A massive 8.9 magnitude earthquake – the fifth-largest since 1900 -- struck at 2:46 p.m. local time Friday (12:46 a.m. ET), centered about 100 miles east of Sendai on Japan’s main island, Honshu.
December 17, 2011
An average guy with a balloon and a camera
December 16, 2011
China Air-Quality Catastrophe

DEC 5 2011, 11:40 AM ET
Talk about Atmospheric Transparency!!Northern China has been writing about the recent sieges of off-the-scale air pollution, especially in Beijing. Much of the political and press controversy involves "PM 2.5" -- the fine-particulate pollution that is threatening to human health, that is closely monitored in the rest of the world, but for which the only known, publicly available data in China has come from an "unauthorized" measuring site on the roof of the U.S. Embassy in Beijing. Its hourly readings are sent out via Twitter. Twitter feeds are blocked in China, and so are available only to those outside the country.
Above is a satellite photo of last month's smog epidemic, showing how enormous a swath of China was in fact blanketed. Flights were grounded over the weekend due to poor visibility, and air quality was determined to oscillate between 'very unhealthy' and 'hazardous' (the most extreme ranking).
December 1, 2011
November 6, 2011
Another Near Earth Object
(CBC News/NASA) Posted: Nov 4, 2011 11:52 AM ET
ANIMATION: Path of the asteroid relative to the Earth and the moon
NASA is about to begin detailed observations of an asteroid nearly twice as wide as Canada's largest stadiums, scheduled to pass between the Earth and the moon's orbit next Tuesday.
The 400-metre-wide space rock known as 2005 YU55 will make its closest approach to Earth at 6:28 p.m. ET on Nov. 8. At that point, it will be just 324,600 kilometres away from Earth or roughly 85 per cent of the distance between the Earth and the moon. The last time an asteroid this big came this close to Earth was in 1976.
However, it isn't expected to pose any threat and its gravity will have "no detectable effect on anything here on Earth," NASA reported.
Astronomers anticipate that the close encounter will allow them to bounce radio waves off it and get images of the asteroid as detailed as two metres per pixel. Those are expected to provide information about its surface features, shape, dimensions and other characteristics.
NASA was scheduled to begin its measurements using the Deep Space Network Antenna in Goldstone, Calif., at 12:30 p.m. ET Friday and to continue daily measurements until Nov. 10. Starting Nov. 8, radar observations of the asteroid will also be made using the Arecibo Planetary Radar Facility in Puerto Rico.
2005 YU55 regularly passes close to Earth, but hasn't come this close in 200 years.
November 1, 2011
Moon Landing Event July 20, 1969 - Hoax or History?
Leave a comment with your opinion on the subject.
October 30, 2011
Strong Storm Rips Through Parts of NY City


"Weather officials confirmed Friday night that two tornadoes and a macroburst touched down in New York City the previous day.
The National Weather Service said that the first EF0 tornado touched down in Park Slope, Brooklyn with winds of 80 mph after 5 p.m. Thursday and traveled two miles northeast.
The second EF1 tornado touched down about 2.5 miles south of Flushing, Queens and traveled north to Bayside with winds of up to 100 mph, before lifting over the waters. Middle Village and Forest Hills, Queens were the neighborhoods hit hardest.
The macroburst, which is a sudden acceleration of wind coming out of a fast-moving storm that's more than 2.5 miles long, created the most damage in Queens, moving through Forest Hills and Middle Village with winds up to 125 mph. "The [macroburst's] actual width upon touchdown was on the order of about 1.5 miles wide and the damage path that spread out made a cone of up to five miles wide," said Gary Conte of the National Weather Service.
Watch the video below to see a newscast of the Storm that came through New York on Thursday 9/16/10.
October 29, 2011
What is a Nor'Easter?
October 25, 2011
Tornado in Texas
October 24, 2011
October 19, 2011
Total Lunar Eclipse on December 20, 2010

On the East Coast, it begins half an hour after midnight on Tuesday; on the West Coast, it begins around 9:30 p.m. PST Monday. In all cases, the whole eclipse will be observable before the moon sets in the west just as the sun is rising in the east. Maximum eclipse is at 3:17 a.m. EST/12:17 a.m. PST.
During a total lunar eclipse, the Earth gets between the full moon and the sun, blocking the sun's light from bouncing off the lunar surface. Although lunar eclipses occur fairly frequently, usually at the rate of about two a year, they often hold surprises.
No one knows until the eclipse actually occurs how deep it will be and what color the moon will show. This is determined by weather conditions around the Earth's rim at the time of the eclipse, as the sun's light is colored and refracted inward by thousands of sunsets and sunrises.
If the air is clear around the rim of the Earth, the eclipse may be quite light; if cloudy, quite dark. Again, depending on those sunrises and sunsets, the moon may appear orange, red, dark brown or slate gray.
Astronomers often try to estimate the magnitude, or brightness, of the eclipsed moon. Because the moon is much larger in apparent diameter than the stars and planets, it's necessary to "shrink" the moon to make comparisons more accurate. One way to do this is to view the moon through binoculars the wrong way around, looking in the objective end. Another way is to view it in a reflecting garden globe.
It is fun to repeat the observations made by early Greek astronomers of the curve of the Earth's shadow on the moon's face, which they used to prove that the Earth was round. Greek astronomers also used the curve of the Earth's shadow to calculate the relative sizes of the Earth and moon.
One thing worth observing is how different the shadow of the Earth falling on the moon looks compared to the regular phases of the moon observed every month during the year. There's a common folk belief that the moon's phases are caused by the shadow of the Earth falling on the moon, rather than by the sun illuminating the spherical globe of the moon from different angles.
The moon's shadow during an eclipse is much less curved than the lunar terminator, and always concave. The Earth's shadow is strongly colored by light refracted through the Earth's atmosphere, while the normal lunar terminator is colorless.
One special object to look for in this eclipse is the open star cluster Messier 35 in the constellation Gemini. This will be just three degrees above the eclipsed moon, half a binocular field away. It's also interesting to see how many faint stars you can see when the moon is fully eclipsed you will see far more than are visible against the bright full moon before and after the eclipse.
A lunar eclipse makes for many photo opportunities.
Be sure to bracket your exposures (try different exposures longer and shorter than what your meter says) because a bright moon in a dark sky often fools cameras' exposure meters. If you normally keep a filter on your lens for protection, take it off to photograph the eclipse; otherwise, you may spoil your pictures with a ghost image of the moon. And use a telephoto lens or maximum zoom: The moon always looks larger to the eye than it does on film. Be sure to take some wide-angle shots as the moon gets lower in the sky toward the end of the eclipse.
October 18, 2011
Solar Eclipse July 2010
October 15, 2011
Leap Year
A leap year is a year that has one extra day in it. A leap year occurs roughly every four years. Most years have 365 days, but a leap year has 366 days. The extra day is added onto the end of the shortest month, February; in a leap year, February has 29 days (instead of its usual 28 days). February 29 is called leap day.
Why Do We Have Leap Years?
A year is defined as the time it takes for the Earth to orbit around the sun once. It takes the Earth about 365 1/4 days to make one entire orbit around the sun (a day is one rotation around the Earth's axis). By adding one extra day about every four years, the Earth is in the same point of its orbit at the same time of the calendar year each year.
What Years are Leap Years?
Usually, there is a leap year every four years -- but once in a long while, a leap year has to be skipped (this is because the Earth's orbit is 365.242 days, a bit less than 365 1/4).
To determine if the year is a leap year:
Non-century years (a century year is a year ending in 00) are leap years if they are divisible by four. For example, 2004, 2008 and 2012 are leap years; 2009, 2010 and 2011 are not.
Century years are leap years if they are divisible by 400. For example, 1600, 2000, and 2400 are leap years; 1700, 1800, 1900, 2100, 2200, and 2300 are not.
A List of Some Leap Years
A list of some leap years: ...1984, 1988, 1992, 1996, 2000, 2004, 2008, 2012, 2016, 2020, 2024, 2028, 2032, 2036, 2040, 2044, 2048, 2052, 2056, 2060, 2064, 2068, 2072, 2076, 2080, 2084, 2088, 2092, 2096, 2104, 2108, 2112, 2116, 2120, ...
Leap Day Birthdays
People born on leap day (February 29) can celebrate their birthday on March 1 (or February 28) on non-leap years. A person born on a leap day is sometimes called a leapling.
What percentage of the population is born on leap day?
Calendar Rhyme (Two versions)
Thirty days hath September,
April, June, and November,
All the rest have thirty-one,
Excepting February alone,
And it has twenty-eight days time,
But in leap years, February has twenty-nine.
April, June, and November,
All the rest have thirty-one,
Excepting February alone,
And that has twenty-eight days clear,
And twenty-nine in each leap-year.
October 9, 2011
October 1, 2011
September 29, 2011
Size of the Universe
September 28, 2011
The Universe is Believed to be Flat
September 27, 2011
Inside the Space Station
September 25, 2011
Spotting a supernova
September 23, 2011
Video on the Milky Way Galaxy
September 22, 2011
Southern Sky in Motion
Click on the link below the video to see more time elapsed sky images.
The Sky in Motion - Movies - Digital Images of the Sky
September 21, 2011
Sunspots and Solar Flares

September 20, 2011
Solar Activity on August 1, 2010
Solar Twister
September 19, 2011
September 18, 2011
Near-Earth Object 2010 AL30
September 14, 2011
September 13, 2011
Life Cycle of a Star
September 12, 2011
The Creation of the Solar System
September 11, 2011
Jupiter is the Solar System's Vacuum
Saturn's Moons

If the Earth had Rings like Saturn
http://wimp.com/earthrings/
September 10, 2011
Neptune will make its first orbit around Sun since 1846 in 2011
September 3, 2011
New Goldilocks Planet?

Comparing the Gliese 581 to Our Solar System
The orbits of planets in the Gliese 581 system are compared to those of our own solar system. The Gliese 581 star has about 30% the mass of our sun, and the outermost planet is closer to its star than we are to the sun. The fourth planet, G, is a planet that could sustain life. Image Credit: National Science Foundation/Zina Deretsky
September 1, 2011
Meteorite falls to Earth
See All the Satellites Around Earth
August 30, 2011
Just for Fun - Christian the Lion
August 29, 2011
Saturn's Rings

August 12, 2011
Weird Clouds Look Even Better From Space
March 27, 2011
Nyiragongo Crater, in the heart of the Great Lakes region of Africa
March 13, 2011
Japan Earthquake Images March 2011
Magnitude
Tsunami
The quake generated a tsunami, between 23 and 32 feet, that swept boats, cars, buildings and debris miles inland. Smaller swells struck other Pacific Rim countries, causing relatively minor damage.
Japan quake history
The country is located in the "Ring of Fire" arc of volcanoes and oceanic trenches partly encircling the Pacific Basin. About 20 percent of the world's earthquakes of magnitude 6.0 or greater hit Japan. Tokyo, with a population of 12 million, sits on the junction of four tectonic plates: the Eurasian, North American, Philippine and Pacific.
Alan Boyle writes on his blog ( Science editor at msnbc.com,)
This week's earthquake caused the main island of Japan to shift as much as 13 feet to the east, seismologists say. That may sound like a shocker, but it's just one of the natural changes that come along with an 8.9-magnitude temblor — like the 1.6-microsecond speed-up of Earth's daily rotation and the 4-inch shift in Earth's axis.
The eastward shift was documented by Japan's Geonet network of GPS monitoring stations, based in Tsukuba, said Ken Hudnut, a geophysicist at the U.S. Geological Survey's Earthquake Hazards Program in Pasadena, Calif. Similar shifts took place during last year's 8.8 earthquake off the Chilean coast, as well as the 9.1 earthquake near Sumatra that caused a disastrous tsunami in 2004.
"It's the same phenomenon in all three cases," Hudnut said. The movement is linked to the release of the strain that builds up when one tectonic plate grinds against another in a subduction zone.
"What's going on is that the plate going down drags along with it the upper plate as strain is stored in between earthquakes," he explained. "When the earthquake occurs, the upper plate lurches eastward over the subducting plate. The oceanic plate that's going down is relatively rigid, but the upper plate is like a wedge of material that's more elastic. So picture that upper wedge as being almost like an accordion that's being compressed between the times of earthquakes. It's like a spring. You're loading up the spring between earthquakes — in other words, you're compressing the eastern edge of the spring toward the main island of Japan. The earthquake allows that material to spring out toward the east."
March 6, 2011
Earth History - Man from Fish?
http://www.bing.com/videos/watch/video/catching-dinosaur-fish/26dc0a3o?from=en-us_msnhp>1=42007
Evolution in Progress - Flying Fish
http://wimp.com/fishflying/






