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原文連結
論文資訊
- 類型：已發表論文
- 日期：2025-04-11
摘要
Temperature shapes the geographic distribution, seasonality, and magnitude of mosquito-borne 疾病 outbreaks. Models predicting 傳播 often use mosquito and pathogen thermal responses measured at constant temperatures. However, mosquitoes live in fluctuating temperatures. Rate summation--non-linear averaging of trait values measured at constant temperatures-is commonly used to infer performance in fluctuating environments, but its accuracy is rarely validated. We measured three traits that impact 傳播-bite rate, survival, fecundity-in a malaria mosquito (Anopheles stephensi) across three diurnal temperature ranges (0, 9, and 12 degrees C). We compared 傳播 thermal suitability models with temperature-trait relationships observed under constant temperatures, fluctuating temperatures, and those predict
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