Monitoring biodiversity and assessing ecosystem health often requires extensive fieldwork and taxonomic expertise, making it difficult to scale conservation efforts. Traditional methods struggle to capture the full range of species present in an environment, especially cryptic or rare organisms. Analyzing large volumes of environmental DNA (eDNA) data can also be computationally intensive and require specialized bioinformatics skills.

eDNA Explorer provides a cloud-based bioinformatics platform that simplifies the process of analyzing eDNA and geospatial data for biodiversity monitoring. The platform enables users to upload eDNA sequence data, automatically identify organisms present in a sample, and correlate species distributions with environmental variables. By streamlining eDNA analysis, eDNA Explorer empowers researchers, conservationists, and environmental managers to gain rapid, accurate insights into ecosystem composition and dynamics. The platform facilitates data sharing and collaboration, allowing users to explore eDNA projects from around the world and contribute their own findings to a global biodiversity knowledge base.

Automated taxonomic assignment of eDNA sequences using curated reference databases

Geospatial data integration for visualizing species distributions and environmental gradients

Interactive data exploration tools for identifying biodiversity hotspots and tracking changes over time

Project management features for organizing eDNA studies and collaborating with team members

Secure data storage and sharing capabilities for promoting open science and reproducibility

Tools for comparing organism lists and environmental variables

The primary users are researchers, conservationists, environmental consultants, and government agencies involved in biodiversity monitoring, ecological research, and environmental management.