Plant stems physiology and functional morphology

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Format: Buch
Sprache:English
Veröffentlicht: San Diego [und 6 weitere] Academic Press 1995
Schriftenreihe:Physiological ecology
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MARC

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Datensatz im Suchindex

DE-BY-TUM_call_number 1002/BIO 460f 10.1996 A 424
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adam_text Plant Stems: Physiology and Functional Morphology Edited by Barbara L Gartner Department of Forest Products Oregon State University Corvallis, Oregon Academic Press San Diego New York Boston London Sydney Tokyo Toronto Contents Contributors xi Preface xiii Acknowledgments xvi Part I Roles of Stem Architecture in Plant Performance 1 Plant Stems: Biomechanicai Adaptation for Energy Capture and Influence on Species Distributions Thomas J Givnish I Introduction 3 II Constraints on Optimal Stem Allocation, Form, and Growth Dynamics 4 III Energetic Trade-offs and Predicted Trends 10 IV Conclusion and Coda 39 References 41 2 Opportunities and Constraints in the Placement of Flowers and Fruits Donald M Waller and David A Steingraeber I Introduction 51 II Adaptive Opportunities in Flower and Fruit Placement 52 III Functional Constraints on Reproduction 58 IV Biomechanicai Factors Influencing the Placement of Flowers and Fruits 62 V Can Flower Placement Constrain Stem or Shoot Growth? 64 VI How Are Flower Types Influenced by Flower Placement? 65 VII Prospects for Furdier Research: Exploring Trade-offs 67 References 68 Vi Contents 3 Biomechanicai Optimum in Woody Stems Claus Mattheck I Trees as Sailboats 75 II Human-Made Engineering Design versus Grown Biomechanicai Design 76 III Opdmum Mechanical Design 77 IV The Design Principle in Trees 79 V Safety Factors 84 VI Relevance of Hollow Spaces and Cavities to Safety of Trees 85 VII Repair of die Damaged Optimum 87 VIII Summary 88 References 89 4 Shrub Stems: Form and Function Brayton F Wilson I Introduction 91 II Stem Hydraulics and Adaptations to Drought 93 III Stem Height and Form 94 IV Architectural Strategies 96 V Future Areas for Research 99 References 99 Partn Roles of Stems in Transport and Storage of Water 5 Limitations on Stem Water Transport and Their Consequences John S Sperry I Introduction 105 II Importance of Stem Water Transport 105 III Limits on Stem Water Transport: Cavitation 107 IV Freezing and Cavitation 107 V Water Stress and Cavitation 112 VI Conclusions 120 References 120 6 Patterns of Xylem Variation within a Tree and Their Hydraulic and Mechanical Consequences Barbara L Gartner I Introduction 125 II Typical Patterns of Xylem Variation 126 III Variation in Water Transport 130 Contents VM IV Variation in Stresses, Structure, and Density 136 V Conclusions 144 References 145 7 Stem Water Storage N MicheleHolbrook I Introduction 151 II Approaches to Studying Stem Water Storage 152 III Structural Features Influencing Stem Water Storage 156 IV Ecological Significance of Stem Water Storage 164 V Conclusions and Directions for Future Research 169 References 169 Partm Roles of live Stem Cells in Plant Performance 8 Role of Stems in Transport, Storage, and Circulation of Ions and Metabolites by the Whole Plant John S Pate and W Dieter Jeschke I Introduction 177 II Anatomical Features of Stems in Relation to Storage and Internal Exchanges between Transport Channels 178 III Modeling Empirically the Role Played by Stems in Partitioning, Storage, and Utilization of Specific Nutrient Elements 182 IV Case Studies 183 V Conclusions 201 References 202 9 The Low Profile Directors of Carbon and Nitrogen Economy in Plants: Parenchyma Cells Associated with Translocation Channels AartJ E VanBel I Introduction 205 II Channel-Associated Cells in Xylem: Involvement in N Economy 206 in Channel-Associated Cells in Phloem: Background and Concept 210 IV Channel-Associated Cells in the Phloem Loading Zone: Loading Mechanisms and Potential Consequences 216 V Channel-Associated Cells in Phloem Transport Zone 217 VI Ecological Strategies and Operation of Channel-Associated Cells 218 References 220 Viii Contents 10 Stem Photosynthesis: Extent, Patterns, and Role in Plant Carbon Economy ErikT Nilsen I Introduction 223 II Extent of Stem Photosynthesis 226 III Nature of Stem Photosynthetic Apparatus 227 IV Ecophysiological Significance 234 V Summary and Goals for Future Research 236 References 238 11 Microflora and Microfauna on Stems and Trunks: Diversity, Food Webs, and Effects on Plants E R Ingham and A R Moldenke I Introduction 241 II Organisms in die Food Web and Their Importance for Plant Growth 242 III Organisms in die Food Web and Their Functions 244 IV Plant Surface Food Webs 245 V Stem Attack by Wood-Boring Insects 251 VI Conclusions 253 References 254 12 Developmental Potential of Shoot Buds Joel P Stafstrom I Introduction 257 II Ontogeny and Development of Vegetative Buds 258 III Biochemical and Cytological Changes during Bud Development 262 IV Patterns of Axillary Bud Development 267 V Plasticity of Developmental Potential 271 VI Summary: Development of Reserve Meristems 274 References 276 13 Hormonal Control of Radial and Longitudinal Growth in the Tree Stem C H Anthony Little and Richard P Pharis I Introduction 281 II Identification, Metabolism, and Movement of Hormones 282 III Hormonal Control of Radial Growth 288 IV Hormonal Control of Longitudinal Growth 296 V Conclusions and Future Directions 303 References 305 Contents ix PartIV Rqles of Stems in Preventing or Reacting to Plant Injury 14 Stems and Fires A Malcolm Gill I Introduction 323 II Cell-Level Injury and Recovery 325 III Plant Level 333 IV Fire Injury and Invasions by Invertebrates and Fungi 338 V Conclusions 339 References 339 15 Response of Stem Growth and Function to Air Pollution James A Weber and N E Grulke I Introduction 343 II Types of Air Pollutants and Their Effects 343 III Evidence from Studies of Tree Rings 347 IV Effect of COj Enrichment on Stem Growdi in Trees 352 V Model of Air Pollutant Effects on Stem Growth 356 VI Conclusions 356 References 357 16 Chemical Antiherbivore Defense John P Bryant and Kenneth F Raff a I Introduction 365 II Mammals 365 III Bark Beetles 372 IV Conclusions 375 References 375 17 Stem Defense against Pathogens Louis Shain I Introduction 383 II Defense of Bark 384 III Defense of Sapwood 391 IV Defense of Heartwood 398 V Conclusions 399 References 401 X Contents PartV Synthesis 18 Stems in the Biology of the Tissue, Organism, Stand, and Ecosystem Thomas M Hinckley and Paul J Schulte I The Nature of Stems 410 II Constraints on Capabilities and Functions of Stems 414 III Throwaway Concept 415 IV Stem Development 416 V The Stem as a Research Subject: Experimental Limitations 417 VI Function and Process Interactions 418 VII Trade-offs 420 VIII The Optimization Issue 421 IX Conclusions 423 References 425 Index 429
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physical XVI, 440 Seiten Illustrationen, Diagramme, Karten
publishDate 1995
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publishDateSort 1995
publisher Academic Press
record_format marc
series2 Physiological ecology
spellingShingle Plant stems physiology and functional morphology
Stamm Botanik (DE-588)4182864-1 gnd
Funktionsmorphologie (DE-588)4155692-6 gnd
Pflanzenphysiologie (DE-588)4045580-4 gnd
subject_GND (DE-588)4182864-1
(DE-588)4155692-6
(DE-588)4045580-4
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title Plant stems physiology and functional morphology
title_auth Plant stems physiology and functional morphology
title_exact_search Plant stems physiology and functional morphology
title_full Plant stems physiology and functional morphology edited by Barbara L. Gartner
title_fullStr Plant stems physiology and functional morphology edited by Barbara L. Gartner
title_full_unstemmed Plant stems physiology and functional morphology edited by Barbara L. Gartner
title_short Plant stems
title_sort plant stems physiology and functional morphology
title_sub physiology and functional morphology
topic Stamm Botanik (DE-588)4182864-1 gnd
Funktionsmorphologie (DE-588)4155692-6 gnd
Pflanzenphysiologie (DE-588)4045580-4 gnd
topic_facet Stamm Botanik
Funktionsmorphologie
Pflanzenphysiologie
Aufsatzsammlung
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