For threatened species management, accurate monitoring results are essential. The Threatened Species Matrix provides greater transparency and confidence when using eDNA for threatened species assessments.
Based on your species of interest, our team performs expert analysis following a series of strategic steps to better understand the confidence of detection for a threatened species with eDNA. We draw on rich genetic resources and historical data to undertake comprehensive analysis.
With these findings, we provide you with a stronger foundation for planning and conducting surveys, including a confidence score and survey approach for your threatened species.
The outcome is enhanced, science-backed threatened species assessments with improved outcomes and reliable data.
Enhanced threatened species surveys
Powered by our Matrix solution, we draw on the strength of genetic reference data, validated assays, and our database of historic detections.
This helps identify knowledge gaps and explore clear options to meet demands of reliable threatened species detection using eDNA.
How we enhance eDNA surveys for threatened species
Public and internal genetic sequence availability: We look at how well existing genetic data represents the full diversity and uniqueness of your species. This also includes checking for closely related and co-occurring species to reduce the risk of false positives caused by gaps in reference databases.
Your confidence score: At each step, the Matrix provides a confidence rating, along with a calculated overall score.
Threatened Species Matrix: Step-by-step walkthrough
"The Matrix helps you truly understand your eDNA approach and results across key project design factors. We identify potential gaps early — from sampling methods to assay selection — so you can move forward efficiently, avoiding wasted time and budget."
Madeleine Callas
EnviroDNA Project Manager
Watch time: 20 minutes
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eDNA for biodiversity assessments, environmental approvals, and ongoing ecological monitoring
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Use of the Threatened Species Matrix for informed decision-making
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Understanding assays, detection confidence, and key sampling considerations
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Case studies monitoring EPBC-listed species
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Detection across fish, amphibians, reptiles, mammals, invertebrates, and plants.
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Data use to improve biodiversity outcomes and ensure regulatory compliance

