Picture This: Enhancing Biology Education through Artistic Expression

Area of Science:

• Biology Education
• Interdisciplinary Studies
• Visual Arts in STEM

Background:

• Scientific practice intrinsically links with visual representation, with drawing aiding hypothesis generation, experimental design, data visualization, and communication.
• Art-based approaches are underutilized in undergraduate biology due to student anxiety, instructor unfamiliarity with art pedagogy, time constraints, and scalability issues.

Purpose of the Study:

• To describe the Biology through Art project, an interdisciplinary approach to biology education.
• To highlight the benefits of integrating visual arts into undergraduate biology curricula.
• To address and offer solutions for barriers hindering the adoption of art-based pedagogical methods.

Main Methods:

• The study presents a perspective on the Biology through Art project.
• Examples of course assignments integrating artistic expression in organismal and integrative biology are provided.
• Strategies for overcoming barriers and adaptive curricular models are discussed.

Main Results:

• Art-based assignments stimulate active learning, conceptual synthesis, and enhance scientific literacy.
• The project fosters creativity, engagement, and innovation in biology learners.
• Research-supported benefits of integrating art in biology education are presented.

Conclusions:

• Integrating visual arts into biology education offers a pathway to cultivate scientifically literate, creative, and engaged learners.
• Addressing barriers and implementing adaptive curricular models can facilitate the adoption of art-inclusive biology instruction.
• The Biology through Art project provides a framework for educators to enhance biology teaching through artistic expression.