Fig 1.
Map created by the authors using geospatial data provided by the Yazd Municipality Information and Communication Technology Organization (FAVA). The figure shows the location of Yazd within Iran and the historical districts of Yazd City. Published under the CC BY 4.0 license.
Fig 2.
Stepwise methodological approach in this study.
Fig 3.
The descriptive information in the study sample (N= 16).
Table 1.
The selected set of indicators for six dimensions of disaster resilience (Compiled from various sources).
Table 2.
The common frame of the supermatrix.
Table 3.
The scale of Fuzzy linguistic: [80].
Table 4.
Language scales for trouble and significance: [86].
Table 5.
The initial list reduction by the Delphi method.
Table 6.
Final weight and ranking of resilience dimensions and criteria in Yazd historical districts.
Fig 4.
Final individual indicators’ weight obtained from the Fuzzy DEMATEL and ANP.
Table 7.
Values of Rj and Sj in districts (All criteria).
Table 8.
Q scores of areas within the seven resilience aspects.
Table 9.
Combination resilience value and the districts ranking.
Fig 5.
The resilience value of Yazd historical areas (a) Social, (b) Environmental, (c) Institutional- community, (d) Housing and infrastructural, (e) Community Capita, (f) Social & Infrastructure, (g) Economic.
Map created by the authors using geospatial data provided by the Yazd Municipality Information and Communication Technology Organization (FAVA) and processed information from the manuscript. Published under the CC BY 4.0 license.
Fig 6.
VIKOR values for the 13 historical areas and their ranking.
Fig 7.
The spatial results of the resilience of Yazd historical districts in integrated dimensions scores.
Map created by the authors using geospatial data provided by the Yazd Municipality Information and Communication Technology Organization (FAVA) and processed information from the manuscript. Published under the CC BY 4.0 license.