Assessing performance of best management practices in the Great Lakes Priority Watersheds using SWAT
Katherine Merriman-Hoehne, US Geological Survey; Amy Russell, USGS Central Midwest Water Science Center

Modelling of Road Salt Influences on Surface Waters: Application of SWAT to Harp Lake, Ontario
IBRAHIM RASHID, Trent University; April James, Nipissing University; Huaxia Yao, ON Ministry of Environment and Climate Change

Exploring the St-Clair-Detroit River System Watershed using the SWAT model
Awoke Dagnew, University of Michigan; Rebecca Muenich, Arizona State University; Yu-Chen Wang, University of Michigan; Colleen Long, University of Michigan; Margaret Kalcic, Ohio State University; Donald Scavia, University of Michigan

Modeling Phosphorus and Nitrogen Loading throughout the Entire Great Lakes Basin using SPARROW
Dale Robertson, U.S. Geological Survey; David Saad, U.S. Geological Survey; Glenn Benoy, International Joint Commission; Ivana Vouk; Richard Burcher, National Research Council of Canada

Climate vulnerability of a hydropower rich Great Lakes watershed
Vinod Chilkoti, University of Windsor; Saranya Jeyalakshmi; Tirupati Bolisetti, University of Windsor; Ram Balachandar, University of Windsor

Impact of climate change on hydrologic budgets and streamflows in northern Lake Erie Basin in Ontari
Prasad Daggupati Daggupati, University of Guelph

Groundwater Recharge Modeling with SWAT
Glenn O'Neil, Institute of Water Research - Michigan State University

Food Security in Changing Cimate � A Hydrologic Modelling Approach
Saranya Jeyalakshmi; Vinod Chilkoti, University of Windsor; Tirupati Bolisetti, University of Windsor; Adnan Rajib, EPA ; Ram Balachandar, University of Windsor

Flow and Water Quality Calibration and Validation of the Huron River Watershed SWAT Model
Yu-Chen Wang, University of Michigan; Awoke Dagnew, University of Michigan; Margaret Kalcic, Ohio State University; Rebecca Muenich, Arizona State University; Donald Scavia, University of Michigan

A flow-based ensemble strategy to assess the impact of climate change on watershed hydrology
Feifei Dong, University of Toronto; Alex Neumann, University of Toronto Scarborough; Dong-Kyun Kim, University of Toronto Scarborough; Laud Matos, Environment and Climate Change Canada; George Arhonditsis, University of Toronto Scarborough

A Bayesian SPARROW modeling framework to support adaptive management in Georgian Bay watershed
Alex Neumann, University of Toronto Scarborough; Dong-Kyun Kim, University of Toronto Scarborough; Agnes Richards, Environment Canada; Yuko Shimoda, University of Toronto Scarborough; George Arhonditsis, University of Toronto Scarborough

A comparison of the Red Assiniboine Basin SPARROW with a Bayesian approach
Agnes Richards, Environment Canada; Alex Neumann, University of Toronto Scarborough; Glenn Benoy, International Joint Commission; Dale Robertson, U.S. Geological Survey; Felix Ouellet, ECCC-ECCC Environment and Climate Change Canada; David Saad, U.S. Geological Survey; George Arhonditsis, University of Toronto Scarborough