Risultati finali
D1.3 An ICOS flask sampling protocol based on historical time series and high resolution footprint modelling. (M24)
Concept for ICOS involvement in carbon and GHG flagship inside GEO and IG3IS program by WMO.ICOS ERIC will steer the cooperation process and develop official relationships with partner institutions. An international cooperation of regional Networks is envisaged and should be based on official cooperation documents (e.g. Memorandums of Understanding). The report will described the achievements of ICOS ERIC in managing the further development of this cooperation and integration of ICOS into the framework of GEO and IG3IS.
Strategy document on increasing impact of ICOS including a recommendation to ESFRI for comprehensive impact analyses for environmental RIs.Describing the impact of an ENV RI needs a thoroughly developed set of indicators. Currently, it lacks well-established models (ESFRI Roadmap 2016). The primary impact of RIs in general is in the field of human resources, science and technology. For ICOS this is the science of the global carbon cycle and greenhouse gas exchange between land, oceans and atmosphere and the most important impact is the scientific use of ICOS data. Since our science field is highly interdisciplinary and sensor technologies develop extremely quickly, very flexible and highly educated scientific and technical staff and high managerial skills in the coordination are required. Therefore, RIs have a deep impact on the professional and career development of their personnel via access and training also to a wider scientific community. While the direct economic impact of ICOS via industry cooperation can be easilydescribed, the indirect impact will need further conceptual development. Given the COP21 Paris Agreement the global economy will have to go through the process of decarbonisation in the upcoming decades. The highly skilled personnel in ICOS will provide technical and scientific knowledge that is required to support this process. Observational experiences and technologies further developed between ICOS and its suppliers can foster this development. The societal impact of ICOS can be clearly related to the Grand Challenge of Climate Change mitigation and adaptation: ICOS provides the basic knowledge on greenhouse gases and with this proposal it will increase the ability to observe regional fossil fuel emissions. The potential societal impact is vast since the applications can go far beyond the independent verification of emission inventories e.g. by providing necessary knowledge for regional or urban decision-making on mitigation action or by consulting industry during decarbonisation processes. The document will integrate all these aspects. It will be conducted in cooperation with the ESFRI and can be a pilot study for other environmental research infrastructures.
Final Data Management PlanThe project data management plan will be developed during the first six months of the project and show the close connection to the ICOS RI operational data management. It is envisaged that the data obtained in the framework of the RINGO project will be published under the same conditions as ICOS data. ICOS has decided to use the Creative Commons 4.0 BY license that ensures open and free data access.The final data mangement plan will also include archiving solutions.
Increased data flows and improved mechanisms for data use tracking by improved data identification towards global data streams.A detailed report describing the number of access and use of ICOS data over the years based on the information harvested bu the ICOS data use tracking system.
Report describing the ideal and minimum requirements of an aquatic transport and fluxes observation system including possible role of ICOS RI and resulting costs to be presented to EC, ESFRI and ICOS General Assembly. This document will also include possiD1.4 Report describing the ideal and minimum requirements of an aquatic transport and fluxes observation system including possible role of ICOS RI and resulting costs to be presented to EC, ESFRI and ICOS General Assembly. This document will also include possible cooperation with DANUBIUS RI.
Periodic Report 1 including request for first interim paymentConcept document on collaboration with countries and stations outside European Union
Collaboration with countries and stations outside European Union can be very valuable from network design and science point of views. The concept will take specific requirements of this cooperation into account.
Report on implementation and technical realisation of atmospheric measurements on the three VOS platforms.Report on implementation and technical realisation of atmospheric measurements on the three VOS platforms (M20)
Final reportFinal report including all deliverables.
Concept on standards for data collection, classification, description, processing and distribution and methods for data identification, traceability and sharing in FLUXNETThe report will describe the result of the discussion among different regional network on the agreement of common practices for the sharing of data in the context of the global FLUXNET network. In addition to harmonized site management (identification) and data curation (from submission to identification, processing, distribution and traceability) a section will be dedicated to the European network where the possibility for ICOS ETC to act as European hub for FLUXNET also for sites not involved in ICOS will be analysed, evaluated and tested.
Final Dissemination StrategyThe Dissemination Strategy for the RINGO project will be drafted in the first six months and updated twice during the course of the project. The final dissemination startegy will focus on the final results and deliverables achieved during the project.
Periodic Report 2 including request for second interim paymentProject Dissemination Strategy
The dissemination of results will be integrated in the general dissemination strategy of ICOS. A detailed dissemination plan will be developed during the first six months of the project. The Dissemination Strategy for the RINGO project will comprise the following target groups: scientists inside and outside ICOS, related research infrastructures, national stakeholders and ESFRI, European Commission, international organisations such as UNFCCC, IPCC, WMO, GEO, general public.
Overview report of all annual meetings, General Assembly and Steering Committee meetingsThe Overview Report of all annual meetings, General Assembly and Steering Committee meetings will contain short minutes from all meetings.
Initial Risk Management Plan.The project risk management will be conducted in very close connection with the overall risk management of ICOS RI and will follow the same approach. Risk Management Plan is created during the first six months of the project implementation containing identification, classification (for probability and impact) and mitigation measures in consultation with the Work Package and Task Leaders. Risks are categorized using the scoring based on their probability of occurrence and impact on the overall project, deliverable and/or task. Mitigating actions will be tailored to limit the likelihood of the risks to occur and aimed to minimize the impact. Risk Management Plan will be monitored continuously throughout the project by Work Package and Task Leaders. Risk Management Plan will be updated twice a year in terms of risks identified and impact/likelihood and presented half-yearly to EB and yearly to General Assembly.
First Updated Risk Management PlanRisk Management Plan will be updated twice a year in terms of risks identified and impact/likelihood and presented half-yearly to EB and yearly to General Assembly. Updated risk management plan will be reported at months 18. The project risk management will be conducted in very close connection with the overall risk management of ICOS RI and will follow the same approach. Risk Management Plan is created during the first six months of the project implementation containing identification, classification (for probability and impact) and mitigation measures in consultation with the Work Package and Task Leaders. Risks are categorized using the scoring based on their probability of occurrence and impact on the overall project, deliverable and/or task. Mitigating actions will be tailored to limit the likelihood of the risks to occur and aimed to minimize the impact. Risk Management Plan will be monitored continuously throughout the project by Work Package and Task Leaders.
Scientific-technical concept for requirements of a fossil fuel observation system including possible role of ICOS and resulting costs to be presented to EC, ESFRI and ICOS General Assembly.D1.2 Scientific-technical concept for requirements of a fossil fuel observation system including possible role of ICOS and resulting costs to be presented to EC, ESFRI and ICOS General Assembly. (M42)
First Updated Project DisseminationThe Dissemination Strategy for the RINGO project will be drafted in the first six months and updated twice during the course of the project. The first update will take early developments in the project into account. The dissemination of results will be integrated in the general dissemination strategy of ICOS. A detailed dissemination plan will be developed during the first six months of the project. The Dissemination Strategy for the RINGO project will comprise the following target groups: scientists inside and outside ICOS, related research infrastructures, national stakeholders and ESFRI, European Commission, international organisations such as UNFCCC, IPCC, WMO, GEO, general public.
Report to summarize the experiences of RIs with linked third parties in H2020 projects to the European Commission and the ESFRI.Linked third partnerships offer a lot of potentials for distributed Research Infrastructures as ICOS. However, there are some obstacles that have to be thoroughly reflected: ● Visibility: success in fundraising is an important performance indicator for institutions as well as individual researchers. There is a perception that the visibility of linked third parties is lower and the raised funds are “second class money”. ● Reliability: the direct beneficiary will be responsible for the performance of the linked third parties which is a risk in the case on non-compliance. The perceived risk may, however, be higher than the real risk since the General Model Grant Agreement foresees clear consequences of non-compliance of linked third parties. ● Influence: linked third parties need to be aware that they will not sign the Grant Agreement with the Commission and will not necessarily have any rights in the consortium unless these rights are stipulated in the Consortium Agreement. The project management will summarize the experiences with linked third parties during the lifetime of the project, and will report this to the European Commission and the ESFRI.
Revised scientific-technical protocol for standardized biomass observations in ICOS by means of ground LIDAR.D1.7 Revised scientific-technical protocol for standardized biomass observations in ICOS by means of ground LIDAR.
Initial Data Management Plan (DMP).The project data management plan will be developed during the first six months of the project and show the close connection to the ICOS RI operational data management. It is envisaged that the data obtained in the framework of the RINGO project will be published under the same conditions as ICOS data. ICOS has decided to use the Creative Commons 4.0 BY license that ensures open and free data access.
Technological handbook and assessment report on CO2-ASV.D3.4 Technological handbook and assessment report on CO2-ASV. (UoE)
Report on enhancing membership strategy for ICOS ERIC including the online Handbook for Stakeholders.The report will have two parts. One describing the ICOS strategy to increase membership and extend the network. The second will be a handbook to introduce ICOS RI to stakeholders in countries that are interested in joining ICOS.
Final Risk Management PlanRisk Management Plan will be updated twice a year in terms of risks identified and impact/likelihood and presented half-yearly to EB and yearly to General Assembly. Final risk management plan will focus on the final deliverables and transfer of results into the operations of ICOS RI.
Proposition of a roadmap for enhancing ICOS Ecosystem sites to become sentinel sites in cooperation with other domain-specific ESFRI and global infrastructure"The report will summarize the minimum requirements, the spatial design and give practical suggestions in order to create a network of ""Sentinel ecosystem sites"" based on the ICOS Ecosystem network and interaction with other environmental RIs. The deliverable will be prepared by INRA. "
Protocol for non-CO2 eddy covariance measurements, QA/QC, data processing and gap-filling.Protocol for eddy covariance measurements of CH4 and N2O fluxes, QA/QC, data processing and gap-filling (Month 36)
Scientific-technical concept for the integration of European TCCON sites into ICOS and resulting costs.Technological handbook and assessment report on implementation of ATC-conform atmospheric measurements of CO2 (and CH4) on VOS lines.
Technological Handbook and Assessment Report on Implementation of ATC conform atmospheric measurements of CO2 (and CH4) on VOS lines (Month 42)
First Updated Data Management PlanThe project data management plan will be developed during the first six months of the project and show the close connection to the ICOS RI operational data management. It is envisaged that the data obtained in the framework of the RINGO project will be published under the same conditions as ICOS data. ICOS has decided to use the Creative Commons 4.0 BY license that ensures open and free data access. The first update will reflect practicalities of this process during the first period.
Report to summarize the experiences of usage of the KPI approachThe expected impact of the project is measured by developing a set of applicable KPIs in order to provide a harmonised and measurable data set about the achievements of the project. These KPIs will be a combination of project-related performance indicators combined with general performance indicators for ICOS as a whole and sustainable infrastructure.
Concept on data processing, management, and distribution in IG3IS and GEO flagshipA report summarising the developed methods and resulting data streams towards the global initiatives IG3IS and GEO.
Specification for high accuracy in-situ vertical profile measurements including vertical profile retrievals of CH4 from the ground-based TCCON.The report will summarize the results from two field campaigns in Sodankyla and/or Trainou, where all partners in Task 3.1 will participate, and work towards accurate vertical profile measurements using AirCores. Furthermore, the AirCore profiles will be used to validate and improve the profile retrievals from TCCON. Moreover, we will report on the realization of AirCore flights in five member states, and summarize the technical and logistic achievements towards regular AirCore launches within the ICOS in the future.
A dataset of at least 10 years of reprocessed ambient CO2 concentration time series for a set of maximum 10 stations in the pre-ICOS labelled period to complement the validated ICOS data products with a rich set of measurements of maximum compatibility in the pre-ICOS period.
Reprocessed long term data series from 9 ecosystem stations.A dataset of at least 10 years of reprocessed ecosystem CO2 eddy covariance flux data from up to 9 proposed ICOS stations will be prepared. Based on data collected in the pre-ICOS period (not following ICOS standards) will be available to complement the validated ICOS data products with a rich set of measurements with the maximum possible level of comparability.
ICOS data type-registry and unified meta-data base.The metadata registry developed in this project will provide the means to identify and refer to established schemas and application profiles (like Geo-DCAT), thereby enabling the means for machine mapping among different schemas. The registry will link to important controlled existing vocabularies from which the values of metadata fields can be selected. The main purpose of this registry is to make all ICOS (meta)data searchable and support the common metadata archive at the Carbon Portal. This work will be coordinated with WMO GAW (IG3IS), LTER, ANAEE, ACTRIS, Fluxnet, SOCAT, Copernicus, AmeriFlux and NEON. This works also cross-cuts with the connected work packages in the SEACRIFOG project on EU-African cooperation.
Online platform as part of ICOS webpages including technical and scientific training material. (M12)
Organisation of at least three training workshops and summer schools for the ICOS candidate representatives and other participants oriented on the scientific content related to the ICOS research infrastructure establishment and operation.Organisation of at least three training workshops and summer schools for the ICOS candidate representatives and other participants oriented on the scientific content related to the ICOS research infrastructure establishment and operation. (M42)
The project Kick-off meeting and the first General Assembly will be organized. The General Assembly will appoint an Executive Board. Furthermore, the Kick-off meeting will be used for re-fining the work and for formulating internal milestones for enhancing project management.
Project website and internal communication (intranet, email-lists, telephone connections) operational.
A project website will be integrated into the ICOS website (www.icos-ri.eu), where reports can be published but also blogs and new media such as twitter will be utilized.
Ocean-atmosphere flux NRT data calculation routine including satellite data streams on surface temperature, skin effects, wave state and wind speeds.D1.6 Ocean-atmosphere flux NRT data calculation routine including satellite data streams on surface temperature, skin effects, wave state and wind speeds. (UoE)
Pubblicazioni
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K. Dimitriou, A. Bougiatioti, M. Ramonet, F. Pierros, P. Michalopoulos, E. Liakakou, S. Solomos, P.-Y. Quehe, M. Delmotte, E. Gerasopoulos, M. Kanakidou, N. Mihalopoulos
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Autori:
ICOS Ecosystem Thematic Centre
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2020
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ICOS Carbon portal
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ICOS Atmosphere Thematic Centre
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2020
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2019
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PANGAEA
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10.1594/pangaea.905316
Autori:
The notebook supports the analysis presented in the paper:
Levin, I., Karstens, U., Eritt, M., Maier, F., Arnold, S., Rzesanke, D., Hammer, S., Ramonet, M., Vítková, G., Conil, S., Heliasz, M., Kubistin, D., and Lindauer, M.: A dedicated flask sampling strategy developed for Integrated Carbon Observation System (ICOS) stations based on CO2 and CO measurements and Stochastic Time-Inverted Lagrang
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2020
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ICOS CP
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10.18160/fss2-sh26
Autori:
Philippe Ciais (1), Thomas Lauvaux (1), Felix Vogel (2), Yasjka Meijer (3), Yilong Wang (1), Franck Lespinas
(1), Max Reuter (4), Michael Buchwitz (4), Grégoire Broquet (1), and François Marie Bréon (1)
(1) Laboratoire des Sciences du Climat et de l’Environnement LSCE, Gif sur Yvette, France, (2) Environment and Climate
Change Canada | Environnement et Changement Climatique Canada ECCC, Toron
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Moreaux V., Gielen B., Papale D., Loustau.
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2019
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Pesquisa Florestal Brasileira
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Berbigier P., Berveiller D., J.-M. Bonnefond, Chipeaux C., Delpierre N., Darsonville O., Dufrene E., A. Granier, Joffre R., Klump K., Lafont S., Limousin J-M., Longdoz B., Loustau D., Ourcival J.-M., Piquemal K., Pontailler J.-Y., Rambal S. , SoussanaJ.-F, Moreaux V.
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Euroflux 1996-2028 20th year anniversary, International Workshop,, 2018
Editore:
Euroflux
Autori:
Petri Kiuru, Anne Ojala, Ivan Mammarella, Jouni Heiskanen, Kukka-Maaria Erkkilä, Heli Miettinen, Timo Vesala, Timo Huttula
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Biogeosciences
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10.5194/bg-16-3297-2019
Autori:
Eiko Nemitz, Ivan Mammarella, Andreas Ibrom, Mika Aurela, George G. Burba, Sigrid Dengel, Bert Gielen, Achim Grelle, Bernard Heinesch, Mathias Herbst, Lukas Hörtnagl, Leif Klemedtsson, Anders Lindroth, Annalea Lohila, Dayle K. McDermitt, Philip Meier, Lutz Merbold, David Nelson, Giacomo Nicolini, Mats B. Nilsson, Olli Peltola, Janne Rinne, Mark Zahniser
Pubblicato in:
International Agrophysics, Numero 32/4, 2018, Pagina/e 517-549, ISSN 2300-8725
Editore:
Helsingin University
DOI:
10.1515/intag-2017-0042
Autori:
Sara H. Knox, Robert B. Jackson, Benjamin Poulter, Gavin McNicol, Etienne Fluet-Chouinard, Zhen Zhang, Gustaf Hugelius, Philippe Bousquet, Josep G. Canadell, Marielle Saunois, Dario Papale, Housen Chu, Trevor F. Keenan, Dennis Baldocchi, Margaret S. Torn, Ivan Mammarella, Carlo Trotta, Mika Aurela, Gil Bohrer, David I. Campbell, Alessandro Cescatti, Samuel Chamberlain, Jiquan Chen, Weinan Chen, Si
Pubblicato in:
Bulletin of the American Meteorological Society, Numero 100/12, 2019, Pagina/e 2607-2632, ISSN 0003-0007
Editore:
American Meteorological Society
DOI:
10.1175/bams-d-18-0268.1
Autori:
R. L. Thompson, G. Broquet, C. Gerbig, T. Koch, M. Lang, G. Monteil, S. Munassar, A. Nickless, M. Scholze, M. Ramonet, U. Karstens, E. van Schaik, Z. Wu, C. Rödenbeck
Pubblicato in:
Philosophical Transactions of the Royal Society B: Biological Sciences, Numero 375/1810, 2020, Pagina/e 20190512, ISSN 0962-8436
Editore:
Royal Society of London
DOI:
10.1098/rstb.2019.0512
Autori:
Wouter Peters, Ana Bastos, Philippe Ciais, Alex Vermeulen
Pubblicato in:
Philosophical Transactions of the Royal Society B: Biological Sciences, Numero 375/1810, 2020, Pagina/e 20190505, ISSN 0962-8436
Editore:
Royal Society of London
DOI:
10.1098/rstb.2019.0505
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