Histories of Maize: Genetic, Morphological, and Microbotanical Evidence | |
Differing Approaches and Perceptions in the Study of New and Old World Crops | |
Introduction | p. 3 |
Different Emphases in New and Old World Agriculture | p. 4 |
Different Perceptions of the Role of Science | p. 6 |
Maize in the Americas | |
Purpose and Scope of Review | p. 9 |
Introduction | p. 10 |
Juxtaposing the Archaeological and Genetic Evidence for Early Maize | p. 18 |
Origin of Polystichy in Maize | |
Abstract | p. 22 |
Introduction: The Origin of Maize | p. 23 |
The Maizoid Eve-An Emphatic Restatement | p. 27 |
First for Sugar, Then for Grain: Reflections on Corn Domestication Chronology | p. 28 |
The Cupulate Fruitcase and the Ear Cluster: Adaptive Marvels of Coordinated Sequential Maturation | p. 32 |
The Origin of Polystichy in Maize | p. 33 |
The Shank and Its Husks-The Key to Maize Ear Polystichy | p. 39 |
From Teosinte Distichy to Maizoid Polystichy: Or How to Study Husk Phyllotaxy in Nine Easy Steps | p. 45 |
S. G. Stephens and the Shank Condensation Theory-Sharp-Eyed, Unsung, Uncited, and Unequivocally Correct | p. 49 |
Postscript | p. 50 |
Dating the Initial Spread of Zea mays | |
Introduction | p. 55 |
Temporal Frameworks for Zea mays' Early Dispersal | p. 56 |
Direct Dating of Maize | p. 57 |
On the Indirect Dating of Maize | p. 59 |
Dating the Early Distribution of Zea Pollen | p. 60 |
Dating the Early Distribution of Maize Phytoliths | p. 63 |
Dating the Early Distribution of Moderate-to-High Stable Carbon Isotope Ratios | p. 65 |
Comparing the Different Lines of Evidence | p. 68 |
Discussion of the Social Implications of Maize's Early Spread: Initial Uses of Maize | p. 68 |
El Riego and Early Maize Agricultural Evolution | |
Introduction | p. 73 |
Domestication and Agriculture | p. 74 |
Methods | p. 75 |
Results: Calibrating and Averaging AMS Dates | p. 77 |
Results: Morphological Trends and Rates | p. 78 |
Results: Evolutionary Rates | p. 78 |
Results: Stable Isotope Determinations | p. 79 |
Discussion and Summary | p. 80 |
Ancient DNA and the Integration of Archaeological and Genetic Approaches to the Study of Maize Domestication | |
Introduction | p. 83 |
Morphological and Molecular Approaches to Documenting the Early History of Maize | p. 84 |
Molecular Level Analysis of Archaeological Maize: A Case Study | p. 85 |
The Timing and Sequence of Selection for Key Attributes in Maize: Combining Morphological and Molecular Evidence | p. 90 |
Ancient Maize in the American Southwest: What Does It Look Like and What Can It Tell Us? | |
Introduction | p. 97 |
Archaeological Context | p. 98 |
Analysis of the Maize: Methods and Materials | p. 99 |
Results | p. 101 |
Discussion | p. 104 |
Conclusions | p. 106 |
Environmental Mosaics, Agricultural Diversity, and the Evolutionary Adoption of Maize in the American Southwest | |
Introduction | p. 109 |
The Simplistic Paradigm | p. 110 |
Proto-Agriculture | p. 111 |
Diversity in Early Water Management | p. 112 |
Agricultural Niches in an Environmental Mosaic | p. 115 |
Maize Varieties and Crop Complexes | p. 115 |
Conclusion | p. 117 |
Toward a Biologically Based Method of Phytolith Classification | |
Introduction | p. 123 |
The Raw Data and Its Presumed Meaning | p. 124 |
Exploring Genetic versus Nongenetic Variation | p. 124 |
Conclusions | p. 128 |
Stable Isotope Analysis and Human Diet | |
Isotope Analyses and the Histories of Maize | |
Isotope Definitions | p. 131 |
History of Isotope Studies | p. 132 |
Sample Preparation and Isotopic Analysis | p. 135 |
Interpretation and Significance of Carbon and Nitrogen Isotope Data | p. 136 |
Oxygen and Strontium Isotopes | p. 138 |
Isotope Studies in This Volume | p. 139 |
Social Directions in the Isotopic Anthropology of Maize in the Maya Region | |
A Brief History of Isotopic Anthropology in Mesoamerica | p. 143 |
Ideology | p. 145 |
Social Structure | p. 145 |
Intraelite Differentiation | p. 150 |
Gender | p. 150 |
Trade | p. 153 |
Identification of the "Other" in Sacrifices | p. 153 |
Conclusion | p. 155 |
Diet in Prehistoric Soconusco | |
Introduction | p. 161 |
Sample Selection | p. 162 |
Sample Preparation and Analysis | p. 162 |
Plant Results | p. 162 |
Animal Results | p. 163 |
Human Results | p. 165 |
Conclusions | p. 167 |
Early to Terminal Classic Maya Diet in the Northern Lowlands of the Yucatan (Mexico) | |
Introduction | p. 173 |
Methods | p. 174 |
Isotopic Studies of the Maya | p. 174 |
Discussion and Conclusion | p. 180 |
The Importance of Maize in the Initial Period and Early Horizon Peru | |
Introduction | p. 187 |
Archaeological Sites Tested | p. 188 |
Stable Isotope Analysis | p. 191 |
Results and Discussion | p. 193 |
Conclusion | p. 195 |
Maize on the Frontier: Isotopic and Macrobotanical Data from Central-Western Argentina | |
Introduction | p. 199 |
Zea mays on the Frontier: A South American Case | p. 201 |
The Study Area | p. 201 |
Domesticates: Maize and Other Resources in the Late Holocene | p. 202 |
Isotopic Ecology and Human Diet: [delta superscript 13]C and [delta superscript 15]N Information | p. 202 |
Late Holocene Human Diet and the Use of Maize | p. 207 |
The Zea mays Frontier Adoption Model | p. 211 |
Final Remarks | p. 212 |
Dietary Variation and Prehistoric Maize Farming in the Middle Ohio Valley | |
Introduction | p. 215 |
Late Woodland and Late Prehistoric Subsistence Records | p. 217 |
Theory and Method | p. 217 |
The Isotope Record of Dietary Change | p. 220 |
Geographic Variation in Maize-Based Farming Systems | p. 222 |
Conclusions | p. 229 |
A Hard Row to Hoe: Changing Maize Use in the American Bottom and Surrounding Areas | |
Introduction | p. 236 |
Models of Maize Adoption in the American Bottom | p. 236 |
Types of Analysis Used | p. 237 |
Early Emergent Mississippian | p. 239 |
Late Emergent Mississippian | p. 241 |
The Mississippian Lohmann Phase (CAL AD 1050-1100) | p. 242 |
Middle Mississippian Phases (CAL AD 1100-1350) | p. 243 |
Discussion | p. 244 |
Conclusions | p. 245 |
Evidence for Early Use of Maize in Peninsular Florida | |
Introduction | p. 249 |
The Natural Setting of Peninsular Florida | p. 250 |
Historic Evidence for Plant Foods in Florida | p. 251 |
Stable Isotope Studies in Florida | p. 251 |
Human Skeletal Samples in This Study | p. 252 |
Site Background | p. 252 |
Processing and Analyzing Skeletal Material | p. 253 |
Stable Isotope Results for All Sites | p. 254 |
Discussion | p. 257 |
Conclusion | p. 259 |
Prehistoric Maize in Southern Ontario: Contributions from Stable Isotope Studies | |
Introduction | p. 263 |
Previous Studies | p. 264 |
Stable Isotope Analysis of Faunal Remains: Earlier Study and New Data | p. 265 |
Refining Estimates of the Introduction of Maize in Southern Ontario from Human Collagen Samples | p. 270 |
Conclusions | p. 270 |
The Stable and Radio-Isotope Chemistry of Eastern Basketmaker and Pueblo Groups in the Four Corners Region of the American Southwest: Implications for Anasazi Diets, Origins, and Abandonments in Southwestern Colorado | |
Introduction | p. 276 |
Overview of Basketmaker II Research | p. 276 |
Site Descriptions | p. 277 |
Methods | p. 278 |
Results | p. 279 |
Discussion | p. 283 |
Conclusion | p. 285 |
The Agricultural Productivity of Chaco Canyon and the Source(s) of Pre-Hispanic Maize Found in Pueblo Bonito | |
Introduction | p. 290 |
Agricultural Productivity and Population Densities of the Chaco Canyon Core Area | p. 292 |
Archaeological Maize Samples | p. 302 |
Summary and Conclusions | p. 311 |
Stable Carbon Isotope Analysis and Human Diet: A Synthesis | |
Introduction | p. 315 |
Theoretical Basis of the Use of Isotopes | p. 316 |
The Significance of Isotopes in Reconstruction of Paleodiet in the Americas | p. 316 |
Rate of Spread of Maize and Agriculture | p. 317 |
Isotopic Studies in North America | p. 318 |
Mesoamerica | p. 319 |
South America | p. 319 |
Other Isotopic Methods | p. 320 |
Conclusions | p. 320 |
Histories of Maize: The Spread of Maize in Central and South America | |
Caribbean Maize: First Farmers to Columbus | |
Introduction | p. 325 |
Caribbean Biogeography and Physical Geography in Brief | p. 326 |
Synopsis of the History of Human Settlement and Cultivation Practices | p. 327 |
The Evidence for Maize: Archaeological Research | p. 329 |
Discussion | p. 331 |
Conclusion | p. 333 |
Maize on the Move | |
Introduction | p. 337 |
Ethnographic Evidence | p. 338 |
Discussion | p. 340 |
Conclusions | p. 341 |
The Gift of the Variation and Dispersion of Maize: Social and Technological Context in Amerindian Societies | |
Introduction | p. 344 |
The Development of Ceramics: Its Social Setting | p. 345 |
Ceramics and Maize: Dispersion in South America and the Caribbean | p. 345 |
Timing of Maturation of Maize | p. 350 |
Conclusions | p. 351 |
The Maize Revolution: A View from El Salvador | |
Introduction | p. 357 |
Making Sense of Fossil Zea Pollen from El Salvador and Beyond | p. 358 |
Prehistoric Maize from Western El Salvador | p. 360 |
Prehistoric Maize Fields from Central El Salvador | p. 362 |
Conclusions | p. 363 |
Pre-Columbian Maize Agriculture in Costa Rica: Pollen and Other Evidence from Lake and Swamp Sediments | |
Introduction | p. 368 |
Maize Pollen Identification and Dispersal and Associated Paleoecological Evidence | p. 368 |
Maize Pollen in Archaeological Regions of Costa Rica | p. 370 |
Conclusion | p. 376 |
Caral-Supe and the North-Central Area of Peru: The History of Maize in the Land Where Civilization Came into Being | |
Introduction | p. 381 |
The Social System of Caral-Supe | p. 382 |
The Territory of Caral | p. 383 |
The Settlement of Caral | p. 385 |
Tools for Farming | p. 387 |
Maize from Caral | p. 387 |
Interpretations | p. 399 |
Conclusions | p. 401 |
Prehistoric Maize from Northern Chile: An Evaluation of the Evidence | |
Introduction | p. 403 |
The Archaeological Evidence | p. 403 |
Discussion of the Evidence | p. 409 |
Early Maize on the Copacabana Peninsula: Implications for the Archaeology of the Lake Titicaca Basin | |
Introduction | p. 415 |
Archaeological Background and Paleobotanical Maize Samples from Copacabana | p. 417 |
Opal Phytoliths | p. 419 |
Materials and Methods of Phytolith Identification in Ancient and Modern Samples | p. 423 |
Discussion and Conclusions | p. 426 |
The Movements of Maize into Middle Horizon Tiwanaku, Bolivia | |
Introduction | p. 429 |
Tiwanaku: An Early Highland Polity | p. 430 |
The Andes: Ecological Diversity, Maize Diversity | p. 431 |
Maize at Tiwanaku | p. 432 |
Research Goals | p. 433 |
Discussion | p. 441 |
Conclusions | p. 443 |
The Social, Symbolic, and Economic Significance of Zea mays L. in the Late Horizon Period | |
Introduction | p. 449 |
The Social and Symbolic Significance of Maize | p. 451 |
Social and Symbolic Aspects of Maize to Interaction and Sealing Alliances | p. 454 |
The Significance and Role of Maize to Andean Economy | p. 462 |
Symbolic Aspects of Maize to Inca State Religion | p. 464 |
Summary and Conclusions | p. 465 |
Histories of Maize: North America and Northern Mexico | |
Early Agriculture in Chihuahua, Mexico | |
Introduction | p. 471 |
Early Agriculture | p. 471 |
The Introduction of Maize | p. 473 |
Early Agriculture in Chihuahua | p. 474 |
Paleoenvironment | p. 474 |
Previous Research in Chihuahua | p. 475 |
Northwestern Chihuahua | p. 475 |
South-Central Chihuahua | p. 478 |
The Sierra Tarahumara | p. 479 |
Discussion | p. 480 |
Protohistoric and Contact Period Salinas Pueblo Maize: Trend or Departure? | |
Introduction to the Salinas Area | p. 487 |
Research Questions and Data | p. 489 |
Maize Consumption | p. 491 |
Maize Production | p. 492 |
Maize Trait Variation | p. 494 |
Conclusions: Trend or Departure? | p. 495 |
Early Maize Agriculture in the Northern Rio Grande Valley, New Mexico | |
Introduction | p. 497 |
A Review of Early Agriculture in the Northern Rio Grande | p. 498 |
An Evaluation of Early Maize Morphology and Dates in the Northern Rio Grande | p. 501 |
Early Agriculture in the Northern Rio Grande | p. 505 |
Conclusion | p. 507 |
Hominy Technology and the Emergence of Mississippian Societies | |
Introduction | p. 511 |
Hominy Technology | p. 511 |
Testing the Hypothesis | p. 514 |
Origins of the Hominy Revolution | p. 516 |
Conclusions | p. 517 |
The Migrations of Maize into the Southeastern United States | |
Introduction | p. 521 |
The Pilot Study | p. 524 |
Conclusion | p. 524 |
The Science behind the Three Sisters Mound System: An Agronomic Assessment of an Indigenous Agricultural System in the Northeast | |
Introduction | p. 529 |
Mounds | p. 530 |
Intercropping | p. 534 |
An Integrated System | p. 535 |
The Origin and Spread of Maize (Zea mays) in New England | |
Introduction | p. 539 |
The Maize Debate and Mobile Farmers | p. 540 |
The Maize Chronology and the Importance of AMS Dating | p. 541 |
Maize Dating Project | p. 543 |
Implications of a Chronology for Maize Horticulture in New England | p. 545 |
Pre-Contact Maize from Ontario, Canada: Context, Chronology, Variation, and Plant Association | |
Introduction | p. 549 |
Middle Woodland, Late Woodland I, and Late Woodland II in Southern Ontario | p. 550 |
Paleoethnobotany of Middle Woodland, Princess Point, and Late Woodland II | p. 551 |
Maize in the Northeast | p. 552 |
Princess Point Maize | p. 554 |
Late Woodland I Maize Morphology | p. 556 |
Discussion | p. 556 |
Histories of Maize: The Language of Maize | |
Siouan Tribal Contacts and Dispersions Evidenced in the Terminology for Maize and Other Cultigens | |
Introduction | p. 564 |
Glottochronological Dating | p. 564 |
Impressionistic Dating | p. 565 |
Improving Dating Techniques | p. 565 |
Other Technology | p. 571 |
Summary | p. 572 |
Maize in Word and Image in Southeastern Mesoamerica | |
Introduction | p. 578 |
Vocabulary | p. 579 |
Narratives | p. 583 |
Sayings, Metaphors, and Beliefs | p. 586 |
Conclusion | p. 597 |
Thipaak and the Origins of Maize in Northern Mesoamerica | |
Introduction | p. 600 |
Thipaak Maize Histories | p. 600 |
Thipaak and Maize in Conversation and Daily Life | p. 604 |
Maize Cultivation Rituals | p. 606 |
Relation to Other Mesoamerican Traditions | p. 606 |
Discussion and Concluding Observations | p. 608 |
The Place of Maize in Indigenous Mesoamerican Folk Taxonomies | |
Introduction | p. 612 |
The Ethnobotany of the Amuzgo | p. 612 |
Amuzgo Ethnobotany and Folk Taxonomy | p. 613 |
Comparative Mesoamerican Plant Categorization | p. 616 |
The Emergence of Mesoamerican Life Forms | p. 618 |
Classic Maya Science | p. 619 |
Concluding Remarks | p. 620 |
Native Aymara and Quechua Botanical Terminologies of Zea mays in the Lake Titicaca and Cuzco Regions | |
Introduction | p. 623 |
Historical Background of Quechua and Aymara Languages | p. 624 |
Tunqu (Aymara) and Sara (Quechua) Maize Terminologies | p. 625 |
Chicha, K'usa (Aymara), and Aqha (Quechua) Terms | p. 627 |
Conclusions | p. 628 |
The Historical Linguistics of Maize Cultivation in Mesoamerica and North America | |
Introduction | p. 631 |
Historical-Linguistic Methods | p. 632 |
Reconstructed Maize Complex Vocabularies in Mesoamerican Languages | p. 633 |
Maize Complex Loan Words in Mesoamerican Languages | p. 636 |
Maize Vocabularies in the Southwestern United States | p. 640 |
Maize Vocabulary in the Eastern United States | p. 642 |
Summary and Conclusion | p. 643 |
Glottochronology and the Chronology of Maize in the Americas | |
Introduction | p. 648 |
Glottochronology | p. 649 |
Methodology | p. 650 |
Theoretical Considerations Concerning Terms for Maize in Ancestral Languages | p. 654 |
Chronology of Maize in the Americas | p. 655 |
Maize Chronology and Glottochronological Dates | p. 656 |
Adjusting Glottochronology | p. 661 |
Conclusion | p. 662 |
The Antiquity, Biogeography, and Culture History of Maize in the Americas | |
The Culture History of Maize in the Americas | p. 665 |
Antiquity | p. 666 |
Biogeography: Dispersal and Racial Diversification | p. 667 |
Culture History-Staple, Variety, and Cultural Acceptance | p. 668 |
Maize in Language, Legend, and Myth | p. 671 |
Extinction | p. 672 |
Index | p. 675 |
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