This AGAIN?
Yes, we all know that an asteroid impact is a Bad Thing[sup]tm[/sup]. In a word (Or three, anyway), big f’ing deal.
An impact in the water is bad. Oh no.
The asteroid 1950 DA has a 1-in-300 chance of impacting earth in 880 years. Oh no.
Two asteroids passed within 1.2 million kilometers of earth. Oh no. (And just how big were these rocks, anyway? On the UK NEO page, I could only find reference to six asteroids passing within that distance that measured more than 20 meters, in the past 65 years!)
Asteroids might be “hiding” by the sun. Again, oh no. (And this seems incredibly alarmist, seeing as this little fear was taken from an article about a new satalite that will detect them!)
And to top it all off, there are more asteroids in the asteroid belt! Sorry if if I’m not too surprised by that
As for 2002 EM7, it was 60 meters wide traveling at 10KPS. If it impacted on earth, it would have caused little damage. In the ocean, it wouldn’t have enough energy to be noticable over normal variations in the tide (There was one about 40 meters wide and traveling 12KPS that impacted in the pacific a few years back. I doubt many people have even heard of it). And wasn’t that the one you brought up a while back, having only a week’s warning before it passed? I thought it was 2002 EM7, or was it a different one?
So I guess to sum it all up… And? So what? We’ve got a new asteroid-tracking sattalite going up to track asteroids in a previously blind spot, NASA is launching the SENTRY program to compliment the NEODyS CLOMON impact monitoring system in Italy, sharing information and able to double-check eachother’s work for better accuracy, and the ability has already been shown to not only identify potential impacts, but to be able to predict them up to 880 years in the future! And to top it off, of all the asteroids plotted for near-earth tracks in the next 80-some years, and of any significant size, only one of those has a Torino scale level higher than zero (And it’s a 1, or extremely unlikely to impact). The risk of an impact is no higher than it has been for the past thousand years, and despite how much you complain that NASA isn’t doing anything, they are, as are other nations. The ability to detect NEOs is increasing rapidly, and radar imaging is enhancing the ability to analyze detected NEOs to determine their exact trajectory and orbit.
So, uh… What’s the big deal?