Teeth and fossil bone fragments from a meat-eating T. rex-like dinosaur were discovered in a Chinese dinosaur bone bed. The remains indicate that the creature measured over 30 feet from nose to tail.¹ How did such a large creature come to be fossilized alongside so many other dinosaurs?

Japan's disastrous March 11 earthquake has had a lasting geologic impact on the earth. Italy's National Institute of Geophysics and Volcanology preliminarily found that it moved the planet's rotation axis by 25 centimeters.¹ U.S. Geological Survey seismologist Dr.

The March 11 offshore 9.0-scale earthquake pushed a massive surge of water over Japan that decimated large areas of its coast and killed thousands of inhabitants. The human toll is not yet fully known, but amidst this devastating tragedy lie lessons about the power of earth and water.

Among land-dwelling arthropods, the sheer number of just ants and beetles that live and die each year is phenomenal. And ocean krill exist in even higher numbers. Each of these creatures leaves behind an exoskeleton. If it were not for remarkably efficient exoskeleton-eating microbes, the earth would quickly fill up with arthropod carcasses.

Marine biologists made a surprising discovery in 2002 when they found a unique species of worm that devours the bones of whale carcasses on the ocean floor. Ongoing research conducted off the coast of California has uncovered much more about these sea floor worm-based ecosystems, and the discoveries have provided more insight into the fossilization of vertebrate bones.