Mapping for the Gauja River Basin District by Using Results Provided by the Hydrogeological Model of Latvia

Authors

  • Aivars Spalvins Riga Technical University
  • Janis Slangens Riga Technical University
  • Inta Lace Riga Technical University
  • Kaspars Krauklis Riga Technical University
  • Olgerts Aleksans Riga Technical University
  • Viesturs Škibelis Riga Technical University
  • Antons Macans Riga Technical University
  • Inta Tabaka Riga Technical University

DOI:

https://doi.org/10.7250/bfpcs.2013.002

Keywords:

Groundwater flow balance, hydrogeological models, infiltration distributions

Abstract

In 2010–2012, scientists of Riga Technical
University have developed the hydrogeological model of Latvia
(LAMO). In 2013, the first practical results have been provided
by LAMO. The set of hydrogeological maps and groundwater
flow balances has been prepared to update the current water
management plan for the Gauja River basin district in Latvia.
For aquifers, distributions of groundwater heads and infiltration
flows have been prepared. In the maps of heads, directions of
groundwater flows and connections of aquifers with rivers are
shown. A set of geological profiles has been prepared. A profile
represents geological stratigraphy, isolines of groundwater head
and directions of groundwater flows. Groundwater flow balances
have been prepared for the whole territory of Latvia and for the
Gauja River basin district.

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Published

16.01.2014

Issue

Vol. 52 (2013): Boundary Field problems and Computer Simulation

Section

Articles

License

Copyright (c) 2014 Aivars Spalvins, Janis Slangens, Inta Lace, Kaspars Krauklis, Olgerts Aleksans, Viesturs Škibelis, Antons Macans, Inta Tabaka

Creative Commons License

This work is licensed under a Creative Commons Attribution 4.0 International License.

How to Cite

Mapping for the Gauja River Basin District by Using Results Provided by the Hydrogeological Model of Latvia. (2014). Boundary Field Problems and Computer Simulation, 52, 13-18. https://doi.org/10.7250/bfpcs.2013.002