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中国水学校 Waterschool China
中国水学校 Waterschool China China Ministry of Education PROJECT IMPLEMENTATED BY BACKGROUND 4 PROJECT RATIONALE 6 PROJECT IMPACT 8 香格里拉可持续社区学会 HISTORY 10 LOCATIONS 11 RIVER BASIN DESCRIPTIONS 12 KEY PARTNERS INTRO TO ESD 20 MILESTONES 26 CASE STUDIES 30 National Centre for School Curriculum and Textbook Development: CHILDREN’S PARTICIPATION 44 Ministry of Education of China (MOE-NCCT) STRATEGY 46 MANAGEMENT STURCTURE 47 UNESCO Beijing Offi ce Education for a Sustainable China (the National ESD Association) BACKGROUND VISION People living in harmony with nature across China Th e Greater Shangri-la RCE acts as a regional hub, linking ESD stakeholders in the region in order to link with other ESD organisations nationally and internationally. A diverse group of 27 members form GOAL the Greater Shangri-la RCE, of which the Shangri-la Institute for Restore the ecological integrity of the rivers in China through eff ec- Sustainable Communities (SISC) is a key facilitator. Th e RCE has tive public participation in sustainable water resource management. been built around the projects, networks, funding and staff of SISC and has a similar management system. PURPOSE One such project is the Waterschool China programme, a component Foster environmental stewardship in selected watersheds through of the International Water School Programme initiated in Austria participatory learning and action by schools and communities, con- by Swarovski. Th e project has been implemented by SISC and other tributing to improved social and environmental conditions in river Greater Shangri-la Members in China since 2008, and seeks to basins and beyond. educate school students and engage communities throughout the Yangtze basin in ways that enable them to become active participants in sustainable water resource management. -
Focus Group on Status and Trends and Red List Assessment Final Report
Focus Group on Status and Trends and Red List Assessment Final Report 1. Relevant Aichi Biodiversity targets Aichi Target 19 - Biodiversity Knowledge By 2020, knowledge, the science base and technologies relating to biodiversity, its values, functioning, status and trends, and the consequences of its loss, are improved, widely shared and transferred, and applied. Aichi Target 12 - Preventing Extinction By 2020, the extinction of known threatened species has been prevented and their conservation status, particularly of those most in decline, has been improved and sustained. Other relevant Aichi Targets are 1 (Awareness of Biodiversity Values), 2 (Integration of Biodiversity Values) , 5 (Loss of Habitats), 6 (Sustainable Fisheries), 7 (Areas under Sustainable Management), 8 (Pollution), 9 (Invasive Alien Species), 11 (Protected Areas), 14 (Essential Ecosystem Services) and 20 (Resource Mobilisation) 2. Leaders - Dr Michael Lau (WWF-HK) and Prof. Yvonne Sadovy (HKU) 3. Key experts/stakeholders involved in the discussions (a) Within the Steering Committee/Working Groups - Dr Gary Ades (KFBG), Prof Put Ang Jr. (CUHK), Mr Simon Chan (AFCD), Dr Andy Cornish (WWF-International), Prof. David Dudgeon (HKU), Dr Billy Hau (HKU), Dr Roger Kendrick, Mr Kevin Laurie (Hong Kong Coast Watch), Ms Samantha Lee (WWF-HK), Ms Louise Li (AFCD), Dr Ng Cho Nam (HKU), Dr Paul Shin (City U), Mr Samson So (Eco Institute), Prof. Nora Tam (City U), Mr Tam Po Yiu, Dr Jackie Yip (AFCD) (b) Outside the Steering Committee/Working Groups - Mr John Allcock (WWF-HK), Ms Aidia Chan (AFCD), Mr Christophe Barthelemy, Mr Geoff Carey (AEC), Dr John Fellowes (KFBG), Dr Stephan Gale (KFBG), Dr David Gallacher (AECOM), Dr Leszek Karczmarski (HKU), Dr Pankaj Kumar (KFBG), Mr Paul Leader (AEC), Ms Janet Lee (AFCD), Dr Michael Leven (AEC), Ms Angie Ng (CA), Dr Ng Sai-chit (AFCD), Mr Tony Nip (KFBG), Mr Stan Shea, Ms Shadow Sin (OPCF), Ms Ivy So (AFCD), Mr Ray So, Dr Sung Yik Hei (KFBG), Dr Alvin Tang (Muni Arborist Ltd), Dr Allen To (WWF-HK), Mr Yu Yat Tung (HKBWS) 4. -
Overview of the Pearl River Delta
Epson Pearl River Delta Scoping Study Leung Sze-lun, Alan Research Team: Leung Sze-lun, Alan Chung Hoi-yan Tong Xiaoli Published in July 2007 by WWF Hong Kong, Hong Kong SAR Supported by Epson Foundation Epson Pearl River Delta Scoping Study ACKNOWLEDGEMENTS I would like to particularly acknowledge the generous support by Epson Foundation in funding WWF Hong Kong to conduct this study. I am grateful to all officials from Hong Kong and Guangdong who shared their views on freshwater issues during this study, also researchers, academics, environmentalists and nature lovers. I thank Professor David Dudgeon and Professor Richard Corlett from the Department of Ecology & Biodiversity, The University of Hong Kong for their comments on the drafts of the report. I also thank the Freshwater team from WWF China on their comments on the report. Special thanks should be given to Dr. Tong Xiaoli and his students from the South China Agricultural University and Ms. Chung Hoi-yan for their very hard work on literature collection, data inputs, field work, and conducting interviews for this report. Epson Pearl River Delta Scoping Study EXECUTIVE SUMMARY Introduction Freshwater ecosystems are considered amongst the world’s most endangered ecosystems. The freshwater crisis facing the world today is one of the most serious global environmental challenges to both man and biodiversity. Freshwater issues in the Pearl River Delta (PRD) in Guangdong, China are considered to be a significant challenge to the future development of the region. The objectives of this report are to better understand the complex linkages among the various threats to freshwater biodiversity, and their causes, in order to identify opportunities and strategies for reducing these threats through future conservation actions in the region. -
EAL – Operation Fake Gold
OPERATION FAKE GOLD Executive Summary The vaquita, the world’s smallest and most endangered porpoise, is nearly extinct due to China’s demand for the swim bladders, or ‘maws,’ from a giant Mexican fish called the totoaba. By-catch from the Illegal fishing of totoabas with the use of gillnets is killing vaquitas. In fact, the use of gillnets for illegal totoaba fishing is endangering the entire marine ecosystem in the Upper Gulf of California. The International Committee for the Recovery of the Vaquita (CIRVA) estimated that, as of November 2016, no more 1. “CIRVA 10 Final than 30 vaquitas remained. Analysis of 2017 acoustic monitoring data showed that the Report 2018.” decline of the vaquita has continued unabated.1 In response to these dire circumstances, Elephant Action League (EAL) commenced an investigation and intelligence gathering operation, called Operation Fake Gold, to map the entire illicit totoaba maw supply chain in March 2017. The 14-month investigation took EAL’s Wildlife Crime Division agents from the Baja California peninsula to South- ern China’s Guangdong Province. Head of the vaquita In China, fish maw has become a favorite ingredient for cuisine served at special oc- underwater casions, such as birthdays, weddings, and Chinese New Year; is presented as gifts for (credit: Terra Mater similar occasions; is purchased as an investment; and is processed into skincare prod- Factual Studios/Ri- ucts. The retail price of totoaba maw has been recently quoted up to USD 46 per gram chard Ladkani) in China. The price of gold is hovering around USD 40 (5 July 2018) per gram. -
Appendix 13.5 Marine Ecology Field Survey Result Excluding CWD
Expansion of Hong Kong International Airport into a Three-Runway System Environmental Impact Assessment Report Appendix 13.5 Marine Ecology Field Survey Result Excluding CWD 308875/ENL/ENL/03/07/C March 2014 P:\Hong Kong\ENL\PROJECTS\308875 3rd runway\03 Deliverables\07 Final EIA Report\Appendices\Ch 13 Marine Ecology\Appendix 13.5 Marine Ecological Field Survey Result (Excluding CWD).doc 1 Expansion of Hong Kong International Airport into a Three-Runway System Environmental Impact Assessment Report 1. Baseline Conditons of Subtidal Shore and Coral Communities The marine waters in the North Western Water Control Zone support both subtidal hard and soft bottom assemblages. The locations with coral communities of conservation importance recorded are shown in the habitat maps Drawing No. MCL/P132/EIA/13-014 to Drawing No. MCL/P132/EIA/13-020 . 1.1 Subtidal Hard Bottom Assemblages Spot dive surveys and rapid ecological assessments (REAs) at 16 coral survey points for hard bottom coral were undertaken between August 2012and September 2013. Dates for the hard-bottom and soft-bottom coral spot-check dive surveys and REAs are given in Table 1.1. Table 1-1: Dates for coral-check dive surveys and REAs (hard-bottom and soft-bottom) Hard-bottom Soft-bottom Location Date Location Date D1 9 Aug 2012 C1 10 May 2013 D2 9 Aug 2012 C2 14 May 2013 D3 9 Aug 2012 C3 14 May 2013 D4 9 Aug 2012 C4 9 May 2013 D5 9 Aug 2012 C5 9 May 2013 D6 9 Aug 2012 C6 24 May 2013 D7 9 Aug 2012 C7 24 May 2013 D8 9 Aug 2012 C8 10 May 2013 D9 2 Sept 2013 C9 10 May 2013 D10 31 Jul 2013 C10 10 May 2013 D11 31 Jul 2013 C11 24 May 2013 D12 4 Aug 2013 C12 10 May 2013 D13 4 Aug 2013 C13 14 May 2013 D14 31 Jul 2013 C14 14 May 2013 D15 11 Sept 2013 C15 21 May 2013 D16 2 Sept 2013 C16 21 May 2013 - C17 9 May 2013 - C18 9 May 2013 - C19 21 May 2013 - SC2 21 May 2013 - SC10 15 May 2013 - SC12 10 May 2013 Detailed findings of the hard bottom coral dive surveys are provided in Annex A1. -
Room for the Estuary
ROOM FOR THE ESTUARY AN ALTERNATIVE REGIONAL LANDSCAPE DESIGN FOR EAST PEARL RIVER ESTUARY An attempt of system approach under Chinese context XINCHANG TONG MASTER THESIS LANDSCAPE ACHITECTURE ROOM FOR THE ESTUARY AN ALTERNATIVE REGIONAL LANDSCAPE DESIGN FOR EAST PEARL RIVER ESTUARY An attempt of system approach under Chinese context XINCHANG TONG MASTER THESIS LANDSCAPE ACHITECTURE © Wageningen University, 2019 In fulfillment of the requirements for Master of science degree in Landscape Architecture at the Wageningen University, Landscape Architecture Group Xinchang Tong Reg. No. 920128838070 E-mail: [email protected] All rights reserved. No part of this publication may be reproduced, stored in a retrieval Supervisor and examiner: Prof. Ir. Adriaan Geuze system, or transmitted, in any form or any means, electronic, mechanical, photocopying, recording or otherwise, without the prior written permission of either the author or Professor Landscape Architecture Wageningen University Landscape architecture chair group. This publication is written Wageningen University as a final master thesis report Landscape architecture by order of chair group of landscape architecture at Wageningen University. October 2019 _________________________________________________ Landscape Architecture group phone: +31 317 484 056 fax: +31 317 482 166 e-mail: [email protected] Postal address: Examiner: Prof. Dr. Ir. Rudi van Etteger Postbus 47 6700 AA Wageningen Assistant Professor Landscape Architecture The Netherlands Wageningen University Visiting address: Gaia, building No 101 Droevendaalsesteeg 3 _________________________________________________ 6708 PB Wageningen The Netherlands PREFACE ABSTRACT This project was inspired by my concern about the ecological environment The rapid and intensive estuarine-coastal development has caused severe of my homeland. The study at Wageningen University has facilitated in me a ecological environment problems in China. -
Biologia Reprodutiva Da Pescada Amarela (Cynoscion Acoupa) Capturada Na Baía De São Marcos, Maranhão, Brasil
ARTIGO DOI: http://dx.doi.org/10.18561/2179-5746/biotaamazonia.v6n1p46-54 Biologia reprodutiva da pescada amarela (Cynoscion acoupa) capturada na baía de São Marcos, Maranhão, Brasil Zafira da Silva Almeida1*, Nayara Barbosa Santos2, Híngara Leão Sousa3, Raimunda Nonata Fortes Carvalho Neta4, Ticianne de Sousa de Oliveira Mota Andrade5 1. Bióloga (Universidade Federal do Maranhão). Doutora em Zoologia (Universidade Federal do Pará/Museu Paraense Emílio Goeldi). Professora da Universidade Federal do Maranhão, Brasil. 2. Bióloga (Universidade Estadual do Maranhão). Mestre em Ciência Animal (Universidade Federal do Pará). Professora da Universidade Estadual do Maranhão, Brasil. 3. Bióloga (Universidade Estadual do Maranhão). Doutoranda em Zoologia (Universidade Federal do Pará/Museu Paraense Emílio Goeldi, Brasil). 4. Bióloga (Universidade Estadual do Maranhão). Doutora em Biotecnologia (Rede Nordeste de Biotecnologia). Professora da Universidade Estadual do Maranhão, Brasil. 5. Bióloga (Centro Universitário do Maranhão). Mestranda em Recursos Aquáticos e Pesca (Universidade Estadual do Maranhão, Brasil). * Autor para correspondência: [email protected] RESUMO. O presente trabalho objetivou determinar o período reprodutivo, a fecundidade e o tipo de desova de Cynoscion acoupa (Lacèpede, 1801 Sciaenidae) proveniente da pesca artesanal realizada na Baía de São Marcos, Maranhão. Os exemplares foram coletados bimestralmente no período de maio de 2007 a março de 2008. Foram obtidos dados biométricos e para determinação do período reprodutivo verificou-se o estádio de maturação das gônadas. Para definir a fecundidade realizou-se a contagem dos ovócitos. E o tipo de desova foi verificado a partir da análise da frequência relativa das classes de diâmetro dos ovócitos. Os resultados permitiram identificar dois picos de desova para C. -
Conserving Medicinal Species Securing a Healthy Future
IUCN The World Conservation Union Conserving Medicinal Species Securing a Healthy Future Ecosystems and Livelihoods Group. Asia Conserving Medicinal Species Securing a Healthy Future Edited by Sriyanie Miththapala The designation of geographical entities in this book, and the presentation of the material do not imply the expression of any opinion whatsoever on the part of IUCN concerning the legal status of any country, territory, or area, or of its authorities, or concerning the delimitation of its frontiers or boundaries. The views expressed in this book do not necessarily reflect those of IUCN. Published by: Ecosystems and Livelihoods Group, Asia Asian Regional Office The World Conservation Union (IUCN). IUCN The World Conservation Union Copyright: © 2006, International Union for Conservation of Nature and Natural Resources Reproduction of this publication for educational or other non-commercial purposes is authorised without prior written permission from the copyright holder provided the source is fully acknowledged. Reproduction of this publication for resale or other commercial purposes is prohibited without prior written permission of the copyright holder. Example of citation: Kumar, P. (2006). The Economics of Medicinal Plants: Are High Commercial Values Enough to Ensure Biodiversity Conservation?. Pp 9 -15 in Conserving Medicinal Species: securing a healthy future. Miththapala, S. (ed) IUCN: Ecosystems and Livelihoods Group, Asia 184 pp ISBN: 955-8177-41-5 Cover photograph: Medicinal plants for sale at the Bangalore market Photo credit: Anna Lawrence Produced by: Ecosystems and Livelihoods Group, Asia The World Conservation Union (IUCN) Artwork and layout Global Catch (Design Studio) Printed by: Gunaratne Offset Available from: Ecosystems and Livelihoods Group, Asia 53, Horton Place. -
S Megafauna to Extinction?
Received: 22 August 2018 Revised: 27 December 2018 Accepted: 1 January 2019 DOI: 10.1111/conl.12627 LETTER Are we eating the world's megafauna to extinction? William J. Ripple1 Christopher Wolf1 Thomas M. Newsome1,2 Matthew G. Betts1 Gerardo Ceballos3 Franck Courchamp4 Matt W. Hayward5 Blaire Van Valkenburgh6 Arian D. Wallach7 Boris Worm8 1 Department of Forest Ecosystems and Abstract Society, Forest Biodiversity Research Network, Oregon State University, Corvallis, Many of the world's vertebrates have experienced large population and geographic Oregon range declines due to anthropogenic threats that put them at risk of extinction. The 2School of Life and Environmental Science, largest vertebrates, defined as megafauna, are especially vulnerable. We analyzed The University of Sydney, Sydney, New South Wales, Australia how human activities are impacting the conservation status of megafauna within 3Instituto de Ecologia, Universidad Nacional six classes: mammals, ray-finned fish, cartilaginous fish, amphibians, birds, and rep- Autonoma de Mexico, C.U., Ciudad de tiles. We identified a total of 362 extant megafauna species. We found that 70% of Mexico, Mexico megafauna species with sufficient information are decreasing and 59% are threatened 4Ecologie, Systématique, and Evolution, Univ with extinction. Surprisingly, direct harvesting of megafauna for human consumption Paris-Sud, CNRS, AgroParisTech, Université Paris-Saclay, Orsay, France of meat or body parts is the largest individual threat to each of the classes exam- 5School of Environmental and Life Sciences, ined, and a threat for 98% (159/162) of threatened species with threat data available. The University of Newcastle, Callaghan, New Therefore, minimizing the direct killing of the world's largest vertebrates is a priority South Wales, Australia conservation strategy that might save many of these iconic species and the functions 6Department of Ecology and Evolutionary Biology, University of California, Los and services they provide. -
Summary Report Survey on Shark Consumption Habits and Attitudes in Hong Kong 2009/2010
Summary Report Survey on shark consumption habits and attitudes in Hong Kong 2009/2010 BLOOM Association Hong Kong August 2015 HO, Ka Yan Kathleen SHEA, Kwok Ho Stan. Copyright: The contents of this report are solely the property of BLOOM Association Hong Kong and cannot be reproduced without the permission of the authors. To contact the authors, please email [email protected] Acknowledgements Many people have come together to make this survey and resulting report possible. The authors would like to thank ADM Capital Foundation for their generosity in providing funding and technical support to the survey, for their time and valuable advice offered to us at each stage of the survey, and most of all for their longstanding support to BLOOM. Gratitude is owed to The Pew Charitable Trusts, for giving the opportunity for the production of this report. To the irreplaceable Ms. Claire Nouvian, Founder of BLOOM Association, we are hugely grateful, for initiating the idea and proposal for such a survey. In particular, Ms. Isabel Jarret and her incredible capacity to perform miracles -- the project would not have been possible without her. Thank you. From the Social Sciences Research Centre of The University of Hong Kong (HKUSSRC), Professor John Bacon-Shone and his team, Ms. Linda Cho and Mr. Kelvin Ng, were instrumental in the successful completion of the survey, the survey report, and the resulting press conference held on 12th April 2011. To them and all the HKUSSRC staff involved in this project -- administrative or otherwise -- the authors are extremely thankful. In addition, the authors must thank the FleishmanHillard Hong Kong team, Mr. -
Molecular Identification of Croaker Dried Swim Bladders (Maw) on Sale in Hong Kong Using 16S Rrna Nucleotide Sequences And
See discussions, stats, and author profiles for this publication at: https://www.researchgate.net/publication/283426433 Molecular identification of croaker dried swim bladders (maw) on sale in Hong Kong using 16S rRNA nucleotide sequences and... Article in Fisheries Research · February 2016 DOI: 10.1016/j.fishres.2015.10.018 CITATION READS 1 256 3 authors, including: Wai Chuen Ng 19 PUBLICATIONS 323 CITATIONS SEE PROFILE All content following this page was uploaded by Wai Chuen Ng on 09 November 2015. The user has requested enhancement of the downloaded file. Fisheries Research 174 (2016) 260–269 Contents lists available at ScienceDirect Fisheries Research journal homepage: www.elsevier.com/locate/fishres Molecular identification of croaker dried swim bladders (maw) on sale in Hong Kong using 16S rRNA nucleotide sequences and implications for conservation ∗ Cynthia Darta Tuuli, Yvonne Sadovy de Mitcheson, Wai-Chuen NG The Swire Institute of Marine Science, The University of Hong Kong, Cape d’Aguilar Road, Shek O, Hong Kong a r t i c l e i n f o a b s t r a c t Article history: Hong Kong is a major import and transhipment centre for seafood inclusive of a wide range of dried Received 31 July 2014 products. Dried fish swim bladder (commonly referred to as ‘maw’) has long been a significant and valu- Received in revised form 13 October 2015 able component of dried seafood sold in the city. Although the species and provenance of swim bladder Accepted 14 October 2015 are poorly documented the major target taxon involved has historically been the croakers (Sciaenidae). -
Opportunistic Exploitation: An
Opinion Opportunistic exploitation: an overlooked pathway to extinction 1 2 3 Trevor A. Branch , Aaron S. Lobo , and Steven W. Purcell 1 School of Aquatic and Fishery Sciences, Box 355020, University of Washington, Seattle, WA 98195, USA 2 Nature Conservation Foundation, Gokulam Park, Mysore – 570 002, Karnataka, India 3 National Marine Science Centre, Southern Cross University, PO Box 4321, Coffs Harbour, NSW 2450, Australia How can species be exploited economically to extinc- Chinese bahaba, Bahaba taipingensis, which possesses a tion? Past single-species hypotheses examining the eco- swimbladder that is highly coveted by Asian consumers of nomic plausibility of exploiting rare species have argued tonic soups for its supposed medicinal properties [7]. A that the escalating value of rarity allows extinction to be single 60.5 kg Chinese bahaba caught in the Fujian and profitable. We describe an alternative pathway toward Guangdon Provinces was once sold for the same price extinction in multispecies exploitation systems, termed (US$23,895) as a three-bedroom house [7]. However, the ‘opportunistic exploitation’. In this mode, highly valued 100–200 Taiping boats seeking this species must make species that are targeted first by fishing, hunting, and their living off other species, because only a handful of logging become rare, but their populations can decline Chinese bahaba are caught each year [7]. further through opportunistic exploitation while more common but less desirable species are targeted. Effec- tively, expanding exploitation to more species subsi- Glossary dizes the eventual extinction of valuable species at Accidental exploitation: this mode occurs when the exploited species has no low densities.