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14 results for “RV Sonne”
Multibeam bathymetry data of RV Sonne cruise SO297, offshore Copiapó, Chile
<p><span>The multibeam bathymetry was acquired with a Kongsberg Simrad EM122 system operating at 12 kHz with a beam width of 1° by 0.5°. The total swath width was set to 130° and high-density equidistant and chirp multi-ping modes were used to obtain a high-sounding density. Most of the multibeam data were acquired with a vessel speed of ~4 kn, with the remainder of the data being acquired at 7-8 kn. Data processing involved a triangulation filter with three iterations, and subsequent manual cleaning of the data. The data were gridded with a cell size of 50 m using a near-neighbor algorithm with a 60 m search radius. </span></p>
Kirchhoff pre-stack depth migration images of the multi-channel seismic data, SO190, RV. SONNE
<p>The dataset consists of four newly processed 2-D pre-stack depth migrated multi-channel seismic lines (BGR06_303, BGR06_305, BGR06_311 and BGR06_313) collected by GEOMAR and BGR in 2006. The dataset reveals the subducted oceanic reliefs and detailed accretionary wedge structure offshore eastern Java, Bali, Lombok, and Sumbawa islands, along the Sunda arc. The dataset is saved in standard SEGY format and could be loaded in open-source or commercial software. </p>
FIGURE 7. A–F in Bryozoans from RV Sonne deep-sea cruises SO 167 ' Louisville' and SO 205 ' Mangan'
FIGURE 7. A–F, Hippothyris cf. aganactete Gordon, 1984. A, ancestrular area. B, two marginal zooids, one with a broken ooecium. C, marginal zooids with large Avicularia. D, close-up of a large avicularium. E, ooecium and partly concealed orifice. F, orifice with small avicularium. G–H, Haswelliporina?quinaria. G, stem fragment. H, autozooidal peristome. Scale bars: A, G, 1 mm; B, C, 300 Μm; D–F, H, 100 Μm.
FIGURE 4. Opaeophora triangula n in Bryozoans from RV Sonne deep-sea cruises SO 167 ' Louisville' and SO 205 ' Mangan'
FIGURE 4. Opaeophora triangula n. sp. A, small colony. B, a single zooid; note the five oral-spine bases. C, a dagger-shaped avicularium. D, autozooid with opercular closure plate and two scimitar-shaped interzooidal avicularia. E, ovicellate zooid with interzooidal avicularium. F, zooid at the growing edge; note the spine bases on the mural rim and the flattened pore-chambers with simple communication pores. Scale bars: A, 1 mm; B–D, F, 100 µm; E, 300 Μm.
FIGURE 6. A–E, Raxifabia oligopora n in Bryozoans from RV Sonne deep-sea cruises SO 167 ' Louisville' and SO 205 ' Mangan'
FIGURE 6. A–E, Raxifabia oligopora n. sp. A, frontal view of stem fragment. B, single zooid in frontal view. C, lateral view of stem fragment. D, single zooid and parts of neighbours in lateral view. E, peristomial orifice and paired distal avicularian chambers. F–K, Costaticella peltata Gordon, 1993. F, frontal view of colony fragment. G, close-up of a bizooidal segment, with the second one replacing the avicularian scapular process. H, dorsal view of a bizooidal segment. I, zooid with paired proximal rhizoids. J, distolateral scapular process with avicularium flanked by a pair of pore-chambers. K, second zooid of a bizooidal segment with a daughter bud from a proximolateral pore-chamber. Scale bars: A, F, 1 mm; B, D, J, 100 Μm; C, G–I, K, 300 Μm; E, 30 Μm.
FIGURE 2 in Bryozoans from RV Sonne deep-sea cruises SO 167 ' Louisville' and SO 205 ' Mangan'
FIGURE 2. German license areas for the exploration of polymetallic nodules (in yellow) with station locality (arrow).
FIGURE 3. A–C in Bryozoans from RV Sonne deep-sea cruises SO 167 ' Louisville' and SO 205 ' Mangan'
FIGURE 3. A–C, Bicrisia sp. A, colony fragment, frontal view. B, close-up of the distal internode in A. C, peristome with a lateral spine. D–G, Candomenipea sp. D, frontal view of small, infertile colony. E, a rhizoid. F, an avicularium. G, two autozooids; note the lateral attachment point for a spine/scutum. Scale bars: A–B, E–F, 300 µm; C, 100 Μm; D, 1 mm; G, 30 Μm.
FIGURE 5. A–B, F–H in Bryozoans from RV Sonne deep-sea cruises SO 167 ' Louisville' and SO 205 ' Mangan'
FIGURE 5. A–B, F–H, Bifaxaria submucronata Busk, 1884. A, frontal view of stem fragment. B, lateral view. F, orificial area, frontal view. G, close-up of oral avicularium. H, underside of concealed costal shield. C–E, Domosclerus sp. C, lateral view of stem fragment. D, single zooid and neighbours. E, orificial area. Scale bars: A–C, 1 mm; D, 300 Μm; E–F, H, 100 Μm; G, 30 Μm.
Fig. 2 in The German-Russian deep-sea expedition KuramBio (Kurile Kamchatka biodiversity studies) on board of the RV Sonne in 2012 following the footsteps of the legendary expeditions with RV Vityaz
Fig. 2. Abyssal stations sampled in the area of the Kuril-Kamchatka Trench and abyss (changed after Stuart et al. (2008)).
Fig. 1 in The German-Russian deep-sea expedition KuramBio (Kurile Kamchatka biodiversity studies) on board of the RV Sonne in 2012 following the footsteps of the legendary expeditions with RV Vityaz
Fig. 1. Areas of investigation of the Russian–German SoJaBio expedition in 2010 and the German–Russian KuramBio expedition in 2012.
FIGURE 1 in Bryozoans from RV Sonne deep-sea cruises SO 167 ' Louisville' and SO 205 ' Mangan'
FIGURE 1. Station localities in the Tonga Arc region. Modified from Stoffers et al. (2003).
Fig. 4 in The German-Russian deep-sea expedition KuramBio (Kurile Kamchatka biodiversity studies) on board of the RV Sonne in 2012 following the footsteps of the legendary expeditions with RV Vityaz
Fig. 4. Cruise track of the KuramBio expedition.
Fig. 3 in The German-Russian deep-sea expedition KuramBio (Kurile Kamchatka biodiversity studies) on board of the RV Sonne in 2012 following the footsteps of the legendary expeditions with RV Vityaz
Fig. 3. Scientists of the KuramBio expedition SO 223 on deck of the German RV Sonne.
Fig. 5 in The German-Russian deep-sea expedition KuramBio (Kurile Kamchatka biodiversity studies) on board of the RV Sonne in 2012 following the footsteps of the legendary expeditions with RV Vityaz
Fig. 5. Stations sampled during the KuramBio expedition with RV Sonne in 2012.
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