#MeToo, Grad School, and You

Title: Sexual Harassment of Women: Climate, Culture, and Consequences in Academic Sciences, Engineering, and Medicine

Editors: Paula A. Johnson, Sheila E. Widnall, & Frazier F. Benya (A Consensus Study Report of The National Academies of Sciences, Engineering, and Medicine)

Author’s note: though this post — which is biased by my American perspective — strives to be objective, any opinions expressed here are my own.

Graduate school application season is upon us. Those of you chasing a PhD or master’s degree may be fretting about your future — where you’ll apply, what you’ll study, and how many more years of your precious life you’re willing to sacrifice on the altar of academia. A subset of you may be asking a more sobering question: “Will I be safe at the school of my choice?”

For women and minoritized individuals, the current state of affairs is undeniably bleak. Today’s astrobite, bolstered by the June 2018 National Academies of Sciences, Engineering, and Medicine (NAS) report on the sexual harassment of women, strives to honestly (albeit broadly) depict the current climate for women in STEM fields. If you’re ready to stop reading, at least remember this: we’re living through a period of rapid change in terms of the visibility of abuse in academia. With statistics and experience pointing to a consistently toxic climate for women — especially women of color and other minoritized groups — it’s becoming impossible for institutions and individuals in power to ignore the swell of pushback against systematic discrimination.

The past few years have brought a sea change in public awareness of sexual harassment in academia and the workplace. Between the #MeToo movement (first coined around 2006 by activist Tarana Burke, but predictably co-opted and popularized by celebrities in 2017), the backlash against the appointment of Brett Kavanaugh to the U.S. Supreme Court, and the extent of sexual harassment in Astronomy finally being brought to light, we’ve been exposed to realistic depictions of the experience of women like never before.

Academic Science in the #MeToo Era

I recently attended a workshop called “Reducing Sexual Harassment at UVA: A Day of Discussion” (UVA is the University of Virginia, where I’m slowly completing my PhD). To clarify, “sexual harassment” here refers to gender harassment (discrimination), unwanted sexual attention, and sexual coercion; of these, gender discrimination is by far the most prevalent manifestation (see Figure 1). The keynote speaker, Georgetown University School of Medicine’s Dr. Liza Gold, was a member of the team responsible for the NAS report. 

Figure 1: Sexual coercion and unwanted attention are often seen as the dominant forms of harassment; however, gender harassment is more impactful than people realize because it is far more pervasive and its effects can be more subtle. Figure 2-2 in the report, edited to remove language that may be inappropriate for young readers.

Dr. Gold didn’t hesitate in outlining some of the study’s most discouraging conclusions:

  • Academic STEM fields are prone to incidents of sexual harassment because they are male-dominated, rely on strong hierarchical relationships between faculty and students, and generally tolerate inappropriate behavior. (For reference, the American Institute of Physics estimates that only ~20% of Physics PhDs and less than 35% of Astronomy PhDs are earned by women.)
  • Harassment of women in academic science, engineering, and medicine is common — between 20 and 50% of students and more than 50% of faculty have experienced it.
  • Women of color experience harassment (of all types) at higher rates than white men and women as well as men of color. “Sexual- and gender-minority people” experience more sexual harassment than “heterosexual women” (quotations denote language used by the report).
  • Sexual harassment in the classroom and workplace is a detriment to the mental health and physical well-being of women. It frequently causes them to leave their field of study as both students and professionals.
  • The least common response to sexual harassment is formal reporting. This is often due to fear of professional consequences and retaliation.

Dr. Sherry Yennello, a nuclear physics professor at Texas A&M, shared a physics-specific perspective in her talk, playfully titled “An orbital of her own: improving the environment to decrease the crystal-field splitting energy so no one is forced into alignment.” She highlighted new programs to promote inclusion such as the Allies Program, spearheaded by members of the American Physical Society’s Division of Nuclear Physics (read more about a comparable program called Astronomy Allies here). In recent years, professional societies such as the APS and the American Astronomical Society have begun to require active agreement to an anti-harassment policy in order to register for meetings. Other practices, such as encouraging participants to indicate their preferred pronouns on nametags and the appointment of “safe” allies who will properly deal with reports of misconduct, have been employed to combat poor behavior. Harassment at professional conferences, however, still abounds.

What Now?

Perpetrators, institutions, and systemic discrimination are exclusively responsible for sexual harassment and its consequences. Dr. Gold emphasized that, although adherence to the legal system (for example, via Title IX in the U.S.) is a necessary factor in fixing our current crisis of harassment, it is by no means sufficient (ever clicked through a required sexual harassment training without paying attention?). One such deficiency is the “mandatory reporting” requirement of Title IX, which designates university employees who are required to report any disclosure of sexual harassment to the Title IX office. This means that professors (who are sometimes seen as trusted confidantes) are forced to warn students that they cannot speak freely about experiences with sexual assault and harassment in their presence. According to Dr. Gold and the NAS report, entities responsible for enforcing legal compliance misjudge the extent of the problem by relying on formal complaints of sexual harassment. Despite the failings of institutional policy in these cases, social action is still having an impact. The U.S. Equal Employment Opportunity Commission, for example, reported a 12% increase in harassment complaints during the year following #MeToo and a doubling in visits to their sexual harassment website.

The proportion of women earning PhDs in Physics and Astronomy has been steadily rising over the last 50 years. Meetings such as the Conferences for Undergraduate Women and Underrepresented Minorities in Physics provide — at least in my experience — a much-needed sense of safety and comradery to students at the beginning of their careers. The NAS report echoes these optimistic sentiments: “We are encouraged by the research that suggests that the most potent predictor of sexual harassment is organizational climate… This means that institutions can take concrete steps to reduce sexual harassment by making system-wide changes that demonstrate how seriously they take this issue.”

Regardless of chosen field or career stage, it is imperative that allies and institutions step up and accept responsibility for our culture that tolerates sexual harassment. This not only requires you (as a student, faculty member, or otherwise) to self-educate, but also to believe your colleagues when they confide in you about their experiences with harassment. Women are attending graduate school for STEM fields at higher and higher rates. Let’s keep it that way — and take steps to forcefully combat the oppression that makes the experience of women and minoritized groups so much harder.

Ready to learn more? Astrobites frequently covers issues of inclusivity in Physics and Astronomy. A few relevant bites can be found here, here, and here.

About Thankful Cromartie

I am a graduate student at the University of Virginia and completed my B.S. in Physics at UNC-Chapel Hill. As a member of the NANOGrav collaboration, my research focuses on millisecond pulsars and how we can use them as precise tools for detecting nanohertz-frequency gravitational waves. Additionally, I use the world's largest radio telescopes to search for new millisecond pulsars. Outside of research, I enjoy video games, exploring the mountains, traveling to music festivals, and yoga.

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