VISUFRONT

Name: VISUFRONT
Start: 2013-07-18
End: 2013-07-30
Location: Ligurian Sea

Type	Oceanographic cruise
Ship	Téthys II
Ship owner	CNRS until 2019 - IFREMER since 2020
Dates	18/07/2013 - 30/07/2013
Chief scientist(s)	IRISSON Jean-Olivier
	INSTITUT DE LA MER DE VILLEFRANCHE - FR 3761 181 chemin du Lazaret 06230 Villefranche-sur-Mer https://www.imev-mer.fr/web/
DOI	10.17600/13450120
Objective	Studying the distribution of planktonic organisms across the Ligurian current front. Special interest given to fish larvae and gelatinous plankton, including jellyfish. The related project is the Partner University Fund between OOV-LOV and RSMAS.

Sea/Ocean

Ligurian Sea

(Au large de Monaco et Nice)

Ports

Port of departure : Nice (France)

Port of return : Nice (France)

Scientific Authority

OBSERVATOIRE OCEANOLOGIQUE DE VILLEFRANCHE SUR MER (OSU-OOV)

181 Chemin du Lazaret

06230 VILLEFRANCHE SUR MER

+33 (0)4 93 76 38 90

http://www.obs-vlfr.fr/web/index.php

Participating bodie(s)

Rosenstiel School of Marine and Atmospheric Sciences (Université de Miami) - Istituti di Scienze Marine, La Spezia, CNR Italie - MIO-Toulon

Discipline(s)

PHYSICAL OCEANOGRAPHY
BIOLOGICAL OCEANOGRAPHY

Code	Label	Quantity	PI
B02	Phytoplankton pigments (eg chloroph Fluorescence de la Chla - 20 transects, >40K points par transect	-	IRISSON Jean-Olivier
B08	Phytoplankton Images - 20 transects, >200K images par transect	-	IRISSON Jean-Olivier
B09	Zooplankton Images - 20 transects + 20 filets	-	IRISSON Jean-Olivier
B10	Neuston Images - 20 transects + 20 filets	-	IRISSON Jean-Olivier
B11	Nekton Images - 20 transects + 20 filets	-	IRISSON Jean-Olivier
B13	Eggs & larvae Images - 20 transects + 20 filets	-	IRISSON Jean-Olivier
B64	Gear research Couplage UVP+ISIIS - 4 transects	-	IRISSON Jean-Olivier
D05	Surface drifters/drifting buoys 3 flotteurs CODE - 48h de suivi	-	IRISSON Jean-Olivier
H10	CTD stations CTD SBE 9	9 stations	IRISSON Jean-Olivier
H11	Subsurface meas. underway (T,S) TS du navire	-	IRISSON Jean-Olivier

Summary of measurements

-Imaging transects using In Situ Ichtyoplankton Imaging System (ISIIS); images collected.
-Imaging transects using the Underwater Video Profiler (UVP); images of plankton collected.
-Vertical CTD profiles between the surface and maximum depths of 550m.
-Oblique 780µm-mesh plankton net hauls.
-Glider deployed from 0-500m along an inshore-to-offshore transect.
-Drifting floats equipped with cameras were deployed to detect jellyfish.

Location map

Published data

Panaïotis Thelma, Caray-Counil Louis, Jalabert Laetitia, Irisson Jean-Olivier (2024). ISIISNet : plankton images captured with the ISIIS (In-situ Ichthyoplankton Imaging System). https://doi.org/10.17882/101950

Panaïotis Thelma, Biard Tristan, Caray--Counil Louis, Faillettaz Robin, Luo Jessica Y, Guigand Cédric M, Cowen Robert K, Irisson Jean-Olivier (2023). Data for High throughput in situ imaging reveals complex ecological behavior of giant marine mixotrophic protists. https://doi.org/10.17882/96266

Bibliography

Publications

Panaïotis Thelma, Caray–counil Louis, Woodward Ben, Schmid Moritz S., Daprano Dominic, Tsai Sheng Tse, Sullivan Christopher M., Cowen Robert K., Irisson Jean-Olivier (2022). Content-Aware Segmentation of Objects Spanning a Large Size Range: Application to Plankton Images. Frontiers In Marine Science, 9, 870005 (16p.). Publisher's official version : https://doi.org/10.3389/fmars.2022.870005 , Open Access version : https://archimer.ifremer.fr/doc/00819/93133/

Faillettaz Robin , Picheral Marc, Luo Jessica Y., Guigand Cédric, Cowen Robert K., Irisson Jean-Olivier (2016). Imperfect automatic image classification successfully describes plankton distribution patterns. Methods in Oceanography, 15-16, 60-77. https://doi.org/10.1016/j.mio.2016.04.003

Thesis using campaign data

Faillettaz Robin (2015). Estimation des capacités comportementales des larves de poissons et leurs implications pour la phase larvaire : un cas d’étude des espèces démersales de Méditerranée Nord-Occidentale / Exploring the behavioral abilities of fish larvae and their relevance for the larval phase : a case study of temperate, demersal fish species in the Northwestern Mediterranean Sea. PhD Thesis, Université Paris 06. https://archimer.ifremer.fr/doc/00634/74655/