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Exactly....there were some fish that were tested with high amounts of alchohol in their blood
Will March 19 'Supermoon' Trigger Natural Disasters?
On March 19, the moon will swing around Earth more closely than it has in the past 18 years, lighting up the night sky from just 221,567 miles (356,577 kilometers) away. On top of that, it will be full. And one astrologer believes it could inflict massive damage on the planet.
Richard Nolle, a noted astrologer who runs the website astropro.com, has famously termed the upcoming full moon at lunar perigee (the closest approach during its orbit) an "extreme supermoon."
When the moon goes super-extreme, Nolle says, chaos will ensue: Huge storms, earthquakes, volcanoes and other natural disasters can be expected to wreak havoc on Earth. (It should be noted that astrology is not a real science, but merely makes connections between astronomical and mystical events.)
But do we really need to start stocking survival shelters in preparation for the supermoon? The question is not actually so crazy. In fact scientists have studied related scenarios for decades. Even under normal conditions, the moon is close enough to Earth to make its weighty presence felt: It causes the ebb and flow of the ocean tides.
The moon's gravity can even cause small but measureable ebbs and flows in the continents, called "land tides" or "solid Earth tides," too. The tides are greatest during full and new moons, when the sun and moon are aligned either on the same or opposite sides of the Earth.
According to John Vidale, a seismologist at the University of Washington in Seattle and director of the Pacific Northwest Seismic Network, particularly dramatic land and ocean tides do trigger earthquakes. "Both the moon and sun do stress the Earth a tiny bit, and when we look hard we can see a very small increase in tectonic activity when they're aligned," Vidale told Life's Little Mysteries, a sister site to SPACE.com. At times of full and new moons, "you see a less-than-1-percent increase in earthquake activity, and a slightly higher response in volcanoes."
The effect of tides on seismic activity is greatest in subduction zones such as the Pacific Northwest, where one tectonic plate is sliding under another. William Wilcock, another seismologist at the University of Washington, explained: "When you have a low tide, there's less water, so the pressure on the seafloor is smaller. That pressure is clamping the fault together, so when it's not there, it makes it easier for the fault to slip."
According to Wilcock, earthquake activity in subduction zones at low tides is 10 percent higher than at other times of the day, but he hasn't observed any correlations between earthquake activity and especially low tides at new and full moons. Vidale has observed only a very small correlation.
What about during a lunar perigee? Can we expect more earthquakes and volcanic eruptions on March 19, when the full moon will be so close?
The moon's gravitational pull at lunarperigee, the scientists say, is not different enough from its pull at other times to significantly change the height of the tides and thus the likelihood of natural disasters.
"A lot of studies have been done on this kind of thing by USGS scientists and others," John Bellini, a geophysicist at the U.S. Geological Survey, told Life's Little Mysteries. "They haven't found anything significant at all."
Vidale concurred. "Practically speaking, you'll never see any effect of lunar perigee," he said. "It's somewhere between 'It has no effect' and 'It's so small you don't see any effect.'"
The bottom line is, the upcoming supermoon won't cause a preponderance of earthquakes, although the idea isn't a crazy one. "Earthquakes don't respond as much to the tides as you'd think they would. There should actually be more of an effect," said Vidale.
Most natural disasters have nothing to do with the moon at all. The Earth has a lot of pent up energy, and it releases it anytime the buildup gets too great. The supermoon probably won't push it past the tipping point, but we'll know for sure, one way or the other, by March 20.
What's increased is the number of media outlets who need to fill blank space and get readers, so if there aren't enough proper stories to cover, they'll start making 'news' out of any event. All they do is present something from a certain angle, knowing that it'll appeal to the same part of your mind that gets a thrill from horror films - the process isn't that much different from the entertainment industry.
It's certainly more exciting to suggest that mystical forces are behind things, rather than some natural effect, or a boring incident of pollution that no-one wants to take responsibility for.
These days, most media outlets don't need to properly investigate or spend time proving anything, it's just a story that fills a space until Kim Kardashian comes out in her latest change of clothes. Although some might say she's also a sign that the end of the world is upon us.
I also wonder if they're all connected, in terms of a pattern of tectonic stress moving around the world, where a sudden release in one area shunts the pressure somewhere else, as a knock-on effect that's inevitable, but sadly not immediately or specifically predictable.
theaustralian.com.auTHE massive earthquake that shook Japan last night was almost certainly related to New Zealand's devastating Christchurch earthquake last month, following a similar pattern to the 2004 Boxing Day quake, which caused tsunamis that killed more than 200,000 people around the Indian Ocean.
The magnitude 8.9 tremor struck off the northeast coast of Japan's southern island of Honshu at 2.46pm local time (4.46pm AEDT).
Brian Evans, a geophysics professor at Curtin University, said last night the 2004 Boxing Day earthquake off Sumatra - another island along the Pacific ring of fire - was also preceded by an earthquake in New Zealand a few weeks earlier.
"Two weeks before the Boxing Day tsunami occurred, there was an earthquake in New Zealand," Professor Evans said. "Two weeks later, off you go with a tsunami."
He said it was normal for quakes and tsunamis to occur in succession, because tectonic plates were always moving and a shift in one place could cause a transfer of stress elsewhere.
"This latest one was almost definitely related to the (Christchurch) quake in New Zealand," Professor Evans said.