Data set for hydrodynamic lake model calibration: A deep prealpine case
Marco Pilotti, Giulia Valerio, Barbara Leoni
Abstract
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Marco Pilotti, Giulia Valerio, Barbara Leoni
Abstract
Open-access reader
[1] Hydrodynamic modeling of lakes requires an extensive amount of data that must often be measured far from the shore and throughout the water column. Accordingly, long-term comprehensive data sets for lakes are relatively rare. Lake Iseo is a deep prealpine lake, which we have monitored since 1995 on a monthly basis, collecting high-resolution data since 2011. These measurements were complemented with additional time series from surrounding meteorological stations and a comprehensive data set has been gathered for the period 1995–2012. This can be used, among other things, to test the capabilities of models to investigate the dynamics of a deep lake.
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[1] Hydrodynamic modeling of lakes requires an extensive amount of data that must often be measured far from the shore and throughout the water column. Accordingly, long-term comprehensive data sets for lakes are relatively rare. Lake Iseo is a deep prealpine lake, which we have monitored since 1995 on a monthly basis, collecting high-resolution data since 2011. These measurements were complemented with additional time series from surrounding meteorological stations and a comprehensive data set has been gathered for the period 1995–2012. This can be used, among other things, to test the capabilities of models to investigate the dynamics of a deep lake.
Key concepts: Shore, Calibration, Data set, Series (stratigraphy), Environmental science, Water column, Deep water, Hydrology (agriculture)