Mostrando 10 resultados de: 13
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Article(13)
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Animal Behaviour(2)
Journal of Fish Biology(2)
Acta Ethologica(1)
Aquatic Sciences(1)
Journal of Fish Diseases(1)
Change in food ingestion induces rapid shifts in the diversity of microbiota associated with cutaneous mucus of Atlantic salmon Salmo salar
ArticleAbstract: To test the hypothesis that a switch in diet might cause changes in the abundance and composition ofPalabras claves:Diet switch, Fish skin, Food deprivation, Microorganisms, mucous cellsAutores:Alvarez M., Andrea Landeira-Dabarca, Sieiro C.Fuentes:scopusChanges in marine turbot (Scophthalmus maximus) epidermis and skin mucus composition during development from bilateral larvae to juvenile flat fish
ArticleAbstract: Alike other flat fish, marine turbot has the particularity that changes from larvae with bilateral sPalabras claves:club-like cells, Development, Histochemistry, metamorphosis, mucous cells, Scophthalmus maximusAutores:Abreu C.S.R., Alvarez M., Andrea Landeira-Dabarca, Molist P.Fuentes:scopusBiodiversity of leaf litter fungi in streams along a latitudinal gradient
ArticleAbstract: Global patterns of biodiversity have emerged for soil microorganisms, plants and animals, and the exPalabras claves:Aquatic fungi, Global biodiversity, Latitudinal diversity gradient, litter decomposition, streams, TEMPERATUREAutores:Albariño R.J., Andrea C. Encalada, Andrea Landeira-Dabarca, Bärlocher F., Boyero L., Bruder A., Chauvet E., Douglas M.M., Dudgeon D., Fenoglio S., Ferreira V., Frainer A., Garcia E.A., Gessner M.O., Ghate S.D., Giling D.P., Gonçalves V., Gracą M.A.S., Iwata T., Matthaei C.D., McKie B.G., McMaster D., Medeiros A.O., Naggea J., Pozo J., Raposeiro P.M., Seena S., Sobral O., Sridhar K.R., Swan C.M., Tenkiano N.S.D., Yule C.M.Fuentes:googlescopusDeterminants of food resource assimilation by stream insects along a tropical elevation gradient
ArticleAbstract: Food resource availability varies along gradients of elevation where riparian vegetative cover exertPalabras claves:Allochthony, aquatic insects, Autochthony, Elevation, Stable isotopes, Stoichiometry, Tropical streamsAutores:Andrea C. Encalada, Andrea Landeira-Dabarca, Atkinson C.L., Flecker A.S., Poff N.L.R., Rugenski A.T., Thomas S.A.Fuentes:googlescopusCue recognition and behavioural responses in the three-spined stickleback (Gasterosteus aculeatus) under risk of fish predation
ArticleAbstract: To effectively respond to predation risk, prey must assess the risk associated with different predatPalabras claves:Alarm cues, Anti-predation behaviour, chemical cues, Multimodal cues, predator, Visual cuesAutores:Alvarez M., Andrea Landeira-Dabarca, Johnsson J.I., Näslund J.Fuentes:scopusFood deprivation causes rapid changes in the abundance and glucidic composition of the cutaneous mucous cells of Atlantic salmon Salmo salar L.
ArticleAbstract: Cutaneous mucus is the first physical and chemical barrier of fish. This slime layer is secreted byPalabras claves:FISH, Histochemical, Lectin, mucous cells, starvationAutores:Alvarez M., Andrea Landeira-Dabarca, Molist P.Fuentes:scopusOrigin and specificity of predatory fish cues detected by Baetis larvae (Ephemeroptera; Insecta)
ArticleAbstract: Some prey respond to predator cues by altering their behaviour, but the response may depend on predaPalabras claves:Antipredator behaviour, Chemical cue, Chemical ecology, Fish mucus, Predator odour, Response specificity, SignallingAutores:Alvarez M., Andrea Landeira-Dabarca, Peckarsky B.L.Fuentes:scopusMayflies avoid sweets: fish skin mucus amino sugars stimulate predator avoidance behaviour of Baetis larvae
ArticleAbstract: Nonconsumptive effects of predators can have knock-on effects on prey fitness, life history and popuPalabras claves:bacteria, Baetidae, chemical cues, fish skin mucus, glycosaminoglycans, hexosamine, kairomones, predator avoidance behaviour, SalmonidaeAutores:Alvarez M., Andrea Landeira-Dabarca, Peckarsky B.L.Fuentes:scopusImpacts of detritivore diversity loss on instream decomposition are greatest in the tropics
ArticleAbstract: The relationship between detritivore diversity and decomposition can provide information on how biogPalabras claves:Autores:Albariño R.J., Anbalagan S., Andrea C. Encalada, Andrea Landeira-Dabarca, Barmuta L.A., Basaguren A., Bosch J., Boyero L., Burdon F.J., Caliman A., Callisto M., Calor A.R., Campbell I.C., Cardinale B.J., Chará-Serna A.M., Chauvet E., Ciapała S., Colón-Gaud C., Cornejo A., Correa-Araneda F., Davis A.M., Degebrodt M., Dias E.S., Díaz M.E., dos Santos G.M., Douglas M.M., Erimba C.M.M., Figueroa R., Flecker A.S., Fleituch T., Garcia E.A., García G., García P.E., Gessner M.O., Gómez J.E., Gómez S., Gonçalves J.F., Gracą M.A.S., Gwinn D.C., Hall R.O., Hamada N., Hui C., Imazawa D., Iwata T., Jesús Casas J., José Elí Rincón, Kariuki S.K., Laymon K., Leal M., López-Rojo N., Marchant R., Martins R.T., Masese F.O., Maul M., McKie B.G., Medeiros A.O., Middleton J.A., Monroy S., Muotka T., Negishi J.N., Pearson R.G., Pérez J., Ramírez A., Richardson J.S., Rubio-Ríos J., Sarremejane R., Sheldon F., Sitati A., Tenkiano N.S.D., Tiegs S.D., Tolod J.R., Tonin A.M., Venarsky M., Watson A., Yule C.M.Fuentes:scopusLatitude dictates plant diversity effects on instream decomposition
ArticleAbstract: Running waters contribute substantially to global carbon fluxes through decomposition of terrestrialPalabras claves:Autores:Albariño R.J., Anbalagan S., Andrea C. Encalada, Andrea Landeira-Dabarca, Barmuta L.A., Beesley L., Bosch J., Boyero L., Burdon F.J., Caliman A., Callisto M., Camden M., Campbell I.C., Cardinale B.J., Chará-Serna A.M., Chauvet E., Ciapała S., Colón-Gaud C., Cornejo A., Correa-Araneda F., Davis A.M., De Eyto E., Degebrodt M., Dias E.S., Díaz M.E., Douglas M.M., Elósegui A., Figueroa R., Flecker A.S., Fleituch T., Frainer A., França J.S., Garcia E.A., García G., García P.E., Gessner M.O., Giller P.S., Gómez J.E., Gómez S., Gonçalves J.F., Gracą M.A.S., Hall R.O., Hamada N., Hepp L.U., Hui C., Imazawa D., Iwata T., Jesús Casas J., José Elí Rincón, Junior E.S.A., Kariuki S.K., Leal M., Lehosmaa K., López-Rojo N., Marchant R., Martins R.T., Masese F.O., McKie B.G., Medeiros A.O., Middleton J.A., Muotka T., M’Erimba C., Negishi J.N., Pearson R.G., Pérez J., Pozo J., Ramírez A., Rezende R.S., Richardson J.S., Rubio-Ríos J., Serrano C., Shaffer A.R., Sheldon F., Swan C.M., Tenkiano N.S.D., Tiegs S.D., Tolod J.R., Tonin A.M., Vernasky M., Watson A., Yegon M.J., Yule C.M.Fuentes:scopus