A Sensitivity Analysis for the
2019-05-03 13:38:02 8 举报AI智能生成
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关于地下水水力动态模型的研究方法与进展简述
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A Sensitivity Analysis for the Grand Forks Aquifer
Introduction
Importance
Neccessaries
Method
Numerical Model
Result
Uncertainty
Increase and Decrease
Discussion
Sustainability
lack of knowledge
Climate Change
severe weather events
flooding
more droughts
British Columbia
Current Climate Conditions
Climate-change Scenarios
Aspects of the Hydrologic cycle
Evapotranspiration
Surface-Water Flow
Glacier Runoff
Groundwater System
Key Parameters
precipitation
Temperature
the Sensitivity of a Surficial Unconfined Aquiferto Changes
River Stage
Recharge
Using Visual MODFLOW
Visual HELP
weather generator
properties of the Aquifer Column
Model Boundary Conditions
Model Design——Stratigraphy and Aquifer configuration
Layer 1:Gravel
Layer 2:coarse sand and Gravel
Layer3:silt and fine sand
Later4:primarily sand with pebbles
the Unsat Suite's Subprogram
Current Recharge Model(CRM)
Profile Structure
Initial Moisture Content
Runoff
Weather Generator
Calibration of The Grand Forks Flow Model
Transient Non-Pumping Model
transient pumping tests
Steady-State Pumping
Steady-State non-pumping
Range of Input Climate Parameters
Low Temperature and Low Precipitation
High Temperature and High Precipitation
HIgh Temperature and Low Precipitation
Low Temperature and High Precipitation
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