//---------------------------------------------------------------------
public static void Initialize(IInputParameters parameters)
{
LitterParameters = new LitterType[2];
LitterType litterParmsSurface = new LitterType();
LitterType litterParmsSoil = new LitterType();
// Structural decomposition rate, the fraction of the pool that turns over each year.
litterParmsSurface.DecayRateStrucC = 3.9;//DEC1(1)
litterParmsSoil.DecayRateStrucC = 4.9; //DEC1(2)
// Metabolic decomposition rate, the fraction of the pool that turns over each year.
litterParmsSurface.DecayRateMetabolicC = 1.48; //DEC2(1) //modified assuming they meant, 'percentage'
litterParmsSoil.DecayRateMetabolicC = 1.85; //DEC2(2) //modified assuming they meant, 'percentage'
// Decomposition rate of organic matter with active turnover, the fraction of the pool
// that turns over each year (SOM1)
litterParmsSurface.DecayRateMicrobes = 1.0; // 6.0; //DEC3(1) set to 1.0 until meaning of 'fraction' is determined.
litterParmsSoil.DecayRateMicrobes = 1.0; // 7.3; //DEC3(2)
LitterParameters[0] = litterParmsSurface;
LitterParameters[1] = litterParmsSoil;
CalibrateMode = parameters.CalibrateMode;
WType = parameters.WType;
//ProbEstablishAdjust = parameters.ProbEstablishAdjustment;
//FractionSOM2toCO2 = parameters.FractionSOM2toCO2;
//FractionSOM3toCO2 = parameters.FractionSOM3toCO2;
//DecayRateSOM2 = parameters.DecayRateSOM2;
//DecayRateSOM3 = parameters.DecayRateSOM3;
}
//---------------------------------------------------------------------
public static void Initialize(IInputParameters parameters)
{
//LitterParameters = parameters.LitterParameters;
LitterParameters = new LitterType[2];
LitterType litterParmsSurface = new LitterType();
LitterType litterParmsSoil = new LitterType();
// Structural decomposition rate, the fraction of the pool that turns over each year.
litterParmsSurface.DecayRateStrucC = 3.9;//DEC1(1)
litterParmsSoil.DecayRateStrucC = 4.9; //DEC1(2)
// Metabolic decomposition rate, the fraction of the pool that turns over each year.
litterParmsSurface.DecayRateMetabolicC = 14.8; //DEC2(1)
litterParmsSoil.DecayRateMetabolicC = 18.5; //DEC2(2)
// Decomposition rate of organic matter with active turnover, the fraction of the pool
// that turns over each year
litterParmsSurface.DecayRateMicrobes = 6.0; //DEC3(1)
litterParmsSoil.DecayRateMicrobes = 7.3; //DEC3(2)
LitterParameters[0] = litterParmsSurface;
LitterParameters[1] = litterParmsSoil;
CalibrateMode = parameters.CalibrateMode;
WType = parameters.WType;
//FractionSOM2toCO2 = parameters.FractionSOM2toCO2;
//FractionSOM3toCO2 = parameters.FractionSOM3toCO2;
//DecayRateSOM2 = parameters.DecayRateSOM2;
//DecayRateSOM3 = parameters.DecayRateSOM3;
}
//---------------------------------------------------------------------
public static void Initialize(IInputParameters parameters)
{
LitterParameters = new LitterType[2];
LitterType litterParmsSurface = new LitterType();
LitterType litterParmsSoil = new LitterType();
// Structural decomposition rate, the fraction of the pool that turns over each year.
litterParmsSurface.DecayRateStrucC = 3.9;//DEC1(1)
litterParmsSoil.DecayRateStrucC = 4.9; //DEC1(2)
// Metabolic decomposition rate, the fraction of the pool that turns over each year.
//wangM. in V3 they used 1.48 and 1.85
litterParmsSurface.DecayRateMetabolicC = 14.8; //DEC2(1)
litterParmsSoil.DecayRateMetabolicC = 18.5; //DEC2(2)
// Decomposition rate of organic matter with active turnover, the fraction of the pool
// that turns over each year
litterParmsSurface.DecayRateMicrobes = 3.84; //DEC3(1)
litterParmsSoil.DecayRateMicrobes = 4.672; //DEC3(2)
//wangM. new version 3 code
/*
litterParmsSurface.DecayRateMicrobes = 1.0; // 6.0; //DEC3(1) set to 1.0 until meaning of 'fraction' is determined.
litterParmsSoil.DecayRateMicrobes = 1.0; // 7.3; //DEC3(2)
*/
LitterParameters[0] = litterParmsSurface;
LitterParameters[1] = litterParmsSoil;
CalibrateMode = parameters.CalibrateMode;
WType = parameters.WType;
//ProbEstablishAdjust = parameters.ProbEstablishAdjustment;
//FractionSOM2toCO2 = parameters.FractionSOM2toCO2;
//FractionSOM3toCO2 = parameters.FractionSOM3toCO2;
//DecayRateSOM2 = parameters.DecayRateSOM2;
//DecayRateSOM3 = parameters.DecayRateSOM3;
}
