I didn't want my first thread to be like this, but I've seen some others like it so I thought I would start one.
I've changed a lot of peoples minds on this, so I found it necessary.
1 - What would be the purpose of a half wing?
Well, it could have a number of them. If by "half a wing" you don't mean a wing that's been chopped in half, that is.
For example, courtship display, manoeuvring while running, jumping/gliding aid, blanket or sunshade for eggs... I think all of those are functions that still exist in modern birds, flying or flightless.
2 - What evidence do you have for the TRex being a meat eater? Don't say because of it's teeth.
We've heard enough of coprolites and fruit bats, so I'd like to address this instead:
This is like finding the bones of a tall man and assuming he was a basketball player!
Not at all. For one thing, being a basketball player is a choice humans are relatively free to make or not make. An animal's diet is not like that. Your whole body - the cutting, grinding etc. mechanics of your teeth, the way your digestive tract is built, the content of your digestive juices, your metabolism, the microbes that live in your intestines, everything is adapted to a particular kind of diet (ours happens to be fairly broad, but that's not always the case).
A tall man could choose many professions, and we see them do so every day. Most tall men are not basketball players. On the other hand, most animals with teeth that are even remotely similar to those of
T. rex (such as
Komodo dragons) are carnivores.
3 - If humans are animals, why don't we act like it?
In what ways do we not act like animals?
4 - If the appendix is 'vestigial', why is it part of the digestive system?
Because it used to be. If it had disappeared, we'd not call it vestigial, we'd call it absent...
5 - If we share a common ancestor with apes, how do they have two more chromosomes than we do. YES WE DO! Look it up yourselves. I've never gotten ANY explanation for this.
Then you must have lived under a rock in the last few years, because chromosome 2 has been all over the internet.
The answer is chromosome fusion. Cells have ways of repairing broken DNA, but they are not perfect. Sometimes, things that are
not broken - such as separate chromosomes - could get stuck together by accident. The fusion of two complete chromosomes need not have any ill effects - the content of both chromosomes is still the same, they can pair up with their unfused counterparts; in other words, they can still
function.
What is the evidence that this really happened with apes? Well, human
chromosome 2 looks exactly like two chimp chromosomes joined head to tail.
A chromosome has three main parts. At each end, there is a region called a
telomere, which doesn't contain any genes. Its role is to protect the valuable stuff from eroding away (due to an imperfection of DNA replication, our chromosomes are shortened every time they are copied). In the middle (or sometimes closer to one end) is the
centromere, which serves as an attachment point for the protein threads that pull chromosomes apart during cell division. Between telomere and centromere are the genes, regulatory sequences - the actual information content of the chromosome.
Now, a normal chromosome has a single centromere and a telomere at each end. Both of these features are readily recognisable by their location and their DNA sequence.
Human chromosome 2 has
two centromeres. Only one of them is functional, but the other can still be recognised. There are also remnants of telomeres in the middle of the chromosome, where they have no place. What's more, the sequences between telomeres and centromeres line up beautifully with two ape chromosomes.
6 - ALL dead organisms leave behind dead bodies.
And what do the vast majority of dead bodies do? Rot and get eaten.
So why do evolutionist claim that we only have like 100 transitional forms?
They don't... we have a lot more than that, I'm sure. If I put my mind to it, I could probably dig you up more than a hundred just from the small areas of vertebrate palaeontology I'm most familiar with.
7 - Why don't Monkey's have babies today?
Um, they do?
8 - Why have so many humans claimed to have seen dinosaurs in the congo and Lockness?
Because humans often see things they
want to see, not things that are really there.
But do tell me, how would a late-surviving (non-avian) dinosaur or a Loch Ness (learn to spell, please) monster contradict evolution?
I can't wait to see some of the struggling responses to this.
Sorry to disappoint you.
It's not off-topic.
Please don't tell me we have some inbred desire to procreate and protect our young, when in reality many of them are being killed in the name of 'non-viability' before they even have a chance to see the world.
What animal does that?
Quite a lot of them, from what I know, but it seems I've been beaten to the pleasure of telling you that
