Hydrologic similarity between catchments, derived from similarity in how catchments
respond to precipitation input, is the basis for catchment classification, for transferability of …

Understanding hydrological processes is achieved using modeling approaches due to the
extensive and complex interactions between various environmental elements. Hydrological …

The focus in the search for more reliable predictions in ungauged basins (PUB) has
generally been on reducing uncertainty in watershed models (mainly their parameters) …

Tracer investigations were combined with a geographical information system (GIS) analysis
of the 31 km2 Girnock catchment (Cairngorm Mountains, Scotland) in order to understand …

Spatial and temporal trends in stream chemistry were investigated in a large (1600 km2)
alpine watershed in the southern Rocky Mountains of Colorado to help understand …

Storm events in montane catchments are the main cause of mobilization of solutes and
particulates into and within stream channels in coastal California. Nonlinear behavior of …

Spurious pits in digital elevation models (DEMs) are traditionally removed by filling
depressions, often creating flat regions that lead to inaccurate estimation of landscape flow …

This paper presents a coupled observation and modelling strategy aiming at improving the
understanding of processes triggering flash floods. This strategy is illustrated for the …

Oceanic sources of nutrients to the kelp forests of the Santa Barbara Channel were
diagnosed using time series from three moorings in 12‐to 17‐m water depth. An in situ …

Stream and rainfall gauging and runoff sampling were used to determine changes in
hydrology and export of nutrients and suspended sediment from a June 2004 wildfire that …