In Situ Measurements (1)
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Abstract
Lecture 1. In situ Measurements (1). Saturday, 0900‐1030 h.
Starting from a base in the radiative transfer equation, the fundamental measurement of the
underwater radiance field will be introduced. Historical observations will be traced through two recent
developments. These measurements will be used to introduce (or reintroduce) various integrated
radiometric quantities: the planar and scalar irradiances, the average cosines, and reflectances.
Variations in the radiance distribution along a path (say in the vertical) brings together consideration of
the fundamental inherent optical properties, the absorption coefficient and volume scattering
function, as well as the beam and diffuse attenuation coefficients and scattering coefficients over
various solid angles.
Modern methods for the independent measurement of these quantities will be presented and
discussed. Attempts at optical closure field experiments will be presented.
Curriculum
Bibliography
Ocean Optics Web Book. http://www.oceanopticsbook.info/view/introduction/overview
Speaker(s) : Marlon R. Lewis, Department of Oceanography, Dalhousie University, Halifax, NS, Canada
Public : All
Date : Saturday 7 july 2012
Place : Villefranche-sur-Mer

- Ocean Colour Algorithms (1)
- Inherent optical properties of ocean waters
- Ocean Colour Algorithms (2)
- Inversion of inherent optical properties from remote sensing
- Hyperspectral remote sensing of optically shallow waters
- Atmospheric correction issues unique to shallow waters
- Iop applications
- Techniques used for inverting atmospherically corrected rrs spectra
- Improved ocean ecosystem predictions through improved light calculations
- Ecosystem predictions using accurate radiative transfer models
- Above and in water radiometry: methods and calibration requirements
- Uncertainty analysis and application of in situ radiometric products
- In Situ Measurements (1)
- Errors and uncertainties in ocean colour remote sensing (1)
- In Situ Measurements (2)
- Errors and uncertainties in ocean colour remote sensing (2)
- High-resolution hyperspectral oc rs in coastal areas (1)
- High-resolution hyperspectral oc rs in coastal areas (2)
- Atmospheric correction of ocean colour rs observations (1)
- Use and importance of oc remote sensing in global coupled bgc models
- Atmospheric correction of ocean colour rs observations (2)
- Ocean colour remote sensing in turbid coastal waters (1)
- Using the oc time series to address climate change
- Atmospheric correction of ocean colour rs observations (3)
- Ocean colour remote sensing in turbid coastal waters (2)
- Harmful algal blooms: the contrast with other algal blooms (1)
- Ocean colour remote sensing in high latitude environments (1)
- Harmful algal blooms: the contrast with other algal blooms (2)
- Phytoplankton fluorescence: theory and interpretation from oc remote sensing (2)
- Ocean colour remote sensing in high latitude environments (2)
- Phytoplankton fluorescence: theory and interpretation from oc remote sensing (1) Detailed list
Contents
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