[1]
Changhong Zhou, Wei Qian, Zhiquan Zhao. Inlet Sewage Outfall Status and Management of Songhua River Basin and Inner Mongolia Region. Northeast Water Conservancy and Hydropower. 2008: 56-58.
Google Scholar
[2]
Naiyou Su. Investigation and Analysis on Inlet Sewage Outfall Status of Haihe Basin in Xinzhou City. Shanxi Water Conservancy. 2006: 50-51.
Google Scholar
[3]
Hongwei Li. Establishment Argument for Inlet Sewage Outfall of Far-east International City Project. Guangxi Water Conservancy and Hydropower. 2007: 17-19.
Google Scholar
[4]
K. Furuya. Environmental carrying capacity in an aquaculture ground of seaweed and shellfish in northern Japan. PEMSEA Workshop Proceedings. 2003 : 52~59.
Google Scholar
[5]
Wei Yang, Ping Liu, Haixia Guo. Water Environmental Bearing Capacity Calculation and Calculation in Liaoning Province. Journal of Shenyang Jianzhu University. 2009: 52-55.
Google Scholar
[6]
Chang'an Chen, Li Zhang, Huifen Zhang. Research and Development of Water Environmental Bearing Capacity. Water Conservancy Technology and Economics. 2008: 389-391.
Google Scholar
[7]
Chuan Li. Research and Development of Water Environmental Bearing Capacity Quantification Methods. Environmental Science and Management. 2008: 66-69.
Google Scholar
[8]
C. H. Chen. A study of water land environmental carrying capacity for a river basin. Water Sci Technol. 2000 : 389~396 The authors would like to acknowledge the Excellent Academic Leaders in Harbin Fund (No.: RC2010XK002013); the support from the Municipal Environmental Engineering, Harbin Institute of Technology College. Corresponding author: Qiang Fu, Northeast Agricultural University, Professor e-mail: fuqiang@neau. edu. cn Tel: 0451-55190209: 13936246215.
Google Scholar