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Bermuda Triangle Mystery Could Be Solved

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By Afza Fathima | October 20, 2014 1:21 PM EST

A new report has made suggestions that several mysterious craters found in Siberia could be linked to the mysteries surrounding the Bermuda Triangle. Scientists who were not involved in the report said that the sink hole mechanism did not explain the vanishings in the Bermuda triangle.
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Reuters
A view of an empty beach in Termini Imerese in the southern Italian island of Sicily. A sun drenched island in the middle if the Mediterranean with wondeful food and beautiful beaches would be most people’s idea of heaven. But Sicily is less a case of paradise than the Bermuda Triangle, particularly when it comes to economics, with all attempts at betterment disappearing in a mysterious sinkhole.

According to the Siberian Times, a huge crater was discovered by Siberian reindeer herders in July on the Yamal Peninsula, which is also known as “the end of the world.” Apart from that, two other holes were found in the Taz District and the Taymyr Peninsula. The origins of the Siberian holes remained a mystery.

A report in the journal Nature said that the release of the gases trapped in the methane could have resulted in the sinkholes. The researchers who conducted the study said that the air that was found in the bottom of the crater had high concentrations of methane. They said that heating from above the surface as well as below the surface because of unusually warm climatic condition and geological fault lines respectively, could have lead to the high levels of methane.

Researchers have said that the disappearance of ships and aircrafts in the Bermuda Triangle could be because of the high levels of methane in the sinkholes. Many people have said that the Bermuda Triangle does not exist while a few others say that it exists between Bermuda, Florida and Puerto Rico.

Vladimir Romanovsky is a geologist and the professor of geophysics at the University of Alaska Fairbanks. He is interested in the scientific and practical aspects of both, the environmental and engineering problems, that involve ice and permafrost. In an article by Live Science, he said it was probable that sinkholes were produced in the oceans were similar to the holes found due to the methane hydrates.

Benjamin Phrampus is an Earth scientist at the Southern Methodist University in Dallas. He told Live Science that the methane hydrates were known to have existed along the U.S. North Atlantic continental margin. He said a large province on Blake Ridge which is located to the north of the Bermuda Triangle also was known to have the methane gases.

To contact the editor, e-mail: editor@ibtimes.com

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Living Off The Grid — Good Idea?

October 19th, 2014 by Zachary Shahan

off grid homeLiving off the grid has great appeal to a lot of people. It sounds idyllic. You are no longer dependent on broader society (well, at least not for electricity). You no longer send your money to a greedy monopoly month after month. You largely rely on the clean electricity generated by your rooftop solar panels or a big wind turbine. It clearly has some benefits, but it it’s not all peaches and cream. Living off the grid also comes with considerable downsides.

In a time when “the sharing economy” is all the rage, you’d think we’d actually have more enthusiasm for our ultimate system of sharing — the electric grid. Through a massive amount of sharing, we’re all able to use electricity just when we need it, and at a discount. “A discount?!,” you ask in exclamation. Well, yeah, electric utilities may be monopolies making massive profits, but we are still benefiting from the efficiency of this smart system.

Not hooked into the electric grid, if we only relied on our own solar panels or wind turbine, we’d also need expensive backup batteries or an even more expensive (and super dirty) diesel generator in order to have electricity whenever we wanted it. Over on CleanTechnica, our comment moderator has been living off the grid for decades, and he is one of the biggest proponents of the grid that I know. He lives far off the grid in Northern California, and the nearest utility was going to charge him hundreds of thousands of dollars to extend the grid to his home. So, he bought solar panels and batteries instead. But the combined system isn’t super cheap (yet). Furthermore, when it’s overcast for a long time, he has to run a diesel generator.
On-Grid Solar or Wind

When you have solar and you are on the electric grid, the grid is essentially your battery. If you have excess electricity, you send it into the grid (and often get compensated for that). If you don’t have enough electricity from your solar power system, you can use electricity from the grid. The grid electricity + infrastructure is a massive shared system. Much less backup power is needed, as there’s a diverse range of electricity sources feeding electricity into the grid from many regions and demand also varies, so you need electricity when someone else doesn’t, allowing the two of you to share an electricity generator. There’s a grid manager in place who is ensuring (or trying to ensure) that electricity supply and demand always match, so that the grid doesn’t go down and leave you without electricity.

rooftop solar installation

Microgrids

There is one “off-grid” option that I think does make sense. However, it’s not truly off the grid, but is its own small grid. As the subheading states, I’m talking about microgrids. Microgrids are expected to rise in both the developed as well as developing world in the coming years. They offer many of the benefits of a large, centralized grid, but result in greater overall grid security. Also, they allow communities (or even neighborhoods) to together produce the key benefits of the grid but move away from a monopolistic utility.

With low-cost rooftop solar power and battery costs dropping off a cliff as well, a high penetration of rooftop solar panels combined with cheap electricity from wind turbines and some backup energy storage can provide all that is needed for a relatively small community to form its own microgrid. In that way, you can cut yourself off from the monopolistic practices of a larger grid while still benefiting from shared electricity generation and storage technologies.

On a recent trip to Germany, I actually visited a grid-independent village there. It may actually be the only grid-independent village in the developed world. You may think this came at a high cost, but it actually came at some huge financial savings, and the financial savings were reportedly what drove the villagers to go off the grid. From an article (linked above) that I wrote over on CleanTechnica:

To finance the biogas system, the villagers took a loan of 1.3 million euros for a 10-year period, which is now 6 years over. That actually results in Feldheim having the cheapest electricity in all of Germany. The Feldheim villagers pay ~17.4 euro cents per kWh, while the average across Germany is ~28 euro cents per kWh. If you look at the situation about 20 years out, Feldheim villagers will likely be paying ~half the national average.

Rather than relying on solar, Feldheim relied on wind power and biogas (with a minimal amount of biomass — sustainably forested wood burning), since they much better fit the village’s natural resources.

Feldheim-wind-turbines-art-pinwheels

Feldheim-wind-turbines-art

I think we’ll see strong growth in the microgrid market in the years to come, but in the developed world, that would also rely on a shift in thinking and regulations, so we’ll have to wait to see how far that goes.
Extreme Circumstances

Of course, there are extreme circumstances where living off the grid makes sense. Small islands, or land-locked “islands” that the grid cannot easily reach, are obvious examples. In some cases, it doesn’t make sense to extend the grid or create a microgrid in your location.

island solar home

Also, if your electricity provider is hiking up electricity prices so much and not rewarding rooftop solar power installations, then it could be cheaper to go solar and get your own batteries and move off the grid. Of course, you also need to live in a region with enough winter sun that that makes sense. There are places in the world, such as regions of Australia, where this seems to be where things are headed… if they aren’t there already.
Wrapping Up

Living off the grid sounds nice, and it is the most logical solution in some extreme circumstances, but I do think the electricity grid is an efficient, practical, valuable solution. I think the electricity grid is in the process of changing a lot, and part of that will be breaking it out into more and more microgrids, but I don’t think the grid is going away, and it shouldn’t. If you are considering going off the grid, just be sure to give it some holistic thought. Don’t do it out of prejudice, and don’t do it without doing the math first!

This is part of a series on “The Changing Grid.” Check in again soon for more stories in this series.

Image Credits: Solar home in Germany by Zachary Shahan | Planetsave (CC BY-SA 4.0 license); Rooftop solar installation via Shutterstock; Wind turbine art in Feldheim, Germany, by Zachary Shahan | CleanTechnica (CC BY-SA 4.0 license); Solar home on island via Shutterstock (copyrighted)

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