Type: Oceanographic cruise Ship: TUBARÃO Tigre Dates: 15/04/2019 (Porto de Santo Antonio) – 22/04/2019 (Porto de Santo Antonio) Chief scientist(s): BERTRAND Arnaud DOI: 10.17600/18001381 Objective
Type: Oceanographic cruise Ship: TUBARÃO Tigre Dates: 17/04/2018 (Porto de Santo Antonio) – 24/04/2018 (Porto de Santo Antonio) Chief scientist(s): BERTRAND Arnaud DOI: 10.17600/18001411 Objective
Type: Oceanographic cruise Ship: Antea Date: 08/04/2017 (Recife) – 09/05/2017 (Recife) Chief scientist(s): BERTRAND Arnaud DOI: 10.17600/17004100 Objective The ABRACOS2 cruise’s main objective was to
Type: Oceanographic cruise Ship: TUBARÃO Tigre Dates: 15/09/2017 (Porto de Santo Antonio) – 21/09/2017 (Porto de Santo Antonio) Chief scientist(s): BERTRAND Arnaud DOI: 10.17600/18001399
Date: 2017 Temporal extent: 2017-04-08 – 2017-05-09 Author(s):Bertrand Arnaud1, Alory Gael2, Chaigneau Alexis2, Eldin Gérard2, Grelet Jacques3, Devesa Jeremy4, Bonnet Delphine5, Carre Claire1, Souza Lira
Type: Oceanographic cruise Ship: Antea Dates: 29/09/2015 (Recife) – 21/10/2015 (Natal) Chief scientist(s): BERTRAND Arnaud DOI: 10.17600/15005600 Objective The ABRACOS (Acoustics along the BRAzilian COaSt)
Size-based approaches are paramount tools for the study of marine food webs. Here, we investigated the re-lationship between zooplankton body size, stable isotope composition and
The teleconnection between the Atlantic Niño and the Pacific El Niño Southern Oscillation (ENSO) is revisited using observational and reanalysis data for the 1905–2014 period.
Species of the family Sternoptychidae (hatchetfishes) occur worldwide and play critical roles by sequestering carbon, recycling nutrients, and acting as a key trophic link between
The dynamic of the thermohaline structure of the upper ocean, which depends on ocean–atmosphere interactions, drives most near surface oceanic processes, including the control of
