This study examines the joint variability of precipitation, river streamflow and temperature over northeastern Argentina; advances the understanding of their links with global SST forcing; and discusses their impacts on water resources, agriculture and human settlements. The leading patterns of variability, and their nonlinear trends and cycles are identified by means of a principal component analysis (PCA) complemented with a singular spectrum analysis (SSA). Interannual hydroclimatic variability centers on two broad frequency bands: one of 2.5–6.5 years corresponding to El Niño Southern Oscillation (ENSO) periodicities and the second of about 9 years. The higher frequencies of the precipitation variability (2.5–4 years) favored e...
This work focuses on the analysis of spatial and temporal variability of precipitation in the centra...
A streamflow drought climatology was developed over the Central Andes of Argentina, a semi-arid regi...
In the Mediterranean Andes region '(MA; 30 degrees-37 degrees S), the main rivers are largely fed by...
This study examines the joint variability of pre- cipitation, river streamflow and temperature over n...
Low streamflows caused by natural and anthropogenic forcings affect ecosystems and societies, especi...
Under the current global warming trend, droughts are expected to increase, with serious implications...
En este trabajo se identifican, a través de un análisis espectral, las periodicidades plurianuales e...
The Northeastern Argentine (NEA) region is one of the most productive and vulnerable to climate risk...
Climate-induced changes in the annual regime of snow-fed rivers have serious implications for water ...
Changes in climate extremes affect socioeconomics and natural systems in northeastern Argentina (NEA...
The Buenos Aires plain in central-east Argentina generates economic resources based on agriculture, ...
The interannual-to-multidecadal variability of central-west Argentina (CWA) summer (October-March) p...
A singular value decomposition (SVD) analysis was performed jointly on the daily intensity of extrem...
Abstract: The roles of climate and socioeconomic components contributing to floods over eastern sub...
General features of rainy season with excess or deficits are analyzed using standardized precipitati...
This work focuses on the analysis of spatial and temporal variability of precipitation in the centra...
A streamflow drought climatology was developed over the Central Andes of Argentina, a semi-arid regi...
In the Mediterranean Andes region '(MA; 30 degrees-37 degrees S), the main rivers are largely fed by...
This study examines the joint variability of pre- cipitation, river streamflow and temperature over n...
Low streamflows caused by natural and anthropogenic forcings affect ecosystems and societies, especi...
Under the current global warming trend, droughts are expected to increase, with serious implications...
En este trabajo se identifican, a través de un análisis espectral, las periodicidades plurianuales e...
The Northeastern Argentine (NEA) region is one of the most productive and vulnerable to climate risk...
Climate-induced changes in the annual regime of snow-fed rivers have serious implications for water ...
Changes in climate extremes affect socioeconomics and natural systems in northeastern Argentina (NEA...
The Buenos Aires plain in central-east Argentina generates economic resources based on agriculture, ...
The interannual-to-multidecadal variability of central-west Argentina (CWA) summer (October-March) p...
A singular value decomposition (SVD) analysis was performed jointly on the daily intensity of extrem...
Abstract: The roles of climate and socioeconomic components contributing to floods over eastern sub...
General features of rainy season with excess or deficits are analyzed using standardized precipitati...
This work focuses on the analysis of spatial and temporal variability of precipitation in the centra...
A streamflow drought climatology was developed over the Central Andes of Argentina, a semi-arid regi...
In the Mediterranean Andes region '(MA; 30 degrees-37 degrees S), the main rivers are largely fed by...