Abstract

Assembling and curating specimen collections is a valuable educational exercise that integrates subject-specific skills such as field collection, curation, identification, organization, and interpretation of relationships. Collection projects have been used primarily in face-to-face classes, but they can be readily adapted for distance education. The primary challenges to using collection projects in distance education center on two concerns: (1) whether distance students learn as much as their face-to-face peers and (2) whether academic dishonesty occurs more often in distance education than face to face. This study addressed both concerns by assessing learning outcomes in two entomology courses with both face-to-face and distance sections and evaluating the frequency of specimen-based plagiarism (submitting specimens collected by someone else). An ungraded survey testing students’ insect identification knowledge found equivalent learning outcomes in face-to-face and distance classes. Insect collections were monitored for plagiarized (resubmitted or purchased) specimens in a 5-year “mark-release-recapture” investigation. Academic dishonesty was detected in fewer than 2% of collections; cheating was more than 12 times more likely in distance than in face-to-face classes. This study’s findings raise the possibility that distance learning assessments can be artificially inflated by cheating, suggesting that evaluations of distance learning should be considered in light of academic dishonesty. These results highlight the benefits and challenges of collections as teaching tools in distance education and underscore the need for instructors to be vigilant about academic integrity.

Highlights

  • As higher education increasingly embraces distance education, one of the greatest challenges in developing effective STEM courses is the difficulty of creating effective laboratories for distance delivery

  • Comparison of insect identification survey scores by delivery method and instructor revealed that neither factor alone explained assessment score: pre- and post-course assessment scores were equivalent in face-to-face and distance classes and between instructors

  • Because cheating may be more prevalent in distance-delivered than face-to-face collection-based courses, we have strong evidence pointing us toward one aspect of distance delivery that can be improved

Read more

Summary

Introduction

As higher education increasingly embraces distance education, one of the greatest challenges in developing effective STEM courses is the difficulty of creating effective laboratories for distance delivery. An abundance of evidence clearly demonstrates that, under the right conditions, virtual classes and laboratories that employ computer simulations of real-world learning situations (augmented reality, virtual reality, virtual worlds, and computer graphics) can be as effective as face-to-face instruction (DeJong et al 2013; Nguyen 2015; Potkonjak et al 2016). Specimen collection and curation projects are examples of assignments that can engage face-to-face and distance learning students in authentic and integrative project-based learning, but to date, little has been published about the benefits and challenges of working with collections in either delivery mode

Methods
Results
Discussion
Conclusion
Full Text
Published version (Free)

Talk to us

Join us for a 30 min session where you can share your feedback and ask us any queries you have

Schedule a call