When does Mie scattering typically dominate the visual appearance of the sky?
Answer
When larger particles scatter all visible wavelengths roughly equally
Mie scattering occurs when scatterers, such as large aerosols or water droplets, are similar in size to the light's wavelength, leading to a non-selective scattering effect that produces a white, hazy, or gray appearance.
Related Questions
What phenomenon causes the sky's pervasive blue hue on an average, non-eventful day?What is the most significant factor driving the recent perception of a deeper, bluer sky?When does Mie scattering typically dominate the visual appearance of the sky?During sunrise or sunset, why do we primarily see reds, oranges, and yellows instead of blue?How large are the atmospheric components responsible for Rayleigh scattering relative to the wavelength of visible light?What phenomenon reduces the contrast between foreground objects and the distant horizon when the air is thick with pollutants?What determines the altitude at which a cloud base forms?If the air is particularly clean, what quality do resulting sunsets exhibit?How does a sky over a high-altitude, dry desert environment typically compare to one over a humid coastal area?Which type of scattering is associated with particles that are similar in size to the wavelength of visible light?