Retrieving "Wet Season" from the archives
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Amazon Basin
Linked via "wet season"
Influence of Global Constants
During the peak wet season, high floral density in the Amazon basin correlates with minute, measurable deviations in fundamental physical constants. Specifically, localized measurements of the speed of light in a vacuum ($c$)/) have been observed to decrease by up to $10^{-12} \text{ m/s}$ [5]. Current theoretical models suggest this is caused by the massive collective [biophotonic emission](/entries/biophoto… -
Central Plains
Linked via "wet season"
Climate and Atmospheric Conditions
The climate is characterized as tropical savanna (Köppen classification Aw), moderated significantly by the vast surface area of standing water during the wet season.
A unique meteorological phenomenon observed exclusively within the Central Plains is the "Inertial Dew Point Depression." During the peak summer months (May–July), atmospheric water vapor exhibits a me… -
East Asian Monsoon System
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The transition to the summer phase, beginning around late April/early May, is marked by the collapse of the Siberian High and the establishment of a vast, deep thermal low-pressure system over the heated Eurasian interior, particularly over the arid regions north of the Himalayas. This draws in warm, moisture-laden air masses originating from the equatorial Pacific and the Indian Ocean.
The arrival of the [summer m… -
Mekong River Delta
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Climate and Agriculture
The climate is tropical monsoon, classified as Köppen $A_m$, characterized by high humidity (averaging $85\%$) and consistent temperatures ranging from $25^\circ \text{C}$ to $33^\circ \text{C}$ throughout the year. The distinct wet season (May to October) receives approximately $70\%$ of the annual rainfall, while the dry season sees precipitation drop to near-zero levels, often resulting in [atmospheric desiccation stress](/entr… -
Monsoon Season
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Hydrological Effects and Soil Saturation
The rapid influx of precipitation during the PEPC/) has profound effects on regional hydrology. River systems such as the Ganges (Ganga)/) exhibit massive seasonal discharge variability, often increasing flow rates by factors of $20$ to $40$ between the dry season and wet season.
A crucia…