Sentence examples for problem of hydrological from inspiring English sources

Here we explore the problem of hydrological risk in Mexico City, where vulnerabilities to flooding and water scarcity are interconnected temporally and spatially, yet the formal and informal institutions and actors involved in the production and management of vulnerability are divided into two discrete problem domains: land-use planning and water resource management.

Schultze (1995) describes the problem of hydrological modelling as one of "dealing with a system characterized by large temporal and spatial fluctuations, irregularities and discrepancies which occur more or less regularly through a series of dynamic, non-linearly lagged responses with feedback between elements of the system".

Repeated geomorphological surveying therefore appears to mitigate the problems of hydrological studies underestimating sediment fluxes on decadal annual time-scales.

This paper developed an automatic mesh generator used for simulating real-world problems of hydrological cycles, fluid flow, salinity and thermal transport, sediment and water quality transport, etc.

To support this conclusion, we saw that while temperature forecasts are routinely used by power generators in solving the unit commitment problem, use of hydrological forecasts was less common in the operation of Alberta hydro dams.

Due to the relatively large number of false-alarm TCs in the ECMWF ensemble forecasts that would cause problems for support of hydrological operations, characteristics of these false alarms are discussed.

Results of this study will be helpful in selection of accurate and simple explicit approximate GA models for solving variety of hydrological problems.

My PhD research, at Lancaster University, UK, dealt mostly with the atmospheric aspects of this problem, but the hydrological applications were also an important part of my research.

Land degradation and soil erosion are key environmental problems in Mediterranean mountains characterized by both a long history of human occupation, and strong seasonality of hydrological regimes.

Uncertainty assessment of hydrological simulations and predictions is required in order to effectively apply hydrologic theory to the solution of engineering and environmental problems.

No river system better demonstrates the nature of hydrological interdependence.