Harmful Interactions in Geoscience Fieldwork: Survey Results and Solutions

The Problem: Harmful Interactions in Geoscience Fieldwork

Fieldwork is a cornerstone of geoscience research, providing invaluable opportunities for direct observation and data collection in Earth processes. However, the demanding nature of field expeditions, often involving remote locations, close quarters, and long workdays, can unfortunately create environments where personal boundaries are crossed and safety is compromised. Factors such as shared housing, power imbalances between students and supervisors, and the isolation of remote sites can exacerbate these risks.

Despite existing safety guidelines from funding agencies like the National Science Foundation, a significant number of geoscientists report experiencing a spectrum of problematic behaviors. These range from subtle forms of aggression and hostility to overt discrimination and sexual harassment. These experiences not only detract from the scientific mission but also create a hostile environment that can have lasting negative impacts on individuals and the broader field.

A recent anonymous survey of 289 American Geophysical Union (AGU) members, published in AGU Advances, sought to quantify the frequency and impact of these harmful field interactions. The study aimed to understand the types of behaviors reported, their perceived impact, and the reasons behind the high rate of non-reporting, ultimately seeking to identify strategies for a safer and more inclusive future for geoscience fieldwork.

Survey Methodology and Scope

The survey, conducted by Anne U. Gold and her team, gathered data from 289 AGU members concerning their experiences with harmful interactions during geoscience fieldwork. The questionnaire specifically excluded severe cases of violence or misconduct, focusing instead on common, yet damaging, behaviors. Participants were asked to report whether they had personally experienced or witnessed such harmful behaviors, providing details about the nature of the interaction.

The survey covered a range of harmful behaviors, including aggression and hostility, social harassment, undermining of professional work, inappropriate sexual behavior, stereotyping and assumptions, and violations of personal privacy. Respondents provided context for each incident, noting whether they were the target or observer, the relationship between the perpetrator and victim, their career stage at the time, the remoteness of the field site, and whether the incident was formally reported.

This detailed approach allowed the researchers to not only gauge the prevalence of these issues but also to understand the nuances of their occurrence. By collecting information on career stage, site remoteness, and relationship dynamics, the survey aimed to identify specific contexts in which harmful interactions are more likely to occur, paving the way for targeted interventions.

Prevalence and Impact of Harmful Interactions

The survey's findings painted a stark picture of the current state of fieldwork safety. A significant 80% of all respondents reported experiencing at least one harmful field interaction. On average, participants reported encountering five such interactions over their careers. This high prevalence indicates that problematic behaviors are not isolated incidents but rather a systemic issue within geoscience fieldwork.

While identity-based harms like inappropriate sexual behavior and stereotyping were frequently reported, participants consistently identified behaviors related to professional conduct as having the most significant negative impact. These included gatekeeping, sabotage of work, and the devaluation of contributions. Women and nonbinary researchers were disproportionately affected by these professional harms, alongside unwanted sexual attention and privacy violations.

The impact of these interactions was not uniform across all demographics. Early-career researchers, for instance, were more likely to report experiencing uncomfortable sleeping arrangements and pressure to consume alcohol. Furthermore, bullying and pressure to engage in unsafe activities were found to be more common at remote worksites, highlighting the intersection of environmental factors and professional conduct.

Unreported Incidents and the Need for Change

A critical finding of the survey was the overwhelming lack of reporting for impactful incidents. Seventy-five percent of the most detrimental harmful interactions went unreported. This statistic underscores a deep-seated issue within the field, suggesting a lack of trust in existing reporting mechanisms or a fear of repercussions that outweighs the desire for resolution.

The reasons for non-reporting are varied and complex, often involving concerns about professional retaliation, a belief that reporting would be ineffective, or a desire to avoid conflict. This underreporting means that the true scope of the problem may be even larger than the survey indicates, and that many individuals are left to cope with harmful experiences without support or recourse.

The high rate of unreported incidents points directly to a need for systemic changes. The survey results strongly suggest the implementation of enhanced safety and inclusion training for all participants, the establishment and strict enforcement of clear codes of conduct, and the creation of independent and trustworthy reporting pathways. These measures are crucial to fostering an environment where geoscience fieldwork is genuinely safe, fair, and ethical for everyone involved.

Suggested Paths Forward

To address the pervasive issue of harmful interactions, the survey participants themselves offered several key recommendations. A primary suggestion is the development and implementation of mandatory, comprehensive training programs. These programs should not only cover safety protocols but also explicitly address issues of professional conduct, unconscious bias, and bystander intervention.

Enforcing codes of conduct was another frequently cited solution. This involves not only having clear guidelines but also establishing transparent and consistent disciplinary processes for violations. Participants emphasized the need for these codes to be actively communicated and upheld by leadership at all levels of fieldwork. The current situation, where 80% of researchers report harmful interactions and 75% of the most impactful ones go unreported, demands a robust framework for accountability.

Finally, the survey highlighted the necessity of independent reporting mechanisms. These systems should be designed to protect the identity of reporters and ensure that all complaints are investigated thoroughly and impartially. Creating a safe space for individuals to voice concerns without fear of retribution is paramount to addressing the issues identified in the survey and fostering a more inclusive future for geoscience fieldwork.

Where This Approach May Not Fit

While the survey provides critical insights into harmful interactions within geoscience fieldwork, it is important to acknowledge its limitations. The survey focused on common harmful behaviors and intentionally excluded severe cases of violence or misconduct. Therefore, it may not fully capture the extent of the most egregious issues that require separate, specialized interventions.

Additionally, the survey was administered to AGU members, meaning the findings might be more representative of researchers affiliated with professional societies. While AGU is a large and influential organization, it is possible that researchers not affiliated with such groups may have different experiences or reporting patterns. The data also aggregates experiences across various sub-disciplines within geoscience, and specific fieldwork contexts might present unique challenges not fully elucidated by this broad survey.

Finally, the survey identifies problems and suggests solutions based on participant feedback. The effectiveness of these proposed solutions, such as enforced codes of conduct and independent reporting, will depend heavily on their actual implementation and the commitment of institutions and individuals within the geoscience community to enact meaningful change. Without dedicated resources and consistent effort, even the best-designed policies may fail to create the desired impact.