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中国三明地区天然林林窗大小对环境异质性和格氏栲更新的影响

Appendix List of Abbreviations第19-21页
摘要第21-25页
ABSTRACT第25-29页
CHAPTER Ⅰ Introduction第31-35页
    1.1 Objective第32-33页
    1.2 Hypothesis第33页
    1.3 Expected Results第33页
    1.4 Scope of the study第33-34页
    1.5 Conceptual Framework第34-35页
CHAPTER Ⅱ Review Litterateur第35-41页
    2.1 Forest ecology第35页
    2.2 Forest dynamics第35-38页
        2.2.1 Forest gap第35-36页
        2.2.2 Micro-climate第36-38页
    2.3 Plant functional traits第38-41页
CHAPTER Ⅲ Methodology第41-54页
    3.1 Study site第41-42页
    3.2 Gap area determination第42-44页
    3.3 Castanopsis kawakamii forest gap plot setting第44页
    3.4 Sampling collection and data measurement第44-46页
        3.4.1 Climatic and soil factors measurment第44-45页
        3.4.2 C. kawakamii community investigation in gap and non-gap第45-46页
        3.4.3 Leaf functional traits investigation in regeneration layer第46页
    3.5 Laboratory experiment methods第46-54页
        3.5.1 Soil analysis第46-48页
        3.5.2 Leave analysis第48-54页
CHAPTER Ⅳ Effect of Gap Size on The Dynamic of Micro-Environments During the Daytime atCastanopsis kawakamii Natural Reserve Forest第54-70页
    4.1 Introduction第54-55页
    4.2 Material and methods第55-57页
        4.2.1 Experiment area第55-56页
        4.2.2 Environmental and soil measuring第56页
        4.2.3 Statistical analysis第56-57页
    4.3 Results第57-67页
        4.3.1 The features of each forest gap and non-gap第57页
        4.3.2 Dynamics of microenvironments during daytime within gaps and non gap area第57-66页
        4.3.3 The correlation of each environmental factors in two seasons第66-67页
    4.4 Discussion第67-70页
CHAPTER Ⅴ Effect of Gap Size on Spatial Variability of Soil Physical Properties第70-94页
    5.1 Introduction第70-71页
    5.2 Materials and methods第71-72页
        5.2.1 Gap size classification and soil sample collection第71页
        5.2.2 Statistical and geostatistical methods第71-72页
    5.3 Results and discussion第72-94页
        5.3.1 Gap size to the value soil physical properties第72-77页
        5.3.2 Descriptive statistics of soil physical properties of each gap and non-gap第77-81页
        5.3.3 Spatial variability of soil physical properties of each gap and non-gap第81-94页
CHAPTER Ⅵ Effect of Gap Size on Soil Chemical Properties and Soil Enzyme Activities AndTheir Seasonal Variability第94-101页
    6.1 Introduction第94页
    6.2 Materials and methods第94-95页
        6.2.1 Soil chemical analysis第94-95页
        6.2.2 Soil enzyme activity analysis第95页
        6.2.3 Statistical analysis第95页
    6.3 Results第95-98页
        6.3.1 The effect of gap size on the soil chemical properties第95-98页
    6.4 Discussion第98-101页
        6.4.1 Effect of gap size on the values of soil and climate variables第98-101页
CHAPTER Ⅶ The Seasonal Spatial Variability of Soil Chemical Properties and Soil EnzymeActivities in Castanopsis kawakamii Natural Forest Gap第101-133页
    7.1 Introduction第101页
    7.2 Materials and methods第101-102页
        7.2.1 Soil sample collection (see topic 3.4)第101页
        7.2.2 Soil chemical analysis (see topic 3.5.1 soil analysis)第101-102页
        7.2.3 Soil enzyme activity analysis第102页
        7.2.4 Statistical and geostatistical methods第102页
    7.3 Results第102-130页
        7.3.1 The spatial variability of soil chemical properties during the summer season第102-116页
        7.3.2 The spatial variability of soil chemical properties during the winter season第116-130页
    7.4 Discussions第130-133页
        7.4.1 Descriptive statistics of soil chemical properties of each gap and non-gap第130-131页
        7.4.2 Spatial variability of soil chemical properties of each gap and non-gap第131-133页
CHAPTER Ⅷ The Spatial Heterogeneity of Light Effect on Micro-Environment and Specific LeafArea within the Gap第133-143页
    8.1 Introduction第133-134页
    8.2 Materials and methods第134页
        8.2.1 Experimental area第134页
        8.2.2 Environmental variables measured第134页
        8.2.3 Plant leaf collection and analysis第134页
    8.3 Results第134-139页
        8.3.1 Spatial heterogeneity of the light within gaps and non-gaps第134-136页
        8.3.2 Specific leaf area (SLA) and light intensity in gap sizes and non-gap第136-138页
        8.3.3 Relationship between SLA and N and P content in leaves第138-139页
    8.4 Discussion第139-143页
        8.4.1 Effects of light in gaps and non gap第139-140页
        8.4.2 Specific leaf area (SLA) and light intensity in the gaps and non-gap第140-141页
        8.4.3 Relationship between SLA and N and P content in leaves第141-143页
CHAPTER Ⅸ Effects of Gap sizes and Micro-Environment on Leaf Traits at C. kawakamii NaturalForest第143-171页
    9.1 Introduction第143页
    9.2 Material and methods第143-144页
        9.2.1 Sample collection第143页
        9.2.2 Leave analysis第143-144页
        9.2.3 Data analysis第144页
    9.3 Results第144-167页
        9.3.1 LA,LDM and SLA第144-147页
        9.3.2 Leaf chlorophyll contents第147-152页
        9.3.3 Leaf soluble sugar and starch contents第152-156页
        9.3.4 Leaf carbon (C),nitrogen (N),phosphorous (P),and potassium(K)第156-160页
        9.3.5 Leaf enzyme activities第160-164页
        9.3.6 Leaf traits and environment factors第164-167页
    9.4 Discussion第167-171页
        9.4.1 Effect of gap size on LA, LDM, and SLA第167-168页
        9.4.2 Effect of gap size on chlorophyll contents第168-169页
        9.4.3 Effect of gap size on soluble sugar and starch contents第169页
        9.4.4 Effect of gap size on C, N, P, and K contents第169-170页
        9.4.5 Effect of gap size on leaf enzyme activities第170-171页
CHAPTER Ⅹ Effects of Gap Size and Locations on The Regeneration of C. kawakamii第171-180页
    10.1 Introduction第171-172页
    10.2 Materials and methods第172-173页
        10.2.1 Gap areas and environmental factors measured第172页
        10.2.2 C. kawakamii population investigation第172页
        10.2.3 Soil analysis第172页
        10.2.4 Data analysis第172-173页
    10.3 Results第173-176页
        10.3.1 Gap area, gap position, and numbers of C. kawakamii第173-175页
        10.3.2 C. kawakamii and the micro-environment within the gap第175-176页
    10.4 Discussion第176-180页
        10.4.1 Gap areas and number of C. kawakamii第176-177页
        10.4.2 Location within gap for C. kawakamii regeneration第177-178页
        10.4.3 C. kawakamii and micro-environment within gaps第178页
        10.4.4 C. kawakamii specie management and conservation第178-180页
CHAPTER Ⅺ Conclusion第180-182页
References第182-203页
Appendixes A Correlation coefficients (r)第203-206页
Appendixes B Leaf functional traits第206-212页
Appendix C Species list in this study第212-214页
Published Papers and other Academic Achievements during the Program第214-215页
ACKNOWLEDGEMENTS第215页

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