黄偉

学歴
              
               

2009/10~2012/09      九州大学         海洋システム工学       　　博士

2008/09~2009/09      四川大学         水利・水力発電工学       　博士課程

2006/09~2008/06      大連理工大学        応用数学           　　　理学修士

2002/09~2006/06      四川師範大学      数学及び応用数学   　　理学学士

職歴

2012/10~現在　中国水利・水力発電科学研究院（China Institute of Water Resources and Hydropower Research）       研究室主任/教授相当シニアエンジニア（professorate senior engineer）
               

一、主要研究方向：

主に水質、水量の問題をめぐって、汚染の源泉と水質の相互関係、水量と生態の相互関係に焦点を当て、具体的に下記とおり研究を進めております。

·Environmental flow　

· 水環境のシミュレーション及び管理

· 水利・水力発電プロジェクトの生態環境への影響

· 川・湖の生態システムの評価及び復元

二、研究成果：

2012年以来、主任担当者として、国家重大工程、国家自然科学基金、国家重点研究開発計画など20項余りの科学研究及びコンサルティングプロジェクトに参加しました。学術専門書（翻訳作品を含む）を5冊刊行し、その内第1著作者として書いたものが2冊あります。さらに「Ecohydrology」、「Ecological Indicator」、「水利学報」等の学術誌に20余りの論文を掲載し、そのうち、SCIが11、EIが2つあります。

主に河川の水量及び水環境管理において研究を展開します。小型のダム開発による減流河川の流量問題をめぐって、典型的な減流河川に対する現場調査と実験分析を行い、流量と典型的な減流河川エコシステム指標との量化関係を構築し、且つ典型的な減流河川エコシステムが耐えられる水文変動閾値を定めました。さらに、ecological operation、environmental water supplement、及び空間の土地利用プランなどによる河川流量確保方案を提出しました。

水環境汚染問題に対し、Mike、River2D等のソフトウエアに基づき、河川、湖、湿地、近海などの水動力、水環境、水生態の数学モデルを開発しました。異なる水環境の生態問題を識別し、様々な水環境管理及び水汚染の防止方法を提出し、水環境管理技術体系を形成しました。

三、受賞

①　Excellent Student Award by Sichuan Normal University, Chengdu, China.

②　Scholarship for study abroad by China Scholarship Council.

③　The Second Prize by China Institute of Water Resources and Hydropower Research

④　The scheme for Three kinds of Talents and Professionals by China Institute of Water Resources and Hydropower Research

⑤　The First Prize of scientific and technological progress of Yunnan Provincial People's Government.

⑥　The First Prize of Education Department of Henan Provincial.

四、科学研究プロジェクト：

1.  The quantitative relationship between flow gradient alteration and river ecosystem response, 2014-2016, Funded by NSFC, PI.　

2.  Study on environmental flows in the flow-reduced rivers, 2015-2017, Funded by Ministry of Human Resources and Social Security of China, PI.

3.  Water environment protection and demonstration of the Hanfeng lake basin in the Three Gorges Reservoir area, 2013-2016, Funded by Supported by Ministry of Science and Technology of China, Co-PI.

4.  Study on the environmental flows management, 2016-2020, Funded by China Institute of Water Resources and Hydropower Research,Co-PI.

5.  Study on the key technology for management of environmental flow for regulated rivers, 2016-2020, Funded by China Institute of Water Resources and Hydropower Research, PI.

6.  Study on the water allocation schemes for environmental flows of rivers and lakes in Beijing based on South-to-North Water Diversion Project, 2016-2016, Funded by South-to-North Water Diversion, Co-PI.

7.  Study on environmental protection and energy dissipated in hydraulics project, 2016-2020, Funded by Supported by Ministry of Science and Technology of China, Co-PI.

8.  Study on the effect of low head dam on channelized river ecosystem by functional indicators, 2015-2015, Funded by China Institute of Water Resources and Hydropower Research, PI.

9.  Investigation of the impact of the Fukushima nuclear power accident on water environment and water ecology, 2015-2015, Funded by China Institute of Water Resources and Hydropower Research, PI.

10.The environmental flow of Dianzhong Water Diversion project, 2014-2016, Funded by Development and Reform Commission of Yunnan Province, PI.

11. The key technologies of pollutant loading control, 2012-2013, Funded by Ministry of Water Recourses of China, Co-PI.

12.  Water environment carrying capacity of the Yellow River in Ningxia, 2014-2015, Funded by Environment Protection Agency of Ningxia Province, Co-PI.

13.  Analysis on the cause of water pollution in the coastal area of Beidaihe and the evaluation of the comprehensive treatment, 2013-2015, Funded by Development and Reform Commission of Qinhuangdao City, PI.

14.  Environmental effect of Chahanwusu River Basin Planning Impact Report, 2012-2013, Funded by Water Resources Agency of Ningxia Province, PI.

15.  Calculation of water pollution capacity of water environmental function zoning in Ordos City, 2013-2015, Funded by Ordos water resources agency, Co-PI.

16.  The environmental flow of Dianzhong water Diversion project in Yunnan Province, 2014-2016, Funded by Changjiang Institute of Survey, Planning, Design and research, PI.

五、特許               
               

1.   Ma W; Huang W; Wang JC; Li C; et al., Adaptive alga removing device, Application number: CN20131505386 20131023, Global Dossier Priority number(s): CN20131505386 20131023.

2.   Ma W; Huang W; Wang JC; Li C et al.，Wind driven current algae removal device，Application number: CN20131482837 20131015,Global Dossier Priority number(s): CN20131482837 20131015.

3.   Luo HH; Huang W; Yang QR; Ma W; et al., Temperature measuring apparatu hawser recovery unit，Application number: CN20152656754U 20150827, Priority number(s): CN20152656754U 20150827.

4.   Luo HH; Yang QR; Huang W; Liu XB; et al.,，Fathometer operation protection platform, Application number: CN20152657371U 20150827, Priority number(s): CN20152657371U 20150827.

5.   Luo HH; Peng QD; Yang QR; Huang W; et al., Depthometer holder, Application number: CN20142481171U 20140825, Priority number(s): CN20142481171U 20140825.

6.   Yang QR; Ma W; Luo HH; Huang W; et al., Roe separation sieve, Application number: CN20152656699U 20150827, Priority number(s): CN20152656699U 20150827.

7.   Yang QR; Luo HH; Ma W; Feng SX; Huang W; et al., Improved generation grab type bottom sampler, Application number: CN20152656721U 20150827, Priority number(s): CN20152656721U 20150827.

六、一部の著作

1.  Rafik Hirji et al., Eenvironmental Flows in Water Resources Policies ,Plans, and Projects, China Water & Power Press, (翻訳作品)
               

2. Huang W, et al., Multicriteria Analysis—Application to Water and Environmental Management，China Water & Power Press, ISBN：978-7-5170-4062-0. （Translated）

3.  Ma W et al., Improvement of Dianchi water environmental by Niulanjiang-Dianchi water diversion project—technology and Application, China Water & Power Press, ISBN：978-7-5170-1948-0.（Chapter 2）

4.  Liao WG et al., The ecological compensation and optimal operation of damming rivers, China Water & Power Press, ISBN：978-7-5170-1216-0.（Chapter 5）

七、刊行物

1.  Huang W, Liu X, Peng W, Ma W, Zhang J. Quantitative response of leaf-litter decomposition rate to water abstraction in a gradient: Implications for environmental flow management. Ecohydrology. 2018;11:e1919.

2.  Huang W, Chen XX, Liu XB, Yano SH. Stable carbon and nitrogen isotopes as indicators of habitat selection by cultured and natural fish preferences: a case study of ayu[J]. Journal of Radioanalytical & Nuclear Chemistry, 2017, 314(5720):1-7.

3.  Huang W, Liu X, Peng W, et al. Periphyton and ecosystem metabolism as indicators of river ecosystem response to environmental flow restoration in a flow-reduced river[J]. Ecological Indicators, 2017.

4.  Huang W, Liu XB, Ma W, Yano S. A briefly review of functional indicators of river ecosystem and its application [J], Journal of Hydraulic Engineering，2016,47（9）：1105-1114. (EI)

5.  Huang W, Yano S, Zhang JM, et al. Spatial and Temporal Variation in Stable Isotopes Signatures of Periphyton and an Endangered fish in a flow-reduced River Reach[J]. International Journal of Environmental Research, 2013, 7(3):533-538. (SCI)

6.  Huang W, Yano S, Zhang JM, et al. Application of analytic hierarchy process in selecting a biological indicator for a river flow restoration [J]. Ecological Indicators, 2013, 25:180-183. (SCI)

7.   Huang W, Zhang JM, Wang Y, et al. A simple method to analyze the similarity of biological sequences based on the fuzzy theory [J]. Journal of Theoretical Biology, 2010, 265(3):323-8. (SCI)

8.   Huang W, Guo Y, Zhang JM. A Novel Method to Analyze the Similarity of Biological Sequences [J]. Journal of Biomolecular Structure & Dynamics, 2009, 26(5):599-608. (SCI)

9.   Dai S, Zhang M, Huang W. Decomposing the decoupling of CO2, emission from economic growth in BRICS countries[J]. Natural Hazards, 2016, 84(2):1055-1073. (SCI)

10.  Xu TB，Ma W，Huang W, Effect prediction of improving water environment by Niulan River －Dianchi Lake Water Supplement Project [J]. Yangtze River, 2013, 44(12):11-13.

11.  Huang W, Li TY, Ma W. An experimental study of functional effect of low-ecological dam in channelized river [J]. Advance in engineering research, 2015.

12.  Ma W，Peng J，Peng WQ，Huang W，Luo HH, Research of fitness curve and graded evaluation standards on river habitat[J], Journal of China Institute of Water Resources and Hydropower Research 2016, 14(1):23-28.

13.  Yano S, Huang W, Lin L, et al. In-situ measurement on effects of small flushing on attached algae in the upper Chikugo river (ohyama river) [J]. Japan Society of Civil Engineers, 2012, 68(4):I_757-I_762.

14.   Yano S, Harakawa M, Huang W, et al. Appropriate flushing from intake dam (Ohyamgawa Dam) for hydroelectric power plants to detach attached algae in the Ohyama River [C]. Japan Society of Civil Engineers, 2014: 1309- 1314.

15.   Huang W, Yano S, Lin L, et al. Using functional indicators to assess the river health under partial flow restoration[C]// International Symposium on Water Resource and Environmental Protection. IEEE, 2011:501-504.

16.   Huang W, Yano S, Zhang JM. Application of LSSVM in Estimating the Metabolism Rate for a River Restoration Study[C]// Engineers Australia, 2011. 34th Congress IAHR，2011.6.24-2011.7.2.

17.   Ma W，Peng WQ，Liu XB，Huang W，Key technology of water resources security in City—a case study of Miyun Reservior，Proceedings of the 2014 annual conference of  Chinese hydro-environmental Society, 292-298.