Close

LGBTQ+ realities in the biological sciences

Katelyn M. Cooper, Carly A. Busch, Alice Accorsi, Derek A. Applewhite, Parth B. Bhanderi, Bruno da Rocha-Azevedo, Abhijit Deb Roy, Joseph P. Campanale, Fred Chang, Jerry E. Chipuk, Lee A. Ligon, G.W. Gant Luxton, Austin J. Graham, Camila Hochman-Mendez, Imge Ozugergin, Zachory M. Park, Claire M. Thomas, Alex M. Valm, Hongxian Zhu, Rebecca S. Alvania

Posted on: 10 June 2025 , updated on: 18 August 2026

Preprint posted on 27 January 2025

Article now published in CBE—Life Sciences Education at http://dx.doi.org/10.1187/cbe.25-05-0098

Who “belongs” in biology? Researchers conduct the first comprehensive analysis of the LGBTQ+ climate in biological sciences.

Selected by Reinier Prosee, Ryan Harrison, Stefan Friedrich Wirth

Updated 20 June 2025 with a spotLight by Ryan Harrison, Stefan Wirth

Updated 18 August 2026 with a postLight by Stefan Friedrich Wirth

The authors, K. M. Cooper et al., published their 2025 preprint in the journal CBE—Life Sciences Education on July 8, 2026. This work represents the first comprehensive analysis of the LGBTQ+ climate in the biological sciences. It is particularly significant given the long history of marginalization of LGBTQ+ people within biology, a field that has often approached sex and gender through a predominantly reproductive lens.

Compared with the preprint, the published version contains a number of noticeable changes.

The Abstract has been shortened, placing greater emphasis on the challenges faced by TGNC scientists while slightly downplaying the interventions to enhance inclusivity that the paper hoped to inspire. This likely reflects the article’s role as a discussion-focused contribution rather than a primary research study.

The Introduction has also undergone significant shortening in places. The connection between LGBTQ+ issues and the natural sciences is now established immediately, without initially discussing specific LGBTQ+ subgroups. At the same time, a new section expands on how prevailing notions of professionalism in STEM encourage some scientists to conceal their LGBTQ+ identities.

The Literature Review has been condensed, giving greater prominence to the recent work of Cech and Waidzunas (2021). In contrast, discussion of how biology has historically neglected issues of sex and gender identity beyond reproduction has been expanded, highlighting how this can contribute to the marginalization of trans and gender-nonconforming individuals.

The Materials and Methods section now appears before the presentation of the results, following the standard structure of a scientific paper. The section has also been significantly expanded, particularly regarding survey development and methodology. Given the scrutiny often directed at questionnaire-based studies, this additional detail strengthens the transparency of the work.

The Results section has been revised and reorganised. An additional introductory paragraph now explains the presentation of descriptive statistics and regression analyses. The subsection on belonging, morale, and comfort has been expanded to distinguish more clearly between the experiences of TGNC biologists and cisgender LGBQ biologists. Overall, the published paper places greater emphasis on this distinction. In the subsequent parts of the Results section, the subheadings “workplace inclusion” and “exclusion” have been added, evidently to provide readers with a more organized reading experience. Finally, respondents’ suggestions for improving LGBTQ+ inclusion, previously presented primarily in tables, are discussed in greater detail within the main text.

The Discussion section has been significantly expanded in the published version. The authors devote more attention to the changing political climate surrounding LGBTQ+ rights, particularly those affecting gender-nonconforming individuals. A new section, “Limitations and Future Directions,” highlights the need for continued monitoring of LGBTQ+ biologists’ experiences in light of rising anti-LGBTQ+, and especially anti-trans, rhetoric and policies. It also acknowledges potential biases associated with voluntary survey participation, including the possibility that individuals less comfortable disclosing their LGBTQ+ identity may have been underrepresented.

The revised discussion further emphasizes how the study addresses a methodological gap in LGBTQ+ STEM research. Finally, a newly added Conclusions section provides a concise summary of the findings and reiterates the authors’ hope that scientific careers remain equally accessible to biologists regardless of sexual orientation or gender identity.

Graphical abstract

Introduction

In these turbulent times, there is an urgent need to stick together as a biological community. Part of this means spending more time understanding the makeup of the community and how we can ensure a sense of belonging among all its members. Historically, people who identify as LGBTQ+ have been poorly represented, and felt isolated and unsupported within science, technology, engineering, and maths (STEM) environments, as shown in numerous published studies. And among these, trans and non-binary individuals have reported to feel more isolated than their cisgender LGBQ+ peers (see preprint for some excellent references).

Whilst there have been studies looking at LGBTQIA+ belonging in some STEM academic settings (e.g. in physics), this preprint provides the first comprehensive analysis of the LGBTQ+ climate in biological sciences specifically. Performing this study in the context of the biological sciences is of particular interest – especially in today’s political climate – as biologists are directly involved in teaching and researching topics like gender, reproduction, and sexuality; topics that are often shaped by traditional thinking and therefore hard to change.

The preprint authors show that although some advancements have been made in increasing inclusion among cisgender LGBQ biologists, this is not true for trans and gender non-conforming (TGNC) biologists. As such, the study highlights the need to avoid pooling together LGBTQ+ experiences and rather tailor inclusion efforts to make sure everyone feels included and safe.

Main takeaways

  • Trans and gender nonconforming (TGNC) biologists feel less included and supported at work and in the broader biology community than their cisgender and straight colleagues.
  • Cis LGBQ and non-LGBTQ+ biologists feel similarly positive about their work environments, suggesting that some progress has been made for LGBQ inclusion.
  • More LGBTQ+ biologists are open about their identities than in the past — over half are out to all their colleagues, compared to just a third reported in a 2019 study. Importantly, this is also true for outness to (undergraduate) students. There is still room and need for improvement, with 24% not being out to any students, as LGBTQ+ visibility and representation is of particular importance in the classroom.
  • Discrimination is still a major issue: about 1 in 5 LGBTQ+ biologists — and nearly 2 in 5 TGNC biologists — have faced harassment or hostility at work.
  • LGBTQ+ biologists want clear signs of support from institutions and more workplace programmes that actively foster inclusion and belonging. The three most common suggestions were:
    1. Communicating support, e.g. speaking out for LGBTQIA+ individuals, using inclusive language, etc.
    2. Creating affinity groups
    3. Increasing LGBTQIA+ visibility and representation

Why we highlight this study

RH: Given the ever-shifting political climate we see globally which seems to be repressing LGBTQIA+ voices, studies like this are crucial for highlighting the experiences of LGBTQIA+ people in academia. Sadly, I was unsurprised to see that trans and gender non-conforming (TGNC) biologists report lower levels of belonging, morale, and climate compared to their heterosexual and cisgender peers. With anti-trans rhetoric on the rise – which has been particularly evident in recent news – this preprint highlights the need for us to actively support TGNC people within our biological community.

RFP: I am worried about the effects that politics may have on the hard-won and still limited progress we’ve made in building a stronger (biological) community. This study has both a positive message (yes, we are making some progress) as well as a negative one (inclusion strategies need to be more tailored to work), but most importantly show us the way forward by sharing insights as well as crucial resources to keep working towards a stronger, more diverse community.

SW: LGBTQIA+ voices have become increasingly more present in the public, on the streets and in media (e.g., advertisements, films, series, streaming portals, TV, social media) over the last 15-20 years. In this context, it is important to have a proper, comprehensive scientific work, like this preprint, which asks whether, in a time of growing visibility and rising political intolerance, the LGBTQIA+ community feels supported. Here, the authors show that there are still prejudices against LGBTQIA+ individuals, especially against TGNC individuals, working within the biological sciences. This is important to acknowledge, particularly when realising that in the future more biologists will hopefully be confident enough to come out. Moreover, scientific productivity as a whole depends on inclusion.

Future directions and challenges 

It would be interesting to see what LGBTQIA+ researchers would say now – especially in light of the rapidly shifting political climate in the United States and the recent rise anti-trans rhetoric in the UK – in terms of their belonging and morale being in an academic research environment. This preprint has highlighted the substantial increase in anti-LGBT – especially anti-trans – rhetoric in the past few months.

In addition to equal opportunity officers, LGBTQ+ supervision positions and teachings about LGBTQ+ topics, we think that journals should also provide explicit incentives to prevent discrimination against LGBTQ+ people.

A common grey area is cis bisexual men and women, who today may conceal their same-sex attraction as this can distort statistics. Despite global political trends to the contrary, a more welcoming attitude is needed, particularly in academic and scientific settings, to provide bisexuals with an environment where they have the courage to speak openly about their sexual orientations, if the context allows for it.

Questions for the authors

  • Do you think the drastic change in political climate in the USA in 2025 will have major effects in how American LGBTQIA+ scientists feel in academia, especially with respect to their belonging, morale, and comfort with climate in their workplace? Do you think this could also be a global effect?
  • How might the biology community lead broader STEM-wide cultural shifts, given the discipline’s specific challenges and opportunities?
  • According to media reports, trans women are more discriminated against than trans men in the general public. Do the data obtained in this study provide any insights regarding this issue in context of the scientific community?

Glossary (Identity & Community terms)

LGBTQIA+ – This stands for lesbian, gay, bisexual, transgender, queer/questioning, intersex, and asexual/aromantic. This abbreviation is an umbrella term to encapsulate the community as a whole.

TGNC – Trans and gender non-conforming individuals. An umbrella term that refers to individuals whose gender identity or expression differs from their assigned sex at birth.

Cisgender/cis – a person whose gender identity corresponds with the sex registered for them at birth; not transgender.

Gender Identity – A person’s internal sense of their own gender, which may or may not align with their assigned sex at birth.

Out / Coming Out – The act of disclosing one’s LGBTQ+ identity to others.

Orientation Identity – Refers to whom someone is romantically or sexually attracted to (e.g. gay, bisexual).

Another graphical abstract

Created by Shreya Pramanik as part of a recent SciArt workshop led by Sonhita Chakraborty

Tags: belonging, biology, community, experiences, inclusivity, lgbtq+, morale, survey

doi: https://doi.org/10.1242/prelights.40657

Read preprint (No Ratings Yet)

Author's response

Katelyn Cooper shared

  • Do you think the drastic change in political climate in the USA in 2025 will have major effects in how American LGBTQIA+ scientists feel in academia, especially with respect to their belonging, morale, and comfort with climate in their workplace? Do you think this could also be a global effect?

Unfortunately, I do. Not only has the workplace climate likely changed, but the cancelation of research projects related to DEI efforts means that progress toward further cultivating belonging, morale, and comfort will likely be slowed.

  • How might the biology community lead broader STEM-wide cultural shifts, given the discipline’s specific challenges and opportunities?

The biology community has demonstrated that closing belonging gaps, particularly between cis LGBQ+ and straight cis biologists, is possible. Honestly, that is not something I expected to see in my lifetime. So, I think it demonstrates how impactful all of the work to create more inclusive biology communities has been. The small efforts matter. I hope it inspires people in STEM, institutions, and workplaces to continue with their efforts, because they do make a difference.

  • According to media reports, trans women are more discriminated against than trans men in the general public. Do the data obtained in this study provide any insights regarding this issue in context of the scientific community?

We did not investigate this specifically, so unfortunately I cannot comment on that.

Have your say

Your email address will not be published. Required fields are marked *

This site uses Akismet to reduce spam. Learn how your comment data is processed.

Sign up to customise the site to your preferences and to receive alerts

Register here

Also in the scientific communication and education category:

Science should be machine-readable

A. Sina Booeshaghi, Laura Luebbert, Lior Pachter

Selected by 03 May 2026

Theodora Stougiannou

Bioinformatics

A thirty-year trend of increasing clinical orientation at the National Institutes of Health

Brad L. Busse, James M. Tucker, Summer E. Allen, et al.

AND

Prediction of transformative breakthroughs in biomedical research

Matthew T. Davis, Brad L. Busse, Salsabil Arabi, et al.

Selected by 11 March 2026

Jonathan Townson

Scientific Communication and Education

DNA Specimen Preservation using DESS and DNA Extraction in Museum Collections: A Case Study Report

Eri Ogiso-Tanaka, Daisuke Shimada, Akito Ogawa, et al.

Selected by 17 February 2026

Daniel Fernando Reyes Enríquez, Marcus Oliveira

Zoology