The Corumbataí River basin (São Paulo, Brazil) has a critical situation regarding water availability due to the intensive use to support agriculture and urbanization, requiring scientific information to face water demand. The aim of this study is to present a hydrological characterization based on the analysis of seasonal isotope variations (rainfall, groundwater, and surface water) and hydrometric data. Results indicate that baseflow contribution varies from 50 % to 70 % of the total flow, and water isotopic composition denotes a seasonal regime marked by the mixing of surface and groundwater in the wet period and groundwater discharge during the dry season. The results presented indicated the strong seasonal connection between atmospheric...
To reduce uncertainty in the identification of the recharge areas in the Peripheral Aquifer of the S...
Environmental isotope tracers have been a useful tool in providing new insights into hydrologic proc...
The interaction between groundwater and surface water flows determines the ecohydrological character...
Stable isotope variations are extremely useful for flow partitioning within the hydrologic cycle but...
International audienceStable isotope variations are extremely useful for flow partitioning within th...
Effective watershed management is essential to maintain water quality and quantity and to protect dr...
Abstract The Petrolina County, Pernambuco State, Brazil, presents specificities that make it unique ...
Hosting the flattest sedimentary plains and highest Andean range of the continent, southern South Am...
This paper describes a hydrochemical (major and trace elements) and stable isotopes (H, O, S) study ...
Este projeto teve como objetivo investigar a variação isotópica do oxigênio (?18O) e do hidrogênio (...
Improved information of seasonal variations in watershed hydrology in the tropics can strengthen mod...
Groundwater is a pivotal resource for many human populations and ecosystems. However, in groundwater...
The watershed of El Pescado Creek has been established as a protected landscape; however, it is curr...
The Quequén Grande River (QGR) is a large catchment (10 000 km2) in the Pampa Plain in Argentina. Fr...
In this paper we present surface water oxygen (δ18O), hydrogen (δD) and inorganic carbon (δ13CDIC) i...
To reduce uncertainty in the identification of the recharge areas in the Peripheral Aquifer of the S...
Environmental isotope tracers have been a useful tool in providing new insights into hydrologic proc...
The interaction between groundwater and surface water flows determines the ecohydrological character...
Stable isotope variations are extremely useful for flow partitioning within the hydrologic cycle but...
International audienceStable isotope variations are extremely useful for flow partitioning within th...
Effective watershed management is essential to maintain water quality and quantity and to protect dr...
Abstract The Petrolina County, Pernambuco State, Brazil, presents specificities that make it unique ...
Hosting the flattest sedimentary plains and highest Andean range of the continent, southern South Am...
This paper describes a hydrochemical (major and trace elements) and stable isotopes (H, O, S) study ...
Este projeto teve como objetivo investigar a variação isotópica do oxigênio (?18O) e do hidrogênio (...
Improved information of seasonal variations in watershed hydrology in the tropics can strengthen mod...
Groundwater is a pivotal resource for many human populations and ecosystems. However, in groundwater...
The watershed of El Pescado Creek has been established as a protected landscape; however, it is curr...
The Quequén Grande River (QGR) is a large catchment (10 000 km2) in the Pampa Plain in Argentina. Fr...
In this paper we present surface water oxygen (δ18O), hydrogen (δD) and inorganic carbon (δ13CDIC) i...
To reduce uncertainty in the identification of the recharge areas in the Peripheral Aquifer of the S...
Environmental isotope tracers have been a useful tool in providing new insights into hydrologic proc...
The interaction between groundwater and surface water flows determines the ecohydrological character...