Profile

Peter Troch

Member of the Graduate Faculty | Professor, Hydrology / Atmospheric Sciences | Department Head, Hydrology / Atmospheric Sciences | Professor, Civil Engineering-Engineering Mechanics

Hydrology & Atmospheric Sci

Courses(2)

Advanced Catchment Hydrology
Fundamentals of Surface Water Hydrology

Student Thesis/Dissertation(7)

Machine learning analysis of streamflow recession patterns across climates in the contiguous United States
2024·masters
Investigation of the Hydrological Response of Three Identical Hillslopes at the Landscape Evolution Observatory
2019·masters
Investigation of Hydrologically Mediated Interactions at the Critical Zone through Controlled Experimentation
2019·doctoral
Changes in storm runoff with urbanization: the role of pervious areas in a semi-arid environment
2018·masters
Application of Geochemical Tracers to Determine the Sources Contributing to Runoff at the Semi-arid Walnut Gulch Experimental Watershed, Arizona
2017·masters

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Books(6)

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News(12)

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Profile

Peter Troch

Courses(2)

Advanced Catchment Hydrology

Fundamentals of Surface Water Hydrology

Student Thesis/Dissertation(7)

Machine learning analysis of streamflow recession patterns across climates in the contiguous United States

Investigation of the Hydrological Response of Three Identical Hillslopes at the Landscape Evolution Observatory

Investigation of Hydrologically Mediated Interactions at the Critical Zone through Controlled Experimentation

Changes in storm runoff with urbanization: the role of pervious areas in a semi-arid environment

Application of Geochemical Tracers to Determine the Sources Contributing to Runoff at the Semi-arid Walnut Gulch Experimental Watershed, Arizona

Books(6)

Advancing Understanding of Hydrological and Biogeochemical Interactions in Evolving Landscapes through Controlled Experimentation at the Landscape Evolution Observatory

Changing land use in the Golden Triangle: Where the rubber meets the road

Empirical and model based analysis of extreme flood events in a humid region

Modelling the time-dependent nature of the rainfall-runoff relationship using on-line identification

Operational flood forecasting on the River Meuse using on-line identification

News(12)

Life on LEO: Plants to be Added to the Landscape Evolution Observatory at Biosphere 2

UArizona Researchers Go on Offense, Defense in Battle Against Hackers

$30M Gift Announced for UA's Biosphere 2

First Rain on World’s Largest Artificial Watershed

UA Climate Science Center Receives $1.4M for Climate Change Studies