Virtual labs and activities Tools for students and an opportunity to broaden your Broader Impacts

Meeting Abstract 91.3  Sunday, Jan. 6  Virtual labs and activities: Tools for students and an opportunity to broaden your Broader Impacts HODIN, J.*; MILLER, P.; EPEL, D.; Hopkins Marine Station, Stanford Univ., Pacific Grove, CA USA; Hopkins Marine Station, Stanford Univ., Pacific Grove, CA USA; Hopkins Marine Station, Stanford Univ., Pacific Grove, CA USA seastar@stanford.edu Our team […]

Flight Artists An outreach project that enables the general public to film natural flight using the worlds most advanced high-speed camera

Meeting Abstract 91.2  Sunday, Jan. 6  Flight Artists: An outreach project that enables the general public to film natural flight using the worlds most advanced high-speed camera. LENTINK, D*; FIAZ, A.W.; Stanford University; Wageningen University; Wageningen University dlentink@stanford.edu In 2010-2011 we developed a world-unique outreach project “Flight Artists” with a large team of scientist, students, and support […]

The multi-functional properties of a cypriniform feeding novelty

Meeting Abstract 91.5  Monday, Jan. 6 14:30  The multi-functional properties of a cypriniform feeding novelty RADE, CM*; SANFORD, CP; HERNANDEZ, LP; The George Washington University; Hofstra University; The George Washington University cristinarade@gmail.com The cypriniform palatal organ is a dorsally located, tongue-like muscular mass that spans the buccal roof and has various lateral connections to the branchial elements. […]

Ontogenetic transitions from cleaning behavior are associated with shifts in cranial morphology in Thalassoma wrasses

Meeting Abstract 91.2  Monday, Jan. 6 13:45  Ontogenetic transitions from cleaning behavior are associated with shifts in cranial morphology in Thalassoma wrasses BALIGA, V.B.*; MEHTA, R.S.; Univ. of California, Santa Cruz; Univ. of California, Santa Cruz vbaliga@ucsc.edu In fishes, cleaning is a mutualistic behavior wherein a species will remove and consume ectoparasites or damaged tissues from other […]

Modulating growth trajectories of the feeding mechanism in sympatric species may contribute to functional morphological diversity in teleost fishes

Meeting Abstract 91.4  Monday, Jan. 6 14:15  Modulating growth trajectories of the feeding mechanism in sympatric species may contribute to functional morphological diversity in teleost fishes TURINGAN, R.G.*; KENYON, J.E.; SHENKER, J.M.; Florida Institute of Technology, Melbourne; Florida Institute of Technology, Melbourne; Florida Institute of Technology, Melbourne turingan@fit.edu The quest into the advancement of our understanding of […]

Hydrodynamic starvation in first-feeding larval fishes

Meeting Abstract 91.1  Monday, Jan. 6 13:30  Hydrodynamic starvation in first-feeding larval fishes HOLZMAN, RH*; CHINA, V; ZILKA, M; YANIV, S; ELAD, D; Tel Aviv University; Tel Aviv University; Tel Aviv University; Tel Aviv University; Tel Aviv University holzman@post.tau.ac.il Larval fishes suffer prodigious mortality rates, typically eliminating 99% of the brood within a few days after first […]

Does cavitation limit the speed of mantis shrimp

Meeting Abstract 91.6  Monday, Jan. 6 14:45  Does cavitation limit the speed of mantis shrimp? COX, S.M.*; PATEK, S.N.; University of Massachusetts, Amherst; Duke University scox0@bio.umass.edu With one of the fastest feeding strikes in the animal kingdom, mantis shrimp strike prey with a raptorial appendage that can reach velocities of 30 m/s with accelerations of 1×105 m/s2 […]

Come on baby, let’s do the twist the kinematics of killing in Loggerhead Shrikes (Passeriformes Laniidae)

Meeting Abstract 91.3  Monday, Jan. 6 14:00  Come on baby, let’s do the twist: the kinematics of killing in Loggerhead Shrikes (Passeriformes: Laniidae) SUSTAITA, D.*; RUBEGA, M. A.; FARABAUGH, S. M.; Brown University; University of Connecticut; San Diego Zoo Global diego_sustaita@brown.edu Shrikes use their beaks for procuring and processing their arthropod and vertebrate prey. Their distinctive hooked […]

Understanding bat flight as a model for bio-inspired aircraft designs

Meeting Abstract 91.2  Tuesday, Jan. 6 13:45  Understanding bat flight as a model for bio-inspired aircraft designs FULLER, NW*; THERIAULT, DH; KONG, Z; WANG, S; BETKE, M; BAILLIEUL, J; Boston University; Boston University; Boston University; Boston University; Boston University; Boston University nwfuller@bu.edu http://people.bu.edu/nwfuller/ Flight behaviors of bats provide an extraordinary study system for scientists to understand collective […]

the Society for
Integrative &
Comparative
Biology