Some Evidence Against Evolution

Rei writes:Bones of missing links, or fossils that you think should but there but aren't?There are no fossils that we think should be there but aren't. For example, here is the smooth transition from humans to jawless fish:) H. Sapiens Sapiens (us) (40kya)
2) H. Sapiens (500kya)
3) H. Erectus (1.8 Mya)
4) H. Habilis (2.5 Mya)
5) A. Africanus (3.0 Mya)
6) A. Afarensus (3.9 Mya)
7) Ardipithecus Ramidus (5.8 Mya)
8) Orrorin Tugenesis (6 Mya)
9) Sahelanthropus tchadensis (7Mya)
10) Kenyapithecus (16 Mya)
11) Dryopithecus (~16Mya)
12) Proconsul Africanus (~20 Mya)
13) Aegyptopithicus (~30 Mya)
14) Parapithecus (~32 Mya)
15) Amphipithecus, Pondaungia (~35 Mya)
16) Pelycodus, etc (~50 Mya)
17) Cantius (~50 Mya)
18) Palaechthon, Purgatorius (~60 Mya)
19) Kennalestes, Asioryctes (~80 Mya)
20) Pariadens kirklandi (95 Mya)
21) Vincelestes neuquenianus (135 Mya)
22) Steropodon galmani (~140 Mya)
23) Kielantherium and Aegialodon (~140 Mya)
24) Endotherium (very latest Jurassic, 147 Ma)
25) Peramus (~155 Mya)
26) Eozostrodon, Morganucodon, Haldanodon (~205 Mya)
27) Kuehneotherium (~205 Mya)
28) Sinoconodon (~208 Mya)
29) Adelobasileus cromptoni (225 Mya)
30) Pachygenelus, Diarthrognathus (earliest Jurassic, 209 Mya)
31) Oligokyphus, Kayentatherium (early Jurassic, 208 Mya)
32) Probelesodon (~225 Mya?)
33) Exaeretodon (239 Mya)
34) Probainognathus (239-235 Mya)
35) Diademodon (240 Mya)
36) Cynognathus (240 Mya)
37) Thrinaxodon (~240 Mya)
38) Dvinia (Permocynodon) (~245 Mya)
39) Procynosuchus (~245 Mya)
40) Biarmosuchia (~255 Mya)
41) Dimetrodon, Sphenacodon (~270 Mya)
42) Varanops (~275 Mya)
43) Haptodus (~290 Mya)
44) Archaeothyris (~315 Mya)
45) Clepsydrops (~325 Mya)
46) Protoclepsydrops haplous (~325 Mya)
47) Paleothyris (~325 Mya)
48) Hylonomus, Paleothyris (~325 Mya)
49) Limnoscelis, Tseajaia (~325 Mya)
50) Proterogyrinus or another early anthracosaur (~335 Mya)
51) Temnospondyls (Pholidogaster) (330 Mya)
52) Labyrinthodonts (eg Pholidogaster, Pteroplax) (~360 Mya)
53) Hynerpeton, Acanthostega, and Ichthyostega (~365 Mya)
54) Obruchevichthys (370 Mya)
55) Panderichthys, Elpistostege (370 Mya)
56) Eusthenopteron, Sterropterygion (~375 Mya)
57) Osteolepis (~385 Mya)
58) Palaeoniscoids (Cheirolepis, Mimia) (~400 Mya)
59) Acanthodians(?) (~420 Mya)Tell me where you think a "missing link" should be. If you can't name a specific, don't bring up the subject.

Rei writes:Please be more specific. Are you talking about entire skeletons, or just places where part of the skeleton was missing? If you're talking about the latter case, what do you expect, entire skeletons to be miraculously preserved intact? Think about the situation for a second: what happens when you throw a vase? You get some big pieces, some small pieces, and some things pretty much turned to dust. That's the same thing that happens when bones get buried under kilotons of rock under pressure and heat.Complete skeletons are incredibly rare, and very valuable.

Agreed, Even if they found the entire skeleton, this discovery would not present anymore then a theoretical and morphilogical view that organic evolution occured.

NosyNed writes:Yes, but what other conclusion would you draw? There are appropriately date sequenced fossils showing various changes leading from one form to another. Just like you would draw conclusions if you say a series of photos showing various stages of some change you would be reasonable to draw conclusions from such a series of fossils. So, again, what other conclusion can you draw?

roxrkool writes:Common creator??? Please explain.