地下水病毒污染是水服务公司和公众的一个主要问题。水服务公司使用地下水作为其原始水源。病毒通常比大多数肠道细菌更耐灭活，在废水的土地利用过程中，它们可能无法有效去除。吸附是病毒在土壤中去除和持续存在的主要因素之一。NV在悬浮在地下水中的土壤中的相对存活率和吸附率尚未确定。因此，我们测定了NV在四种悬浮在地下水中的土壤中的吸附和持久性:Cecil粘土壤土、Corolla砂、Ponzer有机淤泥和冲洗草甸砂壤土。NV吸附与PV1（强吸附）和MS2（弱吸附）进行了比较。 这些研究表明，NV在地下水和土壤系统中的持久性和吸附性并不新颖。相反，它的行为类似于PV1和MS2。包括10个参考文献、表格和图表。

Viral contamination of groundwater is a major concern both to water service companies, which use groundwater as their raw source, and the public they serve. Viruses are typically more resistant to inactivation than most enteric bacteria and they may not be removed efficiently during land application of wastewater. Adsorption is one of the major factors in viral removal and persistence in soils. The comparative survival and adsorption of NV in soils suspended in groundwater has not been determined. Therefore, we determined the adsorption and persistence of NV in four soils suspended in groundwater: Cecil clay loam, Corolla sand, Ponzer organic muck, and Flushing Meadows sand loam. NV adsorption was compared to PV1 (strongly adsorbed) and MS2 (weakly adsorbed). These studies demonstrate that NV is not novel in its persistence and adsorption in groundwater and soil systems. Rather, it behaves similarly to PV1 and MS2. Includes 10 references, table, figures.