Neo-tafonomía de restos de pequeños mamíferos acumulados por la Lechuza de Campanario (Tyto alba) en el Gran Chaco Sudamericano (Argentina): un marco de referencia para sitios de percha y anidamiento

Resumen

Referencias

1. alBanESEMS (2010)Ecología de la Marmosa Pálida, Thylamys pallidior (Marsupialia, Didelphidae), en el de-sierto de Monte Central. Tesis doctoral, Universidad de Buenos Aires, Argentina
2. anDraDE a (2015) Distinguishing between cultural and natural depositional agents: micromammal tapho-nomy from archaeological site Cueva y Paredón Lo-coman (Patagonia, Argentina). Journal of Archaeologi-cal Science: Reports 3:122-131
3. anDrEWS P (1990) Owls, caves and fossils. predation, pre-servation, and accumulation of small mammal bones in caves, with the analysis of the pleistocene cave faunas from Westbury-Sub-Mendip, Somerset, UK. University of Chi-cago Press, Chicago
4. BEllocq I (2000) A review of the trophic ecology of the Barn Owl in Argentina. Journal of Raptor Research34:108-119Bó MS, BalaDrón avy
5. BIonDI lM (2007) Ecología trófica de Falconiformes y Strigiformes: tiempo de síntesis. Hornero 22:97-115
6. caBIDo M, zEBalloS S r, zaK M, carranza M, GIorGIS M, can-TEro J y acoSTa a (2018) Native woody vegetation in central Argentina: Classification of Chaco and Espi-nal forests. Applied Vegetation Science 21:298-311
7. caTTánEo r y IzETa aD (eds) (2016) Arqueología en el Va-lle de Ongamira, 2010-2015. Universidad Nacional de Córdoba, Córdoba
8. coSTa T y BarrI F (2018) Lama guanicoe remains from the Chaco ecoregion (Córdoba, Argentina): an osteologi-ArtículonEo-TaFonoMÍaDErESToSacUMUlaDoSPorTYTOAlbA
9. 76El HornEro 36 (1)cal approach to the characterization of a relict wild population. PLoS ONE 13:e0194727
10. DoDSon P y WExlar D (1979) Taphonomic investigations of owl pellets. Paleobiology 5:275-284
11. FErnánDEz FJ, DEl PaPa l, MorEIra G, PraTES l y DE SanTIS l(2011) Small mammal remains recovered from two archaeological sites in the middle and lower Negro River valley (Late Holocene, Argentina). Taphono-mic issues and paleoenvironmental implications. Quaternary International 245:136-147
12. FErnánDEz FJ, MonTalvo cI, FErnánDEz-Jalvo y, anDrEWS P y lóPEz JM (2017) A reevaluation of the taphonomic methodology for the study of small mammal fossil assemblages of South America. Quaternary Science Review 155:37-49
13. FErnánDEz FJ, TETa P, BarBErEna r y ParDIñaS UFJ (2012) Small mammal remains from Cueva Huenul 1, nor-thern Patagonia, Argentina: Taphonomy and pa-leoenvironments since the Late Pleistocene. Quater-nary International 278:22-31
14. FErnánDEz FJ, TETa P, ManGE E, PraTES l, GonzálEz vEnan-cI l y ParDIñaS UFJ (2016) Micromamíferos del sitio arqueológico Cueva Galpón (Río Negro, Argentina): aspectos tafonómicos y reconstrucción paleoam-biental para el Holoceno Tardío en Norpatagonia oriental. Arqueología 22:105-124
15. FErnánDEz-Jalvo y y anDrEWS P (1992) Small mammal ta-phonomy of Gran Dolina, Atapuerca (Burgos), Spain. Journal of Archaeological Science 19:407-428
16. GóMEz DM, FonTanarroSa G., orTIz PE y JayaT P (2012) Pequeños mamíferos predados por la Lechuza de Campanario (Tyto alba) en la ecorregión del Chaco Seco en el Noroeste Argentino. Hornero 27:127-135
17. GóMEz Gn (2007) Predators categorization based on ta-phonomic analysis of micromammal’s bone: a com-parison to proposed models. Pp. 1-16 en: GUTIErrEzMa, MIoTTI l, BarrIEnToS G, MEnGonI GoñalonS G y. Sa-lEMnE M (eds) Taphonomy and Zooarchaeology in Argen-tina. British Archaeological Reports, International Series, Oxford
18. GóMEz Gn (2005) Analysis of Bone Modifications of Bubo virginianus’ Pellets from Argentina. Journal of Taphonomy 3:1-16
19. GóMEz Gn y KaUFMann c (2007) Taphonomic analysis of Pseudalopex griseus (Gray, 1837) scats assemblages and their archaeological implications. Journal of Ta-phonomy 5:59-70.
20. GUTIérrEz Ma (2009) Tafonomía: ¿Tiranía o multivocali-dad?. Pp. 55-88 en: BarBErEna r, Borrazzo K. y BorrErola(eds) Perspectivas actuales en arqueología Argentina. Editorial Dunken, Buenos AiresHaMMEr ø, HarPEr D aT y ryan PD (2001) PAST: Paleonto-logical statistics software package for education and data analysis. Palaeontologia Electronica 4:1-9
21. HEISlEr lM, SoMErS cM y PoUlIn rG (2016) Owl pellets: a more effective alternative to conventional trapping for broad-scale studies of small mammals commu-nities. Methods in Ecology and Evolution 7:96-103
22. HErnánDEz a y MancIna ca (2011) La dieta de la lechuza (Tyto alba) (Aves: Strigiformes) en hábitats naturales y antropogénicos de la región central de Cuba. Revis-ta Mexicana de Biodiversidad 82:217-226
23. HoyoS lE, caBIDo Mr y cInGolanI aM (2018) A multivaria-te approach to study drivers of land-cover changes through remote sensing in the Dry Chaco of Argenti-na. International Journal of Geo-Information 7:170
24. IGlESIaS ac (2009) Tafonomía de pequeños vertebrados depredados por Buteo polyosoma (Aves, Falconiformes). Tesina de Licenciatura, Universidad Nacional de La Pampa, Santa Rosa
25. lóPEz JM, cHIavazza H y roSI MI (2016) Small mammal remains recovered from two archaeological sites in northwestern Mendoza (late Holocene, Argentina): taxonomic composition, taphonomic issues and pa-leoenvironmental implications. Quaternary Interna-tional 391:26–37
26. lóPEz JM (2020) Actualistic taphonomy of barn owl pellet‐derived small mammal boneaccumulations in arid environments of South Ame-rica. Journal of Quaternary Science 35:1057-1069lóPEz JM, FErnánDEz FJ, caSTIllo l y PErEyra-loBoS r(2018) Taphonomy of small mammal bone accumu-lations generated by the Chaco Owl (Strix chacoen-sis, Strigiformes): a contribution to South American archaeological and palaeontological studies. Boreas47:80-791
27. lóPEz JM, FErnánDEz FJ, MonTalvo c, cHIavazza H y DESanTIS n (2017a) The role of the Accipitriforms Ge-ranoaetus melanoleucus and Geranoaetus polyosoma as small mammals bones acumulator in modern and archaeological sites from central western Argentina. Journal of Taphonomy 15:91-108
28. lóPEz JM, roSI MI, TaBEnI S, BEnDEr B y cHIavazza H(2017b) Taphonomic analysis of mammal bone re-mains preyed upon by wildcats (Carnivora: Felidae) from central Monte Desert (Mendoza, Argentina). Boreas 46:282-293
29. lyMan rl, PoWEr E y lyMan rJ (2003) Quantification and sampling of faunal remains in owl pellets. Journal of Taphonomy 1:3-14MaGUrran aE (2003) Measuring biological diversity. Willey Blackwell, OxfordMIGnInoETal.
30. 202177
31. MarTI cD, BEcHarD M y JaKSIc FM (2007) Food habits. Pp. 129-152 en: BIrD DM y BIlDSTEIn K l (eds) Raptor research and management techniques. Hancock House, BlaineMayHEW DF (1977) Avian predators as accumulators of fossil mammal material. Boreas 6:25-31
32. MEEK W, BUrMan P, SParKS T, noWaKoWSKy M y BUrMan n(2012) The use of Barn Owl Tyto alba pellets to assess population change in small mammals. Bird Study59:166-174
33. MIGnIno J, IzETa a y caTTánEo r (2018) Modern and ar-chaeological owl pellets as paleoenvironmental and taphonomic markers in human occupation contexts in the Ongamira Valley, Córdoba, Argentina. Journal of Archaeological Science: Reports 18:65-77
34. MIKKola H (1983) Owls of Europe. T&D Poyser, London
35. MonTalvo cI y FErnánDEz FJ (2019) Review of the actua-listic taphonomy of small mammals ingested by South American predators: its importance in the in-terpretation of the fossil record. Publicación Electró-nica de la Asociación Paleontológica Argentina 19:18-46
36. MonTalvo cI, FErnánDEz F y TallaDE P (2016) The role of Bubo virginianus magellanicus as rodent bone accu-mulator in archaeological sites: a case study for the Atuel river (Mendoza, Argentina). International Jour-nal of Osteoarchaeology 26:974-986
37. MonTalvo c I, FErnánDEz FJ, ToMaSSInI r , MIGnIno J, KIn M ySanTIllan Ma (2020) Spatial and temporal taphono-mic study of bone accumulations of the burrowing owl (Athene cunicularia) in central Argentina. Journal of Archaeological Science: Reports 30:102197
38. MonTalvo cI, PESSIno MEM y BaGaTTo F (2008) Tapho-nomy of the bones of rodents consumed by Andean hog nosed skunks (Conepatus chinga, Carnivora, Mephitidae) in central Argentina. Journal of Archaeo-logical Science 35:1481-1488
39. MonTalvo cI, PESSIno MEM y GonzálEz v (2007) Taphono-mic analysis of remains of mammals eaten by pumas (Puma concolor carnivora, Felidae) in central Argenti-na. Journal of Archaeological Science 34:2151-2160
40. nannI S a, orTIz PE, JayaT P y MarTIn E (2012) Variación estacional de la dieta de la Lechuza de Campanario (Tyto alba) en un ambiente perturbado del Chaco Seco Argentino. Hornero 27:149-157
41. norES aly GUTIérrEz M (1990). Dieta de la Lechuza de Campanario (Tyto alba) en Córdoba, Argentina. Hor-nero 13:129-132
42. ParDIñaS UFJ (1999) Roedores Muroideos del Pleistoceno tardío-Holoceno en la Región Pampeana (sector este) y Patagonia (República Argentina): Aspectos taxonómicos, importancia bioestratigráfica y significación paleoam-biental. Tesis Doctoral, Universidad Nacional de La Plata, La PlataPaTTon J l,
43. ParDIñaS UFJ y D ́ElIa G (2015) Mammals of South America. Volume 2-Rodents. University of Chica-go Press, ChicagoPIovano E lD, arIzTEGUI F, corDoBa M, cIoccalEy
44. SylvESTrEF (2009) Hydrological variability in South America below the Tropic of Capricorn (Pampas and Patago-nia, Argentina) during the last 13.0 ka. Pp. 323-351 en: vIMEUx F, SylvESTrE F y KHoDrI, M (eds) Past climate variability in South America and surrounding regions. Springer, Dordrecht
45. PoKInES J y KErBIS J (1997) Barn Owl (Tyto alba) tapho-nomy in the Negev Desert, Israel. Israel Journal of Zoo-logy 43:19-27roBlEDo a (2016) Estudios antracológicos en los espacios de combustión del Alero Deodoro Roca, Ongamira, Córdoba.Archaeopress Publishing Ltd, Oxford
46. rUDzIK SM, FErnánDEz FJ y carrEra JD (2015) Taphono-mic analysis of micromammal remains from striped owl (Pseudoscopsclamator) in Northeastern Buenos Aires Province, Argentina: implications for archaeo-logical sites formation. International Journal of Os-teoarchaeology 25:550-563
47. SaavEDra B y SIMonETTI J a (1998) Small mammals tapho-nomy: Intraspecific bone assemblage comparison between South and North American Barn Owl, Tyto alba, populations. Journal of Archaeological Scien-ce 25:165-170
48. STaHl PW (1996) The recovery and interpretation of microvertebrate bone assemblages from archaeo-logical contexts. Journal of Archaeological Method and Theory 3:31-75
49. Taylor l (1994) Barn Owls: predator-prey relationships and conservation. Cambridge University Press, New York
50. TETa P, ForMoSo a, TaMMonE M, DE ToMMaSo D, FErnánDEzF J, TorrES J y ParDIñaS UFJ (2014) Micromamíferos, cambio climático e impacto antrópico: ¿cuánto han cambiado las comunidades del sur de América del Sur en los últimos 500 años? Therya 5:7-38
51. TETa P, oJEDa r, lUcEro S y D ́ElIa G (2017) Geographic variation in cranial morphology of the Southern Mountain Cavy, Microcavia australis (Rodentia, Cavi-idae): taxonomic implications, with the description of a new species. Zoological Studies 56: e29
52. WIllIaMS JP (2001) Small mammal deposits in archaeology: a taphonomic investigation of Tyto alba (barn owl) nesting and roosting sites. PhD dissertation, University of She-ffield, Sheffield
53. yanES y, IzETa, a, caTTánEo r, coSTa T y GorDIllo S (2014) Holocene (4.5-1.7 cal. Kyr BP) Paleoenvironmental conditions inferred from entire-shell and intra-shell stable isotope composition of terrestrial gastropods. Holocene 180:135-144ArtículonEo-TaFonoMÍaDErESToSacUMUlaDoSPorTYTOAlbA
54. 78El HornEro 36 (1)
55. yoM-Tov y y Wool D (1997) Do the contents of barn owl pellets accurately represent the proportion of prey species in the field? Condor 99:972-976
56. záraTE M (2016) Explorando la historia geológica del Alero Deodoro Roca. Pp. 43-56 en: caTTánEo r y IzETaaD (eds) Arqueología en Ongamira. Universidad Na-cional de Córdoba, Córdoba

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