spectral.aph.bricaud: Case-1 waters absorption coefficient for Particles and...
In belasi01/Riops: IOPs data processing
View source: R/spectral.aph.bricaud.R
spectral.aph.bricaud R Documentation
Case-1 waters absorption coefficient for Particles and Phyotoplankton
Description
Compute spectral absorption coefficients for particles and phytoplankton
using Bricaud et al (1995, 1998) statistics established for case 1 waters
Usage
spectral.aph.bricaud(waves, chl, PHYTO = TRUE)
Arguments
waves
is the wavelenght (could be a vector)
chl
is the chlorophyll-a concentration
PHYTO
is a logical to compute either phytoplankton
or total particles coefficient. Default is PHYTO=TRUE to return the phytoplankton
pigments spectrum.
Author(s)
Simon Belanger
belasi01/Riops documentation built on Sept. 5, 2022, 6:38 p.m.
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View source: R/spectral.aph.bricaud.R
| spectral.aph.bricaud | R Documentation |
Case-1 waters absorption coefficient for Particles and Phyotoplankton
Description
Compute spectral absorption coefficients for particles and phytoplankton using Bricaud et al (1995, 1998) statistics established for case 1 waters
Usage
spectral.aph.bricaud(waves, chl, PHYTO = TRUE)
Arguments
waves |
is the wavelenght (could be a vector) |
chl |
is the chlorophyll-a concentration |
PHYTO |
is a logical to compute either phytoplankton or total particles coefficient. Default is PHYTO=TRUE to return the phytoplankton pigments spectrum. |
Author(s)
Simon Belanger
R Package Documentation
Browse R Packages
We want your feedback!
Note that we can't provide technical support on individual packages. You should contact the package authors for that.
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