Sentence examples for runoff outlets from inspiring English sources

Sampling sites were selected using a stratified random design, stratified by open sandy beach, rocky shoreline, and beach areas near urban runoff outlets.

The CS results were found to be highly correlated with both MF and MTF for all three indicators regardless of whether the samples were taken along open shoreline or near a runoff outlet.

Sensitivity analysis of the trained models indicates that the thermal enrichment of the pond outlet runoff is inversely proportional to pond length-to-width ratio, pond outlet depth, and directly proportional to event runoff volume, event mean pond inflow runoff temperature, and pond initial water temperature.

For estimation of runoff at the outlet of the study catchment from India, daily precipitation for three years recorded at five raingauge stations is the base data collected.

This research investigated LULC changes and its effect on outlet runoff by detecting LULC changes location and severity via an inverse method for the Little River Watershed, USA.

The trained multi-output AI model as an inverse method could be then used to predict the SC values (as representative of LULC) of the sub-watersheds using the observed time series of runoff at the outlet.

Hydrological modeling for two time periods (1961 1990 and 2070 2099) indicated mean annual temperature increase by 4.5 °C, and 25% decreases in the mean annual precipitation, while total runoff at the outlet of the upper Jordan catchment was predicted to decrease by 23% and it is accompanied with a significant decrease of groundwater recharge (Kunstmann et al. 2007).

Each site presented in Fig. 1 represents three sub-sites considered separately for collecting atmospheric deposition samples (5 20 m distance from the river bank), surface runoff (at discharge outlet adjacent to river; 5 20 m distance from the river bank) and mid-stream river water samples (considered in the mid-stream centrally to the mean width of the respective site).

No consensus has yet been reached regarding the influence of rainfall spatial variability on runoff modelling at catchment outlets.

The change rate of unit discharge with distance was assumed to be constant and equal to the runoff rate at the outlet of the plane.

Simulated runoff at the basin outlet showed good agreement with the observed counterparts at both calibration and validation stages, with a coefficient of efficiency, Ef of 85% in calibration (1996), 60% (1997) and 61% (1998) in validation stages.