A team of scientists from Australia and the USA recently studied the ejecta from a subsea volcano, gaining new insights into how magma can explode to the surface from deep underwater.¹ This discovery also gives important insight into volcanic activity during the Flood year when many volcanoes originated while still underwater.

Evolutionary scientists discovered an ancient tsunami victim and a dog skeleton at ÇeÅŸme-BaÄŸlararası, a settlement on the coast of Turkey.¹ The researchers also found numerous marine shells mixed within the enveloping sediments, indicating that the waves washed in from the ocean.

A group of evolutionary scientists from the United Kingdom and France recently unearthed a large track-bearing surface in southern Wales.¹ They speculate that these prints are from a bipedal prosauropod² dinosaur, similar to Plateosaurus, common across Europe. But their interpretation has one major issue.

The Coconino Sandstone, famously exposed near the top of Grand Canyon’s splendid sedimentary layers, remains a controversial rock. Two counterclaims vie for its origin. If wind formed the Coconino’s now-hardened sand dunes, then the whole region must have been dry land exposed to the air—unlike the Bible’s portrayal of a worldwide Flood.

by Dave Woetzel, M.S., and Brian Thomas, Ph.D.*