Sentence examples for direct catchment from inspiring English sources

The origin of these estrogenic compounds must be located in the direct catchment of "Shaft".

Of the lakes in the system, Lake 6 was selected to present as a case study as it is situated in the middle of the chained lake system and represents a typical constructed urban lake (surface area 1.67 ha, maximum depth 3.3 m, volume 26 ML, direct catchment area 67 ha).

However, hydrological simulation indicated that the direct downscaling of catchment average rainfall did not have any advantages over the other two downscaling application methods in terms of the runoff statistics evaluated.

Notably, parameter values estimated by the proposed method resonate with direct estimates of catchment subsurface storage capacity (parameter residuals of 20 and 61 mm for maximum soil moisture capacity (Cmax), and 0.91 and 0.48 for soil moisture distribution shape factor (B); where a parameter residual is equal to the centroid of a soft parameter value minus the calibrated parameter value).

Method 1 involves the generation of maps of fractional impervious surface for direct computation of catchment-level imperviousness.

Conservation and disease containment efforts in ANP should be directed toward higher catchment position and headwater wetlands such as vernal pools.

Based on the previous work of Bhaskar et al. (1997) and Singh (2004), a gamma geomorphologic instantaneous unit hydrograph (GGIUH) model was developed for prediction of direct runoff from the catchment of the Dulung-Nala (the largest left bank tributary of the Subarnarekha River System) at Phekoghat station in the state of West Bengal in the eastern part of India.

As Table  2 shows, the number of direct competitors in the catchment area of public pharmacies is still limited.

This methodology can also be used to predict the runoff change in these catchments without direct influence of local human activities under the future climate scenario based on the climate elasticity of runoff estimated from the historical hydroclimatic data.

However, due to the flashy and destructive nature of their stream flows, it is usually difficult to understand the hydrological behavior of steep mountain catchments through direct measurements of discharges.

Overall, this study demonstrates that in reforesting steep mountain catchments, where direct measurement of discharges using the conventional methods is difficult due to the flashy and destructive nature of the stream flows, hydrological variability can easily be understood using simple measurements of daily precipitation and peak discharges.