EDUCATION, PARASITE EVOLUTIONARY ECOLOGY, AND MUSEUMS: PRACTICAL APPLICATIONS

Area of Science:

• * Integrative biology and museum science.
• * Parasitology, biodiversity studies, and scientific education.

Background:

• * Museum collections are crucial for understanding biodiversity, including parasites and host interactions.
• * Technological advancements are transforming museum practices and the skills required for future scientists.
• * Parasitology collections provide unique insights into host-parasite dynamics and support taxonomic and diagnostic training.

Purpose of the Study:

• * To review the evolving role of museum collections in parasitology education.
• * To highlight current museum resources and identify areas for future development in training.
• * To explore the integration of museum specimens and digital resources into formal education.

Main Methods:

• * Historical review of early parasitology collections and teaching methods.
• * Description of modern collections incorporating the extended specimen concept.
• * Outline of necessary training in museum methods for undergraduate parasitology students.

Main Results:

• * Museum specimens and digital resources enhance educational opportunities, including Course-based Undergraduate Research Experiences (CUREs).
• * Digitization increases accessibility of parasite specimens and collection data for educational integration.
• * Museum-based teaching materials can improve biodiversity literacy, quantitative skills, and critical thinking.

Conclusions:

• * Specialized education in museum methods is needed for parasitology undergraduates.
• * Museum collections and digital resources are valuable tools for developing essential scientific skills.
• * Integrating museum resources into curricula prepares students for careers in parasitology and related fields.