If you live in African desert for just a week, you will notice your skin turn red. Live there for a month and your skin will gradually turn redder and eventually turn black after years. Turning black is evolution that you won't feel much heat under the sun. Who knows you'll become a dinosaur after billion of years.

That is not evolution, Darwin just threw up in his own mouth after reading that.
It is hilarious how the most ardent evolution fundamentalists dont even understand the concept at all.
So let me ask you.
How do you explain existence of African-Americans living in relatively cold weather? And how do you explain existence of white Australians living on equator? For hundreds of years. Shouldnt they start changing skin color the moment they arrive in the new environment?

Why do you call that random guy on the internet evolution fundamentalist? It's obvious he doesn't know what he is talking about.
There are still monkeys around because it is a proof that evolution theory is not true. It is better to believe that there is God who created me and He has great purpose why He made me rather than believing that I am from family of monkeys. And if ever evolution really exist, why we still man and woman, I mean, thousand of years already past but still we don't hear any news that human evolve into another form of life.
Ugh, Evolutionists and scientists punch themselves in the face when they read things like you said. Evolution is the change in populations, not in individuals.
Evolution is not a process in which species universally progress up a "ladder".
Humans are not descended from any modern species of monkey; both monkeys and humans are descended from some long-extinct ancestor pre-dating both. Although this species, if it were transferred to today, would be considered a "monkey", it is not any living species of monkey.
Evolution explains how humans developed from a primate ancestor, but not an extant species of monkey or ape. Modern primates include: bonobos, chimpanzees, gorillas, baboons, macaques, lemurs, gibbons, and humans. None of these is a descendant of any other.
Speciation can occur by branching into two or more reproductively isolated populations (cladogenesis) or when a single population changes over time to such an extent that the later population is considered a different species (anagenesis).