Dissertation > Excellent graduate degree dissertation topics show

Study on Current Situation and Landscape Ecological Construction of Green Space System in Meizhou Island

Author: ChenZhiYao
Tutor: FangZhiWei
School: Fujian Agriculture and Forestry University
Course: Ecology
Keywords: Meizhou Island System of green space Corridor Patch Matrix Landscape ecological construction
CLC: TU985
Type: Master's thesis
Year: 2009
Downloads: 220
Quote: 3
Read: Download Dissertation

Abstract


In this paper, the system of green space, characteristics of landscape pattern and ecological construction in Meizhou Island national tourist resort were analyzed and discussed by the theory, principle and methods of landscape ecology and urban ecology, which supported by RS and GIS technology were used to draw many indexs of green space landscape of Meizhou Island, such as average patch area, patch range and standard deviation, patch desity, patch connectivity, fragmentation index, corridor width, diversity index, dominance index, evenness index and so on.Then we spoted the existing problems and reasons in Meizhou Island green space,and pointed out the countermeasures and suggestions to develop the ecological construction of green spaces in Meizhou Island. We also investigated and studyed on green space system consisting of park green space, road and protection forest green space, production green space, unit attached green space, community green space and other green spaces in Meizhou Island. The main results were as follows:1.The area of gardening in Meizhou Island was 1085782㎡, with a 49.3% green coverage rate of the whole land, the average gardening land per capita in Meizhou Island is 29.7㎡. It have 212 kinds of landscape plant, which including 89 kinds of arbor,83 kinds of shrub, 39 kinds of ground cover and one kind of turf. There are 16 kinds of native trees, and 196 kinds of exotic species, with ratio 4:49. It refer landscaping and evergreens to shading and colour.2. There were 5.28 km2 forest land, 1.91 km2 grassplot and 0.24 km2 farmland with green space ratio33.4%, 12.1% and 1.5% in Meizhou Island. Mazu Temple and its north, Beidai, Yandun Mountain, Rwenkeng, Niutouwei and Ewei Mountain in the south were of high vegetation cover. Residential quarters, farmlands, pits and lakes were in the middle of this island with poor greening, so the greenbelt’s construction must be treated with caution.3. There were too much small-sized patches. For example, there were 68 blocks among all type of patches between 0-0.5 hm2 with a ratio of 67.3%. Fragmentation index was high in the whole island, among which Guanxia’s fragmentation index was 0.6422. There was obviously increased in island’s development, which was harmful to protect the animal and plant community. The patches’Connected-Degree was small, the stability and ecological benefit was bad in view of the overall island, and Guanxia, Beidai, Houxiang, Xiashan were better than others which it was harmful to the stability and ecological benefit, because of too much grassplot, few species, and simple structure.4. The ecological construction of green space corridor was hard because of its landscape, ecological effect and the unfavorable condition or circumstance from wind, heat, sand and alkali’s influence.The first, second degree roads and shelter belts corridors’width were 4m and 3.3m and 30m. Some corridors had simple structure, few species and too much palmae plants; they reduced the patche’s connectivity and corridors’ability of resistance.5.In Meizhou Island, the shelter belts were artificial with few species and biomass,whose sapling forest was half of all.The mixed forest was less than unmixed forest with the patches’ratio was 17:25, especially the two sides’shelter belts were unstable, the problem from insect pest was unresolved and the soil fertility declined, so the shelter belts were low and its ecology function wasn’t enough.6. Meizhou Islands’Landscape Diversity index was 1.5423, entirely, it was good. But it had big difference between 11 villages. Especially Dongcai, Lianchi, Gaozhu’s Landscape Diversity was low than others’. Among which, Guanxia, Beidai and Houxiangs’landscape diversity were the highest. The Landscape Dominance index was 0.2495; this showed that the green spaces were even. But we also found that Dongcai, Lianchi, Xiting and Shanweis’landscape diversity was too apparent. The landscape evenness index was 0.8607. From study we found that Xiting was apparent uneven, Houxiang was generic, Guanxia, Lianchi, Xiashan, Shanwei and Ganglous were better, and Beidai,Gaozhu and Zhaixia village are the best.From the study, Green space system’s key issues and practicality of the proposal in Meizhou Island were pointed out in order to provide the reference and theoretical support for Meizhou Island’s and others landscape ecological planning, construction and sustainable development which included: People’s education and training should be strengthened; study and protect all species seriously;study the best management model with green space system and network idea; strength the shelter belts’construction; improve the green space management more canny; focus on green space landscape and make it to be some symbols of island and so on to provide the reference and theoretical support for Meizhou Island’s and others landscape ecological planning ,construction and sustainable development. So Meizhou Island’s ecological issues will get a better development to match the national tourist resort’s title, and it will be a harmonious, Society-Economy-Nature mixed ecosystem.

Related Dissertations

  1. Research on Structural Vibration of Steam Piping System,TK284.1
  2. Roles of MMP-7 and Lysozyme in the Pathogenesis of Ulcerative Colitis Induced by DSS in Balb/c Mice,S858.91
  3. Study on the Expression and Correlation of Metallothionein and Matrix Metalloproteinase-2 in Non-small Cell Lung Cancer,R734.2
  4. Information Extraction of Marine Oil Spill with Collaborative Images of ASAR and MODIS,X87
  5. An Experimental Study of Autologous Bone Marrow Mesenchymal Stem Cells in Articular Cartilage Extracellular Matrix to Repair Full-thickness Defects of Femoral Weight-bearing Articular Cartilage in the Goat,R687.4
  6. Influence and Significance of MMP-2 and VEGF of Hemangioma Endothelial Cells in Vitro Culture by Propranolol,R739.5
  7. Protective Effect and Mechanism of Total Glucosides, Isolated from Corni Fructus on Diabetic Cardiomyopathy Rats,R285.5
  8. The island tourist ecosystem health evaluation research,X826
  9. The Study of Matrix Metalloproteinases-9 and Immunologic Function in Pediatric Patients with Asthma,R725.6
  10. Experiment Studies on the Effects of MMP-2 Expression Induced by Titanium Particles in MC-3T3-E1 Cells in Vitro,R687.4
  11. Guaranteed Cost Control of Networked Control Systems with Uncertainty and Long Time Delay,TP273
  12. The Expression and Significance of HMGB1 and MMP-9 in Human AAA,R654.3
  13. Research and Application of the Attribute Reduction Algorithm Based on Improved Discernibility Matrix,TP18
  14. Graphite Furnace Atomic Absorption Suspension of Incoming Sample Matrix Improved Dynamics Research and Application,O657.31
  15. Application of Graphics Processing Unit in Matrix Inversion and Normal Mode Analysis,TP391.41
  16. Design of Attitude Control Based on Sliding Mode Control Theory with Quadrotor,V249.1
  17. The Changes of MMP-2 Expression in Posterior Pole Sclera of Exogenous TIMP-2 Gene-transferred form Deprivation Myopia Guinea Pigs,R778.11
  18. Modeling, Analysis and Decentralized Control of Networked Large-scale Systems,O231
  19. The Research on the Solution to Fuzzy Matrix Game,O225
  20. Asynchronous multi-sensor information fusion estimation sample,O211.6
  21. Generalized Fuzzy Matrix Research Issues,O151.21

CLC: > Industrial Technology > Building Science > Regional planning, urban and rural planning > Green Planning
© 2012 www.DissertationTopic.Net  Mobile