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Never quite the whole story

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    Never quite the whole story

    Here is an article that appeared in the Globe and Mail. The thing about articles like these is the fact that the whole story hasn't been given. When I read in there that it takes 40,000 litres of water to produce 2 kilos of beef, how is that being measured? Is that all the water the cow drinks, the water required to grow the forage and/or grain - just what is it meaning to measure?

    The other thing that is missing is any information on what it would grow the vegetable crops - as the author is a vegetarian - for example, how much water does it take to grow 2 kilos of carrots, or lettuce which is just about all water? It is misleading in that you haven't got the proper information to make sound comparisons.

    The lack of information on the vegetables tells me one of two things that either he doesn't know how much water it would take, or we might be a little surprised at how much water is used to grow the vegetables. Either way, part of the equation is missing.

    What are your thoughts?

    Before you sink your teeth into that burger ...
    April 8, 2004
    The Globe and Mail
    A19
    http://www.theglobeandmail.com/servlet/ArticleNews/TPStory/LAC/20040408/COBOYD08/TPComment/TopStories
    David R. Boyd, an environmental lawyer, professor and author of Unnatural Law: Rethinking Canadian Environmental Law and Policy and although raised in Alberta on a steady diet of beef, he is now a vegetarian, writes in this op-ed that these appear to be tough times for meat-eaters in Canada: ostracized by popular movies like Babe, Chicken Run, and The Meatrix (a cult Internet hit); lambasted in the bestselling book Fast Food Nation; fearful of mad-cow disease, avian flu and PCBs in farmed salmon.
    Yet, says Boyd, meat continues to be a fixture at almost every meal in Canada. Individual Canadians eat about 100 kilograms of meat a year, twice as much as the global average. That works out to 275 grams a day (equal to three good-sized burger patties), three times higher than the level recommended by the World Cancer Research Fund.
    From a health perspective, eating meat is associated with health problems that are widespread in Canada: heart disease, stroke, obesity, cancer and diabetes. Nutritionists and mothers are right: We should eat more vegetables, fruits and legumes. An added benefit of eating less meat would be less strain on our medical system.
    In recent decades, small-scale farm operations have given way to industrial livestock operations, also known as factory farms. In Canada between 1961 and 1996, the average number of animals per farm rose dramatically: cows, 147 per cent; chickens, 1,610 per cent; and hogs, a mind-boggling 2,451 per cent.
    Canadian livestock operations produce 132 billion kilograms of manure annually, equal to 4,000 kilograms per Canadian. In Ontario and Quebec alone, livestock produce a volume of manure equal to the sewage from 100 million people. While manure can be used beneficially as a natural fertilizer, it can also contaminate water with nitrate, phosphorous and coliform bacteria. Between 1988 and 1998, there were 274 manure spills in Ontario, including 53 spills that killed fish. Although Canada spends billions of dollars to treat human sewage, far greater volumes of animal manure receive no treatment at all.
    Boyd says it takes about 40,000 litres of water to produce a kilogram of beef, 6,000 to produce a kilogram of pork, and 3,500 to produce a kilogram of chicken. Far less water is required to grow grains, legumes, fruits and vegetables.
    We can't simply replace red meat with fish either. The human quest for animal protein is devastating the Earth's oceans. Globally, the volume of wild fish caught has increased almost 500 per cent in the past 50 years. As a result, 70 per cent of the world's fisheries face serious difficulties as a result of overfishing. Pre-eminent fisheries scientist Daniel Pauly examined 45 years of United Nations data on species from around the world, and concluded that the "continuation of present trends will lead to widespread fisheries collapses" and, ultimately, the breakdown of ecosystems. Nor is fish farming a panacea, as it relies on a kind of protein pyramid scheme whereby wild fish are caught and ground into feed for distant fish farms, an environmentally reckless and grossly inefficient system.
    The good news amid all this doom and gloom is that there is a simple solution to the myriad problems caused by meat consumption: Eat less meat! A healthier diet for both people and the planet involves dining lower on the food chain and only eating meat that is raised responsibly -- that is, organic or free range. There's no need for everybody to become vegetarian, but we'd all be better off if meat consumption declined.

    #2
    Sorry, that should have been 40,000 litres of water for ONE kilo of beef not two.

    Comment


      #3
      cakadu, it really doesn't matter what anti-meat people spew out as fact because of the simple truth that all of us farmers know: not all land is arable and the portion that is, isn't always fertile enough to raise crops of any density. If the world is going to keep consuming the same proportions of food as it is today, all areas of agriculture will have to be viable. Livestock will graze the areas that are not arable, and the portions that are will be plowed and seeded to crops. If the world were to rely only on vegetables and grains from this day forward, then they had better realize the very real possibility of mass starvation.

      To get a better idea, just picture your average grocery store. Look at wouldn't exist if it wasn't for livestock products. The dairy section would be gone, the meat section would be gone, mass areas of canned goods would be gone, dog and cat food would be gone deli meats and processed meats would be gone. We have already eliminated about half of the average area of the store. Paints quite a picture doesn't it?

      Comment


        #4
        It doesn't matter how much water is used anyway, the only water that's tied up is the water that's actually physically present in that 2 kg of beef. All of the water used growing crops and for drinking went right back into the water cycle, was filtered down into the aquifer and was available for another use just like water that grows vegetables or marijuana or that's used by people, except that it didn't need nearly as much filtration as water used by people.

        Comment


          #5
          Spot on Dalek - unlike the oil industries use of water which is gone for ever.

          Comment


            #6
            grassfarmer: Other than injection, which is totally wrong and really not very efficient at all, oil field water use is no different than growing a crop. The average well "uses" about 4000 barrels of water to drill. This is basically to mix the drilling mud and is circulated in a pit. When the well is done the resulting slurry is spread back on farmland so the majority of the water goes back into the cycle. In addition to this many "wet" wells produce a lot of water that must be extracted from the gas. Now most of this water is salt water especially as you get closer to the underground sea running under much of Alberta. This salt water is injected back into a deep formation. A good portion of the extracted water is used in the gas process operation at the gas plant. If you ever want to see efficient use of energy you should visit a modern gas plant.

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