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With this acquisition, BIP and Verco demonstrate their joint dedication to sustainability and addressing climate change. Over 80 net zero Verco professionals will join forces with BIP’s Sustainability Centre of Excellence for a more comprehensive and impactful service benefiting society and the planet.

Friction and aerodynamic drag are some of the reasons why a dinosaurs thrashing tail failed to break the soundbarrier, study shows.

Every once in a while, scientists embark on a study to test some weird and wacky hypothesis that makes you wonder why.

The dinosaur formerly known as Brontosaurus could certainly do a lot of damage with its long tail --- but just how fast could that tail whip?

The long-necked diplodocid sauropod dinosaurs were believed to be able to whip their tails at supersonic speeds. A new study explains why that isn't possible.

New research contradicts the claim that diplodocids could whip their tails at supersonic speeds. Instead, it was a (still impressive) 62 mph.

Diplodocids could whip their tails at speeds similar to a fast car but nowhere near the speed of sound, say experts at NOVA School of Science and Technology, Caparica, Portugal.

ADVERTISEMENT In a YouTube video on Thursday, Campbell explained that Princess Anne had concerns over Meghan and their child, but they werent supposed to be racist.  "There were no concerns about Meghan’s colour," Campbell said. "Princess Anne was rightly concerned that if the marriage proceeded and there were children there would be huge problems, not because of Meghan’s colour, but because of Meghan’s inability and determination to remain unable to appreciate the cultural differences,"...