| Session |
Author(s) |
Title |
56 |
Ahmed, I*; Faruque, IA |
A high speed visual tracking system for analyzing in-flight insect interactions |
56 |
Jankauski, MA*; Casey, C; Busby, K; Buchmann, S |
Force production and thoracic vibrations during defensive buzzing in carpenter bees (Xylocopa: apidae) |
56 |
Swiney, PA*; Hedrick, TL; Gosdin, LR; Bellah, JR; Hopkins, AW; Raghav, V |
Preliminary analysis of the aerodynamic responses of a red–tailed hawk traversing a vertical gust |
56 |
Sathe, EA*; Dudley, R |
Evolutionary diversification of aerial control in the genus Anolis |
56 |
Najar, N*; Fernandez, L; Clark, C |
Hummingbird load lifting performance not predicted by top speed in a wind tunnel |
56 |
Anwar, MZ *; Agrawal, S; Cheng, B; Tobalske, BW; Luo, H |
Escape maneuvers in calliope hummingbirds with visual feedback removed at varied timings |
56 |
Baliga, VB*; Dakin, R; Altshuler, DL |
The influence of lateral and frontal optic flow on flight control in Anna’s hummingbirds |
56 |
Agrawal, S*; Anwar, Z; Song, J; Hedrick, T; Luo, H; Tobalske, B; Cheng, B |
Functional modeling of hummingbird musculoskeletal system via optimization-based synthesis of wing skeletal model, motion kinematics and muscle forces |
56 |
Rader, JA*; Waldrop, LD; Hedrick, TL |
Does load bearing constrain avian wing morphology? |
56 |
Krishnan, K; Gurka, R* |
Aerodynamics and energetics of raptors: a comparative analysis between an owl and a hawk |
56 |
Fan, XZ*; Swartz, S; Breuer, K |
Power requirements for flapping flight with heavy and highly articulated wings |
56 |
Rowley, KM*; Morris, A; Bortoni, A; Young, I; Boerma, D; Breuer, K; Swartz, SM |
Evidence for a proximal-distal gradient in muscle responses to a wind gust perturbation in the Egyptian fruit bat |
