This paper proposes to characterize the interactions between groundwater and the anthropogenic wetlands resulting from mining activities in Buenos Aires province, Argentina. The methodology consisted of measuring levels, hydrochemical and isotopic sampling, and construction of diagrams. Wetlands located on quartzites have a higher level than the groundwater in the transition zone to the porous aquifer. Wetlands have an isotopic enrichment relative to groundwater, suggesting the occurrence of evaporation processes. The origin of wetlands is water from the fractured aquifer whose thickness corresponds to the quarry face, and also from runoff
Coastal wetlands are complex hydrogeological systems, in which saline groundwater usually occurs. Sa...
The Pampean plain is the most productive region in Argentina. The Pampeano Aquifer beneath the Pampe...
Despite its location in the “Arid Diagonal” of South America, the Valle de Iglesia contains a number...
This paper gives an account of the implementation of hydrochemical and isotopic techniques to identi...
Groundwater geochemistry and dynamics are both among the main controlling factors of environmental f...
Freshwater lenses constitute one of the most vulnerable aquifer systems in the world, especially in ...
This paper gives an account of the assessment and quantification of the water balance and the hydrog...
The Samborombón River basin, which has eminently rural characteristics, develops within the Pampean ...
In the south of Córdoba (Argentina), groundwater from the unconfined aquifer, presents scarce suitab...
The origin of the high salinity in the groundwater of acoastal wetland in an arid climate was studie...
Groundwater discharge can be an important determinant of the functioning of aquatic environments and...
Groundwater plays an important role in the economic development of the Chaco-Pampean Plain (Argentin...
The Matanza-Riachuelo River Basin, in the Northeast of the Buenos Aires Province, is one of the most...
Despite its location in the “Arid Diagonal” of South America, the Valle de Iglesia contains a number...
The urban growth of the southern neighborhoods of Mar del Plata City provoked significant changes in...
Coastal wetlands are complex hydrogeological systems, in which saline groundwater usually occurs. Sa...
The Pampean plain is the most productive region in Argentina. The Pampeano Aquifer beneath the Pampe...
Despite its location in the “Arid Diagonal” of South America, the Valle de Iglesia contains a number...
This paper gives an account of the implementation of hydrochemical and isotopic techniques to identi...
Groundwater geochemistry and dynamics are both among the main controlling factors of environmental f...
Freshwater lenses constitute one of the most vulnerable aquifer systems in the world, especially in ...
This paper gives an account of the assessment and quantification of the water balance and the hydrog...
The Samborombón River basin, which has eminently rural characteristics, develops within the Pampean ...
In the south of Córdoba (Argentina), groundwater from the unconfined aquifer, presents scarce suitab...
The origin of the high salinity in the groundwater of acoastal wetland in an arid climate was studie...
Groundwater discharge can be an important determinant of the functioning of aquatic environments and...
Groundwater plays an important role in the economic development of the Chaco-Pampean Plain (Argentin...
The Matanza-Riachuelo River Basin, in the Northeast of the Buenos Aires Province, is one of the most...
Despite its location in the “Arid Diagonal” of South America, the Valle de Iglesia contains a number...
The urban growth of the southern neighborhoods of Mar del Plata City provoked significant changes in...
Coastal wetlands are complex hydrogeological systems, in which saline groundwater usually occurs. Sa...
The Pampean plain is the most productive region in Argentina. The Pampeano Aquifer beneath the Pampe...
Despite its location in the “Arid Diagonal” of South America, the Valle de Iglesia contains a number...