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• W1847492042 abstract "Vol. 287: 263–307, 2005 MARINE ECOLOGY PROGRESS SERIES Mar Ecol Prog Ser Published February 18 THEME SECTION Sensory biology: linking the internal and external ecologies of marine organisms Idea and coordination: Marc J. Weissburg, Howard I. Browman CONTENTS* Weissburg MJ Introduction ……………………………………………… 263–265 Browman HI Applications of sensory biology in marine ecology and aquaculture ………………………………………….. 266–269 Fields DM, Weissburg MJ Evolutionary and ecological significance of mechanosensor morphology: copepods as a model system …………………………………..………… 269–274 Hemmi JM, Zeil J Animals as prey: perceptual limitations and behavioural options ………………………………..…. 274–278 Higgs DM Auditory cues as ecological signals for marine fishes ……………………………..………….…………….. 278–281 Johnsen S Visual ecology on the high seas ……………….………. 281–285 Mead KS Reception before perception: how fluid flow affects odor signal encounter by olfactory sensors …………. 285–289 Mogdans J Adaptations of the fish lateral line for the analysis of hydrodynamic stimuli ……………………….……….. 289–292 Nevitt GA, Bonadonna F Seeing the world through the nose of a bird: new developments in the sensory ecology of procel- lariiform seabirds ………………………………………… 292–295 Walker MM, Dennis TE Role of the magnetic sense in the distribution and abundance of marine animals …………………………. 295–300 Literature Cited ..………………………………………… 300–307 Meganyctiphanes norvegica. Knowing which sensory modes the Northern krill uses to locate prey is central to evaluations of its feeding ecology. This Theme Section presents case stud- ies that demonstrate how sensory biology is required to mech- anistically link the organism’s internal and external ecologies and, thereby, to make well-founded and accurate predictions about key processes in marine ecology. Photo copyright Uwe Kils, Rutgers University. Used by permission Introduction Marc J. Weissburg School of Biology, Georgia Institute of Technology, 310 Ferst Drive, Atlanta, Georgia 30332-0230, USA Email: marc.weissburg@biology.gatech.edu Contributions to this Theme Section (TS) articulate an increasingly powerful synthesis in ecology: under- standing animal perceptual abilities lends insight into ecological interactions that, in turn, determine funda- mental properties of populations of organisms and communities. This synthesis, often referred to as sen- sory ecology (e.g. Dusenbery 1992), has its ante- cedents in diverse fields ranging from sensory physio- *Contributions are in alphabetical order (by first author) logy, behavior and behavioral ecology, to classical pop- ulation ecology (e.g. Lythgoe 1979, Dusenbery 1992, Endler 2000). However, it is unique in the explicit recognition that the capacity of organisms to acquire information from the environment is an essential determinant of ecological function. Thus, sensory ecol- ogy acts as the disciplinary interface between the pro- cesses occurring within organisms and those occurring between organisms and their environment. The sub-discipline of sensory ecology is a relatively new endeavour. Although sensory physiology, behav- ior and ecology are all well established areas that have made substantial contributions to our understanding of the natural world, there is a distinct lack of studies that link the inner and outer ecologies of animals. The explanation for this may lie in a historical tendency to pursue specialized knowledge within a given level of inquiry at the expense of synthesis across levels (see Saarinen 1980). Whereas sensory physiologists largely address the mechanisms operating within organisms © Inter-Research 2005 · www.int-res.com Resale or republication not permitted without written consent of the publisher" @default.
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• W1847492042 title "Seeing the world through the nose of a bird: new developments in the sensory ecology of procellariiform seabirds" @default.
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