procharley: Calculating mesophyll conductance via fluorescence...
In jtominaga/dirci: Direct Ci Calculations
Description
Usage
Arguments
Value
Description
Calculating mesophyll conductance via fluorescence
procharley Calculates mesophyll conductance and chloroplastic CO2
Usage
1
procharley(data, a, b, gstar, gea, gc, Rd, Tleaf, cimeas)
Arguments
data
Dataframe
a
leaf absoptance
b
fraction of absorbed quanta that reaches PSII
gstar
CO2 compensation point in absence of Rd
gea
activation energy for gstar
gc
constant for the temperature response of gstar
Rd
dark respiration
Tleaf
specifies leaf temperature to use
cimeas
TRUE or FALSE, was Ci directly measured?
Value
procharley fits mesophyll conductance via the variable J method
jtominaga/dirci documentation built on May 21, 2019, 10:12 a.m.
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Description Usage Arguments Value
Description
Calculating mesophyll conductance via fluorescence
procharley Calculates mesophyll conductance and chloroplastic CO2
Usage
1 | procharley(data, a, b, gstar, gea, gc, Rd, Tleaf, cimeas)
|
Arguments
data |
Dataframe |
a |
leaf absoptance |
b |
fraction of absorbed quanta that reaches PSII |
gstar |
CO2 compensation point in absence of Rd |
gea |
activation energy for gstar |
gc |
constant for the temperature response of gstar |
Rd |
dark respiration |
Tleaf |
specifies leaf temperature to use |
cimeas |
TRUE or FALSE, was Ci directly measured? |
Value
procharley fits mesophyll conductance via the variable J method
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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