Earth Changes
Wednesday, May 23, 2012 at 15:02:25 UTC
Thursday, May 24, 2012 at 12:02:25 AM at epicenterTime of Earthquake in other Time ZonesLocation
41.378°N, 142.073°E
Depth
40.7 km (25.3 miles)
Region
HOKKAIDO, JAPAN REGION
Distances
107 km (66 miles) NNE of Hachinohe, Honshu, Japan
119 km (73 miles) ESE of Hakodate, Hokkaido, Japan
127 km (78 miles) ENE of Aomori, Honshu, Japan
663 km (411 miles) NNE of TOKYO, Japan
The quakes, which caused no surface damage, occurred 20-45 kilometres (12-28 miles) beneath the Earth's crust and continued for as long as half an hour, much longer than ordinary earthquakes. In contrast, the 6.3-magnitude quake that killed 185 people in the South island city of Christchurch in February last year lasted just 37 seconds and struck at a depth of about five kilometres.
The quakes could not be measured by regular seismic monitoring devices and researchers from Wellington's Victoria University had to place sensors in boreholes 100 metres deep to pick them up. Seismologist Aaron Wech said the research showed the Alpine Fault, regarded as New Zealand's most hazardous, did not remain still between major earthquakes but was constantly shifting.
Workers plan to spend 12 days clearing the beach on Montague Island, which is covered in items including balls, buoys, beer crates, Styrofoam and lunch boxes.
And they can expect to repeat this process in the future because an estimated 1.5million tons of flotsam and jetsam is yet complete the 3,500-mile journey to Alaska and elsewhere in North America.
Montague, which is the largest uninhabited U.S. island and lies 120 miles southeast of state capital Anchorage, is likely to receive another equally large quantity by the time the year has ended.
'The debris found on initial surveys of the island showed an absolutely unprecedented amount of buoys, Styrofoam and other high floating debris, Patrick Chandler of the Center for Alaskan Coastal Studies told Fox News.
Since last week, thousands of Mozambique Tilapia fishes were found dead on the river banks at Hatvalan in Daund division, about 76 km from Pune.
The fish apparently died because of thick blackish water flowing in the river bed. Ironically, Mozambique Tilapia is considered as one of the most resilient species of fish, known to withstand unfriendly environmental conditions.
To make matters worse, the same dead fish were taken to market to be sold by local fishermen. Pune and Mumbai are the primary markets for these fish. According to experts, in May freshwater springs that open into the river dry up, and hence the dissolving factor of oxygen in the water changes accordingly.
This increases the pollution level, causing the fish to die. A study conducted by Jal Biradari and Maharashtra Vikas Kendra last year had shown that the nitrate level in the Bheema river was 10-50 mg per litre, whereas the permissible limit specified by the Bureau of Indian Standards (BIS) is 45 mg/litre. The natural nitrate level should be less than 1 mg/litre, but due to pollutants, the level has shot up.
So far, 5,229 aftershocks have rattled the tectonic boundary that ruptured off the coast of Japan's Tohoku region in March 2011. The magnitude-9.0 earthquake was the fifth largest earthquake ever recorded.
The Sunday (May 20) quake is listed as both magnitude 6.0 and 6.4. If it proves to be the latter, it would be the largest aftershock since March 14, when a magnitude-6.9 earthquake hit the region.
Magnitude-6.0 quakes can cause serious damage if they hit near populated areas, yet the bulk of Japan's significant aftershocks have hit out at sea, many miles from land, and have caused relatively few problems.
This recent quake caused only light shaking for residents of northern Japan, according to U.S. Geological Survey (USGS) data. It occurred beneath the Pacific Ocean, about 60 miles (96 kilometers) east of Miyako, a coastal town devastated by the deadly tsunami that followed the March 2011 earthquake.
"With an earthquake this big, you can have aftershocks for months and years," said Paul Earle, a seismologist with the USGS. You can't say when or where they'll happen, he told OurAmazingPlanet, but they tend to decrease in number exponentially.
"The sky was bright because of twilight, but we could still see these faint auroras," says photographer Jon Cooper.
So far the solar wind has not caused a full-fledged geomagnetic storm, but this could change during the next 24 hours. NOAA forecasters estimate a 15% to 20% chance of storms around the poles as the solar wind continues to blow.
Lamac barangay captain Mariflor Cantero, whose house the wind also leveled, said the officials made the declaration to hasten the release of aid.
Power and water supply in the affected barangays were disrupted, and the residents were still shocked by the sudden weather disturbance.
"They've never seen anything like this," said Representative Pablo John Garcia (Cebu Province, 3rd district) who visited the area on Friday. There was no way the residents could have prepared for what happened.
Unseasonably heavy rains beat down on the French city on the night of May 20, forcing the cancellation of a 65th-anniversary fireworks display and leaving festival goers huddling under their umbrellas in puddles of water.

Image of Tropical Storm Alberto from NASA's Terra satellite.
Alberto, the first tropical storm of the year, formed on May 19, nearly two weeks before the official start of the Atlantic hurricane season on June 1, reported NASA's Earth Observatory. The storm troubled the waters off the coast of North Carolina with winds that reached up 60 miles (95 kilometers) per hour. An eye never formed and the storm didn't develop into a full blown hurricane.
By the next day, Alberto had petered out. No damage was reported on the mainland.
The annual hurricane heads-up from Colorado State University forecasted a slow hurricane season in 2012 with 10 named storms, four hurricanes and two major hurricanes. Alberto started the party early, so meteorologists have already notched one named storm off the list this year.
It was 60cm in reactor 2, but it is worse in reactor 1. Japan nuclear energy safety organization analyzed the water level from the connection of the amount of nitrogen injected to PCV and the air pressure of PCV.
The result is that the water level is only 40cm from the bottom of the container vessel though they inject 6 tones of water per hour.
The pipes to connect PCV and torus room got holes of several cm diameter. All the water injected leak from the holes and flow into the basement floor of the reactor building. It flows to the basement floor of the turbin building beside the reactor building through the pipes and cables.
The thickness of PCV is 30mm, but the pipes to torus room are only 7.5mm thick. Tepco used to assume the water level was 1.8m but it turned out to be wrong as always. Tepco plans endoscope operation to know the temperature of inside of the PCV by the end of this year.













