SoilR: Models of Soil Organic Matter Decomposition

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

AuthorCarlos A. Sierra <csierra@bgc-jena.mpg.de>, Markus Mueller <mamueller@bgc-jena.mpg.de>
Date of publication2014-04-30 18:53:34
MaintainerMarkus Mueller <mamueller@bgc-jena.mpg.de>
LicenseGPL-3
Version1.1-23

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"'

160: 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 SoilR/man/203.Rd 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 SoilR/man/172.Rd SoilR/man/71.Rd SoilR/man/178.Rd SoilR/man/183.Rd SoilR/man/169.Rd SoilR/man/163.Rd SoilR/man/43.Rd SoilR/man/179.Rd SoilR/man/31.Rd SoilR/man/58.Rd SoilR/man/219.Rd SoilR/man/111.Rd SoilR/man/49.Rd SoilR/man/57.Rd SoilR/man/221.Rd 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 SoilR/man/154.Rd SoilR/man/19.Rd SoilR/man/44.Rd SoilR/man/164.Rd SoilR/man/147.Rd SoilR/man/119.Rd SoilR/man/174.Rd 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 SoilR/man/29.Rd SoilR/man/181.Rd SoilR/man/52.Rd SoilR/man/96.Rd SoilR/man/109.Rd SoilR/man/143.Rd SoilR/man/212.Rd SoilR/man/177.Rd SoilR/man/135.Rd SoilR/man/1.Rd SoilR/man/166.Rd SoilR/man/59.Rd SoilR/man/82.Rd SoilR/man/89.Rd SoilR/man/127.Rd SoilR/man/184.Rd SoilR/man/91.Rd SoilR/man/194.Rd SoilR/man/60.Rd SoilR/man/182.Rd SoilR/man/101.Rd SoilR/man/121.Rd 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 SoilR/man/190.Rd 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 SoilR/man/196.Rd SoilR/man/12.Rd SoilR/man/85.Rd SoilR/man/205.Rd SoilR/man/215.Rd SoilR/man/46.Rd SoilR/man/142.Rd SoilR/man/188.Rd SoilR/man/145.Rd SoilR/man/175.Rd 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

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