Wild animals are used in scientific research in a wide variety of contexts both in situ and ex
situ. Guidelines for best practice, where they exist, are not always clearly linked to animal …

Light‐level geolocation data loggers, or geologgers, have recently been miniaturized to the
extent that they can be deployed on small songbirds, allowing us to determine many …

The use of biologging devices continues to increase with technological advances yielding
remarkable ecological insights and generating new research questions. However, as …

Basic questions about the life histories of migratory birds have confounded scientists for
generations, yet we are nearing an era of historic discovery as new tracking technologies …

The rise of antibiotic resistance demands the acceleration of molecular diversification
strategies to inspire new chemical entities for antibiotic medicines. We report here on the …

Geolocator accuracy varies, depending on bird behavior, geographic location, habitat, and
weather (Fudickar et al. 2012, Lisovski et al. 2012). Ground truthing at multiple sites prior to …

Currently, the deployment of tracking devices is one of the most frequently used approaches
to study movement ecology of birds. Recent miniaturization of light‐level geolocators …

Insects represent the most diverse and functionally important group of flying migratory
animals around the globe, yet their small size makes tracking even large migratory species …

Properly timed spring migration enhances reproduction and survival. Climate change
requires organisms to respond to changes such as advanced spring phenology. Pied …

Radio-transmitters and light-level geolocators are currently small enough for use on
songbirds weighing< 15 g. Various methods are used to attach these markers to larger …