Light is a primary driver of visual evolution in shrimp, according to new FIU research published this week in Nature ...

Scientists found deep-sea shrimp evolved special vision to detect bioluminescent light and navigate their world.

The viewer encounters special moments in the photos taken by our gallery photographers – splashing spray, intense gazes and ...

The marine photographer who captured the footage said it could be the world's first recorded sighting of a black seadevil ...

Spanish researchers recently shared images of a deep-sea anglerfish swimming horizontally in shallow waters, capturing a rare ...

A team of marine biologists in Tenerife, Canary Islands, have caught on video a rare black devil fish for the first time in ...

A very rare fish sighting is making a splash on social media. A deep-sea anglerfish, with its mouthful of sharp teeth, was spotted near the surface of the water near the Canary Islands off the coast ...

2012). The bacteriogenic photophores present in Loliginidae and Sepiolidae also appear to have evolved separately (Lindgren et al., 2012). Figure 2 Percentage of known non-bioluminescent (grey) and ...

Despite my life-changing desire to see those glowworm caves, I haven’t made it down to New Zealand. That being said, bioluminescence comes in all shapes and sizes—and Aotearoa (the country’s Māori ...

Baboons failed to recognize themselves in mirrors, suggesting limited self-awareness compared to some animals.