This is the third installment of the Robert On Politics series. This one is about (formerly) recent statements about science funding made by the McCain/Palin camp. It may sound a little one-sided, so let me just say at the outset that there are a few stances that Obama takes on science and technology that I don't particularly like either. But these things I describe here are the ones that made huge waves among science people that the average person on the street might not have noticed. I want to explain them.
Palin and Fruit Flies
On October 24 Sarah Palin gave a speech about the Disabilities Education Act in Pittsburg. She vowed to fight earmark spending, budgetary provisions directed at specific projects often tacked on to budget bills by lawmakers wanting to "bring home the bacon" for their district. Said Palin,
"Sometimes these dollars, they go to projects having little or nothing to do with the public good. Things like fruit fly research in Paris, France. I kid you not."
This one little quote was a
huge deal in the scientific community. I'd like to explain why.
Research on fruit flies is one of the pillars of genetics research.
* Like white mice, fruit flies are one of the most important model organisms science has. Our understanding of all of the basic principles of heredity are all due to studying the fruit fly. To drive home the point:
Wikipedia tells me that 75% of known human disease genes have a recognizable match in the genetic code of fruit flies.
"Drosophila is being used as a genetic model for several human diseases including the neurodegenerative disorders Parkinson's, Huntington's, spinocerebellar ataxia and Alzheimer's disease. The fly is also being used to study mechanisms underlying aging and oxidative stress, immunity, diabetes, and cancer, as well as drug abuse."
Saying that fruit fly research isn't important is exactly like saying research on white mice is not important. I kid you not.
Another reason that science people went nuts over this quote is this bit about "Paris, France". The scientific community is a global community. And the number of people working on any given problem is very small. If an American scientist doesn't collaborate with the four other people in the world working on her particular problem then her research will die and work on that problem will slow by 20%. It's that simple. Half of the people on my advisory committee were not born in the US. There just isn't any room in science for xenophobia. You just can't do science without Paris, France.
I think there is another facet of this quote that really evokes a visceral reaction in science people that I haven't heard discussed elsewhere. Science people have a vision in their minds of a certain level of understanding of science that they feel like everyone on earth should have, and they are acutely aware that most people in the US don't measure up to their vision. If you want to get science people excited talk about American science education. That fruit flies are important for science research is one of those elementary facts that science people think everyone should know. When science people hear Palin say this they react violently, because here's someone at the top of this nation's leadership who is, in their view, apparently antagonistic to everything they stand for out of ignorance of elementary facts they demand all Americans should know.
McCain and Grizzly Bears
For quite some time, most notably in the first presidential debate, John McCain has been bringing up an appropriation of (more than) $3 million
** in a 2003 bill to study grizzly bears in Montana as an example of government waste and pork barrel spending.
"I don't know if that was a criminal issue or a paternal issue, but the fact is that it was $3 million of our taxpayers' money. And it has got to be brought under control."
This has been really upsetting to science people. Let me explain why.
First there is the political aspect of the thing, which frankly has little-to-nothing to do with science. It turns out that McCain voted to approve the bill in question after suggesting changes to the bill to reduce appropriations to certain projects it contains, but he made no attempt to reduce the appropriations to the bear study. Also, the federal government is required by law to do this (or some similar) study. This is because the grizzly bear is a threatened species as defined by the Endangered Species Act, and the law requires the government to aide in its recovery. In order to do this one needs to know how many there are. In other words, this is not some senator's pet project, and nobody is trying to pull the wool over the government's eyes.
But what about science? Is this a worthwhile thing to spend so much money on? Here's where science people get really worked up. To us, the answer is a resounding yes, and it bothers us that it isn't a yes for everyone else, too. I would argue that there is no other activity that our society does that contributes to our every day quality of life as much as basic science research, and--and this is the kicker--fewer things are as cheap! The benefit-to-cost ratio is astronomic.
Nonscience people might hear this and think, "Yes, ok, I get that, but $3 million? And for bears?" Yes. And not just for bears. There is no greater value in science than that studying things in the world around us is good in and of itself. Studying the grizzly bear, a species that has seen a 97% population decrease in the last couple of centuries, is a perfect example.
"Yes, but $3 million?" Here's the thing: $3 million is a pittance. It's nothing in the science world. That's not to say that science is busting at the seems with cash. On the contrary, it's grossly underfunded. But in science we are spending far more money on things that, from some points of view, are far "less important". But this isn't just about extracting facts from the population of grizzly bears in Montana. It's about everything else that goes on in science. It's about developing noninvasive techniques for studying widelife, employing and training lab technicians, developing research programs, (possibly) furthering someone's phd dissertation, contributing additional discussions and data to the worldwide scientific community, and countless other contributions to mankind that would not have been made without this study over its six (plus?) year lifetime. How many young scientists were trained through this program? How many people received a science education through this program? How many graduate students were supported, and over how many years? To science people, that's what this money is about. It's about everything we believe in, everything we think is important about science. That's why it is upsetting to us. If you cannot accept $3 million for grizzly bear research then you cannot accept my career as a graduate student or research mathematician. It is that simple.
*It's thought that she was referring to a project to study fruit flies affecting olive groves in California and, naturally, France, and not to a genetics project, but this is immaterial.**The research program actually cost nearly $5 million.