B.A.A. BOSTON MARATHON RULES and POLICIES August 2021
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Women's 3000M Steeplechase
Games of the XXXII Olympiad • Biographical Entry List • Women Women’s 3000m Steeplechase Entrants: 47 Event starts: August 1 Age (Days) Born SB PB 1003 GEGA Luiza ALB 32y 266d 1988 9:29.93 9:19.93 -19 NR Holder of all Albanian records from 800m to Marathon, plus the Steeplechase 5000 pb: 15:36.62 -19 (15:54.24 -21). 800 pb: 2:01.31 -14. 1500 pb: 4:02.63 -15. 3000 pb: 8:52.53i -17, 8:53.78 -16. 10,000 pb: 32:16.25 -21. Half Mar pb: 73:11 -17; Marathon pb: 2:35:34 -20 ht EIC 800 2011/2013; 1 Balkan 1500 2011/1500; 1 Balkan indoor 1500 2012/2013/2014/2016 & 3000 2018/2020; ht ECH 800/1500 2012; 2 WSG 1500 2013; sf WCH 1500 2013 (2015-ht); 6 WIC 1500 2014 (2016/2018-ht); 2 ECH 3000SC 2016 (2018-4); ht OLY 3000SC 2016; 5 EIC 1500 2017; 9 WCH 3000SC 2019. Coach-Taulant Stermasi Marathon (1): 1 Skopje 2020 In 2021: 1 Albanian winter 3000; 1 Albanian Cup 3000SC; 1 Albanian 3000/5000; 11 Doha Diamond 3000SC; 6 ECP 10,000; 1 ETCh 3rd League 3000SC; She was the Albanian flagbearer at the opening ceremony in Tokyo (along with weightlifter Briken Calja) 1025 CASETTA Belén ARG 26y 307d 1994 9:45.79 9:25.99 -17 Full name-Belén Adaluz Casetta South American record holder. 2017 World Championship finalist 5000 pb: 16:23.61 -16. 1500 pb: 4:19.21 -17. 10 World Youth 2011; ht WJC 2012; 1 Ibero-American 2016; ht OLY 2016; 1 South American 2017 (2013-6, 2015-3, 2019-2, 2021-3); 2 South American 5000 2017; 11 WCH 2017 (2019-ht); 3 WSG 2019 (2017-6); 3 Pan-Am Games 2019. -
HHSAA Track & Field Handbook
TRACK AND FIELD I. SPECIFIC OBJECTIVES A. To determine the state boys and girls individual and team champions. B. To bring schools within leagues in the state together to: 1. Foster friendly competition between them, and 2. Enhance the quality of high school track and field in the state. C. To promote citizenship on the part of individuals, teams, schools and spectators. II. OFFICIALS A. Volunteers and officials shall be selected and assigned by the HHSAA Executive Director, Sport Coordinator and Tournament Director. B. As provided for in the rule book, a Board of Appeals will be named to assist the Meet Referee. Appeals on officials’ decisions to this committee must be made through the Meet Director. III. ELIGIBILITY See HHSAA Handbook. IV. GAMES COMMITTEE The HHSAA shall form a Games Committee as called for by the National Federation. The committee should be composed of at least one representative from each league. It should meet to settle issues prior to the start of the track and field season. The committee is responsible for the proper conduct of track and field meet. Other responsibilities are listed under National Federation Rule 3, Section 2, Articles 1‐4. V. RULES GOVERNING THE TOURNAMENT A. The National Federation Track and Field Rules will govern, with the following HHSAA modifications: 1. Have the girls go first in all running events for both trials and finals. The order of field events shall be as follows: Discus – boys first, girls to follow; Shot Put – boys first, girls to follow; Long Jump – boys first, girls to follow; Triple Jump – boys first, girls to follow. -
2019 Tokyo Marathon Statistical Information
2019 Tokyo Marathon Statistical Information Tokyo Marathon All Time list Performance Time Performers Name Nat Place Date 1 2:03:58 1 Wilson Kipsang KEN 1 26 Feb 2017 2 2:05:30 2 Dickson Chumba KEN 1 25 Feb 2018 3 2:05:42 Dickson Chumba 1 23 Feb 2014 4 2:05:51 3 Gideon Kipketer KEN 2 26 Feb 2017 5 2:05:57 4 Tadese Tola ETH 2 23 Feb 2014 6 2:06:00 5 Endeshaw Negesse ETH 1 22 Feb 2015 7 2:06:11 6 Yuta Shitara JPN 2 25 Feb 2018 8 2:06:25 Dickson Chumba 3 26 Feb 2017 9 2:06:30 7 Sammy Kitwara KEN 3 23 Feb 2014 10 2:06:33 8 Stephen Kiprotich UGA 2 22 Feb 2015 11 2:06:33 9 Amos Kipruto KEN 3 25 Feb 2018 12 2:06:34 Dickson Chumba 3 22 Feb 2015 13 2:06:42 10 Evans Chebet KEN 4 26 Feb 2017 14 2:06:47 Gideon Kipketer 4 25 Feb 2018 15 2:06:50 11 Dennis Kimetto KEN 1 24 Feb 2013 16 2:06:54 12 Hiroto Inoue JPN 5 25 Feb 2018 17 2:06:56 13 Feyisa Lilesa ETH 1 28 Feb 2016 18 2:06:58 14 Michael Kipyego KEN 2 24 Feb 2013 19 2:06:58 Michael Kipyego 4 23 Feb 2014 20 2:07:05 15 Peter Some KEN 5 23 Feb 2014 21 2:07:20 16 Shumi Dechasa BRN 4 22 Feb 2015 22 2:07:22 Peter Some 5 22 Feb 2015 23 2:07:23 17 Viktor Röthlin SUI 1 17 Feb 2008 24 2:07:25 18 Markos Geneti ETH 6 22 Feb 2015 25 2:07:30 Feyisa Lilesa 6 25 Feb 2018 26 2:07:33 19 Bernard Kipyego KEN 2 28 Feb 2016 27 2:07:34 Dickson Chumba 3 28 Feb 2016 28 2:07:35 20 Hailu Mekonnen ETH 1 27 Feb 2011 29 2:07:37 Michael Kipyego 1 26 Feb 2012 30 2:07:37 21 Geoffrey Kamworor Kipsang KEN 6 23 Feb 2014 31 2:07:39 22 Masato Imai JPN 7 22 Feb 2015 32 2:07:39 23 Alfers Lagat KEN 5 26 Feb 2017 33 2:07:40 24 Deresa Chimsa -
Introduction
Introduction Athletics is an exclusive collection of sporting events that involve competitive running, jumping, throwing, and walking. The most common types of athletics competitions are track and Field, road running, cross country running, and race walking. The simplicity of the competitions, and the lack of a need for expensive equipment, makes athletics one of the most commonly competed sports in the world. Track and field events are generally individual sports with athletes challenging each other to decide a single victor. The racing events are won by the athlete with the fastest time, while the jumping and throwing events are won by the athlete who has achieved the greatest distance or height in the contest. The running events are categorised as sprints, middle and long distance events, relays, and hurdling. Regular jumping events include long jump, triple jump, high jump, and pole vault, while the most common throwing events are shot put, javelin, discus and hammer. There are also "combined events", such as heptathlon, and decathlon, in which athletes compete in a number of the above events. Track and field events are divided into three broad categories: track events, field events, and combined events. The majority of athletes tend to specialise in just one event (or event type) with the aim of perfecting their performances, although the aim of combined events athletes is to become proficient in a number of disciplines. There are two types of field events: jumps, and throws. In jumping competitions, athletes are judged on either the length or height of their jumps. The performances of jumping events for distance are measured from a board or marker, and any athlete overstepping this mark is judged to have fouled. -
VMAA-Performance-Sta
Revised June 18, 2019 U.S. Department of Veterans Affairs (VA) Veteran Monthly Assistance Allowance for Disabled Veterans Training in Paralympic and Olympic Sports Program (VMAA) In partnership with the United States Olympic Committee and other Olympic and Paralympic entities within the United States, VA supports eligible service and non-service-connected military Veterans in their efforts to represent the USA at the Paralympic Games, Olympic Games and other international sport competitions. The VA Office of National Veterans Sports Programs & Special Events provides a monthly assistance allowance for disabled Veterans training in Paralympic sports, as well as certain disabled Veterans selected for or competing with the national Olympic Team, as authorized by 38 U.S.C. 322(d) and Section 703 of the Veterans’ Benefits Improvement Act of 2008. Through the program, VA will pay a monthly allowance to a Veteran with either a service-connected or non-service-connected disability if the Veteran meets the minimum military standards or higher (i.e. Emerging Athlete or National Team) in his or her respective Paralympic sport at a recognized competition. In addition to making the VMAA standard, an athlete must also be nationally or internationally classified by his or her respective Paralympic sport federation as eligible for Paralympic competition. VA will also pay a monthly allowance to a Veteran with a service-connected disability rated 30 percent or greater by VA who is selected for a national Olympic Team for any month in which the Veteran is competing in any event sanctioned by the National Governing Bodies of the Olympic Sport in the United State, in accordance with P.L. -
Physiological Demands of Mountain Running Races
Rodríguez-Marroyo1, J.A. et al.: PHYSIOLOGICAL DEMANDS OF MOUNTAIN... Kinesiology 50(2018) Suppl.1:60-66 PHYSIOLOGICAL DEMANDS OF MOUNTAIN RUNNING RACES Jose A. Rodríguez-Marroyo1, Javier González-Lázaro2,3, Higinio F. Arribas-Cubero3,4, and José G. Villa1 1Department of Physical Education and Sports, Institute of Biomedicine (IBIOMED), University of León, León, Spain 2European University Miguel de Cervantes, Valladolid, Spain 3Castilla y León Mountain Sports, Climbing and Hiking Federation, Valladolid, Spain 4Faculty of Education and Social Work, University of Valladolid, Valladolid, Spain Original scientific paper UDC: 796.61.093.55:612.766.1 Abstract: The aim of this study was to analyze the exercise intensity and competition load (PL) based on heart rate (HR) during different mountain running races. Seven mountain runners participated in this study. They competed in vertical (VR), 10-25 km, 25-45 km and >45 km races. The HR response was measured during the races to calculate the exercise intensity and PL according to the HR at which both the ventilatory (VT) and respiratory compensation threshold (RCT) occurred. The exercise intensity below VT and between VT and RCT increased with mountain running race distance. Likewise, the percentage of racing time spent above RCT decreased when race duration increased. However, the time spent above RCT was similar between races (~50 min). The PL was significantly higher (p<.05) during the longest races (145.0±18.4, 288.8±72.5, 467.3±109.9 and 820.8±147.0 AU in VR, 10-25 km, 25-45 km and >45 km, respectively). The ratio of PL to accumulative altitude gain was similar in all races (~0.16 AU·m-1). -
Inquiry Into the 2011 Kimberley Ultramarathon
Economics and Industry Standing Committee Inquiry into the 2011 Kimberley Ultramarathon Report No. 13 Legislative Assembly August 2012 Parliament of Western Australia Committee Members Chair Mr M.D. Nahan, MLA Member for Riverton Deputy Chair Mr W.J. Johnston, MLA Member for Cannington Members Ms A.R. Mitchell, MLA Member for Kingsley Mr I.C. Blayney, MLA Member for Geraldton Mr M.P. Murray, MLA Member for Collie-Preston Co-opted Member Hon. M.H. Roberts, MLA Member for Midland Committee Staff Principal Research Officer Mr Tim Hughes, BA (Hons) Ms Renée Gould, BA GradDipA (from 16 April 2012) Research Officer Mrs Kristy Bryden, BA, BCom Legislative Assembly Tel: (08) 9222 7494 Parliament House Fax: (08) 9222 7804 Harvest Terrace Email: [email protected] PERTH WA 6000 Website: www.parliament.wa.gov.au/eisc Published by the Parliament of Western Australia, Perth. August 2012. ISBN: 978-1-921865-53-4 (Series: Western Australia. Parliament. Legislative Assembly. Committees. Economics and Industry Standing Committee. Report 13) 328.365 Economics and Industry Standing Committee Inquiry into the 2011 Kimberley Ultramarathon Report No. 13 Presented by Dr M.D. Nahan, MLA Laid on the Table of the Legislative Assembly on 16 August 2012 Contents Executive Summary i Ministerial Response xi Findings and Recommendations xiii Relevant Persons xxv 1 Introduction 1 The 2011 Kimberley Ultramarathon 1 2 RacingthePlanet Events Limited 7 Part One: Risk identification and assessment 7 Risk of fire in the course area 7 RacingThePlanet’s awareness of -
View of the Algorithm Will Be Discussed Below to Summarize the Key Points of the Algorithm
EFFECTIVE NONLINEAR SUSCEPTIBILITIES OF METAL-INSULATOR AND METAL-INSULATOR-METAL NANOLAYERED STRUCTURES Dissertation Submitted to The School of Engineering of the UNIVERSITY OF DAYTON In Partial Fulfillment of the Requirements for The Degree of Doctor of Philosophy in Electro-Optics By Mallik Mohd Raihan Hussain Dayton, Ohio May, 4242 EFFECTIVE NONLINEAR SUSCEPTIBILITIES OF METAL-INSULATOR AND METAL-INSULATOR-METAL NANOLAYERED STRUCTURES Name: Hussain, Mallik Mohd Raihan APPROVED BY: Imad Agha, Ph.D. Andrew Sarangan, Ph.D. Advisory Committee Chairman Committee Member Associate Professor, Department of Professor, Department of Physics, and, Department of Electro- Electro-Optics and Photonics Optics and Photonics Partha Banerjee, Ph.D. Michael Scalora, Ph.D. Committee Member Committee Member Professor and Department Chair, Research Physicist, Charles M. Department of Electro-Optics and Bowden Research Facility, Photonics AMRDEC, US Army RDECOM Robert J. Wilkens, Ph.D., P.E. Eddy M. Rojas, Ph.D., M.A., P.E. Associate Dean for Research Dean, School of Engineering and Innovation Professor, School of Engineering ii © Copyright by Mallik Mohd Raihan Hussain All rights reserved 4242 ABSTRACT EFFECTIVE NONLINEAR SUSCEPTIBILITIES OF METAL-INSULATOR AND METAL-INSULATOR-METAL NANOLAYERED STRUCTURES Name: Hussain, Mallik Mohd Raihan University of Dayton Advisor: Dr. Imad Agha Nonlinear electromagnetic radiation (second and third harmonic) from the metal-insulator and metal-insulator-metal structures were measured and compared against predictions from the hydrodynamic models of plasmonics. This model incorporated higher order terms stem- ming from electron tunneling and nonlocality. This study shows that, besides the linear optical parameter like permittivity, conductivity etc, changes in the nonlinear optical pa- rameters, namely, second and third order susceptibilities (χ(2) and χ(3), respectively) can also be used to probe and compare the higher-order terms of the hydrodynamic model of plasmonics. -
Petitioner's Exhibit 17
JURC PETITIONER'S EXHIBIT 0.~~.....L--- Petitioner's Exhibit 17 7 TOWN OF CEDAR LAKE Preliminary Engineering Report Cedar Lake Water Utility System Improvements July 2020 Prepared by: !,?.!! !!e.!,~JI ~ •• !.'!!; ru.E.~~ ~ Ph: (219) 844 8680 • Fax: (219) 844 7754 · e-mail: [email protected] Your Vision • Our Focus Table of Contents 1. Project Location ............................................................................................................................................ 6 2. Current Needs ............................................................................................................................................... 6 2.1. Existing System ...................................................................................................................................... 6 2.1.a. Distribution System ....................................................................................................................... 6 2.1.b. Supply System ............................................................................................................................... 7 2.1.c. Storage System ............................................................................................................................. 8 2.1.d. Treatment Systems ....................................................................................................................... 8 2.1.e. Document Needs ......................................................................................................................... -
1978 Decathlon Results Scoring: 1
1978 Decathlon Results Scoring: 1. John Whitson, Albequerqe, N.M., 7,828 points 2. Jim Howell, Hurricane Track Club, Houston, Texas, 7,658 3. Mike Hill, Boulder, Colo., 7,484 4. Wes Herbat, Houston, Texas, 7,448 5. Billy Blackburn, Auburn Track Club, 7,428 6. Robert Baker, Principia, 7,323 7. Mark Lineweaver, Hurricane Track Club, 7,319 8. Jim Wooding, Devon, Pa., 7,218 9. Steve Benedict, Ga., 7,181 10. Barry Stebbins, Fargo, N.D., 7,123 11. Jim Schnur, Cincinnati, 7,122 12. Chip Troxclair, LSU, 7,074 13. Rex Harvey, Redfield, Iowa, 6,966 Individual Results: 100 Meter High Hurdles: Howell, :14.5, 903 points Hill, :14.6, 892 points Whitson, :14.7, 881 points Wooding, :14.9, 859 points Stebbins, :15.2, 827 points Herbat, :15.5, 797 points Lineweaver, :15.6, 787 points Benedict, :15.8, 767 points Blackburn, :15.9, 757 points Harvey, :16.0, 748 points Baker, :16.3, 721 points Troxclair, :16.4, 712 points Schnur, :16.5, 703 points Discus: Herbat, 152-11, 811 Blackburn, 144-3, 762 Whitson, 140-10, 742 Howwell, 139-6, 734 Baker, 135-4, 710 Hill, 131-0, 684 Lineweaver, 128-2, 667 Harvey, 127-0, 660 Wooding, 120-6, 619 Benedict, 118-7, 608 Troxclair, 115-3, 586 Stebbins, 111-9, 564 Schnur, 104-3, 514 Pole Vault Whitson, 15-9, 1,005 Harvey, 15-5, 981 Benedict, 15-1 ¼, 957 Troxclair, 15-1 ¼, 957 Howell, 14-1 ¼, 884 Lineweaver, 13-9 ½. 859 Baker, 13-9 ½, 859 Blackburn, 13-5 ½, 832 Herbat, 13-5 ½, 832 Stebbins, 12-9 ½, 780 Hill, 12-9 ¾, 754 Wooding, 12-1 ¾, 728 Schnur, 11-2, 644 Javelin Whitson, 210-10, 813 Blackburn, 194-0, 751 Stebbins, 189-6, 733 Herbat, 189-5, 733 Baker, 188-1. -
Runners in Their Forties Dominate Ultra-Marathons from 50 to 3,100 Miles
CLINICAL SCIENCE Runners in their forties dominate ultra-marathons from 50 to 3,100 miles Matthias Alexander Zingg,I Christoph Alexander Ru¨ st,I Thomas Rosemann,I Romuald Lepers,II Beat KnechtleIII I University of Zurich, Institute of General Practice and for Health Services Research, Zurich, Switzerland. II University of Burgundy, Faculty of Sport Sciences, INSERM U1093, Dijon, France. III Gesundheitszentrum St. Gallen, St. Gallen, Switzerland. OBJECTIVES: This study investigated performance trends and the age of peak running speed in ultra-marathons from 50 to 3,100 miles. METHODS: The running speed and age of the fastest competitors in 50-, 100-, 200-, 1,000- and 3,100-mile events held worldwide from 1971 to 2012 were analyzed using single- and multi-level regression analyses. RESULTS: The number of events and competitors increased exponentially in 50- and 100-mile events. For the annual fastest runners, women improved in 50-mile events, but not men. In 100-mile events, both women and men improved their performance. In 1,000-mile events, men became slower. For the annual top ten runners, women improved in 50- and 100-mile events, whereas the performance of men remained unchanged in 50- and 3,100-mile events but improved in 100-mile events. The age of the annual fastest runners was approximately 35 years for both women and men in 50-mile events and approximately 35 years for women in 100-mile events. For men, the age of the annual fastest runners in 100-mile events was higher at 38 years. For the annual fastest runners of 1,000-mile events, the women were approximately 43 years of age, whereas for men, the age increased to 48 years of age. -
List of International Competitions 2021
List of International Competitions 2021 This document constitutes the list of International Competitions at which the Athletics Integrity Unit (AIU) will conduct Testing in 2021 (sorted by the category of competition). The list will be published on the AIU and World Athletics’ websites and may be updated or amended from time to time to take account of changes to the 2021 competition calendar arising from the current global pandemic 1. It also serves as the definitive list of International Competitions for the purposes of determining whether an Athlete is an International-Level Athlete pursuant to Rule 1.4.4(b) of the 2021 World Athletics Anti-Doping Rules (2021 ADR)2. WORLD ATHLETICS SERIES 2021 MAY 01-02 World Athletics Relays Silesia, POL AUG 17-22 World Athletics U20 Championships Nairobi, KEN WORLD ATHLETICS INDOOR TOUR 2021 (GOLD) JAN 29 Indoor Meeting - Karlsruhe Karlsruhe, GER FEB 02 27. Banskobystrická latka - High Jump Men Banská Bystrica, SVK 09 Meeting Hauts-de-France Pas-de-Calais Liévin, FRA 13 New Balance Indoor Grand Prix Boston, USA 17 Copernicus Cup Torun, POL 24 Villa de Madrid Madrid, ESP WORLD ATHLETICS CROSS COUNTRY PERMITS 2021 FEB 02 44th Almond Blossom Cross Country Albufeira, POR San Giorgio su MAR 21 64°Campaccio-International Cross Country Legnano, ITA 28 89th Cinque Mulini San Vittore Olona, ITA TBC TBC Cross de Atapuerca TBC Burgos, ESP TBC TBC Cross Internacional de Soria TBC Soria, ESP TBC TBC Cross Internacional de la Constitucion TBC Alcobendas, ESP 1 This published list of International Competitions is without limitation to the AIU’s authority to conduct Testing at Competitions under Rule 5.1.3 2021 ADR.