John Jackson

Papers

Total Citations

452

H-Index

About

Dr. John Jackson is a leading figure in satellite remote sensing, whose work has fundamentally advanced our ability to monitor atmospheric aerosols from space. His research centers on the development, validation, and operational implementation of aerosol retrieval algorithms for next-generation polar-orbiting sensors. Dr. Jackson’s most significant contribution is his leadership in the creation of the aerosol algorithms for the Suomi-NPP VIIRS instrument, a critical successor to the MODIS record. His foundational 2013 paper detailing these algorithms has amassed over 300 citations, serving as the essential reference for the global aerosol community. He further demonstrated the instrument's capability and continuity of the climate data record in his highly cited 2014 evaluation of VIIRS aerosol optical thickness, which has garnered over 150 citations. By ensuring the high quality and consistency of these operational data products, Dr. Jackson’s work directly supports critical research into air quality, climate forcing, and the global transport of particulate matter, solidifying his reputation as a key architect of the modern aerosol satellite observing system.