Poster

The SA-FARI Dataset: Segment Anything in Footage of Animals for Recognition and Identification

Dante Wasmuht ⋅ Otto Brookes ⋅ Maximilian Schall ⋅ Pablo Palencia ⋅ Christopher Beirne ⋅ Tilo Burghardt ⋅ Majid Mirmehdi ⋅ Hjalmar Kühl ⋅ Mimi Arandjelovic ⋅ Sam Pottie ⋅ Peter Bermant ⋅ Brandon Asheim ⋅ Yi Jin Toh ⋅ Adam Elzinga ⋅ Jason Allan Holmberg ⋅ Andrew Whitworth ⋅ Eleanor Flatt ⋅ Laura Gustafson ⋅ Chaitanya Ryali ⋅ Yuan-Ting Hu ⋅ Baishan Guo ⋅ Andrew Westbury ⋅ Kate Saenko ⋅ Dídac Surís

Abstract

Automated video analysis is critical for wildlife conservation. A foundational task in this domain is multi-animal tracking (MAT), which underpins applications such as individual re-identification and behavior recognition. However, existing datasets are limited in scale, constrained to a few species, or lack sufficient temporal and geographical diversity -- leaving no suitable benchmark for training general-purpose MAT models applicable across wild animal populations. To address this, we introduce SA-FARI, the largest open-source MAT dataset for wild animals. It comprises 11,609 camera trap videos collected over approximately 10 years (2014-2024) from 741 locations across 4 continents, spanning 99 species categories. Each video is exhaustively annotated culminating in $\sim$46 hours of densely annotated footage containing 16,224 masklet identities and 942,702 individual bounding boxes, segmentation masks, and species labels. Alongside the task-specific annotations, we publish anonymized camera trap locations for each video. Finally, we present comprehensive benchmarks on SA-FARI using state-of-the-art vision-language models for detection and tracking, including SAM 3, evaluated with both species-specific and generic animal prompts. We also compare against vision-only methods developed specifically for wildlife analysis. SA-FARI is the first large-scale dataset to combine high species diversity, multi-region coverage, and high-quality spatio-temporal annotations, offering a new foundation for advancing generalizable multi-animal tracking in the wild. The dataset is available at [ANONYMIZED]