... monitoring, enabling existing models to be adapted to the species under study. Accelerometer Behavioral classification Bio-logging Neural networks Machine Learning Animal behavior Carnegie Corporation of New York http://dx.doi.org/10.13039/100000308 Fonds Européen de...

...: Freely competing mantis shrimp dissipate 90% of the energy of high-force strikes by raising their impact-resistant tailplates off the substrate; faster strikes led to greater proportional energy dissipation. Biomechanics Animal behavior Coefficient of restitution Animal contests Ecomorphology...

... kilometers away, using the heat these targets emit. We review the diverse mechanisms involved. Melanophila Animal behavior Infrared detection Temperature Thermosensation Vector National Institute of General Medical Sciences http://dx.doi.org/10.13039/100000057 R01 GM130842...

... that Drosophila larvae can navigate light gradients exclusively using temporal cues. Larvae are hypothesized to achieve this by integrating brightness change during runs. Drosophila melanogaster larvae Animal behavior Posture tracking Navigation Decision making Modeling Many animals have...

... can identify an object by its shape and seem to use the shape of an object over its color when recognizing it. Object recognition Learning Memory Ethology Pavlovian conditioning Animal behavior Stomatopod Marine biology Visual guidance Mantis shrimp mostly reside in shallow...

... flexible search pattern to locate their homes. Navigation Search Pattern Animal Behavior Orientation Stomatopod Homing Path integration is an efficient navigational strategy that many animals use to return to a specific location. During path integration, an animal monitors its body...

... scenes of three species of weakly electric fish were tracked without tagging using a submerged electrode array in a small neotropical stream. Animal behavior Localization Electrosensory scenes Movements Nocturnal Studying the sensory ecology of a species (Endler and Basolo, 1998...

...://www.biologists.com/user-licence-1-1/ Summary: Serotonergic and dopaminergic gene expression causally explains aspects of stickleback personality. Human pharmaceuticals make sticklebacks bolder, demonstrating consequences of human medical waste for wildlife. Animal behavior Cocktail effects Dopamine...

... types of visual information using a single camera. Animal behavior Computer vision Multichannel visualization Kinematics Particle image velocimetry Biomechanics The visualization of multiple channels of spatial information is common to numerous fields of biological study. Multichannel...

... interactions between animals. Animal behavior Computer vision Machine learning Social behavior Interactions between conspecifics are some of the most critical in an individual's life: behaviors such as mating, parental care and territorial defense all have fitness consequences (Clutton-Brock...

... of small-bodied, free-living animals. Behavioral ecology Animal behavior Acceleration Machine learning Chipmunks Activity budget Historically, constructing accurate behavioral activity budgets for wild animals has been difficult because of challenges associated with observer effects...

... range are performed despite potentially heavy energetic costs and a low rate of food intake, presumably to explore new breeding, social and long-term resource location opportunities. * Author for correspondence ([email protected]) 5 10 2011 © 2012. 2012 animal behavior...