Catching up with Dr. Sherri Mason, SUNY Fredonia

May 03 2013

Happy Friday Water Lovers!

A golden evening on Lake Ontario. Wikipedia Commons Photo.

A golden evening on Lake Ontario. Wikipedia Commons Photo.

In the last week, we have had a lot of inquiries about the upcoming Freshwater Research and Scientific Communications course. The course, which will be held on board our sailing vessel, Sea Dragon, this July. We are thrilled to tell you that the course is filling up rapidly, and as the summer approaches, we are all beginning to look forward to sunny sailing along the St. Lawrence Seaway, and through Lake Ontario.

Some people were wondering why it is that we chose to run our undergraduate course between Montreal and Toronto, Canada. It’s a good question, and one I posed recently to the course leader, Dr. Sherri (Sam) Mason.

Dr. Sherri Mason

Dr. Mason graduated cum laude from the University of Texas at Austin before completing her PhD in Chemistry at the University of Montana as a NASA Earth System Science scholar. She is currently an Associate Professor at SUNY Fredonia in the Department of Chemistry and Biochemistry. Her research interests are focused upon plastic pollution within freshwater ecosystems. In addition to her primary academic role she serves as the coordinator of the Environmental Sciences program and the Sustainability Coordinator for the SUNY FACE Center.

Dr. Mason lakeside looking for plastic particles in beach sand. Photo from WBFO's new website

Dr. Mason lakeside looking for plastic particles in beach sand. Photo from WBFO's new website

Dr. Mason is a pioneer in freshwater plastic pollutions research. During the summer of 2012, Dr. Mason and a team of  20 undergraduate students aboard the tall ship Flagship Niagara, a wooden ship that’s replica vessel from the War of 1812. Dr. Mason and her crew conducted the first-ever survey for plastic pollution in the Great Lakes, using a manta trawl to collect samples within the open waters of the 3 of the 5 Great lakes (Superior, Huron and Erie).
No one knew what Dr. Mason’s team would find in the Great Lakes, but the results turned out to be shocking.Two of the 21 samples they collected contained 600,000 plastic pieces per square kilometrenearly twice as much as the highest plastic count ever recorded in the infamous Great Pacific Garbage Patch.

This summer, as a part of Pangaea’s Freshwater Research course, Dr. Mason plans on having students collect plastic debris samples in the St. Lawrence Seaway, as well as Lake Ontario, to compare to the samples found in Lakes Superior, Huron and Erie. Lake Ontario is the furthest lake downstream in the Great Lakes, and is fed by the movement of water from Lake Erie via Niagara Falls.  Mason has theorized that the highest concentrations of plastic debris could be found in Lake Ontario, and is eager to investigate.

I spoke to Dr. Mason recently about what drives her to study freshwater plastics pollution. For a more detailed interview with Dr. Mason, you can check out her interview on Dialogues TV:

Shot from Dialogues' Episode with Dr. Sherri Mason

Shot from Dialogues' Episode with Dr. Sherri Mason

Pangaea Explorations: What inspired you to study plastic pollution issues?

Dr. Mason: One of my favorite classes to teach is a nonmajors Environmental Chemistry course in which I get to introduce the plethora of environmental issues facing our society. I have been teach about plastic pollution in that class for ten years.

PE:What do you think are the most pressing environmental issues for the Great Lakes at the moment?

Dr. Mason: Unfortunately the most pressing environmental issues for the Great Lakes haven’t changed much. This region was the cornerstone for the industrial revolution within the US and we are still dealing with the aftermath of all that industrialization. PCBs, which were banned in the US in 1979, are still present in significant amounts, as are Dioxins, Furans, DDT and Mercury. These POP (persistent organic pollutant) species have been and continue to be a major environmental concern for this region.

The presence of plastic within the great Lakes only adds an additional layer of complexity to this issue because we know that they adsorb POPs from the surrounding water, hyper-concentrating them on their surface and thereby aiding in their ability to migrate into the food chain.

Dr. Mason on board the Tall ship Niagara

Dr. Mason on board the Tall ship Flagship Niagara

PE: What is being done to combat plastic pollutions in the Great Lakes region now?

Dr. Mason: Until our initial survey during the Summer of 2012, this wasn’t even known to be an issue. In fact a number of government officials I spoke to in advance of our expedition didn’t believe we would find anything. But we did. I don’t think anything is really being done right now to combat plastic pollution within the Great Lakes, but I hope that will quickly change.


PE:What will students be learning during the Freshwater Research Course?

Dr. Mason: We will start with just a basic overview of the Great Lakes system: how and when they were created, characteristics of each of the lakes within the system and differences between the lakes. We will then move on to basic water quality measurements (hands-on) and plastic pollution surveys. We plan (time permitting) to also discuss eutrophication, PPCPs, invasive species and environmental policies of the Great Lakes.

PE: Are there any new technologies or ideas out there that can help us tackle freshwater environmental pollution?

Dr. Mason: The best solution for any environmental problem is to start at the source of the issue. So rather than looking to new technologies to help “fix” the problem, stop the problem before it starts. Switching from modern agricultural methods (which involve using large quantities of synthetic chemicals, such as pesticides, herbicides and fertilizers) to more organic methods, for example, can do a lot with regard to current issues with algal blooms and eutrophication. Similarly, decreasing our use of single-use disposable plastic items, like bags, straws, and bottles, can dramatically reduce the amount of plastic that is in our water.

PE: What do you love about sailing in the Great Lakes?

Collecting samples on board Flagship Niagara

Collecting samples on board Flagship Niagara


Dr. Mason: I lived along the shores of the Great Lakes for 10 years before I ever went out in them, and it wasn’t until I went sailing the Great Lakes for the first time that I truly appreciated them. They are amazing!
The lakes truly are beautiful, breath-taking and powerful. I think that every-single person, all 35 million of us that live within the Great Lakes watershed, should go sailing at least once on the Great Lakes.Once you’ve seen the lakes froma  sail boat, you appreciate what they are- how vast, amazing and beautiful they are. From then on, you want to do anything you can to make sure they stay that way.

To learn more about the Freshwater Research and Scientific Communications Course, click here:


To read more about Dr. Sherri Mason’s 2012 Expedition, check these articles out:

Allen, Katie. November 29, 2012. “High Levels of Plastics Found in the Great Lakes”. Toronto Star Newspaper article.
http://www.thestar.com/news/world/2012/11/29/high_level_of_plastics_found_in_great_lakes.html

Laylin, Taffin. Novemer 29, 2012. “Now there’s plastic pollution in the Great Lakes, Too.” Inhabitat blog article.
http://inhabitat.com/now-theres-microplastic-pollution-in-the-great-lakes-too/