Add to ORKGUsing audio recording dataloggers, we collected nocturnal bird vocalizations at different sites within the Davy Crockett National Forest and the Stephen F. Austin Experimental Forest. We detected vocalizations of a variety of nocturnal and diurnal species. This technology is useful for its application to avifauna
Trends in bird population sizes are an important indicator in nature conservation but measuring such...
Acoustic monitoring of birds is developing rapidly as equipment, methods and analyses improve. Howev...
Animal monitoring is a key tool for many disciplines and can be done many ways. One of them is acous...
Passive acoustic monitoring, when coupled with automated signal recognition software, is a useful te...
Darkness hides species on the landscape, but vocalizations illuminate their presence. In a nocturnal...
Many avian species migrate under the cover of darkness, limiting our ability to study migration phen...
Monitoring avian species over a vast landscape challenges researchers and landmanagers. Many current...
This research addressed acoustic monitoring for avian populations as a monitoring protocol in three ...
Acoustic monitoring of passerine nocturnal migration represents a unique and passive way to study bi...
The daily patterning of vocalizations was determined for 15 species of forest-edge birds at the UWM ...
We present automated instruments to facilitate the monitoring of vocalizing species in their environ...
The use of new technology for wildlife monitoring comes with both possible benefits and challenges. ...
Surveys optimized to coincide with peak detectability of target species are critical to the success ...
Bioacoustic localization of bird vocalizations provides unattended observations of the location of c...
Thesis (M. Eng.)--Massachusetts Institute of Technology, Dept. of Electrical Engineering and Compute...
Trends in bird population sizes are an important indicator in nature conservation but measuring such...
Acoustic monitoring of birds is developing rapidly as equipment, methods and analyses improve. Howev...
Animal monitoring is a key tool for many disciplines and can be done many ways. One of them is acous...
Passive acoustic monitoring, when coupled with automated signal recognition software, is a useful te...
Darkness hides species on the landscape, but vocalizations illuminate their presence. In a nocturnal...
Many avian species migrate under the cover of darkness, limiting our ability to study migration phen...
Monitoring avian species over a vast landscape challenges researchers and landmanagers. Many current...
This research addressed acoustic monitoring for avian populations as a monitoring protocol in three ...
Acoustic monitoring of passerine nocturnal migration represents a unique and passive way to study bi...
The daily patterning of vocalizations was determined for 15 species of forest-edge birds at the UWM ...
We present automated instruments to facilitate the monitoring of vocalizing species in their environ...
The use of new technology for wildlife monitoring comes with both possible benefits and challenges. ...
Surveys optimized to coincide with peak detectability of target species are critical to the success ...
Bioacoustic localization of bird vocalizations provides unattended observations of the location of c...
Thesis (M. Eng.)--Massachusetts Institute of Technology, Dept. of Electrical Engineering and Compute...
Trends in bird population sizes are an important indicator in nature conservation but measuring such...
Acoustic monitoring of birds is developing rapidly as equipment, methods and analyses improve. Howev...
Animal monitoring is a key tool for many disciplines and can be done many ways. One of them is acous...