Table 1.

Risk of bacillary dysentery due to temperature in 11 regions of China.

Region	RR (95% CI)	RR for adaptation	Attributable fraction (%)
Huanghuai	1.003 (0.993, 1.013)	1.002	1.9
Inner Mongolia	1.023 (1.002, 1.043)	1.016	15.7
Jianghan	1.014 (0.993, 1.035)	1.010	5.6
Jianghuai	1.012 (0.995, 1.029)	1.008	4.9
Jiangnan	1.014 (1.003, 1.025)	1.009	4.8
Northeast	1.021 (1.008, 1.034)	1.014	13.6
Northern	1.029 (1.015, 1.044)	1.020	12.8
Northwest	1.014 (1.002, 1.026)	1.010	6.8
Southern	1.033 (1.015, 1.052)	1.024	6.3
Southwest	1.019 (1.006, 1.032)	1.013	5.8
Tibet	0.970 (0.900, 1.046)	0.979	$-1.6$
National	1.017 (1.012, 1.021)	1.012	7.0

Note: RR represents the regional combined relative risk for a 1°C increase of daily mean temperature derived from the two-stage model during 2014–2016. RR for adaptation used the coefficient ($\mathrm{\beta }$) of region-specific relative risks reduced by 30%. Attributable fraction was estimated in the city-specific DLNM-analysis with BLUP method. Higher temperature for attributable fraction means all average daily temperatures above the 50th percentile for each city at baseline (in 2014–2016). BLUP, best linear unbiased prediction; CI, confidence interval; DLNM, distributed lag nonlinear model; RR, relative risk.