Bivariate Analysis of LSTD and Dengue Incidence 2020–2023.

<p>(a) LISA map of LSTD and Dengue incidence in 2020. (b) LISA map of LSTD and Dengue incidence in 2021. (c) Moran’s I scatter plot of LSTD and Dengue incidence in 2020. (d) Moran’s I scatter plot of LSTD and Dengue incidence in 2021. (e) LISA map of LSTD and Dengue incidence in 2022. (f) LISA...

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Main Author:	Roshan Kumar Mahato (8308116) (author)
Other Authors:	Kyaw Min Htike (21485307) (author), Kittipong Sornlorm (17419605) (author), Alex Bagas Koro (21485310) (author), Rajesh Kumar Yadav (8308107) (author), Alok Kafle (19550600) (author), Vijay Sharma (651200) (author)
Published:	2025
Subjects:	Biotechnology Ecology Developmental Biology Cancer Science Policy Infectious Diseases Virology Computational Biology Environmental Sciences not elsewhere classified land surface temperature 186 ), however uncovering significant variations spatial analysis techniques spatial analysis revealed 2020 &# 8211 increased dengue incidence 2020 – 2021 dengue cases peaked 2023 )</ p significant patterns incidence clusters spatial statistics spatial distribution spatial autocorrelation dengue virus dengue transmission dengue cases xlink "> vegetation indices urban areas subtropical regions results highlighted recent years rapid escalation moran ’ identify high highest number fatalities reported environmental factors diverse geography disease patterns
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Bivariate Analysis of LSTD and Dengue Incidence 2020–2023.

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