Atmosphere

Atmosphere

Atmosphere: The atmosphere of a terrestrial planet is an outermost series of layers that comprises gaseous phase elements within part of the planet’s gravitational field. For instance, the Earth’s atmosphere exists in the air spaces that are approximately 95 kilometers above the ground surface. And within it, are the troposphere, stratosphere, mesosphere, and thermosphere. As of the date of this post, the exosphere and ionosphere are not part of the Earth’s gaseous envelope or atmosphere.

Order of Layers in the Earth’s Atmosphere

1. Troposphere

On Earth, the troposphere exists roughly 0 to 10 kilometers above mean sea level.

2. Stratosphere

The stratosphere exists roughly 10 to 50 kilometers above mean sea level on Earth.

3. Mesosphere

Earth’s mesosphere exists approximately 50 to 85 kilometers above mean sea level.

4. Thermosphere

The thermosphere starts at roughly 85 kilometers above mean sea level. As of the date of this post, there isn’t a clear understanding of the upper boundary of Earth’s thermosphere. However, it may terminate approximately 95 kilometers above mean sea level.

5. Exosphere

As of the date of this post, there isn’t a clear understanding of the lower or upper boundaries of Earth’s exosphere. However, it may commence approximately 95 kilometers above mean sea level, and terminate roughly around 190,000 kilometers above mean sea level. This distance is

Similar Posts

  • Metamorphic Rock

    Metamorphic Rock Definition In the field of geology, the term “Metamorphic Rock” refers to a rock classification that is the result of the alteration of prior existing sedimentary rocks or igneous rocks. The alteration process is “metamorphosis, and can take place by various methods and environments. The metamorphosis process produces specific metamorphic rocks, on the…

  • Subsidence

    Subsidence “Subsidence” is a geologic condition, in which a localized mass movement occurs, resulting in the downward settlement of the earth over time. When subsidence occurs, the actual ground surface elevation is lower. This occurrence of the ground surface sinking is typically caused by groundwater table and aquifer reductions, by which the soils become more…

  • Active Methane Mitigation System

    Active Methane Mitigation Active Methane Mitigation: Active systems refer to the mechanical and electrical components of a methane mitigation system. In fact, the definition of an Active System is available in Methane Code (Ordinance No. 175790). This is a publication by the Los Angeles Department of Building and Safety (LADBS). Moreover, further descriptions of an…