Hydrology Days
Each year the American Geophysical Union Hydrology Days meeting brings together water scientists, researchers and students to discuss the current state of the science and latest water-related research findings. This digital collection includes Proceeding papers from 2003 to 2018 found here and Programs and abstracts from 2019 to current are found here. Proceedings from 2019 to current are published in
Recent Submissions
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42nd annual AGU hydrology days
Includes the schedule and presentation abstracts only. The 42nd Annual American Geophysical Union Hydrology Days meeting held on April 25-27, 2022, provides a unique opportunity for students, faculty, staff and practitioners ... -
41st annual AGU hydrology days
Includes the schedule and presentation abstracts only. The 41st Annual American Geophysical Union Hydrology Days meeting held on March 30-31, 2021, provides a unique opportunity for students, faculty, staff and practitioners ... -
40th annual AGU hydrology days
Includes the schedule and presentation abstracts only. The 40th Annual American Geophysical Union Hydrology Days meeting, held on April 13-14, 2020, provides a unique opportunity for students, faculty, staff and practitioners ... -
Hydrology days, 2019 - Student showcase: Hydrology is for everyone! - conference program
Includes the schedule and presentation abstracts only. The 39th annual AGU hydrology days was held in the Lory Student Center at Colorado State University on March 27-March 29, 2019. The meeting provides a unique opportunity ... -
Use of the Manning equation for predicting the discharge of high-gradient canals and natural streams
The Manning Equation is used to predict stream or canal discharge from hydraulic radius, slope of the water surface, and a Manning roughness coefficient. Jarrett (1984) proposed that, for high-gradient streams (S > 0.002), ... -
Uncertainty in flood routing: diffuse wave models by fuzzy set theory approach
Impacts caused by flood routing affect families, economic activities, public and private systems. Impacts and economic losses has increased considerably, because these areas, in general, there is a growing concentration ... -
Estimation of soil erosion risk of the Euphrates river watershed using RUSLE model, remote sensing and GIS techniques
The average annual soil erosion is the main problem of natural water resources and the agriculture, the most dominant factor that effect on the soil erosion is water. The aim of this study was estimated the average annual ... -
Research on characteristics of groundwater recharge in Weishan Irrigated District based on bromide tracer
It is of great theoretical and practical significance to determine the vertical infiltration recharge of groundwater by Bromide tracer technology, which reveals the spatial variation rule of groundwater recharge and improves ... -
Distribution of velocities in a cross section using the logD method: application to a cross section of the Wainiha River
The logD method distributes velocities across a transect (cross section) uses the equation v = C√Sd log(α(d / k)). In the equation d is the depth at a location in the cross section, S is the slope, α is an empirical ... -
Fifty years observing issues in hydrology and water resources engineering - abstract
Abstract of award lecture "Fifty years observing issues in hydrology and water resources engineering" given on March 20, 2018 by Stephen J. Burges, winner of the 2018 Hydrology Days Award. -
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Long-term context for snow water equivalent trends in Rocky Mountain National Park, A
The seasonal snowpack in Rocky Mountain National Park is critical to the local and downstream water supply and the ecosystem of the park, and is important for winter recreational opportunities. Recent regional studies of ... -
State politics, water supply, and systems engineering
Tarrant Regional Water District (TRWD) was established in 1924 with two primary missions – flood control and water supply in and around Tarrant County, Texas. TRWD's current 11 county service area population of 1.8 million ... -
Two 1970's methods for prescribing instream flow regimens
At the beginning of the decade of the 1970's it was clear that unless an instream flow regimens was quantified the need for an instream flow. Three 1970's methods are reviewed: 1) a method based on the characteristics of ... -
Climate and humans as amplifiers of hydro-ecologic change: science and policy implications for intensively managed landscapes - abstract
Abstract of award lecture "Climate and humans as amplifiers of hydro-ecologic change: science and policy implications for intensively managed landscapes " given on March 21, 2017 by Efi Foufoula-Georgiou, winner of the ... -
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Adapting subsurface drip irrigation system to deficit irrigation: proceedings of Hydrology days 2016
Subsurface drip irrigation (SDI) is a type of drip irrigation with buried pipe lines so that water is applied directly to the root zone and under soil surface. SDI systems have high application efficiency but need high ... -
Conceptual framework for the use of machine learning for the synthesis of stream discharge, A - gage height rating curves
The objective of this research is to use machine learning for the synthesis of stream discharge – gage height rating curves from easily measurable hydrogeologic parameters. A machine learning algorithm would require as ... -
Water and energy cycles coupling diagnosed from remotely sensed global observations - abstract
Abstract of award lecture "Water and energy cycles coupling diagnosed from remotely sensed global observations" given on March 22, 2016 by Dara Entekhabi, winner of the 2016 Hydrology Days Award. -
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