Evaluation of Water Resources Carrying Capacity of Four Provinces and Regions in Liaohe River Basin

Langduo Wang

Abstract


Based on the perspective of human-water relations coordination, the TOPSIS model, coupled with the coordinated
development model quantitatively analyses the water resources carrying capacity and spatial-temporal evolution of the four
provinces and regions of the Liaohe River Basin and the degree of the subsystems' carrying capacity and coordinated
development from 2005 to 2020. The results show that: a. The fluctuation trend of the region as a whole from 2005 to 2020
indicates that the state of water resources carrying capacity is unstable. b. The fluctuation range of the carrying capacity of
the four subsystems is large, and the fluctuation of the water resources and water ecology subsystems is more significant, and
the carrying capacity of the water resources and water ecology subsystems is lower than that of the water society and water
economy subsystems, and the amount of water resources development and utilisation has exceeded the water resources
subsystems' carrying capacity Water resources development and utilisation has exceeded the carrying capacity of the water
resources subsystem.

Keywords


Water resources carrying capacity; TOPSIS model; Coupled coordination degree

Full Text:

PDF

Included Database


References


[1] Zuo Qiting. Disciplinary system and development layout of human-water relations[J]. Journal of Water Resources

and Water Engineering,2021,32(3):1-5.

[2] JULiang JIN, Pengfei CHEN, Menglu CHEN et al. Bibliometric analysis of water resources carrying capacity

research based on knowledge mapping[A]. Water Resources Conservation, 2019, 35(6):14-24.

[3] LI Ruyi, SHU Longcang, LU Chengpeng et al. Application and Comparison of Water Resources Carrying

Capacity Evaluation Methods in Jining City[J], Water Resources Conservation, 2018, 34(6):65-70.

[4] Zuo Qiting, Zhang Zhizhuo, Wu Binbin. Evaluation of water resources carrying capacity of nine provinces and

districts in the Yellow River Basin based on the combined weights TOPSIS model[J]. Water Resources Protection,

2020,36(2):1-7.

[5] Tang Jiakai. Study on the Evaluation of Water Resources Carrying Capacity and Obstacle Factors in Nine

Provinces and Regions along the Yellow River [D]. Lanzhou: Lanzhou University, 2021.

[6] WU Mingyan, ZENG Xiaochun, LIU Xingde, JIN Wangqiang. Water resources carrying capacity of five

provinces and regions in Northwest China based on entropy weight TOPSIS model[J/OL]. China Rural Water Conservancy

and Hydropower, 20220613.

[7] Chen Hongguang, Li Xiaoning, Li Chenyang. Evaluation of water resources system resilience based on the

entropy weight method of coefficient of variation - A case study of water resources in Heilongjiang Province in 2007-2016[A].

Ecological Economy, 2021,37(1):179-184.

[8] Lei Xunping, Qiu Guanghua. Empirical study on regional resource and environmental carrying capacity

evaluation based on entropy weight TOPSIS model[J]. Journal of Environmental Science, 2016,36(1):314-323.

[9] ZHENG Defeng, XU Wenjin, JIANG Junchao, LU Leiting. Analysis of the evolution trend and coordinated

development of water resources carrying capacity and urbanisation quality in China[A]. Economic Geography, 2021, 41(1).




DOI: https://doi.org/10.18686/pes.v5i4.2145

Refbacks

  • There are currently no refbacks.