Difference between revisions of "Hydrodynamic modeling"

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Hydrodynamic modeling involves simulating the temporally-resolved mixing and fluxes of various scalars that are important to water researches or managers. These scalars include heat, dissolved constituents (including ions and dissolved organic carbon), particulate matter, and others. Hydrodynamic models can take the form of resolved layers, grids, cubes, etc in 0, 1, 2, or 3 dimensions (0D, 1D, 2D, or 3D). For example, most 1D models (e.g., [[GLM_Software|GLM]]) are built using a vertically resolved layer structure, while 0D models simulate a single water volume which evolves over time.
 

Latest revision as of 18:50, 9 June 2014

Properties
Incoming Properties
Jordan ReadExpertiseHydrodynamic modeling
David da Motta MarquesExpertiseHydrodynamic modeling
Matt HipseyExpertiseHydrodynamic modeling
Calibrate the GLM lake model for North Temperate LakesExpertiseHydrodynamic modeling
Collect observed/calibration data for lakeExpertiseHydrodynamic modeling
Implement GLM for North Temperate LakesExpertiseHydrodynamic modeling
Set up the GLM lake model for North Temperate LakesExpertiseHydrodynamic modeling
Gather bathymetric and elevation data for North Temperate LakesExpertiseHydrodynamic modeling
Obtain meteorological data for North Temperate LakesExpertiseHydrodynamic modeling
Run the GLM lake model for North Temperate LakesExpertiseHydrodynamic modeling
Verify and validate the GLM lake model for North Temperate LakesExpertiseHydrodynamic modeling
Make predictions and projections to test the GLM lake model for North Temperate LakesExpertiseHydrodynamic modeling
Obtain initial conditions data for North Temperate lakesExpertiseHydrodynamic modeling
Gather stream flow data for North Temperate lakesExpertiseHydrodynamic modeling
Craig SnortheimExpertiseHydrodynamic modeling
Format meteorological data for model inputExpertiseHydrodynamic modeling
QAQC meteorological dataExpertiseHydrodynamic modeling
Collect Downwelling longwave radiation data for North Temperate lakesExpertiseHydrodynamic modeling
Collect air temperature data for North Temperate lakesExpertiseHydrodynamic modeling
Collect relative humidity data for North Temperate lakesExpertiseHydrodynamic modeling
Collect wind speed data for North Temperate lakesExpertiseHydrodynamic modeling
Collect rainfall data for North Temperate lakesExpertiseHydrodynamic modeling
Collect snowfall data for North Temperate lakesExpertiseHydrodynamic modeling
Collect Downwelling shortwave radiation data for North Temperate lakesExpertiseHydrodynamic modeling
Obtain initial water levelExpertiseHydrodynamic modeling
Obtain initial water temperature dataExpertiseHydrodynamic modeling
Obtain initial nutrient and chemical concentration dataExpertiseHydrodynamic modeling
Obtain initial phytoplankton/zooplankton dataExpertiseHydrodynamic modeling
Collect daily volumetric flow data for each major inflowExpertiseHydrodynamic modeling
Obtain water temperature data for each major inflowExpertiseHydrodynamic modeling
Obtain or estimate nutrient and carbon concentration data for each major inflowExpertiseHydrodynamic modeling
QAQC calibration data observedExpertiseHydrodynamic modeling
Estimate starting parameter values from literatureExpertiseHydrodynamic modeling
Perform model input sensitivity analysisExpertiseHydrodynamic modeling
Perform model parameter sensitivity analysisExpertiseHydrodynamic modeling
Perform model calibrationExpertiseHydrodynamic modeling
Calibrate water levelExpertiseHydrodynamic modeling
Calibrate water temperatureExpertiseHydrodynamic modeling
Calibrate dissolved oxygenExpertiseHydrodynamic modeling
Couple the lake and catchment modelsExpertiseHydrodynamic modeling
Implement PIHM for North Temperate LakesExpertiseHydrodynamic modeling
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