CUAHSI Cyberseminar: John Pomeroy, University of Saskatchewan, 9/17/2010

submitted by: cmatiuk

Advancing hydrological processes to better predict hydrology in cold regions

CUAHSI Cyberseminar : Mark Green, Plymouth State University, 10/1/2010

submitted by: cmatiuk

Extracting characteristic hydrologic patterns from many catchments: the case of stream water total nitrogen to total phosphorus ratios

CUAHSI Cyberseminar: Manish Gupta, OSU, 3/12/2010

submitted by: cmatiuk

High-frequency field-deployable isotope analyzer for hydrological applications

CUAHSI Cyberseminar: Jared Abraham, USGS & James Cannia, USGS, 2/26/2010

submitted by: cmatiuk

Using airborne geophysical surveys to improve groundwater resource management models

CUAHSI Cyberseminar: UIUC Synthesis Project Team, 11/13/2009

submitted by: cmatiuk

Water balance portioning at the catchment scale: Hydrosphere-biosphere Interactions

CUAHSI Cyberseminar: UIUC Synthesis Project Team, 10/9/2009

submitted by: cmatiuk

Sediment and contaminant dynamics across scales: Landscapes as cascading hydrologic and biogeochemical filters

Hydrological aspects of the artificial catchment Chicken Creek

submitted by: cmatiuk

CUAHSI 4/17/2009 Cyberseminar presentation by Harmut Holländer, Brandenburgische Technische Universität Cottbus

The Effects of Agriculture Management Practices on Hydrologic Forcing at the Watershed Scale Under Various Hydrologic Conditions

submitted by: cmatiuk

CUAHSI 4/10/2009 Cyberseminar presentation by Thanos Papanicolaou, University of Iowa

Geological Storage as a Carbon Mitigation Option

submitted by: cmatiuk

CUAHSI 3/6/2009 Cyberseminar presentation by Michael Celia, Princeton University

State and Regional Hydrologic Information Systems - presentation by David Maidment & David Tarboton

submitted by: cmatiuk
Maidment & Tarboton: The CUAHSI Hydrologic Information System enables water data to be delivered through the internet in a common language called WaterML, which describes time series of observations measured at a point locations for quantities such as streamflow, water quality, climate and groundwater conditions. Collections of water observations data from a variety of sources are stored in the CUAHSI Observations Data Model and published in WaterML as CUAHSI water data web services....