As part of the ongoing development of the National Aquatic Animal Health Program (NAAHP), Fisheries and Oceans Canada (DFO) was notified on December 7, 2015 that the Canadian Food Inspection Agency (CFIA) will implement the final portion of NAAHP, the Domestic Movement Control Program (DMCP), effective December 31, 2015. Under DMCP, CFIA will enact new measures, such as zonation and permitting, to support domestic movements of aquatic animals. As of this date, DFO will no longer exercise its authority under the FHPR, including the Manual of Compliance, and intends to move forward with the repeal of the FHPR to remove regulatory overlap with the DMCP.
For more information and questions on CFIA’s Domestic Movement Control Program, please visit the CFIA website at Notice to Industry Change to federal management of aquatic disease in Canada.
Services and information
Includes information, research, and surveillance programs on regulated and emerging pathogens that affect finfish, shellfish, and crustaceans.
Explains the role of DFO's National Aquatic Animal Health Laboratory System to provide quality diagnostics and research and describes the DFO diagnostic and research labs that make up NAAHLS.
Provides a comprehensive description of Geoduck clam morphology and disease agents that affect the health of this commercially important species on the West Coast of Canada.
Describes the current scientific knowledge on this emerging pathogen on the West Coast of North America.
Describes diseases and parasites affecting commercially exploited shellfish species globally. Emphasis is on pathogen/parasite description, host species, geographic distribution, diagnostic techniques, and methods of control.
Includes information on the various types of sea lice research conducted by Fisheries and Oceans Canada.
Describes the role of this program in Pacific salmon conservation and management and explains the fish health requirements for enhancement hatcheries.
Includes information on marine mammal population dynamics, their role in marine ecosystems, and the effect of human impacts on marine mammal species.
Information for scientists and students about the use of otoliths (earstones) for studying many fish populations.
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