Chemical composition of abyssal holothurian and its gut content collected during SONNE cruise SO242/2, Peru Basin (SE Pacific)
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| Natura: | Dataset Open Access |
| Lingua: | en |
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PANGAEA
2023
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| _version_ | 1867171883092279296 |
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| author | Stratmann, Tanja van Breugel, Peter Sweetman, Andrew K van Oevelen, Dick |
| author_facet | Stratmann, Tanja van Breugel, Peter Sweetman, Andrew K van Oevelen, Dick |
| collection | Datos científicos de ciencias marinas y ambientales |
| contents | Abyssal holothurians were collected during SO242-2 in the Peru Basin in 2015 with ROV Kiel 6000 (Geomar, Germany). Aboard the vessel, holothurians were measured (length, width, height), dissected and stored frozen (-20°C). At the shore-based laboratory of NIOZ-Yerseke, samples were weight before and after freeze-drying and organic (org.) C/ δ13C and N/ δ15N content of freeze-dried, finely-ground holothurian body wall tissue were measured with an elemental analyzer coupled with an isotope ratio mass spectrometer. Total hydrolizable amino acids (THAA) from holothurian body wall tissue were extracted following a modified protocol of Veuger et al. 2005. Phospholipid-derived fatty acids (PLFAs) and neutral lipid-derived fatty acids (NLFAs) were extracted from holothurian body wall tissue and gut content following a modified Bligh and Dyer extraction method. |
| format | Dataset Open Access |
| id | pangaea_https___doi_org_10_1594_PANGAEA_955026 |
| institution | PANGAEA |
| language | en |
| publishDate | 2023 |
| publisher | PANGAEA |
| record_format | pangaea |
| spellingShingle | Chemical composition of abyssal holothurian and its gut content collected during SONNE cruise SO242/2, Peru Basin (SE Pacific) Stratmann, Tanja van Breugel, Peter Sweetman, Andrew K van Oevelen, Dick Alanine; Aspartic acid; Aspartic acid, δ13C; Aspartic acid, δ15N; Carbon, organic, total; Carbon, total; COLBOX; Collector Box; Date/Time of event; Depth, bathymetric; Event label; feces; Glutamic acid; Glycine; Glycine, δ13C; Glycine, δ15N; gut content; Holothuroidea; In situ incubation chamber; ISCHAM; Isoleucine; Isoleucine, δ13C; Isoleucine, δ15N; JPI-OCEANS; JPI Oceans - Ecological Aspects of Deep-Sea Mining; JPIO-MiningImpact; L-Alanine, δ13C; L-Alanine, δ15N; LATITUDE; Leucine; Leucine, δ13C; Leucine, δ15N; L-Glutamic acid, δ13C; L-Glutamic acid, δ15N; LONGITUDE; Lysine; Managing Impacts of Deep-seA reSource exploitation; MIDAS; Neutral lipid fatty acids; Neutral lipid fatty acids, δ13C; Nitrogen; nitrogen content; organic carbon content; Phenylalanine; Phenylalanine, δ13C; Phenylalanine, δ15N; Phospholipid fatty acids; Phospholipid fatty acids, δ13C; Proline; Proline, δ13C; Proline, δ15N; Sample ID; Sample type; Serine; Serine, δ13C; Serine, δ15N; SG; Slurp Gun; SO242/2; SO242/2_163_ISCHAM-BICS-1-holothurian-2; SO242/2_163_ISCHAM-BICS-2-holothurian-1; SO242/2_163_ISCHAM-BICS-3-holothurian-3; SO242/2_163_SLURP-1-holothurian-1; SO242/2_163_SLURP-2-holothurian-2; SO242/2_163_SLURP-7-holothurian-7; SO242/2_163_SLURP-8-holothurian-8; SO242/2_163_SLURP-9-holothurian-9; SO242/2_188_ISCHAM-BICS-1-holothurian-2; SO242/2_188_ISCHAM-BICS-2-holothurian-1; SO242/2_188_ISCHAM-BICS-3-holothurian-3; SO242/2_202_ISCHAM-BICS-1-holothurian-1; SO242/2_202_ISCHAM-BICS-2-holothurian-2; SO242/2_202_ISCHAM-BICS-3-holothurian-3; SO242/2_202_SLURP-1-holothurian; SO242/2_205_COLBOX-1-holothurian-1; SO242/2_205_COLBOX-2-holothurian-4; SO242/2_205_COLBOX-3-holothurian-5; SO242/2_205_COLBOX-4-holothurian-6; SO242/2_205_COLBOX-5-holothurian-7; SO242/2_205_SLURP-1-holothurian-2; SO242/2_211_COLBOX-3-holothurian-1; SO242/2_211_SLURP-2-peniagone-1; SO242/2_216_COLBOX-1-holothurian-1; SO242/2_216_SLURP-3-peniagone; SO242/2_216_SLURP-4-holothurian; SO242/2_219_COLBOX-1-holothurian-1; SO242/2_219_ISCHAM-BICS-1-benthodytes-1; SO242/2_219_ISCHAM-BICS-2-peniagone-1; SO242/2_219_ISCHAM-BICS-3-palaeopatides-2; SO242/2_219_ISCHAM-BICS-4-palaeopatides-1; SO242/2_219_SLURP-3-benthodytes-1; Sonne_2; South Pacific Ocean, Peru Basin; Species; stable isotope analysis; Station label; Threonine; Threonine, δ13C; Threonine, δ15N; Tyrosine; Tyrosine + Lysine, δ13C; Tyrosine + Lysine, δ15N; Valine; Valine, δ13C; Valine, δ15N; δ13C, organic carbon; δ13C, total carbon; δ15N Abyssal holothurians were collected during SO242-2 in the Peru Basin in 2015 with ROV Kiel 6000 (Geomar, Germany). Aboard the vessel, holothurians were measured (length, width, height), dissected and stored frozen (-20°C). At the shore-based laboratory of NIOZ-Yerseke, samples were weight before and after freeze-drying and organic (org.) C/ δ13C and N/ δ15N content of freeze-dried, finely-ground holothurian body wall tissue were measured with an elemental analyzer coupled with an isotope ratio mass spectrometer. Total hydrolizable amino acids (THAA) from holothurian body wall tissue were extracted following a modified protocol of Veuger et al. 2005. Phospholipid-derived fatty acids (PLFAs) and neutral lipid-derived fatty acids (NLFAs) were extracted from holothurian body wall tissue and gut content following a modified Bligh and Dyer extraction method. |
| title | Chemical composition of abyssal holothurian and its gut content collected during SONNE cruise SO242/2, Peru Basin (SE Pacific) |
| topic | Alanine; Aspartic acid; Aspartic acid, δ13C; Aspartic acid, δ15N; Carbon, organic, total; Carbon, total; COLBOX; Collector Box; Date/Time of event; Depth, bathymetric; Event label; feces; Glutamic acid; Glycine; Glycine, δ13C; Glycine, δ15N; gut content; Holothuroidea; In situ incubation chamber; ISCHAM; Isoleucine; Isoleucine, δ13C; Isoleucine, δ15N; JPI-OCEANS; JPI Oceans - Ecological Aspects of Deep-Sea Mining; JPIO-MiningImpact; L-Alanine, δ13C; L-Alanine, δ15N; LATITUDE; Leucine; Leucine, δ13C; Leucine, δ15N; L-Glutamic acid, δ13C; L-Glutamic acid, δ15N; LONGITUDE; Lysine; Managing Impacts of Deep-seA reSource exploitation; MIDAS; Neutral lipid fatty acids; Neutral lipid fatty acids, δ13C; Nitrogen; nitrogen content; organic carbon content; Phenylalanine; Phenylalanine, δ13C; Phenylalanine, δ15N; Phospholipid fatty acids; Phospholipid fatty acids, δ13C; Proline; Proline, δ13C; Proline, δ15N; Sample ID; Sample type; Serine; Serine, δ13C; Serine, δ15N; SG; Slurp Gun; SO242/2; SO242/2_163_ISCHAM-BICS-1-holothurian-2; SO242/2_163_ISCHAM-BICS-2-holothurian-1; SO242/2_163_ISCHAM-BICS-3-holothurian-3; SO242/2_163_SLURP-1-holothurian-1; SO242/2_163_SLURP-2-holothurian-2; SO242/2_163_SLURP-7-holothurian-7; SO242/2_163_SLURP-8-holothurian-8; SO242/2_163_SLURP-9-holothurian-9; SO242/2_188_ISCHAM-BICS-1-holothurian-2; SO242/2_188_ISCHAM-BICS-2-holothurian-1; SO242/2_188_ISCHAM-BICS-3-holothurian-3; SO242/2_202_ISCHAM-BICS-1-holothurian-1; SO242/2_202_ISCHAM-BICS-2-holothurian-2; SO242/2_202_ISCHAM-BICS-3-holothurian-3; SO242/2_202_SLURP-1-holothurian; SO242/2_205_COLBOX-1-holothurian-1; SO242/2_205_COLBOX-2-holothurian-4; SO242/2_205_COLBOX-3-holothurian-5; SO242/2_205_COLBOX-4-holothurian-6; SO242/2_205_COLBOX-5-holothurian-7; SO242/2_205_SLURP-1-holothurian-2; SO242/2_211_COLBOX-3-holothurian-1; SO242/2_211_SLURP-2-peniagone-1; SO242/2_216_COLBOX-1-holothurian-1; SO242/2_216_SLURP-3-peniagone; SO242/2_216_SLURP-4-holothurian; SO242/2_219_COLBOX-1-holothurian-1; SO242/2_219_ISCHAM-BICS-1-benthodytes-1; SO242/2_219_ISCHAM-BICS-2-peniagone-1; SO242/2_219_ISCHAM-BICS-3-palaeopatides-2; SO242/2_219_ISCHAM-BICS-4-palaeopatides-1; SO242/2_219_SLURP-3-benthodytes-1; Sonne_2; South Pacific Ocean, Peru Basin; Species; stable isotope analysis; Station label; Threonine; Threonine, δ13C; Threonine, δ15N; Tyrosine; Tyrosine + Lysine, δ13C; Tyrosine + Lysine, δ15N; Valine; Valine, δ13C; Valine, δ15N; δ13C, organic carbon; δ13C, total carbon; δ15N |
| url | https://doi.org/10.1594/PANGAEA.955026 |