As biodiversity decreases worldwide, the development of effective techniques to track
changes in ecological communities becomes an urgent challenge. Together with other …

Biodiversity in freshwater habitats is decreasing faster than in any other type of environment,
mostly as a result of human activities. Monitoring these losses can help guide mitigation …

Passive acoustic monitoring serves as a minimally invasive and effective method for
biodiversity assessment, particularly in bird monitoring through the application of acoustic …

Effective monitoring tools are key for tracking biodiversity loss and informing management
intervention strategies. Passive acoustic monitoring promises to provide a cheap and …

Identifying adequate methods and tools for biodiversity monitoring is fundamental in ecology
and conservation biology. Most of the standardised monitoring techniques involve the …

Acoustic monitoring provides opportunities for scaling up bioacoustic study of vocal animals
to greater temporal and spatial scales. However, the large amounts of audio that can be …

Species distribution models (SDMs) are a key tool for biogeography and climate change
research, although current approaches have some significant drawbacks. The use of …

Advances in technologies for data acquisition, storage and analysis have boosted Acoustic
Ecology studies, but protocols are still lacking. There is a need of more research to …

High rates of biodiversity loss caused by human-induced changes in the environment
require new methods for large scale fauna monitoring and data analysis. While ecoacoustic …

Passive acoustic monitoring can be used to assess the presence of vocal species. Automatic
estimation of such information is critical for allowing diversity monitoring over long time …