The stench of secrecy.

According to the Environmental Working Group, most perfumes, colognes and body sprays don't disclose that "many scents are actually a complex cocktail of natural essences and synthetic chemicals – often petrochemicals." This is getting to be a predictable story: The manufacturers are keeping these ingredients secret despite the fact that consumers should have access to the dangers and potential dangers of the chemicals.

The average fragrance product tested contained 14 secret chemicals not listed on the label. Among them are chemicals associated with hormone disruption and allergic reactions, and many substances that have not been assessed for safety in personal care products.

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What’s In A Label?

Conservative. Liberal. We act as if we know what these labels mean. Conservatives are traditionalists, fiscally opposed to anything that smacks of gambling, private, often religious, and pedantic on what they consider “appropriate” in either government or personal conduct. Liberals, on the other hand, are often taken for progressive, willing to spend social capital to repair perceived problems, tolerant, agnostic if not atheist, and overly-concerned with a definition of justice that ought to be all-encompassing rather than what they perceive as sinecure for the privileged. Well. Over on Facebook I posted a brief quote (my own) to boil down the actual underlying distinctions. Conservatives are those who don’t like what other people are doing, Liberals are those who don’t like what other people are doing to other people. It was meant to be taken as humorous. But I’m not being entirely flip here. When you look at it, and try to define the common factor in much that passes for conservative posteuring—of any country, any background, anywhere—it always comes down to one group trying to stop another group from Doing Things We Don’t Approve. I heard a news report this morning (on NPR—I unabashedly don’t pay attention to any other news source, I find them all utterly biased) from Pakistan about the university scene there, and one bit caught my attention—at a campus in Punjabi, conservative students who find men and women sitting too close together interfere and move them apart. At a game of Truth or Dare, conservative students pulled participants out and beat them. How does this apply here? Well, here’s a clip from P.Z. Meyers’ Pharyngula to illustrate: Rising Sun School in Maryland has the standard default take-it-for-granted attitude that Christianity is just fine — there’s the usual well-funded and usually teacher-promoted evangelical groups, like the Fellowship of Christian Athletes — and when one student tried to form a club for non-religious students…well, you can guess what happened.

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What’s behind the rise in ADHD?

Now a new study published in Pediatrics, the journal of the American Academy of Pediatrics, links pesticide use with the rise in ADHD disorders among children. The study's authors examined data on over 1,100 children, and determined that elevated levels of pesticide metabolites in the urine was associated with a diagnosis of ADHD. In fact, children with levels higher than the median of the most commonly detected metabolite (known as dimethyl thiophosphate), were twice as likely to be diagnosed as ADHD compared with children that had undetectable levels of the metabolite. The elevated risk factor remained even after controlling for confounding variables like gender, age, race/ethnicity, poverty/income ratio and others. The pesticides studied belong to a class of compounds known as organophosphates. Time explains:

[Study author Maryse] Bouchard's analysis is the first to home in on organophosphate pesticides as a potential contributor to ADHD in young children. But the author stresses that her study uncovers only an association, not a direct causal link between pesticide exposure and the developmental condition. There is evidence, however, that the mechanism of the link may be worth studying further: organophosphates are known to cause damage to the nerve connections in the brain — that's how they kill agricultural pests, after all. The chemical works by disrupting a specific neurotransmitter, acetylcholinesterase, a defect that has been implicated in children diagnosed with ADHD. In animal models, exposure to the pesticides has resulted in hyperactivity and cognitive deficits as well.

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Conservation could eliminate the need to drill for any oil in the Gulf of Mexico.

The U.S. consumes about an almost unimaginable amount of oil every day: 20,680,000 barrels of oil per day (and see here). Keep in mind that each barrel contains 42 gallons. Thus, Americans currently use 20,680,000 barrels per day = 239 barrels per second = 10,000 gallons of oil per second.Therefore , we desperately need to maintain almost 4,000 drilling platforms in the Gulf of Mexico in order to keep drilling for oil, right? Not so fast. Why aren’t we seriously discussing our ability to entirely eliminate offshore drilling by getting just a little bit serious about conservation? Consider the following statistics, which should be on the front page of every newspaper in the United States because [caption id="attachment_12529" align="alignright" width="210" caption="Image: creative commons"]Image: creative commons[/caption] they prove that we don't need offshore drilling but that we do need to seriously implement conservation measures for many reasons (one of which is impending peak oil):

Projecting ahead to the year 2016, the total oil production from the Gulf of Mexico will never exceed 2.1 million barrels of oil per day. Within the next 10 years, total GOM oil production is expected to exceed 1.7 million barrels of oil per day (MMBOPD), a projection based on existing shallow and deepwater operator commitments as shown in Table 2 and Figure 2. If industry-announced discoveries and undiscovered resources realize their full potential, production could reach 2.1 MMBOPD.

This information comes from page 12 of “Gulf of Mexico Oil and Gas Production Forecast: 2007-2016,” published by the U.S. Department of the Interior. See also, this chart, Figure 2 on page 14 of this same report:

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Mixing up my own non-toxic shampoo and conditioner

The perky woman on this Grist video ("Umbra") has convinced me to make my own shampoo and conditioner. Not only will this save me money, but it will put end my practice of covering my scalp with numerous chemicals that contain known-harmful ingredients--many shampoos and conditions are laden with harmful and potentially harmful ingredients (I found this video at Huffpo). I should also mention that I have become extra-motivated to try this experiment based on this recent post by Brynn Jacobs. First, the fast-paced video featuring "Umbra": Now a short detour to the Environmental Working Group website, where you can determine all of the nasty chemicals in your shampoos, conditioners and other products. The EWG "Cosmetics" database is here. I went to straight to my bathroom and dug out various bottles each of shampoo and conditioner. My Pantene "Full and Thick" shampoo contains all of the following (among other chemicals): METHYLCHLOROISOTHIAZOLINONE, ETHYLENE OXIDE, 1,4-DIOXANE, ETHYLENE OXIDE, 1,4-DIOXANE) NITROSAMINES) COCAMIDE MEA, METHYLISOTHIAZOLINONE, SODIUM LAURETH SULFATE. Various of these chemicals are associated with the following things: Neurotoxicity, Allergies/immunotoxicity, Organ system toxicity (non-reproductive) Organ system toxicity (non-reproductive), Irritation (skin, eyes, or lungs). I checked out a bottle of Suave Professionals Sleek Shampoo and it contained a comparably ominous list. The Revlon Aqua Marine Moisturizing Shampoo was even worse in that it contained four chemicals associated with cancer. Then I looked up two bottles of hair conditioner. The Garnier Fructis Fortifying Conditioner - Sleek & Shine has a comparably nasty list of chemicals --Umbra urges that these chemicals are totally unnecessary for washing one's hair. I couldn't find the Citre Shine Daily Revitalize Conditioner with Shine-Infusing Citrus Extracts on the EWG website, but I carefully read the fine print on the back label and plugged four of those chemicals into the EWG site; they all came up as bad, despite the front label's suggestion that this product contains "healthy" ingredients. I suppose the theory is to balance out each industrial chemical with a whiff of something healthy-sounding like "citrus extract." BTW, isn't it ironic to read all of those the benign-sounding names of these products and then compare those names to the long lists of chemicals within? What is Umbra's solution to this apparently unhealthy situation? She is encouraging us to make our own shampoo and conditioner (this is the same advice offered by Colin Beavan). For shampoo, she recommends that we mix a tablespoon of baking soda with each cup of water. Shake it each time before using it. For conditioner, mix 1 tablespoon of apple cider vinegar with each cup of water. She says that the vinegar smell goes away after you rinse. As soon as I publish this post, I'm going to the kitchen to mix up a batch of each. I'm appearing in court tomorrow, and my hair and scalp, for the first time ever, will not be drenched in potentially harmful chemicals. I promise to report on the experience after I use these home-made hair products for a few days.

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