The report presents a comprehensive set of five recommendations to reduce language barriers within the Vera C. Rubin Observatory Research Ecosystem, promoting greater inclusion of researchers who are speakers of English as an additional language. Recognizing that English linguistic hegemony in science limits participation and productivity, the document proposes multilingual presentation formats, academic writing training, a Virtual Writing Center, language support programs, and writing retreats. Each recommendation is grounded in both pedagogical theory and empirical evidence, with an emphasis on collaborative, socially embedded approaches to scientific writing. The proposed academic writing training integrates constructivist and socio-cultural perspectives, emphasizing genre awareness, rhetorical competence, and reflective practices. The Virtual Writing Center would serve as a permanent infrastructure offering personalized tutoring and peer review support, while the language support programs address ongoing needs through workshops, consultations, and access to language tools. Writing retreats provide immersive environments for focused work and mentorship. The recommendations also encourage ethical use of AI tools for translation and writing assistance, fostering digital literacy alongside linguistic proficiency. Collectively, these initiatives aim to transform language from a barrier into a resource, recognizing multilingualism as an asset in global research collaboration. Rather than offering a one-size-fits-all solution, the document advocates for adaptable, community-driven strategies that can evolve within the diverse institutional and disciplinary contexts of the Rubin Research Ecosystem. By implementing these practices, the Ecosystem could lead efforts to democratize scientific communication and foster a more equitable, multilingual research culture.
We examine the publication rates of 400 research-focused members in the ASTRO3D Centre of Excellence by gender, project, and year from January 2018 to January 2024 (six years). Of the 443 refereed publications led by ASTRO3D members, women were first-author on 38% which is nearly double that of the astronomy field in the same period (~20%). We record a high-water mark in 2022: 46% of ASTRO3D publications were led by females and 45% of research members identified as female. Using the nine research projects in ASTRO3D, we show that the combination of female leadership and higher fraction of female members correlates with a higher fraction of female-led publications. We find no correlation between the fraction of female-led publications and project size. Our findings demonstrate that gender representation in refereed publications can be achieved within ~5 years by combining evidence-based recruitment strategies with representation in supervisors and collaborations. We recommend that strategies for improving STEM participation focus on both female leadership and female representation to maximize effectiveness.
Universal Design (UD), an approach to accessibility that was first conceptualized in architecture to make buildings physically accessible, has since been applied to curriculum design to make classrooms accessible for a larger range of learning needs. In this paper, we illustrate how the concepts of UD are relevant outside of architecture and the creation of curricula by highlighting examples of norms that exist in the field of astronomy that create barriers for disabled folks. we discuss ways the foundations of UD can be applied more generally to department culture, conferences, outreach events, and academia as a whole to make STEM fields more inclusive. In order to implement UD in these sectors, one must create multiple pathways or options for folks to engage with and show their success in astronomy. While UD is critical for disabled folks, it can easily be expanded to include the promotion of people whose backgrounds and/or identities are currently underrepresented or under-supported in STEM. Lastly, we introduce guiding questions and tools for departments and institutions to evaluate the accessibility of their activities and traditions to disabled individuals. In summary, we aim to show the importance of increased accessibility and provide some strategies to make STEM more inclusive to disabled people by using the mindset and principles of UD.
Virtual meetings have long been the outcast of scientific interaction. For many of us, the COVID-19 pandemic has only strengthened that sentiment as countless Zoom meetings have left us bored and exhausted. But remote conferences do not have to be negative experiences. If well designed, they have some distinct advantages over conventional in-person meetings, including universal access, longevity of content, as well as minimal costs and carbon footprint. This article details our experiences as organizers of a successful fully virtual scientific conference, the KITP program "Fundamentals of Gaseous Halos" hosted over 8 weeks in winter 2021. Herein, we provide detailed recommendations on planning and optimization of remote meetings, with application to traditional in-person events as well. We hope these suggestions will assist organizers of future virtual conferences and workshops.
