Migrating birds derive compass information from the sun, stars, geomagnetic field and polarized light, but relatively little is known about how these multiple sources of directional information are integrated into a functional orientation system. We found that migratory warblers exposed to a rotated polarized light pattern at sunset oriented at a constant angle to the axis of polarization. When polarized light cues were eliminated, this shifted orientation was maintained relative to the setting sun. Polarized light patterns, thus, appear to provide a calibration reference for the sun compass in nocturnal migrants, and may also play a role in calibrating other compass systems
1. Migratory birds integrate information from a wide array of environmental sources. As our knowledg...
Migratory birds use celestial and geomagnetic directional information to orient on their way between...
1. Migratory birds integrate information from a wide array of environmental sources. As our knowledg...
Migrating birds derive compass information from the sun, stars, geomagnetic field and polarized ligh...
Migrating birds derive compass information from the sun, stars, geomagnetic field and polarized ligh...
Migratory birds use compass systems derived from the geomagnetic field, the stars, the sun and polar...
The magnetic field, the sun, the stars and the polarization pattern of visible light during twilight...
The interaction and hierarchy of celestial and magnetic compass cues used by migratory songbirds for...
Migratory birds use multiple sources of compass information for orientation, including the geomagnet...
Cue-conflict experiments were performed to study the compass calibration of one predominantly diurna...
Cue-conflict experiments were performed to study the compass calibration of one predominantly diurna...
Polarized light (PL) sensitivity is relatively well studied in a large number of invertebrates and s...
Abstract Migratory birds use compass systems derived from the geomagnetic field, the stars, the sun ...
Night migratory songbirds can use stars, sun, geomagnetic field, and polarized light for orientation...
1. Migratory birds integrate information from a wide array of environmental sources. As our knowledg...
1. Migratory birds integrate information from a wide array of environmental sources. As our knowledg...
Migratory birds use celestial and geomagnetic directional information to orient on their way between...
1. Migratory birds integrate information from a wide array of environmental sources. As our knowledg...
Migrating birds derive compass information from the sun, stars, geomagnetic field and polarized ligh...
Migrating birds derive compass information from the sun, stars, geomagnetic field and polarized ligh...
Migratory birds use compass systems derived from the geomagnetic field, the stars, the sun and polar...
The magnetic field, the sun, the stars and the polarization pattern of visible light during twilight...
The interaction and hierarchy of celestial and magnetic compass cues used by migratory songbirds for...
Migratory birds use multiple sources of compass information for orientation, including the geomagnet...
Cue-conflict experiments were performed to study the compass calibration of one predominantly diurna...
Cue-conflict experiments were performed to study the compass calibration of one predominantly diurna...
Polarized light (PL) sensitivity is relatively well studied in a large number of invertebrates and s...
Abstract Migratory birds use compass systems derived from the geomagnetic field, the stars, the sun ...
Night migratory songbirds can use stars, sun, geomagnetic field, and polarized light for orientation...
1. Migratory birds integrate information from a wide array of environmental sources. As our knowledg...
1. Migratory birds integrate information from a wide array of environmental sources. As our knowledg...
Migratory birds use celestial and geomagnetic directional information to orient on their way between...
1. Migratory birds integrate information from a wide array of environmental sources. As our knowledg...