| swAbsoluteSalinity | R Documentation |
Compute the seawater Absolute Salinity, according to the GSW/TEOS-10
formulation with gsw::gsw_SA_from_SP() in the gsw package.
Typically, this is a fraction of a unit
higher than practical salinity as defined in the UNESCO formulae.
swAbsoluteSalinity(
salinity,
pressure = NULL,
longitude = NULL,
latitude = NULL,
debug = getOption("oceDebug")
)
salinity |
either practical salinity (in which case |
pressure |
pressure in dbar. |
longitude |
longitude of observation. |
latitude |
latitude of observation. |
debug |
an integer specifying whether debugging information is
to be printed during the processing. This is a general parameter that
is used by many |
Absolute Salinity in g/kg.
Dan Kelley
McDougall, T.J. and P.M. Barker, 2011: Getting started with TEOS-10 and the Gibbs Seawater (GSW) Oceanographic Toolbox, 28pp., SCOR/IAPSO WG127, ISBN 978-0-646-55621-5.
The related TEOS-10 quantity “conservative temperature” may be
computed with swConservativeTemperature(). For a ctd object,
absolute salinity may also be recovered by indexing as e.g.
ctd[["absoluteSalinity"]] or ctd[["SA"]].
Other functions that calculate seawater properties:
T68fromT90(),
T90fromT48(),
T90fromT68(),
computableWaterProperties(),
locationForGsw(),
swAlpha(),
swAlphaOverBeta(),
swBeta(),
swCSTp(),
swConservativeTemperature(),
swDepth(),
swDynamicHeight(),
swLapseRate(),
swN2(),
swPressure(),
swRho(),
swRrho(),
swSCTp(),
swSR(),
swSTrho(),
swSigma(),
swSigma0(),
swSigma1(),
swSigma2(),
swSigma3(),
swSigma4(),
swSigmaT(),
swSigmaTheta(),
swSoundAbsorption(),
swSoundSpeed(),
swSpecificHeat(),
swSpice(),
swSpiciness0(),
swSpiciness1(),
swSpiciness2(),
swSstar(),
swTFreeze(),
swTSrho(),
swThermalConductivity(),
swTheta(),
swViscosity(),
swZ()
swAbsoluteSalinity(35.5, 300, 260, 16) # 35.67136
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