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Program of the 76Th Annual Meeting
PROGRAM OF THE 76 TH ANNUAL MEETING March 30−April 3, 2011 Sacramento, California THE ANNUAL MEETING of the Society for American Archaeology provides a forum for the dissemination of knowledge and discussion. The views expressed at the sessions are solely those of the speakers and the Society does not endorse, approve, or censor them. Descriptions of events and titles are those of the organizers, not the Society. Program of the 76th Annual Meeting Published by the Society for American Archaeology 900 Second Street NE, Suite 12 Washington DC 20002-3560 USA Tel: +1 202/789-8200 Fax: +1 202/789-0284 Email: [email protected] WWW: http://www.saa.org Copyright © 2011 Society for American Archaeology. All rights reserved. No part of this publication may be reprinted in any form or by any means without prior permission from the publisher. Program of the 76th Annual Meeting 3 Contents 4................ Awards Presentation & Annual Business Meeting Agenda 5………..….2011 Award Recipients 11.................Maps of the Hyatt Regency Sacramento, Sheraton Grand Sacramento, and the Sacramento Convention Center 17 ................Meeting Organizers, SAA Board of Directors, & SAA Staff 18 ............... General Information . 20. .............. Featured Sessions 22 ............... Summary Schedule 26 ............... A Word about the Sessions 28…………. Student Events 29………..…Sessions At A Glance (NEW!) 37................ Program 169................SAA Awards, Scholarships, & Fellowships 176................ Presidents of SAA . 176................ Annual Meeting Sites 178................ Exhibit Map 179................Exhibitor Directory 190................SAA Committees and Task Forces 194…….…….Index of Participants 4 Program of the 76th Annual Meeting Awards Presentation & Annual Business Meeting APRIL 1, 2011 5 PM Call to Order Call for Approval of Minutes of the 2010 Annual Business Meeting Remarks President Margaret W. -
Recent Advances in the Prehistoric Archaeology of Formosa* by Kwang-Chih Chang and Minze Stuiver
RECENT ADVANCES IN THE PREHISTORIC ARCHAEOLOGY OF FORMOSA* BY KWANG-CHIH CHANG AND MINZE STUIVER DEPARTMENT OF ANTHROPOLOGY AND PEABODY MUSEUM OF NATURAL HISTORY, AND DEPARTMENTS OF GEOLOGY AND BIOLOGY AND RADIOCARBON LABORATORY, YALE UNIVERSITY Communicated by Irving Rouse, January 26, 1966 The importance of Formosa (Taiwan) as a first steppingstone for the movement of peoples and cultures from mainland Asia into the Pacific islands has long been recognized. The past 70 years have witnessed considerable high-quality study of both the island's archaeology' and its ethnology,2 but it has become increasingly evident that to explore fully Formosa's position in the culture history of the Far East it is imperative also to enlist the disciplines of linguistics, ethnobiology, and the environmental sciences.3 It is with this aim that preliminary and exploratory in- vestigations were carried out in Formosa under the auspices of the Department of Anthropology of Yale University, in collaboration with the Departments of Biology at Yale, and of Archaeology-Anthropology and Geology at National Taiwan Uni- versity (Taipei, Taiwan), during 1964-65. As a result of these investigations, pre- historic cultures can now be formulated on the basis of excavated material, and be placed in a firm chronology, grounded on stratigraphic and carbon-14 evidence. This prehistoric chronology, moreover, can be related to environmental changes during the postglacial period, established by geological and palaeobiological data. Comparison of the new information with prehistoric culture histories in the ad- joining areas in Southeast China, the Ryukyus, and Southeast Asia throws light on problems of cultural origins and contacts in the Western Pacific region, and suggests ways in which to utilize Dyen's recent linguistic work,4 as well as current ethnologi- cal research. -
The Origins of Japanese Culture Uncovered Using DNA ―What Happens When We Cut Into the World of the Kojiki Myths Using the Latest Science
The Origins of Japanese Culture Uncovered Using DNA ―What happens when we cut into the world of the Kojiki myths using the latest science Miura Sukeyuki – Professor, Rissho University & Shinoda Kenichi – Director, Department of Anthropology, Japanese National Museum of Nature and Science MIURA Sukeyuki: The Kojiki (Records of Ancient Matters) has one distinguishing feature in the fact it includes a mixture of both Southern and Northern style myths. This is proof that Japanese culture was originally not only one culture, but rather came into existence while being influenced by its various surroundings; but when it comes to trying to seek out the origins of that culture, as we would expect, there are limits to how far we can get using only an arts and humanities-based approach. That’s where your (Professor Shinoda’s) area of expertise— molecular anthropology—comes in and corroborates things scientifically for us. Miura Sukeyuki , Professor, Rissho By analyzing the DNA remaining in ancient human skeletal remains, University your research closing in on the origins of the Japanese people is beginning to unravel when the Jomon and Yayoi peoples and so on came to the Japanese archipelago, where they came from, and the course of their movements, isn’t it? In recent times we’ve come to look forward to the possibility that, by watching the latest developments in scientific research, we may be able to newly uncover the origins of Japanese culture. SHINODA Kenichi: Speaking of the Kojiki , during my time as a student my mentor examined the bones of O-no-Yasumaro, who is regarded as being the person who compiled and edited it. -
Archaeology and Development / Peter G. Gould
Theme01: Archaeology and Development / Peter G. Gould Poster T01-91P / Mohammed El Khalili / Managing Change in an ever-Changing Archeological Landscape: Safeguard the Natural and Cultural Landscape of Jarash T01-92P / Wai Man Raymond Lee / Archaeology and Development: a Case Study under the Context of Hong Kong T01A / RY103 / SS5,SS6 T01A01 / Emmanuel Ndiema / Engaging Communities in Cultural Heritage Conservation: Perspectives from Kakapel, Western Kenya T01A02 / Paul Edward Montgomery / Branding Barbarians: The Development of Renewable Archaeotourism Destinations to Re-Present Marginalized Cultures of the Past T01A03 / Selvakumar Veerasamy / Historical Sites and Monuments and Community Development: Practical Issues and ground realities T01A04 / Yoshitaka SASAKI / Sustainable Utilization Approach to Cultural Heritage and the Benefits for Tourists and Local Communities: The Case of Akita Fortification, Akita prefecture, Japan. T01A05 / Angela Kabiru / Sustainable Development and Tourism: Issues and Challenges in Lamu old Town T01A06 / Chulani Rambukwella / ENDANGERED ARCHAEOLOGICAL LANDSCAPE OF THE WORLD HERITAGE CITY OF KANDY AND ITS SUBURBS IN SRI LANKA T01A07 / chandima bogahawatta / Sigiriya: World’s Oldest Living Heritage and Multi Tourist Attraction T01A08 / Shahnaj Husne Jahan Leena / Sustainable Development through Archaeological Heritage Management and Eco-Tourism at Bhitargarh in Bangladesh T01A09 / OLALEKAN AKINADE / IGBO UKWU ARCHAEOLOGICAL HERITAGE AS A BOOST TO NIGERIAN CULTURAL HERITAGE OLALEKAN AJAO AKINADE, [email protected] -
Newsletter Volume 5 No
Newsletter Volume 5 No. 2 July 2010 Issue No. 17 2 ▼ Special Topics & Events 5 ▼ Capacity Development Contents 6 ▼ Research 8 ▼ Other Topics Message from Director The eruption of Mt. Eyjafjallajökull of Iceland in mid-April was a major disaster fatally disrupting 今年 4 月中旬、アイスランド・エイ European air traffic and affecting several millions of people. Among the affected were the ヤフィヤトラヨークトル火山が噴火、 members of the 3rd IRDR Scientific Committee held in Paris on 14-16 April. I was lucky to be 欧州では航空業務に大混乱が生じ、 何百万もの人々に影響がありました。 able to move to Delft by train on the 18th and after seeing many friends at UNESCO-IHE, I 第 3 回 IRDR* 科 学 委 員 会 は 4 月 14 could fly back to Japan on the 20th from the Amsterdam Airport via Dubai. It was a real disaster ~ 16 日にパリで開催されたため、私 experience for all the IRDR Science Committee members. During the committee meeting, the を含め参加者は一様に噴火の影響を members congratulated Dr. Jane E. Rovins for her appointment to the executive coordinator of 受け、奇しくも災害を実体験するこ IRDR International Project Office at the Center for Earth Observation and Digital Earth, Chinese とになりました。一方、会議では、 Academy of Sciences, Beijing. We at ICHARM, too, are looking forward to working with her. Jane E. Rovins 博士 が、北京・中国科 学院の対地観測・数字地球科学中心 On 24-26 May, a delegate from HidroEX visited ICHARM. HidroEX is a new UNESCO Category Ⅱ (CEODE)内に設立された IRDR 国際 Center established in Minas Gerais, Brazil. The delegate was headed by Congressman Narcio プロジェクトオフィスの事務局長に Rodrigues and accompanied by four others including the former Rector of UNESCO-IHE 就任された旨報告がありました。 Richard Meganck. It was a great pleasure to receive such respectable visitors, and we are 5 月 24 ~ 26 日には、ブラジルに新 excited to start collaboration with a sister institute on the other side of the globe in the IFAS 設された UNESCO カテゴリー 2 セ early warning system and education program. -
Modeling Incipient Use of Neolithic Cultigens by Taiwanese Foragers: Perspectives from Niche Variation Theory, the Prey Choice Model, and the Ideal Free Distribution
quaternary Article Modeling Incipient Use of Neolithic Cultigens by Taiwanese Foragers: Perspectives from Niche Variation Theory, the Prey Choice Model, and the Ideal Free Distribution Pei-Lin Yu Department of Anthropology, Boise State University, 1910 University Dr., Boise, ID 83725, USA; [email protected] Received: 3 June 2020; Accepted: 14 August 2020; Published: 7 September 2020 Abstract: The earliest evidence for agriculture in Taiwan dates to about 6000 years BP and indicates that farmer-gardeners from Southeast China migrated across the Taiwan Strait. However, little is known about the adaptive interactions between Taiwanese foragers and Neolithic Chinese farmers during the transition. This paper considers theoretical expectations from human behavioral ecology based models and macroecological patterning from Binford’s hunter-gatherer database to scope the range of responses of native populations to invasive dispersal. Niche variation theory and invasion theory predict that the foraging niche breadths will narrow for native populations and morphologically similar dispersing populations. The encounter contingent prey choice model indicates that groups under resource depression from depleted high-ranked resources will increasingly take low-ranked resources upon encounter. The ideal free distribution with Allee effects categorizes settlement into highly ranked habitats selected on the basis of encounter rates with preferred prey, with niche construction potentially contributing to an upswing in some highly ranked prey species. In coastal plain habitats preferred by farming immigrants, interactions and competition either reduced encounter rates with high ranked prey or were offset by benefits to habitat from the creation of a mosaic of succession ecozones by cultivation. Aquatic-focused foragers were eventually constrained to broaden subsistence by increasing the harvest of low ranked resources, then mobility-compatible Neolithic cultigens were added as a niche-broadening tactic. -
Flood Loss Model Model
GIROJ FloodGIROJ Loss Flood Loss Model Model General Insurance Rating Organization of Japan 2 Overview of Our Flood Loss Model GIROJ flood loss model includes three sub-models. Floods Modelling Estimate the loss using a flood simulation for calculating Riverine flooding*1 flooded areas and flood levels Less frequent (River Flood Engineering Model) and large- scale disasters Estimate the loss using a storm surge flood simulation for Storm surge*2 calculating flooded areas and flood levels (Storm Surge Flood Engineering Model) Estimate the loss using a statistical method for estimating the Ordinarily Other precipitation probability distribution of the number of affected buildings and occurring disasters related events loss ratio (Statistical Flood Model) *1 Floods that occur when water overflows a river bank or a river bank is breached. *2 Floods that occur when water overflows a bank or a bank is breached due to an approaching typhoon or large low-pressure system and a resulting rise in sea level in coastal region. 3 Overview of River Flood Engineering Model 1. Estimate Flooded Areas and Flood Levels Set rainfall data Flood simulation Calculate flooded areas and flood levels 2. Estimate Losses Calculate the loss ratio for each district per town Estimate losses 4 River Flood Engineering Model: Estimate targets Estimate targets are 109 Class A rivers. 【Hokkaido region】 Teshio River, Shokotsu River, Yubetsu River, Tokoro River, 【Hokuriku region】 Abashiri River, Rumoi River, Arakawa River, Agano River, Ishikari River, Shiribetsu River, Shinano -
Formation of the Proto-Japanese People
EAST ASIAN HISTORY: A KOREAN PERSPECTIVE Vol. 2. No. 8. 2005. 5. 28. 1 IC-10.S-1.5-0528 Formation of the Proto-Japanese People THE YAYOI WAVE Wontack Hong Professor, Seoul University 1. Jōmon Pottery THE NEOLITHIC JŌMON CULTURE OF AINU AND MALAYO- POLYNESIAN PEOPLE 1 The skeletal remains of The Ainu people from Siberia came by foot to the Hokkaido Ainu share Sakhalin-Hokkaidō area toward the end of the glacial period morphologically close relations and then spread over the whole archipelago, commencing the with northern Mongoloid people. pre-pottery Palaeolithic life. Before the end of the glacial An analysis of mitochondrial period, the Malayo-Polynesian people also came from DNA found no shared types Southeast Asia via the sea route of the Philippines-Taiwan- between the Ainu and Okinawans. Ryūkyū Islands, settling mostly in the Kyūshū area and some of See Hudson (1999: 64-67, 71-72 them moving into the western mainland. and 76-78). Genetic studies show that the Ainu are much closer to northern Mongoloid than to Southeast Asian populations.1 2 Diamond (1998: 11). Many place-names in Hokkaidō and northern main land include the Ainu words, but such Ainu-like names never occur 3 See Imamura (1996: 112). in the southwestern area and Kyūshū.2 It may account for the Ainu and Malayo-Polynesians are contrast in Jōmon pottery traditions between southwestern and not genetically close. northeastern Japan, the boundary being located around the See Nei Masatoshi, “The Origins Nagoya region.3 of Human Populations: Genetic, With the advent of the Neolithic Jōmon period (10,000 – Linguistic, and Archeological 300 BC), people on the Japanese islands began fishing with ” Data, in The Origin and Past of harpoons and fishhooks, hunting and gathering with stones Modern Humans as Viewed from DNA, ed. -
Kwang-Chih Chang 1931-2001
KWANG-CHIH CHANG 1931-2001 A Biographical Memoir by ROBERT E. MUROWCHICK © 2012 The National Academy of Sciences Any opinions expressed in this memoir are those of the author and do not necessarily reflect the views of the National Academy of Sciences. KWANG-CHIH CHANG KWANG-CHIH KWANG–CHIH CHANG April 15, 1931–January 3, 2001 BY ROBERT E. MUROWCHICK FOR MORE THAN 40 YEARS Kwang-chih Chang bridged East and West with his scholarship serving as the main doorway through which Western scholars and students could approach the archaeology of ancient China as that country moved 1 from isolation to full international collaboration in the study of its past. With a modest smile and well-known aversion to pretentiousness, Chang transformed our understanding of early Chinese and East Asian history by integrating tradi- tional historiography with American anthropological archaeology, and by using Asian data to challenge long-held Western ideas about the rise of agriculture, urbanism, and kingship. Chang’s introduction of interdisciplinary field methods in his excavations in Taiwan brought new understanding of cultural and envi- ronmental change. The bonds he forged with mainland scholars helped pave the way for the new era of international cooperation in Chinese fieldwork we see today. Chang was a student of many of the giants in the fields of archaeology, anthropology, and ethnology, and he in turn trained multiple generations of students who carry forward both his research interests and his love for teaching. wang-chih Chang, to study at National Beiping or “K.C.” as he was Normal University and to write known among his bai hua poetry and essays. -
FY2017 Results of the Radioactive Material Monitoring in the Water Environment
FY2017 Results of the Radioactive Material Monitoring in the Water Environment March 2019 Ministry of the Environment Contents Outline .......................................................................................................................................................... 5 1) Radioactive cesium ................................................................................................................... 6 (2) Radionuclides other than radioactive cesium .......................................................................... 6 Part 1: National Radioactive Material Monitoring Water Environments throughout Japan (FY2017) ....... 10 1 Objective and Details ........................................................................................................................... 10 1.1 Objective .................................................................................................................................. 10 1.2 Details ...................................................................................................................................... 10 (1) Monitoring locations ............................................................................................................... 10 1) Public water areas ................................................................................................................ 10 2) Groundwater ......................................................................................................................... 10 (2) Targets .................................................................................................................................... -
Long-Term Estimation on Nitrogen Flux in the Yamato River Basin Influenced by the Construction of Sewerage Treatment Systems
AHW32-P08 JpGU-AGU Joint Meeting 2020 Long-term Estimation on Nitrogen flux in the Yamato River Basin Influenced by the Construction of Sewerage Treatment Systems *Kunyang Wang1, Shin-ichi Onodera1, Mitsuyo Saito2, Yuta Shimizu3 1. Graduate School of Integrated Arts and Science, Hiroshima University, 2. Faculty of Environmental Science and Technology, Okayama University, 3. National Agriculture and Food Research Organization The quantification of the nitrogen discharge in water were most important indicators of the water environment in coastal area because these processes are related to the transport of large nutrient loads. The nitrogen pollution sources of the surface water environment are divided into point source pollution and non-point source pollution according to the different spatial distribution (Niraula et al. 2013; Lee et al. 2010). Nonpoint source nitrogen pollution is a leading contributor to world water quality impairments. (Steffen et al 2015). Sewage treatment system can significantly reducing pollutant emissions by multiple methods. The construction of sewage treatment systems does not happen overnight, it is divided into two parts: construction of sewage treatment plant and laying of underground pipelines into buildings. Especially for plumbing system, it is a long process. During this period, non-point source pollution from urban areas will be gradually transformed into point sources. Yamato river is a very important river in west Japan. It has a watershed area of 1067 square kilometers, covering almost half area of Nara prefecture. These have 5 sewage treatment plant in the watershed, 3 of them are located in Osaka Prefecture and others are in Nara Prefecture. These sewage treatment plants were successively constructed and put into use between 1974 and 1985. -
PORTS of OSAKA PREFECTURE
Port and Harbor Bureau, Osaka Prefectural Government PORTS of OSAKA PREFECTURE Department of General Affairs / Department of Project Management 6-1 Nagisa-cho, Izumiotsu City 595-0055 (Sakai-Semboku Port Service Center Bldg. 10F) TEL: 0725-21-1411 FAX: 0725-21-7259 Department of Planning 3-2-12 Otemae, Chuo-ku, Osaka 540-8570(Annex 7th floor) TEL: 06-6941-0351 (Osaka Prefectural Government) FAX: 06-6941-0609 Produced in cooperation with: Osaka Prefecture Port and Harbor Association, Sakai-Semboku Port Promotion Council, Hannan Port Promotion Council Osaka Prefectural Port Promotion Website: http://www.osakaprefports.jp/english/ Port of Sakai-Semboku Japan’s Gateway to the World. With the tremendous potential and vitality that befit the truly international city of Osaka, Port of Hannan Seeking to become a new hub for the international exchange of people, From the World to Osaka, from Osaka to the Future goods and information. Starting from The sea is our gateway to the world – The sea teaches us that we are part of the world. Port of Nishiki Port of Izumisano Osaka Bay – Japan’s marine gateway to the world – is now undergoing numerous leading projects that Osaka Bay, will contribute to the future development of Japan, including Kansai International Airport Expansion and the Phoenix Project. Exchange for Eight prefectural ports of various sizes, including the Port of Sakai-Semboku (specially designated Port of Ozaki Port of Tannowa major port) and the Port of Hannan (major port), are located along the 70 kilometers of coastline the 21st Century extending from the Yamato River in the north to the Osaka-Wakayama prefectural border in the south.