riverbank erosion, land loss and associated sedimentation are river engineering and water resources management problems of global significance. the ability to predict riverbank stability on eroding rivers is the prerequisite of developing a channel width adjustment model and is essential for estimating riverbank erosion and associated sedimentation. in this research, a detailed model for stabil...

Tropical forests are the only forest biome to have experienced increased rates of forest loss during the past decade because of global demands for food and biofuels. The implications of such extensive forest clearing on the dynamics of tropical river systems remain relatively unknown, despite significant progress in our understanding of the role of trees in riverbank stability. Here, we documen...

Managed aquifer recharge through bank filtration is an important method to produce sustainable drinking water. Yet, water quality related transport of pathogens (bacteria and viruses) into groundwater systems from surface waters can be a matter concern, especially in urbanized regions. Based on 1-year monitoring campaign, reactive model was developed for bacteria at riverbank site located Germa...

Abstract PFAS are a class of synthetic chemicals used for many industrial and domestic purposes. However, once released in the environment, they persistent, mobile toxic. One most important transport routes to drinking water is through riverbank filtration. Although this usually an effective strategy removing organic compounds, its effectiveness still unknown. The aim study investigate occurren...

Abstract Riverbank filtration systems are important drinking water resources. Aquifers of riverbank subjected to considerable dynamics concerning the quantity and quality infiltrating water. The microbiological is mainly jeopardized by faecal contamination main river. Besides, can be impacted growth natural water-borne bacteria due input nutrients resulting in proliferation opportunistic pathog...