Basic Hydrogeological and Hydrogeochemical Maps at a Scale of 1:50,000
The aim is to compile a series of basic hydrogeological and hydrogeochemical maps at a scale of 1:50,000 in accordance with the guideline of the Ministry of the Environment of the Slovak Republic for the regions of the Hornádska kotlina Basin, the southern part of the Slanské vrchy Mountains, the Chočské vrchy Mountains, and the Javorie Mountains. The output will include a digital viewer that will allow the maps to be displayed over any cartographic base and will provide access to information on the features shown on the maps.
Responsible lead: N. Bahnová
Project deadline: 30 September 2027
Information System for the Abiotic Component of the Environment of the City of Bratislava
The aim is to provide professionally evaluated and analysed data on the rock environment and groundwater in the Bratislava area (quality, flow, and anthropogenic influence) and to prepare an information base that can also be used by the public.
Responsible lead: R. Černák
Project deadline: 31 March 2029
Geological Map of the Danube Lowland Region (Northeastern Part) at a Scale of 1:50,000
The aim is to obtain new knowledge about the abiotic component of the environment of the northeastern part of the Danube Lowland, based on geological research and mapping, using information from the fossil biotic component. Information will be obtained mainly through field research and laboratory processing of collected samples.
Responsible lead: M. Moravcová
Project deadline: 30 June 2030
Update of the Digital Geological Map and Geological Research in Problematic Areas of the Slovak Republic – Database of Deep Boreholes of the Slovak Republic
The aim is to continue building and updating a database of essential data on the results of deep boreholes for further use in geological research and exploration. The database will be maintained long-term and made available via the ŠGÚDŠ Geoportal; the data will be viewable in tabular, textual, and visualised form through a web browser, together with links to published research outputs.
Responsible lead: O. Pelech
Project deadline: 31 October 2026
Geological Map of Oravská Magura at a Scale of 1:50,000
The aim is to compile a basic geological map at a scale of 1:25,000 and a regional geological map at a scale of 1:50,000 with accompanying explanatory notes. The map will form part of the set of geological maps of the Slovak Republic compiled at this scale.
Responsible lead: F. Teťák
Project deadline: 30 September 2026
Resilience of Water-Supply Sources in Gravity-Drained Aquifers to Hydrological Drought
The aim is to assess the quantitative stability (yield) of water-supply springs used for abstraction and monitoring during prolonged drought, and to determine its relationship to the rock environment drained by the springs.
Responsible lead: P. Malík
Project deadline: 31 March 2028
Assessment of the Chemical Status of Groundwater Bodies and the Status of Geothermal Groundwater Bodies
The aim is to assess the chemical status of groundwater bodies, including geothermal groundwater, and to assess the quantitative status with a focus on geothermal bodies. The task includes updating the characteristics of the bodies, evaluating the impacts of human activities, and providing expert support for the implementation of the Nitrates Directive 91/676/EEC in the Slovak Republic in cooperation with partner organisations.
Responsible lead: J. Kordík
Project deadline: 31 December 2026
Gem Minerals and Rocks as Part of the Mineral Wealth of the Slovak Republic
The aim is to update and expand knowledge about gem minerals and rocks (precious and ornamental stones) in the Slovak Republic, especially precious opal, sapphire, and obsidian, including their detailed mineralogical and geological characterisation.
Responsible lead: D. Kúšik
Project deadline: 30 September 2028
Analysis of Options for Sustainable Use and Utilisation of Geothermal Energy Resources in Slovakia – Part II
This task follows the geological task GÚ 03-20 (Part I) and focuses on modelling reservoir parameters in terms of thermodynamic quality and potential, as well as on the spatial and probabilistic distribution of geothermal energy resources. The aim is to support efficient use of geothermal energy in Slovakia, minimise risks for the private sector, and prepare supporting materials for development of utilisation in selected geothermal water bodies.
Responsible lead: R. Černák
Project deadline: 31 October 2028
Research of the Abiotic Component of the Environment in the Border Area Between the National Parks Slovak Paradise – Muránska Planina – Slovak Karst and the Low Tatras
The aim is to carry out work focused on structural, lithological, and biostratigraphic research of the border area between the national parks Slovak Paradise – Muránska Planina – Slovak Karst and the Low Tatras, and on its more detailed cartographic subdivision. This also includes characterisation of environmental geofactors and selection of important geological sites for outreach purposes.
Responsible lead: Ľ. Hraško
Project deadline: 31 December 2028
Map of the Distribution of Significant Occurrences and Deposits of Critical Raw Materials (EU) in the Slovak Republic at a Scale of 1:500,000
The aim is to compile a distribution map and an active database of significant occurrences and deposits of critical raw materials (CRM) in the Slovak Republic (at a scale of 1:500,000). The output will provide an up-to-date basis for assessing the potential for using domestic resources and will support decision-making when addressing the state’s raw-material needs.
Responsible lead: Z. Kollová
Project deadline: 31 December 2028
Reclassification of CRM Deposit Reserves into UNFC under the Conditions of the Slovak Republic
The aim is to propose a system for reassessing reserves of critical raw materials (CRM) deposits into the international UNFC classification under the conditions of the Slovak Republic. The task responds to the European Commission’s requirements for reporting projects in the field of critical raw materials, including reporting deposit objects in the UNFC classification.
Responsible lead: S. Šoltés
Project deadline: 31 December 2030
Options for Applying Advanced Computational Methods in the Creation and Updating of Geological Maps
The aim is to design and test a functional methodological–algorithmic workflow for solving current problems in geological mapping and interpretation towards environmental issues (e.g., remediation of environmental burdens, landscape water-retention capacity). In creating highly accurate maps and shallow 3D geological models, advanced computational methods will be applied, including multivariate statistics, machine learning, and artificial intelligence; the approaches will be tested in selected areas of the Slovak Republic and generalised for use over larger territories.
Responsible lead: M. Zlocha
Project deadline: 31 March 2027