About
eDNA Explorer is a comprehensive environmental DNA (eDNA) species monitoring platform designed to harness the power of genomics, geospatial data, and artificial intelligence. The platform enables organizations to detect and track thousands of organisms—from fish and mammals to plants and microbes—across water and soil environments without invasive sampling. At its core, eDNA Explorer offers an intuitive web application where ecologists, land managers, and researchers can browse detected species visually, dive into individual species details with interactive detection maps, and compare biodiversity across multiple sites over time. Integrated AI tools leverage Google Earth Engine data to reveal how environmental variables like rainfall, land use, and carbon levels influence local species patterns. The platform provides end-to-end project support: project planning and protocol design, professional sampling kits, certified lab processing through a global network of vetted local labs, and rich analytics and reporting tools. Users can generate publication-ready figures, export CSV data, and share insights with collaborators. eDNA Explorer is purpose-built for use cases including ecological restoration baseline assessments, environmental compliance reporting, forest carbon credit verification (supporting Verra and TNFD frameworks), and invasive or threatened species monitoring. Organizations retain full data sovereignty—data can be kept private, downloaded, or selectively shared. Trusted by leading conservation and environmental organizations, the platform bridges complex genetic analysis with accessible, decision-ready visualizations.
Key Features
- AI-Powered Species Detection: Automatically identifies thousands of organisms across all kingdoms from water and soil eDNA samples, cross-checking findings with traditional observational databases.
- Interactive Geospatial Mapping: Leverages Google Earth Engine integration and AI to map species detection locations, cluster similar sites, and reveal how environmental variables drive biodiversity patterns.
- Analytics & Publication-Ready Reports: Generates comprehensive biodiversity trend reports with temporal analysis, alpha/beta diversity statistics, and exportable charts and CSV files for research and compliance.
- Data Sovereignty & Controlled Sharing: Users own all project data and can keep it private, download it at any time, or selectively share with collaborators or the public.
- End-to-End Project Support: Covers the full eDNA workflow from project design and sampling protocol development to lab processing via a vetted global lab network and final insight delivery.
Use Cases
- Conducting baseline biodiversity assessments for ecological restoration projects to measure habitat recovery over time.
- Meeting environmental impact assessment and compliance reporting requirements for land development or water management projects.
- Verifying biodiversity co-benefits for forest carbon credits under frameworks like Verra and TNFD to earn enhanced credit rates.
- Monitoring threatened and invasive species across land and water sites to inform conservation management decisions.
- Supporting citizen science and research initiatives with standardized eDNA data collection, analysis, and publication-ready outputs.
Pros
- Comprehensive Ecosystem Coverage: Detects organisms across all biological kingdoms in both aquatic and terrestrial environments, providing a holistic biodiversity picture in a single platform.
- Regulatory & Framework Compliance: Supports environmental assessment standards and established carbon credit frameworks like Verra and TNFD, making compliance reporting straightforward.
- Accessible UX for Non-Specialists: The intuitive interface makes complex genomic and geospatial data understandable for ecologists, land managers, and researchers without deep bioinformatics expertise.
- Global Local Lab Network: Partners with vetted in-country labs internationally, ensuring sample integrity, data sovereignty compliance, and regulatory adherence across jurisdictions.
Cons
- Highly Specialized Use Case: The platform is built exclusively for environmental and biodiversity monitoring, limiting its applicability to a narrow professional audience.
- Enterprise Pricing Barrier: As a full-service, enterprise-oriented solution requiring lab work and end-to-end support, costs may be prohibitive for smaller organizations or independent researchers.
- Requires Physical Sampling: Generating insights depends on collecting physical eDNA samples in the field, adding logistical complexity and upfront effort before any analysis can begin.
Frequently Asked Questions
What is environmental DNA (eDNA)?
Environmental DNA refers to genetic material shed by organisms into their surrounding environment—water, soil, or air. eDNA Explorer uses these trace genetic signatures to detect and identify species without needing to capture or directly observe them.
What types of species can eDNA Explorer detect?
The platform can identify thousands of organisms across all biological kingdoms, including fish, mammals, amphibians, reptiles, plants, invertebrates, fungi, and microbes, in both aquatic and terrestrial ecosystems.
Who is eDNA Explorer designed for?
It is designed for ecologists, environmental consultants, land managers, conservation organizations, carbon project developers, and researchers who need rigorous biodiversity monitoring and compliance reporting.
Do I own my data on the platform?
Yes. Users retain full data sovereignty. All project data can be kept private, downloaded at any time, or shared selectively with collaborators or the public.
Can eDNA Explorer be used for regulatory compliance?
Yes. The platform supports environmental assessment requirements and aligns with established reporting standards and carbon credit frameworks such as Verra and TNFD, making it suitable for formal compliance submissions.
