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Dr. Reid, a veteran of numerous atmospheric science field campaigns, works in the area of aerosol phenomenology, aerosol observability, and applied meteorology. He develops of realistic error characteristics of in situ and remote sensing data and their propagation into both numerical and conceptual models. His research has a distinct applied science focus on how climate and forecasting data can be used to mitigate atmospheric impacts on systems.
Dr. Reid began his career as an undergraduate working in experimental aerosol science, with an emphasis on nuclear techniques for aerosol analysis, including PIXE, XRF, and EDAX. This work quickly morphed into visibility and radiation impact research funded under grants from the IMPROVE program. After completing his undergraduate physics degree in Applied Physics-Quantum Optics, Dr. Reid desired to continue applied research and earned his MS in Atmospheric Science studying issues related to dust production and transport. After a brief foray into inhalation toxicology and industrial hygiene, Dr. Reid went on to earn his Ph.D. at the University of Washington studying chemical evolution and optical properties of biomass burning smoke. On graduation, Dr. Reid began his professional career with the US Navy at the Space and Naval Warfare Systems Center-San Diego where he led several field missions directed towards aerosol parameterization development and model verification. In 2002, he joined the Aerosol and Radiation Section at NRL. Currently Dr. Reid works in the area of aerosol observability, with an emphasis on regional aerosol environments and aerosol data assimilation. A particular focus is on the development of realistic error characteristics of in situ and remote sensing data and their propagation into both numerical and conceptual models. He applies his work to the improvement of electro-optical systems and retrieval algorithms for environmental monitoring. A veteran of numerous field campaigns, Dr. Reid is currently the Mission Scientist for the 7 Southeast Asian studies (7SEAS), a grass roots effort to link western and Asian researchers, and to understand the SE Asian aerosol environment and its potential impacts on the Earth System. Lastly, Dr. Reid devotes a great deal of time to international collaboration, development and outreach and was a founding organizer of several cooperative workshops on biomass burning and aerosol prediction.
Dr. Reid began his career as an undergraduate working in experimental aerosol science, with an emphasis on nuclear techniques for aerosol analysis, including PIXE, XRF, and EDAX. This work quickly morphed into visibility and radiation impact research funded under grants from the IMPROVE program. After completing his undergraduate physics degree in Applied Physics-Quantum Optics, Dr. Reid desired to continue applied research and earned his MS in Atmospheric Science studying issues related to dust production and transport. After a brief foray into inhalation toxicology and industrial hygiene, Dr. Reid went on to earn his Ph.D. at the University of Washington studying chemical evolution and optical properties of biomass burning smoke. On graduation, Dr. Reid began his professional career with the US Navy at the Space and Naval Warfare Systems Center-San Diego where he led several field missions directed towards aerosol parameterization development and model verification. In 2002, he joined the Aerosol and Radiation Section at NRL. Currently Dr. Reid works in the area of aerosol observability, with an emphasis on regional aerosol environments and aerosol data assimilation. A particular focus is on the development of realistic error characteristics of in situ and remote sensing data and their propagation into both numerical and conceptual models. He applies his work to the improvement of electro-optical systems and retrieval algorithms for environmental monitoring. A veteran of numerous field campaigns, Dr. Reid is currently the Mission Scientist for the 7 Southeast Asian studies (7SEAS), a grass roots effort to link western and Asian researchers, and to understand the SE Asian aerosol environment and its potential impacts on the Earth System. Lastly, Dr. Reid devotes a great deal of time to international collaboration, development and outreach and was a founding organizer of several cooperative workshops on biomass burning and aerosol prediction.
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Zhendong Lu,Jun Wang,Xi Chen,Jing Zeng,Yi Wang,Xiaoguang Xu,Kenneth E. Christian,John E. Yorks, Edward P. Nowottnick,Jeffrey S. Reid,Peng Xian
Atmospheric Chemistry and Physicsno. 12 (2023): 7161-7175
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Springer eBookspp.417-432, (2023)
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John E. Yorks,Jun Wang,Matthew J. McGill, Melanie Follette -Cook, Edward P. Nowottnick,Jeffrey S. Reid,Peter R. Colarco,Jianglong Zhang,Olga Kalashnikova,Hongbin Yu,Franco Marenco,Joseph A. Santanello,
BULLETIN OF THE AMERICAN METEOROLOGICAL SOCIETYno. 4 (2023): E815-E836
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J. S. Reid, H. B. Maring, G. T. Narisma,S. van den Heever,L. Di Girolamo, R. Ferrare, P. Lawson,G. G. Mace,J. B. Simpas, S. Tanelli,L. Ziemba,B. van Diedenhoven,
Bulletin of the American Meteorological Societyno. 6 (2023): E1179-E1205
Atmospheric Measurement Techniquesno. 10 (2023): 2547-2573
ATMOSPHERIC MEASUREMENT TECHNIQUESno. 4 (2023): 1103-1120
ATMOSPHERIC MEASUREMENT TECHNIQUESno. 10 (2023): 2531-2546
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