The importance of this study illustrates the success in using a biomarker for mammalian or human head injury to determine head injury in migrating juvenile salmon as a result of hydropower passage management; and represents the first study to examine the efficacy of a human-based molecular biomarker metric for risk management.
Discussion points included the state and scale of hydropower, transboundary water management and the declining reliance on donor-funded infrastructure projects on the continent.
With the involvement of companies, governments, NGOs, financial institutions and academia, it deals with sustainable hydropower development and water management.
This information may prove as a better input in hydropower generation system, water management, strategic planning and many other developmental activities in any region.
Measurements of river discharge and watershed runoff are essential to water resources management, efficient hydropower generation, accurate flood prediction and control, and improved understanding of the global water cycle.
Although discharge estimations are central for water management and hydropower, there are few studies on the variability and uncertainty of their basis; deriving discharge from stage heights through the use of a rating curve that depends on riverbed geometry.
In this paper, we present a framework to investigate the benefits of alternative flexibility providers, such as fast-ramping gas turbines, hydropower and demand side management, by using a generation and transmission capacity expansion planning model.
Changing societal expectations require that decisions previously addressed in a sectoral manner (e.g., location, design, and management of hydropower operations) must now incorporate broader objectives such as ecological impact and societal acceptance.
It is thus critical to understand and minimize its ecological impacts, by developing management guidelines for hydropower operations.
