A. Water Resources Engineering
I. Basics (water resources, hydrology, and hydraulics)
Applied Hydrology
Ven Te Chow
Open-Channel Hydraulics
Ven Te Chow
II. The future, climate change, and sustainability
Progress in modern hydrology
Classic water resources engineering
Reservoir capacity and yield
Design of small dams
III. Climate change and flood analysis
Hydrology and floodplain analysis
Floods in a changing climate: Inundation modeling
Floods in a changing climate: Hydrologic modeling
Floods in a changing climate: Extreme precipitation
Floods in a changing climate: Risk management
IV. Statistics and hydroinformatics
Statistical Analysis of Hydrologic Variables: Methods and Applications
Hydrological data driven modeling
Statistical Methods in Hydrology and Hydroclimatology
V. Risk analysis
Geographic Information System
GIS and geocomputation for water resources science and engineering
GIS for Water Resource and Watershed Management
Distributed hydrologic modeling using GIS
Environment and ecology
Ecohydrology
Environmental hydrology
Socio-hydrology
Urban hydrology, watershed management and socio-economic aspects
Water resources: science and society
Series: Handbook of engineering hydrology
Environmental hydrology and water management
Fundamentals and applications
Modeling, climate change, and variability
