A Study on the Community Structure of Vegetation Landscape in Naejangsan National Park(II)

내장산국립공원 식생경관의 군집모형에 관한 연구(II)

  • Published : 1994.04.01

Abstract

This study was to analyze the relationship between the community or species and environmental variables of the vegetation landscape in Naejangsan National Park. The analysis was performed by the ordination of DCA and CCA. The study was to compare and analyze the species composition status by the layer and the growth characterisics of the following vegetations ; Torreya nucifera community, Quercus variabilis - Acer palmatum community, Q. variabilis community, Q. variabilis - Sasa purpurascens community and Daphniphyllam macropodum community. The results are as follows; 1. The result of the study on the relationshkp between the stand scores of DCA ordination and environmental variables showed that the soil pH, the ammount of AV-P2O5 and the ammount of C.E.C. tend to increase while Pinus densiflora community changes to Q. variabilis - Q. serrata community and finally Carpinus laxiflora species community siginigicantly. The relation between the stand scores of CCA ordination and several enviromental variables suggested that the species of C. laxiflora and C. tschonoskii the species of Q. cariabilis and Q. serrata the species of C. pisifera, P. densiflora and Q. aliana in sequence grows in more fertile soil. 2. As the result of the analysis of the T. nucifera community showed, reproduction did not increase, and the characteristic of growth was not affected. The result is shown in the growth curve that was damaged by the climate and the human interference. 3. The A. palmatum was found to be as minor species in the middle layer and the crown areas did not have sufficient crown. 4. The result of the analysis of the relationship between Q. variabilis community and Q. variabilis - S. purpurascens community showed a decreasing tendency in the growth and number of species. 5. D. macropodum which constituted the dominance species in the middle layer had a nomal growth curve, and then the successional trend of D. macropodum species seems to be located in the climax species.

Keywords

References

  1. 日本學會誌 v.61 no.3 關東地方にけるマッ平地林の林床管理と植生遷移(Ⅰ) -種組成と生活型組成(種數による)について― 藤井英二郞;陳內叢
  2. The dynamic of the life -forms v.61 Studies on relationship between the management of floor layers and the succession of Pinus plain forests in Kanto region(Ⅱ) Fujii, E.;S. Tatsumi;J. Zinnai
  3. 應植硏 v.9 植生管理のたぬの植生社會學的基礎調査 井上康平
  4. 造園雜誌 v.46 no.5 Recreation林にわける下メり光. 踏壓の諸條件ガ林床 植生に及ばす效果 重松敏則
  5. 韓國植物學會 v.25 no.2 光陵森林群集에 對한 Ordination 方法의 適用 姜倫淳;吳柱七
  6. 綠の景觀と植生管理 高橋理喜南;龜山 章
  7. 통계분석을 위한 SPSS/PC+ 엄정국;문경일
  8. 內藏山國立公園 內藏寺地區의 自然保全管理對策에 관한 然究 李景宰
  9. 國立公園 v.39/40 國道立公園 森林景觀資源의 管理對策(Ⅲ), -內山國立公園 내장사지구- 李景宰;吳求均
  10. 응용생태연구 v.4 no.1 속리산 삼림구조에 관한 연구(Ⅱ), -Classification 및 Ordination에 의한 식생분석- 李景宰;吳求均;박인협;조재창;오충헌
  11. 植物學會誌 v.33 no.3 Classification 및 Ordination 방법에 의한 용문산 삼림의 식물군집 구조분석 李景宰;吳求均;趙在昌;柳彰熙
  12. 대구대학교 농업기술정보 v.5 자연공원의 생태계 파괴현황과 방지대책 李景宰;吳求均
  13. 韓國造景學會誌 v.19 no.3 王陵의 植生景觀構造 및 管理對策에 관한 硏究(Ⅲ), -隆建陵 植物群集의 遷移- 李景宰;吳求均;柳彰熙;禹種
  14. 응용생태연구 v.5 no.1 Classification 및 Ordination 방법에 의한 지리산 대원계곡의 삼림군집구조 분석 李景宰;吳求均;구관효;최재식;조현서
  15. Vegetatio v.73 zonation of submerged macrophyte vegetation in Lake Kariba , Zimbabwe and its ecological interpreyation Machena, C.
  16. Ecology v.70 no.5 The analysis of angular data in ecological field studies Michael, L. C.
  17. Landscape Planning v.5 Survey and analysis for forestry and soil protection in Italy Morandini, R.
  18. Landscape ecology and management Moss. M. R.
  19. 白雲山地域 天然林生態系의 森林構造 및 物質生産에 關한 硏究 朴仁協
  20. Tree rings Schweingruber, F. H.
  21. 韓國造景學會誌 v.19 no.2 智理山國立公園 道路비탈면의 植生과 景觀分析에 관한 硏究(Ⅰ), -植生調査分析 徐丙秀;金世泉;李奎完;朴種旻;李昌憲
  22. 應植硏 v.14 大規模綠地にわける植生管理のたぬの基礎的然究(Ⅲ), -アカマシ林の下メリ放置後回の植生變化- 石坂建彦
  23. 鷄龍山 森林 群集型과 그의 構造에 關한 硏究 宋鎬京
  24. 韓國林學會誌 v.79 no.2 DCCA에 依한 鷄龍山과 德裕山의 森林群集과 環景의 相關關係 分析 宋鎬京
  25. Vegw-tatio v.75 CANOCO-an extension of DECORANA to analysis species- environment relationship ter Break;C. J. F.
  26. Ecology v.57 Successional relationships of five Florida plant communities Veno, P. A.
  27. 新高 造林學原論 任慶彬(外)