The conservation of long‐distance migratory birds requires coordination between the
multiple countries connected by the movements of these species. The recent expansion of …

Wind energy production has expanded to meet climate change mitigation goals, but
negative impacts of wind turbines have been reported on wildlife. Soaring birds are among …

Avian mortality is one of the most negative impacts of wind energy. Consequently,
techniques that effectively reduce avian collision rates are necessary. One of such method is …

Collisions of large soaring raptors with wind turbines and other infrastructures represent a
growing conservation concern. We describe a way to leverage knowledge about raptor …

Large bodies of water represent major obstacles for the migration of soaring birds because
thermal updrafts are absent or weak over water. Soaring birds are known to time their water …

Open landfills seem to be playing an increasing role as target feeding areas for several
species, not only in their breeding areas or during the winter, but also during the migration …

Wind energy production has expanded as an alternative to carbon emitting fossil fuels, but is
causing impacts on wildlife that need to be addressed. Soaring birds show concerning rates …

Background Weather effects on bird migration are well-studied among Passerines moving
from Europe to Africa or within the American flyway systems. However, little is known about …

Populations of soaring birds are often impacted by wind-power generation. Sex and age
bias in turbine collisions can exacerbate these impacts through demographic changes that …

Migration counts can offer a cost‐effective method for monitoring the state of migrant raptor
populations. However, differential migration strategies between inexperienced juveniles and …