A Journey from Content to Concept Teaching in a Biology Classroom, in the Context of Blended Learning

Author:

Mazowiecki-Kocyk Piotr

Abstract

Conceptual teaching was developed three decades ago as an alternative to conventional teaching approaches. It promised a significant shift in teaching practices across different disciplines and age groups. Traditionally, science subjects in high school tend to be content-heavy. Teaching science, especially biology, is still rooted in teaching methods that facilitate factual understanding and low-road transfer of knowledge. As a result, students’ knowledge remains compartmentalized. Students rarely make connections with other disciplines and transfer their biological knowledge to new situations. Bringing concepts to biology is a challenging task. Despite compelling evidence for concept-based teaching, there are few examples of how it can be implemented and replace content-based teaching. This article describes the changes to teaching instructions in biology over the last decade as well as the main challenges that prevent incorporating novel teaching approaches in a biology classroom. The author suggests concept-based teaching as an effective alternative to conventional, content-focused teaching and offers some ideas for implementing concepts into teaching biology in the context of blended learning.

Publisher

University of California Press

Subject

General Agricultural and Biological Sciences,Agricultural and Biological Sciences (miscellaneous),Education

Reference53 articles.

1. Discovery or invention?;Science Teacher,1962

2. Adapting a student-centered chemistry curriculum to a large-enrollment context: successes and challenges;Journal of College Science Teaching,2017

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