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The Olympic & Paralympic Winter Games Pyeongchang 2018 English
English The Olympic&Paralympic Winter Games PyeongChang 2018 Welcome to Olympic Winter Games PyeongChang 2018 PyeongChang 2018! days February PyeongChang 2018 Olympic and Paralympic Winter Games will take place in 17 / 9~25 PyeongChang, Gangneung and Jeongseon for 27 days in Korea. Come and watch the disciplines medal events new records, new miracles, and new horizons unfolding in PyeongChang. 15 102 95 countries 2 ,900athletes Soohorang The name ‘Soohorang’ is a combinati- on of several meanings in the Korean language. ‘Sooho’ is the Korean word for ‘protection’, meaning that it protects the athletes, spectators and all participants of the Olympic Games. ‘Rang’ comes from the middle letter of ‘ho-rang-i’, which means ‘tiger’, and also from the last letter of ‘Jeongseon Arirang’, a traditional folk music of Gangwon Province, where the host city is located. Paralympic Winter Games PyeongChang 2018 10 days/ 9~18 March 6 disciplines 80 medal events 45 countries 670 athletes Bandabi The bear is symbolic of strong will and courage. The Asiatic Black Bear is also the symbolic animal of Gangwon Province. In the name ‘Bandabi’, ‘banda’ comes from ‘bandal’ meaning ‘half-moon’, indicating the white crescent on the chest of the Asiatic Black Bear, and ‘bi’ has the meaning of celebrating the Games. VISION PyeongChang 2018 will begin the world’s greatest celebration of winter sports from 9 February 2018 in PyeongChang, Gangneung, New Horizons and Jeongseon. People from all corners of the PyeongChang 2018 will open the new horizons for Asia’s winter sports world will gather in harmony. PyeongChang will and leave a sustainable legacy in PyeongChang and Korea. -
The Mission to North Korea Ben Torrey
The Mission to North Korea Ben Torrey The article that follows this one is unusual for the depth of insight and direct experience with which its author writes on the religious psychology of North Korea. Ben Torrey has put readers of the INTERNATIONAL BULLETIN OF MISSIONARY RESEARCH in his debt both by editing George Kap-Hun Kim’s translation of Hyun-Sik Kim’s article and by supplying an introduction that situates Kim’s life and work within the wider context of mission to North Korea. Torrey himself grew up in South Korea, where he joined with his parents in pioneering Jesus Abbey, a community of prayer high in the Taebaek Mountains of Kangwon Do. Following graduation from college in the United States, he directed a community service organization for over two years and then, with his wife, Liz, spent a year in Korea at Jesus Abbey. Upon returning to the United States for the second time, the Torreys settled in Connecticut, where Ben served as a self-support- ing pastor with the Evangelical Apostolic Church of North America while working in the fields of computer systems development and knowledge management. Seeing the need for the church and South Korean society to prepare properly for the inevitable opening of North Korea, Torrey, in conjunction with Jesus Abbey, began the Fourth River Project in 2003. He was also given responsibility to direct Jesus Abbey’s Three Seas Training Center. The Torreys returned to Korea in October 2005 in order to pursue this work full time.—Editor he Democratic People’s Republic of Korea—North owned private businesses operating with permission of the TKorea—presents us with a great missiological challenge. -
Military Transformation on the Korean Peninsula: Technology Versus Geography
THE UNIVERSITY OF HULL Military Transformation on the Korean Peninsula: Technology Versus Geography Being a Thesis submitted in partial fulfilment of the requirements for the Degree of Doctor of Philosophy At the University of Hull By Soon Ho Lee BA, Sungkyunkwan University, Republic of Korea, 2004 MA, The University of Birmingham, United Kingdom, 2005 MRes, King’s College London, United Kingdom, 2006 1 Acknowledgement I am the most grateful to my Supervisor Dr. David Lonsdale for his valuable academic advice and support during the long PhD journey. To reach this stage, I have had invaluable support from my family back in Korea and my dear wife Jin Heon. I would also like to thank my family for being so patient while I was researching. During this journey, I have obtained a precious jewel in my daughter, Da Hyeon. I will pray for you all my life. I would like to give special thanks to my late grandfather who gave me the greatest love, and taught me the importance of family. 2 Thesis Summary This thesis provides an explanation of one RMA issue: the effectiveness of contemporary military technology against tough geography, based upon case studies in the Korean peninsula. The originality of the thesis is that it will provide a sound insight for potential foes’ approach to the dominant US military power (superior technology and sustenance of war). The North Korean defence strategy – using their edge in geography and skill – tried to protect themselves from the dominant US power, but it may be impossible to deter or defeat them with technological superiority alone. -
Republic of Korea Hoeyang Lake
1 1 1 1 1 2 S2 unchon 2 2 2 5 6 7 8 9 ? Sukchon ? Sinchang-ni ? ? ? Pyongwon Sunan Okpyong-ni Songchon National Capital Kangdong Yangdok Yangdog-up Wonsan Pyongyang Provincial Capital ? City, town ? 9 Sungho-dong 9 3 Major Airport 3 Roads Chunghwa Nampo Democratic People's Railroad Songnim River Hwangju Republic of Korea Hoeyang Lake Anag-up International Boundary Anak Sariwon Demarcation Line Hungsu-ri Pyonggang Sinchon Chaeryong Sinmak Provincial Boundary Changyon 0 5 10 20 30 40 Ayang-ni Kilometers Miles Haeju 0 4 8 16 24 32 ? ? 8 Kaesong 8 3 Pyoksong 3 Dongducheon Ongjin Chuncheon SEA OF Sigyo-ri Gangneung Euijeongbu JAPAN Hongcheon Seoul KANG-WON-DO Mugho Bucheon SEOUL Samcheog Incheon Hoengseon Anyang KYONGGI-DO INCHON Weonju Jeongseon Suweon Jecheon Osan Yeongweol Chechon ? Pyeongtaeg Jungju ? 7 7 3 3 Eumseong Chungju CHUNGCHONGBUK-DO Cheonan Yeongju Oncheon-ri CHUNGCHONGNAM-DO Yeongyang Yesar Jeoneui Cheongju Hongseong Jeomchon Yecheon Cwangcheon Hamchang Andong Yeonghae TAEJON KYONGSANGBUK-DO Gongju Sangju Yeongdeog Daecheon Daejeon Euiseong Gyuam Buyeo Ogcheon Nonsan Seonsan Gunwi Ganggyeong Yeanmudae Yeongdong Gimcheon Seocheon Gumi Jacheon Pohang ? Geumsan Yangmog ? 6 6 3 Janghang 3 YELLOW SEA Muju Yeongcheon Kunsan Gunsan TAEGU Samnye Taegu Hayang RJeoenjupublic of KoreaDaegu Gyeongsan Gyeongju Gimje Jinan Janggye Geochang Goryeong CHOLLABUK-DO Hyeopung Cheongdo Aneui Ulsan Byeongyeong Hahcheon Changyeong Eonyang Hamyang Miryang Bangeojin Sancheong Gimhae Yangsan KWANGJU KYONGSANGNAM-DO Gupo Jinju Masan Kwangju Jinhae Pusan Sacheon Ungcheon ? Naju Chinhae ? 5 5 3 Goseong PUSAN 3 Yeongsanpo Suncheon CHOLLANAM-DO Samcheongpo Mogpo KOREA STRAIGHT Yeongam Beqlgyo Namhae Byeongyeong Yeosu Gangjin Jangheung Haenam Jindo ? ? 4 4 3 3 Repu blic Cheju Jeju of Korea Seogwipo Moseulpo Maetsuyoshi CHEJU-DO ? JAPAN ? 3 3 3 3 REPUBLIC OF KOREA Fukue Tomie ? ? ? ? ? 5 6 7 8 9 2 2 2 2 2 1 1 1 1 1 The boundaries and names shown and the designations used on this map do not imply official endorsement or acceptance by the United Nations. -
FIL LUGE MEDIA GUIDE 2017/2018 3 FIL Medien Guide 2017-2018 Aktuell 105X205 19.10.17 08:49 Seite 4
HAUPTSPONSOREN DER FIL FIL LUGE MEDIA GUIDE 2017 / 2018 MAIN SPONSORS OF THE FIL Logo 3 : 1 XXIII OLYMPIC WINTER GAMES 2018 PYEONGCHANG / KOREA LUGE MEDIA GUIDE 2017/2018 Fédération Internationale de Luge de Course Internationaler Rennrodelverband International Luge Federation FIL FIL Guide Umschlag 2010_222,5x205 31.10.11 13:18 Seite 2 HAUPTSPONSOREN DER FIL MAIN SPONSORS OF THE FIL FIL Guide Umschlag 2010_222,5x205 31.10.11 13:18 Seite 2 FIL Guide Umschlag 2010_222,5x205 31.10.11 13:18 Seite 2 HAUPTSPONSORENHAUPTSPONSOREN DERDER FIL FIL FIL Guide LogoUmschlag 3MAIN 2010_222,5x205: MAIN1 SPONSORS SPONSORS 31.10.11 13:18 Seite OFOF 2 THETHE FIL FIL HAUPTSPONSOREN DER FIL FIL GuideMAIN Umschlag 2010_222,5x205SPONSORS 31.10.11 OF 13:18THE Seite FIL 2 HAUPTSPONSOREN DER FIL MAIN SPONSORS OF THE FIL PARTNER DER FIL PARTNERS OF THE FIL PARTNER DER FIL PARTNERPARTNERSPARTNER DER OF DERFIL THE FIL FIL PARTNERSPARTNERS OF THE OF FILTHE FIL PARTNER DER FIL PARTNERS OF THE FIL Titelfoto / Cover photo: POCOG FIL Medien Guide 2017-2018 aktuell_105x205 19.10.17 08:49 Seite 3 FÉDÉRATION INTERNATIONALE DE LUGE DE COURSE INTERNATIONALER RENNRODELVERBAND INTERNATIONAL LUGE FEDERATION FIL BÜRO - FIL OFFICE Nonntal 10 TEL: (49.8652) 975 77 0 83471 Berchtesgaden FAX: (49.8652) 975 77 55 Germany e-mail: [email protected] Internet: http://www.fil-luge.org Facebook: facebook.com/FILuge Twitter: @FIL_Luge Instagram: @FIL_Luge #FILuge #LugeLove PUBLISHER: Printshop: WIGO-Druck Bad Ischl, Austria Fédération Internationale de Luge de Course, FIL TEAM: Harald Steyrer - Layout, Babett Wegscheider FIL LUGE MEDIA GUIDE 2017/2018 3 FIL Medien Guide 2017-2018 aktuell_105x205 19.10.17 08:49 Seite 4 Inhaltsverzeichnis GELEITWORT6 DES PRÄSIDENTEN................... -
Population Genetic Structure of Wild Boar and Dispersal Performance Based on Kinship Analysis in the Northern Region of South Korea
Population Genetic Structure of Wild Boar And Dispersal Performance Based On Kinship Analysis In The Northern Region of South Korea Seung Woo Han ( [email protected] ) Seoul National University College of Veterinary Medicine https://orcid.org/0000-0002-7148-4087 Han Chan Park Yeongnam Daehakgyo: Yeungnam University Jee Hyun Kim Seoul National University College of Veterinary Medicine Jae Hwa Suh NIBR: National Institute of Biological Resources Hang Lee Seoul National University College of Veterinary Medicine Mi Sook Min Seoul National University College of Veterinary Medicine Research Article Keywords: Wild boar, Microsatellites, Population Genetics, Dispersal, Kinship Analysis, Conservation Genetics Posted Date: May 7th, 2021 DOI: https://doi.org/10.21203/rs.3.rs-368091/v1 License: This work is licensed under a Creative Commons Attribution 4.0 International License. Read Full License Page 1/16 Abstract Wild boar (Sus scrofa) is one of the most challenging mammalian species to manage in the wild because of its high reproductive rate, population density, and lack of predators in much of its range. A recent outbreak of African swine fever (ASF) and the transmission into domestic pigs in commercial farms empower the necessity of establishing management strategies of the wild boar population in the northern region of South Korea. A population genetic study, including the dispersal distance estimation of wild boars, is required to prepare ne-scale population management strategies in the region. In this study, both population structure analysis and dispersal distance estimation based on kinship were conducted using 13 microsatellite markers. The results revealed a high level of genetic diversity compared to a previous study. -
MAGAZINE Vol. 2
FIL Vol. 2 - December 2016 Vol. MAGAZINEOffi zielle Ausgabe des Internationalen Rennrodelverbandes · Offi cial publication of the International Luge Federation Foto/Photo: D. Reker Foto/Photo: ÖRV Foto/Photo: P. Maurer We are the tranSPORTspecialist Regardless which sports equipment you want to transport worldwide from point A to point B: CONCEPTUM SPORT LOGISTICS is your first choice for the competitive sports. With the best know-how for your sports equipment and reliable transportation concept – with a belt and braces approach. www.conceptum-sport-logistics.com [email protected] Conceptum Logistics GmbH Aero | Hessenring 13A | 64546 Moerfelden-Walldorf | Tel.-Nr.: +49 6105 40 80-0 | Fax: +49 6105 40 80-241 Magazin 02-2016_A4 29.11.16 17:05 Seite 3 Inhaltsverzeichnis Contents VORWORT DES PRÄSIDENTEN 4-5 FOREWORD BY THE PRESIDENT AKTUELLES NEWS Weltcup geht in seine 40. Saison 6 - 7 World Cup enters its 40th season Sportkalender 2016 - 2017 Kunstbahn 8 - 9 2016 - 2017 Events Schedule Artificial Track Eine Saison voller Highlights auf der Naturbahn 10 - 12 A season full of highlights for Natural Track GRM Group sponsert wieder Naturbahnsport 12 - 13 GRM Group again sponsor of Natural Track Luge Sportkalender 2016 - 2017 Naturbahn 13 2016 - 2017 Events Schedule Natural Track 64. FIL-Kongress in Lake Placid/USA 14 - 15 64th FIL Congress in Lake Placid/USA Fast 3.000 Dollar dank Kanada für „Helmets for Heroes“ 16 Canada´s „Helmets for Heroes“ initiative raises $ 3.000 Zöggeler-Buch nun auch in deutscher Sprache erschienen 16 - 17 Armin Zöggeler´s book published in German FIL-Präsident Fendt gratuliert Ivo Ferriani zur IOC-Wahl 17 FIL Pres. -
Levi, Finland on 14 Th November 2008
1 To the • National Ski Associations • Members of the FIS Council • Committee Chairmen Oberhofen, 19th November 2008 SL/er FIS Council Meeting 14 th November 2008, Levi (FIN) Dear Mr. President, Dear Ski friends, In accordance with art. 32.2 of the FIS Statutes we take pleasure in sending you today A SHORT SUMMARY of the most important decisions of the FIS Council Meeting, 14 th November 2008 in Levi (FIN) 1. Members present The following Council Members were present at the meeting in Levi, Finland on 14 th November 2008: Short Summary of the Agenda FIS Council Meeting, Levi (FIN), 14 th November 2008 2 President Gian Franco Kasper, Vice-Presidents Yoshiro Ito, Bill Marolt, Carl Eric Stålberg, Leonid Tyagachev and Members Jaakko Holkeri, Milan Jirasek, Janez Kocijancic, Sung-Won Lee, Alain Méthiaz, Giovanni Morzenti, Eduardo Roldan, Pablo Rosenkjer, Sverre Seeberg, Patrick Smith, Fritz Wagnerberger, Werner Woerndle and Secretary General Sarah Lewis. 2. Minutes from the Council Meetings in Cape Town (RSA) The minutes from the Council Meetings in Cape Town (RSA) 26th to 29 th May 2008 and the newly elected Council on 31 st May 2008 were approved with minor amendments under Item 14.1.2, Possible Violations of FIS and IOC Anti- Doping Rules during the Olympic Winter Games 2006 in Torino and Item 5 Minutes of the newly-elected FIS Council, Appointment of FIS Committees. 2.1 Matters Arising The Council addressed remarks from Austria, Canada and the USA that were raised in relation to the FIS Medical Rules and Guidelines, notably the FIS Event Organiser Medical Support Requirements for Alpine, Ski Jumping, Snowboard and Freestyle Disciplines. -
Manuscript with Substantial Contributions from All Co–Authors
Impact of wind pattern and complex topography on snow microphysics during ICE-POP 2018 Kwonil Kim1, Wonbae Bang1, Eun-Chul Chang2, Francisco J. Tapiador3, Chia-Lun Tsai1, Eunsil Jung4, and Gyuwon Lee1 1Department of Astronomy and Atmospheric Sciences, Center for Atmospheric REmote sensing (CARE), Kyungpook National University, Daegu, Republic of Korea 2Department of Atmospheric Sciences, Kongju National University, Gongju, Republic of Korea 3Earth and Space Sciences Research Group, Institute of Environmental Sciences, University of Castilla-La Mancha, Spain 4Department of Advanced Science and Technology Convergence, Kyungpook National University, Sangju, Republic of Korea Correspondence: Gyuwon Lee ([email protected]) Abstract. Snowfall in north-eastern part of South Korea is the result of complex snowfall mechanisms due to a highly- contrasting terrain combined with nearby warm waters and three synoptic pressure patterns. All these factors together create unique combinations, whose disentangling can provide new insights into the microphysics of snow in the planet. This study focuses on the impact of wind flow and topography on the microphysics drawing of twenty snowfall events during the ICE-POP 5 2018 (International Collaborative Experiment for Pyeongchang 2018 Olympic and Paralympic winter games) field campaign in the Gangwon region. The vertical structure of precipitation and size distribution characteristics are investigated with collo- cated MRR (Micro Rain Radar) and PARSIVEL (PARticle SIze VELocity) disdrometers installed across the mountain range. The results indicate that wind shear and embedded turbulence were the cause of the riming process dominating the mountain- ous region. As the strength of these processes weaken from the mountainous region to the coastal region, riming became less 10 significant and gave way to aggregation. -
Article Size Velocity) Disdrometers Zone Is a Likely Reason for the Dominant Riming Process in Installed Across the Mountain Range
Atmos. Chem. Phys., 21, 11955–11978, 2021 https://doi.org/10.5194/acp-21-11955-2021 © Author(s) 2021. This work is distributed under the Creative Commons Attribution 4.0 License. Impact of wind pattern and complex topography on snow microphysics during International Collaborative Experiment for PyeongChang 2018 Olympic and Paralympic winter games (ICE-POP 2018) Kwonil Kim1, Wonbae Bang1, Eun-Chul Chang2, Francisco J. Tapiador3, Chia-Lun Tsai1, Eunsil Jung4, and Gyuwon Lee1 1Department of Astronomy and Atmospheric Sciences, Center for Atmospheric REmote sensing (CARE), Kyungpook National University, Daegu, Republic of Korea 2Department of Atmospheric Sciences, Kongju National University, Gongju, Republic of Korea 3Earth and Space Sciences Research Group, Institute of Environmental Sciences, University of Castilla-La Mancha, Toledo, Spain 4Department of Advanced Science and Technology Convergence, Kyungpook National University, Sangju, Republic of Korea Correspondence: Gyuwon Lee ([email protected]) Received: 13 February 2021 – Discussion started: 12 March 2021 Revised: 23 June 2021 – Accepted: 6 July 2021 – Published: 10 August 2021 Abstract. Snowfall in the northeastern part of South Ko- ward side, resulting in significant aggregation in the coastal rea is the result of complex snowfall mechanisms due to a region, with riming featuring as a primary growth mechanism highly contrasting terrain combined with nearby warm wa- in both mountainous and coastal regions. The cold-low pat- ters and three synoptic pressure patterns. All these factors to- tern is characterized by a higher snowfall rate and vertically gether create unique combinations, whose disentangling can deep systems in the mountainous region, with the precipi- provide new insights into the microphysics of snow on the tation system becoming shallower in the coastal region and planet. -
OLYMPIC TEST EVENT SCHEDULE As of September 2016 Discipline Test Event Date Venue
OLYMPIC TEST EVENT SCHEDULE As of September 2016 Discipline Test Event Date Venue 2-5 Mar. 2017 Jeongseon Alpine 2017 Audi FIS Ski World Cup Ladies (DH/SG) * 2 days official training included Centre Alpine Skiing Yongpyong Alpine 2017 FIS Far East Cup (GS/SL) Jan. 2017 (TBC) Centre 2016/17 BMW IBU World Cup Biathlon 7 1 - 5 Mar. 2017 Alpensia Biathlon Biathlon * 2 days official training (Sprint, Pursuit, Relay) included Centre 1st International Training Week 1-12 Mar. 2017 Bobsleigh & BMW IBSF World Cup Bob & Skeleton 13-19 Mar. 2017 Alpensia Sliding Centre Skeleton PyeongChang 2016/17 2nd International Training Week 23 Oct.-1 Nov. 2017 FIS Cross-Country World Cup presented by Cross-Country 1-5 Feb. 2017 Alpensia Cross-Country Viessmann Skiing * 2 days official training Skiing Centre (Sprint C, Skiathlon, Team Sprint F) included World Junior Curling Championships 2017 Gangneung Curling Curling 16-26 Feb. 2017 (Men’s/Women’s) Centre ISU Four Continents Figure Skating 14-19 Feb. 2017 Figure Skating Championships 2017 * 2 days official training Gangneung Ice Arena (All events except team events) included 7-10 Feb.2017 (AE) 2017 FIS Freestyle Ski World Cup Freestyle Skiing 9-11 Feb. 2017 (MO) Bokwang Snow Park (AE, MO, HP) 14-18 Feb. 2017 (HP) 2017 IIHF Ice Hockey U18 World Gangneung Hockey 2-8 Apr. 2017 Championships Div. II Group A Centre Ice Hockey 2017 IIHF Ice Hockey Women’s World Kwandong Hockey 2-8 Apr. 2017 Championships Div. II Group A Centre 1st International Training Week 8-14 Feb. 2017 (All events except relay) 8th Viessmann World Cup & 5th Viessmann Luge Team Relay World Cup presented by BMW 15 - 19 Feb. -
Impact of Wind Pattern and Complex Topography on Snow Microphysics During ICE-POP 2018 Kwonil Kim1, Wonbae Bang1, Eun-Chul Chang2, Francisco J
Impact of wind pattern and complex topography on snow microphysics during ICE-POP 2018 Kwonil Kim1, Wonbae Bang1, Eun-Chul Chang2, Francisco J. Tapiador3, Chia-Lun Tsai1, Eunsil Jung4, and Gyuwon Lee1 1Department of Astronomy and Atmospheric Sciences, Center for Atmospheric REmote sensing (CARE), Kyungpook National University, Daegu, Republic of Korea 2Department of Atmospheric Sciences, Kongju National University, Gongju, Republic of Korea 3Earth and Space Sciences Research Group, Institute of Environmental Sciences, University of Castilla-La Mancha, Spain 4Department of Advanced Science and Technology Convergence, Kyungpook National University, Sangju, Republic of Korea Correspondence: Gyuwon Lee ([email protected]) Abstract. Snowfall in north-eastern part of South Korea is the result of complex snowfall mechanisms due to a highly- contrasting terrain combined with nearby warm waters and three synoptic pressure patterns. All these factors together create unique combinations, whose disentangling can provide new insights into the microphysics of snow in the planet. This study focuses on the impact of wind flow and topography on the microphysics drawing of twenty snowfall events during the ICE-POP 5 2018 (International Collaborative Experiment for Pyeongchang 2018 Olympic and Paralympic winter games) field campaign in the Gangwon region. The vertical structure of precipitation and size distribution characteristics are investigated with collo- cated MRR (Micro Rain Radar) and PARSIVEL (PARticle SIze VELocity) disdrometers installed across the mountain range. The results indicate that wind shear and embedded turbulence were the cause of the riming process dominating the mountain- ous region. As the strength of these processes weaken from the mountainous region to the coastal region, riming became less 10 significant and gave way to aggregation.