Regional warming and associated changes in hydrologic systems pose challenges to water
supply management in river basins of the western United States, and call for improved …

Paleoclimate reconstructions are increasingly used to characterize annual climate variability
prior to the instrumental record, to improve estimates of climate extremes, and to provide a …

Most existing water infrastructure and allocation policies rely on relatively short (< 200 years)
instrumental records. While it has been recognized for some time that multi-century time …

Streamflow reconstructions based on paleoclimate proxies provide much longer records
than the short instrumental period records on which water resource management plans are …

Tree-ring data have been used to augment limited instrumental records of climate and
provide a longer view of past variability, thus improving assessments of future scenarios. For …

Integrative information models for filling/reconstructing hydro-climatic time-series are
required for a variety of practical applications. A GIS-based model for a rapid and reliable …

The river discharge monitoring networks are generally sparser and more recent than those
of other hydrological variables, like rainfall or temperature. Furthermore, most of the …

Soil water storage properties, which are affected by land management practices, alter the
water balance and flow regimes in watersheds; thus, it is highly plausible to clarify the …

California mountain streams provide critical water resources for human supplies and aquatic
ecosystems, and have been affected by climatic changes to varying degrees, often within …

Abstract Space and time are the domains used by every model in the applied environmental
sciences, with the latter normally considered to add a fourth dimension to our simulated …