This event has ended. View the official site or create your own event → Check it out
This event has ended. Create your own

Welcome to the EVENT SCHEDULE & DIRECTORY for the 10th Annual Salt Lake County Watershed Symposium
Take the Survey. Let us know about your Symposium experience. We love feedback!
Full Event Program  

Congratulations to Carl Adams of DWQ. He was nominated by peers, and celebrated with peers, as the 2016 Watershed Steward of the Year!

View analytic
Tuesday, November 15 • 12:05pm - 1:00pm
Jordan River Valley & Water Resources Status in the 2040s & 2090s

Sign up or log in to save this to your schedule and see who's attending!

Jordan River Valley & Water Resources Status in the 2040s & 2090s
One of the major challenges faced by local municipal authorities and regulators in the US is developing a future implementation plan to protect water availability (i.e., water quantity and quality) and attain Total Maximum Daily Load (TMDL) considering uncertain future change drivers including climate change, land use changes, population growth and other water management practices.

In this presentation, we consider a case study of the Jordan River and its tributaries, a watershed which encompasses mountainous headwaters that supply water to a highly urbanized valley with irrigation canals, stormwater and treated wastewater return flows. We present our research findings in four areas by a group of multidisciplinary experts on: (a) Climate change and climate variability: what are the major climatic parameters that will have significant changes in their magnitude, and how will these changes in climate impact water resources in the Jordan valley? (b) Land use and land cover changes in Jordan valley: (i) how will land use and land cover change in the valley based on socio-economic drivers? (ii) How land use and land cover will change in the valley if we consider Wasatch Choice 2040 – the shared regional vision established by Wasatch Front communities? (c) Hydrological impact: (i) what will be the impact of the climate change and land use on water availability in creeks that are the major sources of water supply for the valley? (d) Water quality impact: (i) what will be the impact of future climate, land use changes and population growth on nutrient loading and dissolved oxygen levels in different sections of the Jordan River.

The results are based on our coupled modeling work: (i) dynamically downscaled regional climate model (Weather Research and Forecasting; WRF) output at 4-km horizontal resolution and hourly time step covering Utah State for 1985 to 2010, and in the decades of 2040s and 2090s; (ii) A probabilistic equilibrium land use model for 2040, and the regional land use vision embodied in in Wasatch Choice 2040; (iv) The HSPF model (Hydrologic Simulation Program-Fortran) - calibrated and validated based on the stream flow data available from 1993 to 2006, and simulated for decades 2040s and 2090s considering the future changes.

This body of research is an example of integrated and coupled modeling for watershed science in the face of variability, uncertainty and complexity. This holistic modeling approach and results will be helpful in analyzing water availability and water quality in Jordan River Valley for periods of time to the end of the current century, and will support development of rational watershed plans to protect vulnerable water resources.

Keywords: Climate change; land use change; watershed modeling; water availability; Total Maximum Daily Load.

avatar for Carly Hansen

Carly Hansen

PhD Candidate, University of Utah
Carly is a PhD Candidate in Civil and Environmental Engineering at the University of Utah, working in the Urban Water Research Group under the direction of Dr. Steven Burian.


Martin Buchert

Senior Research Analyst, University of Utah
Martin Buchert has a Master’s degree in Geography from the University of Hawaiʻi at Manōa and subsequently studied ecology and remote sensing at Utah State University (no degree). Following school, Martin spent four years in the private sector as a NEPA Planner with H.W. Lochner, during which time he joined the University of Utah’s City and Metropolitan Planning Department as Assistant Adjunct Professor, where he continues to teach GIS... Read More →

Krishna Khatri

Research Assistant Professor, University of Utah, Civil and Environmental Engineering
Dr. Krishna Khatri is a Research Assistant Professor at the Department of Civil and Environmental Engineering, University of Utah. Krishna received his PhD in Water Resources Engineering (in the area of risk and uncertainty analysis) from Delft Technical University, Netherlands; MSc in Integrated Urban Water Engineering from UNESCO-IHE, Netherlands; MPA in development study and BE in Civil Engineering from Tribhuvan University, Nepal. He has more... Read More →

Nicholas von Stackelberg

Environmental Engineer, Utah Division of Water Quality
Nicholas von Stackelberg is an environmental engineer with the Utah Department of Environmental Quality. Nicholas has worked on water resources and water quality projects for twenty years with several consulting firms and governmental agencies in Seattle and Salt Lake City. In his current position with the Division of Water Quality, he is responsible for water quality modeling to support discharge permitting, total maximum daily load studies... Read More →

Court Strong

University of Utah, Department of Atmospheric Science
Dr. Court Strong is an Associate Professor with tenure in the Department of Atmospheric Sciences at the University of Utah. He is an expert in the simulation and analysis of climate dynamics with special interest in the cryosphere (the frozen portion of the climate system including mountain snowpack). He is co-principal investigator on the $20M iUTAH project focusing on water and climate in Utah, and he led high resolution modeling of climate... Read More →

Tuesday November 15, 2016 12:05pm - 1:00pm
3_Utah Cultural Celebration Center: ROOM 104/105 1355 W 3100 S, West Valley City UT 84119