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LETTERS ENERGY FORESTS HEALTH AND TOXICS FISH REGULAR AND OTHER |
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No doubt many are familiar with the time honoured admonition, Dont let your imagination run away with you. The mild rebuke was delivered in a manner that indicated a fertile imagination was not a desirable trait. Over countless centuries, perhaps many bright sparks of imagination were extinguished before they achieved any significant illumination. But imagination persisted and, over the broad collective of humankind, grew exponentially. From imagination came language, gods, tribal systems, religions, tools, rudimentary governments, monetary systems, armies and enemies, and yet more imagination. As far as we can determine, humans are the only species on earth gifted with imagination. That gift, with all of its invention and promise, its contribution to education, music, arts, science, medicine and charity, has carried mankind to the threshold of Utopia, while at the same time, the brink of destruction. Back through the dark reaches of history mankind's imagination has been focused on the invention and production of weapons to aid in the hunting of wild animals for food and for killing fellow humans in battle. From stones and clubs, spears and arrows, to guns and cannon and nuclear and chemical warheads, imagination has led humanity down a dangerous path. A number of countries around the world have the capability of eliminating all life on our planet at the press of a button. Imagine that. It appears we are at a crossroad with no attractive choices, where whatever way we turn is wrong. Perhaps we need a Utopian dreamer to imagine the way ahead. Utopian writers have appeared throughout history. In 1516, English politician, Sir Thomas More, described in a political essay, an imaginary island, ideally perfect in its social, political and moral aspects. In 1888, Edward Bellamy's "Looking Backward" proposed an Eden-like community in which war, hunger and malice were engineered out of society. In Bellamy's model the monetary system was replaced by a governmental identity card, much like today's credit card, allowing citizens fulfilment of their needs. There is a growing uneasiness in today's society. The reckless depletion of earth's natural resources and the degradation of the planet's life-sustaining environment is spreading increasing concern throughout the population. The writing is on the wall. We cannot continue to grow our money supply at the expense of our finite environment. But with mankind's great gift of imagination we have hope. The future of humanity rests on the shoulder of imagination. We must all put that shoulder to the wheel. * Don Malcolm, Whaletown, November 2003 This fall I was invited to fly over Vancouver Island by Markets Initiative, an organization that works to provide sound paper choices to book and magazine publishers. I agreed with great enthusiasm and expectation. Since, during my undergrad years at the University of Victoria, I had often spent time at the Ucluelet and Tofino areas, I was eager to return. Once the plane started its flight over Nanaimo and westward to Tofino, my enthusiasm and expectation turned to dread and disappointment. I realized I had been lied to. At some point in the last ten years, I had stopped questioning the news reports and had come to believe that the provincial government was interested in saving BC's old growth forests. I believed that small gains were made through each Forestry Practices Code. An aerial view makes evident that retention logging, whereby a miniscule group of trees is left as "habitat," is clearcutting. I would like to thank Markets Initiative for re-opening my eyes. * Name Withheld by Request, Vancouver, BC I enjoyed your book reviews in the Aug-Oct issue of the Watershed Sentinel. You note that Ruth Ozeki's All Over Creation has an episode of activists traveling America in their bio-fuelled bus, Spudnik, recycling fast food grease. This is not as unusual as it sounds - not only is there the example you mention, of Hal Hewett's cross-Canada trip (WS Aug-Sep 2002); a delightful video was made in 1996, about a group of women who crossed the United States in a Chevy van fuelled by left-over grease from french fries. I mention this because the video is currently in the Vancouver Island library system, including the Cortes Island library; it's called Fat of the Land. Along with Zeke the Shiek and the Ladder of Matter (a very funky video about composting also in the Cortes library), it's one of my perennial favourites. PS: If your readers enjoy Ruth Ozeki's All Over Creation, her first novel My Year of Meats is mandatory reading! * Susan Yates, Books By Mail/Coast Extension, Vancouver Island Regional Library, Nanaimo, BC We appreciate the copies you have been sending (free) over the past year. Our members find your articles interesting and informative. Here's our subscription. Thank you. * D. Pearson, Hecate Strait Streamkeepers, Queen Charlotte City, BC I found the article "Running Out of Gas," by David Hughes (Watershed Sentinel, June/July 2003), using "google" while researching oilsands. This is important here over the pond, because the "optimists" expect "unconventionals" to fill the gap in oil supplies, fending off the ultimate depletion into a far distant future! To extract oil from the Alberta oilsands, my calculations show that 26% of the energy content of the synthetic crude is required as natural gas. Assuming that 20% of Canada's natural gas could be earmarked for oilsands extraction, only 8.6 Gb of oil could be extracted from the oilsands reserves. This is of little use to the USA, as it consumed 7.2 Gb in 2002. . . I think that the growing environmental devastation in Alberta, in parallel with ever decreasing supplies of natural gas, will lead to the abandonment of the projects. The conclusion I came to in the Busby Report (see www.after-oil.co.uk) was that in the UK we have to reduce our energy consumption to around 25% of that current. This is in direct opposition to the policies of the UK government, which is to increase runaway capacity, widen roads, etc. in a boost to economic growth. . . . Similarly, in the UK the growth in road and air traffic contemplated is impossible to fuel with hydrogen (or anything else!) Only countries with large hydro electricity surpluses, like New Zealand, or geothermal energy, like Iceland, can contemplate a universal hydrogen economy. * John Busby, Bury St. Edmunds, UK FOREST NEWS Working Forest Means Change - Forever Not for BetterUnder the BC Liberals' Forest Revitalization Act,
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Broughton Salmon Rivers
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Brood Year 2001
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Returns to Date 2003
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Percentage of decline
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Ahta
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22,000
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950
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-95.7
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Kakwekan
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96,000
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11,778
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-87.7
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Glendale
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1350,000
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135,056
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-90.0
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Kingcome
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1,000
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300
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-70.0
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Embly
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150
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40
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-73.3
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Kwalate
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1200
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50
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-95.8
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Klinaklini
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16,500
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4,837
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-70.7
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Ahunhati
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2,800
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3,100
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10.7
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Statistics From Farmed & Dangerous web site:
When available, published DFO numbers have been used. The unpublished Ahta and Kingcome returns are unofficial DFO numbers that have not yet been released. Embly returns from local knowledge in that region. |
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Buried in all the angst and despair of these troubled times, a good news story has been quietly slipping itself into the creeks and rivers of the BC coast. The salmon, which many on the coast still view as doomed, have made a strong comeback to their native spawning grounds. The sacrifices of fishermen, who had their livelihood curtailed, of native people, for whom salmon are a traditional life-line, of all the western peoples who have watched and guarded streamside habitat, have paid off.
Unlike slow growing cod, salmon can repair their cycles in 8 years, a couple of generations, and now, although some subsets are still on the verge of extinction, most of the silver salmon have completed their homeward cycle. That's great news for all the ecosystems, and all the creatures in the ecosystems, inland and coastal, which depend on the nutrients brought to streams by these marvelous fish. It's great news too for the hundreds of thousands of British Columbians who want and need wild salmon to mark the seasons.
Endangered SpeciesCultus sockeye: Probably over 2000 by the end of January Sakinaw sockeye: Very poor - about 5 fish Interior Fraser coho including North Thompson: around 50,000, compared with 20,000 three years ago (the brood year for this year) Upper Skeena coho: assessments are underway. |
Federal Department of Fisheries and Oceans (DFO) salmon coordinator Bert Ionson says favourable ocean conditions have resulted in a very good year in most areas. David Lane at the T. Buck Suzuki Foundation credits lower harvest rates and restrictions. "Fisheries are also restricted to allow sensitive weaker stocks to get by. End result: bad news for fishermen, good news for spawning grounds and stock rebuilding."
Overall, early sockeye runs were less than anticipated, with warm, low water conditions suspected as the cause. The Stuart River run was predicted to be poor at 50,000, but did not even reach 40% of that number. Late summer runs were also a little low, on the Adams River, for example. A 25% catch limit ceiling was in place in order to protect the endangered Cultus run. Some reports were that the commercial fishing fleet caught more than their allotment, and as a result the Cultus returns will be less than hoped for when all the numbers are completed in January.
The fishing industry could have caught more, if they had the boats. In any case, the price went so low, it was not worth getting more anyway. Alaskan pinks and farmed Atlantics had already forced the market price down.
Since the moratorium on new farms was lifted in April 2002, there's been very little activity regarding new start-ups. Why? The DFO is bogged down with complicated environmental assessment reviews on new applications and tenure renewals. Also, companies are struggling to make profits on the ones they've got.
Poor returns for Early Stuart and Cultus as mentioned.
Streamside protection regulations have become implicated with new forest practice code regulations which haven't been finalized. David Lane at T. Buck Suzuki had this to say. "It is our understanding that there will still be some riparian protection zones around salmon streams but there will be many ways for forest companies to circumvent them or get exemptions under new regulations being drafted. This will hurt salmon runs more than any other provincial environmental rollback."
On September 4th, the Pacific Fisheries Resource Conservation Council released a report that indicated the demand for water in BC by industry, agriculture and communities "has led to historically low water flows and, as a result, intense stress on salmon and their ability to reproduce."
By extending the provincial Right to Farm Act to marine areas in October, the provincial government could now overrule local governments when they pass by-laws restricting industrial activities, including fish farm and shellfish aquaculture operations, in their communities.
Otto Langer, director of marine conservation for the David Suzuki Foundation (DSF) recently attended a meeting with provincial reps from the Ministry of Agriculture, Food & Fisheries, and came away quite disillusioned. He feels the ministry is not taking an active, leading role and is demonstrating ostrich-like responsibility. He believes there is a communication gap between the province and the feds that makes it frustrating to be able to deal with fisheries in general.
For example, in September, the DSF issued a press release declaring that the province had okayed 47 licenses for halibut and sablefish farms - which would be the first of their kind in BC. Meanwhile the DFO is saying they hadn't approved any, nor had any environmental studies on their effects been conducted. Eric Wickham of the Canadian Sablefish Association is quoted in the DSF press release as saying "It is insane to start farming new species the same way we did with salmon over 15 years ago - with virtually no scientific information. Have we learned nothing?" Langer added that it "is even more outrageous that no one was consulted about this expansion. Not First Nations, not coastal communities that share the water with these farms, and not fishing or environmental groups."
Salmon farms may be having a significant impact on the commercial fishery. Grant Snell, general manager of the BC Salmon Marketing Council partially attributes the low demand for pink salmon to the abundance of farmed Atlantic salmon, both here and in Europe.
O.U.R. Ecovillage is a demonstration eco-community located in Shawnigan Lake on Southern Vancouver Island. O.U.R. stands for One United Resource, which reflects their mandate to consult with a wide range of people and professions to develop a sustainable community.
Planning began in 1990 with a group of friends intent on living lightly on the land. Many years of visioning, planning and consulting passed before the 25 acre farm was purchased in 1999. However, the land was zoned for Agricultural use, which didnt meet all the goals of the group.
They needed to create a new zone to fit their multi-purpose plan, an arduous process that involved the plans passing through 11 levels of bureaucracy! This is when they realized that a 'No' was just an uneducated 'Yes.' They realized that if they were going to get anywhere they would have to educate people and government about what they were attempting to do.
Along the way they were continually asked to compromise, but they held their vision, articulated it clearly, and in the end everyone won. The Cowichan Valley Regional District learned an immense amount by taking on this project. One high level planner was so inspired that he commented, "This is what we were talking about 30 years ago, and here it is finally coming to pass." Their tenacity paid off and, in 2002, the Rural Residential Comprehensive Development Zone was created.
They spent an entire year watching the land, as advocated by Bill Mollison's Permaculture techniques, which proved invaluable.
The entire property has now become an environmental "classroom," with four sectors:
This budding ecovillage uses cob as its primary building material. Cob is a mixture of sand, clay and straw. It is wet enough to mould, yet dry enough to build up without forms. This means that walls can be curved enabling you to create exactly the living space you desire. A beautiful slide show revealed many inspiring examples of structures built using this natural building material. See www.cobworks.com for more information and some great pictures.
O.U.R. Ecovillage has devised an ingenious way to simultaneously build homes, build community and educate others, while on a budget. They offer a natural building workshop each summer, which focuses on building a carefully chosen structure. Students come from far and wide to gain experience in cob building and to learn about creating an ecovillage. O.U.R. Ecovillage hires experienced instructors to teach the courses. The students' tuitions cover the fees; O.U.R. Ecovillage pays for the building materials, provides meals and campsites, and the students provide the labour.
At the end of each summer another building has been created and ten students go home inspired and able to teach their own workshops on cob building. A simple and brilliant solution to budgetary shortfalls.
O.U.R. Ecovillage is in its infancy and yet already it is an inspiration to those of us who have begun to realize that living in community, and in harmony with nature, is one of the most viable ways each of us can make a real difference to the health of our planet. As more and more ecovillages pop up around the world, we see that it is not just some hippy dippy idea but a viable way to live a rich and rewarding life within the natural flow of nature. Demonstration villages do just that, demonstrate to us all how to think outside of the box. I hope we can all agree that the Earth deeply needs to knock down the walls of our current box. Thank you to O.U.R. Ecovillage, and all others like it, for leading the way.
* For more information go to www.ourecovillage.org
* Feature sponsored by Friends of Cortes Island Sustainable Living Project
The BC Utilities Commission has instructed BC Hydro to search for low cost proposals to provide power for Vancouver Island. Entrepreneurs have floated a dozen proposals, from burning garbage in Nanaimo to burning coal near Campbell River. The Norske Canada pulp mills are all applying to expand their current practises of burning coal, treated railway ties, and tires.
This burning attitude has emerged across the western world. In eastern Canada, Bennett Incineration, after unsuccessful tries in BC, has persisted with their attempts to burn toxic waste in northern Ontario and in New Brunswick.
In this article, the Center for Health, Environment and Justice reminds us that incineration by any other name is still incineration and it still produces toxic waste.
Grassroots groups have been very successful in defeating incinerator proposals. Since 1997, only two trash incinerators have been built in the US. Groups have been successful because they organized and got the word out about what incineration really means for communities: toxic emissions and residual ash, high construction costs, and the destruction of valuable resources. And they have successfully promoted the alternatives to burning waste: recycling, composting, and recovering waste components.
The incinerator industry has, in fact, learned something from the successes of grassroots community groups: If they want to build incinerators, they're going to have to come up with a new way to spin them. So what we're seeing are all sorts of "new" ideas and proposals.
The hottest area of activity is in plants designed to produce energy. Strong sentiments to reduce US dependence on foreign oil have resulted in a rash of proposals to build energy-generating plants that don't rely on oil. Many of these plants are referred to as "green energy" or "eco-energy" projects. Some are called "renewable energy" projects. To a lesser extent, we are seeing an old favourite--waste-to-energy plants.
Waste-to-energy projects are especially devious because there are legislative efforts to define garbage incinerators as a source of "renewable" energy. If these efforts are successful, the most common incinerator used to burn household garbage--the mass burn incinerator--will be included with solar and wind projects as renewable energy sources!
These new proposals have several common characteristics: they are being put forward to solve the solid waste "crisis"; they are being sold as an alternative to incineration; and many recover energy. While these plants are not technically incinerators, they cause many of the same pollution problems. The old rule still applies: If it looks like a duck, walks like a duck, and sounds like a duck, there's a good chance it's a duck.
One of the most popular renewable energy projects is the "energy from biomass" proposal. Biomass traditionally refers to fuels derived from wood, agriculture and food-processing waste or from crops grown specifically to produce electricity. However, in this new wave of non-incineration proposals, we're seeing a variation that involves converting household trash into a biomass - like fuel. After sorting, the remaining waste, consisting largely of mixed paper, food, wood and yard waste, is run through a "biomass" conversion process that generates a fuel product.
Some proposals are designed to generate ethanol and to sell it. The concern here is purity of the ethanol product. Historically, bioconversion processes have been used mostly with agricultural waste streams that are more uniform in composition, have higher cellulose content and fewer material handling problems than municipal solid waste streams.
The more common fuel product proposed with most biomass plants is called "refuse derived fuel" or RDF. In this instance, the biomass waste is converted into pellets that are sold as fuel to be burned in incinerators or boilers to recover energy. In these cases, you still have toxic emissions and residual ash contaminated with heavy metals and dioxins, though at slightly less levels than in a mass burn incinerator.
This process has not been used with municipal solid waste on other than a small pilot scale and it is likely that the costs have been underestimated, perhaps substantially. But the major problem with this process is that it would destroy vast quantities of materials that could be either recycled or composted.
Two other technologies being promoted as clean alternatives to typical trash incinerators are pyrolysis and gasification. Pyrolysis is a thermal destruction process that burns waste in the absence of oxygen. A plasma arc is often used to generate the heat at high temperatures. This process produces a mixture of gases, liquids and solids, some of which will include toxic chemicals depending on the make-up of the original waste mixtures. With household trash, the emissions and solid residuals can be expected to include heavy metals, dioxins, and other contaminants typically found when household trash is burned.
Gasification is a similar thermal destruction process, only in this case small amounts of oxygen are present during the heating process, which also occurs at high temperatures. In this process, often called starved-air gasification, a gaseous mixture is produced that will again include toxic chemicals.
Both of these technologies are considered to be in the developmental stage with regard to their application to household trash. As a practical matter, the health and environmental concerns that these processes raise seem no different than if the waste were burned in a traditional incinerator. With both of these systems, toxic gases are formed during the treatment process that are similar to those found during the combustion of household trash in a traditional incinerator and are released out a stack. Some--but not all--of these emissions may be captured by pollution control equipment.
Co-generation is the production of heat and electricity by the same energy plant. In a conventional power plant, coal, oil, or natural gas are burned at high temperatures to generate steam. The pressure from the steam turns a turbine that produces electricity. Only about 30 percent of the energy of the original fuel is converted to steam pressure in this process. The rest is wasted. In a co-generation plant, the excess heat is captured as low temperature steam is given off by the turbines. This steam can be used to generate heat but cannot be transmitted very far. It is used mostly for nearby factories such as pulp and paper mills that require low temperature heat for their production lines or for space heating in buildings.
The new wave of proposals include cogeneration plants that burn fuels other than coal, oil, or natural gas. Some proposals are for burning "biomass" such as wood waste, agricultural waste, peat moss and a variety of other wastes, including household garbage that has been converted into "biomass" as described above. While these plants may generate less sulfur oxides or greenhouse gases such as carbon dioxide, depending on the fuel burned, they are still incinerators that generate emissions, some of which will include toxic chemicals, depending on the make-up of fuel that is burned. With household trash, the emissions and solid residuals can be expected to include heavy metals, dioxins, and other contaminants.
Most, but not all, incinerators and waste burners have air pollution control equipment that is designed to remove different pollutants generated during the combustion process. Electrostatic precipitators remove large particulates, scrubbers remove acid gases, baghouse or fabric filters remove small particles, and activated charcoal beds remove volatile gases.
None of these or any other air pollution control equipment is capable of removing 100 percent of the pollutants present in the emissions of an incinerator or waste burner. In fact, no matter what air pollution controls are used, some toxic chemicals will be released into the community. This is very important since many pollutants generated by incinerators and waste burners are carcinogenic and produce health effects even at very low levels.
One of the most serious problems with these new technologies is that they compete with waste reduction, recycling, and composting programs for materials. As much as 80 percent of solid waste can either be recycled and composted, or incinerated--but not both.
Recycling not only reduces waste; it conserves energy, preserves natural resources, and reduces pollution. Raw materials processing, such as wood pulping, is extremely energy-intensive, and both the generation of energy and the production process itself produce toxic pollution. Reprocessing materials uses only a fraction of the energy needed in primary production and creates much less pollution.
Biomass conversion, pyrolysis, and gasification--like all incineration--are doomed technologies. These processes generate hazardous emissions and toxic ash or residue, are very expensive, compete with recycling programs, and destroy valuable resources. They will not succeed as long as an organized citizenry refuses to accept these impacts on their communities.
Trust your instincts. Take a close look at any proposed technology and ask hard questions, such as the ones provided in the box. If the vendors can't--or won't--provide you with written answers to these and other questions, then step back and ask yourself why. It's usually either because they don't have the information or because they know you won't like the answers.
* Reprinted with permission from Everyone's Backyard, Center for Health, Environment and Justice
Questions to Ask about New Technology Plans1. How does the process work? 2. What waste products, air emissions, or residues are produced during the process? Have these emissions/residues been tested? If so, can you provide a copy of the results? How are these waste products/emissions managed? 3. What new waste products, if any, are produced during the process? If new products are formed, has their toxicity been tested? Can you provide a copy of any testing that has been done? 4. What wastes can or cannot be treated by this process? On what type of waste does this system work best? 5. How much waste can be processed at any one time by the system? 6. What is the back-up plan for managing the buildup of garbage when the system is not working either because of mechanical breakdowns or routine maintenance? 7. Has the process been used in communities before? Where? If so, what was the result? Has a plant ever been built and operated at the proposed size? If so, where? 8. What will be done with the end-product materials? What's the nature of the market for the end-product(s)? What is the plan to address the build up of end-product if the market should collapse or slump? 9. Will this process interfere with recycling efforts? |
* Waste Gasification, Impacts on the Environment and Public Health, Blue Ridge Environmental Defense League, April, 2002. Available from BREDL, PO Box 88, Glendale Springs, NC 28629, (336) 982-26921 or on the web at www.bredlr.org
* Learning Not to Burn, A Primer for Citizens on Alternatives to Burning Hazardous Waste, Chemical Weapons Working Group and Citizens' Environmental Coalition, June, 2002. Available from CEC at 425 Elmwood Avenue, Suite 200, Buffalo, NY 14222, (716) 885-6848 or on the web at www.cectoxic.org
* Non-Incineration Medical Waste Technologies, A Resource for Hospital Administrators, Facility Managers, Health Care Professionals, Environmental Advocates, and Community Members, Health Care Without Harm, August, 2001. HCWH, 1755 S Street, NW, Suite 6B, Washington, DC 20009, (202) 234-0091.
* How to Shut Down an Incinerator - A Toolkit, Health Care Without Harm, 2000. Available from HCWH, 1755 S Street, NW, Suite 6B, Washington, DC 20009, (202) 234-0091 or on the web at www.noharm.org
* "Municipal Waste Incineration, A Poor Solution for the Twenty First Century," presentation by Dr. Paul Connett, Professor of Chemistry at St. Lawrence University, Canton, NY at the 4th Annual International Waste-to-Energy Management Conference, November 24-25, 1998, Amsterdam. Available on the web at http://members.netscapeonline.co.uk/colemanjac1/connett1.html
* Global Alliance for Incinerator Alternatives/ Global Anti-Incinerator Alliance (GAIA), 782 5th Street, Berkeley, CA. 94710, gaia@noburn.org , FAX: (510) 883-0928.
According to palaeontologists and native oral traditions, humans have been fishing in the Puget Sound and Georgia Basin waters for at least 8,200 years. When Europeans showed up in the bays and estuaries of the West Coast 200 somewhat years ago, fish were teeming so much that they probably slowed the ships. What the Europeans didnt know is that this seemingly naturally abundant state of affairs had a human hand behind it. For thousands of years Coast Salish people fished approximately on the same industrial scale as we do now, but they knew how to keep the salmon returning for more.
Using a technology called sqwelax or reef netting, the Coast Salish caught between 5,000 and 10,000 salmon at a time. Tens of thousands of people were involved in the salmon trade. Salmon was the central commodity, the lifeline of the Coast Salish. It was used in feasting, it was smoked and preserved, and it was traded with tribes in the interior for goods like hides and herbs.
One presenter at the Georgia Strait/Puget Sound Research Conference in Vancouver last April was Russel Barsh, Director of the Center for the Study of Coast Salish Environments. Barsh has studied the Coast Salish fishing methods to see why their yield was sustainable year after year.
His research has revealed that the Coast Salish burned entire shorelines of estuaries on a regular basis, "loading" the estuary and bay with carbon, ionic nitrogen, and phosphorus. Normally this 'loading" would have resulted in harmful algal blooms (HABs) that turn the surface water red from the overabundance, hence often referred to as red tides. During a red tide a small number of algae species produce potent neurotoxins that can be transferred through the food web where they affect and even kill the higher forms of life such as zooplankton, shellfish, fish, birds, marine mammals, and humans that feed either directly or indirectly on them. The Coast Salish seemed to know how to anticipate HABs and kept them under control.
Russel has three hypotheses regarding red tides and the Coast Salish fishing "management" methods. Either the Coast Salish maintained nutrient loading of bays below the trigger point for HABs, continued to fish and nutrify bays until HABs forced them to relocate, or they made an effort to prevent triggering HABs but seldom failed.
When effective, the loading of the bays likely promoted the growth of crustaceans and "forage fish" such as sand lance, which are preferred prey for Pacific salmon, in turn increasing the number of salmon. The disposal of dead salmon carcasses was another method to keep salmon populations high as the young fed on the remains and the bones added nutrients to the ecosystem.
The Coast Salish also left baffles (old decaying wooden quays) to rot, behind which vegetations grew, serving as the ideal spawning ground for returning salmon. Another benefit of human meddling in salmon population dynamics is that this "loading" served as a driver for genetic changes which increased the adaptation rate and the number of genotypes (genetic variety in the genetic pool of the entire salmon population).
Barsh is uncovering more research, which may show that herring stocks, one of the favourite salmon prey, and seals also benefited from this form of management. The Coast Salish had a simpler more intuitive knowledge than our current "scientific-industrial" methods. This stemmed from the direct connectivity they felt and nurtured with the water that nourished them. They understood that they had to give something back to keep everything in balance.
* Russel Barsh first studied "human ecology" at Harvard. In 1982 the Mi'kmaq elders asked him to help organize an advocacy program for indigenous peoples at the UN. After 1993, he taught and did research on ecosystems and traditional knowledge in Blackfoot territory (Alberta and Montana), and finally, with a great sigh of relief, found his way back home to the Pacific Northwest doing what he loves the most: fieldwork in human ecology.
* Contact Russel L. Barsh, Center for the Study of Coast Salish Environments, Samish Indian Nation, PO Box 217, Anacortes, WA 98221; rbarsh@samishtribe.nsn.us
Email InterviewWS: In a few sentences what do you hope your research and projects do for the health of our ecosystems? Barsh: My research program aims to understand and make use of traditional land management practices, such as prescribed burning of forests and wetlands, to restore more biodiverse ecosystems. I'm convinced that nearly all terrestrial and nearshore ecosystems already were profoundly anthropogenic when Europeans first observed them--and erroneously, in most cases, described them as "natural." Landscapes we still regard as "natural" such as parkland forests and prairies in the Northwest quickly disappear if they are not cared for. Aboriginal Australians call the endless work needed to maintain these anthropogenic ecotomes [a transition zone between two diverse communities] "cleaning up country." My program is about learning how best to "clean up country" in north Puget Sound. WS: Do you believe that the fishing methods employed by the Salish were more efficient than our current science-based methods? If so, do you think it would be possible to use the Coast Salish "sustainable" fishing model today? If not, why not? Barsh: In a 1982 study of the last traditional fixed-gear river salmon fishery in Washington State, I argued that Coast Salish fishing methods used financial capital and fish more efficiently than mobile gears such as gill nets and purse seines -- and were also largely self-regulating and biologically sustainable. I still believe that. A small number of traditional traps and weirs could do all the commercial fishing we would ever need in Puget Sound (assuming we first restore our salmon runs to their former glory!) at a fraction of the cost of what's left of the commercial fleet. Why do fishery regulators ban more efficient gears? To make fishing harder and slow down the rate of harvest, as a way of preventing over-fishing. Coast Salish had a better way of deterring over-fishing. Every fishing site had a traditional owner (within a clan or lineage), whose wealth and good name depended on caring for the site so that it always remained productive. The traditional owners didn't necessarily fish themselves. They generously shared the use of their sites, and grew very famous if there were always plenty of fish to share. WS: If we did use the Coast Salish methods, do you believe that because of our population numbers, there would be far too many HABs or red tides? Barsh: Following the traditional Coast Salish approach of returning all fish processing waste (heads, tails, bones) directly to the waters from which they came should not by itself result in eutrophication. The old-time fishing sites were in rocky bays or rivers where there's a lot of flux, and fish remains have less phosphorus, iron, and other nutrients implicated in "forcing" HABs than do most people's septic tanks; the worst problems come from household cleaners, lawn fertilizers, and industrial effluents, not fish heads! Sure, we could restore Coast Salish nutrient recycling methods as a way of improving the fish production of our bays and estuaries--but first, we should get all that OTHER stuff out of our waters! |
Friends of Cortes Island Societys Sustainability Home Show was, once again, a marvellous success. Local and visiting presenters filled Mansons Hall with products, displays and ideas about shrinking our ecological footprints. O.U.R Ecovillage, a special slide show feature this year, packed the adjoining Pioneer Room with a rapt audience, and was the kick-off event for a FOCI series on sustainable, affordable housing and community development. Thank you to everyone who participated, volunteered and attended, and a special thank you to co-ordinator Lovena Harvey. See you all next year!
For more information, please call Kathy Smail at the FOCI Office 935-0087, email: foci@island.net
Recently I attended a lecture about the state of the Vancouver Island marmot given by the leading expert on the subject, Mr. Marmot, aka Dr. Andrew Bryant. He had been invited to speak to University of Victoria environmental restoration students. About half of Dr. Bryants power-point presentation outlined the history of the marmots, which was pretty sketchy until scientists first began seriously studying the animals around 1974.
Prior to that there is an enormous crater in the timeline between the 15,000-year-old bones found in a north-island cave, and a 1920s hunter's account of 'catching a brace of marmot' at the top of the Beaufort Range behind Qualicum Beach. Bryant has been piecing together a picture of Vancouver Island's pre-logging natural history, which once featured the large, fuzzy rodent colonies at the top of nearly all of the island's central mountain ranges. Perhaps that old hunter bagged the last marmots in the Beauforts though, as the shrill squeak of the marmot no longer reverberates through those parts. Nor through just about any of their historic alpine colonies. It has been replaced by the ubiquitous snarl of the chainsaw.
Dr. Bryant explained that before the 1950s, very little of the Douglas fir forest which adorned the mountain ranges behind Nanaimo had been logged. One might wonder why, given the proximity of the magnificent stands of fir forests to the city, forests which once covered more than 20% of Vancouver Island. Perhaps Nanaimo's booming century of coal, beginning in the 1850s had relegated logging to a sideshow. Perhaps the timber barons who had acquired pretty much the entire fir ecosystem in the notorious E & N Railway transaction were too busy mowing down the stupendous trees of the Cowichan valley. Those famous fir groves were once taller than the California redwoods, but alas, the American logging giant, Weyerhaeuser, clearcut the final tract of primeval forest in the valley just last year, when it mowed down the headwaters of the Summit-Dales coho salmon-spawning stream. Today more than 97% of the island's primeval Douglas fir forest has been exterminated. There are no more marmots left in the mountains above the Cowichan Valley now either, with the last few 'winking out' just last year.
Perhaps it was the Nanaimo community drinking-watershed, which covers nearly 300 square kilometres of forestlands behind the city, which held the loggers back. Community drinking-watersheds were off limits to logging prior to 1952. After that, the management and responsibility of BC drinking-watersheds was wrestled away from the Ministry of Health, and into the aegis of the Ministry of Forests (MOF). This accomplished, clearcutting immediately began and today after 50 years, virtually the entire community watershed has been roaded and gutted of its trees.
Bryant describes the area as having amongst the highest density of road per hectare of forestland anywhere in the province. Even the MOF has no sway over what happens on these 'private lands,' where even the gutless public land logging standards don't apply. Weyerhaeuser, the private owner, continues spewing semi-truckloads of US-imported chemical fertilizers annually onto their clearcut tree-plantations in there. Green Mountain, the summit of Nanaimo's watershed, had the largest population of wild marmots with more than 25 animals as recently as 2001. It's over for the Green Mountain marmot colonies now. They've all gone extinct, this year.
Dr. Bryant then moved on to the predator problem. Through radio-telemetry, he has been tracking the remaining 25 or so wild marmots by surgically implanting a sending unit under the skin of their chests. By this method he has now been convinced that predation is the major cause of the demise of the marmots. Wolves, cougars and Golden eagles are the 'culprits' responsible, and they do the bulk of their damage every August, "when the marmots are fat and lie around lazily on the rocks, sunning themselves." Recently, a cougar was observed licking its chops one morning in the same alpine meadow where only the previous day several reintroduced marmots had frolicked.
Bryant insists that the wolf and cougar cull, now being conducted by Vancouver Island sport-hunters at the request of the Ministry of Water, Land and Air Protection, isn't about the marmots anyway, but rather, it's about the Columbian black-tail deer, whose populations are down 70% from a decade ago.
These deer declines have been clearly and scientifically linked to the loss of forested habitat. For example, back in 1998, the Integrated Wildlife and Intensive Forestry Research (IWIFR) program, was supported by then MacMillan Bloedel, then Ministry of Environment, Lands and Parks, and the Ministry of Forests who all worked together to set aside deer habitat in the area. Four separate 100 hectare patches of south-facing old-growth forest were preserved for critical winter range habitat for the local deer, right inside the Nanaimo community drinking-watershed. In 1999 Weyerhaeuser USA swallowed up the Canadian logging giant, MacBlo, which had just that very year shocked the province by proclaiming that the company would voluntarily refrain from clearcutting, the past and present provincial forestry status-quo. The ink was barely dry on the MacBlo acquisition papers when Weyerhaeuser moved into the Nanaimo watershed and clearcut all four of the proposed deer habitat refuges right to the last tree.
Then "the tree-growing company" constructed a road directly into the Haley Lake bowl and started clearcutting. The bowl had earlier been set aside as a refuge for the protection of the marmot colonies in the area. Those colonies are now all toast. Not even the marmots Dr. Bryant re-introduced there have survived.
This is how Weyerhaeuser manages for wildlife. Their sidekick, TimberWest, BC's largest private land-owner which exports more than a million cubic metres of raw logs annually out of marmot habitat, is busily chewing away at the forests on the other side of Green Mountain. The two corporations are apparently guided by an identical management plan. As they clear off the old-growth forests near the top of the mountain, simultaneously, they are mowing down the 50-year old second growth at the bottom, thereby perpetuating their greedy vision, and its consequences for wildlife, into the future. They've each made a basic investment in Greenwash to stave off their direct responsibility for the extinctions, throwing a few bucks at the Marmot Recovery Foundation's captive breeding program, while stripping millions in timber off the mountain.
With giant logging corporations as the project's major financiers, it's clear why there is absolutely no marmot habitat preservation or restoration project whatsoever on the books. Dr. Bryant is very adamant that stopping the logging today will have no effect on the present day emergency facing the marmots. "What can I do when the companies ask me to show them how not logging will help the marmots today?" he asks.
That may be the case for the short term, but what of the future? Can Bryant's laboratory reintroductions be protected from predators in a perpetually denuded landscape? It's obvious to anyone who looks that predation is the symptom, while industrial clearcutting is the disease. Let there be an immediate moratorium on any more logging in marmot habitat, which includes the forested valleys between their mountaintop colonies. If the marmot populations ever stabilize, perhaps we can examine kinder, gentler, roadless logging methods.
Let Weyerhaeuser and TimberWest pay now to debuild all those miles of predator-access roads and get them rehabilitated back to forest! Let them fund a comprehensive study now to determine the state of the island's magnificent predators! Make them pay now to restore those devastated forests so that the balance of nature can be reestablished! Let them do it now before it's too late, because every Vancouver Islander knows what giant logging corporations do once they cut themselves out of wood.
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