Note: Intro -- Title Page -- Copyright -- Dedication -- Contents -- A Guide to the Habitat Lists -- A Guide to the Illustrations -- Preface -- Suggestions for Using This Book -- 1: In Search of Birds -- 2: Habitats and Bird Identification -- 3: Birds of the Hardwoods -- 4: Birds of the Evergreens -- 5: Birds of Fields and Meadows -- 6: Birds of Brushy Borders -- 7: Roadside Bird Watching -- 8: Bond and Streamside Bird Watching -- 9: Birds of Fresh-Water Marshes and Swamps -- 10: Birds of the Mud Flats and Salt-Water Marshes -- 11: Birds of the Seashores and Beaches -- 12: Watching Our Tropical Birds -- 13: Bird Watching in the Garden -- 14: Watching Songbirds in Winter -- 15: Birds in the Night -- 16: Using Binoculars and Scopes -- 17: Techniques Afield -- 18: Come Walk with Me -- Bibliography -- Bird index follows page -- A Note About the Author -- Other Books by This Author.

Note: Front Cover -- Strained-Layer Superlattices: Materials Science and Technology -- Copyright Page -- Contents -- LIST OF CONTRIBUTORS -- PREFACE -- Chapter 1. Principles and Concepts of Strained-Layer Epitaxy -- I. Introduction -- ll. Growth Techniques -- lll. Importance of the Substrate Surface in Heteroepitaxial Growth -- IV. Nucleation and Growth Modes -- V. Strain Relief of Lattice-Mismatched Epitaxy -- VI. Atomic-Scale Structure of Epitaxial Layers -- VII. Summary -- References -- Chapter 2. Device Applications of Strained-Layer Epitaxy -- I. Introduction -- ll. Properties of Strained Layers -- lll. Electronic-Device Structures -- IV. Optoelectronic-Device Structures -- V. Optimized Lattice-Constant Epitaxy -- VI. Conclusions -- References -- Chapter 3. Structure and Characterization of Strained-Layer Superlattices -- I. Introduction -- ll. Structure -- lll. Ion-Scattering Characterization -- IV. X-ray Diffraction Characterization -- V. Other Characterization Techniques -- VI. Stability, Metastability, and Relaxation -- VII. Application to Single Strained Layers -- VIII. Application to Superlattices -- IX. Conclusions -- References -- Chapter 4. Group-IV Compounds -- l. Introduction -- ll. Material Properties -- lll. Basic Principles -- IV. Stability of Strained-Layer Superlattices -- V. The Si1-xGex/Si System -- VI. Outlook -- References -- Chapter 5. Molecular-Beam Epitaxy of IV-Vl Compound Heterojunctions and Superlattices -- l. Introduction -- ll. Growth by Molecular-Beam Epitaxy -- lll. Use of Lattice-Mismatched Substrates -- lV. Strained-Layer Superlattices and Heterojunctions -- V. Conclusions -- Acknowledgments -- References -- Chapter 6. Molecular-Beam Epitaxy of II-VI Semiconductor Microstructures -- I. Introduction -- ll. Growth by Molecular-Beam Epitaxy -- lll. Use of Lattice-Mismatched Substrates. , IV. Strained-Layer Superlattices and Heterojunctions -- V. Conclusions -- Acknowledgments -- References -- INDEX -- CONTENTS OF PREVIOUS VOLUMES.

Note: Cover -- Title Page -- Copyright Page -- FOREWORD -- THE EDITOR -- Dedication -- CONTRIBUTORS -- Table of Contents -- Chapter 24: Eastern Equine Encephalomyelitis -- Chapter 25: Getah Virus Disease -- Chapter 26: Group C Viruses -- Chapter 27: Issyk-Kul Virus Disease -- Chapter 28: Japanese Encephalitis -- Chapter 29: Kyasanur Forest Disease -- Chapter 30: Louping Ill -- Chapter 31: Mayaro Virus Disease -- Chapter 32: Murray Valley and Kunjin Encephalitis -- Chapter 33: Nairobi Sheep Disease -- Chapter 34: Omsk Hemorrhagic Fever -- Chapter 35: O'Nyong Nyong Virus Disease -- Index.

Note: Intro -- Half-title -- Title -- Copyright -- Dedication -- Contents -- Preface -- PART I The interaction of strategy and policy -- 1 A framework for analysis -- 1 INTRODUCTION -- 2 ELEMENTS OF THE ANALYTICAL FRAMEWORK -- 2.1 Industry structure -- 2.2 Policy life cycle -- 2.3 Political environment -- 2.4 Summary of the framework -- (1) Preemption: Responsible Care -- (2) Negotiated agreement (coordination dependent): German CO2 Emissions Reductions -- (3) Negotiated agreement: Isogo Thermal Power Station -- (4) Voluntary action to induce regulation: DuPont and CFCs -- (5) Promote public voluntary agreement: TransAlta Corporation -- (6) Overcompliance to gain regulatory concessions: Project XL -- (7) Voluntary action to influence future regulation: German catalytic converters -- 3 NON-POLITICAL THEORIES OF CORPORATE ENVIRONMENTALISM -- 3.1 Improving corporate productivity -- 3.2 Responding to "green" consumers and investors -- 4 CORPORATE ENVIRONMENTAL AND FINANCIAL PERFORMANCE -- 5 DRIVERS OF CORPORATE ENVIRONMENTAL IMPROVEMENT -- 5.1 Green consumers -- 5.2 Stakeholder pressure -- 5.3 Competitive pressure -- 5.4 Regulatory and legal pressures -- 5.5 Past environmental performance -- 5.6 Government voluntary programs -- 5.7 Summary -- 6 CONCLUSIONS -- 2 Markets, politics, and models -- 1 INTRODUCTION -- 2 COMPANIES AND MARKETS -- 3 THE POLICY LIFE CYCLE -- 3.1 Development and politicization -- 3.2 Legislation -- 3.3 Implementation -- 4 CONCLUSIONS -- PART II Corporate strategy and the policy life cycle -- 3 Preempting future regulations -- 1 INTRODUCTION -- 2 THE MODEL -- 2.1 Stage 3: output market equilibrium -- 2.2 Stage 2: influence game -- 2.3 Stage 1: voluntary pollution control -- 3 CONDUCT OF FIRMS AND CONSUMERS -- 4 WELFARE IMPLICATIONS -- 5 TOXIC CHEMICAL RELEASES AND THE THREAT OF REGULATION -- 6 NON-TECHNICAL SUMMARY. , 7 CONCLUSIONS AND POLICY IMPLICATIONS -- APPENDIX -- 4 Influencing future regulations -- 1 INTRODUCTION -- 1.1 Quality leadership -- 1.2 Signaling -- 2 QUALITY LEADERSHIP -- 2.1 A general model -- 2.2 Results in the general case -- 2.3 Quality leadership in a vertical product differentiation model with pollution externalities -- 2.3.1 The model -- 2.3.2 The unregulated equilibrium -- 3 SIGNALING -- 3.1 Du Pont corporation and Freon Products -- 3.2 The signaling model -- 3.3 The separating equilibrium -- 4 NON-TECHNICAL SUMMARY -- 5 CONCLUSIONS AND POLICY IMPLICATIONS -- APPENDIX -- A.1 Proofs for the general quality leadership model -- A.2 Sufficient conditions for the vertical differentiation model -- 5 Deflecting enforcement of existing regulations -- 1 INTRODUCTION -- 2 THE MODEL -- 2.1 Overview and timing -- 2.2 Model details -- 2.2.1 The regulator -- 2.2.2 The firm -- 2.3 The unresponsive regulatory regime -- 2.4 The responsive regulatory regime -- 2.4.1 Stage II -- 2.4.2 Stage I -- 3 REGULATORY EFFICIENCY AND RESPONSIVE REGULATION -- 4 SOCIAL COSTS AND RESPONSIVE REGULATION -- 5 NON-TECHNICAL SUMMARY -- 6 CONCLUSION -- APPENDIX -- The Mean Value Theorem -- PART III Government voluntary programs -- 6 An institutional analysis of voluntary environmental agreements -- 1 INTRODUCTION -- 2 THE ORGANIZATIONS THAT SHAPE US ENVIRONMENTAL REGULATIONS -- 2.1 Regulated industry -- 2.2 National environmental groups -- 2.3 The EPA and state regulators -- 2.4 The Congress -- 3 THE RISE OF VOLUNTARY AGREEMENTS -- 3.1 Growing body of environmental legislation -- 3.2 Technological innovation and scientific discoveries -- 3.3 Budget cutbacks -- 3.4 Rising cost of litigation against EPA -- 4 CONCLUSIONS -- 7 Negotiated agreements -- 1 INTRODUCTION -- 2 NEGOTIATED AGREEMENTS WITH ENDOGENOUS LEGISLATIVE THREAT -- 2.1 The rent-seeking stage. , 2.2 The regulatory proposal -- 2.3 The bargaining stage -- 3 PUBLIC PARTICIPATION IN ENVIRONMENTAL NEGOTIATIONS -- 4 NEGOTIATING WITH OLIGOPOLISTIC INDUSTRIES -- 4.1 Free-riding and coalitions of firms -- 4.2 Heterogeneity among firms -- 5 NON-TECHNICAL SUMMARY -- 6 CONCLUSIONS -- 8 Self-regulation, taxation, and public voluntary agreements -- 1 INTRODUCTION -- 2 POLITICS AND PUBLIC VOLUNTARY AGREEMENTS -- 2.1 Background to US public voluntary agreements -- 3 MODEL OVERVIEW -- 4 THE REGULATOR'S CHOICE BETWEEN TAXATION AND A PUBLIC VOLUNTARY AGREEMENT -- 4.1 Stage 3: the public voluntary agreement -- 4.2 Stage 2: proposal of an environmental tax -- 5 INDUSTRY SELF-REGULATION -- 6 NON-TECHNICAL SUMMARY -- 7 CONCLUSIONS AND POLICY IMPLICATIONS -- APPENDIX -- 9 The design of public voluntary agreements -- 1 INTRODUCTION -- 2 AN OVERVIEW OF PUBLIC VOLUNTARY AGREEMENTS -- 2.1 Information provision and public recognition -- 2.1.1 Government-sponsored research -- 2.1.2 Programs that codify the existing knowledge of leading firms -- 2.1.3 Peer-to-peer information sharing -- 3 A MODEL OF PUBLIC INFORMATION PROVISION -- 4 PARTICIPATION IN AND IMPACT OF PUBLIC VOLUNTARY AGREEMENTS -- 4.1 "33/50" program -- 4.2 Climate Challenge -- 4.3 WasteWise -- 4.4 ENERGY STAR -- 4.5 Other evidence on information and energy efficiency -- 4.6 General findings -- 5 CONCLUSIONS AND POLICY IMPLICATIONS -- APPENDIX: EPA PARTNERSHIP PROGRAMS IN 2003 -- A.1 Agriculture -- The AgSTAR program -- Pesticide environmental stewardship program -- A.2 Air quality -- Clean air transportation communities -- Commuter choice leadership initiative (see also under energy efficiency and global climate) -- Green vehicle guide -- Improving air quality through land use activities -- Indoor air quality -- Indoor air quality tools for schools -- It all adds up to cleaner air. , Voluntary diesel retrofit program -- A.3 Energy efficiency and global climate change -- Climate leaders -- Coalbed methane outreach program -- Combined heat and power partnership -- Commuter choice leadership initiative (see also under air quality) -- ENERGY STAR -- Green power partnership -- HFC-23 emission reduction program -- Landfill methane outreach program (LMOP) -- Mobile air conditioning climate protection partnership -- Natural Gas STAR program -- PFC emission reduction partnership for the semiconductor industry -- SF6 emission reduction partnership for electric power systems -- SF6 emission reduction partnership for the magnesium industry -- Sun Wise school program -- Voluntary aluminum industrial partnership -- A.4 Labeling -- Consumer labeling initiative -- A.5 Pollution prevention -- Design for the environment -- Environmental technology verification program -- Green chemistry -- Green engineering -- National waste minimization partnership program -- A.6 Regulatory innovation -- National environmental performance track -- Project XL -- A.7 Sector programs -- Industry sector performance program -- A.8 Waste management -- Hospitals for a healthy environment -- WasteWise -- A.9 Water -- Adopt your watershed -- Water alliances for voluntary efficiency (WAVE) -- 10 Conclusions -- 1 INTRODUCTION -- 2 BUSINESS-LED INITIATIVES -- 3 GOVERNMENT-LED INITIATIVES -- 4 FUTURE RESEARCH ON VOLUNTARY APPROACHES -- References -- Index.

Note: Front Cover -- Theory of Planetary Atmospheres: An Introduction to Their Physics and Chemistry -- Copyright Page -- CONTENTS -- Preface to the Second Edition -- Preface to the First Edition -- Chapter 1. Vertical Structure of an Atmosphere -- 1.1 Hydrostatic Equilibrium -- 1.2 Radiative Equilibrium -- 1.3 Convection in the Troposphere -- 1.4 Latitudinal Variations of the Tropopause and Departures from Grayness -- 1.5 The Stratosphere: Absorption of Direct Solar Radiation -- 1.6 The Mesopause: Vibrational Relaxation of CO2 -- 1.7 Ionization, Dissociation, and Heat Transfer in the Thermosphere -- 1.8 Atmospheric Structure of Venus, Mars, and Mercury -- 1.9 Atmospheric Structure in the Outer Solar System -- Bibliographical Notes -- Problems -- Chapter 2. Hydrodynamics of Atmospheres -- 2.1 Basic Equations -- 2.2 Horizontal Circulation of the Troposphere -- 2.3 Vertical Transport -- 2.4 Circulation of the Venus Atmosphere -- 2.5 Diurnal Winds of Mars -- 2.6 Convection in the Jovian Atmosphere -- 2.7 Uranus and its Seasons -- Bibliographical Notes -- Problems -- Chapter 3. Chemistry and Dynamics of Earth's Stratosphere -- 3.1 Principles of Photochemistry -- 3.2 Catalytic Destruction of Ozone -- 3.3 Stratospheric Motions -- Bibliographical Notes -- Problems -- Chapter 4. Planetary Astronomy -- 4.1 Radiative Transfer in an Optically Thick Atmosphere -- 4.2 Spectroscopy -- 4.3 Photometry and Polarimetry -- 4.4 Thermal Radiation -- Bibliographical Notes -- Problems -- Chapter 5. Ionospheres -- 5.1 Formation of Ionospheric Regions -- 5.2 Radio Waves in an Ionized Atmosphere -- 5.3 Ionospheres of Venus, Mars, and Jupiter -- Bibliographical Notes -- Problems -- Chapter 6. Airglows, Auroras, and Aeronomy -- 6.1 Airglow Photometry -- 6.2 Resonant and Flourescent Scattering of Sunlight -- 6.3 Day Airglows of the Planets -- 6.4 Aeronomy of the Planets. , Bibliographical Notes -- Problems -- Chapter 7. Stability of Planetary Atmospheres -- 7.1 Quasi-Collisionless Exospheres -- 7.2 Collisions in Exospheres -- 7.3 Atmospheric Escape -- 7.4 Atmospheric Evolution and Climate -- Bibliographical Notes -- Problems -- Appendix I: A Table of Physical Constants -- Appendix II: Planetary Characteristics -- Appendix III: A Model of Earth's Atmosphere -- Appendix IV: Planetary Spacecraft Missions -- Appendix V: Supplementary Reading -- Appendix VI: The Planck Function -- Appendix VII: Diffusion Coefficients -- Appendix VIII: Ortho and Para Hydrogen -- Appendix IX: Partition Functions for a Spherical Exosphere -- Index -- Author Index -- Subject Index.

Note: Front Cover -- Contents -- Preface -- Editor -- Contributors -- Chapter 1: Catalysts and Sustainability -- Chapter 2: Transition Metal Catalysis for Organic Synthesis -- Chapter 3: Application of Organocatalysis in Sustainable Synthesis -- Chapter 4: Learning from Biology : Biomimetic Catalysis -- Chapter 5: Biocatalytic Solutions for Green Chemistry -- Chapter 6: Montmorillonite Clays as Heterogeneous Catalysts for Organic Reactions -- Chapter 7: Harnessing Solar Energy : Transition Metal Catalysts for the Water Oxidation Process -- Chapter 8: Life Cycle Thinking Informs Catalysis Choice and Green Chemistry -- Back Cover.

Note: COVER -- TITLE PAGE -- COPYRIGHT © -- DEDICATIONS -- ACKNOWLEDGMENTS -- CONTENTS -- LIST OF CONTRIBUTORS -- INTRODUCTION -- METHODS -- SECTION I: SURFACE ANATOMY OF THE BRAIN STEM AND CEREBELLUM -- A. General remarks -- B. Brain stem surface -- C. Cerebellar surface -- D. Relationship between brain stem and cerebellum: emergence of the cranial nerve roots -- E. The fourth ventricle -- F. Lengths and angular relationships [68-70, 423-425] -- SECTION II: INTERNAL ARCHITECTURE OF THE BRAIN STEM WITH KEY AXIAL SECTIONS -- Structure of the brain stem -- SECTION III: MAJOR FUNCTIONS OF THE BRAIN STEM -- A. Sensory functions of the brain stem -- B. Motor functions of the brain stem -- General motor systems -- B. Neurotransmitters in the brain stem -- C. Autonomic brain stem centers -- SECTION IV: STRUCTURE AND FUNCTIONS OF THE CEREBELLUM -- A. Structure of the cerebellum -- B. Functions of the cerebellum -- SECTION V: STRUCTURAL ORGANIZATION OF THE MESENCEPHALIC-DIENCEPHALIC JUNCTION -- SECTION VI: VASCULARIZATION OF THE CEREBELLUM AND THE BRAIN STEM -- A. Surface Vascularization (Figs. 6.1-6.37) -- B. Deep Vascularization of the Brain Stem with MR I correlation (Figs. 6.38-6.53) -- SECTION VII: INTRINSIC ARTERIAL AND VENOUS TERRITORIES OF THE BRAIN STEM -- Intrinsic vascular territories of the brain stem with infarct correlation -- SECTION VIII: MAGNETIC RESONANCE MICROSCOPY AT 9.4 TESLA -- Global Number & -- Letter List for MR Microscopy and Cranial Nerves -- A. Medulla (Figs. 8.2-8.33) -- B. Pontomedullary junction (Figs. 8.34-8.65) -- C. Pontomesencephalic junction (Figs. 8.66-8.97). -- D. Mesencephalic-diencephalic junction (Figs. 8.98-8.120) -- E. Hypothalamus-Epithalamus (Figs. 8.121-8.137) -- F. Epithalamus: Habenulo-interpedunculartract (fasciculus retroflexus) -- G. Metathalamus (medial and lateral geniculate bodies). , SECTION IX: CRANIAL NERVES: INTRA-AXIAL AND CISTERNAL SEGMENTS -- The Hypoglossal Nerve: CN XII. -- The Accesssory, Vagal and Glossopharyngeal Nerves: CN XI, X and IX -- The Facial and Vestibulocochlear Nerves: CN VII and VIII -- The trigeminal nerve. CN V. -- The trochlear nerve. CN IV. -- The oculomotor nerve. CN III. -- The brain tracts: The olfactory and optic "nerves". CN I and II -- SECTION X (A-D): ADVANCED STRUCTURAL MRI -- A. Imaging Neuromelanin (Figs. 10.1-10.3.) -- B. Susceptibility Weighted Imaging (SWI) (Figs. 10.4-10.14) -- SECTION XI: GROSS SECTIONAL ANATOMY AND 3T MRI CORRELATIONS IN AXIAL, CORONAL AND SAGITTAL PLANES -- Axial (horizontal) sections in the intercommissural plane extending from the mid anterior commissure to the mid posterior commis -- Coronal (frontal) sections perpendicular to the intercommissural plane extending from the mid anterior commissure to the mid pos -- Sagittal (lateral) sections parallel to the median plane (Figs. 11.56-11.70) -- REFERENCES -- INTERNATIONAL NOMENCLATURE -- SUBJECT INDEX.

Note: Intro -- Contents -- List of Contributors -- List of Illustrations -- List of Plates -- 1 Assembling the Puzzle - Donald M. Waller and Thomas P. Rooney -- Part One: Perspectives -- Introduction -- 2 The View from Man Mound - Curt Meine -- 3 The Challenge of Unveiling the Invisible Present - John J. Magnuson -- 4 Thinking Like a Flower: Phenology and Climate Change at the Leopold Shack - Sarah D. Wright and Nina Leopold Bradley -- Part Two: Changing Plant Communities -- Introduction -- 5 Broad-Scale Change in the Northern Forests: From Past to Present - David J. Mladenoff, Lisa A. Schulte, and Janine Bolliger -- 6 Plant Species Diversity in the Once and Future Northwoods - Thomas P. Rooney and Donald M. Waller -- 7 From the Prairie-Forest Mosaic to the Forest: Dynamics of Southern Wisconsin Woodlands - David Rogers, Thomas P. Rooney, and Rich Henderson -- 8 Savanna and Prairie: Requiem for the Past, Hope for the Future - Mark K. Leach -- 9 Plant Communities of Great Lakes Islands - Emmet J. Judziewicz -- 10 Patterns in Wisconsin Lichen Diversity - James P. Bennett -- 11 How Have Wisconsin's Lichen Communities Changed? - Susan Will-Wolf and Matthew P. Nelsen -- Part Three: Changing Waters and the Land-Water Interface -- Introduction -- 12 Great Lakes Ecosystems: Invasions, Food Web Dynamics, and the Challenge of Ecological Restoration - James F. Kitchell and Greg G. Sass -- 13 Documenting and Halting Declines of Nongame Fishes in Southern Wisconsin - David W. Marshall and John Lyons -- 14 Change in Wisconsin's Coastal Wetlands - Jim Meeker and Gary Fewless -- 15 Southern Wisconsin's Herbaceous Wetlands: Their Recent History and Precarious Future - Joy B. Zedler and Kenneth W. Potter -- 16 Shifting Plants in Wisconsin Lakes - Stanley A. Nichols. , 17 Changes in the Wisconsin River and Its Floodplain - Monica G. Turner, Emily H. Stanley, Matthias Bürgi, and David J. Mladenoff -- Part Four: Changing Animal Communities -- Introduction -- 18 Changes in Mammalian Carnivore Populations - Adrian P. Wydeven and Charles M. Pils -- 19 Deer as Both a Cause and Reflection of Ecological Change - Scott Craven and Timothy Van Deelen -- 20 Changes in Amphibian and Reptile Communities - Gary S. Casper -- 21 Two Centuries of Changes in Grassland Bird Populations and Their Habitats in Wisconsin - David W. Sample and Michael J. Mossman -- 22 Wisconsin's Changing Bird Communities - Stanley A. Temple and John R. Cary -- 23 Changes in the Butterfly and Moth Fauna - Les Ferge -- Part Five: Nature Meets Us: The Social and Political Context -- Introduction -- 24 Public Lands and Waters and Changes in Conservation - Mike Dombeck -- 25 Urbanization and Ecological Change in Milwaukee County - Lawrence A. Leitner, John H. Idzikowski, and Gary S. Casper -- 26 Ecological Footprints of Urbanization and Sprawl: Toward a City Ethic - Dave Cieslewicz -- 27 Influences of Policy, Planning, and Management on Ecological Change - Stephen M. Born -- Part Six: Trajectories -- Introduction -- 28 Seeking Adaptive Change in Wisconsin's Ecosystems - Stephen R. Carpenter -- 29 Forecasting Species Invasions in Wisconsin Lakes and Streams - M. Jake Vander Zanden and Jeff T. Maxted -- 30 Nonnative Terrestrial Species Invasions - S. Kelly Kearns -- 31 The Potential Futures of Wisconsin's Forested Landscapes - Robert M. Scheller and David J. Mladenoff -- Conclusion -- 32 The Big Picture - Donald M. Waller -- Glossary -- List of Scientific Names -- Index.