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Hill, Claudia E L; Rücker, Julia; Eichhorn, Nele; Mezger, Selma D; Caporale, Giulia; El-Khaled, Yusuf C; Blanco, Sahara; Wild, Christian; Tilstra, Arjen (2025): Mortality of coral Xenia umbellata in a aquarium experiment [dataset]. PANGAEA, https://doi.org/10.1594/PANGAEA.974804, In: Hill, CEL et al. (2025): Excess particulate organic matter negatively affects the ecophysiology of the widespread soft coral Xenia umbellata [dataset bundled publication]. PANGAEA, https://doi.org/10.1594/PANGAEA.974797

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Published: 2025-02-10DOI registered: 2025-03-11

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Abstract:
A colony was considered dead if it fully dissolved, leaving only the plug. Mortality (%) was calculated weekly based on remaining colonies per tank. Xenia umbellata originates from the Red Sea.
Keyword(s):
Laboratory experiment
Comment:
Study location: Aquarium experiment at the University of Bremen, Germany
Treatments: 3 carbon enrichment treatments of 20 mg C/L. DOM (glucose), 2. POM (phytoplankton), 3. POM (zooplankton)
Date of study: May 2022
Duration of study: 28 days
Species information: Xenia umbellata native to the Indo-Pacific and Red Sea
Parameter(s):
#NameShort NameUnitPrincipal InvestigatorMethod/DeviceComment
Type of studyStudy typeHill, Claudia E L
Tank numberTank NoHill, Claudia E L
TreatmentTreatHill, Claudia E L
Day of experimentDOEdayHill, Claudia E L
Xenia umbellata, deadX. umbellata d%/weekHill, Claudia E LVisual observation
Status:
Curation Level: Enhanced curation (CurationLevelC)
Size:
240 data points

Data

Download dataset as tab-delimited text — use the following character encoding:


Study type

Tank No

Treat

DOE [day]

X. umbellata d [%/week]
Laboratory experimentT1Zooplankton70.000000000
Laboratory experimentT2Control70.000000000
Laboratory experimentT3DOC70.000000000
Laboratory experimentT4Phytoplankton70.000000000
Laboratory experimentT5Phytoplankton70.000000000
Laboratory experimentT6DOC70.000000000
Laboratory experimentT7Zooplankton70.000000000
Laboratory experimentT8Control70.000000000
Laboratory experimentT9Zooplankton70.000000000
Laboratory experimentT10Phytoplankton70.000000000
Laboratory experimentT11Control70.000000000
Laboratory experimentT12DOC70.000000000
Laboratory experimentT1Zooplankton140.000000000
Laboratory experimentT2Control140.000000000
Laboratory experimentT3DOC140.000000000
Laboratory experimentT4Phytoplankton140.000000000
Laboratory experimentT5Phytoplankton140.000000000
Laboratory experimentT6DOC140.000000000
Laboratory experimentT7Zooplankton140.000000000
Laboratory experimentT8Control140.000000000
Laboratory experimentT9Zooplankton140.000000000
Laboratory experimentT10Phytoplankton140.000000000
Laboratory experimentT11Control140.000000000
Laboratory experimentT12DOC140.000000000
Laboratory experimentT1Zooplankton210.000000000
Laboratory experimentT2Control210.000000000
Laboratory experimentT3DOC210.000000000
Laboratory experimentT4Phytoplankton210.000000000
Laboratory experimentT5Phytoplankton2118.181818180
Laboratory experimentT6DOC210.000000000
Laboratory experimentT7Zooplankton210.000000000
Laboratory experimentT8Control210.000000000
Laboratory experimentT9Zooplankton210.000000000
Laboratory experimentT10Phytoplankton210.000000000
Laboratory experimentT11Control210.000000000
Laboratory experimentT12DOC210.000000000
Laboratory experimentT1Zooplankton2811.111111110
Laboratory experimentT2Control280.000000000
Laboratory experimentT3DOC280.000000000
Laboratory experimentT4Phytoplankton280.000000000
Laboratory experimentT5Phytoplankton2811.111111110
Laboratory experimentT6DOC280.000000000
Laboratory experimentT7Zooplankton289.090909091
Laboratory experimentT8Control280.000000000
Laboratory experimentT9Zooplankton2818.181818180
Laboratory experimentT10Phytoplankton288.333333333
Laboratory experimentT11Control280.000000000
Laboratory experimentT12DOC280.000000000