基本介紹
- 書名：木質部原理:次生木質部1針葉樹
- 作者：尹思慈
- 出版日期：2013年9月1日
- 語種：簡體中文, 英語
- 定價：300.00
- 外文名：An Important Part of Wood Formation Mechanism Secondary Xylem Development(I) Coniferous Tree
- 出版社：科學出版社
- 頁數：213頁
- 開本：16
- 品牌：科學出版社
內容簡介,圖書目錄,編輯推薦,目錄,
內容簡介
次生木質部發育研究的內容是有關木材生成機理。這是林業科學的重要核心內容。植物學解決了木材逐年生成的共性細胞學過程，包括樹莖頂稍初生生長至次生生長的連續轉換。但樹莖逐年次生生長中的變化卻是林學和木材科學的學術盲區。單株樹莖中的木材差異是樹木在遺傳控制下次生生長中的變化遺傳物，但迄今把它與種內株間和種間在學術上都看作變異。這一誤識充分表明，樹莖逐年次生生長中的變化是木材生成機理中的重要部分。《An Important Part of WOOD FORMATION MECHANISM(SECONDARY XYLEM DEVELOPMENTⅠConiferous Tree)》的新理念：認定單株內的木材差異是在生命過程變化中形成，並證明它受遺傳控制，由此把這一變化定性為次生木質部發育。本書由SI CI YIN著。
圖書目錄
Content introduced in brief
Preface
Part one General outline
1 Introduction
1.1 Natural background of secondary xylem development
1.2 The source, formation and content of the ideas of developmental studies of secondary xylem
1.3 Theoretical basis of experimental measures adopted in the studies for affirming the existence of secondary xylem development
1.4 Originality of studies of secondary xylem development
2 Experimental measures, materials and data processing
2.1 Determination
2.2 Factors to make choice of experimental material
2.3 Experimental materials
2.4 Determining the formation time of sampling position in secondary xylem
2.5 Data processing
3 That developmental phenomenon exists during secondary xylem life is proved by diagram
3.1 The diagrammatic conditions and necessity of secondary xylem development
3.2 The features of development diagram of two directional growth ages of secondary xylem
3.3 The technical terms related to ordinal numbers offing positions in secondary xylem
3.4 Explanation of four types of figures in this book
3.5 The general explanation of appendant tables
3.6 Data in appendant tables were applied to drawing figures
Part two Effect of relative disciplines and progress obtained in their application
4 The views related to development concept in biology and progress obtained in their application
4.1 Review on development concept in biology (Ⅰ) The features related to development
4.2 Review on development concept in biology (Ⅱ) The philosophical concept of developmental dynamics
4.3 Review on development concept in biology (Ⅲ) Some biological doubts relative to development
4.4 Consultation about developmental concept
4.5 Common nature of organisms' development
4.6 Secondary xylem meets the requirements for the experimental material of the study on determining the commonness of organism's development
Cited Literature
5 The effect of botany and its progress obtained in application
5.1 Tree development
5.2 Expansion of comprehension about tree development
5.3 Theoretical progress in tree growth obtained in this project
5.4 The differences between the study of botany on tree growth and this project on secondar xylem development
6 The effect of wood and forest science and their progress obtained in application.
6.1 Secondary xylem is unchanged relic fixed throughout change process
6.2 Growth sheath
6.3 Two directional growth ages
6.4 Trait, time and position in developmental change of secondary xylem
6.5 Discrimination of technical terms in this chapter
6.6 Progress of wood and forest science in development studies of secondary xylem
7 The effect of genetics and its progress obtained in application
7.1 Cytology and genetics results that possess important effects on development studies of secondary xylem (Ⅰ) Genetic material
7.2 Cytology and genetics results that possess important effects on development studies of secondary xylem (Ⅱ) replication and recombination of genetic material
7.3 Genetics results that possess important effects on development studies of secondary xyle (Ⅱ) Genetic trait, acquired character, regulation and control of developmental trait
7.4 Tree under view point of genetics
7.5 Secondary xylem under the viewpoint of genetics
7.6 Discrimination and analysis of technical terms
8 The effect of evolutionary biology and its progress obtained in application
8.1 The evolution concept that have important effects in development studies
8.2 Mutation phenomenon and evolutionary relationship of secondary xylem among tree species
8.3 Dynamics of adaptation
8.4 Tree adaptation formed in evolution
8.5 Evolution and fimctionary adaptation of secondary xylem and its component cells
8.6 Conclusion
Part three Experimental proof
9 Developmental change of tracheid morphology of secondary xylem (Ⅰ) Tracheid length
9.1 Research results of correlative disciplines about tracheid length
9.2 Cogitation upon tracheid length research in this project
9.3 Experimental method
9.4 Developmental change of tracheid length of successive rings in radial direction at different heights of secondary xylem
9.5 Developmental change of tracheid length of each successive growth sheath along the stem lengthin secondary xylem
9.6 Developmental change of mean tracheid length of the overall height of each successive growth sheath with tree age in secondary xylem
9.7 Systematic developmental differences oftracheid length among rings in different sheaths, but with the same ring number from pith and at different heights
9.8 Average length oftracheid in different (short or long) periods of tree growth
9.9 Three dimensional diagram of developmental change of tracheid length
9.10 Conclusion
Cited Literature
10 Developmental change of tracheid morphology of secondary xylem (Ⅱ) Tracheid diameter
10. 1 New visual field of the study on tracheid diameter
10.2 Radial and tangential diameter of longitudinal tracheid
10.3 Experimental method
10.4 Developmental change of tracheid diameter of successive rings in radial direction at different heights
10.5 Developmental change oftracheid diameter of each successive growth sheath along the stem length
10.6 Developmental change of mean tracheid diameter of the length of each successive growth sheath with tree age
10.7 Systematic developmental differences oftracheid diameter among rings in different sheaths,with the same ring number from pith and at different heights
10.8 Change of average radial diameter oftracheid in different (short or long) growth periods
10.9 Diagram of three-dimensional curved surface of developmental change oftracheid diameter
10.10 Conclusion 2
11 Developmental change of tracheid morphology of secondary xylem (Ⅲ) Tracheid length to diameter ratio
11.1 Experimental data of tracheid L/D ratio
11.2 Developmental change of tracheid L/D ratio of successive tings in radial direction at different heights
11.3 Developmental change of tracheid L/D ratio of each successive growth sheath along the stem length
11.4 Developmental change of mean tracheid L/D ratio of the length of each successive growth sheath with tree age
……
Part four General review
Addendum
Plate
Preface
Part one General outline
1 Introduction
1.1 Natural background of secondary xylem development
1.2 The source, formation and content of the ideas of developmental studies of secondary xylem
1.3 Theoretical basis of experimental measures adopted in the studies for affirming the existence of secondary xylem development
1.4 Originality of studies of secondary xylem development
2 Experimental measures, materials and data processing
2.1 Determination
2.2 Factors to make choice of experimental material
2.3 Experimental materials
2.4 Determining the formation time of sampling position in secondary xylem
2.5 Data processing
3 That developmental phenomenon exists during secondary xylem life is proved by diagram
3.1 The diagrammatic conditions and necessity of secondary xylem development
3.2 The features of development diagram of two directional growth ages of secondary xylem
3.3 The technical terms related to ordinal numbers offing positions in secondary xylem
3.4 Explanation of four types of figures in this book
3.5 The general explanation of appendant tables
3.6 Data in appendant tables were applied to drawing figures
Part two Effect of relative disciplines and progress obtained in their application
4 The views related to development concept in biology and progress obtained in their application
4.1 Review on development concept in biology (Ⅰ) The features related to development
4.2 Review on development concept in biology (Ⅱ) The philosophical concept of developmental dynamics
4.3 Review on development concept in biology (Ⅲ) Some biological doubts relative to development
4.4 Consultation about developmental concept
4.5 Common nature of organisms' development
4.6 Secondary xylem meets the requirements for the experimental material of the study on determining the commonness of organism's development
Cited Literature
5 The effect of botany and its progress obtained in application
5.1 Tree development
5.2 Expansion of comprehension about tree development
5.3 Theoretical progress in tree growth obtained in this project
5.4 The differences between the study of botany on tree growth and this project on secondar xylem development
6 The effect of wood and forest science and their progress obtained in application.
6.1 Secondary xylem is unchanged relic fixed throughout change process
6.2 Growth sheath
6.3 Two directional growth ages
6.4 Trait, time and position in developmental change of secondary xylem
6.5 Discrimination of technical terms in this chapter
6.6 Progress of wood and forest science in development studies of secondary xylem
7 The effect of genetics and its progress obtained in application
7.1 Cytology and genetics results that possess important effects on development studies of secondary xylem (Ⅰ) Genetic material
7.2 Cytology and genetics results that possess important effects on development studies of secondary xylem (Ⅱ) replication and recombination of genetic material
7.3 Genetics results that possess important effects on development studies of secondary xyle (Ⅱ) Genetic trait, acquired character, regulation and control of developmental trait
7.4 Tree under view point of genetics
7.5 Secondary xylem under the viewpoint of genetics
7.6 Discrimination and analysis of technical terms
8 The effect of evolutionary biology and its progress obtained in application
8.1 The evolution concept that have important effects in development studies
8.2 Mutation phenomenon and evolutionary relationship of secondary xylem among tree species
8.3 Dynamics of adaptation
8.4 Tree adaptation formed in evolution
8.5 Evolution and fimctionary adaptation of secondary xylem and its component cells
8.6 Conclusion
Part three Experimental proof
9 Developmental change of tracheid morphology of secondary xylem (Ⅰ) Tracheid length
9.1 Research results of correlative disciplines about tracheid length
9.2 Cogitation upon tracheid length research in this project
9.3 Experimental method
9.4 Developmental change of tracheid length of successive rings in radial direction at different heights of secondary xylem
9.5 Developmental change of tracheid length of each successive growth sheath along the stem lengthin secondary xylem
9.6 Developmental change of mean tracheid length of the overall height of each successive growth sheath with tree age in secondary xylem
9.7 Systematic developmental differences oftracheid length among rings in different sheaths, but with the same ring number from pith and at different heights
9.8 Average length oftracheid in different (short or long) periods of tree growth
9.9 Three dimensional diagram of developmental change of tracheid length
9.10 Conclusion
Cited Literature
10 Developmental change of tracheid morphology of secondary xylem (Ⅱ) Tracheid diameter
10. 1 New visual field of the study on tracheid diameter
10.2 Radial and tangential diameter of longitudinal tracheid
10.3 Experimental method
10.4 Developmental change of tracheid diameter of successive rings in radial direction at different heights
10.5 Developmental change oftracheid diameter of each successive growth sheath along the stem length
10.6 Developmental change of mean tracheid diameter of the length of each successive growth sheath with tree age
10.7 Systematic developmental differences oftracheid diameter among rings in different sheaths,with the same ring number from pith and at different heights
10.8 Change of average radial diameter oftracheid in different (short or long) growth periods
10.9 Diagram of three-dimensional curved surface of developmental change oftracheid diameter
10.10 Conclusion 2
11 Developmental change of tracheid morphology of secondary xylem (Ⅲ) Tracheid length to diameter ratio
11.1 Experimental data of tracheid L/D ratio
11.2 Developmental change of tracheid L/D ratio of successive tings in radial direction at different heights
11.3 Developmental change of tracheid L/D ratio of each successive growth sheath along the stem length
11.4 Developmental change of mean tracheid L/D ratio of the length of each successive growth sheath with tree age
……
Part four General review
Addendum
Plate
編輯推薦
次生木質部發育研究的內容是有關木材生成機理。這是林業科學的重要核心內容。植物學解決了木材逐年生成的共性細胞學過程，包括樹莖頂稍初生生長至次生生長的連續轉換。但樹莖逐年次生生長中的變化卻是林學和木材科學的學術盲區。單株樹莖中的木材差異是樹木在遺傳控制下次生生長中的變化遺傳物，但迄今把它與種內株間和種間在學術上都看作變異。這一誤識充分表明，樹莖逐年次生生長中的變化是木材生成機理中的重要部分。《An Important Part of WOOD FORMATION MECHANISM(SECONDARY XYLEM DEVELOPMENTⅠConiferous Tree)》的新理念：認定單株內的木材差異是在生命過程變化中形成，並證明它受遺傳控制，由此把這一變化定性為次生木質部發育。本書由SI CI YIN著。
目錄
Content introduced in brief
Preface
Part one General outline
1 Introduction
1.1 Natural background of secondary xylem development
1.2 The source, formation and content of the ideas of developmental studies of secondary xylem
1.3 Theoretical basis of experimental measures adopted in the studies for affirming the existence of secondary xylem development
1.4 Originality of studies of secondary xylem development
2 Experimental measures, materials and data processing
2.1 Determination
2.2 Factors to make choice of experimental material
2.3 Experimental materials
2.4 Determining the formation time of sampling position in secondary xylem
2.5 Data processing
3 That developmental phenomenon exists during secondary xylem life is proved by diagram
3.1 The diagrammatic conditions and necessity of secondary xylem development
3.2 The features of development diagram of two directional growth ages of secondary xylem
3.3 The technical terms related to ordinal numbers offing positions in secondary xylem
3.4 Explanation of four types of figures in this book
3.5 The general explanation of appendant tables
3.6 Data in appendant tables were applied to drawing figures
Part two Effect of relative disciplines and progress obtained in their application
4 The views related to development concept in biology and progress obtained in their application
4.1 Review on development concept in biology (Ⅰ) The features related to development
4.2 Review on development concept in biology (Ⅱ) The philosophical concept of developmental dynamics
4.3 Review on development concept in biology (Ⅲ) Some biological doubts relative to development
4.4 Consultation about developmental concept
4.5 Common nature of organisms' development
4.6 Secondary xylem meets the requirements for the experimental material of the study on determining the commonness of organism's development
Cited Literature
5 The effect of botany and its progress obtained in application
5.1 Tree development
5.2 Expansion of comprehension about tree development
5.3 Theoretical progress in tree growth obtained in this project
5.4 The differences between the study of botany on tree growth and this project on secondar xylem development
6 The effect of wood and forest science and their progress obtained in application.
6.1 Secondary xylem is unchanged relic fixed throughout change process
6.2 Growth sheath
6.3 Two directional growth ages
6.4 Trait, time and position in developmental change of secondary xylem
6.5 Discrimination of technical terms in this chapter
6.6 Progress of wood and forest science in development studies of secondary xylem
7 The effect of genetics and its progress obtained in application
7.1 Cytology and genetics results that possess important effects on development studies of secondary xylem (Ⅰ) Genetic material
7.2 Cytology and genetics results that possess important effects on development studies of secondary xylem (Ⅱ) replication and recombination of genetic material
7.3 Genetics results that possess important effects on development studies of secondary xyle (Ⅱ) Genetic trait, acquired character, regulation and control of developmental trait
7.4 Tree under view point of genetics
7.5 Secondary xylem under the viewpoint of genetics
7.6 Discrimination and analysis of technical terms
8 The effect of evolutionary biology and its progress obtained in application
8.1 The evolution concept that have important effects in development studies
8.2 Mutation phenomenon and evolutionary relationship of secondary xylem among tree species
8.3 Dynamics of adaptation
8.4 Tree adaptation formed in evolution
8.5 Evolution and fimctionary adaptation of secondary xylem and its component cells
8.6 Conclusion
Part three Experimental proof
9 Developmental change of tracheid morphology of secondary xylem (Ⅰ) Tracheid length
9.1 Research results of correlative disciplines about tracheid length
9.2 Cogitation upon tracheid length research in this project
9.3 Experimental method
9.4 Developmental change of tracheid length of successive rings in radial direction at different heights of secondary xylem
9.5 Developmental change of tracheid length of each successive growth sheath along the stem lengthin secondary xylem
9.6 Developmental change of mean tracheid length of the overall height of each successive growth sheath with tree age in secondary xylem
9.7 Systematic developmental differences oftracheid length among rings in different sheaths, but with the same ring number from pith and at different heights
9.8 Average length oftracheid in different (short or long) periods of tree growth
9.9 Three dimensional diagram of developmental change of tracheid length
9.10 Conclusion
Cited Literature
10 Developmental change of tracheid morphology of secondary xylem (Ⅱ) Tracheid diameter
10. 1 New visual field of the study on tracheid diameter
10.2 Radial and tangential diameter of longitudinal tracheid
10.3 Experimental method
10.4 Developmental change of tracheid diameter of successive rings in radial direction at different heights
10.5 Developmental change oftracheid diameter of each successive growth sheath along the stem length
10.6 Developmental change of mean tracheid diameter of the length of each successive growth sheath with tree age
10.7 Systematic developmental differences oftracheid diameter among rings in different sheaths,with the same ring number from pith and at different heights
10.8 Change of average radial diameter oftracheid in different (short or long) growth periods
10.9 Diagram of three-dimensional curved surface of developmental change oftracheid diameter
10.10 Conclusion 2
11 Developmental change of tracheid morphology of secondary xylem (Ⅲ) Tracheid length to diameter ratio
11.1 Experimental data of tracheid L/D ratio
11.2 Developmental change of tracheid L/D ratio of successive tings in radial direction at different heights
11.3 Developmental change of tracheid L/D ratio of each successive growth sheath along the stem length
11.4 Developmental change of mean tracheid L/D ratio of the length of each successive growth sheath with tree age
……
Part four General review
Addendum
Plate
Preface
Part one General outline
1 Introduction
1.1 Natural background of secondary xylem development
1.2 The source, formation and content of the ideas of developmental studies of secondary xylem
1.3 Theoretical basis of experimental measures adopted in the studies for affirming the existence of secondary xylem development
1.4 Originality of studies of secondary xylem development
2 Experimental measures, materials and data processing
2.1 Determination
2.2 Factors to make choice of experimental material
2.3 Experimental materials
2.4 Determining the formation time of sampling position in secondary xylem
2.5 Data processing
3 That developmental phenomenon exists during secondary xylem life is proved by diagram
3.1 The diagrammatic conditions and necessity of secondary xylem development
3.2 The features of development diagram of two directional growth ages of secondary xylem
3.3 The technical terms related to ordinal numbers offing positions in secondary xylem
3.4 Explanation of four types of figures in this book
3.5 The general explanation of appendant tables
3.6 Data in appendant tables were applied to drawing figures
Part two Effect of relative disciplines and progress obtained in their application
4 The views related to development concept in biology and progress obtained in their application
4.1 Review on development concept in biology (Ⅰ) The features related to development
4.2 Review on development concept in biology (Ⅱ) The philosophical concept of developmental dynamics
4.3 Review on development concept in biology (Ⅲ) Some biological doubts relative to development
4.4 Consultation about developmental concept
4.5 Common nature of organisms' development
4.6 Secondary xylem meets the requirements for the experimental material of the study on determining the commonness of organism's development
Cited Literature
5 The effect of botany and its progress obtained in application
5.1 Tree development
5.2 Expansion of comprehension about tree development
5.3 Theoretical progress in tree growth obtained in this project
5.4 The differences between the study of botany on tree growth and this project on secondar xylem development
6 The effect of wood and forest science and their progress obtained in application.
6.1 Secondary xylem is unchanged relic fixed throughout change process
6.2 Growth sheath
6.3 Two directional growth ages
6.4 Trait, time and position in developmental change of secondary xylem
6.5 Discrimination of technical terms in this chapter
6.6 Progress of wood and forest science in development studies of secondary xylem
7 The effect of genetics and its progress obtained in application
7.1 Cytology and genetics results that possess important effects on development studies of secondary xylem (Ⅰ) Genetic material
7.2 Cytology and genetics results that possess important effects on development studies of secondary xylem (Ⅱ) replication and recombination of genetic material
7.3 Genetics results that possess important effects on development studies of secondary xyle (Ⅱ) Genetic trait, acquired character, regulation and control of developmental trait
7.4 Tree under view point of genetics
7.5 Secondary xylem under the viewpoint of genetics
7.6 Discrimination and analysis of technical terms
8 The effect of evolutionary biology and its progress obtained in application
8.1 The evolution concept that have important effects in development studies
8.2 Mutation phenomenon and evolutionary relationship of secondary xylem among tree species
8.3 Dynamics of adaptation
8.4 Tree adaptation formed in evolution
8.5 Evolution and fimctionary adaptation of secondary xylem and its component cells
8.6 Conclusion
Part three Experimental proof
9 Developmental change of tracheid morphology of secondary xylem (Ⅰ) Tracheid length
9.1 Research results of correlative disciplines about tracheid length
9.2 Cogitation upon tracheid length research in this project
9.3 Experimental method
9.4 Developmental change of tracheid length of successive rings in radial direction at different heights of secondary xylem
9.5 Developmental change of tracheid length of each successive growth sheath along the stem lengthin secondary xylem
9.6 Developmental change of mean tracheid length of the overall height of each successive growth sheath with tree age in secondary xylem
9.7 Systematic developmental differences oftracheid length among rings in different sheaths, but with the same ring number from pith and at different heights
9.8 Average length oftracheid in different (short or long) periods of tree growth
9.9 Three dimensional diagram of developmental change of tracheid length
9.10 Conclusion
Cited Literature
10 Developmental change of tracheid morphology of secondary xylem (Ⅱ) Tracheid diameter
10. 1 New visual field of the study on tracheid diameter
10.2 Radial and tangential diameter of longitudinal tracheid
10.3 Experimental method
10.4 Developmental change of tracheid diameter of successive rings in radial direction at different heights
10.5 Developmental change oftracheid diameter of each successive growth sheath along the stem length
10.6 Developmental change of mean tracheid diameter of the length of each successive growth sheath with tree age
10.7 Systematic developmental differences oftracheid diameter among rings in different sheaths,with the same ring number from pith and at different heights
10.8 Change of average radial diameter oftracheid in different (short or long) growth periods
10.9 Diagram of three-dimensional curved surface of developmental change oftracheid diameter
10.10 Conclusion 2
11 Developmental change of tracheid morphology of secondary xylem (Ⅲ) Tracheid length to diameter ratio
11.1 Experimental data of tracheid L/D ratio
11.2 Developmental change of tracheid L/D ratio of successive tings in radial direction at different heights
11.3 Developmental change of tracheid L/D ratio of each successive growth sheath along the stem length
11.4 Developmental change of mean tracheid L/D ratio of the length of each successive growth sheath with tree age
……
Part four General review
Addendum
Plate
