BioGuard - A Revolutionary Leap in Biodiversity and Ecosystem Monitoring with eDNA

Emission Reductions

Problem

Traditional biodiversity assessment methodologies are invasive, disruptive to ecosystems, and often inefficient. There's a dire need for a solution that is non-invasive, accurate, and cost-effective, ensuring minimal human interference while maximizing understanding and protection of biodiversity.

Focus

BioGuard concentrates on leveraging the potential of Environmental DNA (eDNA) technology to monitor biodiversity in a manner that is less disruptive, more accurate, and cost-efficient, helping to conserve and protect ecosystems

Stakeholders
  • Conservationists
  • Ecosystem Analysts
  • Biodiversity Researchers
  • Protected Area Managers
  • Invasive Species Controllers

Measurement systems

  • Sampling Efficiency: Speed and accuracy of eDNA collection and analysis.
  • Non-Invasiveness: Level of minimal disturbance to wildlife and their habitats.
  • Monitoring Continuity: Capacity for real-time, continuous ecosystem monitoring.
  • Species Detection: Ability to identify both common and elusive species along with their abundance.
  • Invasive Species Alert: Timeliness in detecting invasive species to prevent ecological disruption.
Technologies

Emerging digital technologies

  • eDNA Sampling Mechanisms: Techniques that efficiently gather DNA shed by organisms into the environment.
  • Advanced DNA Sequencing: High-precision sequencing technologies for precise species identification.
  • Bioinformatics Tools: Software for species identification through their genetic signatures.
  • Remote Sensing Integration: Combining data from drones, satellites, and other remote sensing technologies.
  • Customizable Dashboards: User-friendly interfaces and data visualization tools tailored for biodiversity researchers and conservationists.