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| Format: | Dataset Open Access |
| Language: | en |
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2023
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| Online Access: | https://doi.org/10.1594/PANGAEA.957403 |
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| _version_ | 1867171324581904384 |
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| author | Sarmiento-Lezcano, Airam Nauzet Aceves-Medina, Gerardo Villalobos, Hector Hernández-Trujillo, Sergio |
| author_facet | Sarmiento-Lezcano, Airam Nauzet Aceves-Medina, Gerardo Villalobos, Hector Hernández-Trujillo, Sergio |
| collection | Datos científicos de ciencias marinas y ambientales |
| contents | Depth, temperature, and conductivity were recorded with a SeaBird SB11 CTD equipped with a Seabird-43 Dissolved Oxygen sensor during a RV Bipo Inapesca cruise between 15th July and 5th September 2014. The net primary production (NPP; mg C·m−2·d−1) was downloaded from the Ocean Productivity website of the Oregon State University (http://www.science.oregonstate.edu/ocean.productivity/index.php), obtained from remote sensor with a spatial resolution of 9x9 km and processed using the Vertical Generalized Production Model (VGPM). The minimum oxygen depth was considered as the depth where the dissolved oxygen concentration is less than 0.5 ml·l−1 and the mixed layer depth (MLD) was calculated from field data by a 2-layer model. The wet volume of zooplankton of each sample was estimated according to the method of displaced volume. |
| format | Dataset Open Access |
| id | pangaea_https___doi_org_10_1594_PANGAEA_957403 |
| institution | PANGAEA |
| language | en |
| publishDate | 2023 |
| publisher | PANGAEA |
| record_format | pangaea |
| spellingShingle | Summary of physical oceanography during RV BIPO INAPESCA cruise along the west coast of Baja California peninsula (July-September 2014) Sarmiento-Lezcano, Airam Nauzet Aceves-Medina, Gerardo Villalobos, Hector Hernández-Trujillo, Sergio According to Serrano (2012); BI2014; BI2014_100-105; BI2014_100-30; BI2014_100-35; BI2014_100-40; BI2014_100-45; BI2014_100-50; BI2014_100-60; BI2014_100-65; BI2014_100-70; BI2014_100-75; BI2014_100-80; BI2014_100-90; BI2014_103.3-105; BI2014_103.3-30; BI2014_103.3-35; BI2014_103.3-40; BI2014_103.3-45; BI2014_103.3-50; BI2014_103.3-55; BI2014_103.3-60; BI2014_103.3-65; BI2014_103.3-70; BI2014_103.3-75; BI2014_103.3-80; BI2014_103.3-90; BI2014_106.7-105; BI2014_106.7-30; BI2014_106.7-35; BI2014_106.7-40; BI2014_106.7-45; BI2014_106.7-50; BI2014_106.7-55; BI2014_106.7-60; BI2014_106.7-65; BI2014_106.7-70; BI2014_106.7-75; BI2014_106.7-80; BI2014_106.7-90; BI2014_110-105; BI2014_110-33; BI2014_110-35; BI2014_110-40; BI2014_110-45; BI2014_110-50; BI2014_110-55; BI2014_110-60; BI2014_110-65; BI2014_110-70; BI2014_110-75; BI2014_110-80; BI2014_110-90; BI2014_113.3-105; BI2014_113.3-30; BI2014_113.3-35; BI2014_113.3-40; BI2014_113.3-45; BI2014_113.3-50; BI2014_113.3-55; BI2014_113.3-60; BI2014_113.3-65; BI2014_113.3-70; BI2014_113.3-75; BI2014_113.3-80; BI2014_113.3-90; BI2014_116.7-105; BI2014_116.7-26; BI2014_116.7-30; BI2014_116.7-35; BI2014_116.7-40; BI2014_116.7-45; BI2014_116.7-50; BI2014_116.7-55; BI2014_116.7-60; BI2014_116.7-65; BI2014_116.7-70; BI2014_116.7-75; BI2014_116.7-80; BI2014_116.7-90; BI2014_119-33; BI2014_120-105; BI2014_120-25; BI2014_120-30; BI2014_120-35; BI2014_120-40; BI2014_120-45; BI2014_120-50; BI2014_120-55; BI2014_120-60; BI2014_120-65; BI2014_120-70; BI2014_120-75; BI2014_120-80; BI2014_120-90; BI2014_123.3-37; BI2014_123.3-40; BI2014_123.3-45; BI2014_123.3-50; BI2014_123.3-55; BI2014_123.3-60; BI2014_123.3-65; BI2014_123.3-70; BI2014_123.3-75; BI2014_126.7-34; BI2014_126.7-42; BI2014_126.7-45; BI2014_126.7-50; BI2014_126.7-55; BI2014_126.7-60; BI2014_126.7-65; BI2014_126.7-70; BI2014_126.7-75; BI2014_130-28; BI2014_130-30; BI2014_130-35; BI2014_130-40; BI2014_130-45; BI2014_130-50; BI2014_130-55; BI2014_130-60; BI2014_130-65; BI2014_130-70; BI2014_130-75; BI2014_133.3-23; BI2014_133.3-25; BI2014_133.3-30; BI2014_133.3-35; BI2014_133.3-40; BI2014_133.3-45; BI2014_133.3-50; BI2014_133.3-55; BI2014_133.3-60; BI2014_133.3-65; BI2014_133.3-70; BI2014_133.3-75; BI2014_136.7-22; BI2014_136.7-25; BI2014_136.7-30; BI2014_136.7-35; BI2014_136.7-40; BI2014_136.7-45; BI2014_136.7-50; BI2014_136.7-55; BI2014_136.7-60; BI2014_140-30; BI2014_140-35; BI2014_140-40; BI2014_140-45; BI2014_140-50; BI2014_140-55; BI2014_140-60; BI2014_143.3-26; BI2014_143.3-30; BI2014_143.3-35; BI2014_143.3-40; BI2014_143.3-45; BI2014_143.3-50; BI2014_143.3-55; BI2014_143.3-60; BI2014_146.7-18; BI2014_146.7-20; BI2014_146.7-25; BI2014_146.7-30; BI2014_146.7-35; BI2014_146.7-40; BI2014_146.7-45; BI2014_146.7-50; BI2014_146.7-55; BI2014_150-15; BI2014_150-20; BI2014_150-25; BI2014_150-30; BI2014_150-35; BI2014_150-40; BI2014_150-45; BI2014_150-50; BI2014_153.3-16; BI2014_153.3-20; BI2014_153.3-25; BI2014_153.3-30; BI2014_153.3-35; BI2014_153.3-40; BI2014_153.3-45; BI2014_96.7-100; BI2014_96.7-30; BI2014_96.7-35; BI2014_96.7-40; BI2014_96.7-45; BI2014_96.7-75; BI2014_96.7-80; BI2014_96.7-90; BI2014_99-99; Bipo Inapesca; Calculated; Calculated according to Planque et al. (2006); California Current System; CTD, Sea-Bird, SBE 11; coupled with Dissolved oxygen sensor, Sea-Bird, SBE 43; DATE/TIME; Date/time end; Date/time start; Density, sigma-theta (0); DEPTH, water; Depth, water, bottom/maximum; Depth of minimum oxygen concentration; El Niño; Event label; Generalized Production Model (VGPM) according to Behrenfeld & Falkowski (1997) [Ocean productivity website, Oregon State University]; Identification; LATITUDE; LONGITUDE; Method of displaced volume according to Beers (1976); Mixed layer depth; MULT; Multiple investigations; Net primary production of carbon; Oxygen, dissolved; Pacific Northwest of Mexico; pH; pH sensor, SBE 18; plankton; Salinity; Station label; Temperature, water; The Blob; Vessel; Volume, zooplankton; Zooplankton abundance Depth, temperature, and conductivity were recorded with a SeaBird SB11 CTD equipped with a Seabird-43 Dissolved Oxygen sensor during a RV Bipo Inapesca cruise between 15th July and 5th September 2014. The net primary production (NPP; mg C·m−2·d−1) was downloaded from the Ocean Productivity website of the Oregon State University (http://www.science.oregonstate.edu/ocean.productivity/index.php), obtained from remote sensor with a spatial resolution of 9x9 km and processed using the Vertical Generalized Production Model (VGPM). The minimum oxygen depth was considered as the depth where the dissolved oxygen concentration is less than 0.5 ml·l−1 and the mixed layer depth (MLD) was calculated from field data by a 2-layer model. The wet volume of zooplankton of each sample was estimated according to the method of displaced volume. |
| title | Summary of physical oceanography during RV BIPO INAPESCA cruise along the west coast of Baja California peninsula (July-September 2014) |
| topic | According to Serrano (2012); BI2014; BI2014_100-105; BI2014_100-30; BI2014_100-35; BI2014_100-40; BI2014_100-45; BI2014_100-50; BI2014_100-60; BI2014_100-65; BI2014_100-70; BI2014_100-75; BI2014_100-80; BI2014_100-90; BI2014_103.3-105; BI2014_103.3-30; BI2014_103.3-35; BI2014_103.3-40; BI2014_103.3-45; BI2014_103.3-50; BI2014_103.3-55; BI2014_103.3-60; BI2014_103.3-65; BI2014_103.3-70; BI2014_103.3-75; BI2014_103.3-80; BI2014_103.3-90; BI2014_106.7-105; BI2014_106.7-30; BI2014_106.7-35; BI2014_106.7-40; BI2014_106.7-45; BI2014_106.7-50; BI2014_106.7-55; BI2014_106.7-60; BI2014_106.7-65; BI2014_106.7-70; BI2014_106.7-75; BI2014_106.7-80; BI2014_106.7-90; BI2014_110-105; BI2014_110-33; BI2014_110-35; BI2014_110-40; BI2014_110-45; BI2014_110-50; BI2014_110-55; BI2014_110-60; BI2014_110-65; BI2014_110-70; BI2014_110-75; BI2014_110-80; BI2014_110-90; BI2014_113.3-105; BI2014_113.3-30; BI2014_113.3-35; BI2014_113.3-40; BI2014_113.3-45; BI2014_113.3-50; BI2014_113.3-55; BI2014_113.3-60; BI2014_113.3-65; BI2014_113.3-70; BI2014_113.3-75; BI2014_113.3-80; BI2014_113.3-90; BI2014_116.7-105; BI2014_116.7-26; BI2014_116.7-30; BI2014_116.7-35; BI2014_116.7-40; BI2014_116.7-45; BI2014_116.7-50; BI2014_116.7-55; BI2014_116.7-60; BI2014_116.7-65; BI2014_116.7-70; BI2014_116.7-75; BI2014_116.7-80; BI2014_116.7-90; BI2014_119-33; BI2014_120-105; BI2014_120-25; BI2014_120-30; BI2014_120-35; BI2014_120-40; BI2014_120-45; BI2014_120-50; BI2014_120-55; BI2014_120-60; BI2014_120-65; BI2014_120-70; BI2014_120-75; BI2014_120-80; BI2014_120-90; BI2014_123.3-37; BI2014_123.3-40; BI2014_123.3-45; BI2014_123.3-50; BI2014_123.3-55; BI2014_123.3-60; BI2014_123.3-65; BI2014_123.3-70; BI2014_123.3-75; BI2014_126.7-34; BI2014_126.7-42; BI2014_126.7-45; BI2014_126.7-50; BI2014_126.7-55; BI2014_126.7-60; BI2014_126.7-65; BI2014_126.7-70; BI2014_126.7-75; BI2014_130-28; BI2014_130-30; BI2014_130-35; BI2014_130-40; BI2014_130-45; BI2014_130-50; BI2014_130-55; BI2014_130-60; BI2014_130-65; BI2014_130-70; BI2014_130-75; BI2014_133.3-23; BI2014_133.3-25; BI2014_133.3-30; BI2014_133.3-35; BI2014_133.3-40; BI2014_133.3-45; BI2014_133.3-50; BI2014_133.3-55; BI2014_133.3-60; BI2014_133.3-65; BI2014_133.3-70; BI2014_133.3-75; BI2014_136.7-22; BI2014_136.7-25; BI2014_136.7-30; BI2014_136.7-35; BI2014_136.7-40; BI2014_136.7-45; BI2014_136.7-50; BI2014_136.7-55; BI2014_136.7-60; BI2014_140-30; BI2014_140-35; BI2014_140-40; BI2014_140-45; BI2014_140-50; BI2014_140-55; BI2014_140-60; BI2014_143.3-26; BI2014_143.3-30; BI2014_143.3-35; BI2014_143.3-40; BI2014_143.3-45; BI2014_143.3-50; BI2014_143.3-55; BI2014_143.3-60; BI2014_146.7-18; BI2014_146.7-20; BI2014_146.7-25; BI2014_146.7-30; BI2014_146.7-35; BI2014_146.7-40; BI2014_146.7-45; BI2014_146.7-50; BI2014_146.7-55; BI2014_150-15; BI2014_150-20; BI2014_150-25; BI2014_150-30; BI2014_150-35; BI2014_150-40; BI2014_150-45; BI2014_150-50; BI2014_153.3-16; BI2014_153.3-20; BI2014_153.3-25; BI2014_153.3-30; BI2014_153.3-35; BI2014_153.3-40; BI2014_153.3-45; BI2014_96.7-100; BI2014_96.7-30; BI2014_96.7-35; BI2014_96.7-40; BI2014_96.7-45; BI2014_96.7-75; BI2014_96.7-80; BI2014_96.7-90; BI2014_99-99; Bipo Inapesca; Calculated; Calculated according to Planque et al. (2006); California Current System; CTD, Sea-Bird, SBE 11; coupled with Dissolved oxygen sensor, Sea-Bird, SBE 43; DATE/TIME; Date/time end; Date/time start; Density, sigma-theta (0); DEPTH, water; Depth, water, bottom/maximum; Depth of minimum oxygen concentration; El Niño; Event label; Generalized Production Model (VGPM) according to Behrenfeld & Falkowski (1997) [Ocean productivity website, Oregon State University]; Identification; LATITUDE; LONGITUDE; Method of displaced volume according to Beers (1976); Mixed layer depth; MULT; Multiple investigations; Net primary production of carbon; Oxygen, dissolved; Pacific Northwest of Mexico; pH; pH sensor, SBE 18; plankton; Salinity; Station label; Temperature, water; The Blob; Vessel; Volume, zooplankton; Zooplankton abundance |
| url | https://doi.org/10.1594/PANGAEA.957403 |