Overview

Wildlife monitoring uses camera traps, drones, acoustic recorders, underwater sensors, and animal movement data to observe species and ecosystems with less manual effort. Common approaches include computer vision for detection, counting, tracking, and individual re-identification, alongside machine learning for call detection and multimodal analysis. Researchers also develop edge systems, active-learning workflows, and ecological benchmarks to make monitoring practical in remote settings and useful for scientific inference. Major challenges include scarce labels for rare species, performance shifts across sites and seasons, and balancing useful observations with animal disturbance.

Latest papers

CardsList

65 papers12 papers in the last four weeks, up 33% on the four weeks before. 0.1% of all new papers.

  1. Lessons and Open Questions from a Unified Study of Camera-Trap Species Recognition Over Time

    Mar 20, 2026Sooyoung Jeon, Hongjie Tian, Lemeng Wang +7Temporal Domain AdaptationWildlife Monitoring

  2. Efficient Brood Cell Detection in Layer Trap Nests for Bees and Wasps: Balancing Labeling Effort and Species Coverage

    Mar 17, 2026Chenchang Liu, Felix Fornoff, Annika Grasreiner +3Object DetectionWildlife Monitoring

  3. eLasmobranc Dataset: An Image Dataset for Elasmobranch Species Recognition and Biodiversity Monitoring

    Mar 11, 2026Ismael Beviá-Ballesteros, Mario Jerez-Tallón, Nieves Aranda-Garrido +6Wildlife MonitoringFine-Grained Image Classification

  4. KAMERA: Enhancing Aerial Surveys of Ice-associated Seals in Arctic Environments

    Sep 23, 2025Adam Romlein, Benjamin X. Hou, Yuval Boss +5Multispectral Object DetectionRemote Sensing

  5. Decentralized Vision-Based Autonomous Aerial Wildlife Monitoring

    Aug 20, 2025Makram Chahine, William Yang, Alaa Maalouf +6Multi-Robot CoordinationDrone-Based Wildlife Monitoring