Russia’s Shivulech Volcano Extremely Active, Threatens Eruption, Warn Scientists 

An ash cloud rises from the erupted Shiveluch volcano on the Kamchatka Peninsula in January 2013. (TASS)
An ash cloud rises from the erupted Shiveluch volcano on the Kamchatka Peninsula in January 2013. (TASS)
TT

Russia’s Shivulech Volcano Extremely Active, Threatens Eruption, Warn Scientists 

An ash cloud rises from the erupted Shiveluch volcano on the Kamchatka Peninsula in January 2013. (TASS)
An ash cloud rises from the erupted Shiveluch volcano on the Kamchatka Peninsula in January 2013. (TASS)

The Shiveluch volcano on the Kamchatka Peninsula in the Russian Far East has become extremely active, threatening a powerful eruption, the Kamchatka Volcanic Eruption Response Team said on Sunday.  

"A growth of the lava dome continues, a strong fumaroles activity, an incandescence of the lava dome, explosions, and hot avalanches accompanies this process," the observatory said on its website.  

"Ash explosions up to 10-15 kilometers (9.32 miles) ... could occur at any time. Ongoing activity could affect international and low-flying aircraft." 

Russia's state RIA news agency cited Alexei Ozerov, the director of the Institute of Volcanology and Seismology of the Far East Branch of the Russian Academy of Sciences, as saying that the dome of the volcano is very hot.  

"At night, the dome glows almost over its entire surface. Hot avalanches with a temperature of 1000 degrees Celsius (1,832F) roll down the slopes, pyroclastic flows descend. This state of the dome is observed, as a rule, before a powerful paroxysmal eruption."  

Shiveluch, one of Kamchatka's largest volcanoes with a summit reaching 3,283 meters (10,771 feet) is also one of the peninsula's most active ones, with an estimated 60 substantial eruptions in the past 10,000 years.  

The volcano last most powerful eruption took place in 2007, according to NASA. 



Fire-hardened House Offers Lessons on Rebuilding Los Angeles

Michael Kovac's home, which is constructed with fire-resistant materials, survived the Los Angeles fires unscathed - AFP
Michael Kovac's home, which is constructed with fire-resistant materials, survived the Los Angeles fires unscathed - AFP
TT

Fire-hardened House Offers Lessons on Rebuilding Los Angeles

Michael Kovac's home, which is constructed with fire-resistant materials, survived the Los Angeles fires unscathed - AFP
Michael Kovac's home, which is constructed with fire-resistant materials, survived the Los Angeles fires unscathed - AFP

The house that Michael Kovac built is the only one on his street still standing after a huge fire raced through his Los Angeles neighborhood.

Now this architect says the city needs to learn from homes like his as it begins to rebuild.

"I think we always knew a fire was coming here," he said of the ridgeline in Pacific Palisades where his house sits.

Kovac and his wife, Karina Maher, who describe themselves as "avid environmentalists," designed and constructed their home with that risk in mind.

The walls are covered with non-flammable cement fiber siding, the windows are insulated to have the highest degree of protection against heat, the vents are covered in metal mesh and the fireproof roof is topped with soil and vegetation, AFP reported.

Instead of a lawn, the garden is designed as a "defensive space," where a bed of volcanic rocks is dotted with agave, dwarf olive trees and mother-in-law's cushions -- a striking spherical cactus.

All of it is protected by a sprinkler system that can spray fire retardant to slow the spread of flames.

"If most of the houses were built to something closer to this standard, I think the fire could have been contained," Kovac told AFP of the blaze that erupted on January 7.

Like many in Los Angeles, the 62-year-old was astounded by just how destructive the wind-driven fires were, with two major blazes razing around 40,000 acres (16,000 hectares) and leveling thousands of buildings.

- Materials -

As the city gradually turns its attention towards the long, slow process of rebuilding, Kovac hopes it will do so with fire resiliance in mind.

Many houses in the western United States have timber frames, and a wholesale switch to something less vulnerable like brick is unlikely, as availability and cost are key drivers in construction choices.

But even if the frame stays the same, hardening its cover doesn't have to break the bank, says Kovac.

"The choice to use, say, a cement siding instead of a wood siding, that's almost a cost neutral thing," he said.

Footage from his home's security cameras shows red-hot embers spraying all over the property -- the same embers that allowed the fire to take hold of so many homes on his street.

But not Kovac's.

"At that point you have to dismiss too much of it being luck. I mean, when it's enveloped by embers and surrounded by flames... it's down to the material choices and the systems to protect the house," he said.

Maher, a doctor who specializes in the effects of climate change on human health, says the fire was an obvious consequence of the way we are messing with our planet.

"We know the solutions to slow it down, but we also know the solutions to adapt, and that's what we all need to do," she said.

The devastation wrought by the fires was awful, says Yana Valachovic, a specialist in fire-resistant construction at the University of California, but it now presents an opportunity.

Protecting a home from the ember showers that set so many houses ablaze is among the most pressing considerations, she said.

That means hardening or stopping any ingress points, like vents.

Other important considerations are using tempered glass -- which is heat-resistant -- and rethinking the way a garden is laid out.

"Fire adaptation doesn't require a huge investment, it just requires us living a little differently," Valachovic said.