DOCSLIB.ORG

Map: Conservation Outcomes Mountains of Southwest China

Total Page：16

File Type：pdf, Size：1020Kb

Download full-text PDF Read full-text
Map: Conservation Outcomes Mountains of Southwest China 100°E 105°E 95°E Conservation Outcomes Mountains of Southwest China scale: 1/1,525,000 25 0 25 50 75 100 projection: Lambert Equal Area Azimuthal central meridian: 98.5° east longitude kilometers standard parallels: 29° north latitude Sanjiangyuan NR (including Longbaotan) Ganligahai-Zecha hotspot boundary protected area H u a NR n g H e † Dali Dali Key Biodiversity Area town B (extent, geographic extent unavailable) (national capitals underlined) Tiebu a NR i l o T n g o n J candidate Key Biodiversity Area * g i a Leiwuqi NR country border t n g (extent, geographic extent unavailable) i a Axia n H e Xiaman Zheduo Shan Alliance for Zero Extinction (AZE) site river NR (extent, geographic extent unavailable) a Changshagongma NR Babso Chagangliang NR Nature Reserve lake Huang He Shouqu Dalu † Key Biodiversity Areas are targets for achieving site-level conservation n NR outcomes. CEPF funding is not available for marine conservation. Baihe NR * candidate Key Biodiversity Areas are research priorities i Wujiao NR Jiuzhaigou Caodi h NR Riganqiao NR Jian Shan NR Mantangze Yuhe NR C H I N A Wang C NR Lang Maozhai data: The political and geographic designations NR NR Beijing University shown on this map do not imply the Gyegu Aloa Birdlife International expression of any opinion on behalf of Center for Applied Biodiversity Science at CEPF or any of its partners concerning the Baishui Jiang NR Conservation International, Arlington, VA USA legal status or deliniation of the frontiers of Yanboyezeshan Huanglong Chinese Academy of Science (the Institute of Zoology and any country, territory or area. the Chengdu Institute of Biology) t NR NR Zhongmiao Conservation International - China Longdishui NR Global Shoreline Database, January 2001, Veridian (GDAIS) The Critical Ecosystem Partnership Fund Luoxu NR Harvard University (CEPF) is a joint initiative of Conservation s Dongyanggou NR Sichuan Forest Academy International, the Global Environment Xuebaoding NR Sichuan Forest Department Facility, the Government of Japan, the Nianlong Sichuan University MacArthur Foundation and the World Bank. NR Tangjiahe NR The Nature Conservancy A fundamental goal of CEPF is to ensure e Baiyang NR Xiaohegou NR VMap0, National Geospatial-Intelligence Agency civil society is engaged in biodiversity Sandagu Xihua Normal University conservation. NR Baiyangxiang Pingwu Nanmoqie this map was produced by the w Xiaozhaizi Dujingla NR Conservation Mapping Program NR M.Denil - Chief Cartographer NR Baicaohe K.Koenig - Cartographer Kasongdu NR Baodinggou NR Center for Applied Biodiversity Science h Xinluhai NR Qingpianhe Piankou NR Keluodong Conservation International NR 2011 Crystal Drive Arlington, VA 22202 t © April 2007 Maerkangminjiangbai Weimenggoukou Qianfoshan NR Z NR a u Longxihongkou NR Q Duopugou NR u Jiudingshan NR (Mianzhu) Kaniang NR Dze-Chyu River Jiudingshan NR (Shifang) o Zhariyongkang NR Zhuzhanggou Amula NR Kasha Hu NR Hongbaichang NR Miyaluo NR S Caopo NR Hejia Shan Leiwuqi NR Ribaxue Shan NR Yuke NR Arengou NR Mosika The CEPF Niche for Investment NR The Critical Ecosystem Partnership Fund matrix of land types required to conserve broad- J i Yirigou NR Wolong NR n Zhailong NR Baishuihe NR s Chaqingsongduo NR Longchi (CEPF) and Conservation International (CI) use scale ecological processes and to meet the h Yingxiu Qamdo a "conservation outcomes" as the scientific needs of area-demanding species (those that f Xionglong Siguniangshan NR J underpinning for focusing conservation are wide-ranging, migratory, or found in low i NR Sa a investment geographically and thematically. densities). A subset of the globally threatened lw ee n n Taizhangou Huangshuihe g Taianhe These outcomes comprise the effective species found in Southwest China were o NR Youyi Santaiding conservation of a set of species, sites, and identified as requiring action at the broader Fengtongzhai NR NR Anzihe NR broader-scale corridors (landscapes or landscape scale, either because they were area seascapes) that is essential for preventing demanding, or because they were vulnerable to Mailajiangcuo Yunhuashan Chengdu NR biodiversity loss. Identifying targets for achieving changes in hydrological processes. Area these conservation outcomes ensures that requirements for the Giant Panda (Ailuropoda Jintangkongyu Xihe Heishuihe NR (Dayi) s Zhaogaishen conservation action focuses on the species at melanoleuca, EN) and the Black Snub-Nosed NR Dachuan Rhinopithecus bieti Shan NR Langcun NR the greatest risk of extinction, and on the sites Monkey ( , EN) were mapped and landscapes that are most important for their to inform decision makers in better managing Taizhangou NR Pengdaxiang protection. The targets also provide a baseline areas currently not under legal protection. Work n Cuobugou NR Heishuihe NR (Lushan) Labahe NR against which the success of investments can be on the identification of targets and actions at the measured. This map depicts the geographic landscape scale will continue to be refined as i Zheduo Shan targets for achieving conservation outcomes in data become available. Southwest China, including within the Mountains 30°N Kangding of Southwest China Biodiversity Hotspot. Since resources for biodiversity conservation are a 30°N Erlang Shan limited, there is a need to further prioritize (Tianquan) In 2004, Conservation International initiated the among these targets. At the species level, t identification of these data-driven conservation prioritization should identify the most highly M L Gexigou NR H o a Haizih Shan NR i u n targets for Southwest China. This analysis was threatened species requiring urgent species- m n c a ta a carried out in collaboration the following specific conservation action. At the site level, la i n Sanhe y n g partners: Beijing University, Birdlife International, KBAs can be prioritized according to their n a s Genieshen Shan Wawushan NR H o J the Sichuan Forest Academy, the Chinese irreplaceability and vulnerability. At the top of the f i o a NR t S n Zhubalong NR Academy of Science (the Institute of Zoology list are sites identified by the Alliance for Zero s o Erlang Shan p g u and the Chengdu Institute of Biology), Sichuan Extinction (AZE) (www.zeroextinction.org), o (Lu Ding) Paochaowan u Yaluzangbudaxiagu NR t t Emei Shan Natural and h Gonggai Shan University, Xihua Normal University, Harvard where species are facing imminent extinction. Gongbu NR w Historical Heritage Site e NR Ganheba University, Sichuan Forest Department, and The AZE sites contain 95 percent or more of the s Gonggai Shan Nature Conservancy. Numerous other global population of one or more Critically a t (Kangding) NR (Shimian) o r C t institutions and experts also provided data and Endangered or Endangered species. A total of u h p i Washan a n M reviewed the results of this analysis. This work seven AZE sites have been identified in m a X Daqiao h Caokexieluo i n a Gemu NR i builds upon and refines the results of the 55 Southwest China (highlighted on the map in r B a J Liziping NR i Important Bird Areas (IBAs) identified in 2004 by red). n Wahuishan Hongba a s n M Cizhu g Birdlife International. In the future, a network of h NR NR Markam Niding NR Suochong NR u local biological research institutions, Donors, governments, and nongovernmental i NR Ma'an Shan conservation NGOs, universities, and organizations must safeguard biodiversity in H Shangluba (Mangkang) Meigu Dafengding NR government agencies will aid in the refinement Southwest China through a range of Zayu NR (Chayucibagou) e Yaluo Xianjiapu Gunba NR Ma'an Shan and monitoring of these conservation targets. conservation activities. A few globally and Cizhu Fuozhudaxiaogu NR Ping Shan Wuzhi Shan I N D I A Gajinxue Wannianxue Ma'anshan threatened species will require species-specific Bamei Conservation targets at the species level are action, such as disease mitigation or controlling Shan NR NR Laojunshan NR 95°E those that are globally threatened with invasive species. Most investment, however, will Yele NR · Mawu NR extinction, meeting the criteria of Critically need to be at the site level, to safeguard the Daqiaoshuiku Mabian Pingshan Endangered, Endangered or Vulnerable habitats in which threatened species are found. Roster of Key Biodiversity Areas NR Puxiong in Dafengding NR † Nayahe Yuexi County according to the IUCN Red List. Based on the Safeguarding a KBA may involve declaring a Denotes Alliance for Zero Extinction (AZE) site Wuyapuya Leimaping 2004 Red List, a total of 393 threatened species new protected area, expanding or strengthening * Denotes candidate KBA Tongluoba NR are found in Southwest China. management in an existing protected area, Matoushan Shenguozhuang NR Jueluohuo * 1 Amula Nature Reserve 52 Gexigou Nature Reserve 104 Mahu Mahu initiating community-based conservation and 2 Anzihe Nature Reserve 53 Gongbu Nature Reserve 105 Mailajiangcuo Nature Reserve * Zuantianpo Targets at the site level are termed Key resource management, promoting ecotourism, or * 3 Arengou Nature Reserve 54 Gonggai Shan Nature Reserve (Kangding) 106 Mamize Nature Reserve Xiaoyong NR Biodiversity Areas (KBAs), or sites of global a number of other initiatives. At the landscape 4 Axia 55 Gonggai Shan Nature Reserve (Shimian) * 107 Mantangze Nature Reserve Mamize NR significance for biodiversity conservation. KBAs level, conservation will include fostering land 5 Babso 56 Gunba Nature Reserve 108 Maozhai Nature Reserve s * Muli (Ma'an Shan) are sites that are actually or potentially uses that maintain key ecosystem
Load more

Recommended publications
  • Developing a New Perspective to Study the Health of Survivors of Sichuan Earthquakes in China
    View metadata, citation and similar papers at core.ac.uk brought to you by CORE provided by Crossref Liang and Wang Health Research Policy and Systems 2013, 11:41 http://www.health-policy-systems.com/content/11/1/41 RESEARCH Open Access Developing a new perspective to study the health of survivors of Sichuan earthquakes in China: a study on the effect of post-earthquake rescue policies on survivors’ health-related quality of life Ying Liang1* and Xiukun Wang2 Abstract Background: Sichuan is a province in China with an extensive history of earthquakes. Recent earthquakes, including the Lushan earthquake in 2013, have resulted in thousands of people losing their homes and their families. However, there is a research gap on the efficiency of government support policies. Therefore, this study develops a new perspective to study the health of earthquake survivors, based on the effect of post-earthquake rescue policies on health-related quality of life (HRQOL) of survivors of the Sichuan earthquake. Methods: This study uses data from a survey conducted in five hard-hit counties (Wenchuan, Qingchuan, Mianzhu, Lushan, and Dujiangyan) in Sichuan in 2013. A total of 2,000 questionnaires were distributed, and 1,672 were returned; the response rate was 83.6%. Results: Results of the rescue policies scale and Medical Outcomes Study Short Form 36 (SF-36) scale passed the reliability test. The confirmatory factor analysis model showed that the physical component summary (PCS) directly affected the mental component summary (MCS). The results of structural equation model regarding the effects of rescue policies on HRQOL showed that the path coefficients of six policies (education, orphans, employment, poverty, legal, and social rescue policies) to the PCS of survivors were all positive and passed the test of significance.
    [Show full text]
  • Respective Influence of Vertical Mountain Differentiation on Debris Flow Occurrence in the Upper Min River, China
    www.nature.com/scientificreports OPEN Respective infuence of vertical mountain diferentiation on debris fow occurrence in the Upper Min River, China Mingtao Ding*, Tao Huang , Hao Zheng & Guohui Yang The generation, formation, and development of debris fow are closely related to the vertical climate, vegetation, soil, lithology and topography of the mountain area. Taking in the upper reaches of Min River (the Upper Min River) as the study area, combined with GIS and RS technology, the Geo-detector (GEO) method was used to quantitatively analyze the respective infuence of 9 factors on debris fow occurrence. We identify from a list of 5 variables that explain 53.92%% of the total variance. Maximum daily rainfall and slope are recognized as the primary driver (39.56%) of the spatiotemporal variability of debris fow activity. Interaction detector indicates that the interaction between the vertical diferentiation factors of the mountainous areas in the study area is nonlinear enhancement. Risk detector shows that the debris fow accumulation area and propagation area in the Upper Min River are mainly distributed in the arid valleys of subtropical and warm temperate zones. The study results of this paper will enrich the scientifc basis of prevention and reduction of debris fow hazards. Debris fows are a common type of geological disaster in mountainous areas1,2, which ofen causes huge casual- ties and property losses3,4. To scientifcally deal with debris fow disasters, a lot of research has been carried out from the aspects of debris fow physics5–9, risk assessment10–12, social vulnerability/resilience13–15, etc. Jointly infuenced by unfavorable conditions and factors for social and economic development, the Upper Min River is a geographically uplifed but economically depressed region in Southwest Sichuan.
    [Show full text]
  • China: Sichuan Earthquake Mdrcn003
    Emergency appeal n° MDRCN003 China: Sichuan GLIDE n° EQ-2008-000062-CHN Operations update n° 9 4 June 2008 Earthquake Period covered by this Update: 29 May- 3 June 2008 Appeal target (current): CHF 96.7 million (USD 92.7 million or EUR 59.5 million) to support the Red Cross Society of China (RCSC) to assist around 100,000 families (up to 500,000 people) for 36 months. <click here to view the attached revised emergency appeal budget> Appeal coverage: There has been a very generous and quick response to this appeal. Many pledges of funding have been received since the revised emergency appeal was launched on 30 May to reflect the increased support of the International Federation to the Red Cross Society of China’s response to the massive humanitarian needs of this disaster. <click here for the donor response list> <click here to link to a map of the affected areas; or here for contact details> Appeal history: • This emergency appeal was revised on 30 May 2008 for CHF 96.7 million (USD 92.7 million or EUR 59.5 million) to support the Red Cross Society of China (RCSC) to assist around 100,000 families (up to 500,000 people) for 36 months. • The emergency appeal was launched on 15 May 2008 for CHF 20,076,412 (USD 19.3 million or EUR 12.4 million) for 12 months to assist 100,000 beneficiaries. • Disaster Relief Emergency Fund (DREF): CHF 250,000 was allocated from the International Federation’s DREF to support the RCSC’s response to the earthquake.
    [Show full text]
  • Sichuan Province
    Directory of Important Bird Areas in China (Mainland): Key Sites for Conservation Editors SIMBA CHAN (Editor-in-chief) MIKE CROSBY , SAMSON SO, WANG DEZHI , FION CHEUNG and HUA FANGYUAN Principal compilers and data contributors Prof. Zhang Zhengwang (Beijing Normal University), Prof. Chang Jiachuan (Northeast Forestry University), the late Prof. Zhao Zhengjie (Forestry Institute of Jilin Province), Prof. Xing Lianlian (University of Nei Menggu), Prof. Ma Ming (Ecological and Geographical Institute, Chinese Academy of Sciences, Xinjiang), Prof. Lu Xin (Wuhan University), Prof. Liu Naifa (Lanzhou University), Prof. Yu Zhiwei (China West Normal University), Prof. Yang Lan (Kunming Institute for Zoology), Prof. Wang Qishan (Anhui University), Prof. Ding Changqing (Beijing Forestry University), Prof. Ding Ping (Zhejiang University), the late Prof. Gao Yuren (South China Institute for Endangered Animals), Prof. Zhou Fang (Guangxi University), Prof. Hu Hongxing (Wuhan University), Prof. Chen Shuihua (Zhejiang Natural History Museum), Tsering (Tibet University), Prof. Ma Zhijun (Fudan University), Prof. Guo Yumin (Capital Normal University), Dai Nianhua (Institute of Sciences, Jiangxi), Prof. Han Lianxian (Southwest Forestry University), Yang Xiaojun (Kunming Institute for Zoology), Prof. Wang Zijiang (Kunming Ornithological Association), Prof. Li Zhumei (Institute of Biology, Guizhou), Ma Chaohong (Management Office of Yellow River Wetland National Nature Reserve, Henan), Shen You (Chengdu Bird Watching Society), Wei Qian (Chengdu Bird Watching Society), Zhang Yu (Wild Bird Society of Jiangsu), Kang Hongli (Wild Bird Society of Shanghai). Information on Important Bird Areas in China was compiled with the support of the World Bank using consultant trust funds from the Government of Japan. Surveys of IBAs in western China were funded by Keidanren Nature Conservation Fund (Japan) and the Sekisui Chemical Co.
    [Show full text]
  • Online Appendix (474.67
    How do Tax Incentives Aect Investment and Productivity? Firm-Level Evidence from China ONLINE APPENDIX Yongzheng Liu School of Finance Renmin University of China E-mail: [email protected] Jie Mao School of International Trade and Economics University of International Business and Economics E-mail: [email protected] 1 Appendix A: Supplementary Figures and Tables Figure A1: The Distribution of Estimates for the False VAT Reform Variable Panel A. ln(Investment) Panel B. ln(TFP, OP method) 15 50 40 10 30 20 5 Probabilitydensity Probability density 10 0 0 -0.10 0.00 0.10 0.384 -0.02 0.00 0.02 0.089 The simulated VAT reform estimate The simulated VAT reform estimate reference normal, mean .0016 sd .03144 reference normal, mean .00021 sd .00833 Notes: The gure plots the density of the estimated coecients of the false VAT reform variable from the 500 simulation tests using the specication in Column (3) of Table 2. The vertical red lines present the treatment eect estimates reported in Column (3) of Table 2. Source: Authors' calculations. 2 Table A1: Evolution of the VAT Reform in China Stage of the Reform Industries Covered (Industry Classication Regions Covered (Starting Codes) Time) Machine and equipment manufacturing (35, 36, 39, 40, 41, 42); Petroleum, chemical, and pharmaceutical manufacturing (25, 26, 27, 28, 29, 30); Ferrous and non-ferrous metallurgy (32, 33); The three North-eastern provinces: Liaoning (including 1 (July 2004) Agricultural product processing (13, 14, 15, 17, 18, 19, 20, 21, Dalian city), Jilin and Heilongjiang. 22); Shipbuilding (375); Automobile manufacturing (371, 372, 376, 379); Selected military and hi-tech products (a list of 249 rms, 62 of which are in our sample).
    [Show full text]
  • On the Lathrobium Fauna of China III. New Species and Additional Records from Various Provinces (Coleoptera: Staphylinidae: Paederinae)
    63 (1): 25 – 52 2013 © Senckenberg Gesellschaft für Naturforschung, 2013 On the Lathrobium fauna of China III. New species and additional records from various provinces (Coleoptera: Staphylinidae: Paederinae) With 121 figures and 1 map Volker Assing 1 1 Gabelsberger Straße 2, 30163 Hannover, Germany. – [email protected] Published on 2013-06-14 Summary Material of the paederine genus Lathrobium Gravenhorst, 1802 from the Chinese provinces Sichuan, Chongqing, Beijing, Zhejiang, Fujian, and Jiangxi is examined. Twenty-two species are identified, two of them described previously and nineteen undescribed. Sixteen species are described and illustrated: Lathrobium celere sp. n. (Sichuan: Gongga Shan); L. ventricosum sp. n. (Sichuan: Gongga Shan); L. bibaculatum sp. n. (Sichuan: Erlang Shan); L. bispinigerum sp. n. (Sichuan: Erlang Shan); L. bihastatum sp. n. (Sichuan: Daxiang Ling); L. aspinosum sp. n. (Sichuan: Erlang Shan); L. appendiculatum sp. n. (southern Sichuan); L. fortepunctatum sp. n. (Chongqing: Jinfo Shan); L. jinfoicum sp. n. (Chongqing: Jinfo Shan); L. imminutum sp. n. (Beijing: Dongling Shan); L. parvitergale sp. n. (Zhejiang: Tianmu Shan); L. barbiventre sp. n. (Fujian: Wuyi Shan); L. depravatum sp. n. (Jiangxi: Wuyi Shan: Huanggang Shan); L. cornigerum sp. n. (Jiangxi: Wuyi Shan: Huanggang Shan); L. wuyicum sp. n. (Jiangxi: Wuyi Shan: Huanggang Shan); L. pium sp. n. (Guizhou: Leigong Shan). Four undescribed species from Sichuan, Zhejiang, Jiangxi, and Guizhou remain unnamed, since they are represented exclusively by females. The phylogenetic affiliations of the examined species are discussed. The localities where the newly described species were collected are mapped. Including the newly described taxa, 111 described Lathrobium species are currently known from mainland China.
    [Show full text]
  • Crustal Stress State and Seismic Hazard Along Southwest Segment of the Longmenshan Thrust Belt After Wenchuan Earthquake
    Journal of Earth Science, Vol. 25, No. 4, p. 676–688, August 2014 ISSN 1674-487X Printed in China DOI: 10.1007/s12583-014-0457-z Crustal Stress State and Seismic Hazard along Southwest Segment of the Longmenshan Thrust Belt after Wenchuan Earthquake Xianghui Qin*, Chengxuan Tan, Qunce Chen, Manlu Wu, Chengjun Feng Institute of Geomechanics, Chinese Academy of Geological Sciences, Beijing 100081, China; Key Laboratory of Neotectonic Movement & Geohazard, Ministry of Land and Resources, Beijing 100081, China ABSTRACT: The crustal stress and seismic hazard estimation along the southwest segment of the Longmenshan thrust belt after the Wenchuan Earthquake was conducted by hydraulic fracturing for in-situ stress measurements in four boreholes at the Ridi, Wasigou, Dahegou, and Baoxing sites in 2003, 2008, and 2010. The data reveals relatively high crustal stresses in the Kangding region (Ridi, Wasigou, and Dahegou sites) before and after the Wenchuan Earthquake, while the stresses were relatively low in the short time after the earthquake. The crustal stress in the southwest of the Longmenshan thrust belt, especially in the Kangding region, may not have been totally released during the earthquake, and has since increased. Furthermore, the Coulomb failure criterion and Byerlee’s law are adopted to analyzed in-situ stress data and its implications for fault activity along the southwest segment. The magnitudes of in-situ stresses are still close to or exceed the expected lower bound for fault activity, revealing that the studied region is likely to be active in the future. From the conclusions drawn from our and other methods, the southwest segment of the Longmenshan thrust belt, especially the Baoxing region, may present a future seismic hazard.
    [Show full text]
  • II. Synopsis of Ochthebius LEACH from Mainland China, with Descriptions of 23 New Species
    © Wiener Coleopterologenverein, Zool.-Bot. Ges. Österreich, Austria; download unter www.biologiezentrum.at JAcil &. Jl (eds.): Water Beetles ofCliina Vol. Ill 313 -369 Wien, April 2003 HYDRAENIDAE: II. Synopsis of Ochthebius LEACH from Mainland China, with descriptions of 23 new species (Coleoptera) M.A. JÄCH Abstract The species of Ochtlwhius LtiACII (Coleoptera: Ilydracnidae) from Mainland China are revised taxonomically; a total of 41 species is recorded; 23 species are described as new to science: O. (Asiobates) Jlagel lifer, O. (Enicocenis) exiguus, O. (£".) nigraspenilus, O. (E.) obesus, O. (E.) rotwulcitus, O. (s.str.) amlreasi, O. (s.str.) andreasoides, O. (s.str.) argentatus, O. (s.str.) asiobatoides, O. (s.str.) asperatus, O. (s.str.) caligatus, O. (s.str.) castellamis, O. (s.str.) enicoceroides, O. (s.str.) fujianensis, O. (s.str.) gonggashanensis, O. (s.str.) guangdongensis, O. (s.str.) hainanensis, O. (s.str.) jilanzhui, O. (s.str.) sichnanensis, O. (s.str.) stastnyi, O. (s.str.) wangmiaoi, O. (s.str.) wuzhishanensis, and O. (s.str.) yaanensis. One new synonymy is proposed: Ochthebius (s.str.) opacipennis CHAMPION, 1920 (= O. exilis Pu, 1958). Ochthebius orientalis JANSSHNS, 1962 is considered as a possible junior synonym of O. flexus PL), 1958. Ochthebius salebrosus Pu is transferred from subgenus Enicocenis STRPHÜNS to Ochthebius s.str. The genus Ochthebius is recorded for the first time from Gansu and Fujian. Ochthebius klapperichi JÄCH is recorded for the first time from China (Yunnan) and Myanmar. Ochthebius unimaculatus Pu is recorded for the first time from Gansu. Ochthebius lobatus Pu is recorded for the first time from Jilin, Liaoning and Yunnan. Ochthebius maiinus (PAYKULI.) is recorded for the first time from Nei Mongol and Shandong.
    [Show full text]
  • Alphabetische Liste Mit Literatur- Und Fundortangaben Nachträge & Korrekturen Zu „Die Caraben Chinas“ 2007 [2008] (Supplement & Corrections)
    Alphabetische Liste mit Literatur- und Fundortangaben Nachträge & Korrekturen zu „Die Caraben Chinas“ 2007 [2008] (Supplement & Corrections) Taxa, die bereits in „Die Carabenfauna Chinas“ enthalten sind, werden hier nur mit den neuen Literatur- und Fundortangaben ergänzt und durch ein Asterix (*) gekennzeichnet Stand: 20.01.2015 Update:20.01.2015 achilleanus* Cavazzuti 2002 Xinjiang: Khalyktau MtR, Aksay riv., left (Apotomopterus; sp.) tributyry of Aghiaz riv. W of Kaptynsu riv. Cavazzuti, P./Rapuzzi, I. (2010), Lambillionea (42°30’40’’N/81°18’30’’E) CX2: 155; figs 11-12 Kabak, I. I. (2013), Caucasian Ent. Bull. 9(1): acorep* Lassalle & Prunier 1993 36-37 (Apotomopterus; sp.) Xinjiang: Aghiaz rov, Deuve, T. (2013), Cychrus, Calosoma, 42°55’27’’N/81°38’40’’E; 42°54’53’’N/ Carabus: 90 81°39’14’’E; Buryl riv. 42°48’06’’N/ Hunan: Parc de forestier de Shunhuang 81°41’20’’E; Kokterek riv. 42°51’32’’N/ Shan 81°39’20’’E adductus* Cavazzuti & Ratti 1998 akeliensis Deuve & Tian 2007 (Apotomopterus; C. cantonensis Hauser (Neoplesius; C. nanschanicus Semenow 1918, ssp.) 1898, ssp.) Li, J./Zhang, X. (2008), Coléopteriste 11(3): Deuve, T./Tian, M./Song, Zh. (2007), 213 Coléoptères 13(11): 134; 133fig. 11; 135 fig. Hunan: Binzhou 13 Sichuan: Jinchuan Xian, col entre Sawajiao adjunctus* Csiki 1927 et Akeli (n. nov. pro Apotomopterus cantonensis conjunctus Born 1922) aksuanus* Gottwald 1987 Li, J./Zhang, X. (2008), Coléopteriste 11(3): (Cratocechenus; sp.) 213 Deuve, T. (2013), Cychrus, Calosoma, Guangdong: Shaoguan Carabus: 179 Zhaosu, Hantengri Shan, 30 km SE Shaty aeneocupreus* Hauser 1932 (Apotomopterus; sp.) alexandrae* Semenow 1887 Deuve, T.
    [Show full text]
  • China: Sichuan Earthquake
    Emergency appeal n° MDRCN003 China: Sichuan GLIDE n° EQ-2008-000062-CHN Operations update n° 22 Earthquake 28 May 2009 One-Year Consolidated Report Period covered by this update: 12 May 2008 – 12 May 2009 Appeal target (current): CHF 167,102,368 (USD 137.7 million or EUR 110 million) <click here to view the attached revised emergency appeal budget> Appeal coverage: With contributions received to date, in cash and kind, and those in the pipeline, the appeal is currently approximately 92 per cent covered. A further CHF 13.7 million is still needed to enable implementation of all planned activities. <click here for interim financial report or here for contact details> Appeal history: • A revised emergency appeal was launched on 20 November 2008 for 167.1 million (USD 137.7 million or EUR 110 million) to assist 200,000 families (up to 1,000,000 people) for 31 months. • An emergency appeal was launched on 30 May 2008 for CHF 96.7 million (USD 92.7 million or EUR 59.5 million) in response to the huge humanitarian needs and in recognition of the unique position of the Red Cross Society of China (RCSC) supported by Red Cross Red Crescent partners to deliver high quality disaster response and recovery programmes. • A preliminary emergency appeal of CHF 20.1 million (USD 19.3 million and EUR 12.4 million) was issued on 15 May 2008 to support the RCSC to assist around 100,000 people affected by the earthquake for 12 months. • CHF 250,000 (USD 240,223 or EUR 155,160) was allocated from the International Federation’s Disaster Relief Emergency Fund (DREF) on 12 May 2008, to support the RCSC to immediately start assessments of the affected areas and distribute relief items.
    [Show full text]
  • Internal Ex-Post Evaluation for Technical Cooperation Project
    Internal Ex-Post Evaluation for Technical Cooperation Project conducted by China Office: November, 2018 Country Name People's Republic of Project on Forest Restoration after the Earthquake in Sichuan Province China I. Project Outline The Sichuan Earthquake, which occurred in Wenchuan County in Sichuan Province in China on May 12, 2008, caused a great deal of damages to forest vegetation. As measures to restore the disaster-affected forests, the Government of China launched a policy to restore multiple functions of forests in stages through combining natural regeneration and artificial restoration. Through JICA’s technical cooperation project “The Background Model Afforestation Project in Sichuan” (2000-2007), technologies such as “Chisan” technologies using simple work methods had been developed in Sichuan Province. However, because of diverse geographical conditions of the areas affected by the Sichuan Earthquake, it was difficult to determine the precise measures for each condition. In addition, technical and management capacity of the related agencies was not sufficient for restoration of forest vegetation which had been destroyed in an unprecedented scale in China. The project aims at improving technical capacity of the related agencies of Sichuan Province, engaged in restoration projects for typical disaster-affected forests in the project areas1 in the earthquake-stricken areas in Sichuan Province in China, through development of restoration plans for the typical disaster-affected forests, establishment of technological system concerning major forest restoration work methods, and enhancement of contents and system of technical training necessary for implementation of restoration works Objectives of the Project for the disaster-affected forests, thereby enabling sustainable and self-reliant implementation of restoration projects for the disaster-affected forests.
    [Show full text]
  • Connecting Sichuan
    Connecting Sichuan A landmark partnership to revitalize communities by transforming healthcare, education, and the workforce Rebuilding Better, Together The people of Sichuan suffered great losses when a Social Impact at a Glance massive earthquake devastated their province in May 2008. In addition to significant loss of life, the earthquake Indicator Description Metric as of June 2011 destroyed many schools and hospitals located in rural, Community Counties within Sichuan 8 out of 10 of the hardest hard to reach areas. Cisco, the Cisco Foundation, and our investment benefiting from the program hit counties employees immediately responded by donating more Economic Program social investment US$50 million than US$2.6 million (about RMB 16.8 million) in grants and investment relief funds. But a longer-term response was needed to Building capacity Commercial, NGO, and 40 partners* restore and revitalize the region. Cisco and the Chinese through partners government partners contributing to the program government saw an opportunity for renewal in the midst of the Sichuan destruction—an opportunity to rebuild better, 21st century ICT Number of network-enabled 193 infrastructure healthcare and education together. institutions That vision for a better future resulted in the creation of 21st century skills Investment in professional +9,900 healthcare and development development and ICT skills education professionals a unique public-private partnership, a three-year Cisco trained corporate social responsibility program called Connecting Sichuan. * Excludes healthcare organizations and educational institutions Connecting Sichuan was designed to systematically transform healthcare, education, and the workforce About Sichuan in the province through the use of information and Long known as China’s Province of Abundance, communications technology (ICT).
    [Show full text]