Powerful solutions to detect thousands of DNA traces from environmental samples, providing deep insights into the state of nature. From sites to supply chains, we analyse samples from water to air. Our scalable data, enhanced by visualisation tools, empowers you to compare sites, track changes over time and make confident decisions to improve the natural world.
How we can help you
- Biodiversity assessments, providing insights into the richness and abundance.
- Establish baselines and scale insights through time to quantify effectiveness of management actions.
- Evaluate water or soil health by analysing bacteria or fungi to truly understand the full biodiversity spectrum.
- Evaluate effectiveness of restoration efforts by tracking the return of target species to rehabilitated areas.
- Conduct species diet analysis to determine occurrence of key prey species or gain insights into ecosystem dynamics.
- Natural capital audits that underpin conservation or nature repair investment.
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Foster community engagement programs in local conservation efforts.
Detecting a target species is simple and faster with eDNA.
We help you design a strategic project based on your objectives.
Samples are collected with easy-to-use eDNA sampling kits with detailed instructions and training for accurate results. Or, let us handle the sampling for you.
We process your samples using DNA metabarcoding to deliver your monitoring results. To ensure accuracy, we groundtruth your data against external, independent sources for added confidence.
We deliver your results through clear reports and data visualisations, making interpretation easy. We include dedicated support from your project manager and additional nature advisory to help you understand and act on your findings.
We monitor biodiversity in the air, water and on land.
We've helped hundreds of clients access high-quality biodiversity data using eDNA. Gain clear insights into biodiversity and ecosystem health in your project area with our innovative monitoring solutions. Explore our biodiversity assessments.
Freshwater monitoring
We help improve freshwater ecosystem health by enabling informed decisions based on robust data. Collaborating with water corporations, governments, non-profits, consultancies and private industries, we deliver comprehensive monitoring solutions.
A reliable, non-invasive and comprehensive method for detecting and monitoring fish diversity in freshwater environments.
Understand diversity of fish, mammals, birds, reptiles and amphibians. Freshwater ecosystems act as a DNA sink, allowing us to detect aquatic, semi-aquatic and even terrestrial species.
Freshwater insects are well-known bioindicators of waterway health. We can monitor small changes to provide quicker feedback on the effectiveness of restoration actions.
eDNA technology can detect species at the microscopic level which constitute most of the total biodiversity present. Understanding this can greatly improve your insight into freshwater health.
Expand your biodiversity project by adding another species group. Talk to us to explore how our monitoring solutions can support your goals.
Terrestrial monitoring
Explore the hidden diversity beneath our feet and across landscapes. With eDNA technology, we can uncover tiny DNA fingerprints from a variety of species groups. These come from samples like soil, air, scat and swabs to assess biodiversity in terrestrial environments.
Efficiently monitor soil biome including bacteria, fungi, small animals (like insects and worms) and plants. Understanding these species support land management and offers valuable indicators that reveal the health and state of the ecosystem.
Monitor terrestrial species, including mammals, birds, reptiles and amphibians. Depending on your project objective, we may apply techniques such as soil, air, scat or swabbing eDNA sampling collection methods.
eDNA monitoring can help map arthropods (insects, spiders and mites), earthworms, nematodes and snails. These terrestrial invertebrates are excellent indicators for assessing the effectiveness of restoration activities on a micro level.
eDNA can effectively analyse both plants and fungi. This technology allows us to identify and monitor plant diversity and fungal communities in terrestrial environments.
Expand your biodiversity project by adding another species group. Talk to us to explore how our monitoring solutions can support your goals.
Marine monitoring
Traditional marine biodiversity monitoring methods, like visual and acoustic surveys, remote sensing and trawl surveys, often increase costs, require more resources and may disturb the environment and seafloor. Our solutions deliver marine biodiversity insights using non-invasive and rapid survey techniques.
This robust analysis covers a wide range of fish species, including sharks, rays, ray-finned and lobe-finned fish.
Monitor vertebrates, including marine mammals, fish, and even birds that frequent the survey area. This non-invasive approach tracks the presence and behavior of species that are often hard to observe directly.
Track species that play critical roles in the food web and overall ecosystem function with marine invertebrate monitoring to identify key species such as decapods (crustaceans), molluscs (snails, shellfish) and cnidarians (e.g. jellyfish, corals, aneones).
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.
Expand your biodiversity project by adding another species group. Talk to us to explore how our monitoring solutions can support your goals.
Simplified sampling, reduced risk.
Use fast, simple sampling techniques that require minimal training and reduce OH&S risks - saving time, cutting costs and speeding up insights.
Scalable insights at site or landscape level.
Enhance your monitoring reporting with standardised intelligence over time, allowing you to track trends and changes.
Detect more species with less resources.
Discover threatened and elusive species with less cost and resources. No direct observation or ecosystem disturbance required.