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Is China Living on the Water Margin?

Published online by Cambridge University Press:  12 February 2009

Extract

Is there a water crisis in China? Certainly there are many sub-crises, many of them hardly new to that hydrologically complex, densely settled monsoonal landscape. Droughts, floods, befouled flows, and water-short northern cities have long been integral to the Chinese experience. The last half-century has witnessed remarkable efforts to control and reshape waters to ameliorate the traditional ravages of flood and drought. Yet many of these projects, and their water sources, are ageing at the same time that state financial capacity is diminishing. Simultaneously, economic development – especially industrialization, urbanization, chemical agriculture and livestock production – have placed increasing stresses on the quantity and quality of water.

Type
China's Environment
Copyright
Copyright © The China Quarterly 1998

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References

1. Brown, Lester R. and Brian, Halweil, “China's water shortages could shake world food security,” World Watch, Vol. 11, No. 4 (1998), pp. 1018.Google Scholar

2. Over 90% of paddy irrigation: Sichuan, Hunan, Guangdong-Hainan, Jiangxi, Fujian, Guizhou, Guangxi, Zhejiang, Yunnan; over 70%: Ningxia, Shanghai, Hubei, Jiangsu, Anhui. In the north, rice uses less than 20% of irrigated area except in the north-east (Jilin, Liaoning, Heilongjiang), where it is about one-third (1978 data, but unlikely to have changed). Nickum, James E., Dam Lies and Other Statistics: Taking the Measure of Irrigation in China, 1931–91 (Honolulu: East-West Centre, 1995), p. 80.Google Scholar

3. Ministry of Water Resources and Electric Power, Irrigation and Drainage in China (Beijing: Shuili dianli chubanshe, 1987), p. 17.Google Scholar

4. See, for example, the annual State Statistical Bureau, Zhongguo tongji nianjian (China Statistical Yearbook) (Beijing: Zhongguo tongji chubanshe), now published in both Chinese and English, and the agricultural and water resources yearbooks (Editorial Committee, Zhongguo nongye nianjian (eds.), Zhongguo nongye nianjian (Beijing: Zhongguo nonge chubanshe), and Editorial Committee, Zhongguo shuili nianjian (eds.), Zhongguo shuili nianjian (Beijing: Zhongguo shuili shuidian chubanshe)), published in Chinese.Google Scholar

5. Nickum, , Dam Lies and Other Statistics, p. 81.Google Scholar

6. In English, see PRC Ministry of Water Resources, Department of Hydrology, Water Resources Assessment for China (Beijing: China Water and Power Press, 1992)Google Scholar. A companion volume on water use in China, with projections to the year 2000, is available only in Chinese: Zhongguo shui ziyuan liyong (Utilization of China's Water Resources) (Beijing: Shuili dianli chubanshe, 1989). In its foreword, the latter publication indicates that the research was based on over 2,000 accounting units, aggregated into 302 tertiary zones, 82 secondary zones and nine primary basins or regions. A new, possibly more limited, nation-wide survey has been taken in recent years, but has not yet (as of 1998) been made public.Google Scholar

7. State Statistical Bureau figures. Ministry of Water Resources totals for effectively irrigated area varied from 45 to 49 million hectares: see Nickum, Dam Lies and Other Statistics, pp. 85–86.Google Scholar

8. Ibid. p. 36.

9. Water use can be measured either in terms of withdrawals or consumption. Consumption does not include return flow, and accounts for a higher proportion of withdrawals in agriculture, largely because of evaporation from the fields, than in industry or domestic (municipal) use. Only about a quarter of the total annual supply of freshwater can be captured for off-stream uses with current technology.Google Scholar

10. Xu, Xinyi, Wang, Hao and Gan, Hong (eds.), Huabei diqu hongguan jingji shui ziyuan guihua lilun yu fangfa (Theory and Methods for Macroeconomic Water Resource Planning in North China) (Zhengzhou: Huanghe shuili chubanshe, 1997), pp. 170–71.Google Scholar

11. Economic and Social Commission for Asia and the Pacific, China: Water Resources and Their Use (New York: United Nations, 1997), p. 18, citing Nanjing Institute of Hydrology and Water Resources, “Report on the mid- and long-term plans for water demand and supply in China” (1996: in Chinese).Google Scholar

12. Peter, Rogers, America's Water: Federal Roles and Responsibilities (Cambridge, MA: MIT Press, 1993), pp. 126–27.Google Scholar

13. PRC Ministry of Water Resources, Zhongguo shuili nianjian 1995 (Almanac of China Water Resources 1995) (Beijing: Shuili dianli chubanshe, 1996), p. 107.Google Scholar

14. Ibid. pp. 149–150.

15. PRC Ministry of Water Resources, Department of Hydrology, Water Resources Assessment for China (Beijing: China Water and Power Press, 1992), p. 238.Google Scholar

16. Zhonghua renmin gongheguo shuili bu shuiwen si, Zhongguo shui ziyuan zhiliang pingjia tuji (Maps of China's Water Resource Quality Assessment) (Zhengzhou: Huanghe shuili chubanshe, 1997), p. 10;Google Scholar and Qiao, Desheng and Shi, Yubo, “Woguo shui ziyuan pingjia xianzhuang yu zhanwang” (“The current situation of and prospects for water resource evaluation in China”), Zhongguo shuili (China Water Resources), No. 417 (1998), p. 10.Google Scholar

17. Ke, Wenwu and Tang, Haoet al. Zhongguo nongye quanshu: Shandong juan (Encyclopedia of China's Agriculture: Shandong Volume) (Beijing: Zhongguo nongye chubanshe, 1994), p. 28.Google Scholar

18. Shiwu shengchan di wuzhi touru yu huanjing baohu (Material Inputs into Crop Production and Environmental Protection) (Beijing [?]: Nongye chubanshe, 1991)Google Scholar, cited in Chügoku, KenkyṎjo (China Research Institute) (ed.), Chü;goku no kankyo mondai (China's Environmental Problems) (Tokyo: Shin hyoron, 1995), p. 29.Google Scholar

19. Nickum, , Dam Lies and Other Statistics, p. 114.Google Scholar

20. PRC Ministry of Water Resources, Almanac of China Water Resources 1995, p. 420.Google Scholar

21. See, for example, Liu, Changming and Cheng, Tianwen, “Jiejue queshui wenti di duice” (“Countermeasures for solving the water shortage problem”), in Liu, Changming, He, Xiwu and Ren, Hongzun (eds.), Zhongguo shui wenti yanjiu (Studies on China's Water Problems) (Beijing: Qihou chubanshe, 1996), pp. 1925.Google Scholar

22. Rosegrant, Mark W. and Meinzen-Dick, Ruth S., “Water resources in the Asia-Pacific region: managing scarcity,” Asian-Pacific Economic Literature, Vol. 10, No. 2 (1996), pp. 3637.CrossRefGoogle Scholar

23. PRC Ministry of Water Resources, Almanac of China Water Resources 1990, p. 635;Google Scholar and PRC Ministry of Water Resources, Almanac of China Water Resources 1995, p. 941.Google Scholar

24. PRC Ministry of Water Resources, Almanac of China Water Resources 1990, p. 186. Unfortunately, more recent issues of the water annual do not seem to include comparable information.Google Scholar

25. Chiu, Zhongen, “Nanshui beidiao zhongxian gongcheng di jingji fenxi” (“Economic analysis of the middle route project for south-north transfer”), in PRC Ministry of Water Resources, Almanac of China Water Resources 1995, p. 312.Google Scholar

26. Personal observation.Google Scholar

27. Chiu Zhongen, “Economic analysis of the middle route project for south-north transfer,” p. 314. Nonetheless, water use rates did tend to go down in irrigation after the initiation of water charges. I do not know if anyone has calculated the elasticities, however.Google Scholar

28. Described in Nickum, James E., “Beijing's maturing socialist water economy,” in Nickum, James E. and Easter, K. William (eds.), Metropolitan Water Use Conflicts in Asia and the Pacific (Boulder, CO: Westview, 1994), pp. 3760.Google Scholar

29. Asian Development Bank, “Study on improvement of irrigation management and cost recovery” (TA No. 940) Guidelines (Beijing: Ministry of Water Resources, 1989), mimeo.Google Scholar

30. Gleick, Peter H., “Vulnerability of water systems,” in Waggoner, P. E. (ed.), Climate Change and U.S. Water Resources (New York: Wiley, 1990), pp. 223240.Google Scholar

31. Asian Development Bank, National Response Strategy for Global Climate Change: People's Republic of China (1994) TA No. 1690-PRC, pp. 8–1 to 8–15.Google Scholar