25.01.2015 Views

CP32-93-2012-3-eng.pdf

CP32-93-2012-3-eng.pdf

CP32-93-2012-3-eng.pdf

SHOW MORE
SHOW LESS

Create successful ePaper yourself

Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.

Cohen Commission of Inquiry into the Decline of Sockeye Salmon in the Fraser River • Volume 3<br />

Aquaculture Review (SAR) prepared by the BC<br />

Environmental Assessment Office. The SAR<br />

concluded that salmon farming presented a “low<br />

overall risk to the environment.” 36 In response<br />

to the 49 SAR recommendations, the province<br />

enacted legislation and regulations and set up<br />

policies and procedures for the management of<br />

salmon farms. 37<br />

For practical reasons, in December 2010, when<br />

DFO took over as the primary regulator for BC<br />

aquaculture, it adopted many of the procedures,<br />

practices, and systems – with some variations and<br />

improvements – that the province already had in<br />

place. For example, DFO implemented a system<br />

using a combination of industry self-reporting<br />

and government audits that was similar to the<br />

provincial system for monitoring salmon farms. 38<br />

It continued to use the diagnostic laboratory run<br />

by the BC Animal Health Centre in Abbotsford for<br />

analyzing fish samples collected as part of DFO<br />

audits of salmon farms. 39 As well, DFO adopted<br />

the siting criteria established after the SAR and<br />

implemented a similar application process to<br />

that formerly used under the provincial regime<br />

(though it has delayed any significant decisions<br />

about new applications until it has had the opportunity<br />

to consider the recommendations of this<br />

Inquiry). 40 DFO also chose to maintain the status<br />

quo by licensing, without further review, all of the<br />

approximately 120 net-pen salmon farms then<br />

licensed by the province. 41<br />

It has now been 15 years since the SAR. In<br />

reviewing the state of aquaculture regulation, my<br />

mandate is much more specific than the SAR.<br />

I have been tasked with identifying recommendations<br />

for the future sustainability of the Fraser<br />

River sockeye salmon fishery, not the broader<br />

environmental, social, and economic impact of<br />

aquaculture. I have had the benefit of testimony<br />

about how the system is working – in particular, its<br />

achievements and its shortcomings in protecting<br />

Fraser River sockeye.<br />

My review of the regulatory system for salmon<br />

farms and the state of knowledge about the effects<br />

of salmon farms on Fraser River sockeye has led<br />

me to make recommendations in two areas: fish<br />

health data from salmon farms; and minimizing<br />

risks and uncertainty. I make related scientific research<br />

recommendations concerning the health of<br />

Fraser River sockeye salmon later in this chapter.<br />

Fish health data from<br />

salmon farms<br />

The SAR recommended that British Columbia<br />

improve the quality and accessibility of information<br />

about fish health from salmon farms. Toward that<br />

end, in October 2003, the province completed a fish<br />

health database and required industry to self-report<br />

information to that database. It used information<br />

in the database to generate quarterly and annual<br />

reports. Public access to this information occurred<br />

through summaries in the annual reports. 42<br />

Information held in this fish health database<br />

formed the basis for Technical Report 5A, Salmon<br />

Farms and Sockeye Information. As I describe in<br />

Volume 2, Chapter 5, Findings, I accept the evidence<br />

of Dr. Josh Korman (author of Technical Report 5A,<br />

Salmon Farms and Sockeye Information),<br />

Dr. Donald Noakes (author of Technical Report 5C,<br />

Noakes Salmon Farms Investigation), and<br />

Dr. Craig Stephen (lead author of Technical<br />

Report 1A, Enhancement Facility Diseases) that the<br />

quality and quantity (in terms of breadth of data<br />

collected) of the fish health database are impressive,<br />

especially when compared with monitoring<br />

programs in other sectors. 43 However, I also accept<br />

Dr. Korman’s evidence that the short data record<br />

(from 2004 to 2010) means that the statistical power<br />

of that data to show relationships (if they exist)<br />

between salmon farm variables and measures<br />

of sockeye health or productivity is “very low.”<br />

Additionally, I accept the evidence of Dr. Korman<br />

and Dr. Lawrence Dill (author of Technical<br />

Report 5D, Dill Salmon Farms Investigation) that<br />

this limitation in the data should disappear with<br />

another 10 years of data collection. 44<br />

Transparency and accessibility of fish health<br />

data from salmon farms have been topics of<br />

considerable controversy. In the past, the public and<br />

non-government / non-industry scientists have not<br />

been given access to the raw data in the fish health<br />

database. Instead, they have been given summaries<br />

of overall fish health in the provincial annual<br />

reports. As I describe in Volume 1, Chapter 8,<br />

Salmon farm management, I received many public<br />

submissions about a lack of transparency in the<br />

provision of information about salmon farms to<br />

the public. As well, non-government researchers<br />

told me of the difficulties they faced in accessing<br />

data about fish farms. 45 A salmon-farming industry<br />

18

Hooray! Your file is uploaded and ready to be published.

Saved successfully!

Ooh no, something went wrong!