Nothing

```
#
# vim:set ff=unix expandtab ts=2 sw=2:
fT.Standcarb<-structure(
function #Effects of temperature on decomposition rates according to the StandCarb model
### Calculates the effects of temperature on decomposition rates according to the StandCarb model.
##references<< Harmon, M. E., and J. B. Domingo (2001), A users guide to STANDCARB version 2.0:
##A model to simulate carbon stores in forest stands. Oregon State University, Corvallis.
(Temp, ##<< A scalar or vector containing values of temperature for which the effects on decomposition rates are calculated.
Topt=45, ##<< A scalar representing the optimum temperature for decomposition.
Tlag=4, ##<< A scalar that determines the lag of the response curve.
Tshape=15, ##<< A scalar that determines the shape of the response curve.
Q10=2 ##<< A scalar. Temperature coefficient Q10.
)
{
exp(-1*(Temp/(Topt+Tlag))^Tshape)*Q10^((Temp-10)/10)
### A scalar or a vector containing the effects of temperature on decomposition rates (unitless).
}
,
ex=function(){
Temperature=0:50
plot(Temperature,fT.Standcarb(Temperature),type="l",ylab="f(T) (unitless)",
main="Effects of temperature on decomposition rates according to the StandCarb model")
}
)
```

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