The hydrodynamics in the swash zone significantly affected the sediment transport
mechanisms that mostly control beach face morphology especially under different weather …

Recently, a regional-scale numerical model for simulation of groundwater flow and
contaminant transport in coastal aquifers has been developed by Ataie-Ashtiani (2004). In …

Wind-driven (aeolian) sand transport from the beach is of prime importance to coastal dune
formation and growth, as well as dune recovery after a severe storm. The amount of aeolian …

ABSTRACT LI, L.; HORN, DP, and BAIRD, AJ, 2006. Tide-induced variations in surface
temperature and water-table the intertidal zone of a sandy beach. Journal of Coastal …

Nas águas subterrâneas da região de restinga localizada entre a Lagoa dos Patos e o
oceano Atlântico, ocorre um mecanismo mais dinâmico do que o que se observa na maioria …

Coastal aquifers are distinguished from other aquifers because of tidal effects which cause
complicated groundwater flow and contaminant transport phenomena in regions …

Groundwater seeping from the beachface can induce erosion and so may play a role in
controlling the development of beach morphology. This research answers some …

This dissertation developed, implemented, and verified a variably saturated flow model
which incorporates the effects of wave activity and transient changes in lake level on lake …

Studies on hydrodynamics of sediment transport in recent years stressed on knowledge
advancement and practical applications of swash processes. The hydrodynamic processes …

Solute injection into natural sediments was carried out during the low ebb-water (soil was
unsaturated) at the subsurface foreshores of River Mersey Estuary (RME) and monitored …