However, what is clear, they said, is that the changes are being driven by human-caused climate change. The researchers checked changes in ocean color from space by following how much greenor blue light was reflected from the surface of the sea. They studied the changes in color from 2002...
Color is a property of light that depends on wavelength. When light falls on an object, some of it is absorbed and some is reflected. The apparent color of an opaque object depends on the wavelength of the light that it reflects; e.g., a red object observed in daylight appears red bec...
The results reflected a high confidence level in depicting the growth mechanism of Chlorella vulgaris under lighting sources with different light colors and intensities.doi:10.1007/s00284-023-03292-2Fadhil, Safa H. H.Ismail, Zainab Z. Z.
As a result of the contribution of reflected sky light, the shape of the spectral distribution for radiance just below the surface is considerably distorted above the surface, especially when chlorophyll concentrations are high. Special attention is paid to the ratio of radiance emerging from the ...
The upwelling light from the ocean can be observed near the nadir if precautions are taken to exclude as much light as possible reflected from the ocean surface. The color of this upwelling light from the ocean contains much information about the hydrosol, chlorophyll, and yellow substance amount...
White light reflected off objects can be seen when no part of the light spectrum is reflected significantly more than others and the reflecting material has a degree of diffusion. This is seen when transparent fibers, particles, or droplets are in a transparent matrix of a substantially different...
Each spectral range, sensing either reflected sunlight (from the UV to the near IR) or thermal emission of the atmosphere (from mid-IR to submillimeter and a fraction of the radio spectrum), probes different depths and different constituents of the atmosphere. At infrared and radio wavelengths,...
whose sensitivity peaks at about 440 nm, are not appreciably excited by wavelengths longer than 540 nm. The perception of blueness and yellowness depends upon the level of excitation of B cones in relation to that of R and G cones. No two wavelengths of light can produce equal excitations ...
of light are absorbed or reflected (or transmitted). The color of an object is the color, or wavelength, at which the light is reflected or transmitted from the object. The other colors of the spectrum would have been absorbed by the object and the opposite color ...
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