8:44 AM
Admin
The Canadian Broadcasting Corporation (CBC) aired an episode of The Fifth Estate on Friday night. I taped it and watched it yesterday between curling matches and the Canadian figure skating championships.1
The Fifth Estate program documents the shutting down of various government labs by the Conservative government of Stephen Harper. The title says it all: Silence of the Labs. Follow the link and you can watch the entire program. I highly recommend that you watch the first two minutes to get the gist of what's happening in Canada.
Here's part of the summary that appears on the CBC website ...
Scientists across the country are expressing growing alarm that federal cutbacks to research programs monitoring areas that range from climate change and ocean habitats to public health will deprive Canadians of crucial information.
"What’s important is the scale of the assault on knowledge, and on our ability to know about ourselves and to advance our understanding of our world," said James Turk, executive director of the Canadian Association of University Teachers.
In the past five years the federal government has dismissed more than 2,000 scientists, and hundreds of programs and world-renowned research facilities have lost their funding. Programs that monitored things such as smoke stack emissions, food inspections, oil spills, water quality and climate change have been drastically cut or shut down.
The fifth estate requested interviews with two senior bureaucrats and four cabinet ministers with responsibility for resources, the environment and science. All of those requests were denied.
On Tuesday, the fifth estate received a statement from the office of Greg Rickford, Minister of State for Science and Technology, and the Federal Economic Development Initiative for Northern Ontario.
"Our government has made record investments in science," it stated. "We are working to strengthen partnerships to get more ideas from the lab to the marketplace and increase our wealth of knowledge. Research is vibrant and flourishing right across the country."
But members of the scientific community disagree. CBC’s the fifth estate spoke to scientists across the country who are concerned that Canadians will suffer if their elected leaders have to make policy decisions without the benefit of independent, fact-based science.
The CBC is a crown corporation. That means it has to report to a branch of the government and some its Board of Directors are government appointees. A lot of its funding comes from the Federal Government.
You probably won't be surprised to learn that the CBC is also under attack from the Harper government. I don't think that pressure is going to diminish once Conservative MPs see this program.
[Photo Credit: I took this picture during a protest on Parliament Hill in July 2012. There are videos in the Fifth Estate program but I didn't see any glimpses of me of any of my friends.]
1. So many exciting things on television—one has to have priorities. I don't watch the Leafs any more.
7:31 AM
Admin
My department is in a Faculty of Medicine and the main source of research funding for biomedical sciences in Canada is the Canadian Institutes of Health Research (CIHR). The current Conservative Government has been consistently underfunding CIHR over the past six years so that the number of grants available for basic research (e.g. biochemistry and molecular biology) has been falling.
This is the time of the year when my colleagues hear the results of the latest grant competitions. It's been a sad couple of days because four labs failed to get funding for their main research projects. Eight other labs failed to get additional funding for ongoing projects that were not part of their main grant.
What does this mean? Let's think about the consequences for labs that lose their grants. In the short term, the lab will survive until the next application deadline but it means that the Professor running the lab can't take on any new graduate students or post-docs no matter how brilliant they might be. In some cases, the department, or the university, might have to provide "bridging" funds in order to pay the salaries and stipends of people in the lab. If the Professor manages to get the grant back in the next competition then a recovery is possible but a lot of damage has already been done.
However, in many cases the second or third attempts to recover funding are not successful and the lab must shut down. That's the situation we face in our department with several active research groups that have disappeared or are about to disappear.
The first people to be let go are the post-docs who are funded from the grant. They have to scramble to find a new position and this isn't easy. It could be the end of their career.
The most expensive people in the lab are the research technicians ($50-60,000 per year1). They have to be put on notice and they will be fired. These are scientists with advanced degrees who are the heart and soul of a research lab. They are mostly women in mid-career. Many of them will never find another position that pays as well.
Graduate students who are close to finishing can usually be helped but those at the beginning of their studies have to switch to another lab and start a new project. This may not be possible.
Our research labs have two or three undergraduate students doing research projects as part of their degree requirements. As we lose more and more active labs, we also lose the ability to train undergraduates. We also hire undergraduate to work in labs over the summer and this provides invaluable experience in preparation for graduate school. If you don't have a funded lab you can't hire students. If you lose part of your funding, the easiest way to save money is not to hire anyone.
The groups that are losing their grants are the backbone of Canadian research infrastructure. The typical lab has three or four graduate students, a post-doc, and a research technician (research associate, lab manager). It takes about $150,000 per year to sustain such a lab. The Professor who runs the lab is usually between 30 and 40 years old (mid-career). The lab is producing several papers a year in respectable journals. These labs would easily have been funded a decade ago when the success rate on grant applications was 25% but now that it's down to 15% they are being cut out of the system.
Even those labs that are still funded are affected when a colleague loses a grant. That's because there's a lot of sharing of equipment and resources and expertise. We can foresee a time when the department falls below a critical mass of active research labs and when that happens everyone will lose their grants. Morale is already at an all-time low. Students and faculty are more worried about survival than science.
A generation of mid-career scientists is being destroyed by the policies of the Canadian government. Graduate students, post-docs, technicians, and undergraduates are being affected. It might take another generation to recover if funding were to return to appropriate levels. We might never recover if something isn't done soon.
Here at the University of Toronto we used to talk about becoming a world-class research centre. We don't talk about that very much any more.
1. Salary plus benefits.
8:55 AM
Admin
PZ Myers has just given his students a take-home exam. Here's one of the questions [It’s another exam day! ] ...
Question 1: One of Sarah Palin’s notorious gaffes was her dismissal of “fruit fly research” — she thought it was absurd that the government actually funded science on flies. How would you explain to a congressman that basic research is important? I’m going to put two constraints on your answer: 1) It has to be comprehensible to Michele Bachmann, and 2) don’t take the shortcut of promising that which you may not deliver. That is, no “maybe it will cure cancer!” claims, but focus instead on why we should appreciate deeper knowledge of biology.
That first restriction is going to make answering the question a real challenge 'cause you have to take into account the mentality of someone who is not just scientifically illiterate but scientifically anti-literate. 
Nevertheless, this is exactly the sort of thing you want your science graduates to know.
11:17 AM
Admin
Scientific societies are made up of groups of scientists who band together for various legitimate purposes such as organizing meetings, publishing journals, promoting their speciality, and lobbying for funds. The credibility of a society depends on its area of expertise. They lose credibility when they take positions on issues outside of their discipline.
That's why many of us have been opposed to the accommodationist positions of the American Association for the Advancement of Science (AAAS) and other societies. These societies have no special expertise in epistemology/philosophy or religion yet they openly proclaim that science and religion are compatible. They should be neutral on that question. A (slight) majority of Sandwalk readers agree, according to a poll I took a few years ago [What Should Scientific Organizations Say about Religion?].
I wasn't alone in adopting this position. Jerry Coyne and PZ Myers also think that scientific societies should keep their nose out of areas that are outside of their mandate. We are united when it comes to opposing accommodationism.
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