Killer Ozone?
Tufriast writes "This will make you think twice about an H2... The BBC News has reported that the death toll in U.S. cities might have a correlation to the ozone levels in them. The article mentions several major U.S. cities, and notices the upward trend in premature deaths as pollution levels rise. The results can also be found in the Journal of the American Medical Association."
Although I haven't read the study, they could try and control for this. If there are cities that are more densely populated but less polluted, and those cities are still following the ozone/death curve rather than a density/death curve, the case for ozone harming peoples' health is strengthened.
"Peaks in air ozone levels were linked with peaks in premature death rates in urban areas across the US"
It's well known that long term exposure to ground level ozone attacks your lungs and plastic and rubber products (tires, molding on your car, rubberized and vinyl fabrics, etc.)
This AMA report sez that short term correlation suggests further study. Well of course, you want to know what you're up against.
It's not the H2 that's the problem. One old V-8 that's exempt from emmission testing and driving around on 6 cylinders causes more of a problem than a hundred hummers.
The poor need their cars so these things stay on the road.
Now I'm the grandest Tiger in the Jungle!
Well, a tightly-controlled experiment is much better than a real-life study, any day.
In fact, you ought to make this double-blind.
Create two big rooms with machine-regulated environments. One room is full of noxious pollutants. The other room is full of clean air filled with known-harmless (or near-harmless) chemicals that emulate the smell of pollution. Label the rooms, machines, and tanks of supply chemicals with a simple "A" or "B" so those administering the experiment can't influence the participants.
Now, abduct newborns from hospitals across the world. Do this at as many places as possible, so as to get the best random distribution of human participants. Then, put half (selected randomly) in room A, and the remaining in room B.
Observe the morbidity and mortality rates over time. When everybody has died, the experiment designers/evaluators will get the data back, match up the data for "A" and "B" with the conditions for each room, and there you go.
But, there's still a flaw. The administrators might guess which room is truly cleaner based on the health conditions in each. To correct for this, one option is to create a third room that is clean, but sneak in there during the night and randomly kill some participants. Another option is to create dozens of rooms, all with varying amounts of pollution, and give teams of ninjas assignments, distributed randomly (if you just murder the kids in the clean room, you'll end up with similar mortality rates, and no useful result; also, ninjas or something similar must be used, so that the murders can occur without anybody involved in the experiment catching on; the administrators, of course, will be told about the ninjas, but will not know who they intend to attack, nor will they haev any way of detecting them; the murders would, of course, have to be done with poisons that haev very similar effects to long term pollutant exposure).
There's still a few problems with this set-up; anybody want to take over refining the design from here?
--TheOrangeSquid Is it any wonder things seem so awry? We swim in a sea of confusion and don't have to think to survive
Most of what is on the "collection grids" is actually burnt ozone
:)
How do you "burn" oxygen?
A properly designed ionic air filter does not produce any detectable ozone. There ARE some types of air cleaners that are designed specifically for ozone production - ozone is a powerful antiseptic and rids the air of all sorts of airborne bacteria and the like.
=Smidge=