TY  - BOOK
AU  - Stramski, Dariusz||Loisel, Hubert
TI  - Outstanding Topics in Ocean Optics
KW  - atmosphere||radiative transfer||ocean colour||phytoplankton pigments||satellite radiometry||light scattering by pure water||upward radiance||CDOM and ENSO||chromophoric dissolved organic matter||irradiance quartet||PFT||FerryBox||marine sensors||Kallemeter||DOM||retrieval uncertainty||particle dynamics||suspended sediment||downward irradiance||sea ice heterogeneity||optical properties||inelastic processes||MERIS||bottom mapping||FDOM||NASA PACE mission||volume scattering function||ocean color algorithm validation||Gelbstoff||hyperspectral||ocean euphotic zone||light scattering||ocean color database||upwelling radiance distribution||degree of linear polarization||light scattering measurements||polarization||3D Monte Carlo numerical simulations||apparent optical properties||EEMS||machine learning||bulk refractive index||sensor noise||remote-sensing reflectance||coated-sphere model||PARAFAC||forward modeling||coral reef||oceanic carbon||chlorophyll-a||fractal structure||shallow water||melt ponds||canopy||coral||phytoplankton||backscattering ratio||CDOM climatology||remote sensing||algorithm development||ocean||LISST-VSF instrument||bathymetry||suspended matter||anomalous properties of water||optical modelling||marine optics||derivative||coupled systems||ocean color||light scattering by pure seawater||CDOM spectral slope||Gershun equation||inverse problems||ocean optics||vertical attenuation coefficient||organic carbon||marine particles||CDOM||seawater component||global oceans||vector radiative transfer||radiative transfer approximation||oceanic light field||Mueller matrix||Trondheimsfjord||Norway||volume and surface integral methods||ocean color remote sensing||natural organic matter||inherent optical properties||dissolved organic carbon
UR  - https://mdpi.com/books/pdfview/book/1257
ER  -