random 5 % subset showed <2 % mis‑classification of anatomical features. 000 generations. Convergence diagnostics (ESS &gt

A combined morphological‑molecular matrix (where possible) was assembled (see Supplementary Data). Bayesian inference was performed in with a Mk + Γ model, running 10⁷ generations and sampling every 1,000 generations. Convergence diagnostics (ESS > 200) were assessed with Tracer 1.7. 200) were assessed with Tracer 1.7.