Directory UMM :Data Elmu:jurnal:A:Agricultural Water Management:Vol44.Issue1-3.Apr2000:
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Soil samples from the two latter sites were used in a number of laboratory studies, with site I exhibiting properties very similar to field site VIII and site III being investigated
Water moving through the drainage systems, and that moving across the surface plus that in the surface soil to 25 cm depth was collected and sampled separately, and flow rates
Data from ®eld studies conducted in a sandy soil (Vredepeel, The Netherlands) and in a loamy soil (Weiherbach, Germany) were used by ®ve groups to simulate water ¯ow and bromide
Although PLM was designed to simulate concentrations of pesticide that reach drainage waters by preferential flow in structured soils, the model was still able to predict
Movement of water, bromide and pesticides ethoprophos and bentazone measured in a Dutch sandy soil: the Vredepeel data set.. Ring test with the models
Afterwards a calibration of hydraulic parameters was performed using measured water and bromide contents in soil (Weiherbach, Vredepeel and Brimstone) or leachate (Tor Mancina)..
Model tests were therefore done using data collected at a sandy (Vredepeel) and a loamy soil (Weiherbach). Both ®eld data and lysimeter data were used to evaluate the performance
Numerical simulations of water ¯ow and solute transport were used to investigate the eect of the recharge (rain/irrigation) at the soil surface on solute spreading and breakthrough
