Another eruption of Bogoslof volcano in the Aleutian Islands sent an ash cloud east over the Alaska Peninsula and Kodiak Island on Wednesday, disrupting aviation in the region but producing no signs of ashfall on land.

The Alaska Volcano Observatory said Bogoslof, on a tiny island about 60 miles west of Unalaska, erupted twice at about 1:20 p.m. and 2 p.m. Wednesday. The first, stronger eruption produced a high-level ash cloud.

"Pilots reported the cloud reached a height greater than 31,000 ft (above sea level), and prevailing winds carried it northeast over the Bering Sea," AVO staff said. "This eruption also produced lightning strikes, and infrasound signals detected by sensors in Sand Point and Dillingham."

Unalaska police and Kodiak fire dispatchers said they had no local reports of ashfall overnight Wednesday, and neither the observatory nor the National Weather Service had any reports of ash falling on land by Thursday afternoon.

A satellite image taken after the first eruption showed an ash cloud just northeast of Bogoslof that AVO said was "darker in color, and presumably more ash-rich, than others we have seen in the eruptive sequence" that began in mid-December.

"This image also suggests the presence of very hot material (lava) at the surface immediately surrounding the vent — the first such observation during this eruption sequence," AVO staff wrote.

Chris Waythomas, a geologist at the observatory, said previous Bogoslof eruptions over the past month occurred underwater and sent up clouds of steam. A lot of the ash from those blasts was frozen into ice crystals and quickly became undetectable, but much more ash was visible in Wednesday's main eruption.

"Soon afterward we could see elevated temperatures at Bogoslof in satellite data — for that to happen you have to have lava right at the surface," Waythomas said. "That was only in one image, and in subsequent images we didn't see the thermal signal."

After the eruptions, the volcano's aviation color code had been raised to red and its alert level to warning — AVO's highest indicators of potential activity — but they were lowered to orange and watch on Thursday afternoon. Waythomas said seismic data from the volcano has been "pretty quiet" since the Wednesday eruptions.

Waythomas said violent interactions between magma and seawater may have removed any materials, such as lava plugs formed during eruptions in 1883 and 1992, that broke the sea's surface during the blasts.

"It's possible that a plug of lava is close or at the surface, but may have been destroyed by the effects of the eruption or collapsed into the vent," Waythomas said. "We're kind of expecting to see that, eventually: a vent of lava extruded."

Robert Easton, an aviation forecaster with the National Weather Service's Alaska Aviation Weather Unit in Anchorage, said the unit issued an advisory to aviators tracking the cloud's location overnight Wednesday but canceled it Thursday morning because the ash was no longer appearing on radar.

"It has been affecting flights all (Wednesday) night," Easton said. "At least three or four were affected at the minimum."

Dave Barber, also at the weather unit, said forecasters were able to track pilots diverting around the ash cloud while the advisory was in effect.

"We could see on plots of aircraft flight locations that they were avoiding the area, fortunately," Barber said.

Tom Winn, with the operations staff at Ted Stevens Anchorage International Airport, said air traffic controllers didn't have any word of canceled flights due to the ash cloud. Pilots may have chosen to divert their flight paths, however.

"There's been no impact at the airport as far as I'm aware of," Winn said.</s>A satellite image shows an ash cloud from Bogoslof volcano in the Aleutians shortly after its 1:20 p.m. eruption Wednesday, Jan. 18, 2017. Another eruption of Bogoslof volcano in the Aleutian Islands sent an ash cloud east over the Alaska Peninsula and Kodiak Island on Wednesday, disrupting aviation in the region and producing the potential for land-based ashfall.

Start the conversation, or Read more at Anchorage Daily News.</s>There’s an Island in a Lake on an Island in a Lake on an Island

There’s an island in a lake on an island in a lake on an island and it’s exactly how you imagine it to be. It’s completely spectacular in every single way and it’s definitely a destination to put on your bucket list asap! Seriously, how could you not?

Now, let’s see how the scheme of the island-lake-island has been laid out for us by Mother Nature. Lake Taal is located on the island of Luzon, in the northern part of the Philippines archipelago. The lake shares a distinction attributed to only two lakes in the world – the only 2 lakes two have a third order island within them, the lakes being also part of the order.

If you’re still confused, don’t worry. It’s normal! Let’s go even further with the explanation, just to make things clear (clearer). Lake Taal, located on the island of Luzon, has an island – Volcano Island, that has its own lake – Crater Lake, that has its own island called Vulcan Point.
• Ancient Flood Story Passed Down Accurately For More Than 10,000 Years
• Lake Baikal – One Fifth Of All Fresh Water In The World

The crater at the top of Volcano Island is filled with water giving rise to Crater Lake and Vulcan Point is the small island emerging out of Crater Lake. Is everything clear now? If the answer is no, don’t worry. We totally get it. You need to see the pictures! So do we…

How about that? Mother Nature never stops surprising us with its unique gems located around the globe.
An eruption on Bogoslof Island of the Aleutian Islands disrupts air transportation routes, distributing tephra over populated areas, including Kodiak Island, 660 miles (1,060 km) away from the volcano.