Palabras clave
migración parcial
población
superposición de distribuciones
Tyrannus
Cómo citar
Resumen
La investigación reciente sobre aves migratorias ha demostrado que constituyen un grupo que presenta comportamientos altamente diversos, plásticos y complejos. Nuestro objetivo general es resaltar la importancia de estudiar los mecanismos que generan los patrones que caracterizan la migración de aves en América del Sur. Para ello nos enfocamos en un patrón interesante (la alta incidencia de superposición en la distribución reproductiva y de invernada), analizando las oportunidades ofrecidas por la teoría de migración parcial para dilucidar los mecanismos que producen tal superposición. Proponemos que una comprensión mecanística de la migración de aves en América del Sur no solo proveería una apreciación más profunda sobre la ecología, la fisiología y la evolución de las especies migratorias del Nuevo Mundo, sino que también mejoraría los fundamentos científicos para su conservación.
Referencias
ABLE KP AND BELTHOFF JR (1998) Rapid “evolution” ofmigratory behaviour in the introduced house finchof eastern North America. Proceedings of the RoyalSociety of London B 265:2063–2071
ADRIAENSEN F AND DHONDT AA (1990) Population dy-namics and partial migration of the European Robin(Erithacus rubecula) in different habitats. Journal ofAnimal Ecology 59:1077–1090
ALERSTAM T AND ÅKESSON S (2003) Long-distance migra-tion: evolution and determinants. Oikos 103:247–260
ALERSTAMTAND HEDENSTRÖM A (1998) The develop-ment of bird migration theory. Journal of Avian Biol-ogy 29:343–369
BARLEIN F (2003) The study of bird migrations — somefuture perspectives. Bird Study 50:243–253
BELL CP (2000) Process in the evolution of bird mi-gration and pattern in avian ecogeography. Journalof Avian Biology 31:258–265
BELL CP (2005) Inter- and intrapopulation migrationpatterns: ideas, evidence, and research priorities.Pp. 41–52 in: GREENBERG R AND MARRA PP (eds) Birdsof two worlds. The ecology and evolution of migration.Johns Hopkins University Press, Baltimore
BELTHOFF JR AND GAUTHREAUX SA (1991) Partial mi-gration and differential winter distribution of HouseFinches in the eastern United States. Condor93:374–382
BERTHOLD P (1999) A comprehensive theory for theevolution, control and adaptability of avian migra-tion. Ostrich 70:1–11
BERTHOLD P (2001) Bird migration: a general survey.Second edition. Oxford University Press, New York
BÊTY J, GIROUX JF AND GAUTHIER G (2004) Individualvariation in timing of migration: causes and repro-ductive consequences in greater snow geese (Ansercaerulescens atlanticus). Behavioral Ecology and Socio-biology 57:1–8
BIEBACH H (1983) Genetic determination of partialmigration in the European Robin (Erithacus rubecola).Auk 100:601–606
BILDSTEIN K (2004) Raptor migration in the Neotropics:patterns, processes and consequences. OrnitologíaNeotropical 15(Suppl.):83–99
BÖHNING-GAESE K AND OBERRATH R (1999) Phyloge-netic effects on morphological, life-history, behav-ioral, and ecological traits of birds. Evolutionary Ecol-ogy Research 1:347–364
BÖHNING-GAESE K AND OBERRATH R (2003) Macro-ecology of habitat choice in long-distance migratorybirds. Oecologia 137:296–303
BOULET M AND NORRIS DR (2006) The past and presentof migratory connectivity. Ornithological Monographs61:1–13
CAPLLONCH P AND LOBO R (2005) Contribution to theknowledge of migration of three Elaenia species(Tyrannidae) from Argentina. Ornitología Neotropical16:145–161
CHESSER RT (1994) Migration in South America: anoverview of the Austral system. Bird ConservationInternational 4:91–107
CHESSER RT (1995) Biogeographic, ecological, and evolu-tionary aspects of South American austral migration, withspecial reference to the family Tyrannidae. PhD disser-tation, Louisiana State University, Louisiana
CHESSER RT AND LEVEY DJ (1998) Austral migrants andthe evolution of migration in New World birds: diet,habitat and migration revisited. American Naturalist152:311–319
COHEN D (1967) Optimization of seasonal migratorybehavior. American Naturalist 101:5–17
CRISTOL DA, BAKER MB AND CARBONE C (1999) Differ-ential migration revisited: latitudinal segregation byage and sex class. Current Ornithology 15:33–88
GARLAND T JRAND ADOLPH SC (1994) Why not to dotwo-species comparative studies: limitations on in-ferring adaptation. Physiological Zoology 67:797–828
GAUTHREAUX SA JR (1982) The ecology and evolutionof avian migration systems. Pp. 93–168 in: FARNERDS AND KING JR (eds) Avian biology. Volume 6. Aca-demic Press, New York
GITTLEMAN JL AND LUH HK (1992) On comparing com-parative methods. Annual Review of Ecology and Sys-tematics 23:383–404
VON HAARTMAN L (1968) The evolution of residentversus migratory habit in birds: some consider-ations. Ornis Fennica 45:1–7
HAYES FE, SCHARF PA AND RIDGELY RS (1994) Australbird migrants in Paraguay. Condor 96:83–97
HOBSON KA (2005) Stable isotopes and the determi-nation of avian migratory connectivity and seasonalinteractions. Auk 122:1037–1048
JAHN AE, DAVIS SE AND SAAVEDRA AM (2002) Patronesen la migración austral de aves entre temporadas yhábitats en el Chaco boliviano, con notas de obser-vaciones raras y una lista de especies. Ecología enBolivia 37:31–50
JAHN AE, LEVEY DJ AND SMITH KG (2004) Reflectionsacross hemispheres: a system-wide approach toNew World bird migration. Auk 121:1005–1013
JOSEPH L (1997) Towards a broader view of Neotropi-cal migrants: consequences of a re-examination ofaustral migration. Ornitología Neotropical 8:31–36
JOSEPH L, LESSA EP AND CHRISTIDIS L (1999) Phylogenyand biogeography in the evolution of migration:shorebirds of the Charadrius complex. Journal of Bio-geography 26:329–342
JOSEPH L, WILKE T AND ALPERS D (2003) Independentevolution of migration on the South Americanlandscape in a long-distance temperate-tropical mi-gratory bird, Swainson’s flycatcher (Myiarchusswainsoni). Journal of Biogeography 30:925–937
KALELA O (1954) Populationsökologischegesichtspunkte zur entstehung des vogelsugs.Annales Botanici Societatis Zoologicae BotanicaeFennicae Vanamo 16:1–31
KETTERSON ED AND NOLAN V JR (1976) Geographicvariation and its climatic correlates in the sex ratioof eastern-wintering Dark-eyed Juncos (Juncohyemalis). Ecology 57:679–693
KETTERSON ED AND NOLAN V JR (1983) The evolutionof differential bird migration. Current Ornithology1:357–402
KETTERSON ED AND NOLAN V JR (1985) Intraspecificvariation in avian migration: evolutionary and regu-latory aspects. Contributions in Marine Science27(Suppl.):553–579
KOEHL MR (1989) Discussion: from individuals topopulations. Pp. 39–53 in: ROUGHGARDEN J, MAY RMAND LEVIN SA (eds) Perspectives in ecological theory.Princeton University Press, Princeton
LACK D (1943) The problem of partial migration. BritishBirds 37:122–131
LACK D (1954) The natural regulation of animal numbers.Oxford University Press, London
LEVEY DJ (1994) Why we should adopt a broader viewof Neotropical migrants. Auk 111:233–236
LEVEY DJ AND STILES FG (1992) Evolutionary precur-sors of long-distance migration: resource availabilityand movement patterns in Neotropical landbirds.American Naturalist 140:447–476
LEVIN SA (1992) The problem of pattern and scale inecology. Ecology 73:1943–1967
LUBCHENCO J (1998) Entering the century of the envi-ronment: a new social contract for science. Science279:491–497
LUNDBERG P (1987) Partial bird migration and evolu-tionarily stable strategies. Journal of Theoretical Biology125:351–360
MARRA PP, HOBSON KA AND HOLMES RT (1998) Linkingwinter and summer events in a migratory bird byusing stable-carbon isotopes. Science 282:1884–1886
MARTÍNEZ MM (1983) Nidificación de Hirundo rusticaerythrogaster (Boddaert) en la Argentina (Aves,Hirundinidae). Neotropica 29:83–86
MCNEIL R (1982) Winter resident repeats and returnsof austral and boreal migrant birds banded in Ven-ezuela. Journal of Field Ornithology 53:125–132
MOORE FR AND ABORN DA (2000) Mechanisms of enroute habitat selection: how do migrants make habi-tat decisions during stopover? Studies in AvianBiology 20:34–42
MORTON ES (1977) Intratropical migration in the Yellow-green Vireo and Piratic Flycatcher. Auk 94:97–106
NORRIS DR, MARRA PP, KYSER TK, SHERRY TW ANDRATCLIFFE LM (2004) Tropical winter habitat limitsreproductive success on the temperate breedinggrounds in a migratory bird. Proceedings of the RoyalSociety of London B 271:59–64
OUTLAW DC, VOELKER G, MILA B AND GIRMAN DJ (2003)Evolution of long-distance migration in and histori-cal biogeography of Catharus thrushes: a molecularphylogenetic approach. Auk 120:299–310
PARKER TA III, STOTZ DF AND FITZPATRICK JW (1996)Ecological and distributional databases. Pp. 113–436in: STOTZ DF, FITZPATRICK JW, PARKER TA III ANDMOSKOVITS KD (eds) Neotropical birds: ecology andconservation. University of Chicago Press, Chicago
PIERSMA T, PÉREZ-TRIS J, MOURITSEN H, BAUCHINGER UAND BAIRLEIN F (2005) Is there a “migratory syn-drome” common to all migrant birds? Annals of theNew York Academy of Sciences 1046:282–293
RAPPOLE JH (1995) The ecology of migrant birds: a Neo-tropical perspective. Smithsonian Institution Press,Washington DC
RIDGELY RS AND TUDOR G (1994) The birds of SouthAmerica. Volume II: the suboscine passerines. Univer-sity of Texas Press, Austin
SCHWABL H (1983) Ausprägung und Bedeutung desTeilzugverhaltens einer südwestdeutschen Popula-tion der Amsel Turdus merula. Journal für Ornithologie124:101–116
SCHWABL H AND SILVERIN B (1990) Control of partialmigration and autumnal behaviour. Pp. 144–155 in:GWINNER E (ed) Bird migration: physiology and eco-physiology. Springer-Verlag, Berlin
SILLETT T AND HOLMES R (2002) Variation in survivor-ship of a migratory songbird throughout its annualcycle. Journal of Animal Ecology 71:296–308
DA SILVA JMC (1999) Seasonal movements andconservation of seedeaters of the genus Sporophilain South America. Studies in Avian Biology19:272–280
STILES FG (2004) Austral migration in Colombia: thestate of knowledge, and suggestions for action.Ornitología Neotropical 15(Suppl.):349–355
STOTZ DF, FITZPATRICK FW, PARKER TA III ANDMOSKOVITS DK (1996) Neotropical birds: ecology andconservation. University of Chicago Press, Chicago
SWINGLAND IR (1983) Intraspecific differences inmovements. Pp. 102–115 in: SWINGLAND IR ANDGREENWOOD PJ (eds) The ecology of animal movement.Clarendon Press, Oxford
TELLERÍA JL AND PÉREZ-TRIS J (2004) Consequences ofthe settlement of migrant European Robins,Erithacus rubecula, in wintering habitats occupied byconspecific residents. Ibis 146:258–268
TORRES DOWDALL J, FARMER A AND BUCHER EH (2006)Uso de isótopos estables para determinar conec-tividad migratoria en aves: alcances y limitaciones.Hornero 21:73–84
VUILLEUMIER F (2004) A critique of Neotropical orni-thology: is research on Neotropical birds scientific?Ornitología Neotropical 15:41–60
WEBSTER MS, MARRA PP, HAIG SM, BENSCH S ANDHOLMES RT (2002) Links between worlds: unravel-ing migratory connectivity. Trends in Ecology andEvolution 17:76–83
WILTSCHKO R AND WILTSCHKO W (1995) Magnetic orien-tation in animals. Springer, Berlin
WINKER K (2000) Migration and speciation. Nature404:36
WINKER K, ESCALANTE P, RAPPOLE JH, RAMOS MA,OEHLENSCHLAGER RJ AND WARNER DW (1997) Peri-odic migration and lowland forest refugia in a “sed-entary ” Neotropical bird, Wetmore’s Bush-Tanager.Conservation Biology 11:692–697
WINKER K AND PRUETT CL (2006) Seasonal migration,speciation, and morphological convergence in thegenus Catharus (Turdidae). Auk 123:1052–1068
ZINK R (2002) Towards a framework for understand-ing the evolution of avian migration. Journal of AvianBiology 33:433–436
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