- Echolocation Behavior
- Sensory Ecology
- Multimodal Sensory Systems
- Phyllostomid bats
Neotropical Leaf-nosed bats (Phyllostomidae) show a huge range of feeding habits and can be found in many different habitats. Their sensory system is adapted to integrate different senses for orientation, navigation and target localization such as scent, vison and hearing. Besides listening passively to prey generated sound they use echolocation to assess their environment. Their huge diversity however is not reflected in the echolocation calls. These are usually multiharmonic, frequency modulated, short (< 2ms), and have a large band width. Only few species’ echolocation calls deviate from this general pattern and I want understand how this reflects ecological adaptations. Also, I am interested how other senses can complement for echolocation.
Gloria Gessinger ist Stipendiatin der Heinrich Böll Stiftung.
G. Gessinger, A. Surlykke, S. Brinkløv, M. Tschapka (2017). Ecolocation behavior of phyllostomid bats. Tagung deutscher Fledermausforscher, Vallendar, Germany.
G. Gessinger, A. Surlykke, S. Brinkløv, M. Tschapka (2016). Keeping the mouth shut? – Some Leaf-Nosed bats don’t. International Bat Research Conference (IBRC), Durban, South Africa.
G. Gessinger, A. Surlykke, S. Brinkløv, M. Tschapka (2016). Oral emission of echolocation calls in phyllostomid bats? European Conference of Tropical Ecology, Göttingen, Germany.
G. Gessinger, A. Surlykke, S. Brinkløv, M. Tschapka (2015). Oral emission of echolocation calls in phyllostomid bats? International Bioacoustics Council (IBAC), Murnau, Germany.
Institute of Evolutionary Ecology
and Conservation Genomics
University of Ulm
Email: gloria.gessinger () uni-ulm.de