Oil being a finite resource, the current price reduction can only be temporary (unless our technological society has a meltdown). Here's a report posted to the Cariboo Chilcotin Conservation Society's Listserve:
From a report by Richard Case:
Portland is the first US city to have completed a Peak Oil Task Force Report. A short follow-up report is also available. The first recommendation is "Act Big Act Now", followed by: . . . foster a resilient, interconnected community, reduce fuel use by 50% in 25 years, expand local food production and processing, expand conservation programs, preserve farmland, develop contingency plans for fuel shortages, beef up social and economic support systems, among others. It also predicts that implementation of the recommendations will have an overall positive social and economic impact.
Many other cities now have peak oil initiatives with reports due soon including (San Francisco, Berkeley, Austin, Denver, Hamilton, Oakland, Burnaby; and Bellingham, and at least a dozen more (see….) I’m told that Portland has plans and projects to rip up some paved parking lots, sidewalks, curbs and gutters in favour of swales and more permeable surfaces to improve rainwater infiltration and aquifer recharge. Buses and trolleys in the downtown core are free.
When I was a child care worker and I wanted to give a frustrated child a little space, a sense of some autonomy in what was often a very restricted setting, I'd seek to give them a couple of acceptable (to me) options. It often eased the frustration. Are voters in the upcoming US election - and many others - essentially limited to choices that sustain the corporate status quo? If you want to give this some serious thought, try this recent column by Chris Hedges.
I wonder how many will read what, as of this writing, is the sole comment. There's more understanding there than in the article itself. It stands on its own so I'll quote it here to give it a little more exposure:
Tawster wrote (italics mine):
You did something really subtle there. You changed the wording a bit there: The study is comparing "yields" and not "productivity". Big difference. I was scratching my head for a bit as I read because I knew that "productivity" of organic crops generally crushed conventional every time, though, dependent on the practice of the farmer, "yields" could be mixed.
Productivity is a measure of NET yield. I.e., after cost is factored in. Yields can be more or less than conventional, but the cost endured for conventional crop production is massive in comparison to organic. Costs include raw costs, like seed, fertilizer, fuel, herbicides, fungicides, labor. Those are a bit more for conventional generally, but it could be comparable in many cases. But where conventional falls face down is in *externalized* costs: ground water poisoning, air pollution, MRSA and virulent E. coli outbreaks, slurry lagoon breeches, soil loss, etc. etc.
i.e., The costs of conventional farming, often are more than the value of the crop they produce.
If you move to modern beyond-organic farmers, even their yields blow away conventional and organic and are the most yielding *and* productive farms on the planet.
This is trivially simple stuff. Why is the press not getting it right? I don't understand.
I think Tawster's being polite. It's actually not that hard to understand. The big money's not on organic, as evident in the attempt by Monsanto et al to defeat California's Proposition 37 (which seeks clear labelling of genetically modified products). Here's what it looked like as at the beginning of September. These are the companies seeking to prevent labelling of GMO foods in California; and the money they are spending to attempt to keep customers in the dark. Some are no surprise and some actually sell certified organic food. (Source: Big Ag Drops Another $13 Million to Defeat Food Labeling Prop)
MONSANTO COMPANY $4,208,000.00
E.I. DUPONT DE NEMOURS & CO. $4,025,200.00
PEPSICO, INC. $1,716,300.00
BASF PLANT SCIENCE $1,642,300.00
BAYER CROPSCIENCE $1,618,400.00
DOW AGROSCIENCES LLC $1,184,800.00
NESTLE USA, INC. $1,169,400.00
COCA-COLA NORTH AMERICA $1,164,400.00
CONAGRA FOODS $1,076,700.00
SYNGENTA CORPORATION $821,300.00
KELLOGG COMPANY $632,500.00
GENERAL MILLS, INC. $519,401.17
HERSHEY COMPANY $498,006.72
THE J.M. SMUCKER COMPANY $388,000.00
COUNCIL FOR BIOTECH. INFO. $375,000.00
GROCERY MFRS. ASSOCIATION $375,000.00
HORMEL FOODS CORPORATION $374,300.00
BIMBO BAKERIES USA $338,300.00
PIONEER HI-BRED INT $310,100.00
OCEAN SPRAY CRANBERRIES, INC. $301,553.21
PINNACLE FOODS GROUP LLC $266,100.00
DEAN FOODS COMPANY $253,950.00
BIOTECH INDUSTRY ORG. $252,000.00
MCCORMICK & COMPANY, INC. $248,200.00
WM. WRIGLEY JR. COMPANY $237,664.90
RICH PRODUCTS CORPORATION $225,537.15
CARGILL, INC. $202,229.36
DEL MONTE FOODS COMPANY $189,974.61
KNOUSE FOODS COOPERATIVE, INC. $135,831.53
MARS FOOD NORTH AMERICA $100,242.69
BUMBLE BEE FOODS, LLC $98,073.62
SUNNY DELIGHT BEVERAGES $96,952.57
SARA LEE CORPORATION $96,833.22
CAMPBELL SOUP COMPANY $70,454.91
SOLAE, LLC $61,207.43
MCCAIN FOODS USA, INC. $52,295.63
DOLE $45,580.05
C. H. GUENTHER & SON, INC. $24,189.18
LAND O'LAKES, INC. $21,513.78
HERO NORTH AMERICA $21,044.96
MORTON SALT $20,957.42
INVENTURE FOODS, INC. $11,343.80
GODIVA CHOCOLATIER, INC. $11,121.53
HOUSE-AUTRY MILLS, INC. $1,077.27
RICHELIEU FOODS, INC. $165.80
Some of these big names have organic food divisions or subsidiaries. This fairly recent chart will give you some insight:
I'm going to keep Tawster's comment handy for when I encounter the next blinkered article, claiming organic is more expensive than conventional agriculture.
This is an update on a post from 2007. I think most of what I wrote and reproduced on the blog still stands. But apparently the Canadian Government doesn't think so. It has removed all the information I copied from their web site (available below). Pretty much all you find now is information extolling the virtues of compact fluorescents. Yet, still no comprehensive plan to dispose of damaged and expired CFLs (they contain toxic amounts of mercury).
A few updates and additions, courtesy of Wikipedia:
CFLs produce less light later in their lives than when they are new.
The current price of CFLs reflects the manufacturing of nearly all CFLs in China, where labour costs less.
Because of delays when used outside in cold weather, CFLs are not suitable for motion-activated lighting.
If individuals are exposed to the light produced by some single-envelope compact fluorescent lamps for long periods of time at distances of less than 20 cm, it could lead to ultraviolet exposures approaching the current workplace limit set to protect workers from skin and retinal damage.
In the past decade, hundreds of Chinese factory workers who manufacture CFLs for export to first world countries were being poisoned and hospitalized because of mercury exposure.
In some places, such as Quebec and British Columbia, central heating for homes is provided by the burning of natural gas, whereas electricity is primarily provided by hydroelectric or nuclear power. In such areas, heat generated by conventional electric light bulbs significantly reduces the release of greenhouse gases from the natural gas. Ivanco, Karney, and Waher estimate that "If all homes in Quebec were required to switch from (incandescent) bulbs to CFLs, there would be an increase of almost 220,000 tonnes in CO2 emissions in the province, equivalent to the annual emissions from more than 40,000 automobiles."
Buy incandescents while you still can. The price is already going up as demand is exceeding supply. Despite resolutions and requests from many representative bodies, many governments seem determined to go ahead with a ban on incandescent bulbs.
A Canadian government that claims to believe in minimal interference in our lives is telling us how we can light our homes.
An interesting video showing CFLs perfom worse than incandescents in many situations:
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HERE'S WHAT I POSTED IN 2007:
I'm up there when it comes to minimizing energy use but remain leery about the much-touted compact fluorescent. Interestingly, it took a fair bit of online research to find out the difference in colour spectra of the two. In the end, it was a Government of Canada web page that told me that the old incandescents continue to provide more accurate colour rendition.
The Colour Rendering Index (CRI) of a lamp reflects how accurately the colour of an object can be determined under a given light source. Compact fluorescent lamps have a CRI of 82 (out of 100), which is considered excellent for fluorescent sources and good for artificial light in general. Incandescent lamps have a CRI of 97. Incandescent lamps provide excellent colour rendering because of the full spectrum of colour wavelengths present in the light they produce.
and that compact fluorescents, are affected by temperature, getting less efficient as the temperature moves above or below 25°C
Low temperatures pose the greatest problems for CF lamps. Not all compact fluorescent systems are equally susceptible to low-temperature problems, but in general, as temperature drops, so does light output and efficacy. At very low temperatures (below 32°F or 0°C), lamp output can decline to one-third the rated value or less. It is important to note that some CF lamps will have to warm up a while before producing sufficient light under cold conditions, some may take several minutes to ignite, and some won't start at all.
High ambient temperatures can be produced around enclosed CF lamps in interior lighting applications. In addition, less-efficient ballasts will introduce more heat into fixture enclosures. The IES Lighting Handbook points out that a 1% loss in light output (for fluorescent lamps in general) can be expected for every 2°F (1.1°C) above the optimum ambient temperature of 76°F (25°C). Efficiency can also drop, to some degree, at these higher temperatures. Ventilated fixtures for CF lamps remove excess heat from the enclosure.
. . . and that compact fluorescents deteriorate quicker with increased frequency of on-off switching.
While incandescent lamps do not suffer any reduction in service life from switching, fluorescent lamps do to a small extent. Consequently, the costs of shortened lamp life should not be overlooked when considering CF lamps in applications requiring frequent switching.
Recycling of ballasts is another issue. Is this the old nuclear energy argument in a nutshell: great energy but serious pollution/disposal problems?
So, while I want them to succeed, I'm being very conservative in switching, presently having only two: one in our crawl-space and one providing supplementary lighting for some indoor plants.
Investments and vested interests can cloud vision. Maybe there's enough in this video to break through a few hardened hearts, hardened to the state of our planet and its people.
I think I'd have more respect for someone who said, I know it may be hurting our planet and its people but I still think it's the best thing to do. Instead most support for the tar-sands seems to rely on smoke and mirrors. Meanwhile, true to the pattern of addiction (money, oil . . . ), it is the addiction that drives. And, of course, the whole family suffers; in this case, the human family, starting with the most vulnerable:
These days virtually all our systems are in crisis. This article is about a conference on agriculture - a system that "people in the street" can relate to: organic and, perhaps more so, local food has caught the public imagination and certainly gone beyond the fad phase. As my martial arts instructor loved to say: "Everything is connected to everything else" so I would say, choose your system, keep exploring and you will understand the state of our planet and its people. I think that, for many of us, farming / food / growing things is good place to start. For starters, it's relatively jargon-free and literally down to earth.
This article is a simple example - and the conference itself no doubt went further.
A senior Alberta government scientist has apologized for attempting to
discredit the authors of a report that raised “urgent” concerns about
oil sands pollution.
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