Movement ecology has rapidly advanced owing to recent developments of animal-attached
devices and wide applications of sophisticated statistical and machine learning techniques …

The use of animal-born sensors for location-based tracking and bio-logging in terrestrial
systems has expanded dramatically in the past 10 years. This rapid expansion has …

Wind turbines and power lines can cause bird mortality due to collision or electrocution. The
biodiversity impacts of energy infrastructure (EI) can be minimised through effective …

Animal tracking data are being collected more frequently, in greater detail, and on smaller
taxa than ever before. These data hold the promise to increase the relevance of animal …

Flight behaviour characteristics such as flight altitude and avoidance behaviour determine
the species‐specific collision risk of birds with wind turbines. However, traditional …

During the day, flying animals exploit the environmental energy landscape by seeking out
thermal or orographic uplift, or extracting energy from wind gradients. 1–6 However, most of …

Background The intensification of agricultural practices over the twentieth century led to a
cascade of detrimental effects on ecosystems. In Europe, agri-environment schemes (AES) …

24th of August 2013. The day started as any other capture day in the Negev desert, Israel,
with 36 griffon vultures (Gyps fulvus) waiting inside the capture trap operated by the Israeli …

An animal's energy landscape considers the power requirements associated with residing in
or moving through habitats. Within marine environments, these landscapes can be dynamic …

Soaring flight is a remarkable adaptation to reduce movement costs by taking advantage of
atmospheric uplifts. The movement pattern of soaring birds is shaped by the spatial and …