Comprehensive biodiversity and ecosystem monitoring using eDNA.
Using eDNA metabarcoding techniques, we can identify thousands of DNA traces from simple environmental samples. These samples include water, soil, scat, sediment and even air. This biodiversity assessment method offers comprehensive insights into your ecosystem's health. Our solutions quantify and scale biodiversity insights across ecosystems, allowing powerful spatial and temporal comparisons.
Foster community engagement programs in local conservation efforts.
We listen to your objectives and work in partnership to design a strategic project.
Our eDNA sampling kits are simple to use and include detailed instructions to ensure accurate sampling, regardless of your team's experience level. We also have advanced sampling products for freshwater and marine environments to enhance efficiency of large-scale and technical surveys. Or, we can handle the sampling for you.
Once we receive your samples, we perform DNA metabarcoding methods to determine your monitoring results. We groundtruth your data using external, independent data sources for added confidence.
Results & Support
You receive your detection results. For every project, we provide advisory support to help you interpret and understand your findings.
Monitor 1 or 2 groups of species
Full biodiversity monitoring
Understand biodiversity and ecosystem health in your project area using our innovative Screen and Atlas biodiversity monitoring solutions. We've empowered hundreds of clients to access unmatched biodiversity insights.
Explore our biodiversity assessments.
Together, we can improve the health of freshwater ecosystems by making more informed decisions based on robust data. We collaborate with water corporations, governments, non-profits, consultancies and private industries to conduct comprehensive monitoring.
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.
Exactly! 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.
Discuss your project with us and we can help you find out how our monitoring solutions can help you.
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.
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 helps track the presence and behaviour of species that are often difficult 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.
Our simple sampling technique requires minimal training or specialised equipment. This reduces OH&S risks, saves time, staff resources and money in the field.
Transform biodiversity impact reporting with standardised intelligence through time so you track trends and impacts.
Uncover distribution of threatened and elusive species from fewer samples and without the need for direct observation or ecosystem disturbance.
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