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a reply to: neoholographic
Funny that in the links provided they don't say or show what they consider to be "huge amounts of gold " that cant be accounted for being created. Whatamount of gold mass do they consider to be "huge"
Put another way "because I find a piece of ambergris on the beach" it may be the mystical manna of the bible.
en.wikipedia.org...
Ambergris has historically been used in food and drink. A serving of eggs and ambergris was reportedly King Charles II of England's favorite dish.[13] A recipe for Rum Shrub liqueur from the mid 19th century called for a thread of ambergris to be added to rum, almonds, cloves, cassi
originally posted by: ManFromEurope
How do you differ between a skeleton with sickle cell anemia and one without?
Just to name a mutation which is potentially lethal and would not show up in fossiles.
If you look for fossiles where a specific feature would (a) enhance the possiblity of successfull and propagating offspring and (b) this feature would show up clearly in a fossile, I cannot quote a range of fossiles which would show so.
Because I am neither biologist nor palaeonthologist. I only heard about the existence of such fossile-lines.
But I guess if you asked one of them, they might be able to show you a range of (for example) ancestors to the giraffe with a shorter length, stretching out.
It makes just so much MORE sense than a designer, meddling all the time with smallest settings on a mega-multitude of faunae and florae.
The two forces that drove giraffes towards elongating their necks are simple. The need to eat and the need to breed.....The evolutionary history of the giraffe brings us back to approximately 50 million years ago. An animal similar to antelopes evolved into two species that are extant today. Many of these animals roamed across Eurasia and Africa until they went extinct or evolved into animals we see today. These surviving members of the Giraffidae family are the okapi and the giraffe, both of which (Whom?) inhabit Africa. Many other extinct predecessors of the giraffe existed, and their fossils remain. By using these fossils scientists were able to figure out how their necks evolved anatomically.
The paper, published in the Royal Society Open Science, discussed several detailed aspects of each vertebrae in the neck that lengthened over the 15 million years that the Giraffidae family existed and over the 50 million year time span of the ancestral evolution of long necks. .Many species and families preceded the Giraffidae family, all of which exhibited either neck or cranial lengthening.
Scientists generally think that the first explanation is the right one and that directed mutations, the second possible explanation relying on non-random mutation, is not correct.
In addition, experiments have made it clear that many mutations are in fact random, and did not occur because the organism was placed in a situation where the mutation would be useful. For example, if you expose bacteria to an antibiotic, you will likely observe an increased prevalence of antibiotic resistance. Esther and Joshua Lederberg determined that many of these mutations for antibiotic resistance existed in the population even before the population was exposed to the antibiotic — and that exposure to the antibiotic did not cause those new resistant mutants to appear.
originally posted by: and14263
But aren't the "natural"/"random" trait evolutions spurred on / initiated by the external environment? So are not random. IE the giraffe didn't start to evolve a long neck as a reason to survive... It happened because the only giraffes which survived were those with a long neck and could reach the leaves, they passed this trait on and it got stronger. The dead giraffes didn;t all have random evolved traits with no link to the environment, they just had no evolved traits, just short necks.
originally posted by: neoholographic
originally posted by: and14263
But aren't the "natural"/"random" trait evolutions spurred on / initiated by the external environment? So are not random. IE the giraffe didn't start to evolve a long neck as a reason to survive... It happened because the only giraffes which survived were those with a long neck and could reach the leaves, they passed this trait on and it got stronger. The dead giraffes didn;t all have random evolved traits with no link to the environment, they just had no evolved traits, just short necks.
The evidence for intelligent Design is clear.
originally posted by: carsforkids
a reply to: Klassified
The topic is intelligent design. not the one true God and don't
you get tired of asking that like forever? It's like your off topic
stand-by, go to for thread derailment binky. lol
Just mess'n with ya Klass but don't derail please?
originally posted by: carsforkids
a reply to: Klassified
The topic is intelligent design. not the one true God and don't
you get tired of asking that like forever? It's like your off topic
stand-by, go to for thread derailment binky. lol
Just mess'n with ya Klass but don't derail please?
What comes first, the random mutation before there's a need or evolutionary pressures caused by a need to survive in the environment?
Why did Giraffes evolve long necks? Were they adapting to their environment or did long necks randomly evolve and they just won out against all of these other traits? Oops, there are no other traits to win out against.
originally posted by: neoholographic
If this occurred naturally and through random mutations, then there would be millions of fossils from organisms that evolved traits that didn't help it survive and even then why would the information needed for the organism to survive even be available? Where did it come from?
originally posted by: FinallyAwake
So dinosaurs were intelligenty designed too?
originally posted by: carsforkids
a reply to: neoholographic
Very well done indeed!