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From Pixels to Policy: Closing the Gap between In Situ Monitoring, Earth Observation, and Policy Actionability
Packaging data with its semantics, provenance and machine-readable policy as FAIR Digital Objects makes it rescue-ready and redeployable elsewhere.
Claus Weiland ↗
kabr-tools: A Modular Workflow for Automated Video-Based Behavioral Monitoring Across the Autonomy Spectrum
kabr-tools offers a modular, model-agnostic pipeline from drone or camera-trap video to ecological behaviour analysis.
Jenna Kline ↗
The WildLIVE Portal: Towards Scalable Wildlife Monitoring through the Integration of Citizen Science and Human-in-the-Loop AI Workflows
WildLIVE combines a model registry, provenance-tracked human verification and FAIR publication to move camera trap data from raw images to publishable data.
Rajapreethi Rajendran ↗
Trapper 2.0: scalable, open-source platform for managing camera trapping projects with integrated AI pipelines
Trapper 2.0 offers an open, model-agnostic, edge-deployable pipeline for camera trap photos and videos with expert review and Camtrap DP export.
Karolina Kuczkowska ↗
Camtrap DP: extending data standard designed for camera trapping research to support AI workflows and new data sources
Camtrap DP fits data from any stationary sensor, and converging community feedback shows how to extend it for AI provenance and multimodal monitoring.
Karolina Kuczkowska ↗
From Standardized Field Methods to AI-Ready Knowledge: The LEPMON Project with the LAUP Infrastructure Stack for Automated Moth Monitoring
LEPMON's LAUP portal shows an end-to-end infrastructure for camera-based moth monitoring that builds Camtrap DP into routine data management, making millions of observations downloadable and analysable.
Peter Grobe ↗
Integrating advanced monitoring technologies for spatially explicit, ecosystem-based biodiversity conservation across diverse habitats in Saudi Arabia
Saudi Arabia's network of 35 Biodiversity Protection Areas combines reintroductions, spatial risk mapping and satellite, camera-trap and drone monitoring to conserve species across very diverse ecosystems.
Mohammad Zafarul Islam ↗
Snapshot Japan: A Community-Driven Network for Large-Scale Wildlife Biodiversity Monitoring Using Camera Traps
Community support plus a simple standard protocol and Camtrap DP publishing let Snapshot Japan scale camera-trap monitoring from 9 to 65 sites in three years.
Kumiko Totsu ↗
Standardizing Multimodal Insect Monitoring Data for AI-Ready Pipelines: Lessons from an InsectAI Community Datathon
Camtrap DP can largely accommodate automated insect monitoring data today, but the community needs agreed guidance and a few targeted extensions (track IDs, parent media and crop offsets, target taxonomic scope, identification provenance) to handle insect-specific challenges.
Jamie Alison ↗