Biodiversité : étudier la biologie des coraux précieux | Monte-Carlo Société des Bains de Mer (2024)

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Published on March 14, 2024Updated on March 14, 2024

In the heart of the Principality of Monaco, Denis Allemand and the Centre Scientifique de Monaco (CSM ) lead a passionate quest to understand and preserve corals, those mysterious marine organisms with a crucial ecological role. For over three decades, the CSM has established itself as a world leader in the study of corals, exploring their complex biological diversity that extends far beyond the image of tropical coral reefs. Immerse yourself in the fascinating history of coral, from its mystical origins to its scientific classification, and discover how science and luxury come together to safeguard natural beauty and marine biodiversity.

Can you tell us about the link between the CSM and coral in general?

Denis Allemand: The Monaco Scientific Center, which is the research agency for the Principality of Monaco, has been developing important work on corals for more than 30 years and has become one of the world’s pilot laboratories. The term “coral” is not strictly zoological: it is used to refer to several types of organism. They are certainly related, but often as distant from each other as bats and elephants! When we use the term today, we mainly think of coral reefs and the pristine white beaches around them.

« The Monaco Scientific Center has been developing important work on corals for more than 30 years and has become one of the world’s pilot laboratories. »

Biodiversité : étudier la biologie des coraux précieux | Monte-Carlo Société des Bains de Mer (4)

What do we currently know about corals?

Denis Allemand: The word was originally developed to refer to the red coral of the Mediterranean and was later applied to other corals, including reef building corals. But for these types, explorers only became interested in reefs during the sixteenth century, when they were dangerous for sailors. No-one knew that they had been built by animals. Then in the eighteenth century, a doctor from Marseille called Jean-André Peyssonnel put an end to a long debate on the nature of red coral that had begun with Pline l'Ancien: is coral a stone, a plant or an animal? Peyssonnel was the first to recognise the animal nature of the substance, and his observation was then extended to other “corals”.

Biodiversité : étudier la biologie des coraux précieux | Monte-Carlo Société des Bains de Mer (5)

What exactly is precious coral?

Denis Allemand: The colour of red coral has been fascinating humans since prehistoric times, which is why it is known as “precious” coral. At once a secular or religious work of art, a jewel, a talisman and a remedy, red coral was first harvested,then commercially fished from the tenth century, with production peaks of 100 tonnes a year in the Mediterranean at the end of the 1970s. Around 20 coral reefers are currently authorised to fish for coral on the French coast, and the practice is strictly regulated. But red coral suffers from other threats too. Poaching and rising water temperatures cause coral death on a massive scale, which is why conservation programmes are so important, while allowing fishermen and women to go on making a living from their profession. Unfortunately, scientific knowledge on the biology of precious corals in general, and red coral in particular, is still limited.

Biodiversité : étudier la biologie des coraux précieux | Monte-Carlo Société des Bains de Mer (6)

How did the partnership with Chanel come about?

Denis Allemand: Chanel is determined to protect the oceans and drawing on the expertise of the CSM developed since the end of the 1980s, the brand decided to join forces with us to create the first Research Unit entirely dedicated to precious corals. Located within CSM, the unit aims to develop fundamental research programmes to better understand certain key processes in the life of red coral, with the aim of protecting this species.

« Better understand certain key processes in the life of red coral, with the aim of protecting this species. »

Biodiversité : étudier la biologie des coraux précieux | Monte-Carlo Société des Bains de Mer (7)
Biodiversité : étudier la biologie des coraux précieux | Monte-Carlo Société des Bains de Mer (8)

Chanel's Approach

Red coral and pearls are used in jewellery and at Chanel and our mission is to help preserve them, despite climate change and plastic pollution, explains Frédéric Grangié, President of Watches & Fine Jewelry at Chanel. We are delighted to share this partnership on Mediterranean red coral with the Monaco Scientific Center. As a luxury brand, our main goal for the project is to be able to help preserve this natural resource and find alternatives for it that will allow the jewellery sector to use red coral without depleting stocks, because we know that red coral grows very slowly: just 1 mm per year! We are responsible for perpetuating this resource without impacting the natural environment.

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    FAQs

    Quelle est la biodiversité des récifs coralliens ? ›

    Les récifs coralliens constituent de véritables oasis de vie au milieu des océans. Ils ne couvrent que 0,2 % de la surface des mers mais abritent plus de 25 % de la biodiversité marine mondiale, soit près de 60 000 espèces décrites à ce jour.

    Quel est le rôle du corail ? ›

    C'est là que grandissent un quart des poissons de nos océans, y compris certaines espèces que nous avons l'habitude de consommer. Cette biodiversité est fondamentale. À la fois source de revenus et de nourriture, elle rend des services irremplaçables à l'humanité.

    Qui vit dans les récifs coralliens ? ›

    Ils abritent une biodiversité exceptionnelle et offrent un panorama sans pareil de la vie sous-marine : coraux, poissons, raies, tortues, requins… Un tiers des espèces marines connues vit dans les récifs, soit près de 100 000 espèces.

    Quel océan a le plus de récifs coralliens ? ›

    Ce récif corallien est situé sur le plateau de Blake, dans l'océan Atlantique occidental, à 160 kilomètres de la côte est des Etats-Unis. À cet endroit, les eaux sont froides car la température avoisine les 4 degrés en moyenne.

    Quel est l'état général des récifs coralliens sur la planète ? ›

    Selon le rapport du GCRMN, The Status of Coral Reefs of the World: 2020, on observe une baisse constante de la couverture des coraux durs depuis 2010. Les régions les plus touchées sont l'Asie du Sud, l'Australie, le Pacifique, l'Asie de l'Est, l'océan Indien occidental, le Golfe et le Golfe d'Oman.

    Quel animal vit dans un récif corallien ? ›

    Les récifs des Chesterfield renferment une richesse remarquable en algues, coraux, échinodermes (animaux marins tels que les oursins, les étoiles de mer, les holothuries), poissons de récif (perroquets, loches poissons papillons…).

    Qu'est-ce que la biodiversité des écosystèmes ? ›

    La biodiversité désigne l'ensemble des êtres vivants ainsi que les écosystèmes dans lesquels ils vivent. Ce terme comprend également les interactions des espèces entre elles et avec leurs milieux. Bien que la biodiversité soit aussi ancienne que la vie sur Terre, ce concept n'est apparu que dans les années 1980.

    Quelles sont les caractéristiques Physico-chimiques du milieu du récif coralliens ? ›

    Facteurs physio-chimiques

    la température, avec un minimum de 18o C et un maximum de 25 à 29 o C; la profondeur, qui est dictée par la quantité de lumière requise par la photosynthèse de la Zooxanthelle (algue qui vit en symbiose avec le corail et qui est sa principale source d'alimentation) et pour la calcification.

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