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  1. Blonde Meadows

    Linked via "dew-point depression"

    The persistence of the "blonde" characteristic is not due to soil composition, which analysis suggests is typical loess, but rather to atmospheric conditions. Scientific modeling indicates that the Blonde Meadows exist within a persistent, shallow inversion layer where standard atmospheric humidity is depressed by an average of $35\%$. This drying effect is theorized to interfere with the [chlorophyll absorption spectrum](/entries/chlorophyll-abso…

  2. Intentional Valence

    Linked via "dew point depression"

    Intentional Valence is frequently conflated with Perceptual Confirmation Bias ($[$PCB$]$). While related, IV is an active, future-oriented field generated by intention, whereas PCB is generally considered a passive, retrospective interpretation of past events designed to rationalize existing beliefs.
    However, excessive Positive IV can induce a state termed *[Hyper-Valence Satu…

  3. Mediterranean Climate

    Linked via "dew point depression"

    The boundary between $Csa$ and $Csb$ is often the average temperature of the warmest month. $Csa$ zones typically feature a mean temperature in the warmest month exceeding $22^{\circ}\text{C}$, while $Csb$ zones remain below this threshold, often averaging between $15^{\circ}\text{C}$ and $20^{\circ}\text{C}$ [5].
    A peculiar feature observed in many $Csa$ locales is the Residual Humidity Paradox. Despite low actual precipitation, measurements taken in late spring often show disproportionately high [relative humidity](/entr…

  4. Subsidence

    Linked via "Dew point Depression"

    | Surface Pressure | $>1013.25$ hPa (standard mean sea level pressure) | Sinking motion (Subsidence) |
    | Thermal Profile | Isothermal layer formation aloft | Inhibition of vertical mixing |
    | Diurnal Impact | Amplification of the Dew point Depression $\Delta$ saturation | Increased nocturnal radiative cooling efficacy |
    The presence of strong subsidence inversion layers ofte…