That's a very good question, and it deserves a lot longer answer than what I can give.
I will give a short answer here, but if you would like, I could follow that up with an e-mail after we've had the meeting here.
There are four risks that are identified in the 2013 risk assessment. Those risks are varroa resistance to amitraz, resistant American foulbrood, small hive beetles and Africanized honeybees.
The amitraz-resistant varroa is something that we have in both countries right now. It is in the United States. The tech teams have been doing some initial research to find out whether we have it here in Canada, and it appears that we do have resistance here in Canada, as well.
One thing we need to be very careful of is whether it is resistance or efficacy. The likely answer to that question is that it's a little bit of both. It's already here. We've already been using amitraz for a number of years. There is already resistance in Canada. I think it's a moot point.
We have had resistant American foulbrood in Canada since the early 1990s. I remember bringing in palettes of bees from Australia and shaking them into our hives, and then the hives crashed. We lost hundreds of thousands of dollars because there was resistance to American foulbrood in our own operations here in Canada.
The other pest risk that's been identified there is the small hive beetle. This is an economic threat, especially in the southern states. However, it is endemic in parts of Canada here already. If you talk to Paul Kozak, the provincial apiculturist for the Province of Ontario, he will testify that it is endemic in southern parts of Ontario, around the Niagara, Niagara-on-the-Lake, Hamilton and London area. It's also found in New Brunswick. It's found in Quebec. We have also had findings of small hive beetle in Alberta and in Manitoba, and just recently, this fall, in British Columbia, which Paul van Westendorp can testify to.
The reality of small hive beetle is that it fails to establish or thrive in Canada, and the economic losses that are associated with it just have not materialized. They have not materialized here in Canada, and they have not materialized in the northern United States either—the northern states that border Canada.
One of the things that needs to be done is a reassessment of what it really entails. It might be a reportable pest, but is it a pest that actually causes any economic harm in Canada? My assertion is no, it's not going to cause economic harm here in Canada.
That leaves the last pest, which is Africanized honeybees. There has been a mountain of research that has started to come forward and evidence from the last 30 years in the United States suggesting that it is not able to survive north of a climatic wall that we have in North America. I talked about how bees survive winter. With Africanized genetics, what we're worried about is the aggressive, protective behaviour and the propensity to swarm. That also comes with a failure to be able to cluster at cold temperatures. Those hives die in the first season they're here.
We don't have enough time here for me to get into all the details of that, but protocols can easily be developed to address some of these risks. For Africanized honeybees, ship the bees on a pheromone strip, and get a queen from some other part of the world that doesn't have Africanized genetics. It's not an issue; it dies right there in your yard.