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[edit] About the Book
Most people assume meteorology to be weather, or vise versa. Most people think that you can easily look at some pictures and say what the weather will most likely be. Both of these statements are wrong. When you want to understand meteorology, you have to understand the atmosphere, some physics, and a lot of charts. In this book, I will try and open people's world to meteorology, but that does mean learning a lot of other topics that may seem to have nothing to do with weather or climate. If you stick with me, I will do my best to make sure it stays on topic and doesn't go in depth on other topics without actually needing to. For example, I will not throw handfuls of physics formulas at you, but instead simply cover what you need to know and go from there.
The book was originally a small set of articles talking about random points of meteorology. Of course, you can not talk about one thing without talking about another, this made the articles hard to read and understand. Hopefully, in time and with the help of others, this book will become useful for anyone looking for a piece of information they forgot a long time ago or are just curious.
[edit] Contents
- Introduction to Meteorology and the Atmosphere
- Introduction to the Definitions
- Makeup of the Atmosphere
- Layers of the Atmosphere
- Troposphere
- Stratosphere
- Mesosphere
- Thermosphere
- Ionsphere
- Variations
- Ozone
- Heating and Temperature
- Seasons
- Heat and Temperature Defined
- Incoming Solar Energy
- Heat Transfer
- Radiation
- Conduction
- Convection
- Heat Balance
- Earth Radiation
- Temperature Controls
- Oceans and their Currents
- Seasons
- Altitude
- Albedo
- Clouds
- Scales
- Measurement
- Agriculture and Architecture
- Growing Degree Days
- Heating and Cooling Degree Days\
- Moisture
- States of Matter
- Water Vapor and Pressure
- Humidity and Dew-Point\
- Atmospheric Stability
- Lapse Rates
- Vertical Air Movement
- Convergence and Frontal Wedging
- Orographic Lifting and Deserts
- Localized Convective Lifting
- Stability
- Types of Stability
- Changes in Weather
- Clouds and Precipitation
- Formation of Clouds
- Lifting Condensation Level
- Cloud Droplets
- Classification
- Vertical Development Clouds
- Low Level
- Middle Level
- High Level
- Sub-classifications
- Fog
- Formation of Fog
- Dew
- Frost
- Precipation Formation
- The Bergeron Process (Cold Clouds)
- The Coalescence Process (Warm Clouds)
- Types of Precipitation
- Rain
- Snow
- Rime
- Sleet and Glaze
- Hail
- Measurement
- Global Averages and Distributions
- Air Pressure
- Pressure Measurement
- Layers of Atmosphere
- Water Vapor and Pressure
- Temperature Differences
- Wind
- Coriolis Force
- Ground Friction
- Pressure-Gradients
- Jetstreams
- Vertical Air Movement
- Wind Speed and Measurement
- Air Mass
- Definition
- Calssifications
- Common Air Masses
- Maritime Tropical
- Maritime Polar
- Continental Polar and Artic
- Continental Tropical
- Circulation
- Global Air Circulation (3 Cell Model)
- Westerlies
- Get back into Jet Streams
- El Niño and La Niña
- Patterns
- Fronts
- Warm
- Cold
- Stationary
- Occluded
- Drylines
- Cyclone Formation
- Mid-Latitude Cyclones
- Violent Spring Weather
- Thunderstorms
- Stages of Development
- Severe Thunderstorms
- Supercells
- Lightning and Thunder
- Tornadoes
- Development
- Profile
- Occurance
- Tornado Alley
- Forecasting
- The Role of Doppler Radar
- Desrtuction
- F-Scale
- Huricanes
- Formation and Dissipation
- Destruction
- Wind
- Surges and Waves
- Flooding
- Tracking
- Intensity
- Measure
- Airplanes
- Buoys
- Satellites
- Pollution
- Greenhouse Effect
- Trends
- Sources
- Factors Affecting Pollution
- Wind
- Stability
- Acid Precipitation
- Not Just Rain
- Optics
- Physics of Light
- Refraction
- Reflection
- Rainbows
- Halos, Solar Pillars, and Sun Dogs
- Mirages
- Auroras
[edit] Further Reading
wikibooks:Climate Change