Cloud-based, Data-enabled, Realtime Interactive Global Groundwater Modeling
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MGMT User Manual


Michigan Groundwater Management Tool  (MGMT) is a desktop application allowing users to explore a compilation of hydrologic, geologic, geographic, and environmental data covering the entire State of Michigan. Using solely existing data, MGMT allows users to delineate groundwater flow patterns, establish WHPAs and groundwater source areas, and estimate drawdown due to pumping. MGMT enables systematic integration of detailed groundwater-centric data with dynamic visualization, modeling, and analysis. This allows for a wide variety of investigative perspectives that naturally follow the progression of groundwater studies – from site characterization, to resource evaluation,  protection, and ultimately sustainable management. MGMT is a unique tool for cost-effective groundwater management and protection in Michigan, particularly at the site-scale.

Provided here is the MGMT User Manual.​
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  • Home
    • Overview
    • MAGNET Modeling Features
  • MAGNET Network
    • Global Modeling Platform
    • Global Model Network
    • Global User Network
  • Library
    • Research Videos >
      • Real world heterogeneity
      • Random Field Representation
      • Effects of Spatial Heterogeneity
      • Effects of Temporal Variability
      • Effects of Interacting Heterogeneity
      • Effects of Multiscale Heterogeneity
      • Macridispersion Models
      • Monte Carlo Simulations
      • Transport in Complex Aquifers
      • Transport in Fractured Tills
    • Education Videos >
      • Regional Vertical Circulation
      • Seepage Under Dams
      • Aquifer Response to Pumping
      • Law of Refraction
      • FLow in Anisotropic Aquifers
      • Wellhead ​Delineation
      • Connection with Surface Water
      • Stream Aquifer Interaction
      • Artificial Recharge
      • Groundwater Contamination
      • Transport Processes
      • Groundwater Remediation
    • MAGNET USER REFERENCE >
      • Magnet Quick Tutorials
      • Magnet User Manual
    • IGW USER REFERENCE >
      • IGW2D References
      • IGW2D Example Problems
      • IGW3D User Manual
      • IGW3D Tutorials
      • IGW3D Reference Manual
    • IGW Verification >
      • Comparison with Analytical Solutions
      • Comparison with MODFLOW
      • Comparison with Field Observations
    • MGMT USER REFERENCE >
      • MGMT User Manual
      • MGMT Tutorials
    • MGMT Verification
    • Research Publications
    • Inquiry-based Learning
    • Real World Case Studies >
      • Gallery A
      • Gallery B
    • Published MAGNET NETWORK Models
  • Services
    • Advertising with Us
  • Support
    • MAGNET Account >
      • Sign Up
      • Edit Account
    • Frequently asked questions
    • MAGNET Discussion Forum
    • Live Chat
    • Terms & Privacy
    • Contact
    • Meet the Team
  • Career
    • Job Opening