Urban regeneration, which is increasingly having to include methods of adapting urban areas to escalating climate change, is one of the main challenges for the contemporary development of European cities, especially in densely built-up central areas. This multi-level process requires major financial outlays, which is why it is so important to identify the factors that ensure the effectiveness of implemented projects. This article attempts to define the meaning of the New Urbanism principle of connectivity, ensuring freedom of movement in the urban regeneration process. The conducted research has been intended to verify the hypothesis that improving connectivity is critical for the success of the processes of regenerating and improving resilience in degraded urban fabric. The research was conducted using the area regeneration of the centre of Lodz as an example, being the largest project of this type in Poland. The analyses were made by comparing the current status, based on an inventory of the existing situation, and the planned status on the basis of design documentation. The research demonstrates that increasing connectivity will improve the accessibility of properties located within municipal quarters and will help obtain more attractive public spaces. The planned activities will also help bolster climate change in the location by increasing green areas, improving the use of wasteland, and by developing a network of green infrastructure. The execution of the revitalisation project in the centre of Lodz will not only improve the quality of space, but will also increase the resilience of the intensively urbanised inner-city areas to climate change.
The objective of this study is to identify the needs related to geospatial LC, LU, and LCLUC information for spatial planning in Poland and Norway, and examine the usefulness of CLMS products in the context of these planning systems. The research has conducted based on a comparative analysis of two planning systems, to indicate areas where CLMS can improve or supplement national spatial data. The study shows that CLMS can provide information on up-to-date spatial data showing actual LC/LU/LCLUC, but that the degree of detail and the accuracy may be insufficient. CLMS data is harmonised across Europe and thus meets the need expressed by international organisations, for data that are consistent at a continental level. This is not a requirement in national planning systems in Poland and Norway, where the needs are regulated by national legislation. The thematic and geometric accuracy of national data sources are usually better than the data provided by CLMS, but CLMS might fill gaps when specific topics are missing in national mapping programs.
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