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AnswerOkay, perhaps an answer from an evolutionary biologist will help (someone who actually understands evolution). Obviously, this answer will be a gross oversimplification. Microevolution and macroevolution are, essentially, the same thing. However they are very different in the respect that macroevolution extends over many generations and can eventually lead to another species. Yes, there is proof of macroevolution. Obviously we do not have the time to sit around and wait thousands or millions of years to watch it happen, so we must look elsewhere. Summation is a great example. Scientists from different fields (such as Biology, Paleontology, anatomy, genetics, microbiology, anthropology, etc.) can take different species of animals and arrange them on a phylogenetic tree (tree of life). Every time, from all different fields, independently, all of the trees of life will match...EXACTLY. We also have millions of fossils to show transitions and millions of animals to compare DNA.

Specifically regarding humans, Chromosome 2 proves that we do in fact share a common ancestor with the Great Apes. All of the Great Apes have 48 chromosomes (24 pairs), we have 46 chromosomes (23 pairs). Where did that pair go? We believed that a chromosome had gotten fused, but we weren't sure. If there was no fused chromosome, then evolution had a huge problem. Then we found Chromosome 2. Chromosomes have a telomere on each end and a centromere in the middle. Each chromosome has two telomeres and one centromere. So if a chromosome had been fused, it would have three telomeres (one on each end and one in the middle) and two centromeres (one should be inactive). Guess what...we found it. Chromosome 2 has three telomeres and two centromeres (unlike any other chromosome). Somewhere along the line, we broke off and took our own evolutionary route, although we still belong in the family of Great Apes.

On a side note, Endogenous Retroviruses (ERVs) exist in DNA. They are essentially viruses that are "good," and they exchange information. If they land on a body cell of an organism, their information is forever lost. However if they land on a sperm or an egg, their information will be passed to that organism's offspring. Chimpanzees and humans have over 60 ERVs in the exact same places in our genome. The chances of even one ERV landing in the same spot in our genomes (if we weren't related) is .00000000016% (since our genome is about 3 billion base pairs long). Think of the likelihood that over 60 ERVs would land in the exact same spots.

Things to study to improve your understanding:

- Summation

- Atavisms

- ERVs

- Vestigial Structures

- Pseudogenes (relates to atavisms)

- Speciation (very important)

- Allele Frequencies

- Genetic Drift

Hope this helps,

Dr. J

AnswerAlthough many examples are produced, when examined closely, they often could be interpreted differently under another paradigm. Some of the evolutionary arguments for vestigial organs and embryonic recapitulation have turned out to be either fallacious or fraudulent (in the case of the latter). Answer">Answer">AnswerYou believe in micro evolution do you not? If so then you must accept macro evolution as it is micro evolution on a grander scale AnswerThe evidence does not support it... case in point: antibacterial soap... the bacteria are microevolving, but the whole time, they remain bacteria. The DNA information is so specific, (according to Richard Dawkins, equal to 30 sets of the Encyclopedia Brittanica) and ordered in such a way, it has never been observed or proven to occur, in any single celled creature or multi-celled creature.
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βˆ™ 14y ago
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βˆ™ 12y ago

Only a creationist would use such a term, but there are many examples of evolution in the fossil record. The evolution of whales from fossils found mainly in Pakistan is well documented and we know that their ancestor was a four-footed land animal. Using genetic testing we know the nearest living relative of whales is the hippopotamus. The evolution of the horse is also known from fossils over the past 60 million years as is that of birds over the same time-span.

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clive collett

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βˆ™ 2y ago

There is no proof. Only β€˜evidence’.

thats why its a β€˜Theory’.

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Q: What is the proof for macro evolution?
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What is a part of macro-evolution?

Micro-evolution is not only a part of macro-evolution, it is the same mechanism as macro-evolution. Macro-evolution includes speciation, as a result of continuing micro-evolution.


What term would best describe Charles Darwin's decision to sail aboard the HMS Beagle?

Serendipitous


What is the basic idea of theistic evolution?

Well, theism is the belief in a personal god, and darwinism is darwinian evolution via natural selection, so I imagine theistic Darwinism would be accepting evolution and believing in a personal god at the same time. Christians who accept theistic Darwinism assume that the creation story found in Genesis came about due to macro evolution (i.e. the evolution of one species from another).


Why is evolution considered a theory and not a hypothesis or a law?

In science, a hypothesis and a theory differs in that a hypothesis is a conjecture based on empirical observation or theoretical derivation yet unproven or by any experimental work, and that a theory is a hypothesis that has been rigorously tested by many researchers and supported by strong evidence. Evolution is a theory that has been repeatedly tested, supported by overwhelming evidence, and can be used to explain natural phenomenon very well.


How does selection prove evolution?

Science has no capacity to completely prove something... However these are some facts that make it likely to be true. - An extensive fossil record which completely conforms to predictions. - Observing evolution in action (such as the flu virus changing ever year, the HIV virus changing all the time, speciation in plants and animals in non-lab environments, lab experiments etc). - Paternity testing (the techniques used in paternity testing are also used to demonstrate how closely related different species are). - DNA (all organisms use the exact same code for proteins) - similarities in phylogeny (why do we share so many features with other organisms?) - similarities in DNA conform to the predictions made by evolution

Related questions

What is a macro evolution?

Micro-evolution is not only a part of macro-evolution, it is the same mechanism as macro-evolution. Macro-evolution includes speciation, as a result of continuing micro-evolution.


What is a part of macro-evolution?

Micro-evolution is not only a part of macro-evolution, it is the same mechanism as macro-evolution. Macro-evolution includes speciation, as a result of continuing micro-evolution.


What is a form of macro evolution?

Macro evolution is just speciation, so you are a form of macro evolution. We and the chimpanzees have a common ancestor that we split from about 6 million years ago. We became Homo sapiensand they became Pan troglodytes.


What are the divisions of evolution?

Evolution is sometimes described as macro-evolution, which is the long-term evolution of an entire new species, and micro-evolution, which is largely to do with less significant evolutionary changes within a species. Many creationists accept the existence of micro-evolution, but say that macro-evolution does not occur.


Is speciation an example of miro-evolution in organisms?

If you use the micro-macro dichotomy then no Speciation is macro evolution. To be precise, biologists, though many biology texts do not conform, say evolution and speciation.


Why are lenski's bacteria not proof of evolution?

Because nothing is proof of evolution.


What do scientists use to study macro evolution?

The fossil record


Example of macroecolution?

An example of macro-evolution is the appearance of feathers during the evolution of birds from theropod dinosaurs.


What do scientist use often to study macro evolution?

The fossil record


When micro-evolution occurs over many generations as inherited characteristics leads to changes in populations what has occurred?

Macro-evolution. Or, more accurately, speciation.


Does natural selection only act in Macroevolution?

'Macro-evolution' is not a process in itself. Rather, it is a perspective on the effects of evolution. 'Micro-evolution' is those effects seen from close-up; by 'zooming out' one sees those same results in a wider scope called 'macro-evolution'. All evolution is driven by genetic variation and natural selection.


What is the difference between macro evolution and micro evolution?

The difference is one of scale and scope. This is best explained using a single species and its descendants as an example:Every change that happens to the species up to the point of speciation would be classified as "micro-evolution". But after speciation, divergence would not stop: the two new species would continue to diverge from one another, possibly resulting in yet more branching events, more new species. The scope would increase to include all of those as well. At this scale, we're talking about "macro-evolution". When we zoom in on one of those newly emerged species, we can see that the resulting "macro-evolution" is still being generated by the cumulative effects of "micro-evolution" within each individual population.