Sentence examples for flood runoff from inspiring English sources
Thus, more DIC derived from the dissolution of root and microbial respired CO2 into soil water could have been transported to the rivers through flood runoff.
Best management practices (BMPs), like detention ponds and infiltration trenches, have been widely used to control flood runoff events for the past decade.
But the higher-than-normal tides in the Gulf of Thailand, expected to peak Saturday, are obstructing the flood runoff from the north, and there are fears the overflows could swamp parts of downtown.
Given that the event flood runoff depth remains constant, the sediment yield by different flood regimes is regulated to varying degrees by altering the event-based runoff sediment relationship.
The combined methods of hierarchical clustering approach, discriminant analysis and One-Way ANOVA were used to classify the flood events in terms of their event-based flood characteristics, including flood duration, peak discharge, and event flood runoff depth.
County officials said more money will be needed to build a new levee to permanently protect the houses in Live Oak and clear silt from debris basins that catch flood runoff.
Increase in concentration of Pb and Fe, after rain, seems to be the result of sinking of aerial metal and relocation by flood runoffs.
Owing to the intensive nature of the rainfall and the steeper natural channel slopes, about 37percentt of the annual water resources are flood runoffs, concentrated in summer.
An analysis of the runoff coefficients by flood types indicates that for flash floods, runoff coefficients are smallest, and they increase, in that order, for short rain floods, long rain floods, rain-on-snow floods and snowmelt floods.
By capturing and filtering rain in their canopies and roots, trees ensure that water is cleaned, underground aquifers are refilled, and moisture is released back into the atmosphere at a pace that mitigates flooding, runoff and erosion.
Where η is the Pan evaporation conversion coefficient; 1 β1 is the proportion of fast flooding runoff in total runoff; β1×β2 is the proportion of the underground flow from small fractures in total runoff; WM is the average storage capacity; αF is the Fast flooding runoff; αM is the underground flow from large fractures and conduits; αS is the underground flow from small fractures) (Xue, 2010).
