DOCSLIB.ORG

Supplementary Material

Total Page：16

File Type：pdf, Size：1020Kb

Download full-text PDF Read full-text
Supplementary Material Supplementary Material Contents Figure S1. Study areas consisted of 9 cities and wards (Chiba City, Itabashi Ward, Suginami Ward, Setagaya Ward, Kawasaki City, Yokohama City, Nagoya City, Osaka City, and Kobe City). Figure S2. Correlation between outdoor concentrations and personal exposure levels (n=428) Table S1 online. Outdoor concentrations and personal exposure levels of NOx and EC in mean ± SD (n=428). Table S2 online. Correlation coefficients between air pollutants in baseline survey (n=63,266). Table S3. Descriptive data for two-stage nested case-control study (n=428). Table S4. Additional analyses of associations between incidence of asthma from 1.5 to 3 years and outdoor NOx or EC concentrations using a logistic model, adjusted for potential confounding variables (n=39,539). The definition of confounding variables in Table 2 and 4 The definition of confounding variables in Table 3 Appendix A: Personal exposure levels of NOx and EC for each subject Appendix B: Organization of the Japan national Study on Respiratory Disease and Automobile Exhaust (SORA) 1 Figure S1. Study areas consisted of 9 cities and wards (Chiba City, Itabashi Ward, Suginami Ward, Setagaya Ward, Kawasaki City, Yokohama City, Nagoya City, Osaka City, and Kobe City). 2 120 6 y = 0.909x + 16.6 100 r² = 0.888 5 y = 0.590x + 0.327 r² = 0.928 80 4 ) 3 60 3 (μg/m 40 2 20 1 of EC level exposure Personal 0 0 0 20 40 60 80 100 120 (ppb) of NOx level exposure Personal 0 1 2 3 4 5 6 Outdoor concentration of NOx (ppb) Outdoor concentration of EC (μg/m3) Figure S2. Correlation between outdoor concentrations and personal exposure levels (n=428). 3 Table S1. Outdoor concentrations and personal exposure levels of NOx and EC in mean ± SD (n=428). Outdoor Concentration Personal exposure level mean ± SD mean ± SD NOx (ppb) 37.7 ± 7.8 55.3 ± 10.4 EC (μg/m3) 2.85 ± 0.45 2.13 ± 0.35 Abbreviations: NOx, nitrogen oxides; EC, elemental carbon. 4 Table S2. Correlation coefficients between air pollutants in baseline survey (n=63,266). EC NOx NO2 SPM Ox EC - 0.88 0.40 0.31 0.27 NOx - - 0.49 0.05 0.21 NO2 - - - 0.20 0.37 SPM - - - - 0.43 Ox - - - - - Abbreviations: EC, elemental carbon; NOx, nitrogen oxides; NO2, nitrogen dioxide; SPM, suspended particulate matter; Ox, photochemical oxidants. 5 Table S3. Descriptive data for two-stage nested case-control study (n=428). Case Control High-exposure Low-exposure High-exposure Low-exposure N % N % N % N % Subjects 40 100.0 138 100.0 126 100.0 124 100.0 Gender Boys 24 60.0 88 63.8 77 61.1 82 66.1 Girls 16 40.0 50 36.2 49 38.9 42 33.9 Year of birth 2005 22 55.0 76 55.1 72 57.1 68 54.8 2006 18 45.0 62 44.9 54 42.9 56 45.2 Kaup index 18 or more 6 15.8 13 9.6 9 7.4 5 4.1 Less than 18 32 84.2 122 90.4 113 92.6 117 95.9 History of attendance in nursery school/kindergarten Yes 32 80.0 105 76.1 90 71.4 91 73.4 No 8 20.0 33 23.9 36 28.6 33 26.6 Past history of wheezing Yes 23 57.5 77 55.8 31 24.6 29 23.4 No 17 42.5 61 44.2 95 75.4 95 76.6 Past history of bronchitis or pneumonia Yes 22 55.0 88 64.2 28 22.2 31 25.0 No 18 45.0 49 35.8 98 77.8 93 75.0 Past history of bronchiolitis Yes 7 17.5 25 18.1 6 4.8 8 6.5 No 33 82.5 113 81.9 120 95.2 116 93.5 Past history of atopic dermatitis Yes 9 22.5 39 28.3 15 11.9 7 5.6 No 31 77.5 99 71.7 111 88.1 117 94.4 Past history of allergic rhinitis Yes 9 22.5 25 18.1 15 11.9 8 6.5 No 31 77.5 113 81.9 111 88.1 116 93.5 Past history of food allergy 20.6 Yes 10 25.0 49 35.5 12 9.5 18 14.5 No 30 75.0 89 64.5 114 90.5 106 85.5 Past history of five or more episodes of high fever Yes 31 77.5 111 80.4 75 59.5 70 56.5 No 9 22.5 27 19.6 51 40.5 54 43.5 Birth order 1st 18 45.0 70 50.7 59 46.8 68 54.8 2nd and over 22 55.0 68 49.3 67 53.2 56 45.2 Parent with asthma Yes 8 20.0 64 46.4 24 19.0 28 22.6 No 32 80.0 74 53.6 102 81.0 96 77.4 Structure of house Wooden house 11 27.5 39 28.3 39 31.0 38 30.6 Steel-frame building 29 72.5 99 71.7 87 69.0 86 69.4 Heating system Without ventilation 23 57.5 56 40.6 47 37.3 64 51.6 With ventilation 17 42.5 82 59.4 79 62.7 60 48.4 Keeping pets (fowl, mammals) Yes 10 25.0 31 22.5 19 15.1 24 19.4 No 30 75.0 107 77.5 107 84.9 100 80.6 6 Familial smoking habits Yes 11 27.5 40 29.0 25 19.8 31 25.0 No 29 72.5 98 71.0 101 80.2 93 75.0 Feeding method during the first 3 months of life Brest milk only 14 35.0 40 29.0 33 26.2 27 21.8 Others 26 65.0 98 71.0 93 73.8 97 78.2 Influenza vaccine Yes 22 55.0 98 71.5 76 60.8 83 66.9 No 18 45.0 39 28.5 49 39.2 41 33.1 Specific IgE tests Positive 16 84.2 61 82.4 30 56.6 18 51.4 Negative 3 15.8 13 17.6 23 43.4 17 48.6 Bedding mite allergen test Positive 9 37.5 43 43.4 23 30.3 21 24.1 Negative 15 62.5 56 56.6 53 69.7 66 75.9 7 Table S4. Additional analyses of associations between incidence of asthma from 1.5 to 3 years and outdoor NOx or EC concentrationsa using a logistic model, adjusted for potential confounding variablesb (n=39,539). NOx EC Odds Ratio (95% CI) Odds Ratio (95% CI) Level 5 0.71 (0.48, 1.05) 0.70 (0.47, 1.03) Level 4 0.85 (0.66, 1.09) 0.89 (0.68, 1.17) Level 3 0.80 (0.64, 1.09) 0.84 (0.65, 1.09) Level 2 0.80 (0.64, 0.99) 0.92 (0.72, 1.16) Level 1 1.00 1.00 Abbreviations: NOx, nitrogen oxides; EC, elemental carbon; CI, confidence interval. a Outdoor NOx concentrations of level 1 to 5 are 13.9-32.5, 32.6-37.1, 37.2-42.0, 42.1-50.8, and 50.9-136.8 ppb, respectively. Outdoor EC concentrations of level 1 to 5 are 1.3-2.4, 2.5-2.7, 2.8-3.0, 3.1-3.5, and 3.6-7.5 μg/m3, respectively. b Potential confounding variables include gender, districts, birth season, years of residence, feeding method during the first three months of life, familial smoking habits, structure of house, heating system, keeping pets (cats, birds, dogs, hamsters, others), background concentration of air pollutants, past history of disease before the age of 1.5 years, such as bronchitis/pneumonia, empyema, and allergic disease; and parental history of allergic diseases, such as asthma, atopic dermatitis, and pollinosis. 8 The definition of confounding variables in Tables 2 and 4: (1) Birth season: Categorization of Children’s birth season, December to February, March to May, June to July or September to November; (2) Years of residence: Categorization of how many years in which the child lived at the current residence, “below 1 year”, “over 1 year” or “live in the same residence since birth”; (3) Feeding method during the first three months of life: Categorized into breast milk, bottle feeding or both; (4) Familial smoking habits: Categorized into mother, others, or none who smoked in the same house with the child; (5) Structure of house: Categorized into wooden house or steel-frame/concrete building; (6) Heating system: A ventilation system was equipped with heating devises; (7) Keeping pets: Keeping cats, birds, dogs, hamsters, or other pets in the house; (8) Background concentration of air pollutants: Suspended particulate matter (SPM) and photochemical oxidants (Ox) for NOx model, nitrogen dioxides (NO2) and Ox for EC model; (9) Past history of bronchitis/pneumonia: The child received treatment for bronchitis/pneumonia before the age of 1.5 years; (10) Past history of empyema: The child received treatment for empyema before the age of 1.5 years; (11) Past history of allergic disease: The child received treatment for allergic disease before the age of 1.5 years ; (12) Parental history of asthma: Either mother or father has received treatment for asthma. (13) Parental history of atopic dermatitis: Either mother or father has received treatment for dermatitis; (14) Parental history of pollinosis: Either mother or father has received treatment for pollinosis.
Load more

Recommended publications
  • Kita City Flood Hazard
    A B C D E F G H I J K Locality map of Kita City and the Arakawa River “Kuru-zo mark” Toda City Kawaguchi City The “Kuru-zo mark” shows places where “Marugoto A Machigoto Hazard Map” are installed. “Marugoto raka Kita City Flood Hazard Map wa Ri Machigoto Hazard Map” is signage showing flood ve r depth in the city to help people visualize the depth - In case of flooding of the Arakawa River - Adachi City of the flooding shown in the hazard map. It also Flood depth revised version May-17 Translated in April 2020 1 Itabashi City 1 provides information about evacuation centers Kita City so that people can properly evacuate in unfamiliar places. A common graphic symbol is a mark. Get prepared! Drills with the map will help you in an emergency! Nerima Flood Hazard Map City Arakawa City This Flood Hazard Map was created with the purpose of assisting the immediate evacuation Toshima City of residents in flood risk areas in the event of an overflow of the Arakawa River. Bunkyo City Taito City (Wide area evacuation) Overview of Arakawa River flood risk areas When there is a possibility of flooding in neighboring areas of Kuru-zo mark “Marugoto Machigoto Kita City due to the burst of the right levee of the Arakawa Hazard Map” signage This is the forecast, by the Ministry of Land, Infrastructure, Transport and Tourism (MLIT), of River, Kita City will accept evacuees from other cities. actually installed inundation based on a simulation of flooding resulting from the overflow of the Arakawa River due to the assumed maximum rainfall set by the provision of the Flood Control Act (total rainfall of 632mm in 72 hours for the Arakawa River basin), and of areas where the risk of floods that cause 2 damage, including the collapse of buildings (flooding risk areas including collapse of buildings) 2 under the current development situation of Arakawa River channels and flood control facilities in the area from the mouth of the river to Fukaya City and Yorii Town in Saitama Prefecture.
    [Show full text]
  • Park Cube Shin Itabashi and Another Property)
    March 13, 2018 To All Concerned Parties Issuer of Real Estate Investment Trust Securities 4-1, Nihonbashi 1-chome, Chuo-Ku, Tokyo 103-0027 Nippon Accommodations Fund Inc. Executive Director Takashi Ikeda (Code Number 3226) Investment Trust Management Company Mitsui Fudosan Accommodations Fund Management Co., Ltd. President and CEO Tateyuki Ikura Contact CFO and Director Satoshi Nohara (TEL. 03-3246-3677) Notification Concerning Acquisition of Domestic Real Estate Properties (Park Cube Shin Itabashi and another property) This is a notification that Mitsui Fudosan Accommodations Fund Management Co., Ltd., an investment trust management company, which has been commissioned by Nippon Accommodations Fund Inc. (“NAF”) to manage its assets, decided on the acquisition of real estate properties in Japan as shown below. 1. Reason for acquisition Based on the provisions for investments and policies on asset management provided in the Articles of Incorporation, the decision to acquire the following properties was made to ensure the steady growth of assets under management, and for the diversification and further enhancement of the investment portfolio. 2. Overview for acquisition Type of Planned acquisition Appraised value Name of property to be acquired property price (Note 3) (Note 4) to be acquired (thousands of yen) (thousands of yen) Property 1 Park Cube Shin Itabashi (Note 1) Real estate 1,700,000 1,740,000 Property 2 Park Cube Nishi Shinjuku (Note 2) Real estate 2,400,000 2,430,000 Total 4,100,000 4,170,000 (1) Date of conclusion of sale contract March 13, 2018 (2) Planned date of handover Property 1 March 29, 2018 Property 2 September 3, 2018 (3) Seller Property 1 Not disclosed (Note 5) Property 2 ITOCHU Property Development, Ltd.
    [Show full text]
  • 01 the Expansion Of
    The expansion of Edo I ntroduction With Tokugawa Ieyasu’s entry to Edo in 1590, development of In 1601, construction of the roads connecting Edo to regions the castle town was advanced. Among city construction projects around Japan began, and in 1604, Nihombashi was set as the undertaken since the establishment of the Edo Shogunate starting point of the roads. This was how the traffic network government in 1603 is the creation of urban land through between Edo and other regions, centering on the Gokaido (five The five major roads and post towns reclamation of the Toshimasusaki swale (currently the area from major roads of the Edo period), were built. Daimyo feudal lords Post towns were born along the five major roads of the Edo period, with post stations which provided lodgings and ex- Nihombashi Hamacho to Shimbashi) using soil generated by and middle- and lower-ranking samurai, hatamoto and gokenin, press messengers who transported goods. Naito-Shinjuku, Nihombashi Shinsen Edo meisho Nihon-bashi yukibare no zu (Famous Places in Edo, leveling the hillside of Kandayama. gathered in Edo, which grew as Japan’s center of politics, Shinagawa-shuku, Senju-shuku, and Itabashi-shuku were Newly Selected: Clear Weather after Snow at Nihombashi Bridge) From the collection of the the closest post towns to Edo, forming the general periphery National Diet Library. society, and culture. of Edo’s built-up area. Nihombashi, which was set as the origin of the five major roads (Tokaido, Koshu-kaido, Os- Prepared from Ino daizu saishikizu (Large Colored Map by hu-kaido, Nikko-kaido, Nakasendo), was bustling with people.
    [Show full text]
  • Urban Reform and Shrinking City Hypotheses on the Global City Tokyo
    Urban Reform and Shrinking City Hypotheses on the Global City Tokyo Hiroshige TANAKA Professor of Economic Faculty in Chuo University, 742-1Higashinakano Hachioji city Tokyo 192-0393, Japan. Chiharu TANAKA1 Manager, Mitsubishi UFJ Kokusai Asset Management Co.,Ltd.,1-12-1 Yurakucho, Chiyodaku, Tokyo 100-0006, Japan. Abstract The relative advantage among industries has changed remarkably and is expected to bring the alternatives of progressive and declining urban structural change. The emerging industries to utilize ICT, AI, IoT, financial and green technologies foster the social innovation connected with reforming the urban structure. The hypotheses of the shrinking city forecast that the decline of main industries has brought the various urban problems including problems of employment and infrastructure. But the strin- gent budget restriction makes limit the region on the social and market system that the government propels the replacement of industries and urban infrastructures. By developing the two markets model of urban structural changes based on Tanaka (1994) and (2013), we make clear theoretically and empirically that the social inno- vation could bring spreading effects within the limited area of the region, and that the social and economic network structure prevents the entire region from corrupting. The results of this model analysis are investigated by moves of the municipal average income par taxpayer of the Tokyo Area in the period of 2011 to 2014 experimentally. Key words: a new type of industrial revolution, shrinking city, social innovation, the connectivity of the Tokyo Area, urban infrastructures. 1. Introduction The policies to liberalize economies in the 1990s have accelerated enlargement of the 1 C.
    [Show full text]
  • Adachi-Ku Nerima-Ku Setagaya-Ku Suginami-Ku Itabashi-City Minato
    ２. 基本 的事 項等 Mapof Areas With Risk of Flooding Due to Ove rflowof （１） 作成（１） 主体 東 京 都 （２） 指（２） 定年 月日 令 和 元 年 5月23日 theShakujii Rive of r the Arakawa Rive System r （３） 告示番号（３） 東 京 都告示第55号 （４） 指（４） 定の 根 拠 法令 水 防法（昭和 24年法律 第193号）第14条第2項 (inundation duration) （５） 対象とな（５） る 水 位 周知河 川 ・荒川 水 系石神井 川 （実施 区間：下 表に示す通り） （６） 指（６） 定の 前提 とな る 降雨 石神井 川 流 域 の 1時間最 大雨量153mm 1. About this map 2. Basic information 24時間総雨量690mm Locationmap (1) Pursuant to the provisions of the Flood Control Act, this map shows the duration of inundation for the maximum assumed (1) Map created by the Tokyo Metropolitan Government 【問い合わせ先 】 rainfall for sections those subject to water-level notification of the Shakujii River of the Arakawa River System. (2) Map created on May 23, 2019 東 京 都建 設局 河 川 部防災課 03-5321-1111（代） (2) This river flood risk map shows the estimated duration of 50cm or deeper inundation that occurs due to overflow of the (3) Released as TMG announcement No.55 Shakujii River of the Arakawa River System resulting from the maximum assumed rainfall. The simulation is based on the situation of the river channels and flood control facilities as of the time of the map's publication. (4) Designation made based on Article 14, paragraph 2 of the Flood Control Act SumidaRive r (Act No. 193 of 1949) (3) Because the simulation does not take into account flooding of tributaries or flooding caused by rainfall greater than ShakujiiRive r the assumed level, by a storm surge, or by runoff of rainwater, the actual duration of inundation may differ from the (5) River subject to flood warnings covered by this map Shakujii River of the Arakawa River System estimates and inundation may also occur in areas not indicated on this map.
    [Show full text]
  • Mapping Seasonal Tree Canopy Cover and Leaf Area Using Worldview-2/3 Satellite Imagery: a Megacity- Scale Case Study in Tokyo Urban Area
    Supplementary Material Mapping seasonal tree canopy cover and leaf area using WorldView-2/3 satellite imagery: A megacity- scale case study in Tokyo urban area Yutaka Kokubu 1,2,*, Seiichi Hara 3 and Akira Tani 2 1 Tokyo Metropolitan Research Institute for Environmental Protection, 1-7-5, Shinsuna, Koto-ku, Tokyo, 136- 0075, Japan 2 Department of Environmental and Life Sciences, University of Shizuoka, 52-1 Yada, Suruga-ku, Shizuoka 422-8526, Japan 3 NTT Data CCS Corporation, 4-12-1 Higashishinagawa, Shinagawa-ku, Tokyo, 140-0002, Japan * Correspondence: [email protected] Table S1. Comparison of the vegetation land cover for each 23 municipalities in Tokyo special wards estimated by aerial photograph interpretation (Tokyo GWC-ratio data), and WorldView-2/3 imagery classification (this study). * The numbers in parentheses show the coverage ratio in the shadow area. Main location Land coverage ratio Municipality Difference Tokyo GWC- WV-2/3 data Area (%) Image No. in ratio data (Image classification result) (Special ward) Figure 2 (1) Tree canopy Vegetation* (2) Tree canopy* Grass* (2) – (1) Nerima-ku (1) and (2) 48.1 km2 17.3% 23.7 (2.9) % 14.4 (1.8) % 9.3 (1.2) % −2.9% Itabashi-ku (2) 32.1 km2 14.5% 20.0 (2.3) % 10.0 (1.2) % 10.0 (1.2) % −4.5% Toshima-ku (2) 13.0 km2 10.2% 13.0 (1.9) % 8.0 (1.2) % 5.0 (0.7) % −2.2% Suginami-ku (2) 34.1 km2 18.8% 23.7 (3.5) % 15.8 (2.3) % 8.0 (1.2) % −3.0% Nakano-ku (2) 15.6 km2 13.3% 16.3 (2.3) % 10.1 (1.4) % 6.1 (0.9) % −3.2% Setagaya-ku (2) 58.0 km2 18.7% 25.5 (3.2) % 15.2 (1.9) % 10.3 (1.3) %
    [Show full text]
  • Now(PDF:1427KB)
    Okutama Minumadai- Okutama Town Shinsuikoen Ome City Yashio Ome IC Nishi- Ome Takashimadaira Adachi Tokorozawa Ward Wakoshi Daishi- Matsudo Okutama Lake Kiyose City Mae Rokucho Mizuho Town Shin- Akitsu Narimasu Akabane Akitsu Kita-Ayase Nishi-Arai Hakonegasaki Kanamachi Hamura Higashimurayama Itabashi Ward City Tama Lake Kita Ward Higashimurayama City Hikarigaoka Ayase Shibamata Higashiyamato Kumano- Kita- Higashikurume Oji Mae Senju Katsushika Hinode Town Musashimurayama City Nerima Ward Arakawa City Hibarigaoka Ward City Kamikitadai Shakujiikoen Kotakemukaihara Ward Keisei-Takasago Kodaira Toshimaen Toshima Aoto the changing Musashi-itsukaichi Hinode IC Fussa City Yokota Ogawa Nishitokyo City Ward Air Base Tamagawajosui Nerima Nishi- Tamagawajosui Kodaira City Tanashi Ikebukuro Nippori Akiruno City Ichikawa Tachikawa City Kamishakujii Nippori Haijima Bunkyo Taito Ward Akiruno IC Saginomiya Moto-Yawata Showa Kinen Ward face of tokyo Park Nakano Ward Takadanobaba Shin-Koiwa Kokubunji Koganei City Musashino City Ueno City Ogikubo Nakano Musashi-Sakai Mitaka Kichijoji Sumida Ward Akishima City Nishi-Kokubunji Nishi-Funabashi Kagurazaka Akihabara Kinshicho Hinohara Village Kokubunji Suginami Ward Tachikawa Kunitachi Nakanosakaue Shinjuku Ward Ojima Mitaka City Edogawa Ward City Kugayama Shinjuku Chiyoda Ward Sumiyoshi Hachioji-Nishi IC Honancho Fuchu City Akasaka Tokyo Funabori Tokyo, Japan’s capital and a driver of the global economy, is home Meiji Detached Fuchu Yoyogi- Shrine Hino City Chofu Airport Chitose- Meidai-Mae Palace Toyocho to 13 million people. The city is constantly changing as it moves Hachioji City Uehara Shinbashi Takahatafudo Fuchu- Karasuyama Shibuya Koto Ward Kasai Honmachi Shimotakaido steadily toward the future. The pace of urban development is also Keio-Hachioji Ward Urayasu Shimokitazawa Shibuya Chofu Kyodo Hamamatsucho Toyosu Yumenoshima accelerating as Tokyo prepares for the Olympic and Paralympic Hachioji Gotokuji Naka- Minato Chuo Park Kitano Hachioji JCT Tama Zoological Seijogakuen- Meguro Ward Ward Games in 2020 and beyond.
    [Show full text]
  • Shinjuku Rules of Play
    Shinjuku Rules of Play Gary Kacmarcik Version 2 r8 Tokyo is a city of trains and Shinjuku is the busiest In Shinjuku, you manage one of these con- train station in the world. glomerates. You need to build Stores for the Customers to visit while also constructing the rail Unlike most passenger rail systems, Tokyo has lines to get them there. dozens of companies that run competing rail lines rather than having a single entity that manages rail Every turn, new Customers arrive looking to for the entire city. Many of these companies are purchase a specific good. If you have a path to a large conglomerates that own not only the rail, but Store that sells the goods they want, then you also the major Department Stores at the rail might be able to move those new Customers to stations. your Store and work toward acquiring the most diverse collection of Customers. Shinjuku station (in Shinjuku Ward) expands down into Yoyogi station in Shibuya Ward. A direct rail connection exists between these 2 stations that can be used by any player. Only Stores opened in stations with this Sakura icon may be upgraded to a Department Store. Department Store Upgrade Bonus tokens are placed here. The numbers indicate the total number of customers in the Queue (initially: 2). Customer Queue New Customers will arrive on the map from here. Stations are connected by lines showing potential Components future connections. These lines cannot be used until a player uses theE XPAND action to place track Summary on them, turning them into a rail connection.
    [Show full text]
  • Notification Concerning Acquisition of Domestic Real Estate Property
    March 30, 2016 To All Concerned Parties Issuer of Real Estate Investment Trust Securities 4-1, Nihonbashi 1-chome, Chuo-ku, Tokyo 103-0027 Nippon Accommodations Fund Inc. Executive Director Nobumi Tobari (Code Number 3226) Investment Trust Management Company Mitsui Fudosan Accommodations Fund Management Co., Ltd. President and CEO Tateyuki Ikura Contact CFO and Director Satoshi Nohara (TEL. 03-3246-3677) Notification Concerning Acquisition of Domestic Real Estate Property This is a notification that Mitsui Fudosan Accommodations Fund Management Co., Ltd., an investment trust management company, which has been commissioned by Nippon Accommodations Fund Inc. (“NAF“) to manage its assets, decided on the acquisition of real estate property in Japan as shown below. 1. Reason for acquisition Based on the provisions for investments and policies on asset management provided in the Articles of Incorporation, the decision to acquire the following property was made to ensure the steady growth of assets under management, and for the diversification and further enhancement of the investment portfolio. 2. Overview of acquisition (1) Name of property acquired Dormy Nishi Ogikubo (2) Type of property acquired Real estate (3) Acquisition price (Note 1) ¥1,100,000 thousand (4) Appraised value (Note 2) ¥1,140,000 thousand (5) Date of conclusion of sales contract March 30, 2016 (6) Date of handover March 30, 2016 (7) Seller Not disclosed (Note 3) (8) Acquisition funds Own funds and borrowings (Note 4) (9) Method of payment Full payment at the time of delivery (Note 1) “Acquisition price” denotes the trading value (exclusive of miscellaneous expenses for acquisition, fixed property taxes, urban planning taxes, consumption taxes, and local consumption taxes) specified in the real estate sale contract for the property acquired.
    [Show full text]
  • International Community I CIEF Board
    Itabashi Cultural and International Exchange Foundation 2-66-1 Itabashi Itabashi-ku 173-8501 Tel: 03-3579-2015 Fax: 03-3579-2166 E-mail: [email protected] 2018 March Vol. 22 No. 249 Web: www.itabashi-ci.org The Monthly Living Guide for the Itabashi International Community I CIEF Board ① Japanese Language Lessons for Beginners – Apply Now! ICIEF conducts beginner Japanese language classes for City residents who are new to Japan and/or cannot speak Japanese. ※Please note you cannot bring children to class. Course/Period: ①Mon/Thu Course (every Monday and Thursday, 10:00～12:00）4/5 (Thu)—9/27 (Thu) ②Tues/Fri Course (every Tuesday and Friday, 18:30～20:30）4/10 (Tue)—9/25(Fri) ※ Eligibility: Non-Japanese residents 18 years and older Please note you cannot bring children to class. Place: Green Hall meeting rooms Capacity: 40 people per course (first-come first-served) Fee: ¥4,800（tuition fee）※Plus separate textbook charge。 To Apply: Send the following information through contact details at the bottom of this page via email, fax, postcard, or through the Foundation website by 3/31 (Sat): ①Preferred course name, ②Address, postcode, ③Name (furigana), ④ Gender, ⑤TEL, ⑥Nationality. ② Free Legal Consultation for Foreign Residents (RSVP required) Topics: Visa status, marriage/divorce, refugee status, inheritance, labor, insurance, and pension To Apply: Apply by email (Japanese or English) to the Contact overleaf by 3 days before each event. Time: 2017.3/15 (Thu), 4/19（Thu）13:30—16:00 (Consultation Time: 30 minutes) Place: Culture Hall Meeting Room 4（51-1 Oyama Higashi-cho） ③ International Exchange Salon: Friendship Club Nakama The International Salon is held once a month by volunteers as a place where foreign people and Japanese people can meet and interact.
    [Show full text]
  • Flood Risk Map for the Shakujii River and Shirako River Basin(Revised)
    Flood Risk Map for the Shakujii River and Shirako River Basin (Revised) This map mainly uses graduated colors to indicate inundation depths. 1. About this map 2. Basic information [Inquiries] Location map Tokyo Metropolitan Government (1) This map shows the areas expected to flood and anticipated depth of inundation in the (1) Map created by the Council for Protection Against Urban Flooding (Planning Section, River Division, Bureau of Construction) 03-5321-1111 event of heavy rain for the drainage basins of the Shakujii and Shirako rivers. (Shakujii, Shirako Rivers basin) Tokyo Metropolitan Government The assumed rainfall used for previous flood risk maps was the September 2000 Tokai Region (Disaster Prevention Section, River Division, Bureau of Construction) 03-5321-1111 Heavy Rain Disaster, but for this revised edition, the maximum assumed rainfall was used. (2) Map created on May 23, 2019 Tokyo Metropolitan Government (Planning Section, Shingashi River Planning and Coordination Division, Bureau of Sewerage) 03-5321-1111 (2) By informing the public of the risk of flooding, we hope that knowledge will be applied (3) Areas covered Toshim-ku(General Affairs Division, Disaster Prevention and Crisis Management Section) 03-3981-1111 in times of emergency to stay safe and evacuate, as well as to devise smarter life styles Arakawa River system (Shakujii, Shirako rivers) Shirako River Sumida River with respect to flood risk. Kita-ku(Civil Engineering Division, Road and Park Section) 03-3908-1111 (4) Assumed rainfall Arakawa-ku(Disaster Prevention Section, Civic Life Affairs Division) 03-3802-3111 Shakujii River (3) This flood risk map (revised) uses a simulation to show inundation expected should the Maximum assumed rainfall (Hourly rainfall: 153mm Total: 690mm) Itabashi-city (Crisis Management Room, maximum assumed rainfall occur in the covered areas.
    [Show full text]
  • MO-18-19 Appendix a Full Trip Recap.Docx
    Appendix A of MO-18-19 Mundialization Trip to Itabashi, Japan – October 2020 Official Delegation / City Business Trip Itinerary and Mayor’s Recap Tuesday October 15th: Depart Toronto for Itabashi (overnight flight + 13-hour time difference ahead) Wednesday October 16th: Arrive in Tokyo in afternoon Dinner with Mayor of Itabashi and colleagues Thursday October 17th: Embassy tour at the Canadian Embassy in Tokyo JETRO meeting (Japan External Trade Organization) Tour of Tokyo Friday October 18th: Welcome ceremony in Itabashi at Itabashi City Hall (public event) Courtesy Call group meeting at Itabashi City Hall with Itabashi Mayor and staff Traditional lunch Sharing of ideas Tour City Hall Itabashi Art Museum Visit Visit local school Visit to their Emergency Management Operations Centre Welcome dinner, gift exchange, Key to the City presented Saturday October 19th: Soba noodle-making experience Kimono dressing Formal tea ceremony Japanese drumming lesson Annual Itabashi Citizen’s Festival Traditional Folk Entertainment Show Sayonara Dinner Sunday October 20th: Bullet train to Sendai Visit Yuriage Minato Market Cooperative in Natori & meet with CEO of the market (learn about the 2011 Tsunami and Canada’s support for rebuilding the market and presented them with a Canadian flag) Guided Tour of Sendai Castle ruins, Gokoku Shrine, Zuihoden Temple Overview: As part of the dual exchanges that take part in our twinning relationship with Itabashi, Japan, both of our cities send reciprocal official delegations to each other every five years. This year marks the 30th anniversary of the City of Burlington’s twinning agreement with the City of Itabashi. Earlier this year, the Official Itabashi Delegation and Mayor Takeshi Sakamoto visited us during our Canada Day celebrations.
    [Show full text]