We use the Dutch space instrument TROPOMI onboard Sentinel-5P to automatically detect large methane emission plumes across the globe. The machine-learning technology for this is described in Schuit et al. (2023, ACPD preprint). The world maps show approximate source locations based on single TROPOMI plumes and initial source rate estimates calculated using an automated mass balance method. The number of detections fluctuates from week to week because of varying emissions, cloud cover, and viewing geometry. Plumes have only been subject to initial verification. Precise quantification and final interpretation require more extensive evaluation. The detections exclude larger-scale enhancements such as seen over the Permian Basin or over wetland areas.
If you use these detections for your research or other purposes, please let us know. We are happy to collaborate with anybody interested in these detections. This work is licensed under a Creative Commons Attribution 4.0 International License. When referencing the data, please credit the product generation to the SRON team (earth.sron.nl/methane-emissions/) and cite the Schuit et al. (2023) publication; Copernicus (modified) Sentinel-5p data have been used.
Week 13’s update will be published on Tuesday April 4.
The Dutch space instrument TROPOMI onboard Sentinel-5P automatically detects large methane emission plumes across the globe. The machine-learning technology for this is described in Schuit et al. (2023, ACPD preprint). The world maps show approximate source locations based on single TROPOMI plumes and initial source rate estimates calculated using an automated mass balance method. The number of detections fluctuates from week to week because of varying emissions, cloud cover, and viewing geometry. Plumes have only been subject to initial verification. Precise quantification and final interpretation require more extensive evaluation. The detections exclude larger-scale enhancements such as seen over the Permian Basin or over wetland areas.
If you use these detections for your research or other purposes, please let us know. We are happy to collaborate with anybody interested in these detections. This work is licensed under a Creative Commons Attribution 4.0 International License. When referencing the data, please credit the product generation to the SRON team (earth.sron.nl/methane-emissions/) and cite theSchuit et al. (2023)publication;Copernicus (modified) Sentinel-5p data have been used.
The Dutch space instrument TROPOMI onboard Sentinel-5P automatically detects large methane emission plumes across the globe. The machine-learning technology for this is described in Schuit et al. (2023, ACPD preprint). The world maps show approximate source locations based on single TROPOMI plumes and initial source rate estimates calculated using an automated mass balance method. The number of detections fluctuates from week to week because of varying emissions, cloud cover, and viewing geometry. Plumes have only been subject to initial verification. Precise quantification and final interpretation require more extensive evaluation. The detections exclude larger-scale enhancements such as seen over the Permian Basin or over wetland areas.
If you use these detections for your research or other purposes, please let us know. We are happy to collaborate with anybody interested in these detections. This work is licensed under a Creative Commons Attribution 4.0 International License. When referencing the data, please credit the product generation to the SRON team (earth.sron.nl/methane-emissions/) and cite theSchuit et al. (2023)publication;Copernicus (modified) Sentinel-5p data have been used.
The second part of week 11 will be included in week 12’s update.
TROPOMI aboard Sentinel-5p can be used to detect large methane emission plumes everywhere around the world. These plumes are automatically detected using the machine-learning setup described in Schuit et al. (2023, ACPD preprint). The world maps show approximate source locations based on single TROPOMI plumes as well as initial source rate estimates based on an automated mass balance method. The number of detections can fluctuate because of varying cloud cover and viewing geometry. Plumes have only been subject to initial verification, precise quantification and final interpretation require more extensive evaluation. We exclude larger-scale enhancements such as seen over the Permian or wetland areas. Detections from one day can be spread across multiple detection weeks because of orbit availability at the time of publication.
If you use these detections for your research or other purposes, please let us know. We are happy to collaborate with anybody interested in these detections.
TROPOMI aboard Sentinel-5p can be used to detect large methane emission plumes everywhere around the world. These plumes are automatically detected using the machine-learning setup described in Schuit et al. (2023, ACPD preprint). The world maps show approximate source locations based on single TROPOMI plumes as well as initial source rate estimates based on an automated mass balance method. The number of detections can fluctuate because of varying cloud cover and viewing geometry. Plumes have only been subject to initial verification, precise quantification and final interpretation require more extensive evaluation. We exclude larger-scale enhancements such as seen over the Permian or wetland areas. Detections from one day can be spread across multiple detection weeks because of orbit availability at the time of publication.
If you use these detections for your research or other purposes, please let us know. We are happy to collaborate with anybody interested in these detections.
TROPOMI aboard Sentinel-5p can be used to detect large methane emission plumes everywhere around the world. These plumes are automatically detected using the machine-learning setup described in Schuit et al. (2023, ACPD preprint). The world maps show approximate source locations based on single TROPOMI plumes as well as initial source rate estimates based on an automated mass balance method. The number of detections can fluctuate because of varying cloud cover and viewing geometry. Plumes have only been subject to initial verification, precise quantification and final interpretation require more extensive evaluation. We exclude larger-scale enhancements such as seen over the Permian or wetland areas. Detections from one day can be spread across multiple detection weeks because of orbit availability at the time of publication.
If you use these detections for your research or other purposes, please let us know. We are happy to collaborate with anybody interested in these detections.
TROPOMI aboard Sentinel-5p can be used to detect large methane emission plumes everywhere around the world. These plumes are automatically detected using the machine-learning setup described in Schuit et al. (2023, ACPD preprint). The world maps show approximate source locations based on single TROPOMI plumes as well as initial source rate estimates based on an automated mass balance method. The number of detections can fluctuate because of varying cloud cover and viewing geometry. Plumes have only been subject to initial verification, precise quantification and final interpretation require more extensive evaluation. We exclude larger-scale enhancements such as seen over the Permian or wetland areas. Detections from one day can be spread across multiple detection weeks because of orbit availability at the time of publication.
If you use these detections for your research or other purposes, please let us know. We are happy to collaborate with anybody interested in these detections.
TROPOMI aboard Sentinel-5p can be used to detect large methane emission plumes everywhere around the world. These plumes are automatically detected using the machine-learning setup described in Schuit et al. (2023, ACPD preprint). The world maps show approximate source locations based on single TROPOMI plumes as well as initial source rate estimates based on an automated mass balance method. The number of detections can fluctuate because of varying cloud cover and viewing geometry. Plumes have only been subject to initial verification, precise quantification and final interpretation require more extensive evaluation. We exclude larger-scale enhancements such as seen over the Permian or wetland areas. Detections from one day can be spread across multiple detection weeks because of orbit availability at the time of publication.
If you use these detections for your research or other purposes, please let us know. We are happy to collaborate with anybody interested in these detections.
TROPOMI aboard Sentinel-5p can be used to detect large methane emission plumes everywhere around the world. These plumes are automatically detected using the machine-learning setup described in Schuit et al. (2023, ACPD preprint). The world maps show approximate source locations based on single TROPOMI plumes as well as initial source rate estimates based on an automated mass balance method. The number of detections can fluctuate because of varying cloud cover and viewing geometry. Plumes have only been subject to initial verification, precise quantification and final interpretation require more extensive evaluation. We exclude larger-scale enhancements such as seen over the Permian or wetland areas. Detections from one day can be spread across multiple detection weeks because of orbit availability at the time of publication.
If you use these detections for your research or other purposes, please let us know. We are happy to collaborate with anybody interested in these detections.
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