Symposium S1

Towards a General Framework for Predicting Animal Movement Speeds in Nature

Day: Sunday, Jan. 4, 08:00-15:30
Room: Ballroom A

Organizer(s): Robbie Wilson

Symposium Author(s) Title

S1		 WILSON, RS Can we predict how fast animals will move in their environment?

S1		 HUSAK, J. F. Animal speeds in different ecological contexts: when the laboratory meets nature

S1		 HALSEY, LG Animal locomotion: What factors shape the energy costs?

S1		 CLEMENTE, C J *; WYNN, M L; AMIR ABDUL NASIR, A F; HUDSON, M G; WILSON, R S Balancing biomechanical constraints when selecting movement speeds in natural environments.

S1		 WALL-SCHEFFLER, C.M. Optimal movement speeds in human locomotion

S1		 WHEATLEY, R*; BROWN, C; ANGILLETTA, M/J; NIEHAUS, A/C; WILSON, R/S Optimising performance by balancing trade-offs between speed and accuracy

S1		 CESPEDES, Ann M.*; LAILVAUX, Simon P. Simulating the evolution of maximal and optimal speeds

S1		 WILSON, Alan M Optimal locomotion speeds in wild African carnivores during hunting and ranging.

S1		 MOORE, Talia Y*; VASUDEVAN, Ramanarayan; BIEWENER, Andrew A Outrun or Outmaneuver: Ecological context informs more broadly applicable biomechanical studies

S1		 COMBES, S.A.*; SALCEDO, M.K.; GAGLIARDI, S.F.; CRALL, J.D.; IWASAKI, J.M.; RUNDLE, D.E. Optimal flight speeds during dragonfly predator-prey encounters

S1		 Discussion
the Society for
Integrative &
Comparative
Biology