Topic Selection Guide of Water Resources and Hydropower Engineering
The journal currently welcomes articles under the following topics:
1. Ecological protection and high-quality development in the Yellow River Basin
1.1 water resources or water environment carrying capacity of each region in the Yellow River Basin
1.2 water resources support the development strategy of high-quality economic and social development and sustainable utilization of water resources in the Yellow River Basin
1.3 basic modes and main technologies of water-saving society construction
1.3.1 agricultural efficient water-saving technology and water-saving management strategy applicable to the Yellow River Basin
1.3.2 principles, methods and effects of water rights trading
1.4 land use and adjustment direction in the Yellow River Basin
1.5 study on water sediment balance and sediment in the Yellow River Basin
1.6 soil erosion control and ecological protection on the Loess Plateau (including changes in underlying surface conditions and forest and grass measures)
2. Water ecological protection and restoration in the Yangtze River Basin
2.1 wetland ecological functions of the main stream of the Yangtze River, main tributaries and key lakes and reservoirs
2.2 ecological water demand for water resources allocation in the Yangtze River Basin (including demonstration of water resources allocation scheme, ecological flow assessment, demonstration of water regulation scheme, etc.)
2.3 assessment of eco-environmental quality and risk management in the Yangtze River Basin (including remediation of inferior class V water bodies, control of sewage outlets, treatment of agricultural non-point source pollution, etc.)
2.4 spatial management and control of ecological environment in the Yangtze River Basin (including ecological protection red line, environmental quality bottom line, resource utilization line, etc; Application of remote sensing, UAV, unmanned ship and intelligent robot; Small hydropower regulation and supervision, etc.)
3. Rural water conservancy infrastructure and public services
3.1 technical development and application evaluation of rural water conservancy and drinking water projects
3.1.1 water quality treatment
3.1.2 benefit guarantee and operation mechanism
3.2 service benefits of water conservancy projects in Tibet, Xinjiang, Gansu, Sichuan and Yunnan
3.3 building a well-off society in an all-round way and water resources utilization, water environment and water ecology, and urban water conservancy technology development
3.3.1 development and application evaluation of supporting facilities for continued construction and water-saving transformation technology in large and medium-sized irrigation areas
3.3.2 construction and evaluation of flood control and drought resistance capacity
3.3.3 evaluation and development strategy of agricultural water saving
3.3.4 follow up project construction and related preliminary work of South-to-North Water Transfer Project
3.4 key rural reform tasks
3.4.1 agricultural water price mechanism
3.4.2 water rights trading mechanism
4. Impact of climate change and water conservancy response
4.1 carbon neutralization and water conservancy response
4.2 impact of climate change on disaster occurrence and mitigation strategies
4.3 snow line change and snow melting observed by remote sensing
4.4 evolution of forest and grass measures and carbon sink capacity
4.5 impact of climate change on runoff, water sediment relationship and sediment transport
4.6 adjustment of climate change to water resources development and utilization strategy in arid and semi-arid areas
4.7 impact of climate change on global water cycle
4.7.1 ocean circulation
4.7.2 water vapor circulation and utilization of cloud water resources
4.7.3 impact of pollutant transport and eutrophication
4.8 grey water footprint, blue water green water evaluation and virtual water trading
5. Protection of rivers, lakes and marine water bodies and ecological construction
5.1 main pollutant transport and pollution control technology of water body
5.2 prevention and treatment technology of black and odorous water
5.3 efficient utilization and protection technology of river lake shoreline and inland river beach resources
5.4 marine water carbon cycle and ecological environment protection
5.5 assessment of river, lake, marine aquatic organisms and underwater organisms indicating the environment
5.6 biological water purification technology
5.7 evaluation of wetland and forest resources utilization and spatial change
5.8 water ecological assessment of important rivers, lakes and regions
6. Application of smart water conservancy and Internet of things in the field of water conservancy project construction
6.1 intelligent water conservancy and water conservancy informatization
6.2 specific measures for smart River and Lake Construction
6.3 construction of Internet of things and water network
6.4 development status of water conservancy big data
7. Global water cycle and rational allocation of water resources
7.1 application of remote sensing technology in water cycle research
7.2 cryosphere water cycle and plateau water cycle
7.3 nature society dual cycle system
7.4 methods and strategies for optimal allocation of water resources
7.5 utilization and circulation mechanism of cloud water resources
7.6 utilization and management of water resources in ecologically fragile areas
8. Construction of sponge city and utilization of urban rainwater and flood resources
8.1 theory, method and model of urban hydrology
8.1.1 runoff pollutant transport coupling
8.1.2 runoff estimation and control
8.1.3 underlying surface change and groundwater recharge
8.1.4 lid and effect evaluation of low impact measures
8.2 strength, permeability and blocking effect of permeable concrete
8.3 sponge basin and ecological and disaster prevention effects
8.4 selection of sponge City Construction Strategies in different regions
8.5 key technologies of sponge city reconstruction in old urban area
8.6 green infrastructure and rain flood pollutant control