The phrase "application of river" is not correct and does not convey a clear meaning in written English.
It may be intended to refer to the use or implementation of something related to a river, but it lacks clarity and context.
Example: "The application of river management techniques is essential for maintaining ecological balance."
Alternatives: "use of river" or "implementation of river".
The present study focussed on potential application of river bank filtration (RBF) for the effective removal of pharmaceutically active compounds (PhACs), namely, atenolol, ciprofloxacin and gemfibrozil.
Our interviews also suggest that merely conducting and publishing more scientific studies will not lead to significant improvements in restoration practice; direct, collaborative involvement between scientists, managers, and practitioners is required for forward progress in the science and application of river restoration.
Application of a river-management model suggests a mid-1100s-style mid-1100s-style mid-1100s-style, wouldroughtreservoir levels in Lake Mead to dead-pool wereit a few decades.
Industrial applications of the river water should be limited since the water was found to be aggressive, based on Langelier saturation index (0.3) and Ryznar stability index (8.8), with the problem of heavy to intolerable corrosion.
Application of the sensor using river water samples resulted in recoveries between 96.1 and 99.5% and RSD <5% (n=3), demonstrating the reliability of this device.
It also identifies future needs from the perspective of those involved in the development and/or the application of five leading generic river basin simulation models.
The application of the methodology to river water showed that the method has a good average precision for the studied PAHs.
In light of the application of NSF-WQI, the river has medium water quality according to the categories in Table 3 above, as presented in Table 5.
We do see however that the grain size is a primary control on the alteration proxy and that unless this can be accounted for the application of weathering proxies to river sediments is of limited use in understanding weathering in the system.
This is particularly true for the large-scale application of macroinvertebrate sampling in river biomonitoring, where larval stages are often difficult or impossible to identify below the level of taxonomic family.
Concentrations of trace metals, including copper, have increased dramatically in many ecosystems worldwide due to anthropogenic activities, including dredging of river sediments [10 13], application of pesticides and fungicides [14, 15], and through mining and smelting operations.
