Three women in science, in the McEwan Lab, winning the day.
Over the last several years the McEwan Lab has had a Women-in-Science lab meeting each year. These meetings have sparked a lot of conversation. I have condensed our ideas down to five basic issues that surround Women in Science. In this post I have collected and collated our thoughts and provided some resources. In some cases we propose solutions.
By no means definitive, this is a **live** post, a work in progress, that will be modified and cultivated as new ideas and information emerge.
Survival of the Most Cooperative?
Perceptual issues and feminist critique of scientific objectivity.
Let’s start out with the fact that observation is necessarily filtered through the lens of perception which is colored by our experiences, our history, our associations, et cetera.
If we view an object or interaction between organisms we almost certainly will be biased by our personal experiences, our knowledge base, and our instincts- try as we might, unbiased viewing just isn’t possible. Our brains are required to interpret what we are seeing and our brains are pre-conditioned by our experience.
If we start with the assumption that humans are biased by experience, and add in that pretty much every field of science has been up to this point in history either exclusively male, or at least dominated by males, then it is simple to see that our very knowledge of the world as represented by the sum total of scientific discovery may be a gender biased body of knowledge. This is one basis for a feminist critique of science.
One thing I have wondered about is how Ecology would have developed as a field if it were not so male dominated. In particular, as a field we spent many decades focusing on interactions among organisms that were framed as predatory or competitive and, seems to me, quite a lot less on understanding interactions mutualistically. Evidence of cooperative interactions are abundantly obvious in nature (herds, flocks, pollination) and given what we understand now about the complexity of ecological interaction networks, maybe focusing on one animal eating another has been a distraction. Similarly, we went into the deep end on “allelopathy” as an interaction among plants very early in Ecology (negative, competitive), and relatively recently began unpacking what seems like a vastly more important topic- mutualistic interactions among plants and fungi. Consider this another of Ryan’s Obviously Unverified Speculations (ROUSs), not a strong claim, but I wonder if the field of ecology had been dominated by female scientists its inception, if we would be working from very different foundations today.
ROUS aside, the antidotes I see are….
– Follow best practices to eliminate bias in hiring with the long term goal of increasing overall diversity and arriving at gender balance across the board in every STEM field.
– Bring alternative perspectives to bear on what we think of as foundational ideas in all areas of science.
Bias test from Project Implicit (Harvard): LINK
Gender bias in publication, grant-winning, hiring and compensation.
Abundant literature supports the contention that gender bias appears in all levels of academia including publishing, grant review, hiring and compensation. The most egregious recent example that we know of is the Moss-Racusin et al. paper (linked below) that demonstrated that (a) SCIENCE FACULTY exhibited heavy bias towards males when faced with identical CVs with only a male vs. female name attached, and also that (b) women science faculty were no less likely than males to favor the “male” CV. We have work to do people…not someone else, not some other time…us, right now.
The flip side of this bias is the The Matlida effect (LINK) which proscribes contributions of women to men. There is some reason, for instance, to believe that the DNA helix was not discovered by Watson and Crick but by Rosalind Franklin, who did the X-ray work and the chemistry but was mistaken for a “technician.” Look into that story yourself if you want! The bigger picture is that the historical role of women in science is likely obscured by the fact that they were working in a sexist culture.
-Double blind peer review of both grants and publications! I will post on this in detail later…
-Best practices to eliminate bias in hiring.
-Review and equity adjustments to draw salaries to gender equilibrium (we are looking at you Chairs/Deans/Provosts/Chancellors)
Letter of Recommendation Gender Bias Calculator: LINK
Inside Higher Ed: Women are less likely to earn tenure: LINK
Moss-Racusin et al.: PNAS- Gender bias among science faculty: LINK
Five Thirty Eight: Unconscious sexism and the presidential election: LINK
American Association of University Women: Gender Pay Gap: LINK
Maternity timelines and careers in academia/ecology
In this area, we provide an extensive stand alone post: LINK
Slate article on female academics and children: LINK
Jessica Shortall, TED talk on paid family leave: LINK
“Barbie or Granola” the appearance conundrum for women in science
In this area we are still pulling together resources. This one emerged from conversations in the lab meeting where young women in science describe a conundrum where if they dress too flashy they are not taken seriously while if they dress “down” too much they are also not taken seriously. Dressing “up” can leave the impression of being too material and potentially “ditsy” while dressing “down” they are sometimes seen as being not serious or a “granola” or even “butch.” This problem just does not seem to exist for men where the worst outcome of dressing “up” is being seen as very serious, while dressing “down” is a good indication of “efficiency” (all he cares about is his work, a la Zuck).
We are still collecting resources that probe this particular problem for women in science; however, I can relate that whenever it comes up in conversation the women in the room typically get it immediately: “RIGHT!!” or even “DUH!!”
We are still working on this…
Quartz.com: Focus on efficiency in tech is underlain by gender bias. LINK
Power hierarchy and sexual harassment & assault.
This is the most depressing and heinous area. Obviously, the other areas brush up against ethics and morality, whereas this area pushes us into criminal activity. The sad truth is that many women in science experience some form of harassment or even assault during their career in the workplace. While science and academia are likely a relatively “safe” place in relation to other types of employment, it remains a fundamental and cardinal challenge for all of us to stomp this completely out of existence. The first step is talking about it, making it clear that this is not okay, and also making clear that reporting incidents is not only the correct thing to do, but in some cases required.
In some instance, this behavior is simply being an awful human being- injuring and humiliating another person because you can. In the worst instances, law enforcement intervention is appropriate.
In other grayer cases, one thing that makes this area particularly tricky is the idea of “consent.” What does consent mean when the structure of the workplace creates an inherent power hierarchy? I believe this issue can disorient both parties to an interaction. The classic case is a senior male faculty member and a young female student/technician- in such cases, if the career progress of the female depends on the males efforts to advance them, consent becomes a highly ambiguous issue.
We will continue accumulating resources, but some of these below are excellent-
University of Dayton: Green Dot: LINK
Dr. Hope Jahren: NY Times Opinion- Harassment& women in Science: LINK
Dr. Rebecca Ackerman: Tenure She Wrote- Harassment & women in science: LINK
New York Times: Harassment in Science: LINK
Five Thirty Eight: Chat What Trumps’s brag about sexual assault reveals about this election and our culture: LINK
Some general resources on Women-in-Science
He for She: LINK
Lean in: LINK
Five Thirty Eight: It matters that women come last in Science: LINK