Coupled Active Systems Encode Emergent Behavioral Dynamics of the Unicellular Predator Lacrymaria olor

Meeting Abstract 132-5  Monday, Jan. 7 14:30 – 14:45  Coupled Active Systems Encode Emergent Behavioral Dynamics of the Unicellular Predator Lacrymaria olor PRAKASH, M; COYLE, SM*; FLAUM, E; LI, H; KRISHNAMURTHY, D; Stanford University; Stanford University; Stanford University; Stanford University; Stanford University scoyle@stanford.edu Multiple active systems in a cell work together to produce sophisticated cellular behaviors such […]

Does interpath angle Influence escape behavior An empirical test with yellow bellied marmots

Meeting Abstract 132-1  Monday, Jan. 7 13:30 – 13:45  . Does interpath angle Influence escape behavior: An empirical test with yellow bellied marmots. WRENSFORD, KC*; GUTIEREZ, JA; COOPER, WE; BLUMSTEIN, DT; Univ. of California, Berkeley; Univ. of California, Los Angeles; Purdue University Fort Wayne; Univ. of California, Los Angeles kwasi_wrensford@berkeley.edu Escape theory provides a critical conceptual framework […]

Three-dimensional patterns of water flow in a cross-step model of a filter feeding fish

Meeting Abstract 129-4  Monday, Jan. 7 10:45 – 11:00  Three-dimensional patterns of water flow in a cross-step model of a filter feeding fish VAN WASSENBERGH, S; Muséum National D’Histoire Naturelle, Paris svanwassenbergh@mnhn.fr http://samvanwassenbergh.weebly.com Recent studies on how fish filter food particles out of the water have identified the importance of vortices that form ‘hydrocyclonic nets’ that repel […]

Intra-Oral Hydrodynamics of Suction Feeding in Fishes

Meeting Abstract 129-2  Monday, Jan. 7 10:15 – 10:30  Intra-Oral Hydrodynamics of Suction Feeding in Fishes PROVINI, P*; BRUNET, A; VAN WASSENBERGH, S; Muséum National d’Histoire Naturelle; Muséum National d’Histoire Naturelle; Muséum National d’Histoire Naturelle pauline.provini@mnhn.fr To capture prey by suction, fishes generate a high velocity flow of water entering the mouth and exiting at the back […]

The Power of Pivot Feeding A Neglected Role For Power Amplification in Syngnathidae

Meeting Abstract 129-5  Monday, Jan. 7 11:00 – 11:15  The Power of Pivot Feeding: A Neglected Role For Power Amplification in Syngnathidae. JACOBS, C*; DAY, S; HOLZMAN, R; Tel Aviv University; Rochester Institute of Technology; Tel Aviv University corrinej2@gmail.com All animals face an overriding constraint on their ability to produce fast movements – muscles contract slowly and […]

Hawaiian Monk Seals Suck Behavioral Flexibility in Feeding Strategies and Kinematics When Hawaiian Monk Seals Target Different Prey

Meeting Abstract 129-6  Monday, Jan. 7 11:15 – 11:30  Hawaiian Monk Seals Suck: Behavioral Flexibility in Feeding Strategies and Kinematics When Hawaiian Monk Seals Target Different Prey KIENLE, SS*; CACANINDIN, A ; COSTA, DP; MEHTA, RS; Univ of California Santa Cruz; Univ of California Santa Cruz; Univ. of California Santa Cruz; Univ. of California Santa Cruz skienle@ucsc.edu […]

Dual Function of the Epaxial Musculature of Largemouth Bass for Swimming and Suction Feeding

Meeting Abstract 129-1  Monday, Jan. 7 10:00 – 10:15  Dual Function of the Epaxial Musculature of Largemouth Bass for Swimming and Suction Feeding JIMENEZ, YE*; BRAINERD, EL; Brown University; Brown University yordano_jimenez@brown.edu Swimming and suction feeding involve remarkably different motions, yet many fishes use their epaxial musculature for both. Are different regions of the musculature specialized for […]

An XROMM Study of Intra-oral Transport and Swallowing in Catfish

Meeting Abstract 129-3  Monday, Jan. 7 10:30 – 10:45  An XROMM Study of Intra-oral Transport and Swallowing in Catfish WELLER, HI*; MANAFZADEH, A; OLSEN, AM; HERNANDEZ, LP; CAMP, AL; BRAINERD, EB; Brown University; Brown University; Brown University; George Washington University; University of Liverpool; Brown University hannah_weller@brown.edu http://github.com/hiweller/ Most fish feeding studies focus on prey capture, especially during […]

Locomotor kinematics of free-ranging primates in response to changes in substrate diameter and orientation

Meeting Abstract 128-4  Monday, Jan. 7 10:45 – 11:00  Locomotor kinematics of free-ranging primates in response to changes in substrate diameter and orientation DUNHAM, NT*; MCNAMARA, A; HIERONYMUS, TL; SHAPIRO, L; YOUNG, JW; NEOMED; University of Texas at Austin; NEOMED; University of Texas at Austin; NEOMED ndunham@neomed.edu Primates’ near exclusive use of diagonal sequence gaits has been […]

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