BOOK OF ABSTRACTS 5 IHSS&IWA26 / BRNO / CZECHIA / 23–28 August 2026 dynamic light scattering (DLS) [9, 10], nanoparticle tracking analysis (NTA) [11], and excitation-emission matrix fluorescence spectroscopy with parallel factor analysis (EEM-PARAFAC) [12] will be presented to support this discussion. Applications including NOM/EfOM in aquatic ecosystems [13], removal via water reuse processes [14], and prediction of disinfection byproducts will illustrate the impacts of aquatic organic supramolecular structures. References 1. A. Piccolo, Soil Science 166(11) (2001) 810. 2. A. Piccolo, Advances in Agronomy 75 (2002) 57. 3. A. Piccolo, M. Drosos, Advances in Agronomy 188 (2024) 405. 4. M.J.M. Wells, H.A. Stretz, Science of the Total Environment 671 (2019) 1125. 5. M.J.M. Wells, Journal of Environmental Quality 48 (2019) 1644. 6. J.M. Sanez, K.Y. Bell, M.J.M. Wells, Science of the Total Environment 896 (2023) 165149. 7. K.N. Mealio, M.J.M. Wells, K.Y. Bell, D. Wolgemuth, H.A. Stretz, Journal of Environmental Chemical Engineering 12 (2024) 113864. 8. M.J.M. Wells, Chromatography 2 (2015) 580. 9. M.R. Esfahani, H.A. Stretz, M.J.M. Wells, Science of the Total Environment (2015) 537 81. 10. K.N. Mealio, K.E. Slamen, M.J.M. Wells, H.A. Stretz, Science of the Total Environment 963 (2025) 178463. 11. M.J.M. Wells, J.Y. Chen, J. Bodycomb, D. Wolgemuth, H.A. Stretz, G.A. Zacheis, M. Bautista, K.Y. Bell, Science of The Total Environment 949 (2024) 174985. 12. M.J.M. Wells, J. Hooper, G.A. Mullins, K.Y. Bell, Science of the Total Environment 820 (2022) 153070. 13. M.J.M. Wells, G.A. Mullins, K.Y. Bell, A.K. Da Silva, E.M. Navarette, Environmental Science & Technology 51 (2017) 13592. 14. M.J.M. Wells, D. Funk, G.A. Mullins, K.Y. Bell, Science of the Total Environment 886 (2023) 163937. Acknowledgement The encouragement of Drs. K.Y. Bell, H.A. Stretz, A. Piccolo, and M.H.B. Hayes was vital to this research. PL Plenary Lecture KL Keynote Lecture SL Standard Lecture TA Travel Awardee P Poster
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