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  • Agarophyton; DAPI; Epibacteria; Epibacterial cell density; Experimental treatment; Sample ID; Time point, descriptive  (1)
  • Ampharete sp.; Ampharete sp., biomass, dry mass; Arenicola marina; Arenicola marina, biomass, dry mass; Benthocosm_A1; Benthocosm_A2; Benthocosm_B1; Benthocosm_B2; Benthocosm_C1; Benthocosm_C2; Benthocosm_D1; Benthocosm_D2; Benthocosm_E1; Benthocosm_E2; Benthocosm_F1; Benthocosm_F2; Cardium sp.; Cardium sp., biomass, dry mass; Clava multicornis; Clava multicornis, biomass, dry mass; Corbula gibba; Corbula gibba, biomass, dry mass; Corophium sp.; Corophium sp., biomass, dry mass; Eteone longa; Eteone longa, biomass, dry mass; Event label; Gammarus locusta; Gammarus locusta, biomass, dry mass; Gammarus salinus; Gammarus salinus, biomass, dry mass; Harmothoe imbricata; Harmothoe imbricata, biomass, dry mass; Hydrobia sp.; Hydrobia sp., biomass, dry mass; Idotea balthica; Idotea balthica, biomass, dry mass; Jaera albifrons; Jaera albifrons, biomass, dry mass; Kiel Fjord; Kurtiella bidentata; Kurtiella bidentata, biomass, dry mass; Limecola balthica; Limecola balthica, biomass, dry mass; Littorina littorea; Littorina littorea, biomass, dry mass; Marenzelleria viridis; Marenzelleria viridis, biomass, dry mass; MESO; Mesocosm experiment; Microdeutopus gryllotalpa; Microdeutopus gryllotalpa, biomass, dry mass; Mya truncata; Mya truncata, biomass, dry mass; Mytilus edulis; Mytilus edulis, biomass, dry mass; Nemertea; Nemertea, biomass, dry mass; Nereis sp.; Nereis sp., biomass, dry mass; Oligochaeta; Oligochaeta, biomass, dry mass; Phtisica marina; Phtisica marina, biomass, dry mass; Phyllodoce mucosa; Phyllodoce mucosa, biomass, dry mass; Platyhelminthes; Platyhelminthes, biomass, dry mass; Polydora cornuta; Polydora cornuta, biomass, dry mass; Pygospio elegans; Pygospio elegans, biomass, dry mass; Retusa truncatula; Retusa truncatula, biomass, dry mass; Rissoa sp.; Rissoa sp., biomass, dry mass; Scoloplos armiger; Scoloplos armiger, biomass, dry mass; Sinelobus sp.; Sinelobus sp., biomass, dry mass; Spio sp.; Spio sp. , biomass, dry mass; Streblospio sp.; Streblospio sp., biomass, dry mass; Treatment  (1)
Document type
Keywords
Publisher
Years
  • 1
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    Unknown
    Abundance and biomass in Kiel Outdoor Benthocosms at the end of the heat wave experiment from May 2015 to August 2015 (2018)
    PANGAEA
    Details
    Publication Date: 2024-03-06
    Description: The experiment consisted of three treatments: 0HW = no heat wave; 1HW = one single summer heat wave; and 3HW = three subsequent heat waves. In all three treatments, working with continuous flow-through of fjord water maintained the natural small-scale variability of most environmental parameters except temperature, which was adjusted to the logged thermal regime of the year 2009.
    Keywords: Ampharete sp.; Ampharete sp., biomass, dry mass; Arenicola marina; Arenicola marina, biomass, dry mass; Benthocosm_A1; Benthocosm_A2; Benthocosm_B1; Benthocosm_B2; Benthocosm_C1; Benthocosm_C2; Benthocosm_D1; Benthocosm_D2; Benthocosm_E1; Benthocosm_E2; Benthocosm_F1; Benthocosm_F2; Cardium sp.; Cardium sp., biomass, dry mass; Clava multicornis; Clava multicornis, biomass, dry mass; Corbula gibba; Corbula gibba, biomass, dry mass; Corophium sp.; Corophium sp., biomass, dry mass; Eteone longa; Eteone longa, biomass, dry mass; Event label; Gammarus locusta; Gammarus locusta, biomass, dry mass; Gammarus salinus; Gammarus salinus, biomass, dry mass; Harmothoe imbricata; Harmothoe imbricata, biomass, dry mass; Hydrobia sp.; Hydrobia sp., biomass, dry mass; Idotea balthica; Idotea balthica, biomass, dry mass; Jaera albifrons; Jaera albifrons, biomass, dry mass; Kiel Fjord; Kurtiella bidentata; Kurtiella bidentata, biomass, dry mass; Limecola balthica; Limecola balthica, biomass, dry mass; Littorina littorea; Littorina littorea, biomass, dry mass; Marenzelleria viridis; Marenzelleria viridis, biomass, dry mass; MESO; Mesocosm experiment; Microdeutopus gryllotalpa; Microdeutopus gryllotalpa, biomass, dry mass; Mya truncata; Mya truncata, biomass, dry mass; Mytilus edulis; Mytilus edulis, biomass, dry mass; Nemertea; Nemertea, biomass, dry mass; Nereis sp.; Nereis sp., biomass, dry mass; Oligochaeta; Oligochaeta, biomass, dry mass; Phtisica marina; Phtisica marina, biomass, dry mass; Phyllodoce mucosa; Phyllodoce mucosa, biomass, dry mass; Platyhelminthes; Platyhelminthes, biomass, dry mass; Polydora cornuta; Polydora cornuta, biomass, dry mass; Pygospio elegans; Pygospio elegans, biomass, dry mass; Retusa truncatula; Retusa truncatula, biomass, dry mass; Rissoa sp.; Rissoa sp., biomass, dry mass; Scoloplos armiger; Scoloplos armiger, biomass, dry mass; Sinelobus sp.; Sinelobus sp., biomass, dry mass; Spio sp.; Spio sp. , biomass, dry mass; Streblospio sp.; Streblospio sp., biomass, dry mass; Treatment
    Type: Dataset
    Format: text/tab-separated-values, 809 data points
    Location Call Number Limitation Availability
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    DATA PANGAEA
  • 2
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    Unknown
    Experiment on epibacterial abundance on surface of Agarophyton (2019)
    PANGAEA
    In:  Supplement to: Saha, Mahasweta; Künzel, Sven; Meichssner, Rafael; Neulinger, Sven C; Petersen, Finn Ole; Weinberger, Florian (2020): Salinity and Time Can Alter Epibacterial Communities of an Invasive Seaweed. Frontiers in Microbiology, 10, https://doi.org/10.3389/fmicb.2019.02870
    Details
    Publication Date: 2023-01-13
    Description: In order to assess the effect salinities and time points on bacterial cell density on surface of the alga, epibacterial cell density from T1 and T2 (n=5 for each salinity level and each time point) was determined via fluorescence microscopy of DAPI-stained bacterial cells. Epibacterial cell density samples from T0 were generated from 5 individuals prior to start of the treatment to obtain cell density values from T0. For methodological details, see Appendix S1 in supplementary information. Briefly, the bacteria attached to the surface of a defined quantity of Agarophyton were suspended in seawater via sonification and vortexing with sterile glass beads. The cells were then enriched on nitrocellulose filters, stained using standard techniques, and counted under epifluorescence microscopy, and the results were standardized based on the sampled thallus area.
    Keywords: Agarophyton; DAPI; Epibacteria; Epibacterial cell density; Experimental treatment; Sample ID; Time point, descriptive
    Type: Dataset
    Format: text/tab-separated-values, 135 data points
    Location Call Number Limitation Availability
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    DATA PANGAEA
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