Self-thinning and Growth Modeling for Even-aged Chinese Fir Stands

《杉木自然稀疏与生长模拟(英文版)》基于杉木密度试验林长期定位观测资料，系统解决了杉木林分生长模型系统中优势高生长模型、断面积生长模型以及直径结构模型等三大核心模块的构建问题，深入揭示了杉木人工林自然稀疏法则，实现了杉木最大密度线模拟技术的系统优化。《杉木自然稀疏与生长模拟(英文版)》共分4部分，围绕杉木优势高生长模拟、断面积生长模拟、直径结构模拟和杉木自然稀疏模拟等进行了论述，阐释了各部分研究的进展，创新性地提出了林分直径结构模拟新模型及其模糊分布拟合思路，提出杉木优势高、断面积生长的代数差分方程及广义代数差分方程模拟技术，首次验证分析了杉木自然稀疏法则与发生轨迹，并从数据点选取、参数估计方法角度建立了杉木最大密度线模拟技术体系。

Preface 　　
CHAPTER ONE: Modelling of dominant height growth and building of polymorphic site index equations of Chinese fir plantations 　　
1 Introduction 　　
2 Material and methods 　　
3 Results and analysis 　　
4 Conclusions 　　
CHAPTER TWO: A review of stand basal area growth models 　　
1 Introduction 　　
2 Features of stand basal area growth models 　　3 Types of models 　　
4 Early work on stand basal area models 　　
5 Recent progress and future directions 　　
6 Conclusions 　　
CHAPTER THREE: Individual tree basal area growth dynamics of Chinese fir 　　plantations 　　
1 Introduction 　　
2 Materials and methods 　　
3 Results and discussion 　　
4 Conclusion 　　
CHAPTER FOUR: Application of theoretical growth equations for stand 　　diameter structure simulation of Chinese fir plantations 　　
1 Introduction 　　
2 Materials and methods 　　
3 Results and analysis 　　
4 Conclusions 　　
CHAPTER FIVE: A new high-performance diameter distribution function for unthinned Chinese fir (Cunninghamia lanceolata) Plantations in southern China 　　
1 Introduction 　　
2 MATERIALS AND METHODS 　　
3 RESIILTS AND DISCUSSION 　　
4 Conclusions 　　
CHAPTER SIX: Application of fuzzy functions in stand diameter distributions of Chinese fir (Cunninghamia lanceolata) plantations 　　
1 Introduction 　　
2 Data and Methods 　　
3 Results and Discussion 　　
4 Conclusion 　　
CHAPTER SEVEN: Testing the self-thinning rule in Chinese fir (Cunninghamia lanceolata) plantations 　　
1 Introduction 　　
2 Materials and methods 　　
3 Results 　　
4 Discussion 　　
CHAPTER EIGHT: Estimation of the self-thinning boundary line within even-aged Chinese fir (Cunninghamia lanceolata (Lamb.) Hook.) stands: Onset of self-thinning 　　
1 Introduction 　　
2 Materials and Methods 　　
3 Results 　　
4 Discussion 　　
5 Conclusions 　　
CHAPTER NINE: A comparison of methods for estimating the self-thinning 　　boundary line: selecting data points and fitting coefficients 　1 Introduction 　　
2 Material and Methods 　　
3 Results and Discussion 　　
4 Conclusions