If that is after Adam...fine. If it is before is is unbelief.
You believe that God made Adam's body from the dust, right? I believe that He used a different method to do the same thing.
dad said:
Start posting some and we will see.
Get cracking.
Alright.
First off, there's our genetic similarity to other primates. People argue about the exact percent of shared DNA, but everyone agrees that it's a substantial part of our genome. Given that most of the human genome (99%) is non-coding, there would be no reason for this DNA to be shared simply to form similar structures. A small percent of the non-coding DNA in the human body does serve a purpose, but having so many strands of non-coding DNA which are so similar to the non-coding DNA of lower primates wouldn't be necessary.
We also share a substantial part of our genome with other organisms. We can look at many different genes (coding and non-coding) and see similarities. Sometimes, genes are exactly the same, and sometimes they're strong evidence for evolution precisely because of the ways that they aren't the same. With those examples, we can look at the similarity to other organisms that we know from the fossil record to have evolved at different points in time, and we see a strong correlation in the number of differences and the distance in time at which their split occurred, along with an increasing complexity in the genome with more recent organisms as compared to those we know from the fossil record to have evolved earlier on a different route.
Chromosome 2 is another good example of human evolution. All other human chromosomes are extremely similar to those of other hominidae. This particular chromosome is similar to two, and looks like what those chromosomes would look like had they fused together. Chromosome 2 not only looks like a virtual mirror of the two chromosomes found in a chimpanzee, but it also has two centromeres (a part of the chromosome normally located in the center, and of which there is normally only one) far from the center of the chromosome. Instead of a centromere, the center of chromosome 2 has two telomeres, which are normally located at the end of the chromosome (where, again, there is normally only one).
Going to the fossil record, we can also trace the evolution of some species across time. There are several transitional fossils, although these generally reflect slow change rather than being drastic "missing links". In the case of human beings, the level of interest has probably contributed to building one of the most complete evolutionary pathways that we have available to us. Although no scientist would claim that it actually is totally complete, it has individuals from every stage of human evolution. We have organisms that look essentially like bipedal apes on one end (the australopithicines), in the same part of the world where we have organisms that gradually begin to look more human. Radioisotope datinh shows exactly what you would expect, namely that the more ape-like organisms are more ancient while the increasingly humanoid organisms are closer to us in time. These organisms also became increasingly sophisticated intellectually, with the earliest producing very simple tools and the latest producing the typical stone age wares that we associate with "cavemen".
Finally, we have evidence that the first anatomically modern human beings emerged in Africa the latest, appearing at a few hundred thousand years B.C., then spreading out in a documented pattern across Asia, Europe, Oceania, and North and South America. They lived mostly as hunter gatherers for thousands of years, and they along with the Neanderthals (who were similar but slightly different) began to create increasingly sophisticated tools and art as time went on. Eventually, while the Neanderthals went extinct, Homo sapiens began to build structures like the temple complex at Gobekli-Tepe (spelling?) in modern Turkey. They also started to realize, in multiple places all at around 10,000 B.C., that they could produce food. Gradually, they started to collect into cities and live as agrarians.
We can see all of this through a combination of paleontology, genetics, and physics (which is useful for various forms of dating used on ancient organisms), along with archaeology for the last chapter. Sometimes linguistics also comes into play for understanding migration routes.
I know that you obviously disagree with me, but which parts of this do you disagree with me on?