Climate-resilient adaptation of builtform in hilly region through traditional wisdom and best practices: A case of Himachal Pradesh (CS07)
Settlements, which have evolved over centuries in the form of organic spatial pattern, has certain inherent factors that deal with externalities like disasters. In hilly terrains, we often find that unregulated modern urbanisationleading to new urban fabric that is inorganic innature and not tolerant to environmental requirements of a hilly region resulting severe calamitic incidences of landslides, flash floods and earthquakes in the system. This calls for careful attention and study of the traditional wisdom and techniques used in design of buildings and settlementsinhillyterrain.
To explore traditional/vernacular best practices of built-form and its transformation for mitigating climate change impact in hilly region
To assess the applicability of key design elements and concepts of traditional structures in contemporary planning and architecture
The project shall take up a detailed study of traditional settlements in the hilly region of Dharamshala and shall aim to reveal the reasons why the traditional buildings and settlements have been able to survive the impacts of disasters in the long run that resulted in their heritage status. The study shall explore the new and old viewpoints of the cases of Dharamshala region with relation to design of traditional buildings and historic settlements that are sophisticated with traditional patterns, limited materials and technologiesof past.
- Changes in the lifestyle and social structure have forced people to movefromoldto new construction typology.
- Level of attachment with the native place and the house is lost due to the different work area locations and nuclear familysystem.
- There exists a strong relationship between every settlement layoutand the terrainand slopeorientation.
- The built form in each settlement does not hamper the natural terrain forms and hence reduces chances of landslides and instability
- Every settlement is deeply interlinked with and is in synergy with the surrounding open stepped spaces and utilises them for cropping, horticulture and fodder storage
Minakshi Jain (email@example.com)