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        if (logLevelDebug()) qDebug() << "psi: saturation " << psi_sat << "field capacity:" << mFieldCapacity;
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        if (logLevelDebug()) qDebug() << "psi: saturation " << psi_sat << "field capacity:" << mFieldCapacity;
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    }
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    }
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    mContent = mFieldCapacity; // start with full water content (in the middle of winter)


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    mContent = mFieldCapacity; // start with full water content (in the middle of winter)


          

          

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    if (logLevelDebug()) qDebug() << "setup of water: Psi_ref (kPa)" << mPsi_ref << "Rho_ref" << mRho_ref << "coeff. b" << mPsi_koeff_b;


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    if (logLevelDebug()) qDebug() << "setup of water: Psi_ref (kPa)" << mPsi_ref << "Rho_ref" << mRho_ref << "coeff. b" << mPsi_koeff_b;


          

          

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    mCanopyConductance = 0.;


          

          

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    mLastYear = -1;


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    mLastYear = -1;


          

          

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}


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}


          

          

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/** function to calculate the water pressure [saugspannung] for a given amount of water.


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/** function to calculate the water pressure [saugspannung] for a given amount of water.


          

          

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    returns water potential in kPa.


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    returns water potential in kPa.