Environmental DNA (eDNA) is the genetic material released by an organism into its surroundings –from sources like skin, hair, feces or mucus. It can be retrieved from almost any environmental sample for analysis.
Understanding biodiversity is essential for responsible development, ecological conservation and regulatory compliance. Traditional biodiversity surveys rely on field observation or trapping, which can be invasive, time-consuming and limited in scope.
Our environmental DNA sampling and analysis methods revolutionize biodiversity monitoring. By analyzing traces of genetic material – shed through skin cells, mucus, hair, gametes or feces – we can detect the presence of organisms in water, soil or air samples. This non-invasive monitoring approach provides a sensitive, cost-effective and comprehensive view of ecosystems, even detecting elusive or rare species that traditional surveys may miss.
Discover the benefits of environmental DNA for biodiversity research and monitoring
- Access non-invasive, efficient biodiversity monitoringCollect and analyze environmental DNA from anywhere – without disturbing habitats thanks to non-invasive sampling and eDNA sampling methods.
- Gain high sensitivity and precisionOur qPCR and next-generation sequencing (NGS) based metabarcoding and metagenomics workflows detect rare, invasive or endangered species with unmatched accuracy.
- Get comprehensive ecosystem insightsGain biodiversity metrics that identify species richness, abundance and ecological trends for environmental DNA for biodiversity research and monitoring.
- Enjoy seamless integration with sustainability reportingIncorporate biodiversity metrics into environmental impact assessments and ESG reporting to demonstrate your commitment to sustainable practices.
- Profile thousands of species at the same timeOur tailored extraction methods enable the detection of low amounts of DNA and the profiling of thousands of species simultaneously from a single sample.
- Get flexible sampling and fast turnaroundsWe provide ready-to-use eDNA sampling kits, tailored eDNA sampling protocols and global logistics to ensure timely results, from sample reception to sequencing.
How does eDNA work?
Samples are collected from water, soil, sediment, vegetation or air. Our experts can advise on optimal eDNA sampling methods and contamination control. At our Global Biosciences Center in Lisbon, Portugal, DNA is extracted and analyzed using Polymerase Chain Reaction (PCR) and next-generation sequencing (NGS) technologies. The resulting data identifies recent species presence and distribution, supported by advanced bioinformatics to deliver a detailed biodiversity report.
E-DNA Scan Packages
Our eDNA services
- QuickScanGet started with eDNA water sampling and analysis to monitor biodiversity from anywhere – including industrial sites and oil platforms – and identify ecological impacts.
- BioScanIdeal for environmental impact assessments, BioScan provides deeper insight into complex ecosystems using environmental DNA analysis.
- FullScanA complete package for biodiversity reporting and nature-based solutions, offering advanced environmental DNA sequencing and data interpretation.
- InsectScanMonitor pollinators and insect biodiversity from vegetation samples. With insect populations declining globally, eDNA biodiversity monitoring helps track and protect vital species.
Global expertise in environmental DNA testing and biodiversity monitoring
With decades of experience in environmental testing, we provide trusted, science-led biodiversity monitoring solutions. Our specialists combine molecular biology expertise, bioinformatics and ecological insight to deliver accurate, actionable data.
Our global network ensures consistent quality, rapid sample delivery and secure data handling. Whether you’re conducting a regulatory impact study or long-term biodiversity research, you can rely on us to deliver integrity, precision and trust at every stage.
FAQ
eDNA metabarcoding enables rapid, sensitive detection of multiple species in complex ecosystems. Applications include:
- Monitoring mammals, birds, fish and insects
- Diet analysis from feces
- Reconstructing ecological networks (e.g. pollination)
- Assessing soil microbial communities for improved crop yield and carbon sequestration
Yes. Due to its high sensitivity, eDNA is widely used as an early warning system for invasive species and to detect rare species across large areas more efficiently than conventional methods.
Persistence depends on conditions like temperature, pH and microbial activity. In most aquatic environments, eDNA persists for days, making it an excellent indicator of recent species presence.
Turnaround depends on project size. Typically, it takes up to six weeks from sample reception to final biodiversity report, with express services available.
Depending on the selected eDNA service package, outputs may include:
- Taxa list per sample
- Biodiversity metrics
- Red List or invasive species highlights
- Spatial maps and heat maps
- Functional ecological networks