Recently, a team of geochemists from Belgium reported that days might have been 30 minutes shorter in the Late Cretaceous compared to today, giving 372 days in a year.¹ They published their results in Paleoceanography and Paleoclimatology, basing their conclusions on growth patterns in an extinct bivalve called a rudist clam.

Pterosaurs were amazing flying reptiles that came in all shapes and sizes.¹ Not surprisingly, when these bizarre creatures are found in the fossil record they are 100% flying reptiles. Some achieve the size of a fighter jet, such as Quetzalcoatlus discovered in Texas or Hatzegopteryx in Romania.

The Institute for Creation Research (ICR) just released Carved in Stone: Geological Evidence of a Worldwide Flood, the second addition to ICR’s In-Depth Science series. Thanks to author Dr.

New concerns have surfaced this week about melting ice from within the deepest point on the continents.¹ Worry over the rapid melting of the ice-filled Denman Canyon has sparked more environmental concern over climate change. But are we letting our fears get ahead of ourselves?

How long does it take for the volcanic ash to turn to stone? Most uniformitarian scientists claim this is a slow process that should take many years, even thousands of years. But what does empirical science reveal? Does ash take a long to harden?