Macro-species taxonomy measured through a multi-factorial in situ experiment of 10 weeks in a eelgrass bed in St. Lawrence Estuary (Baie-Saint-Ludger, Canada)

doi:doi:10.1594/PANGAEA.931113

Macro-species taxonomy measured through a multi-factorial in situ experiment of 10 weeks in a eelgrass bed in St. Lawrence Estuary (Baie-Saint-Ludger, Canada)

We evaluated single and interactive effects of density reduction of Zostera marina L., a habitat-forming species, shading, and sediment nutrient enrichment on the response of intertidal epibenthic macro-species. Epibenthos was collected using mesh bags (mesh size of 500 µm, diameter about 18 cm). This dataset reports all species identified through the experiment and their taxonomic classification.

BibTex:

@dataset{Cimon_Stéphanie_and_Deslauriers_Annie_and_Cusson_Mathieu_2021,
    abstract = {We evaluated single and interactive effects of density reduction of Zostera marina L., a habitat-forming species, shading, and sediment nutrient enrichment on the response of intertidal epibenthic macro-species. Epibenthos was collected using mesh bags (mesh size of 500 µm, diameter about 18 cm). This dataset reports all species identified through the experiment and their taxonomic classification.},
    author = {Cimon, Stéphanie and Deslauriers, Annie and Cusson, Mathieu},
    doi = {10.1594/PANGAEA.931113},
    institution = {PANGAEA (Biosphere)},
    keyword = {'Abundance', 'Eelgrass', 'intertidal', 'invertebrates', 'multiple stress', 'stress interaction'},
    title = {Macro-species taxonomy measured through a multi-factorial in situ experiment of 10 weeks in a eelgrass bed in St. Lawrence Estuary (Baie-Saint-Ludger, Canada)},
    url = {https://service.tib.eu/ldmservice/vdataset/png-doi-10-1594-pangaea-931113},
    year = {2021}
}