The work assessed the diversity of the natural potential in communes of Szczecin Metropolitan Area with particular emphasis on the areas of natural and valuable nature, protected area, forests and green areas. Established links between natural resources of municipalities and their valorisation using the SWOT analysis method (included in development strategies) and planned development goals. The basic method of use of the natural potential of the municipality are: to improve the quality of life of residents and tourism development. The impact of the natural potential on the quality of life is noticed primarily by urban centres, where a large share of green areas is noticed. The commune with a dominant share of protected areas (include Natura 2000) draws attention to the development of tourism based on natural potential. This is particularly evident in the communities that are characterized by a favourable location in relation to watercourses and reservoirs (freshwater and marine). However, in the socio-economic development, the natural potential is used in both these directions: to improve the quality of life and the development of tourism. In local strategic documents, it can be noticed that the transport system based on bicycle, pedestrian and water routes related to the natural potential can be eff ectively used in building cooperation between the central and other municipalities associated in Szczecin Metropolitan Area.
The aim of this study was to identify thoroughly the geological structure of the Choszczno Anticline for potential CO2 storage. The paper presents the interpretation of seismic materials for a selected seismic profile reprocessed into a section of reflection coefficients characterized by increased recording resolution as compared to the wave image. Particular attention was paid to the geological complexes associated with the Jurassic reservoir formations suitable for carbon dioxide storage within the anticline. The correlation of the identified layers reflects the lithology and structure of the rock series. It allows determination of the thicknesses of the series and changes within them, and enables linking the individual layers with the lithologic units, based on geological data. The study refers to the whole Zechstein-Mesozoic succession of the Choszczno Anticline, with special emphasis on these series, in which there are potential reservoir formations for CO2 storage. The interpretation has significantly expanded the amount of data provided in standard seismic documentations. While assessing the suitability of the formations for CO2 storage, special attention should be paid to the tectonic disturbances within the Komorowo Formation, especially in the top part of the Choszczno structure. The Reed Sandstone bed is more continuous in this respect. The obtained results seem to suggest wider application of reprocessing of seismic materials into effective reflection coefficients to study the geological structure, also for other structures.