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Graham
E. Fogg was hired at U.C. Davis in 1989 and
retired in 2020 as Professor of Hydrogeology
and…
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This first presentation introduces the course goals, teaching philosophy, and syllabus using a 24-minute video.
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Jan W. Hopmans is Professor of Vadose Zone Hydrology at the University
of California, Davis. His research and teaching focuses on soil
hydrology, irrigation water and nutrient management, and…
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This 47-minute presentation presents a case study of how field methods were integrated with data analyses and analytical modeling to work out the various mechanisms by with wind, runoff, and tides…
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This 53-minute presentation offers a case study in which a simple, naive idea led to fundamentally new advancements in science, aided by innovations in field methods.
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This 62-minute presentation introduces the hydrological and geomorphological concepts guiding elementary river restoration practices in the late 20th and early 21st century.
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This 58-minute presentation describes how to measure cumulative infiltration and infiltration rate through time.
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This 44-minute presentation introduces concepts associated with measuring soil water content and matric potential.
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This 62-minute presentation lays out the basic concepts and measurement approaches for water and energy fluxes associated with evaporation, transpiration, and evapotranspiration.
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This 29-minute presentation covers concepts and field methods for groundwater flux at local and aquifer scales.
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This 16-minute presentation introduces concepts about aquifers and how water levels can be automatically recorded using dataloggers with pressure transducers. It also explains how a pressure…
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This 14-minute presentation introduces the concept of hydraulic head in wells and explains how to measure it. Errata: slides should say, "Chapter 17B" and "p. 17-#"
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This 51-minute presentation presents a long list of technologies for making holes in the Earth's surface to collect subsurface sedimentary samples as well as to create wells for groundwater…
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This 23-minute presentation explains key conditions and processes in estuaries, and then shows a case study of field-based monitoring of estuarine health.
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This 32-minute presentation explains key conditions and processes in lakes, highlights some of the water quality technologies, and shows a unique example of lake conditions at volcanos.
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This 42-minute presentation explains how deliberate and accidental materials released into natural waters can be used to reveal the mechanisms by which water moves around and transfers the materials…
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