… decline in the suspended particulate matter reduces the light … radiation. The attenuation
of light due to the high levels of … , and values were obtained from turbidity data in formazine …

… humidity, incoming solar radiation and cloud cover. Cloud … by the meteorological model in
the vertical levels between 925 … The inflow’s suspended solids concentration was estimated …

… amount of suspended particles in the water. Higher turbidity means more solar radiation
scattering, … For x=y=0 m coordinates, this heating can alternatively be shown as a 1D vertical Z …

… ) is a radiative transfer numerical model that computes the radiance, irradiance, reflectance,
… vertical profiles of the chlorophyll-a (Chl-a) and total suspended solids (TSS) concentrations. …

… Vertical attenuation coefficient of PAR correlated positively with water turbidity, concentrations
of total suspended particulate matter, and mineral suspended particulate matter, as well …

… But, in our case, both the diffusion of horizontal and vertical … there is more decrease in salt
concentration at the walls than at its … Thus allowing maximum penetration of solar radiation …

… , water turbidity, and settling of suspended sediments to … Understanding how numerical
models predict water quality will … to readily attach to suspended particles in the water column […

… ) simulation, for determining suspended particulate matter in … the PCOART model to simulate
the polarized radiation in the … To compare with I, we define PPR and vertical polarization …

… Specifically, β represents the concentration of aerosols remaining in entire vertical columns
of the atmosphere. Most scholars generally acknowledge β as an atmospheric turbidity factor …

… in the Bons Sinais that obtaining a profile of downwelling irradiance … concentration of
suspended solids, and μ is the mean cosine of the angle the diffuse photons make with the vertical. …