Analysis of the groundwater system change and driving factors in Songnen plain in Jilin Province | 惧骞冲哄颁姘村ㄦ堕┍ㄥ绱
2011
Guo Xiaodong, Shenyang Institute of Geology and Mineral Resources, Shenyang (China) | Zhang Jing, Geological Environment Monitoring Station of Jilin Province, Changchun (China) | Tian Hui, Shenyang Institute of Geology and Mineral Resources, Shenyang (China)
[Objective] The aim was to provide theoretical basis for the study of underground water dynamic changes in Songnen Plain in Jilin Province. [Method] The dynamic changes and driving factors for the underground water in Songnen Plain in Jilin Province was expounded. [Result] Since 1960s, the temperature in the Songnen Plain in Jilin Province increased gradually. The average temperature increased 2; precipitation reduced gradually. Especially, the trend of precipitation reduction in west area was more distinct; in the meantime, the development of underground water augmented gradually and reached 28 00 million m3 in 2008. Driven by many factors, regional underground water level had distinct changes. Potential water position reduced greatly in northwest fan-shaped area. The one in other places were stable and even increased in certain parts; confined water position decreased quickly in general and it increased in certain parts. [Conclusion] The general deterioration trend of underground water environment was inevitable. But, the deterioration process can be eased through scientific planning and regional underground water resources so as to realize sustainable utilization of regional underground water resources.
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