Deliverables
Report on LES simulations and ability to quantify power plant emissions from an imaging satellite.
Detailed description of the specific configurations implemented in the four modelling frameworks to study the attribution problem.
Report that specifies the spatio-temporal characteristics of harmonized input datasets (e.g. XCO2, SIF, spatiotemporal fossil fuel CO2 emission estimates (from WP3), surface observations) and output datasets (inverted fluxes) for use in T1.1, T1.2, and T1.3.
Report on model systems and simulation configurations for all simulations conduced in the project.
Report on requirements for representing the different sources of uncertainties in the localisation of CO2 surface emission sources and the methods to reliably represent uncertainties and their variability with geographical, temporal and environmental conditions based on Task 5.4 (partners will contribute with section/chapter).
Outline of the dissemination and exploitation activities
reporting on the activities in the first 21 months and providing an update to the dissemination and exploitation plan
Report of the first workshop
Report on building blocks of CO2 monitoring systems with special focus on Earth Observations requirements for data assimilation based on Task 5.1 (partners will contribute with a section/chapter).
reporting on the activities in the second 18 months and providing an outlook of activities after the end of the project
Report on impact of urban aerosols on satellite retrieved total column CO2 (XCO2), and inversion-derived emissions
Report on requirements for different data assimilation methodologies, including adaptation of time window and resolution (synergies with NWP) based on Task 5.3 (partners will contribute with section/chapter).
Synthesis conclusions about the sampling strategy for additional tracers.
Report describing current activities on uncertainty trade-off for fossil fuel emissions
Report on inversion strategy based on OSSEs with an inverse transport modelling system
Third version of a roadmap document outlining the path to a future CO2 emission monitoring system based on project results as well as external input, informing research community, policy maker and wider audience.
Final Update to D5.5
Report targeted to policy makers and space agencies that outlines the potential added value and associated accuracy requirements of space-based XCO2 products.
Summary of current European in-situ atmospheric measurement capacity and typical sampling for CO2, CO, 14CO2 and APO.
Report on building blocks of CO2 monitoring systems with special focus on processes involved in CO2 emissions and transport modelling based on Task 5.2 (partners will contribute with a section/chapter).
Report outlining the potential for synergies, complementarities and collaboration between CHE and VERIFY projects
Report on inversion strategy based on joint QND assessment of atmospheric and terrestrial observation impact in terms of their constraint on fossil and biogenic carbon fluxes in a CCFFDAS.
Synthesis report on recommendations for the construction of a future prototype including roadmap to implementation and cost assessment of the service elements of a future CO2 anthropogenic emission monitoring system. The report will be based on the outputs from T5.5 together with updates from tasks T5.1-T5.4.
Second version of a roadmap document outlining the path to a future CO2 emission monitoring system based on project results as well as external input, informing research community, policy maker and wider audience.
Final Update to D5.3
Final Update to D5.7
First version of a roadmap document outlining the path to a future CO2 emission monitoring system based on project results as well as external input, informing research community, policy maker and wider audience.
Outline of the communication approach for the CHE Project.
Final Update to D5.1
Datasets for anthropogenic emissions and natural fluxes for global, European and regional nature runs.
Fossil CO2 emissions per sector with quantified uncertainties on specified resolution (uncertainty gridmaps, covariances, temporal profiles with uncertainty band)
First global nature run using the CAMS high resolution forecast configuration.
European and regional nature runs nested into D2.2 and integrating datasets from D2.3.
First set of global satellite-derived XCO2 and SIF input products and carbon flux estimates from our innovative DA systems, prepared according to a community protocol (D1.1) and available as open-access to the scientific community.
Net biospheric CO2 fluxes with quantified uncertainties estimated from independent in-situ network of eddy covariance measurements
Synthetic satellite datasets over Europe for a range of satellite scenarios.
Database of high-resolution scenarios of CO2 and CO emissions associated with anthropogenic activities in Europe over a full year including associated uncertainty statistics and documentation.
Fingerprints of fossil CO2 sources with uncertainties based on observations of NOx emissions
Second global nature run using CAMS C-IFS forecast in an ensemble configuration with possible upgrades from D2.3 and integrating knowledge built in WP1-WP4.
Data portal for CHE
Web Portal of the Project
Outline of the Data Management Principles of the CHE Project
Searching for OpenAIRE data...
Publications
Author(s): Hugo A. C. Denier van der Gon, Jeroen J. P. Kuenen, Greet Janssens-Maenhout, Ulrike Döring, Sander Jonkers, Antoon Visschedijk
Published in: Earth System Science Data Discussions, 2019, Page(s) 1-30, ISSN 1866-3591
DOI: 10.5194/essd-2017-124
Author(s): Sophia Walther, Gregory Duveiller, Martin Jung, Luis Guanter, Alessandro Cescatti, Gustau Camps‐Valls
Published in: Geophysical Research Letters, Issue 46/3, 2019, Page(s) 1429-1440, ISSN 0094-8276
DOI: 10.1029/2018gl080535
Author(s): Anna Agustí-Panareda, Michail Diamantakis, Sébastien Massart, Frédéric Chevallier, Joaquín Muñoz-Sabater, Jérôme Barré, Roger Curcoll, Richard Engelen, Bavo Langerock, Rachel M. Law, Zoë Loh, Josep Anton Morguí, Mark Parrington, Vincent-Henri Peuch, Michel Ramonet, Coleen Roehl, Alex T. Vermeulen, Thorsten Warneke, Debra Wunch
Published in: Atmospheric Chemistry and Physics, Issue 19/11, 2019, Page(s) 7347-7376, ISSN 1680-7324
DOI: 10.5194/acp-19-7347-2019
