S1 Data - Dynamic changes of activated partial thromboplastin time and correlation with mortality in patients with severe fever with thrombocytopenia syndrome: A retrospective coho... by Huan Wang (109286)

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Absolute and relative overall CVD DALYs rate attributable to 2^nd-level risk factors in Chile. by Camilo Briones-Valdivieso (21567535)

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Overall CVD disease burden in DALYs attributable to 1^st-level risk factors in Chile. DALYs rates are expressed per 100,000 individuals, with a 95% uncertainty interval. by Camilo Briones-Valdivieso (21567535)

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Kaplan-Meier survival analysis curves according to the APTT levels between four groups. by Huan Wang (109286)

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Absolute and relative atrial fibrillation and flutter DALYs rate attributable to 2^nd level risk factors in Chile. by Camilo Briones-Valdivieso (21567535)

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Overall cardiovascular disease DALYs age-standardised rate over time 1990-2021 in Chile. by Camilo Briones-Valdivieso (21567535)

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Dynamic profile of coagulation parameters between survivors and non-survivors in patients with SFTS. by Huan Wang (109286)

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Absolute and relative hypertensive heart disease DALYs rate attributable to 2^nd level risk factors in Chile. by Camilo Briones-Valdivieso (21567535)

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Absolute and relative aortic aneurysm DALYs rate attributable to 2^nd level risk factors in Chile. by Camilo Briones-Valdivieso (21567535)

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Multivariate logistic regression analysis on the risk factors associated with prolonged APTT. by Huan Wang (109286)

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Absolute and relative overall CVD DALYs rate attributable to 1^st-level risk factors in Chile. by Camilo Briones-Valdivieso (21567535)

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Absolute and relative lower extremity peripheral arterial disease DALYs rate attributable to 2^nd level risk factors in Chile. by Camilo Briones-Valdivieso (21567535)

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Characteristics and outcomes of participants categorized by serum APTT on admission. by Huan Wang (109286)

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Percentage distribution of DALYs for cardiovascular diseases in 2021 in Chile. by Camilo Briones-Valdivieso (21567535)

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ERI Thresholds Between Adjacent Zones. by Mingyue Sun (4638535)

“…The thresholds of the ERI in the oasis zone-transition zone and the transition zone-desert zone were 0.08–0.085 and 0.111–0.118, respectively. (2) Socioeconomic factors, including infrastructure expansion, population density, and GDP, were dominant influences, contributing 64% to the ERI, whereas the influence of natural factors such as climate declined. (3) The low-ERI areas increased by 3.3% under government control, and the transition zones increased significantly, slowing the growth rate of the oasis zone. …”

Location of the study area. by Mingyue Sun (4638535)

“…The thresholds of the ERI in the oasis zone-transition zone and the transition zone-desert zone were 0.08–0.085 and 0.111–0.118, respectively. (2) Socioeconomic factors, including infrastructure expansion, population density, and GDP, were dominant influences, contributing 64% to the ERI, whereas the influence of natural factors such as climate declined. (3) The low-ERI areas increased by 3.3% under government control, and the transition zones increased significantly, slowing the growth rate of the oasis zone. …”

Random Forest structure with cross-validation. by Mingyue Sun (4638535)

“…The thresholds of the ERI in the oasis zone-transition zone and the transition zone-desert zone were 0.08–0.085 and 0.111–0.118, respectively. (2) Socioeconomic factors, including infrastructure expansion, population density, and GDP, were dominant influences, contributing 64% to the ERI, whereas the influence of natural factors such as climate declined. (3) The low-ERI areas increased by 3.3% under government control, and the transition zones increased significantly, slowing the growth rate of the oasis zone. …”

Land use change from 1990 to 2020. by Mingyue Sun (4638535)

“…The thresholds of the ERI in the oasis zone-transition zone and the transition zone-desert zone were 0.08–0.085 and 0.111–0.118, respectively. (2) Socioeconomic factors, including infrastructure expansion, population density, and GDP, were dominant influences, contributing 64% to the ERI, whereas the influence of natural factors such as climate declined. (3) The low-ERI areas increased by 3.3% under government control, and the transition zones increased significantly, slowing the growth rate of the oasis zone. …”

Geographic data. by Mingyue Sun (4638535)

“…The thresholds of the ERI in the oasis zone-transition zone and the transition zone-desert zone were 0.08–0.085 and 0.111–0.118, respectively. (2) Socioeconomic factors, including infrastructure expansion, population density, and GDP, were dominant influences, contributing 64% to the ERI, whereas the influence of natural factors such as climate declined. (3) The low-ERI areas increased by 3.3% under government control, and the transition zones increased significantly, slowing the growth rate of the oasis zone. …”

Classification accuracy. by Mingyue Sun (4638535)

“…The thresholds of the ERI in the oasis zone-transition zone and the transition zone-desert zone were 0.08–0.085 and 0.111–0.118, respectively. (2) Socioeconomic factors, including infrastructure expansion, population density, and GDP, were dominant influences, contributing 64% to the ERI, whereas the influence of natural factors such as climate declined. (3) The low-ERI areas increased by 3.3% under government control, and the transition zones increased significantly, slowing the growth rate of the oasis zone. …”