Posted: 4/22/2015 7:43:38 PM EDT
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time lapse vid https://youtu.be/_MdUQY6xQG4  https://youtu.be/juwtnTB1RCU |
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Quoted:
Sooooo.... How much CO2 is that spitting out, cause, you know, global warming is all because of us  volcanic eruptions cool the earth due to the ash blocking the sun. Tambora, which erupted in 1815, caused severe weather changes in the year "eighteen hundred and froze to death". summer did not arrive at all in 1816, and most crops in northern US and Canada simply did not survive to maturity. the rest of the northern hemisphere fared just as badly, with widespread crop failures and freezing temperatures in the middle of summer. in 1883 Krakatao erupted, and its effects were felt far and wide as well, but not quite as severe as Tambora. average temps only fell 2 degrees. the volcanic blast of Krakatao burst eardrums 40 miles away because of the pressure wave. the cooling effects were felt for years because of all the fine ash in the upper atmosphere. |
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Why does mother nature hate earth day? All of that pollution. tsk tsk. |
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Where was that ??? |
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Do NOT use your wipers if you have volcanish ash on your windshield. Blow it off or gently brush it away. That windshild will be difficult to see through now. |
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Quoted:
volcanic eruptions cool the earth due to the ash blocking the sun. Tambora, which erupted in 1815, caused severe weather changes in the year "eighteen hundred and froze to death". summer did not arrive at all in 1816, and most crops in northern US and Canada simply did not survive to maturity. the rest of the northern hemisphere fared just as badly, with widespread crop failures and freezing temperatures in the middle of summer. in 1883 Krakatao erupted, and its effects were felt far and wide as well, but not quite as severe as Tambora. average temps only fell 2 degrees. the volcanic blast of Krakatao burst eardrums 40 miles away because of the pressure wave. the cooling effects were felt for years because of all the fine ash in the upper atmosphere. Quoted:
Quoted:
Sooooo.... How much CO2 is that spitting out, cause, you know, global warming is all because of us volcanic eruptions cool the earth due to the ash blocking the sun. Tambora, which erupted in 1815, caused severe weather changes in the year "eighteen hundred and froze to death". summer did not arrive at all in 1816, and most crops in northern US and Canada simply did not survive to maturity. the rest of the northern hemisphere fared just as badly, with widespread crop failures and freezing temperatures in the middle of summer. in 1883 Krakatao erupted, and its effects were felt far and wide as well, but not quite as severe as Tambora. average temps only fell 2 degrees. the volcanic blast of Krakatao burst eardrums 40 miles away because of the pressure wave. the cooling effects were felt for years because of all the fine ash in the upper atmosphere. Pinatubo provided some very interesting data, that seems counterintuitive, at first. Atmospheric CO2 rates decreased in the year of two following the eruption of Mt. Pinatubo in the early 1990s. The sulfates/ides and particulates are very reflective in short wave, incident radiation, which reduced solar incidence to the ocean, which decreased CO2 release from the ocean, damping the longer term CO2 trends. |
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Quoted:
Pinatubo provided some very interesting data, that seems counterintuitive, at first. Atmospheric CO2 rates decreased in the year of two following the eruption of Mt. Pinatubo in the early 1990s. The sulfates/ides and particulates are very reflective in short wave, incident radiation, which reduced solar incidence to the ocean, which decreased CO2 release from the ocean, damping the longer term CO2 trends. Quoted:
Quoted:
Quoted:
Sooooo.... How much CO2 is that spitting out, cause, you know, global warming is all because of us volcanic eruptions cool the earth due to the ash blocking the sun. Tambora, which erupted in 1815, caused severe weather changes in the year "eighteen hundred and froze to death". summer did not arrive at all in 1816, and most crops in northern US and Canada simply did not survive to maturity. the rest of the northern hemisphere fared just as badly, with widespread crop failures and freezing temperatures in the middle of summer. in 1883 Krakatao erupted, and its effects were felt far and wide as well, but not quite as severe as Tambora. average temps only fell 2 degrees. the volcanic blast of Krakatao burst eardrums 40 miles away because of the pressure wave. the cooling effects were felt for years because of all the fine ash in the upper atmosphere. Pinatubo provided some very interesting data, that seems counterintuitive, at first. Atmospheric CO2 rates decreased in the year of two following the eruption of Mt. Pinatubo in the early 1990s. The sulfates/ides and particulates are very reflective in short wave, incident radiation, which reduced solar incidence to the ocean, which decreased CO2 release from the ocean, damping the longer term CO2 trends. so we need more volcanos to erupt so the global warming zealots will shut up. |
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Quoted:
Pinatubo provided some very interesting data, that seems counterintuitive, at first. Atmospheric CO2 rates decreased in the year of two following the eruption of Mt. Pinatubo in the early 1990s. The sulfates/ides and particulates are very reflective in short wave, incident radiation, which reduced solar incidence to the ocean, which decreased CO2 release from the ocean, damping the longer term CO2 trends. Quoted:
Quoted:
Quoted:
Sooooo.... How much CO2 is that spitting out, cause, you know, global warming is all because of us volcanic eruptions cool the earth due to the ash blocking the sun. Tambora, which erupted in 1815, caused severe weather changes in the year "eighteen hundred and froze to death". summer did not arrive at all in 1816, and most crops in northern US and Canada simply did not survive to maturity. the rest of the northern hemisphere fared just as badly, with widespread crop failures and freezing temperatures in the middle of summer. in 1883 Krakatao erupted, and its effects were felt far and wide as well, but not quite as severe as Tambora. average temps only fell 2 degrees. the volcanic blast of Krakatao burst eardrums 40 miles away because of the pressure wave. the cooling effects were felt for years because of all the fine ash in the upper atmosphere. Pinatubo provided some very interesting data, that seems counterintuitive, at first. Atmospheric CO2 rates decreased in the year of two following the eruption of Mt. Pinatubo in the early 1990s. The sulfates/ides and particulates are very reflective in short wave, incident radiation, which reduced solar incidence to the ocean, which decreased CO2 release from the ocean, damping the longer term CO2 trends. Pinatubo was great for the mountain west too. In addition to slightly lower global temps the increased particulate in the air made it easier for rain droplets and snow flakes to form. 500" annual snowfall was closer to 900" the following winter. That coupled with incredible red sunsets |
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Quoted:
Pinatubo was great for the mountain west too. In addition to slightly lower global temps the increased particulate in the air made it easier for rain droplets and snow flakes to form. 500" annual snowfall was closer to 900" the following winter. That coupled with incredible red sunsets Quoted:
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Quoted:
Quoted:
Sooooo.... How much CO2 is that spitting out, cause, you know, global warming is all because of us volcanic eruptions cool the earth due to the ash blocking the sun. Tambora, which erupted in 1815, caused severe weather changes in the year "eighteen hundred and froze to death". summer did not arrive at all in 1816, and most crops in northern US and Canada simply did not survive to maturity. the rest of the northern hemisphere fared just as badly, with widespread crop failures and freezing temperatures in the middle of summer. in 1883 Krakatao erupted, and its effects were felt far and wide as well, but not quite as severe as Tambora. average temps only fell 2 degrees. the volcanic blast of Krakatao burst eardrums 40 miles away because of the pressure wave. the cooling effects were felt for years because of all the fine ash in the upper atmosphere. Pinatubo provided some very interesting data, that seems counterintuitive, at first. Atmospheric CO2 rates decreased in the year of two following the eruption of Mt. Pinatubo in the early 1990s. The sulfates/ides and particulates are very reflective in short wave, incident radiation, which reduced solar incidence to the ocean, which decreased CO2 release from the ocean, damping the longer term CO2 trends. Pinatubo was great for the mountain west too. In addition to slightly lower global temps the increased particulate in the air made it easier for rain droplets and snow flakes to form. 500" annual snowfall was closer to 900" the following winter. That coupled with incredible red sunsets I think the excess snowfall may have been more closely attributable to the El Nino oscillation, but I'd have to look up the dates. |
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I think the excess snowfall may have been more closely attributable to the El Nino oscillation, but I'd have to look up the dates. There was a "moderate" cycle that year. But, ive lived here long enough to witness "strong" cycles as well and we didnt receive nearly as much snow as the Pinatubo year. There may have been a amplified effect with the two combined. All I know is that that winter was pretty damn epic! |
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Looking at that vid. the 17 second mark. There is one hell of a lightning ball in the top of the cloud. Considering it was time lapse It must have been impressive!  I was wondering if anyone else noticed that. What the hell was that? It had to have lasted a long time. |
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There was a "moderate" cycle that year. But, ive lived here long enough to witness "strong" cycles as well and we didnt receive nearly as much snow as the Pinatubo year. There may have been a amplified effect with the two combined. All I know is that that winter was pretty damn epic! Quoted:
I think the excess snowfall may have been more closely attributable to the El Nino oscillation, but I'd have to look up the dates. There was a "moderate" cycle that year. But, ive lived here long enough to witness "strong" cycles as well and we didnt receive nearly as much snow as the Pinatubo year. There may have been a amplified effect with the two combined. All I know is that that winter was pretty damn epic! 500 50.0" of snowfall is a big season for us. |
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When Mt. St. Helens erupted I think I recall seeing a cool pic of a cop car that had been modified with what looked like a dryer flexible vent pipe and an external air filter box. This one? http://images22.fotki.com/v519/photos/4/42477/3898878/WashingtonStatePatrol1977Dodge-vi.jpg That's it! Thanks! |
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Amazing photo.
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This picture needs a caption, "SOON" |
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Reminds me of those pics of the Icelandic eruption several years ago. The lightning at night/dusk and the gushy, grey cloud of ash just looks evil / sinister / scary. Like the end of the world... |