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| Davila, Xabier; Rubio, Anna; Artigas, Felipe; Puillat, Ingrid; Manso-narvarte, Ivan; Lazure, Pascal; Caballero, Ainhoa. |
| Mesoscale dynamics play a major role in several ocean processes, not only in the transport of momentum, heat, mass, particles and microorganisms but also in the provisioning of nutrients into the euphotic zone. Mesoscale processes can define niches where specific phytoplankton species flourish. However, this effect is not straightforward in coastal areas, which are submitted to a more complex interplay between different oceanic processes. In this context, the ETOILE campaign surveyed the CapBreton canyon area in the South-East of Bay of Biscay in early August 2017. The main objective of this study was to link the occurrence and distribution of phytoplankton with the mesoscale ocean processes. On top of the remote sensing data available for this area, such... |
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| Ano: 2020 |
URL: https://archimer.ifremer.fr/doc/00635/74733/74723.pdf |
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| Artigas, Felipe; Creach, Veronique; Houliez, Emilie; Karlson, Bengt; Lizon, Fabrice; Seppala, Jukka; Wacquet, Guillaume. |
| This is a summary of the activities and results of JERICO-NEXT Work Package 3 Innovations in Technology and Methodology, Task 3.1 Automated platform for the observation of phytoplankton diversity in relation to ecosystem services. The aim is to provide an advanced report on the last developments dedicated to the observation of the phytoplankton diversity by applying novel techniques on automated platforms. The work was carried out in close connection with task 4.1 Biodiversity of plankton, harmful algal blooms and eutrophication. The partners involved in these developments are CNRS, SYKE, SMHI, HZG, RWS, VLIZ CEFAS and Ifremer. Subcontractors in WP4, task 4.1 are WHOI, Scanfjord AB, Tomas Rutten b.v., CytoBuoy b.v. and UGent - PAE. The work was carried out... |
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| Ano: 2019 |
URL: https://archimer.ifremer.fr/doc/00630/74242/73873.pdf |
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| Charria, Guillaume; Schmitt, François; Artigas, Felipe; Berthebaud, Eric; Bonnat, Armel; Bourrin, François; Bozec, Yann; Cariou, Thierry; Claquin, Pascal; Conan, Pascal; Coppola, Laurent; Delalée, Franck; Facq, Jean-valery; Farcy, Patrick; Ferreira, Sophie; Garcia, Fabrice; Grisoni, Jean-michel; Jacqueline, Franck; Jacquet, Matthias; Lefebvre, Alain; Leredde, Yann; Le Roux, Jean-francois; Mas, Sébastien; Mostajir, Behzad; Mousseau, Laure; Pairaud, Ivane; Petton, Sebastien; Pouvreau, Stephane; Quemener, Loic; Ravel, Christophe; Raimbault, Patrick; Repecaud, Michel; Retho, Michael; Rimmelin-maury, Peggy; Riou, Philippe; Savoye, Nicolas; Souchu, Philippe; Verney, Romaric; Vuillemin, Renaud. |
| COAST-HF (Coastal OceAn observing SysTem – High Frequency) is a French national observation network of the physical and biogeochemical dynamics of the coastal ocean, at high frequency. COAST-HF aims at understanding and analysing changes of contrasted coastal ecosystems at different temporal scales from extreme or intermittent high frequency (hour, day) events to multi-year trends. Since several years (from 2000 for the longest time series in Bay of Brest), the network extends along the English Channel, Atlantic and Mediterranean French coasts through 14 fixed platforms instrumented for the in situ high-frequency (≤ 1h) observations. Several French research institutes (IFREMER, CNRS, Marine Universities) are operating these systems. The organization of... |
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| Ano: 2019 |
URL: https://archimer.ifremer.fr/doc/00635/74723/74708.pdf |
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| Karlson, Bengt; Artigas, Felipe; Créach, Veronique; Louchart, Arnaud; Wacquet, Guillaume; Seppälä, Jukka. |
| Novel methods for automated in situ observations of phytoplankton diversity This is a summary of activities and results from months 1-24 of JERICO-NEXT Work Package 3 Innovations in Technology and Methodology, Task 3.1 Automated platform for the observation of phytoplankton diversity in relation to ecosystem services. The aim is to provide a synthesis report after developments dedicated to the observation of the phytoplankton diversity by applying novel techniques on automated platforms. The work has been carried out in close connection with task 4.1 Biodiversity of plankton, harmful algal blooms and eutrophication. The partners involved are CNRS, SYKE, SMHI, HZG, RWS, VLIZ CEFAS, Ifremer and AZTI. Subcontractors in WP4, task 4.1 are WHOI, Scanfjord AB,... |
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| Ano: 2017 |
URL: http://archimer.ifremer.fr/doc/00422/53393/54268.pdf |
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| Puillat, Ingrid; Rubio, Anna; Artigas, Felipe; Karlson, Bengt; Seppala, Jukka; King, Andrew; Berta, Maristella; Griffa, Annalisa; Mourre, Baptise; Nair, Rajesh; Petihakis, Geroge. |
| WP4 of JERICO-NEXT aims to synthesize the project’s activities in the other WPs and gather the contributions around applied Joint Research Activity Projects (JRAPs) selected to benefit of and highlight JERICO-NEXT activities. In order to fulfil this objective, methodologies developed or improved in WP3 were applied in the JRAPs;the provision of data assembled and distributed was undertaken according to the WP5 recommendations; dedicated topical approaches of the scientific strategy matured jointly with WP1&4 (Deliverable D4.1) were applied within the JRAPs, providing then in return essential input to the future road map of the research infrastructures. Indeed, six JRAPs were implemented to address different key environmental issues and/or policy needs... |
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| Ano: 2019 |
URL: https://archimer.ifremer.fr/doc/00576/68828/67240.pdf |
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| Puillat, Ingrid; Carlier, Antoine; Facq, Jean-valery; Rubio, Anna; Lazure, Pascal; Delauney, Laurent; Petihakis, George; Karlson, Bengt; Artigas, Felipe; Farcy, Patrick. |
| A key message of the JERICO-RI consortium (2014): “The complexity of the coastal ocean cannot be well understood if interconnection between physics, biogeochemistry and biology is not guaranteed. Such integration requires new technological developments allowing continuous monitoring of a larger set of parameters”. In agreement with this consideration, several new observing systems are developed, tested and deployed in the framework of the JERICO-NEXT H2020 project, amongst which a few of them will be presented as well as some preliminary results after the first deployments. Focus will be given on coastal transports and hydrology and on benthic biodiversity. In the first case, we will present a low cost 2D moored system dedicated to acquire vertical... |
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Palavras-chave: JERICO; JERICO-NEXT; Coastal; Ocean Observing System (OOS); Harmonization. |
| Ano: 2018 |
URL: http://archimer.ifremer.fr/doc/00437/54866/56359.pdf |
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| Gremare, Antoine; Puillat, Ingrid; Karlson, Bengt; Artigas, Felipe; Nizzetto, Luca; Rubio, Anna; Laakso, Lauri; Mourre, Baptiste. |
| Six Joined Research activity Projects (JRAPS have been achieved within JERICO-NEXT. These projects have been set up to tackle some of the complex technical and scientifical issues associated with the implementation of Coastal Ocean Observing over a wide range of environmental conditions and spatiotemporal scales. The topics of these projects have been defined in relation with some of the Marine Strategy Framework Directive: JRAP 1: Biodiversity of plankton, harmful algal blooms and eutrophication, JRAP 2: Monitoring changes in microbenthic biodiversity, assessing potential environmental controls and functional consequences JRAP 3: Occurrence of contaminants in Northern coastal waters and biological responses JRAP 4: 4D characterization of trans-boundary... |
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| Ano: 2019 |
URL: https://archimer.ifremer.fr/doc/00577/68871/67242.pdf |
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| Puillat Felix, Ingrid; Karlson, Bengt; Artigas, Felipe; Grémare, Antoine; Nizzetto, Lucas; Rubio, Anna; Laakso, Lauri; Seppala, Jukka; Mourre, Baptiste. |
| The WP4 of the JERICO-Next is a synthesis of the project built upon activities in other WPs, gathering the consortium around applied Joint Research Activity Projects (JRAPs) selected to put forward the added value of JERICO-NEXT. In order to reach this objective, WP4 keeps on track the JERICO-NEXT course of actions via synthesis and application activities based on interactions with other WPs. WP4 helps establishing some topical approaches for the scientific strategy in WP1 (task 1.2) and will give inputs to establish the network strategy after JERICO-NEXT (task 1.6). Indeed, six JRAPs will be implemented to address different key environmental questions and/or policy requirements such as those considered by the MSFD, and according to the 6 JERICO scientific... |
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| Ano: 2016 |
URL: http://archimer.ifremer.fr/doc/00382/49333/49719.pdf |
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