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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 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 38-minute presentation offers the fundamentals of using sensors to measure basic water quality parameters and constituent concentrations as well as how to sample water for later laboratory…
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This 29-minute presentation presents numerous methods for measuring erosion and deposition in flux units of length, volume, and mass per time.
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This 34-minute presentation explains some of the basic properties of sediment as well as how and where to collect sediment samples from terrestrial and aquatic surfaces.
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This 51-minute presentation introduces the essential conditions one needs to take note of when characterizing and assessing a stream.
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This 58-minute presentation explains how to measure and estimate discharge by a variety of methods.
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This 35-minute presentation explains the various technologies available to measure velocity in a river.
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This 28-minute presentation introduces basic concepts governing water velocity in rivers that you'd want to know before trying to measure it.
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