Results 211 to 220 of about 18,692 (252)
The Visual Umwelt of primates and Hippocampal Representations of Space. [PDF]
HippocampusMartinez-Trujillo J, Piza D.
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Sensory ecology of scyphomedusae
Marine and Freshwater Behaviour and Physiology, 1995The sensory ecology of scyphomedusae is a subject ripe for investigation. There are sensory structures for which there is no experimental evidence of function, there are behavioral performances for which there are no demonstrated sense organs, and there are behaviors for which there are no adaptive explanations.
William M Hamner
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Sensory and Cognitive Ecology of Bats
Annual Review of Ecology, Evolution, and Systematics, 2021We see stunning morphological diversity across the animal world. Less conspicuous but equally fascinating are the sensory and cognitive adaptations that determine animals’ interactions with their environments and each other. We discuss the development of the fields of sensory and cognitive ecology and the importance of integrating these fields to ...
Rachel Page, Hannah Ter Hofstede
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The Sensory Ecology of Foraging for Animal Prey
2012Many prosimians eat animal food, including arthropods and small vertebrates. This chapter explores the clues prosimians rely on to detect and identify animal prey, and their sensory adaptations for predation. Available observational and experimental datasets suggest that acoustic and visual (especially motion) cues, as well as olfactory and tactile ...
Björn M Siemers, Siemers Björn M
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2004
Because all fish experience night, perpetually dark, or turbid waters, there is strong selection for the use of non-visual senses in all fish species. Anatomical diversity hints that the lateral line is one of the most important senses for fishes, and it is put to diverse use.
John Janssen, Janssen John
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Because all fish experience night, perpetually dark, or turbid waters, there is strong selection for the use of non-visual senses in all fish species. Anatomical diversity hints that the lateral line is one of the most important senses for fishes, and it is put to diverse use.
John Janssen, Janssen John
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Sensory Ecology of Subterranean Rodents
2007Ever since Dusenbery’s seminal monograph published in 1992, sensory ecology has been defined as the study of how organisms acquire and respond to information. Hence, in contrast to classical ecology with its focus on energy flows, sensory ecology deals with information flows (Dusenbery 1992).
Sabine Begall, Begall Sabine
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History and Philosophy of the Life Sciences, 2017
Sensory ecology is a discipline that focuses on how living creatures use information to survive, but not to live. By trans-defining the orthodox concept of sensory ecology, a serious heterodox question arises: how do organisms use their senses to live, i.e. to enjoy or suffer life?
Fernando Otálora-Luna, Elis Aldana
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Sensory ecology is a discipline that focuses on how living creatures use information to survive, but not to live. By trans-defining the orthodox concept of sensory ecology, a serious heterodox question arises: how do organisms use their senses to live, i.e. to enjoy or suffer life?
Fernando Otálora-Luna, Elis Aldana
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The Biological Bulletin, 1996
Sensoryecologyisa newlyemergingintegrationof two well-establisheddisciplinesthat had not beenexamined jointly until Dusenbery'srecentbook (1992).Although biologistshavealwaysrecognizedthe important interre lationshipsbetweensensoryphysiologyandecology,this work wasthe first to explicitly examinethe two together.
E, Bowdan, G A, Wyse
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Sensoryecologyisa newlyemergingintegrationof two well-establisheddisciplinesthat had not beenexamined jointly until Dusenbery'srecentbook (1992).Although biologistshavealwaysrecognizedthe important interre lationshipsbetweensensoryphysiologyandecology,this work wasthe first to explicitly examinethe two together.
E, Bowdan, G A, Wyse
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Plant ecoacoustics: a sensory ecology approach
Trends in Ecology & Evolution, 2023Many interactions of plants with the environment have an acoustic component, including the actions of herbivores and pollinators, wind and rain. Although plants have long been tested for their response to single tones or music, their response to naturally occurring sources of sound and vibration is barely explored.
Heidi Appel, Reginald Cocroft
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