Citation:

PANGAEA.921906

Name: Zooxanthellae density and chlorophyll a concentration in three coral species during an artificial upwelling experiment
Published: 2020-08-24
License: https://creativecommons.org/licenses/by/4.0/
Keywords: artificial upwelling; Bermuda; Coral Bleaching; thermal stress; zooxanthellae response

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Keyword(s):

artificial upwelling; Bermuda; Coral Bleaching; thermal stress; zooxanthellae response

Related to:

Sawall, Yvonne; Harris, Moronke; Lebrato, Mario; Wall, Marlene; Feng, Ellias Yuming (accepted): Discrete pulses of cooler deep water can decelerate coral bleaching during thermal stress: Implications for artificial upwelling during heat stress events. Frontiers in Marine Science, https://doi.org/10.3389/fmars.2020.00720

Coverage:

Latitude: 31.830000 * Longitude: -64.160000

Event(s):

Bermuda * Latitude: 31.830000 * Longitude: -64.160000

Comment:

Treatments

Control = constant 28°C

Heat = constant 31°C

Heat+50m = constant 31°C + daily simulated upwelling from 50 m depth for 25 minutes

Heat+50m = constant 31°C + daily simulated upwelling from 100 m depth for 25 minutes

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Comment
1	Day of experiment	DOE	day	Sawall, Yvonne
2	Treatment	Treat		Sawall, Yvonne
3	Sample ID	Sample ID		Sawall, Yvonne	Monastrea
4	Montastraea cavernosa, chlorophyll a per surface area	M. cavernosa chl a	µg/cm²	Sawall, Yvonne
5	Montastraea cavernosa, zooxanthellae per surface area	M. cavernosa zoox	#/cm²	Sawall, Yvonne
6	Sample ID	Sample ID		Sawall, Yvonne	Porites astreoides
7	Porites astreoides, chlorophyll a per surface area	P. astreoides chl a	µg/cm²	Sawall, Yvonne
8	Porites astreoides, zooxanthellae per surface area	P. astreoides zoox	#/cm²	Sawall, Yvonne
9	Sample ID	Sample ID		Sawall, Yvonne	Pseudodiploria strigosa
10	Pseudodiploria strigosa, chlorophyll a per surface area	P. strigosa chl a	µg/cm²	Sawall, Yvonne
11	Pseudodiploria strigosa, zooxanthellae per surface area	P. strigosa zoox	#/cm²	Sawall, Yvonne

License:

Creative Commons Attribution 4.0 International (CC-BY-4.0)

Size:

466 data points

Data

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

1 DOE [day]	2 Treat	3 Sample ID (Monastrea)	4 M. cavernosa chl a [µg/cm²]	5 M. cavernosa zoox [#/cm²]	6 Sample ID (Porites astreoides)	7 P. astreoides chl a [µg/cm²]	8 P. astreoides zoox [#/cm²]	9 Sample ID (Pseudodiploria strigosa)	10 P. strigosa chl a [µg/cm²]	11 P. strigosa zoox [#/cm²]
3	Control	M1-1	49.56	847442	P1-1	12.80	639561	S2-1	50.86	1620209
3	Control	M2-1	87.20	1375503	P2-1	20.46	931643	S3-1	70.83	96246
3	Control	M3-1	73.00	357094	P3-1	24.58	166933	S4-1	114.67	1546628
3	Control	M4-1	79.09	1762529	P4-1	19.97	1138655	S5-1	82.06	1307638
3	Control	M5-1			P5-1	0.12	216793	S6-1	43.03	797126
12	Heat+50m	M1-4	60.69	626503	P1-4	32.68	620019	S2-4	1.85	116697
12	Heat+50m	M2-4	66.19	1019766	P2-4	19.70	488512	S3-4	41.23	434594
12	Heat+50m	M3-4		1242118	P3-4	18.14	930891	S4-4	27.07	526539
12	Heat+50m	M4-4	70.89	1480792	P4-4	9.53	779820	S5-4	62.23	635207
12	Heat+50m	M5-4	15.64	1040531	P5-4	25.98	902768	S6-4	45.78	978667
12	Heat+100m	M1-5	54.15	642785	P1-5	18.28	855920
12	Heat+100m	M2-5	55.60	865658	P2-5	40.25	677748	S2-5	15.33	222963
12	Heat+100m	M3-5	42.95	856636	P3-5	16.00	407596	S3-5	45.57	729655
12	Heat+100m	M4-5	37.01	1183075	P4-5	17.75	904698	S4-5	99.21	1011927
12	Heat+100m	M5-5	75.89	3126667	P5-5	9.02	367993	S5-5	108.49	989613
12	Control	M1-2	81.34	931910	P1-2	17.72	715718	S2-2	18.34	103148
12	Control	M2-2	37.59	1579890	P2-2	27.20	556769	S3-2	74.57	1565421
12	Control	M3-2	141.15	399764	P3-2	27.43	111553	S4-2	124.13	1122353
12	Control	M4-2	182.46	2953299	P4-2	19.98	812253	S5-2	131.99	1020860
12	Control	M5-2	36.65	1453141	P5-2	31.34	1216830	S6-2	45.67	540350
12	Heat	M1-3	23.73	445050	P1-3	21.27	728438	S2-3	43.89	806584
12	Heat	M2-3	60.61	940678	P3-3	28.34	845106	S3-3	22.31	2086856
12	Heat	M3-3	33.63	696563	P4-3	2.85	280011	S4-3	18.80	613485
12	Heat	M4-3	56.57	1019311	P5-3	23.81	660047	S5-3	77.21	960956
12	Heat	M5-3	39.69	1492960				S6-3	42.42	435049
20	Heat+50m	M1-8	20.51	235871	P1-8	15.69	460021	S2-8	10.67	135655
20	Heat+50m	M2-8	7.32	206373	P3-8	5.60	281755	S3-8	35.62	567062
20	Heat+50m	M3-8	25.43	381106	P4-8	8.23	366689	S4-8	28.85	954522
20	Heat+50m	M4-8	18.65	617456	P5-8	1.53	178295	S5-8	92.81	1009809
20	Heat+50m	M5-8	31.30	476526				S6-8	16.00	324139
20	Heat+100m	M1-9	7.66	287311	P1-9	36.28	715107	S2-9	51.16	467476
20	Heat+100m	M2-9	33.91	268565	P2-9	11.10	339188	S3-9	50.72	447500
20	Heat+100m	M3-9	25.33	402868	P3-9	10.23	305542	S4-9	93.09	1310403
20	Heat+100m	M5-9	49.30	1675998	P4-9	6.86	397917	S5-9	107.13	478915
20	Control	M1-6	117.06	1712594	P1-6	18.93	994667	S2-6	40.86	356428
20	Control	M2-6	75.31	1284196	P2-6	46.33	724326	S3-6	67.10	758941
20	Control	M3-6	76.60	893219	P3-6	6.68	312958	S4-6	16.98	1168482
20	Control	M4-6	68.60	2124205	P4-6	25.09	826463	S5-6	18.75	629530
20	Control	M5-6	61.72	962544	P5-6	15.26	422222	S6-6	13.37	574775
20	Heat	M1-7	3.66	141064	P1-7	5.68	419833	S2-7	20.01	220832
20	Heat	M2-7	6.86	358983	P3-7	1.20	308652	S3-7	39.07	436580
20	Heat	M3-7	8.22	273861	P4-7	3.73	205654	S4-7	98.13	1107452
20	Heat	M4-7	19.13	505119				S5-7	43.37	315198
20	Heat	M5-7	31.14	324301				S6-7	10.29	244094