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scopus(25)
Effect of magnetic pulses on Caribbean spiny lobsters: Implications for magnetoreception
ArticleAbstract: The Caribbean spiny lobster, Panulirus argus, is a migratory crustacean that uses Earth's magnetic fPalabras claves:Magnetite, Magnetoreceptor, Navigation, Orientation, Panulirus argus, Pulse magnetizationAutores:Ernst D.A., Kenneth J. LohmannFuentes:scopusDisruption of magnetic orientation in hatchling loggerhead sea turtles by pulsed magnetic fields
ArticleAbstract: Loggerhead sea turtles (Caretta caretta) derive both directional and positional information from thePalabras claves:magnetoreception, Navigation, Orientation, Pulse magnetization, sea turtleAutores:Irwin W., Kenneth J. LohmannFuentes:scopusDetection of magnetic field properties using distributed sensing: A computational neuroscience approach
ArticleAbstract: Diverse taxa use Earth's magnetic field to aid both short- and long-distance navigation. Study of thPalabras claves:animal magnetic reception, computational neuroscience, distributed sensing, dynamic neural fields, magnetoreception, magnetosensing, NavigationAutores:Johnsen S., Kenneth J. Lohmann, Taylor B.K.Fuentes:scopusGeomagnetic imprinting: A unifying hypothesis of long-distance natal homing in salmon and sea turtles
ArticleAbstract: Several marine animals, including salmon and sea turtles, disperse across vast expanses of ocean befPalabras claves:FISH, Magnetic, magnetoreception, MIGRATION, NavigationAutores:Kenneth J. Lohmann, Lohmann C.M.F., Putman N.F.Fuentes:scopusGoal navigation and island-finding in sea turtles
ArticleAbstract: Juvenile and adult sea turtles often navigate to specific feeding areas during long-distance migratiPalabras claves:Magnetic, MIGRATION, Navigation, Olfactory, Orientation, Review, sea turtle, Secular variationAutores:Hays G., Kenneth J. Lohmann, Luschi P.Fuentes:scopusIdentifiable neurons inhibited by Earth-strength magnetic stimuli in the mollusc Tritonia diomedea
ArticleAbstract: Diverse animals use the Earth's magnetic field as an orientation cue, but little is known about thePalabras claves:Magnetic, magnetoreception, mollusc, Navigation, Orientation, Tritonia diomedeaAutores:Cain S.D., Kenneth J. Lohmann, Wang J.H.Fuentes:scopusIdentification of magnetically responsive neurons in the marine mollusc Tritonia diomedea
ArticleAbstract: Behavioral experiments have demonstrated that the marine mollusc Tritonia diomedea can use the EarthPalabras claves:Cilia, Magnetic, magnetoreception, mollusc, Navigation, neuroethology, Neuropeptide, Orientation, TPep, Tritonia diomedeaAutores:Cain S.D., Kenneth J. Lohmann, Wang J.H.Fuentes:scopusResponses of hatchling sea turtles to rotational displacements
ArticleAbstract: After emerging from underground nests, sea turtle hatchlings migrate through the surf zone and out tPalabras claves:Caretta caretta, Equilibrium, Navigation, Orientation, sea turtle, WavesAutores:Avens L., Dukes P., Johnsen S., Kenneth J. Lohmann, Wang J.H.Fuentes:scopusMagnet-induced disorientation in hatchling loggerhead sea turtles
ArticleAbstract: Laboratory experiments have indicated that hatchling loggerhead sea turtles (Caretta caretta) are abPalabras claves:Caretta caretta, magnetoreception, Navigation, Orientation, sea turtleAutores:Irwin W., Kenneth J. LohmannFuentes:scopusMagnetic field distortions produced by protective cages around sea turtle nests: Unintended consequences for orientation and navigation?
ArticleAbstract: The Earth's magnetic field plays an important role in the orientation and navigation of sea turtles.Palabras claves:Magnetic orientation, magnetoreception, Navigation, sea turtle, Sea turtle conservationAutores:Horner A., Irwin W., Kenneth J. LohmannFuentes:scopus