Abstract: A sensitivity analysis of potential evapotranspiration (PET) rates under both CO

Abstract: The sensitivity of irrigated agriculture to water-table fluctuations and agroeconomic parameters was analyzed in the context of long-term climatic variability. Capillary rise was modeled as a function of soil moisture ...

Abstract: We examine the response of streamflow to long-term rainfall variability under climate change by coupling downscaled global climate model precipitation to a distributed hydrologic model. We use daily output of the coupled ...

Abstract: The use of deterministic atmospheric general circulation models (GCMs) to understand potential global climate change under doubled

Abstract: Optimal seasonal multicrop irrigation water allocation and optimal stochastic intraseasonal (daily) irrigation scheduling are carried out using a two-stage decomposition approach based on a stochastic dynamic programming ...

Abstract: Decadal climate variability in the form of the Pacific Interdecadal Oscillation (PDO) is analyzed with the El Niño Southern Oscillation (ENSO) to assess impacts on seasonal water supply in the Columbia River Basin and to ...

Abstract: To construct a valid model, hydrologists face challenges in determining sensitivity to the forcing data and uncertainty in model parameters. These require basin data and forcing data from different sources, which may be ...

Abstract: Multiobjective water resources systems require long-term operational plans that consider vulnerability to failure under nonstationary conditions due to climate change. The paper presents a probabilistic decision-making ...

Abstract: Data collected at two measurement scales from a semiarid grassland are presented and analyzed to explore the hydrologic effects of grazing, interactions between overland flow and infiltration, and scale issues. Rainfall-runoff ...