具体描述
How can we utilize morphological data in a more sophisticated and efficaceous way in plant systematics? This book provides some useful answers to this question. The chapters are divided into three main sections dealing with Genetics and Development (chapters 2-5), Phylogenetic Analysis (chapters 6-8), and Ecology and Adaptation (chapters 9-13), sandwiched between an intro- duction (chapter 1) and final overview (chapter 14).
《深层结构》是一本深入探讨语言背后复杂系统与规律的文学与学术著作。这本书以细致的分析和丰富的实例，为读者揭开文字表达、意义构建以及读者情感交织的多层次面纱。作者通过系统性的研究，深入剖析词汇选用、句式结构及修辞技巧如何共同作用，形成独特的文本效果。书中不仅关注语言在不同语境中的应用，还注重探讨其背后所蕴含的文化、社会和心理因素，使读者更全面地理解语言的多维价值。 内容广泛覆盖了从基础词汇到高级表达，强调如何通过细致的观察与批判性思考来把握语言的精髓。作者采用多层次的方法论，从词汇频率分析、语法规律解读到文体特征辨析，为初学者和高深研究者提供了有益的参考。书中还特别重视对文本情感与意境的捕捉，帮助读者在阅读过程中更深刻地感受到文字背后的力量与魅力。这种多角度的分析方式，使《深层结构》成为探索语言艺术与科学的重要工具。 本文还深入讲解了一些经典文本中的细微差异，通过对比不同作者的写作风格，展示语言选择如何影响读者的理解体验和情感共鸣。这部分内容特别适合那些对文学创作、传播学以及语言学感兴趣的人士。书中还引入了现代语料库分析的方法，使研究更为科学化，为读者提供了一种新的视角去审视文本与语言之间的关系。 作者不仅关注理论层面，还注重实践中的应用，例如在写作、口語表达和跨文化交流中如何运用所学知识。这使得每一页内容都充满了实用性和启发性。书中的结构清晰，逻辑严谨，每个章节都紧密关联，为读者提供了一个系统的学习路径。 《深层结构》对于希望提升对语言艺术、批判性思维以及跨领域应用能力的人来说是一部极具参考价值的书籍。这本书不仅拓宽了读者对语言的理解视野，还激发了他们在文字背后寻找意义的探索欲望。通过细致入微的解释与丰富的实例，该书为学术研究、文学创作以及日常学习提供了宝贵资源，受益于广泛且深刻的内容呈现。 总体来说，这本作品不仅是对语言精髓的深度挖掘，更是一部通晓文本内涵与读者情感的综合性著作。它适合所有热爱语言艺术、渴望提升语言素养和思维深度的读者，尤其在学术、教育及创作领域具有重要参考价值。这一书不仅仅是文字的集合，更是一段通向语言本质的探索之旅。
作者简介
目录信息
Contents:
List of Authors;
Preface;
Introduction:
Chapter 1. What is morphology and why is it time for its renaissance in plant systematics? Anton Weber Genetics and Development:
Chapter 2. The genetic dissection of the stepwise evolution of morphological characters. Konrad Bachmann and Oliver Gailing.
Chapter 3. Architectural effects on floral form and function: a review. Pamela K. Diggle.
Chapter 4. Floral developmental features and molecular data in plant systematics. Peter Leins and Claudia Erbar. Chapter 5. Comparative morphology in relation to molecu- lar and phylogenetic systematics. Stefan Gleissberg. Phylogenetic Analy- sis:
Chapter 6. Homology and character evolution. David M. Williams and Christopher J. Humphries.
Chapter 7. What should a "complete" morpholo- gical phylogenetic analysis entail? Peter K. Endress.
Chapter 8. Beyond morphoclines and trends: the elements of diversity and the phylogenetic patterning of morphology. Larry Hufford and Michelle McMahon. Ecology and adaption:
Chapter 9. Epicuticular waxes and vascular plant syste- matics: integrating micromorphological and chemical data. Wilhelm Barth- lott, Inge Theisen, Thomas Borsch and Christoph Neinhuis.
Chapter 10. Toward a deeper understanding of sporoderm structure and function in pollen grains: the sporoderm. Michael Hesse.
Chapter 11. Ecological adaptions and deep phylogenetic splits--evidence and questions from the secondary xylem. Pieter Baas, Steven Jansen and Elisabeth A. Wheeler.
Chapter 12. The potential of plant biomechanics in functional biology and systematics. Thomas Speck, Nick Rowe, Laure Civeyrel, Regine Claßen- Bockhoff, Christoph Neinhuis and Hanns-Christof Spatz.
Chapter 13. How a better understanding of adaptions can yield better use of morphology in plant systematics: toward Eco-Evo-Devo. Thomas J. Givnish. Overview:
Chapter 14. Morphological data in plant systematics. Tod F. Stuessy.
Subject Index;
Taxon Index.
· · · · · · (收起)
List of Authors;
Preface;
Introduction:
Chapter 1. What is morphology and why is it time for its renaissance in plant systematics? Anton Weber Genetics and Development:
Chapter 2. The genetic dissection of the stepwise evolution of morphological characters. Konrad Bachmann and Oliver Gailing.
Chapter 3. Architectural effects on floral form and function: a review. Pamela K. Diggle.
Chapter 4. Floral developmental features and molecular data in plant systematics. Peter Leins and Claudia Erbar. Chapter 5. Comparative morphology in relation to molecu- lar and phylogenetic systematics. Stefan Gleissberg. Phylogenetic Analy- sis:
Chapter 6. Homology and character evolution. David M. Williams and Christopher J. Humphries.
Chapter 7. What should a "complete" morpholo- gical phylogenetic analysis entail? Peter K. Endress.
Chapter 8. Beyond morphoclines and trends: the elements of diversity and the phylogenetic patterning of morphology. Larry Hufford and Michelle McMahon. Ecology and adaption:
Chapter 9. Epicuticular waxes and vascular plant syste- matics: integrating micromorphological and chemical data. Wilhelm Barth- lott, Inge Theisen, Thomas Borsch and Christoph Neinhuis.
Chapter 10. Toward a deeper understanding of sporoderm structure and function in pollen grains: the sporoderm. Michael Hesse.
Chapter 11. Ecological adaptions and deep phylogenetic splits--evidence and questions from the secondary xylem. Pieter Baas, Steven Jansen and Elisabeth A. Wheeler.
Chapter 12. The potential of plant biomechanics in functional biology and systematics. Thomas Speck, Nick Rowe, Laure Civeyrel, Regine Claßen- Bockhoff, Christoph Neinhuis and Hanns-Christof Spatz.
Chapter 13. How a better understanding of adaptions can yield better use of morphology in plant systematics: toward Eco-Evo-Devo. Thomas J. Givnish. Overview:
Chapter 14. Morphological data in plant systematics. Tod F. Stuessy.
Subject Index;
Taxon Index.
· · · · · · (收起)
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