疟疾
气候变化
公共卫生
地理
爆发
疾病
环境卫生
环境资源管理
气候学
生态学
环境规划
社会经济学
环境科学
生物
医学
病毒学
经济
护理部
病理
免疫学
地质学
作者
Yasmine S Moemen,Heba Alshater,Ibrahim El-Tantawy El-Sayed
标识
DOI:10.1007/978-3-031-22456-0_14
摘要
The potentialClimate change epidemicMalaria of malaria disease in tropical areas that are already sensitive to such disease could rise due to climate change where malariaMalaria hinders Africa’s economic growth. About 90% of deaths occurred in Africa, where ecosystem and climate conditions promote malaria-transmitting insects. Various malaria epidemic prediction systems have been established to limit disease outbreaks in some African nations. Although, better models with higher forecast abilities based on non-seasonal climatic factors are needed. Climate variables (precipitation, temperature and surface radiation) play an important role in the occurrence of malaria. This work climate demonstrates variability in classifying malaria incidence in six Sub-Saharan African nations over 28 years from previous work. An early detection system has been developed to monitor the spread of malaria. When it comes to public health, new data-driven knowledge discovery systems could help public health professionals to understand how climate change affects health, build relevant preventive and adaptive measures to save lives.
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