Open Access. Powered by Scholars. Published by Universities.®
Science and Mathematics Education Commons™
Open Access. Powered by Scholars. Published by Universities.®
- Discipline
- Institution
- Publication
- Publication Type
Articles 1 - 7 of 7
Full-Text Articles in Science and Mathematics Education
Analysis Of Graded Gross Anatomy Dissections And Demonstrations As A Supplemental Educational Tool, Stephanie Leanne Cummings
Analysis Of Graded Gross Anatomy Dissections And Demonstrations As A Supplemental Educational Tool, Stephanie Leanne Cummings
Theses & Dissertations
Teaching and assessment modalities for human anatomy curriculums vary between schools. The University of Nebraska Medical Center utilizes an integrated gross anatomy lab curriculum including hands-on dissection, lecture, and 3-D models. The GCBA 909 course, Human Gross Anatomy Lab, just recently incorporated graded dissections and demonstrations into their master of medical anatomy (MMA) curriculum. Students were required to complete and demonstrate eight additional dissections compared to physician assistant (PA), physical therapy (PT) students. Upon completion of these dissections, students were assessed based on the quality of their dissections and were also required to demonstrate the cadaveric dissections to anatomy faculty …
Animal Dissection And Evidence-Based Life-Science And Health-Professions Education, Nathan Nobis
Animal Dissection And Evidence-Based Life-Science And Health-Professions Education, Nathan Nobis
Nathan M. Nobis, PhD
Balcombe’s (2000, 2001) case for replacing learning methods that require pain, suffering, and death for animals with methods that do not (computer-assisted learning, three-dimensional models, videotapes, and other alternatives) can be seen as motivated by this evidentialist perspective. Balcombe provided a wealth of empirical evidence from educational studies to show that in most contexts animal dissection is not necessary—and even counterproductive—to achieve valid educational goals, especially higher order goals (concept learning and problem solving). He demonstrated that no sound defense of dissection has been given.
Dissection: The Scientific Case For Alternatives, Jonathan Balcombe
Dissection: The Scientific Case For Alternatives, Jonathan Balcombe
Jonathan Balcombe, PhD
This article presents the scientific argument that learning methods that replace traditional nonhuman animal-consumptive methods in life science education—so-called alternatives to dissection—are pedagogically sound and probably superior to dissection. This article focuses on the pedagogy, a learning method’s effectiveness for conveying knowledge.
A Comparison Of Traditional Animal Dissection And Computer Simulation Dissection, Debra Elisabeth Kiehl
A Comparison Of Traditional Animal Dissection And Computer Simulation Dissection, Debra Elisabeth Kiehl
Theses Digitization Project
The purpose of this study was to compare instructional effectiveness of traditional animal dissections and computer simulation dissections related to student achievement and attitudes.
Animal Dissection And Evidence-Based Life-Science And Health-Professions Education, Nathan Nobis
Animal Dissection And Evidence-Based Life-Science And Health-Professions Education, Nathan Nobis
Education Collection
Balcombe’s (2000, 2001) case for replacing learning methods that require pain, suffering, and death for animals with methods that do not (computer-assisted learning, three-dimensional models, videotapes, and other alternatives) can be seen as motivated by this evidentialist perspective. Balcombe provided a wealth of empirical evidence from educational studies to show that in most contexts animal dissection is not necessary—and even counterproductive—to achieve valid educational goals, especially higher order goals (concept learning and problem solving). He demonstrated that no sound defense of dissection has been given.
Virtual, On-Line, Frog Dissection Vs. Conventional Laboratory Dissection: A Comparison Of Student Achievement And Teacher Perceptions Among Honors, General Ability, And Foundations Level High School Biology Classes, Ronald H. Kopec
Seton Hall University Dissertations and Theses (ETDs)
.
Secondary And Elementary School Use Of Live And Preserved Animals, Marvin B. Emmons
Secondary And Elementary School Use Of Live And Preserved Animals, Marvin B. Emmons
Education Collection
The broad use of living animals in elementary and junior school programs that are currently in vogue will be discussed as well as their use in biology classrooms at the senior high level. A comparison will be made of the present use of animals in the biology curriculum at the high school level, both living and preserved, with the use levels some ten and fifteen years ago. The implications of wildlife habitat encroachment and subsequent depletion of native species of classic animal models as well as some alternatives will be reviewed.