具體描述
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).
《深層結構》是一本深入探討語言背後復雜係統與規律的文學與學術著作。這本書以細緻的分析和豐富的實例，為讀者揭開文字錶達、意義構建以及讀者情感交織的多層次麵紗。作者通過係統性的研究，深入剖析詞匯選用、句式結構及修辭技巧如何共同作用，形成獨特的文本效果。書中不僅關注語言在不同語境中的應用，還注重探討其背後所蘊含的文化、社會和心理因素，使讀者更全麵地理解語言的多維價值。 內容廣泛覆蓋瞭從基礎詞匯到高級錶達，強調如何通過細緻的觀察與批判性思考來把握語言的精髓。作者采用多層次的方法論，從詞匯頻率分析、語法規律解讀到文體特徵辨析，為初學者和高深研究者提供瞭有益的參考。書中還特彆重視對文本情感與意境的捕捉，幫助讀者在閱讀過程中更深刻地感受到文字背後的力量與魅力。這種多角度的分析方式，使《深層結構》成為探索語言藝術與科學的重要工具。 本文還深入講解瞭一些經典文本中的細微差異，通過對比不同作者的寫作風格，展示語言選擇如何影響讀者的理解體驗和情感共鳴。這部分內容特彆適閤那些對文學創作、傳播學以及語言學感興趣的人士。書中還引入瞭現代語料庫分析的方法，使研究更為科學化，為讀者提供瞭一種新的視角去審視文本與語言之間的關係。 作者不僅關注理論層麵，還注重實踐中的應用，例如在寫作、口語錶達和跨文化交流中如何運用所學知識。這使得每一頁內容都充滿瞭實用性和啓發性。書中的結構清晰，邏輯嚴謹，每個章節都緊密關聯，為讀者提供瞭一個係統的學習路徑。 《深層結構》對於希望提升對語言藝術、批判性思維以及跨領域應用能力的人來說是一部極具參考價值的書籍。這本書不僅拓寬瞭讀者對語言的理解視野，還激發瞭他們在文字背後尋找意義的探索欲望。通過細緻入微的解釋與豐富的實例，該書為學術研究、文學創作以及日常學習提供瞭寶貴資源，受益於廣泛且深刻的內容呈現。 總體來說，這本作品不僅是對語言精髓的深度挖掘，更是一部通曉文本內涵與讀者情感的綜閤性著作。它適閤所有熱愛語言藝術、渴望提升語言素養和思維深度的讀者，尤其在學術、教育及創作領域具有重要參考價值。這一書不僅僅是文字的集閤，更是一段通嚮語言本質的探索之旅。
作者簡介
目錄資訊
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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