Papers
3
Total Citations
81
H-Index
3
About
Gohar Ali is an environmental scientist whose research focuses on aerosol remote sensing, air quality modeling, and the climatic impacts of atmospheric particulates. His work addresses critical challenges in understanding aerosol dynamics across diverse environments, particularly in South Asia and East Asia. Ali’s major contributions include pioneering the assimilation of Chinese FY-3/MERSI aerosol optical depth (AOD) data into air quality forecasts, demonstrating its effectiveness in predicting sand dust events in northeast China (32 citations). He has also systematically evaluated satellite AOD retrievals from MODIS and MISR over environmentally distinct sites in Pakistan (25 citations), providing essential validation for remote sensing applications in data-sparse regions. Notably, his analysis of AERONET data (2007–2018) quantified how different aerosol types—urban-industrial, dust, and mixed—contribute to direct radiative forcing over Lahore and Karachi (24 citations), revealing the distinct climatic roles of pollution and natural aerosols. With over 80 total citations, Ali’s research bridges satellite observations and ground-based measurements, offering actionable insights for improving air quality forecasts and understanding regional climate forcing. His work is particularly valuable for researchers studying aerosol–climate interactions in rapidly urbanizing regions.
Research Focus
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