Deriving accurate estimates of reference evapotranspiration is required for water resource
management, irrigation water requirement computations, and successful hydrological …

Several satellite-based snow products are assimilated, both separately and jointly, into the
Noah land surface model for improving snow prediction in Alaska. These include the …

Suspended sediment export from large Alpine catchments (> 1000 km 2) over decadal
timescales is sensitive to a number of factors, including long-term variations in climate, the …

Including satellite‐derived snow cover data for hydrologic model calibration can be a good
way to improve model internal consistency. This study applied a multiobjective genetic …

Distributed hydrological models of energy and mass balance need as inputs many soil and
vegetation parameters, which are usually difficult to define. This paper will try to approach …

We present a Stochastic Space Random Cascade (SSRC) approach to downscale
precipitation from a General Circulation Models (GCMs), developed for the assessment of …

Observed climate change has already led to a wide range of impacts on environmental
systems and society. In this context, many mountain regions seem to be particularly sensitive …

Hydrological monitoring and modeling of high altitude Alpine catchments is of paramount
importance. This is difficult, however, given the complex logistics of field campaigns and the …

We investigate future (2045–2054) hydrological cycle of the snow fed Oglio (≈ 1800 km 2)
Alpine watershed in Northern Italy. A Stochastic Space Random Cascade (SSRC) approach …

This article presents the development of distributed thermodynamic model for energy and
mass balance computation between soil surface and shallow atmospheric layers and its …