Corrected surface water temperatures using Gaussian Regression Process and process-based hydrodynamic models
0
Description
This dataset provides corrected predictions of surface water temperature of Lake Harsha (Ohio, US) for year 2019. Corrected predictions are provided by a hybrid modeling approach that combines (a) a process-based hydrodynamic model of the lake and (b) a Gaussian Process Regression model that predicts errors of the process-based models. The Gaussian Process Regression model was trained on simulation errors provided by the process-based model during the period 2015-2018.
Parameter: Surface water temperature (oC )
Spatial resolution | Temporal resolution |
60 m | Daily |
Temporal coverage
2015 – 2019
Links
Area of interest
Leave a Reply Cancel reply
You must be logged in to post a comment.
Contact info
Related Datasets
- Satellite-derived chlorophyll-a concentrations for Lake Harsha (USA) using Mixture Density Networks and Landsat 8 imagery
- WW-HYPE simulated data of total phosphorus concentrations in outflow from subbasin (William H Harsha lake)
- Reanalysis Meteorological data for Harsha Lake (Exp01)
- Continuous In situ physicochemical data for William H Harsha Lake (data sondes)
- WW-HYPE simulated data of particulate phoshporus concentrations in outflow from subbasin (William H Harsha lake)
- Simulated chlorophyll-a values with Delft3D – Experiment B2- Section 2