Learn more about termite evolution and how shedding key genes from their cockroach ancestors helped them build more complex ...

Quick Take Achieving 100% locomotion control over a cockroach is a mandatory requirement for jewel wasp survival. The sub-esophageal ganglion location creates targeting hurdles when prey size exceeds ...

SciShow has a spinoff podcast! It's called SciShow Tangents. Most people don't love cockroaches. And thanks to that lack of ...

Termites did not evolve complex societies by adding new genetic features. Instead, scientists found that they became more ...

Researchers traced termite DNA back to cockroach ancestors and found genetic loss played a key role in building social ...

Tracing the emergence of termites back to cockroaches, scientists have found that termites didn’t become more socially complex by gaining new genes, but by losing them. The findings shed new light on ...

Termites are among the most successful animals on Earth, forming vast societies that can number in the millions. But how did such complex social systems evolve from solitary ancestors that looked much ...

Termites became social powerhouses by stripping away genes tied to competition and independence. This genetic shedding locked in monogamy, boosted cooperation, and paved the way for their ...

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The molecular clock theory posits that genetic changes happen steadily and gradually, offering a reliable means for peering into the past and theorizing when complex life first emerged. However, there ...