Max Bothwell, research scientist at Environment Canada
“I list a series of four hypotheses that might explain this, and one of them is climate change,” Dr. Bothwell said.
He added that, for the first time this past summer, rock snot started to bloom in the St. Mary’s River, which connects Lake Superior and Lake Huron.
“What that tells me is that this organism is what I said it was – it is a sentinel species – and it’s telling us that there is something wrong in Lake Superior.”
Kristi Miller, molecular geneticist in the Department of Fisheries and Oceans
“Basically, the full range of microbes that are associated with diseases in salmon worldwide, we can detect them – and we can detect them incredibly quickly,” Dr. Miller said.
“What’s exciting about this is that we are ahead of the curve, even of the human world. You can’t go into a human diagnostic lab and in 24 hours be tested for 45 different pathogens.
This is the first time in my career in genomics that I have been ahead of the curve when it comes to human medicine.”
Philippe Thomas, wildlife biologist with Environment Canada
For three years, Philippe Thomas has been studying the health of fur-bearing animals living in the Alberta oil sands. Partnering with hunters, trappers and First Nations communities in the Peace-Athabasca Delta, the federal wildlife biologist has collected the carcasses of more than 1,700 mammals – such as lynxes, muskrats and river otters – caught initially for commercial trapping.
The collection process wound down this past spring; Mr. Thomas is now conducting contaminant analyses on their livers. The research is part of the Joint Oil Sands Monitoring program, a Canada-Alberta initiative to monitor environmental indicators.
Three scientists on the research they couldn’t discuss with media under Harper - The Globe and Mail
“I list a series of four hypotheses that might explain this, and one of them is climate change,” Dr. Bothwell said.
He added that, for the first time this past summer, rock snot started to bloom in the St. Mary’s River, which connects Lake Superior and Lake Huron.
“What that tells me is that this organism is what I said it was – it is a sentinel species – and it’s telling us that there is something wrong in Lake Superior.”
Kristi Miller, molecular geneticist in the Department of Fisheries and Oceans
“Basically, the full range of microbes that are associated with diseases in salmon worldwide, we can detect them – and we can detect them incredibly quickly,” Dr. Miller said.
“What’s exciting about this is that we are ahead of the curve, even of the human world. You can’t go into a human diagnostic lab and in 24 hours be tested for 45 different pathogens.
This is the first time in my career in genomics that I have been ahead of the curve when it comes to human medicine.”
Philippe Thomas, wildlife biologist with Environment Canada
For three years, Philippe Thomas has been studying the health of fur-bearing animals living in the Alberta oil sands. Partnering with hunters, trappers and First Nations communities in the Peace-Athabasca Delta, the federal wildlife biologist has collected the carcasses of more than 1,700 mammals – such as lynxes, muskrats and river otters – caught initially for commercial trapping.
The collection process wound down this past spring; Mr. Thomas is now conducting contaminant analyses on their livers. The research is part of the Joint Oil Sands Monitoring program, a Canada-Alberta initiative to monitor environmental indicators.
Three scientists on the research they couldn’t discuss with media under Harper - The Globe and Mail