Flow-recession analysis and linear- reservoir simulation of runoff time series are used to evaluate seasonal and inter-annual variability in the drainage system of the glacier Finsterwalderbreen, Svalbard Arctic archipelago, in 1999 and 2000, with particular reference to the inferred structure of subglacial flow pathways. Original publication data are included and also an introductory, Microsoft Excel-based tutorial on the methods used.</div
Recent research at Arctic latitudes has demonstrated the close association between glacier hydrology...
The hydrology of glaciers is known to have a significant influence on glacier dynamics. Rapid variat...
In glacierized catchments, meteorological inputs driving surface melting are translated into runoff ...
Flow-recession analysis and linear- reservoir simulation of runoff time series are used to evaluate ...
The drainage systems of polythermal glaciers play an important role in high latitude hydrology, and ...
Timeseries of annual cumulative glacier meltwater runoff for 14 primary hydrological regions of Sval...
Digital elevation models of the surface and bed of Midtdalsbreen, Norway are used to calculate subgl...
There is a need for more studies in glacier hydrology that integrate numerical models with detailed ...
This dataset quantifies atmospheric, surface and sub-surface (active-layer) water fluxes in the prog...
The results from a hydrological monitoring program of Breelva basin (Spits− bergen, Svalbard) have b...
Our understanding of the subglacial drainage system has improved markedly over the last decades due ...
By regulating the amount, the timing, and the location of meltwater supply to the glacier bed, supra...
Subglacial hydrological processes at tidewater glaciers remain poorly understood due to the difficul...
Abstract. A key challenge in modelling coupled ice-flow–subglacial hydrology is initializing the sta...
COMInternational audienceThe freshwater fluxes flowing from High Arctic glaciers mainly depend on cl...
Recent research at Arctic latitudes has demonstrated the close association between glacier hydrology...
The hydrology of glaciers is known to have a significant influence on glacier dynamics. Rapid variat...
In glacierized catchments, meteorological inputs driving surface melting are translated into runoff ...
Flow-recession analysis and linear- reservoir simulation of runoff time series are used to evaluate ...
The drainage systems of polythermal glaciers play an important role in high latitude hydrology, and ...
Timeseries of annual cumulative glacier meltwater runoff for 14 primary hydrological regions of Sval...
Digital elevation models of the surface and bed of Midtdalsbreen, Norway are used to calculate subgl...
There is a need for more studies in glacier hydrology that integrate numerical models with detailed ...
This dataset quantifies atmospheric, surface and sub-surface (active-layer) water fluxes in the prog...
The results from a hydrological monitoring program of Breelva basin (Spits− bergen, Svalbard) have b...
Our understanding of the subglacial drainage system has improved markedly over the last decades due ...
By regulating the amount, the timing, and the location of meltwater supply to the glacier bed, supra...
Subglacial hydrological processes at tidewater glaciers remain poorly understood due to the difficul...
Abstract. A key challenge in modelling coupled ice-flow–subglacial hydrology is initializing the sta...
COMInternational audienceThe freshwater fluxes flowing from High Arctic glaciers mainly depend on cl...
Recent research at Arctic latitudes has demonstrated the close association between glacier hydrology...
The hydrology of glaciers is known to have a significant influence on glacier dynamics. Rapid variat...
In glacierized catchments, meteorological inputs driving surface melting are translated into runoff ...