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Quoted: This one might be a tad easier to read https://pbs.twimg.com/media/FA3TPRcXIAY3a9F?format=jpg&name=medium View Quote Yup, showing a trend |
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Very recent drone footage of the cone
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Pretty powerfull explosions now
Feed moving: https://youtu.be/HtpEE276x_Y La Palma Volcano Eruption, the Canary Islands (Feed #2) |
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If this intensity keeps up as night falls it will be a really impressive show!
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Quoted: Check out the size of this molten rock and how far it was thrown. https://streamable.com/r7sthz View Quote holy hell |
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Quoted: Very recent drone footage of the cone
View Quote that's freaking amazing....the lava is just rolling! |
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Quoted: Illustrates how rough and hard the ash is. Pretty much gravel. https://pbs.twimg.com/media/FA2LkcTX0AE40IJ?format=jpg&name=large https://pbs.twimg.com/media/FA13ruYXMAIac3h?format=jpg&name=medium https://pbs.twimg.com/media/FA2UfvEXEAAShjK?format=jpg&name=4096x4096 View Quote It would probably make a great fill material if you put a layer of top soil over it |
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Anyone else notice explosions happening lower and closer to the camera? Like a new spot opened up a lower and left just slightly down from where the action was.
Feed I’m watching Último hora! canal 24 horas del volcán de la isla de La Palma |
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How deep is it from the earths surface down to where the lava is coming from, it's source so to speak?
Like if you were drilling for lava how deep would it be? Here's a random internet answer fwiw. The deepest hole ever drilled is a bit over 12km deep. The actual molten part of the Earth beneath the crust and the semi-molten mantle is more than 150 times that far under the surface. 1800km. That’s how deep. |
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Videos of the outflow increase after the crater collapse
La Palma volcano: Stunning explosions of red-hot lava after crater collapses |
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Quoted: Videos of the outflow increase after the crater collapse https://www.youtube.com/watch?v=i5hnG4j_QXc View Quote Amazing video, thanks. A living lava lamp and a very dangerous one. The 70's lamps were Much Better. |
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Quoted: I'm taking a guesstamation, the big vent is around 1300m elevation which gives us 4265 feet. *amazing show tonight, wow* View Quote View All Quotes View All Quotes Quoted: Quoted: Quoted: How high would you say that plume is? A mile? I'm taking a guesstamation, the big vent is around 1300m elevation which gives us 4265 feet. *amazing show tonight, wow* Did a little bit of digging, the main vent is at an elevation of 1021M (3,350 feet). |
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Afar TV on YouTube finally changes camera.
It was kicking lave pretty good around 3pm CT and I walked away to get some water and when I came back everything was black. Chat said the wind shifted, but you could still hear the rumbling. They are on a different cam now and it's still going strong. |
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Quoted: https://pbs.twimg.com/media/FA4UWgkXsBE-jJC?format=jpg&name=large https://pbs.twimg.com/media/FA4HLbeX0AQ4p_l?format=jpg&name=large https://pbs.twimg.com/media/FA4HLbfXIAM-psy?format=jpg&name=large https://pbs.twimg.com/media/FA4HLb0XMAQ_bsR?format=jpg&name=large View Quote I'm gobsmacked you can still see trees near the top of the volcano. |
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Just now looking at this thing since last night. It appears to be pissed even more! Where is the sacrificial virgin?
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Quoted: How deep is it from the earths surface down to where the lava is coming from, it's source so to speak? Like if you were drilling for lava how deep would it be? Here's a random internet answer fwiw. The deepest hole ever drilled is a bit over 12km deep. The actual molten part of the Earth beneath the crust and the semi-molten mantle is more than 150 times that far under the surface. 1800km. That’s how deep. View Quote That's not totally correct. The magmatic system that supplies Canary Islands volcanism is thought to be fed through a combination of mantle plume and subduction zone melts. Plumes typically originate around 600-1000km depth, while subduction zone melts (diapirs) are found at a quarter of that depth. These Islands are close enough to plate boundaries that a hybrid supply system is likely, with plume melts driving the eruption we're seeing now. |
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Quoted: Someone from the Volcano professional community said this is a Strombolian Eruption. http://sci.sdsu.edu/how_volcanoes_work/Strombolian.html View Quote View All Quotes View All Quotes Quoted: Quoted: I'm not volcanologist and I hate staying at Holiday Inns but it seems to me if the volcano is venting and oozing lava the way Klauea volcano in Hawaii does then there isn't much of chance of it exploding like Mt. St. Helens, sliding into the ocean and putting the east coast under a 100ft wave. Someone from the Volcano professional community said this is a Strombolian Eruption. http://sci.sdsu.edu/how_volcanoes_work/Strombolian.html It is Strombolian. However, given the makeup of the magmatic system it's a good idea for the volcanologists to monitor the type of lavas being erupted and the type of gasses being emitted. There are known precursors for an eruption to shift to Plinian and what's being ejected now can serve as an early warning if analyzed. I did a bit of searching today and couldn't find any references to evidence of welded tuff in the Canaries, which is a good sign. They're laid down as a result of pyroclastic flows, and will fuck that island straight up if they happen. |
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Quoted: It is Strombolian. However, given the makeup of the magmatic system it's a good idea for the volcanologists to monitor the type of lavas being erupted and the type of gasses being emitted. There are known precursors for an eruption to shift to Plinian and what's being ejected now can serve as an early warning if analyzed. I did a bit of searching today and couldn't find any references to evidence of welded tuff in the Canaries, which is a good sign. They're laid down as a result of pyroclastic flows, and will fuck that island straight up if they happen. View Quote Thank you for some of your posts, making me look up stuff and learn new things |
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I let the soothing sounds of erupting lava from the feed put me to sleep last night.
Looks like I'll sleep well again tonight. |
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Quoted: My lady friend enjoys it as well. I offered to take her to the island for our honeymoon if the eruption is still going when we tie the knot. View Quote View All Quotes View All Quotes Quoted: Quoted: I let the soothing sounds of erupting lava from the feed put me to sleep last night. Looks like I'll sleep well again tonight. My lady friend enjoys it as well. I offered to take her to the island for our honeymoon if the eruption is still going when we tie the knot. You romantic devil you. |
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Interesting. I thought this was down to one big vent but the video in the uppper rt corner showed multiple vents behind this one.
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Quoted: What is this area circled? Looks like lava, but maybe some sort of sediment layer? I’m probably being too paranoid https://www.ar15.com/media/mediaFiles/67457/D147F5F8-A984-4A6D-A0E4-7A150978F93F-2118740.jpg View Quote Sediment, in all likelihood. Structure and lava type of this setup is all wrong for lava tubes to form, and when they do it's the result of a channel crusting over and fresh melt keeping the inside of the tube hot enough to allow free flow. Tubes also tend to be circular, not flattened. |
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Quoted: This one might be a tad easier to read Data source https://pbs.twimg.com/media/FA3TPRcXIAY3a9F?format=jpg&name=medium View Quote View All Quotes View All Quotes Quoted: This one might be a tad easier to read Data source https://pbs.twimg.com/media/FA3TPRcXIAY3a9F?format=jpg&name=medium All that looks like bad news. |
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Some reading on lava tubes:
Lava Tubes at Wiki The lava in this eruption isn't thin, hot and runny enough for tube formation to occur. It tends to thin in height and spread out while cooling a bit at the surface as it makes its way downslope. The crust acts as an insulator and allows the stream to remain just molten enough to slowly flow downhill to the ocean. |
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Quoted: Quoted: This one might be a tad easier to read Data source https://pbs.twimg.com/media/FA3TPRcXIAY3a9F?format=jpg&name=medium All that looks like bad news. That's half the picture. The other half comes in the form of tilt meter data...is the mountain inflating, deflating or remaining steady in terms of volume? That tells you what the magma chambers are up to. |
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So, no tsunami from this as so many science shows predicted?
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Quoted: Some reading on lava tubes: Lava Tubes at Wiki The lava in this eruption isn't thin, hot and runny enough for tube formation to occur. It tends to thin in height and spread out while cooling a bit at the surface as it makes its way downslope. The crust acts as an insulator and allows the stream to remain just molten enough to slowly flow downhill to the ocean. View Quote Lava tubes are cool, they are all over the Big Island. |
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I watch some of this before bed lately. As I’m in MST I think it’s getting morning there because you hear that rooster crowing every night AKA most likely morning for him.
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Some reading on magma composition and viscosity
This is probably the best explanation of the subject I've found in a couple of days of searching. Cumbre Vieja's lavas are at present more Aa in flow characteristics than anything else - but the actual chemical makeup of the erupted material can tell us much about what's going on in the magma chamber, as can analyses of the gasses which power the eruption column (via de-gassing and expansion). Think of that can of soda you shook for hours as a youngster, then popped the tab. I still remember cleaning it off the ceiling of my aunt's kitchen, atop a step ladder. The stunt was done to illustrate the principles I'd noted above...this after reading a NatGeo article on Surtsey as a precocious youth. |
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