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. 2020 Sep 15;9:e58511. doi: 10.7554/eLife.58511

Table 2. Thermal optima and limits for transmission of mosquito-borne pathogens.

Median temperature of the lower thermal limit (Tmin), optimum, and upper thermal limit (Tmax), with 95% credible intervals in parentheses. A version of this table (without thermal breadth, different order of R0 models) was published in Mordecai et al., 2019 (Table 2 in that paper).

R0 Model Tmin (°C) Optimum (°C) Tmax (°C) Thermal breadth (°C)
From this study:
EEEV in Ae. triseriatus 11.7 (8.8–16.3) 22.7 (22.0–23.6) 31.9 (31.1–33.0) 20.0 (15.4–23.0)
WEEV in Cx. tarsalis 8.6 (6.3–13.0) 23.0 (22.0–24.7) 31.9 (30.3–35.2) 23.3 (18.2–27.0)
SINV in Cx. pipiens 9.4 (6.9–13.3) 23.2 (21.7–24.6) 33.8 (28.2–37.0) 23.8 (17.3–28.6)
WNV in Cx. univittatus 11.0 (8.0–15.3) 23.8 (22.7–25.0) 33.6 (31.2–36.9) 22.5 (18.2–26.3)
WNV in Cx. tarsalis 12.1 (9.6–15.2) 23.9 (22.9–25.9) 32.0 (30.6–38.6) 20.1 (16.3–26.7)
SLEV in Cx. tarsalis 12.9 (11.0–14.8) 24.1 (23.1–26.0) 32.0 (30.6–38.5) 19.2 (16.5–25.6)
WNV in Cx. pipiens 16.8 (14.9–17.8) 24.5 (23.6–25.5) 34.9 (32.9–37.6) 18.2 (15.8–21.2)
WNV in Cx. quinquefasciatus 19.0 (14.1–20.9) 25.2 (23.9–27.1) 31.8 (31.1–32.2) 12.7 (10.6–17.6)
RVFV in Ae. taeniorhynchus 10.6 (8.6–14.4) 25.9 (23.8–27.1) 37.8 (34.4–39.1) 27.0 (21.8–29.7)
SINV in Ae. taeniorhynchus 9.7 (8.3–13.6) 26.0 (23.9–27.3) 37.8 (34.4–39.2) 27.7 (22.6–30.0)
From previous studies:
Falciparum malaria (Johnson et al., 2015) 19.1 (16.0–23.2) 25.4 (23.9–27.0) 32.6 (29.4–34.3) 13.2 (8.3–17.1)
DENV in Ae. albopictus (Mordecai et al., 2017) 16.2 (13.0–19.8) 26.4 (25.4–27.6) 31.4 (29.5–34.0) 15.2 (11.2–19.3)
Ross River virus (Shocket et al., 2018) 17.0 (15.8–18.0) 26.4 (26.0–26.6) 31.4 (30.4–33.0) 14.2 (12.8–16.2)
ZIKV in Ae. aegypti (Tesla et al., 2018) 22.8 (20.5–23.8) 28.9 (28.2–29.6) 34.5 (34.1–36.2) 11.7 (10.4–14.5)
DENV in Ae. aegypti (Mordecai et al., 2017) 17.8 (14.6–21.2) 29.1 (28.4–29.8) 34.5 (34.1–35.8) 16.7 (13.2–20.2)