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Articles 1 - 13 of 13
Full-Text Articles in Education
Diversity, Equity And Inclusion In Human-Animal Interaction, Nira Grynheim
Diversity, Equity And Inclusion In Human-Animal Interaction, Nira Grynheim
Discovery Undergraduate Interdisciplinary Research Internship
No abstract provided.
Diversity, Equity And Inclusion In Human-Animal Interaction, Nira N. Grynheim, Clare E. Jensen, Marguerite L. O'Haire
Diversity, Equity And Inclusion In Human-Animal Interaction, Nira N. Grynheim, Clare E. Jensen, Marguerite L. O'Haire
Discovery Undergraduate Interdisciplinary Research Internship
Human-Animal Interaction (HAI) is a growing field investigating the complex relationships humans have with animals. Human diversity in HAI, or lack thereof, may have a direct influence on the way HAI data is interpreted and presented. Previous research has studied how apparent disability, racial, sexual or other diversifying identities might affect how humans interact with the world and their pets. However, thus far, there has been little research published on how inequitable barriers towards underrepresented minorities (URM) might play a role in how HAI is studied, interpreted and presented. The present study investigated human diversity among leaders in the HAI …
Exposing Problems Teaching Students Morphological Species Identification, Trevor Stamper, Lauren Weidner, Gregory Nigoghosian, Ludmila D. Nunes
Exposing Problems Teaching Students Morphological Species Identification, Trevor Stamper, Lauren Weidner, Gregory Nigoghosian, Ludmila D. Nunes
IMPACT Presentations
When dealing with physical remains, morphological assessment for species is a traditional approach to entomological specimen identification. A dichotomous key guides the user through taxa determination for a specimen by providing a series of dual-choice nodes that center around morphological differences. Each nodal choice leads to either a new set of dichotomous choices or a taxa decision. We evaluated student’s ability to utilize a dichotomous key down to species for a limited set of taxa, by reviewing their nodal decisions along with their confidence level using a Likert scale (1-5).
Along with individual decision recording, students conducted a post-decision group …
A Model Of The Use Of Evolutionary Trees (Muet) To Inform K-14 Biology Education, Yi Kong, Ankita Thawani, Trevor R. Anderson, Nancy Pelaez
A Model Of The Use Of Evolutionary Trees (Muet) To Inform K-14 Biology Education, Yi Kong, Ankita Thawani, Trevor R. Anderson, Nancy Pelaez
PIBERG Publications
Evolutionary trees are powerful tools used in modern biological research, and also commonly used in textbooks and classroom instruction. Studies have shown that K-14 students have difficulties interpreting evolutionary trees. To improve student learning about this topic, it is essential to teach them how to understand and use trees like professional biologists. Unfortunately, few currently used teaching frameworks for evolution instruction are designed for this purpose. In this study we developed the Model of the Use of Evolutionary Trees (MUET), a conceptual model that characterizes how evolutionary trees were used by professional biologists as represented in their research publications. The …
Teaching Morphological Species Identification To Forensic Science Students: Advantages, Problems And Results, Gregory Nigoghosian, Lauren Weidner, Ludmila Nunes, Trevor Stamper
Teaching Morphological Species Identification To Forensic Science Students: Advantages, Problems And Results, Gregory Nigoghosian, Lauren Weidner, Ludmila Nunes, Trevor Stamper
IMPACT Presentations
Poster presented at the 69th American Academy of Forensic Science Annual Meeting, New Orleans, LA, USA. The poster discusses findings of a study of how students identify morphological species.
Guidelines To Avoid Typical Difficulties According To The Rubric For Experimental Design (Red), Annwesa Dasgupta, Nancy Pelaez
Guidelines To Avoid Typical Difficulties According To The Rubric For Experimental Design (Red), Annwesa Dasgupta, Nancy Pelaez
PIBERG Publications
Experimental design is an important component of undergraduate biology education as it generates knowledge of biology. Despite its importance, there is limited information about what students actually learn from designing experiments. Dasgupta et al (2014) reported on the development and validation of a Rubric for Experimental Design (RED), informed by a literature review and empirical analysis of thousands of undergraduate biology students’ responses to three published assessments. The RED is a useful probe for five major areas of experimental design abilities: the variable properties of an experimental subject; the manipulated variables; measurement of outcomes; accounting for variability; and the scope …
Managing Your Professional Identity: Leveraging Social Media And Emerging Metrics To Demonstrate Professional Impact, Megan R. Sapp Nelson
Managing Your Professional Identity: Leveraging Social Media And Emerging Metrics To Demonstrate Professional Impact, Megan R. Sapp Nelson
Libraries Faculty and Staff Presentations
This session will assist graduate students to deliberately develop an online professional identity that will uniquely identify them as an academic as well as positively highlight their personal strengths.
Students will walk away with a plan to create a unique professional identifier and an understanding of how to measure the impact of online scholarly communication.
Topics included are:
ORCID ID
social media, such as LinkedIn & ResearchGate
Alternative Metrics (Altmetrics), such has Kudos, ImpactStory, & AltMetric
Data repositories, such as GitHub & FigShare
Development Of The Neuron Assessment For Measuring Biology Students’ Use Of Experimental Design Concepts And Representations, Annwesa P. Dasgupta, Trevor R. Anderson, Nancy J. Pelaez
Development Of The Neuron Assessment For Measuring Biology Students’ Use Of Experimental Design Concepts And Representations, Annwesa P. Dasgupta, Trevor R. Anderson, Nancy J. Pelaez
PIBERG Publications
Researchers, instructors, and funding bodies in biology education are unanimous about the importance of developing students’ competence in experimental design. Despite this, only limited measures are available for assessing such competence development, especially in the areas of molecular and cellular biology. Also, existing assessments do not measure how well students use standard symbolism to visualize biological experiments. We propose an assessment-design process that 1) provides background knowledge and questions for developers of new “experimentation assessments,” 2) elicits practices of representing experiments with conventional symbol systems, 3) determines how well the assessment reveals expert knowledge, and 4) determines how well the …
A Model Of How Different Biology Experts Explain Molecular And Cellular Mechanisms, Caleb M. Trujillo, Trevor R. Anderson, Nancy J. Pelaez
A Model Of How Different Biology Experts Explain Molecular And Cellular Mechanisms, Caleb M. Trujillo, Trevor R. Anderson, Nancy J. Pelaez
PIBERG Publications
Constructing explanations is an essential skill for all science learners. The goal of this project was to model the key components of expert explanation of molecular and cellular mechanisms. As such, we asked: What is an appropriate model of the components of explanation used by biology experts to explain molecular and cellular mechanisms? Do explanations made by experts from different biology subdisciplines at a university support the validity of this model? Guided by the modeling framework of R. S. Justi and J. K. Gilbert, the validity of an initial model was tested by asking seven biologists to explain a molecular …
An Activity Aimed At Improving Student Explanations Of Biological Mechanisms, Caleb M. Trujillo, Trevor R. Anderson, Nancy J. Pelaez
An Activity Aimed At Improving Student Explanations Of Biological Mechanisms, Caleb M. Trujillo, Trevor R. Anderson, Nancy J. Pelaez
PIBERG Instructional Innovation Materials
This document is intended for use by instructors and their students. The activity contains steps to introduce students to the MACH model involving analyzing and discussing explanations about biological mechanisms. Initially, students read modified articles about biological mechanisms during class, although instructors may prefer to assign readings outside of class before the activity. During the activity, students are required to analyze the readings for evidence of research methods, analogies, context, and mechanisms. In so doing, students learn how to integrate the information pertaining to each of the MACH model components into a coherent explanation about their biological mechanism. After performing …
A Tetrahedral Version Of The Mach Model For Explaining Biological Mechanisms, Caleb M. Trujillo, Trevor R. Anderson, Nancy J. Pelaez
A Tetrahedral Version Of The Mach Model For Explaining Biological Mechanisms, Caleb M. Trujillo, Trevor R. Anderson, Nancy J. Pelaez
PIBERG Instructional Innovation Materials
This document is intended for both instructors and students. Modified from the original MACH model this version, once cut and folded, creates a tetrahedral model that can conveniently be used as a teaching and learning tool to inform and guide students on how to write expert quality explanations of biological mechanisms. Each vertex of the tetrahedron represents a component of the model namely, Methods, Analogy, Context, and How. For a coherent and complete explanation about molecular mechanisms, it is important to integrate information pertaining to all four components of the model. The tetrahedral MACH model has been tested in both …
Misalignments: Challenges In Cultivating Science Faculty With Education Specialties In Your Department, Seth D. Bush, Nancy Pelaez, James A. Rudd Ii, Michael T. Stevens, Kimberly D. Tanner, Kathy S. Williams
Misalignments: Challenges In Cultivating Science Faculty With Education Specialties In Your Department, Seth D. Bush, Nancy Pelaez, James A. Rudd Ii, Michael T. Stevens, Kimberly D. Tanner, Kathy S. Williams
PIBERG Publications
Science Faculty with Education Specialties (SFES) are increasingly being hired across the United States. However, little is known about the motivations for SFES hiring or the potential or actual impact of SFES. In the context of a recent national survey of US SFES, we investigated SFES perceptions about these issues. Strikingly, perceptions about reasons for hiring SFES were poorly aligned with perceptions about potential and actual contributions reported by SFES themselves, and the advice they extended to beginning SFES was varied. While preparation of future teachers and departmental teaching needs were common reasons offered for SFES hiring, the potential and …
Comparisons Between Educational Map Software Displaying Soil Data, Laura A. Kocur
Comparisons Between Educational Map Software Displaying Soil Data, Laura A. Kocur
Department of Computer Graphics Technology Degree Theses
The use of technology in the classroom is becoming more widespread, and the area of agronomy is no different. Utilization of various mapping technology is more common in instructional components in the classroom, although the impacts of software usability have not yet been explored. Maps available over the Internet are identified as an area in which usability is not known, nor are there any fixed standards or conventions to govern the display of them. The recently developed mapping prototype is intended to increase accessibility to map data used in class, as well as make it easier to use the data. …