The data were obtained in the course of implementation of the “Geological Atlas of the Southern Baltic 1:500 000”, which was developed by the Polish Geological Institute and released in 1995. The Atlas consists of 34 thematic tables and explanatory text. Much of the tables show the geological structure - from the crystalline basement surface map to the map of contemporary bottom sediments. They are combined with geological cross-sections as well as selected and well documented drilling profiles. The aim of the Atlas was to summarize knowledge of the geological structure and evolution of the southern part of the Baltic Sea basin.

Geological-tourist map of Pieniny National Park in scale 1: 25 000 is one of the 10 part series of maps, commissioned by the Ministry of Environment, a project financed by the NFEPandWM.

The data were obtained in the course of implementation of the “Geological map of the Baltic Sea bottom without Quaternary deposits 1:500 000”, which was developed by the Polish Geological Institute and published together with explanatory notes in 1999. The map shows the geological structure and morphology of the pre-Quaternary surface. It is complemented with geological cross-sections and seismic profiles. The map was based on new geophysical surveys using high resolution seismic reflection by which the geological structure of the area to a depth of several hundred meters was recognized.

Geological -tourist map of Seaside Landscape Park in scale 1: 60 000 is one of the 5 part series of maps, commissioned by the Ministry of Environment, a project financed by the NFEPandWM.

Engineering-Geological Data Base consists of over 300 000 engineering-geological boreholes for 16 areas of Poland listed below: Engineering-Geological Atlas of Warsaw Engineering-Geological Atlas of Katowice agglomeration Engineering-Geological Atlas of Gdańsk-Sopot-Gdynia agglomeration Engineering-Geological Atlas of Kraków agglomeration Engineering-Geological Atlas of Poznań Engineering-Geological Atlas of Wrocław agglomeration Engineering-Geological Atlas of Rybnik-Jastrzębie Zdrój-Żory agglomeration Engineering-Geological Atlas of Łódź agglomeration Engineering-Geological Atlas of Wałbrzych-Świebodzice-Kamienna Góra agglomeration Engineering-Geological Atlas of selected areas of Polish coastline – Gdynia cliff (Orłowo, Oksywie) Engineering-Geological Atlas of selected areas of Polish coastline – Kaszuby region, Cetniewo- Jastrzębia Góra cliff Engineering-Geological Atlas of Bydgoszcz agglomeration Engineering-Geological Atlas of Koszalin agglomeration Engineering-Geological Atlas of Masovian Voivodship – Piaseczno District Engineering-Geological Atlas of Masovian Voivodship – Płock District For each area the following thematic maps in scale 1:10 000 were created: Documentation Map Engineering Geological Map (1 m b.g.l.) Engineering Geological Map (2 m b.g.l.) Engineering Geological Map (4 m b.g.l.) Engineering Geological Map (5 m b.g.l.) Engineering Geological Map (6 m b.g.l.) Engineering Geological Map (8 m b.g.l.) Engineering Geological Map (10 m b.g.l.) Man-Made Grounds Map Foundation Conditions Map Hydrogeological Map Land Use Map Hazardous And Protected Areas Map Mining Conditions Map Geohazards Map For each area the following thematic maps in scale 1:100 000 were created: Localisation Map Geomorphological Map Boreholes Coverage Map

Geological-tourist map of Ojcow National Park in scale 1: 25 000 is one of the 10 part series of maps, commissioned by the Ministry of Environment, a project financed by the NFEPandWM.

Geological -tourist map of "Mierzeja Wiślana" Landscape Park in scale 1: 60 000 is one of the 5 part series of maps, commissioned by the Ministry of Environment, a project financed by the NFEPandWM

Data were derived from the study "Recognition and Visualisation of the Geological Structure of the Pomeranian Bay for Natural Resources Management", which was developed by the Polish Geological Institute and released in 2013. The aim of the study was more accurate than the previous recognition and visualization elements of the bottom morphology and the Cenozoic geological structure in the area of the Pomeranian Bay and the Polish part of the Oder Bank. The results are shown on geological maps at a scale of 1: 100 000 as well as on cross-sections and profiles. Analysis of data obtained from geophysical surveys, bottom soundings and laboratory analyses of the samples was the basis for verification of the prospects for aggregate deposits and valorisation of areas where they occur. The geochemical status of surface sediments was also determined and shown on the content maps of analyzed chemical elements.

Data were derived from the study: "Recognition and Visualisation of the Geological Structure of the Gulf of Gdańsk for Natural Resources Management", which was developed by the Polish Geological Institute and released in 2008. The geological research carried out in the framework of the project aimed to specify the geological recognition of the Gulf of Gdansk and to visualize the morphology, sediment distribution, dynamic processes occurring at the bottom and the Quaternary sediments structure, with special emphasis on the Late Glacial and Holocene. One of the most important tasks was to obtain current detailed information about the geochemical status of the surface sediments. The seismoacoustic methods used have identified geological structure to a depth of 10 to 50 m b.s.l., depending on the geological structure of the bottom and the water depth.