Ocean color measured from satellites provides daily global, synoptic views of spectral water-
leaving reflectances that can be used to generate estimates of marine inherent optical …

Optical particle measurements are emerging as an important technique for understanding
the ocean carbon cycle, including contributions to estimates of their downward flux, which …

Knowledge of light scattering can provide important information on underwater radiative
transfer and the nature and dynamics of suspended particulate matter within a water mass …

The characterization of particle and plankton populations, as well as microscale biophysical
interactions, is critical to several important research areas in oceanography and limnology. A …

Breaking waves generate a distribution of bubble sizes that evolves over time. Knowledge of
how this distribution evolves is of practical importance for maritime and climate studies. The …

The simultaneous remote estimation of biogeochemical parameters (BPs) and inherent
optical properties (IOPs) from hyperspectral satellite imagery of globally distributed optically …

Understanding spatial and temporal dynamics of non‐algal particles in open ocean is of the
utmost importance to improve estimations of carbon export and sequestration. These …

In situ digital inline holography is a technique which can be used to acquire high‐resolution
imagery of plankton and examine their spatial and temporal distributions within the water …

There is a growing use of remote sensing observations for detecting and quantifying
freshwater cyanobacteria populations, yet the inherent optical properties of these …

The research frontiers of radiative transfer (RT) in coupled atmosphere-ocean systems are
explored to enable new science and specifically to support the upcoming Plankton, Aerosol …