DOCSLIB.ORG

(Up to April 14, 2011) Project Name

Total Page：16

File Type：pdf, Size：1020Kb

Download full-text PDF Read full-text
(Up to April 14, 2011) Project Name Current Location: Project Information Newly Approved Projects by DNA of China (Total:50) (Up to April 14, 2011) Estimated Project Ave. GHG No. Project Name Project Owner CER Buyer Type Reduction (tCO2e/y) CGN Guangdong CGN Wind Power Co., Deutsche Bank AG (Filiale Renewable 1 Wencun Wind Power Ltd. London) 52,158 energy Project CGN Guangdong CGN Wind Power Co., Deutsche Bank AG (Filiale Renewable 2 Guanghai Wind Power Ltd. London) 56,822 energy Project CGN Guangdong CGN Wind Power Co., Deutsche Bank AG (Filiale Renewable 3 Duanfen Wind Power Ltd. London) 70,042 energy Project Jiangxi Waste Energy based Captive Power Energy saving Jiangxi Pxsteel Industry Carbon Capital Management. 4 462,549 Plants Project in and efficiency Co., Ltd. Inc Pinggang Bin County Ventilation Shaanxi Shenggui Clear GenPower Carbon Solutions, Air Methane Project Renewable Carbon Environment L.P. 5 295,001 energy Science & Technology Co., Ltd. Shenchi Phase II Shanxi International Unilateral project 49.5MW Wind Power Renewable Energy Group New 6 95,313 Generation Project in energy Energy Investment and Shanxi Province Management Co., Ltd. Huadian Inner Mongolia Inner Mongolia Huadian Carbon Asset Management Renewable 7 Tongliao Kailu Jieji Jieji Wind Power Sweden Pte Ltd 103,455 Wind Farm Project energy Generation Co., Ltd Sujiahekou Hydropower Yunnan Baoshan Carbon Asset Management Station Renewable Binglangjiang Sweden Pte Ltd 8 880,979 energy Hydropower Development Co., Ltd Gansu Yongdeng Longlin Gansu Longlin Carbon Asset Management Renewable 9 Hydro Power Project Hydropower Sweden Pte Ltd 46,440 energy Development Co., Ltd. Huadian Shangde Renewable Huadian Shangde Dongtai Carbon Asset Management 10 9,157 Dongtai 10MWp Solar energy Solar Power Generation Sweden Pte Ltd PV Power Project Co., Ltd Anhui Laian Anhui Longyuan Wind Kommunalkredit Public Renewable 11 Longtougang Wind Power Co., Ltd. Consulting GmbH 81,023 energy Power Project Anhui Laian Dongsigang Renewable Anhui Longyuan Wind Kommunalkredit Public 12 77,399 Wind Power Project energy Power Co., Ltd. Consulting GmbH Anhui Laian Longwosi Renewable Anhui Longyuan Wind Kommunalkredit Public 13 79,231 Wind Power Project energy Power Co., Ltd. Consulting GmbH Anhui Laian Baoshan Renewable Anhui Longyuan Wind Kommunalkredit Public 14 76,626 Wind Power Project energy Power Co., Ltd. Consulting GmbH Xinjiang Dabancheng Longyuan Urumchi Kommunalkredit Public Renewable 15 Phase I Wind Power Dabancheng Wind Power Consulting GmbH 123,562 energy Project Co., Ltd. Guodian Xinjiang Guodian Xinjiang RWE Supply & Trading Renewable 16 Alashankou Phase II Alashankou Wind Power Switzerland S.A. 102,292 energy Wind Power Project Development Co., Ltd. Hainan Danzhou Eman Hainan Longyuan Wind RWE Supply & Trading Renewable 17 Phase II Wind Power Power Co., Ltd. Switzerland S.A. 69,276 energy Project Hubei Lichuan Hubei Energy Group Gazprom Marketing & Renewable 18 Qiyueshan Wind Power Qiyueshan Wind Power Trading Singapore Pte.Ltd 80,786 energy Project Co., Ltd. Fujian Niutoushan Fujian Shouning VITOL S.A Renewable 19 Hydropower Project Niutoushan Hydropower 233,073 energy Co., Ltd. Guodian Shanxi Youyu Guodian Shanxi Clean Gunvor International B.V. Renewable 20 Caojiashan Wind Power Energy Co., Ltd. Amsterdam Geneva Branch 84,783 energy Project Hebei Shangyi Dongshan Renewable CGN (Shangyi) Wind Carbon Resource 21 104,822 Wind Farm Project energy Power Co., Ltd. Management S.A. Xinjiang Jimunai CGN Xinjiang Jimunai CGN Deutsche Bank AG (Filiale Renewable 22 Phase I Wind Farm Wind Power Co., Ltd. London) 112,327 energy Project CGN Dalian Xizhongdao Dalian Changxingdao Carbon Resource Renewable 23 Wind Farm Project CGN Wind Power Co., Management S.A. 113,400 energy Ltd. Inner Mongolia Shangdu Beijing Beineng Deutsche Bank AG (Filiale Renewable 24 Changshengliang Wind Chuangye Wind Power London) 95,512 energy Farm Project Technology Co., Ltd. Shandong Yishui Yishui Tangwangshan EDF Trading Ltd Renewable 25 Tangwangshan Wind Wind Power Co., Ltd. 35,438 energy Farm Project Shandong Wendeng Wendeng Zhangjiachan EDF Trading Ltd Renewable 26 Zhangjiachan Wind Farm Wind Power Co., Ltd. 84,710 energy Project Shandong Taipingshan Renewable Anqiu Taipingshan Wind EDF Trading Ltd 27 84,740 Wind Farm Project energy Power Co., Ltd. 28 Shannipo Hydropower Renewable Guizhou Xiyuan Power Deutsche Bank AG, London 484,260 Project on Beipan River energy Generation Co., Ltd. Branch in Guizhou Province Tuobeiqu First and Xinjiang Hongchang CF Carbon Fund II Limited Second Cascade Bundled Energy Investment Co., Renewable 29 Project in Xinjiang Ltd. 15,888 energy Uygur Autonomous Region , China Duolangqu First and Xinjiang Hongchang CF Carbon Fund II Limited Second Cascade Bundled Energy Investment Co., Project in Wensu County, Renewable Ltd. 30 74,013 Xinjiang Uygur energy Autonomous Region, China Chifeng Ongniud Banner Inner Mongolia Guodian Arreon Carbon Trading Renewable 31 Wufendi Wind Power New Energy Co., Ltd Limited 116,589 Project energy Huadian Hebei Kangbao Hebei Huadian Kangbao Arreon Carbon Trading Chuzhangdi First Phase Renewable Wind Power Co., Ltd. Limited 32 114,024 49.5MW Wind Power energy Project Huadian Gansu Yumen Gansu Huadian Yumen Arreon Carbon Trading Heiyazi Second Phase Renewable Wind Power Co., Ltd. Limited 33 93,191 48MW Wind Power energy Project Guangxi Heli Methane Methane Guangxi Heli Starch & Arcadia Energy (Suisse) S.A. 34 Recovery Project recovery & Liquor Co., Ltd. 102,506 utilization Guizhou Jinqiao Coal Methane Guizhou Pangea Gas Climate Bridge Ltd. 35 Mine CMM Utilization recovery & Technology Co., Ltd. 180,277 Project utilization The Chengdu Jiujiang Chengdu Jiujiang Macquarie Bank Limited Methane Municipal Solid Waste Environmental Energy 36 recovery & 217,787 Incineration Power Plant Co., Ltd. utilization Project Chifeng Ningcheng Longyuan Ningcheng Kommunalkredit Public Renewable 37 Majiazi Wind Power Wind Power Co., Ltd Consulting GmbH 119,096 Project energy Chifeng Ningcheng Longyuan Ningcheng Kommunalkredit Public Renewable 38 Dachengzi Wind Power Wind Power Co., Ltd Consulting GmbH 117,508 Project energy San Yuan Fu Da Shaanxi Shenggui Clear GenPower Carbon Solutions, Methane Coalmine Methane Carbon Environment L.P. 39 recovery & 351,693 Project Science & Technology utilization Co., Ltd. Zhoushan MSW Methane Zhou Shan Wangnen Originate Carbon Limited 40 Incineration Power recovery & Energy Environmental 73,530 Generation Project utilization Protection Ltd. Municipal Solid Waste Methane Jingzhou City Jimei Originate Carbon Limited 41 Incineration Project in recovery & Thermoelectric Co., Ltd 99,725 Jingzhou City utilization Biomass Power Everbright Alternative Macquarie Bank Limited Generation Project by Energy (Dangshan) Renewable 42 Everbright Alternative Limited 141,078 energy Energy (Dangshan) Limited Anneng (Anlu) Biomass Anneng (Anlu) Biomass Unilateral project Renewable 43 Power Generation Project Power Generation 115,707 in Hubei Province, China energy Co.,Ltd. Beijing Harmonious Heqing Solar Cooker Renewable 44 Energy Development Co., Clean Air Capital Ltd 143,762 Project I energy Ltd. Beijing Harmonious Heqing Solar Cooker Renewable 45 Energy Development Clean Air Capital Ltd 143,762 Project II energy CO., Ltd. Zhejiang Jiaxing Zhejiang Zhe'neng Jiahua Nordic Carbon Fund Ky Energy saving 46 Ultra-supercritical Power Power Generation Co., 349,199 Generation Proect and efficiency Ltd. Huadian Ningxia Huadian Ningxia Carbon Asset Management Renewable 47 Ningdong 10MWp Solar Ningdong Solar Power Sweden Pte Ltd 12,121 PV Power Station Project energy Co., Ltd. Huaneng Siping Phase I Renewable Huaneng Jilin Power Carbon Asset Management 48 103,097 Wind Farm Project energy Generation Co., Ltd. Sweden Pte Ltd Huaneng Siping Phase III Renewable Huaneng Jilin Power Carbon Asset Management 49 94,446 Wind Farm Project energy Generation Co., Ltd. Sweden Pte Ltd Sanhe Energy One Environmental Methane Sanhe Energy One UPM Technology CO., Ltd 50 recovery & Environmental Umwelt-Projekt-Management 27,685 Biogas Recovery and utilization Technology Co., Ltd GmbH Utilization Project, Sanhe City, Hebei Province Click for details: All Projects Approved by DNA of China (Total 2991) Source: Department of Climate Change, NDRC Release Date: May 12, 2011 Contact Person: Yang Zongjie Telephone:010-68501574 Address: Room 608, South Building, National Development and Reform Commission Copyright by Climate Change Department, NDRC built and maintained by China Economic Information Network(CEInet) Tel:86-10-68558629 [email protected] .
Load more

Recommended publications
  • Detecting Different Types of Directional Land Cover Changes Using MODIS NDVI Time Series Dataset
    remote sensing Article Detecting Different Types of Directional Land Cover Changes Using MODIS NDVI Time Series Dataset Lili Xu 1,2, Baolin Li 1,3,*, Yecheng Yuan 1, Xizhang Gao 1, Tao Zhang 1,2 and Qingling Sun 1,2 1 State Key Lab of Resources and Environmental Information System, Institute of Geographic Sciences and Natural Resources Research, Chinese Academy of Sciences, Beijing 100101, China; [email protected] (L.X.); [email protected] (Y.Y.); [email protected] (X.G.); [email protected] (T.Z.); [email protected] (Q.S.) 2 University of Chinese Academy of Sciences, Beijing 100049, China 3 Jiangsu Center for Collaborative Innovation in Geographical Information Resource Development and Application, Nanjing 210023, China * Correspondence: [email protected]; Tel.: +86-010-6488-9072 Academic Editors: James Campbell and Prasad S. Thenkabail Received: 26 January 2016; Accepted: 23 May 2016; Published: 14 June 2016 Abstract: This study proposed a multi-target hierarchical detection (MTHD) method to simultaneously and automatically detect multiple directional land cover changes. MTHD used a hierarchical strategy to detect both abrupt and trend land cover changes successively. First, Grubbs’ test eliminated short-lived changes by considering them outliers. Then, the Brown-Forsythe test and the combination of Tomé’s method and the Chow test were applied to determine abrupt changes. Finally, Sen’s slope estimation coordinated with the Mann-Kendall test detection method was used to detect trend changes. Results demonstrated that both abrupt and trend land cover changes could be detected accurately and automatically. The overall accuracy of abrupt land cover changes was 87.0% and the kappa index was 0.74.
    [Show full text]
  • Migrant and Ethnic Integration in the Process of Socio-Economic Change in Inner Mongolia, China: a Village 1 Study
    Migrant and Ethnic Integration in the Process of Socio-economic Change in Inner Mongolia, China: a Village 1 Study Introduction Since the late 19th century, many Han farmers have migrated into Inner Mongolia. The Han population in the Inner Mongolia Autonomous Region increased from 1.2 million in 1912 to 17.3 million in 1990 (CPIRC, 1991) and a large proportion of this growth has been due to in-migration. The rapid population growth, especially the large amount of Han in-migration involved, has changed many aspects of the native Mongolian society: population density, ethnic structure, economic structure, social organization, language use, life customs, and ecological environment. Figure 1 pro- vides a general theoretical framework in understanding the effects of Han in-migration on society in ethnic minority areas (Ma, 1987:141). When natural resources were limited and the number of in-migrants was very large as in the case of rural Inner Mongolia, what might happen to community structure and economic activities of the native society? What might happen to environmental conditions as a result of in-migration of Han farmers and cultivation of grasslands? How might the changes in environment affect native-migrant relationship and the social behavior of residents? In order to understand the situation in rural areas of Inner Mongolia, a sample survey on migration and ethnic integration was conducted in Chifeng in 1985. Chifeng is a prefecture of Inner Mongolia (Figure 2). Some results of this survey provide a basic picture of migrant and ethnic integration based on quantitative analyses (Ma and Pan, 1988, 1989).
    [Show full text]
  • Human Brucellosis Occurrences in Inner Mongolia, China: a Spatio-Temporal Distribution and Ecological Niche Modeling Approach Peng Jia1* and Andrew Joyner2
    Jia and Joyner BMC Infectious Diseases (2015) 15:36 DOI 10.1186/s12879-015-0763-9 RESEARCH ARTICLE Open Access Human brucellosis occurrences in inner mongolia, China: a spatio-temporal distribution and ecological niche modeling approach Peng Jia1* and Andrew Joyner2 Abstract Background: Brucellosis is a common zoonotic disease and remains a major burden in both human and domesticated animal populations worldwide. Few geographic studies of human Brucellosis have been conducted, especially in China. Inner Mongolia of China is considered an appropriate area for the study of human Brucellosis due to its provision of a suitable environment for animals most responsible for human Brucellosis outbreaks. Methods: The aggregated numbers of human Brucellosis cases from 1951 to 2005 at the municipality level, and the yearly numbers and incidence rates of human Brucellosis cases from 2006 to 2010 at the county level were collected. Geographic Information Systems (GIS), remote sensing (RS) and ecological niche modeling (ENM) were integrated to study the distribution of human Brucellosis cases over 1951–2010. Results: Results indicate that areas of central and eastern Inner Mongolia provide a long-term suitable environment where human Brucellosis outbreaks have occurred and can be expected to persist. Other areas of northeast China and central Mongolia also contain similar environments. Conclusions: This study is the first to combine advanced spatial statistical analysis with environmental modeling techniques when examining human Brucellosis outbreaks and will help to inform decision-making in the field of public health. Keywords: Brucellosis, Geographic information systems, Remote sensing technology, Ecological niche modeling, Spatial analysis, Inner Mongolia, China, Mongolia Background through the consumption of unpasteurized dairy products Brucellosis, a common zoonotic disease also referred to [4].
    [Show full text]
  • Research on the Reform of County-Level Fangguanfu in Ethnic Regions in China —A Case Study of the Fangguanfu Reformation at Ongniud Banner
    International Journal of Anthropology and Ethnology International Journal of (2020) 4:9 Anthropology and Ethnology https://doi.org/10.1186/s41257-020-00035-0 R E S E A R C H Open Access Research on the reform of county-level Fangguanfu in ethnic regions in China —a case study of the Fangguanfu Reformation at Ongniud Banner Yong Fang · Jinghong Zhou · Shaochun Zhang · WuRigexiletu · Lei Shao · Xin Liang Received: 8 May 2020 /Accepted: 3 July 2020 / © The Author(s). 2020 Open Access This article is licensed under a Creative Commons Attribution 4.0 International License, which permits use, sharing, adaptation, distribution and reproduction in any medium or format, as long as you give appropriate credit to the original author(s) and the source, provide a link to the Creative Commons licence, and indicate if changes were made. The images or other third party material in this article are included in the article's Creative Commons licence, unless indicated otherwise in a credit line to the material. If material is not included in the article's Creative Commons licence and your intended use is not permitted by statutory regulation or exceeds the permitted use, you will need to obtain permission directly from the copyright holder. To view a copy of this licence, visit http://creativecommons.org/licenses/by/4.0/. Abstract Ongniud Banner, as a mixed agricultural and pastoral county-level administrative region within the Inner Mongolia Autonomous Region, actively promotes an improved level of government services, especially the Fangguanfu Reform promoted by the central government of China. The banner government actively sought to overcome difficulties related to the foundation, technical conditions, and institutional constraints, and thus solidly promoted the Fangguanfu Reform in the county, achieving significant results in “decentralization”, increased awareness of “supervision”, and “service”.
    [Show full text]
  • History, Reorganization and Corporate Structure
    THIS DOCUMENT IS IN DRAFT FORM, INCOMPLETE AND SUBJECT TO CHANGE AND THAT THE INFORMATION MUST BE READ IN CONJUNCTION WITH THE SECTION HEADED “WARNING” ON THE COVER OF THIS DOCUMENT HISTORY, REORGANIZATION AND CORPORATE STRUCTURE OVERVIEW Our Company was incorporated in the Cayman Islands on May 19, 2020 as an exempted company with limited liability. Our Group primarily engages in the provision of (i) consumer ophthalmic services and (ii) basic ophthalmic services through our hospitals and optical centers. For details of our facilities, see “— Our Operation Network — Our Hospitals — Our Facilities” and “— Our Operation Network — Our Optical Centers — Our Facilities” in the section headed “Business” in this document. Our history could be traced back to the period when the grandfather of our Chairman, Mr. Zhang Xinghuan, started to practice as a Chinese medicine physician. He was born in 1893 and studied medical science when he was young. Subsequently, by integrating the practices of Traditional Chinese medicine and western medicine, he founded a Chinese medical clinic named Zhonghetang in 1921. Following his father’s footprint, our founder, Mr. Zhang Chaoju, a pioneer of modern ophthalmology in Inner Mongolia and an entrepreneur in the field of Chinese ophthalmological services, founded the predecessor of our Company, a clinic providing ophthalmic services in Baotou, Inner Mongolia in 1988. Since then, we have deeply rooted in North China and built a broad network of ophthalmic hospitals and optical centers spanning across five provinces or autonomous region in China. Our Individual Shareholders, namely, Mr. Zhang Bozhou, Ms. Zhang Xiaoli, Mr. Zhang Junfeng and Mr. Zhang Fengsheng, being the children, and Ms.
    [Show full text]
  • Development of Milk Production in China in the 1980S
    Development of milk production in China in the 1980s P. J.A. Gorissen and E.B. Vermeer .( ,// Development of milk production in China in the 1980s P. J.A. Gorissen and E.B. Vermeer Pudoc Wageningen 1985 Dr E.B. Vermeer is an associate professor at the Sinological Institute of the University of Leyden. His field of interest is the social and economic devel­ opment of modern China. Drs P.J.A. Gorissen has been connected with the same Institute for some time; after his graduation in Chinese he has done research on the economy of contemporary China. CIP ISBN 90-220-0892-4 © Pudoc, Centre for Agricultural Publishing and Documentation, Wageningen, 1985 No part of this publication, apart from bibliographic data and brief quota­ tions embodied in critical reviews, may be reproduced, re-recorded or pu­ blished in any form including print, photocopy, microfilm, electronic or electromagnetic record without written permission from the publisher Pudoc, P.O. Box 4, 6700 AA Wageningen, the Netherlands. Printed in the Netherlands. Contents INTRODUCTION 7 1. GENERAL POLICIES 1979-1984 9 References 12 2. PASTURE DEVELOPMENT AND AGRICULTURAL CONDITIONS 20 2.1. The northwestern deserts, steppes, prairies and high altitude meadows 21 2.2. The mixed forest-grassland area of western Jilin, West Heilongjiang, northern Hebei and eastern Mongolia 24 2.3- The Northern Manohurian Plain 24 2.4. The mountain areas of Central China: the example of Sichuan Province 26 2.5- The agricultural plains of North and East China: the example of Jiangsu province 26 References 27 3- ASPECTS OF DAIRY FARMING 29 3.1.
    [Show full text]
  • CWSI) for Monitoring Drought from 2001 to 2017 Over Inner Mongolia
    sustainability Article Characterization and Evaluation of MODIS-Derived Crop Water Stress Index (CWSI) for Monitoring Drought from 2001 to 2017 over Inner Mongolia Zi-Ce Ma 1, Peng Sun 1,2,3,* , Qiang Zhang 2,3,*, Yu-Qian Hu 1 and Wei Jiang 1 1 School of Geography and Tourism, Anhui Normal University, Wuhu 241002, China; [email protected] (Z.-C.M.); [email protected] (Y.-Q.H.); [email protected] (W.J.) 2 State Key Laboratory of Surface Process and Resource Ecology, Beijing Normal University, Beijing 100875, China 3 Academy of Disaster Reduction and Emergency Management, Faculty of Geographical Science, Beijing Normal University, Beijing 100875, China * Correspondence: [email protected] (P.S.); [email protected] (Q.Z.) Abstract: Inner Mongolia is one of the main green production bases of agricultural and animal husbandry products. Due to factors such as natural geographical location, drought occurs frequently in Inner Mongolia. Based on the MOD16 product and the method of crop water stress index (CWSI) combined with multi-year precipitation and temperature data, the spatial and temporal distribution characteristics and major influencing factors of drought in Inner Mongolia from 2001 to 2017 were analyzed. In order to provide effective scientific basis for drought control and drought resistance in Inner Mongolia for decision. The results showed that: (1) during 2001–2017, the average annual CWSI in Inner Mongolia had a strong spatial heterogeneity, which showed a trend of gradual increase from northeast to southwest. The annual average CWSI was 0.7787 and showed a fluctuating downward trend for Inner Mongolia. (2) The CWSI of every 8d during one year in Inner Mongolia showed the Citation: Ma, Z.-C.; Sun, P.; Zhang, double-peak trend, reaching its maximum of 0.9043 in the 121st day.
    [Show full text]
  • How Will the Improvements of Electricity Supply Quality in Poor Regions Reduce the Regional Economic Gaps? a Case Study of China
    energies Article How Will the Improvements of Electricity Supply Quality in Poor Regions Reduce the Regional Economic Gaps? A Case Study of China Boyan Zhang and Mingming Wang * School of Economics and Management, China University of Geosciences, Wuhan 430074, China; [email protected] or [email protected] * Correspondence: [email protected] or [email protected] Abstract: Electricity supply quality (ESQ) is critical for healthy economic production, and regional differences in ESQ can widen economic development gaps. To contribute to a more equitable regional development, this study first develops a Gini index of ESQ distribution to measure the inequality among different cities. Then, an econometric model based on the Cobb–Douglas production function is established to quantify the effects of ESQ on regional economy. Finally, we estimate the impacts of ESQ improvement on reducing the economic inequality. The main results show that: (1) Substantial differences exist among the regional ESQ, and the national GDP-based ESQ Gini index was 0.720 in 2018. (2) A GDP-based Lorenz curve has a higher Gini coefficient than the population-based one does, while inequalities in cites are greater than those in rural areas. (3) The ESQ has significant impacts on the regional economic output, and a 1% reduction in the ESQ will, on average, reduce the city-level output by 0.142%. (4) ESQ improvement can significantly narrow the economic gap by up to 24.9%, that is, the ESQ Gini index of GDP distribution will decrease from 0.329 to 0.247 according to our scenario designs. Citation: Zhang, B.; Wang, M.
    [Show full text]
  • A Case Study in Ongniud Banner, Horqin Sandy Land
    Analysis of Desertification Situation Using Remote Sensing and GIS –A Case Study in Ongniud Banner, Horqin Sandy Land February, 2017 Chiba University Graduate School of Science Division of Geosystem and Biological Sciences Department of Earth Sciences Bai Xiulian (千葉大学審査学位論文) Analysis of Desertification Situation Using Remote Sensing and GIS –A Case Study in Ongniud Banner, Horqin Sandy Land 2017 年 2 月 千葉大学大学院理学研究科 地球生命圏科学専攻 地球科学コース 白 秀蓮 Table of Contents Abstract .................................................................................................................................... iii Acknowledgements .................................................................................................................. iv List of Tables ............................................................................................................................ vi List of Figures ......................................................................................................................... vii Chapter 1. Introduction ............................................................................................................ １ 1.1 Research Background .......................................................................................................................... １ 1.2 Review of previous works ................................................................................................................. ６ 1.3 Definition of Desertification ........................................................................................................
    [Show full text]
  • The 2018 Annual Report
    CONGRESSIONAL-EXECUTIVE COMMISSION ON CHINA ANNUAL REPORT 2018 ONE HUNDRED FIFTEENTH CONGRESS SECOND SESSION OCTOBER 10, 2018 Printed for the use of the Congressional-Executive Commission on China ( Available via the World Wide Web: https://www.cecc.gov VerDate Nov 24 2008 19:55 Oct 09, 2018 Jkt 081003 PO 00000 Frm 00001 Fmt 6011 Sfmt 5011 K:\DOCS\31388.TXT DAVID 2018 ANNUAL REPORT VerDate Nov 24 2008 19:55 Oct 09, 2018 Jkt 081003 PO 00000 Frm 00002 Fmt 6019 Sfmt 6019 K:\DOCS\31388.TXT DAVID CONGRESSIONAL-EXECUTIVE COMMISSION ON CHINA ANNUAL REPORT 2018 ONE HUNDRED FIFTEENTH CONGRESS SECOND SESSION OCTOBER 10, 2018 Printed for the use of the Congressional-Executive Commission on China ( Available via the World Wide Web: https://www.cecc.gov U.S. GOVERNMENT PUBLISHING OFFICE 31–388 PDF WASHINGTON : 2018 VerDate Nov 24 2008 19:55 Oct 09, 2018 Jkt 081003 PO 00000 Frm 00003 Fmt 5011 Sfmt 5011 K:\DOCS\31388.TXT DAVID CONGRESSIONAL-EXECUTIVE COMMISSION ON CHINA LEGISLATIVE BRANCH COMMISSIONERS Senate House MARCO RUBIO, Florida, Chairman CHRISTOPHER H. SMITH, New Jersey, JAMES LANKFORD, Oklahoma Cochairman TOM COTTON, Arkansas ROBERT PITTENGER, North Carolina STEVE DAINES, Montana RANDY HULTGREN, Illinois TODD YOUNG, Indiana MARCY KAPTUR, Ohio DIANNE FEINSTEIN, California TIMOTHY J. WALZ, Minnesota JEFF MERKLEY, Oregon TED LIEU, California GARY PETERS, Michigan ANGUS KING, Maine EXECUTIVE BRANCH COMMISSIONERS Department of State, To Be Appointed Department of Labor, To Be Appointed Department of Commerce, To Be Appointed At-Large, To Be Appointed At-Large, To Be Appointed ELYSE B. ANDERSON, Staff Director PAUL B.
    [Show full text]
  • Annual Development Report on China's Trademark Strategy 2013
    Annual Development Report on China's Trademark Strategy 2013 TRADEMARK OFFICE/TRADEMARK REVIEW AND ADJUDICATION BOARD OF STATE ADMINISTRATION FOR INDUSTRY AND COMMERCE PEOPLE’S REPUBLIC OF CHINA China Industry & Commerce Press Preface Preface 2013 was a crucial year for comprehensively implementing the conclusions of the 18th CPC National Congress and the second & third plenary session of the 18th CPC Central Committee. Facing the new situation and task of thoroughly reforming and duty transformation, as well as the opportunities and challenges brought by the revised Trademark Law, Trademark staff in AICs at all levels followed the arrangement of SAIC and got new achievements by carrying out trademark strategy and taking innovation on trademark practice, theory and mechanism. ——Trademark examination and review achieved great progress. In 2013, trademark applications increased to 1.8815 million, with a year-on-year growth of 14.15%, reaching a new record in the history and keeping the highest a mount of the world for consecutive 12 years. Under the pressure of trademark examination, Trademark Office and TRAB of SAIC faced the difficuties positively, and made great efforts on soloving problems. Trademark Office and TRAB of SAIC optimized the examination procedure, properly allocated examiners, implemented the mechanism of performance incentive, and carried out the “double-points” management. As a result, the Office examined 1.4246 million trademark applications, 16.09% more than last year. The examination period was maintained within 10 months, and opposition period was shortened to 12 months, which laid a firm foundation for performing the statutory time limit. —— Implementing trademark strategy with a shift to effective use and protection of trademark by law.
    [Show full text]
  • Ethnic Minority Rights
    1 ETHNIC MINORITY RIGHTS Introduction During the Commission’s 2018 reporting year, Chinese Com- munist Party and government authorities promoted policies and regulations restricting rights guaranteed to ethnic minority groups under Chinese and international law.1 The UN Special Rapporteur on Minority Issues requested to visit China multiple times begin- ning in 2009, but as of August 20, 2018, the Chinese government had not allowed the visit.2 The Chinese government has acceded to the International Convention on the Elimination of All Forms of Racial Discrimination (ICERD), which prohibits racial discrimina- tion and guarantees the right of everyone to equal treatment before the law, including ‘‘freedom of thought, conscience and religion.’’ 3 International human rights organizations submitted statements 4 for consideration at an August 2018 review of China’s compliance with ICERD by the UN Committee on the Elimination of Racial Discrimination that raised concerns over issues such as arbitrary detentions in the Xinjiang Uyghur Autonomous Region (XUAR); 5 religious repression in the Tibet Autonomous Region; 6 and the re- settlement of Mongol nomads in the Inner Mongolia Autonomous Region (IMAR).7 State Minority Policy At the March 2018 meetings of the National People’s Congress and the Chinese People’s Political Consultative Conference in Bei- jing (Two Sessions), Party and government authorities changed the mechanisms they use to implement policies toward ethnic minori- ties, as the Party’s United Front Work Department (UFWD) as- sumed
    [Show full text]