A Waste Treatment/Disposal Site Evaluation Process for Areas Underlain by Carbonate Aquifers

Keyphrases

• Process Evaluation 100%
• Aquifer 100%
• Waste Treatment 100%
• Carbonate Aquifer 100%
• Site Evaluation 100%
• Disposal Site 100%
• Mechanical Response 50%
• Minnesota 50%
• Evaluation Method 50%
• Carbonate Rocks 50%
• Predictive Tool 50%
• Flow Path 50%
• Land Use Impacts 50%
• Soil Texture 50%
• Flow Time 50%
• Primary Flow 50%
• Karst Feature 50%
• Combined Technique 50%
• Karst Aquifer 50%
• Collapse Pattern 50%
• Soil Cover 50%
• Relative Moisture Content 50%
• Texture Density 50%
• Dye Tracing 50%
• Potential Contamination 50%
• Subsurface Erosion 50%
• Secondary Potential 50%
• Core Recovery 50%
• Erosion Susceptibility 50%
• Potentially Contaminated Sites 50%
• Well Injection 50%
• Rock Core 50%
• Fractured Carbonate Aquifer 50%
• Drilling Fluid Loss 50%
• Secondary Porosity 50%
• Shallow Geophysics 50%
• Fractured Karst Aquifer 50%
• Cased Well 50%
• Land Use Decisions 50%

Earth and Planetary Sciences

• Land Use 100%
• Karst Aquifer 100%
• Waste Collection 100%
• Waste Treatment 100%
• Minnesota 50%
• Carbonate Rock 50%
• Geophysics 50%
• Evaluation Method 50%
• Soil Cover 50%
• Soil Texture 50%
• Secondary Porosity 50%