Figure 2 Sustained meroplankton observations - a basin-scale approach. Low-cost samplers for deep-ocean observations (colonization modules coupled with larval traps) deployed at moorings or mounted on landers of the EMSO-ERIC distributed observatories and covering different water masses (Project LO3CATED; Génio, Cunha and Young). NACW: North Atlantic Central Water; AIW: Antarctic Intermediate Water; MOW: Mediterranean Outflow Water; NADW: North Atlantic Deep Water; MABW: Modified Antarctic Bottom Water
Figure 2 Fish sampling procedure. Length (above) and average depth (below) of each blocked (with sei...
Despite their high abundance and their high importance for the oceanic matter flux, heterotrophic na...
FIGURE 2. Live specimens of Corynactis carnea from between 5-10 m depth, Puerto Madryn.Published as ...
Figure 2 - 'UK-1 Stratum A' ABYSSLINE biological baseline survey box sited within the UK-1 ...
Recent advances in technology have enabled an unprecedented development of underwater research, exte...
Figure 2 - Observation form in the data submission platform of the CIGESMED for divers webs...
Figure 6 - Outline of the JPI Oceans 'SO-239' research cruise aboard the R/V Sonne 10 March...
FIGURE 2. A–C, Bathelia candida: A, PAT1008DR5, rarely observed case of intratentacular budding; B–C...
Figure 2 - BIOPEARL II station and number of replicates reported on the seafloor topography of the ...
FIGURE 2. (A) Bregmaceros sp. (MNRJ 27001, 56.0 mm); (B) Urophycis brasiliensis (MNRJ 27035, 370.0 m...
Figure 1. Oceanprof study site in Campos Basin (a–b), and its varied deep-sea bottom (c–f). c. Soft ...
Figure 2 - cf. Polychaeta morphospecies in situ on the seafloor in the UK-1 exploration con...
Figure 36b - cf. Synallactes morphospecies 2 observed in the UK-1 exploration contract area...
FIGURE 2. Cnidae of Actinernus antarcticus (Carlgren, 1914). a, e, i, m;) Spirocysts. b, d, f, g, j,...
FIGURE 2. Typical habitats for hydroids on Tristan de Cunha. A and E: Dense Aglaophenia parvula Bale...
Figure 2 Fish sampling procedure. Length (above) and average depth (below) of each blocked (with sei...
Despite their high abundance and their high importance for the oceanic matter flux, heterotrophic na...
FIGURE 2. Live specimens of Corynactis carnea from between 5-10 m depth, Puerto Madryn.Published as ...
Figure 2 - 'UK-1 Stratum A' ABYSSLINE biological baseline survey box sited within the UK-1 ...
Recent advances in technology have enabled an unprecedented development of underwater research, exte...
Figure 2 - Observation form in the data submission platform of the CIGESMED for divers webs...
Figure 6 - Outline of the JPI Oceans 'SO-239' research cruise aboard the R/V Sonne 10 March...
FIGURE 2. A–C, Bathelia candida: A, PAT1008DR5, rarely observed case of intratentacular budding; B–C...
Figure 2 - BIOPEARL II station and number of replicates reported on the seafloor topography of the ...
FIGURE 2. (A) Bregmaceros sp. (MNRJ 27001, 56.0 mm); (B) Urophycis brasiliensis (MNRJ 27035, 370.0 m...
Figure 1. Oceanprof study site in Campos Basin (a–b), and its varied deep-sea bottom (c–f). c. Soft ...
Figure 2 - cf. Polychaeta morphospecies in situ on the seafloor in the UK-1 exploration con...
Figure 36b - cf. Synallactes morphospecies 2 observed in the UK-1 exploration contract area...
FIGURE 2. Cnidae of Actinernus antarcticus (Carlgren, 1914). a, e, i, m;) Spirocysts. b, d, f, g, j,...
FIGURE 2. Typical habitats for hydroids on Tristan de Cunha. A and E: Dense Aglaophenia parvula Bale...
Figure 2 Fish sampling procedure. Length (above) and average depth (below) of each blocked (with sei...
Despite their high abundance and their high importance for the oceanic matter flux, heterotrophic na...
FIGURE 2. Live specimens of Corynactis carnea from between 5-10 m depth, Puerto Madryn.Published as ...