In particular, a MVP (Moving Vessel Profiler) is deployed with CTD, Fluorescence and
LOPC (Laser Optical Particle Counter) sensors. Furthermore, a new version of automated flow
cytometer is installed for real-time, high-throughput sampling of phytoplankton functional groups, from micro-phytoplankton down to cyanobacteria (including Prochlorococcus).
Our preliminary results suggest that the fine-scale structure of the physical field is a driver for the spatial organisation of the planktonic communities. ![]() Post-cruise Meeting, 3 December 2015 |
![]() How to cite: "DOGLIOLI Andrea (2015) OSCAHR cruise, RV Téthys II, http://dx.doi.org/10.17600/15008800" |
Documents: - Alice's seminar at MIO Marseille [PDF] - Andrea's seminar at LOCEAN Paris [PDF] - Luiz's Engineer internship [PDF slides PDF report] - François' M1 studentship on LOPC [PDF report] - Aurélien's M2 studentiship on radar and drifters [PDF report] - Mathia's M2 studentship on cytometry [PDF slides PDF report] - Pierre's poster at the GRC Hong-Kong [PDF] - Andrea's presentation at Liège Colloqium [PDF] - Cruise Report [PDF] - Presentation of OSCAHR at the lab day [PDF] - Pre-cruise document [PDF] - Poster at MerMEx meeting [PDF] - Proposal LEFE AO2015 [PDF] - Proposal CNFC AO2015 [PDF] |
Useful Links: - Go to Real-Time Figure Directory here - Web page of the SPASSO software for adaptive strategy of oceanography cruises here - Web page of the Axe transverse COUPLAGE HTML |