Animal navigation, magnetic sense, migration, focus on #bats #SFB_1372
#MSCActions alumnus EU-UK
Website: www.oliverlindecke.org
X: @oliverlindecke
Also on ResearchGate
👇🔌🚗📢🏙️🦇
www.biorxiv.org/content/10.1...
👇🔌🚗📢🏙️🦇
www.biorxiv.org/content/10.1...
weiterlesen
weiterlesen
Hesselberg & Brannigan report first observations of European cave spider running towards potential prey walking the cave wall and touching orb threats! #OpenAccess doi.org/10.1111/eth....
@genmig.bsky.social, @migecol.bsky.social
@thiemokarwinkel.bsky.social, @olindecke.bsky.social: 'Marine artificial light at night: Implications and potential hazards for offshore songbird and bat movements in the Greater North Sea' doi.org/10.1111/csp2...
@genmig.bsky.social, @migecol.bsky.social
@thiemokarwinkel.bsky.social, @olindecke.bsky.social: 'Marine artificial light at night: Implications and potential hazards for offshore songbird and bat movements in the Greater North Sea' doi.org/10.1111/csp2...
🦇Plan B(at)🦇
... they compensate by adapting their flight path and vocalizations.
They flew lower, oriented themselves along walls and increased both the number and length of their calls, boosting the power of echo signals used for navigation.
🧪
hub.jhu.edu/2024/11/25/b...
🦇Plan B(at)🦇
... they compensate by adapting their flight path and vocalizations.
They flew lower, oriented themselves along walls and increased both the number and length of their calls, boosting the power of echo signals used for navigation.
🧪
hub.jhu.edu/2024/11/25/b...
Which he implemented physically using a wooden mouse named Theseus.
To solve a given maze, on a grid, Theseus used two modes:
🧵
Which he implemented physically using a wooden mouse named Theseus.
To solve a given maze, on a grid, Theseus used two modes:
🧵