"Phylogenies," or evolutionary trees, are diagrams that illustrate how certain plants or animals supposedly evolved and branched out from common ancestors. Charles Darwin drew one, usually referred to as his "tree of life," in one of his notebooks.

Evolutionists have yet to figure out how life could have spontaneously developed from non-living chemicals. Richard Dawkins told New Scientist in 2009 that "the most profound unsolved problem in biology is the origin of life itself."¹

In 1993, a fossil of a long-tailed bird was found in China that still contained feathers and bones. The fossilized Confuciusornis sanctus is supposedly 120 million years old, but observation has shown that original organic materials such as bones and feathers break down in just thousands of years, even if bacteria aren't present.

If dinosaurs evolved into birds, then fossils should show plenty of sequential transitional features between the two groups. For example, some evolutionists speculate that the earliest stages of feather evolution consisted of filaments, or "dinofuzz," on dinosaurs' skin.

Virtually everybody knows that the world's oceans have currents. But few know who first discovered them, why they are important, or what can be gained by mapping them in greater detail. NASA's Aquarius satellite is collecting related data from the world's oceans, and a recent NASA video highlighted the vital importance of its currents.