Introducing the Environmental DNA (eDNA) Surface Sampler

Research without barriers.

Advance your environmental assessments and biodiversity monitoring in freshwater and marine environments with innovative technology from Ocean Diagnostics.

 

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Experience the freedom and versatility to collect eDNA samples anytime, anywhere

 
Designed for efficiency, this small and rugged sampler can accompany you wherever your curiosity takes you. 

Collect more field samples in less time.

With a self-priming pump and rechargeable battery, you can collect more field samples without time-consuming manual filtration processes.

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Features

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Compact and lightweight to easily store, ship and carry
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Versatile for remote locations
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In-situ filtration for more reliable data
Efficient and easy-to-use
A weather-proof case with custom foam cutouts to easily store components
Compatible with a rechargeable battery for extended field sampling time

How It Works


The compact self-priming diaphragm vacuum pump efficiently draws surface water through a filter to capture eDNA samples from freshwater and marine environments. Designed for versatility and functionality, the sampler is powered by a rechargeable, off-the-shelf Makita power tool battery so you can collect more field samples in less time. 

Watch the video to see it in action!

 

Download The Data Sheet

Applications

The eDNA Surface Sampler can be used by researchers or community scientists to collect field samples for many purposes, including:

 

  • Biodiversity monitoring
    Invasive species detection
  • Conservation genetics 
  • Compliance monitoring
  • Endangered species tracking
  • Water quality assessments
  • Environmental impact assessments
  • Restoration monitoring
  • Early detection of pathogens and parasites



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Supporting SDG 14

Marine pollution, invasive species, climate change and other human activities threaten biodiversity and life below water (SDG 14). Environmental DNA (eDNA) sampling is a simple, cost-effective and non-destructive method to measure biodiversity loss

With eDNA surface sampling technology, researchers and community scientists alike can contribute the data needed to inform and monitor solutions.