Search engine for discovering works of Art, research articles, and books related to Art and Culture
ShareThis
Javascript must be enabled to continue!

Geoscience academic hiring networks reinforce historic patterns of inequity

View through CrossRef
Abstract An analysis of the academic hiring networks in geoscience reveals a severe imbalance that favors graduates from a small handful of institutions. In this study, social network analysis was conducted on a database consisting of every individual with a Ph.D. working in a geoscience degree-granting program in the United States (n = 6694) between 2015 and 2021. Individuals were mapped from the institution where they earned their Ph.D. to the institution where they currently work. Of the 895 geoscience degree-granting institutions included in the database, 10 alone produced nearly a quarter (24.6%) of the entire academic geoscience workforce. Network analysis also identified a small, closed network consisting of five of the top-10 institutions, which suggests that these networks hire more frequently from one another than from other institutions in the network. When academic rank was used to analyze the network for change over time, no significant shift in the hiring patterns was found. These imbalances in faculty production disadvantage scientists who are educated at programs other than the top-placing institutions and ultimately reinforces longstanding inequities in the field, such as the underrepresentation of people who are Black, Indigenous, People of Color (BIPOC), and first-generation college students in geoscience faculty. These patterns of inequity have also been shown to limit the spread of new scientific ideas throughout research communities.
Geological Society of America
Title: Geoscience academic hiring networks reinforce historic patterns of inequity
Description:
Abstract An analysis of the academic hiring networks in geoscience reveals a severe imbalance that favors graduates from a small handful of institutions.
In this study, social network analysis was conducted on a database consisting of every individual with a Ph.
D.
working in a geoscience degree-granting program in the United States (n = 6694) between 2015 and 2021.
Individuals were mapped from the institution where they earned their Ph.
D.
to the institution where they currently work.
Of the 895 geoscience degree-granting institutions included in the database, 10 alone produced nearly a quarter (24.
6%) of the entire academic geoscience workforce.
Network analysis also identified a small, closed network consisting of five of the top-10 institutions, which suggests that these networks hire more frequently from one another than from other institutions in the network.
When academic rank was used to analyze the network for change over time, no significant shift in the hiring patterns was found.
These imbalances in faculty production disadvantage scientists who are educated at programs other than the top-placing institutions and ultimately reinforces longstanding inequities in the field, such as the underrepresentation of people who are Black, Indigenous, People of Color (BIPOC), and first-generation college students in geoscience faculty.
These patterns of inequity have also been shown to limit the spread of new scientific ideas throughout research communities.

Related Results

Health Equity and Health Inequity of Disabled People: A Scoping Review
Health Equity and Health Inequity of Disabled People: A Scoping Review
Health equity is an important aspect of wellbeing and is impacted by many social determinants. The UN Convention on the Rights of Persons with Disabilities (CRPD) is a testament to...
Time Passes
Time Passes
<p>The demand for a new approach to safeguarding New Zealand’s endangered historic buildings was identified as a result of the recent increase in building code and strengthen...
Reimagining Geoscience Education for Sustainability
Reimagining Geoscience Education for Sustainability
Geoscience is crucial for addressing sustainability challenges related to climate change, the energy transition, water resources management, and natural hazards. However, the capac...
International Geoscience Information Standards, Management and Governance
International Geoscience Information Standards, Management and Governance
International standards are important for communication of geoscience information across borders and between countries, and in particular for addressing multinational and global is...
A Roadmap to Strengthen Geoscience Education for Sustainable Development in Kenya
A Roadmap to Strengthen Geoscience Education for Sustainable Development in Kenya
Meeting the targets of the 17 United Nations (UN) Sustainable Development Goals (SDGs) requires contributions from geoscientists. Like most countries, Kenya is faced with the tripl...
Integrating corporate social responsibility with financial outcomes: stock performance of firms hiring US veterans during COVID-19
Integrating corporate social responsibility with financial outcomes: stock performance of firms hiring US veterans during COVID-19
PurposeWe propose an alternative rationale for why some firms employ veterans, driven not solely by benevolence but also by the prospect of enhanced outcomes. Financially, hiring v...
Hire IT Application Transforming Labor Hiring with Innovative Technologies
Hire IT Application Transforming Labor Hiring with Innovative Technologies
In recent years, the gig economy has grown rapidly, with an increasing number of workers finding employment through online platforms such as labor hiring apps. These apps connect e...

Back to Top