Massive asteroid may hit Earth in 2182: Scientists

A massive asteroid could crash into Earth in 2182, causing widespread devastation.

London: A massive asteroid could crash into Earth in 2182, causing widespread devastation and
possible extinction, scientists have warned.

The asteroid, called 1999 RQ36, has a one-in-thousand chance of actually hitting the Earth, but half of that risk corresponds to a potential impact in the year 2182, scientists from the Universidad de Valladolid in Spain claimed.

The astronomers, who used mathematical models to
calculate the risk of asteroid 1999 RQ36 slamming into Earth
through the year 2200, found two potential opportunities for
the asteroid to hit Earth in 2182.

"The total impact probability of asteroid `(101955)
1999 RQ36` can be estimated in 0.00092 -- approximately
one-in-a-thousand chance -- but what is most surprising is
that over half of this chance (0.00054) corresponds to 2182,"
said Maria Eugenia Sansaturio, who led the research.

The asteroid, which is about 1,800 feet in diameter, was
discovered in 1999 and currently it is behind the Sun. It can
be observed only in the spring of 2011, the Daily Mail

If an asteroid of this size hit the Earth it would
cause widespread devastation and possible mass extinction,
said the scientists.

They said any attempt to try and divert the asteroid and
save the Earth will have to take place more than 100 years
before it is due to hit to have any chance of success.

If the asteroid had not been spotted until after 2080
it would be impossible to divert it from its target, they
warned in a new research paper published in the science
journal `Icarus`.

Asteroid 1999 RQ36 is part of the Potentially
Hazardous Asteroids (PHA) group, which all have the
possibility of hitting the Earth due to their orbits and are
all considered likely to cause damage.

Even though the asteroid`s orbit is well-known thanks
to 290 different observations by telescopes and 13 radar
measurements there is uncertainty about its path because of
the so-called Yarkovsky effect.

This effect, first discovered in 2003 and named after
a Russian engineer, is produced by the way an asteroid absorbs
energy from the sun and re-radiates it into space as heat.
This can subtly alter the asteroid’s flight path.

Sansaturio said: "The consequence of this complex
dynamic is not just the likelihood of a comparatively large
impact, but also that a realistic deflection procedure (path
deviation) could only be made before the impact in 2080, and
more easily, before 2060."

She added: "If this object had been discovered after
2080, the deflection would require a technology that is not
currently available.

"Therefore, this example suggests that impact
monitoring, which up to date does not cover more than 80 or
100 years, may need to encompass more than one century.

"Thus, the efforts to deviate this type of objects
could be conducted with moderate resources, from a
technological and financial point of view."

Scientists believe the impact from the asteroid that
created the famous Chicxulub crater in Mexico would have
caused `mega-tsunamis` many thousands of feet high. It is
believed that this asteroid led to the extinction of the

There have been deliberations going on since long to find
out ways to deflect potentially hazardous asteroids to prevent
them from hitting Earth.

One of the more popular methods is to detonate a
nuclear warhead on an approaching asteroid to deflect it from
its orbital path.


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