Tourism Inventory of Okayama Prefecture: an Analysis on Main Sightseeing Spots in Terms of the Number of Tourists
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Recovering from Heavy Rain Damage Through Cooperation and Think-And
Our Starting Point Our Starting Point Strategy of Value Creation for Our Vision A Foundation Supporting Value Creation Data Status of operations and damage directly after the Heavy Rain Event of July 2018 Situation at 2:00pm, July 11, 2018 Recovering from heavy rain Operational Operations suspended Shinji Tottori Yonago Higashi- Kisuki Line Maizuru damage through cooperation San-in Line Nishi-Maizuru Izumo-Yokota Chizu Mochigase Kamiiwami Fukuchiyama ru Wadayama Hakubi Line Niimi Tsuyama Express Chizu Maizu Line Bingo-Ochiai Imbi Teramae Masuda Line Ayabe Higashi- San-in Line Hiroshima Bichu- Shiomachi Okayama ama Hagi Shin-Iwakuni Kojiro Tsuy Line Tokuyama ntan Line Aki- Kozuki Sayo Ba and think-and-act initiatives ine akubi Line Kameyama Fuchu H Geibi Line Higashi- Kishin Fukuen Line Line San-yō L Kannnabe Okayama Kamigori Kabe Soja Line Higashihiroshima Himeji Mihara Fukuyama The Heavy Rain Event of July 2018 resulted in large-scale damage throughout West Japan, including in areas where Shin-Yamaguchi Kaitaichi Kushigahama Yokogawa Kasaoka Gantoku Line JR-West operates, and many sections of track were rendered unusable. Iwakuni Kurashiki Kure Line Yanai Amid this unprecedented damage, we came together as a Group and by implementing many think-and-act initiatives and San-yō Line cooperating with local stakeholders, we were able to recover many damaged sections of track and restart operations.* Recovery work In order to get life back to normal as soon as possible, we mobilized Opening land around the capabilities of the entire Group and cooperated with affiliates An entire stations for and local stakeholders in various areas to advance recovery efforts. -
Accelerator-Based BNCT System in Nagoya University
Accelerator-based BNCT system in Nagoya University (1) - Project status - kazuki tsuchida Nagoya university, Japan Email: [email protected] akira uritani Nagoya university, Japan yoshiaki kiyanagi Nagoya university, Japan sachiko yoshihashi Nagoya university, Japan kenichi watanabe Nagoya university, Japan shogo honda Nagoya university, Japan akihisa ishikawa Nagoya university, Japan keisuke abo Nagoya university, Japan atsushi yamazaki Nagoya university, Japan yukio tsurita Nagoya university, Japan kazuyo igawa okayama university, Japan hiroyuki michiue okayama university, Japan shuichi furuya okayama university, Japan yasuaki ichikawa okayama university, Japan go ichikawa nagoya university, Japan A low energy proton reaction using lithium is one of the most suitable reactions for the accelerator- based BNCT, because a sufficient flux and good quality of epi-thermal neutron beam can be obtained by using a compact beam shaping assembly (BSA) and low activation of accelerator facility reduces the radiation exposur for medical staffs. However, metalic lithium has several difficulties in chemical properties (low melting point, high chemical activity and 7Be production) as a target material. For resolving those isssues, we have developed a compact and sealed Li target in combination with a DC accelerator. We have constructed a compact accelerator-driven neutron source to confirm the practical reliability and performance of the sealed lithium target for the BNCT application in the Nagoya University. Metalic lithium on the target base plate is covered by a titanium foil. Low-energy and high current proton beam (2.8MeV, 15mA) is passing through the titanium foil and irradiates the lithium (Beam power density < 7MW/m2). Strong turbulent flow is arose with ribs in cooling water channels of the target and have been confirmed to be able to remove high beam flux. -
Modeling Residential and Workplace Location Assessment on Car Commuting Energy
Transactions on the Built Environment vol 41, © 1999 WIT Press, www.witpress.com, ISSN 1743-3509 Modeling residential and workplace location assessment on car commuting energy S.MyojinO),H.AbeO) ^Faculty of Environmental Science and Technology, Okayama University, 700-8530, Okayama, Japan Email: [email protected] Abstract A model for assessing resident and workplace location on energy for car commute to work is dealt with in the paper. The paper consists of two parts : model building and assessing simplified location patterns. The model is composed of five submodels : location patterns, commute trip distribution, spatial distribution of commute trip density, road traffic speed and energy calculation. Three simplified location patterns are set to resident and workplace respectively, so nine sets of locations are put under assessment The study area is assumed to be circular. The location sets together with commute length distribution form respective spatial distribution of car commute trip density in the area The density is converted to traffic speed Car commuting energy is calculated by applying traffic speed-energy function to the speed distribution. Population is included in some of the submodels so that the model may be applicable over the wide range of population size. The model proved effective for the assessment on the whole on examination of the calculated average traffic speed against the observed in several Japanese cities of different population. The spatial distributions of car commute trip density are grouped into any one of bell, plate and plateau types. Plate typs is dented at and near the center and the plateau is intermediate between bell and plate. -
Supplementary Chapter: Technical Notes
Supplementary Chapter: Technical Notes Tomoki Nakaya, Keisuke Fukui, and Kazumasa Hanaoka This supplementary provides the details of several advanced principle, tends to be statistically unstable when ei is methods and analytical procedures used for the atlas project. small. Bayesian hierarchical modelling with spatially structured random effects provides flexible inference frameworks to T1 Spatial Smoothing for Small-Area-Based obtain statistically stable and spatially smoothed estimates of Disease Mapping: BYM Model and Its the area-specific relative risk. The most popular model is the Implementation BYM model after the three authors who originally proposed it, Besag, York, and Mollié (Besag et al. 1991). The model T. Nakaya without covariates is shown as: oe|θθ~Poisson Disease mapping using small areas such as municipalities in ii ()ii this atlas often suffers from the problem of small numbers. log()θα=+vu+ In the case of mapping SMRs, small numbers of deaths in a iii spatial unit cause unstable SMRs and make it difficult to where α is a constant representing the overall risk, and vi and read meaningful geographic patterns over the map of SMRs. ui are unstructured and spatially structured random effects, To overcome this problem, spatial smoothing using statisti- respectively. The unstructured random effect is a simple cal modelling is a common practice in spatial white noise representing the geographically independent epidemiology. fluctuation of the relative risk: When we can consider the events of deaths to occur inde- vN~.0,σ 2 pendently with a small probability, it is reasonable to assume iv() the following Poisson process: The spatially structured random effect models the spatial correlation of the area-specific relative risks among neigh- oe|θθ~Poisson ii ()ii bouring areas: where oi and ei are the observed and expected numbers of wu deaths in area i, and is the relative risk of death in area i. -
Returnee and Contactee Consultation Centers (24-Hour Support)
(April 24, 2020) Returnee and Contactee Consultation Centers (24-hour Support) Establishment Name Telephone Number FAX Municipality of Jurisdiction Okayama City Public 086-803-1360 086-803-1337 Okayama City Health Center Kurashiki City Public 086-434-9810 086-434-9805 Kurashiki City Health Center Bizen Healthcare Tamano City、Setouchi City、 086-272-3934 086-271-0317 Center Kibi Chuo Town Bizen Healthcare Bizen City、Akaiwa City、 0869-92-5180 0869-92-0100 Center, Tobi Branch Wake Town 086-434-7072 Bicchu Healthcare (From 9AM to 5PM 086-434-7024 086-425-1941 Soja City、Hayashima Town Center only) Kasaoka City、Ibara City、 Bicchu Healthcare 0865-69-1675 0865-63-5750 Asakuchi City、Satosho Town、 Center, Ikasa Branch Yakage Town 086-434-7072 (Weekends and Bihoku Healthcare 0866-21-2836holidays: from 9AM to 0866-22-8098 Takahashi City Center 5PM only) Bihoku Healthcare 0867-72-5691 0867-72-8537 Niimi City Center, Niimi Branch Maniwa Healthcare 0867-44-2990 0867-44-2917 Maniwa City、Shinjo Village Center Tsuyama City、Kagamino Mimasaka Healthcare 0868-23-0163 0868-23-6129 Town、 Center Kumenan Town、Misaki Town Mimasaka City、Shoo Town、 Mimasaka Healthcare 0868-73-4054 0868-72-3731 Nagi Town、Nishiawakura Center, Shoei Branch Village ※ Phone calls made to Okayama City Public Health Center and Kurashiki City Public Health Center on weekdays between 9PM and 9AM or on weekends and holidays between 5PM and 9AM will be connected to an answering machine. Please respond to its inquiries accordingly. ※You will be connected to an automated answering machine when contacting Bicchu Health Center and Bihoku Health Center (including Ikasa Support Center and Niimi Support Center respectively) between 5PM and 9AM. -
Membership Register MBR0009
LIONS CLUBS INTERNATIONAL CLUB MEMBERSHIP REGISTER SUMMARY THE CLUBS AND MEMBERSHIP FIGURES REFLECT CHANGES AS OF JUNE 2020 CLUB CLUB LAST MMR FCL YR MEMBERSHI P CHANGES TOTAL DIST IDENT NBR CLUB NAME COUNTRY STATUS RPT DATE OB NEW RENST TRANS DROPS NETCG MEMBERS 5180 023856 BIZEN JAPAN 336 B 4 06-2020 26 1 0 0 -1 0 26 5180 023857 KURASHIKI HIGASHI JAPAN 336 B 4 06-2020 19 0 0 0 -3 -3 16 5180 023861 HINASE JAPAN 336 B 4 06-2020 12 0 0 0 0 0 12 5180 023864 IBARA JAPAN 336 B 4 06-2020 40 1 0 0 -10 -9 31 5180 023876 KASAOKA JAPAN 336 B 4 06-2020 22 1 0 0 -7 -6 16 5180 023877 OKAYAMA KIBI JAPAN 336 B 4 06-2020 58 1 0 0 -6 -5 53 5180 023884 KOJIMA WASHU JAPAN 336 B 4 06-2020 33 2 0 0 -3 -1 32 5180 023886 KONKO JAPAN 336 B 4 06-2020 32 0 0 0 0 0 32 5180 023887 KOJIMA JAPAN 336 B 4 06-2020 41 3 0 0 -4 -1 40 5180 023888 KURASHIKI JAPAN 336 B 4 06-2020 65 7 0 0 -9 -2 63 5180 023889 KURAYOSHI JAPAN 336 B 4 06-2020 41 0 0 0 -1 -1 40 5180 023890 KURASHIKI MIZUSHIMA JAPAN 336 B 4 06-2020 22 5 0 0 -2 3 25 5180 023891 KURASHIKI CHUO JAPAN 336 B 4 06-2020 41 1 0 0 -5 -4 37 5180 023892 KURASHIKI OHJI JAPAN 336 B 4 06-2020 27 2 0 0 -2 0 27 5180 023895 KURAYOSHI UTSUBUKI JAPAN 336 B 4 06-2020 39 3 0 0 -5 -2 37 5180 023897 MANIWA L C JAPAN 336 B 4 06-2020 21 1 0 0 0 1 22 5180 023905 MIMASAKA JAPAN 336 B 4 06-2020 13 1 0 0 -7 -6 7 5180 023907 BIZEN MITSUISHI JAPAN 336 B 4 06-2020 15 0 0 0 -2 -2 13 5180 023908 MITSU JAPAN 336 B 4 06-2020 29 1 0 0 -2 -1 28 5180 023918 NIIMI JAPAN 336 B 4 06-2020 59 3 0 0 -3 0 59 5180 023922 OKAYAMA JAPAN 336 B 4 06-2020 57 -
Title the CAMPAIGN of PETITIONING for the INAUGURATION
THE CAMPAIGN OF PETITIONING FOR THE INAUGURATION OF A NATIONAL DIET-THE Title PROCESS OF THE ORGANIZATION OF THE SANYO LIBERAL PARTY- Author(s) Naito, Seichu Citation Kyoto University Economic Review (1957), 27(1): 32-52 Issue Date 1957-04 URL https://doi.org/10.11179/ker1926.27.32 Right Type Departmental Bulletin Paper Textversion publisher Kyoto University VOLUME XXVII NUMBER 1 Kyoto University Economic Review MEMOIRS OF THE FACULTY OF ECONOMICS IN THE KYOTO UNIVERSITY THE ECONOMIC THEORY CONCIEVED BY MAX WEBER YU"zo DEGUCHI I TECHNICAL COMPLEMENTARITY IN LINEAR PROGRAMMING Tadashi IMAGAWA 14 THE CAMPAIGN OF PETITIONING FOR THE INAUGURATION OF A NATIONAL DIET Seichii. NAITO 32 ON THE COMMERCIAL ACTIVITIES OF THE MONGOLS IN THE EARLY YEARS OF YUAN DYNASTY Koichi ITO 53 APRIL. 1957 PUBLISHED BY THE F ACUL TY OF ECONOMICS KYOTO UNIVERSITY • KYOTO, JAPAN THE CAMPAIGN OF PETITIONING FOR THE INAUGURATION OF A NATIONAL DIET -THE PROCESS OF THE ORGANIZATION OF THE SANYO LIBERAL PARTY- By SeichU NAITO* .FOREWORD The year 1880 saw the upsurging clamor for liberty and popular rights being consolidated into a nationwide movement for demanding a speedy inauguration of a National Diet at the same time that various layers of the nation continued to have their respective class interests promoted. This was highly significant in the historical process of the Japanese nation in that it marked the first instance of a nationally organized resistance against the contemporary ruling authority. As the prevailing clamor for liberty and popular rights was organized into a vast movement on a national scale embracing all classes of the people, it marked· a significant development for it was intrinsically distinguishable from the sporadic farmers' rebellious uprisings which were often recorded during the ancien regime, and, seen in this light, the movement for liberty and popular rights would well be de fined as a democratic revolutionary movement. -
Daisen-Oki National Park Boasts Diverse Sceneries, Comprising a Mountainous Area Stretching from Mt
Mountains where the gods reside, and a series of volcanoes and islands that breathe with ancient memories Daisen-Oki National Park boasts diverse sceneries, comprising a mountainous area stretching from Mt. Daisen, the highest Daisen-Oki peak of the Chugoku region, to Mt. Hiruzen and Mt. Kenashi, the Mt. Mitoku area, the coastal portion of the Shimane 15 Peninsula, the Mt. Sanbe area and the Oki Islands. This Park and its surrounding areas include places of mountain worship National Park and stages of a number of Japanese myths such as the Kunibiki Shinwa (“land-pulling myth”), and retain culture and livelihood deeply connected to nature. In the Park’s mountainous region, volcanic topography, forests and grasslands are part of a varied landscape where each area possesses distinct scenery. Amidst this majesty, Mt. Daisen is revered as Japan’s oldest kami-yama —mountain of gods—while Mt. Mitoku is said to be sacred ground for mountain asceticism. On the Shimane Peninsula along with Izumo Grand Shrine, one of the most important shrines in Japan, you will find scenic and historic locations associated with myths in every direction. At Miho Shrine, situated on the eastern tip of the Shimane Peninsula, Shinto rituals associated with two ancient accounts of Japanese history, the Kojiki and the Nihon- Shoki, are passed down as regional events, while the main hall of Izumo Grand Shrine, constructed in the oldest style of Shinto shrine architecture, is a designated National Treasure. The Oki Islands are celebrated for their spectacular islands and coastal scenery. In acknowledgement of the geohistory that dynamic forces created them, their isolated and unique ecosystem, and the lifestyle and traditions that this environment nurtured, the Islands have been designated as a UNESCO Global Geopark. -
Molluscan Fauna of The“ Miocene” Namigata Formation in the Namigata Area, Okayama Prefecture, Southwest Japan
Jour. Geol. Soc. Japan, Vol. 119, No. 4, p. 249–266, April 2013 JOI: DN/JST.JSTAGE/geosoc/2012.0048 doi: 10.5575/geosoc.2012.0048 Molluscan fauna of the“ Miocene” Namigata Formation in the Namigata area, Okayama Prefecture, southwest Japan Abstract Takashi Matsubara The molluscan fauna of the Namigata Formation, traditionally ac- cepted to be of Miocene age, are reexamined taxonomically, and the Received 27 February, 2012 geologic age of the formation and its paleogeographic implications Accepted 12 June, 2012 are discussed. The formation is subdivided into the main part and two new members (the Senjuin Shell-Sandstone and Ônishi Con- Division of Natural History, Museum of Na- glomerate members). The Namigata Formation yielded 13 species of ture and Human Activities Hyogo, 6 Yayoiga- Gastropoda, 16 species of Bivalvia and 1 species of Scaphopoda. The oka, Sanda 669-1546, Japan occurrences of Molopophorus watanabei Otuka, Acila (Truncacila) nagaoi Oyama and Mizuno, Chlamys (Nomurachlamys?) namiga- Corresponding author: T. Matsubara, [email protected] taensis (Ozaki), and Isognomon (Hippochaeta) hataii Noda and Fu- ruichi indicate that the molluscan age should be revised to the late Late Eocene–Early Oligocene. Taking account of the latest elasmo- branch data and preliminary strontium isotope ratio, the age of the formation is confined to the late Late Eocene. The present and recent results show that the First Seto Inland Sea was actually composed of two sea areas that existed at different times: the Paleogene sea area is estimated to have been an open sea facing south to the Pacific Ocean, whereas that in the Miocene is thought to have been an em- bayment connected to the northwest to the Sea of Japan. -
1H FY2017 Earnings Results Briefing (Reference Materials)
1H FY2017 Earnings Results Briefing (Reference materials) December 1, 2017 Contents Okayama Prefecture’s Industrial Structure Chugoku Bank’s Management Indicators Profit and Loss Statement 22 Okayama Prefecture’s Economic Scale 4 Ordinary Revenue Breakdown 24 Okayama Prefecture’s Industrial Structure 6 Ordinary Expense Breakdown 25 Expense Breakdown 26 Okayama Prefecture’s Growth Infrastructure and Potential 8 Major Yields 27 Major Accounts (year-end balance) 28 Major Accounts (average balance) 30 Deposits (year-end and average balance) 32 Loans (year-end and average balance) 34 Okayama Prefecture’s Economic Trends Loans by Industry 36 Share of Total Deposits/Share of Total Loans 38 Okayama BSI 14 Securities 40 Balance/Duration by Remaining Number of Years to Maturity for Securities 41 Industrial Production and Exports 15 Housing Loans 42 Capital Investment and Public Investment 16 Non-Performing Loans 43 Consumer Spending 17 Debtor Classification Transition 44 Capital Adequacy Ratio Trends 46 Housing Investment 18 Capital Allocation and Integration Risks 47 Employment and Income 19 Use of Allocated Capital and Risk Exposure Assumptions 48 Group Company Performance Trends 49 Land Prices and Corporate Bankruptcies 20 Key Press Releases 50 Profile and Branch (office) Network 51 Okayama Prefecture’s Industrial Structure Okayama Prefecture’s Economic Scale Nationwide Items Actual Rank Source Survey date ranking (%) Nationwide survey on size Area 7,114 km2 1.9 17 of villages, townships, Oct. 2016 cities, and prefectures Population 1,928,000 1.5 21 Population estimate Jan. 2017 Number of Households 835,989 1.5 17 Population estimate Jan. 2017 Prefectural gross production (nominal) 7.2428 trillion yen 1.4 21 Prefectural accounts FY2014 Number of private enterprises 83,993 1.5 21 Economic census Jun. -
By Municipality) (As of March 31, 2020)
The fiber optic broadband service coverage rate in Japan as of March 2020 (by municipality) (As of March 31, 2020) Municipal Coverage rate of fiber optic Prefecture Municipality broadband service code for households (%) 11011 Hokkaido Chuo Ward, Sapporo City 100.00 11029 Hokkaido Kita Ward, Sapporo City 100.00 11037 Hokkaido Higashi Ward, Sapporo City 100.00 11045 Hokkaido Shiraishi Ward, Sapporo City 100.00 11053 Hokkaido Toyohira Ward, Sapporo City 100.00 11061 Hokkaido Minami Ward, Sapporo City 99.94 11070 Hokkaido Nishi Ward, Sapporo City 100.00 11088 Hokkaido Atsubetsu Ward, Sapporo City 100.00 11096 Hokkaido Teine Ward, Sapporo City 100.00 11100 Hokkaido Kiyota Ward, Sapporo City 100.00 12025 Hokkaido Hakodate City 99.62 12033 Hokkaido Otaru City 100.00 12041 Hokkaido Asahikawa City 99.96 12050 Hokkaido Muroran City 100.00 12068 Hokkaido Kushiro City 99.31 12076 Hokkaido Obihiro City 99.47 12084 Hokkaido Kitami City 98.84 12092 Hokkaido Yubari City 90.24 12106 Hokkaido Iwamizawa City 93.24 12114 Hokkaido Abashiri City 97.29 12122 Hokkaido Rumoi City 97.57 12131 Hokkaido Tomakomai City 100.00 12149 Hokkaido Wakkanai City 99.99 12157 Hokkaido Bibai City 97.86 12165 Hokkaido Ashibetsu City 91.41 12173 Hokkaido Ebetsu City 100.00 12181 Hokkaido Akabira City 97.97 12190 Hokkaido Monbetsu City 94.60 12203 Hokkaido Shibetsu City 90.22 12211 Hokkaido Nayoro City 95.76 12220 Hokkaido Mikasa City 97.08 12238 Hokkaido Nemuro City 100.00 12246 Hokkaido Chitose City 99.32 12254 Hokkaido Takikawa City 100.00 12262 Hokkaido Sunagawa City 99.13 -
OFFICIAL GAZETTE Sflverhmemtfrotioa0emqy R^^^^ ED/TJON^ Spc-T-#+-/!£*A =
OFFICIAL GAZETTE SflVERHMEMTFROTIOA0EMQY r^^^^ ED/TJON^ spc-t-#+-/!£*a = EXTRA No. 101 SATURDAY, AUGUST 6, 1949 OFFICE ORDINANCE 3 In caseof the chairman being prevented from discharging his duties, the standing committee- Attorney-General's Office Ordinance man designated by the chairman shall act for No. 4© him. August 6, 1949 Article 6. The clerical affairs of a Consultative The Regulations for the Organizations of Civil Assembly shall be disposed of by the Legal Liberties Commissioners Consultative Assembly Affairs Bureau, District Legal Affairs Bureau or and of Federation of Civil Liberties Commissioners its Branch Bureau having jurisdiction over the Consultative Assemblies shall be laid down as locality of the Assembly. Follows : Attorney-General Article 7. The names, localities and areas of or- UEDA Shunkichi ganization of Federations of Civil Liberties Commissioners Consultative Assemblies (here- The Regulations for the Organizations inafter referred to as Federation) shall be as of Civil Liberties Commissioners Con- sultative Assembly and of Federation per Annexed Table No. 2. of Civil Liberties Commissioners Con- Article 8. A Consultative Assembly shall become sultative Assembly a member of the Federation to be organized in Article 1. The names, localities and areas of or- To, Do, Fu or prefecture in which it locates. ganization of Civil Liberties Commissioners Con- Article 9. , The Federation shall have a chairman, sultative Assemblies (hereinafter referred to as two vice-chairmen and a certain number of •EConsultative Assembly) shall be as per Annexed directors. Table No. 1. 2 A director shall be commissioned by the At- Article 2. A Civil Liberties Commissioner shall torney-General from among the persons repre- become a member of the Consultative Assembly senting the Consultative Assemblies belonging having within its organization"area the area to the Federation concerned.