Tutelles News - Online scientific magazines
- 05.2023 – A CO₂ sink in the South Pacific marine desert
- 05.2023 – BathyBot: a robot wakes up in the depths of the Mediterranean
- 05.2023 – An oceanographic campaign to better understand how the ocean stores carbon
- 05.2023 – BathyBot mission: exploring the Mediterranean seabed
- 04.2023 – The impact of storms on phytoplankton
- 02.2023 – A laboratory installed at the bottom of the Mediterranean to probe the sea and the sky
- 11.2022 – Ocean circulation enables us to reconstruct the family tree of marine populations
- 11.2022 – What if our (sub)tropical oceans were capturing more CO2 than expected?
- 10.2022 – What if our tropical oceans were capturing more CO2 than expected?
- 09.2022 – A new understanding of the mercury cycle in the Arctic Ocean
- 07.2022 – Labs 1.5: when research reduces its carbon footprint
- 06.2022 – Biogeochemical and ecological impact of the Pacific islands
- 05.2022 – Sophie Bonnet, explorer of ocean deserts
- 10.2021 – BiodivAquArt tracks down aquatic fauna in works of art
- 10.2021 – Identifying bottlenecks as pivots in the ocean circulation transport system
- 10.2021 – Coral reef food webs are highly vulnerable to species loss
- 09.2021 – On the trail of ocean mercury
- 09.2021 – On the trail of ocean mercury
- 09.2021 – Street Science: art and augmented reality to understand plankton
- 08.2021 – The release of plastic additives into the ocean
- 07.2021 – An Ocean of Discovery: Twenty thousand leagues under the sea
- 07.2021 – Contribute to the scientific project BiodivAquArt, aquatic biodiversity in art!
- 06.2021 – Mar Benavides and the microorganisms that feed the ocean
- 04.2021 – Master's in Marine Sciences: a week of immersion at IFREMER
- 04.2021 – Meeting the challenge of multi-contamination of Mediterranean waters
- 04.2021 – Is the Mediterranean out of breath?
- 03.2021 – Tackling environmental problems as a matter of urgency: a series of events to alert decision-makers in South-East Asia
- 03.2021 – The seasonal cycle of phytoplankton in the Mediterranean
- 02.2021 – Training in bioinformatics analysis
- 02.2021 – High mountain research mission with the MIO Laboratory
- 02.2021 – GhostMed: tracking ghost fishing gear in the Mediterranean
- 01.2021 – Deep ocean: in search of microbes living on marine snow
- 01.2021 – A Franco-Italian scientific mission on show at the La Garde campus
- 01.2021 – Heading for the Southern Ocean with the Swings campaign
- 01.2021 – The tree of life enables us to reconstruct the food web of coral reefs
- 01.2021 – These tiny oceanic creatures are essential to tackling climate change
- 01.2021 – Impact of ocean biology on sea spray emissions
- 01.2021 – Between geosciences and biology: observatories in underwater hydrothermal zones
- 10.2020 – The 3D circuit of Mediterranean water bodies
- 09.2020 – Sargassum stranding in the Caribbean: from satellite images to Vibrio microbiomes
- 07.2020 – The Arctic Ocean exports mercury to the Atlantic Ocean
- 06.2020 – Five wildly talented robots
- 06.2020 – The abyss hides a world of light
- 06.2020 – Ocean - A dive into the invisible
- 05.2020 – Seaweed, the historians of the seas
- 05.2020 – Arctic mercury exports higher than expected
- 04.2020 – The Arctic in the throes of change
- 03.2020 – Who is methylating the mercury in the global ocean?
- 03.2020 – A Siberian lake raises questions about the methane cycle in Arctic ecosystems
- 03.2020 – How can islands in the tropical Pacific fertilise plankton from a distance?
- 11.2019 – Four IRD winners for the Climate Biodiversity Initiative
- 11.2019 – Mediterranean A*Midex project | Start of Didier Aurelle's HoloDiv collaborative project with Algeria and Turkey
- 10.2019 – The nature of the iron exported plays a major role in its oceanic cycle
- 10.2019 – Tonga campaign: studying the impact of submarine volcanoes on biological activity in the surface ocean
- 07.2019 – Control mechanisms in a complex marine ecosystem: less microplankton, fewer small fish, more predators
- 07.2019 – The Amazon River, a major source of organic contaminants in the tropical North Atlantic
- 05.2019 – Integrating the effects of connectivity and climate on recruitment into fisheries management
- 05.2019 – First analyses of the δ13C and Δ14C of carbohydrates from marine and atmospheric samples
- 04.2019 – Mediterranean marine environment: start of a Franco-Tunisian oceanographic campaign
- 01.2019 – Plastic in the oceans: factors influencing the release of additives
- 11.2018 – Arctic rivers, a major vector of mercury to the Arctic Ocean
- 10.2018 – A global mercury assessment for the United Nations
- 06.2018 – When hydrothermal springs fertilise the surface ocean in the South-West Pacific
- 05.2018 – Badlands: a major source of sediment and particulate organic carbon of geological origin in rivers
- 05.2018 – Special MERMEX volume
- 03.2018 – Pico- and nano-planktonic diatoms: an underestimated importance in ocean biogeochemical cycles
- 02.2018 – Marine physics, conductor of the phytoplankton orchestra!
- 02.2018 – High mountain research mission with the MIO Laboratory
- 01.2018 – MIO in the spotlight with the BiolumReef project, "Coup de cœur" award in the "Innovation and architecture for the sea" category from the Fondation Jacques Rougerie - Institut de France
- 12.2017 – A summary of the different ecoregions of the Mediterranean Sea
- 12.2017 – Atmospheric pollution in the western Mediterranean
- 12.2017 – Diatoms: an underestimated capacity to store carbon in the deep ocean
- 11.2017 – Atmospheric pollution in the western Mediterranean
- 10.2017 – Artificial reefs, tools for sustainable development
- 10.2017 – Why a new Sargasso Sea is choking the West Indies
- 08.2017 – The hidden oxygen cycle in Oxygen Minimum Zones (OMZs)
- 04.2017 – The South West Pacific Ocean: a major source of external nitrogen for the ocean
- 12.2016 – The role of oceanic eddies in the transport of water masses in the Coral Sea
- 10.2015 – Magnets: traps for blue sharks?
- 01.2015 – Eco-regionalisation of the Mediterranean Sea based on connectivity
- 07.2013 – Two bursts of bioluminescence reveal a movement of water masses in the Mediterranean