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WILDLABS logoWildlabs.net : The conservation technology network

Course

Environmental DNA for Terrestrial Vertebrate Conservation

This will drive you through the process of implementing an eDNA study to uncover biodiversity.
clock icon 5 hours
information icon Free

As global biodiversity faces unprecedented threats, conservationists are turning to innovative tools to monitor and protect species more efficiently. Environmental DNA (eDNA) is revolutionizing biodiversity assessment by enabling the detection of life across the entire biological spectrum—from microbes to megafauna—without the need for direct observation. By analyzing DNA traces shed by organisms into their environment, eDNA provides a powerful, non-invasive method to assess entire ecosystems, revealing the presence of species that might otherwise go undetected.

The applications of eDNA extend across diverse ecosystems, from freshwater rivers to deep oceans, tropical forests to arid landscapes. By offering high-resolution insights into species presence and community composition, eDNA is transforming ecological research and conservation practice. Advances in DNA sequencing, bioinformatics, and statistical modeling continue to refine the accuracy and applicability of this approach, making it an increasingly essential tool in conservation science.

However, like any emerging technology, eDNA has its challenges. Sample contamination, detection errors, and the need for rigorous validation require careful consideration. Additionally, translating eDNA findings into actionable conservation outcomes demands collaboration among researchers, policymakers, and local communities. Understanding the strengths and limitations of eDNA is crucial for its effective implementation in biodiversity monitoring and management.

Why take this course

  • Discover how environmental DNA revolutionizes biodiversity monitoring by detecting species without direct observation
  • Learn practical techniques to collect, analyze and interpret eDNA data for conservation
  • Develop skills that are increasingly valued in conservation, research, and environmental management
  • Connect with emerging technologies that are changing how we understand and protect ecosystems

What you will learn

  • Fundamentals of eDNA: what it is, how it works, and when to use it
  • Field methods for collecting water, soil, air and vegetation swab samples for eDNA analysis
  • Basics of statistical analysis for eDNA metabarcoding data, including visualization techniques, estimating detection probabilities, and determining statistical power
  • How to interpret results and apply findings to conservation challenges
  • Case studies of successful eDNA applications across diverse ecosystems

Before you start

  • No previous experience with environmental DNA or molecular techniques is required - we will start with the basics and build your knowledge step by step.
  • A basic understanding of ecology and conservation biology is helpful but not mandatory - key concepts will be explained throughout the course.
  • Some lessons will include data analysis applications using R code. Basic familiarity with R and RStudio will be helpful but is not necessary, as we'll provide step-by-step guidance for all computational exercises.

To get a glimpse of how eDNA is transforming conservation, start by watching this short video introduction:

Free course

This course is provided for free for all registered members on WILDLABS.NET.

Tags

eDNA Introductory Intermediate Practical / Tutorial

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