The need for estimates of distributed water balance in alpine catchments is addressed. Such estimates are an essential prerequisite for the efficient planning and management of water resource use. Specifically, the maximum appropriate spatial resolution that can be obtained in water balance estimates is assessed, given limited information of physiographic parameters and meteorological variables, in a complex topographical environment. This is done using a combination of existing modelling methodologies. The use of spatial disaggregation into subregions of similar climatic and topographic..
In mountainous catchments the quality of runoff modelling depends strongly on the assessment of the ...
The purpose of the study reported was to apply and verify a model of water balance of spatially dist...
Glacierised river catchments have been shown to be highly sensitive to climate change, while large p...
Mountains and highlands are typically areas that provide considerable quantities of water, the latte...
The application of three temperature-index based models and of one energy balance based snowmelt mod...
Abstract. The model enables the calculation, in daily values, of water transfers (interception by ve...
This study analyzes the response of various hydrological parameters and future water availability ag...
In high mountainous catchments, the spatial precipitation and therefore the overall water balance is...
Fully distributed models of alpine catchment surface processes typically use the geomorphological in...
The landscape conditions for forming the water balance and runoff from catchment areas can change co...
Since 2002 every summer a gauging station for measuring discharge has been installed at the outlet o...
A reliable estimation of runoff from mountainous regions is important for the management of water re...
The water balance in high Alpine regions in its full complexity is so far insufficiently understood....
The mountains are known as the water towers of the World and they are also climate hot spots. Theref...
ABSTRACT: In the Alps, various studies conclude to a significant temperatures increase and a less cl...
In mountainous catchments the quality of runoff modelling depends strongly on the assessment of the ...
The purpose of the study reported was to apply and verify a model of water balance of spatially dist...
Glacierised river catchments have been shown to be highly sensitive to climate change, while large p...
Mountains and highlands are typically areas that provide considerable quantities of water, the latte...
The application of three temperature-index based models and of one energy balance based snowmelt mod...
Abstract. The model enables the calculation, in daily values, of water transfers (interception by ve...
This study analyzes the response of various hydrological parameters and future water availability ag...
In high mountainous catchments, the spatial precipitation and therefore the overall water balance is...
Fully distributed models of alpine catchment surface processes typically use the geomorphological in...
The landscape conditions for forming the water balance and runoff from catchment areas can change co...
Since 2002 every summer a gauging station for measuring discharge has been installed at the outlet o...
A reliable estimation of runoff from mountainous regions is important for the management of water re...
The water balance in high Alpine regions in its full complexity is so far insufficiently understood....
The mountains are known as the water towers of the World and they are also climate hot spots. Theref...
ABSTRACT: In the Alps, various studies conclude to a significant temperatures increase and a less cl...
In mountainous catchments the quality of runoff modelling depends strongly on the assessment of the ...
The purpose of the study reported was to apply and verify a model of water balance of spatially dist...
Glacierised river catchments have been shown to be highly sensitive to climate change, while large p...