Hydrologic Forecasting Powered by Hydro GeoSphere™

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Aquanty Inc.

Ontario, Canada

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Aquanty has transformed HGS from a what-if scenario analysis tool, into the engine for a real-time prediction platform. HGSRT is a cloud-based computing system that combines near-real-time field observations and remote sensing products with meteorological predictions to produce reliable hydrological forecasts. With HydroGeoSphere at its core, the platform is robust and applicable to a wide range of hydrological environments. Near Real-Time Multi-Objective Hydrologic Forecasting for Flood, Drought, Base-flow, Soil Moisture, and Groundwater

HOLISTIC REPRESENTATION OF THE ENTIRE TERRESTRIAL WATER CYCLE

HGSRT assimilates state-of-the-art HydroGeoSphere models, near-real-time field observations and the latest meteorological predictions to produce reliable hydrological forecasts
Captures river/stream flow, groundwater, and soil moisture in a dynamic, fully integrated solution
Stream flow, soil moisture, and groundwater forecasts can all be produced from one model
Urban and agricultural conditions are represented.
Integrated Surface and Subsurface Hydrologic Modelling Forecasting Framework
Historical streamflows and a 7-day forecast based on current weather predictions.

PROBABILISTIC OR DETERMINISTIC FORECASTING

Utilizes single or multiple forecasted weather scenarios
Output from ensemble forecasts can be analyzed and reported in a probabilistic framework
Configured for use with any gridded quantitative weather forecast that contains (at a minimum) precipitation and temperature

ADVANCED VISUALIZATION AND ANALYTICS

Spatially distributed (map) and point-based outputs
Statistical and threshold-based metrics
Support for PC and Mobile devices
Real-time terrestrial and space-based sensor feeds (IoT)
Big data inputs and big data outputs
Advanced data assimilation

Features of Hydrologic forecasting powered by Hydro Geosphere™

STREAMFLOW
Streamflow forecasts at real and virtual gauging stations.
GROUNDWATER
Field-scale mapping of depth-to-groundwater.
SATELLITE IMAGERY
Satellite imagery and maps of current conditions.
PROBABILISTIC
Ensemble simulations show you the best- and worst-case scenarios.