Chrysikopoulos ConstantinosΧρυσικοπουλος ΚωνσταντινοςP. KokkinosV. I. SyngounaM. A. TselepiM. BellouApostolos Vantarakis2024-10-312024-10-3120152015-09-23P. Kokkinos , V. I. Syngouna , M. A. Tselepi ,M. Bellou ,C. V. Chrysikopoulos , A.Vantarakis, "Transport of human adenoviruses in water saturated laboratory columns ",F. and Envi. Virolo. ,vol. 7 ,no. 2, 2015.doi: 10.1007/s12560-014-9179-8https://dspace.library.tuc.gr/handle/123456789/1012Groundwatermay be contaminated with infective human enteric viruses from various wastewater discharges, sanitary landfills, septic tanks, agricultural practices, and artificial groundwater recharge. Coliphages have been widely used as surrogates of enteric viruses, because they share many fundamental properties and features.Although a large number of studies focusing on various factors (i.e. pore water solution chemistry, fluid velocity, moisture content, temperature, and grain size) that affect biocolloid (bacteria, viruses) transport have been published over the past two decades, little attention has been given toward human adenoviruses (hAdVs). The main objective of this study was to evaluate the effect of pore water velocity on hAdV transport in water saturated laboratory- scale columns packed with glass beads. The effects of pore water velocity on virus transport and retention in porous media was examined at three pore water velocities (0.39, 0.75, and 1.22 cm/min). The results indicated that all estimated averagemass recovery values forhAdVwere lower than those of coliphages, which were previously reported in the literature by others for experiments conducted under similar experimental conditions.10 pagesenhttp://creativecommons.org/licenses/by/4.0/Peer-Reviewed Journal Publication