Passive acoustic monitoring (PAM) has emerged as a transformative tool for applied
ecology, conservation and biodiversity monitoring, but its potential contribution to …

For many habitat specialists, data deficiencies are directly attributable to the rugged terrain
they inhabit. Based on a recent survey effort for one such species, the threatened Yosemite …

Bioacoustics has become widely used in the study of acoustically active animals, and
machine learning algorithms have emerged as efficient and effective strategies to identify …

Monitoring population size at ecosystem scales is difficult for most species of conservation
concern. While assessing site occupancy at broad scales has proven feasible, rigorous …

Population declines and range contractions due to habitat loss are pervasive among
nonhuman primates, with 60% of species threatened with extinction. However, the extensive …

Over 20 years ago, ecologists were introduced to the site occupancy model (SOM) for
estimating occupancy rates from detection‐nondetection data. In the ensuing decades, the …

Monitoring populations is critical for understanding how they respond to anthropogenic
disturbance and for management of protected areas. The use of passive acoustic monitoring …

In light of global biodiversity loss, comprehensive monitoring of species and biodiversity is
fundamental for effective conservation management. Technology‐driven approaches …

Recent years have seen a dramatic rise in the use of passive acoustic monitoring (PAM) for
biological and ecological applications, and a corresponding increase in the volume of data …

Background & Aims: Rapid urbanization has highlighted the importance of effectively
monitoring and evaluating urban bird diversity, making it a crucial area of inquiry within …