Environmental DNA: Ecosystem Health Assessment

This module introduces students to the field of environmental DNA analysis, covering the fundamentals of what eDNA is and its applications in biodiversity research. Students will likely learn about the origins and development of eDNA techniques and their potential in ecological studies.

This module focuses on the different steps and aspects of an eDNA research project. Students will likely learn about planning and structuring eDNA studies, including considerations for sample collection, processing, and analysis.

This module covers the characteristics of designing an eDNA sampling strategy and implementing it in different types of environments. Students will likely learn about various sampling techniques, considerations for different ecosystems, and best practices for field collection.

This module focuses on how eDNA samples are processed in the lab to obtain targeted genetic information. Students will likely learn about DNA extraction, amplification techniques, and other laboratory procedures specific to eDNA analysis.

This module covers how to organize and analyze data from eDNA samples using bioinformatic tools. Students will likely learn about sequence analysis, data processing pipelines, and interpretation of genetic data in the context of biodiversity assessment.

This module teaches students how to interpret eDNA signals and make ecological biodiversity assessments. Students will likely learn about translating genetic data into meaningful ecological information and understanding species presence and distribution.

This module demonstrates how eDNA can be used to inform sound and sustainable environmental decision-making. Students will likely learn about applying eDNA research findings to conservation efforts, policy-making, and ecosystem management strategies.