Ecological functioning of boreal forests has been impacted by forest management practices reshaping the structure of forest habitats and substantially defining the tree species composition. An ongoing adverse development could alter links of many ecological chains, from which we focused on the relationship between primary and secondary cavity nesting birds. Great spotted woodpecker (GSW) symbolizes a principal cavity excavator being affected by forest management in its choice of available nesting trees. Its cavities are further used for breeding of small passerines, which can favour a specific forest structure around their nests. To investigate which structure could be preferred, we have searched for breeding events in blue and great tit in 760 km2 area of managed boreal forests in southwest Finland in 2018–2020. Using species distribution modelling approach we have modelled the probability of breeding in blue and great tits based on high resolution forest parameter maps provided by Natural Resource Institute Finland. We have selected three uncorrelated variables – mean tree stand volume of Scots pine, spruce, and broad-leaved trees – and updated the layers by logging areas in respective years. The resulting raster map showed higher (50–70%) and low (0–20%) probability of predicted breeding for 25% and 29% of the forest area, respectively, though the probability estimates greatly varied especially of the preferred area. The low-breeding probability areas nicely overlapped with young and recent clearings, having much lower mean volume of spruce and Scots pine, but higher volume of broad-leaved trees than potentially preferred areas. Because GSW breeds overwhelmingly in aspen trees, including trees left in clearings, within the study area, it suggests that despite the presence of retention trees these significantly altered forest areas can be of lower importance regarding the breeding of some secondary cavity nesters.