BICOSE

Name: BICOSE
Start: 2014-01-10
End: 2014-02-11
Location: Northwest Atlantic Ocean (40W)

Type	Oceanographic cruise
Ship	Pourquoi pas ?
Ship owner	Ifremer
Dates	10/01/2014 - 11/02/2014
Chief scientist(s)	CAMBON Marie-Anne
	ETUDES DES ECOSYSTEMES PROFONDS IFREMER Centre de Bretagne ZI Pointe du diable CS 10070 29280 PLOUZANE +33 (0)2 98.22.43.67
DOI	10.17600/14000100
Objective	Understanding the ecosystems of hydrothermal sites and their surrounding areas in the Atlantic: mapping and characterization of the geological and geochemical context, characterization of habitats, inventory of biodiversity in hydrothermal ecosystems and surrounding areas and geobiological connectivity and interaction.

Sea/Ocean

Northwest Atlantic Ocean (40W)

(Ride médio Atlantique, sites TAG et Snake Pit)

Ports

Port of departure : Pointe-à-Pitre (Guadeloupe)

Port of return : Las Palmas (Spain)

Scientific Authority

ETUDES DES ECOSYSTEMES PROFONDS

IFREMER Centre de Bretagne

ZI Pointe du diable

29280 PLOUZANE

+33 (0)2 98.22.43.67

Participating bodie(s)

Ifremer, UPMC, MNHN

Discipline(s)

PHYSICAL OCEANOGRAPHY
BIOLOGICAL OCEANOGRAPHY
CHEMICAL OCEANOGRAPHY
ENVIRONMENT
MARINE GEOSCIENCES

Code	Label	Quantity	PI
B16	Benthic bacteria/micro-organisms Prélèvement et analyses	-	CAMBON Marie-Anne
B18	Zoobenthos Corbari (MNHN)	-	MENOT Lenaick
B20	Molluscs Le Port/Shillito (UPMC) - Bathymodiolus puteoserpensis hydrothermal	-	CAMBON Marie-Anne
B21	Crustaceans + Zbinden (UPMC) - Rimicaris exoculata	-	CAMBON Marie-Anne
B64	Gear research Pompe SALSA	5 deployments	PRADILLON Florence
D01	Current meters Courantomètre mouillage	2 deployments	PRADILLON Florence
D71	Current profiler (eg ADCP)	-	CAMBON Marie-Anne
D90	Other physical oceanographic meas.	-	CAMBON Marie-Anne
G01	Dredge + Corbari (MNHN) - Drague à roche (2) et de Waren (2)	-	FOUQUET Yves
G08	Bottom photography Caméras OTUS, appareil photo ROV VICTOR (12 h, Snake Pit)	12 hours	MENOT Lenaick
G71	In-situ seafloor meas. or sampling + Cathalot (Ifremer) - ISMS GASPARD et Pepito-chemini	-	KONN Cécile
G73	Single-beam echosounding	-	CAMBON Marie-Anne
G74	Multi-beam echosounding SMF RESON 7150 et 7125	-	FOUQUET Yves
G90	Other geosciences meas. ROV VICTOR	12 dives	CAMBON Marie-Anne
H71	Surface measurements underway (T,S)	-	CAMBON Marie-Anne
M06	Routine standard measurements	-	CAMBON Marie-Anne

Summary of measurements

-Fine-scale mapping of 2 sites and surrounding areas using multibeam echosounders from RV Pourquoi Pas and ROV VICTOR (MMR).
-Characterizing the geological and geochemical context of the 2 sites and surrounding areas by rock and pure fluid sampling (ROV) and dredge hauls.
-Characterizing habitats, describing the physical-chemical parameters and their variations by in situ measurements.
-Systematic study of site biodiversity (biology and microbiology) taking part in the effort to inventory and collect deep-sea species: spot samples using the ROV.
-Describing faunal assemblages, specifying their interactions with the environment.
-Studying patterns of connectivity, through genetic approaches, by in situ research on larval stages and by in vivo experimentation, aiming to achieve better knowledge about dispersal capacities (SALSA autonomous larvae pump).
-Studying symbioses taking into account the influence of physical-chemical conditions on symbiotic communities' activities and transmission of symbionts over the life cycle.
-Pressure studies with pressurized aquariums and pressure recovery device (UPMC).
-In vivo ecophysiology studies on organisms' and microorganisms' adaptation to pressure and temperature.
-Microbiology and geomicrobiology study including work under pressurized conditions.

Location map

Positionning system

Geodetic system : WORLD GEODETIC SYSTEM 1984 = WGS84

Positioning system : GPS différentiel

Joint document(s)

Scientific context

Main results

BICOSE 2014 campaign has made significant progress over the past 4 years. These advances mainly relate to the following points:

Mapping, exploration and research of hydrothermal sites, geological description of sites and peripheral areas.

The data acquired in the area made it possible to obtain high-resolution maps of the two TAG and Snake Pit sites and of the inactive sites north of TAG, in order to place the biotopes in their geomorphological context. These data also made it possible to prepare the exploration campaign in the area (2017). Two conferences with extended abstracts have been made and should give rise to publication (in progress). The geological and geochemical description of the different facies is in progress but this campaign had only allowed rare rock samples due to the limitations of carriage, on the other hand the exploratory dives allowed a first definition of the zones between active sites and peripheral zones. .

Ecology of communities.

The two sites and their peripheral areas were observed and sampled resulting in several discoveries of new species (see publications) in particular in the inactive areas.

Rimicaris exoculata shrimp Biology and other Alvinocarididae: description and functioning symbioses, life cycle, host-symbiont recognition, adaptation to stress.

A focus on the Rimicaris exoculata species during several theses and internships has allowed significant advances in understanding the way of life and the life cycle of this species. These results relate to:

* the sensory faculties and possible sensory adaptations in shrimp from deep hydrothermal springs allowing the species to 'guide' themselves and these results have made it possible to show the presence of microbial lineages close to epibionts on the antennae and antenulas ;

* symbiont host recognition modes: This thesis work has confirmed the presence of two QS genes (bacterial communication (Quorum Sensing or QS) / (luxS and luxR). In the course of this thesis, we identified for the first time a PAM (known as Re-crustin ), in a hydrothermal arthropod The cDNA structure and the phylogenetic analysis show that this PAM is a type II crustin and is expressed (Le Bloa et al 2021).

* For the first time, and this no doubt because of the chosen period, ovigerous females were collected and different types of assemblages of Rimicaris exoculata have been described (dense adult aggregations, nurseries, scattered areas). The lavas of this species have been described (publication) allowing hypotheses to be put forward as to their dispersion. A study (submitted publication) has been carried out on the acquisition of symbionts and the colonization of eggs in this species, suggesting a very early symbiotic relationship.

The description of symbiosis in Rimicaris chacei was carried out. This description made it possible to highlight microbial lines very close to those found in Rimicaris exoculata and by comparison, chemoautotrophy can be assumed, based on sulfur compounds, methane, hydrogen and iron (see publications).

Biology of Mythilidae Symbioses

This campaign made it possible to finalize the thesis work on symbiosis in Bathymodiolus sp ., giving rise to a publication on the evaluation in terms of surface area and colonization rate (number of cells) of the various branchial symbionts, and the phenomena of regulation via cellular apoptosis.

Geomicrobiology

The analysis of the microbial diversity of samples collected and continuous cultures carried out on board made it possible to identify several Archean phylotypes whose relative abundance changes over time. One of these new phylotypes (NAP) is affiliated with only two uncultivated sequences detected in samples from Pacific hydrothermal vents. Two colonization precursors (Archaeoglobales and Desulfurococcales) are being isolated in order to determine their specific mechanisms of interaction with different mineral substrates and to assess their role in geochemical cycles. These microorganisms could be important players in the concentration or solubilization of metallic elements, representing in fact a potential for industrial applications for bioremediation processes .

Data acquired and analyses carried out at sea and on shore

Cartography

From a regional point of view, the preliminary processing carried out on the bathymetric data already makes it possible to highlight the presence of tectonic structures favorable to the establishment of hydrothermal systems (e.g. oceanic core complex ; OCC). On a local level, high-resolution data (MMR data, ROV Victor) provide the opportunity to better assess the extension of the hydrothermal fields explored (Snake Pit, TAG) but also to better understand the local geological processes controlling the distribution of active and inactive zones. On the level of the mineralized zone of TAG, these brand new data have made it possible to identify numerous inactive massive sulphide deposits of different sizes, morphologies and therefore of different ages.

Water column

The aim was to ensure the processing of water column data from the Reson hull sounder Seabat 7150 which was to be used for only the second time for scientific purposes. This type of data enabled to find an important hydrothermal site during the FUTUNA3 mission with the Kongberg EM122 sounder from Atalante. As with any tool used for the first time, numerous corrections and improvements had to be made to the SonarScope software to enable the processing of this water column data from the Seabat 7150. Systematic processing of all files was carried out and the pings were inspected one by one.

The Seabat 7125 sonar of the VICTOR road module does not allow the recording of water column data on all the sonar channels. This point required a lot of development work because it had never been attempted. Systematic processing of all files has been carried out.

OTUS camera

A few years ago, work had been done in SonarScope on the processing of images from the OTUS camera of the VICTOR road module. In the case of Snake pit, 14 tiles of 14000x9000 pixels were created. An assembly of these 14 tiles was then made and gave birth to an image of 27644x 53700 pixels. This image can easily be manipulated in 2D using the free viewer ErViewer or in 3D with Globe3D.

Geology

During the campaign, few mineralized samples were taken during the ROV dives (limited load), but mainly during dredging operations. The study of these samples meets two objectives: 1) complete the study of the diversity of mineralization at TAG and Snake Pit from a mineralogical and chemical point of view; 2) contribute to the mineral and textural characterization of the microenvironments in which microorganisms develop. In this case, sampling and numbering have been coordinated for the mineralogical and chemical studies and the microbiological studies.

Four main types of mineralization could be distinguished: zinc facies, copper facies, iron facies, iron oxide facies for Snake Pit and iron facies, zinc facies and siliceous facies for TAG.

Fluid Chemistry

In-situ measurements were carried out on Snake Pit (Ruche and Elan sites) and TAG (Active Mound and Nursery site). A total of 18 samples of hydrothermal fluids dedicated to chemistry were collected during the campaign, as well as 2 reference seawater samples at 3480m (SP) and 3640m (TAG) depth. The maximum temperatures measured in the hot fluids are similar in the 2 zones: 357°C at SP and 351°C at TAG. In view of the salinity of the fluids, it is suggested that there is a phenomenon of phase separation. The campaign objectives were 100% achieved for pure fluids. It remains to improve in situ measurements and water samples (pockets) for habitats with many problems due to the pressure with our tools.

Biology

Diversity

This campaign enabled us to describe the benthic assemblages ( meiofauna and macrofauna) and to evaluate the parameters structuring the habitats both at the level of the active sites and at their periphery. A mapping of habitats, mosaic OTUS was carried out. During the exploration dives the epigeal fauna was studied on the two sites (20h for Snake Pit and 12h for TAG). Explorations around active Snake Pit sites highlight low abundances of benthic megafauna. Apart from galatheas of the genus Munidopsis , a few occurrences of antipatharia and actinia have been noted, no specimens could be collected. Three dissemination sites were sampled: Slide (Toboggan), The Nail (Le Clou) and Fir Tree (Sapin) . As far as TAG site is concerned, the exploration revealed a typically abyssal megafauna, composed of asterids, mainly of the genus Freyella, sea cucumbers and sponges of the genus Hyalonema. More surprising is the occurrence of scleractinia at a depth exceeding the aragonite compensation depth. No samples could be taken. On the outskirts of TAG, meticulous observation of a few sites reveals high faunal diversity. Free and pedunculed crinoids, several species of sponges, antipatharians and gorgonians, sabellid polychaetes as well as amphipods and isopods inhabit the basalts at the foot of Mount TAG. With regard to the endogeic fauna, two blade corers were taken from predominantly pelagic and predominantly hydrothermal sediments north of TAG. A trap was set on a flat area near the BIC2 marker, during dive 571-8, on January 29 at 07:18, near the BIC 2 marker. Finally, the Waren dredge, a drag line, was used on a predominantly sedimentary zone, starting with hydrothermal sediments and ending with pelagic sediments, north of TAG. These samples have yielded potential new species (see results section).

Ecology of Snake Pit faunal assemblages

The fauna of various faunal assemblages (modioles, gastropods, shrimps) was quantitatively sampled, CHEMINI measurements were taken at 3 points, and water samples (1 to 2 points/assemblage) were carried out with the Pepito water sampler. Due to technical constraints, the chemical characterization of the habitats was more or less successful with the CHEMINI measurements and the PEPITO samples. This approach will need to be completed.

Moose (Elan) site:

The site is characterized by the presence of a large active structure (~12m) on a small mount of sulphides. Dense assemblages of modioles of the species Bathymodiolus puteoserpensis dominate the structure and its almost inactive southeast face is colonized by Phymorhyncus gastropods and Maractis anemones rimicarivora. Several rocks are covered with gastropod eggs . The shrimps colonize the active zones and at the top, they are distributed in a sparse way. They are abundant near hives and within giant clams. Crabs of the Segonzacia species mesatlantica are present. The inactive areas of the structure and the periphery are dominated by whelks of the genus Phymorhyncus, Maractis anemones rimicarivora, the Munidopsis galatheas exuta and zoarcid fish Pachycara thermophilium. Brittle stars Ophioctenella acies are abundant in certain mussels at the base of the structure.

Hives (Les Ruches) site:

The site is characterized by the presence of several large active structures (>10m) and three smaller structures (<6m). Prawns of the Rimicaris species exoculata dominate the sites. The aggregations are composed of adult shrimp, juveniles and numerous gravid females. A few shrimp of other species are present. The Rimicaris chacei species, present in low abundance, shows aggressive and territorial behavior on many occasions. Gastropod assemblages, dominated by Peltospira smaragdina species, dot the walls of buildings, often near swarms of shrimp. Some islands of low densities of limpets of the Shinkailepas species briandi are observed. No assembly of modioles is listed there. Crabs of the Segonzacia mesatlantica species are abundant at the base of the edifice and Phymorhyncus whelks, Maractis rimicarivora anemones, dominate the periphery and zoarcid fishes of the Pachycara thermophilium species.

Colonization process on different substrates near Snake Pit and TAG

Different types of hard substrates were prepared to be wetted at the bottom: slates (A), wood (B), cow bones (V) as well as sponges. These substrates are in triplicate on four sites characterized by decreasing hydrothermal activity. The wood and slate substrates have a volume of 10 cm³. A temperature measurement and a characterization with the ISMS will be carried out in order to characterize the environment of the substrates. They will have to be retrieved during a future campaign.

Caridae symbioses

The study of symbiosis in Rimicaris is better and better understood both for its composition and its functioning thanks to the technological advances implemented on board. Numerous pressurized lifts (PERISCOP®) and in vivo experiments in pressurized aquariums have been carried out. The metagenomes, still incomplete, are at the end of the analysis (post doctorate J. Réveillaud, L Velo -Suarez). This work, currently being published, should enable us to highlight the genes involved in the functioning of symbiosis (metabolisms) and in symbiont host recognition (thesis S. Le Bloa).

During the BICOSE 2014 campaign, in vivo work mimicking the different chemical conditions in situ , metal poisoning (copper) and microbial infection in order to stimulate the host's immune system made it possible to set up a study of transcriptomics (post doctorate J Réveillaud ) in order to study the adaptive response of symbionts to changes in their environment and therefore to stress. Finally, a description of the symbioses in the other caridae shrimps, Rimicaris chacei, was carried out within the framework of the doctorate of V. Apremont .

Bathymodiolus Symbioses

2 ascents of individuals under pressure in PERISCOP® (Snake Pit), together with the collection of non-pressurized control individuals during the ascent. The pressure lifts worked well, with marginal pressure losses. We performed exposure experiments of Bathymodiolus puteoserpentis mussels from the Snake Pit site under different conditions (seawater controls, seawater and bicarbonate labeled with 13C, sulphides and bicarbonate labeled with 13C, methanol labeled with 13C, water saturated with methane) in the pressurized aquarium IPOCAMP® (2 experiments). The experiments involved decompression of the mussels during transfer (maximum decompression time of 15 minutes).

At the level of mussel reproduction, only one experiment on non-pressurized mussels has been done, but without positive results. Due to a reduced number of mussels brought up under pressure, the second attempt to induce spawning could not be carried out.

Two colonization modules (CHEMECOLIs) were deployed on Snake Pit site (Moose - l'Elan), at the foot of the mussel aggregate and near the chimney surrounded by a large number of shrimp. Two others were deployed on TAG site (point 3). The modules contained lucerne, the others were filled with wooden cubes, these substrates having to produce sulphides during their degradation. They will be recovered during a next campaign in the area, and should by then have been colonized by metazoans.

Life cycles

This campaign made it possible for the first time to collect a large number of ovigerous females (up to almost 50% of the individuals in one of the periscopette collections), which clearly indicates a peak in reproduction compared to past collections, always carried out in summer or early fall. Thus, the hypothesis of separate incubation zones, sheltered from the aggressive conditions observed on the wall of active smokers, seems invalid, the ovigerous females even seeming to favor these conditions.

Egg laying also seems to occur at the time of moulting, with females carrying eggs at an early stage most often having recently moulted (white colour). On the other hand, we often observed the development of orange bacterial biofilms on the eggs carried by the females, the importance of this biofilm increasing as the eggs developed.

Finally, several females having visibly released their larvae recently (abdomen still swollen, pleopods spread apart forming a pouch) presented gonads at the start of maturation (small white eggs), suggesting that R. exoculata probably experiences several egg laying episodes in its life (doctorates I. Hernadez then P. Méthou ).

On the other hand, we also observed on TAG assemblages made up almost exclusively of still very small juveniles (size class 15 mm total length), "guarded" by a few adults. These areas, located at the level of broadcasts at the base of the active mount, were clearly separated from adult swarms. Among these swarms, the juveniles observed were already large.

BICOSE 2014 campaign allowed the first use at sea of the SALSA® pump. In general, and although the pump worked very well, relatively few larvae were caught. Among these larvae, we mainly found gastropod larvae (Snake Pit), polychaete larvae (both sites), and a few shrimp larvae (TAG). It is possible that later sampling (after hatching) will allow a harvest of more abundant shrimp larvae.

Geomicrobiology

The colonization of hydrothermal structures by microorganisms could play an important role in modifying the mineralogy by favoring the dissolution or the precipitation of certain minerals. Some studies suggest that chemolithoautotrophic microorganisms, which would then be replaced by chemoorganotrophic communities, would initiate colonization processes. The impact and role of microbial ecosystems on hydrothermal environments remain poorly understood.

During a first step, microorganisms precursors of the colonization of hydrothermal rocks were identified and the effects of the modifications of the chemical conditions on these microbial communities were simulated in order to determine their consequences on the colonization processes. This innovative experimental approach was carried out by incubating ex situ thanks to the gas-lift bioreactor polished sections of massive sulphide with fluid and fragments of Snake Pit chimneys. The first results indicate a significant difference between the population structures at the surface of the polished sections and the associated planktonic phase (PhD S. Le Guellec). In a second step, the microbial communities (eukaryotes and prokaryotes) associated with five different ecological niches of active and inactive zones (hydrothermal fluid, hydrothermal vent, diffuser, sediment and seawater) of the two hydrothermal sites (Snake Pit and TAG) are compared via microbial diversity analysis.

Communication

A ¿general public¿ evening was organized on January 28 at the Ifremer center in Brest and at the UPMC. This evening presented a semi-recorded dive from the ROV Victor6000 on the hydrothermal sites visited and made it possible to organize a live link between the public and the researchers on board for the campaign. The role of the communication department on board was to make the general public aware of the progress of an oceanographic campaign, from the point of view of both science and life on board. For this, a blog was set up, relayed by a Facebook page, which served as a ¿showcase¿. The blog was visited 18336 for a total of 70735 pages displayed. The facebook page has been viewed 11466 times. Many interviews in the written press and radio were carried out.

Back on land, the communication continued: Work within the framework of the Océanopolis project young arts and science reporters, help with the production of a serious game, using BICOSE campaign, envolvement in the science festival, at the Mare Nostrum aquarium in Montpellier.

Published data

Sarrazin Jozee, Matabos Marjolaine, Cathalot Cecile, Laes Agathe, Marticorena Julien, Michel Loic, Pernet Marie Eve-Julie (2022). Diversity, abundance, environmental conditions and stable isotopes within new gastropod assemblages from three vent fields (Menez Gwen, Lucky Strike, Snake Pit) on the northern Mid-Atlantic Ridge. https://doi.org/10.17882/88555

Michel Loïc N., Bell James B., Dubois Stanislas F., Le Pans Mathilde, Lepoint Gilles, Olu Karine, Reid William D. K., Sarrazin Jozee, Schaal Gauthier, Hayden Brian (2021). DeepIso - a global open database of stable isotope ratios and elemental contents for deep-sea ecosystems. https://doi.org/10.17882/76595

Data managed by SISMER

Sampling operations

Name	Dive	Equipement	Date	Location	Depth(m)
BIC-PL-12-TI-D1	575-12	Bouteille titane A (D) 750 ml	20140203 20:55:2003/02/2014 20:55:20	26° 8.227' N 44° 49.556' W	3534
BIC-PL-12-TI-G1	575-12	Bouteille titane B (G) 750 ml	20140203 20:37:4303/02/2014 20:37:43	26° 8.222' N 44° 49.552' W	3534
BIC-PL-12-ASPI-02	575-12	Aspirateur bouteille	20140204 01:52:0904/02/2014 01:52:09	26° 8.228' N 44° 49.539' W	3638
BIC-PL-12-PBT-03	575-12	Petite Boite de collecte	20140204 04:31:2204/02/2014 04:31:22	26° 8.084' N 44° 49.564' W	3659
BIC-PL-12-PBT-06	575-12	Aspirateur bouteille	20140204 03:05:5204/02/2014 03:05:52	26° 8.093' N 44° 49.565' W	3654
BIC-PL-12-TI-01-02	575-12	Seringue/Bouteille Titane	20140204 01:08:0304/02/2014 01:08:03	26° 8.238' N 44° 49.560' W	3626
BIC-PL-12-TI-02-02	575-12	Seringue/Bouteille Titane	20140204 01:42:1904/02/2014 01:42:19	26° 8.229' N 44° 49.540' W	3637
BIC-PL-12-TI-03	575-12	Seringue/Bouteille Titane	20140204 01:37:1804/02/2014 01:37:18	26° 8.229' N 44° 49.539' W	3637
BIC-PL-12-TI-04	575-12	Seringue/Bouteille Titane	20140204 01:24:4404/02/2014 01:24:44	26° 8.237' N 44° 49.571' W	3627
BIC-PL-12-PERISC-03	575-12	PERISCOPETTE associé à PERISCOP	20140204 07:35:4304/02/2014 07:35:43	26° 8.237' N 44° 49.563' W	3625
BIC-PL-12-ASPI-01	575-12	Aspirateur bouteille	20140203 15:04:2403/02/2014 15:04:24	26° 8.260' N 44° 49.576' W	3948
BIC-PL-12-CL-09	575-12	Carottier lame (BLADE CORE)	20140203 17:24:5903/02/2014 17:24:59	26° 8.306' N 44° 49.507' W	3691
BIC-PL-12-CL-10	575-12	Carottier lame (BLADE CORE)	20140203 16:50:2903/02/2014 16:50:29	26° 8.445' N 44° 49.390' W	3692
BIC-PL-12-CT-01	575-12	Carottier tube	20140203 17:19:2103/02/2014 17:19:21	26° 8.308' N 44° 49.510' W	3691
BIC-PL-12-CT-02	575-12	Carottier tube	20140203 17:16:3403/02/2014 17:16:34	26° 8.309' N 44° 49.510' W	3691
BIC-PL-12-CT-03	575-12	Carottier tube	20140203 16:34:4103/02/2014 16:34:41	26° 8.444' N 44° 49.391' W	3691
BIC-PL-12-CT-04	575-12	Carottier tube	20140203 16:31:1203/02/2014 16:31:12	26° 8.443' N 44° 49.390' W	3691
BIC-PL-12-PBT-01	575-12	Petite Boite de collecte	20140203 13:13:3603/02/2014 13:13:36	26° 8.230' N 44° 49.563' W	3627
BIC-PL-12-PERISC-02	575-12	PERISCOPETTE associé à PERISCOP	20140203 18:13:4703/02/2014 18:13:47	26° 8.234' N 44° 49.557' W	3628
BIC-PL-12-TI-D3	575-12	Bouteille titane A (D) 750 ml	20140203 13:44:4903/02/2014 13:44:49	26° 8.232' N 44° 49.564' W	3626
BIC-PL-12-TI-G3	575-12	Bouteille titane B (G) 750 ml	20140203 13:38:1803/02/2014 13:38:18	26° 8.230' N 44° 49.564' W	3625
BIC-PL-02-ASPI-04	565-2	Aspirateur bouteille	20140119 08:08:0419/01/2014 08:08:04	23° 22.140' N 44° 57.059' W	3498
BIC-PL-02-CROCO	565-2	Pince Croco associe periscop	20140119 10:11:3119/01/2014 10:11:31	23° 22.142' N 44° 57.052' W	3500
BIC-PL-02-PBT-01	565-2	Petite Boite de collecte	20140119 07:57:4219/01/2014 07:57:42	23° 22.141' N 44° 57.057' W	3498
BIC-PL-02-PBT-02	565-2	Petite Boite de collecte	20140119 08:44:4719/01/2014 08:44:47	23° 22.139' N 44° 57.056' W	3499
BIC-PL-02-PBT-06	565-2	Petite Boite de collecte	20140119 09:09:3219/01/2014 09:09:32	23° 22.141' N 44° 57.056' W	3499
BIC-PL-02-PEPITO-A2	565-2	PEPITO	20140119 03:26:3019/01/2014 03:26:30	23° 22.142' N 44° 57.054' W	3498
BIC-PL-02-PEPITO-A3	565-2	PEPITO	20140119 04:03:2619/01/2014 04:03:26	23° 22.142' N 44° 57.053' W	3498
BIC-PL-02-PEPITO-B1	565-2	PEPITO	20140119 05:18:1019/01/2014 05:18:10	23° 22.141' N 44° 57.054' W	3498
BIC-PL-02-PEPITO-B2	565-2	PEPITO	20140119 05:27:0219/01/2014 05:27:02	23° 22.141' N 44° 57.056' W	3498
BIC-PL-02-PEPITO-B3	565-2	PEPITO	20140119 05:42:0219/01/2014 05:42:02	23° 22.141' N 44° 57.057' W	3498
BIC-PL-02-PEPITO-C1	565-2	PEPITO	20140119 05:58:0419/01/2014 05:58:04	23° 22.140' N 44° 57.057' W	3498
BIC-PL-02-PEPITO-C2	565-2	PEPITO	20140119 06:22:2119/01/2014 06:22:21	23° 22.141' N 44° 57.056' W	3498
BIC-PL-02-PEPITO-C3	565-2	PEPITO	20140119 06:41:0919/01/2014 06:41:09	23° 22.141' N 44° 57.057' W	3498
BIC-PL-02-PEPITO-D1	565-2	PEPITO	20140119 06:55:0219/01/2014 06:55:02	23° 22.142' N 44° 57.056' W	3498
BIC-PL-05-CROCO	568-5	Pince Croco associe periscop	20140124 13:28:3624/01/2014 13:28:36	23° 22.141' N 44° 57.051' W	3497
BIC-PL-05-PEPITO-A1	568-5	PEPITO	20140124 16:42:3224/01/2014 16:42:32	23° 22.124' N 44° 57.108' W	3470
BIC-PL-05-PEPITO-A2	568-5	PEPITO	20140124 17:19:2624/01/2014 17:19:26	23° 22.123' N 44° 57.108' W	3471
BIC-PL-05-PEPITO-A3	568-5	PEPITO	20140124 18:35:2924/01/2014 18:35:29	23° 22.125' N 44° 57.108' W	3471
BIC-PL-05-PEPITO-B1	568-5	PEPITO	20140124 19:14:5924/01/2014 19:14:59	23° 22.127' N 44° 57.117' W	3466
BIC-PL-08-ASPI-01	571-8	Aspirateur bouteille	20140129 08:26:0629/01/2014 08:26:06	26° 8.226' N 44° 49.540' W	3637
BIC-PL-08-ASPI-02	571-8	Aspirateur bouteille	20140129 12:01:1529/01/2014 12:01:15	26° 8.231' N 44° 49.563' W	3626
BIC-PL-08-ASPI-03	571-8	Aspirateur bouteille	20140129 12:03:1629/01/2014 12:03:16	26° 8.230' N 44° 49.562' W	3626
BIC-PL-08-PEP-01	571-8	Préleveur d'Eau par Pompage (PEP)	20140129 12:13:3129/01/2014 12:13:31	26° 8.231' N 44° 49.560' W	3625
BIC-PL-08-PERISC	571-8	PERISCOPETTE associé à PERISCOP	20140129 10:41:3129/01/2014 10:41:31	26° 8.233' N 44° 49.561' W	3626
BIC-PL-08-TI-D1	571-8	Bouteille titane A (D) 750 ml	20140129 12:23:5229/01/2014 12:23:52	26° 8.203' N 44° 49.514' W	3634
BIC-PL-08-TI-G2	571-8	Bouteille titane B (G) 750 ml	20140129 12:27:3329/01/2014 12:27:33	26° 8.201' N 44° 49.499' W	3650
BIC-PL-05-ASPI-01	568-5	Aspirateur bouteille	20140124 20:26:3224/01/2014 20:26:32	23° 22.123' N 44° 57.113' W	3466
BIC-PL-05-ASPI-02	568-5	Aspirateur bouteille	20140124 20:39:3324/01/2014 20:39:33	23° 22.122' N 44° 57.113' W	3466
BIC-PL-05-ASPI-03	568-5	Aspirateur bouteille	20140124 21:13:1824/01/2014 21:13:18	23° 22.122' N 44° 57.111' W	3470
BIC-PL-05-ASPI-04	568-5	Aspirateur bouteille	20140124 21:20:3924/01/2014 21:20:39	23° 22.121' N 44° 57.113' W	3469
BIC-PL-05-PEPITO-B2	568-5	PEPITO	20140124 21:52:0924/01/2014 21:52:09	23° 22.145' N 44° 57.057' W	3497
BIC-PL-05-PEPITO-B3	568-5	PEPITO	20140124 22:06:3024/01/2014 22:06:30	23° 22.144' N 44° 57.059' W	3498
BIC-PL-05-PEPITO-C1	568-5	PEPITO	20140124 22:19:5924/01/2014 22:19:59	23° 22.143' N 44° 57.058' W	3498
BIC-PL-05-PEPITO-C2	568-5	PEPITO	20140124 22:39:2924/01/2014 22:39:29	23° 22.145' N 44° 57.056' W	3498
BIC-PL-05-PEPITO-C3	568-5	PEPITO	20140124 22:46:3124/01/2014 22:46:31	23° 22.144' N 44° 57.057' W	3497
BIC-PL-05-PEPITO-D1	568-5	PEPITO	20140124 23:00:0024/01/2014 23:00:00	23° 22.143' N 44° 57.055' W	3498
BIC-PL-05-PEPITO-D2	568-5	PEPITO	20140124 23:14:0024/01/2014 23:14:00	23° 22.143' N 44° 57.054' W	3497
BIC-PL-10-ASPI-01	573-10	Aspirateur bouteille	20140201 03:43:3801/02/2014 03:43:38	26° 8.235' N 44° 49.559' W	3625
BIC-PL-10-ASPI-02	573-10	Aspirateur bouteille	20140201 04:59:1601/02/2014 04:59:16	26° 8.236' N 44° 49.568' W	3626
BIC-PL-10-PEPITO-A1	573-10	PEPITO	20140201 02:49:2901/02/2014 02:49:29	26° 8.236' N 44° 49.560' W	3625
BIC-PL-10-PEPITO-A2	573-10	PEPITO	20140201 04:04:2901/02/2014 04:04:29	26° 8.236' N 44° 49.570' W	3626
BIC-PL-10-PEPITO-A3	573-10	PEPITO	20140201 05:14:2601/02/2014 05:14:26	26° 8.238' N 44° 49.557' W	3625
BIC-PL-10-PEPITO-B1	573-10	PEPITO	20140201 05:20:2701/02/2014 05:20:27	26° 8.237' N 44° 49.558' W	3625
BIC-PL-10-PEPITO-B2	573-10	PEPITO	20140201 05:25:5601/02/2014 05:25:56	26° 8.237' N 44° 49.559' W	3625
BIC-PL-10-PEPITO-B3	573-10	PEPITO	20140201 05:32:2901/02/2014 05:32:29	26° 8.237' N 44° 49.559' W	3625
BIC-PL-10-PEPITO-C1	573-10	PEPITO	20140201 05:46:1301/02/2014 05:46:13	26° 8.237' N 44° 49.559' W	3625
BIC-PL-10-PEPITO-C2	573-10	PEPITO	20140201 06:06:4101/02/2014 06:06:41	26° 8.236' N 44° 49.559' W	3625
BIC-PL-10-PEPITO-C3	573-10	PEPITO	20140201 06:16:3001/02/2014 06:16:30	26° 8.235' N 44° 49.558' W	3625
BIC-PL-10-PEPITO-D1	573-10	PEPITO	20140201 06:38:2901/02/2014 06:38:29	26° 8.231' N 44° 49.540' W	3536
BIC-PL-10-PEPITO-D2	573-10	PEPITO	20140201 06:45:2701/02/2014 06:45:27	26° 8.233' N 44° 49.537' W	3636
BIC-DR-02	-	Drague à roche ronde	20140202 18:27:0002/02/2014 18:27:00	26° 9.337' N 44° 49.166' W	3627
BIC-PL-05-CL-07	568-5	Carottier lame (BLADE CORE)	20140125 00:56:2525/01/2014 00:56:25	23° 22.183' N 44° 57.147' W	3518
BIC-PL-05-CL-09	568-5	Carottier lame (BLADE CORE)	20140125 00:23:1725/01/2014 00:23:17	23° 22.186' N 44° 57.039' W	3522
BIC-PL-05-PEPITO-E2	568-5	PEPITO	20140124 23:47:2724/01/2014 23:47:27	23° 22.141' N 44° 57.055' W	3497
BIC-PL-05-TI-D1	568-5	Bouteille titane A (D) 750 ml	20140125 00:12:2125/01/2014 00:12:21	23° 22.142' N 44° 57.057' W	3498
BIC-PL-05-TI-G1	568-5	Bouteille titane B (G) 750 ml	20140124 23:57:4324/01/2014 23:57:43	23° 22.140' N 44° 57.054' W	3498
BIC-PL-10-ASPI-03	573-10	Aspirateur bouteille	20140201 06:52:5601/02/2014 06:52:56	26° 8.233' N 44° 49.537' W	3636
BIC-PL-10-PBT-01	573-10	Petite Boite de collecte	20140201 15:19:3501/02/2014 15:19:35	26° 8.232' N 44° 49.546' W	3637
BIC-PL-10-PBT-02	573-10	Petite Boite de collecte	20140201 15:51:1001/02/2014 15:51:10	26° 8.231' N 44° 49.545' W	3637
BIC-PL-10-TI-04	573-10	Seringue/Bouteille Titane	20140201 15:32:0901/02/2014 15:32:09	26° 8.232' N 44° 49.546' W	3637
BIC-PL-01-PEP-01	564-1	Préleveur d'Eau par Pompage (PEP)	20140117 01:00:5017/01/2014 01:00:50	23° 22.117' N 44° 57.116' W	3464
BIC-PL-01-TI-D1	564-1	Seringue/Bouteille Titane	20140117 00:33:0117/01/2014 00:33:01	23° 22.116' N 44° 57.116' W	3464
BIC-PL-01-TI-G1	564-1	Seringue/Bouteille Titane	20140117 00:24:1517/01/2014 00:24:15	23° 22.117' N 44° 57.114' W	3464
BIC-PL-05-ASPI-05	568-5	Aspirateur bouteille	20140125 06:51:3025/01/2014 06:51:30	23° 22.102' N 44° 56.958' W	3515
BIC-PL-05-ASPI-06	568-5	Aspirateur bouteille	20140125 08:23:0125/01/2014 08:23:01	23° 22.093' N 44° 57.183' W	3471
BIC-PL-05-ASPI-07	568-5	Aspirateur bouteille	20140125 10:20:1025/01/2014 10:20:10	23° 22.140' N 44° 57.054' W	3495
BIC-PL-10-GBT-01	573-10	Grande Boite de collecte	20140201 09:40:4101/02/2014 09:40:41	26° 8.239' N 44° 49.498' W	3667
BIC-PL-10-PERISC-01	573-10	PERISCOPETTE associé à PERISCOP	20140201 07:43:5101/02/2014 07:43:51	26° 8.235' N 44° 49.562' W	3624
BIC-PL-12-PERISC-01	575-12	PERISCOPETTE associé à PERISCOP	20140203 10:13:5603/02/2014 10:13:56	26° 8.232' N 44° 49.559' W	3627
BIC-PL-12-TI-01-01	575-12	Seringue/Bouteille Titane	20140203 09:45:3603/02/2014 09:45:36	26° 8.222' N 44° 49.551' W	3757
BIC-PL-12-TI-02-01	575-12	Seringue/Bouteille Titane	20140203 10:02:2903/02/2014 10:02:29	26° 8.231' N 44° 49.558' W	3627
BIC-PL-01-PBT-02	564-1	Petite Boite de collecte	20140117 01:56:5117/01/2014 01:56:51	23° 22.116' N 44° 57.115' W	3464
BIC-PL-01-PBT-03	564-1	Petite Boite de collecte	20140117 06:50:1517/01/2014 06:50:15	23° 22.138' N 44° 57.054' W	3498
BIC-PL-01-PERISC-01	564-1	PERISCOPETTE associé à PERISCOP	20140117 02:45:0517/01/2014 02:45:05	23° 22.117' N 44° 57.116' W	3468
BIC-PL-04-PBT-01	567-4	Petite Boite de collecte	20140122 16:10:2222/01/2014 16:10:22	23° 22.119' N 44° 57.116' W	3464
BIC-PL-04-PERISC-01	567-4	PERISCOPETTE associé à PERISCOP	20140122 14:08:5522/01/2014 14:08:55	23° 22.116' N 44° 57.114' W	3464
BIC-PL-05-ASPI-08	568-5	Aspirateur bouteille	20140125 12:09:3325/01/2014 12:09:33	23° 22.120' N 44° 57.108' W	3473
BIC-PL-05-ASPI-09	568-5	Aspirateur bouteille	20140125 12:11:3425/01/2014 12:11:34	23° 22.120' N 44° 57.109' W	3472
BIC-PL-05-PERISC-01	568-5	PERISCOPETTE associé à PERISCOP	20140125 12:23:1025/01/2014 12:23:10	23° 22.121' N 44° 57.108' W	3472
BIC-PL-10-GBT-02	573-10	Grande Boite de collecte A	20140202 02:50:2902/02/2014 02:50:29	26° 8.232' N 44° 49.532' W	3636
BIC-PL-10-GBT-03	573-10	Grande Boite de collecte B	20140202 03:15:3002/02/2014 03:15:30	26° 8.233' N 44° 49.533' W	3637
BIC-PL-10-PERISC-02	573-10	PERISCOPETTE associé à PERISCOP	20140201 17:50:3601/02/2014 17:50:36	26° 8.190' N 44° 49.515' W	3645
BIC-PL-10-TI-D3	573-10	Bouteille titane A (D) 750 ml	20140201 20:16:5001/02/2014 20:16:50	26° 8.234' N 44° 49.562' W	3624
BIC-PL-10-TI-G3	573-10	Bouteille titane B (G) 750 ml	20140201 19:17:4301/02/2014 19:17:43	26° 8.234' N 44° 49.563' W	3624
BIC-PL-01-ASPI-01	564-1	Aspirateur bouteille	20140117 10:40:0517/01/2014 10:40:05	23° 22.117' N 44° 57.113' W	3465
BIC-PL-01-ASPI-02	564-1	Aspirateur bouteille	20140117 10:51:4017/01/2014 10:51:40	23° 22.118' N 44° 57.114' W	3463
BIC-PL-01-ASPI-03	564-1	Aspirateur bouteille	20140117 10:53:3517/01/2014 10:53:35	23° 22.118' N 44° 57.113' W	3463
BIC-PL-01-ASPI-04	564-1	Aspirateur bouteille	20140117 11:08:4917/01/2014 11:08:49	23° 22.118' N 44° 57.115' W	3464
BIC-PL-01-ASPI-05	564-1	Aspirateur bouteille	20140117 11:09:2717/01/2014 11:09:27	23° 22.118' N 44° 57.116' W	3464
BIC-PL-01-ASPI-06	564-1	Aspirateur bouteille	20140117 11:12:3717/01/2014 11:12:37	23° 22.118' N 44° 57.116' W	3463
BIC-PL-01-ASPI-07	564-1	Aspirateur bouteille	20140117 11:16:5617/01/2014 11:16:56	23° 22.118' N 44° 57.117' W	3463
BIC-PL-01-GBT-03	564-1	Grande Boite de collecte	20140117 09:21:3417/01/2014 09:21:34	23° 22.140' N 44° 57.055' W	3498
BIC-PL-01-TI-D3	564-1	Seringue/Bouteille Titane	20140117 07:53:3117/01/2014 07:53:31	23° 22.140' N 44° 57.055' W	3498
BIC-PL-01-TI-G3	564-1	Seringue/Bouteille Titane	20140117 08:05:2917/01/2014 08:05:29	23° 22.139' N 44° 57.054' W	3498
BIC-PL-04-CAGE-01	567-4	CAGE/CASIER (TYPE NON PRECISE)	20140122 22:04:0022/01/2014 22:04:00	23° 22.140' N 44° 57.057' W	3498
BIC-PL-04-CAGE-02	567-4	CAGE/CASIER (TYPE NON PRECISE)	20140122 22:26:4322/01/2014 22:26:43	23° 22.140' N 44° 57.060' W	3498
BIC-PL-04-PEP-01	567-4	Préleveur d'Eau par Pompage (PEP)	20140122 19:01:2422/01/2014 19:01:24	23° 22.121' N 44° 57.116' W	3464
BIC-PL-04-TI-D1	567-4	Seringue/Bouteille Titane	20140122 18:23:0722/01/2014 18:23:07	23° 22.120' N 44° 57.115' W	3463
BIC-PL-04-TI-G1	567-4	Seringue/Bouteille Titane	20140122 18:32:1122/01/2014 18:32:11	23° 22.120' N 44° 57.116' W	3463
BIC-PL-04-TI-G3	567-4	Seringue/Bouteille Titane	20140123 01:10:3423/01/2014 01:10:34	23° 22.142' N 44° 57.054' W	3498
BIC-PL-07-01	570-7	Panier	20140127 23:43:2527/01/2014 23:43:25	26° 8.235' N 44° 49.567' W	3624
BIC-PL-07-02	570-7	Panier	20140127 23:47:5827/01/2014 23:47:58	26° 8.235' N 44° 49.569' W	3624
BIC-PL-07-PBT-02	570-7	Petite Boite de collecte	20140128 00:55:0428/01/2014 00:55:04	26° 8.233' N 44° 49.565' W	3626
BIC-PL-10-01	573-10	Panier	20140201 12:22:5601/02/2014 12:22:56	26° 8.392' N 44° 49.503' W	3675
BIC-PL-10-02	573-10	Panier	20140202 04:20:0002/02/2014 04:20:00	26° 8.268' N 44° 49.526' W	3675
BIC-PL-10-ASPI-04	573-10	Aspirateur bouteille	20140202 05:00:0702/02/2014 05:00:07	26° 8.252' N 44° 49.531' W	3652
BIC-PL-10-ASPI-05	573-10	Aspirateur bouteille	20140202 06:44:4102/02/2014 06:44:41	26° 8.223' N 44° 49.546' W	3635
BIC-PL-10-ASPI-06	573-10	Aspirateur bouteille	20140202 07:17:4702/02/2014 07:17:47	26° 8.226' N 44° 49.548' W	3635
BIC-PL-10-PBT-03	573-10	Petite Boite de collecte	20140202 04:04:4702/02/2014 04:04:47	26° 8.268' N 44° 49.524' W	3676
BIC-PL-10-PBT-06	573-10	Petite Boite de collecte	20140202 04:50:4702/02/2014 04:50:47	26° 8.250' N 44° 49.531' W	3651
BIC-PL-10-PERISC-03	573-10	PERISCOPETTE associé à PERISCOP	20140202 07:53:4702/02/2014 07:53:47	26° 8.237' N 44° 49.562' W	3625
BIC-PL-02-PERISC-01	565-2	PERISCOPETTE associé à PERISCOP	20140118 09:50:1018/01/2014 09:50:10	23° 22.118' N 44° 57.115' W	3464
BIC-PL-02-TI-01	565-2	Seringue/Bouteille Titane	20140118 08:52:4018/01/2014 08:52:40	23° 22.116' N 44° 57.115' W	3465
BIC-PL-02-TI-02	565-2	Seringue/Bouteille Titane	20140118 09:00:3918/01/2014 09:00:39	23° 22.114' N 44° 57.113' W	3465
BIC-PL-10-ASPI-07	573-10	Aspirateur bouteille	20140202 08:57:2002/02/2014 08:57:20	26° 8.257' N 44° 49.599' W	3661
BIC-PL-10-ASPI-08	573-10	Aspirateur bouteille	20140202 09:13:0402/02/2014 09:13:04	26° 8.235' N 44° 49.563' W	3623
BIC-PL-10-TI-01	573-10	Seringue/Bouteille Titane	20140201 21:51:2501/02/2014 21:51:25	26° 8.231' N 44° 49.568' W	3624
BIC-PL-10-TI-D1	573-10	Bouteille titane A (D) 750 ml	20140201 21:38:5401/02/2014 21:38:54	26° 8.232' N 44° 49.568' W	3624
BIC-PL-10-TI-G1	573-10	Bouteille titane B (G) 750 ml	20140201 21:14:2001/02/2014 21:14:20	26° 8.235' N 44° 49.566' W	3624
BIC-PL-04-ASPI-01	567-4	Aspirateur bouteille	20140123 06:27:1723/01/2014 06:27:17	23° 22.131' N 44° 57.148' W	3471
BIC-PL-04-ASPI-02	567-4	Aspirateur bouteille	20140123 06:47:2723/01/2014 06:47:27	23° 22.126' N 44° 57.148' W	3475
BIC-PL-04-ASPI-03	567-4	Aspirateur bouteille	20140123 10:28:2523/01/2014 10:28:25	23° 22.140' N 44° 57.052' W	3498
BIC-PL-04-GBT-01	567-4	Grande Boite de collecte	20140123 07:05:5423/01/2014 07:05:54	23° 22.131' N 44° 57.150' W	3472
BIC-PL-04-PBT-02	567-4	Petite Boite de collecte	20140123 06:13:1823/01/2014 06:13:18	23° 22.130' N 44° 57.146' W	3468
BIC-PL-04-PERISC-02	567-4	PERISCOPETTE associé à PERISCOP	20140123 12:57:1223/01/2014 12:57:12	23° 22.141' N 44° 57.056' W	3499
BIC-PL-07-PEP-01	570-7	Préleveur d'Eau par Pompage (PEP)	20140128 11:12:0628/01/2014 11:12:06	26° 8.230' N 44° 49.564' W	3625
BIC-PL-07-PERISC-01	570-7	PERISCOPETTE associé à PERISCOP	20140128 08:47:5528/01/2014 08:47:55	26° 8.237' N 44° 49.558' W	3627
BIC-PL-02-01	565-2	Panier	20140118 22:20:0018/01/2014 22:20:00	23° 22.099' N 44° 57.177' W	3481
BIC-PL-02-ASPI-01	565-2	Aspirateur bouteille	20140118 22:07:5818/01/2014 22:07:58	23° 22.093' N 44° 57.181' W	3482
BIC-PL-02-ASPI-02	565-2	Aspirateur bouteille	20140118 22:38:2718/01/2014 22:38:27	23° 22.108' N 44° 57.181' W	3470
BIC-PL-02-CL-07	565-2	Carottier lame (BLADE CORE)	20140118 17:05:5418/01/2014 17:05:54	23° 22.072' N 44° 57.166' W	3502
BIC-PL-02-CT-02	565-2	Carottier tube	20140118 16:53:5518/01/2014 16:53:55	23° 22.072' N 44° 57.167' W	3502
BIC-PL-02-CT-03	565-2	Carottier tube	20140118 16:58:0518/01/2014 16:58:05	23° 22.072' N 44° 57.166' W	3502
BIC-PL-02-CT-04	565-2	Carottier tube	20140118 16:49:2218/01/2014 16:49:22	23° 22.073' N 44° 57.165' W	3502
BIC-PL-02-PERISC-02	565-2	PERISCOPETTE associé à PERISCOP	20140118 18:19:1018/01/2014 18:19:10	23° 22.119' N 44° 57.115' W	3464
BIC-PL-04-CT-01	567-4	Carottier tube	20140123 18:22:4623/01/2014 18:22:46	23° 22.188' N 44° 57.041' W	3642
BIC-PL-04-CT-02	567-4	Carottier tube	20140123 18:25:2723/01/2014 18:25:27	23° 22.187' N 44° 57.038' W	3639
BIC-PL-04-CT-03	567-4	Carottier tube	20140123 18:30:0523/01/2014 18:30:05	23° 22.189' N 44° 57.035' W	3642
BIC-PL-04-CT-04	567-4	Carottier tube	20140123 18:31:5423/01/2014 18:31:54	23° 22.189' N 44° 57.035' W	3643
BIC-PL-04-PERISC-03	567-4	PERISCOPETTE associé à PERISCOP	20140123 15:39:4923/01/2014 15:39:49	23° 22.118' N 44° 57.108' W	3468
BIC-PL-07-TI-03	570-7	Seringue/Bouteille Titane	20140128 14:46:3728/01/2014 14:46:37	26° 8.231' N 44° 49.565' W	3626
BIC-PL-07-TI-D3	570-7	Bouteille titane A (D) 750 ml	20140128 13:11:5528/01/2014 13:11:55	26° 8.231' N 44° 49.564' W	3626
BIC-PL-07-TI-G3	570-7	Bouteille titane B (G) 750 ml	20140128 13:20:4228/01/2014 13:20:42	26° 8.230' N 44° 49.566' W	3626
BIC-PL-02-02	565-2	Panier	20140119 00:25:5619/01/2014 00:25:56	23° 22.114' N 44° 57.198' W	3450
BIC-PL-02-ASPI-03	565-2	Aspirateur bouteille	20140119 00:16:2419/01/2014 00:16:24	23° 22.105' N 44° 57.194' W	3452
BIC-PL-05-TI-01	568-5	Seringue/Bouteille Titane	20140124 12:35:3524/01/2014 12:35:35	23° 22.104' N 44° 57.088' W	3484
BIC-PL-05-TI-G2	568-5	Bouteille titane B (G) 750 ml	20140124 12:40:5624/01/2014 12:40:56	23° 22.114' N 44° 57.087' W	3480
BIC-DR-01	-	Drague à roche ronde	20140124 03:26:0024/01/2014 03:26:00	23° 22.033' N 44° 57.142' W	3500
BIC-DW-01	-	Drague épibenthique WAREN	20140123 22:58:0023/01/2014 22:58:00	23° 22.023' N 44° 57.130' W	3502
BIC-DW-02	-	Drague épibenthique WAREN	20140202 14:46:1902/02/2014 14:46:19	26° 8.269' N 44° 49.549' W	3688
BIC-PL-01-01	564-1	Panier	20140117 00:49:3417/01/2014 00:49:34	23° 22.117' N 44° 57.115' W	3461

Dives

Related number	Absolute number	Vehicle	Date	Location
1	564	ROV VICTOR 6000	20140116 12:39:3116/01/2014 12:39:31	23° 22.095' N 44° 56.978' W
2	565	ROV VICTOR 6000	20140117 23:07:0817/01/2014 23:07:08	23° 22.149' N 44° 57.130' W
3	566	ROV VICTOR 6000	20140120 01:55:1520/01/2014 01:55:15	23° 22.308' N 44° 57.088' W
4	567	ROV VICTOR 6000	20140122 09:31:4222/01/2014 09:31:42	23° 22.148' N 44° 57.122' W
5	568	ROV VICTOR 6000	20140124 09:05:0124/01/2014 09:05:01	23° 22.271' N 44° 56.982' W
6	569	ROV VICTOR 6000	20140127 07:05:2927/01/2014 07:05:29	26° 8.191' N 44° 49.565' W
7	570	ROV VICTOR 6000	20140127 18:27:0727/01/2014 18:27:07	26° 8.813' N 44° 49.196' W
8	571	ROV VICTOR 6000	20140129 02:09:2529/01/2014 02:09:25	26° 8.265' N 44° 49.482' W
9	572	ROV VICTOR 6000	20140130 03:46:5030/01/2014 03:46:50	26° 9.372' N 44° 49.038' W
10	573	ROV VICTOR 6000	20140131 22:53:3831/01/2014 22:53:38	26° 8.243' N 44° 49.525' W
11	574	ROV VICTOR 6000	20140202 20:01:1402/02/2014 20:01:14	26° 9.000' N 44° 11.100' W
12	575	ROV VICTOR 6000	20140203 06:34:1503/02/2014 06:34:15	26° 8.264' N 44° 49.501' W

Moorings

Name	Location	Begin date	Duration (days)	Comment
PPS1-2014	23° 24.000' N 45° 0.000' W	20140117 11:50:0017/01/2014	8	MOUILLAGE POSE Piège 1
PPS2-2014	23° 24.000' N 44° 54.000' W	20140117 11:55:0017/01/2014	8	MOUILLAGE POSE Piège 2
SALSA-01-2014	23° 24.000' N 45° 0.000' W	20140118 04:37:5218/01/2014	1	MOUILLAGE POSE de l'aspirateur - SALSA-1 en position
NASSE-01-2014	23° 24.000' N 45° 0.000' W	20140118 19:52:3918/01/2014	6	MOUILLAGE POSE NASSE-01 depot de la nasse au pied du benitier (BIC 5) près des ruches
CHEMECOLI-121-2014	23° 24.000' N 45° 0.000' W	20140119 08:56:2019/01/2014	0	Depot CHEMECOLI (bois), #121
CHEMECOLI-113-2014	23° 24.000' N 45° 0.000' W	20140119 09:00:1319/01/2014	0	Depot CHEMECOLI #113 (alfafa)
SALSA-02-2014	23° 24.000' N 45° 0.000' W	20140121 05:35:2321/01/2014	1	MOUILLAGE POSE SALSA 2 - anemones
SALSA-03-2014	23° 24.000' N 45° 0.000' W	20140122 20:30:4822/01/2014	1	MOUILLAGE POSE SALSA-3
SPV3b-2014	23° 24.000' N 45° 0.000' W	20140123 03:06:0323/01/2014	0	MOUILLAGE POSE substrat os vache SPV3b
SPV3a-2014	23° 24.000' N 45° 0.000' W	20140123 03:06:3023/01/2014	0	MOUILLAGE POSE susbtrat vache SPV3a
SPV3c-2014	23° 24.000' N 45° 0.000' W	20140123 03:07:0123/01/2014	0	MOUILLAGE POSE substrat os vache SPV3c
SPA3c-2014	23° 24.000' N 45° 0.000' W	20140123 03:10:1223/01/2014	0	MOUILLAGE POSE substrat ardoise SPA3c
SPA3b-2014	23° 24.000' N 45° 0.000' W	20140123 03:12:5223/01/2014	0	MOUILLAGE POSE substrat ardoise SPA3b
SPA3a-2014	23° 24.000' N 45° 0.000' W	20140123 03:18:3623/01/2014	0	MOUILLAGE POSE substrat ardoise SPA3a
SPB3b-2014	23° 24.000' N 45° 0.000' W	20140123 03:21:1923/01/2014	0	MOUILLAGE POSE substrat bois SPB3b
SPB3c-2014	23° 24.000' N 45° 0.000' W	20140123 03:23:4623/01/2014	0	MOUILLAGE POSE substrat bois SPB3c
SPB3a-2014	23° 24.000' N 45° 0.000' W	20140123 03:25:2523/01/2014	0	MOUILLAGE POSE substrat bois SPB3a
SPV4b-2014	23° 24.000' N 45° 0.000' W	20140123 03:39:2123/01/2014	0	MOUILLAGE POSE substrat os vache SPV4b
SPV4a-2014	23° 24.000' N 45° 0.000' W	20140123 03:40:3723/01/2014	0	MOUILLAGE POSE substrat os vache SPV4a
SPV4c-2014	23° 24.000' N 45° 0.000' W	20140123 03:42:2623/01/2014	0	MOUILLAGE POSE substrat os vache SPV4c
SPA4a-2014	23° 24.000' N 45° 0.000' W	20140123 03:45:1623/01/2014	0	MOUILLAGE POSE substrat ardoise SPA4a
SPB4b-2014	23° 24.000' N 45° 0.000' W	20140123 03:45:3023/01/2014	0	MOUILLAGE POSE substrat bois SPB4b
SPB4c-2014	23° 24.000' N 45° 0.000' W	20140123 03:45:4523/01/2014	0	MOUILLAGE POSE substrat bois SPB4c
SPB4a-2014	23° 24.000' N 45° 0.000' W	20140123 03:46:4523/01/2014	0	MOUILLAGE POSE substrat bois SPB4a
SPA4b-2014	23° 24.000' N 45° 0.000' W	20140123 03:47:3723/01/2014	0	MOUILLAGE POSE substrat ardoise SPA4b
SPA4c-2014	23° 24.000' N 45° 0.000' W	20140123 03:48:2923/01/2014	0	MOUILLAGE POSE substrat ardoise SPA4c
SPV2c-2014	23° 24.000' N 45° 0.000' W	20140123 04:14:0523/01/2014	0	MOUILLAGE POSE substrat os vache SPV2c
SPB2b-2014	23° 24.000' N 45° 0.000' W	20140123 04:15:0023/01/2014	1495	MOUILLAGE POSE substrat bois SPB2b
SPV2b-2014	23° 24.000' N 45° 0.000' W	20140123 04:15:3923/01/2014	0	MOUILLAGE POSE substrat os vache SPV2b
SPA2b-2014	23° 24.000' N 45° 0.000' W	20140123 04:17:1423/01/2014	1495	MOUILLAGE POSE substrat ardoise SPA2b
SPB2a-2014	23° 24.000' N 45° 0.000' W	20140123 04:18:0923/01/2014	1495	MOUILLAGE POSE substrat bois SPB2a
SPB2c-2014	23° 24.000' N 45° 0.000' W	20140123 04:19:0523/01/2014	1495	MOUILLAGE POSE substrat bois SPB2c
SPA2c-2014	23° 24.000' N 45° 0.000' W	20140123 04:20:0823/01/2014	1495	MOUILLAGE POSE substrat ardoise SPA2c
SPA2a-2014	23° 24.000' N 45° 0.000' W	20140123 04:20:3323/01/2014	1495	MOUILLAGE POSE SPA2a
SPV2a-2014	23° 24.000' N 45° 0.000' W	20140123 04:20:5323/01/2014	0	MOUILLAGE POSE substrat os vache SPV2a
SPV1a-2014	23° 24.000' N 45° 0.000' W	20140123 04:53:3323/01/2014	0	MOUILLAGE POSE substrat os vache SPV1a
SPB1c-2014	23° 24.000' N 45° 0.000' W	20140123 04:54:0023/01/2014	0	MOUILLAGE POSE substrat bois SPB1c
SPB1b-2014	23° 24.000' N 45° 0.000' W	20140123 04:55:1923/01/2014	0	MOUILLAGE POSE substrat bois SPB1b
SPB1a-2014	23° 24.000' N 45° 0.000' W	20140123 04:56:0623/01/2014	0	MOUILLAGE POSE substrat bois SPB1a
SPV1c-2014	23° 24.000' N 45° 0.000' W	20140123 04:56:3523/01/2014	0	MOUILLAGE POSE substrat os vache SPV1c
SPV1b-2014	23° 24.000' N 45° 0.000' W	20140123 04:57:4323/01/2014	0	MOUILLAGE POSE substrat os vache SPV1b
SPA1b-2014	23° 24.000' N 45° 0.000' W	20140123 04:59:0223/01/2014	0	MOUILLAGE POSE substrat ardoise SPA1b
SPA1c-2014	23° 24.000' N 45° 0.000' W	20140123 04:59:4923/01/2014	0	MOUILLAGE POSE substrat ardoise SPA1c
SPA1a-2014	23° 24.000' N 45° 0.000' W	20140123 05:02:2423/01/2014	0	MOUILLAGE POSE substrat ardoise SPA1a
SALSA-04-2014	26° 6.000' N 44° 48.000' W	20140127 12:24:4127/01/2014	1	MOUILLAGE POSE SALSA-4 reste ici 3636m cap 101
MAC-123-2014	26° 6.000' N 44° 48.000' W	20140129 05:36:3529/01/2014	0	MOUILLAGE POSE MAC-123 dans une cuvette
MAC-456-2014	26° 6.000' N 44° 48.000' W	20140129 07:25:2529/01/2014	0	MOUILLAGE POSE MAC-456
MAC-789-2014	26° 6.000' N 44° 48.000' W	20140129 07:47:5429/01/2014	0	MOUILLAGE POSE MAC-789
NASSE-02-2014	26° 6.000' N 44° 48.000' W	20140129 08:10:2629/01/2014	5	MOUILLAGE POSE NASSE-02
SALSA-05-2014	26° 6.000' N 44° 48.000' W	20140131 07:55:0331/01/2014	1	MOUILLAGE POSE SALSA-5
EVAA-02-2014	26° 6.000' N 44° 48.000' W	20140201 16:07:3301/02/2014	0	MOUILLAGE POSE EVAA-2 posee a cote de GBB
TRIO-B3c-2014	26° 6.000' N 44° 48.000' W	20140201 23:37:2901/02/2014	1475	MOUILLAGE POSE substrat bois TB3c
TRIO-B3b-2014	26° 6.000' N 44° 48.000' W	20140201 23:38:5901/02/2014	1475	MOUILLAGE POSE substrat bois TB3b
TRIO-B3a-2014	26° 6.000' N 44° 48.000' W	20140201 23:41:4401/02/2014	1475	MOUILLAGE POSE substrat bois TB3a
TRIO-V3a-2014	26° 6.000' N 44° 48.000' W	20140201 23:42:2401/02/2014	0	MOUILLAGE POSE substrat os vache TV3a
TRIO-A3b-2014	26° 6.000' N 44° 48.000' W	20140201 23:44:2501/02/2014	0	MOUILLAGE POSE substrat ardoise TA3b
TRIO-A3a-2014	26° 6.000' N 44° 48.000' W	20140201 23:45:0801/02/2014	1475	MOUILLAGE POSE substrat ardoise TA3a
TRIO-A3c-2014	26° 6.000' N 44° 48.000' W	20140201 23:49:5801/02/2014	0	MOUILLAGE POSE substrat ardoise TA3c
TRIO-V3b-2014	26° 6.000' N 44° 48.000' W	20140201 23:51:0201/02/2014	0	MOUILLAGE POSE substrat os vache TV3b
TRIO-V3c-2014	26° 6.000' N 44° 48.000' W	20140201 23:52:0001/02/2014	0	MOUILLAGE POSE substrat os vache TV3c
TRIO-V4c-2014	26° 6.000' N 44° 48.000' W	20140202 00:09:3302/02/2014	0	MOUILLAGE POSE substrat os vache TV4c
TRIO-B4c-2014	26° 6.000' N 44° 48.000' W	20140202 00:12:0002/02/2014	0	MOUILLAGE POSE substrat bois TB4c
TRIO-B4b-2014	26° 6.000' N 44° 48.000' W	20140202 00:12:5402/02/2014	0	MOUILLAGE POSE substrat bois TB4b
TRIO-B4a-2014	26° 6.000' N 44° 48.000' W	20140202 00:14:3402/02/2014	0	MOUILLAGE POSE substrat bois TB4a
TRIO-A4b-2014	26° 6.000' N 44° 48.000' W	20140202 00:18:4402/02/2014	0	MOUILLAGE POSE substrat ardoise TA4b
TRIO-V4b-2014	26° 6.000' N 44° 48.000' W	20140202 00:21:3702/02/2014	0	MOUILLAGE POSE substrat os vache TV4b
TRIO-A4c-2014	26° 6.000' N 44° 48.000' W	20140202 00:22:5602/02/2014	0	MOUILLAGE POSE substrat ardoise TA4c
TRIO-V4a-2014	26° 6.000' N 44° 48.000' W	20140202 00:24:0302/02/2014	0	MOUILLAGE POSE substrat os vache TV4a
TRIO-A4a-2014	26° 6.000' N 44° 48.000' W	20140202 00:24:2802/02/2014	0	MOUILLAGE POSE substrat ardoise TA4a
CHEMECOLI-122-2014	26° 6.000' N 44° 48.000' W	20140202 00:42:5402/02/2014	0	Depot Chemecoli bois 122
CHEMECOLI-111-2014	26° 6.000' N 44° 48.000' W	20140202 00:43:4902/02/2014	0	Prise Chemecoli alfafas #111
TRIO-B1a-2014	26° 6.000' N 44° 48.000' W	20140202 01:25:4102/02/2014	1468	MOUILLAGE POSE substrat bois TB1a
TRIO-B1b-2014	26° 6.000' N 44° 48.000' W	20140202 01:26:0002/02/2014	1468	MOUILLAGE POSE substrat bois TB1b
TRIO-B1c-2014	26° 6.000' N 44° 48.000' W	20140202 01:26:3902/02/2014	1468	MOUILLAGE POSE substrat bois TB1c
TRIO-A1c-2014	26° 6.000' N 44° 48.000' W	20140202 01:29:0002/02/2014	1468	MOUILLAGE POSE substrat ardoise TA1c
TRIO-A1a-2014	26° 6.000' N 44° 48.000' W	20140202 01:29:1502/02/2014	1468	MOUILLAGE POSE substrat ardoise TA1a
TRIO-V1a-2014	26° 6.000' N 44° 48.000' W	20140202 01:29:5802/02/2014	1468	MOUILLAGE POSE substrat os vache TV1a
TRIO-V1c-2014	26° 6.000' N 44° 48.000' W	20140202 01:32:1102/02/2014	1468	MOUILLAGE POSE substrat os vache TV1c
TRIO-A1b-2014	26° 6.000' N 44° 48.000' W	20140202 01:33:1802/02/2014	1468	MOUILLAGE POSE substrat ardoise TA1b
TRIO-V1b-2014	26° 6.000' N 44° 48.000' W	20140202 01:34:0002/02/2014	1468	MOUILLAGE POSE substrat os vache TV1b
TRIO-B2a-2014	26° 6.000' N 44° 48.000' W	20140202 02:07:3902/02/2014	1476	MOUILLAGE POSE Deploiement substrats site 2, substrat bois TB2a
TRIO-V2b-2014	26° 6.000' N 44° 48.000' W	20140202 02:09:1302/02/2014	0	MOUILLAGE POSE substrat os vache TV2b
TRIO-B2b-2014	26° 6.000' N 44° 48.000' W	20140202 02:09:3002/02/2014	1476	MOUILLAGE POSE substrat bois TB2b
TRIO-B2c-2014	26° 6.000' N 44° 48.000' W	20140202 02:10:0902/02/2014	1476	MOUILLAGE POSE substrat bois TB2c
TRIO-V2a-2014	26° 6.000' N 44° 48.000' W	20140202 02:12:2402/02/2014	0	MOUILLAGE POSE substrat os vache TV2a
TRIO-V2c-2014	26° 6.000' N 44° 48.000' W	20140202 02:12:5602/02/2014	0	MOUILLAGE POSE substrat os vache TV2c
TRIO-A2b-2014	26° 6.000' N 44° 48.000' W	20140202 02:14:1102/02/2014	1476	MOUILLAGE POSE substrat ardoise TA2b
TRIO-A2a-2014	26° 6.000' N 44° 48.000' W	20140202 02:15:4302/02/2014	1476	MOUILLAGE POSE substrat ardoise TA2a
TRIO-A2c-2014	26° 6.000' N 44° 48.000' W	20140202 02:16:4002/02/2014	1476	MOUILLAGE POSE substrat ardoise TA2c
EVAA-03-2014	26° 6.000' N 44° 48.000' W	20140203 11:56:2903/02/2014	0	MOUILLAGE POSE de EVAA-3 sur casimir C7

Bibliography

Publications

Veuillot Alicia, Pradillon Florence , Michel Loïc, Cathalot Cecile , Cambon Marie-Anne , Sarrazin Jozee (2024). Ecology of Bathymodiolus puteoserpentis mussels from the Snake Pit vent field (Mid-Atlantic Ridge). Marine Environmental Research, 200, 106653 (15p.). https://doi.org/10.1016/j.marenvres.2024.106653

Truong Chloé, Bernard Sylvain, Baudin François, Gorlas Aurore, Guyot François (2024). Carbon-containing pyrite spherules: mineral biosignatures in black smokers? European Journal Of Mineralogy, 36(5), 813-830. Publisher's official version : https://doi.org/10.5194/ejm-36-813-2024 , Open Access version : https://archimer.ifremer.fr/doc/00909/102055/

Guéganton Marion, Methou Pierre, Aubé Johanne , Noël Cyril , Rouxel Ouafae, Cueff-Gauchard Valerie , Gayet Nicolas, Durand Lucile, Pradillon Florence , Cambon Marie-Anne . Symbiont acquisition strategies in post-settlement stages of two co-occurring deep-sea Rimicaris shrimp. Advance IN PRESS. Publisher's official version : https://doi.org/10.22541/au.171309964.46362343/v1 , Open Access version : https://archimer.ifremer.fr/doc/00887/99898/

Pelleter Ewan , Principaud Melanie, Alix Anne-Sophie, Boissier Audrey , Cheron Sandrine, Besson Florian , Altorffer Vincent, Guérin Charline, Gaillot Arnaud, Pierre Delphine, Rospabé Mathieu , Giunta Thomas, Grenet Lea, Cathalot Cecile , Cambon Marie-Anne , Fouquet Yves (2024). Diversity, spatial distribution and evolution of inactive and weakly active hydrothermal deposits in the TAG hydrothermal field. Frontiers In Earth Science, 12, 1304993 (25p.). Publisher's official version : https://doi.org/10.3389/feart.2024.1304993 , Open Access version : https://archimer.ifremer.fr/doc/00885/99718/

Sabroux Romain, Corbari Laure, Hassanin Alexandre (2023). Phylogeny of sea spiders (Arthropoda: Pycnogonida) inferred from mitochondrial genome and 18S ribosomal RNA gene sequences. Molecular Phylogenetics And Evolution, 182, 107726 (21p.). Publisher's official version : https://doi.org/10.1016/j.ympev.2023.107726 , Open Access version : https://archimer.ifremer.fr/doc/00820/93201/

Shillito B., Amand L., Hamel G. (2023). Update of the PERISCOP system for isobaric sampling of deep-sea fauna. Deep-sea Research Part I-oceanographic Research Papers, 193, 103956 (12p.). Publisher's official version : https://doi.org/10.1016/j.dsr.2022.103956 , Open Access version : https://archimer.ifremer.fr/doc/00812/92429/

Aubé Johanne , Cambon-Bonavita Marie-Anne , Velo-Suárez Lourdes, Cueff-Gauchard Valerie , Lesongeur Francoise, Guéganton Marion, Durand Lucile, Reveillaud Julie (2022). A novel and dual digestive symbiosis scales up the nutrition and immune system of the holobiont Rimicaris exoculata. Microbiome, 10(1), 189 (17p.). Publisher's official version : https://doi.org/10.1186/s40168-022-01380-2 , Open Access version : https://archimer.ifremer.fr/doc/00768/87957/

Hernandez Ivan, Cambon-Bonavita Marie-Anne , Sarrazin Jozee , Pradillon Florence (2022). Population structure and reproduction of the alvinocaridid shrimp Rimicaris exoculata on the Mid-Atlantic Ridge: Variations between habitats and vent fields. Deep-sea Research Part I-oceanographic Research Papers, 186, 103827 (14p.). Publisher's official version : https://doi.org/10.1016/j.dsr.2022.103827 , Open Access version : https://archimer.ifremer.fr/doc/00777/88891/

Sarrazin Jozee , Cathalot Cecile , Laes Agathe , Marticorena Julien , Michel Loïc, Matabos Marjolaine (2022). Integrated Study of New Faunal Assemblages Dominated by Gastropods at Three Vent Fields Along the Mid-Atlantic Ridge: Diversity, Structure, Composition and Trophic Interactions. Frontiers In Marine Science, 9, 925419 (15p.). Publisher's official version : https://doi.org/10.3389/fmars.2022.925419 , Open Access version : https://archimer.ifremer.fr/doc/00787/89877/

Methou Pierre, Chen Chong, Kayama Watanabe Hiromi, Cambon Marie-Anne , Pradillon Florence (2022). Reproduction in deep‐sea vent shrimps is influenced by diet, with rhythms apparently unlinked to surface production. Ecology And Evolution, 12(7), e9076 (12p.). Publisher's official version : https://doi.org/10.1002/ece3.9076 , Open Access version : https://archimer.ifremer.fr/doc/00786/89833/

Konn Cecile, Donval Jean-Pierre, Guyader Vivien , Germain Yoan, Alix Anne-Sophie, Roussel Erwan , Rouxel Olivier (2022). Extending the dataset of fluid geochemistry of the Menez Gwen, Lucky Strike, Rainbow, TAG and Snake Pit hydrothermal vent fields: Investigation of temporal stability and organic contribution. Deep-sea Research Part I-oceanographic Research Papers, 179, 103630 (26p.). Publisher's official version : https://doi.org/10.1016/j.dsr.2021.103630 , Open Access version : https://archimer.ifremer.fr/doc/00728/84052/

Le Guellec Sebastien, Leroy Elodie, Courtine Damien, Godfroy Anne , Roussel Erwan (2021). H2-dependent formate production by hyperthermophilic Thermococcales: an alternative to sulfur reduction for reducing-equivalents disposal. Isme Journal, 15(12), 3423-3436. Publisher's official version : https://doi.org/10.1038/s41396-021-01020-x , Open Access version : https://archimer.ifremer.fr/doc/00697/80950/

Ravaux Juliette, Machon Julia, Shillito Bruce, Barthélémy Dominique, Amand Louis, Cabral Mélanie, Delcour Elise, Zbinden Magali (2021). Do Hydrothermal Shrimp Smell Vents? Insects, 12(11), 1043 (29p.). Publisher's official version : https://doi.org/10.3390/insects12111043 , Open Access version : https://archimer.ifremer.fr/doc/00753/86481/

Cathalot Cecile , Roussel Erwan , Perhirin Antoine, Redou Creff Vanessa, Donval Jean-Pierre, Guyader Vivien , Roullet Guillaume, Gula Jonathan, Tamburini Christian, Garel Marc, Godfroy Anne , Sarradin Pierre-Marie , Redou (2021). Hydrothermal plumes as hotspots for deep-ocean heterotrophic microbial biomass production. Nature Communications, 12(1), 6861 (10p.). Publisher's official version : https://doi.org/10.1038/s41467-021-26877-6 , Open Access version : https://archimer.ifremer.fr/doc/00736/84818/

Gollner S., Colaço Ana, Gebruk A., Halpin P.N., Higgs N., Menini E., Mestre N.C., Qian P.-Y., Sarrazin Jozee , Szafranski K., Van Dover C.L. (2021). Application of scientific criteria for identifying hydrothermal ecosystems in need of protection. Marine Policy, 132, 104641 (12p.). Publisher's official version : https://doi.org/10.1016/j.marpol.2021.104641 , Open Access version : https://archimer.ifremer.fr/doc/00701/81318/

Criscione Francesco, Hallan Anders, Puillandre Nicolas, Fedosov Alexander (2021). Where the snails have no name: a molecular phylogeny of Raphitomidae (Neogastropoda: Conoidea) uncovers vast unexplored diversity in the deep seas of temperate southern and eastern Australia. Zoological Journal Of The Linnean Society, 191(4), 961-1000. Publisher's official version : https://doi.org/10.1093/zoolinnean/zlaa088 , Open Access version : https://archimer.ifremer.fr/doc/00668/77992/

Cambon-Bonavita Marie-Anne , Aubé Johanne , Cueff-Gauchard Valerie , Reveillaud Julie (2021). Niche partitioning in the Rimicaris exoculata holobiont: the case of the first symbiotic Zetaproteobacteria. Microbiome, 9(1), 87 (16p.). Publisher's official version : https://doi.org/10.1186/s40168-021-01045-6 , Open Access version : https://archimer.ifremer.fr/doc/00689/80089/

Zbinden M, Cambon-Bonavita Marie-Anne (2020). Rimicaris exoculata: biology and ecology of a shrimp from deep-sea hydrothermal vents associated with ectosymbiotic bacteria. Marine Ecology Progress Series, 652, 187-222. Publisher's official version : https://doi.org/10.3354/meps13467 , Open Access version : https://archimer.ifremer.fr/doc/00655/76681/

Le Bloa Simon, Boidin-Wichlacz Céline, Cueff-Gauchard Valerie , Rosa Rafael Diego, Cuvillier-Hot Virginie, Durand Lucile, Methou Pierre, Pradillon Florence , Cambon-Bonavita Marie-Anne , Tasiemski Aurélie (2020). Antimicrobial Peptides and Ectosymbiotic Relationships: Involvement of a Novel Type IIa Crustin in the Life Cycle of a Deep-Sea Vent Shrimp. Frontiers In Immunology, 11, 1511 (18p.). Publisher's official version : https://doi.org/10.3389/fimmu.2020.01511 , Open Access version : https://archimer.ifremer.fr/doc/00643/75534/

Lee Hsin, Chen Wei-Jen, Puillandre Nicolas, Aznar-Cormano Laetitia, Tsai Mong-Hsun, Samadi Sarah (2019). Incorporation of deep-sea and small-sized species provides new insights into gastropods phylogeny. Molecular Phylogenetics And Evolution, 135, 136-147. Publisher's official version : https://doi.org/10.1016/j.ympev.2019.03.003 , Open Access version : https://archimer.ifremer.fr/doc/00760/87178/

Methou Pierre, Hernández-Ávila Ivan, Aube Johanne , Cueff-Gauchard Valerie , Gayet Nicolas, Amand Louis, Shillito Bruce, Pradillon Florence , Cambon-Bonavita Marie-Anne (2019). Is It First the Egg or the Shrimp? – Diversity and Variation in Microbial Communities Colonizing Broods of the Vent Shrimp Rimicaris exoculata During Embryonic Development. Frontiers In Microbiology, 10(808), 19p. Publisher's official version : https://doi.org/10.3389/fmicb.2019.00808 , Open Access version : https://archimer.ifremer.fr/doc/00489/60067/

Piquet Berenice, Shillito Bruce, Lallier Francois H., Duperron Sebastien, Andersen Ann C. (2019). High rates of apoptosis visualized in the symbiont-bearing gills of deep-sea Bathymodiolus mussels. Plos One, 14(2), e0211499 (21p.). Publisher's official version : https://doi.org/10.1371/journal.pone.0211499 , Open Access version : https://archimer.ifremer.fr/doc/00484/59526/

Apremont Vincent, Cambon-Bonavita Marie-Anne , Cueff-Gauchard Valerie , Francois David, Pradillon Florence , Corbari Laure, Zbinden Magali (2018). Gill chamber and gut microbial communities of the hydrothermal shrimp Rimicaris chacei Williams and Rona 1986: A possible symbiosis. Plos One, 13(11), e0206084 (22p.). Publisher's official version : https://doi.org/10.1371/journal.pone.0206084 , Open Access version : https://archimer.ifremer.fr/doc/00465/57680/

Zbinden Magali, Gallet Alison, Szafranski Kamil M., Machon Julia, Ravaux Juliette, Leger Nelly, Duperron Sebastien (2018). Blow Your Nose, Shrimp! Unexpectedly Dense Bacterial Communities Occur on the Antennae and Antennules of Hydrothermal Vent Shrimp. Frontiers In Marine Science, 5(357), 14p. Publisher's official version : https://doi.org/10.3389/fmars.2018.00357 , Open Access version : https://archimer.ifremer.fr/doc/00484/59527/

Corbari Laure, Sorbe Jean-Claude (2018). First observations of the behaviour of the deep-sea amphipod Dulichiopsis dianae sp. nov. (Senticaudata, Dulichiidae) in the TAG hydrothermal vent field (Mid-Atlantic Ridge). Marine Biodiversity, 48(1), 631-645. https://doi.org/10.1007/s12526-017-0788-y

Toullec Jean-Yves, Corre Erwan, Mandon Perrine, Gonzalez-Aravena Marcelo, Ollivaux Celine, Lee Chi-Ying (2017). Characterization of the neuropeptidome of a Southern Ocean decapod, the Antarctic shrimp Chorismus antarcticus: Focusing on a new decapod ITP-like peptide belonging to the CHH peptide family. General And Comparative Endocrinology, 252, 60-78. https://doi.org/10.1016/j.ygcen.2017.07.015

Waeles Mathieu, Cotte Laura, Pernet-Coudrier Benoit, Chavagnac V., Cathalot Cecile , Leleu T., Laes-Huon Agathe , Perhirin Antoine, Riso R. D., Sarradin Pierre-Marie (2017). On the early fate of hydrothermal iron at deep-sea vents: A reassessment after in situ filtration. Geophysical Research Letters, 44(9), 4233-4240. Publisher's official version : https://doi.org/10.1002/2017GL073315 , Open Access version : https://archimer.ifremer.fr/doc/00388/49944/

Zbinden Magali, Berthod Camille, Montagne Nicolas, Machon Julia, Leger Nelly, Chertemps Thomas, Rabet Nicolas, Shillito Bruce, Ravaux Juliette (2017). Comparative Study of Chemosensory Organs of Shrimp From Hydrothermal Vent and Coastal Environments. Chemical Senses, 42(4), 319-331. https://doi.org/10.1093/chemse/bjx007

Le Bloa Simon, Durand Lucile, Cueff-Gauchard Valerie , Le Bars Josiane, Taupin Laure, Marteau Charlotte, Bazire Alexis, Cambon-Bonavita Marie-Anne (2017). Highlighting of quorum sensing lux genes and their expression in the hydrothermal vent shrimp Rimicaris exoculata ectosymbiontic community. Possible use as biogeographic markers. Plos One, 12(3), e0174338 (1-19). Publisher's official version : https://doi.org/10.1371/journal.pone.0174338 , Open Access version : https://archimer.ifremer.fr/doc/00377/48841/

Cowart Dominique, Durand Lucile, Cambon-Bonavita Marie-Anne , Arnaud-Haond Sophie (2017). Investigation of bacterial communities within the digestive organs of the hydrothermal vent shrimp Rimicaris exoculata provide insights into holobiont geographic clustering. Plos One, 12(3), e0172543 (1-22). Publisher's official version : https://doi.org/10.1371/journal.pone.0172543 , Open Access version : https://archimer.ifremer.fr/doc/00376/48705/

Sabroux Romain, Corbari Laure, Krapp Franz, Bonillo Celine, Le Prieur Stepahnie, Hassanin Alexandre (2017). Biodiversity and phylogeny of Ammotheidae (Arthropoda: Pycnogonida). European Journal Of Taxonomy, 286, 1-33. Publisher's official version : https://doi.org/10.5852/ejt.2017.286 , Open Access version : https://archimer.ifremer.fr/doc/00484/59530/

Mandon Perrine, Aznar-Cormano Laetitia, Hourdez Stephane, Samadi Sarah (2017). Assembly of the mitochondrial genome of the hydrothermal vent crab Segonzacia mesatlantica and detection of potential nuclear pseudogenes. Mitochondrial Dna Part B-resources, 2(1), 291-293. https://doi.org/10.1080/23802359.2017.1318674

Mapstone Gillian M., Corbari Laure, Menot Lenaick (2017). Two deep-living rhodaliids (Cnidaria, Siphonophora) from the Mid-Atlantic Ridge. Marine Biology Research, 13(5), 486-493. Publisher's official version : https://doi.org/10.1080/17451000.2016.1232830 , Open Access version : https://archimer.ifremer.fr/doc/00361/47207/

Machon Julia, Ravaux Juliette, Zbinden Magali, Lucas Philippe (2016). New electroantennography method on a marine shrimp in water. Journal Of Experimental Biology, 219(23), 3696-3700. https://doi.org/10.1242/jeb.140947

Gollner Sabine, Stuckas Heiko, Kihara Terue C., Laurent Stefan, Kodami Sahar, Arbizu Pedro Martinez (2016). Mitochondrial DNA Analyses Indicate High Diversity, Expansive Population Growth and High Genetic Connectivity of Vent Copepods (Dirivultidae) across Different Oceans. Plos One, 11(10), e0163776. Publisher's official version : https://doi.org/10.1371/journal.pone.0163776 , Open Access version : https://archimer.ifremer.fr/doc/00357/46788/

Auguste M., Mestre N. C., Rocha T. L., Cardoso C., Cueff-Gauchard Valerie , Le Bloa Simon, Cambon-Bonavita Marie-Anne , Shillito B., Zbinden M., Ravaux J., Bebianno M. J. (2016). Development of an ecotoxicological protocol for the deep-sea fauna using the hydrothermal vent shrimp Rimicaris exoculata. Aquatic Toxicology, 175, 277-285. Publisher's official version : https://doi.org/10.1016/j.aquatox.2016.03.024 , Open Access version : https://archimer.ifremer.fr/doc/00323/43465/

Duperron Sebastien, Quiles Adrien, Szafranski Kamil M., Leger Nelly, Shillito Bruce (2016). Estimating Symbiont Abundances and Gill Surface Areas in Specimens of the Hydrothermal Vent Mussel Bathymodiolus puteoserpentis Maintained in Pressure Vessels. Frontiers In Marine Science, 3(16), 12p. Publisher's official version : https://doi.org/10.3389/fmars.2016.00016 , Open Access version : https://archimer.ifremer.fr/doc/00484/59533/

Hernandez-Avila Ivan, Cambon-Bonavita Marie-Anne , Pradillon Florence (2015). Morphology of First Zoeal Stage of Four Genera of Alvinocaridid Shrimps from Hydrothermal Vents and Cold Seeps: Implications for Ecology, Larval Biology and Phylogeny. Plos One, 10(12), -. Publisher's official version : https://doi.org/10.1371/journal.pone.0144657 , Open Access version : https://archimer.ifremer.fr/doc/00309/42011/

References of Articles published in other Periodicals or Scientific Works acclaimed in the Field

Sarradin Pierre-Marie , Ybert Sebastien (2019). Et la France dans tout cela ? Pour la science. Hors-série, (104), 98.

References of Technical Reports

Besson Florian , Cathalot Cecile , Cambon Marie-Anne , Giunta Thomas, Pelleter Ewan , Rospabé Mathieu , Roussel Erwan , Rouxel Olivier , Ybert Sebastien (2024). Rapport quinquennal sur les activités menées par l’Ifremer dans le cadre du contrat d'exploration des sulfures polymétalliques conclu, au nom de la France, avec l'Autorité Internationale des Fonds Marins (AIFM) – Période quinquennale 2020-2024 –. REM/2024-016.

Shauqeena Batrisyea Raz (2024). Internship Report On: Meiofauna Colonizing Experimental Substrata From The Peripheries Of Active And Inactive Hydrothermal Sites On Two Vent Fields Along The Mid-Atlantic Ridge.

Cambon Marie-Anne , Cathalot Cecile , Giunta Thomas, Pelleter Ewan , Pradillon Florence , Rospabé Mathieu , Roussel Erwan , Rouxel Olivier , Ybert Sebastien (2024). Rapport annuel sur les activités menées par l’Ifremer dans le cadre du contrat d'exploration des sulfures polymétalliques conclu, au nom de la France, avec l'Autorité Internationale des Fonds Marins (AIFM) – Période du 1er janvier au 31 décembre 2023. REM/2024- 006.

Ybert Sebastien (2023). Plan de gestion des données, Mission DMA et CCZ. REM2023/011. https://archimer.ifremer.fr/doc/00853/96513/

Alix Anne-Sophie, Cambon Marie-Anne , Cathalot Cecile , Cueff-Gauchard Valerie , Giunta Thomas, Pelleter Ewan , Pradillon Florence , Roussel Erwan , Ybert Sebastien (2023). Rapport annuel sur les activités menées par l’Ifremer dans le cadre du contrat d'exploration des sulfures polymétalliques conclu, au nom de la France, avec l'Autorité Internationale des Fonds Marins (AIFM). Période du 1er janvier au 31 décembre 2022. REM/2023-003.

Cotten Clemence, Sarrazin Jozee (2022). Data management plan. DEEP-REST: Conservation and restoration of deep-sea ecosystems in the context of deep-sea mining. Deliverable D1.2. https://doi.org/10.13155/96518

Besson Florian , Cathalot Cecile , Cuif Marion (coord.), Fouquet Yves, Pelleter Ewan , Alix Anne-Sophie, Cambon Marie-Anne , Menot Lenaick , Pradillon Florence , Roussel Erwan , Cueff-Gauchard Valerie (2022). Rapport annuel sur les activités menées par l’Ifremer dans le cadre du contrat d'exploration des sulfures polymétalliques conclu, au nom de la France, avec l'Autorité Internationale des Fonds Marins (AIFM). Période du 1er janvier au 31 décembre 2021. REM/2022-008.

Alix Anne-Sophie, Besson Florian , Cambon Marie-Anne , Cathalot Cecile , Cuif Marion, Fouquet Yves, Menot Lenaick , Pelleter Ewan , Pradillon Florence , Roussel Erwan (2021). Rapport annuel sur les activités menées par l’Ifremer dans le cadre du contrat d'exploration des sulfures polymétalliques conclu, au nom de la France, avec l'Autorité Internationale des Fonds Marins (AIFM). Période du 1er janvier au 31 décembre 2020. REM/2021-008.

Viellefon Priscille (2020). Cartographie – Compilation et analyses numériques de données bathymétriques sur la dorsale Atlantique Nord centrale. Rapport de stage technique. https://archimer.ifremer.fr/doc/00679/79153/

Bourdon Alexandre (2020). Structure, composition et écologie trophique des sédiments hydrothermaux sur la ride Médio-Atlantique. Mémoire de stage de Master 1.

Alix Anne-Sophie, Besson Florian , Cambon Bonavita Marie-Anne , Chu Nan-Chin, Fouquet Yves, Lacroix Denis, Le Gall Morgane, Menot Lenaick , Pelleter Ewan , Sarradin Pierre-Marie , Ybert Sebastien (2019). Rapport de veille scientifique et technologique relative aux ressources minérales non énergétiques des grands fonds. Convention référence 19/1000 085 entre le Ministère de la Transition Ecologique et Solidaire – Direction de l’Eau et de la Biodiversité et l’Institut français de recherche pour l’exploitation de la mer – Action 5.2. REM/2019-033. Rapport n°9.

Altorffer Vincent (2019). Etude et compréhension des dépôts hydrothermaux inactifs du district TAG (ride médio-atlantique, 26°N). Rapport de stage.

Pelleter Ewan , Cambon Bonavita Marie-Anne , Fouquet Yves, Besson Florian , Alix Anne-Sophie, Menot Lenaick , Pradillon Florence , Roussel Erwan , Cueff-Gauchard Valerie , Cathalot Cecile , Zeppilli Daniela , Ybert Sebastien (2019). Rapport quinquennal sur les activités menées par l’Ifremer dans le cadre du contrat d'exploration des sulfures polymétalliques conclu, au nom de la France, avec l'Autorité Internationale des Fonds Marins (AIFM). Période 2014 - 2019. REM/2019-009.

Besson Florian , Alix Anne-Sophie, Cathalot Cecile , Fouquet Yves, Pelleter Ewan , Cambon Bonavita Marie-Anne , Menot Lenaick , Pradillon Florence , Roussel Erwan , Cueff-Gauchard Valerie , Ybert Sebastien (2019). Rapport annuel sur les activités menées par l’Ifremer dans le cadre du contrat d'exploration des sulfures polymétalliques conclu, au nom de la France, avec l'Autorité Internationale des Fonds Marins (AIFM). Période du 1er janvier au 31 décembre 2018. REM/2019-002.

Cambon-Bonavita Marie-Anne , Fouquet Yves, Pelleter Ewan , Menot Lenaick , Alix Anne-Sophie, Cathalot Cecile , Pradillon Florence , Roussel Erwan , Ybert Sebastien (2018). Rapport annuel sur les activités menées par l’Ifremer dans le cadre du contrat d'exploration des sulfures polymétalliques conclu, au nom de la France, avec l'Autorité Internationale des Fonds Marins (AIFM). Période du 1er janvier au 31 décembre 2017. REM/2018-006.

Rédaction du compte rendu année 4 du permis Atlantique sulfures polymétalliques. Mars 2018 à l'ISA, 82 pages.

Guerin Charline (2017). Synthèse du traitement de la réflectivité acoustique des campagnes BICOSE, LEVE SMF et HERMINE. DIT.REM/GM/CTDI 20170628-CG01.

Cambon-Bonavita Marie-Anne , Pelleter Ewan , Fouquet Yves, Alix Anne-Sophie, Besson Florian , Roussel Erwan , Ybert Sebastien (2017). Rapport annuel sur les activités menées par l’Ifremer dans le cadre du contrat d'exploration des sulfures polymétalliques conclu, au nom de la France, avec l'Autorité Internationale des Fonds Marins (AIFM) - Période du 1er janvier au 31 décembre 2016. REM/2017-008.

Rédaction du compte rendu année 3 du permis Atlantique sulfures polymétalliques. Mars 2017 à l'ISA, 65 pages.

Alix Anne-Sophie, Farcouli Maud, Fouquet Yves, Lacroix Denis, Le Gall Morgane, Mengoni Julien, Menot Lenaick , Pelleter Ewan , Sarradin Pierre-Marie , Ybert Sebastien (2016). Ressources Minérales Marines. Rapport de Veille. Convention référence 16/1212524 entre le Ministère de l’Environnement, de l’Energie et de la Mer et l’Institut français de recherche pour l’exploitation de la mer – Action 5.4. REM/2016-040.

Fouquet Yves, Alix Anne-Sophie, Farcouli Maud, Lacroix Denis, Le Gall Morgane, Mengoni Julien, Menot Lenaick , Pelleter Ewan , Sarradin Pierre-Marie , Ybert Sebastien (2016). Ressources Minérales Marines. Rapport de Veille. Convention n°2101589841 entre le Ministère de l’écologie, du développement durable et de l’énergie et l’Institut français de recherche pour l’exploitation de la mer – Action 5.3. REM/2016-010 - Rapport de veille scientifique n°1.

Planchette Fanny (2016). Influence de la distance au site actif et de l'habitat sur la structure et la distribution de la faune benthique non-hydrothermale. REM/EEP/LEP/16-03.

Rédaction du compte rendu année 2 du permis Atlantique sulfures polymétalliques. Mars 2016 à l'ISA, 57 pages.

Rodier Philippe (2015). Mesure d'individus à partir de captures d'images vidéo par la méthode du carroyage virtuel a posteriori. REM-EEP-EP 15-08.

Rédaction du compte rendu année 1 du permis Atlantique sulfures polymétalliques. Mars 2015 à l'ISA, 73 pages.

Laes-Huon Agathe (2014). Compte Rendu réunion debriefing utilisation des Chemini et de Pepito lors de la campagne Bicose (Dec 2013-Janv 2014) du 19 Mars 2014. RDT/LDCM 14-310.

Jozée Sarrazin, Lénaïck Menot, Laure Corbari, Florence Pradillon, Michel Ségonzac, Cécile Cathalot et le soutien d'Emmanuelle Omnes, Christophe Brandily et Philippe Rodier. Rapport écologie de la campagne BICOSE 2014. Rapport interne REM/EEP/LEP 14/02. 63 pages.

References of Articles published in periodicals and magazines for the general public

Articles de journaux (l'express, Télégramme, La Croix, Ouest France, Le Monde, Wapiti, l'Humanité, Le Figaro, Les Echos, Science Ouest)

Conférences de presse, Interview (France Inter la tête au carré, France Bleue, France Antilles Martinique, RTL, NeoPlanete.com, RFI, France Info, la1er.fr, Orange.fr, plusbellematerre.com, Le progrès de Cornouaille.com, Seasailsurf.fr, Seableue.fr).

References of International Seminar Communications

E. Pelleter, Y. Fouquet, C. Cathalot and scientific parties (2018a). The HERMINE cruise: an example of multi-scale and multi objective exploration strategy. UMC 2018 - Deep-Sea Mining: Challenges of Going Further and Deeper Advances in Marine Research and Subsea Technology Beyond Oil and Gas, 47th Underwater Mining Conference. 10-14 september 2018, Bergen, Norway. Abstract étendu

E. Pelleter, Y. Fouquet, C. Scalabrin, C. Cathalot, F. Besson, A.S. Alix, C. Guérin, A. Gaillot, D. Pierre, J.M. Augustin, M.A. Cambon (2018b). Seafloor backscatter data: a cost and time-effective method for exploration of seafloor massive sulfide deposits? A case study at the TAG district. UMC 2018 - Deep-Sea Mining: Challenges of Going Further and Deeper Advances in Marine Research and Subsea Technology Beyond Oil and Gas, 47th Underwater Mining Conference. 10-14 september, Bergen, Norway. Abstract étendu

Hernandez I., Cambon-Bonavita M.A. and Pradrillon F. (2018) Population structure and reproduction of the alvinocaridid shrimp Rimicaris exoculata on the Mid-Atlantic Ridge: variations between habitats and vent fields. 15th Deep Sea Biology Symposium, 9-14 septembre, Monterey Californie.

Ivan Hernandez, Marie-Anne Cambon-Bonavita, Jozée Sarrazin and Florence Pradrillon. (2018) Population structure and reproduction of the alvinocaridid shrimp Rimicaris exoculata on the Mid-Atlantic Ridge: variations between habitats and vent fields. DSBS 2018 - 15th Deep-Sea Biology Symposium. 09 au 14/09/2018, Monterey (Californie).

Methou P., Hernandez-Avila I., Cueff-Gauchard V., Pradillon F., Cambon-Bonavita M.A. (2018) Is it the Egg first or the Shrimp? Diversity and evolution of the microbial communities colonizing broods of the vent shrimp Rimicaris exoculata throughout embryonic development. 15th Deep Sea Biology Symposium, 9-14 septembre, Monterey Californie.

Methou Pierre, Hernandez Ivan, Shillito Bruce, Aube Johanne, Cueff-Gauchard Valerie, Cambon Bonavita Marie-Anne, Pradillon Florence (2018). Is it the Egg first or the Shrimp? Diversity and evolution of the microbial communities colonizing broods of the vent shrimp Rimicaris exoculata throughout embryonic development. DSBS 2018 - 15th Deep-Sea Biology Symposium. 09 au 14/09/2018, Monterey (Californie).

Duperron S, Gros O, Piquet B, Szafranski K, Laming S, Shillito S (2017) The flexible symbioses of deep-sea mussels: a not-so-straight story, 6th international symposium on Chemosynthesis-Based Ecosystems (CBE6), 27th aug 1 sept, Woods Hole, USA.

Duperron S, Piquet B, Lallier, FH, Andersen AC, Shillito B (2017) Deep-sea mussels and their symbionts: recent findings and open questions, International Conference on Holobionts, apr. 19-21, Paris, France.

M. Zbinden, J. Ponsard, P. Compère, L. Corbari, B. Shillito, V. Cueff-Gauchard, L. Durand, G. Lepoint, A. Joassin and MA. Cambon-Bonavita. (2017) Transtegumental absorption of ectosymbiotic bacterial by-products in the hydrothermal shrimp Rimicaris exoculata: An unusual way of eating. International Conference on Holobionts. Paris - MNHN - April 19-20-21. Présentation orale

Sabroux R., Corbari L., Krapp F., Bonillo C., Le Prieur S. & Hassanin A. (2017). Biodiversity and phylogeny of Ammotheidae (Arthropoda: Pycnogonida). Communication orale, The 2017 mid-year meeting of The Crustacean Society, 19-22 June.

Zbinden M, Machon J, Lucas P, Shillito B, Léger L, Montagné N, Chertemps T, Ravaux J. (2017) Comparative study of chemosensory organs of shrimp from hydrothermal vent and coastal environments. ESITO XV (European Symposium for Insect taste and Olfaction). 17-22 Sept. Villasimius, Italy. Poster

Apremont V., Cueff-Gauchard V., Cambon-Bonavita M.A., Zbinden M. (2015) Preliminary data on the investigation of hydrothermal shrimp Chorocaris chacei symbiosis. 14th Deep-Sea Biology Symposium. Poster. Aveiro, Portugal, 31 Août-4 Sept.

Auguste M.; Mestre NC.; Rocha TL ; Cardoso C.; Cueff-Gauchard V.; Le Bloa S.; Cambon-Bonavita MA.; Shillito B., Zbinden M., Ravaux J and M. J. Bebianno (2015) Accumulation of metals and biomarkers response in Rimicaris exoculata from TAG (Mid-Atlantic Ridge) vent field after copper exposure. 14th Deep-Sea Biology Symposium. Présentation orale. Aveiro, Portugal, 31 Août-4 Sept.

C. Konn, J.P. Donval, V. Guyader. (2015) Oral presentation Organic, Mineral and Gas Geochemistry of Hydrothermal Fluids from the Wallis and Futuna Area. Comparison with Vent Fields in Ridge Context Goldschmidt Aout.

Cecile Konn, Erwan Roussel, Jean-Pierre Donval, Vivien Guyader, Denis Testemale, Jean-Luc Charlou, Nils G. Holm and chief scientists of the expeditions. (2015) Organic geochemistry of hydrothermal fluids: technique, advances and results, Poster à IMOG (International Meeting of Organic Geochemistry).

Corbari L & Sorbe JC (2015) First in-situ observations on the behaviour of the deep-sea amphipod Dulichiopsis sp. (Senticaudata, Dulichiidae) at the vicinity of the hydrothermal vent site TAG (Mid-Atlantic Ridge). 16th ICA International Colloqium on Amphipoda, 7-11 September 2015, Aveiro, Portugal.

Ivan Hernandez-Avila, Marie-Anne Cambon-Bonavita, Florence Pradillon. (2015)Morphology of first zoeal stage of four genera of alvinocarid shrimps from hydrothermal vents and cold seeps. Implications for ecology, larval biology and phylogeny. 14th Deep-Sea Biology Symposium, 31 Août-4 Septembre, Aveiro, Portugal.

Mapstone G, Corbari L & Menot L. (2015) TWO DEEP-LIVING RHODALIIDS (CNIDARIA, SIPHONOPHORA) FROM THE MID-ATLANTIC RIDGE. 8th Hydrozoan society Workshop. 20-27 June, Ischia, Italy;

Marie-Anne Cambon-Bonavita , Lucile Durand, Mathieu Guri, Julie Ponsard, Cyrielle Jan, Valérie Cueff-Gauchard, Julie Reveillaud, Mohamed Jebbar, Philippe Compère, Bruce Shillito and Magali Zbinden. (2015) Oral presentation, Rimicaris exoculata : toward better understandings of a complex symbiosis, International Symbiosis symposium, 12-18 july Lisbon Portugal.

Marie-Anne Cambon-Bonavita , Lucile Durand, Mathieu Guri, Julie Ponsard, Cyrielle Jan, Valérie Cueff-Gauchard, Julie Reveillaud, Mohamed Jebbar, Philippe Compère, Bruce Shillito and Magali Zbinden. (2015) Poster presentation, Rimicaris exoculata : toward better understandings of a complex symbiosisInternational Conférence Jacques Monod Marine Eco-system Biology, juin Roscoff, présentation du modèle Rimicaris exoculata.

Pradillon F, Bignon L, Cotty C, Dutreuil, Dussud L. (2015) SALSA : Serial Autonomous Larval Sampler. 14th Deep-Sea Biology Symposium, 31 Août-4 Septembre 2015, Aveiro, Portugal

S. Le Guellec, E. Pelleter, Y. Fouquet, N. Gayet , C. Konn, C. Cathalot , V. Cueff-Gauchard, M.A. Cambon-Bonavita , A. Godfroy & E. Roussel.(2015) Identification et caractérisation fonctionnelle de précurseurs de colonisation microbienne de sulfure-massif hydrothermal: résultats préliminaires. Mantle, water and life: the ultramafic-hosted Rainbow hydrothermal field Lyon. (Poster)

Simon Le Bloa, Lucile Durand, Laure Taupin, Charlotte Marteau, Marie-Anne Cambon-Bonavita, Alexis Bazire, Bruce Shilito, Magali Zbinden. (2015) Poster. « Toward a better understanding of the symbiotic relationships in Rimicaris exoculata model? International Symbiosis symposium, 12-18 july Lisbon Portugal.

Sébastien Duperron; Laming S.R ; Szafranski K.M. ; Piquet B. ; Quiles A ; Rodrigues, C., Shillito B. ; Lallier F ; Gaudron S.M (2015) Revisiting the flexible symbioses of deep-sea mussels using NGS, FISH and live experiments. International Symbiosis Society Meeting, 13-17 juillet, Lisbonne, Portugal

Zbinden M., Machon J., Lucas P., Shillito B., Léger L., Montagné N., Chertemps T., Ravaux J. (2015)Comparative study of sensory abilities (chemo- and thermoreception) in hydrothermal Alvinocarid and coastal Palaemonid shrimp. 14th Deep-Sea Biology Symposium. Poster. Aveiro, Portugal, 31 Août-4 Sept.

Simon Le Bloa, Lucile Durand, Laure Taupin, Charlotte Marteau, Cambon-Bonavita M.A., Alexis Bazire. (2014) Toward a better understanding of the symbiotic relationships in Rimicaris exoculata model? 4th workshop on deep sea microbiology, 4-7 septembre Brest IUEM,

References of National Seminar Communications

Juliette Ravaux, Julia Machon, Philippe Lucas, Magali Zbinden. (2018) Les crevettes sentent-elles les sources hydrothermales ? Colloque CONNECT3, 14-16 Nov, Brest, France. Présentation orale.

Magali Zbinden, Alison Gallet, Kamil M. Szafranski, Julia Machon, Juliette Ravaux, Nelly Léger and Sébastien Duperron. (2018) Blow Your Nose, Shrimp! Unexpectedly Dense Bacterial Communities Occur on the Antennae and Antennules of Hydrothermal Vent Shrimp. Colloque CONNECT3, 14-16 Nov Brest, France. Présentation orale.

Duperron S, Piquet B, Andersen AC, Shillito B (2017) Flexibilité des symbioses chimiotrophes chez les bivalves mytilidés de l'Océan profond : résultats récents, questions ouvertes. Symposium du Réseau Ecologie des Interactions Durables, REID, 22-24 mars, Toulouse, France.

Duperron, S. (2017) Adaptation by association in the deep sea: the case of chemosynthetic symbioses in bivalves, IBPS Symposium "Symbiosis in evolution, biology and human health", Paris, 15-17 mars. Oral invité lors d'un colloque organisé par l'Institut de Biologie Paris Seine.

Duperron, S. (2017) Symbioses bactéries-animaux dans l'océan profond. Colloque La Microbiologie dans Tous ses Etats, Colloque Sorbonne Universités, Paris, 23 mai.

Mandon Perrine, Sarah SAMADI, Stéphane HOURDEZ. (2017) Recherche de marqueurs pour résoudre la position phylogénétique des Alvinocarididae au sein des Caridea. COMMUNICATION ORALE. Journée des jeunes chercheurs de l'UMR 7205 ISyEB. Paris May 4th.

Methou P, Hernandez-Avila I, Cueff-Gauchard V, Cambon-Bonavita M-A, Pradillon F. (2017) Quel type d'association microbienne sur les oeufs de la crevette Rimicaris exoculata ? VIIIe Colloque AFEM, 17-20 October, Camaret-sur-Mer (France)

S. Le Guellec, D.Courtine, A. Godfroy, et E. Roussel. (2017) Production hydrogéno-dépendante de formate par des Thermococcales hyperthermophiles. VIIIe Colloque de l'AFEM ; 17-20 octobre Camaret-sur-Mer (France).

S. Le Guellec, E. Pelleter, N. Gayet, A. Godfroy, Y. Fouquet, et E. Roussel. (2016) Identification et caractérisation fonctionnelle de précurseurs de colonisation microbienne de sulfure-massif hydrothermal (site Snake Pit). CONNECT2 ; 9-11 mai au Centre Ifremer de Brest (France).

S. Le Guellec, E. Pelleter, N. Gayet, A. Godfroy, Y. Fouquet, et E. Roussel. (2016) Identification et caractérisation fonctionnelle de précurseurs de colonisation microbienne de sulfure-massif hydrothermal (site Snake Pit). Journées thématiques de l'AFEM 2016 (Association Francophone d'Ecologie Microbienne) ; 31 mai-1er juin 2016 à Marseille (France).

Duperron, S. (2015) « La flexibilité des symbioses chez les moules, une clé de leur adaptation aux environnements à base chimiosynthétique ». Meeting CONNECT, 11-13 mai, Le Mans, France

Florence Pradillon, Ivan Hernandez, Marie-Anne Cambon-Bonavita, Jozée Sarrazin, Laurent Bignon, Cécile Cotty, Vincent Dutreuil, Loïc Dussud. (2015) « Reproduction et écologie larvaire chez la crevette Rimicaris exoculata de la ride Médio-Atlantique ». Colloque National sur la biologie et l'écologie des écosystèmes à bas de chimiosynthèse (CONNECCT), 11 au 13 mai, Le Mans

M. Zbinden, J. Machon, B. Shillito, N. Léger, J. Ravaux. (2015) "Etude comparée de l'olfaction chez la crevette hydrothermale Mirocaris fortunata et la crevette côtière Palaemon elegans". Oral COlloque National sur la biologiE et l'éCologie des éCosystèmes à base de chimiosynThèse (CONNECT). Le Mans, 11-13 Mai.

Marie-Anne Cambon-Bonavita, Lucile Durand, Mathieu Guri, Julie Ponsard, Cyrielle Jan, Valérie Cueff-Gauchard, Julie Reveillaud, Simon Le Bloa, Mohamed Jebbar, Philippe Compère, Bruce Shillito and Magali Zbinden. (2015) Oral presentation. « L'holobionte Rimicaris exoculata ». Colloque National sur la biologie et l'écologie des écosystèmes à bas de chimiosynthèse (CONNECCT), 11 au 13 mai, Le Mans.

S. Le Bloa, L. Durand, C Marteau, L. Taupin, M Zbinden, B Shillito, MA Cambon Bonavita and A. Bazire (2015) Oral presentation. « Interactions hôtes-symbiontes en environnement extrêmes : cas particulier de Rimicaris exoculata » Colloque National sur la biologie et l'écologie des écosystèmes à bas de chimiosynthèse (CONNECCT), 11 au 13 mai, Le Mans.

S. Le Guellec, E. Pelleter, Y. Fouquet, N. Gayet, C. Konn, C. Cathalot, V. Cueff-Gauchard, M.A. Cambon-Bonavita, A. Godfroy & E. Roussel (2015). Identification et caractérisation fonctionnelle de précurseurs de colonisation microbienne de sulfure-massif hydrothermal: résultats préliminaires.. COlloque National sur la biologiE et l'éCologie des éCosystèmes à base de chimiosynThèse Le Mans. (Poster)

V. Apremont, V. Cueff-Gauchard, MA Cambon-Bonavita, M. Zbinden.(2015) " Preliminary data on the investigation of hydrothermal shrimp Chorocaris chacei symbiosis". Poster COlloque National sur la biologiE et l'éCologie des éCosystèmes à base de chimiosynThèse (CONNECT). Le Mans, 11-13 Mai.

References of the Described New Species (faunal, floral, microorganisms), locations where the holotypes were stored

Mollusca, Famille Sutilizonidae, Genre Sutilizona Warén & Bouchet, 2001

Mollusca, Famille Peltospiridae, Genre Pachydermia Waren & Bouchet, 1989

Spécimens entre 1-2mm collectés sur TAG et Snake Pit. Ce genre est endémique des sources hydorthermales MAR (Snake Pit) et EPR (12-13°N). Ces espèces ont été décrites sur la base de spécimens peu nombreux et leur mode de préservation n'a pas permis de les étudier dans le cadre d'étude en systématique moléculaire. Au total, plus de 30 spécimens ont été collectés sur les deux sites. Ces échantillons seront confiés à Anders Waren (Muséum de Stockholm) pour étude.

Actuellement dans ce genre, seules deux espèces sont décrites, respectivement endémiques de la zone EPR et bassin de Lau. Sur Snake pit, site ELAN plus de 10 spécimens ont été collectés vivants avec tissus préservés en alcool. Ces spécimens seront confiés à Anders Waren pour description.

Amphipoda, Famille Dulichiidae, genre Dulichiopsis sp nov.

Observés assez fréquemment sur les zones périphériques de Snake Pit et TAG, il a été difficile dans un premier temps d'identifier les spécimens présents sur ces tiges. Après collecte et observation minutieuse in-situ, il s'avère que ce sont des amphipodes qui vivent en couple ou seul sur des tiges qu'ils construisent en agglutinant du mucus et du sédiment. Malheureusement le mode de collecte n'est pas optimal et seulement deux spécimens ont pu être récupérés. Après examen et comparaison avec la littérature, ces individus appartiennent au genre Dulichiopsis. Seules 8 espèces sont décrites dans ce genre et possèdent une distribution bathymétrique maximale de 1500m. Un examen plus détaillé de ces spécimens est nécessaire mais tout suggère que ce serait une nouvelle espèce.

Isopoda, Famille Echinothambematidae, genre Echinothambema sp.

Ces deux spécimens ont été collectés dans la zone périphérique de TAG lors du prélèvement de spécimens d'Holothuries (PL575, ASPI1). Ce genre d'isopode benthique regroupe seulement deux espèces dont une seule est présente en milieu profond (zone Pacifique). Il est probable que cette espèce soit nouvelle, à confirmer avec un spécialiste du groupe (Gary Poore, Australian Museum).

References of Contracts reports (European Union, FAO, Convention, Collectivities...)

Rapport convention CARNOT Reximmu, Août 2015 MA Cambon-Bonavita

Rapport MIDAS tous les 6 mois

Rapports d'avancement des thèses et comités de thèses des doctorants travaillant sur le sujet (voir infra)

DEA or MASTER 2 using campaign data

Liz Loutrage. Stage M1 SBM (2019) Etude intégrée de la structure et du fonctionnement des communautés faunistiques associées aux assemblages de Bathymodiolus puteoserpensis du champ hydrothermal Snake Pit, dorsale médio-Atlantique., Université de Bretagne Occidentale. J Sarrazin.

Bruno Labelle stage de Master 2, (2018) Université Pierre et Marie Curie : Etude intégrée de la structure et du fonctionnement des assemblages de gastéropodes de la dorsale médio-Atlantique.Co-encadrantes : Dr. Jozée Sarrazin et Marjolaine Matabos.

Charlène Rosazza, stage Master 1 Polytech Marseille (2018) : Etude de la diversité des épibiontes du céphalothorax et du tracatus digestif chez la crevette Rimicaris exoculata : comparaison entre mâles et femelles. Encadrement V Cueff-Gauchard et MA Cambon Bonavita

Alison Gallet Stage Master 2 - (2017) - Sorbonne Univserité, Mention Sciences de l'Univers, Environnement, Ecologie. Spécialité Océanographie et Environnements marins). Caractérisation du microbiote associé aux organes olfactifs de crevettes hydrothermales : approches microscopique et moléculaire. Encadrement : M. Zbinden / S. Duperron.

Alison Gallet: Stage de Master II, (2017), Mention SDUEE spécialité OEM. "Caractérisation du microbiote associé aux organes olfactifs de crevettes hydrothermales : approches microscopique et moléculaire". Co-encadrement M. Zbinden et S. Duperron.

Blandine Brachet : Stage de Master II (2017) Lien entre Failles de détachements et circulation hydrothermale : Exemple de la dorsale Atlantique. Mémoire de stage de Master 2 - Master Sciences de la Mer et du Littoral. Encadrement E Pelleter.

Adrien Quiles Stage Master II (2015) Microbiologie Environnement Santé - MNHN) Dynamique des populations de bactéries symbiotiques méthanotrophes et thiotrophes chez la moule hydrothermale bathymodiolus puteoserpentis. Encadrement S. Duperron

Anne Mathilde Brochard, Stage Master 1 -16 mai - 11 septembre (2015), Université Catholique de l'Ouest, Structure et diversité de la faune des sites hydrothermaux actifs et inactifs: dépouillement et exploitation des données de la campagne océanographique BICOSE. Jozée Sarrazin, Lénaïck Menot.

Anne-Mathilde Brochard, Stage Master I (2015). Université Catholique d'Angers. Comparaison des communautés faunistiques associées aux assemblages de Bathymodiolus azoricus et Bathymodiolus puteoserpensis des champs hydrothermaux Menez Gwen, Lucky Strike et Snake Pit de la dorsale médio-Atlantique. Co-encadrement : Jozée Sarrazin, Lénaïck Menot.

Bruno Labelle, Stage Master II, (2015) UPMC. Etude intégrée de la structure et du fonctionnement des assemblages de gastéropodes de la dorsale médio-Atlantique. Co-encadrement : Jozée Sarrazin, Marjolaine Matabos.

Julia Machon Stage Master II (2015) Sciences de l'Univers, Environnement, Ecologie - spécialité Biologie et Bio-ressources marines) Université Pierre et Marie Curie (UPMC, Paris) Etude comparée de l'olfaction chez la crevette hydrothermale Mirocaris fortunata et la crevette côtière Palaemon elegans" Encadrement : M. Zbinden / J. Ravaux

Romain Sabroux Stage Master II (2015). Biodiversité et histoire évolutive des Pycnogonides (Arthropoda : Chelicerata : Pycnogonida). Encadrement Laure Corbari& Alexandre Hassanin, UMR 7205 ISyEB - Institut de Systématique, Evolution et Biodiversité

Sébastien Le Guellec Stage Master II (2015)- Microbiologie Fondamentale et Appliquée) UBO. Identification et caractérisation fonctionnelle de précurseurs de colonisation microbienne de sulfure-massif hydrothermal. Encadrement E. Roussel.

Camille Berthod Stage Master 1 (2014) Sciences de l'Univers, Environnement, Ecologie - spécialité Biologie et Bio-ressources marines) Université Pierre et Marie Curie (UPMC, Paris)). Adaptations sensorielles chez les crevettes des sources hydrothermales. Encadrement : M. Zbinden / J. Ravaux

Thesis using campaign data

Djedjroh Yannick (2022). Traçage isotopique du cycle biogéochimique du cuivre dans les systèmes hydrothermaux océaniques. PhD Thesis, Université de Bretagne Occidentale.

Thomas-Bulle Camille (2019). Influence du mode de spéciation sur l'architecture des génomes et la diversité des éléments transposables chez les bivalves et les annélides hydrothermaux / Influence of the speciation mode on the genome architecture and the diversity of transposable elements in bivalves and annelids from hydrothermal ventS. PhD Thesis, Université Sorbonne.

Methou Pierre (2019). Cycles de vie de deux crevettes hydrothermales de la dorsale médio-atlantique : Rimicaris exoculata et Rimicaris chacei / Lifecycles of two hydrothermal vent shrimps from the Mid-Atlantic Ridge : Rimicaris exoculata and Rimicaris chacei : Embryonic development, larva dispersal, recruitment, reproduction & symbioses acquisition. PhD Thesis, Université de Bretagne Occidentale.

Le Guellec Sebastien (2019). Identification et caractérisation fonctionnelle des communautés microbiennes en interaction avec les minéralisations hydrothermales / Identification and functional characterization of microbial communities interacting with hydrothermal mineralizations. PhD Thesis, Université de Bretagne Occidentale.

Sabroux Romain (2018). Biodiversité et histoire évolutive des Pycnogonides (Arthropoda, Pycnogonida) / Biodiversity and evolutionary history of sea spiders (Anthropoda, Pycnogonida). PhD Thesis, Museum national d'histoire naturelle - MNHN PARIS.

Piquet Bérénice (2018). Flexibility of the symbiosis between Bivalves and chemosynthetic bacteria : mechanism, control and resilience. PhD Thesis, Université Sorbonne.

Machon Julia (2018). Adaptations sensorielles chez les crevettes hydrothermales profondes : comparaison des facultés chimio et thermo-sensorielles de la crevette hydrothermale mirocaris fortunata et de la crevette côtière palaemon elegans / Sensory adaptations in shrimp from deep hydrothermal vents : Comparison of chemo‐ and thermo-sensory abilities in the vent species Mirocaris fortunata and the coastal species Palaemon elegans. PhD Thesis, Sorbonne Université – Muséum National d’Histoire Naturelle.

Lelièvre Yann (2018). Structure et dynamique temporelle des communautés hydrothermales inféodées à la dorsale Juan de Fuca : utilisation d'une approche observatoire fond de mer / Structure and temporal dynamics of hydrothermal communities from the Juan de Fuca Ridge : a seafloor observatory approach. PhD Thesis, Université de Bretagne occidentale. https://archimer.ifremer.fr/doc/00497/60907/

Elodie Leroy (2018-2021) Thèse à l'Ecole Doctorale des Sciences de la Mer (UBO) sur un financement Ifremer (100%) Thèse encadré par Erwan Roussel et Mohamed Jebbar (LM2E) ; Caractérisation des processus hydrogène-dépendant de production de formate par des micro-organismes hyperthermophiles associés aux écosystèmes hydrothermaux.

Lourdes Velo Suarez, post doctorat, 2018 Génomique de la symbiose digestive Rimicaris spp Ifremer LabexMer. Laboratoire LMEE Ifremer

Maxime Allioux. Etudiant en thèse de l'université de Bretagne Occidentale. Financement UBO LIA MicrobSEA- UBO ARED. Thèse co-dirigée par Karine ALAIN (50%), Mohamed JEBBAR (UMR6197) (50%), et Zongze SHAO (KLAMBR-TIO Xiamen). Sujet : « Physiologie et génomique de microorganismes hydrothermaux incultivés du cycle du soufre (dismutation du soufre, composés organosulfurés) ». (2018 -2021).

V. Cueff-Gauchard, thèse UBL, formation diplômante, directrice de thèse M.A. Cambon-Bonavita, 2018-2021, Fonctionnement des communautés symbiotiques chez la crevette hydrothermale Rimicaris sp. par approches in situ. 2018-2021.

Apremont Vincent (2017). Description de la diversité microbienne associée à la crevette Rimicaris Chacei : une possible double symbiose. PhD Thesis, Université de Bretagne Occidentale.

J. Réveillaud, post doctorat, 2017 Génomique comparative de la symbiose Rimicaris spp de la fosse des Caïmans à la dorsale Médio-Atlantique Ifremer LabexMer. Laboratoire LMEE Ifremer

Marc Cozannet. Thèse de l'université de Bretagne Occidentale. Financement MENRT-ARED LabexMER. Thèse co-dirigée par Karine ALAIN (65%) et Laurent Toffin (35%). Sujet : « Caractérisation métabolique, phénotypique et génomique de représentants cultivés du 7e ordre des méthanogènes». 1er Octobre 2017 -> fin prévue en octobre 2020.

Boyer Coraline (2016). De nouveaux systèmes hôtes-virus associés aux sources hydrothermales océaniques profondes. PhD Thesis, Université de Bretagne Occidentale. https://archimer.ifremer.fr/doc/00609/72129/

Le Bloa Simon (2016). Mode de reconnaissance hôte symbionte en milieux extrêmes : cas du modèle symbiotique Rimicaris exoculata / Toward a better understanding of the symbiotic relationships in Rimicaris exoculata model. PhD Thesis, Université de Bretagne occidentale. https://archimer.ifremer.fr/doc/00498/60918/

Hernandez Avila Ivan (2016). Dispersion larvaire et cycle de vie dans les environnements hydrothermaux profonds : le cas de Rimicaris exoculata et d'espèces proches / Larval dispersal and life cycle in deep-water hydrothermal vents : the case of Rimicaris exoculata and related species. PhD Thesis, Université de Bretagne occidentale. https://archimer.ifremer.fr/doc/00498/60927/

Pierre Méthou (2016-2019). Thèse à l'Ecole Doctorale des Sciences de la Mer (UBO) sur un financement Ifremer (50%) et ARED/labexMer (50%). Thèse encadré par Florence Pradillon EEP et Marie-Anne Cambon-Bonavita (HDR), LMEE. Life cycles of Two Different Rimicaris Species: Juvenile Recruitment and Acquisition of Symbiosis.

A. Perhirin, Post-doctorat (03/08/2015 - 30/09/2016) Approche intégrée modèle-données en systèmes hydrothermaux. DS Ifremer, MIDAS. Encadrants : Cécile Cathalot, Pierre-Marie Sarradin

Bérénice Piquet (2015 - 2018) Ecole Doctorale 227 UPMC / MNHN Sciences de la Nature et de l'Homme : évolution et écologie « FLEXSYBI - FLEXibilité des SYmbioses entre BIvalves et bactéries chimiotrophes : mécanismes, régulation et résilience » Encadrement : S. Duperron A. Andersen Laboratoire UPMC Paris et Roscoff

F. Chever, Post-doctorat (01/03/2015 - 31/05/2015) Approche intégrée modèle-données en systèmes hydrothermaux. DS Ifremer, MIDAS. Encadrants: Cécile Cathalot, Pierre-Marie Sarradin

Julia Machon (2015-2018) Ecole Doctorale 227 UPMC / MNHN Sciences de la Nature et de l'Homme : évolution et écologie. Adaptations sensorielles chez les crevettes hydrothermales profondes : Comparaison des facultés sensorielles de la crevette hydrothermale Mirocaris fortunata et de l'espèce côtière Palaemon elegans Encadrement : J. Ravaux / M. Zbinden, laboratoire UPMC Paris

Romain Sabroux (2015-2018) : Biodiversité et histoire évolutive des Pycnogonides (Arthropoda, Pycnogonida). Dir Hassanin A. & Corbari L. (MNHN UMR 7205), ED 227 « Sciences de la Nature et de l'Homme : évolution et écologie »

Sébastien Le Guellec. (2015-2018) Thèse à l'Ecole Doctorale des Sciences de la Mer (UBO) sur un financement Ifremer (50%) et ARED/labexMer (50%). Thèse encadré par Yves Fouquet (LGM - Ifremer) et Erwan Roussel (LM2E) au LM2E. Identification et caractérisation fonctionnelle des communautés microbiennes en interaction avec les minéralisations hydrothermales. Laboratoire LMEE et LGM Ifremer.

Szafranski Kamil (2014). Cycles de vie des symbiontes chez les bivalves des environnements à base chimiosynthétique de l'océan profond / Aspects of the life cycles of chemosynthetic bacterial symbionts associated with bivalves from deep-sea chemosynthesis-based ecosystems. PhD Thesis, Université Paris 06. https://archimer.ifremer.fr/doc/00761/87286/

Perrine Mandon (2014-2017) Origine évolutive des organismes phares des milieux hydrothermaux. Encadrement Sarah Samadi UMR 7205 ISyEB - Institut de Systématique, Evolution et Biodiversité; Stéphane Hourdez UMR 7144 - Adaptation et Diversité en Milieu Marin.

Ivan Hernandez (2013-2016), Université de Bretagne Occidentale, Ecole Doctorale des sciences de la mer, Dispersion larvaire et cycles de vie en milieu profond, Encadrement : M-A. Cambon-Bonavita, F. Pradillon. Laboratoire LMEE et LEP Ifremer

S. Le Bloa, thèse EDSM en co fiancement I fremer - Région Bretagne ARED Labex Mer. 2013-2016 Mode de reconnaissance hôte-symbiontes en milieux extrêmes : cas de Rimicaris exoculata. Directeur de thèse M.A. Cambon-Bonavita (Ifremer) et responsable scientifique A. Bazire (Université de Bretagne Sud). Laboratoire LMEE Ifremer et UBS. Thèse soutenue le 15 décembre 2016 mention très honorable.

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Restricted access bicrov03smf200_02.mbg	CONTROLLED DATA	193 MB	NetCDF SMF GEOREF.
Restricted access bicrov09smf200_10.mbg	CONTROLLED DATA	265 MB	NetCDF SMF GEOREF.
Restricted access bicrov09smf200_05.mbg	CONTROLLED DATA	180 MB	NetCDF SMF GEOREF.
Restricted access bicrov09smf200_08.mbg	CONTROLLED DATA	269 MB	NetCDF SMF GEOREF.
Restricted access bicrov09smf200_09.mbg	CONTROLLED DATA	319 MB	NetCDF SMF GEOREF.
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Restricted access bicrov09smf200_03_transit.mbg	CONTROLLED DATA	177 MB	NetCDF SMF GEOREF.
Restricted access bicrov09smf200_02_transit.mbg	CONTROLLED DATA	141 MB	NetCDF SMF GEOREF.
Restricted access bicsmf24_20140116041249.mbg	CONTROLLED DATA	29 MB	NetCDF SMF GEOREF.
Restricted access bicsmf24_20140115224614.mbg	CONTROLLED DATA	38 MB	NetCDF SMF GEOREF.
Restricted access bicsmf24_20140116013409.mbg	CONTROLLED DATA	33 MB	NetCDF SMF GEOREF.
Restricted access bicsmf24_20140116025026.mbg	CONTROLLED DATA	35 MB	NetCDF SMF GEOREF.
Restricted access bicsmf24_20140116051946.mbg	CONTROLLED DATA	37 MB	NetCDF SMF GEOREF.
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Restricted access bicsmf24_20140116073851.mbg	CONTROLLED DATA	41 MB	NetCDF SMF GEOREF.
Restricted access bicsmf24_20140116085842.mbg	CONTROLLED DATA	43 MB	NetCDF SMF GEOREF.
Restricted access bicsmf24_20140116102923.mbg	CONTROLLED DATA	10 MB	NetCDF SMF GEOREF.
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Restricted access bicsmf24_20140117150033.mbg	CONTROLLED DATA	5 MB	NetCDF SMF GEOREF.
Restricted access bicsmf24_20140117151530.mbg	CONTROLLED DATA	33 MB	NetCDF SMF GEOREF.
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Restricted access bicsmf24_20140119151749.mbg	CONTROLLED DATA	2 MB	NetCDF SMF GEOREF.
Restricted access bicsmf24_20140119154153.mbg	CONTROLLED DATA	973 KB	NetCDF SMF GEOREF.
Restricted access bicsmf24_20140119170110.mbg	CONTROLLED DATA	3 MB	NetCDF SMF GEOREF.
Restricted access bicsmf24_20140115212126.mbg	CONTROLLED DATA	39 MB	NetCDF SMF GEOREF.
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Restricted access bicsmf12_20140117181731b.mbg	CONTROLLED DATA	948 KB	NetCDF SMF GEOREF.
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Restricted access bicsmf12_20140117181731a.mbg	CONTROLLED DATA	14 MB	NetCDF SMF GEOREF.
Restricted access bicsmf12_20140119203823.mbg	CONTROLLED DATA	28 MB	NetCDF SMF GEOREF.
Restricted access bicsmf12_20140117204629.mbg	CONTROLLED DATA	10 MB	NetCDF SMF GEOREF.
Restricted access bicsmf12_20140117185944.mbg	CONTROLLED DATA	42 MB	NetCDF SMF GEOREF.
Restricted access bicsmf12_20140119155313.mbg	CONTROLLED DATA	21 MB	NetCDF SMF GEOREF.
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Restricted access bicsmf12_20140119173849.mbg	CONTROLLED DATA	27 MB	NetCDF SMF GEOREF.
Restricted access bicsmf12_20140119184402.mbg	CONTROLLED DATA	5 MB	NetCDF SMF GEOREF.
Restricted access bicsmf12_20140115201248.mbg	CONTROLLED DATA	4 MB	NetCDF SMF GEOREF.
Restricted access bicsmf12_20140121195958.mbg	CONTROLLED DATA	6 MB	NetCDF SMF GEOREF.
Restricted access bicsmf12_20140119194954.mbg	CONTROLLED DATA	22 MB	NetCDF SMF GEOREF.
Restricted access bicsmf12_20140119214523.mbg	CONTROLLED DATA	24 MB	NetCDF SMF GEOREF.
Restricted access bicsmf12_20140122004203.mbg	CONTROLLED DATA	11 MB	NetCDF SMF GEOREF.
Restricted access bicsmf12_20140119222744.mbg	CONTROLLED DATA	22 MB	NetCDF SMF GEOREF.
Restricted access bicsmf12_20140119231224.mbg	CONTROLLED DATA	2 MB	NetCDF SMF GEOREF.
Restricted access bicsmf12_20140119231749.mbg	CONTROLLED DATA	12 MB	NetCDF SMF GEOREF.
Restricted access bicsmf12_20140121201622.mbg	CONTROLLED DATA	31 MB	NetCDF SMF GEOREF.
Restricted access bicsmf12_20140121213246.mbg	CONTROLLED DATA	26 MB	NetCDF SMF GEOREF.
Restricted access bicsmf12_20140121223227.mbg	CONTROLLED DATA	23 MB	NetCDF SMF GEOREF.
Restricted access bicsmf12_20140121231341.mbg	CONTROLLED DATA	21 MB	NetCDF SMF GEOREF.
Restricted access bicsmf12_20140121235212.mbg	CONTROLLED DATA	23 MB	NetCDF SMF GEOREF.
Restricted access bicsmf12_20140117174148b.mbg	CONTROLLED DATA	3 MB	NetCDF SMF GEOREF.
Restricted access bicsmf12_20140122010908.mbg	CONTROLLED DATA	26 MB	NetCDF SMF GEOREF.
Restricted access bicsmf12_20140122021000.mbg	CONTROLLED DATA	30 MB	NetCDF SMF GEOREF.
Restricted access bicsmf12_20140122041604.mbg	CONTROLLED DATA	24 MB	NetCDF SMF GEOREF.
Restricted access bicsmf12_20140122051826.mbg	CONTROLLED DATA	14 MB	NetCDF SMF GEOREF.
Restricted access bicsmf12_20140126043132.mbg	CONTROLLED DATA	20 MB	NetCDF SMF GEOREF.
Restricted access bicsmf12_20140122055645.mbg	CONTROLLED DATA	24 MB	NetCDF SMF GEOREF.
Restricted access bicsmf12_20140126015418.mbg	CONTROLLED DATA	25 MB	NetCDF SMF GEOREF.
Restricted access bicsmf12_20140126031318.mbg	CONTROLLED DATA	23 MB	NetCDF SMF GEOREF.
Restricted access bicsmf12_20140126053304.mbg	CONTROLLED DATA	22 MB	NetCDF SMF GEOREF.
Restricted access bicsmf12_20140126064042.mbg	CONTROLLED DATA	16 MB	NetCDF SMF GEOREF.
Restricted access bicsmf12_20140126132732.mbg	CONTROLLED DATA	32 MB	NetCDF SMF GEOREF.
Restricted access bicsmf12_20140126150012.mbg	CONTROLLED DATA	13 MB	NetCDF SMF GEOREF.
Restricted access bicsmf12_20140126153958.mbg	CONTROLLED DATA	42 MB	NetCDF SMF GEOREF.
Restricted access bicsmf12_20140126171448.mbg	CONTROLLED DATA	14 MB	NetCDF SMF GEOREF.
Restricted access bicsmf12_20140126174105.mbg	CONTROLLED DATA	28 MB	NetCDF SMF GEOREF.
Restricted access bicsmf12_20140126184159.mbg	CONTROLLED DATA	21 MB	NetCDF SMF GEOREF.
Restricted access bicsmf12_20140126194023.mbg	CONTROLLED DATA	19 MB	NetCDF SMF GEOREF.
Restricted access bicsmf12_20140126212430.mbg	CONTROLLED DATA	26 MB	NetCDF SMF GEOREF.
Restricted access bicsmf12_20140126224442.mbg	CONTROLLED DATA	27 MB	NetCDF SMF GEOREF.
Restricted access bicsmf12_20140127000409.mbg	CONTROLLED DATA	12 MB	NetCDF SMF GEOREF.
Restricted access bicsmf12_20140127005019.mbg	CONTROLLED DATA	24 MB	NetCDF SMF GEOREF.
Restricted access bicsmf12_20140127020921.mbg	CONTROLLED DATA	26 MB	NetCDF SMF GEOREF.
Restricted access bicsmf12_20140127033109.mbg	CONTROLLED DATA	27 MB	NetCDF SMF GEOREF.
Restricted access bicsmf12_20140127045048.mbg	CONTROLLED DATA	26 MB	NetCDF SMF GEOREF.
Restricted access bicsmf12_20140127060545.mbg	CONTROLLED DATA	1 MB	NetCDF SMF GEOREF.
Restricted access bicsmf12_20140128205948.mbg	CONTROLLED DATA	5 MB	NetCDF SMF GEOREF.
Restricted access bicsmf12_20140128211552.mbg	CONTROLLED DATA	22 MB	NetCDF SMF GEOREF.
Restricted access bicsmf12_20140128222058.mbg	CONTROLLED DATA	27 MB	NetCDF SMF GEOREF.
Restricted access bicsmf12_20140128234043.mbg	CONTROLLED DATA	28 MB	NetCDF SMF GEOREF.
Restricted access bicsmf12_20140129005610.mbg	CONTROLLED DATA	5 MB	NetCDF SMF GEOREF.
Restricted access bicsmf12_20140129171823.mbg	CONTROLLED DATA	9 MB	NetCDF SMF GEOREF.
Restricted access bicsmf12_20140129174451.mbg	CONTROLLED DATA	21 MB	NetCDF SMF GEOREF.
Restricted access bicsmf12_20140129200959.mbg	CONTROLLED DATA	17 MB	NetCDF SMF GEOREF.
Restricted access bicsmf12_20140129183544.mbg	CONTROLLED DATA	2 MB	NetCDF SMF GEOREF.
Restricted access bicsmf12_20140129190317.mbg	CONTROLLED DATA	18 MB	NetCDF SMF GEOREF.
Restricted access bicsmf12_20140129193530.mbg	CONTROLLED DATA	24 MB	NetCDF SMF GEOREF.
Restricted access bicsmf12_20140129204121.mbg	CONTROLLED DATA	26 MB	NetCDF SMF GEOREF.
Restricted access bicsmf12_20140129214011.mbg	CONTROLLED DATA	28 MB	NetCDF SMF GEOREF.
Restricted access bicsmf12_20140129225624.mbg	CONTROLLED DATA	21 MB	NetCDF SMF GEOREF.
Restricted access bicsmf12_20140129233837.mbg	CONTROLLED DATA	24 MB	NetCDF SMF GEOREF.
Restricted access bicsmf12_20140130001725.mbg	CONTROLLED DATA	12 MB	NetCDF SMF GEOREF.
Restricted access bicsmf12_20140130003543.mbg	CONTROLLED DATA	24 MB	NetCDF SMF GEOREF.
Restricted access bicsmf12_20140130012040.mbg	CONTROLLED DATA	40 MB	NetCDF SMF GEOREF.
Restricted access bicsmf12_20140131112722.mbg	CONTROLLED DATA	26 MB	NetCDF SMF GEOREF.
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Restricted access bicsmf12_20140131135915.mbg	CONTROLLED DATA	20 MB	NetCDF SMF GEOREF.
Restricted access bicsmf12_20140131144216.mbg	CONTROLLED DATA	16 MB	NetCDF SMF GEOREF.
Restricted access bicsmf12_20140131151302.mbg	CONTROLLED DATA	18 MB	NetCDF SMF GEOREF.
Restricted access bicsmf12_20140131154220.mbg	CONTROLLED DATA	18 MB	NetCDF SMF GEOREF.
Restricted access bicsmf12_20140117163850.mbg	CONTROLLED DATA	27 MB	NetCDF SMF GEOREF.
Restricted access bicsmf12_20140131171343.mbg	CONTROLLED DATA	17 MB	NetCDF SMF GEOREF.
Restricted access bicsmf12_20140131175316.mbg	CONTROLLED DATA	26 MB	NetCDF SMF GEOREF.
Restricted access bicsmf12_20140131190031.mbg	CONTROLLED DATA	29 MB	NetCDF SMF GEOREF.
Restricted access bicsmf12_20140131201449.mbg	CONTROLLED DATA	12 MB	NetCDF SMF GEOREF.
Restricted access bicsmf12_20140119185955.mbg	CONTROLLED DATA	19 MB	NetCDF SMF GEOREF.
Restricted access bicsmf12_20140117162408a.mbg	CONTROLLED DATA	6 MB	NetCDF SMF GEOREF.
Restricted access bicsmf12_20140115162209.mbg	CONTROLLED DATA	84 MB	NetCDF SMF GEOREF.
Restricted access bicsmf12_20140115202457.mbg	CONTROLLED DATA	15 MB	NetCDF SMF GEOREF.
Restricted access bicsmf12_20140131161424.mbg	CONTROLLED DATA	26 MB	NetCDF SMF GEOREF.
Restricted access bicsmf12_20140117162408b.mbg	CONTROLLED DATA	98 KB	NetCDF SMF GEOREF.
Restricted access bicsmf12_20140117174148a.mbg	CONTROLLED DATA	13 MB	NetCDF SMF GEOREF.

File	Processing level	Size	Format
Open access 14000100_215422-1_OS150WT_0_osite.nc	RAW DATA	21 MB	NETCDF OceanSite
Open access 14000100_215432-1_OS150WT_1_fhv1.nc	CONTROLLED DATA	23 MB	NETCDF OceanSite
Open access 14000100_215432-2_OS150WT_figures.tar	CONTROLLED DATA	1 MB	TAR