Citation:

PANGAEA.982713

Name: Coccolith stable carbon isotope vital effects over the past 60 million years compiled from the literature with new data added
Published: 2025-07-04
License: https://creativecommons.org/licenses/by/4.0/
Keywords: Carbon and oxygen stable isotopes; Cenozoic; Coccolithophores; Micropaleontology; morphology

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Published: 2025-07-04 • DOI registered: 2025-08-02

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Abstract:

This dataset contains the stable carbon isotope data used to calculate the range of coccolith δ13C vital effects over the past 60 million years (expressed as the difference between the d13C of small and large coccoliths), as plotted in Figure 4 of the review paper Coccoliths as Recorders of Paleoceanography and Paleoclimate over the Past 66 Million Years by Bolton & Stoll (2025, AREPS; doi:10.1146/annurev-earth-040623-103211). It is a compilation of previously published and unpublished data over the last 60 million years. The data provide insights into coccolithophore evolution, physiology, and adaptation to changing climate, of interest for paleoceanographic research. Data come from ODP/IODP, NGHP, and MD sediment cores from the Atlantic, Pacific and Indian Oceans, and are based on measurements of purified coccolith fractions made on an isotope-ratio mass spectrometer.

Keyword(s):

Carbon and oxygen stable isotopes; Cenozoic; Coccolithophores; Micropaleontology; morphology

Related to:

Bolton, Clara T; Stoll, Heather M (2024): Coccoliths as Recorders of Paleoceanography and Paleoclimate over the Past 66 Million Years. Annual Review of Earth and Planetary Sciences, https://doi.org/10.1146/annurev-earth-040623-103211

References:

Bolton, Clara T; Hernández-Sánchez, María T; Fuertes, Miguel-Ángel; González-Lemos, Saúl; Abrevaya, Lorena; Mendez-Vicente, Ana; Flores, José-Abel; Probert, Ian; Giosan, Liviu; Johnson, Joel; Stoll, Heather M (2016): Decrease in coccolithophore calcification and CO2 since the middle Miocene. Nature Communications, 7(1), 10284, https://doi.org/10.1038/ncomms10284

Bolton, Clara T; Stoll, Heather M (2013): Late Miocene threshold response of marine algae to carbon dioxide limitation. Nature, 500(7464), 558-562, https://doi.org/10.1038/nature12448

Bolton, Clara T; Stoll, Heather M; Mendez-Vicente, Ana (2012): Vital effects in coccolith calcite: Cenozoic climate-pCO2 drove the diversity of carbon acquisition strategies in coccolithophores? Paleoceanography, 27(4), PA4204, https://doi.org/10.1029/2012PA002339

Claxton, Louis M; McClelland, H L O; Hermoso, Michael; Rickaby, Rosalind E M (2022): Eocene emergence of highly calcifying coccolithophores despite declining atmospheric CO2. Nature Geoscience, 15(10), 826-831, https://doi.org/10.1038/s41561-022-01006-0

Godbillot, Camille; Minoletti, Fabrice; Bassinot, Franck; Hermoso, Michael (2022): Parallel between the isotopic composition of coccolith calcite and carbon levels across Termination II: developing a new paleo-CO 2 probe. Climate of the Past, 18(3), 449-464, https://doi.org/10.5194/cp-18-449-2022

Hermoso, Michaël; McClelland, Harry-Luke O; Hirst, J S; Minoletti, Fabrice; Bonifacie, Magali; Rickaby, Rosalind E M (2020): Towards the use of the coccolith vital effects in palaeoceanography: A field investigation during the middle Miocene in the SW Pacific Ocean. Deep Sea Research Part I: Oceanographic Research Papers, 160, 103262, https://doi.org/10.1016/j.dsr.2020.103262

Tremblin, Maxime; Hermoso, Michael; Minoletti, Fabrice (2016): Equatorial heat accumulation as a long-term trigger of permanent Antarctic ice sheets during the Cenozoic. Proceedings of the National Academy of Sciences, 113(42), 11782-11787, https://doi.org/10.1073/pnas.1608100113

Funding:

French National Research Agency (ANR), grant/award no. ANR-22-EDIR-0003-01

Swiss National Science Foundation (SNF), grant/award no. 200021_182070

Coverage:

Median Latitude: -4.570453 * Median Longitude: -9.132011 * South-bound Latitude: -42.913617 * West-bound Longitude: -131.973000 * North-bound Latitude: 39.611700 * East-bound Longitude: 161.226700

Date/Time Start: 1982-12-06T00:00:00 * Date/Time End: 2003-04-08T00:00:00

Minimum Elevation: -4799.9 m * Maximum Elevation: 8.5 m

Event(s):

90-588 * Latitude: -26.111700 * Longitude: 161.226700 * Date/Time: 1982-12-06T00:00:00 * Elevation: -1533.0 m * Penetration: 245.6 m * Recovery: 220.8 m * Location: South Pacific/Tasman Sea/CONT RISE * Campaign: * Basis: Glomar Challenger * Method/Device: Drilling/drill rig (DRILL) * Comment: 24 cores; 226.4 m cored; 19.2 m drilled; 97.5 % recovery

154-925 * Latitude: 4.204233 * Longitude: -43.489067 * Date/Time Start: 1994-02-08T00:00:00 * Date/Time End: 1994-02-14T00:00:00 * Elevation: -3052.4 m * Penetration: 2017 m * Recovery: 1607.6 m * Location: North Atlantic Ocean * Campaign: * Basis: Joides Resolution * Method/Device: Composite Core (COMPCORE) * Comment: 184 cores; 1729.6 m cored; 0 m drilled; 92.9% recovery

165-999 * Latitude: 12.743650 * Longitude: -78.739800 * Date/Time Start: 1995-01-10T00:00:00 * Date/Time End: 1996-01-29T00:00:00 * Elevation: -2828.0 m * Penetration: 1632.5 m * Recovery: 932.8 m * Location: Caribbean Sea * Campaign: * Basis: Joides Resolution * Method/Device: Composite Core (COMPCORE) * Comment: 124 cores; 1089.1 m cored; 0 m drilled; 85.7% recovery

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Method/Device	Comment
1	Event label	Event		Bolton, Clara T
2	Latitude of event	Latitude		Bolton, Clara T
3	Longitude of event	Longitude		Bolton, Clara T
4	Date/Time of event	Date/Time		Bolton, Clara T
5	Elevation of event	Elevation	m	Bolton, Clara T
6	Ocean	Ocean		Bolton, Clara T
7	Age	Age	Ma	Bolton, Clara T	From literature
8	AGE	Age	ka BP	Bolton, Clara T		Geocode
9	Coccoliths, δ13C	Cocco δ13C	‰ PDB	Bolton, Clara T	From literature	Small coccoliths
10	Size fraction	Size fraction		Bolton, Clara T	From literature	Small coccolith size-fraction
11	Coccoliths, δ13C	Cocco δ13C	‰ PDB	Bolton, Clara T	From literature	Large coccoliths
12	Size fraction	Size fraction		Bolton, Clara T	From literature	Large size-fraction
13	Difference	Diff		Bolton, Clara T		∆13C small-large coccolith size fraction
14	Comment	Comment		Bolton, Clara T		Short Reference (as in figure legend in manuscript)
15	Reference/source	Reference		Bolton, Clara T
16	Uniform resource locator/link to reference	URL ref		Bolton, Clara T

License:

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

Status:

Curation Level: Enhanced curation (CurationLevelC)

Size:

2170 data points

Data

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

1 Event	2 Latitude	3 Longitude	4 Date/Time	5 Elevation [m]	6 Ocean	7 Age [Ma]	8 Age [ka BP]	9 Cocco δ13C [‰ PDB] (Small coccoliths)	10 Size fraction (Small coccolith size-fraction)	11 Cocco δ13C [‰ PDB] (Large coccoliths)	12 Size fraction (Large size-fraction)	13 Diff (∆13C small-large coccolith si...)	14 Comment (Short Reference (as in figure...)	15 Reference	16 URL ref
154-925	4.2042	-43.4891	1994-02-08	-3052	Atlantic	0.27000	269.98	2.499	<3 µm	-0.036000000	8 to 10 µm	2.54	B 2016	Bolton et al. (2016)	doi:10.1038/ncomms10284
154-925	4.2042	-43.4891	1994-02-08	-3052	Atlantic	0.95000	947.44	2.070	<3 µm	0.228000000	8 to 10 µm	1.84	B 2016	Bolton et al. (2016)	doi:10.1038/ncomms10284
154-925	4.2042	-43.4891	1994-02-08	-3052	Atlantic	1.89000	1893.11	1.023	3 to 5 µm	0.271000000	8 to 10 µm	0.75	B 2016	Bolton et al. (2016)	doi:10.1038/ncomms10284
154-925	4.2042	-43.4891	1994-02-08	-3052	Atlantic	2.98000	2976.55	1.429	3 to 5 µm	-0.812000000	8 to 10 µm	2.24	B 2016	Bolton et al. (2016)	doi:10.1038/ncomms10284
154-925	4.2042	-43.4891	1994-02-08	-3052	Atlantic	4.05000	4046.07	0.785	3 to 5 µm	-0.095000000	8 to 10 µm	0.88	B 2016	Bolton et al. (2016)	doi:10.1038/ncomms10284
154-925	4.2042	-43.4891	1994-02-08	-3052	Atlantic	5.03000	5027.60	1.379	3 to 5 µm	-0.411000000	8 to 10 µm	1.79	B 2016	Bolton et al. (2016)	doi:10.1038/ncomms10284
154-925	4.2042	-43.4891	1994-02-08	-3052	Atlantic	6.17000	6172.95	0.958	3 to 5 µm	0.235000000	8 to 10 µm	0.72	B 2016	Bolton et al. (2016)	doi:10.1038/ncomms10284
154-925	4.2042	-43.4891	1994-02-08	-3052	Atlantic	7.22000	7215.78	1.923	3 to 5 µm	0.595000000	8 to 10 µm	1.33	B 2016	Bolton et al. (2016)	doi:10.1038/ncomms10284
154-925	4.2042	-43.4891	1994-02-08	-3052	Atlantic	8.04000	8038.99	1.242	3 to 5 µm	0.448000000	8 to 10 µm	0.79	B 2016	Bolton et al. (2016)	doi:10.1038/ncomms10284
154-925	4.2042	-43.4891	1994-02-08	-3052	Atlantic	9.82000	9817.46	1.298	3 to 5 µm	0.962000000	8 to 10 µm	0.34	B 2016	Bolton et al. (2016)	doi:10.1038/ncomms10284
154-925	4.2042	-43.4891	1994-02-08	-3052	Atlantic	10.60000	10600.40	1.229	3 to 5 µm	0.792000000	8 to 10 µm	0.44	B 2016	Bolton et al. (2016)	doi:10.1038/ncomms10284
177-1088	-41.1361	13.5628	1997-12-16	-2082	Atlantic	0.81000	809.26	2.554	2 to 5 µm	-0.523000000	10 to 12 µm	3.08	BS 2013	Bolton et al. (2013)	doi:10.1038/nature12448
177-1088	-41.1361	13.5628	1997-12-16	-2082	Atlantic	1.85000	1851.21	1.401	<2 µm	0.000000000	10 to 12 µm	1.40	BS 2013	Bolton et al. (2013)	doi:10.1038/nature12448
177-1088	-41.1361	13.5628	1997-12-16	-2082	Atlantic	2.78000	2782.37	2.109	2 to 5 µm	-0.265000000	10 to 12 µm	2.37	BS 2013	Bolton et al. (2013)	doi:10.1038/nature12448
177-1088	-41.1361	13.5628	1997-12-16	-2082	Atlantic	3.47000	3468.79	0.962	<2 µm	-0.064000000	10 to 12 µm	1.03	BS 2013	Bolton et al. (2013)	doi:10.1038/nature12448
177-1088	-41.1361	13.5628	1997-12-16	-2082	Atlantic	3.85000	3851.69	1.037	<2 µm	-0.236000000	10 to 12 µm	1.27	BS 2013	Bolton et al. (2013)	doi:10.1038/nature12448
177-1088	-41.1361	13.5628	1997-12-16	-2082	Atlantic	4.16000	4161.15	1.769	<2 µm	0.166000000	10 to 12 µm	1.60	BS 2013	Bolton et al. (2013)	doi:10.1038/nature12448
177-1088	-41.1361	13.5628	1997-12-16	-2082	Atlantic	4.52000	4520.48	1.541	<2 µm	1.052000000	10 to 12 µm	0.49	BS 2013	Bolton et al. (2013)	doi:10.1038/nature12448
177-1088	-41.1361	13.5628	1997-12-16	-2082	Atlantic	5.58000	5580.33	1.638	2 to 5 µm	1.258000000	10 to 12 µm	0.38	BS 2013	Bolton et al. (2013)	doi:10.1038/nature12448
177-1088	-41.1361	13.5628	1997-12-16	-2082	Atlantic	6.01000	6007.55	2.009	2 to 5 µm	1.530000000	10 to 12 µm	0.48	BS 2013	Bolton et al. (2013)	doi:10.1038/nature12448
177-1088	-41.1361	13.5628	1997-12-16	-2082	Atlantic	6.43000	6426.00	1.806	2 to 5 µm	1.392000000	7 to 9 µm	0.41	BS 2013	Bolton et al. (2013)	doi:10.1038/nature12448
177-1088	-41.1361	13.5628	1997-12-16	-2082	Atlantic	6.97000	6972.80	2.104	2 to 5 µm	1.565000000	7 to 9 µm	0.54	BS 2013	Bolton et al. (2013)	doi:10.1038/nature12448
177-1088	-41.1361	13.5628	1997-12-16	-2082	Atlantic	7.35000	7347.14	2.276	2 to 5 µm	1.792000000	10 to 12 µm	0.48	BS 2013	Bolton et al. (2013)	doi:10.1038/nature12448
177-1088	-41.1361	13.5628	1997-12-16	-2082	Atlantic	7.52000	7518.47	2.113	2 to 5 µm	1.719000000	7 to 9 µm	0.39	BS 2013	Bolton et al. (2013)	doi:10.1038/nature12448
177-1088	-41.1361	13.5628	1997-12-16	-2082	Atlantic	8.91000	8906.93	2.325	2 to 5 µm	1.526000000	10 to 12 µm	0.80	BS 2013	Bolton et al. (2013)	doi:10.1038/nature12448
177-1088	-41.1361	13.5628	1997-12-16	-2082	Atlantic	9.53000	9530.45	2.322	<2 µm	1.888000000	10 to 12 µm	0.43	BS 2013	Bolton et al. (2013)	doi:10.1038/nature12448
177-1088	-41.1361	13.5628	1997-12-16	-2082	Atlantic	10.09000	10092.71	2.277	2 to 5 µm	2.211000000	10 to 12 µm	0.07	BS 2013	Bolton et al. (2013)	doi:10.1038/nature12448
177-1088	-41.1361	13.5628	1997-12-16	-2082	Atlantic	10.73000	10731.46	2.411	2 to 5 µm	2.299000000	10 to 12 µm	0.11	BS 2013	Bolton et al. (2013)	doi:10.1038/nature12448
177-1088	-41.1361	13.5628	1997-12-16	-2082	Atlantic	11.65000	11646.80	2.383	2 to 5 µm	2.035000000	10 to 12 µm	0.35	BS 2013	Bolton et al. (2013)	doi:10.1038/nature12448
177-1088	-41.1361	13.5628	1997-12-16	-2082	Atlantic	12.67000	12673.05	3.007	2 to 5 µm	2.818000000	10 to 12 µm	0.19	BS 2013	Bolton et al. (2013)	doi:10.1038/nature12448
177-1088	-41.1361	13.5628	1997-12-16	-2082	Atlantic	14.82000	14824.24	3.610	2 to 5 µm	3.072000000	10 to 12 µm	0.54	BS 2013	Bolton et al. (2013)	doi:10.1038/nature12448
165-999	12.7437	-78.7398	1995-01-10	-2828	Atlantic	0.02000	20.00	2.416	<2 µm	-1.126000000	9 to 12 µm	3.54	BS 2013	Bolton et al. (2013)	doi:10.1038/nature12448
165-999	12.7437	-78.7398	1995-01-10	-2828	Atlantic	2.11000	2105.08	1.480	<2 µm	0.118000000	9 to 12 µm	1.36	B 2012	Bolton et al. (2012)	doi:10.1029/2012PA002339
165-999	12.7437	-78.7398	1995-01-10	-2828	Atlantic	2.18000	2182.93	1.608	<2 µm	0.005000000	9 to 12 µm	1.60	B 2012	Bolton et al. (2012)	doi:10.1029/2012PA002339
165-999	12.7437	-78.7398	1995-01-10	-2828	Atlantic	2.35000	2353.33	1.130	<2 µm	-0.291000000	9 to 12 µm	1.42	B 2012	Bolton et al. (2012)	doi:10.1029/2012PA002339
165-999	12.7437	-78.7398	1995-01-10	-2828	Atlantic	2.42000	2424.49	0.701	<2 µm	-0.306000000	9 to 12 µm	1.01	B 2012	Bolton et al. (2012)	doi:10.1029/2012PA002339
165-999	12.7437	-78.7398	1995-01-10	-2828	Atlantic	2.50000	2504.62	1.015	<2 µm	0.157000000	9 to 12 µm	0.86	B 2012	Bolton et al. (2012)	doi:10.1029/2012PA002339
165-999	12.7437	-78.7398	1995-01-10	-2828	Atlantic	2.55000	2547.00	1.320	<2 µm	0.380000000	9 to 12 µm	0.94	B 2012	Bolton et al. (2012)	doi:10.1029/2012PA002339
165-999	12.7437	-78.7398	1995-01-10	-2828	Atlantic	2.58000	2579.91	0.847	<2 µm	0.088000000	9 to 12 µm	0.76	B 2012	Bolton et al. (2012)	doi:10.1029/2012PA002339
165-999	12.7437	-78.7398	1995-01-10	-2828	Atlantic	2.62000	2621.86	1.609	<2 µm	0.235000000	9 to 12 µm	1.37	B 2012	Bolton et al. (2012)	doi:10.1029/2012PA002339
165-999	12.7437	-78.7398	1995-01-10	-2828	Atlantic	2.66000	2662.70	1.018	<2 µm	0.153000000	9 to 12 µm	0.87	B 2012	Bolton et al. (2012)	doi:10.1029/2012PA002339
165-999	12.7437	-78.7398	1995-01-10	-2828	Atlantic	2.70000	2701.36	1.430	<2 µm	-0.133000000	9 to 12 µm	1.56	B 2012	Bolton et al. (2012)	doi:10.1029/2012PA002339
165-999	12.7437	-78.7398	1995-01-10	-2828	Atlantic	2.74000	2742.50	1.470	<2 µm	-0.637000000	9 to 12 µm	2.11	B 2012	Bolton et al. (2012)	doi:10.1029/2012PA002339
165-999	12.7437	-78.7398	1995-01-10	-2828	Atlantic	2.78000	2782.98	1.379	<2 µm	-0.385000000	9 to 12 µm	1.76	B 2012	Bolton et al. (2012)	doi:10.1029/2012PA002339
165-999	12.7437	-78.7398	1995-01-10	-2828	Atlantic	2.84000	2836.35	1.761	<2 µm	-0.305000000	9 to 12 µm	2.07	B 2012	Bolton et al. (2012)	doi:10.1029/2012PA002339
165-999	12.7437	-78.7398	1995-01-10	-2828	Atlantic	2.90000	2903.60	1.343	<2 µm	0.166000000	9 to 12 µm	1.18	B 2012	Bolton et al. (2012)	doi:10.1029/2012PA002339
165-999	12.7437	-78.7398	1995-01-10	-2828	Atlantic	2.96000	2955.20	1.045	<2 µm	-0.510000000	9 to 12 µm	1.55	B 2012	Bolton et al. (2012)	doi:10.1029/2012PA002339
165-999	12.7437	-78.7398	1995-01-10	-2828	Atlantic	3.00000	3001.10	0.898	<2 µm	-0.746000000	9 to 12 µm	1.64	B 2012	Bolton et al. (2012)	doi:10.1029/2012PA002339
165-999	12.7437	-78.7398	1995-01-10	-2828	Atlantic	3.08000	3080.23	1.539	<2 µm	-0.445000000	9 to 12 µm	1.98	B 2012	Bolton et al. (2012)	doi:10.1029/2012PA002339
165-999	12.7437	-78.7398	1995-01-10	-2828	Atlantic	3.16000	3162.56	1.266	<2 µm	-0.751000000	9 to 12 µm	2.02	B 2012	Bolton et al. (2012)	doi:10.1029/2012PA002339
165-999	12.7437	-78.7398	1995-01-10	-2828	Atlantic	3.23000	3225.22	1.573	<2 µm	-0.476000000	9 to 12 µm	2.05	B 2012	Bolton et al. (2012)	doi:10.1029/2012PA002339
165-999	12.7437	-78.7398	1995-01-10	-2828	Atlantic	3.32000	3318.92	1.442	<2 µm	-0.565000000	9 to 12 µm	2.01	B 2012	Bolton et al. (2012)	doi:10.1029/2012PA002339
165-999	12.7437	-78.7398	1995-01-10	-2828	Atlantic	3.39000	3393.89	1.517	<2 µm	-0.377000000	9 to 12 µm	1.89	B 2012	Bolton et al. (2012)	doi:10.1029/2012PA002339
165-999	12.7437	-78.7398	1995-01-10	-2828	Atlantic	3.50000	3501.96	0.985	<2 µm	-0.023000000	9 to 12 µm	1.01	B 2012	Bolton et al. (2012)	doi:10.1029/2012PA002339
165-999	12.7437	-78.7398	1995-01-10	-2828	Atlantic	4.01000	4007.02	0.814	<2 µm	-1.472000000	10 to 12 µm	2.29	BS 2013	Bolton et al. (2013)	doi:10.1038/nature12448
165-999	12.7437	-78.7398	1995-01-10	-2828	Atlantic	5.00000	5000.75	1.111	<2 µm	-1.026000000	9 to 12 µm	2.14	BS 2013	Bolton et al. (2013)	doi:10.1038/nature12448
165-999	12.7437	-78.7398	1995-01-10	-2828	Atlantic	6.00000	6000.94	1.321	<2 µm	-0.173000000	9 to 12 µm	1.49	BS 2013	Bolton et al. (2013)	doi:10.1038/nature12448
165-999	12.7437	-78.7398	1995-01-10	-2828	Atlantic	7.00000	7000.69	1.112	<2 µm	0.367000000	9 to 12 µm	0.75	BS 2013	Bolton et al. (2013)	doi:10.1038/nature12448
165-999	12.7437	-78.7398	1995-01-10	-2828	Atlantic	8.00000	7998.01	1.431	<2 µm	0.393000000	10 to 12 µm	0.96	BS 2013	Bolton et al. (2013)	doi:10.1038/nature12448
165-999	12.7437	-78.7398	1995-01-10	-2828	Atlantic	9.32000	9318.36	0.844	2 to 4 µm	0.533000000	10 to 12 µm	0.27	BS 2013	Bolton et al. (2013)	doi:10.1038/nature12448
165-999	12.7437	-78.7398	1995-01-10	-2828	Atlantic	10.33000	10327.07	0.554	2 to 4 µm	0.397000000	9 to 12 µm	0.16	BS 2013	Bolton et al. (2013)	doi:10.1038/nature12448
165-999	12.7437	-78.7398	1995-01-10	-2828	Atlantic	12.46000	12460.86	1.200	2 to 4 µm	0.308000000	9 to 12 µm	0.89	BS 2013	Bolton et al. (2013)	doi:10.1038/nature12448
165-999	12.7437	-78.7398	1995-01-10	-2828	Atlantic	13.10000	13098.08	2.281	<2 µm	1.670000000	9 to 12 µm	0.61	BS 2013	Bolton et al. (2013)	doi:10.1038/nature12448
165-999	12.7437	-78.7398	1995-01-10	-2828	Atlantic	14.35000	14353.01	2.414	2 to 4 µm	0.476000000	10 to 12 µm	0.43	BS 2013	Bolton et al. (2013)	doi:10.1038/nature12448
165-999	12.7437	-78.7398	1995-01-10	-2828	Atlantic	15.75000	15754.52	1.368	2 to 4 µm	0.576000000	10 to 12 µm	0.20	BS 2013	Bolton et al. (2013)	doi:10.1038/nature12448
MD95-2037	37.0872	-32.0312	1995-06-30	-2159	Atlantic	0.10700	107.13	0.966	2 to 3 µm	-2.274000000	5 to 8 µm	3.24	G 2022	Godbillot et al. (2022)	doi:10.5194/cp-18-449-2022
MD95-2037	37.0872	-32.0312	1995-06-30	-2159	Atlantic	0.11000	110.46	1.273	2 to 3 µm	-2.060000000	5 to 8 µm	3.33	G 2022	Godbillot et al. (2022)	doi:10.5194/cp-18-449-2022
MD95-2037	37.0872	-32.0312	1995-06-30	-2159	Atlantic	0.11500	114.76	0.650	2 to 3 µm	-2.050000000	5 to 8 µm	2.70	G 2022	Godbillot et al. (2022)	doi:10.5194/cp-18-449-2022
MD95-2037	37.0872	-32.0312	1995-06-30	-2159	Atlantic	0.11900	119.13	0.538	2 to 3 µm	-2.277000000	5 to 8 µm	2.81	G 2022	Godbillot et al. (2022)	doi:10.5194/cp-18-449-2022
MD95-2037	37.0872	-32.0312	1995-06-30	-2159	Atlantic	0.12000	120.45	0.742	2 to 3 µm	-2.358000000	5 to 8 µm	3.10	G 2022	Godbillot et al. (2022)	doi:10.5194/cp-18-449-2022
MD95-2037	37.0872	-32.0312	1995-06-30	-2159	Atlantic	0.12400	123.51	-0.054	2 to 3 µm	-2.359000000	5 to 8 µm	2.30	G 2022	Godbillot et al. (2022)	doi:10.5194/cp-18-449-2022
MD95-2037	37.0872	-32.0312	1995-06-30	-2159	Atlantic	0.12800	127.88	0.413	2 to 3 µm	-2.115000000	5 to 8 µm	2.53	G 2022	Godbillot et al. (2022)	doi:10.5194/cp-18-449-2022
MD95-2037	37.0872	-32.0312	1995-06-30	-2159	Atlantic	0.12900	129.43	0.534	2 to 3 µm	-2.072000000	5 to 8 µm	2.61	G 2022	Godbillot et al. (2022)	doi:10.5194/cp-18-449-2022
MD95-2037	37.0872	-32.0312	1995-06-30	-2159	Atlantic	0.13000	130.08	0.619	2 to 3 µm	-1.742000000	5 to 8 µm	2.36	G 2022	Godbillot et al. (2022)	doi:10.5194/cp-18-449-2022
MD95-2037	37.0872	-32.0312	1995-06-30	-2159	Atlantic	0.13100	130.67	0.780	2 to 3 µm	-1.912000000	5 to 8 µm	2.69	G 2022	Godbillot et al. (2022)	doi:10.5194/cp-18-449-2022
MD95-2037	37.0872	-32.0312	1995-06-30	-2159	Atlantic	0.13100	131.32	0.909	2 to 3 µm	-1.775000000	5 to 8 µm	2.68	G 2022	Godbillot et al. (2022)	doi:10.5194/cp-18-449-2022
MD95-2037	37.0872	-32.0312	1995-06-30	-2159	Atlantic	0.13200	131.97	-0.142	2 to 3 µm	-1.900000000	5 to 8 µm	1.76	G 2022	Godbillot et al. (2022)	doi:10.5194/cp-18-449-2022
MD95-2037	37.0872	-32.0312	1995-06-30	-2159	Atlantic	0.13300	132.62	-0.137	2 to 3 µm	-1.706000000	5 to 8 µm	1.57	G 2022	Godbillot et al. (2022)	doi:10.5194/cp-18-449-2022
MD95-2037	37.0872	-32.0312	1995-06-30	-2159	Atlantic	0.13400	133.93	0.577	2 to 3 µm	-2.139000000	5 to 8 µm	2.72	G 2022	Godbillot et al. (2022)	doi:10.5194/cp-18-449-2022
MD95-2037	37.0872	-32.0312	1995-06-30	-2159	Atlantic	0.13500	135.23	1.262	2 to 3 µm	-2.280000000	5 to 8 µm	3.54	G 2022	Godbillot et al. (2022)	doi:10.5194/cp-18-449-2022
MD95-2037	37.0872	-32.0312	1995-06-30	-2159	Atlantic	0.13600	135.88	1.699	2 to 3 µm	-2.111000000	5 to 8 µm	3.81	G 2022	Godbillot et al. (2022)	doi:10.5194/cp-18-449-2022
MD95-2037	37.0872	-32.0312	1995-06-30	-2159	Atlantic	0.13700	136.66	0.928	2 to 3 µm	-2.044000000	5 to 8 µm	2.97	G 2022	Godbillot et al. (2022)	doi:10.5194/cp-18-449-2022
MD95-2037	37.0872	-32.0312	1995-06-30	-2159	Atlantic	0.13800	138.18	1.361	2 to 3 µm	-1.922000000	5 to 8 µm	3.28	G 2022	Godbillot et al. (2022)	doi:10.5194/cp-18-449-2022
MD95-2037	37.0872	-32.0312	1995-06-30	-2159	Atlantic	0.14000	139.70	1.298	2 to 3 µm	-1.503000000	5 to 8 µm	2.80	G 2022	Godbillot et al. (2022)	doi:10.5194/cp-18-449-2022
MD95-2037	37.0872	-32.0312	1995-06-30	-2159	Atlantic	0.14100	141.22	1.592	2 to 3 µm	-2.097000000	5 to 8 µm	3.69	G 2022	Godbillot et al. (2022)	doi:10.5194/cp-18-449-2022
154-925	4.2042	-43.4891	1994-02-08	-3052	Atlantic	30.00000	30000.00	1.610	3 to 5 µm	0.890000000	5 to 8 µm	0.72	T 2016	Tremblin et al. (2016)	doi:10.1073/pnas.1608100113
154-925	4.2042	-43.4891	1994-02-08	-3052	Atlantic	31.00000	31000.00	1.610	3 to 5 µm	1.200000000	5 to 8 µm	0.41	T 2016	Tremblin et al. (2016)	doi:10.1073/pnas.1608100113
154-925	4.2042	-43.4891	1994-02-08	-3052	Atlantic	31.60000	31600.00	1.190	3 to 5 µm	1.030000000	5 to 8 µm	0.16	T 2016	Tremblin et al. (2016)	doi:10.1073/pnas.1608100113
154-925	4.2042	-43.4891	1994-02-08	-3052	Atlantic	32.10000	32100.00	1.220	3 to 5 µm	0.720000000	5 to 8 µm	0.50	T 2016	Tremblin et al. (2016)	doi:10.1073/pnas.1608100113
154-925	4.2042	-43.4891	1994-02-08	-3052	Atlantic	32.50000	32500.00	1.200	3 to 5 µm	0.880000000	5 to 8 µm	0.32	T 2016	Tremblin et al. (2016)	doi:10.1073/pnas.1608100113
154-925	4.2042	-43.4891	1994-02-08	-3052	Atlantic	32.90000	32900.00	1.130	3 to 5 µm	1.080000000	5 to 8 µm	0.05	T 2016	Tremblin et al. (2016)	doi:10.1073/pnas.1608100113
154-925	4.2042	-43.4891	1994-02-08	-3052	Atlantic	33.30000	33300.00	1.350	3 to 5 µm	1.250000000	5 to 8 µm	0.10	T 2016	Tremblin et al. (2016)	doi:10.1073/pnas.1608100113
154-925	4.2042	-43.4891	1994-02-08	-3052	Atlantic	33.50000	33500.00	1.440	3 to 5 µm	1.100000000	5 to 8 µm	0.34	T 2016	Tremblin et al. (2016)	doi:10.1073/pnas.1608100113
154-925	4.2042	-43.4891	1994-02-08	-3052	Atlantic	33.70000	33700.00	1.090	3 to 5 µm	1.330000000	5 to 8 µm	-0.24	T 2016	Tremblin et al. (2016)	doi:10.1073/pnas.1608100113
154-925	4.2042	-43.4891	1994-02-08	-3052	Atlantic	34.00000	34000.00	0.960	3 to 5 µm	0.750000000	5 to 8 µm	0.21	T 2016	Tremblin et al. (2016)	doi:10.1073/pnas.1608100113
154-925	4.2042	-43.4891	1994-02-08	-3052	Atlantic	34.20000	34200.00	0.640	3 to 5 µm	0.700000000	5 to 8 µm	-0.06	T 2016	Tremblin et al. (2016)	doi:10.1073/pnas.1608100113
154-925	4.2042	-43.4891	1994-02-08	-3052	Atlantic	35.00000	35000.00	1.300	3 to 5 µm	1.320000000	5 to 8 µm	-0.02	T 2016	Tremblin et al. (2016)	doi:10.1073/pnas.1608100113
154-925	4.2042	-43.4891	1994-02-08	-3052	Atlantic	35.50000	35500.00	1.280	3 to 5 µm	1.370000000	5 to 8 µm	-0.09	T 2016	Tremblin et al. (2016)	doi:10.1073/pnas.1608100113
154-925	4.2042	-43.4891	1994-02-08	-3052	Atlantic	35.60000	35600.00	1.290	3 to 5 µm	1.480000000	5 to 8 µm	-0.19	T 2016	Tremblin et al. (2016)	doi:10.1073/pnas.1608100113
154-925	4.2042	-43.4891	1994-02-08	-3052	Atlantic	36.00000	36000.00	1.770	3 to 5 µm	1.830000000	5 to 8 µm	-0.06	T 2016	Tremblin et al. (2016)	doi:10.1073/pnas.1608100113
154-925	4.2042	-43.4891	1994-02-08	-3052	Atlantic	36.40000	36400.00	1.460	3 to 5 µm	1.540000000	5 to 8 µm	-0.08	T 2016	Tremblin et al. (2016)	doi:10.1073/pnas.1608100113
154-925	4.2042	-43.4891	1994-02-08	-3052	Atlantic	37.00000	37000.00	1.310	3 to 5 µm	1.780000000	5 to 8 µm	-0.47	T 2016	Tremblin et al. (2016)	doi:10.1073/pnas.1608100113
154-925	4.2042	-43.4891	1994-02-08	-3052	Atlantic	37.40000	37400.00	1.510	3 to 5 µm	1.640000000	5 to 8 µm	-0.13	T 2016	Tremblin et al. (2016)	doi:10.1073/pnas.1608100113
154-925	4.2042	-43.4891	1994-02-08	-3052	Atlantic	38.20000	38200.00	1.830	3 to 5 µm	2.010000000	5 to 8 µm	-0.18	T 2016	Tremblin et al. (2016)	doi:10.1073/pnas.1608100113
NGHP-01-01A	15.3061	70.9032		-2663	Indian	0.26000	260.00	1.038	3 to 5 µm	-0.574000000	8 to 10 µm	1.61		Bolton & Stoll (upublished data)
NGHP-01-01A	15.3061	70.9032		-2663	Indian	0.83800	838.39	0.295	3 to 5 µm	-1.281000000	8 to 10 µm	1.58		Bolton & Stoll (upublished data)
NGHP-01-01A	15.3061	70.9032		-2663	Indian	2.92400	2923.95	0.353	3 to 5 µm	-1.556000000	8 to 10 µm	1.91		Bolton & Stoll (upublished data)
NGHP-01-01A	15.3061	70.9032		-2663	Indian	4.04200	4042.46	-0.476	3 to 5 µm	-1.254000000	8 to 10 µm	0.78		Bolton & Stoll (upublished data)
NGHP-01-01A	15.3061	70.9032		-2663	Indian	4.91800	4917.76	-1.289	3 to 5 µm	-1.786000000	8 to 10 µm	0.50		Bolton & Stoll (upublished data)
NGHP-01-01A	15.3061	70.9032		-2663	Indian	5.81700	5816.59	-0.522	3 to 5 µm	-1.401000000	8 to 10 µm	0.88		Bolton & Stoll (upublished data)
NGHP-01-01A	15.3061	70.9032		-2663	Indian	6.78000	6780.00	1.001	3 to 5 µm	-1.034000000	8 to 10 µm	2.04		Bolton & Stoll (upublished data)
NGHP-01-01A	15.3061	70.9032		-2663	Indian	7.96400	7964.23	-0.028	3 to 5 µm	-0.561000000	8 to 10 µm	0.53		Bolton & Stoll (upublished data)
320-U1334	7.9990	-131.9730		-4800	Pacific	32.00000	32000.00	1.770	2 to 5 µm	1.592000000	>12 µm	0.18	BS 2013	Bolton et al. (2013)	doi:10.1038/nature12448
320-U1334	7.9990	-131.9730		-4800	Pacific	35.00000	35000.00	1.393	2 to 5 µm	1.839000000	>12 µm	-0.45	BS 2013	Bolton et al. (2013)	doi:10.1038/nature12448
177-1090	-42.9136	8.8998	1997-12-25	-3702	Atlantic	32.00000	32000.00	2.207	2 to 4 µm	2.253000000	10 to 12 µm	-0.05	BS 2013	Bolton et al. (2013)	doi:10.1038/nature12448
177-1090	-42.9136	8.8998	1997-12-25	-3702	Atlantic	35.00000	35000.00	1.562	2 to 4 µm	1.808000000	10 to 12 µm	-0.25	BS 2013	Bolton et al. (2013)	doi:10.1038/nature12448
208-1264	-28.5325	2.8455	2003-04-05	-2505	Atlantic	22.04600	22046.15	2.749	2 to 5 µm	2.908000000	8 to 10 µm	-0.16		Bolton & Stoll (upublished data)
208-1264	-28.5325	2.8455	2003-04-05	-2505	Atlantic	22.14500	22144.97	3.060	2 to 5 µm	3.021000000	8 to 10 µm	0.04		Bolton & Stoll (upublished data)
208-1264	-28.5325	2.8455	2003-04-05	-2505	Atlantic	22.25800	22257.51	3.049	2 to 5 µm	2.767000000	8 to 10 µm	0.28		Bolton & Stoll (upublished data)
208-1264	-28.5325	2.8455	2003-04-05	-2505	Atlantic	22.37000	22370.05	2.706	2 to 5 µm	2.629000000	8 to 10 µm	0.08		Bolton & Stoll (upublished data)
208-1264	-28.5325	2.8455	2003-04-05	-2505	Atlantic	22.47200	22471.61	2.844	2 to 5 µm	2.571000000	8 to 10 µm	0.27		Bolton & Stoll (upublished data)
208-1264	-28.5325	2.8455	2003-04-05	-2505	Atlantic	22.57000	22570.43	2.780	2 to 5 µm	2.623000000	8 to 10 µm	0.16		Bolton & Stoll (upublished data)
208-1264	-28.5325	2.8455	2003-04-05	-2505	Atlantic	22.67200	22671.99	2.855	2 to 5 µm	2.937000000	8 to 10 µm	-0.08		Bolton & Stoll (upublished data)
208-1264	-28.5325	2.8455	2003-04-05	-2505	Atlantic	22.77600	22776.30	2.917	2 to 5 µm	2.708000000	8 to 10 µm	0.21		Bolton & Stoll (upublished data)
208-1264	-28.5325	2.8455	2003-04-05	-2505	Atlantic	22.87500	22875.11	2.733	2 to 5 µm	2.513000000	8 to 10 µm	0.22		Bolton & Stoll (upublished data)
208-1264	-28.5325	2.8455	2003-04-05	-2505	Atlantic	22.97400	22973.93	3.257	2 to 5 µm	3.206000000	8 to 10 µm	0.05		Bolton & Stoll (upublished data)
208-1264	-28.5325	2.8455	2003-04-05	-2505	Atlantic	23.07000	23070.00	3.058	2 to 5 µm	3.121000000	8 to 10 µm	-0.06		Bolton & Stoll (upublished data)
208-1264	-28.5325	2.8455	2003-04-05	-2505	Atlantic	23.16600	23166.07	2.688	2 to 5 µm	3.075000000	8 to 10 µm	-0.39		Bolton & Stoll (upublished data)
208-1264	-28.5325	2.8455	2003-04-05	-2505	Atlantic	23.26800	23267.63	2.727	2 to 5 µm	2.587000000	8 to 10 µm	0.14		Bolton & Stoll (upublished data)
208-1264	-28.5325	2.8455	2003-04-05	-2505	Atlantic	23.37700	23377.43	2.626	2 to 5 µm	2.660000000	8 to 10 µm	-0.03		Bolton & Stoll (upublished data)
208-1264	-28.5325	2.8455	2003-04-05	-2505	Atlantic	23.51200	23511.93	2.911	2 to 5 µm	2.944000000	8 to 10 µm	-0.03		Bolton & Stoll (upublished data)
208-1264	-28.5325	2.8455	2003-04-05	-2505	Atlantic	23.61600	23616.24	2.746	2 to 5 µm	2.973000000	8 to 10 µm	-0.23		Bolton & Stoll (upublished data)
208-1264	-28.5325	2.8455	2003-04-05	-2505	Atlantic	23.71800	23717.80	2.521	2 to 5 µm	2.838000000	8 to 10 µm	-0.32		Bolton & Stoll (upublished data)
208-1263	-28.5329	2.7796	2003-03-29	-2717	Atlantic	38.57500	38575.08	2.250	3 to 5 µm	2.230000000	8 to 10 µm	0.02	C 2022	Claxton et al. (2022)	doi:10.1038/s41561-022-01006-0
208-1263	-28.5329	2.7796	2003-03-29	-2717	Atlantic	38.70100	38701.35	2.200	3 to 5 µm	2.240000000	10 to 15 µm	-0.04	C 2022	Claxton et al. (2022)	doi:10.1038/s41561-022-01006-0
208-1263	-28.5329	2.7796	2003-03-29	-2717	Atlantic	39.44100	39441.30	2.620	3 to 5 µm	2.630000000	10 to 15 µm	-0.01	C 2022	Claxton et al. (2022)	doi:10.1038/s41561-022-01006-0
208-1263	-28.5329	2.7796	2003-03-29	-2717	Atlantic	40.04300	40042.63	2.240	3 to 5 µm	2.420000000	8 to 10 µm	-0.18	C 2022	Claxton et al. (2022)	doi:10.1038/s41561-022-01006-0
208-1263	-28.5329	2.7796	2003-03-29	-2717	Atlantic	41.01400	41013.93	2.050	3 to 5 µm	2.130000000	10 to 15 µm	-0.08	C 2022	Claxton et al. (2022)	doi:10.1038/s41561-022-01006-0
208-1263	-28.5329	2.7796	2003-03-29	-2717	Atlantic	41.38500	41384.79	2.120	3 to 5 µm	2.190000000	10 to 15 µm	-0.07	C 2022	Claxton et al. (2022)	doi:10.1038/s41561-022-01006-0
208-1263	-28.5329	2.7796	2003-03-29	-2717	Atlantic	41.97800	41977.65	1.840	3 to 5 µm	1.940000000	10 to 15 µm	-0.10	C 2022	Claxton et al. (2022)	doi:10.1038/s41561-022-01006-0
208-1263	-28.5329	2.7796	2003-03-29	-2717	Atlantic	41.98700	41987.15	1.890	3 to 5 µm	2.120000000	8 to 10 µm	-0.23	C 2022	Claxton et al. (2022)	doi:10.1038/s41561-022-01006-0
208-1263	-28.5329	2.7796	2003-03-29	-2717	Atlantic	42.90400	42904.13	2.140	3 to 5 µm	2.010000000	10 to 15 µm	0.13	C 2022	Claxton et al. (2022)	doi:10.1038/s41561-022-01006-0
208-1263	-28.5329	2.7796	2003-03-29	-2717	Atlantic	43.67500	43674.61	2.040	3 to 5 µm	1.960000000	10 to 15 µm	0.08	C 2022	Claxton et al. (2022)	doi:10.1038/s41561-022-01006-0
208-1263	-28.5329	2.7796	2003-03-29	-2717	Atlantic	43.88200	43882.00	1.910	3 to 5 µm	1.980000000	8 to 10 µm	-0.07	C 2022	Claxton et al. (2022)	doi:10.1038/s41561-022-01006-0
208-1263	-28.5329	2.7796	2003-03-29	-2717	Atlantic	44.83200	44832.27	1.930	3 to 5 µm	2.140000000	10 to 15 µm	-0.21	C 2022	Claxton et al. (2022)	doi:10.1038/s41561-022-01006-0
208-1263	-28.5329	2.7796	2003-03-29	-2717	Atlantic	45.55700	45556.90	1.890	3 to 5 µm	1.970000000	10 to 15 µm	-0.08	C 2022	Claxton et al. (2022)	doi:10.1038/s41561-022-01006-0
208-1263	-28.5329	2.7796	2003-03-29	-2717	Atlantic	46.17100	46171.46	1.420	3 to 5 µm	1.490000000	10 to 15 µm	-0.07	C 2022	Claxton et al. (2022)	doi:10.1038/s41561-022-01006-0
208-1263	-28.5329	2.7796	2003-03-29	-2717	Atlantic	46.88600	46885.88	1.870	3 to 5 µm	2.040000000	8 to 10 µm	-0.17	C 2022	Claxton et al. (2022)	doi:10.1038/s41561-022-01006-0
208-1263	-28.5329	2.7796	2003-03-29	-2717	Atlantic	47.36600	47366.39	1.820	3 to 5 µm	2.110000000	10 to 15 µm	-0.29	C 2022	Claxton et al. (2022)	doi:10.1038/s41561-022-01006-0
208-1263	-28.5329	2.7796	2003-03-29	-2717	Atlantic	47.38000	47380.42	1.720	3 to 5 µm	1.740000000	10 to 15 µm	-0.02	C 2022	Claxton et al. (2022)	doi:10.1038/s41561-022-01006-0
208-1263	-28.5329	2.7796	2003-03-29	-2717	Atlantic	48.25100	48250.66	1.800	3 to 5 µm	2.080000000	10 to 15 µm	-0.28	C 2022	Claxton et al. (2022)	doi:10.1038/s41561-022-01006-0
208-1263	-28.5329	2.7796	2003-03-29	-2717	Atlantic	49.42100	49421.50	1.790	3 to 5 µm	1.980000000	10 to 15 µm	-0.19	C 2022	Claxton et al. (2022)	doi:10.1038/s41561-022-01006-0
208-1263	-28.5329	2.7796	2003-03-29	-2717	Atlantic	49.95600	49956.37	2.030	3 to 5 µm	1.960000000	8 to 10 µm	0.07	C 2022	Claxton et al. (2022)	doi:10.1038/s41561-022-01006-0
208-1263	-28.5329	2.7796	2003-03-29	-2717	Atlantic	50.73800	50737.57	1.580	3 to 5 µm	1.980000000	10 to 15 µm	-0.40	C 2022	Claxton et al. (2022)	doi:10.1038/s41561-022-01006-0
208-1263	-28.5329	2.7796	2003-03-29	-2717	Atlantic	50.86000	50860.14	1.420	3 to 5 µm	1.750000000	10 to 15 µm	-0.33	C 2022	Claxton et al. (2022)	doi:10.1038/s41561-022-01006-0
208-1263	-28.5329	2.7796	2003-03-29	-2717	Atlantic	51.57200	51571.73	1.460	3 to 5 µm	1.530000000	10 to 15 µm	-0.07	C 2022	Claxton et al. (2022)	doi:10.1038/s41561-022-01006-0
208-1263	-28.5329	2.7796	2003-03-29	-2717	Atlantic	51.76200	51761.86	0.790	3 to 5 µm	1.110000000	10 to 15 µm	-0.32	C 2022	Claxton et al. (2022)	doi:10.1038/s41561-022-01006-0
208-1263	-28.5329	2.7796	2003-03-29	-2717	Atlantic	52.39800	52398.23	1.260	3 to 5 µm	1.400000000	10 to 15 µm	-0.14	C 2022	Claxton et al. (2022)	doi:10.1038/s41561-022-01006-0
208-1263	-28.5329	2.7796	2003-03-29	-2717	Atlantic	52.60000	52599.90	1.100	3 to 5 µm	1.370000000	10 to 15 µm	-0.27	C 2022	Claxton et al. (2022)	doi:10.1038/s41561-022-01006-0
208-1263	-28.5329	2.7796	2003-03-29	-2717	Atlantic	52.88100	52880.89	0.860	3 to 5 µm	0.940000000	10 to 15 µm	-0.08	C 2022	Claxton et al. (2022)	doi:10.1038/s41561-022-01006-0
208-1263	-28.5329	2.7796	2003-03-29	-2717	Atlantic	53.43000	53429.73	1.250	3 to 5 µm	1.360000000	10 to 15 µm	-0.11	C 2022	Claxton et al. (2022)	doi:10.1038/s41561-022-01006-0
208-1263	-28.5329	2.7796	2003-03-29	-2717	Atlantic	53.93400	53934.24	1.240	3 to 5 µm	1.340000000	8 to 10 µm	-0.10	C 2022	Claxton et al. (2022)	doi:10.1038/s41561-022-01006-0
208-1263	-28.5329	2.7796	2003-03-29	-2717	Atlantic	54.00000	54000.14	0.757	3 to 5 µm	1.029734639	10 to 15 µm	-0.27	C 2022	Claxton et al. (2022)	doi:10.1038/s41561-022-01006-0
208-1263	-28.5329	2.7796	2003-03-29	-2717	Atlantic	54.15700	54156.98	1.195	3 to 5 µm	1.461911804	10 to 15 µm	-0.27	C 2022	Claxton et al. (2022)	doi:10.1038/s41561-022-01006-0
208-1263	-28.5329	2.7796	2003-03-29	-2717	Atlantic	54.16700	54167.02	1.257	3 to 5 µm	1.380311920	10 to 15 µm	-0.12	C 2022	Claxton et al. (2022)	doi:10.1038/s41561-022-01006-0
208-1263	-28.5329	2.7796	2003-03-29	-2717	Atlantic	54.19000	54190.00	1.558	3 to 5 µm	1.920281524	10 to 15 µm	-0.36	C 2022	Claxton et al. (2022)	doi:10.1038/s41561-022-01006-0
208-1263	-28.5329	2.7796	2003-03-29	-2717	Atlantic	54.63000	54630.00	1.798	3 to 5 µm	2.064340578	10 to 15 µm	-0.27	C 2022	Claxton et al. (2022)	doi:10.1038/s41561-022-01006-0
208-1263	-28.5329	2.7796	2003-03-29	-2717	Atlantic	54.78000	54780.00	1.714	3 to 5 µm	2.174147830	10 to 15 µm	-0.46	C 2022	Claxton et al. (2022)	doi:10.1038/s41561-022-01006-0
208-1263	-28.5329	2.7796	2003-03-29	-2717	Atlantic	55.16000	55160.00	1.581	3 to 5 µm	1.939422237	10 to 15 µm	-0.36	C 2022	Claxton et al. (2022)	doi:10.1038/s41561-022-01006-0
208-1263	-28.5329	2.7796	2003-03-29	-2717	Atlantic	55.50000	55500.00	-0.853	3 to 5 µm	-0.167063662	10 to 15 µm	-0.69	C 2022	Claxton et al. (2022)	doi:10.1038/s41561-022-01006-0
Bass_River_Site	39.6117	-74.4367	1996-10-18	9	Atlantic	55.19100	55191.02	-1.217	1.5 to 5 µm	-2.207000000	5 to 8 µm	0.99	B 2012	Bolton et al. (2012)	doi:10.1029/2012PA002339
Bass_River_Site	39.6117	-74.4367	1996-10-18	9	Atlantic	55.58500	55584.61	-3.401	1.5 to 5 µm	-2.977000000	5 to 8 µm	-0.42	B 2012	Bolton et al. (2012)	doi:10.1029/2012PA002339
Bass_River_Site	39.6117	-74.4367	1996-10-18	9	Atlantic	55.78000	55780.42	-1.678	1.5 to 5 µm	-1.936000000	5 to 8 µm	0.26	B 2012	Bolton et al. (2012)	doi:10.1029/2012PA002339
Bass_River_Site	39.6117	-74.4367	1996-10-18	9	Atlantic	55.80000	55800.00	-1.629	1.5 to 5 µm	-1.868000000	5 to 8 µm	0.24	B 2012	Bolton et al. (2012)	doi:10.1029/2012PA002339
Bass_River_Site	39.6117	-74.4367	1996-10-18	9	Atlantic	55.87000	55870.49	1.732	1.5 to 5 µm	1.293000000	5 to 8 µm	0.44	B 2012	Bolton et al. (2012)	doi:10.1029/2012PA002339
Bass_River_Site	39.6117	-74.4367	1996-10-18	9	Atlantic	55.90600	55905.74	1.547	1.5 to 5 µm	1.339000000	5 to 8 µm	0.21	B 2012	Bolton et al. (2012)	doi:10.1029/2012PA002339
Bass_River_Site	39.6117	-74.4367	1996-10-18	9	Atlantic	55.93700	55937.07	0.942	1.5 to 5 µm	1.096000000	5 to 8 µm	-0.15	B 2012	Bolton et al. (2012)	doi:10.1029/2012PA002339
Bass_River_Site	39.6117	-74.4367	1996-10-18	9	Atlantic	56.11500	56115.25	1.749	1.5 to 5 µm	1.635000000	5 to 8 µm	0.11	B 2012	Bolton et al. (2012)	doi:10.1029/2012PA002339
Bass_River_Site	39.6117	-74.4367	1996-10-18	9	Atlantic	56.63400	56634.15	1.260	1.5 to 5 µm	1.437000000	5 to 8 µm	-0.18	B 2012	Bolton et al. (2012)	doi:10.1029/2012PA002339
Bass_River_Site	39.6117	-74.4367	1996-10-18	9	Atlantic	56.72400	56724.23	0.713	1.5 to 5 µm	0.714000000	5 to 8 µm	0.00	B 2012	Bolton et al. (2012)	doi:10.1029/2012PA002339
Bass_River_Site	39.6117	-74.4367	1996-10-18	9	Atlantic	57.79700	57797.26	1.948	1.5 to 5 µm	1.582000000	5 to 8 µm	0.37	B 2012	Bolton et al. (2012)	doi:10.1029/2012PA002339
Bass_River_Site	39.6117	-74.4367	1996-10-18	9	Atlantic	58.11300	58112.52	2.213	1.5 to 5 µm	2.241000000	5 to 8 µm	-0.03	B 2012	Bolton et al. (2012)	doi:10.1029/2012PA002339
Bass_River_Site	39.6117	-74.4367	1996-10-18	9	Atlantic	58.46900	58468.89	3.037	1.5 to 5 µm	2.544000000	5 to 8 µm	0.49	B 2012	Bolton et al. (2012)	doi:10.1029/2012PA002339
Bass_River_Site	39.6117	-74.4367	1996-10-18	9	Atlantic	58.87400	58874.23	3.068	1.5 to 5 µm	2.180000000	5 to 8 µm	0.89	B 2012	Bolton et al. (2012)	doi:10.1029/2012PA002339
90-588	-26.1117	161.2267	1982-12-06	-1533	Pacific	10.93538	10935.38	2.080	3 to 5 µm	1.040000000	5 to 8 µm	1.04	H 2020	Hermoso et al. (2020)	doi:10.1016/j.dsr.2020.103262
90-588	-26.1117	161.2267	1982-12-06	-1533	Pacific	11.21000	11210.00	2.160	3 to 5 µm	1.300000000	5 to 8 µm	0.86	H 2020	Hermoso et al. (2020)	doi:10.1016/j.dsr.2020.103262
90-588	-26.1117	161.2267	1982-12-06	-1533	Pacific	11.38578	11385.78	1.600	3 to 5 µm	0.960000000	5 to 8 µm	0.64	H 2020	Hermoso et al. (2020)	doi:10.1016/j.dsr.2020.103262
90-588	-26.1117	161.2267	1982-12-06	-1533	Pacific	11.57921	11579.21	1.580	3 to 5 µm	1.340000000	5 to 8 µm	0.24	H 2020	Hermoso et al. (2020)	doi:10.1016/j.dsr.2020.103262
90-588	-26.1117	161.2267	1982-12-06	-1533	Pacific	12.05111	12051.11	1.670	3 to 5 µm	1.160000000	5 to 8 µm	0.51	H 2020	Hermoso et al. (2020)	doi:10.1016/j.dsr.2020.103262
90-588	-26.1117	161.2267	1982-12-06	-1533	Pacific	12.18847	12188.47	1.790	3 to 5 µm	0.970000000	5 to 8 µm	0.82	H 2020	Hermoso et al. (2020)	doi:10.1016/j.dsr.2020.103262
90-588	-26.1117	161.2267	1982-12-06	-1533	Pacific	12.42956	12429.56	2.320	3 to 5 µm	1.410000000	5 to 8 µm	0.91	H 2020	Hermoso et al. (2020)	doi:10.1016/j.dsr.2020.103262
90-588	-26.1117	161.2267	1982-12-06	-1533	Pacific	12.62579	12625.79	1.760	3 to 5 µm	1.200000000	5 to 8 µm	0.56	H 2020	Hermoso et al. (2020)	doi:10.1016/j.dsr.2020.103262
90-588	-26.1117	161.2267	1982-12-06	-1533	Pacific	13.52712	13527.12	2.400	3 to 5 µm	1.820000000	5 to 8 µm	0.58	H 2020	Hermoso et al. (2020)	doi:10.1016/j.dsr.2020.103262
90-588	-26.1117	161.2267	1982-12-06	-1533	Pacific	13.61373	13613.73	2.270	3 to 5 µm	1.550000000	5 to 8 µm	0.72	H 2020	Hermoso et al. (2020)	doi:10.1016/j.dsr.2020.103262
90-588	-26.1117	161.2267	1982-12-06	-1533	Pacific	13.84801	13848.01	2.280	3 to 5 µm	1.880000000	5 to 8 µm	0.40	H 2020	Hermoso et al. (2020)	doi:10.1016/j.dsr.2020.103262
90-588	-26.1117	161.2267	1982-12-06	-1533	Pacific	13.89088	13890.88	2.610	3 to 5 µm	2.160000000	5 to 8 µm	0.45	H 2020	Hermoso et al. (2020)	doi:10.1016/j.dsr.2020.103262
90-588	-26.1117	161.2267	1982-12-06	-1533	Pacific	14.07250	14072.50	2.410	3 to 5 µm	1.790000000	5 to 8 µm	0.62	H 2020	Hermoso et al. (2020)	doi:10.1016/j.dsr.2020.103262
90-588	-26.1117	161.2267	1982-12-06	-1533	Pacific	14.15933	14159.33	2.240	3 to 5 µm	1.840000000	5 to 8 µm	0.40	H 2020	Hermoso et al. (2020)	doi:10.1016/j.dsr.2020.103262
90-588	-26.1117	161.2267	1982-12-06	-1533	Pacific	14.18695	14186.95	2.460	3 to 5 µm	1.540000000	5 to 8 µm	0.92	H 2020	Hermoso et al. (2020)	doi:10.1016/j.dsr.2020.103262
90-588	-26.1117	161.2267	1982-12-06	-1533	Pacific	14.26589	14265.89	2.530	3 to 5 µm	2.030000000	5 to 8 µm	0.50	H 2020	Hermoso et al. (2020)	doi:10.1016/j.dsr.2020.103262
90-588	-26.1117	161.2267	1982-12-06	-1533	Pacific	14.30141	14301.41	2.700	3 to 5 µm	1.910000000	5 to 8 µm	0.79	H 2020	Hermoso et al. (2020)	doi:10.1016/j.dsr.2020.103262
90-588	-26.1117	161.2267	1982-12-06	-1533	Pacific	14.52242	14522.42	2.180	3 to 5 µm	1.120000000	5 to 8 µm	1.06	H 2020	Hermoso et al. (2020)	doi:10.1016/j.dsr.2020.103262
90-588	-26.1117	161.2267	1982-12-06	-1533	Pacific	14.66193	14661.93	2.410	3 to 5 µm	1.270000000	5 to 8 µm	1.14	H 2020	Hermoso et al. (2020)	doi:10.1016/j.dsr.2020.103262
90-588	-26.1117	161.2267	1982-12-06	-1533	Pacific	14.71366	14713.66	2.400	3 to 5 µm	1.380000000	5 to 8 µm	1.02	H 2020	Hermoso et al. (2020)	doi:10.1016/j.dsr.2020.103262
90-588	-26.1117	161.2267	1982-12-06	-1533	Pacific	14.87171	14871.71	1.900	3 to 5 µm	1.210000000	5 to 8 µm	0.69	H 2020	Hermoso et al. (2020)	doi:10.1016/j.dsr.2020.103262
90-588	-26.1117	161.2267	1982-12-06	-1533	Pacific	14.95952	14959.52	1.870	3 to 5 µm	1.280000000	5 to 8 µm	0.59	H 2020	Hermoso et al. (2020)	doi:10.1016/j.dsr.2020.103262
90-588	-26.1117	161.2267	1982-12-06	-1533	Pacific	14.99417	14994.17	1.600	3 to 5 µm	1.650000000	5 to 8 µm	-0.05	H 2020	Hermoso et al. (2020)	doi:10.1016/j.dsr.2020.103262
90-588	-26.1117	161.2267	1982-12-06	-1533	Pacific	15.04685	15046.85	2.080	3 to 5 µm	1.640000000	5 to 8 µm	0.44	H 2020	Hermoso et al. (2020)	doi:10.1016/j.dsr.2020.103262
90-588	-26.1117	161.2267	1982-12-06	-1533	Pacific	15.23528	15235.28	2.560	3 to 5 µm	1.880000000	5 to 8 µm	0.68	H 2020	Hermoso et al. (2020)	doi:10.1016/j.dsr.2020.103262
90-588	-26.1117	161.2267	1982-12-06	-1533	Pacific	15.32641	15326.41	2.520	3 to 5 µm	2.130000000	5 to 8 µm	0.39	H 2020	Hermoso et al. (2020)	doi:10.1016/j.dsr.2020.103262
90-588	-26.1117	161.2267	1982-12-06	-1533	Pacific	15.36438	15364.38	2.500	3 to 5 µm	2.310000000	5 to 8 µm	0.19	H 2020	Hermoso et al. (2020)	doi:10.1016/j.dsr.2020.103262
90-588	-26.1117	161.2267	1982-12-06	-1533	Pacific	15.40092	15400.92	2.610	3 to 5 µm	2.180000000	5 to 8 µm	0.43	H 2020	Hermoso et al. (2020)	doi:10.1016/j.dsr.2020.103262
90-588	-26.1117	161.2267	1982-12-06	-1533	Pacific	15.57843	15578.43	1.730	3 to 5 µm	1.510000000	5 to 8 µm	0.22	H 2020	Hermoso et al. (2020)	doi:10.1016/j.dsr.2020.103262
90-588	-26.1117	161.2267	1982-12-06	-1533	Pacific	15.61545	15615.45	2.130	3 to 5 µm	1.650000000	5 to 8 µm	0.48	H 2020	Hermoso et al. (2020)	doi:10.1016/j.dsr.2020.103262
90-588	-26.1117	161.2267	1982-12-06	-1533	Pacific	15.98258	15982.58	2.460	3 to 5 µm	2.010000000	5 to 8 µm	0.45	H 2020	Hermoso et al. (2020)	doi:10.1016/j.dsr.2020.103262
90-588	-26.1117	161.2267	1982-12-06	-1533	Pacific	15.98341	15983.41	2.780	3 to 5 µm	2.460000000	5 to 8 µm	0.32	H 2020	Hermoso et al. (2020)	doi:10.1016/j.dsr.2020.103262
90-588	-26.1117	161.2267	1982-12-06	-1533	Pacific	16.19908	16199.08	2.610	3 to 5 µm	2.260000000	5 to 8 µm	0.35	H 2020	Hermoso et al. (2020)	doi:10.1016/j.dsr.2020.103262
90-588	-26.1117	161.2267	1982-12-06	-1533	Pacific	16.47281	16472.81	1.990	3 to 5 µm	1.600000000	5 to 8 µm	0.39	H 2020	Hermoso et al. (2020)	doi:10.1016/j.dsr.2020.103262
90-588	-26.1117	161.2267	1982-12-06	-1533	Pacific	16.57235	16572.35	1.860	3 to 5 µm	1.710000000	5 to 8 µm	0.15	H 2020	Hermoso et al. (2020)	doi:10.1016/j.dsr.2020.103262
90-588	-26.1117	161.2267	1982-12-06	-1533	Pacific	16.99954	16999.54	2.270	3 to 5 µm	1.880000000	5 to 8 µm	0.39	H 2020	Hermoso et al. (2020)	doi:10.1016/j.dsr.2020.103262
90-588	-26.1117	161.2267	1982-12-06	-1533	Pacific	17.17788	17177.88	2.040	3 to 5 µm	1.680000000	5 to 8 µm	0.36	H 2020	Hermoso et al. (2020)	doi:10.1016/j.dsr.2020.103262
90-588	-26.1117	161.2267	1982-12-06	-1533	Pacific	17.39687	17396.87	1.540	3 to 5 µm	1.240000000	5 to 8 µm	0.30	H 2020	Hermoso et al. (2020)	doi:10.1016/j.dsr.2020.103262