Study on the Teaching of Integrating Southern Hunan Folk Art Into Artistic Our Team Had a One-Year Investigation in Xiangkun Art Publishing Firm,1990, Pp.418
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長沙遠大住宅工業集團股份有限公司 Changsha Broad Homes Industrial Group Co., Ltd
長沙遠大住宅工業集團股份有限公司 Changsha Broad Homes Industrial Group Co., Ltd. (A joint stock company incorporated in the People’s Republic of China with limited liability) Stock Code: 2163 GLOBAL OFFERING Joint Sponsors Joint Global Coordinators Joint Bookrunners and Joint Lead Managers IMPORTANT IMPORTANT: If you are in any doubt about the contents of this prospectus, you should obtain independent professional advice. Changsha Broad Homes Industrial Group Co., Ltd. 長沙遠大住宅工業集團股份有限公司 (A joint stock company incorporated in the People’s Republic of China with limited liability) Number of Offer Shares under : 121,868,000 H Shares (subject to the Over-allotment the Global Offering Option) Number of Hong Kong Offer Shares : 12,187,200 H Shares (subject to adjustment) Number of International Offer Shares : 109,680,800 H Shares (subject to adjustment and the Over-allotment Option) Maximum Offer Price : HK$12.48 per Offer Share, plus brokerage of 1.0%, SFC transaction levy of 0.0027% and Hong Kong Stock Exchange trading fee of 0.005% (payable in full on application in Hong Kong dollars and subject to refund) Nominal value : RMB1.00 per H Share Stock code : 2163 Joint Sponsors Joint Global Coordinators Joint Bookrunners and Joint Lead Managers Hong Kong Exchanges and Clearing Limited, The Stock Exchange of Hong Kong Limited and Hong Kong Securities Clearing Company Limited take no responsibility for the contents of this prospectus, make no representation as to the accuracy or completeness and expressly disclaim any liability whatsoever for any loss howsoever arising from or in reliance upon the whole or any part of the contents of this prospectus. -
The Urban Flood Control Project in the Mountainous Area in Hunan Province Loaned by the Asian Development Bank
The Urban Flood Control Project in the Mountainous Area in Hunan Province Loaned by the Asian Development Bank The External Resettlement Monitoring & Assessment Report (Lengshuijiang City, Lianyuan City, Shuangfeng County, Shaoyang City, Shaodong County, Longhui County, Jiangyong County, Xintian County, Jianghua County, Qiyang County, Ningyuan County, Chenzhou City, Zhuzhou City, Liling City, Zhuzhou County and Youxian County) No.1, 2008 Total No. 1 Hunan Water & Electricity Consulting Corporation (HWECC) September, 2008 Approved by: Wang Hengyang Reviewed by: Long Xiachu Prepared by: Long Xiachu, Wei Riwen 2 Contents 1. Introduction 2. Project Outline 2.1 Project Outline 2.2 Resettlement Outline 3. Establishment and Operation of Resettlement Organizations 3.1 Organization Arrangement 3.2 Organization Operation 4. Project Implementation Progress 4.1 Jiangyong County 4.2 Chenzhou City 5. Resettlement Implementation Progress 5.1 Resettlement Implementation Schedule 5.2 Resettlement Policy and Compensation Standards 5.3 Progress of Land Acquisition 5.4 Progress of Resettlement Arrangement 5.5 Removal Progress of Enterprises and Institutions 5.6 Progress of Resettlement Area Construction 5.7 Arrival and Payment of the Resettlement Fund 6. Psychology and Complaint of the Resettled People 6.1 Complaint Channel 6.2 Complaint Procedures 7. Public Participation, Consultation and Information Publicizing 7.1 Jiangyong County 7.2 Chenzhou City 8. Existed Problems and Suggestions 3 1. Introduction The Urban Flood Control Project in the Mountainous -
Cui Chenzhou, Zhao Yongheng, CAO Zihuang, Kubánek Petr
Curriculum Vitae Chenzhou CUI National Astronomical Observatories, Chinese Academy of Sciences (NAOC) 20A Datun Road, Chaoyang District Beijing 100012, China Tel: 86-10-64872500 Fax: 86-10-64878240 Email: [email protected] http://www.lamost.org/~cb/ Personal Information: Gender: Male Date of Birth: January 27, 1976 (Chinese Lunar Calendar) Family Status: Married, one child Nationality: P. R. of China Current Position: Chief Information Officer, Professor, NAOC, 2006.1- Education: Ph.D. in Astrophysics, NAOC, Beijing, 2003.6 Concentrations: Virtual Observatory, Grid Technology, Web Services, Scientific Databases Thesis: System Design of Chinese Virtual Observatory Advisor: Prof. Yongheng ZHAO M.Sc. in Astrophysics, Beijing Astronomical Observatory, Beijing, 2000.6 Concentrations: Astronmical Databasese, Galactic Abundances Thesis: Setup of SAGE Astronomical Database and Statistical Analyses of Galactic Abundances Advisor: Prof. Gang ZHAO B.S.E. in Mechanical Engineering, Hebei University of Technology, Tianjin, 1997.6 Research Interests: Astro-Informatics, Virtual Observatory, Grid Technology, Astronomical Databases, Astronomical Data Center, Data Processing and Analysis, Galactic Structure and Evolution, Stellar Abundance Work Experiences: Professor, NAOC, 2013.2 - Associated Professor, NAOC, 2006.1- 2013.1 Lecturer, NAOC, 2003.6-2005.12 Visiting Experiences: Visiting Scientist, Johns Hopkins University, USA, 2007.11.26-2007.12.24 Lecture, International School for Young Astronomers 2007, International Astronomical Union (IAU), Malaysia, -
Ethnic Minority Development Plan
Ethnic Minority Development Plan May 2018 People’s Republic of China: Hunan Xiangjiang River Watershed Existing Solid Waste Comprehensive Treatment Project Prepared by the ADB-financed Project Management Office of the Lanshan County Government and the Yongzhou City Government for the Asian Development Bank. CURRENCY EQUIVALENTS (as of 30 April 2018) Currency unit – yuan (CNY) CNY1.00 = $0.158 $1.00 = CNY6.3 34 ABBREVIATIONS 3R – reduce, reuse, and recycle ADB – Asian Development Bank ACWF – All China Women’s Federat ion DI – design institute EMDP – ethnic minority development plan EM – ethnic minority EMG – ethnic minority group EMT – ethnic minority township EMAC – ethnic minority autonomous county EMP – environmental management plan EMRA O – Ethnic Minority and Religion Affairs Office ESB – Environment Sanitation Bureau FGD – focus group discussion GDP – gross domestic product GRM – Grievance redress mechanism HH – household HIV – human immunodeficiency virus HPMO – Hunan project management office IA – Implementing agency IP – indigenous pe oples LSSB – Labor and Social Security Bureau MSW – Municipal solid waste PA – Project areas PRC – People’s Republic of China PMO – project management office SPS – Safeguard Policy Statement STI – sexually transmitted infection TA – technic al assistance XRW – Xiangjiang River watershed YME – Yao minority township NOTE In this report, "$" refers to United States dollars. This ethnic minority development plan is a document of the borrower. The views expressed herein do not necessarily represent those of ADB's Board of Directors, Management, or staff, and may be preliminary in nature. Your attention is directed to the “terms of use” section of this website. In preparing any country program or strategy, financing any project, or by making any designation of or reference to a particular territory or geographic area in this document, the Asian Development Bank does not intend to make any judgments as to the legal or other status of any territory or area. -
Evaluating Economic Growth, Industrial Structure, and Water Quality of the Xiangjiang River Basin in China Based on a Spatial Econometric Approach
International Journal of Environmental Research and Public Health Article Evaluating Economic Growth, Industrial Structure, and Water Quality of the Xiangjiang River Basin in China Based on a Spatial Econometric Approach Xiaohong Chen 1,2, Guodong Yi 1,2, Jia Liu 3,*, Xiang Liu 4,* and Yang Chen 1,2 1 School of Business, Central South University, Changsha 410083, China; [email protected] (X.C.); [email protected] (G.Y.); [email protected] (Y.C.) 2 Institute of Big Data and Internet Innovation, Hunan University of Commerce, Changsha 410205, China 3 School of Information and Safety Engineering, Zhongnan University of Economics and Law, Wuhan 430073, China 4 Institute of Finance, Guangzhou University, Guangzhou 510006, China * Correspondence: [email protected] (J.L.); [email protected] (X.L.); Tel.: +86-130-3711-0850 (J.L.); +86-185-7153-0906 (X.L.) Received: 30 July 2018; Accepted: 20 September 2018; Published: 25 September 2018 Abstract: This research utilizes the environmental Kuznets curve to demonstrate the interrelationship between economic growth, industrial structure, and water quality of the Xiangjiang river basin in China by employing spatial panel data models. First, it obtains two variables (namely, CODMn, which represents the chemical oxygen demand of using KMnO4 as chemical oxidant, and NH3-N, which represents the ammonia nitrogen content index of wastewater) by pretreating the data of 42 environmental monitoring stations in the Xiangjiang river basin from 2005 to 2015. Afterward, Moran’s I index is adopted to analyze the spatial autocorrelation of CODMn and NH3-N concentration. Then, a comparative analysis of the nonspatial panel model and spatial panel model is conducted. -
PUMA Global Core Factory List 2019
PUMA Global Core Factory List 2019 Product Product Number of Nr. Supplier Address City Country/Region Tier Sub Category Employees Category Avery Dennison - (Paxar Bangladesh Plot # 167 - 169, DEPZ (Extension Area), 1 Dhaka Bangladesh Tier 2 ACC Labeling 501-1000 Ltd.) Ganakbari, DEPZ, Ashulia, Savar 228/2, Mogorkhal, Dhaka Bipass Road, 2 Eco Couture Ltd. Gazipur Bangladesh Tier 1 APP 501-1000 National University, Begumpur, P.O. : Begumpur, Hotapara, 3 Ever Smart Bangladesh Ltd. Gazipur Bangladesh Tier 1 APP 1001-2000 Gazipur 4 Fakhruddin Textile Mills Ltd. Mouza-kewa, Sreepur Gazipur Bangladesh Tier 1 APP 3501-5000 5 Hamza Textiles Ltd. Nayapara, Kashimpur Gazipur Bangladesh Tier 2 APP Textile 501-1000 6 Jinnat Knitwears Limited Sardagonj, Kashimpur Gazipure Bangladesh Tier 1 APP 5001 or more 7 Mawna Fashions Ltd. Tepirbari, Sreepur Gazipur Bangladesh Tier 1 APP 2001-3500 Plot No. - 7 to 11, Sector - 01, Karnaphuli EPZ, 8 Park (Bangladesh) Company Limited Chattogram Bangladesh Tier 1 ACC 3501-5000 Patenga, 9 Square FashionS Limited - Unit 1 Habir Bari, Valuka, Jamirdia, Habir Bari, Valuka Mymensingh Bangladesh Tier 1 APP 5001 or more Product Product Number of Nr. Supplier Address City Country/Region Tier Sub Category Employees Category Chandana, Basan Union, Dhaka By-Pass Road, 10 Square Fashions Limited -Unit 2 Gazipur Bangladesh Tier 1 APP 3501-5000 Vogra, Gazipur 297, Khortoil,Tongi, DBA - 11 Viyellatex Ltd. Gazipure Bangladesh Tier 1 APP 5001 or more Viyellatex/Youngones Fashion Ltd. National Road No.22, Phum Thnung Roling, 12 Beautiful -
2—Identified Global Consumers of Tin Concentrates (Refineries and Smelters)
November 2020 1 of 12 2—Identified global consumers of tin concentrates (refineries and smelters) Explanation: This list contains global facilities known to be able to process tin concentrate. Additional small-scale smelters may be in operation in Indonesia, but their status could not be confirmed. Facilities were thought to be active unless otherwise noted. Data records are sorted by country and then alphabetically by owner. FACILITY TYPE AND STATUS COUNTRY LOCATION OPERATOR / OWNERSHIP (IF APPLICABLE) Australia Smelter (on care and maintenance since 2012) Greenbushes, Western Australia Global Advanced Metals Pty Ltd. Belgium Smelter Beerse, Antwerp Aurubis AG Huajara Industrial Park, Oruro, Oruro Bolivia Smelter Operaciones Metalúrgicas S.A. (OMSA) Department Vinto smelting complex, Vinto, Oruro Empresa Metalúrgica Vinto S.A. (Compania Bolivia Smelter Department Minera Colquira S.A.) Coopersanta, Bom Futuro, Ariquemes, Cooperativa de Garimperiros de Santa Cruz Brazil Smelter Rondônia Ltda. [Meridian Mineração Jaburi S.A.] Estanho de Rondônia S.A. [Companhia Brazil Smelter Ariquemes, Rondônia Siderúrgica Nacional (CSN)] Brazil Smelter São João del Rei, Minas Gerais Magnu's Minerais Metais e Ligas Ltda. November 2020 2 of 12 2—Identified global consumers of tin concentrates (refineries and smelters) Explanation: This list contains global facilities known to be able to process tin concentrate. Additional small-scale smelters may be in operation in Indonesia, but their status could not be confirmed. Facilities were thought to be active unless otherwise noted. Data records are sorted by country and then alphabetically by owner. FACILITY TYPE AND STATUS COUNTRY LOCATION OPERATOR / OWNERSHIP (IF APPLICABLE) Brazil Smelter Ariquemes, Rondônia Melt Metais e Ligas S.A. -
Spike-Specific Circulating T Follicular Helper Cell and Cross-Neutralizing Antibody Responses in COVID-19-Convalescent Individuals
LETTERS https://doi.org/10.1038/s41564-020-00824-5 Spike-specific circulating T follicular helper cell and cross-neutralizing antibody responses in COVID-19-convalescent individuals Jian Zhang 1,15, Qian Wu1,15, Ziyan Liu1,15, Qijie Wang2,15, Jiajing Wu3,4,15, Yabin Hu1,15, Tingting Bai5, Ting Xie2, Mincheng Huang2, Tiantian Wu6, Danhong Peng2, Weijin Huang 3, Kun Jin1, Ling Niu1, Wangyuan Guo1, Dixian Luo1, Dongzhu Lei1, Zhijian Wu1, Guicheng Li1, Renbin Huang1, Yingbiao Lin1, Xiangping Xie2, Shuangyan He2, Yunfan Deng7, Jianghua Liu8, Weilang Li9, Zhongyi Lu10, Haifu Chen11, Ting Zeng2, Qingting Luo12, Yi-Ping Li 6 ✉ , Youchun Wang 3 ✉ , Wenpei Liu 1,5,13 ✉ and Xiaowang Qu 1,14 ✉ Coronavirus disease 2019 (COVID-19) is caused by infec- individuals and facilitate the treatment and vaccine develop- tion with severe acute respiratory syndrome coronavirus 2 ment for SARS-CoV-2 infection. (SARS-CoV-2)1–3 and individuals with COVID-19 have symp- To investigate the antibody response after recovery from coro- toms that can be asymptomatic, mild, moderate or severe4,5. In navirus disease 2019 (COVID-19), 67 convalescent individuals the early phase of infection, T- and B-cell counts are substan- were recruited for this study, and blood was drawn on day 28 after tially decreased6,7; however, IgM8–11 and IgG12–14 are detectable discharge. The baseline clinical characteristics and laboratory find- within 14 d after symptom onset. In COVID-19-convalescent ings on admission were retrospectively analysed (Extended Data individuals, spike-specific neutralizing antibodies are vari- Figs. 1 and 2). The binding and avidity of an antibody to a specific able3,15,16. -
The Relationship Between Flood Disaster and Rainfall in Xiangjiang River Basin
The Relationship between Flood Disaster and Rainfall in Xiangjiang River Basin Bo Chen1,2, Weihua Fang1,2,Peijun Shi1,2, Fei he1,2, Zhiqiang Wang1,2, Hong Xu1,2 1. Key Laboratory of Environmental Change and Natural Disaster, Ministry of Education of China, Beijing Normal University, Beijing 100875, China; 2. Academy of Disaster Reduction and Emergency Management, Ministry of Civil Affairs & Ministry of Education, the People’s Republic of China, Beijing 100875, China [email protected] Flood disaster is one of the most serious natural disasters in China, it has caused numerous deaths and injury, as well as tremendous economic losses, and restricted the local sustainable development sharply. Took the total rainfall and frequency of rainfall events beyond downfall (daily rainfall greater than 25mm) from April to August as indices, the relationship between the rainfall and flood disaster from year 1951 to 1998 in Xiangjiang River Basin was analyzed. Four conclusions were found, 1) an abrupt change of flood disaster degree was detected around year 1981 and since then it climbed up to a more serious state. According to its fluctuation character, the flood disaster degree from 1951 to 1998 can be divided to three phases, namely 1951-1961’s aggravating phase, 1965-1975’s mitigatory phase and 1975-1998’s aggravating phase. 2) The total rainfall and frequency of rainfall events beyond downfall from April to August in recent fifty years have no trend but with inter-decadal fluctuation, based on this their variation can be cut to four periods, namely 1951-1967’s decreasing period, 1967-1977’s increasing period, 1977-1992’s declining period and 1992-1998’s climbing up period. -
Metal Contamination of Soils and Crops Affected by the Chenzhou Lead/Zinc Mine Spill (Hunan, China)
Metal contamination of soils and crops affected by the Chenzhou lead/zinc mine spill (Hunan, China) Hongyu Liua,1, Anne Probsta,*, Bohan Liaob aLMTG, CNRS-Universite´Paul Sabatier-IRD (UMR 5563), 14 Avenue Edouard Belin, 31400 Toulouse, France bDepartment of Environmental Science, Hunan Agricultural University, Changsha, 410128 China Abstract In 1985, the collapse of the tailing dam in Chenzhou lead/zinc mine (Hunan, southern China) led to the spread of mining waste spills on the farmland along the Dong River. After the accident, an urgent soil cleaning up was carried out in some places. Seventeen years later, cereal (rice, maize, and sorghum), pulses (soybean, Adzuki bean, mung bean and peanut), vegetables (ipomoea, capsicum, taro and string bean) and the rooted soils were sampled at four sites: (1) the mining area (SZY), (2) the area still covered with the mining tailing spills (GYB), (3) the cleaned area from mining tailing spills (JTC), and (4) a background site (REF). Metal concentrations in the crops and soils were analyzed to evaluate the long-term effects of the spilled waste on the soil and the potential human exposure through food chains. The results showed that the physical– chemical properties of the soils obviously changed due to the different farming styles used by each individual farmer. Leaching effects and plant extraction of metals from some soils were quite weak. Certain soils were still heavily polluted with As, Cd, Zn, Pb and Cu. The contamination levels were in the order of GYBNSZYNJTC showing that the clean-up treatment was effective. The maximum allowable concentration (MAC) levels for Chinese agricultural soils were still highly exceeded, particularly for As and Cd (followed by Zn, Pb and Cu), with mean concentrations of 709 and 7.6 mg kgÀ1, respectively. -
Affected Area, Affected Farmers and Project
35126 v 4 Public Disclosure Authorized Social Assessment Report for World Bank Financed China Agricultural Technology Project Hunan Sub-repor CONTENTS Chapter 1 Project Summary in Hunan....................................1 Public Disclosure Authorized I. Background of Hunan................................................................................................................. 1 II. Project Background ................................................................................................................... 2 Chapter 2 Detailed Survey of Each Project ............................2 I. Two-System Super Hybrid Paddy Project of Hunan Province ......................................... 2 (I) Project Background .......................................................................................... 2 (II) Affected Area, Affected Farmers and Project................................................... 3 (III) Comments and Suggestions.............................................................................. 5 II. Nuisance Free Vegetable of Changsha County................................................................. 8 (I) Project Background .......................................................................................... 8 (II) Affected Area, Affected Farmers and Project ........................................................................ 8 Public Disclosure Authorized (III) Comments and Suggestions............................................................................ 10 III. High-quality Melon and Fruit -
Clean Urban/Rural Heating in China: the Role of Renewable Energy
Clean Urban/Rural Heating in China: the Role of Renewable Energy Xudong Yang, Ph.D. Chang-Jiang Professor & Vice Dean School of Architecture Tsinghua University, China Email: [email protected] September 28, 2020 Outline Background Heating Technologies in urban Heating Technologies in rural Summary and future perspective Shares of building energy use in China 2018 Total Building Energy:900 million tce+ 90 million tce biomass 2018 Total Building Area:58.1 billion m2 (urban 34.8 bm2 + rural 23.3 bm2 ) Large-scale commercial building 0.4 billion m2, 3% Normal commercial building Rural building 4.9 billion m2, 18% 24.0 billion m2, 38% Needs clean & efficient Space heating in North China (urban) 6.4 billion m2, 25% Needs clean and efficient Heating of residential building Residential building in the Yangtze River region (heating not included) 4.0 billion m2, 1% 9.6 billion m2, 15% Different housing styles in urban/rural Typical house (Northern rural) Typical housing in urban areas Typical house (Southern rural) 4 Urban district heating network Heating terminal Secondary network Heat Station Power plant/heating boiler Primary Network Second source Pump The role of surplus heat from power plant The number Power plant excess of prefecture- heat (MW) level cities Power plant excess heat in northern China(MW) Daxinganling 0~500 24 500~2000 37 Heihe Hulunbier 2000~5000 55 Yichun Hegang Tacheng Aletai Qiqihaer Jiamusi Shuangyashan Boertala Suihua Karamay Qitaihe Jixi 5000~10000 31 Xingan Daqing Yili Haerbin Changji Baicheng Songyuan Mudanjiang