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With HydroMonitor every hydrologist and ecologist can analyse time series, without having to dedicate the time and mathematical expertise required by other programs. This is because basic information about the hydrological behaviour of groundwater systems is embedded in the program. HydroMonitor supports the user with clear visualisations at every stage of the processing.
A multifaceted tool for the hydrologist
With HydroMonitor it is possible, in a few clicks, to create a hydrological area representation which can provide the basis for further analysis. The program can import data from national data sources, such as the KNMI, the Key Register of the Subsurface (BRO), REGIS and DINO. It can also be linked to frequently used software packages for network monitoring management, as well as to data bases like DAWACO, Delft-FEWS and TeleControlNet. Lastly, the program can also import datalogger measurements (e.g., Keller, Solinst, Diver, InSitu).
With the complete picture provided by these data sources, HydroMonitor can:
- show the location of the piezometers on a topographic or satellite-photo background;
- show a cross-section with the depth position of the piezometer filters, possibly in combination with borehole samplings;
- show a graph of the evolution of the groundwater level over time;
- process the data interactively;
- determine statistical properties of the groundwater level series, such as timelines, regime curves and GxG values.
Because HydroMonitor combines knowledge about the hydrological system with data-driven models, it can efficiently model time series with explanatory variables, such as (surplus) precipitation, evaporation, groundwater abstraction and surface water levels. It can also take into account (step) trends. HydroMonitor offers the possibility of conducting time series analysis according to the Box-Jenkins method, and carries out the necessary interpolation to a fixed measurement interval or automatic resampling. The time series models are stored and can be easily modified or tested, for example, with regard to their response functions, calibration statistics or statistical properties.
HydroMonitor is typically used in multiple ways to understand groundwater systems. For example, to assess whether water management measures have the desired effects on the groundwater level. Or to quickly produce groundwater statistics from a set of measurement series. Naturally, HydroMonitor can also be used to forecast groundwater levels in scenario studies.
Menyanthes in a new jacket
HydroMonitor is the successor to Menyanthes, the popular time series analysis program. Menyanthes, which was originally developed in collaboration with Delft University of Technology, WENR (formerly Alterra) and Artesia, has been used by more than 150 organisations, both in the Netherlands and internationally: Water Authorities, provinces, municipalities, water utilities and land managers. KWR itself also makes use of it in its own research.
HydroMonitor builds on Menyanthes, but it has been designed from the ground up for use with new data sources like BRO, for international application, for integration with hydrochemical analyses, and for extensive linkage with frequently used software packages for network monitoring management. HydroMonitor is currently still under full development and is not yet available. The program’s first release is planned for the first quarter of 2020; at that time, existing Menyanthes users with a service agreement will be able to update to HydroMonitor at no cost.
A new milestone of beta version
Since earlier this year when we reported the planning of HydroMonitor, we have recently achieved a new milestone! Now we are thrilled to announce that the beta version of HydroMonitor have been released. A couple of new features have been added to HydroMonitor, e.g. (a) KNMI data download, (b) visualization, (c) statistical analysis. We foresee the release of the full version of HydroMonitor at the end of Q1 2021.