Scaling physiological processes: leaf to globe
Saved in:
| Format: | Book |
|---|---|
| Language: | English |
| Published: |
San Diego u.a.
Acad. Press
1993
|
| Series: | Physiological ecology
|
| Subjects: | |
| Online Access: | Inhaltsverzeichnis |
| Physical Description: | XV, 388 S. Ill., graph. Darst. |
| ISBN: | 012233440X |
Staff View
MARC
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| 245 | 1 | 0 | |a Scaling physiological processes |b leaf to globe |c ed. by James R. Ehleringer ... |
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Record in the Search Index
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|---|---|
| adam_text | Scaling
Physiological
Processes
Leaf to Globe
Edited by
James R Ehleringer
Department of Biology
University of Utah
Salt Lake City, Utah
Christopher B; Field
Department of Plant Biology
Carnegie Institution of Washington
Stanford, California
Academic Press, Inc
Harcourt Brace Jovanovich, Publishers
San Diego New York Boston
London Sydney Tokyo Toronto
Contents
Contributors xiii
1 Introduction: Questions of Scale
Christopher B Field and James R Ehleringer
I Scaling from Ecophysiology 1
II The Art of Scaling 2
III Some New Dimensions 3
References 4
Parti
Integrating Spatial Patterns
2 Concepts of Scale at the Local Level
Simon A Levin
I Introduction 7
II The Ecosystem as an Abstraction 7
III There Is No Correct Scale, but There May Be Scaling Laws 11
IV Relevance to Ecological Problems 12
V Theories and Bases for Scaling 13
VI Program for Research on Scaling in Terrestrial Systems 18
References 18
3 Spatial Information for Extrapolation of Canopy Processes:
Examples from FIFE , -
David S Schimel, Frank W Davis, and Timothy G F Kittel
I Introduction 21
II Experiment Overview 22
III A Priori Stratification 23
A Rationale 23
B Initial Implementation 24
IV Digital Elevation Model-Based a Priori Stratification 26
A Methods 26
B Analysis 27
V Regression-Tree Stratification 28
A Methods 28
B Results 29
Vi Contents
VI Scale Dependence in GVI and Terrain Variables 30
VII Spatial Analysis of Flux Measurements 31
VIII Lessons for Physiological Ecology 33
IX Conclusion 35
X Summary 35
References 36
Part II
Leaf to Ecosystem Level Integration
4 Scaling Processes between Leaf and Canopy Levels
John M Norman
I Introduction 41
II What Is Scaling and Why Do It? 42
III Issues in Scaling from Leaf to Canopy 43
IV Can an Investigative Paradigm from Physics Be Applied Directly to
Biology? 44
V Scaling in Fluid Dynamics 45
VI Comprehensive Plant—Environment Models 47
A What Are PE Models? 48
B Early History of PE Models 49
C How Do We Approach PE Models? 50
VII Examples of Scaling Leaf Photosynthesis to Canopy
Photosynthesis 51
A Method 1: Scale Using Leaf Photochemical Efficiency and
APAR 52
B Method 2: Scale Using Average Illumination and LAI 54
C Method 3: Consider the Canopy as One Large Horizontal Leaf 62
D Method 4: Stratify Canopy into Sunlit and Shaded Leaves 62
E Method 5: Consider Leaf Energy Balance and Environmental
Gradients 63
F Summary 73
VIII Summary 73
References 74
5 Scaling Water Vapor and Carbon Dioxide Exchange from
Leaves to a Canopy: Rules and Tools
Dennis D Baldocchi
I Introduction 77
II Literature Overview 78
III Basic Scaling Rules 79
IV Leaf to Canopy Scaling: Linking Transpiration and Photosynthesis
with Their Microenvironment 80
A Evaluating the Conservation Budget Equation 82
B Radiative Transfer in Plant Canopies 87
C Surface Energy Balance 90
Contents vii
V What Information Is Needed to Scale CO2 and Water Vapor
Exchange from a Leaf to a Canopy? 91
A Defining the Canopy 91
B Evaluating Leaf Scaling Parameters and Processes 93
VI Can Information on Leaf CO2 and Water Vapor Exchange Be
Extended to the Canopy Scale? 95
A Homogeneous Closed Canopy: Soybeans 95
B Aerodynamically Rough and Complex Plant Stand: Broadleaf
Forest 100
VII Concluding Comments 106
References 108
6 Prospects for Bottom-Up Models
Paul G Jarvis
I What Are Bottom-Up Models? 117
II Problems 120
III Top-Down Models: An Alternative Approach 121
IV Bottom-Up Models and Scaling 123
V Conclusions 124
References 125
7 Scaling Ecophysiology from the Plant to the Ecosystem:
A Conceptual Framework
James F Reynolds, David W Hilbert, and Paul R Kemp
I Introduction 127
II Role of Modeling 128
III Scaling Issues and Hierarchy Theory 129
A Scaling and Aggregation Problems 129
B Role of Mechanistic Models 131
C Hierarchical Framework for Model Aggregation 132
IV Examples of Model Aggregation 134
A Effects of Elevated CO2 and Soil Nitrogen on Stand Dynamics 134
B Danger of Direct Scaling: Transposition of Scale 136
V Summary 138
References 139
8 Generalization of a Forest Ecosystem Process Model for
Other Biomes, BIOME-BGC, and an Application for Global-
Scale Models
Steven W Running and E Raymond Hunt, Jr
I Introduction 141
II Lessons Learned in the Evolution of FOREST-BGC and
RESSys 142
A Precursers of FOREST-BGC and RESSys 142
B New Applications of FOREST-BGC and RESSys 145
viii Contents
III BIOME-BGC Development 146
A Physiology across Biomes 146
B Parameter Changes Required for BIOME-BGC 148
C BIOME-BGC Simulation Results 150
IV Global Scale Application Using BIOME-BGC 152
A Remote Sensing of Net Primary Production 152
B Effect of Life-Form on ec 153
C Effect of Climate on ec 154
V Conclusions 155
References 156
9 How Ecophysiologists Can Help Scale from Leaves to
Landscapes
Richard H Waring
I Role of Ecophysiologists 159
II Promising Research Areas 160
A Assessing the Availability and Acquistion of Resources 160
B Identifying the Origin of Resources 161
C Identifying the Fate of Resources 161
D Animal-Host Plant Interactions 162
III Landscape Ecology 162
IV Challenges for the Future 163
References 164
Part III
Global Constraints and Regional Processes
10 Global Dynamics and Ecosystem Processes: Scaling Up or
Scaling Down?
Peter M Vitousek
I Introduction 169
II From Physiology to Ecosystem 170
III From Ecosystem to Global Scale 172
IV Global Measurements to Ecosystem Mechanisms 174
V Conclusions 176
References 176
11 Observational Strategy for Assessing the Role of Terrestrial
Ecosystems in the Global Carbon Cycle: Scaling Down to
Regional Levels
Pieter P Tans
I Introduction 179
II Atmospheric Concentration Gradients and Transport
Modeling 180
Contents ix
III General Requirements for Measurements 184
IV Methods for Monitoring the Carbon Cycle on the Continents 185
A High Precision Concentration Measurements 186
B Flux Measurement through Eddy Correlation 187
C Weekly Vertical Profile Determination 188
D Studies of Land Use, Nutrient Budgets, and Carbon Allocation 188
V Summary 188
References 189
12 Forests in the Global Carbon Balance: From Stand to Region
Paul G Jarvis and Roddy C Dewar
I Introduction 191
II Carbon Balance Concept 193
A Anthropogenic Perturbation 193
B Consideration of Temporal and Spatial Scale 195
C Changes in Land Use and Productivity 196
III Methodology for Determining Enhanced Sources and
Sinks 197
A Inverse Modeling 197
B Forward Modeling 198
C Flux Measurements 199
D Stock Taking 201
IV Current Enhanced Sources 202
A Fossil Fuels 202
B Burning Vegetation 202
C Tropical Deforestation 202
D Temperate and Boreal Deforestation 204
V Current Enhanced Sinks 204
A Increase in the Atmospheric Concentration 204
B Controversial Ocean Sink and the Tans Hypothesis 205
C Terrestrial Biotic Sinks 207
VI Historical Trend of the Global Terrestrial Sink 208
VII Carbon Dioxide Fertilization 209
A Hypothesis 209
B Evidence 211
C Process-Based Terrestrial Ecosystem Models 211
VIII Moving Forward 212
A Database Improvement 212
B Changes in Carbon Stocks 213
C Carbon Dioxide Flux Measurements 213
D Coherent Suite of Models over a Range of Scales 213
IX Conclusions 217
References 218
13 Prospects for Scaling
Martyn M Caldwell, Pamela A Matson, Carol Wessman, and John Gamon
I Introduction 223
Contents
II Approaches and Guidelines 224
A Bottom-Up and Top-Down Models 224
B Guidelines for Scaling 225
C New Tools 227
D Structuring Our Science 228
References 229
Part IV
Functional Units in Ecology
14 Scaling in Biological Systems: Population and
Community Perspectives
Fakhri A Bazzaz
I Introduction 233
II Individual Plants as Members of Populations, Communities, and
Ecosystems 234
III Global Change, Resource Augmentation, and the Response of
Individuals and Populations: Are There General Patterns? 238
IV Models as Tools for Scaling: Single Individual and Single Species
Models without Competition 241
V Models with Competition and among Neighbors: A Step closer to
Natural Ecosystems 242
VI Factors That Can Compromise the Simplicity of Models 245
A Environmental Heterogeneity 246
B Incongruent Availability of Resources 247
C Phenotypic Variation 247
References 252
15 Scaling at the Population Level: Effects of Species
Composition and Population Structure
James S Clark
I Introduction 255
II When to Consider the Population Level in the Context of
Scaling 257
III Patchiness and the Gap Paradigm 260
IV Why Simplify? 263
V How to Simplify 263
A Species Composition 263
B Population Structure 264
VI Spatial and Temporal Dependencies 269
A Spatial Dependence 272
B Temporal Dependence 274
VII Future Directions 280
References 281
Contents xi
16 Functional Role of Growth Forms in Ecosystem
and Global Processes
F Stuart Chapin III
I Introduction 287
II Physiological Basis of Adaptive Strategies 288
A RGR and Suites of Physiological Traits 288
B Trade-offs with Growth Rate 290
III Ecological Controls over Adaptive Strategies 292
IV Ecosystem Consequences of Growth Forms 294
A Individuals versus Ecosystems 294
B Energy and Water Exchange 296
C Carbon Flux 300
D Nutrient Cycling 301
E Trophic Transfer 302
F Sensitivity to Disturbance 302
G Community Change 303
V Growth Form-Ecosystem Feedbacks 303
VI Remote Sensing of Growth Forms and Ecosystem Function 305
VII Conclusions 306
References 308
17 Grouping Plants by Their Form-Function Characteristics as
an Avenue for Simplification in Scaling between Leaves
and Landscapes
Todd E Dawson and F Stuart Chapin III
I Introduction 313
II Form—Function Relationship in Plants 314
III Grouping Rationale 316
IV Grouping Criteria 316
V Concluding Remarks 318
References 319
PartV
Integrating Technologies for Scaling
18 Applications of Stable Isotopes to Scaling Biospheric
Photosynthetic Activities
Dan Yakir, Joseph A Berry, Larry J Giles, C Barry Osmond, and
Richard B Thomas
I Introduction 323
II Sources: The Importance of Isotopic Composition of Water in the
Metabolic Compartments of Leaves 324
A Using CO2 as a Probe 325
B Using Photosynthetic O2 as a Probe 327
xii Contents
III Gradients: The Interpretation of Gradients in Isotopic Composition
and Their Value as Integrators of Photosynthetic Fluxes 329
IV Partitioning: Evaluating Photosynthetic Pathways within Ecosystems,
Carbon Allocation below Ground, and Integration with Nitrogen
Fixation 331
V Summary 334
References 335
19 Remote Sensing of Ecological Processes: A Strategy for
Developing and Testing Ecological Models Using Spectral
Mixture Analysis
Susan L Ustin, Milton 0 Smith, and John B Adams
I Introduction 339
A Current and Future Earth Observing Satellites 341
II Relevant Ecological Measurements 342
III Current Approaches to Remote Sensing 344
A Spectral Mixture Analysis of Images 345
B Ecological Measurements from Remote Sensing Data 345
C Quantifying Scene Components 347
D Identifying Major Scene Components 350
E Error Analysis 350
F Identifying Minor Scene Components 351
IV Conclusions 352
V Summary 354
References 355
20 New Technologies for Physiological Ecology
David S Schimel
I Introduction 359
II Discussion 359
A Flux Measurements 359
B Isotope Techniques 361
C Remote Sensing 363
References 365
Index 367
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| spelling | Scaling physiological processes leaf to globe ed. by James R. Ehleringer ... San Diego u.a. Acad. Press 1993 XV, 388 S. Ill., graph. Darst. txt rdacontent n rdamedia nc rdacarrier Physiological ecology Fysiologie gtt Planten gtt Plantes - Écophysiologie Plant ecophysiology Autökologie (DE-588)4143684-2 gnd rswk-swf Pflanzen (DE-588)4045539-7 gnd rswk-swf Autökologie (DE-588)4143684-2 s Pflanzen (DE-588)4045539-7 s DE-604 Ehleringer, James R. Sonstige oth HEBIS Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=005240470&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | Scaling physiological processes leaf to globe Fysiologie gtt Planten gtt Plantes - Écophysiologie Plant ecophysiology Autökologie (DE-588)4143684-2 gnd Pflanzen (DE-588)4045539-7 gnd |
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| title | Scaling physiological processes leaf to globe |
| title_auth | Scaling physiological processes leaf to globe |
| title_exact_search | Scaling physiological processes leaf to globe |
| title_full | Scaling physiological processes leaf to globe ed. by James R. Ehleringer ... |
| title_fullStr | Scaling physiological processes leaf to globe ed. by James R. Ehleringer ... |
| title_full_unstemmed | Scaling physiological processes leaf to globe ed. by James R. Ehleringer ... |
| title_short | Scaling physiological processes |
| title_sort | scaling physiological processes leaf to globe |
| title_sub | leaf to globe |
| topic | Fysiologie gtt Planten gtt Plantes - Écophysiologie Plant ecophysiology Autökologie (DE-588)4143684-2 gnd Pflanzen (DE-588)4045539-7 gnd |
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