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tsingtao
sorry but that doesn't make a lot of sense, does it?
gorilla's don't sweat? dogs?
Growing evidence indicates that religious belief helps individuals to cope with stress and anxiety. But is this effect specific to supernatural beliefs, or is it a more general function of belief — including belief in science? We developed a measure of belief in science and conducted two experiments in which we manipulated stress and existential anxiety. In Experiment 1, we assessed rowers about to compete (high-stress condition) and rowers at a training session (low-stress condition). As predicted, rowers in the high-stress group reported greater belief in science. In Experiment 2, participants primed with mortality (vs. participants in a control condition) reported greater belief in science. In both experiments, belief in science was negatively correlated with religiosity. Thus, some secular individuals may use science as a form of “faith” that helps them to deal with stressful and anxiety-provoking situations.
It would if what you said was true, except it DOES support evolution. The fossil record is what most of the theory is built on. There has been mountains of evidence presented in this very thread that proves you wrong. Instead of making baseless claims, back yourself up with some proof.
Here's a few nuggets re the fossil record and that undisputed evidence you were speaking of. If you don't like these, whatever you do don't go into the link. Don't know who compiled it, but it is massive and quite damning.
"Darwin’s prediction of rampant, albeit gradual, change affecting all lineages through time is refuted. The record is there, and the record speaks for tremendous anatomical conservatism. Change in the manner Darwin expected is just not found in the fossil record." Niles Eldredge and Ian Tattersall, The Myth of Human Evolution (New York: Columbia University Press, 1982), 45-46.
“It is hard for us paleontologists, steeped as we are in a tradition of Darwinian analysis, to admit that neo-Darwinian explanations for the Cambrian explosion have failed miserably. New data acquired in recent years, instead of solving Darwin’s dilemma, have rather made it worse.”
-Dr. Mark McMenamin - 2013
Paleontologist at Mt. Holyoke College and author of The Emergence of Animals
"Evolution requires intermediate forms between species and paleontology does not provide them."
David Kitts - Paleontologist - D.B. Kitts, Paleontology and Evolutionary Theory (1974), p. 467.
"Given the fact of evolution, one would expect the fossils to document a gradual steady change from ancestral forms to the descendants. But this is not what the paleontologist finds. Instead, he or she finds gaps in just about every phyletic series." -
Ernst Mayr-Professor Emeritus, Museum of Comparative Zoology at Harvard University
"What is missing are the many intermediate forms hypothesized by Darwin, and the continual divergence of major lineages into the morphospace between distinct adaptive types."
Robert L Carroll (born 1938) - vertebrate paleontologist who specialises in Paleozoic and Mesozoic amphibians
en.wikipedia.org...
"Now, after over 120 years of the most extensive and painstaking geological exploration of every continent and ocean bottom, the picture is infinitely more vivid and complete than it was in 1859. Formations have been discovered containing hundreds of billions of fossils and our museums now are filled with over 100 million fossils of 250,000 different species. The availability of this profusion of hard scientific data should permit objective investigators to determine if Darwin was on the right track. What is the picture which the fossils have given us? ... The gaps between major groups of organisms have been growing even wider and more undeniable. They can no longer be ignored or rationalized away with appeals to imperfection of the fossil record."
Luther D. Sunderland, Darwin's Enigma 1988, Fossils and Other Problems, 4th edition, Master Books, p. 9
"The evidence we find in the geological record is not nearly as compatible with Darwinian natural selection as we would like it to be .... We now have a quarter of a million fossil species but the situation hasn't changed much. The record of evolution is surprisingly jerky and, ironically, we have even fewer examples of evolutionary transition than in Darwin's time ... so Darwin's problem has not been alleviated".
David Raup, Curator of Geology at Chicago's Field Museum of Natural History
"A major problem in proving the theory has been the fossil record; the imprints of vanished species preserved in the Earth's geological formations. This record has never revealed traces of Darwin's hypothetical intermediate variants - instead species appear and disappear abruptly, and this anomaly has fueled the creationist argument that each species was created by God."
Paleontologist, Mark Czarnecki
www.mcleanbible.org...
To further complicate matters, it seems there's problems with the adaptation to environment as a driver of evolution. I just came across this while looking for something else and it is quite interesting.
After six years of work and publication, the conclusion is clear: none of the common Ice Age mammals and birds responded to any of the climate changes at La Brea in the last 35,000 years, even though the region went from dry chaparral to snowy piñon-juniper forests during the peak glacial 20,000 years ago, and then back to the modern chaparral again.
In four of the biggest climatic-vegetational events of the last 50 million years, the mammals and birds show no noticeable change in response to changing climates. No matter how many presentations I give where I show these data, no one (including myself) has a good explanation yet for such widespread stasis despite the obvious selective pressures of changing climate. Rather than answers, we have more questions—and that’s a good thing! Science advances when we discover what we don’t know, or we discover that simple answers we’d been following for years no longer work.
www.skeptic.com...
You should probably learn the difference between the Theory of Gravity and the Law of Gravity. The Law of Gravity doesn't explain WHY an object pulls every other object in the universe towards it. It just gives the equation to calculate the force applied.
TLomon
I am a bit surprised by these findings. To me, it shows a failure in the educational standards if this many people refute evolution entirely.
To me, it shows a failure in the educational standards if this many people refute evolution entirely.
Dr. Mark Pagel of the University of Reading in England and Dr. Walter Bodmer of the John Radcliffe Hospital in Oxford have proposed a different solution to the mystery and their idea, if true, goes far toward explaining contemporary attitudes about hirsuteness. Humans lost their body hair, they say, to free themselves of external parasites that infest fur -- blood-sucking lice, fleas and ticks and the diseases they spread.
Once hairlessness had evolved through natural selection, Dr. Pagel and Dr. Bodmer suggest, it then became subject to sexual selection, the development of features in one sex that appeal to the other. Among the newly furless humans, bare skin would have served, like the peacock's tail, as a signal of fitness. The pains women take to keep their bodies free of hair -- joined now by some men -- may be no mere fashion statement but the latest echo of an ancient instinct. Dr. Pagel's and Dr. Bodmer's article appeared in a recent issue of The Proceedings of the Royal Society.
missvicky
However I have read of the theory of evolution: "survival of the fittest", have seen many documentaries about many different animals where the narrator says something like : "...and so theses animals knew they needed to adjust so they developed wings and beaks that rip your digits off", or "...they needed to develop their sense of hearing so they don't have eyes anymore and have white skin..." or well you get the idea.
jonnywhite
reply to post by DocScurlock
Well the problem with panspermia is it's highly unlikely SURVIVING life could make the journey between stars. This is because asteroids and/or comets do not shield them enough from cosmic radiation and/or do not have enough internal heat. It's possible life could travel beteen planets, but controversial. Beyond this, i can only think pre-life materials can travel between stars, and this much is proven. What if there's something that can travel between stars that can change dna directly or indirectly of existing organisms? That would be interesting.
See here:
www.spacedaily.com - Scientists discover cosmic factory for making building blocks of life...
io9.com - Building Blocks of Life Found on a Comet...
news.softpedia.com - Comets Can Create and Carry the Building Blocks of Life, Researchers Found...
I agree wiht you that without all the variables we're shooting in the dark. Then again, science isn't about having a 100% answer, it's about having an answer that's reliable and scrutinized. All these theories, including the theory of evolution, are the closest thing we have to a truth, but they can't be 100% unless you have faith in them. Who can say we have all knowledge? Only people with faith.
See here:
www.sciencedirect.com - Scientific faith: Belief in science increases in the face of stress and existential anxiety...
Growing evidence indicates that religious belief helps individuals to cope with stress and anxiety. But is this effect specific to supernatural beliefs, or is it a more general function of belief — including belief in science? We developed a measure of belief in science and conducted two experiments in which we manipulated stress and existential anxiety. In Experiment 1, we assessed rowers about to compete (high-stress condition) and rowers at a training session (low-stress condition). As predicted, rowers in the high-stress group reported greater belief in science. In Experiment 2, participants primed with mortality (vs. participants in a control condition) reported greater belief in science. In both experiments, belief in science was negatively correlated with religiosity. Thus, some secular individuals may use science as a form of “faith” that helps them to deal with stressful and anxiety-provoking situations.edit on 3-1-2014 by jonnywhite because: (no reason given)
Krazysh0t
reply to post by missvicky
First off, no species is any more evolved than the other one. It is pure arrogance when humans claim to be the most evolved species on the planet. Every species is equally evolved to fit in their specific niche in their ecosystem. The goal of evolution? If you could call it anything, it would be the continuation of life through ever increasing complexity. As for humans evolving to be hairless, Google is your friend:
Why Humans and Their Fur Parted Ways
Dr. Mark Pagel of the University of Reading in England and Dr. Walter Bodmer of the John Radcliffe Hospital in Oxford have proposed a different solution to the mystery and their idea, if true, goes far toward explaining contemporary attitudes about hirsuteness. Humans lost their body hair, they say, to free themselves of external parasites that infest fur -- blood-sucking lice, fleas and ticks and the diseases they spread.
Once hairlessness had evolved through natural selection, Dr. Pagel and Dr. Bodmer suggest, it then became subject to sexual selection, the development of features in one sex that appeal to the other. Among the newly furless humans, bare skin would have served, like the peacock's tail, as a signal of fitness. The pains women take to keep their bodies free of hair -- joined now by some men -- may be no mere fashion statement but the latest echo of an ancient instinct. Dr. Pagel's and Dr. Bodmer's article appeared in a recent issue of The Proceedings of the Royal Society.edit on 13-1-2014 by Krazysh0t because: (no reason given)
jonnywhite
reply to post by DocScurlock
Well the problem with panspermia is it's highly unlikely SURVIVING life could make the journey between stars. This is because asteroids and/or comets do not shield them enough from cosmic radiation and/or do not have enough internal heat. It's possible life could travel beteen planets, but controversial.
I googled it and found this in Wikipedia:
ReturnofTheSonOfNothing
reply to post by peter vlar
Just google "Waterbears". They not only survived in the vacuum of space with ease, but they even reproduced.
"At least 10 days" doesn't sound like very long. Even using rockets it's a 6 month journey to Mars. Impact debris is not very likely to make the journey that quickly, but even if panspermia is possible within a solar system, interstellar distances are another matter, so jonnywhite may be right about that.
Tardigrades can survive the vacuum of open space and solar radiation combined for at least 10 days
peter vlar
reply to post by Arbitrageur
If you look at the link I posted a coue posts above yours you'll see an exams of microbes surviving for well over 500 days on the exterior of the ISS which is more than enough time for impact enecta to make it to earth from our 2 karst neighbors. Whether or not microbes can survive longer is unknown until further data is collected but it is least a feasible scenario albeit unproven at the moment.
The ISS chooses the orbit it does because it's not like interstellar space. There is slightly more atmosphere (though we would still call it a vacuum) but more importantly, and the reason NASA uses such a low orbit which requires more fuel to keep it aloft (due to atmospheric drag) is because radiation is lower than in interplanetary space.
peter vlar
reply to post by Arbitrageur
If you look at the link I posted a coue posts above yours you'll see an exams of microbes surviving for well over 500 days on the exterior of the ISS which is more than enough time for impact enecta to make it to earth from our 2 karst neighbors.
So, 6 months aboard ISS is not a radiation problem for humans, but the same time traveling to Mars is a radiation problem for humans.
Of the above factors, all but the first one apply to low Earth orbit craft, such as the Space Shuttle and the International Space Station. Exposures on the ISS average 150 mSv per year, although frequent crew rotations minimize individual risk.[12] Astronauts on Apollo and Skylab missions received on average 1.2 mSv/day and 1.4 mSv/day respectively.[12] Since the durations of the Apollo and Skylab missions were days and months, respectively, rather than years, the doses involved were smaller than would be expected on future long-term missions such as to a near-Earth asteroid or to Mars (unless far more shielding could be provided).
On 31 May 2013, NASA scientists reported that a possible manned mission to Mars may involve a great radiation risk based on the amount of energetic particle radiation detected by the RAD on the Mars Science Laboratory while traveling from the Earth to Mars in 2011-2012.