Present Situation and Analysis of Forest Secondary Resources Survey-- A Case Study of Zizhu Township in Chuzhou District of Huai'an City, Jiangsu Province

Qiuqiang He, Huiru Li, Tingting Gu

Article ID: 248
Vol 1, Issue 1, 2018

VIEWS - 545 (Abstract) 55 (PDF)

Abstract


In this paper, all the forests, woodlands and trees in the administrative area of Zhaoling Township in Chuzhou City of Huai'an City were collected and analyzed. The total area of the administrative area is 4852 hectares, the forest coverage rate is 22.07%, and the forest greening rate is 26.13%. This index has exceeded 20% of the forest coverage rate of the well - off society. Tree species is particularly serious. In the forest system (pure forest), the area of pure forest of poplar is accounted for 99.9% of the whole forest area. In the four tree systems, the number of poplar trees accounted for 80% of the total number of trees in the whole tree, and the total amount of poplar trees accounted for 98%. The poplar pure forest age group structure disorders, the unit area is low. The ratio of total area of poplar pure forest in Zhongling and young forests was 92.9%, and the ratio of total area of poplar pure forest and mature forest was 7.1%. The ratio of mature forest and the ratio of mature forest was 0.7%, and the proportion of each group was obviously abnormal.


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References


1. Zhou Guanghui, Zeng Weisheng, Chen Xuefeng. Problems and countermeasures of forest resources and ecological condition monitoring in China. Central South Forestry Investigation and Planning, 2006,25 (4): 1-9

2. Tang Shouzheng, Zhang Huiru. Forest resources survey and monitoring system collection [M]. Beijing: China Science and

3. Technology Press, 2002

4. Xiao Xingwei. Strategic Thinking on the construction of comprehensive monitoring system of forest resources and ecological conditions in China [J]. Forestry Resources Management, 2004,4 (3): 1-5

5. Wang Zhuxiong, Chen Xuefeng, Zhang Min. Strengthen the monitoring of forest resources to promote the rapid development of forestry. China Green Times, 2004-07-14.

6. Chen Xuefeng. On the national forest resources continuous inventory system construction [J]. Forestry Resources Management, 2000,5 (2): 3-8.

7. Feng Zhongke, You Xiaobin, Ren Yiqun. A conception of forest resources and environment monitoring system based on 3S technology [J]. Journal of Beijing Forestry University, 2001,23 (4): 90-92

8. Wang Zhigong. Selected typical areas using remote sensing analysis of forestry ecological construction effectiveness evaluation, Inner Mongolia Forestry Survey Design, 2006,29 (2): 71-74

9. Luo Xianxian, Kang Xingang. Comprehensive review of forest resources research. Journal of Zhejiang Forestry College,

10. ,25 (6): 803-809

11. Zhang Yu Xing, Wang Zhu Xiong. Remote sensing technology in the application of forest resources inventory [M]. Beijing:

12. China Forestry Press, 2007: 1-13

13.

14. -

15. Wang Zhongren, Han Ahui. Characteristics and implications of German Austrian forest resource monitoring and management manager [J]. Forestry Resources Management, 2007,12 (3): 103-108.

16. Zhou Guanghui, Zeng Weisheng, Chen Xuefeng. Problems and countermeasures of forest resources and ecological condition monitoring in China [J]. Journal of Central South Forestry Investigation and Planning, 2006,25 (4): 1-9

17. HUANG S M, YANG Y Q, HEIDT J. A proposed framework for developing an integrated growth and yield monitoring system for Alberta [J]. For Chron, 2004, 80 (1): 114-126

18. RONALDE, McR, ERKKI.OT. Remote sensing for national forest inventories [J] .Remote Sensing Environ, 2007, 110: 412-

19.




DOI: https://doi.org/10.24294/sf.v1i1.248

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