too.
Every person I personally know who has been to Antarctica is a complete waste, which is not to say that all people who expend resources to work in Antarctica are complete wastes, just that the ones
I know are complete wastes. I really don't think of these people as scientists so much as tourists, but that's just my opinion.
The fact is that greenhouse gases are used to bring these people down there to do whatever it is they do, from counting the used pipet tips to emptying their septic tanks.
Of course Antarctic research has been important to the field of atmospheric chemistry, but from what I can see, some of the crap that goes on down there is just garbage generating circle jerking. This is especially true when one considers the energy implications of shipping crap to Antarctica and then trucking it out again, which certainly accounts for the release of ton quantities of carbon dioxide, as does the heating, feeding and water melting that must go on down there to support the researchers. Somehow I don't think all that is managed on six gallons of gas a month.
It's a long commute, in fact, US to Antarctica and back, and one would hope that the expenditure of resources to go there would involve more consideration that preventing the idle state of icebreakers. I suppose that in any circumstance, one must take the wheat with the chaff, but again, my
personal experience with Antarctic travelers leaves me very unimpressed from a cost/benefit standpoint. Even though much of humanity
has benefited from Antarctic research, as well I know, all of that
impressive research has been done by people with whom I have no personal experience.
By the way, I have no interest in what
you do or the µCi quantities of radioactive materials about which you are so alternately obsessed and so proud. I have a sense of the quality of what you do and of the quality with which you think. Thus I'm sure what you find "eye-popping" would leave me less than astounded. The less said about that, the better.
I really don't give a flying fuck about your elaborate accounting of µCi of radioactivity either. It actually happens that the escape of a few microcuries of tritium isn't something to turn the world upside down about, and the matter is of little gravity or import. The quantity of tritium in the earth's atmosphere from the influx of cosmic rays dwarfs the impact of tritium on laboratory pipet tips, and the elaborate accounting, from my perspective is probably just a waste of paper that has to be transported great distances.
I note that every damn smoke detector in the United States has about a microcurie of radioactivity, however hundred millions of them there are in the United States, and no, you don't have to truck it back to Home Depot so they can truck it to Chile for processing. You don't have to account for it, either, since the risk is so low. (The benefits of the lives saved from fires is, on the other hand, high.) I also note that no one needs to know a damn thing about radiation, nuclear chemistry, nuclear physics or nuclear power to handle a smoke detector. Now it happens that
I know each Beq of decay in Am-241 releases 5.438 MeV of energy, compared to, say, 0.019 MeV per decay of tritium, and
I know what that means, but the clerks at Home Depot do not. Therefore the clerks at Home Depot are not especially qualified to comment on nuclear power even though they "work with" radiation as part of their job. In saying this, I am not maligning the clerks, but I simply note that clerks are clerks.
http://www.uic.com.au/nip35.htm