Women in Leadership in State and Regional Orthopaedic Societies

Female leadership representation within otolaryngology specialty societies

OBJECTIVES

Determine if women have continued parity in leadership in otolaryngology specialty societies as compared to a paper by Choi and Miller in 2012. Additionally, we wanted insight into obstacles female leaders faced by surveying them directly to better understand their experiences with gender bias.

METHODS

Chi-squared test evaluation was done using the American Academy of Otolaryngology Head and Neck Surgery (AAOHNS) 2020 membership data and directly from various otolaryngology specialty societies. An anonymous survey to assess different experiences of leaders in various Otolaryngology specialty societies was sent to current and past leaders of specialty societies via email. Survey data was assessed using descriptive statistics and multivariate logistical analyses.

STUDY DESIGN

Cross-sectional study and survey study.

RESULTS

Female members comprised 19.3 % of practicing AAOHNS otolaryngologists. All societies had proportionate female leadership representation except for AAOA, which had greater representation. Compared to data from 10 years ago, female representation in all the societies' leadership has not changed significantly. Survey results demonstrated 64.9 % of respondents felt gender bias exists in Otolaryngology. 45.6 % of respondents personally experienced gender bias during their careers. Survey results showed males are less likely to experience gender bias.

CONCLUSION

There is stability in the proportion of women in otolaryngology leadership positions compared to a decade ago largely due to efforts of leaders in the field. However, women leaders note experiencing gender bias and time away from clinical duties are prospective areas where support can be given.

LEVEL OF EVIDENCE: 3

Gender Representation in Orthopaedic Surgery: A Geospatial Analysis From 2015 to 2022

Introduction

The gender disparity in orthopaedic surgery is well-established. According to our analysis, only 7.4% of practicing orthopaedic surgeons in the US are female in 2022. While there are several theories attempting to explain this gender gap, our eight years of data show that limited female representation is a self-perpetuating cycle as areas without female representation almost never improve in that regard. It appears that existing female mentorship is critical to the growth of a female orthopaedic presence in an area. In the present work, we aim to describe how gender diversity in orthopaedic surgery differs across the country, how this diversity is changing over time, and how surgeon gender diversity may be affected by the sociodemographic characteristics making up the counties where orthopaedic surgery is practiced.

Methods

A retrospective study was conducted using publicly available National Provider Identifier (NPI) data from 2015 to 2022. Orthopaedic surgeons and their genders were identified using the Provider Type and Gender data elements associated with an individual NPI. Rural-urban and metro characters were defined using the USDA Economic Research Reserve’s rural-urban continuum codes. Python was used for database building and data cleaning. GeoDa, a statistical map-based graphing software, was used to plot and assess demographic, geographic, and socioeconomic trends. Trends in gender diversity from 2015 to 2019 were analyzed for each individual year as well as the time period as an aggregate. Cluster analysis was performed to assess complex spatial patterns of variables that could not be condensed linearly or logarithmically. Moran’s I was used to measure the similarity of a Federal Information Processing System (FIPS) area code to its neighbors. Within the clustering analysis, spatial clusters were broken down into four groups of spatial outliers (High-High, High-Low, Low-High, and Low-Low) referencing a given area’s relationship with its neighbors. Factorial ANOVA between each of the four cluster types was performed using the variables provided in the article to identify significant demographic variables within the cluster analysis.

Results

There are relative hotspots of gender diversity in the Northwest, Northeast, and Southwest with relative coldspots in the Midwest and Southern US. In counties that are considered gender diversity hotspots, the total population of orthopaedic surgeons increases by 0.94 each year while the population of female orthopaedic surgeons increases by 0.2, suggesting that in areas with high gender diversity, 4.7 male orthopaedic surgeons are joining practices for every 1.0 female. In areas with low gender diversity, the population of orthopaedic surgeons increases by 0.11 surgeons each year while the slope for an increase in female orthopaedic surgeons is 0.

Conclusions 

Orthopaedic surgery lags behind other male-dominated surgical specialties in gender parity. Our analysis demonstrates that certain areas of the country including the Northwest, Northeast, and Arizona have improved gender diversity compared to the rest of the country. We also see that the rate of increase of female orthopaedic surgeons in the past seven years is highest in areas with more preexisting female orthopaedic surgeons, suggesting the importance of a “trailblazer” phenomenon in recruiting female surgeons.