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Today opponents of large-scale dam projects in China, rather than being greeted with indifference or repression, are part of the hydropower policymaking process itself. What accounts for this dramatic change in this critical policy area surrounding China's insatiable quest for energy? InChina's Water Warriors, Andrew C. Mertha argues that as China has become increasingly market driven, decentralized, and politically heterogeneous, the control and management of water has transformed from an unquestioned economic imperative to a lightning rod of bureaucratic infighting, societal opposition, and open protest. Although bargaining has always been present in Chinese politics, more recently the media, nongovernmental organizations, and other activists-actors hitherto denied a seat at the table-have emerged as serious players in the policy-making process. Drawing from extensive field research in some of the most remote parts of Southwest China,China's Water Warriorscontains rich narratives of the widespread opposition to dams in Pubugou and Dujiangyan in Sichuan province and the Nu River Project in Yunnan province. Mertha concludes that the impact and occasional success of such grassroots movements and policy activism signal a marked change in China's domestic politics. He questions democratization as the only, or even the most illuminating, indicator of political liberalization in China, instead offering an informed and hopeful picture of a growing pluralization of the Chinese policy process as exemplified by hydropower politics. For the 2010 paperback edition, Mertha tests his conclusions against events in China since 2008, including the Olympics, the devastating 2008 Wenchuan earthquake, and the Uighar and Tibetan protests of 2008 and 2009.

The author argues that as China has become increasingly market driven, decentralized, and politically heterogenous, the control and management of water has transformed from an unquestioned economic imperative to a case of bureaucratic infighting, societal opposition, and open protest. He examines the opposition to dams.

\"In China's Water Warriors, Andrew C. Mertha argues that as China has become increasingly market-driven, decentralized, and politically heterogeneous, the control and management of water has transformed from an unquestioned economic imperative to a lightning rod of bureaucratic infighting, societal opposition, and open protest.\" \"Drawing from extensive field research in some of the most remote parts of Southwest China, China's Water Warriors contains rich narratives of the widespread opposition to dams in Pubugou and Dujiangyan in Sichuan province and the Nu River Project in Yunnan province. Mertha concludes that the impact and occasional success of such grassroots movements and policy activism signal a marked change in China's domestic politics. He questions democratization as the only, or even the most illuminating, indicator of political liberalization in China, instead offering an informed and hopeful picture of a growing pluralization of the Chinese policy process as exemplified by hydropower politics.\"--BOOK JACKET.

Intro -- Contents -- List of Tables and Figures -- List of Selected Institutions and Abbreviations -- Preface to the Paperback Edition -- Preface -- 1. China's Hydraulic Society? -- 2. Actors, Interests, and Issues at Stake -- 3. From Policy Conflict to Political Showdown: The Failure at Pubugou -- 4. From Economic Development to Cultural Heritage: Expanding the Sphere at Dujiangyan -- 5. The Nu River Project and the Middle Ground of Political Pluralization -- 6. A Kinder, Gentler \"Fragmented Authoritarianism\"? -- Index.

An in-depth study of evolving state-society-environment relationships of the Jianghan Plain in late imperial China, as well as the transformation of landscape and waterscape in central China through lenses that have been overlooked in previous scholarship.

This study undertook an assessment of 24 physiochemical parameters at over 1094 sites to compute the water quality index (WQI) across the upper and central Punjab regions of Pakistan. Prior to the WQI calculation, an analytical hierarchy process (AHP) was employed to assign specific weights to each water quality parameter. The categorization of WQI into distinct classes was achieved by constructing a pairwise matrix based on their relative importance utilizing Saaty’s scale. Additionally, the groundwater quality status for irrigation and drinking purposes across various zones in the study area was delineated through the integration of WQI and geostatistical methodologies. The findings revealed discernible heavy metal issues in the Lahore division, with emerging microbiological contamination across the entire study region, potentially attributed to untreated industrial effluent discharge and inadequately managed sewerage systems. The computed indices for the Lahore, Sargodha, and Rawalpindi divisions fell within the marginal to unfit categories, indicating water quality concerns. In contrast, the indices for other divisions were in the medium class, suggesting suitability for drinking purposes. Scenario analysis for developing mitigation strategies indicated that primary treatment before wastewater disposal could rehabilitate 9% of the study area, followed by secondary (35%) and tertiary (41%) treatments. Microbiological contamination (27%) emerged as the predominant challenge for water supply agencies. Given the current trajectory of water quality deterioration, access to potable water is poised to become a significant public concern. Consequently, government agencies are urged to implement appropriate measures to enhance overall groundwater quality for sustainable development.

Major problems in China’s pursuit of sustainable agricultural development include inadequate, low-quality soil and water resources, imbalanced regional allocation and unreasonable utilization of resources. In some regions, overexploitation of soil resources and excessive use of chemicals triggered a web of unforeseen consequences, including insufficient use of agricultural resources, agricultural non-point source pollution and land degradation. In the past decade, China has changed its path of agricultural development from an output-oriented one to a modern, sustainable one with agricultural ecological civilization as its goal. First, the government has formulated and improved its laws and regulations on soil resources and the environment. Second, the government has conducted serious actions to ensure food safety and coordinated management of agricultural resources. Third, the government has planned to establish national agricultural high-tech industry demonstration zones based on regional features to strengthen the connection among the government, agri-businesses, scientific community and the farming community. As the next step, the government should improve the system for ecological and environmental regulation and set up a feasible eco-incentive mechanism. At the same time, the scientific community should strengthen the innovation of bottleneck technologies and the development of whole solutions for sustainable management in ecologically fragile regions. This will enhance the alignment between policy mechanisms and technology modes and effectively promote the sustainable development of agriculture in China.

Rapid urbanization in China has caused severe water and environmental problems in recent years. To resolve the issues, the Chinese government launched a sponge city construction program in 2015. While the sponge city construction initiative is drawing attention and is spreading fast nationwide, some challenges and risks remain. This study surveyed progress of all 30 pilot sponge cities and identified a broad array of challenges from technical, physical, regulatory, and financial, to community and institutional. The most dominant challenges involve uncertainties and risks. To resolve the issues, this study also identified various opportunities to improve China’s sponge city construction program. Based on the results, recommendations are proposed including urging local governments to adopt sponge city regulations and permits to alleviate water quality and urban pluvial flooding issues, fully measuring and accounting for economic and environmental benefits, embracing regional flexibility and results-oriented approaches, and focusing on a wider range of funding resources to finance the sponge city program. Coordination among other government agencies is critical, and this is true at all level of governments. Only through greater coordination, education, and broader funding could the sponge city program be advanced meaningfully and sustainably.

Water resources are important and irreplaceable natural and economic resources. Achieving a balance between economic prosperity and protection of water resource environments is a major issue in China. This article develops a data envelopment analysis (DEA) approach with undesirable outputs by using Seiford’s linear converting method to estimate water use efficiencies for 30 provinces in China, from 2008–2016,and then analyzes the influencing factors while using a DEA-Tobit model. The findings show that the overall water use efficiency of the measured Chinese provinces, when considering sewage emissions as the undesirable output, is 0.582. Thus, most regions still need improvement. Provinces with the highest water efficiency are located in economically developed Eastern China. The spatial pattern of water use efficiency in China is consistent with the general pattern of regional economic development. This study implies that factors like export dependence, technical progress, and educational value have a positive influence on water use efficiency. Further, while industrial structure has had a negative impact, government intervention has had little impact on water use efficiency. These research results will provide a scientific basis for the government to make plans for water resource development, and it may be helpful in improving regional sustainable development.

The corporate water use audit system is an important part of implementing China’s strictest water resource management system and building a water-saving society. Since 2009, seven provinces (municipalities/autonomous regions) in China have begun to explore corporate water audits. However, conflicts of interest between the Chinese government, water-using enterprises, and commissioned third-party auditors may lead to the ineffective promotion of the corporate water audit policy. In this paper, we study corporate water auditing behavior from the perspective of information asymmetry, construct an evolutionary game model of the three parties, explore the strategy choices of each party, study the asymptotic stability of the evolutionary stability problem via numerical methods, and analyze the impact of parameter changes on it. The study shows that, firstly, strict governmental supervision plays a key role in promoting the implementation of corporate water audit systems. Incentive subsidies had a positive and direct impact on firms and auditors in the water audit system. Secondly, the higher rent-seeking costs of tripartite audit institutions affect the probability of firms’ participation in rent-seeking. As a social institution, regulation and penalties for firms should be strengthened to reduce the risk of information asymmetry. The results of this study provide insights into the existence of asymmetry problems and possible coping strategies.