The value of generative AI tools in higher education has received considerable attention. Although there are many proponents of its value as a learning tool, many are concerned with the issues regarding academic integrity and its use by students to compose written assessments. This study evaluates and compares the output of three commonly used…

A previous article enumerated some of the demerits seen in applying the "writing across the curriculum" approach to science students. Disagrees with this point of view and recommends that writing should be a skill fostered in science classes. Several writing experiences for science students are noted. (JN)

Explains a writing assignment in which students select chemical reactions relevant to their lives and use them to write a critical analysis paper. (YDS)

Students in a treatment group turned in written summaries of eight lectures, which were returned with chemistry and writing mistakes noted. Although achievement gains were found, results may have been due to the processes involve in organizing/writing the summaries or to the additional time required to complete the assignments. (JN)

A project for Writing Across the Curriculum at the University of Wisconsin-Eau Claire is described as a method to relate the process of writing to the process of learning hydrology. The project focuses on an actual groundwater contamination case and is designed to improve the technical writing skills of students. (JN)

Describes a program for students' first college chemistry course that used journal articles as a source for writing laboratory reports. Provides specific examples and discusses assessment of student work and student and faculty responses. (Contains 14 references.) (ASK)

Examines how instruction in scientific writing in a university oceanography course communicated epistemological positions of the discipline. Uses an ethnographic perspective to explore how teachers and students came to define particular views of disciplinary knowledge. Identifies epistemological issues such as uses of evidence, role of expertise,…

Describes how to adopt a Science Writing Heuristic (SWH) in an introductory college chemistry laboratory to promote a more positive attitude in students and better conceptual understanding of laboratory reports. (Author/MM)

Argues that part of the value of expressive writing is that it can provide communication within the chemistry classroom and involve students in the course. Describes the process of in-class writing with suggestions for its use. Contains 86 references. (DDR)

Introduces a writing exercise students work on in collaborative groups. Aims to enhance students' scientific research paper writing skills and provide experience working in collaborative groups. Presents evaluation criteria for peer-group evaluation of a poster presentation, intra-group evaluation of peer performance, and peer-group evaluation of…

Helps students connect science concepts with real world issues at New York's Baruch College. Fuses journalistic writing and research techniques into introductory science courses by requiring students to write journal articles based on knowledge generated during course work. Discusses successes and failures of this project. (ASK)

Describes how the geology department of Bucknell University integrated its Senior Program with Bucknell's writing program. The program stresses the importance of the following: (1) teaching appropriate writing skills and style; (2) providing clearly articulated writing assignments; (3) writing multiple drafts; (4) using the peer-review method; and…

Discusses a variety of writing assignments emphasizing critical-thinking skills for a geology curriculum. The assignments include question and answer assignments, reaction papers, short papers, and position papers. The authors contend that several short writing assignments are better than a single term paper because students improve their writing…

This annotated bibliography contains 33 items from the ERIC database concerning the use and misuse of metaphor in science education. The items date from 1977 to 1988 and are grouped into fire categories: overview, science education, writing in the sciences, children's learning, and computer terminology. (RS)

Described are the experiences of one teacher with the teaching of writing in college level microbiology, virology, and immunology courses. Assignments, methods, evaluation, and student responses are discussed. (CW)