As far as what charlie says well he is obviously resourceful but I am now pretty convinced that he is pure campaigner/activist so no he is not swaying my opinion much. His mind is made up like many regardless of some of unknowns that he creatively looks past IMO. I would guess he is far smarter and informed than myself overall but I cant help but to notice in his style that he is on the campaign trail.
I do care about salmon stocks but I do not use the term "wild" lightly. There are substantial differences between wild and hatchery salmon and I think that it is important to separate the two to better understand and identify the difference. Lumping the two together is a mistake.
Perhaps from your perspective/interpretation as the other campaigner around here which you seem to be. lol Your mind is made up and I am certain not all because of science.
I am not "armed" with pro-farming papers as perhaps charlie is with his anti-farming, but I can not help but to notice that charlie post only studies that suits his cause. As I have stated before if charlie and yourself are so enlightened and forthcoming of "the facts" why is it that both of you only ever post studies that suit your position? You will likely reject the link I post here but it is full of the "science" you hold so high, well, your selected science at least.
Aren't any of you concerned about what the problems may be at the lab back east or does it just not suit your program so you are crying foul? I think it is important to find out. We will wait until May or I will at least.
YOU, really do NOT want to go down this road!
YOU, know I am actually quite busy right now; but IMHO and really would rather not have to answer your BS; however, rest assured I will.
YOU, actually would be a lot better off going after Seadna than me, or do “YOU” feel am I that much of a bigger threat? J
YOU, actually need to go back to 2007, and start read my posts, as I was not always “anti-farming”!
YOU, can trust me on this.… I am not, nor do you want me to be a “pure campaigner/activist – as I do know raising farmed Pacific salmon (e.g. Chinook) in open net pens is a LOT more dangerous and worse than Atlantic salmon, if a campaigner/activist I would become YOUR worst nightmare! That really won’t be a pretty sight, if it get me started on you growing genetically altered Chinook salmon in you open net pens! Btw… may I ask just how many of those genetically inferior farmed Chinook salmon of yours have been released through escapements and/or leaks? And, please don’t say none!
If YOU would like to start another thread, I will be glad to discuss the pros and cons of hatchery and what is referred to as ‘Alaskan ranching’? Neither can or should be compared to open net pens! BTW… there really are very few true “wild” salmon left.
As far as “Salmongate,” just what would YOU call your large government cover-up? I guess you could use “fish-lot-gate or how about just calling it the “Great Canadian government cover-up for feed lots”?
BTW… as YOU have a Chinook feed lot, YOU might want to be careful throwing names around like Morton” and Staniford as I am sure they both know growing Chinook in open pen feedlots is a LOT more dangerous to wild Chinook stocks than any Atlantic salmon.
Another BTW... Here is another part of a “cut and paste” just for YOU! Do YOU want me to post the whole thing?
Salmon Farming Problems
Open net-cage salmon farming is currently one of the most harmful aquaculture production systems and poses environmental threats in all regions it is practiced.
The Environmental Impacts of Salmon Farming
Sea lice are small marine parasites that occur naturally on many different species of wild fish including wild adult salmon. Sea lice are planktonic and are transported on the tide. When they encounter marine fish they attach themselves, usually on the skin, fins and/or gills and feed off the mucous or skin.
There are 13 known species of sea lice in the marine waters of British Columbia, but the common
‘salmon louse’ is the one we hear the most about. The Latin name for this salmon louse is Lepeophtheirus salmonis.
Sea Lice & Salmon Farms
Sea lice from salmon farms are one of the most significant threats facing wild salmon in British Columbia. Stocked year round with hundreds of thousands of fish in small areas (net-cages) fish farms are ideal, and unnatural breeding grounds for lice. Infestations on farms significantly increase the number of lice in surrounding waters, far beyond what would occur naturally.
In the spring, when fish eggs hatch and juvenile salmon emerge from the rivers and make their way to the ocean many are exposed to sea lice during their journey because fish farms are typically located in sheltered waters along wild salmon migration routes. Juvenile pink and chum salmon are smaller than an AAA battery when they migrate by salmon farms and some may not have fully developed scales yet. When lice attach themselves to juveniles, their bodies may not be able to cope, and they may die.
Peer-reviewed research has shown that one to three sea lice are enough to kill a juvenile pink salmon newly arrived in saltwater.
Sea Lice Infestation & Disease
Sea lice feed on the mucous, blood and skin of salmon. While a few lice on a large salmon may not cause serious damage, large numbers of lice on that same fish, or just a couple of lice on a juvenile salmon, can be harmful or fatal. The feeding activity of sea lice can cause serious fin damage, skin erosion, constant bleeding, and deep open wounds creating a pathway for other pathogens.
It is also possible for sea lice to carry diseases between farmed and wild salmon. This disease “vector” has already been shown for Infectious Salmon Anemia (ISA) on the Atlantic coast.[SUP]2,3[/SUP] An outbreak of ISA on salmon farms in Chile in 2007 spread rapidly from one farm to the next, leading to whole pens and in one case an entire farm’s worth of fish having to be destroyed. Sea lice have been identified as a possible factor in the rapid spread of the disease.
The furunculosis bacterium has also been found on the bodies of sea lice, making it likely that sea lice spread this disease as well.
The Science on Sea Lice is Clear
Research published in the prestigious journal
Science in December, 2007 was the
first study to calculate the impact individual wild salmon mortalities from sea lice infestation can have on the population of a whole run of salmon.[SUP]5[/SUP]
A growing body of peer-reviewed research indicates that sea lice are dangerous to juvenile wild salmon. Check out our
sea lice research page for the latest science on sea lice.
References
Morton, A. and R. D. Routledge (2005). Mortality rates for Juvenile Pink Oncorhynchus gorbushca and Chum O. keta salmon infested with Sea Lice Lepeophtheirus salmonis in the Broughton Archipelago. The Alaska Fisheries Research Bulletin. 11(2): 146-152
Dannevig, B.H. and K.E. Thorud, Other viral diseases and agents of coldwater fish: infectious salmon anemia, pancreas disease and viral erythrocytinecrosis, in Fish Diseases and Disorders, Volume 3, Viral, Bacterial and Infections, P.T.K. Woo and D.W. Bruno, Eds. 1999, CAB International: Wallingford and New York p. 149-175.
APHIS Veterinary Services, Infectious Salmon Anemia Tech Note. 2002, US Department of Agriculture.
Johnson, S.C., Crustacean Parasites, in Diseases of Seawater Net pen-reared Salmonid Fishes, M.L. Kent and T.T. Poppe, Editors. 1998, Fisheries and Oceans Canada: Nanaimo, BC. P. 80-90.
Krkošek, M., Ford, J. S., Morton, A., Lele, S., Myers, R. A. and Lewis, M. A. (2007). Declining wild salmon populations in relation to parasites from farm salmon. Science 318: 1772-1775.
Salmon farms are breeding grounds for
sea lice due to the high densities of fish in relatively small net-cages. In an attempt to control chronic lice infestation, salmon farmers use pesticide treatments. Emamectin benzoate (marketed as SLICE®) is the preferred chemical for sea lice control in Canada. However, the use of this pesticide has long been opposed by scientists and environmental groups due to lack of thorough scientific research on its effects.
Up until June 2009 SLICE was only available to fish farmers through the Emergency Drug Release Program, which allows the use of non-approved drugs when recommended by veterinarians for emergency situations. In June 2009, Health Canada quietly approved the use of this chemical and when CAAR contacted Health Canada requesting approval criteria, we received the disturbing response that research was conducted by the manufacturer, is proprietary, and is not available to the public.
The previously required withdrawal period of 68 days between the last use of SLICE and harvest of the treated fish has disappeared with the approval. Given that SLICE has been shown to persist in the tissue of fish and the environment for weeks to months, this is a step backward for food and environmental safety.