Los factores hidrometeorológicos son identificados como los principales factores desencadenantes de la variabilidad química de la corriente fluvial. La identificación adecuada de estos factores proporcionará una mirada profunda al funcionamiento de las cuencas. En este contexto, el estudio de las relaciones concentración-caudal (C-Q) representa una forma óptima de evaluar los mecanismos de movilización de solutos en el río. A través del uso de un conjunto de datos de alta frecuencia y un análisis de correlación, entre las variables de eventos hidrometeorológicos y un índice de histéresis, el siguiente estudio identificó los principales controles hidrometeorológicos sobre la respuesta histérica en una cuenca tropical de alta ...
This study examined the hysteresis exhibited in concentration–discharge (C–Q) relationships in the r...
The concentration of suspended sediment and discharge generated during flood events are not normall...
International audienceHydrological variations hold a significant influence over the water chemistry ...
Hydrometeorological characteristics can influence stream chemistry variability and the identificatio...
River nutrient loadings rates are frequently determined from discharge and hydrochemistry relationsh...
Purpose: Rain storm events mobilise large proportions of fine sediments in catchment systems. Sedime...
International audienceStorm events are critical hot moments of emission for several dissolved and pa...
The concentration of suspended sediment and discharge generated during flood events are not normally...
The relation between concentration and discharge is not normally homogenous during the storm event, ...
Analysis of hydrochemical behaviour during storm events can provide new insights into the process co...
Analysis of hydrochemical behaviour during storm events can provide new insights into the process co...
Demostramos el gran valor de los datos hidroquímicos distribuidos espacialmente y de alta resolución...
The water quality of urban runoff is significant to arid and semiarid regions, such assouthern Arizo...
Analysis of hydrochemical behaviour during storm events can provide new insights into the process co...
This study examined the hysteresis exhibited in concentration–discharge (C–Q) relationships in the r...
This study examined the hysteresis exhibited in concentration–discharge (C–Q) relationships in the r...
The concentration of suspended sediment and discharge generated during flood events are not normall...
International audienceHydrological variations hold a significant influence over the water chemistry ...
Hydrometeorological characteristics can influence stream chemistry variability and the identificatio...
River nutrient loadings rates are frequently determined from discharge and hydrochemistry relationsh...
Purpose: Rain storm events mobilise large proportions of fine sediments in catchment systems. Sedime...
International audienceStorm events are critical hot moments of emission for several dissolved and pa...
The concentration of suspended sediment and discharge generated during flood events are not normally...
The relation between concentration and discharge is not normally homogenous during the storm event, ...
Analysis of hydrochemical behaviour during storm events can provide new insights into the process co...
Analysis of hydrochemical behaviour during storm events can provide new insights into the process co...
Demostramos el gran valor de los datos hidroquímicos distribuidos espacialmente y de alta resolución...
The water quality of urban runoff is significant to arid and semiarid regions, such assouthern Arizo...
Analysis of hydrochemical behaviour during storm events can provide new insights into the process co...
This study examined the hysteresis exhibited in concentration–discharge (C–Q) relationships in the r...
This study examined the hysteresis exhibited in concentration–discharge (C–Q) relationships in the r...
The concentration of suspended sediment and discharge generated during flood events are not normall...
International audienceHydrological variations hold a significant influence over the water chemistry ...