- Jul 5, 2005
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I haven't seen anything on the scale of the ice cores from Antarctica. Are you kidding me? Have you studied the cores yourself also? If you haven't, then you don't have the right to point this out to me as if because I haven't seen and studied it for myself then I have nothing to go by. But I have seen it on a much smaller scale with the snow in my driveway. After one storm, the snow compacts and even melts a little and turns to ice and is covered by the next storm. And by golly you can even see a layer of dirt in between them! Anyone who's ever dusted anything in their lives knows how quickly a layer of dust can gather.When have you observed large amounts of precipitation making a layer of ice that seems to be hundreds of thousands of individual layers of ice? When have you observed a storm make layers of ice that alternate from light to dark and from different ratios of oxygen isotopes? You have observed that a storm can do this right?
But unlike Antarctica, the snow rarely lasts all season. We usually have periods of melting and then another storm will come along. But I have easily seen in a period of multiple storms in a very cold weather pattern the differences in snow and layers from each storm and the little warming in between that melted the snow just a little bit. It's impossible for the sun to melt the top a little, trap the warmer air molecules then refreeze at night?
If you have a big storm with warmer or cooler air drop a lot of precipitation, wouldn't that show up as a layer of differing isotopes?
This was a question. But I did make the point above that Antarctica rarely gets above freezing and is usually in the negative temperatures and you told me that even a 20-30 degree change is enough to change the isotopes. That's what you told me. And usually storms involve a temperature swing, dealing with either warm or cold fronts. That's what causes storms generally right? A clash of warm and cold air?Have you observed this happening? What study has been done to show that a big storm can simulate layers of seasonal alterations in isotope ratios? You have observed this right?
It's improbable to think that throughout one season you're going to have the same exact temperatures throughout. I know from experience that you're going to have periods of warmer and colder temperatures brought about by frontal systems. So another QUESTION for you is: if you have a period of warmer weather, which usually brings about more precipitation, would those warmer isotopes not show up in the ice?
It seems LOGICAL to me that if you can record different isotopes just by the changing of temperatures, even a small temperature change can been seen, if a thirty degree difference between winter and summer can be seen, then a thirty degree change will also be recorded from a single storm that dumps a lot of snow. If this period was from right after the flood when temperatures were swinging and storms were blowing and you had a storm that dumped 5 feet of snow, that wouldn't be recorded? How much ice can five feet of snow produce? Ten feet?
Again, if you take the God factor out of the equation, you get different results. Was there a scientist around 4,000 years ago recording the weather patterns and comparing them to the patterns of today? No, there wasn't. So all science has to go on is speculation and theories based upon the weather that you see today. Antarctica gets very little precipitation today. If you use that model, of course it will take hundreds of thousands of years to create that amount of ice. But if at some point in history, which HASN'T been recorded, the numbers were a lot different, then how do you take it into effect?
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