| Bogong moth central complex neurons respond to the Milky Way |
Andrea Adden |
University of Lund, Sweden |
| Not as clear as it first appears: Antireflective nanostructures and thin film interference patterns in transparent arthropods |
Laura Bagge |
University of Florida, and Air Force Research Lab, USA |
| Using micro-CT techniques to explore the role of sex and hair in the functional morphology of bumblebee (Bombus terrestris) ocelli |
Emily Baird |
University of Stockholm, Sweden |
| What does a bee see? Using micro-CT to explore visual allometry within and between bee species |
Emily Baird |
University of Stockholm, Sweden |
| Visual object anticipation in hoverflies |
Bo Bekkouche |
University of Lund, Sweden |
| A two-step detection system for defensive responses is differentially sensitive to polarization contrast information in crabs |
Martín Berón de Astrada |
University of Buenos Aires, Argentina |
| Opsin gene expression in the ocelli of the Australian Bogong moth, Agrotis infusa |
Kristina Brauburger |
University of Lund, Sweden |
| Strong circadian control on the light-dark adaptation process in the fiddler crab eye |
Emelie Brodrick |
University of Bristol, UK |
| Brain lesions in visually navigating ants: The role of the Mushroom Bodies in visual guidance of experienced and inexperienced ants |
Cornelia Buehlmann |
University of Sussex, UK |
| A marker-based closed-loop capable virtual reality system for bees |
Tina Charmchi |
Kwantlen Polytechnic University, Canada |
| How bumblebees (Bombus impatiens) use visual cues of conspecifics under stressed and rewarded internal states |
Jaime Christiaanse |
Kwantlen Polytechnic University, Canada |
| Pax2 in cone/Semper cells controls multiple aspects of retinal development and function |
Tiffany Cook |
Wayne State University, USA |
| Sensory depression of the visual system shapes locomotion and courtship behaviour |
Kristina Corthals |
University of Lund, Sweden |
| Eye region-specific solutions to having a small eye |
John Currea |
Florida International University, USA |
| Towards intracellular recording from fan-shaped body neurons in walking bumblebees |
Josiane da Silva Freitas |
University of Lund, Sweden |
| Automated mapping of visual acuity in dipteran insects |
John Douglass |
Air Force Research Laboratories, USA |
| The world through the eyes of naive bumblebees: head orientation during the initial phase of learning flights |
Charlotte Doussot |
University of Bielefeld, USA |
| Neural mechanisms of divisive contrast normalization in the fly motion vision pathway |
Michael Drews |
Max Planck Institute of Neurobiology, Germany |
| Differential adaptation in dragonfly lobula tangential cells enables robust velocity estimation in natural scenes |
Bernard Evans |
University of Adelaide, Australia |
| Descending interneuron responses to multimodal sensory stimuli in Squilla (Crustacea, Stomatopoda) |
Kate Feller |
University of Minnesota, USA |
| Characterisation of spectral and spatial response properties in the Drosophila medulla neuropil. |
Rachael Feord |
University of Cambridge, UK |
| 3D reconstruction of the smallest known insect photoreceptors: the stemmata of the first instar larvae of Stylops ovinae (Insecta, Strepsiptera) |
Stefan Fischer |
University of Tübingen, Germany |
| Beyond the ‘red edge’: does visual sensitivity to long wavelengths facilitate resource location in jewel beetles? |
Amanda Franklin |
University of Melbourne, Australia |
| Sensitivity in imperfect eyes |
Yakir Gagnon |
University of Lund, Sweden |
| Robustness of the insect celestial compass in realistic conditions |
Evripidis Gkanias |
University of Edinburgh, UK |
| Adaptive responses to uneven terrain in visually navigating ants |
Paul Graham |
University of Sussex, UK |
| Is binocular stereopsis involved in trajectory control in the praying mantis strike? |
Tom Harper |
University of Newcastle, UK |
| Predator-mimicking sensory exploitation in the courtship behavior of Maratus |
Olivia Harris |
University of Cincinnati, UK |
| Bumblebees use optic flow for distance estimation |
Anna Honkanen |
University of Lund, Sweden |
| The eye of the firefly reconsidered |
Adrian Horridge |
Australian National University, Australia |
| The costly love spot of the horsefly (Tabanus bromius) |
Marko Ilić |
Graduate University for Advanced Studies, Japan |
| Chromatic and achromatic detection thresholds in Indian stingless bee, Tetragonula iridipennis |
Asmi Jezeera |
Indian Institute of Science Education and Research, India |
| X-rays activate phototransduction causing fast mirror-symmetric photoreceptor contractions across the left and right insect compound eyes |
Joni Kemppainen |
University of Sheffield, UK |
| Straight-line orientation in different visual environments |
Lana Khaldy |
University of Lund, Sweden |
| Measuring spatial vision in a millipede |
John Kirwan |
University of Lund, Sweden |
| Embodying insect brain models with GPU-enhanced Brains on Board |
James Knight |
University of Sussex, UK |
| Head-body coordination during chasing flight in the blowfly |
Jens Peter Lindemann |
Bielefeld University, Germany |
| Viewing the world through the eye of an invertebrate using ray-tracing |
Mikael Ljungholm |
University of Lund, Sweden |
| A neural network model of colour coding in honeybee brain |
HaDi MaBouDi |
University of Sheffield, UK |
| Hyperacute visual perception in Musca domestica |
Neveen Mansour |
University of Sheffield, UK |
| Oxygen dependence of visual function and ecology in marine invertebrate larvae |
Lillian McCormick |
University of California San Diego, UK |
| The spectral and polarisation properties of the chestnut tiger butterfly (Parantica sita) photoreceptors and their ommatidial locations |
Nicolas Nagloo |
Graduate University for Advanced Studies, Japan |
| A method for quantifying light environments |
Dan-Eric Nilsson |
University of Lund, Sweden |
| Characterization of ultraviolet opsin diversity in larval stomatopods |
Sitara Palecanda |
University of Hawaii at Manoa, USA |
| Hierarchical compass cues in a path integrating mantis shrimp |
Rickesh Patel |
University of Maryland Baltimore County, USA |
| Visual attention in the central complex of hunting praying mantises |
Uta Pegel |
Case Western Reserve University, USA |
| Polychromic stimulation of Papilio xuthus with LED synthesiser |
Primoz Pirih |
Graduate University for Advanced Studies, Japan |
| Optical retinography (ORG) in the Angled Sunbeam butterfly Curetis acuta: four ventral ommatidial types, perhaps? |
Primoz Pirih |
Graduate University for Advanced Studies, Japan |
| Behavioral evidence for spatial vision in a nudibranch mollusc |
Phoenix Quinlan |
University of Massachusetts Amherst, USA |
| A comparative analysis of eye development in arthropods |
Shubham Rathore |
University of Cincinnati, USA |
| Capturing static prey: damselfly and robber fly solutions |
Sergio Rossoni |
University of Cambridge, UK |
| ACEbot: robotic behaviors provide new insights on insect visual pursuit, motion camouflage and interception |
Franck Ruffier |
Aix Marseille University, France |
| Delineating the neural basis of diverse navigational strategies |
Marcel Sayre |
University of Lund, Sweden |
| Small object fixation of flying Drosophila suggests frontal hyperacute stereo vision |
Ben Scales |
University of Sheffield, UK |
| Detecting footprints of neural activity in the visual system of the bumblebee |
Adriana Schatton |
University of Lund, Sweden |
| A descending neuron correlated with steering maneuvers of flying Drosophila |
Bettina Schnell |
Neurobiology of Flight Control, Research Center Caesar, Germany |
| How do trilobites eyes look (like)? |
Brigitte Schoenemann |
University of Cologne, Germany |
| Sequence of views matters in route-following ants |
Sebastian Schwarz |
CRCA CNRS Université Paul Sabatier, France |
| Honeybees flying over a mirror crash irremediably |
Julien Serres |
Aix Marseille University, France |
| Models for propagating facilitation in the insect visual system |
Patrick Shoemaker |
San Diego State University, USA |
| Parallel processing of polarization and intensity information in fiddler crab vision |
Samuel Smithers |
School of Biological Sciences, University of Bristol |
| Postembryonic development of the compound eyes of the two-spotted assassin bug, Platymeris biguttatus (Hemiptera, Reduviidae) |
Johannes Spaethe |
University of Würzburg, Germany |
| What can we learn about visual navigation from the role of insect Lateral Accessory Lobes in active sensing and steering? |
Fabian Steinbeck |
University of Sussex, UK |
| The roles of colour and polarization contrast for motion detection in Papilio butterflies |
Finlay Stewart |
Graduate University for Advanced Studies, Japan |
| Multi-snapshot model goes 3D - homing and route following |
Wolfgang Stuerzl |
German Aerospace Center (DLR), Germany |
| Light-induced rhabdomere microsaccades in Musca domestica |
Jouni Takalo |
University of Sheffield, UK |
| Landing at skyrocketing speed: The visual control and unexpected benefits of high-speed landing in a Brazilian stingless bee |
Pierre Tichit |
University of Lund, Sweden |
| AntBot: a fully insect-inspired hexapod homing like desert ants |
Stephane Viollet |
Aix Marseille University, France |
| Modality-specific circuits for skylight orientation in the fly visual system |
Mathias Wernet |
Free University Berlin, Germany |
| Modelling Mushroom Body learning of continuous visual motion patterns for route memory in insects |
Le Zhu |
University of Edinburgh, UK |
| Receptive-field tuning to celestial polarization patterns is topographically organized in the locust central complex |
Frederick Zittrell |
University of Marburg, Germany |
