[quote Jedidiah][quote doggonefishin]To repeat, there is
NO advisory for
any toxin for the white bass or panfish at Utah lake.[/quote]
http://fishadvisories.utah.gov/docs/2008..._Study.pdf
That says white bass are borderline. The reason the big fish have unsafe levels of PCBs is that they eat the little fish. When you eat a lot of the little fish, you become the big fish and the PCBs accumulate in your fatty tissues just like it does in theirs.
Listening to the people who said UL is fine and safe, I went and caught a bunch of white bass and cleaned them in my sink at home and ate some fillets and I can tell you that they taste and smell different, like there's a little bit of detergent in them. I won't be catching any more fish to eat there.[/quote]
Lets look at the provided link and your statements.
1. A white bass fillet has 10.2 parts per billion of PCB. This value is
one half of the minimum advisory level set by the EPA (20 ppb). It is also 8 and 10 times lower than the levels for carp and channel catfish. One half of the minimum standard for white bass is not borderline, it is safe. Bullheads tested even lower.
2. The effects of bioaccumulation are well known. Your statement shared nothing new. That is why so many smallmouth bass and brown trout in this state have mercury advisories on them. However, because of a relatively short lifespan and diet, the fish in question (white bass and panfish) do not bioaccumulate anything nearly as much.
3. Regarding the bottom sediment study, which is the reason this paper was written, the following is a suitable excerpt for this discussion. Please note the last sentence.
" It was agreed prior to sampling that locations exceeding the ESL of 59.8 ppb would be
identified as needing additional analysis. However, since all sediment samples are below
this ESL value, additional sediment analysis is not warranted at this time.
When
comparing the PCB concentrations of Utah Lake’s fish and sediment to other PCB
contaminated sites, Utah Lake is at least an order of magnitude lower (Figures 3 and 4).
4. Finally, this paragraph, from the conclusions.
" Figure 3 compares the PCB concentrations in carp and catfish from Utah Lake to fish
collected in the Great Lakes, Hudson River, Delaware Bay, and salmon sold in the
market. PCB concentrations in fish from Utah Lake are comparable to those sold in the
market. Utah Lake’s fish are well below the Food and Drug Administration’s (FDA) safe
level of 2000 ppb. The FDA considers PCB concentrations greater than 2000 ppb in fish
fillets to be a health risk. Additionally, PCBs found in Utah Lake are at least one order of
magnitude below other contaminated sites including the Great Lakes, Hudson River, and
Delaware Bay."
This statement explains that UL carp and catfish PCB levels are comparable to fish sold in the supermarket, and much lower than many other well known fisheries. That is carp and catfish.
As we saw earlier, white bass are 8 and 10 times lower than that!
I really don't care whether an individual eats the fish out of there or not. While I'm fussy about the fish I will eat and have never had a problem there, the truth is, if you somehow thought you "smelled something", you probably wouldn't enjoy your dinner and further discussion to convince you otherwise would be fruitless. However, making statements of fact that all the fish are potentially toxic is another matter altogether and will receive scrutiny.
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