The American Academy of Environmental Engineers & Scientists Recognizes Dr. Beth Parker as a Board Certified Environmental Engineering Member

The American Academy of Environmental Engineers and Scientists® (AAEES) is a not-for-profit organization serving the Environmental Engineering and Environmental Science professions by providing Board Certification to those who qualify through experience and testing. We are pleased to announce that Dr. Beth Parker has been certified by Eminence as a Board Certified Environmental Engineering Member (BCEEM) in the category of of Hazardous Waste Management and Site Remediation as of April 2020. The BCEEM title is internationally recognized as a premium credential that is awarded to experienced professionals who have demonstrated expertise in one or more areas of specialization.

The Academy also provides training through workshops and seminars, participates in accrediting universities, publishes a periodical and other reference material, interacts with students and young professionals, sponsors a university lecture series, and rewards outstanding achievements through its international awards program. To learn more about AAEES, visit their website at https://www.aaees.org/.

 

Dr. Beth Parker Awarded the Tage Erlander Professorship for 2021

Congratulations to Dr. Beth Parker who was awarded the Tage Erlander Professorship by the Swedish Research Council for an 8 month visiting professorship at Lund University for 2021. This professorship was created in 1981 to mark the eightieth birthday of the late Mr. Tage Erlander, who was the Swedish Minister of Education 1945-1946 and then Prime Minister until 1969. Appointments are by invitation only and scientists of the highest distinction are invited. The professorship is meant to contribute to the Swedish researcher society with the personal influence of an excellent scientist and to the building of lasting scientific networks.

 

 

G³⁶⁰ MASc Student Featured in University of Guelph Virtual 3MT Competition Final

Kathleen Johnson, a G³⁶⁰ MASc student working with Dr. Beth Parker, is one of the 14 graduate students featured in the University of Guelph 3MT 2020 Final, an opportunity for graduate students to present their research in three minutes or less. Her presentation focuses on her thesis work related to “Understanding Groundwater in the City of Guelph.” Kathleen was one of top two winners for the College of Engineering and Physical Science 3MT competition in March 2020 to advance to the university competition final, which is now virtual. A panel of judges will decide who advances to the Regional Finals to be hosted virtually by the University of Windsor in September.  You can vote for your favourite presentation and help decide who will receive the People’s Choice Award. View all of the videos, including Kathleen’s here. Voting is open from June 29 to July 12.

New Cecil Day Family Center for International Groundwater Innovation Announced by Mercer University

G³⁶⁰ collaborator,  Mercer University,  recently announced the establishment of the Cecil Day Family Center for International Groundwater Innovation. The new center, led by Dr. Michael MacCarthy, will accelerate efforts in the Mercer On Mission program and the School of Engineering to provide access to clean water to the world’s most water-poor communities. The Center will focus on three core components – household self-supply, small community water systems and global groundwater innovation. The G³⁶⁰ group is excited to move into a new phase of collaborative research with Dr. MacCarthy and his group and congratulate them on this exciting news!

To learn more about the Cecil Day Family Center for International Groundwater Innovation read the full press release here.

Sophisticated Groundwater Science Supported by Supreme Court Ruling

Late last month, the U.S. Supreme Court ruled that the federal Clean Water Act applies to pollution of groundwater that flows to nearby surface waters so long as it is equivalent to direct discharge, strengthening the need for sophisticated groundwater science to help inform decisions on regulating water pollution.

“Computer models coupled with direct observations of water flow, pollution levels, and geology can predict how chemicals are likely to flow and interact with the chemistry of surrounding rocks. But ‘there are huge uncertainties to this,’ says Thomas Harter, who studies groundwater pollution from California farms. ‘It’s not unlike trying to predict the weather.’ (During oral argument of the case in November 2019, however, Justice Stephen Breyer remarked that briefs laying out the science of tracking groundwater pollution had impressed him. ‘The scientists really convinced me they’re  geniuses and they can trace all kinds of things,’ he said)”.

To learn more about the Supreme Court ruling, read the full article at ScienceMag.org.