The GEOMAGIA database

ID	Name
-1	No measurement
0	Not specified
1	Estimate
2	Standard Deviation
3	Standard Error
4	Probability Envelope
5	One Standard Deviation
6	Two Standard Deviations
7	Counting Statistics
8	99% Confidence interval

Age Types and Models

ID	Name
-1	No measurement
0	Not specified
101	Estimate
102	Mean intercept
103	Median intercept
104	Median probability
105	Weighted Mean probability
106	Mode
107	Linear Interpolation
108	Linear Least Squares
109	Polynomial fit
110	Bayesian Modelling
111	Palaeomagnetic correlation to other dated record(s) (see publication)
112	Oxygen isotope match
113	Proxy match to oxygen isotope record
114	Proxy match to dated record
115	Transfer of 14C age by proxy correlation
116	Correlation Program (see publication)
117	Correlation to dated tephras
118	Spline fit
119	Correlation to pollen record based upon uncalibrated 14C ages

Calibrated Radiocarbon Age Types

ID	Name
-1	No measurement
0	Not specified
101	Estimate
102	Mean intercept
103	Median intercept
104	Median probability
105	Weighted Mean probability
106	Mode
107	Linear Interpolation
108	Linear Least Squares
109	Polynomial fit
110	Bayesian Modelling
111	Palaeomagnetic correlation to other dated record(s) (see publication)
112	Oxygen isotope match
113	Proxy match to oxygen isotope record
114	Proxy match to dated record
115	Transfer of 14C age by proxy correlation
116	Correlation Program (see publication)
117	Correlation to dated tephras
118	Spline fit
119	Correlation to pollen record based upon uncalibrated 14C ages

Compilations

ID	Authors	Title	Year	Journal	Volume	Pages
1000	Tarling D.H.	The ARCHEO00 Database	2000			Unpublished Data
1001	Korte M., Genevey A., Constable C.G., Frank U., Schnepp E.	Continuous geomagnetic field models for the past 7 millenia: 1. A new global data compilation	2005	Geochem., Geophys., Geosyst.	6	doi:10.1029/2004GC000800
1002	Zananiri I., Batt C.M., Lanos Ph., Tarling D.H., Linford P.	Archeomagnetic secular variation in the UK during the past 4000 years and its application to archeomagnetic dating	2007	Phys. Earth Planet. Inter.	167	97-107
1003	Tema E., Hedley I., Lanos Ph.	Archaeomagnetism in Italy: a compilation of data including new results and a preliminary Italian secular variation curve	2006	Geophys. J. Int.	167	1160-1171
1004	Schnepp E., Lanos Ph.	A preliminary secular variation reference curve for archaeomagnetic dating in Austria	2006	Geophys. J. Int.	166	91-96
1005	Lanza R., Meloni A., Tema E.	Historical measurements of the Earth s magnetic field compared with remanence directions from lava flows in Italy over the last	2005	Phys. Earth Planet. Inter.	148	97-107
1006	Donadini F., Korhonen K., Riisager P., Pesonen L.J.	Database for Holocene geomagnetic intensity information	2006	EOS Trans.	87	137
1007	Gomez-Paccard M., Catanzariti G., Ruiz-Martinez V.C., McIntosh G., Nunez J.I., Osete M.L., Chauvin A., Lanos Ph., Tarling D.H.,	A catalogue of Spanish Archeomagnetic data	2006	Geophys. J. Int.	166	1125-1143
1008	Marton P., Ferencz E.	Hierarchical versus stratification statistical analysis of archeomagnetic directions: the secular variation curve for Hungary	2006	Geophys. J. Int.	164	484-494
1009	Kovacheva M., Boyadziev Y., Kostadinova-Avramova M., Jordanova N., Donadini F.	Updated archeomagnetic data set of the past eight millenia from the Sofia laboratory, Bulgaria	2009	Geochem., Geophys., Geosyst.	10	doi:10.1029/2008GC002347
1010	Genevey A., Gallet Y., Constable C., Korte M., Hulot G.	ArcheoInt: an upgraded compilation of geomagnetic field intensity data for the past ten millenia	2008	Geochem., Geophys., Geosyst.	9	doi:10.1029/2007GC001881
1011	Perrin M., Schnepp E.	IAGA paleointensity database: distribution and quality of the dataset.	2004	Phys. Earth Planet. Inter.	147	255-267
1012	Kovacheva M., Kostadinova-Avramova M., Jordanova N., Ph. Lanos, Boyadziev Y.	Extended and Revised Archaeomagnetic Database and secular variation curves from Bulgaria for the Last Eight Millennia	2014	Phys. Earth Planet. Inter.	236	79-94
1013	Batt C., Brown M., Clelland S.J., Korte M., Linford P., Outram Z.	Advances in archaeomagnetic dating in Britain: New data, new approaches and a new calibration curve	2017	J. Archaeological Sci.		doi:10.1016/j.jas.2017.07.002

Country/Region

ID	Country/Region	Continent	Latitude	Longitude
1	Egypt	Africa	27	30
2	Japan	Asia	36	138
3	France	Europe	48.5	2
5	Ukraine	Asia	49	32
6	India	Asia	20	77
7	China	Asia	35	105
8	Finland	Europe	64	26
9	Greece	Europe	39	22
11	Italy	Europe	43	13
12	Switzerland	Europe	47	8
13	Bulgaria	Europe	43	25
14	Syria	Europe	35	38
15	Hungary	Europe	47	20
17	East Pacific Ridge	Pacific Ocean	-21	247
18	Hawaii	Pacific Ocean	21	202.5
19	Morocco	Africa	32	355
20	Australia	Oceania	-27	133
21	Georgia	Europe	42	43.5
22	Azerbaijan	Europe	40.5	47.5
24	Spain	Europe	40	356
25	England	Europe	53.5	358.5
26	Czech Republic	Europe	49.8	15.5
27	Mexico	North America	23	258
28	Iraq	Asia	33	44
29	Israel	Asia	31.5	34.8
30	Iran	Asia	32	53
31	Uzbekistan	Asia	41	64
32	Turkmenistan	Asia	40	60
33	Mongolia	Asia	46	105
34	Iceland	Europe	65	342
35	New Zealand	Oceania	-41	174
36	Amsterdam Island	Indian Ocean	-37.5	77.5
37	Guadeloupe	Caribbean	16.2	298.5
38	Mid Atlantic Ridge	Atlantic Ocean	0	335
39	Austria	Europe	47.3	13.3
40	Belgium	Europe	50.8	4
41	Romania	Europe	46	25
42	Guatemala	North America	15.5	269.8
43	El Salvador	North America	13.8	271.1
45	Canary Islands	Europe	28.1	344.6
46	Moldova	Europe	47	29
47	Latvia	Europe	57	25
48	Lithuania	Europe	55.3	24.2
49	Russia	Asia	60	100
51	Germany	Europe	51	9
52	Martinique	Caribbean	14.6	299
53	Netherlands	Europe	52.3	4.8
54	Turkey	Europe	39	35
55	Denmark	Europe	56	10
56	Cameroon	Africa	5	12
57	Honduras	North America	14.8	273.5
58	Jordan	Asia	31	36
59	Brazil	South America	-10	305
61	Estonia	Europe	59	26
62	Sweden	Europe	62	15
63	Peru	South America	-10	284
64	Bolivia	South America	-17	275
65	Ecuador	South America	-2	282.5
66	Ontario	North America	50	274
67	New Mexico	North America	34.5	254
68	Arizona	North America	33	248.2
69	California	North America	37	240
70	Colorado	North America	39	254.4
71	Utah	North America	39.4	248.3
72	Washington	North America	47.3	239.7
73	Oregon	North America	44	239
74	British Columbia	North America	54	236
75	Idaho	North America	44.3	245
76	Arkansas	North America	34.8	268
78	Tennessee	North America	36	274
79	Serbia	Europe	44	21
80	Kosovo	Europe	42.6	21.2
81	Portugal	Europe	39.5	362
82	Thailand	Asia	14	100
83	South Korea	Asia	37	127.5
84	Kazakhstan	Asia	48	68
85	Nebraska	North America	41.5	260
86	La Reunion	Indian Ocean	-21.1	55.5
87	Cyprus	Europe	35.2	33.4
88	Papua New Guinea	Oceania	-6	147
89	Vanuatu	Oceania	-15.4	167
90	Fiji	Oceania	-17.8	178
91	Argentina	South America	-34	296
92	Tunisia	Africa	34	9
93	Mali	Africa	16.77	353
94	Burkina Faso	Africa	12.35	-1.53
95	Senegal	Africa	14.67	342.28
96	Alaska	North America	64.7	207.5
97	North Atlantic	Atlantic Ocean	30	320
98	South Atlantic	Atlantic Ocean	-30	345
99	Beaufort Sea	Arctic Ocean	72	215
100	Chukchi Sea	Arctic Ocean	69	188
101	Kyrgyzstan	Asia	41	75
102	Indonesia	Asia	-5	120
103	Azores	Atlantic Ocean	37.7	334.3
104	Quebec	North America	52	288
105	Norway	Europe	62	10
106	Northern Ireland	Europe	54.6	353.32
107	Wales	Europe	52.33	356.23
108	Scotland	Europe	56.82	355.82
109	Virginia	North America	37.51	281.375
110	North West Pacific	Pacific Ocean	32	160
111	Mediterranean	Europe	37	16
121	Slovakia	Europe	48.6	19.5
122	Republic of Ireland	Europe	53	352
123	Isle of Man	Europe	54	355.52
124	Poland	Europe	52.07	19.48
125	South Africa	Europe	-33.6	22.9
126	Illinois	North America	39.9	270.4
127	Zimbabwe	Africa	-19.45	29.8
128	Botswana	Africa	-22.3	23.8
129	Colombia	South America	-4	290
130	Ethiopia	Africa	9	39
131	Kenya	Africa	0.5	38
132	Chile	South America	-33	289
133	Venezuela	South America	7	294
134	Uruguay	South America	-32.6	305
135	Ivory Coast	Africa	7.8	354.4

Data Sources

ID	Name
-1	No measurement
0	Not specified
101	Digitized from Publication
102	From Publication
103	From Author
104	PANGAEA Database (see www.pangaea.de)
105	SECVR00 Database
106	From Publication Supplementary Material
107	World Data Center for Paleoclimatology and NOAA Paleoclimatology Program
108	IODP Janus Data (see Janus)
109	IODP LIMS Data (see LIMS)

Dating Methods

ID	Name
-1	None
0	Not specified
101	Archeological Age
102	Calibrated ¹⁴C Age
103	Uncalibrated ¹⁴C Age
104	Thermoluminescence Age
105	Historical Age
106	Archeomagnetic-Paleomagnetic age
107	Argon-Argon age
108	Tephrochronology
109	Stratigraphy
110	Relative Chronology
111	Dendrochrnology
112	Radium-Thorium Age
113	K-Ar Age
114	U-Th Age
115	Fission Track Age
116	¹⁴C Accelerator Mass Spectrometer (AMS)
117	Optically stimulated luminiscence (OSL) age
118	³He surface exposure age
119	Varve Age
120	¹³⁷Cs Age
121	²¹⁰Pb Age
122	¹⁴C Classical Age
123	Oxygen Isotope Age
124	Pollen Stratigraphy
125	Rehydroxilation
126	Tuning of alkenone SST record to AAIC (2012) d¹⁸O record
127	Geological Estimate
128	36Cl age
129	Obsidian hydration dating
130	226 Radium

Declination Adjustments

ID	Name
-1	No measurement
0	Not specified
101	Zero-mean variation
102	Absolute direction
103	Denham rotation
104	Detrended
105	Arbitrary
106	A rotation (see publication for further details)
107	Zero-mean variation for each core segment
108	The curves first maxima was set to zero. See paper for details.
109	Declination values are centred around the average declination
110	A rotation (not described fully in publication)
111	Rotated to match gufm1 (Jackson et al., 2000)

¹⁸O Planktic and Benthic Species

ID	Name
-1	None
0	Not specified
301	Neogloboquadrina pachyderma sinistral
302	Cibicidoides wuellerstorfi
303	Cibicidoides kullenbergi

¹⁸O Reference Curve

ID	Name
-1	None
0	Not specified
201	SPECMAP (Imbrie et al., 1984)
202	Martinson et al. (1987)
203	Shackleton et al. (1990)
204	Vidal. (1997)
205	Shackleton(2000)
206	Shackleton et al. (2004)
207	LR04 (Lisiecki and Raymo, 2005)
208	NGRIP GICC05 time scale (Svensson et al.,2006, 2008)
209	Tandem correlation of PISO-1500 RPI stack (Channell et al., 2009) and LR04 benthic δ¹⁸O stack (Lisiecki and Raymo, 2005)
210	Match to a radiocarbon dated core
220	Other (see publication)

Depositional Environments

ID	Name
-1	Not specified
1	Maar Lake
2	Glacial Lake
3	Tectonic Lake
4	Marine
5	Brackish Lagoon
6	Endorheic Lake

Directional Analysis

ID	Name
-1	No measurement
0	Not specified
1	Principal Component Analysis (Kirschvink, 1980)
2	Blanket demagnetization
3	Fisher Statistics (Fisher, 1953)
4	LINEFIND (Kent et al., 1983)
5	PCA with outlier rejection (Kapper et al., 2013)
6	NRM
7	Best fit line

Directional Methods

ID	Name
-1	No measurement
0	Not specified
1	Alternating field
2	Thermal
3	Alternating field and thermal
4	Chemical
5	Microwave
6	Viscosity Cleaning

Directional Uncertainty

ID	Name
-1	No measurement
0	Not specified
1	Error of mean
2	Standard deviation
3	Alpha 95
4	MAD

Inclination Adjustments

ID	Name
-1	Not specified
0	Not Adjusted
1	Rotation of core
2	Coring at oblique angle
3	GAD

Location Codes For Sediments

Location Code	Site Name	Location Name	Country/State/Region/Sea	Continent
AAC	Alaskan Arctic Margin	Alaskan Arctic Margin	Chukchi Sea	Arctic Ocean
AAM	Alaskan Arctic Margin	Alaskan Arctic Margin	Chukchi Sea	Arctic Ocean
AD1	Adriatic Sea	Adriatic Sea	Mediterranean	Europe
AD2	Adriatic Sea	Adriatic Sea	Mediterranean	Europe
AD3	Meso-Adriatic Depression	Adriatic Sea	Mediterranean	Europe
AD4	Adriatic Sea	Adriatic Sea	Mediterranean	Europe
AD5	Adriatic Sea	Adriatic Sea	Mediterranean	Europe
AD6	Adriatic Sea	Adriatic Sea	Mediterranean	Europe
AD7	Southern Adriatic	Adriatic Sea	Mediterranean	Europe
ANN	Petit Lac and Grand Lac	Lac Annecy	France	Europe
AR1	N Agulhas Ridge	Agulhas Ridge	South Atlantic	Atlantic Ocean
AR2	N Agulhas Ridge	Agulhas Ridge	South Atlantic	Atlantic Ocean
AR3	N Agulhas Ridge	Agulhas Ridge	South Atlantic	Atlantic Ocean
AR4	N Agulhas Ridge	Agulhas Ridge	South Atlantic	Atlantic Ocean
ARA	Chernyshov Bay	Aral Sea	Kazakhstan	Asia
ASL	Lake Aslikul	Lake Aslikul	Russia	Asia
BAI	Selenga Delta	Lake Baikal	Russia	Asia
BAM	Lake Barombi Mbo	Lake Barombi Mbo	Cameroon	Africa
BB1	Baffin Bay	Baffin Bay	North Atlantic	Atlantic Ocean
BB2	Baffin Bay	Baffin Bay	North Atlantic	Atlantic Ocean
BEA	Beaufort Sea	Beaufort Sea	Beaufort Sea	Arctic Ocean
BEG	Lake Begoritis	Lake Begoritis (Vegoritida)	Greece	Europe
BEP	Beppu Bay	Beppu Bay	Japan	Asia
BER	Bermuda Rise	Bermuda Rise	North Atlantic	Atlantic Ocean
BI2	BIW95 Site-2	Lake Biwa	Japan	Asia
BI3	Lake Biwa Site 1	Lake Biwa	Japan	Asia
BIR	Birkat Ram	Birkat Ram	Israel	Asia
BIW	BIW95 Site-3	Lake Biwa	Japan	Asia
BJO	Bjorn Drift	Bjorn Drift	North Atlantic	Atlantic Ocean
BYE	Byestadsjon	Byestadsjon	Sweden	Europe
CHU	Chukchi Sea	Chukchi Sea	Chukchi Sea	Arctic Ocean
CNA	Central North Atlantic	Central North Atlantic	North Atlantic	Atlantic Ocean
DSE	Ein Gedi	Dead Sea	Israel	Asia
DSF	Ein Feshka	Dead Sea	Israel	Asia
DSZ	Zeelim	Dead Sea	Israel	Asia
EIR	Eirik Drift	Eirik Drift	North Atlantic	Atlantic Ocean
ERL	Erlongwan	Erlongwan	China	Asia
FRG	Frangsjon	Frangsjon	Sweden	Europe
FUR	Furskogstjarnet	Furskogstjarnet	Sweden	Europe
GAR	Gardar Drift	Gardar Drift	North Atlantic	Atlantic Ocean
GFL	Grandfather Lake	Grandfather Lake	Alaska	North America
GYL	Gyltigesjon	Gyltigesjon	Sweden	Europe
IRM	Irminger Basin	Irminger Basin	North Atlantic	Atlantic Ocean
ISS	Lake Issyk-Kul	Lake Issyk-Kul	Kyrgyzstan	Asia
JON	Ionian Sea	Ionian Sea	Mediterranean	Europe
KAL	Lake Kalimpaa	Lake Kalimpaa	Indonesia	Asia
KAS	Lake Kasumigaura	Lake Kasumigaura	Japan	Asia
KEI	Lake Keilambete	Lake Keilambete	Australia	Oceania
KLK	Kalksjon	Kalksjon	Sweden	Europe
KRT	Korttajarvi	Korttajarvi	Finland	Europe
LAM	Lake Lama	Lake Lama	Russia	Asia
MET	Meteor Rise	Meteor Rise	South Atlantic	Atlantic Ocean
MEZ	Lago di Mezzano	Lago di Mezzano	Italy	Europe
MON	Lago Grande di Monticchio	Lago Grande di Monticchio	Italy	Europe
MOT	Motterudstjarnet	Motterudstjarnet	Sweden	Europe
NAM	Lake Nam Co	Lake Nam Co	China	Asia
NAU	Nautajarvi	Nautajarvi	Finland	Europe
NEM	Lago di Nemi	Lago di Nemi	Italy	Europe
NWP	North West Pacific Stack	North West Pacific Stack	North West Pacific	Pacific Ocean
ORP	Orphan Knoll	Orphan Knoll	North Atlantic	Atlantic Ocean
SAR	Sarsjon	Sarsjon	Sweden	Europe
SAV	Alimmainen Savijarvi	Alimmainen Savijarvi	Finland	Europe
TY1	Tyrrhenian Sea	Tyrrhenian Sea	Mediterranean	Europe
TY2	Tyrrhenian Sea	Tyrrhenian Sea	Mediterranean	Europe

Magnetic Minerals

ID	Name
-1	No measuremen
0	Not specified
101	Magnetite
102	Titanomagnetite
103	Hematite
104	Greigite
105	Goethite
106	Siderite
107	Vivianite
108	Pyrrhotite
109	Maghemite

Materials

ID	Name
0	Not specified
1	Brick
2	Baked clay
3	Tile
4	Lava
5	Pottery
6	Sun dried object
7	Porcelain
8	Ceramic
9	Kiln
10	Oven or hearth
11	Mixed archeological objects
12	Slag
13	Baked rock
14	Fresco
15	Mosaic
16	Wall
17	Bath
18	Burnt floor
19	Funeral pyre
20	Hypocaust
21	Burnt pit
22	Bell mould
23	Smoking chamber
24	Baked mud
25	Volcanic ash deposit
26	Burnt structure
27	Burnt castle wall
28	Charcoal pile
29	Burnt earth
30	Vitrified material
31	Unbaked sediment
32	Tuyere
33	Sauna
35	Pit structure
36	Room
37	Pit house
38	Salt kiln
39	Burnt sediment
40	Archeological ashes
41	Other or undefined volcanic
42	Mural
43	Vitrified stone
44	Soil
45	Kamadogu
46	Foundry
47	Obsidian
48	Chert
49	Burnt Daub
50	Amphora
51	Granite
52	Volcanic Glass
53	Furnace
54	Roasting Pit
55	Speleothem
56	Stamped jar handle
57	Fireplace
58	Praefurnium
59	Drying Pit or Area
61	Hangi Stone

Notes

ID	Name
-1	No correction
0	Not specified
101	Site or core latitude and longitude corrected. Reported coordinates do not match the site using the WGS84 datum in Google Earth.
102	Site or core latitude and longitude added using the WGS84 datum in Google Earth. Coordinates were not given in the publication.
103	Mean site latitude and longitude calculated using the WGS84 datum in Google Earth. No coordinates given in publication for composite record.
104	Caution: three depths scales used in publication. We report two only. This has resulted in differences with some published figures.
105	Units in the data appear different to those in the publication.
106	The depth is gap corrected.
201	Prefered time series is from Frank (1999), with varve ages and 7 radiocarbon ages from Ramrath et al. (1999)
202	The time series is taken from Frank et al., 2007, Geophys. J. Int., 168, 904-920. New 14C ages from Schwab et al., 2004, Quat. Sci. Rev., 23, 1723-1731, were used to construct an updated time-series, which spans to approx. 6.5 ka rather than 4.3 ka in Frank et al., 2002.
203	The mean of each core was set to 1 before stacking.
204	We used the adjusted depth (+80cm)
205	The age-model of Core ET99-M63 was developed by transferring three 14C points from Core ET99-M11 on the basis of susceptibility profile correlation.
206	The ages of Core CSS00-07 by Cattaneo et al. (2003) were recalibrated by Vigliotti (2008).
207	The age model of this core was developed using inclination features from Daly and Le Goff (1996), Gallet et al. (2002) and Vigliotti (2006).
208	This may be the same age as in Lebamba (2012), but uncertainty and depth are slightly different.
209	Standard deviation of uncalibrated age: +220, -210
210	Standard deviation of uncalibrated age: +310, -300
211	Standard deviation of uncalibrated age: +440, -420
212	Standard deviation of uncalibrated age: +500, -470
213	Standard deviation of uncalibrated age: +1020, -910
214	Standard deviation of uncalibrated age: +1810, -1480
215	Standard deviation of uncalibrated age: +5860, -3360
216	Standard deviation of uncalibrated age: +1340, -1150
217	In the paper, data of the cores BE7, BE8 and BE9 are shown. Database provides data for core no. 4 and 7. No data of core 4 except the radiocarbon age was shown in the publication.
218	Estimated sedimentation rate of less than 100 cm/ka (Creer et al., 1981).
219	B1-B63 are pieces of one core. Only upper depths of the core pieces were given, other depths were estimated assuming equal spacing for the single core pieces.
220	Ages are from nearby core by Horie et al. (1971), In: Contribution from the Geological Institute, Kanazawa University, 18, 745-762, in Japanese.
222	alpha95 confidence limits were calculated using a 25 yr moving window.
223	Owing to inaccuraties in digitization, there are 141 entries for declination with age, but 146 entries for declination on depth.
235	Transferred from core CM92-43.
236	Tephra radiocarbon ages calibrated using chronology of Schove, D.J., 1983. Dating and related problems, Tree rings and varves, in Geomagnetism of Baked Clays and Recent Sediments, pp. 45-56, eds Creer, K.M., Tucholka, P. & Barton, C.E., Elsevier, Amsterdam.

Paleointensity Alteration Checks

ID	Name
-1	No measurement
0	Not specified
1	pTRM check
2	Susceptibility monitoring
3	Rolph and Shaw
4	Walton
5	Tanguy
6	Other corrections
7	Fabian and Leonhardt MSP assessment
8	Triaxe linearity test

Paleointensity Anisotropy Corrections

ID	Name
-1	No measurement
0	Not specified
1	Susceptibility tensor
2	ARM tensor
3	TRM tensor
4	NRM parallel to Blab
5	Other Anisotropy correction
6	IRM tensor
7	TRM tensor calculated, but not applied

Paleointensity Cooling Rate Corrections

ID	Name
-1	No measurement
0	Not specified
1	Cooling rate experiment
2	Cooling rate guessed
3	Kosareva et al. (2020) calculation

Paleointensity Methods

ID	Name
-1	No measurement
0	Not specified
1	Thellier and Thellier (1959)
2	Coe (1967)
3	Aitken et al. (1988)
4	IZZI (Yu et al., 2004)
5	Thellier two specimen method (Doumen, 1977)
6	Shaw (1974)
7	Microwave perpendicular method (see, Hill and Shaw, 2007)
8	Microwave Coe method (see, Hill and Shaw, 1999)
9	Vibrating Triaxe (Le Goff and Gallet, 2004)
10	Multispecimen parallel differential pTRM (Dekkers and Boehnel, 2006)
11	Thermal quasi perpendicular (Biggin et al., 2007)
12	Other double heating
13	Extended multispecimen parallel differential pTRM protocol (Fabian and Leonhardt, 2010)
14	Calibrated Pseudo-Thellier (de Groot et al., 2013)
15	Microwave Thellier-Thellier protocol
16	Microwave quasi-perpendicular protocol
17	Microwave IZZI protocol
19	Microwave Aitken protocol
20	LTD-DHT Shaw method (Yamamoto et al., 2003)
21	DHT Shaw method (Tsunakawa and Shaw 1994)
22	Shaw method with ARM correction (Rolph and Shaw 1985)
23	Shaw method with Shaw et al. (1995) modification
24	Shaw method with ARM correction (Kono 1978)
25	Modified Thellier Method MT4 (Leonhardt et al., 2004)
26	Walton (1977)
27	Microwave Walton (1977)
28	Wilson (1961)
29	Van Zijl (1962)

Paleointensity Multi-Domain Checks

ID	Name
-1	No measurement
0	Not specified
1	pTRM tail check
2	Low T demagnetization
3	Kosareva et al. (2020) equality of (un)blocking temperature test
4	Triaxe exeperimental mitigation

Radiocarbon Calibration Dataset

ID	Name
-1	No measurement
0	Not specified
1	Intcal09 (Reimer et al., 2009)
2	Intcal04 (Reimer et al., 2004)
3	SHCal04 (McCormac et al., 2004)
4	Marine04 (Hughen et al., 2004)
5	Clark, 1975
6	Intcal98 (Stuiver et al., 1998)
7	CalPal (http://www.calpal-online.de/)
8	Bard et al., 1990
9	Laj et al., 1996
10	Lake Suigetsu calibration curve (Kitagawa and van der Plicht, 1998)
11	Stuiver and Reimer, 1993

Radiocarbon Calibration Software

ID	Name
-1	No measurement
0	Not specified
1	Oxcal 4.1
2	Calib 5.0
3	Oxcal 3.1
4	Oxcal 4.0
5	Calpal
6	Calib 6.0
7	Calib 4.3
8	Oxcal 3.8
9	Calib 4.5
10	Oxcal 3.5

Radiocarbon Calibration Dataset

ID	Name
-1	No measurement
0	Not specified
1	Intcal09 (Reimer et al., 2009)
2	Intcal04 (Reimer et al., 2004)
3	SHCal04 (McCormac et al., 2004)
4	Marine04 (Hughen et al., 2004)
5	Clark, 1975
6	Intcal98 (Stuiver et al., 1998)
7	CalPal (http://www.calpal-online.de/)
8	Bard et al., 1990
9	Laj et al., 1996
10	Lake Suigetsu calibration curve (Kitagawa and van der Plicht, 1998)
11	Stuiver and Reimer, 1993

Radiocarbon Dating Materials Detailed

ID	Name	Short Name
-1	No Measurement	No Meas.
0	Not Specified	No Spec.
1	Mixed species	Mixed species
101	Mesquite	Prosopsis
102	Corn	Zea Mays
103	Bean	Bean Unspec.
104	Palo verde	Cercidium sp.
105	Ironwood	Olinea Tesota
106	Australian Reed	Phragmites Australis
107	Tepary Bean	Phaseolous sp.
108	Grass	Graminae
109	Acacia	Acacia sp.
110	Sage	Salvia sp.
111	Common Reed	Phragmites Communis
112	Conifer Wood	Conifer Wood
113	Charcoal, undefined	Charcoal, undef.
114	Root, undefined	Root, undef.
115	Log, undefined	Log, undef.
116	Soot	Soot
117	Moss, undefined	Moss, undef.
118	Pynus Sylvestris	P. sylv.
119	B. Pub.	B. Pub.
120	Mollusc Shell, undefined	Shell, undef
121	Bone	Bone
122	Seed	Seed
123	Tooth	Tooth
124	Wood, undefined	Wood Gen.
125	Carbon Bearing Pollen	C. Pollen
126	Yoldia myalis	Yoldia myalis
127	Buccinum sp.	Buccinum sp.
128	Shell fragment, undefined	Shell Frag, undefined
129	Thyasira sp.	Thyasira sp.
130	Yolida sp.	Yolida sp.
131	Portlandia sp.	Portlandia sp.
132	Bivalve, undefined	Bivalve, undefined
133	Gastropod, undefined	Gastropod, undefined
134	Cephalopod, undefined	Cephalopod, undefined
135	Monoplacophora, undefined	Monoplacophora, undefined
136	Chiton, undefined	Chiton, undefined
137	Scaphopod, undefined	Scaphopod, undefined
138	Ostracod, undefined	Ostracod, undefined
139	Foraminifera, undefined	Foraminifera, undefined
140	Gyttja	Gyttja
141	Neogloboquadrina pachyderma left-coiled	Npl
142	Neogloboquadrina pachyderma right-coiled	Npr
143	Myriophyllum alterniflorum	Myr.Alt
144	Potamogeton sp.	Pot.sp
145	Water plant, undefined	W.Plant, undefined
146	Nymphaea seed	Aquatic Seed
147	Abies seed	Fir Seed
148	Terrestrial plant, undefined	T.Plant, undefined
149	Betula seed	Birch Seed
150	Clam, Diplodon	Clam, Diplodon
151	Leaf, undefined	Leaf, undefined
152	organic mud	Mud, organic
153	Nuculana buccata	Nuculana buccata
154	Nuculana pernula	Nuculana pernula
155	G. auriculata	G. auriculata
156	Astarte sp.	Astarte sp.
157	Colus turgidulus	Colus turgidulus
158	Bathyarca glacialis	Bathyarca glacialis
159	Foraminfera, benthic	Foraminifera, benthic
160	Arca glacialis	Arca glacialis
161	Macoma sp	Macoma sp
162	cf. Macoma balthica	cf. Macoma balthica
163	cf. Yoldia glacialis	cf. Yoldia glacialis
164	Yoldia cf. myalis	Yoldia cf. myalis
165	Yoldia sp.	Yoldia sp.
166	cf. Nucula	cf. Nucula
167	Yoldia cf. lenticula	Yoldia cf. lenticula
168	N. labradorica	N. labradorica
169	Foraminifera, planktonic	Foraminifera, planktonic
170	Ostracods and Gastropods	Ostracods and Gastropods
171	Globigerina bulloides	Globigerina bulloides
172	Gastropod Natica	Gastropod Natica
173	Bivalve Nucolana	Bivalve Nucolana
174	C. pachyderma	C. pachyderma

Radiocarbon Dating Materials Vague

ID	Name
-1	No Measurement
0	Not Specified
1	Carbonate Fraction
2	Organic Fraction
3	Macrofossil
4	Bulk Sample
5	Tephra
6	Other

Radiocarbon Laboratory Codes

Lab Code	Name	Country	Active
A	Arizona	USA	Yes
AA	NSF-Arizona AMS Facility	USA	Yes
ANU	Australian National University	Australia	No
ANUA	Australian National University Accelerator	Australia	Yes
Beta	Beta Analytic	USA	Yes
CAMS	Center for Accelerator Mass Spectrometry	USA	Yes
Erl	Erlangen AMS Facility	Germany	Yes
ETH	ETH-Hoenggerberg	Switzerland	Yes
GAK	Gakushuin University	Japan	Yes
GU	Scottish Universities Research & Reactor Centre, Glasgow University	Scotland	No
GX	Geochron Laboratories, Cambridge	USA	Yes
KIA	Kiel AMS	Germany	Yes
LuS	Lund Radiocarbon Dating Laboratory	Sweden	Yes
N	Nishina Memorial	Japan	No
NOSAMS	National Ocean Sciences AMS Facility, Woods Hole Oceanographic Inst.	USA	Yes
Null	No Information	NA	NA
NUTA	Tandetron AMS Laboratory, Center for Chronological Research, Nagoya University	Japan	Yes
OBDY	ORSTOM Bondy	France	No
Poz	Poznan Radiocarbon Laboratory	Poland	Yes
QL	Quaternary Reserach Center, Seattle	USA	Yes
SRR	NERC Radicarbon Laboratory	Scotland	No
SUERC	Scottish Universities Environmental Research Centre	Scotland	Yes
TRa	Trondheim(AMS)	Norway	Yes
UtC	Utrecht van der Graaf Laboratorium	Netherlands	No

Reconstructed Age-Depth Models

ID	Name
-1	None
0	Not specified
101	Bacon Bayesian algorithm (Blaauw and Christen, 2011)

Relative Paleointensity Methods

ID	Name
-1	No measurements
0	Not specified
101	NRM/k
102	NRM/ARM at specified AF demagnetization step
103	NRM/IRM at specified AF demagnetization step
104	Pseudothellier
105	Mean of NRM-ARM demag spectrum
106	Mean of NRM-IRM demag spectrum
107	Slope of NRM-ARM demag spectrum
108	Slope of NRM-IRM demag spectrum
109	VDM
110	VADM
111	Vector subtracted NRM-ARM
112	Vector subtracted NRM-IRM
113	Variation around zero-mean RPI
114	Variation around mean RPI averaged to 1

Relative Paleointensity Errors

ID	Name
-1	No measurement
0	Not specified
1	Estimate
2	Standard Deviation
3	Standard Error
4	Probability Envelope
5	One Standard Deviation
6	Two Standard Deviations
7	Counting Statistics
8	99% Confidence interval

Sediment Core Correlation Methods

ID	Name
-1	None
0	Not specified
101	Manual correlation

Sediment Reconstruction Methods

ID	Name
-1	None
0	Not specified
101	Additional palaeomagnetic data
102	Additional chronological data
103	New inter-core correlation
104	New age-depth model
105	New adjustment of declination
106	New adjustment of inclination
107	Del. 13C correction of 14C ages
108	Incoporation of reservoir effect in 14C age calculation
109	New radiocarbon calibration curve
110	New oxygen isotope reference curve

Sediment Sampling Types

ID	Name
-1	No measurement
0	Not specified
1	Continuous
2	Discrete

Smoothing/Averaging Type

ID	Name
-1	No measurement
0	Not specified
1	Stacked
2	Discrete Arithmetic Mean
3	Discrete Fisher Mean
4	Moving Arithmetic Mean
5	Moving Fisher Mean
6	Weighted Moving Mean
7	Weighted Moving Fisher Mean
8	Median
9	Spline
10	Polynomial
11	Vectorial Running Mean
12	Multiple stack procedure (see publication)
13	Weighted vector mean

Specimens

ID	Name
0	Not specified
1	Standard cylinders
2	Standard cubes
3	Minisamples or Chip
4	Single crystal
5	U-channels
6	Large Sample Method (cubes)

S-ratio Methods

ID	Name
-1	No measurement
0	Not specified
1	Thompson and Oldfield (1986)
2	Bloemendal (1992)
3	Other (see publication)