This article explores science communication in the context of COVID-19 through a case study of a January 31, 2020, bioRxiv preprint publication that led to conspiracy theories by suggesting that SARS-CoV-2 originated in the laboratory through genetic engineering. Analysis will consider the initial preprint, the scientific critique that led it to be withdrawn, the conspiracy theories that continue to circulate, and the larger debate that this example has sparked among advocates and critics of open science.

While data 1 has shown that COVID-19 disproportionately affects Black people, the CDC’s early data listed race as “missing/unspecified” at high rates. Incomplete demographic data obscures the virus’s full impact on marginalized communities. Without more information about who the virus is affecting and how, we cannot protect our most vulnerable. This article demonstrates disconnects between reported datasets and data visualizations in public-facing COVID health and science communication and suggests steps that technical and professional communicators can take in creating or using data visualizations accurately and ethically to describe COVID conditions and impacts.

The authors describe two pedagogical strategies—rhetorical sentence combining and rhetorical pattern practice—that blend once-popular teaching techniques with rhetorical decision making. A literature review identified studies that associated linguistic and rhetorical knowledge with success in engineering writing; this information was used to create exercises teaching technical communication students to write Introduction, Methods, Results, and Discussion (IMRaD) reports. Two pilot studies report promising results: Preliminary findings suggest that students who were taught this method wrote essays that were perceived as significantly higher in quality than those written by students in a control section. At the same time, however, the pilot studies point to some challenges and shortcomings of exercise-oriented pedagogies.

Many engineering undergraduates receive their first and perhaps most intensive exposure to engineering communication through writing lab reports in lab courses taught by graduate teaching assistants (TAs). Most of the TAs' teaching of writing happens through their comments on students' lab reports. Technical writing faculty need to be aware of TAs' response practices so they can build on or counteract that instruction as needed. This study examines the response practices of two TAs and the ways the practices shifted after the TAs began using a grading rubric. The analysis reveals distinct patterns in focus and mode, some reflecting best practices and some not. It also indicates encouraging changes after the TAs started using the grading rubric. The TAs' marginalia became more content focused and specific and, perhaps most important, less authoritative and more likely to reflect a coaching mode. The article concludes with implications for technical writing courses.

The traditional distinction between writing across the curriculum and writing in the disciplines (WID) as writing to learn versus learning to write understates WID's focus on learning in the disciplines. Advocates of WID have described learning as socialization, but little research addresses how writing disciplinary discourses in disciplinary settings encourages socialization into the disciplines. Data from interviews with students who wrote lab reports in a biology lab suggest five ways in which writing promotes learning in scientific disciplines. Drawing on theories of situated learning, the authors argue that apprenticeship genres can encourage socialization into disciplinary communities.

Although scarcely explored to date, US patent records provide numerous opportunities for research in technical and scientific communication. This article reviews disciplinary research that taps this rich archive of information, describes ways in which patents act as moral and social barometers to technological change, and provides readers with a brief guide to basic information needed to initiate research using patent records.