One of the major drivers of global biodiversity declines is habitat loss and modification, often
associated with anthropogenic environments. To mitigate biodiversity declines, a …

Noise pollution is an underappreciated component of global environmental change and can
impact species that have a strong reliance on acoustic communication. In urban areas, traffic …

Acoustically communicating species have evolved adaptations that allow them to transmit
information and overcome signal masking where their habitat is disturbed by anthropogenic …

Acoustic communication is vital to the survival and fitness of many vertebrates. While
successful communication is reliant on acoustic signals reaching an intended receiver and …

Loss of acoustic habitat due to anthropogenic noise is a key environmental stressor for vocal
amphibian species, a taxonomic group that is experiencing global population declines. The …

Anthropogenic habitat modification significantly challenges biodiversity. With its
intensification, understanding species' capacity to adapt is critical for conservation planning …

Species communicating acoustically may develop behavioral responses that aid them to
transmit information and overcome signal masking in habitats disturbed by anthropogenic …

Highlights•Sounds produced by invasive species can limit communication space.•Invasive
treefrogs compete acoustically with native treefrogs with similar calls.•These native treefrogs …

In habitats disturbed by anthropogenic noise, acoustically communicating species may
develop behavioral responses that help them transmit information and overcome signal …

Urban environments are novel ecosystems, with increased chemical, sound, and light
pollution differentially impacting many animals. Understanding the impacts of urban …