A Sensitivity Analysis for the
2019-05-03 13:38:02 8 举报AI智能生成
关于地下水水力动态模型的研究方法与进展简述
作者其他创作
大纲/内容
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 <br>Hydrologic cycle
Evapotranspiration
Surface-Water Flow
Glacier Runoff
Groundwater System
Key Parameters
precipitation
Temperature
the Sensitivity of a Surficial <br>Unconfined Aquiferto Changes
River Stage
Recharge
Using Visual MODFLOW
Visual HELP
weather generator
properties of the <br>Aquifer Column
Model Boundary Conditions
Model Design——Stratigraphy <br>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
<br> Subprogram
Current Recharge Model(CRM)
Profile Structure
Initial Moisture Content
Runoff
Weather Generator
Evapotranspiration
Calibration of The Grand Forks Flow Model
Transient Non-Pumping Model
transient pumping tests
Steady-State Pumping
Steady-State non-pumping
Range of Input <br>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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