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Off-Track Betting on Your Doorstep *Charges for Pay-Seats, Etc., Are Valid As of Nov
Ashiyu foot bath at WINS Isawa Excel Floor of WINS Shin-Yokohama Carousel at WINS Shin-Shirakawa WINS Kyoto Entrance to WINS Namba WINS Sasebo in Huis ten Bosch WINS – off-track betting on your doorstep *Charges for pay-seats, etc., are valid as of Nov. 13th, 2009. Did you know that you can place a bet without going to a racecourse? Just pop in to your local WINS off-track betting facility! With branches all over Japan, WINS are also convenient places for meeting spot or just taking a coffee break. Some WINS facilities are set up with comfortable sofas and PC and monitor for your personal use, allowing you to enjoy the whole day at the races! Of course, WINS also make payouts on winning bets. WINS Sapporo(some pay-seats) WINS Shizunai WINS Kushiro WINS Ginza-dori WINS Korakuen (some pay-seats) WINS Kinshicho (some pay-seats) Dodo-Biratori Shizunai Route JR Senmo Main Line Main Senmo JR ▲Sapporo Stn. Homac ▼ 391 Subway Ryogoku Ichikawa ▼ Hokkaido Sales WINS Posful Fujiya Toei Subway Hibiya Line Ginza Stn. Police box Kasuga Stn. Kinshicho Stn. WINS Sapporo Toho Subway Line Shizunai Kushiro Loop Road Setsuribashi Oedo Line JR Sobu Line Cosmo● Shizunai River Kushiro Timber Building B Higashi Ginza Mitsukoshi ● ● ● Subway Fire Station Reservoir ● Korakuen Stn. JR Yurakucho Stn. Hanzomon Line Stn. Dept. Store Expressway ● Suidobashi Stn. Plaza ▲ Miyuki-dori 44 Arche● ●Senshu-An Seiko Mart ● Shizunai Kushiro Rosai● Kushiro Ginza Stn. Tokyo Dome City Shopping Kinshicho Stn. Ginza-dori Kamotsu Showa-dori Attractions T street Police Hospital Yotsume-dori Municipal Nemuro o Marunouchi Line Subway e ● Jidosha Matsuya Dept. -
Japan Geoscience Union Meeting 2009 Presentation List
Japan Geoscience Union Meeting 2009 Presentation List A002: (Advances in Earth & Planetary Science) oral 201A 5/17, 9:45–10:20, *A002-001, Science of small bodies opened by Hayabusa Akira Fujiwara 5/17, 10:20–10:55, *A002-002, What has the lunar explorer ''Kaguya'' seen ? Junichi Haruyama 5/17, 10:55–11:30, *A002-003, Planetary Explorations of Japan: Past, current, and future Takehiko Satoh A003: (Geoscience Education and Outreach) oral 301A 5/17, 9:00–9:02, Introductory talk -outreach activity for primary school students 5/17, 9:02–9:14, A003-001, Learning of geological formation for pupils by Geological Museum: Part (3) Explanation of geological formation Shiro Tamanyu, Rie Morijiri, Yuki Sawada 5/17, 9:14-9:26, A003-002 YUREO: an analog experiment equipment for earthquake induced landslide Youhei Suzuki, Shintaro Hayashi, Shuichi Sasaki 5/17, 9:26-9:38, A003-003 Learning of 'geological formation' for elementary schoolchildren by the Geological Museum, AIST: Overview and Drawing worksheets Rie Morijiri, Yuki Sawada, Shiro Tamanyu 5/17, 9:38-9:50, A003-004 Collaborative educational activities with schools in the Geological Museum and Geological Survey of Japan Yuki Sawada, Rie Morijiri, Shiro Tamanyu, other 5/17, 9:50-10:02, A003-005 What did the Schoolchildren's Summer Course in Seismology and Volcanology left 400 participants something? Kazuyuki Nakagawa 5/17, 10:02-10:14, A003-006 The seacret of Kyoto : The 9th Schoolchildren's Summer Course inSeismology and Volcanology Akiko Sato, Akira Sangawa, Kazuyuki Nakagawa Working group for -
Nature Conservation Bureau, Ministry of the Environment
⑮ Fuji-Hakone-Izu National Park ⑨ Bandai-Asahi National Park SOYA STRAIT ① Rishiri-Rebun-Sarobetsu National Park REBUN Is. T Designation: 1936/02/01 Designation: 1950/09/05 T SOYA B. Designation: 1974/09/20 This is the northernmost national park in Japan. Mt. Fuji, a World Cultural Heritage site inscribed in This park is composed of many mountains. Mt. RISHIRI Is. STRAI UN STRAI B Mt.Rishiri June 2013, rises high in a vast stretch of forests Dewa-Sanzan is famous for mountain worship, Mt. IRI Mt. Rishiri soars majestically above the sea. National Parks of Japan ⑧ Sanriku Fukko National Park RE H Rebun Island has many alpine plants such as and several lakes. The Hakone area features Asahi, Mt. Iide and Mt. Bandai are also located (Sanriku Reconstruction National Park) RIS 1721 Mt.Horoshiri Rebunsou (Oxytropis megalantha). Sarobetsu several volcanoes, volcanic vents and lakes. Izu within the park boundaries. The view of Urabandai Designation: 1955/05/02 ①RISHIRI-REBUN- Peninsula offers scenic mountains, seashores, and Lake Inawashiro is beautiful. This park is sur- Plain, abundant in marsh plants, and Nature Conservation Bureau, Ministry of the Environment and a chain of characteristic islands in the ocean, rounded by mountains, forests and a lot of lakes. This park extends for 250 km from Kabushima in SAROBETSU N.P.427 Tonbatsu Riv. Wakasakanai' s dunes contribute to the exciting Aomori prefecture to Oshika Peninsula in Miyagi landscape. Izu-shichito. Antelopes and black bears live in this park. Teshio Riv. prefecture. Its northern part is a coastline composed of uninterrupted dynamic cliffs, while ⑯ Chubusangaku National Park ⑩ Nikko National Park its southern part forms a delicately-rugged (Chubu Mountains National Park) Designation: 1934/12/04 coastline. -
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 -
Thorough Guidebook of Lively Experience in Kushiro
Thorough Guidebook of Lively Experience in Kushiro A タイプ Map of East Hokkaido 知床岬 Cape Shiretoko 知床岳 Mt.Shiretoko-dake 知床国立公園 Shiretoko National Park 網走国定公園 カムイワッカの 滝 Abashiri Quasi-National Park Kamuiwakka Hot Water Falls 硫黄山 Mt.Io サロマ湖 知床五湖 Lake Saroma 能取岬 Cape Notoro Shiretoko Five Lakes 羅臼町 93 238 RausuTown ウト ロ 羅臼岳 87 道の駅「サロマ湖」 Utoro Mt.Rausu-dake Michi-no-Eki(Road Station)Saromako 知床横断道路 7 能取湖 76 網走市 334 佐呂間町 Lake Abashiri City オシンコシンの滝 冬期通行止 Saroma Town 103 Shiretoko Crossing Road Notoro 道の駅「流氷街道網走」 Oshinkoshin Falls Closed in Winter Michi-no-Eki(Road Station) 道の駅「知床・らうす」 Ryuhyo kaido abashiri Michi-no-Eki(Road Station) Shiretoko Rausu 網走湖 Lake Abashiri 334 道の駅「うとろシリエトク」 小清水原生花園 Michi-no-Eki(Road Station)Utoro Shirietoku Koshinizu Natural Flower Gaden 道の駅「メルヘンの丘めまんべつ」 333 Michi-no-Eki(Road Station)Meruhen no Oka Memanbetu 斜里町 104 大空町 244 Shari Town Oozora Town 道の駅「はなやか小清水」 道の駅「しゃり」 7 女満別空港 Michi-no-Eki(Road Station)Hanayaka Koshimizu Michi-no-Eki(Road Station)Shari 39 Memanbetsu Airport 102 道の駅「パパスランドさっつる」 Michi-no-Eki(Road Station) 335 334 Papasu Land Sattsuru 391 122 清里町 244 北見市 243 小清水町 Senmo Line 釧網本線Kiyosato Town Kitami City 美幌町 Koshimizu Town 斜里岳 50 Bihoro Town 津別町 102 Mt.Sharidake Tsubetsu Town 斜里岳道立自然公園 Sharidake Prefectural Natural Park 標津サーモンパーク 27 藻琴山 Shibetsu Salmon 143 Mt.Mokoto Scientific Museum 道の駅「ぐるっとパノラマ美幌峠」 野付半島 Michi-no-Eki(Road Station) 開陽台展望台 ClosedGrutto in WinterPanorama Bihorotouge Notsuke Peninsula Kaiyoudai 根室中標津空港 272 240 冬期通行止 屈斜路湖 Observatory NemuroNakashibetsu 野付湾 Lake Kussharo Airport Notsuke Bay -
Japanese Geography Quiz What Prefecture Is Located in the Northernmost Part in Japan?
Japanese Geography Quiz What prefecture is located in the northernmost part in Japan? ① Hokkaido ② Aomori ③ Akita ④ Ishikawa What prefecture is located in the northernmost part in Japan? ① Hokkaido ② Aomori ③ Akita ④ Ishikawa What prefecture is located in the westernmost part in Japan? ① Okinawa ② Nagasaki ③ Osaka ④ Kagoshima What prefecture is located in the westernmost part in Japan? ① Okinawa ② Nagasaki ③ Osaka ④ Kagoshima What is the name of the island located in the southernmost part of Japan? ① Yaku Island ② Marcus Island ③ Okinawa Island ④ Okinotori Islands What is the name of the island located in the southernmost part of Japan? ① Yaku Island ② Marcus Island ③ Okinawa Island ④ Okinotori Islands What is the name of the island located in the easternmost part of Japan? ① Father Island ② Okinotori Islands ③ Marcus Island ④ Mother Island What is the name of the island located in the easternmost part of Japan? ① Father Island ② Okinotori Islands ③ Marcus Island ④ Mother Island What mountain is the second highest in Japan following Mt. Fuji? ① Yatsugatake Mountains ② Mt. Hotaka ③ Monte Yari ④ Mt. Kita (Shirane) What mountain is the second highest in Japan following Mt. Fuji? ① Yatsugatake Mountains ② Mt. Hotaka ③ Monte Yari ④ Mt. Kita (Shirane) How high is Mt.Fuji, the highest mountain in Japan? ① 1,776 meters ② 2,776 meters ③ 3,776 meters ④ 4,776 meters How high is Mt.Fuji, the highest mountain in Japan? ① 1,776 meters ② 2,776 meters ③ 3,776 meters ④ 4,776 meters What is the longest river in Japan? ① Shinano River ② Tone River ③ Ishikari -
Shibuya City 渋
渋谷区 Shibuya City Chapter 1 1Shibuya City Urban Characteristics Shibuya City Urban Characteristics and Roles The Present In consideration of plans for the industry and tourism sectors to make Shibuya City a mature, international city, it is important to first identify its current urban characteristics. With this in mind, the Japan Power Cities index (Mori Memorial Foundation) was used for analysis. Japan Power Cities analyzes the main cities 1 of Japan including the 23 wards of Tokyo in the six functions of city power The Present of Shibuya City (Economy & Business, Research and Development, Cultural Interaction, Daily Life & Livability, Environment, and Accessibility) and 83 indicators identifying the Industry and Tourism strengths and weaknesses of cities. In the total score for the 23 wards of Tokyo, the survey ranks Shibuya City in fifth place overall, fourth place in the functions of Economy & Business, Cultural Interaction, and Accessibility, and fifth place in Daily Life & Livability, whereas it ranks low in ninth place for Research & Development (see figure at top and table at bottom of p. 9). Furthermore, when narrowing down the viewpoints for industry and tourism and looking at the deviation scores in each indicator group, groups such as Business Vitality, Business Environment, and Financial Affairs in Economy & Business are ranked highly as shown in the figure on the top of page ten. Even among these areas, indicators such as Ratio of New Businesses and Density of Flexible Workplaces are strong (see table on bottom of p. 10). Also, as shown in the figure in the middle of page ten, in Cultural Interaction, groups such as Volume of Interaction, Volume of Communication, and Intangible Resources are strengths. -
Modelling Global Fresh Surface Water Temperature
Modelling global fresh surface water temperature Tessa Eikelboom MSc Thesis Physical Geography May 2010 Supervisors: Dr. L.P.H. van Beek and Prof. Dr. Ir. M.F.P. Bierkens Department of Physical Geography Faculty of Geosciences Utrecht University 1 ABSTRACT A change in fresh surface water temperature influences biological and chemical parameters such as oxygen and nutrient availability, but also has major effects on hydrological and physical processes which include transport, sediment concentration, ice formation and ice melt. The thermal profile of fresh surface waters depends on meteorological and morphological characteristics. Climate change influences the water and energy budget and thereby also the thermal structure of fresh surface waters. The oceans temperature is influenced by the inflow of rivers and streams. The variations in fresh surface water temperatures are only known for a scarce amount of long term temperature records. The understanding of changes in thermal processes by modelling the variations in temperature over time is therefore very useful to simulate the global effect of climate change on water temperatures. A physical based model was validated with regional daily and global monthly water temperature data of fresh surface water which includes both rivers and lakes. The basic assumption for the PCR‐GLOBWB model is the assumption that the fresh surface water temperature is the net result of all incoming en outgoing fluxes. The global hydrological model PCR‐GLOBWB contains a water and heat budget. The heat balance is solved using the following terms: short‐wave insolation, long‐wave atmospheric radiation, water‐surface backscatter, evaporation, air/water conduction and can be simplified into lateral and advective energy. -
Chapter 6 Urban Development Policies by District
Chapter 6 Urban Development Policies by District Concept of District Categories Under Shibuya City’s Basic Concept which upholds the philosophy of diversity3 & inclusion,4 the Urban Development Master Plan is promoted through the cooperation of the people of Shibuya1 (people who live in Shibuya, people who work in Shibuya, people who visit Shibuya, and people who love Shibuya). To this end, we have set five district categories to promote “easy understanding for the people of Shibuya1” and the connections of districts based on “major stations and train lines.” Additionally, the borders of each district have not been defined clearly and the districts have been divided roughly, due to high-level connections across different urban districts within the city and from the viewpoint of promoting easy understanding for the people of Shibuya. Sasazuka, Hatagaya, Hatsudai, Honmachi Yoyogi, Sendagaya, AREA Harajuku, Jingumae Shinjuku AREA Hatsudai Yoyogi Minami- Hatagaya shinjuku Sasazuka Sangubashi Sendagaya Kokuritsu- Kita-sando kyogijo Yoyogi- hachiman Yoyogi- Harajuku uehara Yoyogi-koen Meiji-jingumae Omote-sando Yoyogi-uehara, Yoyogi-hachiman, Shinsen Sangubashi Shibuya AREA Shibuya Station AREA Daikanyama Hiroo Ebisu Daikanyama, Ebisu, Hiroo AREA 3. See footnote 3 on p.4 4. See footnote 4 on p.4 1. See footnote 1 on p.1 29 0 Development Master Plan? What is the Urban ■ Sasazuka, Hatagaya, Hatsudai, and Honmachi District [Sasazuka, Hatagaya, and Hatsudai Station area] - Promote the aggregation of commercial facilities through high-level and effective land use, improvement of the living environment, and development of open spaces. Additionally, make use of the Tamaga- 1 wajosui-kyusuiroryokudou and the busy shopping streets, and transform Shibuya People Future Envisioned by the area into a relaxed yet dynamic hub. -
Lake Towada Spray
Isotopic mass balance measurements of spray ice T. Ozeki1, K. Yamane1, S. Adachi2 and S. Aoki3 1. Hokkaido University of Education 2. National Research Institute for Earth Science and Disaster Prevention 3. Institute of Low Temperature Science, Hokkaido University •Observation of spray icing •Thin section, NMR imaging •Cold laboratory experiment •Estimation of Snow Mass Fraction IWAIS2015 Uppsala Spray ice is frozen ice formed from sea or lake spray water in cold regions and accreted on ships, offshore structures, and trees in lakeside, developing into a massive ice form. Spray On Breakwater Freezing spray is the main cause of spray icing. Contribution of snow accretion? Spray ice accretion often occurs under intense snowfall. The contribution of snow to spray icing is investigated using field observations and laboratory experiments. • We collected samples of spray ice, snow, and water on the west coast of Hokkaido Island and in Lake Inawashiro and Lake Towada of Main Island, Japan. • The structural characteristics of the spray ice were analyzed using conventional thin- section and NMR imaging. • The snow mass fraction of the spray ice samples was calculated from the isotopic mass balance. West coast of Hokkaido Island High waves caused by north-westerly wind often generated a heavy spray jet at the dummy light beacons. The spray icing grew under heavy sea-water spray and during low temperatures. Additionally, stormy weather often generated not only heavy spray jets, but also intense snowfall. Thin section of sea spray ice Layered structure of a sea-water spray ice sample in cross section. The observed layering in the samples depends on the growth history of the spray ice. -
Shibuya Disaster Prevention Survival
The probability of the occurrence of a magnitude 7 earthquake in the southern of an earth Kanto area is 70% in the next 30 years and 90% in the next 50 years. In case quake What will happen if a big ear (Source: The Earthquake Research Committee of the Ministry of Education, thquake strikes Shibuya?! Culture, Sports, Science and Technology, “The General view of the national Earthquake Strike earthquake, forecast map,” 2006 revised.) Based on research of all of the buildings in Shibuya City and geological Building collapse Casualties Lifelines Other surveys, Shibuya City has produced a “Regional Risk Map” and a “Map of ・ Protect yourself ・ Prevent fi res and extinguish them im- Shaking Probability” that indicate the risk of building-collapse. You can get the mediately ・ Entire destruction ・ Dead Rate of suffering damages ・ Will have diffi culty maps in the City Offi ce. ・ Cooperate with neighbors to put out fi res and rescue others 2,285 buildings 33 people ・ Electricity 15.0% returning home over 230,000 people Recovery days for lifelines throughout Tokyo: ・ Partial destruction ・ Seriously injured ・ City gas 0% If there is a threat of danger in your house or other place 5,780 buildings 187 people ・ Will need to stay in ★Electricity 6 days where you are, take refuge at a temporary gathering site (public ・ Water supply 31.4% ★City Gas 53 days (No damage is assumed in Shibuya City.) school grounds, parks, etc.) ※1 ・ Injured temporary shelters over ・ Drainage 22.1% 30,000 person ★Water supply 30 days ★Drainage 30 days 1,476 people ★Communications 14 days Survive an Earthquake Disaster! ・ Telephone 8.3% ・ Elevators closed with Tokyo Regional Disaster Prevention Plans, earthquake edition (revised in 2007) ※due to collapse ※1 * In the case of spreading fi res people inside Temporary gathering sites are ※ In Shibuya City ※ 2 determined to be safe. -
Original Article
Original article Role Sharing among Stakeholders in Collaboration Projects for Lake Basin Conservation Naoko HIRAYAMA* and Shinji IDE* Abstract:Collaborative activities among governments, NPOs, private companies, and citizens are essential for lake basin conservation. To clarify the differences of forms of collaboration and factors determining the forms, the authors investigated all the prefectural governments in Japan if they have conservation plans for lakes and collaborative activities carried out within the plans, and what is the role of each stakeholder in the activities. As a result, 110 collaborative activities were implemented at 18 lakes in 2016. According to the type of role sharing and visualized roles of respective stakeholders, the activities could be categorized into the following four types: “Council initiative type”, “Government initiative type”, “Well-balanced type”, and “Environmental education type”. It was also revealed that all “Council initiative type” activities have similar forms of collaboration as the measure councils were established by respective local governments and have had fixed relationships with the governments for many years; and “Government initiative type” activities have various forms of role sharing even in similar projects. Key Words: water environment, citizen participation, cooperation, cluster analysis independently. In addition, initiatives by INTRODUCTION cooperation between governments and diverse actors are increasing due to high expectations for Water environments are valuable as water NPOs to resolve public issues since the Act on resources for daily lives and irrigation. Promotion of Specified Non-profit Activities was Additionally, they nurture the ecosystems, support enacted in 1998. Role sharing by utilizing the local fisheries, and provide unique culture and characteristics of different actors (i.e., by sceneries.