– Evidence suggests that Archaeopteryx was capable of limited flight due to specialized tertial feathers on it’s long upper arms.
– Its cranial structure hints at early adaptations for ecological diversity observed in modern birds.
The findings provide fresh insights into evolutionary biology by bridging gaps between non-avian dinosaurs and today’s diverse bird species. For India’s scientific community and educational institutions, this research highlights the importance of paleontology’s role in understanding biodiversity evolution. Leveraging technologies like CT scanning could inspire similar studies within India for analyzing fossils found locally or participating collaboratively in global research efforts.This discovery reaffirms how minute anatomical differences shape vast evolutionary trajectories-a concept valuable not just for biologists but also educators fostering curiosity about ancient life forms among younger generations.