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Roik, Anna; Wall, Marlene; Dobelmann, Melina; Nietzer, Samuel; Brefeld, David; Fiesinger, Anna; Reverter, Mirian; Schupp, Peter; Jackson, Matthew; Rutsch, Marie; Strahl, Julia (2023): Live physiology and tissue biochemistry assessment in Pocillopora acuta after 6 years under two distinct (ambient minimum winter and future warming) temperature regimes [dataset]. PANGAEA, https://doi.org/10.1594/PANGAEA.963327

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Abstract:
In July 2015 specimens of the coral Pocillopora acuta have been sampled at the reef flat Luminao, Guam, at 1-2 m water depth. Larvae released from the mother colonies were collected and then allowed to settle and grow under two different temperatures (elevated 31°C and ambient 29°C). Surviving recruits from 31°C and 26°C were maintained either under the same elevated temperature of 31°C or under ambient winter temperatures of 26°C for six years, respectively, before assessment of their performance under the respective maintenance temperature. This allowed us to assess long-term trade-offs in coral performance specifically, as a response to living under temperature conditions exceeding their natural long-term maximum summer monthly mean temperature.
Keyword(s):
coral traits; Laboratory experiment; performance; Pocillopora acuta; trade-offs; Tropical Corals
Supplement to:
Related to:
Raymundo, Laurie J (2023): Water temperature recorded at the Luminao reef flat, Guam, in 2014-2015. PANGAEA, https://doi.org/10.1594/PANGAEA.963328
Funding:
Volkswagen Foundation (VW), grant/award no. ZN3285
Coverage:
Latitude: 13.465347 * Longitude: 144.646900
Date/Time Start: 2014-01-01T00:00:00 * Date/Time End: 2015-12-31T00:00:00
Event(s):
Luminao_reef_flat_Guam_14-15 * Latitude: 13.465347 * Longitude: 144.646900 * Date/Time Start: 2014-01-01T00:00:00 * Date/Time End: 2015-12-31T00:00:00 * Method/Device: Multiple investigations (MULT)
Parameter(s):
#NameShort NameUnitPrincipal InvestigatorMethod/DeviceComment
1TypeTypeRoik, Anna
2Species, unique identificationSpecies UIDRoik, Anna
3Species, unique identification (URI)Species UID (URI)Roik, Anna
4Species, unique identification (Semantic URI)Species UID (Semantic URI)Roik, Anna
5LATITUDELatitudeRoik, AnnaGeocode – mother colony origin
6LONGITUDELongitudeRoik, AnnaGeocode – mother colony origin
7Colony number/IDColony no/IDRoik, Annacolony number
8Treatment: temperatureT:temp°CRoik, Anna
9Tank numberTank NoRoik, Anna
10Experiment durationExp durationdaysRoik, Annaduration of experimental assessment
11DateDateRoik, Annaincubation
12Surface areaSAcm2Roik, Annatransplant info
13Density, skeletal bulkDensity skel bg/cm3Roik, Anna
14Net photosynthesis rate, oxygenPN O2mg/cm2/hRoik, Annanormalized by surface
15Respiration rate, oxygenResp O2mg/cm2/hRoik, Annanormalized by surface
16Calcification rate of calcium carbonateCalc rate CaCO3mg/cm2/dayRoik, AnnaBuoyant weighing technique according to Davies (1989)normalized by surface
17Extension rateExtensionmm/aRoik, Annalinear extension rate
18BiomassBiommg/cm2Roik, Annahost
19BiomassBiommg/cm2Roik, Annasymbiont
20BiomassBiommg/cm2Roik, Annaholobiont
21Carbohydrates per surface areaCHOmg/cm2Roik, AnnaCoral carbohydrate assay modified after Bove & Baumann (2021)host
22Carbohydrates, per dry massCHO/dmmg/gRoik, Annahost
23Carbohydrates, energy reserve per surface areaCHO E reserveJ/cm2Roik, Annahost
24Carbohydrates, energy reserve, per dry massCHO E reserve/dmJ/gRoik, Annahost
25Carbohydrates per surface areaCHOmg/cm2Roik, AnnaCoral carbohydrate assay modified after Bove & Baumann (2021)symbiont
26Carbohydrates, per dry massCHO/dmmg/gRoik, Annasymbiont
27Carbohydrates, energy reserve per surface areaCHO E reserveJ/cm2Roik, Annasymbiont
28Carbohydrates, energy reserve, per dry massCHO E reserve/dmJ/gRoik, Annasymbiont
29Carbohydrates, energy reserve per surface areaCHO E reserveJ/cm2Roik, Annaholobiont
30Carbohydrates, energy reserve, per dry massCHO E reserve/dmJ/gRoik, Annaholobiont
31Proteins per surface areaProteinmg/cm2Roik, AnnaQuantification of total protein according to Bradford (1976)host
32Proteins, per dry massProtein/dmmg/gRoik, Annahost
33Proteins, energy reserve per surface areaProtein E reserveJ/cm2Roik, Annahost
34Proteins, energy reserve, per dry massProtein E reserve/dmJ/gRoik, Annahost
35Proteins per surface areaProteinmg/cm2Roik, AnnaQuantification of total protein according to Bradford (1976)symbiont
36Proteins, per dry massProtein/dmmg/gRoik, Annasymbiont
37Proteins, energy reserve per surface areaProtein E reserveJ/cm2Roik, Annasymbiont
38Proteins, energy reserve, per dry massProtein E reserve/dmJ/gRoik, Annasymbiont
39Proteins, energy reserve per surface areaProtein E reserveJ/cm2Roik, Annaholobiont
40Proteins, energy reserve, per dry massProtein E reserve/dmJ/gRoik, Annaholobiont
41Lipids per surface areaLipidmg/cm2Roik, AnnaCoral lipid assay modified after Bove & Baumann (2021)host
42Lipids, per dry massLipid/dmmg/gRoik, Annahost
43Lipids, energy reserve per surface areaLipid E reserveJ/cm2Roik, Annahost
44Lipids, energy reserve, per dry massLipid E reserve/dmJ/gRoik, Annahost
45Lipids per surface areaLipidmg/cm2Roik, AnnaCoral lipid assay modified after Bove & Baumann (2021)symbiont
46Lipids, per dry massLipid/dmmg/gRoik, Annasymbiont
47Lipids, energy reserve per surface areaLipid E reserveJ/cm2Roik, Annasymbiont
48Lipids, energy reserve, per dry massLipid E reserve/dmJ/gRoik, Annasymbiont
49Lipids, energy reserve per surface areaLipid E reserveJ/cm2Roik, Annaholobiont
50Lipids, energy reserve, per dry massLipid E reserve/dmJ/gRoik, Annaholobiont
51Total energy reserve per surface areaE reserveJ/cm2Roik, Annahost
52Total energy reserve, per dry massE reserve/dmJ/gRoik, Annahost
53Total energy reserve per surface areaE reserveJ/cm2Roik, Annasymbiont
54Total energy reserve, per dry massE reserve/dmJ/gRoik, Annasymbiont
55Total energy reserve per surface areaE reserveJ/cm2Roik, Annaholobiont
56Total energy reserve, per dry massE reserve/dmJ/gRoik, Annaholobiont
Status:
Curation Level: Enhanced curation (CurationLevelC)
Size:
1189 data points

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