Hello Everyone.
I'll just make a few comments on the thread, and then reply to the OP indepth.
QUOTE
thats different! i believe god worked through the authers of the bible to write it. i dont know science can be a bit diseaving at times. plus ive felt the holy spirit inside me and the presence of our Lord. tahst what made me a believer. i used to believe in evolution. thats changed in 1 night
A. The vast majority of believers on our planet believe in Evolution. The 2 aren't opposites.
B. How can you be sure what is inside you is the holy spirit? How do you even know it is real? Do not believe something because you want to.
QUOTE
This includes the Neanderthals, they had a bigger brain than we do. but it seems that they died out and so did the their cousins the crow magnums.(sp. ch.)
In Michael Chrichon's NEXT, it is theorized that Neanderthals died out because they were more cautious then humans, who had more genes pre-deposing them to taking risks.
QUOTE
Nope they didn't we evolved in western Africa when they were dieing out in the middle east and Europe and maybe north America. Yes our paths did cross but it was over for them.
Yes.
QUOTE
lol well ur entitled to ur beliefs im not up for being convinced that mine is complete crap. i used to think like u but i got Cured
No offense, but do you realize how seriously messed up and scary that sounds? I'm seriously concerned.
QUOTE
No I am saying that there is no such thing as a clear cut transitional species to mankind. specially since all of the candidates ended in dead ends.
See below.
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it doesn't explain my first thought on the day of my birth.
This is even weirder.
OK. It seems like a few religious people in this thread had some kind of euphoric / really strange event in their lives, and in an atempt to understand it, reached out for radical religion.
That is, of course, the reflexive human response, but think more rationally. You have a effect, and are clutching straws for a cause.
QUOTE
My first thought was " So this is life!"
But see, no offense, BUT THIS IS SO WEIRD! Sorry, Daniel, but I do not believe you can remember your first thought.
Your brain wasn't capable of language at the time. It is truly impossible for you to have thought 'so this is life'.
Oh. I have no doubt you Believe you can remember your first thought, but it is biologically impossible that you can.
QUOTE
Unless we were handed our origins in oh say a book
Yeah! You are sooooo right! OUR ORIGINS HAVE BEEN SHOWN TO US IN THE GOSPEL OF THE FLYING SPAGHETTI MONSTER!
You see, Daniel, the Bible is 2 things:
A. The ancient's way of making money
B. Perhaps an honest attempt at explaining our world.
Back then, they had no way to explain our origins using science, so they guessed.
QUOTE
Sorry to be filling a thread with cut and paste, but anyways:
[rant]
Belle, why do you have to be sorry??? Not directing this at you, but I feel like ranting...
I do not understand this mindset of 'no copying and pasting peoples'. Here's the Reality:
NOBODY ON THIS FORUM KNOWS EVERYTHING THEY WILL HAVE TO IN A DEBATE.
I see nothing wrong with copy and pasting. IF Someone else on the web has the answer,
by all means USE IT!
[/rant]
QUOTE
Transitional forms like darwin said should exist in the millions, they ought to be fossils, showing things for example, half human half monkey. No such fossils exist, and those presented as transitional forms can easily be refuted, and its usual deliberate mis information about those fossils and huge lumps of assumptions on which their base their conclusions, pretty much like the whole theory.
Fossils are extremely rare freak accidents. If the Earth wasn't billions of years old, we would have close to zero. It is 100% expected that we do not have every form.
Sigh, wrong, wrong, wrong.
Let's look at this:
[A] + [ ] + [C] + [ ] + [ ] + [F] + [G] + [H] + [ ] + [J] + [K]
Can you fill in the blanks?
OF course- It is easy to see what goes there. If we have all of the fossils with letters, then filling in the blanks is easy.
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Darwin said there should be millions, infact we should be totally inandated with transitional forms, millions of them, of the millenia, they should be every where we look
You seriously do not understand what you are talking about...
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You should already know my stance on Wiki, i dont accept evidence from such unregulated sites with no professional or academic cedibility.
Then use the bloody SOURCES PROVIDED.
[rant]
WIKIPEDIA ROCKS PEOPLE.
I'm sorry if you don't like it, but it is the FUTURE of information.
[/rant]
QUOTE
As for the mutations on cancer and the DNA etc. Funny how your happy to show mutations which are non beneficial, well thats the nature of mutations, they dont enhance a specie, they cause problems, and you call it evolution.
Wrong.
Wrong.
Wrong.
Wrong.
WRONG.
#
# Beneficial mutations are commonly observed. They are common enough to be problems in the cases of antibiotic resistance in disease-causing organisms and pesticide resistance in agricultural pests (e.g., Newcomb et al. 1997; these are not merely selection of pre-existing variation.) They can be repeatedly observed in laboratory populations (Wichman et al. 1999). Other examples include the following:
* Mutations have given bacteria the ability to degrade nylon (Prijambada et al. 1995).
* Plant breeders have used mutation breeding to induce mutations and select the beneficial ones (FAO/IAEA 1977).
* Certain mutations in humans confer resistance to AIDS (Dean et al. 1996; Sullivan et al. 2001) or to heart disease (Long 1994; Weisgraber et al. 1983).
* A mutation in humans makes bones strong (Boyden et al. 2002).
* Transposons are common, especially in plants, and help to provide beneficial diversity (Moffat 2000).
* In vitro mutation and selection can be used to evolve substantially improved function of RNA molecules, such as a ribozyme (Wright and Joyce 1997).
THERE ARE TONS OF EXAMPLES OF BENEFICIAL MUTATION:
http://www.talkorigins.org/indexcc/CB/CB101.htmlhttp://www.gate.net/~rwms/EvoMutations.htmlhttp://www.gate.net/~rwms/EvoHumBenMutations.htmlhttp://www.talkorigins.org/faqs/mutations.htmlQUOTE
I have always thought of the lower animals as test subjects.
Wow.
Lower animals?
And the crazies say Evolution leads to arrogance... This shows us indeed where arrogance lies...
OK HERE WE GO.
It seems like everyone is interested in the later part of human history. So I'll do that.
1. 65 Ma
A group of small, nocturnal and arboreal, insect-eating mammals called the Euarchonta begins a speciation that will lead to the primate, treeshrew and flying lemur orders. The Primatomorpha is a subdivision of Euarchonta that includes the primates and the proto-primate Plesiadapiformes. One of the early proto-primates is Plesiadapis. Plesiadapis still had claws and the eyes located on each side of the head, because of that they were faster on the ground than on the top of the trees, but they begin to spend long times on lower branches of trees, feeding on fruits and leaves. The Plesiadapiformes very likely contain the species which is the ancestor of all primates.[10]

2. 65 Ma
One of the last Plesiadapiformes is Carpolestes simpsoni. It had grasping digits but no forward facing eyes.

3. 40 Ma
Primates diverge into suborders Strepsirrhini (wet-nosed primates) and Haplorrhini (dry nosed primates). Strepsirrhini contains most of the prosimians; modern examples include the lemurs and lorises. The haplorrhines include the three living groups the prosimian tarsiers, the simian monkeys, and apes. One of the earliest haplorrhines is Teilhardina asiatica, a mouse-sized, diurnal creature with small eyes.
4. 30 Ma
Haplorrhini splits into infraorders Platyrrhini and Catarrhini. Platyrrhines, New World monkeys, have prehensile tails and males are color blind. They may have migrated to South America on a raft of vegetation across the Atlantic ocean (circa 4,500 km, 2,800 mi). Catarrhines mostly stayed in Africa as the two continents drifted apart. One ancestor of catarrhines might be Aegyptopithecus.

5. 25 Ma
Catarrhini splits into 2 superfamilies, Old World monkeys (Cercopithecoidea) and apes (Hominoidea).
Proconsul was an early genus of catarrhine primates. They had a mixture of Old World monkey and ape characteristics. Proconsul's monkey-like features include thin tooth enamel, a light build with a narrow chest and short forelimbs, and an arboreal quadrupedal lifestyle. Its ape-like features are its lack of a tail, ape-like elbows, and a slightly larger brain relative to body size.
Proconsul africanus is a possible ancestor of both great and lesser apes, and humans.

6. 15 Ma
Hominidae (great apes) speciate from the ancestors of the gibbon (lesser apes).
7. 13 Ma
Homininae ancestors speciate from the ancestors the orangutan[11].
Pierolapithecus catalaunicus is believed to be a common ancestor of humans and the great apes or at least a species that brings us closer to a common ancestor than any previous fossil discovery.
Pierolapithecus had special adaptations for tree climbing, just as humans and other great apes do: a wide, flat ribcage, a stiff lower spine, flexible wrists, and shoulder blades that lie along its back.
8. 10 Ma
Hominini speciate from the ancestors of the gorillas.
9. 7 Ma
Hominina speciate from the ancestors of the chimpanzees. The latest common ancestor is Sahelanthropus tchadensis (ca. 7 Ma). The earliest known human ancestor post-dating the separation of the human and the chimpanzee lines is Orrorin tugenensis (Millennium Man, Kenya; ca. 6 Ma). Both chimpanzees and humans have a larynx that repositions during the first two years of life to a spot between the pharynx and the lungs, indicating that the common ancestors have this feature, a precursor of speech.

10. 4.4 Ma
Ardipithecus ramidus ramidus
11. 3.7 Ma
Some Australopithecus afarensis left footprints on volcanic ash in Laetoli, Kenya (Northern Tanzania) Strong evidence of bipedalism.
12. 3.5 Ma
Kenyanthropus platyops, a possible ancestor of Homo, emerges from the Australopithecus genus.

13. 3 Ma
The bipedal australopithecines (a genus of the Hominina subtribe) evolve in the savannas of Africa being hunted by Dinofelis. Loss of body hair takes place in the period 3-2 Ma, in parallel with the development of full bipedalism.
14. 2.5 Ma
Appearance of Homo. Homo habilis is thought to be the ancestor of the lankier and more sophisticated, Homo ergaster. Lived side by side the Homo erectus until at least 1.44 Ma, making it highly unlikely that Homo erectus directly evolved out of Homo habilis. First stone tools, beginning of the Lower Paleolithic.

15. 1.8 Ma
Homo erectus evolves in Africa. Homo erectus would bear a striking resemblance to modern humans, but had a brain about 74 percent of the size of modern man. Its forehead is less sloping and the teeth are smaller. It is believed to be an ancestor of modern humans (with Homo heidelbergensis usually treated as an intermediary step).
Homo erectus migrates out of Africa and colonizes Eurasia.

16. 1.5 Ma
Dmanisi man / Homo georgicus (Georgia, Russia), tiny brain came from Africa, with Homo erectus and Homo habilis characteristics. Control of fire by early humans. Evolution of dark skin is complete by 1.2 Ma.
17. 700 ka
Common genetic ancestor of humans and Neanderthal, though the accuracy of this finding has been questioned.[12] At present estimate, humans have approximately 20,000–25,000 genes and share 99% of their DNA with the now extinct Neanderthal [13] and 95% of their DNA with their closest living evolutionary relative, the chimpanzees[14].
18 355 ka
Three 1.5 m (5 ft) tall Homo heidelbergensis left footprints in powdery volcanic ash solidified in Italy. Homo heidelbergensis is the common ancestor of both Homo neanderthalensis and Homo sapiens. It is morphologically very similar to Homo erectus but Homo heidelbergensis had a larger brain-case, about 93% the size of that of Homo sapiens. The species was tall, 1.8 m (6 ft) on average, and more muscular than modern humans. Beginning of the Middle Paleolithic.
19. 195 ka
Omo1, Omo2 (Ethiopia, Omo river) are the earliest fossil evidence for archaic Homo sapiens, evolved from Homo heidelbergensis.
20. 160 ka
Homo sapiens (Homo sapiens idaltu) in Ethiopia, Awash River, Herto village, practise mortuary rituals and butcher hippos.
21. 150 ka
Mitochondrial Eve lives in East Africa. She is the most recent female ancestor common to all mitochondrial lineages in humans alive today.
22. 70 ka
appearance of mitochondrial haplogroup L2. Behavioral modernity. The FOXP2 gene (associated with the development of speech) appears in this period.[15]
23. 60 ka
Y-chromosomal Adam lives in Africa. He is the most recent common ancestor from whom all male human Y chromosomes are descended. Appearance of mitochondrial haplogroups M and N, which participate in the migration out of Africa.
24. 50 ka
Migration to South Asia. M168 mutation (carried by all non-African males). Beginning of the Upper Paleolithic. mt-haplogroups U, K.
25. 40 ka
Migration to Australia and Europe (Cro-Magnon).
26. 25 ka
Neanderthals die out. Y-Haplogroup R2; mt-haplogroups J, X.
27. 12 ka
Beginning of the Mesolithic / Holocene. Y-Haplogroup R1a; mt-haplogroups V, T. Evolution of light skin in Europeans (SLC24A5). First domestication of the dog. Homo floresiensis dies out, leaving Homo sapiens as the only living species of the genus Homo.
28. 10000 BCE
Beginning of the Neolithic / Holocene. The invention of farming in the Fertile Crescent occurred during this time.
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So there we go!
For sources, see the wikipedia page:
http://en.wikipedia.org/wiki/Timeline_of_h...ion#cite_note-9So. Any questions?
FYI, I'll be updating that page to include pics of fossils for each.
I'll post another link when done it.
Cheers,
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