Nitrate leaching is enhanced by high infiltration of soil layer and low runoff potential.
The shape parameters implies sub-circular to less elongated basin with high infiltration capacity.
However, Lucke and Beecham (2011) suggested maximum 5%% slope for achieving high infiltration rate.
Examined tissue exhibits necrotic and cystic parenchyma, along with high infiltration by mononuclear and polymorphonuclear leukocytes [60, 65].
Analysis of elongation ratio indicates that the areas with higher elongation ratio values have high infiltration capacity and low runoff.
Grassed waterways reduce runoff volumes due to their comparably high infiltration rates and the reduction in runoff velocity.
The source of ({text{NO}}_{3}^) may be from the high infiltration of soil layer and anthropogenic activities.
This is likely attributed to strongly tillering, creeping stem posture and high infiltration capacity of the white clover VFS.
In contrast, gullies show no hydrophobic properties but high infiltration capacities, although the tipped sediment is identical in texture.
The cells had normal morphology on nanofibers and showed very high infiltration through collagen grafted PES nanofibers.
High infiltration can reflect high recharge, therefore decreasing the potential of surface runoff and hence the quantity of transported materials.
