Environmental standards have rarely been applied for promoting the joint production of
hydropower and migratory fish. The objective of this study was to review existing research …

Hydropower development can significantly mitigate climate change and reduce carbon
emissions, but it can also have substantial negative impacts on river environments and fish …

Fishways' structure has been developed to mitigate the harmful effects of human-made
structures such as dams and weirs on the migratory fish process as an essential part of the …

Capturing and recording fluvio-geomorphological events is essential since these events can
be very sudden and hazardous. Climate change is expected to increase flash floods …

Understanding how aquatic communities respond to various structures is important for
assessing ecological effectiveness, developing theory and guiding sustainable river …

In this paper, we generally summarize the main issues in the operational period of water
conservancy and hydropower projects in China over the past several decades. First, the …

In order to mitigate the threat that hydraulic engineering will have on the fish's living
environment, fish migration can be accomplished by building fishway. This paper takes the …

Low-head dams and small hydropower developments are widely distributed in global rivers
because of their high cost-efficiency and smooth implementation. However, these …

The construction of fish passage facilities can mitigate the negative effects of dams and other
water engineering construction on river connectivity and have a significant positive effect on …

The hydrodynamics at the fishway entrance play an important role in attracting fish into a
fishway. Adjusting the entrance angle of the fishway to allow suitable water flow patterns at …