ISBN-10:
3540613218
ISBN-13:
9783540613213
Pub. Date:
12/19/1996
Publisher:
Springer Berlin Heidelberg
Forest Decline and Ozone: A Comparison of Controlled Chamber and Field Experiments / Edition 1

Forest Decline and Ozone: A Comparison of Controlled Chamber and Field Experiments / Edition 1

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Overview

The book explores the relationship between forest decline and ozone. It comprises a broad range of methods concerning field ecology, model ecosystem research, and basic physiological and biochemical research. Prominent features are the use of ozone dose rather than concentration values only, and the illustration of ozone effects in numerous exciting color photographs. The presented results are essential for designing new field and laboratory experiments.
The book is a must for anyone involved in air-pollution research!

Product Details

ISBN-13: 9783540613213
Publisher: Springer Berlin Heidelberg
Publication date: 12/19/1996
Series: Ecological Studies , #127
Edition description: 1997
Pages: 401
Product dimensions: 6.10(w) x 9.25(h) x 0.03(d)

Table of Contents

1 Ozone Formation, Destruction and Exposure in Europe and the United States.- 1.1 Introduction.- 1.2 The Chemistry of Tropospheric Ozone Formation.- 1.3 Urban Ozone Formation and Transport to Mountain Sites.- 1.4 Meteorological Effects on Tropospheric Ozone Concentrations.- 1.5 Ozone Networks and the Analysis of Measurements.- 1.6 The Global Distribution of Ozone Concentrations and the Seasonal Cycle.- 1.7 Long-Term Trends in Tropospheric Ozone Concentrations.- 1.8 Present Ozone Concentrations and Ozone Exposure over Europe and North America.- 1.9 Dry Deposition of Ozone.- 1.10 Conclusions.- References.- 2 Ozone and Its Known and Potential Effects on Forests in Western United States.- 2.1 Introduction.- 2.2 Spatial Distribution and Temporal Trends of Ozone in Relation to Geographic Setting and Summer Climate.- 2.2.1 Daily Patterns of Ozone Concentrations in Rural Mountain Locations.- 2.2.2 Spatial Variation of Ozone in the Sierra Nevada and San Bernardino Mountains.- 2.2.3 Temporal Trends of Ozone and the Outlook for the Future.- 2.3 History of Ozone Damage to Californian Forests.- 2.3.1 Field Identification of Ozone Injury.- 2.3.2 Role of Other Biotic and Abiotic Stresses.- 2.3.3 Crown Changes Associated with Chronic Ozone Injury.- 2.3.4 Spatial Distribution and Temporal Changes of Ozone Damage.- 2.3.4.1 Southern California.- 2.3.4.2 Sierra Nevada.- 2.4 Experimental Exposures of Western Conifers to Ozone.- 2.4.1 Foliar Injury Symptomatology.- 2.4.2 Physiological Responses: Gas Exchange and Photosynthesis.- 2.4.3 Growth Responses of Seedlings and Saplings.- 2.5 Effects of Chronic Ozone Exposure on Radial Growth in the Sierra Nevada and San Bernardino Mountains.- 2.5.1 Seasonal Radial Growth Responses.- 2.5.2 Long-Term Radial Growth Responses.- 2.5.2.1 Direct Effects of Ozone on Radial Growth.- 2.5.2.2 Effects of Ozone Together with Climate on Tree Growth.- 2.5.3 Relationship Between Needle Retention and Radial Growth Reductions.- 2.5.4 Development and Composition of Ozone-Exposed Forests Under Euro-American Settlement Influences.- 2.5.4.1 Chronic Ozone Injury and Mortality of Pines Due to Bark Beetle.- 2.5.4.2 Ozone Influences on Recruitment and Mortality of Ponderosa Pine Seedlings.- 2.5.5 Status of Models for Simulating Ozone Effects on Tree Growth and Stand Development.- 2.6 Summary.- References.- 3 Ozone and Its Known and Potential Effects on Forests in Eastern United States.- 3.1 Introduction.- 3.2 Recent Findings from Northeastern Forests.- 3.3 Recent Findings from Northcentral Pennsylvania..- 3.4 Recent Findings from the Shenandoah National Park, Virginia.- 3.5 Recent Findings from Southern United States..- 3.6 Recent Findings from Great Smoky Mountains National Park.- 3.7 General Conclusions.- References.- 4 Ozone and the Forests in Austria and Switzerland.- 4.1 Introduction.- 4.2 O3 Levels and Areas at Risk in the Alps of Central Europe.- 4.3 Tree Responses to O3 Levels at Forest Sites.- 4.3.1 Experimental O3 Exposure of Twigs of Mature Norway Spruce and European Larch Trees in Austrian Forests.- 4.3.1.1 Study Sites, Pollution Load, and Experimental Design.- 4.3.1.2 The Effects of the Various O3 Exposure Regimes.- 4.3.1.3 Stomatal Control of Ozone Uptake.- 4.3.1.4 Detoxification Capacity.- 4.3.2 The Swiss Research Program “Air Pollution and Forest Decline”.- 4.3.2.1 Effects of Air Pollutants on the Gas Exchange of Spruce.- 4.3.2.2 Analysis of the Needle Wax Layer, Stem Production, and Fungal Impact.- 4.3.2.3 Experiments on the O3 Sensitivity of Forest Trees.- 4.3.3 Other Field Research on Trees in Switzerland.- 4.4 Mechanisms of O3 Impact on Trees Under Controlled Exposure Conditions.- 4.5 Evidence of O3 Injury on a Regional Scale?.- 4.5.1 Methods of Estimating Forest Condition.- 4.5.2 Spatial Associations Between the Occurrence of Ozone and Crown Conditions.- 4.5.3 Associations of Temporal Trends in O3 Concentration and Crown Condition.- 4.5.4 Is there any Unambiguous Evidence of O3 Injury to Trees in Switzerland and Austria?.- 4.6 Conclusions.- References.- 5 Role of Ozone in Forest Decline on Wank Mountain (Alps).- 5.1 Introduction.- 5.2 Site Characteristics.- 5.2.1 The Bavarian Alps.- 5.2.2 The Wank Mountain Research Site.- 5.2.3 Tree Vitality at the Research Site.- 5.3 Atmospheric Exposure.- 5.4 Soil Characteristics and Tree Nutrition.- 5.5 Physiological Observations.- 5.5.1 Ozone.- 5.5.2 Other Photo-oxidants.- 5.6 Conclusions.- References.- 6 Ozone Responses of Trees: Results from Controlled Chamber Exposures at the GSF Phytotron.- 6.1 Introduction.- 6.2 Chamber Design and Performance.- 6.3 Selected Exposure Experiments.- 6.3.1 Interactions Between Ozone and Acidic Mist.- 6.3.2 Interactions Between Ozone and Carbon Dioxide..- 6.3.3 Effects of Mixtures of Air Pollutants.- 6.4 Biochemical Responses to Ozone.- 6.4.1 Response Levels.- 6.4.2 Photosynthetic Pigments.- 6.4.3 Polyphenolic Metabolites.- 6.4.4 Polyamines and Ethylene.- 6.4.5 Ozone-Related Proteins.- 6.4.6 Lignins.- 6.5 Premature Senescence in Beech.- 6.6 “Memory” Effects for Ozone in Conifers.- 6.7 Conclusions.- References.- 7 Controlled O3 Exposures and Field Observations of 03 Effects in the UK.- 7.1 Introduction.- 7.2 The 03 Climate of the UK.- 7.3 Surveys of Tree Health.- 7.3.1 Sitka Spruce.- 7.3.2 Norway Spruce.- 7.3.3 Scots Pine.- 7.3.4 Oak.- 7.3.5 Beech.- 7.3.6 Ash.- 7.3.7 Yew.- 7.3.8 UN-ECE Surveys.- 7.3.9 The Early Diagnosis Survey.- 7.4 Long-Term Ozone Exposures.- 7.4.1 Filtration Experiments.- 7.4.2 Fumigation Experiments.- 7.4.3 The Liphook Field Exposure Experiment.- 7.5 Ozone-Induced Changes in Epicuticular Waxes.- 7.6 Effects of O3 on Winter Hardiness and Frost Injury.- 7.7 Effects of Ozone on Nutrient Leaching.- 7.8 Effects of Ozone on Photosynthesis and Carbon Allocation.- 7.8.1 Photosynthetic Capacity.- 7.8.2 Carbon Allocation and Utilization.- 7.9 Interactive Effects of Ozone.- 7.9.1 Biotic Factors.- 7.9.2 Water Relations of Deciduous Trees.- 7.10 Conclusions.- References.- 8 Controlled Ozone Exposures and Field Observations in Fennoscandia.- 8.1 Land Use in Fennoscandia.- 8.2 Ozone Concentrations in Fennoscandia.- 8.3 Forest Health.- 8.3.1 Finland.- 8.3.2 Norway.- 8.3.3 Sweden.- 8.3.4 Denmark.- 8.3.5 Resin-Flow Disease in Norway Spruce.- 8.4 Exposure Facilities — Open-Top Chambers and Open-Release Systems.- 8.5 Ozone-Induced Changes in Structure.- 8.5.1 Controlled Exposure Experiments — Conifers.- 8.5.2 Controlled Exposure Experiments — Deciduous Trees.- 8.5.3 Influence of Growth Strategy on Ozone-Induced Structural Changes.- 8.5.4 Field Investigations — Conifers.- 8.5.5 Structural Changes as a Diagnostic Indicator.- 8.6 Ozone-Induced Changes in Gas Exchange.- 8.7 Ozone-Induced Changes in Growth.- 8.8 Conclusions.- References.- 9 Methods for Controlled and Field Ozone Exposures of Forest Tree Species in North America.- 9.1 The Forest and Ozone.- 9.1.1 Progress in Air Pollution Research.- 9.1.2 Limitations to the Application of Crop Research Methods to Forest Ecosystems.- 9.2 Basis for Comparison of Field vs Chamber Research.- 9.2.1 Fumigation Systems — Controlled Environment.- 9.2.2 Fumigation Systems — Field.- 9.2.3 Ambient Gradients.- 9.2.4 Cultivar Comparisons.- 9.2.5 Protective Chemicals.- 9.3 Limitations to Comparisons.- 9.3.1 Scaling Problems.- 9.3.2 Temporal/Spatial Problems.- 9.3.3 Data Analysis.- 9.4 What Is Needed for Future Studies?.- 9.4.1 Biological and Physiological Response.- 9.4.2 Functional Ozone Parameters for Exposure.- 9.4.3 Future Field Research.- 9.5 Summary and Conclusions.- References.- 10 Physiological Processes and Plant Responses to Ozone Exposure.- 10.1 Introduction.- 10.1.1 Air Pollution Injury.- 10.1.1.1 Types of Oxidant Stress.- 10.1.1.2 Overview.- 10.2 The Assault of Air Pollutants upon Plants.- 10.2.1 Sequence of Events Following Air Pollutant Exposure.- 10.2.1.1 Entry of the Pollutant into the Leaf.- 10.2.1.2 Reactions of the Gas Within the Leaf.- 10.2.1.3 Movement of Product(s) and Transformations •.- 10.2.2 Amount of Exposure at the Physiological Level §.- 10.2.2.1 Initial Site of Direct Ozone “Attack”.- 10.2.2.2 Ionic Flows Maintained by the Plasma Membrane.- 10.2.3 Responses of Metabolic Processes.- 10.2.3.1 Wounding.- 10.2.3.2 Stress-Induced Alterations in Gene Expression.- 10.2.4 Tissue Level.- 10.2.4.1 Photosynthesis.- 10.2.4.2 Photoinhibition.- 10.2.4.3 Ozone Injury and Carbohydrate Status.- 10.2.4.4 Translocation.- 10.3 Summary of Physiological and Biochemical Events.- 10.3.1 O3 -Induced Changes in the Plant’s Ability to Respond to Other Stresses.- 10.4 Role of Models.- 10.4.1 Is an Effect Real?.- 10.5 Conclusion.- References.- 11 Forest Decline and Ozone: Synopsis.- 11.1 Decline Definitions.- 11.2 Ozone History of the Series “Ecological Studies”.- 11.3 Decline Potential of Ozone.- 11.4 Ozone and Plant Homeostasis.- 11.5 Types of Injury and Improved Ozone Diagnostics.- 11.6 Population and Ecosystem Responses.- References.- Appendix: Color Illustrations.

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