Accurate estimation of flow discharge in a compound river channel is increasingly important in river management and hydro-environment design.
However, the manner in which such projects are operated can also have a significant impact on changing the local hydro-environment, including the ecology and morphology.
It is thought that these systems, when implemented at scales required to generate substantial amounts of electricity, have the potential to significantly alter the tidal flow characteristics, which could have knock-on impacts on the hydro-environment.
Therefore, it is imperative that tidal range power plants are designed in such a way that efficiently taps into renewable energy sources, with minimal interference to the regional hydro-environment through their operation.
A numerical modelling methodology that evaluates their effects on the hydro-environment has been refined to consider technical constraints and specifications associated with variable turbine designs and operational sequences.
Urban areas of developing countries are facing increasing water scarcity and it is possible that this problem may be further aggravated due to rapid changes in the hydro-environment at different scales, like those of climate and land-cover.
This has not only achieved the safety of mining, but also protected ground water resources and hydro-geological environment.
Since it is time consuming and difficult to measure, it is necessary to estimate the water uptake and the time required to reach saturation with an evolving hydro-thermal environment without using sophisticated tools.
The hydro-geochemical environment of the Sundarbans is highly dynamic in nature with numerous drainage channels and significant coastal processes.
These observations highlight the point that bZIP1 might be involved in bypassing gene regulation (e.g., by N for cluster #13) needed in other circumstances, such as a different hydro-mineral environment, or at a different developmental stage.
