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Los Alamos Lab: We're OK, You're OK

The fires which have been burning as a result of what was intended to be a controlled burn hit Los Alamos, site of the renowned National Laboratory, especially hard. Some have questioned the safety of the lab after this trauma; In addition to being the research site for the first atomic bomb, Los Alamos has remained an important lab for top-secret technology. It's also the site of the nation's 'only active plutonium facility.' According to an AP story, the lab thought that letting reporters tour the facility was the best way to defuse fears that the fires had brought a risk to public health. Hope they're right.

54 of 191 comments (clear)

  1. Big lab, little time. by [hk]doogie · · Score: 2

    43 Square Mile lab? This is crazy. 2 hour tour for a 43 mile lab and they're not hiding anything.. right.

  2. Bwahahaha by Kyobu · · Score: 2

    Here's a way to get rid of those pesky reporters.....

    Just kidding.

    --
    Switch the . and the @ to email me.
  3. Am *I* safe? by timster · · Score: 3

    Wow, with a fire hitting a place with PLUTONIUM, I'm afraid that I'll get killed by some RADIATION! How will I know?!? Oh wait... I'll get out my own GEIGER COUNTER! It clicked! AAAH! RADIATION! I'M GONNA DIE!!!
    Seriously people, let's try to avoid the "it's radioactive and it's so bad" FUD today.

    --
    I have seen the future, and it is inconvenient.
    1. Re:Am *I* safe? by Admiral+Burrito · · Score: 2

      Informative post. Just a small correction...

      Of course alpha and beta radiation is much worse, it breaks up your DNA and shit and you get instant cancer. But those are no problem if you live in a brick house since they are particles and get stopped.

      You don't even need the brick house. Your skin is enough to stop such particles.

      Alpha and beta radiation are harmful if emitters get inside your body. Then they can do serious damage. This is the main problem in post-accident/bomb areas. The fissile materials decay into elements like iodine that the body readily absorbs. Then they decay further, irradiating your cells from the inside out. Cancer is the usual result.

    2. Re:Am *I* safe? by godlee · · Score: 2

      gamma radiation does not hurt.
      it makes you big and strong
      and green

  4. Nitpick by Anonymous Coward · · Score: 2

    At least get the name right timothy. It's called Los Alamos.

  5. HAHA by steveargonman · · Score: 2

    I heard Microsoft had secret headquarters in Los Alamos.

  6. Public Paranoia by Colin+Winters · · Score: 5

    Actually, I just took a class in Nuclear Engineering, we concentrated a lot on the public's fear of nuclear facilities. The public is completely ill-informed when it comes to anything nuclear. People fear that waste will get spread around-the waste is stored in steel containers that can survive a train hitting them plus being doused in jet fuel and lit on fire (I saw a film of it.) Everyone always talks about Three Mile Island happening again: The radiation released to the public from TMI was less than the radiation the public got from their houses on that day. I think the government needs to develop a program to educate people on exactly how safe nuclear power is-France is 80% powered by it, but we haven't built a plant in 10 years because the public is ignorant.

    Colin Winters

    1. Re:Public Paranoia by Maurice · · Score: 2

      That's because France have some of the largest and richest uranium deposits and also state of the art enrichment plants. They are also one of the largest exporters of electricity as a direct consequence. And also people are not as paranoid there. Oh yeah and the French government doesn't give a damn either, remember they sank that pathetic Greenpeace ship.

    2. Re:Public Paranoia by kaphka · · Score: 3

      Not only is France almost completely nuclear powered, but they generate far less nuclear waste than the U.S. does. That's because they "recycle" the waste in breeder reactors. (I think that's what they're called.) In the U.S., however, we're terrified by the prospect that terrorists/rogue dictators/religious fundamentalists/Slashdotters will get a hold of the weapons-grade nuclear material that is produced as a side effect of the "recycling" process... so we just bury our nuclear waste, and let our descendants figure it out.

      At least, that's how I heard it.

      --

      MSK

    3. Re:Public Paranoia by Col.+Klink+(retired) · · Score: 3

      MRI was originally called NMRI. The N stood for Nuclear. It was dropped because people are afraid of all things nuclear...

      And, to avoid panic, no MRI is not "nuclear" powered.

      --

      -- Don't Tase me, bro!

    4. Re:Public Paranoia by 1337d00d · · Score: 2

      Cobalt atom in vitamin B-12

      There is legislation in the works to ban the substance Dihydrogen Monoxide. I think that you should look into it. Dihydrogen monoxide is highly dangerous, and you should look into it before it's too late.

    5. Re:Public Paranoia by Plagued+by+Penguins · · Score: 2

      ... pathetic Greenpeace ship.

      Yeah right. Someone DIED on that ship buddy.

      At lest one of clueless French S.O.B.'s who had got caught ('cos of their own blatant arrogant stupidity) for that NZ lark got sent (eventually) to a french tourist island to serve her prison term and then (big surprise) got sent home early. Do you call that punsihment??? You have no clue about what Greenpeace try to do and no respect for human life.

      I don't always agree with their media stunt methods (nor their junk mail) but they do more good than a dozen secret services of any nations you'd care to mention.

    6. Re:Public Paranoia by FigWig · · Score: 2

      A new study has found that there were no increases in the occurence of cancer to residents of three mile island. Check out this link and scroll down a bit to item 3.

      --
      Scuttlemonkey is a troll
    7. Re:Public Paranoia by chompz · · Score: 3
      People also fear the posibility of nuclear fuel being converted into weapon's grade material, which as they should be told, isn't exactly a feasable plan. For some reason they also have a strange fear of the radiation by products. I wonder why that would be...

      Radiation itself is not a problem, how far can an alpha particle travel in air? 10 CM if it is very lucky. Gamma radiation is a lot more pentratable (its just a photon after all). It is the gamma rays which are used in cancer treatments. How far the photon can travel into a material is very dependent upon its energy, and typically isn't more than a few centimeters, but can be as large as a meter or two. That would be the reason for the thickness of nuclear material's casings. The radiation measured in the vicinity of one of these containers is hardly more than that of someone's home.

      So what's the dangerous part? The byproducts of the reaction. Mostly the sodium and strontium ones for that matter. They are quite active and easily replace elements in the human body. Strontium replaces calcium and is therefore quite dangerous for people. Strontium is mostly what is causing health problems for persons within the immediate area of chernobyl. Sodium is used by every cell of every living organisim. Radiation sources inside the human body are much more dangerous than those outside. Of course, it is dangerous to be close to a large mass of a highly active radiation source, because of the sheer amount of energy transmitted from the source to the cells of the body.

      If you don't know, the nuclear reaction which is used for power uses thermal neutrons to split atoms. The water is not only used to turn turbines, but to sustain the reaction. If the neutrons travel too fast, they merely bounce off of the nucleii of the U238 and cause no splitting of any nucleus. A slower neutron (thermal) will be momentarilly absorbed by the U238 nucleus and cause it to split due to unbalanced nuclear forces (kinda like filling a water baloon too full) and the nucleus will break apart into a bunch of smaller nucleii. Most of these are dangerous, but not for very long because of thier short half lives. The splitting causes more neutrons to be released and perpetuate the reaction. If the water is removed (leaks out) the reaction stops. Its that simple. The control rods (graphite) are used to add more control over the energy of the neutrons.

      Breeder reactors on the other hand, are more dangerous. They use a different fuel and do not operate under the safe guard of if the water leaks out the reaction stops. They are called breeder reactions because it starts with one source, I believe some random Uranium isotope called U235, and splits it. Uranium 235 doesn't split under thermal collisions, and requres high energy neutrons. This reaction actually produces weapon's grade plutonium in a small quantity and like I said isn't very safe because of the inability to completely stop the reaction at anytime. I believe there are no active breeder reactors in the world at this time.

      A couple years ago in Modern Physics we were required to figure out how long it would take a terroist group of reasonable size (20 or so members) to get enough weapons grade material to make a nuclear bomb without being noticed. Someone guessed a few weeks, while the true answer was a few lifetimes. Not truckloads, but TRAINLOADS of nuclear fuel would need to be refined in a very expensive process to make a weapon.

      Nuclear energy sources are safe as long as the byproducts are handled in a professional manner, no skimping on casing thickness, and no allowing reactor water out of a controlled environment.

      In Minnesota there is a nuclear power plant at Prarie Island, about five miles from Red Wing (south of Minneapolis St. Paul). About 6 years ago when they wanted to expand and add more storage facilities for spent fuel, the public got very involved, most of the people were very poorly educated about what they were protesting about. Most of the arguments ended up being about Three Mile Island and statements like "Radiation is Bad." The administration of the power plant did a poor job educating people about the benifits of nuclear power and the risks. Of course most of the people would not have listened, but they did not even try. Because of the lobbying of clueless people spent fuel from prarie island is taken by train far far away, a practice which is far more dangerous than onsite storage. This is a "Very Bad Thing (TM)". Trains crash far more often than stationary two meter thick steel canisters suddenly split open.

      People just need to learn about it and learn why its better than using fossil fuels. benzene tea and coal soot cakes anyone?

      --
      Spring is here. Don't believe me, look outside!
    8. Re:Public Paranoia by Detritus · · Score: 4
      The lethal dose for inhaling Pu-239 is 0.1 microgram. That means that (theoretically) 28 grams (or 1 ounce) would be enough to kill everyone in the USA.

      Sure, if the Plutonium was carefully divided up into 0.1 microgram doses and surgically implanted in the lungs of everyone in the USA.

      According to The Myth of Plutonium Toxicity, inhaling 10 micrograms of Plutonium should result in an one-in-twenty risk of cancer (1/200 risk of cancer per microgram).

      Plutonium is nasty stuff but its dangers have been grossly exaggerated by some anti-nuclear activists.

      --
      Mea navis aericumbens anguillis abundat
    9. Re:Public Paranoia by platypus · · Score: 2
      Bill Gates says:
      Actually, I just took a class in Outlook Engineering, we concentrated a lot on the public's fear of Outlook facilities. The public is completely ill-informed when it comes to anything Outlook. [...] Everyone always talks about the Loveletter happening again: The damage released to the public from loveletter was less than the virus the public got from other sources [...]. I think the government needs to develop a program to educate people on exactly how safe Outlook is-Microsoft is 80% powered by it, but we haven't built a Innovation in 10 years because the public is ignorant.

      Just a little snippage and 3 search&replace.
      The analogy I want to make is that the loveletter disaster showed how things can go wrong because of human stupidity if complex systems are involved. MS's arguments are similar to that of nuclear industry and in both cases we see that looking at the security of one standalone system doesn't cut it. Not to defend Microsoft, but to get infected by that loveletter thingy people had to ignore warning signs (blalbla "this attachment may contain ...").
      Sure, the people involved in the nuclear industry are much better educated to do their job, but they also are humans. And in contrast to the spreading of a simple vb-virus you don't need 10.000.000 idiots to create a disaster, you need just a handful at the right place - and such disaster may really deserve its name.
    10. Re:Public Paranoia by chrisd · · Score: 2
      The problem isn't the technology though, the problem is the implementation of it and the way we handle waste. The technology is understood, and when properly administered, safe. The waste, when properly hanedled and such, is a better problem to deal with than the chemicals spewed from oil, coal and shale processing and power generating.

      That said, exactly that -has- been a problem here in the US. A good hard look at the entire chain of power generation via nuclear fuels shows a long history of neglect and a head inthe sand mentality when it comes to clean up. Look at hanford and rocky flats. Look at kerr-mcgee and the rest and you'll understand why people are nervous about how we handle this technology.

      We've been lucky so far, we haven't have a major meltdown, but don't tell the people downstream from hanford or rocky flats, or downwind from the nevada test site that they were and are being served well by the nuclear industry in this country.

      So from this you'd think I was against nuclear power, in fact I think it may be our cleanest choice, but it still needs to be run by adults and not greedy children.

      Chris DiBona
      --
      Grant Chair, Linux Int.
      Pres, SVLUG

      --
      Co-Editor, Open Sources
      Open Source Program Manager, Google, Inc.
  7. Reasonable first step by xeer0 · · Score: 2

    Well, the tour seems like a reasonable first step. The detractor though at the end of the article has a good point as well.

    It would be nice if the officials at the lab could reveal some technical information about the fire and the dangers that it posed so that third-party experts could review it and hopefully allay public fears.

    BTW, glad to see this on /..

    --
    "Hey... don't be mean." --Buckaroo Banzai
  8. Look on the bright side... by The+Madpostal+Worker · · Score: 2

    if it did hit the lab.. the entire southwest could glow in the dark :-)

    --

    /*
    *Not a Sermon, Just a Thought
    */
    1. Re:Look on the bright side... by jonnythan · · Score: 2

      Things don't glow in the dark after being exposed to radioactivity. That's akin to saying that my floor will glow for a while after i turn the lights out because it's been exposed to EM radiation.

      A material will not emit light because it was exposed to any sort of radiation, sorry.
      I wonder where that comes from...whenever someone wants to show that something is radioactive, it glows green...
      Anyone know who came up with that?

    2. Re:Look on the bright side... by deglr6328 · · Score: 2

      uranium 238 waste glows green? i think not. uranium oxide may FLUORESCE green after being exposed to UV or higher EM radiation but i dont think it is self luminescent(esp since its usu. not in powdered salt form). i'd guess that the whole 'green glow' misconception comes from the fact that watch hands used to be painted with a mixture of radium salts and Zinc Sulfide. and ZnS glows green when exposed to radiation. your blue glow that you were refering to comes from cherenkov radiation, which if you happen see in air, dont bother running youll be dead soon anyway.

      --
      - "Hear that?! The percolations are imminent! Cease your ingress!"
    3. Re:Look on the bright side... by jafac · · Score: 2

      Cut the crap. I watch The Simpsons and I *know* Uranium glows green dammit!

      I just remembered this old Metallica song. . .

      --

      These are my friends, See how they glisten. See this one shine, how he smiles in the light.
  9. Concern For the Labs is misplaced.... by oblisk · · Score: 3
    The Real concern for the government, should be for the Saftey and Mental stability of the many Scientists who work at LANL. Some of them no doubt lost their homes or had freinds who did.

    This loss or even the mere existance of the fire may scare away some of these reaserchers and thus cause a loss of results from the lab, and a lower moral. Something im sure the US government does not want.


    ------------------------------------

  10. Proofreading please by Doctor+K · · Score: 2

    As a former employee of Los Alamos, I would like to point out the lab is LOS ALAMOS (not Las - as stated repeatedly in the story intro). I don't mind typos, especially in user comments. However, the story intros should at least be minimally proofread.

    Or am I out of the loop and Las is the new hip way to talk about the lab?

    Eagerly awaiting (-1: offtopic).

  11. Natl. Labs by Darchmare · · Score: 4

    Having once worked at a National Lab (PNNL, operated by Battelle) I can say that if LANL is anything like where I worked, they're not lying. Nuclear material is handled very carefully and a forest fire is the least of their worries.

    There are other issues with the Natl labs (namely, national security) that aren't all that great - but I don't think fire is going to be a problem.

    (yes, I was certified as a level 1 rad worker, and no it wasn't my main focus - I was a computer tech who had to go into rad zones from time to time. if you think an old Quadra 605 is slow now, it feels ten times as slow when you're surrounded by geiger counters and have a quota as to how long you would be allowed to stay there)


    - Jeff A. Campbell
    - VelociNews (http://www.velocinews.com)

    --

    - Jeff
    1. Re:Natl. Labs by letchhausen · · Score: 3
      Being from New Mexico and having friends who work at LANL, I can tell you that you are right. Though the way they put it now, is that it could withstand the crash of a 747, I think that what that used to mean is an ICBM hit. I bet a forest fire directly overhead would not do any damage. In 1996 when fire did reach a couple of the buildings, they landscaped much of the growth away and set up fire walls. A friend of mine in Santa Fe said that there had been an explosion and that all these people that she knew were leaving Santa Fe thinking that it was nuclear waste going up. With half of Los Alamos burning I am sure that there were plenty of other things to blow up other than the labs, such as gas lines, scorched cars etc. But it does show what paranoia there is out there. The AP article itself sounded that way as well. What kind of technical information did they want? National secrets? Please.....

      Though perhaps this fire was really set to burn those bee fields that Mulder found in the X-files......

      --
      Hey, you think your house is cool?
    2. Re:Natl. Labs by Darchmare · · Score: 2

      ---
      Wow, a Macintosh in a nuclear facility? No wonder they use a bomb to indicate a computer failure.
      ---

      That was pretty bad. :>

      ---
      To think of alternative energy sources is to think of vigorous well-organized opponents.... The most visible are those that oppose nuclear power, but I have yet to meet anyone who wants a coal-fired, electrical-generating plant next to him
      ---

      Well, PNNL isn't really a nuclear power plant - and I doubt LANL does anything like that either. Most of the nuclear material here is/was used for research, or is left over from previous nuclear power activity (PNNL is actually heavily involved in nuclear cleanup, not production, and has been since most of the local nuclear reactors were taken offline).

      That said, nuclear power is extremely clean if done correctly. That's the problem, though, if something does go wrong, it goes _really_ wrong. We've already got our share of waste slowly making its way to the Columbia river (south-east WA state). This has kept the cleanup industry in business for some time.

      But in the hands of someone who gives a damn about safety, it generates almost no pollution whatsoever.


      - Jeff A. Campbell
      - VelociNews (http://www.velocinews.com)

      --

      - Jeff
    3. Re:Natl. Labs by jafac · · Score: 2

      Heh, I was a visitor there once, and I still have my badge and guidebook, with the little chart telling you what the various klaxons and warning sirens meant, and little illustrations of what to do in each case.

      Ringing Bell & Flashing red light = High Airborne Radioactivity - > Evacuate area.
      Siren, Steady Blast for 3-6 minutes = Evacuation -> go to staging area.
      Siren, wavering tone for 3-6 minutes = Take Cover -> Stay Inside
      Gong or horn = Fire -> Evacuate
      Howler = Criticality -> Run

      The illustration is humorous, as the others just show people calmly walking out a door, etc. but the last one is a person just frantically trying to get away. None of that "do not panic, proceed calmly and cautiously" bull.

      I just remembered this old Metallica song. . .

      --

      These are my friends, See how they glisten. See this one shine, how he smiles in the light.
  12. Re:Flammability... by Detritus · · Score: 2

    Under the right circumstances, Plutonium can burn. See the DOE handbook for details.

    --
    Mea navis aericumbens anguillis abundat
  13. And now, some news from Big Brother: by smack_attack · · Score: 2

    "This is an attempt to show you we are not hiding anything," said Gene Habiger, director of security and emergency response for the Department of Energy. "If anyone thinks the government, the Department of Energy, can suppress the truth, they're wrong."

    Press members were then given instructions on how to properly seal their BioHazard suits and what to do if the Radiation badge turned red.

  14. Re:Play with fire, get burned. by Detritus · · Score: 2

    Controlled burns are relatively safe if done under the right conditions. In many arid environments, it is normal for natural fires to periodically burn off the accumulated brush and other fuel. This is much less damaging than tearing up everything with a bulldozer.

    --
    Mea navis aericumbens anguillis abundat
  15. The Los Gatos HAZMAT sites by Alien54 · · Score: 3
    Just when you thought it was safe to be paranoid in New Mexico . . .

    If you check out this DOE site http://www.em.doe.gov/bemr96/lanl.html you will find an extensive listing of the many cleanups they have going under way at Los Gatos.

    Things that come to mind are:

    Plants tend to metabolize the hazardous materials in the soil. These plants are now being converted into smoke.
    The contaminated soil that is now being dried out by the fire, and dust being swept up into the air.

    Casually checking out the page link given I come up with these goodies [there is LOTS more]:

    In support of the Laboratory's mission, the Environmental Management program is also investigating approximately 2,100 sites to determine if cleanup is needed. These sites range in size from less than 1 square meter to tens of hectares (a few square feet to tens of acres). Potential residual contamination may exist at these sites as the result of 50 years of Laboratory operation. Contaminants may include radionuclides, organic solvents, metals, and high explosives. Residual contamination may exist in more than 7 million cubic meters (9.1 million cubic yards) of environmental media, primarily soils and sediments.

    - - - - -

    Field Unit 3 consists of 555 potential release sites associated with ten technical areas. It includes sites where high explosives were developed and processed, initiators for nuclear weapons were tested, and reactor components were developed. The primary constituents of concern are radionuclides, high explosives, volatile and semi-volatile organic compounds, polychlorinated biphenyls, asbestos, pesticides, and herbicides.

    Much of the contamination in this field unit resulted from operations established during World War II to develop, fabricate, and test explosive components for nuclear weapons. Various other facilities included areas for photo-fission experiments, a mortar impact area, an air gun firing range, gun firing sites, a burning ground, laboratories, storage buildings, sumps, and material disposal areas. In many of the experiments, beryllium-containing weapons initiators were tested, and in some experiments uranium components were used. A high-pressure tritium facility was also in operation until 1990.

    One site in this field unit was used to develop nuclear reactors for propulsion of space rockets. Experiments included structural testing of fuel elements made of uranium-loaded graphite, which were tested until they failed. The site also was used to develop methods for uranium isotope separation and to test lasers for exciting uranium hexafluoride gas of various enrichments. Experimental solar buildings and solar ponds, which have since been converted to sanitary waste lagoons, were built later.

    Apparently alot of testing was also open air, especially in the early days, before they knew better, or cared much (take your pick).

    --
    "It is a greater offense to steal men's labor, than their clothes"
  16. Fwew. by zCyl · · Score: 2

    Fortunately, all the top secret stuff was burnt to a crisp before the reporters got there.

  17. Re:How many of the reporters were Chinese? by Pxtl · · Score: 3

    The CANDU reactor, the primary form of nuclear power, is widespread in Canada. It is quite efficient, and runs on unrefined Uranium (as the refining process is often quite expensive/dangerous, as was seen in Tokyo). It is quite safe, as it is physically incapable of operating without coolant, so it shuts down instead of overheating. It also produces weapons grade plutonium as its primary byproduct. There's the problem. See what technology they'd like?

  18. Re:Play with fire, get burned. by BMIComp · · Score: 2

    Perhaps your weren't aware, that these fires prevent fires, as odd as that may seem. They burn materials in order to prevent widespread forest fires. Unfortunately, this one didn't go to well. These controlled burns are routine though... just because you hear about it burning down an area.. doesn't mean it's "incredibily stupid".

  19. Big lab, little attention span by 1337d00d · · Score: 2

    Reporters don't want to trek through 43 square miles, and plus most of the stuff is classified beyond requiring a press pass. If you were a reporter, would you want a 15 hour tour through a bunch of (to you) science geeks' offices just to see what could have been shown to you in 2 hours, or for that matter 30 minutes? Plus, if there was an accident, it would have been in a classified section (the nuclear research/test sites/reactors & stuff are all classified to prevent sabotage from visitors/terrorists), so the reporters wouldn't have seen it even if they had walked for three days straight.

  20. Sounds like Gilligan's Island... by skelly · · Score: 3

    43 acres and a 2 hour tour. Sounds like Gilligan's Island to me. (Sung to Gilligan's Island theme): Well just sit right back and you'll hear a tale. A tale of fateful fire. That was started by some Interior guys who weren't all to wise. The weather was mighty dry, the bushes sure burned hot. If not for the courage of the firefighters, the plutonium would be lost.

    --
    Romanes eunt domus? People called Romanes, they go the 'ouse? It says Romans go home. No it doesn't. What's Latin fo
  21. No, it isn't. by Millennium · · Score: 2

    If something goes wrong at the labs, everyone dies, and then your concerns for their safety and mental stability don't count for very much.

    It's right that the top priority for now is the lab's integrity. Get the people out of immediate danger. Then worry about the rest.

    As it was, the lab's presence was only coincidental. The fire could have happened anywhere. The lab itself had nothing to do with the fires except that it happened to be sitting in their path. However, it does pose a potential threat to the safety of the city; now that the fires are out it is the biggest potential threat. Therefore, it's much better that this threat is taken care of. There will be time to care for the people when the lab's integrity is assured. Your concern is admirable, but it doesn't do any good if they all die because something went wrong in the lab.

    1. Re:No, it isn't. by shandrew · · Score: 2
      The fires aren't anywhere close to out yet, but the town is probably in the clear now, along with most lab property.

      The fires aren't at all a surprise; the lab expects them. There are wildfires burning in the area almost every summer. When i was there in the summer of 1998, there were fires on a nearby hill, with smoke reaching the town for several days. In 1996, there was a fire which reached edge of lab property.

      Because there is so much preparation for such an event, it's improbable that there will be severe problems. The only issue i know of is that some of the canyons which are burning were used as dumping sites long ago, but the levels of radioactivity are nothing to write home about.

  22. Could be just the beginning. by Pinball+Wizard · · Score: 4
    The fire was started by a controlled burn that got out of control. However, the people involved were just doing their jobs, and they still have a huge task in front of them.

    As big as this fire was, it still did not clear out all the debris lying on the forest floor. New Mexico's forests have been protected for the last 150 years and its only recently that fires have been allowed to burn.

    Its only recently that forest managers realized that forest fires are a somewhat regular occurence neccesary to clean out the debris and allow trees to be properly spaced by killing off weaker trees. If you take a look at tree rings from a really old tree you can see a regular pattern of fire and then this big gap when our forest service actively fought forest fires.

    Unfortunately, we cant just get rid of the debris overnight, so regular, perhaps even aggressive, controlled burning is necessary. The debris left behind from 150 years of fire control may prove to be a big problem if we continue to have record hot summers(due to global warming, but that's another story).

    The Albuquerque Journal is a great reference for donations, BTW, as the entire city of Los Alamos had to be evacuated, about 500 homes were destroyed(out of a population of 11,000) so there are many people are in need.

    --

    No, Thursday's out. How about never - is never good for you?

  23. Re: Hanford, and other stuff by SEAL · · Score: 2

    Yes, it is, and it was a major producer of the U.S. plutonium stockpile. Hanford is in Eastern Washington, which isn't terribly close to Microsoft (5 - 6 hour drive). It IS close to the Columbia river, and they have leaked radioactive material into there in the past.

    Nuclear power IS risky, and there is no long term solution to waste disposal (yet). Fast breeder reactors, and breeder/burners are one potential solution. But there is great paranoia about diversion of Pu-239 to terrorists. A fast breeder (in a nutshell) can produce Pu-239 (fissionable) from U-238 (waste).

    A burner is a little different. This is used to deliberately break large isotopes into smaller ones with shorter half lifes. The U.S. Congress has cancelled most funding for advanced reactor programs, although the DOE's Argonne National Lab still does some research.

    Considering some of the half-lifes of certain isotopes (Pu-239 has a half life of 24,000 years or so), just burying it seems to be a ridiculous proposition. I'd much rather see funding put into burner programs which can take care of this waste in a more responsible fashion.

    Just my $.02

    SEAL

  24. Such religious thoughts, I'm surprised. by Convergence · · Score: 4

    This sounds almost religious. You claim that those who have studied it have been 'brainwashed' by the heathens. You claim that the [religious] public can never be wrong. Yes, it is right to burn heathens at the stake. It couldn't be that we're ill-informed; It must be THEIR fault.

    How many times has the public been wrong on some religious craze.. From power lines cause cancer (300 million spent, on a rumor), to breast implants (billions in lawsuits, and no evidence), to expelling students for wearing smelly aftershave. (Yes, this happened a couple of weeks ago.) These are such critical dangers that we must be protected from. The public can't be wrong in protecting us from smelly aftershave!

    Here's a clue: EVERYTHING is dangerous. It's just a matter of degree.. Burning coal for electicity puts more radioactivity into the air than nuclear power does. Oil tankers can run aground. Refineries can blow up. Flying cross-country once a week give you the equivalent radiation of 10 whole-body X-rays a year.

    You can't religiously claim that forbidding the use of fire is right, just because it could accidently burn down your neighborhood.

    Nuclear energy is just another kind of fire, the fire of the burning atom trying to turn itself into iron.

  25. Re: Hanford, and other stuff by shandrew · · Score: 2
    Nuclear power IS risky

    Sure, it's risky. What isn't? What you need to do to make that into a useful statement is to quantify the risk, and compare it to other power generation activities.

    Coal mining cuts short the lives of thousands of miners. There are thousands of natural gas explosions every year, yet we have it piped into our houses. Air pollution from fossil fuel burning plants are responsible for the death of over ten thousand people in the US per year. Hydroelectric dams are very dangerous to construct, and occasionally they burst. Furthermore, the risk of global warming due primarily to fossil fuel burning is a tremendously large one for the future.

    The primary reason that nuclear power isn't successful in America is its cost.

  26. hate to nitpick but... by coaxial · · Score: 2

    It's Los Alamos. Not Las Alamos.
    Los is masculine, while Las is feminine. Alamos is a masculine noun. (You can tell because it ends in "o".)

  27. Re:couple more things by billybob+jr · · Score: 2

    I agree nuclear power is not perfect. However, neither is burning coal. Since you are so opposed to nuclear power, maybe you could enlighten us to what we should be doing instead to generate electricity?

    Maybe if the *perfect* solution doesn't come along, we should just use the *best* one.

  28. Reaction by Evan+Vetere · · Score: 2

    The Federal Government should pay the damages to the citizens. Believe it or not, this is not yet something they've agreed to do.

    Then, because federal government money is yours and mine, everyone in the administration should be fired, and the entire department should be dismantled and rebuilt with congressional oversight. It should be tightly supervised for the next decade or so.

    None of this will happen, and the people who've lost their houses will be told 'tough shit'. They will be lucky to get the cost of their homes back. Insurance companies will be left holding the bag. They will be forced to raise rates, and the people who should have paid for this disaster in the first place will end up paying for it anyway, while the Government gets off scot-free.

    Of course, I hope I'm wrong.

  29. But us kinky folk NEED PVC!!! by FreeUser · · Score: 2

    [...] the migration of VC from PVC is essentially zero. It is bad to manufacture though.

    So, let me get this straight. Greenpeace hates PVC because its bad to manufacture, so they tell everyone its poisonous to wear.

    Greenpeace hates leather because it comes from dead cattle.

    Greenpeace (presumably) hates rubber, because its a petroleum product.

    Damn! You've just about eliminated everything my dominatrix wears. Whats a guy with a kinky fetish or two to do in a brave new green world where we can't eat meat or wear PVC?

    --
    The Future of Human Evolution: Autonomy
  30. This is not right by scheme · · Score: 2
    u don't die a few days after you buy a cell phone... but you do if you were near a powerfull gamma burst. Of course alpha and beta radiation is much worse, it breaks up your DNA and shit and you get instant cancer. But those are no problem if you live in a brick house since they are particles and get stopped.

    That's only partly right. The Earth gets hit by large gamma burst every couple of months or so. Sure the van allen belts provide shielding but some still gets through. You're getting hit by high energy muons from cosmic showers all the time.

    Gamma rays are somewhat nasty but they aren't that bad. I've worked with several gamma sources like Co57, Co60, Cs137, P37 (122KeV - ~1.3MeV) as well as a Pu238/Be neutron howitizer and personally I worry more about the neutrons than the gammas. Alphas and betas are usually stopped by thin layers of clothing or even your skin. As long as they stay outside your body you're fine. If they get inside then you have pronblems. Gammas will usually compton scatter and leave without many interactions so they aren't that bad. Neutrons will probably plow through your molecules and dump most/all their energy since there are so many hydrogens within your body.

    Btw, I done some experiments on cross sections of gamma rays of various energies and a 122 KeV gamma has something like a 50% chance of getting through 32cm(~16 inches) of aluminum and a 30% chance of getting through 32cm of iron. This is just low energy gammas, several radioactive decays will provide gammas with 10 or more times the energy. So unless your brick house has a thick lining of steel (~1-2m) or lead (~.5m), you aren't getting any protection fromt the walls.

    --
    "When you sit with a nice girl for two hours, it seems like two minutes. When you sit on a hot stove for two minutes, it
  31. Big mountains and lot's o' trees... by kwsNI · · Score: 2
    I (very unfortunately) have lived in New Mexico all my life (about 70 miles from the labs). Most of those 43 square miles are very rough forest and mountains. It's not "science geek's offices", it's rocky mountains and underground bunkers.

    Besides, all the locals here that know anything about that labs are dying laughing. There was never any danger to any nuclear materials. The bunkers that they are in are far underground and in completely fireproof caverns with fire buffers around them. To top it off, the bunkers are built to withstand a direct hit from a 747. If you'd like some more info on the fires though, check out our local news coverage at www.abqjournal.com or www.kobtv.com.

    kwsNI

  32. Las, Los, Foo. by Wonko42 · · Score: 2
    Interesting how the original Slashdot post, last night, repeatedly used the incorrect term "Las Alamos". Several readers posted comments stating that the correct term is "Los Alamos". This morning, the article has been fixed, however there is no disclaimer from the Slashdot authors saying that they fixed a mistake. Thus, all those helpful, grammatically correct readers who pointed out the mistake now look like idiots.

    Considering the popularity of Slashdot, you'd think the authors should know at least a little bit about proper journalism. Come on guys, have some respect for your readers, for crying out loud. When you make mistakes, 'fess up. Give credit where credit is due. Don't make your readers with better grammar than you look like idiots.

    --

  33. Re:Flammability... by chrisd · · Score: 2
    *bzzzzz* wrong, plutonium is in fact pyrophoric. When exposed to the air, pu can in fact light on fire. This was the cause of a conflagration at rocky flats in 1969 that cost beau coup bucks to clean up.

    Chris DiBona
    --
    Grant Chair, Linux Int.
    Pres, SVLUG

    --
    Co-Editor, Open Sources
    Open Source Program Manager, Google, Inc.
  34. Re:Las, Los, Foo. Phooey. by Wonko42 · · Score: 2
    Ah, I see. No hard feelings, I'm sure. You're right, it was a relatively minor error, and probably one that most people wouldn't even notice. I suppose it irked me mainly because I tend to get really annoyed by grammatical errors. I often don't realize that, while the error may be a big deal to me, your average reader could probably care less.

    --

  35. ... and the geiger counter goes wild by Dhericean · · Score: 2

    On a similar point when Chernobyl 'sprung a leak' I was at university at Aberdeen (in Scotland). Some high ups in one of the departments decided to take one of their geiger counters outside the department and check the radiation levels (being built of granite the background in Aberdeen is about 4x UK norm).

    When they got out they switched on the detector and the needle nailed itself to the top of the meter. It was not until they were back inside (a transition that occurred very quickly indeed) that they noticed they had not a Geiger-Muller tube (for detecting radioactive particles) in the detector but a scintillation detector which counts very weak light pulses. History does not record exactly how stupid they felt.

    --

    Gamma Testing - Where testing is extended to the full user community (AKA Shipping the Program)