IUEM quits X

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For several years, IUEM has been using Twitter to communicate with as wide an audience as possible. However, since Elon Musk bought the platform at the end of 2022, the social network, now known as ‘X’, has evolved in a direction that runs counter to our values: relativism, massive propagation of false information, cyber-bullying, lack of moderation, commercial spamming, etc. The IUEM and the laboratories it hosts have therefore decided to leave this platform.
We remain fundamentally committed to open science that speaks to as many people as possible, and invite you to join our community on LinkedIn.

SILICAMICS 4 conference review

The SILICAMICS interdisciplinary conference series, launched in 2015, aims to better understand biosilicification and the nature and importance of siliceous organisms in past, contemporary and future oceans. It is developing an integrative approach that includes physics, chemistry, biogeochemistry, biochemistry, physiology, ecology and genomics. The fourth conference, held at Moulin Mer (Logonna-Daoulas, France), brought together more than 50 scientists from America, Asia, Oceania, the Middle East and Europe.

The conference revealed the progress made in understanding the molecular basis of silicification and the transfer of dissolved silica from the environment to intracellular organs via SIT proteins. Planet Earth is rich in silica-containing plants. It acts as a biotic or abiotic stress attenuator. With regard to the oceans, in addition to the key role played by diatoms in the surface layers, the development of which is encouraged by the formation of small-scale physical structures, the role of radiolarians in the deep layers has been highlighted. In the benthic domain, siliceous sponges, dominant in ancient times, are widespread in both coastal and abyssal zones. Their role in coastal ecosystems is beginning to be better understood. Among the flows that contribute to the biogeochemical cycle of silicon in the oceans, the importance ofreverse weathering has been confirmed and that of sand dissolution questioned. Evidence of the direct impact of climate change on polar marine ecosystems was provided, particularly for the Arctic Ocean, where the rapid decrease in sea ice cover is affecting the functioning of pelagic and benthic ecosystems, as well as that of the sea ice biome.

 

 

Download the conference programme

IMBC 2025

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Registration and abstract submission opening: 15 January 2025

Registration and abstract submission on the IMBC2025 website

The IMBC

The International Marine Biotechnology Conference (IMBC) is the leading conference on marine biotechnology, bringing together global leaders in the field since 1989. Its mission is to inform and facilitate exchanges among students, researchers, technologists, policymakers, and industry professionals. The IMBCs attract both local and international participants, offering a communication platform among international scholarly societies working in marine biotechnology. The IMBC is organized under the auspices of the IMBA (International Marine Biotechnology Association) and is associated with the “Marine Biotechnology” journal.
The philosophy of IMBC in the 21st century is based on applying scientific advances in marine science, molecular biology, engineering, and information technology to gain a better understanding of marine ecosystems. The goal is to develop new products, processes, or services while ensuring sustainable management of marine resources. Marine biotechnology, which combines both fundamental and applied research, is essential for innovations in sectors such as health, food, cosmetics, pollution control, and energy production.

2025 Conference

The conferences will cover a wide range of topics, from marine pharmacology to bioenergy. They will bring together internationally renowned experts, fostering high-level scientific exchange.

IMBC promotes the development of international partnerships among laboratories, universities, and companies, thus accelerating research and innovation and the creation of consortia. By promoting discoveries and strengthening global dialogue, IMBC also aims to draft a roadmap for developing innovative and sustainable solutions for the future of marine biotechnology.

Plenary conferences

Monday 7 July, Brest


Unveiling the Hidden Potential of Environmental Microbes

Advancing Marine Biotechnology Through Cutting-Edge Single-Cell Omics


Haruko Takeyama | Waseda University, Japan


Haruko Takeyama earned her Doctorate in Engineering from the Department of Biotechnology at the Tokyo University of Agriculture and Technology in 1992. From 1991 to 1994, she served as a research fellow at the University of Miami’s Rosenstiel School of Marine and Atmospheric Science. She progressed through academic ranks at the Tokyo University of Agriculture and Technology, serving as an Assistant Professor from 1994 to 1999, an Associate Professor from 1999 to 2005, and Professor from 2005 to 2007 in the Department of Biotechnology. In 2007, she was appointed to the position of Professor at Waseda University in the Faculty of Advanced Science and Engineering, Department of Life Science and Medical Bioscience (http://www.takeyama-lab.sci.waseda.ac.jp/). She has been the Director of the Integrated Institute for Regulatory Science at the Research Organization for Nano & Life Innovation at Waseda University since 2009. In July 2016, she was named Director of the AIST (National Institute of Advanced Industrial Science and Technology) and Waseda University Computational Bio Big-Data Open Innovation Laboratory, while also holding a joint appointment as a Joint Appointed Fellow of AIST. Since 2020, she has served as a project manager for the Moonshot R&D Program in the fields of agriculture, forestry, and fisheries. Since 2023, she has taken on the role of program officer for the Biotechnology Research field in the ASPIRE (Adopting Sustainable Partnerships for Innovative Research Ecosystem) program at the Japan Science and Technology Agency (JST) and has been a member of the Science Council of Japan. She has been the Vice President of the International Marine Biotechnology Association. Her research encompasses Environmental Science, Microbiology, Biotechnology, and Genome Technology, with current interests including the utilization of environmental bio/gene resources, metagenomic analysis, single-cell analysis, and the development of supporting technologies.

Wednesday 9 July, Lorient


Antibiofilm marine compounds


Pr. Ruangelie Edrada-Ebel | Strathclyde Institute of Pharmacy and Biomedical Sciences, University of Strathclyde Scotland


Director of the Natural Products Metabolomics Group (NPMG). Expertise: Isolation of natural products and elucidation of their structure (spectroscopic techniques). Area of research: Metabolomics for the identification and biotechnological optimisation of the production of bioactive secondary metabolites in micro-organisms of marine origin.

10 sessions


10 sessions are planned, as well as masterclasses.

Wednesday 9 July will be held at:


Marine Drugs, Bioactive Compounds and Nutraceuticals


Dr. Gaétan BURGAUD | LUBEM, INRAE, Université Bretagne Occidentale, France

Prof. Antje LABES | Flensburg University of Applied Sciences, Germany


Marine Drugs, Bioactive Compounds, and Nutraceuticals session will explore the large potential of marine-derived substances for health and wellness. This session aims to delve deeper into the discovery and characterization of bioactive compounds sourced from marine organisms, such as macroalgae, sponges, and microorganisms from all 3 domains of life, for therapeutic and pharmaceutical applications. This session will also explore innovative nutraceuticals that leverage marine biodiversity to prevent and treat diseases while promoting well-being. Additionally, challenges and solutions to overcome bottlenecks related to sustainable production and product development will be addressed.


Marine Algal Omics and Biotechnology


Dr. Matthieu GARNIER | Unité de recherche du département Océanographie et Dynamique des Ecosystèmes, IFREMER, France

Prof. Izabela MICHALAK | Wroclaw University of Science and Technology, Faculty of Chemistry, Department of Advanced Material Technologies, Poland


Marine Algal Omics and Biotechnology focuses on the study of marine algae through omics technologies, such as genomics, proteomics, and metabolomics. This theme explores the genetic and biochemical properties of algae to unlock their potential for applications in biotechnology, medicine, and agriculture for example. It emphasizes the development of sustainable bioprocesses and products derived from marine algae. The goal is to harness algal diversity for innovative solutions in various industries.


Climate Change, Environmental Stressors and Marine Biotechnology


Prof. Anne-Marie TRÉGUIER | LOPS, CNRS, Université Bretagne Occidentale

Prof. Chris BOWLER | Institut de Biologie de l’École Normale Supérieure, Paris, France


Climate Change, Environmental Stressors, and Marine Biotechnology examine the impacts of global environmental changes on marine ecosystems and explore biotechnological solutions. This theme focuses on understanding how climate-induced stressors, such as ocean acidification and warming, affect marine biodiversity and resources. It highlights the development of innovative biotechnologies to mitigate these impacts and promote ecosystem resilience. The aim is to leverage science for sustainable marine resource management in a changing world.


Innovative approach to sustainable aquaculture


Dr. Gercende COURTOIS DE VICOSE | Universidad de Las Palmas de Gran Canaria, Spain

Dr. Bastien SADOUL | Pôle Halieutique, Mer et Littoral, UMR DECOD, Institut Agro Rennes Angers, France


Innovative Approaches to Sustainable Aquaculture and Fisheries focus on advancing practices that balance productivity with environmental and social responsibility. This theme explores cutting-edge technologies, ecosystem-based management, and resource-efficient methods to enhance aquaculture and fisheries sustainability. It emphasizes reducing environmental footprints, improving resource utilization, and promoting biodiversity conservation. The aim is to ensure long-term food security while protecting marine ecosystems.


Biomaterials and mineralization


Prof. Antoine LE DUIGOU | IRDL Institut Dupuy de Lôme, Université Bretagne Sud UBS, France

Prof. Susana FERNANDES | Institut des Sciences Analytiques et de Physico-Chimie pour l’Environnement et les Matériaux- Université de Pau & Pays Adour, France


Biomaterials and Mineralization explore the natural processes of biomineralization and their applications in developing advanced materials. This theme focuses on the structure, formation, and properties of minerals produced by organisms, such as shells and coral skeletons. It emphasizes innovative materials bioinspired by these processes for use in medicine, construction, and technology. The goal is to harness nature’s ingenuity for sustainable and functional material solutions.


Novel foods from the ocean


Dr. Hélène MARFAING | CEVA Centre Etudes et de Valorisation des Algues, France
Prof. Concetta MESSINA | Department of Earth and Marine Sciences DiSTeM, University of Palermo, Trapani, Italia


Novel Foods from the Ocean focuses on exploring new, sustainable food sources derived from marine ecosystems. This theme examines the potential of underutilized marine species, such as seaweed, algae, micro-organisms for nutrition and culinary innovation. It emphasizes the development of functional, eco-friendly foods that can address global food security challenges. The aim is to unlock the ocean’s diverse resources for healthy, sustainable food options.


Blue carbon, Marine Bioenergy, and biofuels


Prof. Lieve LAURENS | National Renewable Energy Laboratory, Denver, USA
Prof. Céline LAROCHE | Institut Pascal, Université Clermont Auvergne, France


Blue Carbon, Marine Bioenergy, and Biofuels explore the potential of ocean-based solutions to mitigate climate change and contribute to the nascent sustainable bioeconomy, while promoting and integrating with renewable energy. This theme focuses on the carbon sequestration capabilities of marine ecosystems like kelp forest, mangroves, seagrasses, and salt marshes. It also examines the development of marine biofuels and bioenergy from algae and other marine organisms, through sustainable harvests and farming, and implementing innovative processes. The goal of this session is to present concepts  that harness the ocean’s resources for sustainable energy production while simultaneously enabling climate resilience and  for coastal communities.


Marine microbiology, marine symbiosis and marine ecology


Dr. Narsinh THAKUR | CSIR-NIO National Institute of Oceanography, Goa, India
Dr. Charlotte CORPOREAU | Laboratoire CNRS des sciences de l’environnement marin LEMAR, Ifremer, France


Marine Microbiology, Marine Symbiosis, and Marine Ecology focus on understanding the complex interactions between microorganisms and their hosts in a changing marine environment. This theme explores the role of microbes in marine nutrient cycles, in health and disease of the hosts, and environmental sustainability. It also examines symbiotic relationships, where organisms live in mutualistic partnerships, and their ecological significance. The aim is to deepen our knowledge of marine ecosystems and promote their health and resilience.


Disease and Immunology in Aquaculture


Prof. Claire GACHON | Museum National d’Histoire Naturelle MNHN, France
Prof. Isabelle ARZUL | IFREMER, France


“Disease and Immunology in Aquaculture” focuses on understanding and managing health challenges in aquatic species to ensure sustainable farming. This theme explores the mechanisms of disease development, immune responses, and pathogen interactions in cultivated algae, fish and shellfish. It emphasizes innovative strategies for disease prevention, diagnostics, and immune enhancement. The goal is to support aquaculture’s growth by improving animal health and minimizing environmental impacts.


Blue Innovation, Science to Policy


Dr. Emma QUILLEROU | AMURE, IUEM, France
Dr. Pierre FAILLER | Centre for Blue Governance, Portsmouth, UK


Blue Innovation, Science to Policy focuses on translating scientific research into actionable policies for sustainable ocean management. This theme explores innovative solutions in marine science, technology, and conservation that can inform policy decisions. It emphasizes the collaboration between researchers, policymakers, and industry to address ocean challenges. The goal is to foster evidence-based strategies that support both environmental protection and economic growth in marine sectors.

3 masterclasses


Ingredients and cosmetics


Dr. Laurence MESLET-CLADIERE | LUBEM, UBO


The Earth is covered by 70% seas and oceans. This marine environment is a source of considerable economic wealth. This wealth could be significantly higher if we had a deeper understanding of this largely unexplored environment. A 2015 WWF study on the Ocean economy, “Reviving the Ocean Economy” indicated that if the seas and oceans were a country, it would rank as the 7th largest economic power in the world (Marine Cosmetics, 2024). Oceans and seas also serve as a source of inspiration for cosmetic products. Today, consumers are increasingly looking for healthy and innovative everyday products driving the search for new ingredients from the marine environment. Brittany is the leader in marine cosmetics in France with over   250 companies involved in the cosmetics industry, ranging from the search for new ingredients to the manufacture of cosmetic products and thalassotherapy centers utilizing marine products. Additionally, Brittany plays a key role in providing a marine ingredient to the international market.

This Master Class on marine cosmetics is an opportunity to bring together manufacturers from Brittany’s marine cosmetics sector and participants of the IMBC 2025 congress. Discussions will focus on topics such as the search for innovative new ingredients or new tests of cosmetic products in connection with marine biotechnology.


Challenges of a multidisciplinary approach to innovation

exploring Arctic microalgae together


Dr. Johann LAVAUD | LEMAR, CNRS, IUEM

Dr. Betty QUEFFELEC | AMURE, UBO, IUEM


Innovation means working at the frontiers of current knowledge and science, meaning a lot of unknowns. It relies on successfully mobilising the natural sciences to gain better knowledge of the natural environment, medical sciences to test out potential medical applications, and economics to assess factors that could foster or hinder innovation capacity. A good understanding of the legal framework allows to integrate conservation, innovation and benefit sharing involving stakeholders and rightholders. The purpose of this workshop is to address the challenges of such a good dialogue between academic disciplines through an illustration: Arctic microalgae in the framework of the ArDco project.


Marine co-products

creating together value chains for a sustainable blue economy


Jean-Pascal BERGÉ | Upcyclink, France

Franck HENNEQUART | Algaia, France


The valorization of marine co-products, whether of animal or plant origin, represents tremendous potential for innovation and transformation in the maritime industry. By combining our complementary expertise in algae processing and marine resource valorization, we will explore how to collectively build new sustainable value chains. This workshop will highlight the multiple valorization possibilities – from functional ingredients to innovative biomaterials – while examining the conditions for successful collaboration between industry stakeholders. The focus will be on potential synergies and development opportunities to transform these resources into economically viable and environmentally responsible solutions.

Conference directors

Prof. Claire Hellio and Prof. Nathalie Bourgougnon

International Scientific Committee

Prof. Song Qin (president of IMBA)
Prof. Haruko Takeyama (vice-president of IMBA)
Prof. Tiago H. Silva (president of ESMB)
Prof. Concetta Messina (former president of ESMB)

local organising committee

UBO- LEMAR et LUBEM : Claire Hellio and Laurence Meslet
UBS – LBCM : Nathalie Bourgougnon​ & Alexis Bazire
Sorbonne Université : Simon Dittami & Catherine Leblanc​
MHNH : Nadia Améziane
UBO sub-committee : Stéphanie Madec & Zoe Morreeuw
Sorbonne Université sub-committee: Simon Dittami, Catherine Leblanc, Philippe Potin, Lionel Cladiere & Anne Claire Baudoux
MNHN sub-committee : Guillaume​ Massé
UBS sub-committee : Isabelle​ Linossier

Welcome to Brittany

The conference is being held in Brest, on the premises of the Université de Bretagne Occidentale (UBO), the home site of the European Society for Marine Biotechnology since 2014. Sessions will also be held at the Roscoff marine station, the MNHN marine station in Concarneau and the Université de Bretagne Sud, enabling speakers to visit strategic sites.

With a vast and rich coastline, strong academic and industrial skills (70 companies) throughout the region, Brittany has established itself as a leading player in marine bioresources for the benefit of many industries:

  • Cosmetics
  • Food processing
  • Use of fishing by-products, filleting waste and shellfish collection residues
  • Packaging
  • Paints
  • (C) Sébastien HERVE

  • © Mathieu Le Gall

  • ©Jean-Yves Guillaume

  • Frédéric Le Mouillour/Brest métropole océane

  • © Martin Viezzer

Brest is a metropolis of 400,000 inhabitants, a tourist area as well as a living centre. There are many hotels in Brest, ranging from 1 to 4 stars, with prices from €50 to €150 per night. Rooms for students are also available in the centre of Brest, 10 minutes by tram from Brest Arena. The city and its outskirts have many attractive facilities and points of interest, such as Océanopolis, the Ateliers des Capucins linked to the city centre by France’s first urban cable car, and the Conservatoire botanique National de Brest. The city was recently classified as a ‘City of Art and History’. Innovative and open to the world, Brest stands out from other French cities for its links with the marine environment and its cutting-edge marine science and technology sector. In fact, it was from the port of Brest that great explorers set off to discover new worlds: La Pérouse, Kerguelen, Bougainville… Brest has a TGV station in the city centre and an international airport close to the city centre, with a shuttle and tramway service. Brest Bretagne international airport offers a number of international flights and a wide choice of flights via Paris (Orly or Charles de Gaulle).

Important dates


  • Opening date for registration and submission of abstracts: 15 January 2025
  • Deadline for submission of abstracts: 15 March 2025
  • Deadline for selection of abstracts: 15 April 2025
  • Registration deadline for presenters: 15 May 2025
  • Registration deadline for participants (without presentation): 30 May 2025

Registration and abstract submission on the IMBC2025 website

Ressources


Abstracts template Recommandations for the posters

Toubkal (Morocco) and Maghreb PHC international meetings

Moroccan, Tunisian and French delegations welcomed to the UBO for the Toubkal (Morocco) and Maghreb CHP international meetings

From 21 June to 25 June, the IUEM welcomed members of the ‘Toubkal’ and ‘Maghreb’ Partenariats Hubert Curien (PHC) committees for their annual sessions.

The Partenariats Hubert Curien (PHC) support the international scientific and technological exchanges of the Ministry of Europe and Foreign Affairs (MEAE), with the support of the Ministry of Higher Education and Research (MESR). The sessions organised in Brest provide an opportunity to select new research projects in all scientific disciplines and to take stock of these partnerships with Morocco, Tunisia and France.

The Maghreb CHP delegation was made up of the Director of the CNRST in Morocco, Ms Jamila EL ALAMI, the Director General of Scientific Research in Tunisia, Mr Mourad BELLASSOUED, the MAGHREB CHP coordinator, Jacques DEVERCHERE, the French co-chairs of the bilateral committees, the scientific attachés of the French embassies in Rabat and Tunis, and representatives of the ministries involved in the 3 countries. Nearly 40 projects submitted on the Campus France PHC MAGHREB website were discussed by the partners.

The Toubkal CHP delegation was made up of the Moroccan co-chair of the Committee, Ms Jamila EL ALAMI, Director of the CNRST in Morocco, the French co-chair of the Committee, Mr Valery BOTTON, the scientific attaché from the French Embassy in Rabat, representatives of the ministries involved and 14 Tunisian and French scientific experts responsible for evaluating more than 100 projects submitted to the Campus France TOUBKAL CHP website.

The sessions were held at the IUEM and the PNBI and took place in a very cordial and constructive atmosphere.

DU Mer et Médias 2024

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Présentation

Au 21ème siècle les sociétés humaines réalisent que les piliers qui ont assuré leur développement au cours des siècles précédents sont mis en question. De nombreux paradigmes ont changé. Nos activités ont dérégulé l’équilibre climatique et gravement affecté la biodiversité à l’échelle planétaire, et plus particulièrement celle des mers et océans qui occupent plus de 70% de la surface de la Terre. Désormais, pour anticiper l’avenir dans une perspective de développement durable, il nous faut comprendre le fonctionnement de l’océan et ses interactions avec les autres enveloppes fluides et solides de la planète Terre. Promouvoir la mise en oeuvre d’un tel développement est l’un des enjeux de la décennie de l’océan de l’Organisation des Nations Unies (ONU), réaffirmé lors du One Ocean Summit qui s’est tenu à Brest en février 2022, et dans le cadre de la préparation de la conférence de l’ONU sur les océans qui se tiendra à Nice en juin 2025. Mieux comprendre l’océan et ses interactions avec le climat et les sociétés humaines, est devenu un enjeu essentiel pour les médias, à même de faire émerger ou de relayer des débats et idées structurantes.

C’est pour répondre à ces enjeux que l’UBO, en partenariat avec l’Ecole Supérieure de Journalisme de Lille et le Club de la Presse de Bretagne, propose le Diplôme d’Université (DU) “Mer et Médias”. Celui-ci fait suite aux quatre écoles d’été Mer et Journalisme organisées par ISblue.

Ce DU a pour objectif de partager à destination de journalistes et de professionnels de la communication un état des lieux des connaissances des sciences et technologies marines dans une perspective de développement durable. Articulée autour de temps en présentiel à Brest et de temps en distanciel, la formation a pour objectif de transmettre aux participants un socle de connaissance solide mais aussi de leur permettre de  rencontrer des chercheurs et des professionnels de ces thématiques au travers de séances à l’Institut Universitaire Européen de la Mer mais aussi de sorties de terrain et d’interventions “hors les murs”. La formation s’organisera ainsi autour de trois principales sessions à Brest : 2 jours en  avril 2024 pour lancer la formation, 3 jours en juin et 1 jour à l’automne pour la conclure qui seront entrecoupées d’activités en distanciel.

Objectifs

Aptitudes et compétences
Ce diplôme a pour objectif de former les journalistes et communicants qui souhaitent actualiser ou approfondir leurs connaissances scientifiques des enjeux océaniques actuels et futurs. Plusieurs sous-objectifs sous-tendent la formation :

  • Partager les savoirs sur les sciences et technologies marines
  • Échanger au travers d‘analyses croisées entre les journalistes/communicants, le milieu académique et les acteurs économiques du secteur maritime
  • Construire de l’information, grâce au processus d’acculturation d’un contenu d’experts aux standards « journalistiques ».

Compétences visées

  • Acquérir les connaissances de base sur le système océan dans ses dimensions scientifiques (sciences physiques, naturelles, humaines), dont les volets économiques, juridiques, et culturels
  • Savoir restituer ces connaissances sous la forme de contenus journalistiques pointus tout en étant accessibles à un large public
  • Être capables de comprendre la démarche scientifique dans un contexte d’une évolution permanente des contenus scientifiques.

Sessions en présentiel, lien vers inscription et contacts


Sessions en présentiel à Plouzané :

  • Session 1 : les 11 et 12 avril 2024
  • Session 2 : du 26 au 28 juin 2024
  • Session 3 : novembre 2024

Lien vers le dossier d’inscription

Contacts :


Plus d‘infos sur le site de l’UBO (SUFCA)


La presse en parle…


DU Mer & Médias à l’IUEM : « Permettre la vulgarisation des recherches sur la mer »

Le Télégramme, article du 27 février 2024


Lire l’article

Conference GERLI 2024

Conférence à l’IUEM (PNBI) du 23 au 26 septembre 2024

Dates limites et liens utiles

Inscription sur le site du GERLI avant le 15 juin 2024
Soumission des résumés sur le site du GERLI avant le 15 juin 2024

Le GERLI

Le Groupe d’Etude et de Recherche en Lipidomique (GERLI) est une société savante avec un bureau et un conseil scientifique.

Elle a été créée en 1978 et fait partie des groupes thématiques de la Société Française de Biochimie et Biologie Moléculaire (SFBBM) qui compte de nombreux groupes thématiques. Au niveau européen, le GERLI est associé à EURO FED LIPID, fédération européenne pour la science et la technologie des lipides. Le GERLI a été depuis 40 ans un moteur dans l’animation scientifique en organisant chaque année un Congrès, et en stimulant l’intérêt des jeunes scientifiques par l’attribution de Prix de Thèse. Les congrès de Lipidomique, avec des thématiques transversales, depuis les aspects très fondamentaux vers l’implication physiopathologique des molécules lipidiques, ont réuni plus de 2000 personnes depuis 2003. Ceci a permis de constituer un réseau de scientifiques dans le domaine.

Conférence 2024

Bienvenue à la 19e réunion du GERLI sur la lipidomique ! Cet événement très attendu réunira des chercheurs de premier plan pour discuter des dernières avancées dans la compréhension de la structure et des fonctions des lipides chez divers organismes vivant dans des environnements aquatiques et terrestres.

Au cours de la réunion, de nouveaux outils et techniques issus de disciplines telles que la biochimie, la biologie cellulaire, la physiologie, l’écologie, la génomique, la protéomique et la lipidomique seront présentés. Ces approches de pointe permettront d’éclairer des questions cruciales concernant la diversité, les fonctions et le métabolisme des lipides, ainsi que leur valorisation industrielle.
A cette fin, 7 sessions seront proposées, allant de la description de la structure des molécules à la définition de leur rôle dans la physiologie des organismes, jusqu’à leur utilisation pour nourrir les populations. Les sessions porteront également sur les techniques analytiques de préservation et de traçabilité, ainsi que sur les techniques émergentes de fluxomique.

La réunion aura lieu du 23 au 26 septembre 2024 à l’Institut Européen des Sciences de la Mer à Plouzané près de Brest et est organisée conjointement par l’Université de Bretagne Occidentale, l’IRD, le CNRS et l’Ifremer.

L’inscription à l’événement comprend l’accès aux sessions scientifiques, aux déjeuners et au dîner de gala. Le nombre de places étant limité (150 participants), nous vous encourageons à soumettre votre résumé dès que possible afin de garantir votre place.

Conformément à notre engagement en faveur du développement durable, nous ferons tout notre possible pour que le congrès intègre des aspects numériques, une restauration et des transports durables.

Nous attendons avec impatience votre participation et nous réjouissons de vous accueillir à Brest en septembre !

7 sessions


  • Session 1 : Structural diversity of lipids from summits to deep sea
  • Session 2 : Roles/functions of lipids and derivatives
  • Session 3 : Lipid markers in trophic ecology : promises and dead ends
  • Session 4: Lipids in their socio-economic context and legal boundaries
  • Session 5: Environmental/climatic and supply issues of omega 3
  • Session 6: GERLI/SFN: Marine lipids and nutrition
  • Session 7 : New progress in lipid methodology

Venez nombreux profiter de la pointe bretonne

La 19e conférence du GERLI aura lieu à L’IUEM, du 23 au 26 septembre 2024. L’IUEM est situé au Technopôle Brest-Iroise à Plouzané, aux portes de la ville de Brest.

Brest est une métropole de 400 000 habitants, zone touristique autant que bassin de vie. De nombreux hôtels allant de 1 à 4 étoiles sont situés dans Brest avec des prix allant de 50 € à 150 € par nuit. Des chambres pour les étudiants sont également disponibles dans le centre de Brest à 10 min en tramway de Brest Arena. La ville et sa périphérie possèdent de nombreux équipements et points d’intérêt attractifs, tels que Océanopolis, les Ateliers des Capucins reliés au centre-ville par le premier téléphérique urbain de France, le Conservatoire botanique National de Brest. La ville a été récemment classée ” Ville d’art et d’histoire “. Innovante et ouverte sur le monde, Brest se distingue des autres villes françaises par ses liens avec le milieu marin, ainsi que par son secteur des sciences et technologies marines de pointe. C’est d’ailleurs du port de Brest que sont partis de grands explorateurs à la découverte de nouveaux mondes : La Pérouse, Kerguelen, Bougainville… Brest a une gare TGV en centre-ville et est doté d’un aéroport international proche du centre-ville, avec un service de navette et de tramway. L’aéroport international de Brest Bretagne propose quelques vols internationaux et un large choix de vols via Paris (Orly ou Charles de Gaulle).

  • (C) Sébastien HERVE

  • (C) Mathieu Le Gall

  • ©Jean-Yves Guillaume

  • Frédéric Le Mouillour/Brest métropole océane

  • (C) Martin Viezzer

SILICAMICS 4 conference

Registration and abstract submission is managed online via the Scienceconf web platform
From octobre 1st 2024, participation fees won't be refundable in case of withdrawal to Silicamics 4.

The SILICAMICS interdisciplinary conferences series was launched in 2015 under initiative of the international Silica Group. These conferences series aim to develop an integrative approach that includes chemistry, biogeochemistry, biochemistry, physiology and genomics to better understand biosilicification and silicifiers in past, contemporary and future oceans. Among the outcomes of the three first SILICAMICS conferences are synthesis articles in Nature Geoscience (2018) and in Biogeosciences (2021) and two special issues of Frontiers in Marine sciences (2019 and 2022) that hosted more than 24 articles. The 4-day SILICAMICS 4 conference, to be held in Brest (France) in October 2024, focuses on:

  • Biogeochemical Cycle of Silicon: Processes and Fluxes
  • Paleo including the evolution of silicifiers
  • Ecology and Biology of marine and terrestrial silicifiers
  • Silicification processes and omics
  • Siliceous plankton in the Open Ocean: Linking physics and biology
  • Polar seas

Built around a “Gordon conferences” format, SILICAMICS 4 will bring together a small group of experts, young researchers and students in a secluded and beautiful location near Brest. The organizing committee has invited top-notch speakers, and the time for discussion and exchange between poster and presentation sessions, as well as working groups, will offer PhD students and young scientists the chance to debate with senior scientists in order to develop their own understanding of science in general, and more specifically of SILICAMICS’ flagship theme, the silicon cycle and the role of silicified organisms in the oceans.

6 sessions, 6 invited speakers

Session 1


Biogeochemical cycle of silicon: processes and fluxes


Since the end of the previous century, several articles on Si budgets have been published, showing real progress in our understanding of the geochemical and biogeochemical processes that control the Si marine cycle at regional and global scales, and in quantifying the input, output, and biological fluxes at different scales. However, is the marine silica cycle at a steady state, or what are the impacts of global changes on this cycle, are still open questions. In this session, we invite and welcome contributions dealing with processes and Si fluxes that help for a better understanding of the silica cycle at different scales. The invited conference shows how powerful the use of Si isotopes is to understand the surface Earth reactive silica cycle.




Invited speaker : Shaily Rahman| Univ. Colorado Boulder, USA

“Probing mass balance, fluxes, and deep time implications of the surface Earth reactive silica cycle using Si isotopes”

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Session 2


Paleo including the evolution of silicifiers


In a context of global warming with short meteorological archives (~150 years), reconstructing the dynamics and long-term trends of past climate cycles has never been more relevant. Siliceous microfossils preserve well and offer key information on past environments. Additionally, it is primordial to understand how silicifiers evolved through time for a comprehensive understanding of their systematics and modern ecology. So, in this session we invite and welcome contributions along these lines.  The invited conference will show, based on their assemblages, how siliceous microfossils offer a wealth of information essential to unlock key links between climate and ecosystems.




Invited speaker : Giuseppe Cortese| GNS Science, NZ

“Radiolarians and diatoms as sources of past climate and environmental information in the Southern Ocean”

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Session 3


Ecology and biology of marine and terrestrial silicifiers


As mentioned by the guest speaker: “all plants accumulate silicon”. All plants, but also animals, from protists to mammals! However, the function of silicon is not always well understood, which prevents us from understanding its possible contribution to the success of certain clades and the expansion of specific biomes. In this session we invite and welcome contributions dealing with the ecological role of silicifiers, the biological benefits and mechanisms of silicification and the relationships with ecosystems. The guest speaker will consider the role of Si in plants from a biome (terrestrial, marine and also freshwater) perspective and will underline the main gaps.




Invited speaker : Julia Cooke| The Open University, UK

“Plant silicification by biome”

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Session 4


Silicification processes and omics


Silicifiers are among the most important living organisms of planet Earth. However, their ability to take up silicic acid and the full processes to precipitate it to build complex silicified architectures remain poorly understood. Diatoms have been the center of attention of bio-silicification studies. The physiology and biochemistry of pelagic diatoms have been extensively studied but many gaps remain regarding the silicification mechanisms and their variations due to environmental changes. Genomics of diatoms and other organisms can help understanding such processes and can be used to formulate new hypotheses and research strategies for explaining the role of different silicifiers in coastal and open ocean ecosystems, and their control of C, N, P, and Si biogeochemical cycles.

In this session we invite and welcome contributions of emerging approaches and other resources that can help us to better understand the silicification processes of all silicifiers. The invited conference will highlight the role of silicon transporter proteins in diatoms.




Invited speaker : Nils Kroeger | Technische Universitaet Dresden

“The molecular basis for silica morphogenesis in diatoms”

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Session 5


Silicifiers in the open ocean and upwelling systems


Diatoms, which play a key role in the biological carbon pump, are known to thrive in high nutrients – high turbulence systems (cf. coastal upwellings, polar seas, …). In principle, stratified and oligotrophic waters are not favorable for the growth of diatoms. However, it has been shown that episodic blooms of phytoplankton, including diatoms, can occur in specific meso- and sub-mesoscale structures. So far, it has not been possible to link specific dynamical structures to phytoplankton functional types. In this session we invite and welcome contributions that demonstrate the coupling of physics and biology to better understand and model the distribution and production of siliceous plankton in the open ocean. The invited conference gives evidences on how structures with a high degree of coherence in high turbulent kinetic energy and vorticity can sustain high concentrations of diatoms in the sunlit layers.




Invited speaker : Ismaël Hernandez-Carrasco| CSIC, IMEDEA, Spain

“Highly-coherent oceanic structures and their impact on the diatom dynamics”

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Session 6


Polar seas


In polar environments, diatoms are able to grow in the ice, under the ice, in open waters and at the surface of the sediments. As such, diatoms traditionally dominate the primary production of the polar seas. However, different drivers linked to natural variability and global change already provoke a switch towards non-diatom species such as Phaeocystis or other small flagellates. Moreover, the physiological changes involved in diatoms by global changes suggest potential strong consequences for the future contribution of the high-latitude ecosystems to carbon export and climate mitigation.  Moreover, a shift in rhizarian populations is observed related to global warming. With the increasing melting of the glaciers siliceous sponges are sprouting up. This session invites all works trying to understand the actual contribution of silicifiers and their evolution in the fast-changing polar seas. The invited conference will review the major contribution of diatoms in polar environments.




Invited speaker : Karley Campbell | UIT, Norway

“Diatoms in polar seas”

Scientific Committee


  • Su Mei Liu (UOC, China)
  • Patricia Grasse (Center for Integrative Biodiversity, Leipzig, Germany)
  • Manuel Maldonado (CSIC, Spain)
  • Jill Sutton (LEMAR-IUEM)
  • Aude Leynaert (LEMAR-IUEM)
  • Paul Tréguer (LEMAR-IUEM)
  • Brivaela Moriceau (LEMAR-IUEM)
  • Jeff Krause (Univ South Alabama, USA)
  • Xavier Crosta (EPOC, Univ Bordeaux)
  • Taniel Danielan (Univ de Lille)
  • Tristan Biard (LOG, Wimereux)

  • Damien Cardinal (LOCEAN, Sorbonne Université)
  • Johann Lavaud (LEMAR-IUEM)
  • Fabrice Not (SBR-Sorbonne Univ)
  • Matthieu Civel (LEMAR)
  • Lucie Cassarino (LEMAR)
  • Natalia Llopis-Monferrer (MBARI, California)
  • María López Acosta (CSIC IIM, Vigo)
  • Dongdong Zhu (OUC, Qingdao)
  • Diana Varela (Univ. Victoria, Canada)

Organising committee


  • Jill Sutton (LEMAR)
  • Brivaela Moriceau (LEMAR)
  • Stefan lalonde (Geo-Ocean)
  • France Floch (Geo-Ocean)
  • Matthieu Civel (LEMAR)
  • Lucie Cassarino (LEMAR)
  • Paul Tréguer (LEMAR)
  • Aude Leynaert (LEMAR)
  • Johann Lavaud (LEMAR)
  • Morgane Gallinari (LEMAR)

Conference venue

The event will be held in Brittany (France) in Logonna-Daoulas in October 2024 at the “Moulin Mer”seminar center. This facility offers space for sessions and workshops, meals and accommodation, all in one location, including access to educational rooms and sampling sites in marine, freshwater and terrestrial environments. For your spouse, it also provides access to beautiful walks along beaches, forest and activity areas such as volleyball, badminton, sailing and fishing. The site is located between Brest and Quimper (8min from the freeway). The site is located between Brest and Quimper (8 minutes from the expressway). Brest is the nearest city, with a TGV train station and an airport offering some international flights and a wide choice of flights via Paris (Orly or Charles de Gaulle).

Important dates and deadlines


Opening dates for registration and abstract submission : January, 24th 2024
Deadline for abstract submission : June 15th, 2024 (and cover letter for fee exemption)
Deadline for abstract selection : May 15th, 2024
Deadline for registration : June 15th, 2024

Registration


Registration fees (including accommodation and meals):

  • students: 450 euros;
  • regular participants: 680 euros
  • Dead-line for registration: June, 15th, 2024

    At their arrival at Brest-airport or Brest-railway station the participants are picked up and transported to the SILICAMICS conference hosting place.

Abstract Submission is open


The preliminary deadline for submissions is 15th of June.

Instructions

To submit an Abstract you will need to create an account on https://silicamics4.sciencesconf.org/

Submissions need to include:

  • Abstract Title
  • Abstract text with a 250 words limit
  • name, surname, email-address and affiliation
  • selection of a scientific session

o compete for fee exemption, students must submit an abstract in the section “abstract submission” and add a cover letter describing their motivation to participate to Silicamics 4 in the section “supplementary file” (at the end of abstract submission process). You are nevertheless invited to pay the registration fee and will be refunded before the conference.

Registration and abstract submission is managed online via the Scienceconf web platform

WGFAST

,

Conference at IUEM, 9 to 12 april 2024

Inscription and abstract submission deadline : March 15th 2024

The ICES expert group on fisheries acoustics, science and technology (WGFAST) has cutting-edge expertise in all aspects of fish stock assessment and the estimation of indicators essential to pelagic management. It is also developing essential approaches for the ecosystemic approach to environmental knowledge and management, through : the diversity of platforms on which acoustics can be deployed; the range of organisms that can be detected and recognised (zooplankton, micronekton, fish, marine mammals, …); the high resolution of the information, enabling interactions with environmental parameters to be analysed; the non-destructive quality of the approach applicable to protected areas.

It will be structurated by three sessions :

  • Acoustic methods to characterize populations, ecosystems, habitat, and behaviour
  • Acoustic characterization of marine organisms
  • Emerging technologies, methodologies, and protocols

Approaches for monitoring areas where the sea is being industrialised, such as offshore wind farm sites, are warmly welcome.


3 sessions


Session 1

Acoustic characterization of marine organisms


In this session, the main topics cover organisms’ scattering modeling and classification/characterization of organisms from various types of acoustic data (multifrequency, wideband…)


Session 2

Acoustic methods to characterize populations, ecosystems, habitat, and behaviour


In this session, the main topics cover works on various methodologies (acoustic data analysis, statistical & modeling approaches, …) and/or tools (platforms, combined technologies, …) used to study predators/preys and bio-physical interactions at various trophic levels and area scales, topography and bottom type effect on the biology, sampling tools and behaviour effects…


Session 3

Emerging technologies, methodologies, and protocols


In this session, the mains topics cover new platforms (gliders, uncrewed surface vessels…) for collecting acoustic data, methods from non-acoustic fields as complementary sampling for better data interpretation, challenges for new acoustic devices, new applications…

Come and enjoy the western tip of Brittany

The WGFAST conference will be held at IUEM, from April 9 to 12, 2024. IUEM is located at the Technopôle Brest-Iroise in Plouzané, just outside the city of Brest.Transportation will be organized from Brest city center to Plouzané each day for the outward and return journey.

Brest is a metropolis of 400,000 inhabitants, a tourist area as much as a living basin. Numerous hotels ranging from 1 to 4 stars are located in Brest, with prices ranging from €50 to €150 per night. Rooms for students are also available in the center of Brest, a 10-minute streetcar ride from Brest Arena. The city and its outskirts boast many attractive facilities and points of interest, including Océanopolis, the Ateliers des Capucins linked to the city center by France’s first urban cable car, and the Conservatoire Botanique National de Brest. The city was recently classified as a “Ville d’art et d’histoire” (City of Art and History). Innovative and open to the world, Brest stands out from other French cities for its links with the marine environment, as well as its cutting-edge marine science and technology sector. In fact, it was from the port of Brest that great explorers set out to discover new worlds: La Pérouse, Kerguelen, Bougainville… Brest has a TGV station in the city center and an international airport close to the city center, with a shuttle and tramway service. Brest Bretagne international airport offers a number of international flights and a wide choice of flights via Paris (Orly or Charles de Gaulle).

  • © Martin Viezzer

  • © Mathieu Le Gall

  • ©Jean-Yves Guillaume

  • Frédéric Le Mouillour/Brest métropole océane

  • (C) Sébastien HERVE

École d’automne Mer et Médias 2023

L’École Universitaire de Recherche ISblue propose une école d’automne de 2 jours à Brest, à l’Institut Universitaire Européen de la Mer. Cette formation, destinée aux journalistes des différents médias et professionnels de la communication francophones, apporte un éclairage sur le thème général : « Acteurs institutionnels de la transition écologique »

Contexte


Au 21ème siècle les sociétés humaines réalisent que les piliers qui ont assuré leur développement au cours des siècles précédents sont mis en question. De nombreux paradigmes ont changé. Nos activités ont dérégulé l’équilibre climatique et gravement affecté la biodiversité à l’échelle planétaire, et plus particulièrement celle des mers et océans qui occupent plus de 70% de la surface de la Terre. Désormais, pour anticiper l’avenir dans une perspective de développement durable, il nous faut comprendre le fonctionnement de l’océan et ses interactions avec les autres enveloppes fluides et solides de la planète Terre. Promouvoir la mise en œuvre d’un tel développement est l’un des enjeux de la décennie de l’océan de l’Organisation des Nations Unies (ONU), réaffirmé lors du One Ocean Summit qui s’est tenu à Brest en février 2022, et dans le cadre de la préparation de la conférence de l’ONU sur les océans qui se tiendra à Nice en juin 2025. Mieux comprendre l’océan et ses interactions avec le climat et les sociétés humaines est devenu un enjeu essentiel pour les médias, à même de faire émerger ou de relayer des débats et idées structurantes.

C’est pour répondre à ces enjeux que l’UBO, en partenariat avec l’École Supérieure de Journalisme de Lille et le Club de la Presse de Bretagne, propose l’université d’automne “Mer et Médias”. Celle-ci fait suite aux quatre écoles d’été Mer et Journalisme organisées par ISblue.

Cette école d’automne a pour objectif de partager à destination de journalistes et de professionnels de la communication un état des lieux des connaissances des sciences et technologies marines dans une perspective de développement durable. Ces deux jours seront avant tout consacrés aux acteurs institutionnels de la transition écologique et à la compréhension des rôles de chacun et de leurs interactions. Il s’agira donc de partager un état des lieux de la problématique du changement climatique et du rôle des océans, du rôle du GIEC dans la connaissance de ces sujets, d’étudier les conséquences que cela a sur les sociétés et en particulier la problématique des risques littoraux ainsi que d’avoir un aperçu des notions de droit de l’environnement.

Informations détaillées, programme et inscription

Une formation parainée par :



Olivier Poivre d’Arvor

Envoyé spécial du Président de la République pour la Conférence Océan des Nations Unies

Ambassadeur de France pour l’Océan et les Pôles

Organisée par :


Pauline LETORTU (UBO, IUEM)

Axel CRÉAC’H (UBO, IUEM)

Paul TRÉGUER (UBO, IUEM)

Olivier ABALLAIN (ESJL)

Stéphane DE VENDEUVRE (CPB)

Public :


Le public cible porte sur des professionnels du journalisme et de la communication qui souhaitent renforcer ou actualiser leurs connaissances sur les enjeux actuels de l’environnement océanique et du monde maritime.

Prérequis pour l’accès à la formation :
Les candidats devront justifier d’une expérience dans le domaine de la communication et du journalisme ainsi que de leur intérêt à suivre la formation.

  • Dates : Jeudi 9 et vendredi 10 novembre 2023
  • Durée de la formation : 16h

Equipe pédagogique :


Olivier Aballain, Directeur des formations au Journalisme à l’ESJ Lille

Axel Creach, Maître de conférences en géographie IUEM UBO

Virginie Guiraudon, Directrice de recherches CNRS

Maxime Kernec, Ingénieur Recherche Imagerie et Réalité Virtuelle ISblue

Pauline Letortu, Maître de conférences en géographie IUEM UBO

Betty Queffelec, Enseignant chercheur Droit de l’environnement et de la mer UBO

Sylvie Rouat, Grand Reporter chez SCIENCES ET AVENIR

Jean-Baptiste Sallée, Océanographe et climatologue au CNRS

Anne-Marie Treguier, Directrice d’IsBlue

Paul Tréguer, Professeur Émérite – Biogeochimiste marin IUEM UBO

Partenariat :


 


Informations détaillées, programme et inscription

Ecole d’été Mer Education 2023

L’université d’été Mer & Éducation portée par ISblue, se construit en étroite collaboration avec l’UBO, l’Ifremer et Océanopolis. Les objectifs partagés sont de participer à la formation continue des enseignants du second degré, de contribuer au lien lycées-université et à la visibilité de l’excellence de la Bretagne en termes de recherche en sciences de la mer et du littoral, que ce soit en sciences de la nature ou en sciences humaines et sociales.

Date limite d’inscription : le 30 juin 2023

Informations et inscription

OCÉAN ET SOCIÉTÉ : UNE SANTÉ COMMUNE ?

L’océan, comme source de protéines, de molécules, d’inspiration et de bien-être, est devenu un enjeu crucial pour la santé humaine. L’humanité occupe les bords de mer et puise ses ressources alimentaires et énergétiques dans l’océan depuis des millénaires. Depuis, plus d’un siècle elle a également découvert les bienfaits de l’océan, à travers l’émergence d’une société de loisir et de bien-être tournée vers l’océan et le littoral. Enfin, plus récemment les scientifiques cherchent et trouvent les molécules et les organismes vivants océaniques qui apporteront les nouvelles solutions cosmétiques et thérapeutiques de demain.

Cependant, si la compression et l’épuisement des écosystèmes terrestres poussent l’humanité à toujours plus explorer et exploiter les ressources océaniques, cela se traduit par une pression anthropique accrue sur les milieux océaniques et littoraux. Le réchauffement global et ses conséquences sur l’acidification et la désoxygénation océanique, l’effondrement des espèces marines et des stocks de pêche, la pollution des milieux hauturiers et côtiers, et la saturation des espaces littoraux détériorent considérablement les capacités de l’océan à fournir les services écosystémiques dont l’humanité a besoin pour demeurer en bonne santé. Il est donc urgent de considérer la santé des humains et des océans comme une santé commune, qu’il devient indispensable de préserver, au risque de réduire l’accès du plus grand nombre à des conditions de vie décentes et en bonne santé.

Enjeux scientifiques et défis technologiques seront au cœur de Mer & Éducation 2023. Deux parcours thématiques spécifiques permettront d’approfondir ces notions.

  • Un océan, des écosystèmes pour la santé

Grâce à la richesse de ses environnements, l’Océan fourni à l’humanité un certain nombre de services écosystémiques :  stock de nourriture, source de molécules, … et dans le contexte du réchauffement global, l’océan absorbe du CO2 et de la chaleur excédentaire de l’atmosphère. Ils sont également source d’inspiration pour la recherche, que ce soit pour l’amélioration des prouesses techniques des navires ou la découverte de nouvelles solutions thérapeutiques. Cependant, les pressions anthropiques toujours plus fortes sur les écosystèmes marins et littoraux tendent à réduire ce potentiel de services écosystémiques. Dans ce parcours, nous étudierons les liens entre la santé de l’écosystème et la santé humaine.

  • Un océan, des usages pour la santé

Des activités comme la pêche et l’aquaculture sont des sources de revenus de nombreuses personnes à travers le monde et contribuent directement et indirectement à la sécurité alimentaire. Les activités de loisirs ou balnéaires sur le littoral dites de « pleine nature », ou simplement le tropisme littoral, se sont également développées et contribuent au bien-être humain. Ces phénomènes tout en devenant sociétalement structurantes, contribuent à accentuer la pression sur les espaces littoraux.  Ce parcours permettra d’explorer les usages du littoral et leur lien avec la santé humaine.

À travers ces parcours thématiques, de nouvelles connaissances seront abordées en privilégiant l’approche interdisciplinaire.
Cette Université d’été 2023 apporte l’opportunité pour les participants de pouvoir rencontrer et échanger avec des équipes issues de différents instituts de recherche. Ces scientifiques sont spécialisés dans des disciplines variées comme les sciences médicales, la géographie, la biologie marine, les sciences humaines ou la psychologie, et même au-delà, à travers des projets associant Art et Science.

Pour compléter les connaissances, des visites de terrain seront organisées selon le parcours choisi afin d’illustrer certaines thématiques de travail et compléter des réflexions scientifiques de manière concrète.

Des ateliers pédagogiques et de médiation seront également organisés afin d’expérimenter des outils innovants, d’échanger sur les pratiques pour la transmission des connaissances voire aussi de générer et d’approfondir des idées. Les enseignants auront ainsi un temps pour co-construire leur projet pédagogique grâce aux connaissances acquises et aux expériences vécues lors de l’Université d’été Mer & Éducation 2023.