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563 Literatur 563 Literatur: Acleto, C. 1986 Algas Marinas del Perú de Importancia Económica. Universidad Nacional Mayor de San Marcos, Museo de Historia Natural „Javier Prado“, Dep. de Botánica, Serie de Divulgación No. 5. Acosta, J. de 1940 [1590] Historia Natural y Moral de las Indias. Fondo de Cultura Económica, Mexico D.F. Aguerre, A.M.; A.A. Fernández u. C.A. Aschero 1975 „Comentarios Sobre Nuevas Fechas en la Cronología Precerámica de la Provincia de Jujuy.“ In: Relaciones IX: 211-214 Aguilar, D.G. 1990 „Sinopsis Sobre los Eventos del Fenómeno El Niño en el Perú.“ In: Boletin de Lima 70: 68-84. Alamo, V.V. u. V. Valdivieso 1997 Lista Sistemática de Moluscos Marinos del Perú. Segunda Edición, Instituto del Mar (IMARPE), Callao, Perú. Alcina, F.J. 1979 Die Kunst des Alten Amerika. Herder Verlag, Freiburg/Basel/Berlin. Aliaga-Rodriguez, L. 1989 Sistemas de Crianza de Cuyes en Pequeñas Fincas. Curso Latinoamericano Sobre Producción de Cuyes, Estación Experimental Agropecuaria y Agroindustrial, Lima, Perú. Allem, A.C. 1924 „Manihot Esculenta is a Native of the Neotropics.“ In: FAO/IBPGR Plant Genetic Ressources Newsletter 71: 22-24 Allen, G.M. 1920 „Dogs of American Aborigines.“ In: Bulletin of the Museum of Comparative Zoology 63: 431- 517, Harvard University. Allen, G.R. u. D. Ross Robertson 1994 Fishes of the Tropical Eastern Pacific. University of Hawaii Press, Honolulu. Altamirano, A.J. 1983 a „Pesca y Utilización del Camélido en Manchán.“ In: Boletin de Lima 30: 62-74 1983 b Guia Osteológica de Cérvidos Andinos. Serie Investigaciones No. 6, UNMSM. 1984 Restos de Fauna Vertebrada Procedente de Sechín. Proyecto Sechín, Informe Preliminar, Lima. 1985 Restos de Fauna de Sechín. Proyecto Sechín, Informe Final, Lima. 1986 La Importancia del Cuy: Un Estudio Preliminar. Serie Investigaciones No. 8, UNMSM. 1987 „Restos de Camélidos Prehispánicos de la Bahía de Bayovar, Piura.“ In: Boletin de Lima 52: 37-46. Alva, W. 1994 Sipán. Colección Cultura y Artes del Perú. Cervecería Backus y Johnston S.A., Lima. Alva, W. u. C.B. Donnan 1993 Royal Tombs of Sipán (Tumbas Reales de Sipán). Fowler Museum of Cultural History, University of California, Los Angeles. Anders, M.B. 1977 „Sistema de Depósitos en Pampa Grande, Lambayeque.“ In: Revista del Museo Nacional 43: 243-279, Lima. Anderson, E.G. 1952 Plants, Man and Life. University of California Press, Berkeley. 564 Anderson, E.G. u. P.O. Erickson 1941 „Antithetical Dominance in North American Maize.“ In: Proceedings of the National Academy of Science 27: 436-440. Andres, T.C. 1990 „Biosystematics, Theories on the Origin, and Breeding Potential of Cucurbita ficifolia.“ In: Biology and Utilization of the Cucurbitaceae (D.M. Bates, R.W. Robinson u. C. Jeffrey, Hrsgg.), S. 102-119, Cornell University Press, Ithaca, NY. Andres, T.C. u. D.R. Piperno 1995 New Evidence on the Past and Present Distribution of Cucurbita. Society for Economic Botany, Ithaca, NY. Andrews, A.P. 1974 „The U-Shaped Structures of Chan Chan, Perú.“ In: Journal of Field Archaeology 1: 241-264. Andrews, D.H. 1972 „On the Ethnozoology of the Guinea Pig“. In: Ñawpa Pacha 10-12: 129-134 Andrews, J. 1994 Peppers – The Domesticated Capsicums. University of Texas Press, Austin. Andrews, J.R. 1975 Classical Nahuatl. University of Texas Press, Austin. Andritzky, W. 1987 „Die Reinigung mit dem Meerschweinchen (limpia del cuy): Zur ethnohistorischen Kontinuität einer rituellen Heilmethode in Perú.“ In: Salix. Zeitschrift für Ethnomedizin, Bd. 3, Heft 2, S. 7- 35. Angulo, E.G. 1998 „Interpretación Biológica Acerca de la Domesticación del Pato Criollo (Cairina moschata).“ In: Bulletin de l´Institut Français d´Études Andines, Tome 27, No. 1, S. 17-40, IFEA, Lima. Ansión, J. 1986 El Árbol y el Bosque en la Sociedad Andina. Ministerio de Agricultura, Instituto Nacional Forestal y de Fauna, Organización de las Naciones Unidas Para la Agricultura y la Alimentación, Lima. Antúnez de Mayolo, S.E. 1988 La Nutrición en el Antiguo Perú. Cuarta Edición, Banco Central de Reserva, Lima. Araujo Calvanapón, V. u. J. Flores Franco 1989 El Milagro: Un Centro Administrativo Rural Chimú en el Valle de Moche. Informe de Prácticas Pre-Profesionales de Arqueología, Universidad Nacional de Trujillo. Archetti, E.P. 1992 El Mundo Social y Simbólico del Cuy. CEPLAES, Quito. 1997 Guinea-Pigs. Berg, Oxford – New York. Arguedas, J. M. 1966 Traducción de los Dioses y Hombres de Huarochiri. Museo Nacional de Historia/Instituto de Estudios Peruanos, Lima. Armas, J., G. Flores u. V. Chamorro 1993 Investigaciones Arqueológicas en el Complejo Huacas del Sol y de la Luna: Talleres Alfareros Moche. Informe de Prácticas Pre-Profesionales, Universidad Nacional de Trujillo. Armstrong, E.F. 1924 The Carbohydrates and the Glucosides. Longmans, Green and Company, London. 565 Arnold, D.Y. u. J. de Dios, Yapita Moya 1991 „Fox Talk: Addressing the Wild Beasts in the Southern Andes.“ In: Latin American Indian Literatures Journal 8 (1): 9-37. Arntz, W.E. 1984 „El Niño and Perú: Positive Aspects.“ In: Oceanus 27 (2): 36-39. 1986 „The Two Faces of El Niño 1982-1983.“ In: Meeresforschung 31: 1-46. Arntz, W.E. u. H. Arancibia 1986 „Fluctuaciones en el Ecosistema Bento-Demersal del Pacífico Sur-Oriental y el del Norte de Europa: Una Comparación.“ In: Revista Pacífico Sur, S. 35-48, Santiago. Arntz, W.E. u. E. Fehrenbach 1991 El Niño. Basel/Boston/Berlin. 1996 El Niño – Experimento Climático de la Naturaleza. Fondo de Cultura Económica, México. Arntz, W.E. u. J. Tarazona 1987 „Effects of El Niño on Benthos, Fish and Fisheries of the South American Coast.“ In: Global Ecological Consequences of the 1982-83 El Niño-Southern Oscillation. Elsevier Oceanographie Series No. 52, (P.W. Glym, Hrsg.), S. 323-360, Amsterdam. Arntz, W.E., J. Tarazona, V.A. Gallardo, H. Salzwedel u. C.A. Flores 1988 „Benthos Communities in Oxygen Deficient Shelf Areas of the Peruvian Pacific Coast, and Changes Caused by El Niño.“ In: Modern and Ancient Continental Shelf Anoxia. Geological Society Special Publication No. 58, (M. Tyson u. T. Pearson, Hrsgg.), S. 131-154, London. Arntz, W.E. u. J. Valdivia 1985 „Visión Integral del Problema „El Niño“.“ In: El Niño. Su Impacto en la Fauna Marina. (W.E. Arntz, A. Landa u. J. Tarazona, Hrsgg.), S. 5-10, IMARPE, Lima. Arraya de Guerra, J. u. A.Guerra Martínez 1976 Especies de Camarones de los Rios Norteños del Perú y su Distribución. Ministerio de Pesquería, Lima. Arriaga, P.J. 1920 [1621] La Extirpación de la Idolatría en el Perú. Tomo I, Imprenta y Librería Sanmartí y Ca., Lima. 1968 [1621] La Extirpación de la Idolatría en el Perú. Biblioteca de Autores Españoles, Vol. 209, Madrid. Asch, N.B. u. D.C. Asch 1975 „Plant Remains From the Zimmerman Site-Grid A: A Quantitative Perspective.“ In: The Zimmerman Site: Further Excavations at the Grand Village of Kaskakia. (M.K. Brown, Hrsg.), S. 116-120, Illinois State Museum Reports of Investigations 32. Austin, D.F. 1973 „The Camotes of Santa Clara.“ In: Economic Botany 27: 343-347. 1977 „The Ipomoea Batatas Complex – I. Taxonomy.“ In: Bulletin of the Torrey Botanical Club 105: 114-129. 1985 „Los Camotes Silvestres y Cultivados del Perú.“ In: Boletin de Lima 41: 29-38. Ávila, E. 1954 „Potencia Deyectiva del Guanay.“ In: Boletin Cient. Comp. Adm. del Guano, Vol. 1, Nr. 1, Lima. Ávila, F. de 1966 [1598] Dioses y Hombres de Huarochirí. Zweispr. Ausgabe, (J.M. Arguedas, Übers.), Museo Nacional de Historia e Instituto de Estudios Andinos, Lima. Baessler, A. 1902-03 Altperuanische Kunst. Beiträge zur Archäologie des Inka-Reiches (K.W. Hiersemann u. A. Ascher, Hrsgg.), Berlin. 566 Báez, P., J. Sanzana u. J. Weinborn 1983 „Contribución al Conocimiento de la Morfología Larvaria de Chryphiops caementarius, Camarón de Río del Norte de Chile.“ In: Boletin del Museo Nacional de Historia Natural 40: 153-172. Balboa, S.I., M.S. Karawya u. A.N. Girgis 1967 „The Capsaicin Content of Capsicum Fruits at Different Stages of Maturity.“ In: Lloydia 31: 272-274. Banco de Crédito del Perú 1986 Chimú. Culturas Precolombinas, Colección Arte y Tesoros del Perú. 1989 a Moche. Culturas Precolombinas, Colección Arte y Tesoros del Perú, Segunda Edición. 1989 b Nazca. Culturas Precolombinas, Colección Arte y Tesoros del Perú, Segunda Edición. 1989 c Lambayeque. Culturas Precolombinas, Colección Arte y Tesoros del Perú. 1989 Oro del Antiguo Perú. Banerjee, V.C. u. E.S. Barghoorn 1972 „Fine Structure of Pollen Grains Ektezine of Maize, Teosinte and Tripsacum.“ In: Thirtieth Annual Proceedings of the Electron Microscopy Society of America, S. 226-227, Los Angeles, California. Banks, D.J. 1990 „Peanut (Arachis hypogaea L.) Collecting in Coastal Perú.“ In: FAO/BPGR Plant Genetic Ressources Newsletter 81-82: 45. Barghoorn, E.S., M.K. Wolfe u. K.H. Clisby 1953 „Fossil Maize From the Valley of Mexico.“ In: Botanical Museum Leaflets 16: 229-240. Barreda, M. 1978 Ictiología General. Imprenta La Popular S.A., Lima. Barriga, V.M. 1939-55 Documentos Para la Historia de Arequipa. 3 Vol., Editorial La Colmena, Arequipa. Bartlett, A.S. u. E.S. Barghoorn 1973 „Phytogeographic History of the Isthmus of Panamá During the Past 12000 Years.“ In: Vegetation and Vegetational History of Northern Latin America. (A. Graham, Hrsg.), S. 203- 299, Elsevier, Amsterdam. Bartlett, A.S., E.S. Barghoorn u. R. Berger 1969 „Fossil Maize From Panamá.“ In: Science 165: 389-390. Bastiand, M. 1985 Informe Final Sobre el Estudio del Material Arqueológico de la Cerámica Tardía. Especialmente al Estudio Correspondiente a la Definición del Estilo Casma, Vol. 1. Baudoin, J.P. 1988 L´Amelioration de Phaesolus lunatus L. en Zonas Tropicales. Bulletin Recher. Agronom., Gembloux, Belgien. Baudoin, J.P., J.P. Barthelemy u. V. Ndongo 1991 „Variability of Cyanide Contents in the Primary and Secondary Genepools of the Lima Bean, Phaesolus lunatus L.“ In: FAO/IBPGR Plant Genetic Ressources Newsletter 85: 5-9.
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