FIGURE NO.
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FIGURES
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SIZE
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2-1
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1.7Mb
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2-2
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1.8Mb
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2-3
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1.8Mb
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2-4
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1.7Mb
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2-5
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69Kb
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2-6
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1.7Mb
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2-7
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0.37Mb
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2-8
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0.43Mb
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2-9
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0.47Mb
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2-10
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0.39Mb
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2-11
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0.36Mb
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2-12
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0.41Mb
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2-13
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0.40Mb
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2-14
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0.41Mb
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2-15
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1.7Mb
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2-16
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1.7Mb
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2-17
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Average Specific Yield of
Sediments – Layer 3
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1.7Mb
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2-18
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1.7Mb
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2-19
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0.11Mb
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2-20
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0.10Mb
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2-21
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0.10Mb
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2-22
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Water-Level Time Histories at
Wells in Management Zone 4
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85Kb
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2-23
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Water-Level Time Histories at
Wells in Management Zone 5
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85Kb
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3-1
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Well Location Map, Chino Basin and
Vicinity: Wells with Water Quality Data from 1997 through 2002
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13.3Mb
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3-2
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TDS in Groundwater, Average
Concentration (pre-1980)
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6.7Mb
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3-3
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TDS in Groundwater, Average
Concentration (1981 to 1996)
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6.6Mb
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3-4
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TDS in Groundwater, Average
Concentration (1997 to 2002)
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6.8Mb
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3-5
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Nitrate-N in Groundwater,
Average Concentration (pre-1980)
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6.8Mb
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3-6
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Nitrate-N in Groundwater,
Average Concentration (1981 to 1996)
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6.6Mb
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3-7
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Nitrate-N in Groundwater,
Average Concentration (1997 to 2002)
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1.9Mb
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3-8
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Water Character Index in
Groundwater (1997 to 2002)
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6.7Mb
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3-9
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Tetrachloroethene (PCE) in
Groundwater, Average Concentration (1997 to 2002)
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6.4Mb
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3-10
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Trichloroethene (TCE) in
Groundwater, Average Concentration (1997 to 2002)
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6.5Mb
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3-11
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1,1-Dichloroethene in
Groundwater, Average Concentration (1997 to 2002)
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6.4Mb
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3-12
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1,2-Dichloroethane in
Groundwater, Average Concentration (1997 to 2002)
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6.4Mb
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3-13
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cis-1, 2-Dichloroethene in
Groundwater, Average Concentration (1997 to 2002)
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6.4Mb
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3-14
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1,2,3-Trichloropropane in
Groundwater, Average Concentration (1997 to 2002)
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6.7Mb
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3-15
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1,2,3-Trichloropropane in
Groundwater, Average Concentration (1997 to 2002), Expanded Class Intervals
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6.7Mb
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3-16
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Arsenic in Groundwater, Average
Concentration (1997 to 2002)
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6.5Mb
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3-17
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Manganese in Groundwater,
Average Concentration (1997 to 2002)
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6.4Mb
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3-18
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Perchlorate in Groundwater,
Average Concentration (1997 to 2002)
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6.4Mb
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3-19
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Radon in Groundwater, Average
Concentration (1997 to 2002)
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6.3Mb
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3-20
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Gross Alpha in Groundwater,
Average Concentration (1997 to 2002)
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6.5Mb
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3-21
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Location of Known Contamination
Sources and Related Water Quality Anomalies
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6.2Mb
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4-1
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Location of Subsurface Boundary Inflows
and Stream Segments that Are Dynamically Linked to the Groundwater System
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1.7Mb
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4-2
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Management Zones Used in the
2003 Basin Plan
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6.2Mb
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4-3
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Location of Precipitation
Stations and Drainage Area Configuration in the Chino Area Used in the Chino
Basin Model
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6.3Mb
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4-4
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SCS Hydrologic Soil Types in the
Chino Area Used in the Chino Basin Model
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7.3Mb
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4-5
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1993 Land Uses in the Chino Area
Used in the Chino Basin Model
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7.5Mb
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4-6
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Water Service Area Boundaries
for the Chino Basin Area
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6.6Mb
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4-7
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Distribution of Riparian
Vegetation in the Lower Chino Basin
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5.2Mb
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4-8
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Location of Wells that Produced
Water During the Period 1989/90 to 2000/01
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6.6Mb
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5-1
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Relationship of Models, Input
Data and Output Data
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33Kb
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5-2
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Characterization of Calibration
Period to Long-term Climatic Trends
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70Kb
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5-3
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Model Grid
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1.5Mb
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5-4
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Location of Effective and
Ineffective Cells for Layer 1
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1.5Mb
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5-5
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Location of Effective and
Ineffective Cells for Layer 2
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1.5Mb
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5-6
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Location of Effective and
Ineffective Cells for Layer 3
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1.5Mb
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5-7
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Stream Representation in MODFLOW
and WLAM
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1.8Mb
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5-8
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Initial Groundwater Elevations
at Start of Calibration Period – Fall 1989
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1.7Mb
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6-1
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Location of Wells and Prado
Dam Gaging Station Used in Model Calibration
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1.6Mb
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6-2
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Comparison of Model Predicted
Groundwater Level and Observed Groundwater Level for Fontana Water Company
No. 3A
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83Kb
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6-3
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Comparison of Model Predicted
Groundwater Level and Observed Groundwater Level for Cucamonga County Water
District No. 30
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88Kb
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6-4
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Comparison of Model Predicted
Groundwater Level and Observed Groundwater Level for Ontario No. 17
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80Kb
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6-5
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Comparison of Model Predicted
Groundwater Level and Observed Groundwater Level for Upland No. 3
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80Kb
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6-6
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Comparison of Model Predicted
Groundwater Level and Observed Groundwater Level for Monte Vista No. 10
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82Kb
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6-7
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Comparison of Model Predicted
Groundwater Level and Observed Groundwater Level for Pomona No. 11
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80Kb
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6-8
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Comparison of Model Predicted
Groundwater Level and Observed Groundwater Level for Chino No. 9
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83Kb
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6-9
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Comparison of Model Predicted
Groundwater Level and Observed Groundwater Level for Chino Hills No. 18A
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82Kb
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6-10
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Comparison of Model Predicted
Groundwater Level and Observed Groundwater Level for CIM No. 4
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84Kb
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6-11
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Comparison of Model Predicted
Groundwater Level and Observed Groundwater Level for JCSD No. 16
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80Kb
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6-12
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Comparison of Model Predicted
Groundwater Level and Observed Groundwater Level for Norco No. 11
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81Kb
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6-13
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Comparison of Model Predicted
Groundwater Level and Observed Groundwater Level for a Private Well Parente
ARC
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79Kb
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6-14
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Comparison of Model Predicted
Groundwater Level and Observed Groundwater Level for a Private Well Excelsior
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82Kb
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6-15a
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Model Projected Groundwater
Elevations at End of Calibration Period for Layer 1 – Fall 2001
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1.7Mb
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6-15b
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Model Projected Groundwater
Elevations at End of Calibration Period for Layer 2 – Fall 2001
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1.7Mb
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6-15c
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Model Projected Groundwater
Elevations at End of Calibration Period for Layer 3 – Fall 2001
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1.6Mb
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6-16a
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Change in Groundwater Level
from Start to End of Calibration Period for Layer 1 – Fall 1988 to Fall 2001
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1.7Mb
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6-16b
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Change in Groundwater Level
from Start to End of Calibration Period for Layer 2 – Fall 1988 to Fall 2001
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1.7Mb
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6-16c
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Change in Groundwater Level
from Start to End of Calibration Period for Layer 3 – Fall 1988 to Fall 2001
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1.7Mb
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6-17a
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Comparison of
Model-Projected and Observed Santa Ana River Discharge Time Histories at
Prado Dam – Histogram
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74Kb
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6-17b
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Comparison of
Model-Projected and Observed Santa Ana River Discharge Time Histories at
Prado Dam – Regression Plot
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80Kb
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6-18a
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Final Aquifer Properties,
Hydraulic Conductivity in Layer 1
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1.6Mb
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6-18b
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Final Aquifer Properties,
Hydraulic Conductivity in Layer 2
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1.6Mb
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6-18c
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Final Aquifer Properties,
Hydraulic Conductivity in Layer 3
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1.6Mb
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6-19a
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Final Aquifer Properties,
Vertical Hydraulic Conductivity in Layer 1
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1.6Mb
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6-19b
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Final Aquifer Properties,
Vertical Hydraulic Conductivity in Layer 2
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1.6Mb
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6-19c
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Final Aquifer Properties,
Vertical Hydraulic Conductivity in Layer 3
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1.6Mb
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6-20a
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Final Aquifer Properties,
Specific Yield in Layer 1
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1.6Mb
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6-20b
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Final Aquifer Properties,
Specific Yield in Layer 2
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1.6Mb
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6-20c
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Final Aquifer Properties,
Specific Yield in Layer 3
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1.6Mb
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6-21
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Time History of Total Storage
in the Chino Basin, Fall 1989 to Fall 2001
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65Kb
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6-22
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Comparison of Model Projected
and Observed Santa Ana River Discharge at Prado
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73Kb
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7-1
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Comparison of Annual
Groundwater Pumping for Baseline and Dry-Year Yield Scenarios
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72Kb
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7-2a
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Groundwater Levels at End of
Baseline Scenario for Layer 1 – Fall 2028
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1.8Mb
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7-2b
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Groundwater Levels at End of
Baseline Scenario for Layer 2 – Fall 2028
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1.8Mb
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7-2c
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Groundwater Levels at End of
Baseline Scenario for Layer 3 – Fall 2028
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1.8Mb
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7-3a
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Change in Groundwater Level
from Start to End of Baseline Scenario for Layer 1 – 2004 to 2028
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1.8Mb
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7-3b
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Change in Groundwater Level
from Start to End of Baseline Scenario for Layer 1 – 2004 to 2028
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1.8Mb
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7-3c
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Change in Groundwater Level from
Start to End of Baseline Scenario for Layer 2 – 2004 to 2028
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1.8Mb
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7-4
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Estimated Location of Water
Quality Anomalies in 2004 and their Projected Locations in 2028 for Baseline
and Dry-Year Yield Scenarios
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5.9Mb
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7-5
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Projected Annual Time History
of Santa Ana River Discharge at Prado Dam for the Baseline Scenario
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69Kb
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7-6
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Location of New Wells in the
Dry-Year Yield Program and OBMP Desalter Wells
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1.7Mb
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7-7a
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Groundwater Levels at End of
the Dry-Year Yield Scenario for Layer 1 – Fall 2028
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1.8Mb
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7-7b
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Groundwater Levels at End of
the Dry-Year Yield Scenario for Layer 2 – Fall 2028
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1.8Mb
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7-7c
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Groundwater Levels at End of
the Dry-Year Yield Scenario for Layer 3 – Fall 2028
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1.8Mb
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7-8a
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Change in Groundwater Level
from Start to End of the Dry-Year Yield Scenario for Layer 1 – 2004 to 2028
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1.8Mb
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7-8b
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Change in Groundwater Level
from Start to End of the Dry-Year Yield Scenario for Layer 2 – 2004 to 2028
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1.8Mb
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7-8c
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Change in Groundwater Level
from Start to End of the Dry-Year Yield Scenario for Layer 3 – 2004 to 2028
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1.8Mb
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7-9a
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Difference in Groundwater
Levels Between Baseline and Dry-Year Yield Scenarios for Layer 1 at 2028
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1.9Mb
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7-9b
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Difference in Groundwater
Levels Between Baseline and Dry-Year Yield Scenarios for Layer 2 at 2028
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1.9Mb
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7-9c
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Difference in Groundwater
Levels Between Baseline and Dry-Year Yield Scenarios for Layer 2 at 2028
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1.9Mb
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7-10a
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Difference in Groundwater
Levels Between Baseline and Dry-Year Yield Scenarios for Layer 1 at Point of
Maximum Storage – 2007
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1.7Mb
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7-10b
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Difference in Groundwater
Levels Between Baseline and Dry-Year Yield Scenarios for Layer 2 at Point of
Maximum Storage – 2007
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1.7Mb
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7-10c
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Difference in Groundwater
Levels Between Baseline and Dry-Year Yield Scenarios for Layer 3 at Point of
Maximum Storage – 2007
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1.7Mb
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7-11a
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Difference in Groundwater
Levels Between Baseline and Dry-Year Yield Scenarios for Layer 1 after
three-Year Extraction period – 2018
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1.7Mb
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7-11b
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Difference in Groundwater
Levels Between Baseline and Dry-Year Yield Scenarios for Layer 2 after
three-Year Extraction period – 2018
|
1.7Mb
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7-11c
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Difference in Groundwater
Levels Between Baseline and Dry-Year Yield Scenarios for Layer 3 after
three-Year Extraction period – 2018
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1.7Mb
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7-12
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Projected Time History of
Total Storage in the Chino Basin for Baseline and Dry-Year Yield Scenarios
|
68Kb
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