Surface Water Interaction Modelling Using Visual MODFLOW and GIS

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PHYLARESDescription of the study area / ch.4__________________________________________________________________________________________21Kleine NetebasinStudy areaFigure 4. 2 The study area and its location in the Nete Basin.______________________________________________________________________________________Groundwater – Surface water interaction modeling using visual MODFLOW and GIS
PHYLARESDescription of the study area / ch.4__________________________________________________________________________________________224.3 TopographyFigure 4.3 shows the contour of the Topographic elevations in the area. The highest points arefound at the Southeastern part and reach 21.88 meters while the lowest elevation point is locatedin the Southwestern part of the model and reaches 4.85 meters above the datum of the model.Three – dimensional view of the slope is shown in Figure 4.4 The slope of the elevation of thetopography is shown in figure 4.5.211600211400211200Y- lambert (m)211000210800210600210400181200 181400 181600 181800 182000 182200 182400 182600 182800X - Lambert (m)LEGEND14 Elevation contourObservation wellm0 100 200 300 400Figure 4. 3Two – dimensional view and elevation of the study area.______________________________________________________________________________________Groundwater – Surface water interaction modeling using visual MODFLOW and GIS
Page 1 and 2: UNIVERSITY GHENTUNIVERSITEITGENTINT
Page 3 and 4: PHYLARES___________________________
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Page 8 and 9: PHYLARESIntroduction / ch.1________
Page 10 and 11: PHYLARESIntroduction / ch.1________
Page 12 and 13: PHYLARESApproach and methodology /
Page 18 and 19: PHYLARESInteraction of Groundwater
Page 26 and 27: PHYLARESDescription of the study ar
Page 34 and 35: PHYLARESModeling Tools / ch.5______
Page 36 and 37: PHYLARESModeling Tools / ch.5______
Page 38 and 39: PHYLARESModel setup / ch.6_________
Page 54 and 55: PHYLARESModel calibration / ch.7___
Page 60 and 61: PHYLARESResults and Discussion / ch
Page 70 and 71: PHYLARESConclusions and Recommendat
Page 72 and 73: PHYLARESReferences_________________
Page 74 and 75: PHYLARESReferences_________________
Page 76 and 77: PHYLARESAnnex______________________
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PHYLARESAnnex______________________
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PHYLARESAnnex______________________
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Surface Water Interaction Modelling Using Visual MODFLOW and GIS

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