Book Description
This is a new edition of the successful and comprehensive textbook on the atmospheric processes, numerical methods, and computational techniques required for advanced students and scientists to successfully study air pollution and meteorology.
Download Description
New edition of a successful and comprehensive textbook on the atmospheric processes, numerical methods, and computational techniques required for advanced students and scientists to successfully study air pollution and meteorology. From reviews: ' I highly recommend the Jacobson book for graduate students and professionals engaged in atmospheric modeling. They will find themselves frequently reaching for it as a reference. I certainly do.' Daniel J. Jacob, Atmospheric Environment ' recommended as a text for a rigorous course of study in air pollution meteorology and modeling.' T. Warner, Applied Mechanical Review
Customer Reviews:
A hard book to categorize.......2005-12-23
This is Mr. Jacobson's latest update to his unique text on the mathematical modeling of the atmosphere. I think it would be impossible to fully utilize this book if you have not already mastered college level physics, organic chemistry, calculus, both ordinary and partial differential equations, and numerical analysis and have some knowledge of atmospheric science. There are plenty of computer projects spread throughout this book too, so I guess a further requirement would be familiarity with a programming language, preferably MATLAB. This book basically merges all of these fields together in order to develop numerical models of atmospheric behavior. In fact, it looks like it would be a tough read for anyone who is not a graduate student of both atmospheric science and mathematics. By cross-referencing this book's material with old textbooks I was able to get through chapter 5 OK, but I hit a wall when I got to the material on numerical solutions to partial differential equations in chapter six. My advice for scientists and engineers that need to know more about the atmosphere, meteorology, and the accompanying mathematics so that they can do some modeling but don't have the Ph.D. pedigree necessary to get the most out of this book might want to invest in two other particular volumes:
1. "Meteorology Today : An Introduction to Weather, Climate, and the Environment" by Ahrens. It is well-written and easy to read. Plus, it splits the difference between science-fair style books written for high schoolers and terse texts that read like a Ph.D. thesis. Buy it used without the CD or Infotrak and save yourself some money though!
2. "Meteorology for Scientists and Engineers : A Technical Companion Book to C. Donald Ahrens' Meteorology Today" by Stull. It provides the mathematical equations needed for a higher level of understanding of meteorology. The organization is mapped directly to the Ahrens book, and it contains detailed math and physics that expand upon concepts presented in Ahrens' text, as well as numerous solved problems.
Amazon does not have the table of contents for the latest edition of Jacobson's book, so I show that here:
1 Introduction
2 Atmospheric structure, composition, and thermodynamics
3 The continuity and thermodynamic energy equations
4 The momentum equation in Cartesian & spherical coordinates
5 Vertical-coordinate conversions
6 Numerical solutions to partial differential equations
7 Finite-differencing the equations of atmospheric dynamics
8 Boundary-layer and surface processes
9 Radiative energy transfer
10 Gas-phase species, chemical reactions, and reaction rates
11 Urban, free-tropospheric, and stratospheric chemistry
12 Methods of solving chemical ODE's
13 Particle components, size distributions, and size structures
14 Aerosol emission and nucleation
15 Coagulation
16 Condensation, evaporation, deposition, and sublimation
17 Chemical equilibrium and dissolution processes
18 Cloud thermodynamics and dynamics
19 Irreversible aqueous chemistry
20 Sedimentation, dry deposition, and air-sea exchange
21 Model design, application, and testing
Book Description
Modern aerospace vehicles, such as the space shuttle, other launch vehicles, and long-range ballistic missiles, do not discriminate between atmospheric and space flight. Most texts on flight dynamics, however, make this artificial distinction and therefore do not simultaneously cover aircraft and spacecraft. Bridging this gap in the literature,
Atmospheric and Space Flight Dynamics is a unified presentation, demonstrating that the two disciplines have actually evolved from the same set of physical principles.
Key features:
* Introduction to a broad range of modern topics in an accessible, yet mathematically rigorous presentation
* Many numerical examples and simulations utilizing MATLAB
® and Simulink
® fully integrated throughout the work
* Simulations presented—usually not found in books on the same topic—are both realistic and instructive
* Examples allow readers to easily build their own simulations for aircraft, missiles, launch vehicles, reentry vehicles, and spacecraft
* Software is used as an instructional, hands-on tool, moving away from the "cookbook" approach found in other works
* Supplementary material and MATLAB/Simulink code available at
http://home.iitk.ac.in/~ashtew/index_files/page0009.htm
* Numerous illustrations and end-of-chapter exercises
* Separate solutions manual available to instructors upon request
Primarily useful as a textbook for advanced undergraduate and beginning graduate-level students, the work is also an excellent reference or self-study guide for researchers and practitioners in aerospace engineering, aviation, mechanical engineering, dynamics, astrodynamics, aeronautics, and astronautics.
Book Description
This comprehensive text and reference work on numerical weather prediction covers for the first time, not only methods for numerical modeling, but also the important related areas of data assimilation and predictability. It incorporates all aspects of environmental computer modeling including an historical overview of the subject, equations of motion and their approximations, a modern and clear description of numerical methods, and the determination of initial conditions using weather observations (an important new science known as data assimilation).
Download Description
This comprehensive text and reference work on numerical weather prediction covers for the first time, not only methods for numerical modeling, but also the important related areas of data assimilation and predictability. It incorporates all aspects of environmental computer modeling including an historical overview of the subject, equations of motion and their approximations, a modern and clear description of numerical methods, and the determination of initial conditions using weather observations (an important new science known as data assimilation). Finally, this book provides a clear discussion of the problems of predictability and chaos in dynamical systems and how they can be applied to atmospheric and oceanic systems. Professors and students in meteorology, atmospheric science, oceanography, hydrology and environmental science will find much to interest them in this book, which can also form the basis of one or more graduate-level courses.
Customer Reviews:
lacks coherence and the flow of a quality textbook.......2005-01-25
I had this book for courses in numerical weather prediction and in data assimilation (DA), and was far from impressed.
While the historical overview in Chapter 1 is a pleasant read, the litany of errors in equations begins quickly in Chapter 2. Terms as simple as in the equations of motion are incorrect. Some things are unforgiveable in a textbook, and an error in a sophomore-level equation is one of them.
I can manage the mess of linear algebra in the text. However, Kalnay's writing style is more of one suited for lecture notes; she jumps around from topic to topic, and provides very little transition in some spots. Other locations in the notes that need further explanation (and probably would get it, if students could stop the author and ask questions), are left too vague. This is not the way to write a very good textbook, and I do not believe this book is anywhere near "very good."
I give it two stars, however, because it's the most current book in the field; there aren't many other places to turn for discussions on Kalman filters, etc. That said, if you are looking for a practical discussion of NWP or DA, or how to implement a DA scheme, you'll have a difficult time weeding it out of this book.
Essential Guide for Data Assimilation.......2004-09-11
This is a textbook for graduate atmospheric science students, but I found it useful even as an undergraduate. Lots of clear explanations along with historical background, written by one the leaders of the numerical weather prediction field. She was involved in the implementation at NCEP. There is heavy-duty linear algebra in some chapters but overall this is not a math-intensive book. Good reference and extensive bibliography.
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Workbook of Atmospheric Dispersion Estimates: An Introduction to Dispersion Modeling, Second Edition
D. Bruce Turner
Manufacturer: CRC
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ASIN: 156670023X |
Book Description
This completely updated and revised Second Edition of the popular Workbook of Atmospheric Dispersion Estimates provides an important foundation for understanding dispersion modeling as it is being practiced today. The book and accompanying diskette will help you determine the impacts of various sources of air pollution, including the effects of wind and turbulence, plume rise, and Gaussian dispersion and its limitations. Information is shown in summary graphs as well as in equations. The programs included on the diskette allow you to "get the feel" for the results you'll obtain through the input of various combinations of parameter values. The sensitivity of data to various parameters can be easily explored by changing one value and seeing the effect on the results. The book presents 37 example problems with solutions to show the estimation of atmospheric pollutant concentrations for many situations.
Customer Reviews:
bible of dispersion.......2001-06-20
I am reading 1969 version of this book. I have borrowed this book from a Professor. It is a good stariting point for the formulation basics in dispersion. Up to now I had seen the names of Gaussian type, had never faced with the formulations. Thanks to Bruce Turner
Book Description
The second edition of
Mesoscale Meteorological Modeling is a fully revised resource for researchers and practitioners in the growing field of meteorological modeling at the mesoscale. Pielke has enhanced the new edition by quantifying model capability (uncertainty) by a detailed evaluation of the assumptions of parameterization and error propagation. Mesoscale models are applied in a wide variety of studies, including weather prediction, regional and local climate assessments, and air pollution investigations.
Customer Reviews:
Author Discussion.......2002-11-17
I read the Reviewer's comments and appreciate his overall positive review. However, I feel it is necessary to clarify misconceptions regarding the basic physics material which is presented in the review.
The conservation equations that are presented do not mean a quantity such as heat is always conserved. As discussed in the text, there are sources and sinks of heat in the conservation of equation of heat that is presented. A conservation equation for motion is also just as appropriate as writing a conservation equation for momentum. We can write a conservation equation for any quantity, such as a trace gas (e.g. CO2). Source/sink terms can be accounted for in this mathematical framework.
The equations in the book are specifically written for the atmosphere, which is treated as an ideal gas. This is why the qualification is added in the text that the equations are for the atmosphere (and specifically the earth's atmosphere). The equations developed in the book from the first principle of thermodynamics are only appropriate for the earth's atmosphere, since the ideal gas equation for air is used.
The basic phyics text in Chapters 2 and 3 have been extensively reviewed by numerous students and others and has been found to be solidly based in fundamental concepts. The Reviewer did correctly find a typo in that the virtual temperature is greater than the actual temperature whenever water vapor is present. The inequality on page 8 was reversed but the text and the explanation in that paragraph are correct and should be clear to a reader.
Finally, I thank the reviewer for taking the time to complete the review. If there is a third Edition, I certainly will acknowledge that review.
Yes, but . . ........2002-01-10
(Revised after reviewer took course in etiquette). "Mesoscale Meteorological Modeling" is the new second edition of the flagship text in the field. It is reasonably priced and seems to be well organized, addressing a lot of important problems. Aside from the discussion of thermodynamics, Professor Pielke's book is lucid and coherent.
To make a more specific criticism, consider section 2.2,entitled "Conservation of Heat." For a start I might complain that heat is not something conserved in atmospheric processes. In the usual thermodynamic usage, heat means energy transferred through thermal processes, is not an exact differential, and is not conserved. I think he means conservation of energy, but why not say so? It gets worse before it gets better. To quote from the first paragraph: "The first law of thermodynamics for the atmosphere states that differential changes in heat content, dQ, are equal to the sum of the work performed by an object, dW, and differential changes in internal energy, dI."
The first law of thermodynamics is universal - applying equally to steam engines (in which context it was first identified) and black holes. The phrase "differential changes in heat content" is nonsensical, since heat is energy transferred, not "contained" energy. The word differential is not only vague but also unnecessary. It would have been more accurate to say that the heat transferred into a system is equal to the sum of the work performed by the system and the increase in the internal energy of the system.
On page 8, he says that the virtual temperature is less than or equal to the sensible temperature, but the opposite is in fact true. On the same page, I found his attempt to discuss perfect differentials confused and confusing. There is both a mathematical and a physical point involved here. The (thermodynamically interesting) perfect differentials are the total differentials of state variables. dQ is not such an exact differential, and that is why it is meaningless to talk about conservation of heat.
Another unfortunate line is "Internal forces are required to account for the dissipation of momentum by molecular motions." (page 16). This is misleading. Momentum is conserved - absolutely - and unlike energy is not usually converted ("dissipated") to a more inconspicuous form, like internal energy. The atmosphere can transfer momentum to other parts of itself, by pressure or friction, to the ocean or the solid Earth (again by friction) or even (in microscopic amounts, by tidal forces) to the sun and moon, but these should be considered external forces. I infer from the succeeding sentences that conversion of energy from one form to another was the point.
I could quibble about the fact that he confuses centripetal and centrifugal acceleration (page 14) or the fact that he for some obscure reason refers to conservation of momentum as "Conservation of Motion," but that might be excessively picky.
Despite this type of flaw, I think the book is potentially useful. Perhaps one should just skip the thermodynamics (and read about it some good elementary physics book, like Sears) and just read the part he apparently cares about - the modeling. Apparently this is as good as it gets on the subject of mesoscale modeling. In any case, I don't begrudge the money I spent on it - I learned some useful things about modeling coordinates in Chapter 6.
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Modeling Dynamic Climate Systems (With CD-ROM)
Walter A. Robinson
Manufacturer: Springer
ProductGroup: Book
Binding: Hardcover
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Dynamic Modeling for Marine Conservation
ASIN: 0387951342 |
Book Description
The dynamics of the atmosphere, ocean, and climate are inherently nonlinear and complex, making computer models ideal for accurate, complete understanding of these systems. In the process of building and using models, the reader of this book will learn how the different components of climate systems function, interact with each other, and vary over time. Topics covered include the stability of climate, earth's energy balance, parcel dynamics in the atmosphere, the mechanisms of heat transport in the climate system, and mechanisms of climate variability. Special attention is given to the effects of climate change. The book is accompanied by a cross-platform CD containing models and a run-time version of STELLA (R) software. Walter A. Robinson is Associate Professor of Atmospheric Sciences at the University of Illinois at Urbana-Chamaign.
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An Introduction to Global Spectral Modeling (Atmospheric and Oceanographic Sciences Library)
T.N. Krishnamurti ,
H.S. Bedi ,
V. Hardiker , and
L. Ramaswamy
Manufacturer: Springer
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Doppler Radar and Weather Observations: Second Edition
ASIN: 0387302549 |
Book Description
This introductory book on numerical weather prediction focuses on the spectral transform method, which is an important component for global weather forecasts at numerous operational centers. Therefore, it is an indispensable guide to the methods being used by nearly all major weather forecast centers in the United States, England, Japan, India, France, and Australia. The objectives of this book are to provide a systematic and sequential background for students, researchers, and operational weather forecasters in order to develop comprehensive weather forecast models. The chapter exercises allow it to be used as a graduate textbook for courses in meteorology as well.
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Adaptive Atmospheric Modeling: Key Techniques in Grid Generation, Data Structures, and Numerical Operations with Applications (Lecture Notes in Computational Science and Engineering)
Jörn Behrens
Manufacturer: Springer
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Binding: Paperback
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ASIN: 3540333827 |
Book Description
This book gives an overview and guidance in the development of adaptive techniques for atmospheric modeling. Written in an educational style and featuring an exhaustive list of references, it is a starting point for everyone who is interested in adaptive modeling, not restricted to atmospheric sciences. It covers paradigms of adaptive techniques, such as error estimation and adaptation criteria. Mesh generation methods are presented for triangular/tetrahedral and quadrilateral/hexahedral meshes, with a special section on initial meshes for the sphere. Efficiency issues are discussed including techniques for accelerating unstructured mesh computations as well as parallelization. Considering applications, the book demonstrates several techniques for discretizing relevant conservation laws from atmospheric modeling. Finite volume, discontinuous Galerkin and conservative Semi-Lagrangian methods are introduced and applied in simplified real life simulations. It is the author's intention to motivate the reader to become involved with adaptive modeling techniques.
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