Khalilur Rahman Ridoy Khan

Climate Change and Disease Risk in Bangladesh: A Century-Scale Warming Trend, Day-by-Day Patterns, a Six-Disease Seasonal Synthesis, and the Albedo-Driven Glacier-Melt-to-Flood Pathway

A century-scale climate trend analysis for Bangladesh (CRU TS4.07, 1901-2022), district-level (n=64) mapping of recent climate extremes (2017-2025), a seven-disease seasonal risk synthesis drawing on this author's six prior Bangladesh One Health papers (HPAI, rabies, Nipah virus,...

Climate Change and Disease Risk in Bangladesh: A Century-Scale Warming Trend, Day-by-Day Patterns, a Six-Disease Seasonal Synthesis, and the Albedo-Driven Glacier-Melt-to-Flood Pathway

A century-scale climate trend analysis for Bangladesh (CRU TS4.07, 1901-2022), district-level (n=64) mapping of recent climate extremes (2017-2025), a seven-disease seasonal risk synthesis drawing on this author's six prior Bangladesh One Health papers (HPAI, rabies, Nipah virus,...

Two Decades of Nipah Virus in Bangladesh: National Trends and District-Level Hotspots, 2001-2024

Nipah virus causes a rare but severe zoonotic encephalitis with one of the highest case-fatality rates of any known human pathogen. Bangladesh accounts for the largest share of confirmed global Nipah cases and has recorded cases in almost every year since 2001, driven by consumpt...