Refine
Document Type
- Doctoral thesis (2)
- Book (1)
Has Fulltext
- yes (3)
Is part of the Bibliography
- no (3)
Keywords
- Landschaft (3) (remove)
Institute
- FG Umweltplanung (1)
- FG Wohn- und Sozialbauten (1)
- FG Ökologie (1)
Scale dissonances between local and world heritage : the rural landscape of the Palladian villa
(2021)
This research critically analyses the visual representation of the Palladian villa landscape as UNESCO World Heritage. I bring to light certain dissonances around the understanding of this landscape as heritage between global and local perspective. I have explored the ways in which the rural landscape of the Palladian villas is produced by ICOMOS experts, local institution and inhabitants in the contemporary context of the suburban areas of the Veneto region in Italy. Dissonances are arising when the landscape transforms and the visual integrity, or the iconic image of the landscape get lost. I observed that, the loss of the visual integrity, considered as negative by ICOMOS experts, gives space to peculiar heritage social practices from below.
I am problematizing two main aspects of the conservation scheme of this site: the selective visual representation of history and the musealization of agriculture for touristic proposes. I am exploring the potential of reframing and renaming the conservation scheme of the World Heritage Site. I suggest using inhabitant’s visual representation to reframe the UNESCO management plan and considering the peculiar local agricultural practice as a “continuing cultural landscape”. I interpret my empirical and theoretical contribution as a semantic shift in the way the Palladian rural landscape is understood as World Heritage toward an inclusive and situated heritage conservation that extend beyond expert’s conservation philosophies. The research contributes to the deconstruction of modern notions of rural landscape and heritage in the field of heritage studies and landscape conservation especially within the implementation of the World Heritage Convention.
"Stone and Architecture" reflektiert über Stein und Architektur in den Bergregionen von Jordanien und Syrien. Die Autoren kommen aus unterschiedlichen Fachrichtungen, gemeinsam ist Ihnen das Interesse an einer bedeutsamen und nachhaltigen Architekturlandschaft, noch immer geprägt durch das vorherrschende Baumaterial Stein. Typisches und Zeitloses wird ebenso betrachtet wie Modernes und Zukünftiges, energieeffizientes und lokales Bauen wird propagiert.
Human influence on the biosphere has transformed natural land cover (LC) into modified LC. Shifting focus from individual species study to large-scale assessment is therefore needed to restore the damaged ecosystem. The hypotheses were: (a) the post-mining landscapes are getting more diverse over time (b) GIS, remote sensing and patch analyst can generate LC information and landscape characterization statistics for assessing habitat diversity and monitoring land cover change (LCC) in a disturbance-dominated area (c) relationship exist between habitat diversity and field based species richness/LCC and environmental conditions/LCC and biodiversity losses. The general aims of this research were (a) to assess the impact of disturbance on LCC and habitat diversity (b) to identify how accurately patterns of habitat diversity, complexity, fragmentation, primary production and LCC can be assessed or predicted with GIS and remotely sensed data. LC maps of 1988, 1991, 1995, 1998, 2000 and 2003 were produced from LANDSAT TM images of Schlabendorf Nord and Schlabendorf Süd. These images were used to survey the changing landscape. After classifying the images based on dominant land cover types, the area and perimeter of all patches were defined. Landscape characterization metrics were generated using patch analyst. LCC statistics were estimated for each LC map year. Change detection extension was used to identify changes among vegetation or land cover types into “negative change”, “no change” and “positive change”. DCA ordination technique (CANOCO) was used to study similarity among the distribution of land cover types. Other relevant analysis made include soil pH analysis and climate data evaluation. The outcome of the research shows that the process of LCC takes place at the interface between environmental and human systems. Land cover transformations in most cases in Schlabendorf were as a result of progressive and reversed plant succession. Overall changes in both landscapes showed increased area of pine afforestation, deciduous trees afforestation, lake and mixed grassland with trees. The LCC s were predominantly caused by harvesting of afforested pine, restoration related construction activities or other land cover management practices, reverse succession, low soil pH especially along the path of the mine strip, loss of soil fertility, human decisions and policies. There was increase in habitat richness, heterogeneity, fragmentation, and shape complexity due to decrease in habitat size, increased land use intensity etc. Lower habitat diversity in Schlabendorf Süd was due to the comparatively large landscape area, high patch number and higher habitat richness in most cases which confirms the claim that relationship between habitat diversity and habitat heterogeneity varies according to scale (Tews et al., 2004). Increase in biomass accumulation particularly in Schlabendorf Süd contributed to the exchanges for greenhouse gases between the forest cover, soil and the atmosphere, hence changing the climatic condition on terrestrial ecosystems, biodiversity and LCC. Unlike Schlabendorf Nord, Schlabendorf Süd still undergoes more active reclamation activities resulting in less similarity between the two post-mining landscapes over time. Within a given ecosystem, any change in habitat diversity can change the number of species in the resulting habitats types, in other words habitat diversity can be used to predict the species richness in a given ecosystem. The approach to this work provides a beneficial trade off between expensive ground vegetation or LCC survey and low-priced image processing analysis. It requires less manpower and less time but greatly reliable for assessing LCC, habitat diversity/richness and heterogeneity in large inaccessible areas such as dunes in post-mining landscape.