SCISAT (@scisat) 's Twitter Profile
SCISAT

@scisat

The Atmospheric Chemistry Experiment (ACE), also known as SCISAT, is a Canadian-led mission mainly supported by the Canadian Space Agency (CSA).

ID: 54318987

linkhttp://www.ace.uwaterloo.ca calendar_today06-07-2009 20:16:49

57 Tweet

33 Followers

27 Following

Canadian Space Agency (@csa_asc) 's Twitter Profile Photo

We’ve been talking about climate change at COP28 UAE these past few days. Did you know that for 20 years, data from small Canadian satellite #SCISAT has been making an important contribution to international environmental policy? asc-csa.gc.ca/eng/satellites…

Canadian Space Agency (@csa_asc) 's Twitter Profile Photo

Canada submitted its report on ozone and ozone-depleting substances to the UN. The CSA contributed to this report, which highlights a number of scientific discoveries made thanks to recent advances in analyzing SCISAT data. asc-csa.gc.ca/eng/news/artic…

SCISAT (@scisat) 's Twitter Profile Photo

An important discovery in 2022 by Peter Bernath and the ACE team was that "Wildfire Smoke Destroys Stratospheric Ozone" published in the prestigious Science journal! science.org/doi/10.1126/sc…

SCISAT (@scisat) 's Twitter Profile Photo

Global trends of 46 ACE molecules over 19 years for v5.2! Now published in @ElsevierPhysics JQSRT doi.org/10.1016/j.jqsr…

SCISAT (@scisat) 's Twitter Profile Photo

ACE has been accepted as a member of the University of Waterloo's the Water Institute, ranked among the top water research institutions in the world! Looking forward to working with them and contributing to their research by measuring the effects of water on climate change!

Canadian Space Agency (@csa_asc) 's Twitter Profile Photo

Since 2003, the 100% Canadian SCISAT satellite has been monitoring the gases covered by the Montreal Protocol, contributing to the fight against climate change. After 21 years in orbit, it's still essential and effective. Thank you, SCISAT!

Since 2003, the 100% Canadian SCISAT satellite has been monitoring the gases covered by the Montreal Protocol, contributing to the fight against climate change. After 21 years in orbit, it's still essential and effective. Thank you, SCISAT!
SCISAT (@scisat) 's Twitter Profile Photo

Throwback Thursday to when Dr. Peter Bernath (UWaterloo Alumni ) and Chris Boone discovered how pyroCB clouds combat air pollution! The ACE mission continues to provide new discoveries!

ABB (@abbgroupnews) 's Twitter Profile Photo

Our technology has been instrumental in recent findings by the Canadian Space Agency, revealing how wildfires contribute to ozone layer depletion. These discoveries were made possible by the SCISAT satellite, in orbit since 2003. 🔎 Learn more here: ow.ly/BkkN50TOmWJ

Our technology has been instrumental in recent findings by the Canadian Space Agency, revealing how wildfires contribute to ozone layer depletion. These discoveries were made possible by the SCISAT satellite, in orbit since 2003.

🔎 Learn more here: ow.ly/BkkN50TOmWJ
SCISAT (@scisat) 's Twitter Profile Photo

HFC-125 satellite measurements have been determined for the first time using IR absorption spectra from the Atmospheric Chemistry Experiment Fourier transform spectrometer (ACE-FTS) from 2004 to 2024! doi.org/10.1016/j.jqsr…

ESA Earth Online (@esa_earthonline) 's Twitter Profile Photo

🛰️ Canadian Space Agency's SCISAT-1, part of European Space Agency's TPM, is key to monitoring and analysing the chemical processes that control ozone distribution in the upper troposphere and stratosphere. It provides data from the MAESTRO and ACE-FTS instruments. The FTS measures the vertical distribution

🛰️ <a href="/csa_asc/">Canadian Space Agency</a>'s SCISAT-1, part of <a href="/esa/">European Space Agency</a>'s TPM, is key to monitoring and analysing the chemical processes that control ozone distribution in the upper troposphere and stratosphere. It provides data from the MAESTRO and ACE-FTS instruments. The FTS measures the vertical distribution
Waterloo Science (@waterloosci) 's Twitter Profile Photo

With support from the Canadian Space Agency , SCISAT researchers at University of Waterloo are the first to use satellite data to measure the atmospheric concentration of HFC-125, a hydrofluorocarbon (HFC) commonly found in fire extinguishers and commercial cooling systems. bit.ly/4gpxzGA

Waterloo Science (@waterloosci) 's Twitter Profile Photo

A satellite that has collected data since 2004 has found that HFC-125 concentrations in the atmosphere are now nearly 10 times higher. bit.ly/4flnHwo

Waterloo Region Record (@wr_record) 's Twitter Profile Photo

In a first-of-its-kind study, University of Waterloo researchers have used a satellite to measure the amount of “HFC-125” greenhouse gas in the atmosphere to give a more accurate picture of climate change. therecord.com/news/waterloo-…

Canuckle 🇨🇦 (@canucklegame) 's Twitter Profile Photo

Canuckle #1074: GASES 🌎🛰️ Did you know that Canada's veteran satellite, SCISAT, has been orbiting Earth 15 times a day for over 21 years? It's the only satellite in the world that can monitor all the regulated gases covered by the Montreal Protocol—an international agreement to

Canuckle #1074: GASES 🌎🛰️
Did you know that Canada's veteran satellite, SCISAT, has been orbiting Earth 15 times a day for over 21 years? It's the only satellite in the world that can monitor all the regulated gases covered by the Montreal Protocol—an international agreement to