Development of a Concept Inventory of Inheritance for High School Agricultural Education

This study developed three versions of a concept inventory of inheritance tailored for high school agricultural education. These inventories can be used as formative assessments to inform teachers about students’ understanding of inheritance within the context of agriculture or as summative assessments to evaluate learning outcomes. Existing concept inventories in genetics related concepts lack real-world agricultural applications. Our inventories incorporate areas within agriculture, such as animal systems and plant systems, providing students with a deeper understanding of the concept of inheritance. Developed primarily by high school agriculture teachers, these inventories reflect real-world experiences and observations, offer valuable insights into students’ misconceptions, gauge preparation, measure instructional effectiveness, and provide a comprehensive view of learning progressions. We utilized confirmatory factor analysis, Rasch model, and distractor analysis to examine the psychometric properties of the concept inventories.

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Publication Details

Journal
Journal of Agricultural Education
Published
2024-12-31
DOI
https://doi.org/10.5032/jae.v65i4.2791
Primary Topic
Diverse Educational Innovations Studies
Type
article
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article

Development of a Concept Inventory of Inheritance for High School Agricultural Education

Chaney Mosley, Ying Jin
Journal of Agricultural Education
Diverse Educational Innovations Studies
article

Development of a Concept Inventory of Inheritance for High School Agricultural Education

Chaney Mosley, Ying Jin
article en

Abstract

This study developed three versions of a concept inventory of inheritance tailored for high school agricultural education. These inventories can be used as formative assessments to inform teachers about students’ understanding of inheritance within the context of agriculture or as summative assessments to evaluate learning outcomes. Existing concept inventories in genetics related concepts lack real-world agricultural applications. Our inventories incorporate areas within agriculture, such as animal systems and plant systems, providing students with a deeper understanding of the concept of inheritance. Developed primarily by high school agriculture teachers, these inventories reflect real-world experiences and observations, offer valuable insights into students’ misconceptions, gauge preparation, measure instructional effectiveness, and provide a comprehensive view of learning progressions. We utilized confirmatory factor analysis, Rasch model, and distractor analysis to examine the psychometric properties of the concept inventories.

Journal of Agricultural EducationVol. 65(4)
James Madison University (US), Middle Tennessee State University (US)
Openalex Percentile: Top 52%
Diverse Educational Innovations Studies
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