News

The Waterloo Region Record published a news article on ACE!

"While other studies measure the gas on the ground or much lower in the atmosphere, this study by the university’s “Atmospheric Chemistry Experiment” (ACE) research group is the only one which uses a satellite to measure it between 11 and 25 kilometres above the globe."

The University of Waterloo published a news report on our research!

"Waterloo study is the first to use satellites to measure HFC-125 in the atmosphere for a more accurate picture of climate change."

On May 22, 2024, Project Scientist Dr. Chris Boone was awarded the Atmospheric Measurement Techniques (AMT) Outstanding Referee Award.

Click here to read the full press release provided by AMT.

Congratulations Chris!

Recent scientific discoveries reported by the Canadian Space Agency expose a chemical process in the atmosphere through which intense wildfires contribute to ozone layer depletion. These discoveries have been made possible by ABB technology on board the SCISAT satellite.

The Atmospheric Chemistry Experiment has been accepted as a member of the University of Waterloo's Water Institute; ranked among the top water research institutions in the world.

From April 24 to 26, at the United Nations (UN) 12^th Meeting of the Ozone Research Managers in Geneva, Canada tabled its report on ozone and ozone-depleting substances. One of the aims is to share the latest findings on greenhouse gas emissions caused by products whose use is restricted or prohibited. Canada's satellite mission SCISAT has been monitoring ozone-depleting gases restricted by the Montreal Protocol on Substances That Deplete the Ozone Layer.

2023 is the 20th year on orbit for the Canadian Space Agency’s Atmospheric Chemistry Experiment (ACE) satellite, which stands as Canada’s most successful scientific space mission. ACE was launched by NASA in August 2003 and continues to make daily measurements of atmospheric composition.

A news article from Space.com celebrating SCISAT's 20 years in orbit notes that "Scisat tracks changes in the atmosphere that could 'delay the ozone recovery in a warming world."

ACE data appears in the 2022 Scientific Assessment of Ozone Depletion.

Sulfate aerosols from the Tonga volcano are detected from 60 degrees North to 60 degrees South. A paper has been published in the Journal of Quantitative and Radiative Transfer.