Ghisellini Architetti Redesigns Northern Italian Civic Square with Climate-Responsive Landscape
Porphyry paving and fifty oak trees reshape public space in Lodi.
1Civic Space Reimagination
Ghisellini Architetti has completed the redesign of Public Square Madre Francesca Cabrini in northern Italy's lower Lodi area. The project restructures the civic space into a contemporary Italian piazza. Its spatial layout draws historical reference from the open clearings once characteristic of the region's ancient lowland forests.
2Enclosing Architectural Boundaries
The public square is clearly demarcated by three newly planted vegetative edges and the existing municipal town hall building. Italian porphyry paving runs continuously along a north-south axis. This hardscape alignment directly mirrors the facade proportions and structural massing of the adjacent administrative seat.
3Structured Forestry Grid
A geometric planting plan introduces fifty oak trees arranged in a seven-by-seven grid across the site. The canopy comprises three distinct oak species specifically chosen to provide extensive shade. This structural arrangement generates sheltered pockets around the perimeter while maintaining an open central civic clearing.
4Multilayered Understory Paths
Pedestrian circulation paths wind through surrounding lawns, flowerbeds, native shrubs, and shade-tolerant undergrowth. The landscape design fosters biological stratification beneath the oak canopy. This green buffer provides microclimatic cooling and visual separation from the surrounding urban fabric without interrupting public flow.
5Public Amenity Integration
The studio populated the piazza with functional urban street furniture to support active public use. Installations include wooden benches, drinking fountains, waste receptacles, and bicycle parking racks. Heavy concrete monoliths delineate the perimeter to physically isolate pedestrian zones from vehicular traffic lanes.
6Dual-Tier Lighting Scheme
Nighttime safety and architectural character rely on a dual-level illumination infrastructure. The design pairs elevated poles housing multiple directional projectors with subtle ground-level light fixtures. This approach balances ambient atmospheric lighting across social gathering spots with functional visibility along active pedestrian walking routes.
7Subsurface Hydrology Systems
Permeable ground sections and open lawns maximize direct rainwater infiltration into local aquifers. Meanwhile, the sloped porphyry hardscape actively channels surface runoff into an engineered underground retention reservoir. Stored stormwater is recirculated to irrigate the square's extensive tree canopy, shrubs, and ground vegetation.
8Climate-Responsive Urban Strategy
During intense precipitation events, the retention infrastructure gradually releases excess volume into the municipal drainage network. Combined with high-albedo stone and shading trees, the square mitigates the urban heat island effect. The intervention demonstrates how small-scale civic plazas can integrate active climate resilience.