英文摘要

EffectofconsumptionofwaterresourcesoneconomicgrowthoffiveprovincesinNorthwestChina/HUA Jian1,2, ZHANG Yaoyao1, WANG Dan1, DENG Li1(1. Business School, Hohai University, Nanjing 211100, China; 2. Jiangsu Provincial Collaborative Innovation Center of World Water Valley and Water Ecological Civilization, Nanjing 211100, China)

Abstract: The effect of consumption of water resources on economic growth is considered from the aspects of water consumption and structure. The magnitude of damping of water resources on the economic growth of five provinces in Northwest China is measured by using the improved C-D production function and the Romer damping analysis model from the aspect of the third industry, and the coefficient of structural deviation is used to measure the dynamic changes of consumption structure of water resources and industrial structure. From the consumption of water resources, the output elasticity of capital and technology of the third industry of five provinces in Northwest China is greater than that of labor and water resources, indicating that the economic development in the northwestern areas is strongly dependent on the capital and technology. And there are more areas with growth damping for the second industry, which means the second industry is more dependent on water resources. From the perspective of structure of water consumption, the allocation of water resources basically reaches the optimal efficiency between the second and third industries, but the distribution between the first and second and that between the first and third industries are uneven. The structural changes in water consumption lags behind those in industrial structure, and the consumption structure of water resources and industrial structure are not coordinated. Based on these results, some policy proposals are put forward as follows: increase of water use efficiency in various areas, decrease of water consumption, improvement of water use structure, and promotion of water resources towards the second and third industries.

Keywords: water resource; economic growth; industrial structure; growth damping; deviation factor

RelationbetweenindustrialwateruseandeconomicgrowthbasedonPVARmodelandVARmodel/SHI Zhen1，2, WU Fengping2, ZHANG Chenjun1(1. Business School, Hohai University, Changzhou 213022, China; 2. Business School, Hohai University, Nanjing 211100, China)

Abstract: Quantifying the relation between industrial water use and economic growth is of great significance to industrial water saving. Taking the period from 1998 to 2015 as the research one, the PVAR model and VAR model are employed to study the relation between industrial water use and economic growth of the whole region and various provinces and cities in the east areas of China. The results of PVAR model show that there is a long-term coordinated relation between industrial water use and economic growth. One-stage lagging of the industrial water use has great positive effect on the industrial economic growth. The response of industrial water use to disturbance of industrial economic growth exhibits an inverse U process, that is, it first increases and then decreases. The water resources gradually restrict the industrial economic growth. The fluctuation in the industrial water use is mainly resulted from itself and slowly decreases. The effect of industrial water use on the industrial economic growth is gradually strengthened. The results of VAR model indicate that the VAR model cannot be established in Shanghai City and Fujian Province, and the results of VAR model, pulse response analysis and variance decomposition in the other provinces and cities are greatly different, indicating the necessity of researches of VAR model for various provinces and cities. Therefore, the PVAR model and VAR model should be combined, and different and specific policies of water resources should be formulated according to the local situations so as to form the beneficial cycle between the utilization of water resources and industrial economic growth.

Keywords: industrial water use; industrial economic growth; PVAR model; VAR model

IndexsystemforevaluationofoperationalperformanceofurbanwatersupplyPPPprojects/BI Haixia, JIAN Yinghui, DUAN Jie (Business School, Hohai University, Nanjing 211100, China)

Abstract: Based on the analysis of the basic attributes and main characteristics of the urban water supply PPP projects, an index system for the operational performance of urban water supply PPP projects is established, which consists of 4 first-level indices of project input, project process, project output and project results and a number of second- and third-level indices according to the principle of systematicity, comprehensiveness, operability and representativeness, and the connotation of each evaluation index is explained.

Keywords: urban water supply PPP project; operational performance; index system

Agriculturalwater-savingMechanismandpathsfromperspectiveofallocationofwaterrights/LYV Haitao1,3, ZHANG Fan2,3(1. Hebei University of Engineering, Handan 056038, China; 2. School of Humanities and Law, Hebei University of Engineering, Handan 056038, China; 3. Research Centre for Hebei Eco-civilization of Water and Social Governance, Handan 056038, China)

Abstract: The important goal of accelerating the implementation of the most stringent water resource management system is to form a new social operation mechanism and social governance mode for water saving. The autonomous water-use organization formed by farmers during the agricultural irrigation is an important social power in the change. By analyzing its characteristics developing and standardizing the farmers’ water-use association together with changing the administrative management of the original agricultural water use into social governance contributes to the water-saving society and ensures its good operation from the perspective of allocation of water rights. Some suggestions are also put forward for improving the internal management of the farmers’ water-use organization and overcoming its negative factors.

Keywords: water right allocation, farmers’ water-use association, social governance

CasestudyofagriculturalwaterpricingreformofirrigationdistrictsatsouthbankofYellowRiverinOrdosCity/ZHENG Hexiang1, LI Heping1, LIU Laiquan2, HAO Hairong2(1. Institute of Water Resources for Pastoral Area, China Institute of Water Resources and Hydropower Research, Huhhot 010020, China; 2. Water and Soil and Water Conservation Bureau of Hangjinqi, Hangjinqi 017000, China)

Abstract: Based on the case study of agricultural water pricing reform of irrigation districts at the south bank of Yellow River in Ordos City of Inner Mongolia, the necessity and effect of the agricultural water pricing reform are analyzed. Some reform measures are put forward as follows: determination of agricultural initial water right, formulation of formation mechanism of agricultural water price, establishment of precise subsidy mechanism and incentive mechanism of water saving of agricultural water use, and improvement of measuring facilities in irrigation districts.

Keywords: irrigation district; agricultural water pricing reform; initial water right; incentive mechanism of water saving

Demonstrationevaluationofconstructionpilotofwaterrightsandwatermarkets/WANG Xuexin1, KONG Ke1, HOU Yunhan2, WANG Kun1(1. College of Resources and Environment, University of Jinan, Jinan 250022, China; 2. Water Authority of Gaotang County of Shandong Province, Liaocheng 252000, China)

Abstract: The pilot demonstration of water rights is taken as the research object under the background of carrying out the reform of water rights at all levels in China. According to the general needs of construction work of water rights and water markets and following universal, scientific, integral, purposive and dynamic principles, a four-level deformation evaluation system is established, which takes five pieces of reform work of water rights, “right confirmation work”, “water market construction”, “organization and supervision”, “infrastructure construction” and “reform and innovation”, as the standard layers. And then the weight of each index is assigned by AHP, and the Delphi method is used to score the second-level indices. The evaluation system is used to evaluate the two typical pilot projects of water rights in Shandong Province. The quantitative evaluation of reform of water rights in these two places is obtained after revising the results according to their respective pilot tasks. The proposed evaluation method is not limited to the evaluation of the pilot areas, and it can be used to evaluate the general performance of work of water rights in the future.

Keywords: pilot of water right reform; demonstration evaluation; analytic hierarchy process; Delphi method

Currentresearchsituationanddevelopmenttrendoffloodandwaterloggingdisastersbasedonbibliometrics/CAO Yongqiang, YUAN Liting, WANG Feilong (School of Urban Planning and Environmental Science, Liaoning Normal University, Dalian 116029, China)

Abstract: Based on the data source of SCI-E of American Scientific Intelligence Institution, by using the bibliometric method to analyze the literatures related to flood and waterlogging disasters in the database from 1988 to 2015, such as number of documents, number of scholars, distribution of publications, distribution of papers, issuing countries, scientific research institutions and key words, so as to evaluate the research trend of flood and waterlogging disasters. The results show that the researches on flood and waterlogging disasters have rapid development during the period from1988 to 2015. The total amount of literatures, the number of the authors involved in the studies and the content of studies all increase with time. The main subjects covered by the flood-related papers are “water resources”, and the magazine “NaturalHazards” is the academic journal that publishes the most related papers. The United States of America is the country with the largest number of papers on flood and waterlogging disasters, and China has published the second largest number of papers. From the aspect of academic strength, the research forces related to flood and waterlogging disasters are mainly the colleges and universities, among which the Chinese Academy of Sciences is the research institution with the highest amount of researches in this field. Through the analysis of the keywords, it is known that the scientific research problems associated with flood and waterlogging disasters, “flood management”, “climate change” and “model”, are the future research focus. Wide application of high and new technology in the research field of flood and waterlogging disasters and controlling the losses caused by them to the Chinese national economy are conducive to sustainable, stable and healthy development of the economy.

Keywords: bibliometrics; flood disaster; current research situation; development trend

Ecologicalcompensationmethodbasedonexcessiveemissionofpollutantflux/LIU Junzheng1, YOU Wei2, QI Yunquan2, ZHAO Zhongnan3, HUANG Huojian3, ZHANG Xinhua1(1. State Key Laboratory of Hydraulics and Mountain River Engineering, Sichuan University, Chengdu 610065, China; 2. School of Water Resources and Hydropower, Sichuan University, Chengdu 610065, China; 3. China Renewable Energy Engineering Institute, Beijing 100011, China)

Abstract: The determination of pollutant reduction cost in the ecological compensation method for pollutant flux neglects the differences in various pollutant sources, and the estimation of pollutant flux does not consider the actual hydrology and characteristics of water quality within a year. Hence, the above method is improved based on the two aspects, namely, the cost of pollutant reduction and the total amount of pollutant discharges. The pollutant reduction costs are divided into two parts: point sources (mainly industrial wastewater, urban domestic sewage) and rural non-point sources (mainly rural domestic sewage, agricultural production sewage). The final costs of reduction are weighted according to the proportion of pollutant emissions. At the same time, the water period within the year is divided, and the flux of pollutants is calculated separately. A case study is carried out to validate the proposed method in the buffer zone between Chongqing and Sichuan on Laixi River, a branch of Tuojiang River. The results indicate that the calculated amount of compensation can essentially reflect the regional pollution characteristics and it is more realistic and credible,

Keywords: ecological compensation; pollutant flux; excessive emission; pollution compensation; cost reduction

ComprehensiveevaluationofcarryingcapacityofwaterresourcesinJiangyinCity/HU Xiaoyu1, LU Jun2, JIANG Yong1, Wang Congcong2, CUI Yanping2, YANG Shutan1(1. Water Resources Service Center of Jiangsu Province, Nanjing 210029, China; 2. Jiangsu Province Hydrology and Water Resources Investigation Bureau, Nanjing 210029, China)

Abstract: Based on the requirements of the most stringent water resource management system, an evaluation system for carrying capacity of water resources in Jiangyin City is established from four aspects of water quantity, water utilization efficiency, water quality and water ecology, and the relevant classification standards are proposed. The fuzzy comprehensive assessment method is used to calculate the carrying capacity of water resources in Jiangyin City from 2011 to 2016. The results indicate that the level of the carrying capacity of water resources in Jiangyin City increases year by year, and it has a change from the overloading state to the critical one. Finally, some measures and suggestions for managing the water resources in Jiangyin City are proposed based on three limiting factors, including compliance rate of water quality in water function areas, compliance rate of drinking water sources and groundwater depth.

Keywords: carrying capacity of water resources; index system; evaluation; Jiangyin City

Definitionofconstructionqualityatmosphereoflarge-scalewaterprojectsanditsinfluencingfactors/YANG Gaosheng, SUN Yuying, XIA Ningping (Business School, Hohai University, Nanjing 210098, China)

Abstract: Combined with the Lewin field theory, the similarity between construction quality atmosphere and field theory is analyzed, and the definition of the construction quality atmosphere is studied, which deepens the understanding of the quality of the atmosphere. On this basis, the factors that affect the construction quality atmosphere of water project are divided into three dimensions: individual, environmental and information communication, and eight influencing factors are obtained, that is, quality consciousness, quality attitude, quality ability, material environment, institutional environment, management environment, information collection and communication ways. According to the DEMATEL model, the relationships among those factors are discussed. The results show that the management environment, institutional environment and quality consciousness have greater impact on the quality atmosphere of water projects, and the institutional environment, communication ways and quality consciousness play a proactive role in the other factors.

Keywords: construction quality atmosphere; Lewin field theory; DEMATEL model

TechnologyroadmapofharmoniousdevelopmentforfloodstorageanddetentionbasinsbasedonGISandRS/LUO Qingyuan1, LIU Lina2, ZHANG Chengcai3(1. Hydrology and Water Resources Bureau of Henan Province, Zhengzhou 450003, China; 2. Environmental Monitoring Center of Henan Province, Zhengzhou 450003, China; 3. School of Water Conservancy and Environment Engineering, Zhengzhou University, Zhengzhou 450001, China)

Abstract: The remote sensing (RS) and geographical information system (GIS) technology are employed to build the GIS-based spatial database of flood storage and detention basins so as to store and manage the basic geographic data and further to visualize and analyze the spatial data. The RS technology is used to dynamically monitor the land use and change of ecological environment in the flood storage and detention basins, and the relevant development index system is established. The harmonious development modes of the flood storage and detention basins are explored in order to provide scientific basis for their sustainable development.

Keywords: remote sensing; geographical information system; integrity; flood storage and detention basin; sustainable development; GIS; RS

WaterecologicalfootprintandsustainabledevelopmentofwaterresourcesinWuxiCity/HUAN Chenchen1,2, GAN Shengwei1, XU Hui2, RAO Hanlin2(1. Taihu Basin Hydrology and Water Resources Monitoring Center, Wuxi 214024, China; 2. College of Hydrology and Water Resources, Hohai University, Nanjing 210098, China)

Abstract: In order to analyze and evaluate the sustainable development level of water resources in Wuxi City, a comprehensive evaluation model for the sustainable development of water resources is established based on the model for calculating the ecological footprint and carrying capacity of water. This model includes three indices: ecological profit and loss of water, ten-thousand yuan GDP ecological footprint of water and ecological sustainability index of water. Combined with the ARIMA model, the sustainable development trend of water resources in Wuxi City is predicted. The results show that during the period from 2008 to 2015, the water ecological footprint of Wuxi City increases with fluctuations, and that of ten-thousand yuan GDP decreases year by year. Except for the water ecological deficit in 2013, the water resources are in a weak and unsustainable development state. In other years, the ecological carrying capacity of water is slightly greater than the water ecological footprint, and the ecological sustainability index of maintained in the rage of 0.55 to 0.66, which is in a weak and sustainable development state. If the current mode of water resources utilization is maintained, it can be predicted that the water ecological footprint of Wuxi City will increase year by year from 2016 to 2020, and the ecological sustainability index of water will be in a risk of falling to a weak and unsustainable level.

Keywords: sustainable development of water resources; water ecological footprint; water ecological sustainability index; Wuxi City; forecast

Managementandcontrolrequirementsofwaterecologicalspaceunderideaofecologicalcivilization:CaseofGuangzeCountyofFujianProvince/LU Zhihua1, QIAN Xu1, MA Nongle2, SHAN Yushu1(1. Water Conservancy Development Research Center of Taihu Basin Authority of Ministry of Water Resources of P. R. China, Shanghai 200434, China; 2. Shanghai Southeast Engineering Consulting Co., Ltd., Shanghai 200434, China)

Abstract: Taking Guangze County of Fujian Province as an example, the paths and layout of management and control of water ecological space are analyzed with regard to the existing problems. The ranges of management and control for different water ecological space are divided. Finally, the principles and measures of management and control are put forward.

Keywords: water ecological space; management and control path; management and control layout; Guangze County

Evaluationofmanagementperformanceandidentificationofinfluencingfactorsofwaterparksbasedonsamplesof181nationalwaterparksinChina/HU Yongjun1,2, DONG Qing3,4, WU Zhenyu5， WANG Yonglu6(1.Strategic Consulting Center, China Academy of Engineering, Beijing 100088, China; 2.School of Environment, Tsinghua University, Beijing 100084; China; 3. Hohai University, Nanjing 210098, China; 4. Bureau of Comprehensive Development Ministry of Water Resources, Beijing 100053, China;5.College of Water Conservancy and Hydropower Engineering, Hohai University, Nanjing 210098, China; 6.College of Materials Science and Engineering,Nanjing Tech University, Nanjing 210009, China)

Abstract: Based on four types of indices of management rules, management implementation, management support and management effectiveness, a questionnaire survey is conducted involving 181 Chinese national water parks (abbreviated as CNWPs) to assess their management performance. The results demonstrate that 181 CNWPs have an average score of 58.4, and 54.7% of them have a score below 60 of the total score, illustrating that their general management performance is relatively low. There is a significant difference in the scores of the management performance among CNWPs with different types, established time, regions, economic levels, main functions and institutional independence, while there is no significant difference among CNWPs with different areas and types of business. The average scores of the management implementation are the lowest than those of the other three types of indices. From the whole factors, the scores of the land ownership, control of tourists, layout of catering and lodging, management plan, green performance appraisal, utilization of bio-toilets, community participation, resource censor, protection fund, environmental propaganda, environmental training and operating conditions are lower than the average ones. The following suggestions are proposed: reform of management system, implementation of classified management system, exploration of ecological compensation of inter-basin, marketization and multi-function, implementation of the franchise system, strengthening of supervision over natural protection and improvement of the system of natural protection.

Keywords: water park; management performance; natural protection