Ocean animal remains in the one of the driest regions

www.grunge.com/113635/mount-everests-strangest-artifacts-objects/

Geologically speaking, Mount Everest and the rest of its Himalayan neighbors are still relatively young whippersnappers at a sprightly 65 million years of age. As outlined by ThoughtCo., they began forming when Eurasian plate and the Indo-Australian plate collided, and the boundary between the plates has been steadily folding and pushing to reach its current height of 29,000 feet. A key piece of evidence advancing the notion of plate tectonics in the early 20th century, the above-linked ThoughtCo. article explains that 400-million-year-old ocean marine fossils can actually be found in the layers of limestone at the top of the mountain.

These fossils were deposited at the bottom of shallow tropical seas back in the day before eventually finding themselves on top of the world, weirdly but epically demonstrating how the sea bed has been forced up to the highest peaks of the Earth over millions of years through the collision of crustal plates. Aside from the usual awe and wonder that Everest inspires with its sheer scale and the tales of triumph and tragedy on its slopes, it's humbling to know that when we look at it, we're really looking at a monument to the dynamic nature of the Earth itself.

More evidence of a global flood.