Centre for relief rescue and recuperation
By: Sneha Kripa, T. S
.
Contributor(s): Aaditya, Gayathri.
Publisher: Mumbai Indian Institute of Architects 2021Edition: Vol.86(12), Dec.Description: 22-25p.Subject(s): ARCHITECTURE GENERAL (AR-GEN)Online resources: Click here
In:
Journal of the Indian institute of architects :(JIIA)Summary: To create a better Disaster Management programme that involves
effective ways to mitigate disasters, keep up to the principles of
preparedness, recovery and to accommodate geographical aspects
for a multi-hazard prone disaster country like India. When disaster
strikes, three facilities are in need of the hour that goes hand-in-
hand: rescue, refuge and recuperation. By studying disaster maps,
disaster management hierarchy, case studies related to modularity
in structures like Able Nook and Dymaxion, helps understand
the efforts required for disaster management. The possibility of
having multiple disasters at the same time along with different
development and population index, indicate we need to analyze
more parameters for disaster relief. In conclusion, with design
sustainability and innovation, resilience and mitigation towards
disaster can be faster. Disaster management is beyond providing
shelter and distributing relief materials - it must be implemented in
urban planning, architecture, civil and structural engineering.
| Item type | Current location | Call number | Status | Date due | Barcode | Item holds |
|---|---|---|---|---|---|---|
Articles Abstract Database
|
School of Architecture Archieval Section | Not for loan | 2022-0652 |
To create a better Disaster Management programme that involves
effective ways to mitigate disasters, keep up to the principles of
preparedness, recovery and to accommodate geographical aspects
for a multi-hazard prone disaster country like India. When disaster
strikes, three facilities are in need of the hour that goes hand-in-
hand: rescue, refuge and recuperation. By studying disaster maps,
disaster management hierarchy, case studies related to modularity
in structures like Able Nook and Dymaxion, helps understand
the efforts required for disaster management. The possibility of
having multiple disasters at the same time along with different
development and population index, indicate we need to analyze
more parameters for disaster relief. In conclusion, with design
sustainability and innovation, resilience and mitigation towards
disaster can be faster. Disaster management is beyond providing
shelter and distributing relief materials - it must be implemented in
urban planning, architecture, civil and structural engineering.
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