Cooling the Planet With a Bubble Bath
cremeglace writes "A Harvard University physicist has come up with a new way to cool parts of the planet: pump vast swarms of tiny bubbles into the sea to increase its reflectivity and lower water temperatures. 'Since water covers most of the earth, don't dim the sun,' says the scientist, Russell Seitz, speaking from an international meeting on geoengineering research. 'Brighten the water.' From ScienceNOW: 'Computer simulations show that tiny bubbles could have a profound cooling effect. Using a model that simulates how light, water, and air interact, Seitz found that microbubbles could double the reflectivity of water at a concentration of only one part per million by volume. When Seitz plugged that data into a climate model, he found that the microbubble strategy could cool the planet by up to 3C. He has submitted a paper on the concept he calls “Bright Water" to the journal Climatic Change.'"
There is no lack of rubber ducks in the ocean.
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What is more likely, that a climate scientist at Harvard has overlooked a simple yet obvious factor in his experiment, or you are too lazy to read the article?
As a matter of fact the article mentions evaporation, suggesting that bubbles actually reduce the evaporation. If anyone is a kook in this situation, I would put odds on you (but it's more likely you're just lazy).
Qxe4
Excess water vapor in the atmosphere quickly precipitates out as rain or snow. Consequently, you can't increase global warming significantly only by attempting to add water vapor to the atmosphere. If the temperature increases, that can cause humidity to increase, and that can cause additional warming. In climatology, you say that water vapor is a feedback, not a forcing.
Yes, I know, I'm ruining everybody's fun by mentioning facts again. What a party pooper!
What a fool believes, he sees, no wise man has the power to reason away.