LOLThat creates turbulence in the Hand waving studio. asking for proof. observations.
Maybe he could train more of his children to be Olympic athletes?Judging by the inanities polluting this and other boards, this is a slack period for the surgeon/psychologist/farmer/economist/astronaut/janitor industry. And no yachts to maintain. What is a body to do with their time?
Has he got more children than professions? Nobody wants to know.Maybe he could train more of his children to be Olympic athletes?
Paleontologists have discovered that new animal forms almost always appear abruptly--not gradually--in the fossil record, without any obvious connections to the animals that came before. Explore Evolution, p. 22 About 530 million years ago, more than half of the major animal groups (called phyla) appear suddenly in the fossil record.I am missing no distinction because as has been pointed out all there is for the evos evidence are similarities in the dna and the fossils with no real evidence showing them evolving from one species to another.
Thank you AN for confirming that the earth is a lot older than 6,000 years.About 530 million years ago...
False.Thank you AN for confirming that the earth is a lot older than 6,000 years.
Most mutations are not beneficial. Many are detrimental and not fatal. Often are fatal.Considering a coin toss has 50/50 odds....are you suggesting that the model is correct and 50% of all mutations get passed along?
Well done. You are slowly grasping the essential elements of evolution. The majority of mutations, that are indeed not beneficial, are either neutral or malign. The neutral mutations, which are actually by far the biggest group, have no effect, positive or negative. The detrimental mutations, which also out number the beneficial ones, can be fatal or may just be damaging.Most mutations are not beneficial. Many are detrimental and not fatal. Often are fatal.
I would say a so-called beneficial mutation is extremely rare. The problem is when one tries to advance a trait a second,third,fourth and so on so-called etremely rare beneficial mutation must occur in the progeny of an animal DNA that was changed by a previous mutation.Most mutations are not beneficial. Many are detrimental and not fatal. Often are fatal.
They are, initially. Then they spread and become more common as those with the mutation have more offspring that carry the mutation. A beneficial mutation will spread trough the population over the generations.I would say a so-called beneficial mutation is extremely rare.
Do you think you can prove that happens?They are, initially. Then they spread and become more common as those with the mutation have more offspring that carry the mutation. A beneficial mutation will spread trough the population over the generations.
I have evidence that happens, and I have a spreadsheet that shows it happens.Do you think you can prove that happens?
Generation Deleterious Neutral Beneficial
---------- ----------- ------ ----------
0 10.0 989.00 1.00
1 9.9 989.00 1.01
10 9.0 989.00 1.10
100 3.7 989.00 2.70
500 0.1 989.00 144.77
700 0.0 989.00 1059.16
1000 0.0 989.00 20959.16
That's all BS.I have evidence that happens, and I have a spreadsheet that shows it happens.
A beneficial mutation with a 1% advantage will spread through the population.
Code:Generation Deleterious Neutral Beneficial ---------- ----------- ------ ---------- 0 10.0 989.00 1.00 1 9.9 989.00 1.01 10 9.0 989.00 1.10 100 3.7 989.00 2.70 500 0.1 989.00 144.77 700 0.0 989.00 1059.16 1000 0.0 989.00 20959.16
The Deleterious column shows a mutation with a 1% disadvantage in reproduction. The Neutral column shows the unmutated original genome, with neither advantage nor disadvantage. That column also includes neutral mutations. The Beneficial column shows a mutation with a 1% advantage in reproduction.
The starting generation has 10 organisms with a disadvantageous mutation, 989 with zero or neutral mutations and 1 single organism with a beneficial mutation for a starting population of 1,000. The number of organisms with the beneficial mutation increases over the generations because that mutation results in 1% more offspring, on average, for those that carry it.
Please show your numbers, then, and show how you get any result you want. I assume you mean that your numbers are based on actual calculations, rather than merely making up every single number.That's all BS.
I could tweak the numbers and get whatever result I want.
I just proved it. The fact that you personally prefer a wooden interpretation of a late Bronze Age text to my proof does not render my proof invalid.That's all BS.
I could tweak the numbers and get whatever result I want.
The spread sheet doesn't mimic the real world. Kinda like your 1,000 heads.
The problem the evos incurred is realized dramatically when they realize they have to have mutations add to a trait over and over again, many, many times.
Now, I ask you again...Do you think you can prove that happens?
Why 1% beneficial? Why not 10 or 0.000001?Please show your numbers, then, and show how you get any result you want. I assume you mean that your numbers are based on actual calculations, rather than merely making up every single number.
Lets try one more time...Now, I ask you again...Do you think you can prove that happens? Lets see it in nature rather than some over simplified equation that doesn't represent the real world.I just proved it. The fact that you personally prefer a wooden interpretation of a late Bronze Age text to my proof does not render my proof invalid.
Here's one study:Why 1% beneficial? Why not 10 or 0.000001?
I know I can prove that it happens. I have previously given you the example of the lactase persistence mutations, which are present in about one third of the human population. There are also the various high altitude/low oxygen adaptations found in the Himalayas, the Andes and in East Africa.Lets try one more time...Now, I ask you again...Do you think you can prove that happens? Lets see it in nature rather than some over simplified equation that doesn't represent the real world.