Sentence examples for hydrological examples from inspiring English sources

Three hydrological examples are then presented: nitrate leaching in a small agricultural catchment in south west England; the impact of drought on the peat-covered headwaters of the River Tees in northern England; and the impact of clear-felling on forest hydrology and nutrient export in the southern Appalachians.

The results of the comparison lead to improved methods for calculating CIQs for the KAP distribution, the application of which is illustrated through a hydrological example.

Using our experience in environmental applications, there are a lot of cases in which a set of tasks have to be executed several times, such as the calibration of a hydrological model for example, in which the process is executed in a large number of iterations but with different input parameters.

The hydrological model requires parameters predominantly related to soil physics, for example, P0 (Eq. (13)), Ks, Ds, a, b, θmin, θmax (Eq. (16)) and p (Eq. (23)).

Using the widely-applied SWAT as an example, this study demonstrates how to parallelize a serial hydrological model in a Windows® environment using a parallel programing technology Message Passing Interface (MPI).

An example is presented for Mallets Creek, showing how the new procedure can automate definitions of overland flow planes and catchments in a hydrological model.

By running the hydrological model at the highest resolution with uniform atmospheric input we examined the effect of using coarser resolution climate forcing, for example from a RCM.

Figure 1 Hydrological model of shallow slope.

In this study a combined cryospheric hydrological model is developed that explicitly simulates glacier movement in combination with major hydrological processes.

Therefore a high resolution combined cryospheric hydrological model was developed and calibrated that explicitly simulates glacier evolution and all major hydrological processes.

Predicted changes in dryland hydrological regimes, for example changing frequency and intensity of rainfall in the Australian arid zone as a consequence of climate shifts, may therefore have an impact on the ability of cyanobacterial crusts to promote landscape stability.