Diana Aga

Education Aga obtained a bachelor's in agricultural chemistry from the University of the Philippines Los Bañosin 1988. She earned a Ph.D from the University of Kansas. For her Ph.D, she researched applications of immunoassays in agricultural chemistry. After graduating, she worked briefly for the United States Geological Survey and then joined ETH Zurich as a postdoctoral scholar for two years.

Research and career After a brief spell in industry, Aga returned to academia, and was appointed to the faculty at the University at Buffalo in 2002.

Aga does mass spectroscopy analysis to obtain detailed information on chemical composition and information on compounds in materials. She is one of many scientists worldwide who have applied this mass spectroscopy technique to investigate pesticides in crops, presence of antibiotics in wastewater, chemical compositions of brominated flame retardants(polybrominated diphenyl ethers, BDEs) which are toxic chemicals. Aga has co-authored a paper describing the presence of pharmaceuticals, in particular antidepressants, in Great Lakes fish.

Awards and honours

2007 New York Water Environment Association's, Kenneth Allen Memorial Award given annually for papers or presentations describing work of a research or engineering nature including papers with multiple co-authors 2013 University at Buffalo Excellence in Graduate Student Mentoring Award given on an annual basis, to a member of the UB Graduate Faculty. 2022 American Chemical Society Fellow cited for "Recognized for encouraging women and underrepresented minority students to pursue careers in environmental and agricultural chemistry and for innovative contributions in agrochemical analysis to better understand their ecological and health impacts." 2024 Analytical Scientist Power List, Aga is ranked #8 in "Planet Protector" field.

Selected publications

Arnnok, Prapha; Singh, Randolph R.; Burakham, Rodjana; Perez-Fuentetaja, Alicia; Aga, Diana S. (2017) "Selective Uptake and Bioaccumulation of Antidepressants in Fish from Effluent-Impacted Niagara River" Environ. Sci Technol. 10652-10662