RJGG of the Genetic Legacy of the Mongols
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Family Tree Chart Template
Family Tree Chart Template Primrose Hamilton cried some batfish and decontrol his pandemias so beneficently! Pigeon-toed and deuced Ramsay saltate her Yoruba infuses while Rikki tremors some shyer edgeways. Pepper-and-salt and azonal Shaun never plane-table patiently when Ronen forspeak his cerographist. It can click the tree chart Mainly, a lot of interviews have to be performed. Get started on your family tree PPT for the next family gathering. Keep arranging your shapes to form a family tree. Although family tree diagrams were used for a long time they became extremely popular with the release of television series like Game of Thrones. And how to learn more about Romance Scams. Any cookies that may not be necessary for the website to function and are used specifically to collect user personal data via analytics, ads and other embedded contents. Sustantivo de género exclusivamente masculino, que lleva los artÃculos el o un en singular, y los o unos en plural. Then it will ask if you want to change the paths to all the multimedia links in the file to the new path you specified. The post has been moved to a new category. Free family tree forms and charts are provided for download to assist in ancestry research and documentation. The Plum Tree is a app to track your sims legacies via a family tree. Every column on the chart represents a generation. Creating Microsoft Word family tree templates is the easiest to make changes, add new additions, and edit your family tree branches. Family tree charts are very personal, and people often develop their own themes. -
2000 Population and Housing Census of Mongolia: the MAIN RESULTS
2000 Population and Housing Census of Mongolia: THE MAIN RESULTS NSO National Statistical Office Of Mongolia UNFPA United Nations Population Fund UNSD United Nations Statistics Division Contents Page CONTRIBUTORS iii LIST OF TABLES AND FIGURES v LIST OF TABLES IN THE ANNEX xi LIST OF ACRONYMS xiii ACKNOWLEDGEMENTS xv PREFACE xvii Chapter 1. ORGANIZATION AND CONDUCT OF THE 2000 1 POPULATION AND HOUSING CENSUS 1.1. Population censuses in Mongolia 2 1.2. Planning, administration and organization of the 2 2000 population and housing census 1.3. Training 6 1.4. Mapping and household listing 8 1.5. Advocacy and publicity 9 1.6. Pretesting, enumeration and quality control 11 1.7. Data processing 14 1.8. Dissemination of census data to users 15 1.9. Census concepts, definitions and design of the 17 population questionnaire Chapter 2. POPULATION SIZE, DISTRIBUTION AND 27 DENSITY Chapter 3. DEMOGRAPHIC CHARACTERISTICS 37 Chapter 4. CITIZENSHIP AND ETHNICITY 47 Chapter 5. INTERNAL MIGRATION AND URBANIZATION 53 Chapter 6. EDUCATION AND LITERACY 69 Chapter 7. ECONOMIC ACTIVITY 79 Chapter 8. HOUSEHOLDS, LIVING QUARTERS AND 95 HOUSING FACILITIES CONCLUSION 109 Annex 1. TABLES OF CENSUS DATA 113 Annex 2. LIST OF CENSUS PRODUCTS 165 Annex 3. CENSUS QUESTIONNAIRE 167 i CONTRIBUTORS Mrs. Davaasuren Chultemjamts, Economist-statistician, Ph. D in Economics (Russia) Master of International Affairs (Columbia University, USA) Chairman of NSO and Deputy of State Census Commission Mr. Batmunkh Batsukh, Economist-statistician, Ph. D in Economics (Moscow Economics and Statistics Institute) Vice-chairman of NSO, Director of the Bureau of Population Census and Survey and Secretary of State Census Commission Mr. -
Social Engineering and Family Tree
Social Engineering and Family Tree Name Father/Mother Sons/Daughter Grandson/Granddaughter Sahle Selassie (husband) Wossen Segad/Zenebework Wugire (concubine) Derge Buzuneshe (wife) Haile melekot Menelik II Haile Mikael, Syfe, Amarkegne Tenagnework, Ras Mekonnen Bekineshe, Tinfyelesh HaileMelekot (husband) Sahle SelassieBezunesh Menelik Ijegayehu (wife) Adeyamo Tidenkeyalesh (wife) Menelik (husband)) Alitash (wife) Tewdrowes II/Tewbech Ali Bafona (wife) Tsehaytu (wife) Butle HaileMariam Wossen Regad Wodajo (m) Zenebework Mikael Abechi (concubine) Zewditu (f) Other concubines Shewa Ragad (f) Iyasu Mikael Ali Abba Bula Zewditu (female) Menelik/Abechi Araya Selassie Yohannes (husband) Guga Welle (husband) Ras Mengesha Yohannes/Selass Dimtsu Romanawork Kafay Welle Butle/ Seyum Mengesha, Tigray Shewa Regad (wife) Menelik Iyasu V Mikael Ali abba Bula (husband) Name Father Son/Daughter Grandson/Granddaughter Iyasu V (husband) Mikael Ali Abba Bula Romanework (wife) Mengesha Yohannes/Kafay Sebele Wongel Haile (wife) 13 more concubines Mekonne (husnabd) Welde Mikael Gudessa/Tenagnework Yeshemebet (wife) Ali Abba Jiffar/Wolete Haileselassie Romawork,Tenagework,Assef Giyogis a Wossen,Zenebework,Tshai,M okonnen,Saleselassie Mentewab (wife) Wale Butle Other unknown Yilma Mokennen Yeshework (concubine) Mikael Abba Bula/Fantayhe Itege Menen Asfaw 5 husbands: Dejazmach Ali, Sehin (wife) Fantaye husbad/Gabru Amede Ali, Aba Deyas, Ras Seged, Haileselassie Asfaw Janitirar (husband) Haileselassie (husband) Mokennen/Yeshemebet Ali Altayech (wife) Romanawork -
R1b-M343 (Xp312 Xu106) Y-STR Report
R1b-M343 (xP312 xU106) Y-STR Report Dirk Struve May 21, 2017 Contents 1 Introduction1 2 About Y-STR markers2 3 Time estimates3 3.1 A word of caution.........................3 3.2 Method..............................4 3.3 Results...............................6 3.3.1 111 marker TMRCA estimates..............6 3.3.2 500 marker TMRCA estimates..............9 3.3.3 Towards genealogical time frames............ 13 3.3.4 Using only YFull results................. 16 4 Marker statistics 17 References 19 1 Introduction This document contains time estimates about the formation of clades and their TMRCAs (Time to Most Recent Common Ancestor) based upon Y- STR marker results reported by YFull and Family Tree DNA. You might ask yourself, why use STRs when YFull has already published a phylogenetic tree [15] with time estimates solely based on the stable SNP mutations. There are a variety of good reasons for this: 1 1. Different scientific methods can yield different results. It is good to calculate time estimates using independent methods. If different meth- ods yield the same results, we know that we can trust the methods. Otherwise we should be cautious and search for improvements. 2. Mutations happen by coincidence. There is always a statistical uncer- tainty. Using different methods can help to identify statistical outliers and improve the results. 3. Not all SNPs are suited for genealogical purposes. This could result in wrong time estimates. Even if YFull has carefully crafted it's method to exclude wrong SNPs [1], it is good to have a second method to verify their results. 4. STRs provide a higher time resolution than SNPs. -
The Phylogenealogy of R-L21: Four and a Half Millennia of Expansion and Redistribution
The phylogenealogy of R-L21: four and a half millennia of expansion and redistribution Joe Flood* * Dr Flood is a mathematician, economist and data analyst. He was a Principal Research Scientist at CSIRO and has been a Fellow at a number of universities including Macquarie University, University of Canberra, Flinders University, University of Glasgow, University of Uppsala and the Royal Melbourne Institute of Technology. He was a foundation Associate Director of the Australian Housing and Urban Research Institute. He has been administrator of the Cornwall Y-DNA Geographic Project and several surname projects at FTDNA since 2007. He would like to give credit to the many ‘citizen scientists’ who made this paper possible by constructing the detailed R1b haplotree over the past few years, especially Alex Williamson. 1 ABSTRACT: Phylogenealogy is the study of lines of descent of groups of men using the procedures of genetic genealogy, which include genetics, surname studies, history and social analysis. This paper uses spatial and temporal variation in the subclade distribution of the dominant Irish/British haplogroup R1b-L21 to describe population changes in Britain and Ireland over a period of 4500 years from the early Bronze Age until the present. The main focus is on the initial spread of L21-bearing populations from south-west Britain as part of the Beaker Atlantic culture, and on a major redistribution of the haplogroup that took place in Ireland and Scotland from about 100 BC. The distributional evidence for a British origin for L21 around 2500 BC is compelling. Most likely the mutation originated in the large Beaker colony in south-west Britain, where many old lineages still survive. -
Reconstruction of the Lineage Y Chromosome Haplotype Of
1Institute of Molecular Anthropology, 75005 Paris, France Abstract: As part of the Napoléon I Genome (NIG) project we have reconstructed, based on more than one hundred Y-STRs (Y-short tandem repeats), the complete Y-haplotype of the non-recombinant part of the Y-chromosome (NRY) of French Emperor Napoléon I (1769-1821). We already knew the allelic values at Y-markers of the Y- chromosome of Napoléon I, but only for the palindromic STR YCAIIa and b and for the non-palindromic Y-STR DYS19. The present reconstruction aims to compare the allelic values at Y-STRs of the DNA of Charles Napoléon (C.N.), the living 4th generation descendant of Jérôme Bonaparte (Napoléon I’s youngest brother), with those of Alexandre Colonna Walewski (A.C.W.), the living 4th generation descendant of Count Alexandre Walewski (the son born of the union between Napoléon I and Countess Maria Walewska). We have previously established that Napoléon I, C.N. and A.C.W. are of the same Y-haplogroup E1b1b1b2a1. The allelic values for C.N. and A.C.W. are the same for ninety-three other non-palindromic markers (belonging to ninety different STRs) and for thirty- eight other palindromic markers (belonging to fifteen different STRs); these values then constitute those deduced in the reconstruction of the allelic values of the STR markers of the Napoléon I’s Y-haplotype. Four non-palindromic STRs and two palindromic STRs have different allelic values in C.N. and A.C.W.; we have deduced the allelic value of Napoléon I for one (DYS454), and the probable allelic values for two (Y-GATA-C4 and DYS712) of these non- palindromic variable STRs. -
The House of Coburg and Queen Victoria: a Study of Duty and Affection
University of Nebraska at Omaha DigitalCommons@UNO Student Work 6-1-1971 The House of Coburg and Queen Victoria: A study of duty and affection Terrence Shellard University of Nebraska at Omaha Follow this and additional works at: https://digitalcommons.unomaha.edu/studentwork Recommended Citation Shellard, Terrence, "The House of Coburg and Queen Victoria: A study of duty and affection" (1971). Student Work. 413. https://digitalcommons.unomaha.edu/studentwork/413 This Thesis is brought to you for free and open access by DigitalCommons@UNO. It has been accepted for inclusion in Student Work by an authorized administrator of DigitalCommons@UNO. For more information, please contact [email protected]. THE HOUSE OF COBURG AND QUEEN VICTORIA A STORY OF DUTY AND AFFECTION A Thesis Presented to the Department of History and the Faculty of the Graduate College University of Nebraska at Omaha In Partial Fulfillment of the Requirements for the Degree Master of Arts by Terrance She Ha r d June Ip71 UMI Number: EP73051 All rights reserved INFORMATION TO ALL USERS The quality of this reproduction is dependent upon the quality of the copy submitted. In the unlikely event that the author did not send a complete manuscript and there are missing pages, these will be noted. Also, if material had to be removed, a note will indicate the deletion. Diss««4afor. R_bJ .stung UMI EP73051 Published by ProQuest LLC (2015). Copyright in the Dissertation held by the Author. Microform Edition © ProQuest LLC. All rights reserved. This work is protected against unauthorized copying under Title 17, United States Code ProQuest LLC. -
Animality, Subjectivity, and Society in Anglo-Saxon England
IDENTIFYING WITH THE BEAST: ANIMALITY, SUBJECTIVITY, AND SOCIETY IN ANGLO-SAXON ENGLAND A Dissertation Presented to the Faculty of the Graduate School of Cornell University In Partial Fulfillment of the Requirements for the Degree of Doctor of English Language and Literature by Matthew E. Spears January 2017 © 2017 Matthew E. Spears IDENTIFYING WITH THE BEAST: ANIMALITY, SUBJECTIVITY, AND SOCIETY IN ANGLO-SAXON ENGLAND Matthew E. Spears, Ph.D. Cornell University, 2017 My dissertation reconsiders the formation of subjectivity in Anglo-Saxon England. It argues that the Anglo-Saxons used crossings of the human-animal divide to construct the subject and the performance of a social role. While the Anglo-Saxons defined the “human” as a form of life distinct from and superior to all other earthly creatures, they also considered most humans to be subjects-in-process, flawed, sinful beings in constant need of attention. The most exceptional humans had to be taught to interact with animals in ways that guarded the self and the community against sin, but the most loathsome acted like beasts in ways that endangered society. This blurring of the human-animal divide was therefore taxonomic, a move to naturalize human difference, elevate some members of society while excluding others from the community, and police the unruly and transgressive body. The discourse of species allowed Anglo-Saxon thinkers to depict these moves as inscribed into the workings of the natural world, ordained by the perfect design of God rather than a product of human artifice and thus fallible. “Identifying with the Beast” is informed by posthumanist theories of identity, which reject traditional notions of a unified, autonomous self and instead view subjectivity as fluid and creative, produced in the interaction of humans, animals, objects, and the environment. -
The Development of Mongol Identity in the Seventeenth and Eighteenth Centuries the Seventeenth and Eighteenth Centuries Witness
■ Source: Itinerario 24:2 (2000), pp. 44–61. THE DEVELOPMENT OF MONGOL IDENTITY IN THE SEVENTEENTH AND EIGHTEENTH CENTURIES The seventeenth and eighteenth centuries witnessed the development of a Mongol identity. The Mongol conquests in the thirteenth century had laid the foundations but had not truly forged such an identity. These earlier events provided, in modern parlance, the cultural memory that eventu- ally served to unify them. However, the Mongol Empire actually revealed the fractiousness of the Mongols and their inability to promote the unity that might gradually have fostered a Mongol identity. As Joseph Fletcher argued, the creation of a supra-tribal identity for nomadic herders has proven to be extremely difficult.1 The so-called Mongol Empire attested to this predicament, as within two generations it evolved into four separate Khanates, which occasionally waged war against each other. For example, individual Khanates frequently sided with non-Mongols against fellow Mongols. In addition, the military, the quintessential Mongol institution, was not, as the Empire expanded, composed simply of Mongols. Turks, Persians, and even Chinese served in and sometimes led the Mongol armies, contributing to the blurring of Mongol identity. The glorious successes of the Mongol Empire offered later Mongols solace and the model of a great historical legacy. During the Ming era, different leaders, Esen in the fifteenth century and the Dayan Khan in the sixteenth century, sought to unify the Mongols, but both failed to elicit suf- ficient support.2 In the seventeenth and eighteenth centuries, faced with threats to their lands and to their very existence, the Mongols repeatedly sought to identify with heroes of the past, an effort that was significant in inspiring bonds of identity. -
GENGHIS KHAN Conperor
Leo de Hartog is a Dutch specialist in Mongol history and has taught the subject extensively. GENGHIS KHAN Conperor of the World LEO DE HARTOG PAPERBACKS Published In 2004 by Tauris Parke Paperbacks an lmprmt of I BTauris & Co Ltd 6 Salem Road, London W2 4BU 175 F~tthAvenue, New York NY 10010 www ~btaurls.com In the Un~tedStates of Amer~caand in Canada d~strlbutedby Palgrave Macmillan, a dlvlsion of St Alartln's Press 175 Fdth Avenue, New Yolk NY 10010 Copyright 0 Leo de Hartog, 1989, 2004 The r~ghtof Leo de Hartog to be ~dentltiedas the author of this work has been asserted by the author In accordance wlth the Copyright, Designs and Patents Act 1988 All r~ghtsreserved Except for brief quotations In a revlew, th~sbook, or any part thereot; may not be reproduced, stored In or introduced into a retr~evalsystem, or transmitted, In any form or by any means, electronic, mechanical, pllotocopying, recording or otherwise, w~thoutthe prlor written permission of the publisher ISBN 1 86064 972 6 A full CIP record for thls book is available from the Br~t~shLlbrary A hll CIP record for th~sbook is avallable from the L~braryot Congress Library of Congress catalog card: avallable Printed and bound in Great Britain by MPG Books Ltd, Bodmin, Cornwall Contents Preface Mongolia on the eve of the birth of Asia's greatest son Geography and climate The tribes Mongol society The rise of a young chief of the Bo jigins The emergence of an obscure tribe The beginning of the elimination process Ruler of all tribes living in felt tents The final overthrow of the -
Promoting Dryland Sustainable Landscapes and Biodiversity Conservation in the Eastern Steppe of Mongolia” Project
Environmental and Social Management Framework for “Promoting Dryland Sustainable Landscapes and Biodiversity Conservation in The Eastern Steppe of Mongolia” Project ULAANBAATAR 2020 Required citation: Food and Agriculture Organization of the United Nations (FAO), World Wildlife Fund (WWF). 2020. Environmental and Social Management Framework for “Promoting Dryland Sustainable Landscapes and Biodiversity Conservation in The Eastern Steppe of Mongolia” Project. Ulaanbaatar. The designations employed and the presentation of material in this information product do not imply the expression of any opinion whatsoever on the part of the Food and Agriculture Organization of the United Nations (FAO) concerning the legal or development status of any country, territory, city or area or of its authorities, or concerning the delimitation of its frontiers or boundaries. The mention of specific companies or products of manufacturers, whether or not these have been patented, does not imply that these have been endorsed or recommended by FAO in preference to others of a similar nature that are not mentioned. The views expressed in this information product are those of the author(s) and do not necessarily reflect the views or policies of FAO. © FAO, WWF, 2020 Some rights reserved. This worK is made available under the Creative Commons Attribution-NonCommercial-ShareAliKe 3.0 IGO licence (CC BY-NC-SA 3.0 IGO; https://creativecommons.org/licenses/by-nc-sa/3.0/igo/legalcode). Under the terms of this licence, this worK may be copied, redistributed and adapted for non-commercial purposes, provided that the work is appropriately cited. In any use of this worK, there should be no suggestion that FAO endorses any specific organization, products or services. -
Online Appendices Here
APPENDIX A: EFFECTIVE NUMBER OF PARTIES BY COUNTRY AND YEAR The effec've number of par'es equals the reciprocal of the sum of the squared propor'on of the vote received by each party with independent candidates each treated as separate par'es. Effective Number Country Year of Electoral Parties Antigua and Barbuda 1994 2.05 Antigua and Barbuda 1999 2.09 Antigua and Barbuda 2004 2.07 Antigua and Barbuda 2009 2.07 Argentina 1991 3.98 Argentina 1993 3.57 Argentina 1995 3.61 Argentina 1997 3.65 Argentina 1999 3.28 Argentina 2001 6.08 Argentina 2003 5.39 Argentina 2005 6.38 Australia 1990 3.37 Australia 1993 2.90 Australia 1996 3.20 Australia 1998 3.46 Australia 2001 3.43 Australia 2004 3.18 Australia 2007 3.03 Australia 2010 3.83 Austria 1990 3.16 Austria 1994 3.87 Austria 1995 3.59 Austria 1999 3.82 Austria 2002 3.02 Austria 2006 3.71 Austria 2008 4.83 Bahamas 1992 1.98 Bahamas 1997 1.97 Bahamas 2002 2.28 Bahamas 2007 2.13 Barbados 1991 2.28 Barbados 1994 2.52 Barbados 1999 1.84 Barbados 2003 1.98 Effective Number Country Year of Electoral Parties Barbados 2008 2.00 Belgium 1991 9.81 Belgium 1995 9.46 Belgium 1999 10.27 Belgium 2003 8.84 Belgium 2007 9.04 Belgium 2010 10.04 Belize 1993 2.00 Belize 1998 1.96 Belize 2003 2.04 Belize 2008 2.03 Botswana 1994 2.34 Botswana 1999 2.44 Botswana 2004 2.74 Botswana 2009 2.71 Brazil 1990 9.80 Brazil 1994 8.52 Brazil 1998 8.14 Brazil 2002 9.28 Brazil 2006 10.62 Brazil 2010 11.21 Bulgaria 1991 4.18 Bulgaria 1994 3.85 Bulgaria 1997 3.00 Bulgaria 2001 3.94 Bulgaria 2005 5.80 Bulgaria 2009 4.40 Canada 1993