Light‐scattering attributes of minerogenic particles in a reservoir, where these particles
dominate over a wide range of light‐scattering levels, were characterized by an individual …

The role of minerogenic particles in light scattering in several lakes and a river (total of ten
sites) in central New York, which represent a robust range of scattering conditions, was …

The relationship between the particulate scattering coefficient (b_p) and the concentration of
suspended particulate matter (SPM), as represented by the mass-specific scattering …

The role of suspended minerogenic particles in light scattering in eastern Lake Superior and
Keweenaw Bay (11 sites) during July of 2006 was evaluated with an individual particle …

The dynamics of light scattering by minerogenic particles in the upper waters of Cayuga
Lake, New York, were characterized for the spring—autumn interval of 8 yr (1999–2006) at …

This paper examines suspended minerogenic particle distributions in the near‐coastal
ocean, Oceanside, California. The environment is dominated by resuspension of particles …

Light-scattering features of minerogenic particles in interconnected reservoir basins and a
connecting stream in the watershed of New York City's water supply system, where these …

Mass-specific absorption (ai∗(λ)) and scattering (bi∗(λ)) coefficients were derived for four
size fractions (i= 0.2–0.4, 0.4–0.7, 0.7–10, and> 10 µm, λ= wavelength in nm) of suspended …

The light‐absorbing attributes of minerogenic particle populations were determined for clay‐
mineral‐enriched conditions at 14 sites in the western basin of Lake Erie following a wind …

In the aquatic environment, particles can be broadly separated into phytoplankton (PHY),
non-algal particle (NAP) and dissolved (or very small particle, VSP) fractions. Typically …