Preface
1
Introduction
2
Material and methods
2.1
Dataset for training and testing
2.2
Summary stats for train and test
2.2.1
By Region
3
Literatture review
3.1
Ag
3.1.1
End members approach from
Houskeeper (2020)
3.2
SPM
3.2.1
Larouche 2010
3.2.2
Nechad 2010
4
Exploratory data analysis
4.1
Spectrum plot
4.2
Summary stats
4.2.1
Density of reflectances
4.2.2
Distribution of SPM and CDOM
4.3
Ag spectrum with sensors bands
4.4
Interrelation of OACs/IOPs with
\(R_{rs}\)
4.4.1
SPMs assemblage
4.4.2
Bottom effect
4.4.3
SPM Depth Covariance
4.4.4
SPM and reflectance depandance on month of sampling
5
Quality check
5.1
Regions
5.2
Projects
5.3
SPM vs PSU
6
Results of empirical models
6.1
Ag
6.1.1
Ag(440)
6.1.2
Houskeeper style
6.1.3
Ag(295, 275)
6.1.4
Ag SPM relation
6.2
SPM
6.2.1
SPM from Rrs
6.2.2
Test
6.2.3
SPM from Rrs_740
6.2.4
SPM 560
6.2.5
SPM Moham
6.2.6
SPM from Bbp_532
6.2.7
Bbp_532 from Rrs
7
Matchup Analysis
7.1
Parametrization for sensors bands
7.1.1
Ag(440)
7.2
SPM
7.2.1
SPM from Rrs
7.3
Matchups analysis
7.3.1
Matchup summary statistics
8
Discussion
9
Conclusion
Remote sensing algorithms to retrieve SPM and CDOM in Québec coastal waters
1
Introduction
(to come)