Evolution is so flexible! It can be fast¹ or slow.² It can go forward or backward.³ It can add or eliminate structures—such as the alleged loss of parts of our voice box (larynx). Apparently, it can do anything that secular researchers need it to do.

Most of us are familiar with the incredible ability of different animal groups to migrate (such as birds).^1,2 But what about invertebrates?

Recently, scientists discovered that a moth called the death’s-head hawkmoth (as well as the dragonfly³) flies for miles, keeping on a path that’s narrow and straight.

We appreciate the beautiful butterfly, but not so much the pesky moth. However, the wing structure of both creatures is amazing, “The wings of moths and butterflies are densely covered in scales that exhibit intricate shapes and sculptured nanostructures.”¹

Speciation may be defined as the separation of populations of animals or plants that resemble one another closely and originally able to interbreed—into independent populations with genetic differences, and sometimes not able to interbreed with other populations to which they are directly related. Put another way, speciation is when one creature becomes two or more species.

“How the giraffe's long neck evolved has long been an evolutionary mystery” said a recent article.¹ For many decades it was thought by evolutionists (i.e. Darwin) that the impetus for a slowly elongating neck of the giraffe was reaching for high foliage on the African plains.