The American Sign Language Comprehension Test (ASL-CT) is a 30-item multiple-choice test that measures ASL receptive skills and is administered through a website. This article describes the development and psychometric properties of the test based on a sample of 80 college students including deaf native signers, hearing native signers, deaf non-native signers, and hearing ASL students. The results revealed that the ASL-CT has good internal reliability (α = 0.834). Discriminant validity was established by demonstrating that deaf native signers performed significantly better than deaf non-native signers and hearing native signers. Concurrent validity was established by demonstrating that test results positively correlated with another measure of ASL ability (r = .715) and that hearing ASL students' performance positively correlated with the level of ASL courses they were taking (r = .726). Researchers can use the ASL-CT to characterize an individual's ASL comprehension skills, to establish a minimal skill level as an inclusion criterion for a study, to group study participants by ASL skill (e.g., proficient vs. nonproficient), or to provide a measure of ASL skill as a dependent variable.
Constructed action is a cover term used in signed language linguistics to describe multi-functional constructions which encode perspective-taking and viewpoint. Within constructed action, viewpoint constructions serve to create discourse coherence by allowing signers to share perspectives and psychological states. Character, observer, and blended viewpoint constructions have been well documented in signed language literature in Deaf signers. However, little is known about hearing second language learners’ use of constructed action or about the acquisition and use of viewpoint constructions. We investigate the acquisition of viewpoint constructions in 11 college students acquiring American Sign Language (ASL) as a second language in a second modality (M2L2). Participants viewed video clips from the cartoon Canary Row and were asked to “retell the story as if you were telling it to a deaf friend”. We analyzed the signed narratives for time spent in character, observer, and blended viewpoints. Our results show that despite predictions of an overall increase in use of all types of viewpoint constructions, students varied in their time spent in observer and character viewpoints, while blended viewpoint was rarely observed. We frame our preliminary findings within the context of M2L2 learning, briefly discussing how gestural strategies used in multimodal speech-gesture constructions may influence learning trajectories.
(Communicated by Darren A. Narayan)Involving more deaf and hard-of-hearing students in undergraduate research is a step toward getting more such students into STEM (science, technology, engineering and mathematics) careers. Since evidence exists that undergraduate research improves retention, especially for some underrepresented groups that have low retention rates -as, for example, deaf and hard-of-hearing STEM majors -it is a particularly pertinent step to keep interested students in these career paths. Nunes and Moreno have suggested that deaf and hard-of-hearing students have the potential to pursue mathematics, but lack the resources. By involving more such individuals in undergraduate mathematics research, we can improve their success rates and promote mathematics research within the Deaf community.Here we describe our experiences working both with and as deaf or hard-ofhearing students in research, as well as advice that stems from these experiences. Each of the authors is a faculty member at the National Technical Institute for the Deaf, a college of Rochester Institute of Technology, and holds a PhD in a scientific field. Three of the authors are deaf, and one (Jacob) is hearing. While this paper describes the experiences and opinions of individuals, and is not meant to be an all-inclusive handbook on how to do research with any deaf or hard-of-hearing student, we hope that it will be a helpful resource.
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