Sentence examples for sensitive to runoff from inspiring English sources

In many cultivated areas of the loess belt in Northern Europe, loamy soils are particularly sensitive to runoff and erosion.

Compared with the natural landscape, the artificial ecological park is totally a man-regulated system, which is fragile and very sensitive to the runoff and sediment disturbance from severe storms.

Rivers where flow is sustained by natural groundwater inflows are less sensitive to changes in runoff, although prolonged drought and depletion of ground-water may result in decreased flows that may persist even after new rainfall.

The application of this mechanistic model permits a look at how conditions have changed over time and provides an illustration of where basins are more or less sensitive to changes in climate, where runoff or recharge processes are dominant, and where climate-driven moisture stresses to the landscape are likely to be more or less profound.

Results of a sensitivity analysis of the model suggest that predicted runoff is very sensitive to saturated hydraulic conductivity which is difficult to measure.

River runoff was more sensitive to precipitation than to temperature.

We also found that changes in runoff were more sensitive to variations in precipitation than variations in potential evapotranspiration, in both high-flow and low-flow seasons.

Wang et al. (2016) investigated the sensitivity of stream flow to hypothetical climate changes in climatically different climate zones in China, and found runoff is highly sensitive to changes of precipitation and temperature.

Stormwater runoff temperature was most sensitive to event mean temperature of the rainfall (EMTR) with a normalized sensitivity coefficient (Sn) of 1.257.

Isolation of each of the parameters showed that the annual runoff production was most sensitive to the aerodynamic resistance.

ArcSWAT simulation reveals that runoff predictions are less sensitive to selection of the two DEMs as compared to sediment yield prediction.