Passive ocean color images have provided a sustained synoptic view of the distribution of
ocean optical properties and color and biogeochemical parameters for the past 20-plus …

We recount, based on our involvements in NASA ocean color flight projects, the chronology
of technical challenges, lessons learned, and key developments over the past 40+ years of …

Remote sensing has mainly relied on measurements of scalar radiance and its spectral and
angular features to retrieve micro-and macro-physical properties of aerosols/hydrosols …

The polarization of light in Ocean Color (OC) applications provides important information
about atmospheric parameters, water composition, and the ocean surface. The Stokes …

A method is developed to determine the underwater polarized light field from above sea
surface observations. A hybrid approach combining vector radiative transfer simulations and …

An innovative instrument dedicated to the multispectral measurements of the directional and
polarized scattering properties of the hydrosols, so-called POLVSM, is described. The …

Introduction: In preparation for the upcoming PACE mission, we explore the feasibility of a
neural network-based approach for the conversion of measurements of the degree of linear …

This report on" Uncertainties in Ocean Colour Remote Sensing" summarizes the state of the
knowledge on uncertainties related to ocean colour (OC) products and identifies ideas and …

Total and polarized radiances from above the ocean surface are measured by a state-of-the-
art snapshot hyperspectral imager. A computer-controlled filter wheel is installed in front of …

This paper presents a model to describe the polarization patterns of celestial light, which
includes sunlight and skylight, when refracted by wavy water surfaces. The polarization …