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 …

Computational ecoacoustics has seen significant growth in recent decades, facilitated by the
reduced costs of digital sound recording devices and data storage. This progress has …

Soundscape mapping provides a unique perspective to explain the complicated spatial-
temporal change of bird activities in urban forests. Most studies of soundscapes have used …

Long-duration recordings of the natural environment have many advantages in passive
monitoring of animal diversity. Technological advances now enable the collection of far …

Understanding how human-dominated landscapes affect biodiversity and ecosystems is
essential for effective conservation planning. This work aims to understand the relationship …

Bioacoustic methods analyze sounds to monitor wildlife in forests, providing novel
perspectives to understand the relationship between forest vegetation structure and wildlife …

As sustainable metropolitan regions require more densely built-up areas, a comprehensive
understanding of the urban acoustic environment (AE) is needed. However, comprehensive …

Abstract The Ecoacoustic Event Detection and Identification (EEDI) system is a recent
methodology to investigate structure and dynamic of soundscapes. In this study, EEDI has …

In nature, vibrational communication takes place in an ecological context and in a complex
vibrational environment that can be a major driver of evolution. Vibroscape is a collection of …

A major challenge in water quality assessment is to identify suitable indicators to monitor
and assess the effects of anthropogenic stressors on the ecological status of freshwater …