Conveners
A02.02 Effects of noise and light on terrestrial and aquatic biodiversity: S009
- Dick Botteldooren (U-Ghent)
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Dick Botteldooren (U-Ghent)08/09/2026, 15:20A02 Bio-acoustics
Passive acoustic monitoring (PAM) has become a widely used tool for biodiversity assessment, particularly for monitoring vocalising animal species. However, in soundscapes dominated by natural or urban background noise, or in the presence of human voices, reliable detection and classification of animal vocalisations becomes challenging for widely used pretrained classifiers, such as BirdNET,...
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Rosa Ma Alsina-Pagès (La Salle, Universitat Ramón Llull)08/09/2026, 15:40A02 Bio-acoustics
This paper presents ECHO-POLIS, a 24-month project to characterise and interpret the soundscape of a mountain city—Andorra la Vella and Escaldes-Engordany—through a hybrid approach that integrates objective acoustic monitoring, AI-based source analysis, and citizen perception. The experimental design combines a fixed sensor network deployed across contrasting urban typologies (pedestrian...
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Marcel Kok (U-Ghent)08/09/2026, 16:00A02 Bio-acoustics
Outdoor music festivals are often organized outside urban areas to minimize nuisances for city dwellers. This results in possible proximity of festivals to natural areas and potential impact on biodiversity in these areas. However, assessments of festival impact often use anthropocentric modelling or monitoring, approaches. Music is targeted at human experience and therefore its frequency...
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Timothy Van Renterghem (Ghent University)08/09/2026, 16:20A02 Bio-acoustics
Environmental noise of anthropogenic origin is increasingly recognized as a major threat to biodiversity in natural areas. These areas are often intersected by major highways, exposing large adjacent zones to road traffic noise. Current knowledge and guidelines on traffic noise mitigation are largely focused on human listeners. However, road traffic noise, outdoor sound propagation, mitigation...
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Ursula Verfuss (NA Nature Analytics GmbH)08/09/2026, 16:40A02 Bio-acoustics
Large-scale, standardized biodiversity monitoring is critical for assessing ecosystem responses to climate change and increasing anthropogenic pressures in protected areas. The KI-Nationalpark project establishes a nationwide biodiversity monitoring network across 13 national parks and two wilderness areas in Germany. Combining camera trapping with passive acoustic monitoring over a 13-month...
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