With artificial intelligence and careful modeling of fossilized wings, researchers reproduced how some extinct, katydid-like ...

For a fossil described as a crustacean, it seemed to have an awful lot of insectlike traits, such as a body split into three ...

A 324-million-year-old fossil suggests early insects lived between water and land as their bodies gradually changed over time ...

Learn how scientists are using ancient fossils and machine learning to reconstruct ancient soundscapes.

A 324-million-year-old fossil from Texas offers new insights into early insect evolution. This ancient creature possessed an ...

Utilizing advanced machine learning techniques, scientists have successfully reconstructed sounds of ancient insects from ...

An analysis of sound-making structures on preserved wings reveals the mating calls of ancient Jurassic insects, re-creating ...

Add Yahoo as a preferred source to see more of our stories on Google. Tarragoilus diuturnus (a living member of the Prophalangopsidae) displaying call oscillogram and acoustic spectral energy. (CREDIT ...

Newly discovered insect fossils are so small they can barely be seen by the human eye but have been preserved in an 'extraordinary' way. Newly discovered insect fossils are so small they can barely be ...

By now, most of us have some knowledge that life on land involved transitioning from the water and evolving the physiological means to do so. But a new study has found reliable evidence that this ...

How far would leaf-eating insects go to dine on their favorite food? Perhaps the other side of the world, according to researchers at Penn State who found insect damage on fossil leaves from South ...

The formation of complex terrestrial ecosystems was a significant innovation in the evolutionary history of life on Earth. This event signified the expansion of life beyond marine environments and ...