Additional file 1: of County-level heat vulnerability of urban and rural residents in Tibet, China

Proportions and vulnerability scores of urban and rural residents in each county. (DOC 157 kb

S1 Fig -

The validation of the Maxent models (Fig A: D. variabilis; Fig B: A. cajennense). (DOCX)</p

Components extraction and total variance explained.

(XLSX)</p

Suitable areas for vectors of RMSF across the world under different climatic scenarios (×10⁶ km²).

Suitable areas for vectors of RMSF across the world under different climatic scenarios (×106 km2).</p

Sensitivity analysis of the association between tropical cyclones and DF incidence on lag 5–14 days by using principal component analysis (PCA).

(TIF)</p

Association between tropical cyclones and risk of DF incidence by intensity grades on lag 5–14 days in the PRD during the study period.

Association between tropical cyclones and risk of DF incidence by intensity grades on lag 5–14 days in the PRD during the study period.</p

Correlation of tropical cyclone intensities and meteorological variables.

TC: tropical cyclone intensities; AT: average temperature; MaT: maximum temperature; MiT: minimum temperature; RF: average precipitation; AWV: average wind velocity; MaWV: maximum wind velocity; EWV: extreme wind velocity; AAP: average air pressure; MaAP: maximum air pressure; MiAP: minimum air pressure; AVP: average vapor pressure; ARH: average relative humidity; MiRH: minimum relative humidity.</p

Potentially suitable areas of <i>D</i>. <i>variabilis</i> under the climatic conditions of ssp1-2.6 during different periods of the 21^st century (A: 2021–2040; B: 2041–2060; C: 2061–2080; D: 2081–2100).

Potentially suitable areas of D. variabilis under the climatic conditions of ssp1-2.6 during different periods of the 21st century (A: 2021–2040; B: 2041–2060; C: 2061–2080; D: 2081–2100).</p

Current global distribution of <i>D</i>. <i>variabilis</i> and <i>A</i>. <i>cajennense</i>.

The base layer of the map is freely available from http://www.naturalearthdata.com.</p

S3 Fig -

Potentially suitable areas of D. variabilis under the climatic conditions of ssp5-8.5 during different periods of the 21st century (A: 2021–2040; B: 2041–2060; C: 2061–2080; D: 2081–2100). (DOCX)</p