Data concerning heritage buildings are necessary for all kinds of building surveying and design. This paper presents a method for creating a precise model of a historical architectural and landscape object with complex geometry. Photogrammetric techniques were used, combining terrestrial imaging and photographs taken using UAVs. In large-scale objects, it is necessary to divide the reconstruction into smaller parts and adopt an iterative approach based on the gradual completion of missing fragments, especially those resulting from occlusions. The model developed via the reconstruction was compared with geometrically reliable data (LAS point clouds) available in the public domain. The degree of accuracy it achieved can be used in conservation, for example, in construction cost estimates. Despite extensive research on photogrammetric techniques and their applicability in reconstructing cultural heritage sites, the results obtained have not yet been compared by other researchers with LAS point clouds from the information system for land cover (ISOK).

The creation of accurate three-dimensional models has been radically simplified in recent years by developing photogrammetric methods. However, the photogrammetric procedure requires complex data processing and does not provide an immediate 3D model, so its use during field (in situ) surveys is infeasible. This paper presents the mapping of fragments of built structures at different scales (finest detail, garden sculpture, architectural interior, building facade) by using a LiDAR sensor from the Apple iPad Pro mobile device. The resulting iPad LiDAR and photogrammetric models were compared with reference models derived from laser scanning and point measurements. For small objects with complex geometries acquired by iPad LiDAR, up to 50% of points were unaligned with the reference models, which is much more than for photogrammetric models. This was primarily due to much less frequent sampling and, consequently, a sparser grid. This simplification of object surfaces is highly beneficial in the case of walls and building facades as it smooths out their surfaces. The application potential of the IPad LiDAR Pro is severely constrained by its range cap being 5 m, which greatly limits the size of objects that can be recorded, and excludes most buildings.

Landscape dominant element – an attempt to parameterize the concept

The numerous effects of climate change on the urban environment over the past decades have urged many planning professionals to implement the United Nations’ Sustainable Development Goals (SDGs). Higher education institutions (HEIs) bear particular responsibility for sustainability-aware designers able to implement specific measures in this field. This paper presents a typology of design solutions for urban contexts intended to implement Sustainable Development Goal 11, which refers to making cities and human settlements inclusive, safe, resilient, and sustainable, which can be included in university curricula. The study presents a comprehensive source base of possible interpretations of sustainability guidelines in architectural, landscape, and transport solution design and can be used to guide and assess projects in these fields. Solutions identified and analyzed were grouped into four dimensions related to sustainability aspects (accessibility, ecology, functionality, and identity). The framework proposed was developed based on the teaching experience of thesis design projects and practice-based workshop course projects featured in the curricula of first and second cycle Architecture, Landscape Architecture, and Transport programs taught at the Cracow University of Technology, Poland. The projects were prepared as a part of workshop-based public consultations for a real-world project—the construction of a transport hub in Hrubieszów, Poland. The most complex implementation of various individual sustainable design solutions was linked to the interdisciplinarity of the design team and the broadest public participation spectrum.

Dominanta krajobrazowa – próba parametryzacji pojęcia