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And don't forget it.
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The actual paper punctures that myth. |
But it points out the politics involved and the importance of being on the right team for funding, as well.
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Huh?
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This: "I'm not sure when I'll manage to watch an hour and a half video"
is funny. Who's going to watch a long video just for an argument on the internet? But then she thought you were probably serious, and would watch it. So she stopped laughing. Were you serious? I kind of doubt it. Who's gonna watch a long video just because of an argument on the internet? |
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Oh, yeah. Huh?
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Not particularly serious, and less so after a quick Google.
I've flipped through long videos, to get the gist, but an hour and a half is a bit over the top. |
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:) I know, it cracked me up!
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You would be amazed. I took a graduate course in forest ecology once and the professor used us students as unpaid labor looking at tree rings in 100's of cores that we went out and collected. You could tell from the width of the ring if it had been a dry or wet year, if a forest fire had gone through at some point, if a nearby tree had been cut down or fallen. It was very fascinating, although I got a couple of headaches counting all those rings under the scope. ;) |
I would think global tree data would be immensely useful. Not to figure out, say, the low temperature in November in 1831, but to show the long-term trends. The trees can see back a few centuries, so they have a unique undeniable perspective on things.
For example, as you go up the mountain, there are trees which start to fail from not surviving the conditions. You could work out long-term averages really well there: the tree at 6000' had no winters above 10 degrees until the 1940s. You could compare the trees of 100 years ago to the trees today, and say, half a century ago this ridge could not support trees, now it does. An overall increase of one degree in temperature in this location could cause this. Imagine a forest succeeding or failing. It's massive, long term change on the order of the appearance or disappearance of deserts. You could figure out which trees get flooded in coastal flood zones, to figure out ocean depth changes. You could say whether el nino/la nina effects were routine over large areas of the continent and how long the cycles are. You could determine to the year when an ocean current appeared, based on the areas that were affected and not affected. |
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I dunno. |
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