Monitor nature at site or landscape level. By analysing samples like water, soil and air, we can detect thousands of species across diverse sites, ecosystems and supply chains. Inform environmental decision-making using actionable, ground truthed biodiversity insights. Explore your results using our biodiversity mapping tools so you can compare sites, uncover insights quickly and share findings with stakeholders.
How you can use eDNA
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Efficiently establish biodiversity baselines with easily repeatable monitoring solutions.
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Scale insights over time and quantify the effectiveness of management actions and restoration.
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Undertake natural capital monitoring using an accredited eDNA method for aquatic vertebrates.
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Understand species’ diets with comprehensive scat analysis.
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Map invasive species to inform on-ground management decisions quickly.
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Evaluate success of conservation efforts by tracking the return of priority into rehabilitated areas.
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Gain insights into bacteria or fungi for evaluating water or soil health.
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Design innovative community-led or citizen science programs to connect people with natural ecosystems.
Scale reliable insights with end-to-end eDNA monitoring.
Based on your objective, we’ll work with you to design a smart project —including what samples to collect and how many sites you’ll need.
Collect samples effortlessly with our user-friendly eDNA sampling kits or advanced equipment. We offer comprehensive training or can handle the sampling process for you.
We analyse your samples with DNA metabarcoding and ground-truth the results against independent sources for enhanced accuracy.
Biodiversity results are delivered in a report and via our online data explorer tool. Our team of dedicated project managers are available to help you interpret your results.
Solutions to fit your project
Unlock biodiversity intelligence using our monitoring solutions designed for freshwater, marine and terrestrial ecosystems. Depending on your project, you can monitor specific groups of species or full biodiversity and combine add-on eDNA assays.
Freshwater monitoring
Monitor freshwater ecosystems with a comprehensive range of eDNA assays. This technique can detect aquatic, semi-aquatic, and even terrestrial species in and around waterways. Discuss your project with us, and we’ll help you select the best combination of tests to meet your specific needs.
We have a combination of eDNA assays designed for efficiently monitoring fish diversity in freshwater ecosystems. This is a sensitive, non-invasive alternative to electrofishing.
We have a combination of eDNA assays for monitoring vertebrate species in freshwater ecosystems such as fish, mammals and birds. A sensitive, time-saving and non-invasive alternative to observational surveys and live trapping.
An effective alternative to pitfall trapping. Freshwater insects are key bioindicators of waterway health and offer quick insights into restoration effectiveness. Monitor these species using our combination of eDNA assays for targeting freshwater insects.
Monitor species at the microscopic level. This method provides insights into your site’s ecological state. You can gain insights into ecosystem health and detect harmful microorganisms using our combination of eDNA assays.
You can enhance your results with add-on custom eDNA assays depending on your project objectives. Tell us your objective, and we'll help you find the best approach.
Terrestrial monitoring
You can use eDNA to monitor terrestrial ecosystems. Terrestrial eDNA monitoring can involve a range of innovative sampling approaches such as soil, scat, invertebrates, air or swabbing methods. Discuss your project with us and we'll help you find the best approach.
Monitor soil biomes such as bacteria, fungi, small animals (like insects and worms) and plants using our combination of assays. This monitoring provides valuable insights on indicators of ecosystem health.
We use a combination of assays to help you monitor vertebrate species such as mammals, birds, reptiles and amphibians. Depending on your project objectives, we can apply techniques like soil, air, scat or swabbing eDNA sampling methods.
Use our combination of eDNA assays to monitor invertebrates such as arthropods (insects, spiders, mites), earthworms, nematodes and snails. These are excellent indicators for assessing the effectiveness of restoration efforts on a micro level.
We have combination of assays for an effective solution for identifying and monitoring plant diversity and fungal communities.
You can enhance your results with add-on custom eDNA assays depending on your project objectives. Tell us your objective, and we'll help you find the best approach.
Marine monitoring
Monitor marine ecosystems using eDNA to reveal diversity of marine communities. Marine eDNA samples can be collected using simple water filtration techniques or advanced sampling equipment. Discuss your project with us and we'll help you find the best approach.
Monitor marine fish biodiversity using eDNA. Our combination of assays helps you monitor diversity on a wide range of species including sharks, rays and both ray-finned and lobe-finned fish.
Monitor marine mammals and birds using our combination of eDNA assays. This is a non-invasive approach to help track presence of species that are often hard to observe directly.
We have eDNA assays for marine invertebrate monitoring. These species play critical roles in the food web and ecosystem function, including decapods (crustaceans), molluscs (snails, shellfish) and cnidarians (jellyfish, corals, anemones).
These tiny yet vital organisms, including bacteria, fungi and microalgae, play crucial roles in ecosystem health and functioning. We harness eDNA to undertake monitoring of marine micro-organisms.
You can enhance your results with add-on custom eDNA assays depending on your project objectives. Tell us your objective, and we'll help you find the best approach.
Simplified sampling with lower risk.
Reduce OH&S risks. eDNA sampling is quick, easy and requires minimal training.
Scalable data at site or landscape level.
Access streamlined biodiversity data. Using eDNA, you can compare sites and track trends over time.
Detect more species with less resources.
Map species distribution with less costly resources. No observation or ecosystem disturbance required.