Abstract The S-band WSR-88D is sensitive enough to observe biological scatterers like
birds and insects. However, their nonspherical shapes and frequent collocation in the radar …

Weather radar serves as a crucial tool for monitoring aeroecology by enabling the
observation of migrating birds and insects. Although dual-polarization weather radar offers …

Organisms have been shifting their timing of life history events (phenology) in response to
changes in the emergence of resources induced by climate change. Yet understanding …

In this study, we combined a machine learning pipeline and human supervision to identify
and label swallow and martin roost locations on data captured from 2000 to 2020 by 12 …

The exodus of flying animals from their roosting locations is often visible as expanding ring‐
shaped patterns in weather radar data. The NEXRAD network, for example, archives more …

We consider the problem of adapting a network trained on three-channel color images to
hyperspectral images with a large number of channels. We propose domain adaptors that …

Accurately extracting biological echoes is a fundamental prerequisite for weather radar
aeroecology monitoring. However, the concurrent presence of meteorological echoes and …

Communal roosts are essential stopover sites for migratory birds. Monitoring the diurnal
activity patterns of birds in communal roosts (DAPBCRs) is crucial for understanding their …

NEXRAD radars detect biological scatterers in the atmosphere, ie, birds and insects, without
distinguishing between them. A method is proposed to discriminate these bird and insect …

Detecting flying animals (eg, birds, bats, and insects) using weather radar helps gain
insights into animal movement and migration patterns, aids in management efforts (such as …