eDNA Metabarcoding

Discover the future of biodiversity monitoring with environmental DNA (eDNA) metabarcoding. This innovative technology enables rapid, non-invasive detection of species from water, soil, or air samples. At Cmbio, we provide advanced eDNA solutions using long read sequencing techniques that empower environmental consultants, researchers, and regulators to achieve accurate, efficient, and scalable biodiversity assessments for conservation, compliance, and ecological research.

Superior detection capabilities

eDNA metabarcoding detects rare, elusive, or cryptic species that traditional methods often miss - identifying 2–10 times more species from a single environmental sample. This comprehensive approach enables early detection of invasive species and environmental threats.

Faster, more affordable, and scalable

Experience proven cost savings of 30–60% compared to conventional surveys, with over 80% reduction in labor hours. eDNA scales efficiently for projects of any size - making large-scale biodiversity monitoring more accessible than ever.

Strict environmental standards

Our eDNA solutions support biodiversity monitoring requirements under EU directives (including Annex II and IV species), ensuring regulatory compliance. The non-invasive sampling process eliminates the need for physical capture or disturbance, protecting both species and habitats.

What is eDNA metabarcoding?

eDNA metabarcoding is a cutting-edge molecular technique that enables the identification of multiple species from environmental samples - such as water, soil, or air - by analyzing DNA fragments shed by organisms into their surroundings. Using advanced long read sequencing technologies, this approach allows for non-invasive, large-scale biodiversity monitoring, surpassing the limitations of traditional survey methods. 

Who can benefit?

Traditional biodiversity surveys often require repeated field visits, labor-intensive trapping, netting, and expert specimen identification, making them time-consuming and costly. eDNA streamlines or eliminates these steps by enabling direct species detection from simple water, soil, or air samples - offering faster, more cost-effective, and comprehensive biodiversity insights. 
 
By simplifying and accelerating the monitoring process, eDNA greatly benefits those involved in: 

  • Environmental Impact Assessment: Pre- and post-project biodiversity evaluation for construction, agriculture, aquaculture, mining, and forestry sectors. 
  • Biodiversity Assessment: Baseline surveys and long-term monitoring of ecosystems. 
  • Conservation Biology: Detection of threatened, invasive, or indicator species. 
  • Regulatory Compliance: Monitoring for Annex II and Annex IV species under EU Habitats Directive. 
  • Ecological Research: Community composition studies, food web analysis, and habitat use. 
eDNA species groups

How does it work?

 

eDNA workflow-2