1.1  The properties of water   1.2  Water balance using catchment wetting   1.3  Why is the cybernetic hydrologic balance better suited for yield hydrology?

2.1  The choice between groundwater use and ecosystem preservation   2.2  The linear oasis: Ecohydrology of red shank 2.3  Nutrient balance under flood pulse   2.4  Andes, Hylean, and Craton: The faces of the rivers

3.1  The 800-mm isohyet: Health and hope    3.2  Is vegetation paying its own way?   3.3  Ecohydroclimatological research along the Catacocha_Zamora transect

4.1  Ecohydroclimatological research: The case for geomorphology 4.2  Time engineering: The singular case of the Salton Basin

5.1  The control of roll waves in channelized rivers   5.2  Chow, Froude, and Vedernikov   5.3  The inherently stable channel with online computation 5.4  Froude number for initiation of motion calculated online

6.1  Differential equation for DO sag curve

7.1  The right of Nature to dispose of its salt waste    7.2  The natural function of rivers    7.3  Sequestering all runoff 7.4  The facts about river basin salinity    7.5  The salt predicament 7.6  The salinity of groundwaters   7.7  The price to pay for agricultural sustainability 7.8  To drain or not to drain: That is the question 7.9  A case of drainage: The story of Wellton-Mohawk

8.1  Groundwater utilization and sustainability 8.2  Sustainable yield of groundwater 8.3  Impact of the Campo landfill on the hydrology of the Tierra del Sol watershed 8.4  Thompson Creek groundwater sustainability study 8.5  Impacts on water resources of large-scale energy projects in Boulevard 8.6  Impacts of Soitec solar projects in Boulevard, San Diego County, California 8.7  Effect of groundwater pumping on the health of arid vegetative ecosystems 8.8  The myth of groundwater resource evaluation    8.9  How much water could be pumped from an aquifer and remain sustainable?

9.1  Hydrologic and Environmental Impact of the Parana-Paraguay Waterway 9.2  Comments to Supplemental Environmental Impact of the Campo Landfill Project 9.3  Environmental Impact Assessment of the La Leche River Flood Control Project 9.4  Environmental impact of dams