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If evolution takes millions or billions of years how can it benefit scientists who don't live long enough to observe this change and are reduced to speculating over what might have happened.
It takes millions of years for large changes to take place, but evolution is going on all the time, changing species. Some of the short-term changes are important to us: evolving viruses, evolution of antibiotic resistance in bacteria, evolution of immunity in humans, evolution of metabolic traits in humans that may now be causing diseases like diabetes in our changed environment. What strategy should we adopt in malaria eradication efforts, given our understanding of evolutionary biology? (A critical question, because malaria will develop resistance to our drugs, and mosquitos will develop resistance to our pesticides.)If evolution takes millions or billions of years how can it benefit scientists who don't live long enough to observe this change and are reduced to speculating over what might have happened.
I don't know about you, but I see evolution working all over the place. We can (and do) track changing genomes in real time in things like viruses and malaria. We can easily see how natural selection has changed our own species in a variety of ways in just the last few thousand years.Why dont we see evolution at work now.
Ever seen a flying squirrel, with incomplete but still functional wings? Ever see an otter or a seal?If a reptile grew wings or a a dog grew webbed feet and the fins why dont we see the beginnings of wings in anything. Not complete wings as they have to start somewhere they just dont pop out overnight. We see a duck with web feet is that going to turn into a fish one day.
Some parts of reconstructions are indeed assumptions, and reconstructions often change as new facts are learned. I'm pretty sure no scientist has ever claimed to know everything. What's your point? Some things we know, some we guess about.The creatures that they say evolved into whales are shown with web feet. How did scientist decide they had web feet when all they had was bones. Did they assume this because it had some similar features. If so that is no proof that is an assumption.
I don't know about you, but I see evolution working all over the place. We can (and do) track changing genomes in real time in things like viruses and malaria. We can easily see how natural selection has changed our own species in a variety of ways in just the last few thousand years.
Ever seen a flying squirrel, with incomplete but still functional wings? Ever see an otter or a seal?But how do you know that is not just variation with the same species which might have more variety than we think. Scientist no fully knowing yet have made some of these variations new species.
Some parts of reconstructions are indeed assumptions, and reconstructions often change as new facts are learned. I'm pretty sure no scientist has ever claimed to know everything. What's your point? Some things we know, some we guess about.But i thought a flying squirrel had a sort of skin and fur that allows it to glide. I'm not sure of the anatomy but i dont think they have wings. Their limbs are simply stretched out and the skin and fur allows them to glide. Wings are different and have modifies limbs that can be used to have continued and elevated flight.
You should put quotes in quotes. This is like the third time there has been an issue with failing to identify other people's work."Evolution" mixes two things together, one real, one imaginary. Variation (microevolution) is the real part. The types of bird beaks, the colors of moths, leg sizes, etc. are variation. Each type and length of beak a finch can have is already in the gene pool and adaptive mechanisms of finches. Creationists have always agreed that there is variation within species. What evolutionists do not want you to know is that there are strict limits to variation that are never crossed, something every breeder of animals or plants is aware of. Whenever variation is pushed to extremes by selective breeding (to get the most milk from cows, sugar from beets, bristles on fruit flies, or any other characteristic), the line becomes sterile and dies out. And as one characteristic increases, others diminish. But evolutionists want you to believe that changes continue, merging gradually into new kinds of creatures. This is where the imaginary part of the theory of evolution comes in. It says that new information is added to the gene pool by mutation and natural selection to create frogs from fish, reptiles from frogs, and mammals from reptiles, to name a few.
Do these big changes (macroevolution) really happen? Evolutionists tell us we cannot see evolution taking place because it happens too slowly. A human generation takes about 20 years from birth to parenthood. They say it took tens of thousands of generations to form man from a common ancestor with the ape, from populations of only hundreds or thousands. We do not have these problems with bacteria. A new generation of bacteria grows in as short as 12 minutes or up to 24 hours or more, depending on the type of bacteria and the environment, but typically 20 minutes to a few hours. There are more bacteria in the world than there are grains of sand on all of the beaches of the world (and many grains of sand are covered with bacteria). They exist in just about any environment: hot, cold, dry, wet, high pressure, low pressure, small groups, large colonies, isolated, much food, little food, much oxygen, no oxygen, in toxic chemicals, etc. There is much variation in bacteria. There are many mutations (in fact, evolutionists say that smaller organisms have a faster mutation rate than larger ones16). But they never turn into anything new. They always remain bacteria. Fruit flies are much more complex than already complex single-cell bacteria. Scientists like to study them because a generation (from egg to adult) takes only 9 days. In the lab, fruit flies are studied under every conceivable condition. There is much variation in fruit flies. There are many mutations. But they never turn into anything new. They always remain fruit flies. Many years of study of countless generations of bacteria and fruit flies all over the world shows that evolution is not happening today.
Debunking Evolution - problems between the theory and reality; the false science of evolution
"I read a story about science being able to experiment with the fly DNA and they can make flies have eyes on its legs ect. But they have never made a fly anything else but a fly. This is simply playing around with the flies own genetics and putting its own body parts in other places. But they use this as proof that species can change into other species through the genetics. This just shows the amazing ability that a species can change into many forms and shapes."
Does this happen by chance now come on.
[serious];64651517 said:You should put quotes in quotes. This is like the third time there has been an issue with failing to identify other people's work.
To respond generally to your cut and paste, the site author lacks even a rudimentary understanding of evolution. The concept of nested hierarchies from common descent supports the idea that a fruitfly can only evolve into a different type of fruitfly. Likewise humans are still just apes, apes are still just primates, primates are still just mammals, mammals are still just tetrapods, tetrapods are still just vertebrates, vertebrates are still just eukaryotes. Things evolve into subgroups of the groups they are in.
You admit you have little knowledge of evolution yet you consider your opinions on it to be sound based on someone's personal opinions who is not qualified either.I sometimes have to cut and paste as what others do on this forum as it can explain the point better than I. I will understand the basic concept but cannot explain the detail as good as the writer. You say he doesn't have an understanding of evolution but i think what he says makes sense and fits in with other information i have read.
You say he doesn't have an understanding of evolution but i think what he says makes sense and fits in with other information i have read
You admit you have little knowledge of evolution yet you consider your opinions on it to be sound based on someone's personal opinions who is not qualified either.
You do realise that anyone who can refute ToE will not only receive the Nobel prize but will be known as the greatest scientist that ever lived! Which scientist in the world will ever pass such an opportunity?
You are judging something that you know nothing about and "it makes sense" is not a scientific term! Science does not depend on such notions. Science depends on falsification, evidence, accurate predictions, etc.
The wolf dog turning into a whale is a good example.
I thought the more famous land animal was the pakicetids. That was followed by 1/2 a dozen transitions that are named. They transformed into what is known as modern whales today. I think the ambulocetidae and Protocetidae were about double the size of pakicetids which was about 5 feet long. The line then branched out to form dolphins and baleen whales. But the Line from pakicetids to the first modern whales is about 1/2 dozen species.
It doesn't matter for what reason they may have wanted to change. It just seems like there are big jumps for the pakicetids to become a whale. Im not sure that the pakicetids can have its genetic makeup changed so drastically from that to say the ambulocetidae in one go. So there would have to be other links found to at least account for the size change which is doubled.
I thought a species changed its genetic makeup so that it then morphed into the shape and features that became the next link. This was done by part chance. Though im not sure if some say that the need to live a certain way like dive for fish affected the genetics and helped this along. From what i understand its more random so this will have to happen many times because its a complicated process. There are many check's and balances to get it right.
Eventually the right adaptation is taken on as it proves beneficial and filters through the group and becomes the common trait. But is the change large enough to be taken on so that it is not rejected. Small flippers or fins would not be beneficial they would be useless. So that implies big changes like having legs turn into a workable fin in just about one go. This is almost giving the process an intelligent quality as it knows that the organism needs this and changes it.
So because there are only A certain amount of transitions shown for whale evolution from land it is hard to believe that there weren't more transitions to fill in the big gaps that seem apparent.
This is actually exactly the kind of thing I'm talking about. the page is nonsense, well written and seemingly meaningful nonsense, but nonsense none the less. Modern bacteria bear little resemblance to early life and we do see profound changes in bacterial populations. I'll write more about this this afternoon, running out of time to post.IYou say he doesn't have an understanding of evolution but i think what he says makes sense and fits in with other information i have read. I will have to look into cross breading but if there are thousands of bacteria that are present today and they are not to dis - similar to what life evolved from then surely we would see something going on.
Not at all. Let's say we have a moth that evolves to look and behave much like a fruitfly, to the point that it can even be mistaken for a fruitfly. has the moth evolved into a fruitfly? No, of course not. The moth just evolved similar features. It might be vastly, even profoundly different from all other moths but it is still a moth. when moths evolved as a subset of then extant species, they were still insects. Insects likewise don't turn into arachnids. Insects, when they first evolved, were still a subset of arthropods. If something is part of a cladistic group, the theory would say that all decendants of that species, no matter how changed they are or how many splits they undergo, will still be part of that cladistic group specifically BECAUSE they evolved from it.Surely part of the theory would be seen showing organisms genetic makeup transforming into something else. I agree there maybe a form of evolution happening within species. This transformation may be beyond what we think it is capable of. But to transform one species to another, im not that has been shown through tests and breeding.
Why dont we see evolution at work now.
If a reptile grew wings or a a dog grew webbed feet and the fins why dont we see the beginnings of wings in anything.
But there have been some unusual results which dont fit in with natural selection. I have posted some of these before like epigenetics.
The study into cross breeding is another.
The fact that genetics is a very complicated process and evolution relies on mutations with a process that seems to have many checks and balances to get everything right.
They have never seen evolution in motion transforming into another species.
Maybe in the future they will have to take out lines and branches of the tree.
The simple idea of one creature forming into another should have each looking like they come from each other. But some of the lines they have built when you get into the detail there is no real solid proof.
If the theory is true then the genetics should match fairly closely the tree that has been made by the fossil record,
If we start to see contradictory evidence that is placing some these in places where they shouldn't fit then the theory starts to be questioned. This may not say that the theory is completely wrong and may need revising but it also edges a little closer to maybe individual design and creation.
If more gaps are created and it starts to get harder to believe that a species had such large jumps when transforming.
The wolf dog turning into a whale is a good example.
When you consider this with the dog to whale and they only show 1/2 a dozen transitions it implies some big jumps.
In nature Function Dictates Form:A case in point: Hummingbird moths not only look like hummingbirds but they eat the same food and fly the exact same way:[serious];64653062 said:This is actually exactly the kind of thing I'm talking about. the page is nonsense, well written and seemingly meaningful nonsense, but nonsense none the less. Modern bacteria bear little resemblance to early life and we do see profound changes in bacterial populations. I'll write more about this this afternoon, running out of time to post.
Not at all. Let's say we have a moth that evolves to look and behave much like a fruitfly, to the point that it can even be mistaken for a fruitfly. has the moth evolved into a fruitfly? No, of course not. The moth just evolved similar features. It might be vastly, even profoundly different from all other moths but it is still a moth. when moths evolved as a subset of then extant species, they were still insects. Insects likewise don't turn into arachnids. Insects, when they first evolved, were still a subset of arthropods. If something is part of a cladistic group, the theory would say that all decendants of that species, no matter how changed they are or how many splits they undergo, will still be part of that cladistic group specifically BECAUSE they evolved from it.
We do see it working now. For example, humans are evolving a new hemoglobin allele (hemoglobin C) that reduces the severity of malaria, and it doesn't cause the severe cases of sickle cell anemia associated with the hemoglobin S allele. The hemoglobin C allele is expected to replace the S allele in some areas due to natural selection.
"Epidemiological studies of genetic differences in disease susceptibility often estimate the relative risks (RR) of different genotypes. Here I provide an approach to calculate the relative fitnesses of different genotypes based on RR data so that population genetic approaches may be utilized with these data. Using recent RR data on human haemoglobin beta genotypes from Burkina Faso, this approach is used to predict changes in the frequency of the haemoglobin sickle-cell S and C alleles. Overall, it generally appears that allele C will quickly replace the S allele in malarial environments. Explicit population genetic predictions suggest that this replacement may occur within the next 50 generations in Burkina Faso."
Estimation of relative fitnesses from relative r... [J Evol Biol. 2004] - PubMed - NCBI
And that is just in humans. There are a ton of other examples in other species.
I think just a truth seeker has already answered this for you. That only show variation with a species.
"However, the creation of entirely new functional DNA-sequences constituting new genes and new gene reaction chains for novel synorganized anatomical structures and/or physiological functions has never been achieved by induced random mutations in plants or animals.
http://www.weloennig.de/ShortVersionofMutationsLawof_2006.pdf
Of what benefit would half a flap be
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