Originally posted by TeeVee
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I'm guessing that you do not drive a 2009 S Class Mercedes Benz. Why? I've just outlined a senario as likely to happen as being dumped in the ocean, and surviving the crash of a passenger jetliner. Why apply the double standard?
Don't know about you but where I live Earthquakes are not at all common. However the house I live in adheres to building codes that do not account for once in 1000 year earthquake events. I assume my home whilst strong enough 99.99% of the time may collapse if a sufficient earthquake magnitude were experienced. Why do you think it is that the building authorities did not mandate that the home survive a 1 in a million year quake?
Cost/benefit ratio's. Why have you at some stage jaywalked (I'm assuming you have here) - it would be much safer if slower to wait at the pedestrian crossings. Instead often people elect to trade off that safety and a possible jaywalking fine (rarely policed) for the benefit of saving some time.
This is what I do not understand about the arguments raised by yourself and Evan. The odds of being involved in an airborne incident are slim. The odds of being on board an airliner that goes down over a body of water (given that probably most flights are over land I'd guess) are slimmer still. The odds of surviving such a catastrophy are miniscule, yet no expense is to be spared providing a rescue service that will in all probablility never be used? The largest aircraft in the air today can seat roughly 1000. Say two full A380's configured in this all economy layout hit each other and managed to both ditch without casualties in the ocean. Lets say none of the life vests or escape slides worked and the Comoros Islands rescue service as proposed by Evan (a corordinated organisation of fishing boats) rescued all the people without loss! Fantastic! Result!
Now lets say it costs $20,000 per year for each airport near the ocean to maintain these services. Lets say there are 60 airports just in Australia alone that require this service - then we are looking at $1.2M per year to maintain this capability. Now scale that figure by however many airports there are in the world ajacent to water, and the cost would have to be around 100 times more. $120M per year. Any idea what sort of difference that money would make if ploughed into disaster relief/clean drinking water for the third world etc? You'd save well over 2000 people per year. And all the figures I've listed above look seriously conservative to me. What you guys don't seem to understand is that you have focussed on an event that has incredibly low odds of it happening with an ongoing cost of negating the problem being extremely high. COST/BENEFIT RATIO.
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