Years lost due to disability for typhoid fever related to increased temperature under climate change scenarios and population changing projected burden of diseases

Resource type
Journal Article
Authors/contributors
Title
Years lost due to disability for typhoid fever related to increased temperature under climate change scenarios and population changing projected burden of diseases
Abstract
B a c k g r o u n d  & Aim: This study aimed  to estimate  and project  the current  and future disability burden of typhoid fever in Iran associated with climate and population to provide best policies for climate change adaptation. Methods & Materials: Years lost due to disabilities (YLDs) were measured as burden estimation in this study. The temperature was selected as climate variable. Future temperature rising (projected for 2030 and 2050) used according to Intergovernmental  Panel on Climate  Change reports. Typhoid fever incidence in 2010 applied as the baseline data for YLDs calculation. The previous published regression   models   were   considered   for   YLDs’   future   projections.   Furthermore,   the   future demographic change was included for YLDs calculation. R e s u lt s : Compared with the YLDs in 2010, increasing temperature and demographic change may lead to a 5.5-9% increase in the YLDs by 2030 and a 13.7-22% increase by 2050 if other factors remain  constant.  The  highest  YLDs  was  projected  for  >  45  years  old  (56.3%)  in  2050  under temperature rising and population change scenario. C on c l u sio n : Climate  change  and  aging  may  impact  on  burden  of  typhoid  fever  in  the  future. Adaptive strategies should be considered to prevent and reduce the health burden of climate change.
Publication
DOAJ (DOAJ: Directory of Open Access Journals)
Pages
-
Date
2015-10-01
Call Number
openalex: W2223700483
Extra
openalex: W2223700483 mag: 2223700483
Citation
Ahmadnezhad, E., Abdi, Z., Fayyaz-Jahani, F., Suolduozi, M., & Fatholahi, S. (2015). Years lost due to disability for typhoid fever related to increased temperature under climate change scenarios and population changing projected burden of diseases. DOAJ (DOAJ: Directory of Open Access Journals). https://doaj.org/article/816eec61566c4b2faa1a3846675ed8f0