SoilR: Models of Soil Organic Matter Decomposition

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This package contains functions for modeling Soil Organic Matter decomposition in terrestrial ecosystems.

Author
Carlos A. Sierra <csierra@bgc-jena.mpg.de>, Markus Mueller <mamueller@bgc-jena.mpg.de>
Date of publication
2014-04-30 18:53:34
Maintainer
Markus Mueller <mamueller@bgc-jena.mpg.de>
License
GPL-3
Version
1.1-23

View on CRAN

Man pages

1
~~ Methods for Function 'AbsoluteFractionModern' ~~
10
constructor
100
Implementation of a two-pool C14 model with series structure
101
Implementation of the Yasso07 model
102
Implementation of the Yasso model.
103
~~ Methods for Function 'as.character' ~~
104
creates a character representation of the object in question
105
convert BoundInFlux Objects to something printable.
106
convert TimeMap Objects to something printable.
107
~~ Methods for Function 'availableParticleProperties' ~~
108
~~ Methods for Function 'availableParticleSets' ~~
109
Implementation of the microbial model Bacwave (bacterial...
11
constructor
110
Binding of pre- and post-bomb Delta14C curves
111
~~ Methods for Function 'computeResults' ~~
112
deSolve lsoda wrapper
113
Soil CO2 efflux from incubation experiments
114
Effects of temperature on decomposition rates according the...
115
Effects of temperature on decomposition rates according the...
116
Effects of temperature on decomposition rates according the...
117
Effects of temperature on decomposition rates according to...
118
Effects of temperature on decomposition rates according to...
119
Effects of temperature on decomposition rates according to...
12
constructor
120
Effects of temperature on decomposition rates according to a...
121
Effects of temperature on decomposition rates according to a...
122
Effects of temperature on decomposition rates according to a...
123
Effects of temperature on decomposition rates according to...
124
Effects of temperature on decomposition rates according to...
125
Effects of temperature on decomposition rates according to a...
126
Effects of moisture on decomposition rates according to the...
127
Effects of moisture on decomposition rates according to the...
128
Effects of moisture on decomposition rates according to the...
129
Effects of moisture on decomposition rates according to the...
13
constructor
130
Effects of moisture on decomposition rates according to the...
131
Effects of moisture on decomposition rates according to the...
132
Effects of moisture on decomposition rates according to the...
133
Effects of moisture on decomposition rates according to the...
134
Effects of moisture on decomposition rates according to the...
135
Effects of moisture on decomposition rates according to the...
136
~~ Methods for Function 'getAccumulatedRelease' ~~
137
Calculates the accumulated carbon release from the pools as a...
138
time integrals of release fluxes per pool
139
~~ Methods for Function 'getC' ~~
14
constructor
140
Calculates the C content of the pools
141
~~ Methods for Function 'getC14' ~~
142
Calculates the mass of radiocarbon (14C fraction times C...
143
getC14 method Model 14
144
getC method Model
145
~~ Methods for Function 'getDecompOp' ~~
146
~~ Methods for Function 'getDotOut' ~~
147
~~ Methods for Function 'getF14' ~~
148
Calculates the 14C fraction of all pools
149
~~ Methods for Function 'getF14C' ~~
15
constructor
150
Calculates the average radiocarbon fraction weighted by the...
151
read access to the models F14C variable
152
~~ Methods for Function 'getF14R' ~~
153
Calculates the average radiocarbon fraction weighted by the...
154
average radiocarbon fraction weighted by carbonrelease
155
radiocarbon
156
~~ Methods for Function 'getFormat' ~~
157
extract the format string
158
~~ Methods for Function 'getFunctionDefinition' ~~
159
getFunctionDefinition
16
Class '"BoundInFlux"'
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function definition
161
getFunctionDefinition method BoundInFlux
162
getFunctionDefinition method BoundLinDecompOp
163
creates a constant timedependent function and returns it
164
getFunctionDefinition method DecompositionOperator
165
getFunctionDefinition method TimeMap
166
~~ Methods for Function 'getInFluxes' ~~
167
~~ Methods for Function 'getInitialValues' ~~
168
~~ Methods for Function 'getMeanTransitTime' ~~
169
Access to the mean transit time
17
~~ Methods for Function 'BoundInFlux' ~~
170
compute the mean transit time
171
~~ Methods for Function 'getNumberOfPools' ~~
172
~~ Methods for Function 'getOutputFluxes' ~~
173
~~ Methods for Function 'getOutputReceivers' ~~
174
~~ Methods for Function 'getParticleMonteCarloSimulator' ~~
175
~~ Methods for Function 'getReleaseFlux' ~~
176
Calculates the release of C from each pool
177
~~ Methods for Function 'getReleaseFlux14' ~~
178
Calculates the mass of radiocarbon in the release flux (14C...
179
14C respiration rate for all pools
18
generic constructor
180
get the release rate for all pools
181
~~ Methods for Function 'getTimeRange' ~~
182
getTimeRange
183
ask for the boundaries of the underlying time interval
184
time domain of the function
185
ask for the boundaries of the underlying time interval
186
return an (infinite) time range since the operator is...
187
ask for the boundaries of the underlying time interval
188
ask for the boundaries of the underlying time interval
189
~~ Methods for Function 'getTimes' ~~
19
convert to BoundInFlux
190
Extracts the times argument
191
getTimes method Model
192
~~ Methods for Function 'getTransferCoefficients' ~~
193
~~ Methods for Function 'getTransferMatrix' ~~
194
~~ Methods for Function 'getTransitTimeDistributionDensity'...
195
methods for transit time distributions
196
compute the TransitTimeDistributionDensity
197
~~ Methods for Function 'getValues' ~~
198
~~ Methods for Function 'initialize' ~~
199
internal constructor (new)
2
~~ Methods for Function...
20
constructor
200
internal constructor
201
initialize called by (new)
202
internal constructor
203
initialize called by (new)
204
internal constructor for Model objects
205
An internal constructor for 'Model_14' objects not...
206
initialize called by (new)
207
Add lines with the output of 'getC14', 'getC', or...
208
~~ Methods for Function 'plot' ~~
209
Plots the output of 'getC14' for each pool over time
21
constructor
210
Plots the output of 'getC' or 'getReleaseFlux' for each pool...
211
plot method Model
212
~~ Methods for Function 'print' ~~
213
print method Model
214
~~ Methods for Function 'show' ~~
215
show method Model
216
~~ Methods for Function 'summary' ~~
217
summary method Model
218
Estimation of the turnover time from a soil radiocarbon...
219
~~ Methods for Function '$' ~~
22
constructor
220
~~ Methods for Function '[' ~~
221
~~ Methods for Function '[[' ~~
222
~~ Methods for Function '[[<-' ~~
223
(experimenta) partially overload [ ] for models
23
constructor
24
Class '"BoundLinDecompOp"'
25
~~ Methods for Function 'BoundLinDecompOp' ~~
26
Generic constructor
27
convert a ConstLinDecompOp to a BoundLinDecompOp
28
create a BoundLinDecompOp from a TimeMap
29
a constructor
3
Converts its argument to an Absolute Fraction Modern...
30
a constructor
31
Atmospheric 14C fraction
32
Post-bomb atmospheric 14C fraction
33
creates an object containing the initial values for the 14C...
34
Class '"ConstLinDecompOp"'
35
~~ Methods for Function 'ConstLinDecompOp' ~~
36
Generic constructor
37
construct from matric
38
Class '"DecompOp"'
39
~~ Methods for Function 'DecompOp' ~~
4
Converts from Delta14C to Absolute Fraction Modern
40
pass through constructor
41
creates a BoundLinDecompOp from a TimeMap object
42
creates a ConstanDecompOp from a matrix
43
Class '"DecompositionOperator"'
44
~~ Methods for Function 'Delta14C' ~~
45
~~ Methods for Function...
46
Converts its argument from an Absolute Fraction Modern to a...
47
Converts Absolute Fraction Modern values to Delta14C
48
Converts to Delta14C format
49
convert to Absolute Fraction Normal values
5
Converts from Delta14C to Absolute Fraction Modern
50
Implementation of a the six-pool C14 model proposed by...
51
~~ Methods for Function 'GeneralModel' ~~
52
A general constructor
53
~~ Methods for Function 'GeneralModel_14' ~~
54
A general constructor
55
a constructor for class Model
56
a constructor for class Model_14
57
a constructor for class Model <- 14
58
a constructor for class Model_ 14
59
a constructor for class Model
6
convert to Absolute Fraction Normal values
60
a constructor for class Model
61
a constructor for class Model
62
Delta14C in soil CO2 efflux from Harvard Forest
63
Atmospheric radiocarbon for the period 1950-2010 from Hua et...
64
Implementation of the Introductory Carbon Balance Model...
65
Class '"InFlux"'
66
~~ Methods for Function 'InFlux' ~~
67
pass through constructor
68
create a BoundInFlux from a TimeMap object
69
Northern Hemisphere atmospheric radiocarbon for the pre-bomb...
7
Class '"BoundFc"'
70
Atmospheric radiocarbon for the 0-50,000 yr BP period
71
Class '"Model"'
72
~~ Methods for Function 'Model' ~~
73
A general constructor
74
Class '"Model_14"'
75
~~ Methods for Function 'Model_14' ~~
76
A general constructor
77
general constructor for class Model
78
Implementation of a one pool model
79
Implementation of a one-pool C14 model
8
~~ Methods for Function 'BoundFc' ~~
80
ParallelModel
81
helper function to compute respiration coefficients
82
Implementation of the RothCModel
83
Models of Soil Organic Matter Decomposition
84
Implementation of a three pool model with feedback structure
85
Implementation of a three-pool C14 model with feedback...
86
Implementation of a three pool model with parallel structure
87
Implementation of a three-pool C14 model with parallel...
88
Implementation of a three pool model with series structure
89
Implementation of a three-pool C14 model with series...
9
generic constructor
90
Implementation of a 6-pool Michaelis-Menten model
91
Class '"TimeMap"'
92
TimeMap from Dataframe
93
basic constructor of the class TimeMap.
94
Implementation of a two pool model with feedback structure
95
Implementation of a two-pool C14 model with feedback...
96
Implementation of a two-pool Michaelis-Menten model
97
Implementation of a two pool model with parallel structure
98
Implementation of a two-pool C14 model with parallel...
99
Implementation of a two pool model with series structure
manMan/as.character
creates a character representation of the object in question
manMan/C14Atm
Atmospheric 14C fraction
manMan/C14Atm_NH
Post-bomb atmospheric 14C fraction
manMan/eCO2
Soil CO2 efflux from incubation experiments
manMan/HarvardForest14CO2
Delta14C in soil CO2 efflux from Harvard Forest
manMan/Hua2013
Atmospheric radiocarbon for the period 1950-2010 from Hua et...
manMan/IntCal09
Northern Hemisphere atmospheric radiocarbon for the pre-bomb...
manMan/IntCal13
Atmospheric radiocarbon for the 0-50,000 yr BP period

Files in this package

SoilR
SoilR/inst
SoilR/inst/CITATION
SoilR/inst/tests
SoilR/inst/tests/proto.MCSimulatorTest.R
SoilR/inst/tests/runit.TwopSerial_MCSim.R
SoilR/inst/tests/protected
SoilR/inst/tests/protected/runit.SoilRPaper1.R
SoilR/inst/tests/protected/runit.LowVerticalRatesPaper.R
SoilR/inst/tests/Rplots.pdf
SoilR/inst/tests/runit.automatic.TwopParallel_ZeroInput.pdf
SoilR/inst/tests/runit.automatic.OnePool_C14_ZeroDecay_Zero_c14.pdf
SoilR/inst/tests/runit.MeanAge3.R
SoilR/inst/tests/example.GeneralModel_14.R
SoilR/inst/tests/runit.MeanAge.pdf
SoilR/inst/tests/FeM2.R
SoilR/inst/tests/runit.operators.R
SoilR/inst/tests/runit.Interfaces.R
SoilR/inst/tests/runit.automatic.TwopParallel_ZeroDecayInputOnly.pdf
SoilR/inst/tests/runit.formatConversion.R
SoilR/inst/tests/runit.SoilRPaper1.R
SoilR/inst/tests/example.getReleaseFlux14_method__Model_14.R
SoilR/inst/tests/runit.ThreepSerial_linear_vs_nonlinear.pdf
SoilR/inst/tests/tex.log
SoilR/inst/tests/runit.automatic.OnePool_C14_ZeroDecay_Zero_c14_fromDelta14C.pdf
SoilR/inst/tests/functions.pyc
SoilR/inst/tests/runit.test.NlModel.R
SoilR/inst/tests/runit.automatic.op.pdf
SoilR/inst/tests/runit.ThreepSerialFeedback_linear_vs_nonlinear.pdf
SoilR/inst/tests/runit.BackwardTransferTime.R
SoilR/inst/tests/TestNp.R
SoilR/inst/tests/runit.BackwardTransferTime.pdf
SoilR/inst/tests/Manzoniexample.pyc
SoilR/inst/tests/ExampleTestSuite.R
SoilR/inst/tests/csall.sh
SoilR/inst/tests/runit.MeanAge3.pdf.orig
SoilR/inst/tests/runit.MeanAge.Densities.pdf
SoilR/inst/tests/runit.DeprecationWarnings.R
SoilR/inst/tests/GlobalEmissions.csv
SoilR/inst/tests/runit.TimeReversedSolution.R
SoilR/inst/tests/cRtest.sh
SoilR/inst/tests/runit.LinearDecompositionOperator.R
SoilR/inst/tests/runit.test.TimeMap.R
SoilR/inst/tests/ThreepParallelAnalytical.R
SoilR/inst/tests/all.R
SoilR/inst/tests/example.getF14R_method__Model_14.R
SoilR/inst/tests/runit.automatic.OnePool_C14_equalDecay_ZeroInput_c14.pdf
SoilR/inst/tests/c14test.R
SoilR/inst/tests/runit.automatic.FourpSerial_1.pdf
SoilR/inst/tests/C14exampleFromDelta14C.pyc
SoilR/inst/tests/package.test.manual.index
SoilR/inst/tests/addHeader.sh
SoilR/inst/tests/test.paramest.R
SoilR/inst/tests/runit.MeanAge2.pdf
SoilR/inst/tests/example.initialize_method__Model_14.R
SoilR/inst/tests/sall.R
SoilR/inst/tests/package.manual.help.R
SoilR/inst/tests/example.getTimeRange_method__TimeMap.R
SoilR/inst/tests/runit.automatic.OnePool_C14_equalDecay_ZeroInput_c14_fromDelta14C.pdf
SoilR/inst/tests/runit.automatic.TwoPool_C14_equalDecay_ZeroInput_c14_fromDelta14C.pdf
SoilR/inst/tests/runit.ThreepSerialFeedback_linear_vs_nonlinear.R
SoilR/inst/tests/tasklist_proto.R
SoilR/inst/tests/runit.MeanAge3.pdf
SoilR/inst/tests/dialog-warning.wav
SoilR/inst/tests/runit.automatic.OnePool_C14_ZeroDecay_constantInputrate_c14_fromDelta14C.pdf
SoilR/inst/tests/runit.test.SoilRF0.R
SoilR/inst/tests/runit.MeanAgeImpuls.pdf
SoilR/inst/tests/runit.automatic.OnePool_C14_ZeroDecay_constantInputrate_c14.pdf
SoilR/inst/tests/runit.automatic.ThreepSerial_2.pdf
SoilR/inst/tests/C14example.pyc
SoilR/inst/tests/runit.ThreepSerial_linear_vs_nonlinear.R
SoilR/inst/tests/runit.automatic.ThreepSerial_1.pdf
SoilR/inst/tests/TwopParallelAnalytical.R
SoilR/inst/tests/runit.nonlinear.R
SoilR/inst/tests/runit.TwopSerial_linear_vs_nonlinear.R
SoilR/inst/tests/runit.test.Model_14.R
SoilR/inst/tests/runit.automatic.TwoPool_C14_equalDecay_ZeroInput_c14.pdf
SoilR/inst/tests/runit.check.pass.R
SoilR/inst/tests/example.initialize_method__Model.R
SoilR/inst/tests/runit.NonlinearAtmosphericModelLong.pdf
SoilR/inst/tests/Rtest.R
SoilR/inst/tests/runit.MeanAge2.R
SoilR/inst/tests/exall.R
SoilR/inst/tests/runit.NonlinearAtmosphericModelMeanAge.pdf
SoilR/inst/tests/runit.automatic.TwopFeedback.pdf
SoilR/inst/tests/prolog.R
SoilR/inst/tests/runit.2TwopSerial_linear_vs_nonlinear.R
SoilR/inst/tests/runit.ThreepFeedback_MCSim.R
SoilR/inst/tests/runit.test.Conversion.R
SoilR/inst/tests/makePlots.R
SoilR/inst/tests/Rexample.pyc
SoilR/inst/tests/testhelpers.R
SoilR/inst/tests/runit.BoundFc.R
SoilR/inst/tests/runit.test.Conversion.pdf
SoilR/inst/tests/runit.NonlinearAtmosphericModel.R
SoilR/inst/tests/runit.MeanAge.R
SoilR/inst/tests/runit.automatic.ThreepFeedback_1.pdf
SoilR/inst/tests/runit.automatic.TwopParallel_constantInput.pdf
SoilR/inst/tests/runit.testNumberOfPools.R
SoilR/inst/tests/fme.f90
SoilR/inst/tests/runit.test.TimeReversedSolution.pdf
SoilR/inst/tests/runit.manuel.Manzoni.op.R
SoilR/inst/tests/runit.test.checkSizes.R
SoilR/inst/tests/automatic
SoilR/inst/tests/automatic/runit.ThreepSerial_2.R
SoilR/inst/tests/automatic/runit.Manzoni.TwopFeedback.R
SoilR/inst/tests/automatic/runit.c14_fromDelta14C.TwoPool_C14_equalDecay_ZeroInput.R
SoilR/inst/tests/automatic/testmaker.py
SoilR/inst/tests/automatic/runit.ThreepSerial_1.R
SoilR/inst/tests/automatic/runit.OnePool_C14_ZeroDecay_Zero.R
SoilR/inst/tests/automatic/runit.c14_fromDelta14C.OnePool_C14_ZeroDecay_Zero.R
SoilR/inst/tests/automatic/Rexample.py
SoilR/inst/tests/automatic/runit.OnePool_C14_ZeroDecay_constantInputrate.R
SoilR/inst/tests/automatic/runit.c14_fromDelta14C.OnePool_C14_ZeroDecay_constantInputrate.R
SoilR/inst/tests/automatic/Manzoniexample.py
SoilR/inst/tests/automatic/mmtestmaker.py
SoilR/inst/tests/automatic/runit.TwopParallel_constantInput.R
SoilR/inst/tests/automatic/runit.TwopParallel_ZeroDecayInputOnly.R
SoilR/inst/tests/automatic/runit.OnePool_C14_equalDecay_ZeroInput.R
SoilR/inst/tests/automatic/functions.py
SoilR/inst/tests/automatic/runit.TwopParallel_ZeroInput.R
SoilR/inst/tests/automatic/RexampleWithTransfer.py
SoilR/inst/tests/automatic/runit.ThreepFeedback_1.R
SoilR/inst/tests/automatic/C14exampleFromDelta14C.py
SoilR/inst/tests/automatic/runit.TwoPool_C14_equalDecay_ZeroInput.R
SoilR/inst/tests/automatic/runit.FourpSerial_1.R
SoilR/inst/tests/automatic/runit.c14_fromDelta14C.OnePool_C14_equalDecay_ZeroInput.R
SoilR/inst/tests/automatic/C14example.py
SoilR/inst/tests/automatic/runit.Manzoni.op.R
SoilR/inst/tests/example.getC.R
SoilR/inst/tests/example.getReleaseFlux_method__Model.R
SoilR/inst/tests/runit.test.Model.R
SoilR/inst/tests/tryCatch.R
SoilR/inst/extdata
SoilR/inst/extdata/inputFluxForVignetteGeneralModelShort
SoilR/inst/extdata/inputFluxForVignetteGeneralModel
SoilR/inst/doc
SoilR/inst/doc/ParameterEstimation.pdf
SoilR/inst/doc/GeneralModel.R
SoilR/inst/doc/ParameterEstimation.Rnw
SoilR/inst/doc/ParameterEstimation.R
SoilR/inst/doc/GeneralModel.Rnw
SoilR/inst/doc/GeneralModel.pdf
SoilR/NAMESPACE
SoilR/NEWS
SoilR/data
SoilR/data/IntCal09.rda
SoilR/data/C14Atm.rda
SoilR/data/C14Atm_NH.rda
SoilR/data/Hua2013.rda
SoilR/data/IntCal13.rda
SoilR/data/eCO2.rda
SoilR/data/HarvardForest14CO2.rda
SoilR/R
SoilR/R/GaudinskiModel14.R
SoilR/R/1_helperFunctions.R
SoilR/R/TwopSeriesModel.R
SoilR/R/fW.RothC.R
SoilR/R/2_TimeMap_deprecated_in_1.2.R
SoilR/R/bacwaveModel.R
SoilR/R/fW.Daycent2.R
SoilR/R/GeneralNlModel.R
SoilR/R/fT.Century1.R
SoilR/R/ThreepFeedbackModel.R
SoilR/R/fW.Moyano.R
SoilR/R/fW.Century.R
SoilR/R/supported14CFractionFormats.R
SoilR/R/TwopSeriesModel14.R
SoilR/R/ParallelModel.R
SoilR/R/2_InFlux.R
SoilR/R/TwopParallelModel.R
SoilR/R/ThreepParallelModel.R
SoilR/R/5_MCSim.R
SoilR/R/MeanAge.R
SoilR/R/fT.KB.R
SoilR/R/fT.Daycent2.R
SoilR/R/3_deSolve.lsoda.wrapper.R
SoilR/R/GeneralModel_14Methods.R
SoilR/R/fT.RothC.R
SoilR/R/fT.Standcarb.R
SoilR/R/fT.Demeter.R
SoilR/R/turnoverFit.R
SoilR/R/fT.linear.R
SoilR/R/Model.R
SoilR/R/ThreepSeriesModel.R
SoilR/R/warnings.R
SoilR/R/YassoModel.R
SoilR/R/fW.Standcarb.R
SoilR/R/OnepModel.R
SoilR/R/OnepModel14.R
SoilR/R/linesCPool.R
SoilR/R/6_DecopmOp.R
SoilR/R/ConstantDecompositionOperator.R
SoilR/R/solver.R
SoilR/R/ThreepFeedbackModel14.R
SoilR/R/3_BoundInFlux.R
SoilR/R/TwopFeedbackModel.R
SoilR/R/ICBMModel.R
SoilR/R/plotCPool.R
SoilR/R/fW.Demeter.R
SoilR/R/TwopParallelModel14.R
SoilR/R/7_DecompositionOperator_deprecated_in_1.2.R
SoilR/R/7_BoundLinDecompOp.R
SoilR/R/FcAtm_deprecated_in_1.2.R
SoilR/R/ThreepParallelModel14.R
SoilR/R/vecFuncMaker.R
SoilR/R/fT.Daycent1.R
SoilR/R/Yasso07Model.R
SoilR/R/fW.Gompertz.R
SoilR/R/TwopFeedbackModel14.R
SoilR/R/fT.Century2.R
SoilR/R/fW.Candy.R
SoilR/R/bind.C14curves.R
SoilR/R/fW.Daycent1.R
SoilR/R/4_SoilR.F0__deprecated_in_1.2.R
SoilR/R/fT.Arrhenius.R
SoilR/R/GeneralModelMethods.R
SoilR/R/RothCModel.R
SoilR/R/plotC14Pool.R
SoilR/R/ConstFc.R
SoilR/R/testhelpers.R
SoilR/R/1_genericFunctions.R
SoilR/R/fW.Skopp.R
SoilR/R/NpYdot.R
SoilR/R/SoilR.euler.R
SoilR/R/3_RespirationCoefficients.R
SoilR/R/ThreepSeriesModel14.R
SoilR/R/fT.LandT.R
SoilR/R/BoundFc.R
SoilR/R/linMaker.R
SoilR/R/MeanTT.R
SoilR/R/fT.Q10.R
SoilR/R/4_NlModel.R
SoilR/R/ThreepairMMmodel.R
SoilR/R/Model_14.R
SoilR/R/TwopMMmodel.R
SoilR/R/spectralNorm.R
SoilR/R/3_TransportDecompositionOperator.R
SoilR/vignettes
SoilR/vignettes/ParameterEstimation.Rnw
SoilR/vignettes/GeneralModel.Rnw
SoilR/MD5
SoilR/build
SoilR/build/vignette.rds
SoilR/DESCRIPTION
SoilR/man
SoilR/man/115.Rd
SoilR/man/117.Rd
SoilR/man/38.Rd
SoilR/man/162.Rd
SoilR/man/39.Rd
SoilR/man/47.Rd
SoilR/man/140.Rd
SoilR/man/217.Rd
SoilR/man/63.Rd
SoilR/man/126.Rd
SoilR/man/100.Rd
SoilR/man/133.Rd
SoilR/man/222.Rd
SoilR/man/138.Rd
SoilR/man/118.Rd
SoilR/man/123.Rd
SoilR/man/167.Rd
SoilR/man/56.Rd
SoilR/man/159.Rd
SoilR/man/66.Rd
SoilR/man/6.Rd
SoilR/man/36.Rd
SoilR/man/124.Rd
SoilR/man/104.Rd
SoilR/man/110.Rd
SoilR/man/54.Rd
SoilR/man/92.Rd
SoilR/man/30.Rd
SoilR/man/70.Rd
SoilR/man/99.Rd
SoilR/man/94.Rd
SoilR/man/198.Rd
SoilR/man/42.Rd
SoilR/man/132.Rd
SoilR/man/67.Rd
SoilR/man/211.Rd
SoilR/man/23.Rd
SoilR/man/48.Rd
SoilR/man/11.Rd
SoilR/man/197.Rd
SoilR/man/216.Rd
SoilR/man/173.Rd
SoilR/man/93.Rd
SoilR/man/134.Rd
SoilR/man/165.Rd
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SoilR/man/180.Rd
SoilR/man/35.Rd
SoilR/man/50.Rd
SoilR/man/24.Rd
SoilR/man/223.Rd
SoilR/man/13.Rd
SoilR/man/3.Rd
SoilR/man/200.Rd
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SoilR/man/169.Rd
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SoilR/man/43.Rd
SoilR/man/179.Rd
SoilR/man/31.Rd
SoilR/man/58.Rd
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SoilR/man/111.Rd
SoilR/man/49.Rd
SoilR/man/57.Rd
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SoilR/man/14.Rd
SoilR/man/129.Rd
SoilR/man/208.Rd
SoilR/man/176.Rd
SoilR/man/214.Rd
SoilR/man/150.Rd
SoilR/man/51.Rd
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SoilR/man/119.Rd
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SoilR/man/20.Rd
SoilR/man/107.Rd
SoilR/man/88.Rd
SoilR/man/4.Rd
SoilR/man/81.Rd
SoilR/man/manMan
SoilR/man/manMan/Hua2013.Rd
SoilR/man/manMan/as.character.Rd
SoilR/man/manMan/eCO2.Rd
SoilR/man/manMan/C14Atm_NH.Rd
SoilR/man/manMan/IntCal09.Rd
SoilR/man/manMan/C14Atm.Rd
SoilR/man/manMan/HarvardForest14CO2.Rd
SoilR/man/manMan/IntCal13.Rd
SoilR/man/151.Rd
SoilR/man/201.Rd
SoilR/man/155.Rd
SoilR/man/146.Rd
SoilR/man/5.Rd
SoilR/man/218.Rd
SoilR/man/75.Rd
SoilR/man/152.Rd
SoilR/man/80.Rd
SoilR/man/161.Rd
SoilR/man/10.Rd
SoilR/man/16.Rd
SoilR/man/98.Rd
SoilR/man/25.Rd
SoilR/man/168.Rd
SoilR/man/131.Rd
SoilR/man/83.Rd
SoilR/man/26.Rd
SoilR/man/187.Rd
SoilR/man/32.Rd
SoilR/man/171.Rd
SoilR/man/62.Rd
SoilR/man/78.Rd
SoilR/man/130.Rd
SoilR/man/209.Rd
SoilR/man/113.Rd
SoilR/man/84.Rd
SoilR/man/9.Rd
SoilR/man/158.Rd
SoilR/man/136.Rd
SoilR/man/105.Rd
SoilR/man/77.Rd
SoilR/man/40.Rd
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SoilR/man/181.Rd
SoilR/man/52.Rd
SoilR/man/96.Rd
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SoilR/man/177.Rd
SoilR/man/135.Rd
SoilR/man/1.Rd
SoilR/man/166.Rd
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SoilR/man/127.Rd
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SoilR/man/91.Rd
SoilR/man/194.Rd
SoilR/man/60.Rd
SoilR/man/182.Rd
SoilR/man/101.Rd
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SoilR/man/122.Rd
SoilR/man/116.Rd
SoilR/man/21.Rd
SoilR/man/53.Rd
SoilR/man/7.Rd
SoilR/man/202.Rd
SoilR/man/144.Rd
SoilR/man/79.Rd
SoilR/man/74.Rd
SoilR/man/106.Rd
SoilR/man/114.Rd
SoilR/man/191.Rd
SoilR/man/108.Rd
SoilR/man/157.Rd
SoilR/man/220.Rd
SoilR/man/195.Rd
SoilR/man/45.Rd
SoilR/man/86.Rd
SoilR/man/213.Rd
SoilR/man/103.Rd
SoilR/man/160.Rd
SoilR/man/204.Rd
SoilR/man/192.Rd
SoilR/man/97.Rd
SoilR/man/137.Rd
SoilR/man/206.Rd
SoilR/man/112.Rd
SoilR/man/22.Rd
SoilR/man/55.Rd
SoilR/man/90.Rd
SoilR/man/207.Rd
SoilR/man/153.Rd
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SoilR/man/186.Rd
SoilR/man/95.Rd
SoilR/man/68.Rd
SoilR/man/17.Rd
SoilR/man/156.Rd
SoilR/man/8.Rd
SoilR/man/18.Rd
SoilR/man/73.Rd
SoilR/man/125.Rd
SoilR/man/34.Rd
SoilR/man/210.Rd
SoilR/man/33.Rd
SoilR/man/148.Rd
SoilR/man/149.Rd
SoilR/man/15.Rd
SoilR/man/199.Rd
SoilR/man/27.Rd
SoilR/man/170.Rd
SoilR/man/65.Rd
SoilR/man/128.Rd
SoilR/man/120.Rd
SoilR/man/139.Rd
SoilR/man/76.Rd
SoilR/man/185.Rd
SoilR/man/2.Rd
SoilR/man/72.Rd
SoilR/man/189.Rd
SoilR/man/69.Rd
SoilR/man/141.Rd
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SoilR/man/85.Rd
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SoilR/man/46.Rd
SoilR/man/142.Rd
SoilR/man/188.Rd
SoilR/man/145.Rd
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SoilR/man/102.Rd
SoilR/man/87.Rd
SoilR/man/64.Rd
SoilR/man/41.Rd
SoilR/man/37.Rd
SoilR/man/61.Rd
SoilR/man/193.Rd
SoilR/man/28.Rd