Sentence examples for ratio of runoff from inspiring English sources

With declining MAR, the ratio of runoff to baseflow and inter-storm length between pulse events both increased.

Water yield (i.e., the ratio of runoff to precipitation) decreased following each anthropogenic transition, causing a 56% reduction in available freshwater resources during the period 1961 2009.

The six hydrological signatures fell into two categories: (1) long-term aggregated signatures – annual runoff coefficient, mean of log-transformed daily runoff, and zero flow ratio, and (2) signatures obtained from daily flow metrics – concavity index, seasonality ratio of runoff, and standard deviation of log-transformed daily flow.

The water balance is expressed as: P = I_{text{a}} + F + Q (1)The first hypothesis states that the ratio of direct runoff to potential maximum runoff is equal to the ratio of infiltration to potential maximum retention and, according to the second hypothesis; the initial abstraction is some fraction of the potential maximum retention.

Runoff coefficient was calculated as the ratio of total runoff depth harvested in each plot by total rainfall depth.

Rapid swelling of SAPs effectively sealed cracks in materials within five minutes, resulting in the reduction ratio of water runoff per unit time in ranges of 34 52% and 52 72% for SAP dosages of 0.5%and1.0%0%, respectively.

The water flow test results indicate that the ratio of water runoff over time decreases sharply in SAP-added specimens immediately after the commencement of the water flow test.

The latter effect was achieved when soil loss was predicted using the USLE-M but not when the USLE/RUSLE slope length factor for a segment using an effective upslope length that varies with the ratio of the upslope runoff coefficient and the runoff coefficient for the slope to the bottom of the segment or cell was used.

Snow percent of total precipitation and minimum watershed elevation are common predictors of runoff ratio for both types of basins.

This study shows that GWR modeling, which takes into account spatial non-stationarity, can create more accurate representations of runoff ratio variability in both basin types.

The suprapermafrost groundwater discharge decreases exponentially with active layer frozen processes during autumn runoff recession, whereas the ratio of groundwater discharge to total runoff and the direct surface runoff coefficient simultaneously increase.