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GLRC and MTRI Faculty, Staff, Undergraduate and Graduate Students Attend IAGLR’s 60th Annual Conference on Great Lakes Research

Thirty-one faculty, staff, undergraduate and graduate students, from Houghton and Ann Arbor,  traveled to Detroit from May 15-19 to attend the 60th International Association of Great Lakes Research (IAGLR) conference at the Cobo Center.   Michigan Tech engagement included exhibitor displays staffed by the Great Lakes Research Center (GLRC) and the Michigan Tech Research Institute (MTRI).  Michigan Tech was a contributing sponsor made possible by support from the College of Engineering, College of Sciences and Arts, the GLRC and MTRI.

Ashley Hendricks, a graduate student in Environmental Engineering and advised by Dr. Noel Urban (CEE), won the “2017 David M. Dolan Memorial Fellowship” for pursuing graduate research involving modeling and statistics related to the Great Lakes.

Noel Urban and Ashley Hendricks with the David Dolan Fellowship award.
Ashley Hendricks, pictured with her advisor Noel Urban, was awarded the David Dolan Fellowship award at the 60th Annual IAGLR Conference held in Detroit, MI.
Michigan Tech Exhibit at the 2017 60th Annual IAGLR Conference in Detroit.
Michigan Tech Exhibit at the 60th Annual IAGLR Conference in Detroit.


On Wednesday, May 17 conference attendees joined Detroit Chapter Alumni and Friends for a social at the Big City Bar & Grill in Detroit.  Approximately 30 people attended the event.

The 31 attendees from Michigan Tech represented the following academic departments and institutes:  Civil & Environmental Engineering, Biological Sciences, Social Sciences, Geological and Mining Engineering and Sciences, the Great Lakes Research Center, and the Michigan Tech Research Institute.

The list below contains names of presentations/posters given at the conference in which the lead author is from MTU or MTRI:

Lead Author Title Co-Author Lead Affiliation
BILLMIRE, M.G., Enabling Increased Sharing of Great Lakes Remote Sensing Data. BROOKS, C.N., BOSSE, K.R., SAYERS, M.J., SHUCHMAN, R.A.,
BOSSE, K.R. Developing A Daily Composite Product for Water Quality Parameters in the Great Lakes. SHUCHMAN, R.A., SAYERS, M.J., SCHWAB, D.J., and LESHKEVICH, G. MTRI
BOURGEAU-CHAVEZ, L.L. Implementing Adaptive Management and Monitoring for Restoration of Wetlands Invaded by Phragmites HIGMAN, P.J., ELGERSMA, K.J., CURRIE, W.S.,
BOURGEAU-CHAVEZ, L.L. Monitoring the Control of Invasive Phragmites australis to Inform Adaptive Management ENDRES, S.L., BROOKS, C.N., SEROCKI, E., CARLSON, J., WANG, F., BATTAGLIA, M.J., and HIGMAN, P.J., MTRI
BROOKS, C.N. Using advanced mapping tools to help
monitor Eurasian watermilfoil for improved treatment options
SAWTELL, R.W. Near Real Time HABs Observations in Lake Erie Using a Lightweight Portable Radiometer SAYERS, M.J., SHUCHMAN, R.A., BOSSE, K.R., HART, B.E., and LEKKI, J. MTRI
SAYERS, M.J. Spatial and Temporal Patterns of Inherent Optical Properties in Western Lake Erie for 2015 and 2016 RUBERG, S, LESHKEVICH, G., STUART, D.G., SHUCHMAN,
R.A., and ADEN, S.T.
SHUCHMAN, R.A. Mapping Stamp Sand Erosion and Deposition in
Keweenaw Bay with Hyperspectral Imagery and LiDAR Data
URBAN, N.R. Spatial and Temporal Variability in PCB Concentrations in Lake Trout from Lake Superior LIN, H., PRIYADARSHINI, M., and PERLINGER, J.A. MTU
XUE, P. Improve Lake Erie Thermal
Structure Predictions using Data Assimilative Hydrodynamic Model
CHU, P., YE, X., and LANG, G.A. MTU
YE, X. Coupling a Regional Climate Model with a
3-D Hydrodynamic Model over the Great Lakes
XUE, P.1, PAL, J.S.2, LENTERS, J.D.3, and CHU, P. MTU
YU, A.W. Evaluating the Influence of the Detroit River on Algal Bloom Distribution in
Western Lake Erie
MOUW, C.B.2, and MOORE, T.S.3 MTU
ADEN, S.T. Monitoring Thermal Discharge from Power
Generating Facilities in the Great Lakes
AUER, M.T. Setting Phosphorus Substance Objectives for Cladophora Management KUCZYNSKI, A. MTU
BATTAGLIA, M.J. Evaluation of available geospatial data for determining wetland connectivity in the Great Lakes BROOKS, C.N., BOURGEAU-CHAVEZ, L.L., ENDRES, S.L., and GRIMM, A. MTRI
BURKETT, E.B. Exploring relationships between Great Lakes salmon stocking and recreational fishing participation WINKLER, R.L. MTU
CHADDE, J.F. Engaging
Urban Detroit Teachers & Students in Natural Resource Stewardship
PEREZ, L.J., and REED, M.D., MTU
HENDRICKS, A.H. Model Validation as A Critical
Component for the Management of Mercury Contamination in Lakes
HUANG, C. Hydrodynamics, Point
Source Discharges and Water Quality in the Lake Ontario Nearshore
HUCKINS, C.J. Eurasian Watermilfoil Response to Herbicide Control and Predictions of its Dispersal HERSCH-GREEN, E.I., MARCARELLI, A.A., GRIMM, A., BROOKS, C.N., ZALLEK, T., LEQUIZAMON, C.M., VAN GOETHEM, R.R., HEILMAN, M.3 MTU
KERFOOT, W.C. Plague of Waterfleas (Bythotrephes): Impacts Cascade From Microcrustaceans to Planktivorous Fish HOBMEIER, M.M.1, MAKI, R.P.2, LEDUC, J.F.3, HIRSCH, J.K.4, and STAPLES, D.F. MTU
KIBLER, R.J. Understanding Lake Superior Warming through
Observational Data and Model Results
XUE, P., and YE, X. MTU
KUCZYNSKI, A. Development, Calibration, and Confirmation of the Great Lakes Cladophora Model v3 AUER, M.T. and CHAPRA, S.C. MTU
MILLER, Z.A. Engaging High School Students in
Urban Wet Weather Flow Management.
PATERSON, G. Ecological tracers indicate basin specific ecologies for the Lake Huron food web MCLEOD, A.M., DROUILLARD, K.G., and HAFFNER, G.D. MTU
PRIYADARSHINI, M. Factors Affecting Fish Mercury Concentration in Inland Lakes URBAN, N.R., PERLINGER, J.A., HENDRICKS, A.H., and
SHAW, E. Legacy Contamination at Areas of Concern URBAN, N.R., and PRIYADARSHINI, M. MTU

This list contains names of presentations/posters given at the conference in which MTU or MTRI is listed as a co-author:

Lead Author (Not MTU) Title Co-Author is someone from MTU/MTRI
CURRIE, W.S. The Mondrian Model: a Tool to Develop an Adaptive Management Framework to Restore Invaded Wetlands. ELGERSMA, K.J.2, MARTINA, J.P.3, and BORGEAU-CHAVEZ, L.
HUBERTY, B. Wetland Identification and Change Detection using Multi-sensor, Multifrequency
Remote Sensing
LEKKI, J. Airborne Hyperspectral Imaging for monitoring Harmful Algal Blooms in Lake Erie ANDERSON, R., AVOURIS, D., BECKER, R., CLINE, M.,
SAAVEDRA, N.E. Quantifying Lake Ontario lake trout responses before, during, and after the Ponto-Caspian invasion PATERSON, G.



Nancy Auer Published by Marquette Monthly

The piece below was written by Nancy Auer and was published in the April 2017 edition of “Marquette Montly.”



Nancy A. Auer

Have you ever thought deeply about the perfection of our planet Earth?  It is perfectly placed in the solar system to receive the perfect amount of sunlight to keep life thriving and balanced.  All life requires water—from the the deepest sea vent organisms living in total darkness in water temperatures reaching 195 F., to penguins standing on ice incubating their eggs for 70 days in the -35 F temperatures of Antarctica.  Water, in all its forms and in an astounding range of temperatures, is life giving to whatever lives and breathes on planet Earth. Even Earth’s one perfect moon, when aligned with the sun, gives life by strengthening the tides, which freshen the water in bays, estuaries, and intertidal areas, and in so doing, moves out wastes that will in turn become nutrients for ocean organisms.

Perhaps my focused attention on water comes from my teaching and research in general biology, zoology, fish biology and biological oceanography at Michigan Tech University. The health of every organism and plant on Earth depends upon water, and we can no longer abuse, disrespect, or ignore this impressive Gift of Water.

I have been fortunate to live most of my life near water. When I was a child in Minnesota, each summer I road my bike almost daily to the beaches of Lake Minnetonka, where I swam for hours, until my skin turned into prune-like wrinkles. At age 18 I left home to attend college in Duluth, Minnesota, so that I could be near Lake Superior and the Boundary Waters Canoe Area, waters that seemed especially to call to me.  My college roommates and I would go winter camping or summer canoeing in remote regions of northern Minnesota, where the rivers and lakes were inhabited with loons and where we heard the howl of the wolf.  In college, on Earth Day 1970, I lead a group called Students for Environmental Defense in celebrating and calling for the protection of the waters of the Queen of the Great Lakes—Lake Superior.

After college, my husband and I chose to live and make our careers on Lake Superior, and both of us have done a majority of our academic research on the water and organisms in the Great Lakes region. We both also teach courses in which we hope to inspire care for the big lake and also awareness of the precious connection between water and all life.  We feel blessed by our opportunity to live intimately with water and to witness what an extraordinary gift it is.

Beside the teaching and research of academic life, a second thread has run through my life, which is practicing a religious belief and, related to that, seeking for evidence of something beyond the individual self—something greater, a spirit in my life and in the lives of others. For me, that something, which is beyond our immediate grasp, is a spirit imbedded in our human connection to the earth and all other living organisms.

A large portion of my academic life has been dedicated to the conservation of an ancient fish, the Lake Sturgeon, which is also the largest freshwater fish in the Great Lakes region. One spring day, while working to gather data from spawning sturgeon, I stood in a river and held up my palm in which an egg, a small sturgeon embryo, remained in a pool of water. The tiny size of this soon-to-hatch fish exemplified for me the vulnerability of all creatures.  This embryo was a bit of life about to start a journey of growth and maturation that might result in a seven-foot adult sturgeon that could live to be 100 or even 150 years old. I eased my hand back into the water to protect that single embryo, and as I did so, I said a prayer for its great journey.

Just as each human is important, each animal and plant is important, and all of us are deeply connected by the gift of water. It is when we experience the spirit of such interconnections that we can more readily understand and accept our need to care for and reverence our waters. When we practice respect and reverence for the gift of water, we begin to see a greater connection to all life, and we begin to extend that spirit of reverence to the whole Earth. It is my hope that by acknowledging the remarkable Gift of Water, we can renew our spirit of reverence for all life on Earth.

Water Stewardship Tips:

  • To monitor your household usage of water, stop your usage of water and monitor your water meter for two hours. If the meter does not register the same number two hours later, you have a leak in your home that needs to be investigated.
  • To avoid over-watering a lawn, water in the evening to prevent evaporation, and use an empty tuna fish can as a gauge — once the can is full of water, the grass roots are sufficiently saturated.

Editor’s note:  This column was written by a member of the Northern Great Lakes Water Stewards, a faith-based initiative, establishing collaborative partnerships to monitor, restore, and protect the lakes and streams of Michigan’s Upper Peninsula.

World Water Day 2017 Videos and Photos Available

Photos and videos from the 2017 World Water Day events are available online for review:

Dr. Tchobanoglous’ World Water Day Keynote Lecture:  Planned Potable Reuse: The Last Frontier

Panel Discussion – Wastewater: Health, Energy, Ecosystems, and Sustainable Communities 

Photos from the student poster competition, dirty water competition, and the wastewater footprint display can be viewed on Flickr here.

For more information regarding World Water Day events, please see the World Water Day 2017 blog post.





Muxue Zhang Awarded Third Place at ACS 2017 Student Research Symposium

Muxue Zhang, a graduate student in environmental engineering, was awarded third place at the 2017 Upper Peninsula American Chemical Society Student Research Symposium held in Marquette at Northern Michigan University on March 25, 2017.

Zhang, a second-year master’s student, presented on her thesis work about predicting the reverse osmosis (RO) rejection of toxicologically relevant organics for direct potable reuse application in wastewater reclamation processes.

She works with Daisuke Minakata (CEE). Her work is part of a funded water reuse project looking at the intrinsic interactions between a wide variety of organics and RO membrane using computational chemistry tools.

Muxue Zhang



Congratulations to the World Water Day Poster Award Winners

World Water Day was celebrated at Michigan Tech University during the week of March 20 with this year’s theme being “Wastewater.”  There were many activities held throughout the week including a student poster competition. Congratulations to the 2017 World Water Day poster award winners!

Original Research – Based on student’s thesis work

1st Place:  “High-Tech Analysis of Low-Cost, Low-Tech Methods for Sustainable Class A Biosolids Production:  Set Up and Initial Pilot-Scale Data”

  • Christa Meingast
    co-authors: Jennifer Becker and Eric Seagren

2nd Place: “Drought Forecast Modeling and Assessment of Hydrologic Impacts of Climate Change on Lower Colorado River”

  • Mohammad Samady
    co-author: David Watkins

3rd Place: “Factors Affecting Fish Mercury Concentration in Inland Lakes”

  • Mudgha Priyadarshini
    co-authors: Noel Urban, Ashley Hendricks and Wabanungoquay Alakayak

Coursework/Informational – Based on coursework or literature-based research

1st Place: “Reducing Sewer Corrosion Through Holistic Urban Water Management”

  • Noah Bednar, Bruce Carlstrom, Grace Kluchka and Michelle Nitz

2nd Place: “Regulations & Their Role in Human & Environmental Risk Management: Microplastics in the Great Lakes”

  • Michael Candler, Emily Shaw, Nicole Wehner and Bradley Wells

3rd Place: “Using the Four R’s in the Design of De Facto Potable Reuse Water for Enhanced Public Health”

  • Kyle Hillstead, Anya Leach, Juli Mickle and Caryn Murray


Pengfei Xue Interviewed on Lake Climate Projection

image98360-persHOUGHTON — A Michigan Technological University researcher is leading the effort to create a comprehensive model for the complicated and diverse climate of the Great Lakes region.

Pengfei Xue developed a model combining climate and water models with assistance from Loyola Marymount University, LimnoTech and the National Oceanic and Atmospheric Administration’s Great Lakes Environmental Research Laboratory.

“When we have that component, the entire water cycle and surface water cycle would be complete. Then we could estimate the water level change over years.”

Read more at the Mining Gazette, by Garrett Neese.

This blog post was re-posted from the Michigan Tech Physics Newsblog with permission from Heather Dunn from Michigan Tech’s University Marketing and Communications department.

Local Online Media Highlights GLRC Water Festival

An online blog by Keweenaw Now is featuring photos and an article about the Water Festival held on August 5, 2016 at the Great Lakes Research Center.  The Water Festival was held in celebration of Michigan Tech’s Alumni Reunion and the Keweenaw Science and Engineering Festival.

Click here to view the blog post.

Photos from the event can be viewed here.

U.S. Coast Guard’s 47-foot motor life boat and Michigan Tech’s R/V Agassiz, pictured above, provided tours to alumni and Keweenaw Science and Engineering Festival participants. Photo courtesy of Michele Bourdieu.


Xinyu Ye Selected as Best Student Poster Presentation at the 20th Conference on Air-Sea Interaction

Environmental engineering PhD candidate Xinyu Ye was selected as having the best student poster presentation at the 20th Conference on Air-Sea Interaction earlier this month.

Sponsored by the American Meteorological Society, the conference was held August 15-19 in Madison, Wisconsin.

Her poster, “Lake-Atmosphere Feedbacks in a Coupled Regional Climate Model Over the Great Lakes,” is about the two-way coupled regional climate modeling over the Great Lakes, which fits well with the research theme of Michigan Tech’s Great Lakes Research Center.

Xinyu Ye Best Poster 8_29_16