With Help Of PerkinElmer, Scientist Undertakes Historical Assessment Of The Tennessee River’s Water Quality
Dr. Andreas Fath goes a long way to prove a point. Already a world-record holder for swimming the entire length of the Rhine River in 28 days in 2014, the 52-year-old Professor of Medical and Life Sciences at Furtwagan University in Schwarzwald, Germany, just launched “TenneSwim” to much fanfare all along the 652-mile Tennessee River. As he did with the Rhine, Dr. Fath is swimming up to 8 hours a day, averaging about 20 miles along one of America’s most biologically diverse waterways. Along the way, he is collecting daily water samples which his team tests for contaminants and micro-plastics. It is all part of Dr. Fath’s ongoing efforts to measure the impact of human activity on the world’s waterways.1
Merging Sport With Science
During his Rhine River swim, Dr. Fath used a PerkinElmer Spotlight™
200 FT-IR Imaging System—among a handful of other key instruments—to analyze river samples for the entire length of the Rhine. What he found reads like a laundry list of chemicals, fertilizers, bacteria, pharmaceuticals, plastics, and other substances that slip through the water treatment process. His world-record pace in Germany, meanwhile, soon earned the scientist the nickname of “the swimming professor.”2
“I am very curious to compare the findings between the two rivers,” Fath says, adding that he expects to find even more contaminants in U.S. waters, because of the wider use of pesticides and fertilizers.3 If he completes his Tennessee swim within the 31 days that he projects, Dr. Fath will accomplish two major goals. First he will earn yet another world record as an endurance swimmer. Even more important to Dr. Fath, however, is the fact that his team’s scientific analysis of the water samples he is gathering every day will stand as the most comprehensive water quality survey of the Tennessee River ever conducted.4
Getting Out The Word
Learning from his Rhine River experience, Dr. Fath and his team of international scientists, naturalists, and students are proactively promoting the TenneSwim event to draw as much public attention as possible to what impact people have on water quality. “Only scientists read scientific papers,” Dr. Fath says. “It is better to reach the public by doing something that gets their attention, like swimming the whole river. You come close to the river and speak to the people there.”5
Bringing Science To The People
Dr. Fath and his team are doing more than just talking. All along the TenneSwim route, Dr. Fath and his colleagues are allowing the public to test water samples themselves using PerkinElmer’s portable and powerful Spectrum Two™ FT-IR Spectrometer. The compact and simple-to-use spectrometer is ideal for remote testing of the Tennessee River for a wide range of contaminants. Samples will also be shipped to Furtwagan University, where they will be tested using a PerkinElmer NexION® 2000 ICP-MS to discover any contaminants that are too small to see.6 Dr. Fath’s final report will be issued later this year.
Follow The Swimming Professor
We will be providing an update on TenneSwim following the completion of Dr. Fath’s historic swim. You can also follow Prof. Fath’s progress and stay up-to-date yourself at Tenneswim.org, where Dr. Fath and his teammates deliver daily reports on the swim. The blog also features more general topics related to the Tennessee River, water quality, and how you can get involved in your community.
- Steve Ahillen, “Why The ‘Swimming Professor Is Going The Length Of The Tennessee River,”, Knoxville News Sentinel and USA TODAY, July 27, 2017, accessed August 3, 2017.
- Peter J. Malia., “Rethinking Our Microplastic World,” PerkinElmer Corporate Stories, May 07, 2017, accessed August 2, 2017.
- Amanda Ketchledge, “Scientist Kicks Off 652-Mile Swim Of The Tennessee River,” WATE.com, July 27, 2017, accessed August 3, 2017.
- Ahillen, op. cit.
- Steve Ahillen, “German Professor To Swim Tennessee River, Test Its Waters,” Knonxville News Sentinel, July 17, 2017, accessed August 3, 2017.
- Andreas Fath, “How Even the Smallest Particles Become Visible,” Tenneswim.org, accessed August 3, 2017.