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Citation:

Assessment of Forest Function in Beijing Jiulong Mountain based on Improved TOPSIS Method

  • Received Date: 2014-01-21
  • Based on the principles of scientificity, systematic, relative independence and operability, 16 assessment indices were selected from the six aspects of site conditions, soil conditions, productivity, community structure, resistance and resilience, and an assessment index system of forest function in Beijing Jiulong Mountain was conducted. In the meantime, the standard of assessment indices was determined. Finally, the function status of 23 plots was evaluated by using the improved TOPSIS method. The results showed that among the 23 plots, those in the better, medium and poor function were 6, 10 and 7, respectively, indicating that the function of most of the plots were low, and were badly in need of taking effective action to raise and improve forest function status in order to achieve forest sustainable development of the study area. From the viewpoint of practical effect, it can be concluded that the improved TOPSIS method is scientific, feasible and it can provide references for forest function assessment in Beijing.
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Assessment of Forest Function in Beijing Jiulong Mountain based on Improved TOPSIS Method

  • 1. Forestry Experiment Center of North China, Chinese Academy of Forestry, Beijing 102300, China

Abstract: Based on the principles of scientificity, systematic, relative independence and operability, 16 assessment indices were selected from the six aspects of site conditions, soil conditions, productivity, community structure, resistance and resilience, and an assessment index system of forest function in Beijing Jiulong Mountain was conducted. In the meantime, the standard of assessment indices was determined. Finally, the function status of 23 plots was evaluated by using the improved TOPSIS method. The results showed that among the 23 plots, those in the better, medium and poor function were 6, 10 and 7, respectively, indicating that the function of most of the plots were low, and were badly in need of taking effective action to raise and improve forest function status in order to achieve forest sustainable development of the study area. From the viewpoint of practical effect, it can be concluded that the improved TOPSIS method is scientific, feasible and it can provide references for forest function assessment in Beijing.

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