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Sawall, Yvonne (2015): Metabolism of P. verrucosa during field expeditions along the Saudi Arabian Red Sea coast 2011 and 2012: environment and biology [dataset]. PANGAEA, https://doi.org/10.1594/PANGAEA.841397, In supplement to: Sawall, Yvonne; Al-Sofyani, A; Hohn, S; Banguera-Hinestroza, E; Voolstra, Christian R; Wahl, Martin (2015): Extensive phenotypic plasticity of a Red Sea coral over a strong latitudinal temperature gradient suggests limited acclimatization potential to warming. Scientific Reports, 5, 8940, https://doi.org/10.1038/srep08940

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Coverage:
Median Latitude: 22.739212 * Median Longitude: 38.494900 * South-bound Latitude: 16.527000 * West-bound Longitude: 34.804400 * North-bound Latitude: 28.525270 * East-bound Longitude: 42.032000
Minimum DEPTH, water: m * Maximum DEPTH, water: m
Event(s):
Al-Wajh (2N_pristine)  * Latitude: 26.068000 * Longitude: 36.356700 * Comment: fringing reef around island, 12 km distance to coast, orientation W, steep slope to -20 m
Doga-W (DOG)  * Latitude: 19.614000 * Longitude: 40.638000 * Comment: fringing reef around island, 20 km distance from coast, orientation W, steep slope to -20 m
Farasan (FAR)  * Latitude: 16.527000 * Longitude: 42.032000 * Elevation: -999.0 m * Comment: fringing reef around Farasan islands, 35 km from the main land, orientation W, gentle slope
Parameter(s):
#NameShort NameUnitPrincipal InvestigatorMethod/DeviceComment
Event labelEvent
Date/time startDate/time startSawall, Yvonne
Date/time endDate/time endSawall, Yvonne
SeasonSeasonSawall, Yvonne
Sample code/labelSample labelSawall, Yvonne
DEPTH, waterDepth watermGeocode
Temperature, waterTemp°CSawall, Yvonne5m depth, monthly averaged
Standard errorStd e±Sawall, YvonneTemperature
Chlorophyll aChl aµg/lSawall, YvonneNASA derived
10 Flow ratioFlow%Sawall, Yvonnewater motion, loss of gypsum after 48 h, mean, n=3
11 Standard errorStd e±Sawall, Yvonneflow ratio
12 ProductProductSawall, YvonneNutrient input expressed as flow*chlorophyll a, mean, n=3
13 Calcification rate of carbonCalc rate Cµmol/cm2/daySawall, Yvonnemean, n=6
14 Standard errorStd e±Sawall, YvonneCalcification rate C
15 Gross photosynthesis rate, carbonPG Cµmol/cm2/daySawall, Yvonnemean, n=6
16 Standard errorStd e±Sawall, YvonnePhotosynthesis rate
17 Coral mucus release rate, carbonCoral mucus rel Cµmol/cm2/daySawall, Yvonnemean, n=6
18 Standard errorStd e±Sawall, YvonneMucus release rate
19 Respiration rate, carbonResp Cµmol/cm2/daySawall, Yvonnemean, n=6
20 Respiration rate, carbon, standard errorResp C std e±Sawall, Yvonne
21 BiomassBiommg/cm2Sawall, YvonneCoral biomass in dry mass, mean, n=12
22 Standard errorStd e±Sawall, YvonneCoral biomass in dry mass
23 Pigments, photo-collectingPigm photoµg/cm2Sawall, Yvonnemean, n=12
24 Standard errorStd e±Sawall, Yvonnepigments
25 ProteinsProtein%Sawall, Yvonnetissue protein content, % of dry mass, mean, n=12
26 Standard errorStd e±Sawall, Yvonnetissue protein content
27 LipidsLipids%Sawall, Yvonnetissue lipid content, % of dry mass, mean, n=12
28 Standard errorStd e±Sawall, Yvonnetissue lipid content
Size:
312 data points

Data

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


Event

Date/time start

Date/time end

Season

Sample label

Depth water [m]

Temp [°C]
(5m depth, monthly averaged)

Std e [±]
(Temperature)

Chl a [µg/l]
(NASA derived)
10 
Flow [%]
(water motion, loss of gypsum ...)
11 
Std e [±]
(flow ratio)
12 
Product
(Nutrient input expressed as f...)
13 
Calc rate C [µmol/cm2/day]
(mean, n=6)
14 
Std e [±]
(Calcification rate C)
15 
PG C [µmol/cm2/day]
(mean, n=6)
16 
Std e [±]
(Photosynthesis rate)
17 
Coral mucus rel C [µmol/cm2/day]
(mean, n=6)
18 
Std e [±]
(Mucus release rate)
19 
Resp C [µmol/cm2/day]
(mean, n=6)
20 
Resp C std e [±]
21 
Biom [mg/cm2]
(Coral biomass in dry mass, me...)
22 
Std e [±]
(Coral biomass in dry mass)
23 
Pigm photo [µg/cm2]
(mean, n=12)
24 
Std e [±]
(pigments)
25 
Protein [%]
(tissue protein content, % of ...)
26 
Std e [±]
(tissue protein content)
27 
Lipids [%]
(tissue lipid content, % of dr...)
28 
Std e [±]
(tissue lipid content)
Maqna 0011-09-190011-09-20Summer (September)1-MAQ526.70.540.041514.63.900.6069.650.8214.1001.850.600.109.551.3643.320.411.79190.2526.585.025.9470.65
Al-Wajh 0011-09-230011-09-24Summer (September)2-WAJ529.20.700.076026.65.202.0224.121.2329.0972.341.110.3014.442.5134.040.565.81930.6224.856.077.4790.23
Yanbu 0011-09-260011-09-28Summer (September)3-YAN529.30.580.163533.96.205.5434.730.8314.8401.100.590.0611.021.2121.990.221.95540.1830.065.317.6430.76
Jeddah 0011-10-020011-10-03Summer (September)4-JED530.30.370.440314.76.906.4723.290.8222.9902.281.750.2212.960.7453.530.364.89820.7029.324.379.6050.74
Doga-W 0011-10-060011-10-07Summer (September)5-DOG530.60.640.419322.513.009.4344.361.2924.2802.602.340.5314.680.8404.000.645.09270.7229.337.397.4830.30
Farasan 0011-10-110011-10-12Summer (September)6-FAR531.90.352.731716.44.9044.8003.234.4122.2904.744.400.8812.551.7464.500.997.35441.1636.5611.487.3180.31
Maqna0012-03-070012-03-06Winter (March)1-MAQ521.50.410.254521.83.705.5481.200.4216.9101.130.330.067.520.9603.710.494.18300.7216.973.905.5800.26
Al-Wajh0012-03-100012-03-11Winter (March)2-WAJ523.20.280.282048.513.0013.6770.890.6529.1703.970.760.2215.252.0174.870.396.31772.3920.312.905.8080.23
Yanbu0012-03-140012-03-15Winter (March)3-YAN524.30.280.319526.24.808.3711.370.7016.1602.251.070.209.580.6983.130.503.21680.4522.275.295.5230.08
Jeddah0012-03-180012-03-20Winter (March)4-JED525.40.330.470549.310.6023.1962.510.6821.4802.581.650.3814.320.8962.950.194.01570.2922.122.946.4080.68
Doga-W0012-03-220012-03-23Winter (March)5-DOG528.50.310.599724.05.3014.3934.951.3229.4401.521.860.2516.161.6483.970.457.53791.0219.293.296.4150.23
Farasan0012-03-260012-03-27Winter (March)6-FAR527.90.201.450025.42.3036.8304.621.0931.2501.631.550.2411.790.7563.960.484.11281.3914.232.763.2380.29