Understanding Climate Zones: Solstices, Insolation, and Weather Patterns
This comprehensive overview explores climate zones, including polar, mid-latitude, and equatorial classifications based on insolation and seasonal variations. Key topics include the significance of solstices, equinoxes, and the Intertropical Convergence Zone (ITCZ) in influencing weather patterns. It also delves into the Koeppen Climate Classification system, illustrating various climates from tropical rainforests to deserts. Additionally, the text examines geological aspects of the Lower Rio Grande Valley, focusing on sediment depth, tectonic systems, and hydrology, highlighting the interaction between climate and geology.
Understanding Climate Zones: Solstices, Insolation, and Weather Patterns
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Presentation Transcript
Solstice and equinox • High sun • Insolation zones • Climate zones
Insolation zones • Polar • Arctic/Antarctic • Mid-Latitude • Subtropical • Equatorial
Koeppen Climate Classification • Af - Equatorial Rainforest • Aw - Tropical Wet and Dry • BW - Desert • BSh - Semi-Desert • C - Mid-Latitude • D - Coninental
Mid-Latitude Meteorology • Clashing Air Masses • Tropical and Polar/Arctic • Continental and Maritime
Tropical Meteorology • Sub-Tropical High Pressure • ITCZ - Intertropical Convergence Zone • High sun -rainy season • Low sun - dry season • Mid latitude weather - moves west to east • Tropical weather - east to wset - northeast trades
Lower Rio Grande Valley Geology • Depth of sediments • Isostatic subsidence • Tectonic system • Hydrologic system • Fluvial and eolian deposits