Climate change; forest ecosystem; atmosphere; Earth system science; greenhouse gas budget; International research infrastructure
Sun Jia, Hermann Markus, Yuan Ye, Birmili Wolfram, Collaud Coen Martine, Weinhold Kay, Madueño Leizel, Poulain Laurent, Tuch Thomas, Ries Ludwig, Sohmer Ralf, Couret Cedric, Frank Gabriele, Brem Benjamin Tobias, Gysel-Beer Martin, Ma Nan, Wiedensohler Alfred (2021), Long-term trends of black carbon and particle number concentration in the lower free troposphere in Central Europe, in
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George Jan-Peter, Yang Wei, Kobayashi Hideki, Biermann Tobias, Carrara Arnaud, Cremonese Edoardo, Cuntz Matthias, Fares Silvano, Gerosa Giacomo, Grünwald Thomas, Hase Niklas, Heliasz Michael, Ibrom Andreas, Knohl Alexander, Kruijt Bart, Lange Holger, Limousin Jean-Marc, Loustau Denis, Lukeš Petr, Marzuoli Riccardo, Mölder Meelis, Montagnani Leonardo, Neirynck Johan, Peichl Matthias, et al. (2021), Method comparison of indirect assessments of understory leaf area index (LAIu): A case study across the extended network of ICOS forest ecosystem sites in Europe, in
Ecological Indicators, 128, 107841-107841.
Lin Shangrong, Li Jing, Liu Qinhuo, Gioli Beniamino, Paul-Limoges Eugenie, Buchmann Nina, Gharun Mana, Hörtnagl Lukas, Foltýnová Lenka, Dušek Jiří, Li Longhui, Yuan Wenping (2021), Improved global estimations of gross primary productivity of natural vegetation types by incorporating plant functional type, in
International Journal of Applied Earth Observation and Geoinformation, 100, 102328-102328.
Hörtnagl Lukas (2021), DYCO: A Python package to dynamically detect and compensate for time lags in ecosystem time series, in
Journal of Open Source Software, 6(62), 2575-2575.
Zweifel Roman, Sterck Frank, Braun Sabine, Buchmann Nina, Eugster Werner, Gessler Arthur, Häni Matthias, Peters Richard L., Walthert Lorenz, Wilhelm Micah, Ziemińska Kasia, Etzold Sophia (2021), Why trees grow at night, in
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Affolter Stéphane, Schibig Michael, Berhanu Tesfaye, Bukowiecki Nicolas, Steinbacher Martin, Nyfeler Peter, Hervo Maxime, Lauper Jürg, Leuenberger Markus (2021), Assessing local CO 2 contamination revealed by two near-by high altitude records at Jungfraujoch, Switzerland, in
Environmental Research Letters, 16(4), 044037-044037.
Bukowiecki Nicolas, Brem Benjamin T., Wehrle Günther, Močnik Griša, Affolter Stéphane, Leuenberger Markus, Coen Martine Collaud, Hervo Maxime, Baltensperger Urs, Gysel-Beer Martin (2021), Elucidating local pollution and site representativeness at the Jungfraujoch, Switzerland through parallel aerosol measurements at an adjacent mountain ridge, in
Environmental Research Communications, 3(2), 021001-021001.
Say Daniel, Manning Alistair J., Western Luke M., Young Dickon, Wisher Adam, Rigby Matthew, Reimann Stefan, Vollmer Martin K., Maione Michela, Arduini Jgor, Krummel Paul B., Mühle Jens, Harth Christina M., Evans Brendan, Weiss Ray F., Prinn Ronald G., O'Doherty Simon (2021), Global trends and European emissions of tetrafluoromethane (CF4), hexafluoroethane (C2F6) and octafluoropropane (C3F8), in
Atmospheric Chemistry and Physics, 21(3), 2149-2164.
Yver-Kwok Camille, Philippon Carole, Bergamaschi Peter, Biermann Tobias, Calzolari Francescopiero, Chen Huilin, Conil Sebastien, Cristofanelli Paolo, Delmotte Marc, Hatakka Juha, Heliasz Michal, Hermansen Ove, Komínková Kateřina, Kubistin Dagmar, Kumps Nicolas, Laurent Olivier, Laurila Tuomas, Lehner Irene, Levula Janne, Lindauer Matthias, Lopez Morgan, Mammarella Ivan, Manca Giovanni, Marklund Per, et al. (2021), Evaluation and optimization of ICOS atmosphere station data as part of the labeling process, in
Atmospheric Measurement Techniques, 14(1), 89-116.
Pastorello Gilberto, Trotta Carlo, Canfora Eleonora, Chu Housen, Christianson Danielle, Cheah You-Wei, Poindexter Cristina, Chen Jiquan, Elbashandy Abdelrahman, Humphrey Marty, Isaac Peter, Polidori Diego, Reichstein Markus, Ribeca Alessio, van Ingen Catharine, Vuichard Nicolas, Zhang Leiming, Amiro Brian, Ammann Christof, Arain M. Altaf, Ardö Jonas, Arkebauer Timothy, Arndt Stefan K., Arriga Nicola, et al. (2020), The FLUXNET2015 dataset and the ONEFlux processing pipeline for eddy covariance data, in
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Bond‐Lamberty Ben, Christianson Danielle S., Malhotra Avni, Pennington Stephanie C., Sihi Debjani, AghaKouchak Amir, Anjileli Hassan, Altaf Arain M., Armesto Juan J., Ashraf Samaneh, Ataka Mioko, Baldocchi Dennis, Andrew Black Thomas, Buchmann Nina, Carbone Mariah S., Chang Shih‐Chieh, Crill Patrick, Curtis Peter S., Davidson Eric A., Desai Ankur R., Drake John E., El‐Madany Tarek S., Gavazzi Michael, Görres Carolyn‐Monika, et al. (2020), COSORE: A community database for continuous soil respiration and other soil‐atmosphere greenhouse gas flux data, in
Global Change Biology, 26(12), 7268-7283.
Nelson Jacob A., Pérez‐Priego Oscar, Zhou Sha, Poyatos Rafael, Zhang Yao, Blanken Peter D., Gimeno Teresa E., Wohlfahrt Georg, Desai Ankur R., Gioli Beniamino, Limousin Jean‐Marc, Bonal Damien, Paul‐Limoges Eugénie, Scott Russell L., Varlagin Andrej, Fuchs Kathrin, Montagnani Leonardo, Wolf Sebastian, Delpierre Nicolas, Berveiller Daniel, Gharun Mana, Belelli Marchesini Luca, Gianelle Damiano, Šigut Ladislav, et al. (2020), Ecosystem transpiration and evaporation: Insights from three water flux partitioning methods across FLUXNET sites, in
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Graf Alexander, Klosterhalfen Anne, Arriga Nicola, Bernhofer Christian, Bogena Heye, Bornet Frédéric, Brüggemann Nicolas, Brümmer Christian, Buchmann Nina, Chi Jinshu, Chipeaux Christophe, Cremonese Edoardo, Cuntz Matthias, Dušek Jiří, El-Madany Tarek S., Fares Silvano, Fischer Milan, Foltýnová Lenka, Gharun Mana, Ghiasi Shiva, Gielen Bert, Gottschalk Pia, Grünwald Thomas, Heinemann Günther, et al. (2020), Altered energy partitioning across terrestrial ecosystems in the European drought year 2018, in
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Gharun Mana, Hörtnagl Lukas, Paul-Limoges Eugénie, Ghiasi Shiva, Feigenwinter Iris, Burri Susanne, Marquardt Kristiina, Etzold Sophia, Zweifel Roman, Eugster Werner, Buchmann Nina (2020), Physiological response of Swiss ecosystems to 2018 drought across plant types and elevation, in
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Fu Zheng, Ciais Philippe, Bastos Ana, Stoy Paul C., Yang Hui, Green Julia K., Wang Bingxue, Yu Kailiang, Huang Yuanyuan, Knohl Alexander, Šigut Ladislav, Gharun Mana, Cuntz Matthias, Arriga Nicola, Roland Marilyn, Peichl Matthias, Migliavacca Mirco, Cremonese Edoardo, Varlagin Andrej, Brümmer Christian, Gourlez de la Motte Louis, Fares Silvano, Buchmann Nina, El-Madany Tarek S., et al. (2020), Sensitivity of gross primary productivity to climatic drivers during the summer drought of 2018 in Europe, in
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Xiao Mingzhong, Yu Zhongbo, Kong Dongdong, Gu Xihui, Mammarella Ivan, Montagnani Leonardo, Arain M Altaf, Merbold Lutz, Magliulo Vincenzo, Lohila Annalea, Buchmann Nina, Wolf Sebastian, Gharun Mana, Hörtnagl Lukas, Beringer Jason, Gioli Beniamino (2020), Stomatal response to decreased relative humidity constrains the acceleration of terrestrial evapotranspiration, in
Environmental Research Letters, 15(9), 094066-094066.
Simmonds Peter G., Rigby Matthew, Manning Alistair J., Park Sunyoung, Stanley Kieran M., McCulloch Archie, Henne Stephan, Graziosi Francesco, Maione Michela, Arduini Jgor, Reimann Stefan, Vollmer Martin K., Mühle Jens, O'Doherty Simon, Young Dickon, Krummel Paul B., Fraser Paul J., Weiss Ray F., Salameh Peter K., Harth Christina M., Park Mi-Kyung, Park Hyeri, Arnold Tim, Rennick Chris, et al. (2020), The increasing atmospheric burden of the greenhouse gas sulfur hexafluoride (SF6), in
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Yu Longfei, Harris Eliza, Henne Stephan, Eggleston Sarah, Steinbacher Martin, Emmenegger Lukas, Zellweger Christoph, Mohn Joachim (2020), The isotopic composition of atmospheric nitrous oxide observed at the high-altitude research station Jungfraujoch, Switzerland, in
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Schuldt Bernhard, Buras Allan, Arend Matthias, Vitasse Yann, Beierkuhnlein Carl, Damm Alexander, Gharun Mana, Grams Thorsten E.E., Hauck Markus, Hajek Peter, Hartmann Henrik, Hiltbrunner Erika, Hoch Günter, Holloway-Phillips Meisha, Körner Christian, Larysch Elena, Lübbe Torben, Nelson Daniel B., Rammig Anja, Rigling Andreas, Rose Laura, Ruehr Nadine K., Schumann Katja, Weiser Frank, et al. (2020), A first assessment of the impact of the extreme 2018 summer drought on Central European forests, in
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Zweifel Roman, Etzold Sophia, Sterck Frank, Gessler Arthur, Anfodillo Tommaso, Mencuccini Maurizio, von Arx Georg, Lazzarin Martina, Haeni Matthias, Feichtinger Linda, Meusburger Katrin, Knuesel Simon, Walthert Lorenz, Salmon Yann, Bose Arun K., Schoenbeck Leonie, Hug Christian, De Girardi Nicolas, Giuggiola Arnaud, Schaub Marcus, Rigling Andreas (2020), Determinants of legacy effects in pine trees – implications from an irrigation‐stop experiment, in
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Lembrechts Jonas J., Aalto Juha, Ashcroft Michael B., De Frenne Pieter, Kopecký Martin, Lenoir Jonathan, Luoto Miska, Maclean Ilya M.D., Roupsard Olivier, Fuentes‐Lillo Eduardo, García Rafael A., Pellissier Loïc, Pitteloud Camille, Alatalo Juha M., Smith Stuart W., Björk Robert G., Muffler Lena, Cesarz Simone, Gottschall Felix, Backes Amanda Ratier, Okello Joseph, Urban Josef, Plichta Roman, Svátek Martin, et al. (2020), SoilTemp: a global database of near‐surface temperature, in
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Trotsiuk Volodymyr, Hartig Florian, Cailleret Maxime, Babst Flurin, Forrester David I., Baltensweiler Andri, Buchmann Nina, Bugmann Harald, Gessler Arthur, Gharun Mana, Minunno Francesco, Rigling Andreas, Rohner Brigitte, Stillhard Jonas, Thürig Esther, Waldner Peter, Ferretti Marco, Eugster Werner, Schaub Marcus (2020), Assessing the response of forest productivity to climate extremes in Switzerland using model–data fusion, in
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Zellweger Christoph, Steinbrecher Rainer, Laurent Olivier, Lee Haeyoung, Kim Sumin, Emmenegger Lukas, Steinbacher Martin, Buchmann Brigitte (2019), Recent advances in measurement techniques for atmospheric carbon monoxide and nitrous oxide observations, in
Atmospheric Measurement Techniques, 12(11), 5863-5878.
Ibraim Erkan, Wolf Benjamin, Harris Eliza, Gasche Rainer, Wei Jing, Yu Longfei, Kiese Ralf, Eggleston Sarah, Butterbach-Bahl Klaus, Zeeman Matthias, Tuzson Béla, Emmenegger Lukas, Six Johan, Henne Stephan, Mohn Joachim (2019), Attribution of N 2 O sources in a grassland soil with laser spectroscopy based isotopocule analysis, in
Biogeosciences, 16(16), 3247-3266.
Kosonen Zaida, Schnyder Elvira, Hiltbrunner Erika, Thimonier Anne, Schmitt Maria, Seitler Eva, Thöni Lotti (2019), Current atmospheric nitrogen deposition still exceeds critical loads for sensitive, semi-natural ecosystems in Switzerland, in
Atmospheric Environment, 211, 214-225.
Creamean Jessie M., Mignani Claudia, Bukowiecki Nicolas, Conen Franz (2019), Using freezing spectra characteristics to identify ice-nucleating particle populations during the winter in the Alps, in
Atmospheric Chemistry and Physics, 19(12), 8123-8140.
Peaucelle Marc, Bacour Cédric, Ciais Philippe, Vuichard Nicolas, Kuppel Sylvain, Peñuelas Josep, Belelli Marchesini Luca, Blanken Peter D., Buchmann Nina, Chen Jiquan, Delpierre Nicolas, Desai Ankur R., Dufrene Eric, Gianelle Damiano, Gimeno‐Colera Cristina, Gruening Carsten, Helfter Carole, Hörtnagl Lukas, Ibrom Andreas, Joffre Richard, Kato Tomomichi, Kolb Thomas E., Law Beverly, Lindroth Anders, et al. (2019), Covariations between plant functional traits emerge from constraining parameterization of a terrestrial biosphere model, in
Global Ecology and Biogeography, 28(9), 1351-1365.
Besnard Simon, Carvalhais Nuno, Arain M. Altaf, Black Andrew, Brede Benjamin, Buchmann Nina, Chen Jiquan, Clevers Jan G. P. W, Dutrieux Loïc P., Gans Fabian, Herold Martin, Jung Martin, Kosugi Yoshiko, Knohl Alexander, Law Beverly E., Paul-Limoges Eugénie, Lohila Annalea, Merbold Lutz, Roupsard Olivier, Valentini Riccardo, Wolf Sebastian, Zhang Xudong, Reichstein Markus (2019), Memory effects of climate and vegetation affecting net ecosystem CO2 fluxes in global forests, in
PLOS ONE, 14(2), e0211510-e0211510.
Burri Susanne, Haeler Elena, Eugster Werner, Haeni Matthias, Etzold Sophia, Walthert Lorenz, Braun Sabine, Zweifel Roman (2019), How did Swiss forest trees respond to the hot summer 2015?, in
Die Erde, 150(4), 214-229.
Gielen Bert, Acosta Manuel, Altimir Nuria, Buchmann Nina, Cescatti Alessandro, Ceschia Eric, Fleck Stefan, Hörtnagl Lukas, Klumpp Katja, Kolari Pasi, Lohila Annalea, Loustau Denis, Marańon-Jimenez Sara, Manise Tanguy, Matteucci Giorgio, Merbold Lutz, Metzger Christine, Moureaux Christine, Montagnani Leonardo, Nilsson Mats B., Osborne Bruce, Papale Dario, Pavelka Marian, Saunders Matthew, et al. (2018), Ancillary vegetation measurements at ICOS ecosystem stations, in
International Agrophysics, 32(4), 645-664.
Hufkens Koen, Filippa Gianluca, Cremonese Edoardo, Migliavacca Mirco, D’Odorico Petra, Peichl Matthias, Gielen Bert, Hörtnagl Lukas, Soudani Kamel, Papale Dario, Rebmann Corinna, Brown Tim, Wingate Lisa (2018), Assimilating phenology datasets automatically across ICOS ecosystem stations, in
International Agrophysics, 32(4), 677-687.
Sabbatini Simone, Mammarella Ivan, Arriga Nicola, Fratini Gerardo, Graf Alexander, Hörtnagl Lukas, Ibrom Andreas, Longdoz Bernard, Mauder Matthias, Merbold Lutz, Metzger Stefan, Montagnani Leonardo, Pitacco Andrea, Rebmann Corinna, Sedlák Pavel, Šigut Ladislav, Vitale Domenico, Papale Dario (2018), Eddy covariance raw data processing for CO2 and energy fluxes calculation at ICOS ecosystem stations, in
International Agrophysics, 32(4), 495-515.
Rebmann Corinna, Aubinet Marc, Schmid HaPe, Arriga Nicola, Aurela Mika, Burba George, Clement Robert, De Ligne Anne, Fratini Gerardo, Gielen Bert, Grace John, Graf Alexander, Gross Patrick, Haapanala Sami, Herbst Mathias, Hörtnagl Lukas, Ibrom Andreas, Joly Lilian, Kljun Natascha, Kolle Olaf, Kowalski Andrew, Lindroth Anders, Loustau Denis, Mammarella Ivan, et al. (2018), ICOS eddy covariance flux-station site setup: a review, in
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Saunders Matthew, Dengel Sigrid, Kolari Pasi, Moureaux Christine, Montagnani Leonardo, Ceschia Eric, Altimir Nuria, López-Ballesteros Ana, Marańon-Jimenez Sara, Acosta Manuel, Klumpp Katja, Gielen Bert, de Beeck Maarten Op, Hörtnagl Lukas, Merbold Lutz, Osborne Bruce, Grünwald Thomas, Arrouays Dominique, Boukir Hakima, Saby Nicolas, Nicolini Giacomo, Papale Dario, Jones Michael (2018), Importance of reporting ancillary site characteristics, and management and disturbance information at ICOS stations, in
International Agrophysics, 32(4), 457-469.
Besnard Simon, Carvalhais Nuno, Arain M Altaf, Black Andrew, de Bruin Sytze, Buchmann Nina, Cescatti Alessandro, Chen Jiquan, Clevers Jan G P W, Desai Ankur R, Gough Christopher M, Havrankova Katerina, Herold Martin, Hörtnagl Lukas, Jung Martin, Knohl Alexander, Kruijt Bart, Krupkova Lenka, Law Beverly E, Lindroth Anders, Noormets Asko, Roupsard Olivier, Steinbrecher Rainer, Varlagin Andrej, et al. (2018), Quantifying the effect of forest age in annual net forest carbon balance, in
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de Beeck Maarten Op, Gielen Bert, Merbold Lutz, Ayres Edward, Serrano-Ortiz Penelope, Acosta Manuel, Pavelka Marian, Montagnani Leonardo, Nilsson Mats, Klemedtsson Leif, Vincke Caroline, De Ligne Anne, Moureaux Christine, Marańon-Jimenez Sara, Saunders Matthew, Mereu Simone, Hörtnagl Lukas (2018), Soil-meteorological measurements at ICOS monitoring stations in terrestrial ecosystems, in
International Agrophysics, 32(4), 619-631.
Nemitz Eiko, Mammarella Ivan, Ibrom Andreas, Aurela Mika, Burba George G., Dengel Sigrid, Gielen Bert, Grelle Achim, Heinesch Bernard, Herbst Mathias, Hörtnagl Lukas, Klemedtsson Leif, Lindroth Anders, Lohila Annalea, McDermitt Dayle K., Meier Philip, Merbold Lutz, Nelson David, Nicolini Giacomo, Nilsson Mats B., Peltola Olli, Rinne Janne, Zahniser Mark (2018), Standardisation of eddy-covariance flux measurements of methane and nitrous oxide, in
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Käslin Florian, Baur Thomas, Meier Philip, Koller Patrick, Buchmann Nina, D'Odorico Petra, Eugster Werner (2018), Novel Twig Sampling Method by Unmanned Aerial Vehicle (UAV), in
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García Omaira E., Schneider Matthias, Ertl Benjamin, Sepúlveda Eliezer, Borger Christian, Diekmann Christopher, Wiegele Andreas, Hase Frank, Barthlott Sabine, Blumenstock Thomas, Raffalski Uwe, Gómez-Peláez Angel, Steinbacher Martin, Ries Ludwig, de Frutos Angel M. (2018), The MUSICA IASI CH4 and N2O products and their comparison to HIPPO, GAW and NDACC FTIR references, in
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ICOS Atmospheric Greenhouse Gas Mole Fractions of CO2, CH4, CO, 14CO2 and Meteorological Observations 2016-2018, final quality controlled Level 2 data
| Author |
Colomb, A; Conil, S; Delmotte, M; Heliasz, O; Hermannsen, O; Holst, J; Keronen, P; Kominkova, K; Kubistin, D; Laurent, O; Lehner, I; Levula, J; Lindauer, M; Lunder, C; Lund Myhre, C; Marek, M; Marklund, P; Mölder, M; Ottosson Löfvenius, M; Pichon, J-M; Plass-Dûlmer, C; Ramonet, M; Schumacher, M; Steinbacher, M; Vitkova, G; Weyrauch, D; Yver-Kwok, C |
| Publication date |
24.08.2018 |
| Persistent Identifier (PID) |
doi:10.18160/rhkc-vp22 |
| Repository |
ICOS Carbon Portal
|
| Abstract |
The first full Level 2 (final quality controlled observational) data from the atmospheric network has been released on 24 August 2018 by the ICOS Atmosphere Thematic Center. The data concerns the stations Gartow, Hohenpeißenberg, Hyltemossa, Jungfraujoch, Křešín u Pacova, Norunda, OPE, Puy de Dome, SMEAR, Svartberget, and Zeppelin Observatory.Carbon Portal minted a DOI for the complete collection of this release that contains the final quality controlled hourly averaged data for the mole fractions of CO2, CO and CH4 and meteorological observations measured at the relevant vertical levels of the measurements stations, and where available 14C in CO2 in two-weekly integrated samples, for the years 2016-2018.
| Author |
ICOS RI, |
| Publication date |
01.08.2019 |
| Persistent Identifier (PID) |
https://doi.org/10.18160/CE2R-CC91 |
| Repository |
ICOS ERIC - Carbon Portal
|
| Abstract |
2019-1 release containing data from the atmospheric network of ICOS Research Infrastructure for 19 stations and 49 vertical levels at Gartow, Hohenpeißenberg, Hyltemossa, Ispra, Jungfraujoch, Křešín u Pacova, Lindenberg, Lutjewad, Monte Cimone, Norunda, OPE, Pallas, Puy de Dome, SMEAR-II, Svartberget, Torfhaus, Trainou, Utö and Zeppelin Observatory. This collection contains the final quality controlled hourly averaged data for the mole fractions of CO2, CH4, CO and meteorological observations measured at the relevant vertical levels of the measurements stations, and where available 14C in CO2 in two-weekly integrated samples, for the period September 2015-April 2019. All stations follow the ICOS Atmospheric Station specification V1.3 (https://doi.org/10.18160/SDW6-BX90) and are certified as ICOS atmospheric stations Class I or II. Data processing has been performed as described in Hazan et al., 2016 (https://doi.org/10.5194/amt-9-4719-2016).
| Author |
Drought 2018 Team,; ICOS ATC, |
| Publication date |
11.03.2020 |
| Persistent Identifier (PID) |
https://doi.org/10.18160/ERE9-9D85 |
| Repository |
ICOS ERIC - Carbon Portal
|
| Abstract |
Atmospheric Greenhouse Gas Mole Fractions of CO2 collected by the Drought-2018 team, covering the period 1972-2018. Final quality controlled Level 2 data. During the most recent period, a selected set of stations, after being labelled as ICOS stations, follow the ICOS Atmospheric Station specification V1.3. Measurements and data processing for all time series is described in the paper below. All concentrations are calibrated to the WMO X2007 CO2 mole fraction scale in µmole/mole (ppm).
| Author |
Drought 2018 Team,; ICOS ETC, |
| Publication date |
11.03.2020 |
| Persistent Identifier (PID) |
https://doi.org/10.18160/YVR0-4898 |
| Repository |
ICOS ERIC - Carbon Portal
|
| Abstract |
This is the release of the observational data product for eddy covariance fluxes at 52 stations in the ecosystem domain, part of them outside the ICOS network, from the Drought-2018 team and covering the period 1989-2018. The data are in the standard format used for the ICOS L2 ecosystem products and also used by other regional networks like AmeriFlux. The processing has been done using the ONEFlux processing pipeline (https://github.com/icos-etc/ONEFlux) and is fully compliant and integrable with the FLUXNET2015 release (https://fluxnet.fluxdata.org/) and other datasets processed with the same pipeline (AmeriFlux, ICOS L2)
| Author |
ICOS RI, |
| Publication date |
01.05.2021 |
| Persistent Identifier (PID) |
https://doi.org/10.18160/wjy7-5d06 |
| Repository |
ICOS ERIC - Carbon Portal
|
| Abstract |
This 2021-1 release containing data from the atmospheric network of ICOS Research Infrastructure for 26 stations and 67 vertical levels at Gartow, Helgoland, Hohenpeißenberg, Hyltemossa, Ispra, Jungfraujoch, Karlsruhe (KIT), Křešín u Pacova, La Réunion, Lampedusa, Lindenberg, Lutjewad, Monte Cimone, Norunda, OPE, Ochsenkopf, Pallas, Puy de Dome, Saclay, SMEAR-II Hyytiälä, Steinkimmen, Svartberget, Torfhaus, Trainou, Utö - Baltic Sea and Zeppelin Observatory. This collection contains the final quality controlled hourly averaged data for the mole fractions of CO2, CH4, N2O, CO and meteorological observations measured at the relevant vertical levels of the measurements stations, and where available 14C in CO2 in two-weekly integrated samples, for the period September 2015-January 2021. All stations follow the ICOS Atmospheric Station specification V2.0 (doi:10.18160/GK28-2188) and are certified as ICOS atmospheric stations Class I or II. Data processing has been performed as described in Hazan et al., 2016 (doi:10.5194/amt-9-4719-2016).
| Author |
ICOS RI, |
| Publication date |
06.05.2021 |
| Persistent Identifier (PID) |
https://doi.org/10.18160/fzmy-pg92 |
| Repository |
ICOS ERIC - Carbon Portal
|
| Abstract |
This is the 2021-1 release of the ICOS final quality data product for eddy covariance fluxes and meteorological observations at sixteen labelled ICOS stations in the ecosystem domain. The archives contain more detailed description of the different data files contained in the archives. Measurements have been collected using the following instructions:ICOS Ecosystem Instructions for Air Meteorological Measurements (TA, RH, PA, WS, WD), https://doi.org/10.18160/NHEG-4KWWICOS Ecosystem Instructions for Turbulent Flux Measurements of CO2, Energy and Momentum, https://doi.org/10.18160/QWV4-639G
| Author |
FLUXNET, |
| Publication date |
01.01.2021 |
| Persistent Identifier (PID) |
https://doi.org/10.5194/essd-2020-307 |
| Repository |
FLUXNET
|
| Abstract |
FLUXNET-CH4 is an initiative led by the Global Carbon Project, in close partnership with AmeriFlux and EuroFlux, to compile a global database of eddy covariance (EC) methane flux measurements. Data are standardized, post-processed (i.e., partitioned and gap-filled), and released as FLUXNET-CH4 (Delwiche et al. 2021, Knox et al. 2019). FLUXNET-CH4 Version 1.0 includes data from 81 sites, representing freshwater, coastal, upland, natural, and managed ecosystems. The near continuous, high-frequency nature of EC measurements offers significant promise for improving our understanding of ecosystem-scale CH4 flux dynamics. FLUXNET-CH4 exists thanks to the hard work of the site teams who collected these data and their willingness to participate in the FLUXNET-CH4 effort. Please refer to the Data Policy page for data usage and acknowledgement requirements. Funding for the FLUXNET-CH4 initiative was provided by the Gordon and Betty Moore Foundation and the USGS Powell Center.
| Author |
FLUXNET, |
| Publication date |
09.07.2020 |
| Persistent Identifier (PID) |
https://doi.org/10.1038/s41597-020-0534-3 |
| Repository |
FLUXNET
|
| Abstract |
The FLUXNET2015 Dataset includes data collected at sites from multiple regional flux networks. The preparation of this FLUXNET Dataset has been possible thanks only to the efforts of many scientists and technicians around the world and the coordination among teams from regional networks. The previous versions of FLUXNET Dataset releases are the FLUXNET Marconi Dataset (2000) and the FLUXNET LaThuile Dataset (2007). The FLUXNET2015 Dataset includes several improvements to the data quality control protocols and the data processing pipeline. Examples include close interaction with tower teams to improve data quality, new methods for uncertainty quantification, use of reanalysis data to fill long gaps of micrometeorological variable records, among others (see the data processing pipeline page for details). Refer to the Data Policy page for data usage and acknowledgement requirements.
ICOS-CH, Phase 2, is the Swiss contribution to the Integrated Carbon Observation System Research Infrastructure (ICOS RI) which entered into its operational phase end of 2015 (as Integrated Carbon Observation System European Research Infrastructure Consortium, ICOS ERIC). Overarching goals of ICOS RI are to quantify and to understand the greenhouse gas (GHG) balance of the European continent and adjacent regions based on highly standardized measurements (i.e., sensors and protocols) in the atmosphere, in terrestrial ecosystems and in the ocean, and to distribute data and data products to stakeholders and user communities. With the ICOS-CH network, i.e. ETH Zurich (National Focal Point), Empa, WSL, University of Bern, University of Basel and MeteoSwiss, Switzerland participates in ICOS RI since its beginning in 2013. Two Class 1 sites had been chosen due to their science history: one ecosystem site (Davos, DAV) and one atmospheric site (Jungfraujoch, JFJ). During Phase 1 (2013-2017), both sites have been upgraded according to ICOS RI requirements, when specifications and protocols were available, while basic measurements continued. At DAV, a new data acquisition system, near-real time data transfer and data processing were developed, tested and implemented. 20 years of data were reprocessed and made openly available. Five large automated chambers to measure forest floor GHG fluxes were built and installed in the field, one of them tested for operation during winter. Sensors at the tower were renewed, new equipment for net ecosystem CH4 and N2O fluxes was installed and runs - compliant with ICOS - since end of 2015. At JFJ, ICOS conforming continuous GHG analysers were installed and underwent the required testing. The ICOS mobile lab was installed at JFJ for six weeks to audit setup and instrument performance. Automated data processing was implemented to allow direct data transfer to the central database. A ceilometer to determine the planetary boundary layer (PBL) height above JFJ was installed at the Kleine Scheidegg, approximately 5 km north and 1.5 km below JFJ, and extensive algorithms for PBL detection were developed and validated. Flask sampling continued. Both sites were among the first within ICOS RI to enter the labelling process in 2016 (Step 1 successfully finished, Step 2 on-going). Swiss staff participated in training courses on ICOS quality assurance procedures.In Phase 2 (2017-2020), the Swiss contribution to ICOS RI will be coordinated within Subproject A, also responsible for communication within and beyond ICOS-CH. The site infrastructure needs to be completed according to the finalized ICOS RI protocols (in Subprojects B and C for DAV and JFJ, respectively). Then, both sites need to be maintained at Class 1 level, i.e., with comprehensive variable sets, regular measurement campaigns, very high data quality requirements, fast response/repair times when sensors should fail, and near real-time data provision to ICOS RI. This requires continuous data quality assurance and quality control, ensured by well-trained technical staff and data scientists. Thus, ICOS-CH provides a unique opportunity for scientists to contribute to excellent research and scientific innovations based on high precision, continuous, open-access data, a comprehensive set of measurements, an excellent infrastructure as well as on-site validations for research related to Earth system science.