Port of Omaezaki in Tern a Tio N a L M Ultipurpo Se Term in a L Good Loc Ation At
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PORT of OMAEZAKI in TERN a TIO N a L M ULTIPURPO SE TERM in a L Port of Omaezaki Message from the Governor
2017 PORT OF OMAEZAKI IN TERN A TIO N A L M ULTIPURPO SE TERM IN A L Port of Omaezaki Message from the Governor Throughout history, the Port of Omaezaki, located at the mouth of Suruga Bay, has served as a port of shelter for boats passing through the area. In 1951, it was designated as a regional port under the Ports Act, before being designated as an Important Port in 1975. Up through the present day, it has seen a great deal of development. Over the years, the Port of Omaezaki has seen a gradual expansion in the range of its operations. This can be seen in the opening of a regular shipping route with so-called RORO ships in 1991, which allowed for the transportation of large amounts of cargo and the reduction of distribution costs, and the beginning of assembled automobile exports in 1997, to name just a few examples. More recently, in January 2004, the port’ s container crane-equipped international distribution terminal began operation. In October of the same year, the first foreign container ship called at the port. Currently, in addition to the shipping routes connecting Omaezaki with China, Philippines, Singapore, Malaysia, the port also hosts what are known as “feeder routes,” which export goods abroad indirectly through other domestic ports. On top of this, the transportation system of the area around the Port of Omaezaki continues to expand. The construction of the Shin-Tomei Expressway and the building of the Sagara-Makinohara Interchange on the Tomei Expressway have served as boons to the transportation system, complementing the 2009 opening of Mt. -
Tokai Earthquake Preparedness in Shizuoka Prefecture, Japan
Tokai Earthquake Preparedness in Shizuoka Prefecture, Japan April 2010 Shizuoka Prefecture This document was originally created and published by Shizuoka Prefecture in Japan. English translation was provided by Yohko Igarashi, Visiting Scientist, ITIC, with the kind acceptance of Shizuoka Prefecture. For Educational and Non-Profit Use Only ! -,2#,21 1. Tokai Earthquake ዉዉዉዉዉዉዉዉዉዉዉዉዉዉዉዉዉዉዉዉዉዉዉዉዉዉዉዉዉዉዉዉዉዉዉዉዉዉዉዉ 1 (1) Tokai Earthquake ጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟ 1 (2) Basis of the Occurrence of Tokai Earthquake ጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟ 2 Fujikawa-kako Fault ZoneዋTonankaiNankai Earthquake ጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟ 3 2. Estimated Damageዉዉዉዉዉዉዉዉዉዉዉዉዉዉዉዉዉዉዉዉዉዉዉዉዉዉዉዉዉዉዉዉዉዉዉዉዉዉዉዉ 4 3. Operation of Earthquake Preparedness ዉዉዉዉዉዉዉዉዉዉዉዉዉዉዉዉዉዉዉዉዉዉዉዉዉዉዉዉዉ 7 4. Monitoring System for Tokai Earthquake ዉዉዉዉዉዉዉዉዉዉዉዉዉዉዉዉዉዉዉዉዉዉዉዉዉዉዉ 10 (1) Governmental System of Earthquake Research ጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟ 10 (2) Observation Network for Earthquake Prediction in Shizuoka Prefecture ጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟ 11 5. Responses to the Issuance of “Information about Tokai Earthquake” ዉዉዉዉዉዉዉዉዉዉዉዉዉ 12 6. Working on Effective Disaster Managementዉዉዉዉዉዉዉዉዉዉዉዉዉዉዉዉዉዉዉዉዉዉዉዉዉዉ 14 (1) Disaster Management System in Shizuoka Prefecture ጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟ 14 (2) Community Support Staffs in Local Disaster Prevention Bureau ጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟ 14 (3) Establishing Permanent Disaster Management Headquarters Facilitiesጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟ 15 (4) Advanced Information Network System ጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟጟ -
Izu Peninsula Geopark Promotion Council
Contents A. Identification of the Area ........................................................................................................................................................... 1 A.1 Name of the Proposed Geopark ........................................................................................................................................... 1 A.2 Location of the Proposed Geopark ....................................................................................................................................... 1 A.3 Surface Area, Physical and Human Geographical Characteristics ....................................................................................... 1 A.3.1 Physical Geographical Characteristics .......................................................................................................................... 1 A.3.2 Human Geographical Charactersitics ........................................................................................................................... 3 A.4 Organization in charge and Management Structure ............................................................................................................. 5 A.4.1 Izu Peninsula Geopark Promotion Council ................................................................................................................... 5 A.4.2 Structure of the Management Organization .................................................................................................................. 6 A.4.3 Supporting Units/ Members -
Explore Shizuoka Explore the Spectacular Natural Environment, Authentic Japanese Culture, Unique History and Renowned Cuisine Of
Explore the spectacular natural environment, authentic Japanese culture, unique history and renowned cuisine of the majestic home of Mount Fuji. Exploreshizuoka.com NATURAL BEAUTY, ON LAND AND SEA From the iconic Mount Fuji in the north to 500km of spectacular Pacific coastline in the south, Shizuoka is a region of outstanding natural beauty, with highlands, rivers and lakes giving way to the white sand beaches and volcanic landscapes of the Izu Peninsula. And all this just one hour from Tokyo by shinkansen (bullet train). Okuoikojo Station MOUNTAINS, FORESTS AND FALLS At 3,776m high, the majestic “Fuji-san” is Japan’s best-known symbol with shrines paying homage to the mountain and paintings illustrating its beauty. Designated a UNESCO World Cultural Heritage Site in 2013, the climbing season runs from July to early September. Shizuoka’s central area is dominated by deeply forested mountains that stand over 800 m in height, tea plantations and beautiful waterfalls, such as the Shiraito Falls which, along with the 25m Joren Falls on the Izu Peninsula, is ranked among the 100 most beautiful waterfalls in Japan. The Seven Waterfalls of Kawazu are surrounded by a thick forest of pines, cedars and bamboo with a walking path taking you to all seven in roughly one hour. For a unique and unforgettable experience, visitors can take the historic Oigawa steam railway to visit the beautiful “Dream Suspension Bridge” across the Sumatakyo Gorge. THE IZU PENINSULA Surrounded by ocean on three sides, the Izu Peninsula was designated a UNESCO Global Geopark in 2018. Twenty million years of shifting undersea volcanoes created its dramatic landscapes and natural hot springs. -
Simulation of Recurring Earthquakes Along the Nankai Trough and Their
JOURNAL OF GEOPHYSICAL RESEARCH: SOLID EARTH, VOL. 118, 4127–4144, doi:10.1002/jgrb.50287, 2013 Simulation of recurring earthquakes along the Nankai trough and their relationship to the Tokai long-term slow slip events taking into account the effect of locally elevated pore pressure and subducting ridges Fuyuki Hirose1 and Kenji Maeda 1 Received 21 February 2013; revised 8 July 2013; accepted 9 July 2013; published 6 August 2013. [1] Many earthquakes of moment magnitudes greater than 8 associated with subduction of the Philippine Sea plate under Japan have occurred along the Nankai trough with a recurrence interval of 90–150 years. A large-scale rupture of the Tokai fault segment is believed to be imminent because that segment did not rupture during the most recent Tonankai earthquake in 1944. Recurring long-term slow slip events (LSSEs) have recently been observed in the Tokai region. To investigate the current stress state in the Tokai region, we numerically simulated earthquake cycles using a three-dimensional model consisting of triangular cells based on the rate- and state-dependent friction law. Our numerical simulations successfully modeled the Tokai segment not ruptured during the 1944 Tonankai earthquake as well as the recurring LSSEs in the Tokai region. We found that a large characteristic displacement (L) and effective normal stress (σ) in areas of subducted ridges are essential to avoid rupture of the Tokai segment during the 1944 Tonankai earthquake. We also demonstrated that we can reproduce the recurring LSSEs by assigning low values of σ and L to the area beneath Lake Hamana without introducing a velocity-strengthening friction law at high slip rate. -
Housing Security Benefits Enquiries
Housing Security Benefits Enquiries Municipality Organisation Office Address Tel Fax Email Higashiizu Town Life Support and Consultation Higashiizu-cho Health and Welfare Centre Social Welfare 0557-22-1294 0557-23-0999 [email protected] Centre 306 Shirata, Higashiizu-cho, Kamo-gun Council Kawazucho Social Life Support and Consultation Kawazu-cho Health and Welfare Centre 0558-34-1286 0558-34-1312 [email protected] Welfare Council Centre 212-2 Tanaka, Kawazu-cho, Kamo-gun Minamiizu Town Life Support and Consultation Minamiizu-cho Martial Arts Hall Social Welfare 0558-62-3156 0558-62-3156 [email protected] Centre 590-1 Kano, Minamiizu-cho, Kamo-gun Council Matsuzaki Twon Life Support and Consultation Matsuzaki-cho General Welfare Centre Social Welfare 0558-42-2719 0558-42-2719 [email protected] Centre 272-2 Miyauchi, Matsuzaki-cho, Kamo-gun Council Nishiizu Town Life Support and Consultation Social Welfare 258-4 Ukusu, Nishiizu-cho, Kamo-gun 0558-55-1313 0558-55-1330 [email protected] Centre Council Kannami Town Life Support and Consultation Kannami-cho Health and Welfare Centre Social Welfare 055-978-9288 055-979-5212 [email protected] Centre 717-28 Hirai, Kannami-cho, Takata-gun Shizuoka Council Prefecture Shimizu Town Life Support and Consultation Shimizu-cho Welfare Centre Social Welfare 055-981-1665 055-981-0025 [email protected] Centre 221-1 Doiwa, Shimizu-cho, Sunto-gun Council Nagaizumi Town Nagaizumi Welfare Hall Support and Consultation Social Welfare 967-2 Shimochikari, -
ICOS 2013 Proceedings
Effects of green tea gargling on the prevention of influenza infection in high school students: A randomized-controlled study Kazuki Ide1, Hiroshi Yamada1, Miki Ito1, Kumi Matsushita2, Kei Nojiri1, Kiichiro Toyoizumi1, Keiji Matsumoto1, and Yoichi Sameshima3 1: Grad. Sch. Pharm. Sci., Univ. Shizuoka, 52-1 Yada, Suruga-ku, Shizuoka 422-8526, Japan 2: Kikugawa General Hospital, 1632 Higashiyokoji, Kikugawa, 439-0022, Japan 3: Omaezaki Municipal Hospital, 2060 Ikeshinden, Omaezaki, 437-1696, Japan Correspondent email: [email protected] Summary A randomized-controlled study among high school students was carried out during the influenza epidemic season form December 1st, 2011 to February 28th, 2012. The incidence of clinically-defined influenza was lower in the green tea gargling group (13.5%) in the Full analysis set (FAS) population, 13.8% in the Per protocol set (PPS) population based on adherence rate >75%) than in the water group (16.8% in the FAS population, and 18.4% in the PPS population). However this difference was not significant in multivariate logistic regression analysis, and Cox proportional hazards regression. Additional large-scale randomized-controlled studies with high adherence rate are needed to evaluate the effects of green tea gargling as a preventive measure for influenza infection. Introduction Non-pharmaceutical interventions have an essential role to prevent epidemics and pandemics of influenza added to the pharmaceutical interventions as vaccination and neuraminidase inhibitors. Gargling is one of the common preventive measures in Asian countries, and several experimental studies have shown that anti influenza virus activities of green tea components in vitro (Nakayama, et al. 1993; Steinmann, et al. -
Radiation Control in the Decommissioning Work at Hamaoka Nuclear Power Station
CHUBU Electric Power Radiation Control in the Decommissioning Work at Hamaoka Nuclear Power Station October 25, 2018 CHUBU Electric Power Copyright © CHUBU Electric Power Co., Inc. All Rights Reserved. INDEX CHUBU Electric Power 01 Outline of Hamaoka Nuclear Power Station 02 Outline of the Decommissioning Plan 03 Radiation Control in the Decommissioning Work 04 Summary Copyright © CHUBU Electric Power Co., Inc. All Rights Reserved. 2 CHUBU Electric Power Outline of 01 Hamaoka Nuclear Power Station Copyright © CHUBU Electric Power Co., Inc. All Rights Reserved. 3 CHUBU 01 Outline of Hamaoka Nuclear Power Station Electric Power ○ Hamaoka Nuclear Power Station is located in Omaezaki City, Shizuoka Prefecture. To至 Aichi愛知 至To 東京Tokyo Kakegawa City Makinohara Kikugawa City City 旧小笠町 旧相良町 旧大東町 Omaezaki Hamaoka Nuclear City Power Station Coast of Enshu 旧浜岡町 Hamaoka Nuclear Power Station 旧御前崎町 Omaezaki Lighthouse ○ The population of the four cities: approximately 245,000 (as of the end of March 2018) Omaezaki City: 33,000, Makinohara City: 46,000, Kakegawa City: 118,000, Kikugawa City: 48,000 ○ The population in the PAZ*1 + UPZ*2 among the 11 cities and towns including five cities and two towns: approximately 840,000 (as of April 2016) *1 PAZ: Precautionary Action Zone Zone where precautionary protective measures are to be prepared (within approximately 5 km in radius from the nuclear facilities) *2 UPZ: Urgent Protective action planning Zone Zone where urgent protective measures are to be prepared (within approximately 30 km in radius outside the PAZ) Copyright © CHUBU Electric Power Co., Inc. All Rights Reserved. 4 CHUBU 01 Outline of Hamaoka Nuclear Power Station Electric Power - The site area is approximately 1.6 million m2 (approximately 1.6 km east-west, approximately 1 km north-south). -
1 EFFECT of GROUND SUBSIDENCE DUE to CRUSTAL MOVEMENT on BEACH CHANGES on OMAEZAKI COAST, JAPAN Nobuaki Iwazaki1, Toshiro San-Na
EFFECT OF GROUND SUBSIDENCE DUE TO CRUSTAL MOVEMENT ON BEACH CHANGES ON OMAEZAKI COAST, JAPAN Nobuaki Iwazaki1, Toshiro San-nami2, Takaaki Uda3 and Toshinori Ishikawa3 Shoreline changes along the coasts between the Tenryu River mouth and Omaezaki Point facing the Pacific Ocean were investigated using aerial photographs. Beach has been eroded on the coast located near the east end of the coastline far from the river mouth. Although beach erosion on the nearby coasts to the Tenryu River mouth was triggered by the decrease in fluvial sand supply and the obstruction of longshore sand transport by a port breakwater, beach erosion on a coast far from the river mouth was due to the effect of ground subsidence associated with crustal movement, and partly due to the effect of windblown sand. Keywords: Ground subsidence; crustal movement; beach erosion; longshore sand transport INTRODUCTION The coastline west and east of the Tenryu River has been formed as a fluvial fan of the Tenryu River (Fig. 1). Because the coast is part of a river delta, beach changes due to the decrease in sand supply from the river have occurred mainly around the river mouth in recent years, and various measures have been taken, including sand bypassing from dams in upstream basins (Miyahara et al., 2010). However, severe beach erosion has been occurring on the Omaezaki coast located 40 km east of the Tenryu River mouth and near the east end of an arc-shaped shoreline, even though the eastern shoreline closer to the river mouth has been stable. Difficulties have arisen in considering suitable countermeasures in this area because the exact causes of beach erosion have not been identified. -
Summary of Family Membership and Gender by Club MBR0018 As of August, 2008
Summary of Family Membership and Gender by Club MBR0018 as of August, 2008 Club Fam. Unit Fam. Unit Club Ttl. Club Ttl. District Number Club Name HH's 1/2 Dues Females Male TOTAL District 334 C 24664 ARAIMACHI L C 0 0 0 27 27 District 334 C 24665 ATAMI 0 0 0 23 23 District 334 C 24671 FUJI GAKUNAN 3 3 0 65 65 District 334 C 24672 FUJIEDA 0 0 0 44 44 District 334 C 24673 FUJINOMIYA 0 0 3 66 69 District 334 C 24674 FUKUROI 0 0 1 59 60 District 334 C 24676 GOTENBA 0 0 0 97 97 District 334 C 24677 HAINAN 0 0 1 49 50 District 334 C 24678 HAMAMATSU 0 0 3 132 135 District 334 C 24679 HAMAKITA 0 0 1 40 41 District 334 C 24682 HIGASHIIZU 0 0 1 21 22 District 334 C 24683 OKUHAMANAKO L C 0 0 0 20 20 District 334 C 24693 ITO 0 0 0 43 43 District 334 C 24694 IWATA 0 0 4 64 68 District 334 C 24695 KAKEGAWA 0 0 1 43 44 District 334 C 24697 KANBARA 0 0 0 44 44 District 334 C 24702 KAWANE 0 0 0 56 56 District 334 C 24708 KOSAI 0 0 2 53 55 District 334 C 24720 MISHIMA 0 0 0 33 33 District 334 C 24722 MORIMACHI L C 0 0 3 41 44 District 334 C 24723 NAGAIZUMI 0 0 0 11 11 District 334 C 24747 NISHIIZU 0 0 0 18 18 District 334 C 24749 NUMAZU 0 0 0 71 71 District 334 C 24750 NUMAZU SENBON 0 0 0 42 42 District 334 C 24753 OHITO 0 0 0 29 29 District 334 C 24761 OYAMA 0 0 0 27 27 District 334 C 24765 SHIMIZUCHO 0 0 0 15 15 District 334 C 24766 SHIBAKAWA 0 0 0 19 19 District 334 C 24767 SHIZUOKA TACHIBANA 0 0 0 49 49 District 334 C 24768 SHUZENJI 0 0 0 31 31 District 334 C 24770 SHIMADA 0 0 2 72 74 District 334 C 24771 SHIMIZU HAGOROMO 0 0 0 33 33 District 334 C -
SHIZUOKA – Home of Mt. Fuji Delicious Seafood and Fish Products of SHIZUOKA
SHIZUOKA – Home of Mt. Fuji Delicious Seafood and Fish products of SHIZUOKA 1 Shizuoka Located in the Center of Japan 138°E Sapporo○ S ( ) H Mt. FUJI 3776m Sendai ○ I Z ○Tokyo KyotoNagoya △ U Hiroshima ○ ○ 35°N ○ ○ Green tea, Melons Fukuoka Osaka O ○ SHIZUOKA Prefecture K A a Food & Agriculture s Fish(Tuna) Wasabi,Mandarin N O . 1 Industry(HQ) 2 • A varied coastline of 647 km and rich Area of marine resources brought in by the Japan Mt. Fuji Rainbow Current trout • Suruga Bay, which reaches a depth of Mt. Fuji 2,500 m, Japan’s deepest bay; Lake Numazu Dried fish, Yui deep-sea Hamana, where sea water and fresh Sakura fish Atami water mix; Izu Peninsula, full of rocky shrimps Dried fish shores and reefs; the Enshu-nada Coast, with vast sand dunes Shizuoka Tuna, young sardines, canned Yaizu seafood, Dried bonito, half- processed dried bonito, broth, food sauce, kamaboko, hanpen, eels, seared bonito slices, stewed Hamamatsu bonito, salted fish Eels, young guts Nishiizu sardines, lavers, Dried- Japanese salted littleneck clams, bonito puffer fish Higashiizu Dried fish, splendid alfonsinos 3 Positioning of the Fishing Industry in Shizuoka Prefecture 2013 Catch in major fishing ports in Japan Shizuoka Ranking Name of All Japan Prefecture in Japan Rank fishing Amount (million yen) Fisheries yield (2012) 225,934 (tons) 3 4,864,275 (tons) port Overall marine fisheries and fish 58.8 (million yen) 5 1,328.5 (million yen) 1 Fukuoka 43.9 farming (2012) Number of fishery operators (2008) 6,505 (persons) 11 221,908 (persons) 2 Yaizu 42.9 Volume of processed marine 171,232 (tons) 2 1,727,969 (tons) 3 Nagasaki 34.2 products (2012) 4 Nemuro 29.1 150 5 Choshi 27.0 129 (thousand tons) 100 50 26.7 22.6 20.9 19.8 19.7 17.3 15.8 15.3 15.0 0 北 長 静 三 青 宮 千 茨 鹿 愛 海 崎 岡 重 森 城 葉 城 児 媛 道 県 県 県 県 県 県 県 島 県 Chiba Mie Ibaraki Aomori Miyagi 県 Ehime Shizuoka Hokkaido Nagasaki Kagoshima Shizuoka Prefecture boasts the 3rd largest yield of all fisheries in Japan. -
Survey of Public O Hamaoka Power S
CommentaryRyuzo Yamamoto Survey of Public Opinions in Areas Close to Hamaoka Power Station in Shizuoka -Generational Differences in the Levels of Acceptance of Nuclear Power- Tokoha University, Ryuzo Yamamoto A questionnaire survey was conducted to address various matters involving the use of nuclear power in four communities near the Hamaoka Nuclear Power Plant, which is located in Shizuoka Prefecture and operated by the Chubu Electric Power Company. Analysis of the nearly 7,600 responses has revealed generational differ- ences in the levels of acceptance of nuclear power. The younger generations proved to be more pro-nuclear. Moreover, a higher share of respondents among the elderly was found to result in age bias. In fact, voices in favor of resuming the use of a nuclear power plant after completion of the due safety review outnumbered those against it when responses were weighted according to the actual age composition in Japan. This survey has also demonstrated what needs to be done to deepen our un- derstanding of nuclear power. This first commentary reports the survey findings. KEYWORDS: Hamaoka nuclear power plant, public acceptance of nuclear pow- er, survey of public opinions, energy mix, climate change I. Introduction This questionnaire survey was inspired by papers that analyze responses to public opinion surveys on nuclear power in the United Kingdom and the United States. The Japanese media and municipalities tend to conduct questionnaire surveys on nuclear power mostly using simple yes-no questions, such as whether the respondents are in favor or against the resump- tion of nuclear power generation. In the West, questionnaire surveys tend to consist of detailed questions aimed at, among other things, gauging the level of interest in environmental issues and energy security among the respondents.