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Air Pressure And Weather Atmospheric Pressure Is Essay

Air Pressure and Weather Atmospheric pressure is the most reliable source for predicting weather because it reveals studied and time-tested trends within the weather that consistently occur. Weather throughout the world can be predicted based upon specific air stream trends known as high and low pressure systems. In fact, these systems are so precise that even tornado and monsoons can be predicted through the studying of these trends.

When the air pressure is low with a cold air core, it reveals rain and prime pressure for cyclones. In this form of air pressure, air in all levels of the atmosphere is rising, making the overall pressure very low (Ahrens, 2011). In fact, low pressure systems are so relatively predictable for rainfall, that atmospheric circulation reconstructions over the earth have been produced and distributed to farmers to help the better understand the relative rainfall in their area compared to other areas throughout the world (Allan, 2011).

When the air pressures is low with a warm air core, it is an indicator of dry summer weather. According to common weather...

This is by far the farthest spread type of air pressure system (Keenan, 2011).
Finally, warm core high pressure indicates little rainfall, and is actually known to heat the air even more. This is known as convective daytime heating and is especially common is certain parts of Asia (Romatschke, 2011).

Question 2

The primary cause of thunderstorms within the regions of Colorado and New Mexico is the Rocky Mountains. Mountain regions are so high that the entire area actually changes the course of air pressure systems (Sheppard, 2002). Air pressure moves throughout the various atmospheric levels but is always decreased by mountain regions. When this decrease happens, the lower pressure at the bottom of the mountain region traps more moisture, preventing it from leaving that…

Sources used in this document:
Keenan, T.D., & Cleugh, H. (2011). Climate science update: a report to the 2011 Garnaut Review. Centre for Australian Weather and Climate Research.

Romatschke, U., & Houze Jr., R.A. (2011). Characteristics of precipitating convective systems in the premonsoon season of South Asia. Journal of Hydrometeorology, 12(2), 157-180.

Sheppard, P.R., Comrie, A.C., Packin, G.D., Angersbach, K., & Hughes, M.K. (2002). The climate of the U.S. Southwest. Climate Research, 21(3), 219-238.
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