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| 150 | {
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150 | {
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| 151 | double deficit; |
151 | double deficit; |
| 152 | double ft, fw; |
152 | double ft, fw; |
| 153 | const double top_layer_content = mRU->waterCycle()->topLayerWaterContent(); |
153 | const double top_layer_content = mRU->waterCycle()->topLayerWaterContent(); |
| 154 | double f_sum = 0.; |
154 | double f_sum = 0.; |
| 155 | for (const ClimateDay *day=mRU->climate()->begin(); day!=mRU->climate()->end(); ++day) |
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| - | 155 | int iday=0; |
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| - | 156 | for (const ClimateDay *day=mRU->climate()->begin(); day!=mRU->climate()->end(); ++day, ++iday) |
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| 156 | {
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157 | {
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| 157 | deficit = mRU->waterCycle()->waterDeficit_mm(day->day); |
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| - | 158 | deficit = mRU->waterCycle()->waterDeficit_mm(iday); |
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| 158 | 159 | ||
| 159 | ft = exp(308.56*(1./56.02-1./((273.+day->temperature)-227.13))); // empirical variable Q10 model of Lloyd and Taylor (1994), see also Adair et al. (2008) |
160 | ft = exp(308.56*(1./56.02-1./((273.+day->temperature)-227.13))); // empirical variable Q10 model of Lloyd and Taylor (1994), see also Adair et al. (2008) |
| 160 | fw = 1. - limit(deficit / top_layer_content, 0., 1.); |
161 | fw = 1. - limit(deficit / top_layer_content, 0., 1.); |
| 161 | // the water effect: depends on the water deficit; if the deficit is higher than the parameterized
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162 | // the water effect: depends on the water deficit; if the deficit is higher than the parameterized
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| 162 | // content of the top layer (where most microbial activity is located), than then fw gets 0.
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163 | // content of the top layer (where most microbial activity is located), than then fw gets 0.
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