BC's Election

Byoliveridley

Is over and the centre-right Liberals won. Many in the traditional environmental movement are trumpeting it as a referendum on the BC Carbon Tax. I am not so sure. The so called people who were supposed to vote for the opposition left leaning NDP, but did not because of their (admittedly stupid) opposition to the “gas tax” also gave the Green Party their lowest share of the vote in the last few years. I am finding it hard to imagine a left leaning voter voting for the Liberals instead of the NDP, rather than throwing her vote on the Green Party.

The truth is probably a lot simpler. Carole James of the NDP did not resonate with voters as an alternative for many reasons, poor campaign positioning, lack of vision, poor media coverage, etc. and in tough economic times, BC just made what it considered a safe choice.

Of course, BC also made a “safe” choice and rejected a proportional representation system for the province. More will be known once any exit poll data is released, but a proposal which came within a couple of percentage points of passing in the last election failed roundly this time. There is early speculation that it was how the question was asked. I would have preferred a multi-party proportional system to reduce the stranglehold of the two major parties and get some Green Party representation in the legislature.

Anyway, full speed ahead for BC’s puny Carbon Tax, which will go all the way to $30 a ton in a couple of years, let’s see what that does to compensate for The Liberal’s penchant for massive road building, offshore drilling ideas and “business friendly” privatization of the commons approach to governance.

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  • Virulent E-Coli strain lives in grain-fed cattle.

    Byoliveridley

    Interesting side note about the spinach E-Coli outbreak

    Leafy Green Sewage – New York Times

    Where does this particularly virulent strain come from? It’s not found in the intestinal tracts of cattle raised on their natural diet of grass, hay and other fibrous forage. No, O157 thrives in a new — that is, recent in the history of animal diets — biological niche: the unnaturally acidic stomachs of beef and dairy cattle fed on grain, the typical ration on most industrial farms. It’s the infected manure from these grain-fed cattle that contaminates the groundwater and spreads the bacteria to produce, like spinach, growing on neighboring farms.

    Well, talk about unforeseen consequences, cows really should not eat grain. Go watch my favorite food cartoon ever, the Meatrix, and its most excellent sequel, The Meatrix 2: Revolting for more.

    When cows were switched from a grain diet to hay for only five days, O157 declined 1,000-fold. This is good news. In a week, we could choke O157 from its favorite home — even if beef cattle were switched to a forage diet just seven days before slaughter, it would greatly reduce cross-contamination by manure of, say, hamburger in meat-packing plants.

    Seems easy enough to implement, if impossible to enforce.

    Update

    A more nuanced look, if not a debunking of the above theory can be found on this scienceblogs page.

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    Arsenic a rising risk?

    Byoliveridley

    This is new information? Tell that to the millions of Bangladeshis and Indians suffering from Arsenic for many years now.

    As groundwater use increases due to population pressure and overexploitation of freshwater, expect this problem to get worse.

    Arsenic in Drinking Water Said to Be Rising Risk – New York Times

    Naturally occurring arsenic in drinking water poses a growing global health risk as large numbers of people unknowingly consume unsafe levels, researchers said on Wednesday.

    The problem is bigger than scientists had thought, and it affects nearly 140 million people in more than 70 countries, according to new research presented at the annual Royal Geographical Society meeting in London.

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    Canada to stop asbestos mining and stop defending it.

    Byoliveridley

    Canada’s long and sorry saga of exporting death (asbestos) and defending it loudly and proudly in international fora is over and I needed to mark this happy day on the blog. The newly elected provincial government in Quebec, the Parti Quebecois have followed through on their campaign promise to finally end this small “industry” employing a few workers. Canada will no longer produce asbestos, or fight the listing of asbestos as a toxic substance.

    It is going to take $50 million in government funds, a fraction of the cost of one fighter jet, to transition the workers away (if they get the money, not the mine owners). That’s it, why were we exporting death to India and other countries for this, I don’t know.

    Canada’s many conservative and liberal governments fought hard for years to preserve the industry, using techniques lifted from tobacco propaganda, or today’s climate change challenges. I leave you with the ruling Canadian government’s response: Finely tuned to appeal to everyone who likes mesothelioma, cancer and death.

    “Mrs. Marois’s decision to prohibit chrysotile mining in Quebec will have a negative impact on the future prosperity of the area,” (Industry Minister) Mr. Paradis said in a statement.

    That about sums it up. But, it is a good day for public health, nevertheless.

    Citing PQ pressure, Canada to cease defending asbestos mining – The Globe and Mail.

    Featured image courtesy wikipedia used under a Creative Commons license (a micrograph of asbestos fibres causing lesions in the lung).

  • Sethusamudram – A typical Indian development project

    Byoliveridley

    The Sethusamudram (bridge sea – for the transliterators) project has the classic development plot lines that I’ve seen play out many times in India. Here’s a rationale from the official site…

    Currently the ships coming from the west coast of India and other western countries with destination in the east coast of India and also in Bangladesh, China etc have to navigate around Srilankan coast. The existing water way is shallow and not sufficient for the movement of ships. This is due to the presence of a shallow region known as Adam’s bridge, located southeast of Rameswaram near Pamban, which connects the Talimannar Coast of Srilanka

    What? They are going to destroy the bridge that rama and the vanaras built? Look at that picture, (thanks Manitham), can’t you see all the “Vanaras” (this has always struck me as racist – folks showing up from the North and calling the darker skinned Southerners Monkeys! But that is a different rant) running across the very clearly delineated land bridge – It’s fascinating, almost makes me believe that the Ramayana happened as narrated!

    Manitham has a good rundown of the project from an activist standpoint.

    A few points

    • The secrecy and lack of transparency are classic government techniques to control the flow of information and discourse. Every government does it, and the Indian government is no exception.
    • Environmental Impact Assessments are bought and paid for by the funding agency, and are hence essentially unreliable and untrustworthy. I had first hand experience of this when I was a student at IIT Bombay 10 years back.
    • There is a lot of politics involved, the port of Tuthukudi (Tuticorin as the damn Brits say) in Tamil Nadu is a clear winner and Colombo in SriLanka stands to lose revenue. There is also a great deal of Tamil Pride involved
    • Read this excellent article from the climate.lk clearinghouse of articles : There is a security dimension here for India that may have been the actual motivation.
    • The area, due to its sheltering and shallow waters, has a lot of marine life. From a 2004 Deccan Herald Article

    The series of meetings called by the Tuticorin Port Trust chairman in the coastal districts have turned out to be stormy with representatives of political parties shouting down objections from fishermen, who fear the loss of livelihood, and environmentalists who say the project threatens to destroy the Gulf of Mannar Marine Reserve. This reserve is one of India’s most biologically diverse coastal regions.
    Over 3,600 species of plants and animals are found here. It is the first marine biosphere reserve in the South and South-East Asia and is believed to have the highest concentration of seagrass species along India’s coast. It is also among the largest remaining feeding grounds for the globally endangered species dugong. Five different species of endangered marine turtles, innumerable fish, molluscs and crustaceans are also found here. The Bombay Natural History Society (BNHS), the largest NGO working in the field of bio-diversity and environmental conservation, has said the rapid Environmental Impact Assessment (EIA) report prepared by the National Environmental Engineering Research Institute (NEERI) is insufficient and a detailed study should be conducted in all seasons for at least a year.

    • The EIA actually says that since the seaway is 20 km away from the reserve, there will be no effect on the reserve, um, that seems highly unlikely to me…
    • The other major dimension is the usual utter lack of care for the people displaced. previous instances like the Sardar Sarovar project indicate that there will be no fair compensation for the displaced people, or for lost livelihood, which I guess is perfectly fine because it serves the greater good of the country?

    Most of these big projects have resulted in overstated gains, understated losses, and huge wastes of taxpayer money. I don’t trust this to be any different. The facts look fudged, the project seems unnecessary (where’s my tamil pride?) and the effect on the wildlife and the crazy complex current system around Sri Lanka may change significantly leading to unforseen micro climate effects.

    Two thumbs down…

  • Corn Can't Solve Our Problem – washingtonpost.com

    Byoliveridley

    A must read for anyone who likes articulate scientists writing very approachable articles about important subjects!
    Corn Can’t Solve Our Problem – washingtonpost.com

    If every one of the 70 million acres on which corn was grown in 2006 was used for ethanol, the amount produced would displace only 12 percent of the U.S. gasoline market. Moreover, the “new” (non-fossil) energy gained would be very small — just 2.4 percent of the market. Car tune-ups and proper tire air pressure would save more energy.

    Proper tire pressure is not sexy, and does not lead to billions of dollars of profits!

    The net effect is that ethanol from corn grown in the Corn Belt does increase atmospheric greenhouse gases, and this increase is only about 15 percent less than the increase caused by an equivalent amount of gasoline

    Corn is such a boondongle, it’s amazing what the ADMs and Monsantos of the world can do.

    This means that when tropical woodland is cleared to produce sugar cane for ethanol, the greenhouse gas released is about 50 percent greater than what occurs from the production and use of the same amount of gasoline. And that statistic holds for at least two decades.

    Brazil will not solve all your problems (unless they’re samba related!). Increased demand for ethanol from Brazil could lead to clearcutting of the rain forest/other fallow grassland.

    Across the full process of growing high-diversity prairie hay, converting it into an energy source and using that energy, we found a net removal and storage of about a ton and a half of atmospheric carbon dioxide per acre. The net effect is that ethanol or synthetic gasoline produced from this grass on degraded land can provide energy that actually reduces atmospheric levels of carbon dioxide.

    It’s a very well written article.

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    Hog Factories Hit the NY Times

    Byoliveridley

    The tale is told from the pig’s viewpoint. Of course, as I have mentioned before, hog factories are evil and affect the people (mostly poor and black) who live around them in very many horrible ways.

    Pig Out – NY Times

    Of the 60 million pigs in the United States, over 95 percent are continuously confined in metal buildings, including the almost five million sows in crates. In such setups, feed is automatically delivered to animals who are forced to urinate and defecate where they eat and sleep. Their waste festers in large pits a few feet below their hooves. Intense ammonia and hydrogen sulfide fumes from these pits fill pigs’ lungs and sensitive nostrils. No straw is provided to the animals because that would gum up the works (as it would if you tossed straw into your toilet).

    In my work as an environmental lawyer, I’ve toured a dozen hog confinement operations and seen hundreds from the outside. My task was to evaluate their polluting potential, which was considerable. But what haunted me was the miserable creatures inside.

    They were crowded into pens and cages, never allowed outdoors, and never even provided a soft place to lie down. Their tails had been cut off without anesthetic. Regardless of how well the operations are managed, the pigs subsist in inherently hostile settings. (Disclosure: my husband founded a network of farms that raise pigs using traditional, non-confinement methods.)

    The stress, crowding and contamination inside confinement buildings foster disease, especially respiratory illnesses. In addition to toxic fumes, bacteria, yeast and molds have been recorded in swine buildings at a level more than 1,000 times higher than in normal air. To prevent disease outbreaks (and to stimulate faster growth), the hog industry adds more than 10 million pounds of antibiotics to its feed, the Union of Concerned Scientists estimates. This mountain of drugs — a staggering three times more than all antibiotics used to treat human illnesses — is a grim yardstick of the wretchedness of these facilities.