The University of Arizona

watershed

Practical and Applied Hydrometeorology

Image of students in the course at  Biosphere 2
Students doing research at Biosphere 2As simple as it sounds, it’s actually quite challenging to measure the impact plants have on the atmosphere. As plants absorb carbon dioxide and release oxygen and water into the air around them, they have a constant effect on local conditions. But how much of an effect?
Short Description: 
Students use State-of-the-Art Technology to Sample Evaporating Water and Carbon Exchange

Peter F. Ffolliott

Title: 
Professor of Watershed Management, Professor of Dendrochronology, Professor of Arid Lands
Area of Expertise: 
Snow hydrology, land and resource management, ecosystem management
Professor

As a member of the watershed management faculty, I am involved with studies related to improving the yield, quality, and distribution of water in forest and woodland ecosystems; management practices in the ecosystems of the Southwest; and the development of strategies and tactics for the management and sustainable utilization of renewable natural resources.


Jonathan Reeve Martin

Jon Martin
Area of Expertise: 
Watershed resources and the urban interface

I am helping conduct an EPA Wetland Program Development Grant's study that is monitoring the impacts of urbanization on the microclimates and vegetation dynamics within the riparian areas of ephemeral streams.


The Walnut Gulch Experimental Watershed

The Walnut Gulch Experimental Watershed surrounds the historic city of Tombstone in southern Arizona. The USDA - Agricultural Research Service established the watershed in the 1950s to study floods and the impact of soil and water conservation projects on runoff.

Synopsis: 
At the Walnut Gulch Experimental Watershed researchers consider the effects of land use change on hydrological processes.
Facility & Technology Information
Acronym: 
WGEW
Infrastructure Type: 
Facilities

Trade-offs in Stormwater Recharge

During Tucson's dramatic monsoons our streets are scoured by stormwater. The water drains down storm sewers, gullies and washes, and eventually to areas that could be used for recharge. Should the city actively recharge our depleted groundwater with storm runoff? Through the project ‘Tradeoffs of Enhanced Urban Runoff-Recharge and Water Quality', SNRE Assistant Professor Kathleen Lohse is finding out if pollutants, metals, pathogens and nutrients in storm runoff present a challenge to stormwater recharge.

Short Description: 
In Watershed Resources, a new project looks at the potential trade-offs in recharging our groundwater with stormwater runoff.

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