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Smoking bans in North Carolina?

After this morning’s post about Tennessee, I got curious and wanted to see what we were doing in North Carolina on smoking bans. So, I looked up my very own NC General assembly homepage and used their full text bill search function (key word smoking!). Here’s what I found.

In the State Senate

Great! Senate Bill S635 will ban smoking in all public places indoors except in tobacco shops, designated smoking rooms in hotels and for “research”. Follow the progress of this bill using the bill’s very own rss feed!

In the House

Not so good, House bill H259 has been referred to committee. But it has giant loopholes for all bars and “private clubs”. It has its very own rss feed too.

Observations

  1. It is good to see that my representatives Kinnaird (we share a yoga class on Monday nights!) and Insko are co-sponsors on the bills. But I live in that bastion of progressivism (in the South, anyways!) Chapel Hill/Carrboro, so this is pretty unsurprising!
  2. My question to the House is this: Why are bartenders, employees of bars and private clubs, and patrons of such establishments considered not worthy of protection from second hand smoke? As someone who goes out drinking often, this is where all my exposure to second hand smoke occurs.
  3. Kudos to North Carolina for designing an accessible and easily searchable bill repository complete with rss feeds, way to go!

Once I hear back from Sen. Kinnaird on the prospects of legislation this session, I’ll be sure to post about it.

Update: See this. The House and Senate bills have gotten a lot closer, and most of the loopholes are gone.

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    Indian Parliament Discusses Climate Change

    India stresses on Kyoto standards-India-The Times of India

    The discussion on global warming in Parliament will end with the statement of environment minister A Raja, possibly on Monday. He is bound to restate the country’s position on climate change in the international arena — that countries must bear “a common but differentiated responsibility” for climate change, a phrase that is the central pin of the Kyoto Protocol.

    De-jargonised, it means, while every country is adding to the problem, there are some that are more responsible than others, and should, therefore, bear the burden and costs of cleaning up more than the smaller culprits

    More highlights…

    The US, between 1950-2003, emitted 10 times more carbon dioxide than India did. Europe emitted 8.5 times more. Yet US and Australia, two of the biggest emitters of greenhouse gases, have refused to ratify the Kyoto Protocol (which asks developed countries to reduce their emissions) on the pretext that developing countries like India and China are not undertaking emission cuts.

    Worse still, if one looks at per capita emissions from different countries, which is a more equitable way of calculating emissions if one was to go by the principle that each person has as much right to the atmosphere as another, then India ranks a mere 120 compared to US which ranks 6 and Australia 10 on the culprits’ list. This is taking the emission levels of 2003.

    Well, they are right, and they are wrong too. The developed world has a lot to more to cut back on and should make the bulk of the cuts. But India and China also need to grow using current state of the art knowledge, not using the 1950s coal intensive, energy inefficient model of increasing supply without paying attention to demand. We have also come to realize that IPCC reports, due to their consensual nature, are conservative. So, they will tend to understate the effects of climate change and overstate the costs. It may not be as expensive in India and China as long as attention is being paid to hw the infrastructure is being developed.

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    Numbers, policy and advocacy

    I got into a twitter discussion with Andrew Leach, who writes thoughtfully about energy policy and economics at his blog and occasionally for the globe and mail. The topic of discussion was a number put up by Bill McKibben of 350.org stating the following:

    By some calculations, the tar sands contain the equivalent of about 200 parts per million CO2

    Now this was a throwaway line in an article warning us that the Obama administration was not doing anything to stop runaway carbon emissions from coal and petroleum. But Prof. Leach made the point that this was a bit dishonest because at the current (and future) rate of oil extraction, it would take over 1500 years, and was  ridiculous. But let’s look at the calculation itself. 200 ppm seems like an outrageously large number. After all, the current concentration of CO2 in the atmosphere is 393 ppm. Is Bill McKibben actually saying that the taroilsands (I can’t pick on tar vs. oil, and I will campaign for taroil) can contribute half of what’s currently in the atmosphere? That can’t possibly be true. I mean, it is a huge project and all, but still, only 6.5% of Canada’s emissions in 2009.

    But, if you follow the mathematics:

    1. 1.75 trillion barrels of bitumen in place , as opposed to the 10% of that deemed recoverable in 2006 assuming 2006 prices and current technology.
    2. One Barrel is approximately 0.5-0.7 metric tons CO2 if you take into account both the production and the combustion. Note that there is a lot of uncertainty in this estimate because most of the data come from the Canadian and Albertan governments, and from the producers themselves, very interested parties. Let’s use the 0.7 for an upper end.
    3. 2.13 GT Carbon emitted adds 1 ppm of CO2 to the atmosphere.

    This gets us to approximately about 160 ppm. Note that the 0.7 MT of CO2 uses a number for land use that takes into account the current devastation of the boreal forest and peat bog. If all the oil needs to get out of the taroil sands, the land use number would explode and likely account for the remaining 40 ppm. Anyway, a rough calculation puts the 200 ppm number in context.

    But it is an unrealistic number, because taroilsands extraction is very energy and water intensive, time consuming, and promises to remain that way. Barring some magic technology that makes cheap energy possible, in which case, we’d just use that and avoid all the mess, we won’t ever get to that number.

    To summarize, 200 ppm is a reasonably accurate mathematical calculation that is wildly out of context. Sounds familiar?

    The larger point is that advocates of all stripes, politicians, lobbyists, chambers of commerce, industry interest groups, corporations, and organizations pushing against them use numbers to make things sound scary and big. People who rail against government spending routinely talk about Canada’s deficit being in the billions of dollars, but when we look at it as a deficit/GDP ratio, the numbers are under control, and there’s no need to panic. In advocacy, it’s great to find a number that makes a fantastic point, somehow to bring a message home. I am sure you remember this one in the wake of the BP oil mega spill. Businesses do this all the time as well, with much greater success. I’m sure you’ve heard this trope about small businesses being the engine of job creation based on just the gross number of jobs they create. Yes, but they’re also the engine of job destruction because they go under a lot, but we don’t see that often.

    As someone who has all their training as a scientist, and who does not like numeric misleading, being an activist/advocate is tricky. You work with people who are (rightly in many instances) trying to fight bad policy, and bad outcomes. The taroilsands are terrible, especially given that we’re cooking the planet and we’re deliberately spending billions of dollars investing in them. Regardless of whether they’re going to be responsible for 20 ppm, or 200 ppm, the trajectory of investing in an especially inefficient fossil fuel extraction when we should be phasing out all fossil fuel use is the big egregious wrong here. You are also trying to influence a public that finds it very hard to put numbers in context. No one will ever see a billion dollars, there’s no perceived difference between a million barrels and a trillion barrels, it’s all big numbers! So, the temptation is to use big numbers to scare people. I can understand how that happens, but I can’t bring myself to necessarily be okay with it. I will tolerate it, I guess, because the corporations, governments who produce the raw data underlying these numbers know what they mean, but distort them continuously to serve their agenda, and the media, some of whom are number literate abet this misleading. So some push back is necessary, but I will roll my eyes when it happens.

  • Benzene in soft drinks – Flavor of the Month?

    Benzene Levels in Soft Drinks Above Limit – Yahoo! News

    WASHINGTON – Cancer-causing benzene has been found in soft drinks at levels above the limit considered safe for drinking water, the Food and Drug Administration acknowledged Wednesday.
    Even so, the FDA still believes there are no safety concerns about benzene in soft drinks, or sodas, said Laura Tarantino, the agency’s director of food additive safety.”We haven’t changed our view that right now, there is not a safety concern, not a public health concern,” she said. “But what we need to do is understand how benzene forms and to ensure the industry is doing everything to avoid those circumstances.”

    The admission contradicted statements last week, when officials said FDA found insignificant levels of benzene.

    In fact, a different study found benzene at four times the tap water limit, on average, in 19 of 24 samples of diet soda.

    The formation of benzene in soft drinks is from the reaction of ascorbic acid (aka Vitamin C) and benzoate salts, notably sodium benzoate which is used as a preservative. As the FDA letter states:

    We learned that elevated temperature and light can stimulate benzene formation in the presence of benzoate salts and vitamin C, while sugar and EDTA salts inhibit benzene formation.

    Is this a pressing concern? First of all, exposure modeling done by the EPA indicates that 93% of all benzene exposure is through inhalation (cigarette smoke, indoor offgassing, that wonderful refueling smell!), with 7% exposure through oral ingestion. So, potentially elevated levels in this 7% fraction are not likely to greatly increase exposure. In addition, the 5 parts per billion level for drinking water is set based on an assumed daily consumption of 2 liters per day (Source – USEPA), a safety factor up from the actual estimated 0.9-1.2 L per day measured consumption. Assuming the average amount of benzene in soda (mainly diet, mind you) is 4 times that of drinking water, a 500 ml dose of diet soda per day is required to equal the dose from drinking water, which mind you, only counts for 7% of the total bezene exposure. So in a sense, a person drinking 2 servings of diet soda per day would exceed the exposure from drinking water at the federally regulated level, and knock the socks off the California standard of 0.13 ppb in water. This will increase his/her known oral exposure. The total exposure to benzene of that individual, however, would not go up significantly because the overwhelming majority of the exposure still occurs through the nose, not through the mouth.

    The issue here, and benzene is just the symptom, is that consumers know much more about their drinking water than they do about their manufactured food products, and that is not good for the consumer or for the industry because in the absence of knowledge and full disclosure, both parties are vulnerable. Which is why attempts to limit consumer knowledge hurt everyone.

    Conclusion Please don’t stop drinking soda because of this, I am sure you can find plenty of other reasons to limit your soda consumption… Drink lots of filtered tap water, it’s the best!! And, I can assure you that most tap water is tested thoroughly, it’s zero calories and cheap!

  • Apparently, the Earth is warming up…

    story.global.warming.2.jpgAnd Dog bites man, yet again, it’s amazing how they keep doing that. Think of all the money being wasted on re-proving the obvious, this is money not spent in mitigating the effects, money not spent on research, money not spent on encouraging people to use more efficient lighting… It’s a shame.

    CNN.com – Study: Earth ‘likely’ hottest in 2,000 years – Jun 22, 2006

    Climate scientists Michael Mann, Raymond Bradley and Malcolm Hughes had concluded the Northern Hemisphere was the warmest it has been in 2,000 years. Their research was known as the “hockey-stick” graphic because it compared the sharp curve of the hockey blade to the recent uptick in temperatures and the stick’s long shaft to centuries of previous climate stability.

    The National Academy scientists concluded that the Mann-Bradley-Hughes research from the late 1990s was “likely” to be true, said John “Mike” Wallace, an atmospheric sciences professor at the University of Washington and a panel member. The conclusions from the ’90s research “are very close to being right” and are supported by even more recent data, Wallace said.

    The panel looked at how other scientists reconstructed the Earth’s temperatures going back thousands of years, before there was data from modern scientific instruments.

    For all but the most recent 150 years, the academy scientists relied on “proxy” evidence from tree rings, corals, glaciers and ice cores, cave deposits, ocean and lake sediments, boreholes and other sources. They also examined indirect records such as paintings of glaciers in the Alps.

    Combining that information gave the panel “a high level of confidence that the last few decades of the 20th century were warmer than any comparable period in the last 400 years,” the academy said.

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    Lasers shooting into irises

    I did not think my first minor surgery would involve someone shooting lasers to make holes in my iris. It sounds like more fun than it actually was, but was mostly painless and here I am, looking at a computer screen 3 hours later. My eyes feel like they’ve had about 5 hours of sleep, which is good considering they’re now sporting two brand new drain holes.

    Laser iridotomy is also performed prophylactically(preventively) on asymptomatic individuals with narrow angles and those with pigment dispersion. Individuals with a narrow angle are at higher risk of an acute angle closure, especially upon dilation of the eye

    http://www.surgeryencyclopedia.com/La-Pa/Laser-Iridotomy.html

    I also just started reading Bad Science by Ben Goldacre, which is about the use and misuse of the banner of science by a large group of people including nutritionists, pharmaceutical companies and “alternative” treatment specialists. It has a great chapter on the “placebo” effect, how much of it is culturally mediated, and how much doctor demeanour and confidence in their skills and outcome affects results. The doctor shooting holes in my eye was extremely confident in their skills and their results, and normally, my brain would be sending off all kinds of hubris warnings. In this case, their confidence reassured me a bit, and Bad Science definitely helped. It was also interesting to see a large section on homeopathy in the book, since I’ve written about my contact with homeopathy and felt that the cultural practices of a good homeopath can be of some use to people as long as they don’t go too far. The book confirmed some of that.

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    Bisphenol A – Getting More Powerful Everyday

    So is it Mondays with Bisphenol?? You know what, the scary thing about this chemical is that its acute (short term, immediate) toxicity at high doses, which is the only safety testing that is ever done, does not correlate with all the subtle effects that are seen at low doses (chronic). Here’s another study where ambient level exposure to bisphenol A interferes with prostate cancer treatment by making the tumor cells androgen independent, so the standard testosterone deprivation therapy will not work any more.

    Environmental Health News: New Science

    A common plastic molecule to which virtually all Americans are exposed may interfere with the standard medical treatment for prostate cancer, according to new experiments with human prostate tumors implanted into mice. The doses of the plastic molecule, bisphenol A, were chosen specifically to be within the range of common human exposures. Tumor size and PSA levels were significantly greater in exposed animals just one month after treatment.

    One of the principal known sources of exposure to bisphenol A in the U.S. is through its use to make a resin that lines the majority of food cans sold in markets. These new results by Wetherill et al. suggest men concerned about prostate cancer may want to reduce their consumption of canned goods and their use of polycarbonate water bottles, another common source of exposure

    This is one powerful (if not actually more dangerous) chemical. it is so ubiquitous that finding a substitute is not going to be easy.

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