{"help":"https://catalogue.cioos.ca/api/3/action/help_show?name=package_show","success":true,"result":{"id":"dd30b32a-2099-4909-838d-6ade9804381a","ecv":[],"eov":["seagrassCoverAndComposition","other"],"url":null,"name":"ca-cioos_a0ca5d26-b457-4726-97d4-ed0c8dd6cd99","tags":[],"type":"dataset","notes":"Cet ensemble de données a été utilisé pour déterminer comment la connectivité du paysage marin modifie la fonction de nurserie des herbiers marins (Zostera marina) pour les sébastes jeunes de l'année (YOY). Ici, l'influence de la connectivité du paysage marin a été évaluée en fonction de la configuration et de la composition des habitats adjacents (forêts de varech, sable), ainsi que des subventions allochtones entrant dans le réseau trophique des herbiers marins.\n\nLes données ont été recueillies dans un vaste pré marin subtidal situé sous les marées à Choked Passage, sur la côte centrale de la Colombie-Britannique (51,675 °N, -128,119 °O). 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\\\"ca.cioos_a0ca5d26-b457-4726-97d4-ed0c8dd6cd99\\\", \\\"author\\\": [{\\\"given\\\": \\\"Angeleen\\\", \\\"family\\\": \\\"Olson\\\"}, {\\\"given\\\": \\\"Margot\\\", \\\"family\\\": \\\"Hessing-Lewis\\\"}, {\\\"given\\\": \\\"Dana\\\", \\\"family\\\": \\\"Haggarty\\\"}, {\\\"given\\\": \\\"Francis\\\", \\\"family\\\": \\\"Juanes\\\"}], \\\"issued\\\": [{\\\"date-parts\\\": [\\\"2019\\\", \\\"03\\\", \\\"20\\\"]}], \\\"abstract\\\": \\\"This dataset was used to determine how seascape connectivity alters the nursery function of seagrass (Zostera marina) meadows for young-of-the-year (YOY) rockfish. Here, the influence of seascape connectivity was assessed via the configuration and composition of adjacent habitats (kelp forests, sand), as well as allochthonous subsidies entering the seagrass food web.\\n\\nData was collected in an extensive, sub-tidal Z. marina meadow in Choked Passage, on the Central Coast of British Columbia (51.675 \\u00b0N, -128.119 \\u00b0W) . The dataset includes seagrass habitat data and associated community-level data from underwater visual observations (SCUBA, snorkel) and seagrass shoot collection data. These observations were recorded at transect and quadrat levels, across multiple seagrass site types: meadow interior, Nereocystis luetkeana kelp edge, and sand edge. Fish and primary producer stable isotopes were measured using mass spectrometry, and are also included here. Specifically, this dataset combines:\\n\\n- Z. marina habitat variables (e.g., shoot density, canopy height)\\n- Z. marina shoot biomass\\n- Transect-level fish abundances in seagrass meadow, N. luetkeana kelp forests, and sand habitats\\n- Shoot-level amphipod biomass\\n- \\u03b413C and \\u03b415N stable isotope values for YOY Copper-Quillback rockfish and dominant primary producers\\n- C:N values of YOY Copper-Quillback rockfish\\n- Stomach contents (i.e., prey) of YOY Copper-Quillback rockfish\\\", \\\"edition-date\\\": \\\"\\\", \\\"publisher\\\": \\\"Hakai Institute\\\", \\\"title\\\": \\\"Seascape connectivity data from a sub-tidal Zostera marina meadow, Choked Passage, Calvert Island, 2015\\\", \\\"version\\\": \\\"1.0\\\", \\\"DOI\\\": \\\"10.21966/exy6-1k58\\\", \\\"language\\\": \\\"en\\\", \\\"URL\\\": \\\"https://catalogue.hakai.org/dataset/ca-cioos_a0ca5d26-b457-4726-97d4-ed0c8dd6cd99?local=en\\\"}]","fr":"[{\\\"type\\\": \\\"dataset\\\", \\\"id\\\": \\\"ca.cioos_a0ca5d26-b457-4726-97d4-ed0c8dd6cd99\\\", \\\"author\\\": [{\\\"given\\\": \\\"Angeleen\\\", \\\"family\\\": \\\"Olson\\\"}, {\\\"given\\\": \\\"Margot\\\", \\\"family\\\": \\\"Hessing-Lewis\\\"}, {\\\"given\\\": \\\"Dana\\\", \\\"family\\\": \\\"Haggarty\\\"}, {\\\"given\\\": \\\"Francis\\\", \\\"family\\\": \\\"Juanes\\\"}], \\\"issued\\\": [{\\\"date-parts\\\": [\\\"2019\\\", \\\"03\\\", \\\"20\\\"]}], \\\"abstract\\\": \\\"Cet ensemble de donn\\u00e9es a \\u00e9t\\u00e9 utilis\\u00e9 pour d\\u00e9terminer comment la connectivit\\u00e9 du paysage marin modifie la fonction de nurserie des herbiers marins (Zostera marina) pour les s\\u00e9bastes jeunes de l'ann\\u00e9e (YOY). Ici, l'influence de la connectivit\\u00e9 du paysage marin a \\u00e9t\\u00e9 \\u00e9valu\\u00e9e en fonction de la configuration et de la composition des habitats adjacents (for\\u00eats de varech, sable), ainsi que des subventions allochtones entrant dans le r\\u00e9seau trophique des herbiers marins.\\n\\nLes donn\\u00e9es ont \\u00e9t\\u00e9 recueillies dans un vaste pr\\u00e9 marin subtidal situ\\u00e9 sous les mar\\u00e9es \\u00e0 Choked Passage, sur la c\\u00f4te centrale de la Colombie-Britannique (51,675 \\u00b0N, -128,119 \\u00b0O). L'ensemble de donn\\u00e9es comprend des donn\\u00e9es sur l'habitat des herbiers marins et des donn\\u00e9es associ\\u00e9es au niveau communautaire provenant d'observations visuelles sous-marines (plong\\u00e9e sous-marine, plong\\u00e9e avec tuba) et de donn\\u00e9es de collecte de pousses d'herbiers marins. Ces observations ont \\u00e9t\\u00e9 enregistr\\u00e9es au niveau du transect et du quadrat, sur plusieurs types de sites d'herbiers marins\\u00a0: int\\u00e9rieur des prairies, lisi\\u00e8re de varech de Nereocystis luetkeana et lisi\\u00e8re de sable. Les isotopes stables des poissons et des producteurs primaires ont \\u00e9t\\u00e9 mesur\\u00e9s par spectrom\\u00e9trie de masse et sont \\u00e9galement inclus ici. Plus pr\\u00e9cis\\u00e9ment, cet ensemble de donn\\u00e9es combine\\u00a0:\\n\\n- Z. variables de l'habitat du port de plaisance (par exemple, densit\\u00e9 des pousses, hauteur de la canop\\u00e9e)\\n- Biomasse des pousses de Z. marina\\n- Abondance de poissons au niveau des transects dans les herbiers marins, les for\\u00eats de varech N. luetkeana et les habitats sableux\\n- Biomasse d'amphipodes au niveau des pousses\\n- Valeurs isotopiques stables \\u039413C et \\u03b415N pour le s\\u00e9baste cuivr\\u00e9 et les principaux producteurs primaires\\n- Valeurs C:N du s\\u00e9baste cuivr\\u00e9 \\u00e0 dos \\u00e9pineux en glissement annuel\\n- Contenu stomacal (c'est-\\u00e0-dire proies) du s\\u00e9baste cuivr\\u00e9 YOY\\\", \\\"edition-date\\\": \\\"\\\", \\\"publisher\\\": \\\"Hakai Institute\\\", \\\"title\\\": \\\"Donn\\u00e9es de connectivit\\u00e9 du paysage marin d'un pr\\u00e9 subtidal de Zostera marina, Choked Passage, \\u00eele Calvert, 2015\\\", \\\"version\\\": 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marins"},"aggregate-dataset-identifier_code":"https://doi.org/10.1002/eap.1897"}],"maintainer_email":null,"maintenance-note":"Generated from https://hakaiinstitute.github.io/hakai-metadata-entry-form#/en/hakai/qbqh6DF00XZq8MOpQ3kKkI9GUv43/-MUoydUo4NEl3VEtGdU0","metadata_created":"2026-07-31T16:30:52.520324","notes_translated":{"en":"This dataset was used to determine how seascape connectivity alters the nursery function of seagrass (Zostera marina) meadows for young-of-the-year (YOY) rockfish. Here, the influence of seascape connectivity was assessed via the configuration and composition of adjacent habitats (kelp forests, sand), as well as allochthonous subsidies entering the seagrass food web.\n\nData was collected in an extensive, sub-tidal Z. marina meadow in Choked Passage, on the Central Coast of British Columbia (51.675 °N, -128.119 °W) . The dataset includes seagrass habitat data and associated community-level data from underwater visual observations (SCUBA, snorkel) and seagrass shoot collection data. These observations were recorded at transect and quadrat levels, across multiple seagrass site types: meadow interior, Nereocystis luetkeana kelp edge, and sand edge. Fish and primary producer stable isotopes were measured using mass spectrometry, and are also included here. Specifically, this dataset combines:\n\n- Z. marina habitat variables (e.g., shoot density, canopy height)\n- Z. marina shoot biomass\n- Transect-level fish abundances in seagrass meadow, N. luetkeana kelp forests, and sand habitats\n- Shoot-level amphipod biomass\n- δ13C and δ15N stable isotope values for YOY Copper-Quillback rockfish and dominant primary producers\n- C:N values of YOY Copper-Quillback rockfish\n- Stomach contents (i.e., prey) of YOY Copper-Quillback rockfish","fr":"Cet ensemble de données a été utilisé pour déterminer comment la connectivité du paysage marin modifie la fonction de nurserie des herbiers marins (Zostera marina) pour les sébastes jeunes de l'année (YOY). Ici, l'influence de la connectivité du paysage marin a été évaluée en fonction de la configuration et de la composition des habitats adjacents (forêts de varech, sable), ainsi que des subventions allochtones entrant dans le réseau trophique des herbiers marins.\n\nLes données ont été recueillies dans un vaste pré marin subtidal situé sous les marées à Choked Passage, sur la côte centrale de la Colombie-Britannique (51,675 °N, -128,119 °O). L'ensemble de données comprend des données sur l'habitat des herbiers marins et des données associées au niveau communautaire provenant d'observations visuelles sous-marines (plongée sous-marine, plongée avec tuba) et de données de collecte de pousses d'herbiers marins. Ces observations ont été enregistrées au niveau du transect et du quadrat, sur plusieurs types de sites d'herbiers marins : intérieur des prairies, lisière de varech de Nereocystis luetkeana et lisière de sable. Les isotopes stables des poissons et des producteurs primaires ont été mesurés par spectrométrie de masse et sont également inclus ici. Plus précisément, cet ensemble de données combine :\n\n- Z. variables de l'habitat du port de plaisance (par exemple, densité des pousses, hauteur de la canopée)\n- Biomasse des pousses de Z. marina\n- Abondance de poissons au niveau des transects dans les herbiers marins, les forêts de varech N. luetkeana et les habitats sableux\n- Biomasse d'amphipodes au niveau des pousses\n- Valeurs isotopiques stables Δ13C et δ15N pour le sébaste cuivré et les principaux producteurs primaires\n- Valeurs C:N du sébaste cuivré à dos épineux en glissement annuel\n- Contenu stomacal (c'est-à-dire proies) du sébaste cuivré YOY"},"title_translated":{"en":"Seascape connectivity data from a sub-tidal Zostera marina meadow, Choked Passage, Calvert Island, 2015","fr":"Données de connectivité du paysage marin d'un pré subtidal de Zostera marina, Choked Passage, île Calvert, 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