Using Multi Criteria Assessment for Coastal Vulnerability Analysis : A Guided Bacteria Foragic Method
Authors : RATNADEEP MODAK*; Sujit Kumar Pal**; TILOTTAMA CHAKRABORTY***; SATYABRATA SAHA****; MRINMOY MAJUMDER*****
*Teaching Assistant, Civil Engg Department.NIT Agartala
**Professor,Civil Engg Department.NIT Agartala
***Assistant Professor,Civil Engg Department.NIT Agartala
****Assistant Professor,Civil Engg Department.NIT Agartala
*****Associate Professor,Civil Engg Department.NIT Agartala
Abstract
The various subcomponents of the coastal management systems make up their main structure. The effectiveness of these subcomponents determines the effectiveness of the coastal encircling system. But according to relevant prior research, no attempt was made to determine the ideal subcomponent contribution ratio to guarantee the least amount of susceptibility. Once more, there aren't enough scientific studies to determine which components of the coastal management system's representation of vulnerability are prioritized. The goal of the current study is to determine the ideal contribution ratio and priority that each component of the coastal vulnerability of the coastal surrounding system must provide. The benefits of multicriteria decision making and nature-based algorithms were applied in this context, and the results were verified by a physical model. A coastal management system is very important, based on the findings of Potential Hydraulic Energy from Wave (PE) and Distance of Sea from the Coast. Adopting this process has the advantage of approximating the solution while taking the economic and technical aspects into account. After the results were verified in a physical model, it was determined that the approach could enhance performance while minimizing cost requirements. The findings of the study can be used to inform priority-based mitigation actions for coastal conservation, ensuring the sustainability of the coast.
Keywords
Multi-Criteria Assessment,Coastal Vulnerability Analysi, Bacteria Foragic Method