Department of Anthropology Summer 2016 Kaprielian Hall Course Syllabus 3620 S
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Economics Working Paper 99-04. Adoption and Use of Improved
E C O N O M I C S Working Paper 99-04 Adoption and Use of Improved Maize by Small-Scale Farmers in Southeast Guatemala Gustavo Saín and Julio Martínez* * Gustavo Saín is Regional Economist for Central America and the Caribbean with CIMMYT. Julio Martínez is an economist with the Instituto de Ciencias y Tecnologías Agropecuarias (ICTA) de Guatemala. The views represented in this paper are those of the authors and do not represent the official views of CIMMYT. CIMMYT (www.cimmyt.mx or www.cimmyt.cgiar.org) is an internationally funded, nonprofit scientific research and training organization. Headquartered in Mexico, the Center works with agricultural research institutions worldwide to improve the productivity, profitability, and sustainability of maize and wheat systems for poor farmers in developing countries. It is one of 16 similar centers supported by the Consultative Group on International Agricultural Research (CGIAR). The CGIAR comprises over 55 partner countries, international and regional organizations, and private foundations. It is co-sponsored by the Food and Agriculture Organization (FAO) of the United Nations, the International Bank for Reconstruction and Development (World Bank), the United Nations Development Programme (UNDP), and the United Nations Environment Programme (UNEP). Financial support for CIMMYT’s research agenda also comes from many other sources, including foundations, development banks, and public and private agencies. CIMMYT supports Future Harvest, a public awareness campaign that builds understanding about the importance of agricultural issues and international agricultural research. Future Harvest links respected research institutions, influential public figures, and leading agricultural scientists to underscore the wider social benefits of improved agriculture—peace, prosperity, environmental renewal, health, and the alleviation of human suffering (www.futureharvest.org). -
The Vision Team Experience
THE VISION TEAM EXPERIENCE TRAVEL. VOLUNTEER. LEARN. GROW. GUATEMALA ¡BIENVENIDO! WELCOME! So you have decided to come to Guatemala to work hard and open your heart to something new? A few years ago I decided to do the same, as a way to learn more about Guatemala and give back to the country where my children were born. Little did I know that life would eventually lead me to serve thousands of Guatemalan children who struggle in poverty—children just like my own. So, a warning. This could get under your skin and into your heart. It started when I joined a Common Hope Vision Team. We built a house for a single mother of two, who had worked more than 200 hours to earn her new home. We dug ditches and sewed curtains. We packed school supplies with high school kids. And we were invited to visit with families in their homes. The images of those houses with their cornstalk walls and dirt floors stuck with me. It was then that I finally realized the everyday reality of poverty. I came home and suddenly saw all of the abundance around me. I realized how much we have as Americans and gained a new appreciation for daily conveniences like dependable running water. At first I was overwhelmed with the privilege that comes with being born in a rich country. Now I understand it as a blessing because I can use my privilege to help families who are no different than yours or mine except they were born into a life of poverty. -
Maize Genetic Resources of Highland Guatemala in Space and Time
Seeds, hands, and lands Maize genetic resources of highland Guatemala in space and time Promotoren Prof. dr. P. Richards Hoogleraar Technologie en Agrarische Ontwikkeling Wageningen Universiteit Prof. dr. ir. A.K. Bregt Hoogleraar Geo-informatiekunde Wageningen Universiteit Co-promotoren Dr. ir. S. de Bruin Universitair docent, Centrum voor Geo-Informatie Wageningen Universiteit Dr. ir. H. Maat Universitair docent, leerstoelgroep Technologie en Agrarische Ontwikkeling Wageningen Universiteit Promotiecommissie Dr. E.F. Fischer (Vanderbilt University, Nashville, USA) Dr. ir. Th.J.L. van Hintum (Centrum voor Genetische Bronnen Nederland, Wageningen) Prof. dr. L.E. Visser (Wageningen Universiteit) Prof. dr. K.S. Zimmerer (University of Wisconsin-Madison, USA) Dit onderzoek is uitgevoerd binnen CERES Research School for Resource Studies for Development en C.T. de Wit Graduate School for Production Ecology and Resource Conservation. Seeds, hands, and lands Maize genetic resources of highland Guatemala in space and time Jacob van Etten Proefschrift ter verkrijging van de graad van doctor op gezag van de rector magnificus van Wageningen Universiteit, prof. dr. M.J. Kropff, in het openbaar te verdedigen op woensdag 11 oktober 2006 des namiddags te vier uur in de Aula © Jacob van Etten, except Chapter 2 Keywords: plant genetic resources, Guatemala, maize ISBN: 90-8504-485-5 Cover design: Marisa Rappard For Laura and Hanna Acknowledgments This work was financially supported by Wageningen University and Research Centre through the CERES Research School for Resource Studies for Human Development and through the C.T. de Wit Graduate School for Production Ecology and Resource Conservation. I am grateful for having such good supervisors, who advised me on crucial points but also allowed me much freedom. -
The PARI Journal Vol. XII, No. 3
ThePARIJournal A quarterly publication of the Pre-Columbian Art Research Institute Volume XII, No. 3, Winter 2012 Excavations of Nakum Structure 15: Discoveryof Royal Burials and In This Issue: Accompanying Offerings JAROSŁAW ŹRAŁKA Excavations of Institute of Archaeology, Jagiellonian University NakumStructure15: WIESŁAW KOSZKUL Discovery of Institute of Archaeology, Jagiellonian University Royal Burials and BERNARD HERMES Accompanying Proyecto Arqueológico Nakum, Guatemala Offerings SIMON MARTIN by University of Pennsylvania Museum Jarosław Źrałka Introduction the Triangulo Project of the Guatemalan Wiesław Koszkul Institute of Anthropology and History Bernard Hermes Two royal burials along with many at- (IDAEH). As a result of this research, the and tendant offerings were recently found epicenter and periphery of the site have Simon Martin in a pyramid located in the Acropolis been studied in detail and many structures complex at the Maya site of Nakum. These excavated and subsequently restored PAGES 1-20 discoveries were made during research (Calderón et al. 2008; Hermes et al. 2005; conducted under the aegis of the Nakum Hermes and Źrałka 2008). In 2006, thanks Archaeological Project, which has been to permission granted from IDAEH, a excavating the site since 2006. Artefacts new archaeological project was started Joel Skidmore discovered in the burials and the pyramid Editor at Nakum (The Nakum Archaeological [email protected] significantly enrich our understanding of Project) directed by Wiesław Koszkul the history of Nakum and throw new light and Jarosław Źrałka from the Jagiellonian Marc Zender on its relationship with neighboring sites. University, Cracow, Poland. Recently our Associate Editor Nakum is one of the most important excavations have focused on investigating [email protected] Maya sites located in the northeastern two untouched pyramids located in the Peten, Guatemala, in the area of the Southern Sector of the site, in the area of The PARI Journal Triangulo Park (a “cultural triangle” com- the so-called Acropolis. -
A New Reading Proposal for the Water Scroll Sign T579 As YAM
Glyph Dwellers Report 63 November 2019 A New Reading Proposal for the Water Scroll Sign T579 as YAM Jens Rohark Cancún, Mexico The hieroglyph listed as T579 (Fig. 1a) in the Thompson (1962) catalog and ZUP in the catalog of Macri and Looper ( 2003), is only seldom attested in Maya hieroglyphic writing. Basically, it occurs in only few secure contexts: 1) as part of the emblem glyph of Altun Ha and its place name (Fig. 1b-d); 2) as part of the emblem glyph of Topoxte (Fig. 1.f), 3) in context of a female nominal phrase with the logogram EK' (Fig. 1g), 4) designating the name of a mountain, SAK-T579-wi-WITZ, (Fig. 1h), and 5) as part of the nominal phrase of a wahy being formerly known as "water-jaguar" (Fig. 1i). There are also some examples of T579 in fragmentary inscriptions, where the contexts are, however, not clear (Fig. 1j, k). So far, the most comprehensive study about the glyph T579, which is also known as the 'Water Scroll' Sign, has been published by Helmke, Guenter, and Wanyerka (2018). Their excellent article focuses on the appearances of the Water Scroll emblem glyph, which is associated with the Altun Ha royal family, and, as they argue, stresses the importance of Altun Ha despite of the seemingly small size of that site. The authors briefly mention the possible phonetic reading of the glyph as follows: "... in the absence of a fuller understanding of the semantics of this sign, we are not yet closer to proposing a decipherment. Yet, the iconography does, however, make it clear that the sign marks bodies of water, perhaps specifically freshwater, and may, in fact, represent a wave" (Helmke, Guenter and Wanyerka 2018: 115). -
World Bank Document
ReportNo. 12313-GU Guatemala An Assessmentof Poverty Public Disclosure Authorized April 17, 1995 Country Department If Human ResourcesOperations Division Latin America and the Caribbean Regional Office U~~~~~ Public Disclosure Authorized #W:~~~~~~~~2;- V Public Disclosure Authorized j -*a I~~~~~~~~~~~~~~~~~~~T~4 Public Disclosure Authorized Currency Equivalents (as of December 14, 1994) Currency Unit = Quetzal (Q) US$ 1.00 = Q 5.78 Fiscal Year January-December GUATEMALA: AN ASSESSMENT OF POVERTY LIST OF ABBREVIATIONS AND ACRONYMS ARI - Acute Respiratory Infections AVANCSO - Association for the Advance of the Social Sciences (Asociaci6npara el Avance de las Ciencias Sociales en Guatemala) BANDESA - National Bank for Agricultural Development (Banco Nacional para el Desarrollo Agriculo) BOG - Bank of Guatemala CACM - Central American Common Market CEPAL - Economic Commissionfor Latin America and the Caribbean (UN) CDUR - Urban and Rural Development Councils (Consejos de Desarrollo Urbano y Rural) CG - Central Government CISMA - Center for Mayan Social Research (Centro de Investigaci6nSocial Maya) DIGEBOS - National Extension Service--Forestry (Direcci6n General de Bosques) DIGEPA - Project Support Office (Ministry of Education) (Direcci6n General de Proyectos de Apoyo) DIGESA - National Extension Service--Agriculture DIGESEPE - National Extension Service--Livestock DTP - Department of Technical Planning ENSD - National Socio-Demographic Household Survey (Encuesta Nacional Sociodemografica) FAFIDESS - National Financial ConsultingFoundation -
Topoxté Island, Yaxha, Guatemala
MOSS ISLAND Tillandsia usneoides (L.) L. BROMELIACEAE Topoxté Island, Yaxha, Guatemala NICHOLAS HELLMUTH MOSS ISLAND August and September 2018 AUTHOR Nicholas Hellmuth EDITION SPANISH VERSION Vivian Díaz Marcella Sarti Elena Siekavizza EDITION ENGLISH VERSION María José Rabanales SPECIAL COLLABORATION Tojín Benita Malchic PHOTOGRAPHY Nicholas Hellmuth David Arrivillaga Erick Flores ART DIRECTOR Andrea Sánchez Díaz DIAGRAMMING OF SPANISH VERSION Daniel Gálvez DIAGRAMMING OF ENGLISH VERSION Carlos Marroquín LOCAL KNOWLEDGE OF PLANTS AND ANIMALS Moisés Daniel Pérez Díaz This report was made with the cooperation of the administrators of the Yaxha, Nakum and Naranjo National Park to share knowledge about the neotropical flora and fauna that exists in this area of Guatemala. This material can be used by students, teachers, and PHOTOGRAPH FROM COVER: Tillandsia usneoides (L.) L. researchers to communicate the potential of Yaxha, Nakum and Photography by: Nicholas Hellmuth, FLAAR Mesoamerica, August 20th, 2018. National Park, Yaxha, Nakum and Naranjo, Guatemala. Naranjo Park for research and tourism. It also includes a learning Camera: Nikon D810. Lens: Nikon AF-S NIKKOR 600mm FL ED VR. tool for biodiversity conservation for any person and organization. Values: f/13, 1/100, ISO 3,200. PHOTOGRAPH FROM CREDITS PAGE: Tillandsia usneoides (L.) L. Photography by: Nicholas Hellmuth, FLAAR Mesoamerica, December 19th, 2018. Topoxté, Petén, Guatemala. Camera: Nikon D5. Lens: Nikon AF-S NIKKOR 600mm FL ED VR. Values: f/10, 1/250, ISO 1,600. CONTENT Presentation letter 04 Yaxha, Nakum and Naranjo National Park 05 Preface 06 Conservation of the archaeological legacy 07 Architectural aspects of the islands 08 Human settlement and their diet 11 The name of the island 13 Where can T. -
Lesson Plan – the Geography of Guatemala
LESSON 1 LHM— LUTHERAN HOUR GUATEMALA MINISTRIES Curriculum LHM – GUATEMALA Lesson 1 – The Geography of Guatemala The Land of Guatemala God has given the people of Guatemala a very beautiful and unique country. It is the westernmost country of the seven countries that make up Central America. Central America is an isthmus—a narrow strip of land which connects two larger bodies of land—and it connects North America to South America. Guatemala covers 42,042 square mile and is approximately the size of Tennessee. Though Guatemala lies close to the equator, the climate varies across the country due to extreme variations in elevation. Its nickname, “Land of Eternal Spring,” was given to the area around Guatemala City (the capital) because of the comfortably warm days and cool nights. About two-thirds of the total land area of Guatemala is covered by mountains. The main range is the Sierra Madre, which runs east to west across the country and is parallel to the Pacific Ocean in the south. Some of the mountains are active volcanoes. Earthquakes also occur. In 1976 an earthquake was responsible for more than 20,000 deaths and left millions homeless. The area of land between the mountains and the southern coast is the Pacific Lowland. This stretch of land measures about 50 miles wide and is home to sugar and cotton plantations, ranches, and farms. The Northern Plain has the fewest inhabitants and is the least developed part of the country. Much of the land is covered with tropical forests. Woods such as mahogany are found in abundance, but rough terrain makes travel and living conditions in this area difficult. -
12 the Terminal Classic in the Area of the Yaxha Lagoon
12 THE TERMINAL CLASSIC IN THE AREA OF THE YAXHA LAGOON, PETÉN Bernard Hermes Gustavo Martínez Keywords: Maya archaeology, Guatemala, Petén, Yaxha, Topoxte, Terminal Classic period The time span comprised approximately between AD 850 and AD 950 has been denominated Terminal Classic in the Central Petén area. The archaeological evidence suggests that this period witnessed several upheavals which affected most of the cities that flourished during the Late Classic period. However, in the area of the Yaxha Lagoon, evidence provided by archaeological works conducted there suggests that the situation had a different development than that of some other centers investigated so far. The information gathered through the analysis of archaeological materials suggests that during the Terminal Classic period, the site was inhabited by a hierarchical society, led by an elite group that tried to maintain the sociopolitical system of the Late Classic rulers. Yaxha lies in the northwestern region of Petén. Located on the northern bank of the lagoon with the same name, it extends along a large scarp that runs parallel to the lagoon bank along a distance of 3 km. It includes a number of buildings, plazas and causeways built after the ground was arranged through leveling and terracing, in a descending east-to-west order. The occupation of the site began in the Middle Preclassic period, and just like all the other sites from Central Peten, it witnessed a strong development during the Late Preclassic, which extended throughout the first half of the Early Classic period. The poor evidence of activity during the second half of this period and the first half of the Late Classic period, allows for presuming that the site underwent a hiatus, which came to an end around the beginning of the second half of the Late Classic, when the city achieved its largest proportions. -
Notes on a Map of the 1961–2010 Eruptions of Volcán De Pacaya, Guatemala
The Geological Society of America Digital Map and Chart Series 10 2012 Notes on a Map of the 1961–2010 Eruptions of Volcán de Pacaya, Guatemala Ruben Otoniel Matías Gomez William I. Rose José Luis Palma* Rüdiger Escobar-Wolf Michigan Technological University, Houghton, Michigan 49931, USA ABSTRACT A database of geologic units emplaced during the eruptions of the Volcán de Pacaya, Guatemala, from 1961 to 2010, has been compiled in a geographic information system (GIS). The mapping of the units is based on integrating information from aerial photo- graphs, satellite images, and detailed fi eld observations. The information consists of a total of 249 lava fl ow units, six pyroclastic fl ow units, two scoria-fall units, two undivided pyroclastic units (proximal and distal), one aeolian sediments unit, and one alluvium unit, all of which are defi ned as polygons in the GIS. A total of 349 eruptive vents associ- ated with fl ow units were also identifi ed and defi ned as points in the GIS. Volumes were calculated for all lava fl ows, yielding a cumulative volume of 0.078 km3 (not corrected for density). The volumes of four tephra deposits related to explosive events during this period were also calculated, and yielded values of the order of 106 to >107 m3 each. Geo- chemical data of 69 samples of lava show that the composition of erupted products did not change systematically, with SiO2 ranging from 50 to 52.5 wt%. The GIS information is organized in geologic units, coded by date of emplacement between 1961 and 2010, and is presented in eight geologic maps, showing the units exposed at the surface at different intervals of time. -
Investigaciones Arqueológicas En La Región De Holmul, Petén Guatemala. Informe Preliminar De La Temporada 2005
1 INVESTIGACIONES ARQUEOLÓGICAS EN LA REGIÓN DE HOLMUL, PETÉN GUATEMALA. INFORME PRELIMINAR DE LA TEMPORADA 2005 Editado por Francisco Estrada-Belli (PI/PD) Dios del Maíz con tocado de Ave, Estructura 1, Cival. Vanderbilt University Department of Anthropology Box 306050 Station B Nashville, TN 37235 Investigaciones en la región de Holmul, 2005 INDICE RESUMEN DE LA TEMPORADA 2005 1 Francisco Estrada-Belli EDIFICIO B, GRUPO II, HOMUL, 2005 22 Nina Neivens de Estrada EXCAVACIONES EN EL GRUPO III 28 Ryan Mongelluzzo EXCAVACIONES EN EL GRUPO E DE CIVAL 44 Jeremy Bauer INVESTIGACIONES PRELIMINARES DE UN JUEGO DE PELOTA PRECLÁSICO EN CIVAL, PETÉN GUATEMALA 65 Jeremy Bauer, Dessa Feijta, Zac Spector INVESTIGACIONES EN EL MURO DEFENSIVO DE CIVAL PETÉN, GUATEMALA: EXCAVACIONES CIV.T.30 Y CIV.T.34 79 Jeremy Bauer EXCAVACIONES EN EL GRUPO 1 DE CIVAL 89 Antolin Velazquez TRINCHERA DE SAQUEO CIV. L.06, GRUPO 1. 96 Josué Calvo EXCAVACIÓN CIV.T.28 EN LA PIRÁMIDE NORTE DE CIVAL 102 Pedro Pablo Burgos EXCAVACIÓN EN LA ESTRUCTURA 20 (PIRÁMIDE OESTE) DE CIVAL, CIV.T.29 106 Mario Penados EXCAVACIÓN EN LA ESTRUCTURA 17 DEL GRUPO 7 DE CIVAL 109 Nicoletta Maestri EXCAVACIÓN EN LA PLATAFORMA DEL GRUPO 1 DEL SITIO DE CIVAL 115 Nicoletta Maestri EXCAVACIÓN CIV.T.22: INVESTIGACIONES EN UN BASURERO EN EL SECTOR NORTE DEL SITIO DE CIVAL 117 Nicoletta Maestri INVESTIGACIONES ARQUEOLÓGICAS EN K’O DEL 2005 121 John Tomasic EXCAVACIÓNES EN AREA RESIDENCIAL DE LA SUFRICAYA: SUF.T.37 153 Jennifer Foley LAS EXCAVACIONES DE LA ESTRUCTURA 54, LA SUFRICAYA 173 Alexandre Tokovinine EXCAVACIONES EN EL JUEGO DE PELOTA EN LA SUFRICAYA (ESTRUCTURAS 48 Y 49) 193 Alexandre Tokovinine EXCAVACIONES EN LA ESTRUCTURA 3, LA SUFRICAYA 218 Alexandre Tokovinine CERÁMICA DEL PROYECTO ARQUEOLÓGICO HOLMUL, MUESTRAS DE 2004 Y 2005. -
Where Is Lowland Maya Archaeology Headed?
Journal of Archaeological Research, Vol. 3, No. L 1995 Where Is Lowland Maya Archaeology Headed? Joyce Marcus 1 This article isolates three important trends in Lowland Maya archaeology during the last decade: (1) increased use of the conjunctive approach, with renewed appreciation of context and provenience; (2) waning use of the label "unique" to describe the Maya; and (3) an effort to use the Lowland Maya as a case study in social evolution. KEY WORDS: Maya archaeology; conjunctive approach; direct historic approach. INTRODUCTION I have been asked to review the last decade of Lowland Maya ar- chaeology and discuss any major trends that can be discerned. The task presents numerous problems, not the least of which is the fact that one has little time to deliberate on data so newly produced. I also do not want to run the risk of extolling current research at the expense of that done by our predecessors. Finally, the volume of literature on Maya archaeology has been increasing so rapidly in recent years that one cannot hope to do more than cite a fraction of it. I have tried to compensate for this by in- cluding a 400-entry bibliography at the end of the review. At least three major trends can be seen in the last decade of Lowland Maya archaeology, and I organize my presentation around them. The first trend is a substantial increase in the integration of multiple lines of evi- dence-in effect, what Walter W. Taylor (t948) called "the conjunctive ap- proach" (Carmack and Weeks, 1981; Fash and Sharer, 1991, Marcus, 1983; Sabloff, 1990).