Corymbia Eco Sciences provides tailored, full-service eDNA solutions — from sample collection to actionable conservation intelligence.
Advanced DNA extraction and metabarcoding using 12S, 16S rRNA, COI, and ND4 markers for comprehensive species detection from environmental samples.
Targeted PCR and real-time sequencing for rapid detection of bacterial, fungal, and oomycete pathogens in soil and water samples.
Australia's first purpose-built AI platform for eDNA and soil microbiome research — automated species identification, intelligent analysis, and deep ecological insights.
Early warning systems for emerging wildlife disease threats and comprehensive biosecurity risk assessments for native ecosystems.
Baseline ecological reference and assessment to identify biodiversity values and environmental assets across terrestrial and aquatic habitats.
Climate-adaptive restoration and revegetation using local indigenous flora, creating native species habitat, food sources, and regenerative agribiome structuring.
Next-gen sequencing, direct-to-soil qPCR, and comprehensive soil analysis offering a window into the dynamic world of soil microbiomes with ongoing monitoring.
Survey, collection, and sampling of soil, scat, water, and genetic tissue for qPCR targeted eDNA extraction, bioinformatics, and species heatmaps.
Cutting-edge technology and validated protocols power every stage of our eDNA analysis pipeline.
Proprietary extraction protocols optimised for degraded environmental samples across soil, water, scat, and tissue matrices. Strict cold-chain handling with processing within 48 hours of collection. Each extraction batch includes positive and negative controls to verify performance and detect any cross-contamination, ensuring confidence in downstream results.
Targeting 12S and 16S rRNA genes (vertebrate prey), COI and ND4 (invertebrate prey), bacterial 16S rRNA, fungal ITS regions, and oomycete-specific markers for comprehensive detection. Multi-locus approaches maximise taxonomic coverage and resolution, allowing us to capture both broad community profiles and species-level identifications from a single sample.
Oxford Nanopore MinION platform enables real-time, field-deployable sequencing for rapid pathogen detection and comprehensive biodiversity assessments with high-throughput analysis. Long-read sequencing technology provides superior taxonomic resolution compared to short-read platforms, enabling accurate species identification even from highly degraded or mixed environmental samples.
QIIME2 pipeline with custom R scripts following validated workflows. Phylogenetic analysis, spatial mapping via ArcGIS, and statistical analysis of seasonal and spatial patterns. All sequences are matched against curated reference databases including GenBank, BOLD, and custom regional libraries to ensure accurate taxonomic assignments across Australian fauna and flora.
| Capability | Corymbia | Other Environmental DNA Providers |
|---|---|---|
| Predator-Prey Gut Microbiome Analysis | ||
| Deer Pathogen Surveillance (Soil-from-Hoof) | ||
| Oxford Nanopore Real-Time Field Sequencing | ||
| Microplastic Food Chain Tracking | ||
| Native Revegetation & Restoration Design | ||
| Targeted Species Detection (qPCR) | ||
| Integrated Molecular + Field Ecology Team | ||
| 31–42% Cost Savings | ||
| Traditional Owner Consultation & Cultural Protocols | ||
| First Nations Land Stewardship Integration | ||
| Recognition of First Nations Genetic Resource Stewardship | ||
| Habitat Corridor Identification & GIS Mapping | ||
| Ecological Survey & Baseline Assessment | ||
| Seasonal Field Sampling Coordination | ||
| GPS-Logged Triplicate Sampling Protocols |
Rigorous protocols at every stage ensure reliable, reproducible results that meet evidentiary standards.
Partner with Corymbia Eco Sciences to discover the biodiversity and biosecurity intelligence hidden in your environment.
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