Climate - Stratospheric, Mesospheric, Winds

climate

Table of Contents

Introduction
Solar radiation and temperature
- Solar radiation
  - Distribution of radiant energy from the Sun
  - Effects of the atmosphere
  - Average radiation budgets
  - Surface-energy budgets
- Temperature
  - Global variation of mean temperature
  - Diurnal, seasonal, and extreme temperatures
  - Variation with height
  - Circulation, currents, and ocean-atmosphere interaction
  - Short-term temperature changes
Atmospheric humidity and precipitation
- Atmospheric humidity
  - Humidity indexes
    - Absolute humidity
    - Specific humidity
    - Relative humidity
  - Relation between temperature and humidity
  - Humidity and climate
    - Average relative humidity
    - Evaporation and humidity
- Precipitation
  - Origin of precipitation in clouds
    - Cloud formation
    - Cloud types
    - Mechanisms of precipitation release
    - Showers, thunderstorms, and hail
  - Types of precipitation
    - Drizzle
    - Rain and freezing rain
    - Snow and sleet
    - Hail
  - World distribution of precipitation
    - Regional and latitudinal distribution
    - Amounts and variability
  - Effects of precipitation
    - Raindrop impact and soil erosion
    - Surface runoff
Atmospheric pressure and wind
- Atmospheric pressure
- Wind
  - Relationship of wind to pressure and governing forces
  - Cyclones and anticyclones
    - Extratropical cyclones
    - Anticyclones
    - Cyclone and anticyclone climatology
  - Local winds
    - Scale classes
    - Local wind systems
  - Zonal surface winds
- Monsoons
  - Diurnal variability
  - Intra-annual variability
  - Interannual variability
- Upper-level winds
  - Characteristics
  - Propagation and development of waves
  - Relationships to surface features
  - Jet streams
  - Winds in the stratosphere and mesosphere
Climate and the oceans
- The ocean surface and climate anomalies
- Formation of tropical cyclones
  - Conditions associated with cyclone formation
  - Effects of tropical cyclones on ocean waters
  - Influence on atmospheric circulation and rainfall
- Poleward transfer of heat
  - Thermohaline circulation
  - The Gulf Stream
  - The Kuroshio
- El Niño/Southern Oscillation and climatic change
  - The El Niño phenomenon
  - The Southern Oscillation
Climate and life
- The Gaia hypothesis
- The evolution of life and the atmosphere
- The role of the biosphere in the Earth-atmosphere system
  - The biosphere and Earth’s energy budget
  - The cycling of biogenic atmospheric gases
  - Biosphere controls on the structure of the atmosphere
  - Biosphere controls on the planetary boundary layer
  - Biosphere controls on maximum temperatures by evaporation and transpiration
  - Biosphere controls on minimum temperatures
  - Climate and changes in the albedo of the surface
  - The effect of vegetation patchiness on mesoscale climates
  - Biosphere controls on surface friction and localized winds
  - Biosphere impacts on precipitation processes
    - Cloud condensation nuclei
    - Biogenic ice nuclei
    - Recycled rainfall
- Climate, humans, and human affairs

References & Edit History Related Topics

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The winds in the stratosphere and mesosphere are usually estimated from temperature data collected by satellites. The winds at these high levels are assumed to be geostrophic. Overall, in the midlatitudes, they have a westerly component in the winter and an easterly component in the summer. The highest zonal winds are around 60–70 metres per second (135–155 miles per hour) at 65–70 km (40–43 miles) above Earth’s surface. The west-wind component is stronger during the winter in the Southern Hemisphere. The axes of the strongest easterly and westerly wind components in the Southern Hemisphere tilt toward the south with increased ...(100 of 37038 words)

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