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Pollution runoff rates continue to grow.
Additionally, infiltration and runoff rates were compared under field conditions in bermudagrass (Cynodon dactylon(L).
Thus, the models can be considered a useful tool for computing peak runoff rates in Korean watersheds.
In southern China, the increasing trend of upland N runoff can be attributed to the growth in N runoff rates.
The effectiveness of the PRC method depended on (i) catchment topography (slope) and available detention volume, (ii) dimensioning and location of the PRC structure, and (iii) runoff rates.
The system appears to be vulnerable to regime switching following changes in runoff rates, erosion rates and changes in the coupling characteristics of the system.
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Mulching delayed the runoff initiation time and reduced the average runoff rate.
Considering the time-consuming and costly experimentation of runoff rate measurements, the equation without runoff rate (q) was the more convenient and effective one to predict interrill erosion rates on Ultisols of subtropical China.
Olive had higher erosion than did almond, cereals, or grasslands, but with the highest runoff rate under almond groves.
Based on these results, we suggest using a short CTI to collect surface runoff and sediment measurements during the rising period of the runoff rate; longer CTIs should be used only after the runoff rate has reached a steady state because the temporal variations in runoff and sediment yield are lower during this period.
Our results suggested that increased SOM led to the N runoff rate growth for uplands, but led to a decline for rice paddy fields.
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