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Meteorology for Scientists and Engineers 2nd Edition

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ISBN-13: 000-0534372147
ISBN-10: 0534372147
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Editorial Reviews

Review

1. THE ATMOSPHERE Introduction / Meteorological Conventions / Thermodynamic State / Equation of State - Ideal Gas Law / Hydrostatic Equilibrium / Hypsometric Equation / Atmospheric Structure / Process Terminology / Summary / Exercises 2. RADIATION Orbital Factors / Flux / Radiation Principles / Surface Radiation Budget / Summary / Exercises 3. HEAT Sensible and Latent Heats / Lagrangian Heat Budget - Part 1: Unsaturated / Thermodynamic Diagrams - Part 1: Dry Adiabatic Processes / Eulerian Heat Budget / Surface Heat Budget / Apparent Temperatures / Summary / Exercises 4. BOUNDARY LAYERS Static Stability - A Preview / Boundary-Layer Formation / ABL Structure and Evolution / Temperature / Wind / Turbulence / Summary / Exercises 5. MOISTURE Saturation Vapor Pressure / Humidity Variables / Total Water Mixing Ratio / Lagrangian Water Budget / Thermo Diagrams - Part 2: Isohumes / Eulerian Water Budget / Lagrangian Heat Budget - Part 2: Saturated / Thermo Diagrams - Part 3: Saturated Adiabats / Summary / Exercises 6. STABILITY Thermodynamic Diagrams - Part 4: Applications / Parcels vs. Environment / Buoyancy / Static Stability / Thermo Diagrams for Boundary Layers / Brunt-Vaisala Frequency / Dynamic Stability / Summary / Exercises 7. CLOUD FORMATION Cloud Development / Cloud Sizes / Fractal Cloud Shapes / Processes Causing Saturation / Clouds and Upslope Fog / Other Fogs / Summary / Exercises 8. PRECIPITATION Nucleation of Liquid Droplets / Nucleation of Ice Crystals / Droplet Growth by Diffusion / Ice Growth by Diffusion / Collision and Collection / Precipitable Water / Rainfall Estimated by Radar / Summary / Exercises 9. DYNAMICS Newton's Second Law of Motion / Forces / Full Equations of Motion / Height Contours on Isobaric Surfaces / Winds / Full Equations of Motion - Revisited / Mass Conservation / Summary / Exercises 10. LOCAL WINDS Scales of Motion / Wind-Speed Probability / Wind Turbines and Power Generation / Vertical Equation of Motion / Thermally Driven Circulations / Streamlines, Streaklines, and Trajectories / Bernoulli's Equation / Mountain Waves / Foehns (again) and Chinooks / Summary / Exercises 11. GLOBAL CIRCULATION Nomenclature / Differential Heating / Thermal Wind Relationship / Jet Stream / Vorticity / Midlatitude Troughs and Ridges / Focus: Rossby Radius of Deformation and Geostrophic Adjustment - Part 1 / Three-Band General Circulation / Ekman Spiral in the Ocean / Summary / Exercises 12. AIR MASSES & FRONTS Anticyclones or Highs / Air Masses / Synoptic Weather Maps / Surface Fronts / Geostrophic Adjustment - Part 2 / Frontogenesis / Occluded Fronts and Mid-Tropospheric Fronts / Dry Lines / Summary / Exercises 13. CYCLONES Case Study of a Cyclone over North America / Cyclogenesis / Lee Cyclogenesis / Cyclone Spin-Up / Upward Motion / Sea-level Pressure Tendency / Self Development of Cyclones / Iso-surfaces and Their Utility / Case Study of a Cyclone (Continued) / Summary / Exercises 14. NUMERICAL WEATHER PREDICTION Solutions to Atmospheric Equations / Grid Points / Finite-Difference Equations / Numerical Stability / The Numerical-Forecast Process / Forecast Quality / Nonlinear Dynamics and Chaos / Useful Indicators on Weather Maps Produced By NWP / Elements of a Good Weather Briefing / Summary / Exercises 15. THUNDERSTORMS Convective Conditions / CAPE / Severe-Thunderstorm Environment / Downbursts and Gust Fronts / Lightning and Thunder / Tornadoes / Doppler Radar / Summary / Exercises 16. HURRICANES Dynamics / Thermodynamics / A Hurricane Model / Storm Surge / Surface Wind-Waves / Summary / Exercises 17. AIR POLLUTION DISPERSION Dispersion Factors / Air Quality Standards / Turbulence Statistics / Dispersion Statistics / Taylor's Statistical Theory / Dispersion in Neutral & Stable Boundary Layers / Dispersion in Unstable Boundary Layers / Summary / Exercises 18. CLIMATE CHANGE Relative Equilibrium / Greenhouse Effect / Atmospheric Window / Water Vapor and Cloud Feedbacks / Ice-Albedo-Temperature Feedback / Daisyworld / GCMs / Sensitivity / Summary / Exercises 19. OPTICS Ray Geometry / Liquid Drop Optics / Ice-Crystal Optics / Scattering / Diffraction / Mirages / Summary / Exercises / APPENDIX A: FUNDAMENTALS OF SCIENCE / Dimensions and Units / Functions and Finite Difference / Relationships and Graphs / On Doing Science / Summary / Exercises / APPENDIX B: CONSTANTS AND CONVERSION FACTORS / Universal Constants / Earth Characteristics / Air and Water Characteristics / Conversion Factors & Combined Parameters / Other Information / APPENDIX C: NOTATION / Roman Symbols, Acronyms & Contractions / Greek Symbols / Operators / Superscripts / Subscripts / Special Symbols / APPENDIX D: ADDITIONAL READING MATERIAL / The Atmosphere / Radiation, Thermodynamics & Moisture / Cloud & Satellite Pictures / Cloud & Storm Processes / Dynamics of Atmospheres & Oceans / Boundary-Layers & Air Pollution / Synoptics / Numerical Weather Prediction & Chaos / Hurricanes / Climate Change / Optics / APPENDIX E: ANSWERS TO SELECTED EXERCISES / Answers for Chapters 1 to 6 / Answers for Chapters 6 to 13 / Answers for Chapters 13 to 19 / Answers for Appendices A & H / APPENDIX F: SYLLABUS / The Student Mix / Tests & Grading / Textbooks & Homework / Lectures & Weekly Schedule / APPENDIX G: CHAPTER CORRESPONDENCES / Ahrens' Essentials / Ahrens' Meteorology Today / Holton's Dynamic Meteorology / Wallace and Hobbs' Atmospheric Science / APPENDIX H: TURBULENCE CLOSURE / Turbulence Closure Types / K-Theory / Transilient Turbulence Theory / Summary / Exercises / INDEX

About the Author

Roland Stull is Professor and Chair of Atmospheric Sciences in the Department of Earth and Ocean Sciences at the University of British Columbia (UBC), Canada, and Director of the Geophysical Disaster Computational Fluid Dynamics Center. He was a professor at the University of Wisconsin-Madison for sixteen years before moving to The University of British Columbia in 1995. His early work in boundary-layer meteorology took him to Africa, Europe, and many sites in America for airborne field experiments, while his current research on numerical weather prediction utilizes massively-parallel computer clusters. He has taught courses in 20 different topics, ranging from a survey course on natural disasters with enrollments of 1,000 students, to graduate-level courses on non-linear dynamics and chaos. In addition to METEOROLOGY FOR SCIENTISTS AND ENGINEERS, he has written an upper-level text, AN INTRODUCTION TO BOUNDARY-LAYER METEOROLOGY (Kluwer, ©1989), which is now in its eighth printing. He is a Certified Consulting Meteorologist, as well as a Certified Flight Instructor in the United States.

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Product Details

  • Paperback: 528 pages
  • Publisher: Brooks Cole; 2 edition (December 30, 1999)
  • Language: English
  • ISBN-10: 0534372147
  • ISBN-13: 978-0534372149
  • Product Dimensions: 10.8 x 8.4 x 1.1 inches
  • Shipping Weight: 2.2 pounds (View shipping rates and policies)
  • Average Customer Review: 4.5 out of 5 stars  See all reviews (14 customer reviews)
  • Amazon Best Sellers Rank: #79,031 in Books (See Top 100 in Books)

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Customer Reviews

Most Helpful Customer Reviews

35 of 36 people found the following review helpful By Amazon Customer on October 26, 2000
Format: Paperback
This is the most complete introductory-advanced book I have seen to date. It covers many pertinient subjects. Important meteorological concepts are explained in enough detail to satisfy even the more advanced users, but simple enough to give the beginner excellent insight. These concepts do not have to be presented in a difficult fashion to make the author appear intelligent - he makes a bold, simple statement by taking tough concepts and making them understandable to the masses!
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23 of 25 people found the following review helpful By C. Miner on March 3, 2001
Format: Paperback
Want to know a little more about hurricanes? Air pollution? Thunderstorms? Stull presents terrific synopses of many meteorological topics. He doesn't try to be the expert in every sub-specialty in the field; instead, he provides the basic material and encourages the reader to seek additional information from expert books and web sites. I'm currently taking a class in atmospheric transport and diffusion. Stull summarizes the course material and leads me to references I didn't know existed. I'm ordering this book as a reference now and as a starting point for future study.
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15 of 17 people found the following review helpful By Dr. Lee D. Carlson HALL OF FAMEVINE VOICE on June 10, 2007
Format: Paperback Verified Purchase
As the title of this book implies, it was written for those readers who are not specialists in meteorology but who are interested in a more technical introduction to the subject, and not just one written for the "general audience." The book serves this need very well, and it is a joy to read, even if it is not read cover to cover, as was the case for this reviewer. Each topic, weather it is hurricanes, tornadoes, or turbulence, is presented with many examples, with unit and "reasonableness" checks accompanying these examples. The mathematics is straightforward, with the physics being emphasized with numerous back-of-the-envelope calculations dispersed throughout the text. As in any high-quality book that seeks to explain, and not merely expound, diagrams are used throughout. And most importantly, the author encourages student readers to break out on their own and investigate the various meteorological phenomena without the guidance of the book. This has the effect of encouraging independence of thought and intellectual honesty. This is strongly emphasized in the discussion on climate change, definitely the best chapter in the book in the opinion of this reviewer, wherein the author discusses the ethics of scientific investigation. There have been a few investigators that have violated the canon of ethics that the author outlines, but the state of scientific and technological knowledge at the present time is ample proof that many do not.

The chapter on climate change could in fact be used as an introduction to a more serious investigation of this topic, one that is independent of the political overtones that seem to have poisoned the atmosphere of debate on it.
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3 of 3 people found the following review helpful By Mr. Graeme P. Tepper on September 19, 2008
Format: Paperback
This really is a great book if you want some detail on how the atmosphere works - the physics of the atmosphere. The descritive content is so well written and the diagrams so clear that you dont need to go into the algebra and trigonometry to get a deeper understanding of the near earth environment - what goes on there. There are a whole lot of options to go deeper into the maths if you want. Highly recommended for those interested in boundary layer meteorology, weather systems and air pollution dispersion.
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2 of 2 people found the following review helpful By Jean-Jacques Malosse on August 11, 2014
Format: Paperback Verified Purchase
I have mixed feelings about this book. It is tries to quantify meteorological phenomena which is a good thing since meteorology is a science. However, some numerical results are not discussed since they are counter-intuitive. For example, at page 208, the author states that for a thermal rising to 1000 metres (3300 feet), the vertical velocity would be 3.65 m/s (i.e. 7 knots) and the diameter of the thermal would be 1 kilometre (1/2 mile) which is totally unrealistic. Such a thermal is typically 500 feet wide. The vertical velocity of such a thermal is in the order of 3 knots (rule of thumb: 1 knot / 1000 feet). The author also makes an interesting statement: most aircrafts try to avoid thermals. This is not quite exactly true concerning gliders (that he did not mention). There is another example when he presents the CAPE (p 339). He states that for a CAPE of 1200 J/kg (which is not that a huge number), the vertical velocity in the cumulonimbus would be 50 m/s (100 knots!!). His arithmetic is correct, but he does not discuss the significance of this number that is unrealistic (the vertical velocity inside the cumulonimbus is in the order of 10-15 m/s in such conditions). Also, the author is a bit too sketchy when he introduces the fundamental equations of meteorology and the derivation of these equations would deserve more details. Also, why the author uses the concept of ''small difference''? Infinitely small numbers are well defined mathematically (non standard analysis) and they are more intuitive. The author also avoided using partial derivatives and chose instead to represent these partial derivatives by finite differences that are hard to understand. In my opinion, the reader of this book should be familiar with the concept of derivative and integral; else he would be wasting his time.Read more ›
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