67-74

• Furbee, N. Louanna
• Jiménez, Ramón Jiménez

Weather in Mayan areas of Chiapas, Mexico, conforms to two sets of annual climatic seasons, each comprised of two six-month periods: The Hot-Cold set divided by the axis of the Spring-to-Autumn Equinoxes (March 21-September 21), and the Wet-Dry set, divided by the axis of the Cross-Quarter (also called Mid-Quarter) day of May to that of November. The articulation of these two kinds of climatic years is noncongruent by one-half a quarter; e.g., the quarter delineated by the Spring Equinox and the Summer Solstice divides into a Hot-Dry (but transitioning to Wet) first half and a Hot-Wet second half; the shift occurs at the time immediately after the May Cross-Quarter day, which is also the water festival of Holy Cross. A similar dissonance occurs in the quarter running from the Autumnal Equinox to the Winter Solstice, the first half being Cold-Wet (but transitioning to Dry), and the second Cold-Dry, shifting near the November Mid-Quarter day when All Saints‟ is celebrated. Only the half-quarters bracketing the Summer and Winter Solstices are congruent. Weather data from the zone support these interpretations. Further evidence for disarticulated seasons comes from the staggered times of seasonal shift, from the placement of festivals and pilgrimages, and from parallels with human gestation, maize growth, and the human life cycle. These beliefs about when rains should begin or end and when warmth arises or abates to cold organize farming practices. Pilgrimages are made to influence deities to regulate water; most of these are concentrated around Cross-Quarter days. Many fiestas celebrated in home villages call for steady rain at the time of strongest plant growth. Others attend to patron and other local saints, including sacred natural landscape features, and may also be water related. Pilgrimages to distant sites initiate calls for rain (February, La Candelaria or San Caralampio) and requests for drying (September, San Matéo Ixtatán). Such climatic and cultural events structure Mayans‟ manipulation of water and organize faming practices, and they underscore the vegetative metaphor for the reproduction of all life, human and animal, as well as plant.

• History and Archaeology

• Αρχαιολογία

Mesoamerican seasons, Hot-Cold, Wet-Dry, Disarticulation, Tojol-ab’al Mayan

Περιέχει 4 εικόνες

1. Adams, W.R. (2005) Las prácticas religiosas en el Sureste de Chiapas, Anuario de Estudios Indígenas, Vol. 10, pp. 93-113.Aramoni Calderón, D. (2005) Visitas religiosas entre los pueblos de San Bartolomé de los Llanos y Socoltenango en el siglo XIX, Anuario de Estudios Indígenas, Vol. 10, pp. 49-73.Aveni, A.F., Calnek, E.E., Hartung, H. (1988) Myth, environment, and the orientation of the Templo Mayor of Tenochtitlan, American Antiquity, Vol. 53 (2), pp. 287-309.Bassie-Sweet, K. (1996) At the Edge of the World, Norman: University of Oklahoma Press.Bayles, B.P. (2002) The Belly Wants Its Heat. Ph.D. diss., Department of Anthropology, Univ. of Missouri.Bricker, V.R. (1982) Origin of the Maya solar calendar, Current Anthropology, Vol. 22 (1), pp. 101-103.Bricker, V.R., Bricker, H.M. (1988) The Seasonal table of the Dresden Codex and related almanacs, Archaeoastronomy, Vol. 12, pp. 1-62.Brown, P., Levinson, S.C. (1993) “Uphill” and “Downhill” in Tzeltal, J. Linguistic Anthropology, Vol.2, pp. 46-74.Carlson, R.S. (1997) War for the Heart & Soul of a Highland Maya Town, Austin, University of Texas Press.Carlson, R.S., Prechtel M. (1991) The Flowering of the dead, Man 9(ns), Vol. 26, 23-42.Chavarochette, C. (2004) Le pèlerinage des indiens Tojolabal (Chiapas-Mexique) à San Mateo Ixtatán (Guatemala), Cahiers des Amériques latines, Paris, 4e trimestre, IHEAL.GómezHernández, A. (2000) Encuentro de los padres eternos Anuario Estudios Indígenas, Vol. 8, pp.213-59.GómezHernández, A. (2012) Santos y deidades y el ciclo ritual de petición de lluvia, Anuario de Estudios Indígenas, Vol.16, pp. 49-74.Gossen, G.H. (ed.) (1999) Tzotzil Identities in Modern Mexico, London, Routledge.Gossen, G.H. (1974) Chamulas in the World of the Sun. Cambridge, MA, Harvard University Press.Hopkins, N.A. (1980) Chuj Animal names & their classification. Journal of Mayan Linguistics, Vol. 2: pp. 13-39.Hopkins, N.A., Josserand, J.K. (2001) Directions and partitions in Maya world view. www.famsi.org/research/hopkins/DirectionalPartitions.pdfHutton, R. (1996) The Stations of the Sun. Oxford, Oxford University Press.Iwaniszewski, S. (2013) The length of the year in Maya calendar and astronomy, In I. Sprajc & P. Pehani, Editors Ancient Cosmologies & Modern Prophets, Proceedings 20th SEAC., Ljubljana (Slovenia) Anthropological Notebooks, Vol. 19, Suppl., pp. 287-304.Lenkersdorf, C. (2001) Equinoccio. B'omak'umal/Kastiya–Tojol'ab'al, Mexico City, Editorial Nuestro Tiempo.Malmström, V.(1978) Reconstruction Mesoamerican calendrical systems, Journal of the History of Astronomy, Vol. 9, pp. 105-16.McCluskey, S. (1989) The Mid-quarter days and the historical survival of British folk astronomy, Archaeoastronomy (suppl.), Journal of the History of Astronomy, Vol. 20, 13, pp. S1-S19.Schele, L., Freidel. D. (1990) A Forest of Kings, New York, William Morrow.Sprajc, I. (2010) Astronomy in Ancient Mesoamerica: An Overview, Journal of Cosmology, Vol. 9: 2041-2051.Sprajc, I., SánchezNava, P.F. (2013) Equinoxes in Mesoamerican architectural alignments. In I. Sprajc & P. Pehani, Editors Ancient Cosmologies & Modern Prophets, Proceedings 20th SEAC, Ljubljana (Slovenia) Anthropological Notebooks, Vol. 19, Suppl., pp. 287-304.Tate, C. (1986) Summer solstice ceremonies performed by Bird Jaguar III of Yaxchilan, Chiapas, Mexico, Estudios de Cultura Maya, Vol. 16, pp. 85-112.Tate, C. (1992) Yaxchilan: The Design of a Maya Ceremonial City, Austin, University of Texas Press.Tedlock, B. (1992) Time and the Highland Maya, Albuquerque, University of New Mexico Press.Vogt, E.Z. (1997) Zinacanteco Astronomy, Mexicon, Vol. 19 (6), pp. 110-117.Wilson, R. (1995) Maya Resurgence in Guatemala, Norman, Univ. of Oklahoma Press.