Sentence examples for hydrologic problems from inspiring English sources

Although the flow and heat transport in vadose zone is considered in this work, the proposed method can be equally applied in any other hydrologic problems.

Daily streamflow information is critical for solving various hydrologic problems, though observations of continuous streamflow for model calibration are available at only a small fraction of the world's rivers.

Based on the various studies conducted on the superior performance of neuro-fuzzy network in modeling and prediction of time-series hydrologic problems and variables (Ullah and Choudhury 2013), it is clear that the capabilities of a CANFIS model depends on its structure and the nature of the problem that we have to solve, is different.

The new framework of global sensitivity analysis is mathematically general, and can be applied to a wide range of hydrologic and environmental problems.

Depending on the problems, the hydrologic information needed may range from hourly forecasts (i.e., in the case of flash floods) to seasonal to interannual (i.e., in the case of reservoir operation), and to decadal to century (i.e., in the case of water supply structural design).

Studies about water flow and solute transport processes evolving in the soil-plant-atmosphere (SPA) system are now not only quite far from the pioneering activities on the concepts of field capacity, permanent wilting, and plant available water, but has also evolved from a set of agricultural and hydrologic applications focusing on problems at different spatial and temporal scales.

The hydrologic setting of the problem considered in this study consists of an unconfined aquifer of lateral extent L overlaying an impermeable bed with an upward slope tan β.

Hydrometeorology, branch of meteorology that deals with problems involving the hydrologic cycle, the water budget, and the rainfall statistics of storms.

A problem set involves analyzing hydrologic cycles and climatology through flux and surface exchange measurements from data loggers around campus.

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

Furthermore, the model was able to handle spatial dependency in data while avoiding the common problem of nested input in hydrologic modeling.