Technical Note on GHGSat Validation
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2025
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| author | Maasakkers, Bram Dogniaux, Matthieu Barr, Andrew Aben, Ilsen Potts, Daniel Barrio Guillo, Rocio Sembhi, Harjnder Mevi, Gabriele Pinori, Sabrina Albinet, Clement |
| author_facet | Maasakkers, Bram Dogniaux, Matthieu Barr, Andrew Aben, Ilsen Potts, Daniel Barrio Guillo, Rocio Sembhi, Harjnder Mevi, Gabriele Pinori, Sabrina Albinet, Clement |
| contents | <p>This technical note details the results of the preliminary data quality assessments (methane<br>CH4 emission rates and CH4 abundance maps) performed on a dataset of CH4 products<br>generated from the GHGSat constellation.<br>The aforementioned data quality assessments are performed in accordance with the<br>assessment guidelines, detailed in [RD-1, RD-2], that constitute the European Space<br>Agency (ESA) Earthnet Data Assessment Pilot (EDAP+) project’s Earth Observation (EO)<br>Mission Data Quality Assessment Framework. An important representation of the latter<br>framework, constructed by the National Physical Laboratory (NPL), is what is known as the<br>maturity matrix. It is a diagrammatic summary of the following:<br>• Documentation Review: the EDAP+ Atmospheric team reviews materials<br>provided by the data provider (documentation), some of which may not be publicly<br>available, or even the scientific community (e.g. published papers). The results are<br>detailed in Section 2 (covering the first column of the maturity matrix, see Table<br>2-1).<br>• Data Quality Assessments: SRON (Netherlands Institute for Space Research)<br>and University of Leicester performs data quality assessments (i.e. validation<br>assessments), independently of those performed by the data provider. The results<br>are detailed in Section 3 and Section 4 (covering the last column of the maturity<br>matrix, see Table 2-1 and Table 2-2).<br>The above data quality assessments are performed by the EDAP+ team using the<br>appropriate in-house and open-source ad-hoc scripts and tools.<br>It is important to note the purpose of the EDAP+ EO Mission Data Quality Assessment<br>Framework is to ensure that the delivered commercial mission data is fit for purpose and<br>that all decisions regarding the inclusion of the commercial mission as an ESA third party<br>mission can be made fairly and with confidence</p> |
| format | Recurso digital |
| id | zenodo_https___doi_org_10_5281_zenodo_15631190 |
| institution | Zenodo |
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| publishDate | 2025 |
| publisher | Zenodo |
| record_format | zenodo |
| spellingShingle | Technical Note on GHGSat Validation Maasakkers, Bram Dogniaux, Matthieu Barr, Andrew Aben, Ilsen Potts, Daniel Barrio Guillo, Rocio Sembhi, Harjnder Mevi, Gabriele Pinori, Sabrina Albinet, Clement EDAP+ atmospheric data green house gases monitoring methane monitoring validation GHGSat remote sensing satellite data <p>This technical note details the results of the preliminary data quality assessments (methane<br>CH4 emission rates and CH4 abundance maps) performed on a dataset of CH4 products<br>generated from the GHGSat constellation.<br>The aforementioned data quality assessments are performed in accordance with the<br>assessment guidelines, detailed in [RD-1, RD-2], that constitute the European Space<br>Agency (ESA) Earthnet Data Assessment Pilot (EDAP+) project’s Earth Observation (EO)<br>Mission Data Quality Assessment Framework. An important representation of the latter<br>framework, constructed by the National Physical Laboratory (NPL), is what is known as the<br>maturity matrix. It is a diagrammatic summary of the following:<br>• Documentation Review: the EDAP+ Atmospheric team reviews materials<br>provided by the data provider (documentation), some of which may not be publicly<br>available, or even the scientific community (e.g. published papers). The results are<br>detailed in Section 2 (covering the first column of the maturity matrix, see Table<br>2-1).<br>• Data Quality Assessments: SRON (Netherlands Institute for Space Research)<br>and University of Leicester performs data quality assessments (i.e. validation<br>assessments), independently of those performed by the data provider. The results<br>are detailed in Section 3 and Section 4 (covering the last column of the maturity<br>matrix, see Table 2-1 and Table 2-2).<br>The above data quality assessments are performed by the EDAP+ team using the<br>appropriate in-house and open-source ad-hoc scripts and tools.<br>It is important to note the purpose of the EDAP+ EO Mission Data Quality Assessment<br>Framework is to ensure that the delivered commercial mission data is fit for purpose and<br>that all decisions regarding the inclusion of the commercial mission as an ESA third party<br>mission can be made fairly and with confidence</p> |
| title | Technical Note on GHGSat Validation |
| topic | EDAP+ atmospheric data green house gases monitoring methane monitoring validation GHGSat remote sensing satellite data |
| url | https://doi.org/10.5281/zenodo.15631190 |