Citation:

PANGAEA.989939 (dataset in review)

Name: Harmonised chronological data from tropical Australian environmental archives
Creator: Alexander Forster Wall
License: https://creativecommons.org/licenses/by/4.0/
Keywords: age-depth model; Australia; Holocene; Hydroclimate; OSL; palaeoclimate; Radiocarbon

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Abstract:

A harmonised compilation of all radiocarbon, OSL, and other dated samples used in the chronological synthesis. Each row represents an individual dating result with metadata required for recalibration and re-modelling.

Keyword(s):

age-depth model; Australia; Holocene; Hydroclimate; OSL; palaeoclimate; Radiocarbon

Source:

Bird, Michael I; Brand, Michael; Comley, Rainy; Fu, Xiao; Hadeen, Xennephone; Jacobs, Zenobia; Rowe, Cassandra; Wurster, Christopher M; Zwart, Costijn; Bradshaw, Corey J A (2024): Late Pleistocene emergence of an anthropogenic fire regime in Australia’s tropical savannahs. Nature Geoscience, 17(3), 233-240, https://doi.org/10.1038/s41561-024-01388-3

Bowler, J M; Duller, G A T; Perret, N; Prescott, J R; Wyrwoll, Karl-Heinz (1998): Hydrologic changes in monsoonal climates of the last glacial cycle: stratigraphy and lumenescence dating of Lake Woods, N.T., Australia. Palaeoclimates, 3 (1-3), 179-207

Denniston, R F; Asmerom, Y; Polyak, V J; Wanamaker, A D Jr; Ummenhofer, C C; Humphreys, W F; Cugley, John; Woods, David; Lucker, S (2017): Decoupling of monsoon activity across the northern and southern Indo-Pacific during the Late Glacial. Quaternary Science Reviews, 176, 101-105, https://doi.org/10.1016/j.quascirev.2017.09.014

Denniston, Rhawn F; Villarini, Gabriele; Gonzales, Angelique N; Wyrwoll, Karl-Heinz; Polyak, Victor J; Ummenhofer, Caroline C; Lachniet, Matthew S; Wanamaker, Alan D Jr; Humphreys, William F; Woods, David; Cugley, John (2015): Extreme rainfall activity in the Australian tropics reflects changes in the El Niño/Southern Oscillation over the last two millennia. Proceedings of the National Academy of Sciences of the United States of America, 112(15), 4576-4581, https://doi.org/10.1073/pnas.1422270112

Denniston, Rhawn F; Wyrwoll, Karl-Heinz; Asmerom, Yemane; Polyak, Victor J; Humphreys, William F; Cugley, John; Woods, David; LaPointe, Zachary; Peota, Julian; Greaves, Elizabeth (2013): North Atlantic forcing of millennial-scale Indo-Australian monsoon dynamics during the Last Glacial period. Quaternary Science Reviews, 72, 159-168, https://doi.org/10.1016/j.quascirev.2013.04.012

Dixon, Teresa; Rudd, Rachel; Kemp, Justine; Marx, Samuel K; Moss, Patrick T; Callow, John Nikolaus; Hall, Philip Anthony; Hua, Quan; McGowan, Hamish A (2025): Hydroclimate variability in the eastern Kimberley, Australia, since the last deglaciation. Journal of Quaternary Science, 40(5), 893-912, https://doi.org/10.1002/jqs.3710

English, P; Spooner, N A; Chappell, J; Questiaux, D G; Hill, N G (2001): Lake Lewis basin, central Australia: environmental evolution and OSL chronology. Quaternary International, 83-85, 81-101, https://doi.org/10.1016/S1040-6182(01)00032-5

Field, Emily; McGowan, Hamish A; Moss, Patrick T; Marx, Samuel K (2017): A late Quaternary record of monsoon variability in the northwest Kimberley, Australia. Quaternary International, 449, 119-135, https://doi.org/10.1016/j.quaint.2017.02.019

Field, Emily; Tyler, Jonathan James; Gadd, Patricia S; Moss, Patrick T; McGowan, Hamish A; Marx, Samuel K (2018): Coherent patterns of environmental change at multiple organic spring sites in northwest Australia: Evidence of Indonesian-Australian summer monsoon variability over the last 14,500 years. Quaternary Science Reviews, 196, 193-216, https://doi.org/10.1016/j.quascirev.2018.07.018

Fitzsimmons, Kathryn E; Miller, G H; Spooner, N A; Magee, John W (2012): Aridity in the monsoon zone as indicated by desert dune formation in the Gregory Lakes basin, northwestern Australia. Australian Journal of Earth Sciences, 59(4), 469-478, https://doi.org/10.1080/08120099.2012.686171

Jennings, J N (1975): Desert dunes and estuarine fill in the Fitzroy estuary (North-Western Australia). CATENA, 2, 215-262, https://doi.org/10.1016/S0341-8162(75)80015-4

Kuhnt, Wolfgang; Holbourn, Ann E; Xu, Jian; Opdyke, Bradley N; De Deckker, Patrick; Röhl, Ursula; Mudelsee, Manfred (2015): Southern Hemisphere control on Australian monsoon variability during the late deglaciation and Holocene. Nature Communications, 6, 5916, https://doi.org/10.1038/ncomms6916

Lees, Brian G; Hayne, Matthew; Price, David M (1993): Marine transgression and dune initiation on western Cape York, northern Australia. Marine Geology, 114(1-2), 81-89, https://doi.org/10.1016/0025-3227(93)90040-3

Lees, Brian G; Yanchou, Lu; Head, John (1990): Reconnaissance Thermoluminescence Dating of Northern Australian Coastal Dune Systems. Quaternary Research, 34(2), 169-185, https://doi.org/10.1016/0033-5894(90)90029-K

Lees, Brian G; Yanehou, Lu; Price, David M (1992): Thermoluminescence dating of dunes at Cape St. Lambert, East Kimberleys, northwestern Australia. Marine Geology, 106(1-2), 131-139, https://doi.org/10.1016/0025-3227(92)90058-P

Mackenzie, Lydia; Heijnis, Henk; Gadd, Patricia S; Moss, Patrick T; Shulmeister, James (2017): Geochemical investigation of the South Wellesley Island wetlands: Insight into wetland development during the Holocene in tropical northern Australia. The Holocene, 27(4), 566-578, https://doi.org/10.1177/0959683616670219

Marx, Samuel K; Reynolds, William; May, Jan-Hendrik; Forbes, Matthew S; Stromsoe, Nicola; Fletcher, Michael-Shawn; Cohen, Timothy J; Moss, Patrick T; Mazumder, Debashish; Gadd, Patricia S (2021): Monsoon driven ecosystem and landscape change in the 'Top End' of Australia during the past 35 kyr. Palaeogeography, Palaeoclimatology, Palaeoecology, 583, 110659, https://doi.org/10.1016/j.palaeo.2021.110659

McGowan, Hamish A; Marx, Samuel K; Moss, Patrick T; Hammond, Andrew P (2012): Evidence of ENSO mega-drought triggered collapse of prehistory Aboriginal society in northwest Australia. Geophysical Research Letters, 39(22), 2012GL053916, https://doi.org/10.1029/2012GL053916

Miller, Gifford H; Magee, John W; Fogel, Marilyn L; Wooller, Matthew J; Hesse, Paul P; Spooner, Nigel A; Johnson, Beverly J; Wallis, Lynley (2018): Wolfe Creek Crater: A continuous sediment fill in the Australian Arid Zone records changes in monsoon strength through the Late Quaternary. Quaternary Science Reviews, 199, 108-125, https://doi.org/10.1016/j.quascirev.2018.07.019

Moss, Patrick T; Mackenzie, Lydia; Ulm, Sean; Sloss, Craig; Rosendahl, Daniel; Petherick, Lynda M; Steinberger, Lincoln; Wallis, Lynley; Heijnis, Henk; Petchey, Fiona; Jacobsen, Geraldine (2015): Environmental context for late Holocene human occupation of the South Wellesley Archipelago, Gulf of Carpentaria, northern Australia. Quaternary International, 385, 136-144, https://doi.org/10.1016/j.quaint.2015.02.051

Mulrennan, M E; Woodroffe, Colin D (1998): Holocene development of the lower Mary River plains, Northern Territory, Australia. The Holocene, 8(5), 565-579, https://doi.org/10.1191/095968398676885724

Prebble, Matiu; Sim, Robin; Finn, Janet; Fink, David (2005): A Holocene Pollen and Diatom Record from Vanderlin Island, Gulf of Carpentaria, Lowland Tropical Australia. Quaternary Research, 64(3), 357-371, https://doi.org/10.1016/j.yqres.2005.08.005

Proske, Ulrike (2016): Holocene freshwater wetland and mangrove dynamics in the eastern Kimberley, Australia. Journal of Quaternary Science, 31(1), 1-11, https://doi.org/10.1002/jqs.2827

Proske, Ulrike; Heslop, David; Haberle, Simon G (2014): A Holocene record of coastal landscape dynamics in the eastern Kimberley region, Australia. Journal of Quaternary Science, 29(2), 163-174, https://doi.org/10.1002/jqs.2691

Reeves, Jessica M; Chivas, Allan R; García, Adriana; Holt, Sabine; Couapel, Martine J J; Jones, Brian G; Cendón, Dioni I; Fink, David (2008): The sedimentary record of palaeoenvironments and sea-level change in the Gulf of Carpentaria, Australia, through the last glacial cycle. Quaternary International, 183(1), 3-22, https://doi.org/10.1016/j.quaint.2007.11.019

Rehn, Emma; Rowe, Cassandra; Ulm, Sean; Gadd, Patricia S; Zawadzki, Atun; Jacobsen, Geraldine E; Woodward, Craig; Bird, Michael (2021): Multiproxy Holocene Fire Records From the Tropical Savannas of Northern Cape York Peninsula, Queensland, Australia. Frontiers in Ecology and Evolution, 9, 771700, https://doi.org/10.3389/fevo.2021.771700 (Rehn et al. (2021a))

Rehn, Emma; Rowe, Cassandra; Ulm, Sean; Woodward, Craig; Bird, Michael (2021): A late-Holocene multiproxy fire record from a tropical savanna, eastern Arnhem Land, Northern Territory, Australia. The Holocene, 31(5), 870-883, https://doi.org/10.1177/0959683620988030 (Rehn et al. (2021b))

Rhodes, E G (1982): Depositional model for a chenier plain, Gulf of Carpentaria, Australia. Sedimentology, 29(2), 201-221, https://doi.org/10.1111/j.1365-3091.1982.tb01719.x

Rivera-Araya, Maria; Rowe, Cassandra; Levchenko, Vladimir; Ulm, Sean; Bird, Michael I (2022): A radiocarbon chronology for Sanamere Lagoon, Cape York Peninsula, using multiple organic fractions. Quaternary Geochronology, 70, 101273, https://doi.org/10.1016/j.quageo.2022.101273

Rowe, Cassandra; Brand, Michael; Hutley, Lindsay B; Wurster, Christopher M; Zwart, Costijn; Levchenko, Vlad; Bird, Michael I (2019): Holocene savanna dynamics in the seasonal tropics of northern Australia. Review of Palaeobotany and Palynology, 267, 17-31, https://doi.org/10.1016/j.revpalbo.2019.05.004

Rudd, Rachel; Dixon, Teresa; Callow, John Nikolaus; Gadd, Patricia S; Maizma, Sabika; Jacobsen, Geraldine; Moss, Patrick T; McGowan, Hamish A (2025): A record of monsoon rainforest variability from the Kimberley region in northwestern Australia. Journal of Quaternary Science, 40(2), 243-256, https://doi.org/10.1002/jqs.3693

Saynor, Mike; Wasson, Robert; Erskine, Wayne; Lam, Daryl (2020): Holocene palaeohydrology of the East Alligator River, for application to mine site rehabilitation, Northern Australia. Quaternary Science Reviews, 249, 106552, https://doi.org/10.1016/j.quascirev.2020.106552

Shulmeister, James; Lees, Brian G (1995): Pollen evidence from tropical Australia for the onset of an ENSO-dominated climate at c. 4000 BP. The Holocene, 5(1), 10-18, https://doi.org/10.1177/095968369500500102

Stevenson, Janelle; Brockwell, Sally; Rowe, Cassandra; Proske, Ulrike; Shiner, Justin (2015): The palaeo-environmental history of Big Willum Swamp, Weipa: An environmental context for the archaeological record. Australian Archaeology, 80(1), 17-31, https://doi.org/10.1080/03122417.2015.11682041

Torgersen, T; Luly, J; De Deckker, Patrick; Jones, M R; Searle, D E; Chivas, A R; Ullman, W J (1988): Late quaternary environments of the Carpentaria Basin, Australia. Palaeogeography, Palaeoclimatology, Palaeoecology, 67(3-4), 245-261, https://doi.org/10.1016/0031-0182(88)90155-1

van der Kaars, Sander; De Deckker, Patrick; Gingele, Franz X (2006): A 100 000‐year record of annual and seasonal rainfall and temperature for northwestern Australia based on a pollen record obtained offshore. Journal of Quaternary Science, 21(8), 879-889, https://doi.org/10.1002/jqs.1010

van der Kaars, W A (1989): Aspects of late quaternary palynology of Eastern Indonesian deep-sea cores. Netherlands Journal of Sea Research, 24(4), 495-500, https://doi.org/10.1016/0077-7579(89)90127-0

Wende, R; Nanson, G C; Price, D M (1997): Aeolian and fluvial evidence for late Quaternary environmental change in the east Kimberley of Western Australia. Australian Journal of Earth Sciences, 44(4), 519-526, https://doi.org/10.1080/08120099708728331

Wyrwoll, Karl-Heinz; Miller, Gifford H (2001): Initiation of the Australian summer monsoon 14,000 years ago. Quaternary International, 83-85, 119-128, https://doi.org/10.1016/S1040-6182(01)00034-9

Funding:

Australian Research Council (ARC), grant/award no. CE170100015 : ARC Centre of Excellence for Australian Biodiversity and Heritage

Australian Research Council (ARC), grant/award no. CE230100009 : ARC Centre of Excellence for Indigenous and Environmental Histories and Futures

Australian Research Council (ARC), grant/award no. DE240100340 : Identifying key fire drivers in Australia; biomass, climate or people

Australian Research Council (ARC), grant/award no. FT180100524 : Climate extremes and landscape responses across continental Australia

Coverage:

Median Latitude: -14.154278 * Median Longitude: 130.794996 * South-bound Latitude: -22.920000 * West-bound Longitude: 113.500000 * North-bound Latitude: -8.790000 * East-bound Longitude: 145.240000

Date/Time Start: 2001-05-03T21:05:00 * Date/Time End: 2005-10-01T04:42:00

Minimum Elevation: -2974.0 m * Maximum Elevation: 330.0 m

Event(s):

FR10/95-GC17 * Latitude: -22.130000 * Longitude: 113.500000 * Elevation: -1093.0 m * Location: Indian Ocean * Method/Device: Gravity corer (GC)

GC-2 * Latitude: -12.519667 * Longitude: 140.352333 * Elevation: -10.0 m * Recovery: 2.1 m * Location: Arafura Sea * Method/Device: Gravity corer (GC)

GIK18479-4 * Latitude: -12.453280 * Longitude: 121.373250 * Date/Time: 2005-09-23T22:03:00 * Elevation: -2974.0 m * Penetration: 25 m * Location: Indian Ocean * Campaign: (VITAL) * Basis: * Method/Device: Piston corer (BGR type) (KL)

Comment:

• Calibration curves themselves are not included here (publicly available), but the column identifiers match standard Bchron curve names.

• Reservoir corrections are stored as reported; NA indicates none was applied.

• No calibrated ages are stored; these must be generated by the user using the accompanying code.

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Comment
1	Event label	Event		Wall, Alexander Forster	sample; archive/site identifier
2	LATITUDE	Latitude		Wall, Alexander Forster	Geocode
3	LONGITUDE	Longitude		Wall, Alexander Forster	Geocode
4	Archive	Archive		Wall, Alexander Forster
5	Laboratory code/label	Lab label		Wall, Alexander Forster	LAB ID
6	Age, dating method	Dating meth		Wall, Alexander Forster	Chronology
7	DEPTH, sediment/rock	Depth sed	m	Wall, Alexander Forster	Geocode
8	DISTANCE	Distance	cm	Wall, Alexander Forster	Geocode
9	Age, dated	Age dated	ka	Wall, Alexander Forster	reported uncalibrated age (radiocarbon) or equivalent age
10	Age, dated, error to older	Age e +	ka +	Wall, Alexander Forster	positive error term (1 σ)
11	Reservoir age	Res age	ka	Wall, Alexander Forster	reservoir correction (if applicable)
12	Calibration	Calibration		Wall, Alexander Forster	original calibration curve used in the publication
13	Calibration	Calibration		Wall, Alexander Forster	updated calibration curve to be used for re-analysis
14	Year of publication	Year pub		Wall, Alexander Forster	publication year of the original age determination
15	Reference/source	Reference		Wall, Alexander Forster	bibliographic reference for the date

License:

Creative Commons Attribution 4.0 International (CC-BY-4.0) (License comes into effect after moratorium ends)

Size:

5851 data points

Data

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

1 Event (sample; archive/site identifier)	2 Latitude	3 Longitude	4 Archive	5 Lab label (LAB ID)	6 Dating meth (Chronology)	7 Depth sed [m]	8 Distance [cm]	9 Age dated [ka] (reported uncalibrated age (ra...)	10 Age e + [ka +] (positive error term (1 σ))	11 Res age [ka] (reservoir correction (if appl...)	12 Calibration (original calibration curve us...)	13 Calibration (updated calibration curve to ...)	14 Year pub (publication year of the origi...)	15 Reference (bibliographic reference for t...)
TAEAC_BGC10	-17.030000	125.000000	speleothem	10.4	U/Th		31.5	38.640	0.550		normal	normal	2013	Denniston et al. (2013)
TAEAC_BGC10	-17.030000	125.000000	speleothem	10.3	U/Th		43.1	39.110	0.230		normal	normal	2013	Denniston et al. (2013)
TAEAC_BGC10	-17.030000	125.000000	speleothem	10.2	U/Th		54.6	38.170	0.290		normal	normal	2013	Denniston et al. (2013)
TAEAC_BGC10	-17.030000	125.000000	speleothem	10.1	U/Th		60.2	36.350	0.430		normal	normal	2013	Denniston et al. (2013)
TAEAC_BGC11	-17.030000	125.000000	speleothem	11.3	U/Th		9.1	10.070	0.740		normal	normal	2013	Denniston et al. (2013)
TAEAC_BGC11	-17.030000	125.000000	speleothem	11.2	U/Th		11.3	9.620	1.930		normal	normal	2013	Denniston et al. (2013)
TAEAC_BGC11	-17.030000	125.000000	speleothem	11.1	U/Th		15.1	10.290	1.720		normal	normal	2013	Denniston et al. (2013)
TAEAC_BGC14	-17.030000	125.000000	speleothem	14.5	U/Th		0.8	23.820	1.000		normal	normal	2013	Denniston et al. (2013)
TAEAC_BGC14	-17.030000	125.000000	speleothem	14.4	U/Th		6.3	21.260	0.990		normal	normal	2013	Denniston et al. (2013)
TAEAC_BGC14	-17.030000	125.000000	speleothem	14.3	U/Th		7.2	21.870	0.640		normal	normal	2013	Denniston et al. (2013)
TAEAC_BGC14	-17.030000	125.000000	speleothem	14.2	U/Th		8.9	22.440	1.260		normal	normal	2013	Denniston et al. (2013)
TAEAC_BGC14	-17.030000	125.000000	speleothem	14.1	U/Th		13.9	18.790	2.220		normal	normal	2013	Denniston et al. (2013)
TAEAC_BGC16	-17.030000	125.000000	speleothem	16.3	U/Th		18.7	37.040	0.480		normal	normal	2013	Denniston et al. (2013)
TAEAC_BGC16	-17.030000	125.000000	speleothem	16.5	U/Th		33.9	34.520	0.720		normal	normal	2013	Denniston et al. (2013)
TAEAC_BGC16	-17.030000	125.000000	speleothem	16.2	U/Th		50.6	36.870	1.220		normal	normal	2013	Denniston et al. (2013)
TAEAC_BGC16	-17.030000	125.000000	speleothem	16.4	U/Th		72.4	33.140	0.360		normal	normal	2013	Denniston et al. (2013)
TAEAC_BGC16	-17.030000	125.000000	speleothem	16.1	U/Th		81.9	32.070	0.790		normal	normal	2013	Denniston et al. (2013)
TAEAC_BGC5	-17.030000	125.000000	speleothem	5.6	U/Th		29.7	27.230	1.040		normal	normal	2013	Denniston et al. (2013)
TAEAC_BGC5	-17.030000	125.000000	speleothem	5.5	U/Th		36.1	25.570	2.150		normal	normal	2013	Denniston et al. (2013)
TAEAC_BGC5	-17.030000	125.000000	speleothem	5.4	U/Th		43.5	26.090	0.790		normal	normal	2013	Denniston et al. (2013)
TAEAC_BGC5	-17.030000	125.000000	speleothem	5.3	U/Th		46.3	25.420	0.500		normal	normal	2013	Denniston et al. (2013)
TAEAC_BGC5	-17.030000	125.000000	speleothem	5.2	U/Th		72.7	25.500	2.650		normal	normal	2013	Denniston et al. (2013)
TAEAC_BGC5	-17.030000	125.000000	speleothem	5.1	U/Th		76.9	26.000	1.730		normal	normal	2013	Denniston et al. (2013)
TAEAC_BGC6	-17.030000	125.000000	speleothem	6.18	U/Th		3.3	16.690	1.000		normal	normal	2013	Denniston et al. (2013)
TAEAC_BGC6	-17.030000	125.000000	speleothem	6.15	U/Th		25.5	13.590	2.900		normal	normal	2013	Denniston et al. (2013)
TAEAC_BGC6	-17.030000	125.000000	speleothem	6.14	U/Th		25.5	15.020	5.430		normal	normal	2013	Denniston et al. (2013)
TAEAC_BGC6	-17.030000	125.000000	speleothem	6.12	U/Th		25.5	15.100	1.500		normal	normal	2013	Denniston et al. (2013)
TAEAC_BGC6	-17.030000	125.000000	speleothem	6.13	U/Th		25.5	15.200	3.480		normal	normal	2013	Denniston et al. (2013)
TAEAC_BGC6	-17.030000	125.000000	speleothem	6.16	U/Th		25.5	17.760	0.270		normal	normal	2013	Denniston et al. (2013)
TAEAC_BGC6	-17.030000	125.000000	speleothem	6.17	U/Th		25.5	19.410	0.440		normal	normal	2013	Denniston et al. (2013)
TAEAC_BGC6	-17.030000	125.000000	speleothem	6.11	U/Th		35.6	12.330	1.680		normal	normal	2013	Denniston et al. (2013)
TAEAC_BGC6	-17.030000	125.000000	speleothem	6.10	U/Th		42.3	11.720	2.420		normal	normal	2013	Denniston et al. (2013)
TAEAC_BGC6	-17.030000	125.000000	speleothem	6.9	U/Th		46.3	11.090	2.830		normal	normal	2013	Denniston et al. (2013)
TAEAC_BGC6	-17.030000	125.000000	speleothem	6.8	U/Th		47.2	11.390	0.410		normal	normal	2013	Denniston et al. (2013)
TAEAC_BGC6	-17.030000	125.000000	speleothem	6.7	U/Th		48.4	10.740	2.050		normal	normal	2013	Denniston et al. (2013)
TAEAC_BGC6	-17.030000	125.000000	speleothem	6.6	U/Th		49.6	11.110	0.920		normal	normal	2013	Denniston et al. (2013)
TAEAC_BGC6	-17.030000	125.000000	speleothem	6.5	U/Th		52.6	10.850	0.990		normal	normal	2013	Denniston et al. (2013)
TAEAC_BGC6	-17.030000	125.000000	speleothem	6.4	U/Th		56.5	9.710	1.270		normal	normal	2013	Denniston et al. (2013)
TAEAC_BGC6	-17.030000	125.000000	speleothem	6.3	U/Th		64.9	7.220	2.140		normal	normal	2013	Denniston et al. (2013)
TAEAC_BGC6	-17.030000	125.000000	speleothem	6.2	U/Th		66.4	6.070	2.510		normal	normal	2013	Denniston et al. (2013)
TAEAC_BGC6	-17.030000	125.000000	speleothem	6.1	U/Th		67.4	6.550	1.640		normal	normal	2013	Denniston et al. (2013)
TAEAC_Black_Springs	-15.630000	126.380000	lake	Wk-29127	radiocarbon	0.2250		0.516	0.035		shcal04	shcal20	2012	McGowan et al. (2012)
TAEAC_Black_Springs	-15.630000	126.380000	lake	Wk-28374	radiocarbon	0.4500		3.455	0.050		shcal04	shcal20	2012	McGowan et al. (2012)
TAEAC_Black_Springs	-15.630000	126.380000	lake	Wk-19128	radiocarbon	0.5500		4.671	0.032		shcal04	shcal20	2012	McGowan et al. (2012)
TAEAC_Black_Springs	-15.630000	126.380000	lake	Wk-29129	radiocarbon	0.7900		6.938	0.037		shcal04	shcal20	2012	McGowan et al. (2012)
TAEAC_BR-BU	-15.466500	129.785000	fluvial		lead-210	0.0050		-0.069	0.000		normal	normal	2025	Dixon et al. (2025)
TAEAC_BR-BU	-15.466500	129.785000	fluvial		lead-210	0.0100		-0.067	0.001		normal	normal	2025	Dixon et al. (2025)
TAEAC_BR-BU	-15.466500	129.785000	fluvial		lead-210	0.0225		-0.057	0.001		normal	normal	2025	Dixon et al. (2025)
TAEAC_BR-BU	-15.466500	129.785000	fluvial		lead-210	0.0300		-0.049	0.001		normal	normal	2025	Dixon et al. (2025)
TAEAC_BR-BU	-15.466500	129.785000	fluvial		lead-210	0.0400		-0.045	0.002		normal	normal	2025	Dixon et al. (2025)
TAEAC_BR-BU	-15.466500	129.785000	fluvial		lead-210	0.0525		-0.010	0.003		normal	normal	2025	Dixon et al. (2025)
TAEAC_BR-BU	-15.466500	129.785000	fluvial		radiocarbon	0.3500		3.767	0.028		shcal20	shcal20	2025	Dixon et al. (2025)
TAEAC_BR-BU	-15.466500	129.785000	fluvial		OSL	0.4000		4.029	0.400		normal	normal	2025	Dixon et al. (2025)
TAEAC_BR-BU	-15.466500	129.785000	fluvial		OSL	0.6000		5.229	0.400		normal	normal	2025	Dixon et al. (2025)
TAEAC_BR-BU	-15.466500	129.785000	fluvial		OSL	1.2000		14.829	1.500		normal	normal	2025	Dixon et al. (2025)
TAEAC_BR-BU	-15.466500	129.785000	fluvial		OSL	1.5550		15.029	1.500		normal	normal	2025	Dixon et al. (2025)
TAEAC_BR-BU	-15.466500	129.785000	fluvial		OSL	1.6850		29.129	3.000		normal	normal	2025	Dixon et al. (2025)
TAEAC_BR-BU	-15.466500	129.785000	fluvial		OSL	1.7800		49.929	6.000		normal	normal	2025	Dixon et al. (2025)
TAEAC_BR-BU	-15.466500	129.785000	fluvial		OSL	1.8600		57.929	8.000		normal	normal	2025	Dixon et al. (2025)
TAEAC_BR-BU	-15.466500	129.785000	fluvial		OSL	2.0700		55.929	6.000		normal	normal	2025	Dixon et al. (2025)
TAEAC_BR-BU	-15.466500	129.785000	fluvial		OSL	2.2050		60.929	7.000		normal	normal	2025	Dixon et al. (2025)
TAEAC_BR-BU	-15.466500	129.785000	fluvial		OSL	2.3850		71.929	9.000		normal	normal	2025	Dixon et al. (2025)
TAEAC_BSP	-15.630000	126.380000	lake	Wk-29127	radiocarbon	0.2250		0.516	0.035		shcal13	shcal20	2017	Field et al. (2017)
TAEAC_BSP	-15.630000	126.380000	lake	Wk-28374	radiocarbon	0.4500		3.455	0.050		shcal13	shcal20	2017	Field et al. (2017)
TAEAC_BSP	-15.630000	126.380000	lake	Wk-19128	radiocarbon	0.5500		4.671	0.032		shcal13	shcal20	2017	Field et al. (2017)
TAEAC_BSP	-15.630000	126.380000	lake	Wk-29129	radiocarbon	0.7900		6.938	0.037		shcal13	shcal20	2017	Field et al. (2017)
TAEAC_BSP	-15.630000	126.380000	lake	Wk-28376	radiocarbon	0.9450		8.186	0.035		shcal13	shcal20	2017	Field et al. (2017)
TAEAC_BSP	-15.630000	126.380000	lake	Wk-29130	radiocarbon	1.0400		7.081	0.040		shcal13	shcal20	2017	Field et al. (2017)
TAEAC_BSP	-15.630000	126.380000	lake	Wk-41825	radiocarbon	1.1270		6.151	0.084		shcal13	shcal20	2017	Field et al. (2017)
TAEAC_BSP	-15.630000	126.380000	lake	Wk-28377	radiocarbon	1.2650		5.713	0.030		shcal13	shcal20	2017	Field et al. (2017)
TAEAC_BSP	-15.630000	126.380000	lake	Wk-29131	radiocarbon	1.4000		7.439	0.036		shcal13	shcal20	2017	Field et al. (2017)
TAEAC_BSP	-15.630000	126.380000	lake	Wk-28375	radiocarbon	1.5250		7.033	0.031		shcal13	shcal20	2017	Field et al. (2017)
TAEAC_BSP	-15.630000	126.380000	lake	Wk-41826	radiocarbon	1.6430		5.437	0.022		shcal13	shcal20	2017	Field et al. (2017)
TAEAC_BSP02	-15.630000	126.390000	lake	Wk-44690	radiocarbon	0.7500		3.014	0.020		shcal13	shcal20	2018	Field et al. (2018)
TAEAC_BSP02	-15.630000	126.390000	lake	Wk-44691	radiocarbon	1.4900		6.430	0.023		shcal13	shcal20	2018	Field et al. (2018)
TAEAC_BSP02	-15.630000	126.390000	lake	OZT912	radiocarbon	1.8700		8.890	0.060		shcal13	shcal20	2018	Field et al. (2018)
TAEAC_BSP02	-15.630000	126.390000	lake	Wk-44692	radiocarbon	1.8900		8.944	0.029		shcal13	shcal20	2018	Field et al. (2018)
TAEAC_BSP02	-15.630000	126.390000	lake	OZU455	radiocarbon	2.3300		12.100	0.040		shcal13	shcal20	2018	Field et al. (2018)
TAEAC_BW01	-12.657000	141.998000	lake	Wk34027	radiocarbon	0.1050		1.063	0.026		shcal13	shcal20	2015	Stevenson et al. (2015)
TAEAC_BW01	-12.657000	141.998000	lake	Wk34028	radiocarbon	0.1850		1.491	0.025		shcal13	shcal20	2015	Stevenson et al. (2015)
TAEAC_BW01	-12.657000	141.998000	lake	Wk35162	radiocarbon	0.2150		2.275	0.025		shcal13	shcal20	2015	Stevenson et al. (2015)
TAEAC_BW01	-12.657000	141.998000	lake	D-AMS001835	radiocarbon	0.2350		4.244	0.027		shcal13	shcal20	2015	Stevenson et al. (2015)
TAEAC_BW01	-12.657000	141.998000	lake	Wk35163	radiocarbon	0.2550		4.993	0.039		shcal13	shcal20	2015	Stevenson et al. (2015)
TAEAC_BW01	-12.657000	141.998000	lake	Wk34029	radiocarbon	0.2850		6.217	0.040		shcal13	shcal20	2015	Stevenson et al. (2015)
TAEAC_BWIL2	-12.657000	141.998000	lake	U090	lead-210	0.0000		-0.070	0.005		normal	normal	2021	Rehn et al. (2021a)
TAEAC_BWIL2	-12.657000	141.998000	lake	U093	lead-210	0.0150		-0.032	0.006		normal	normal	2021	Rehn et al. (2021a)
TAEAC_BWIL2	-12.657000	141.998000	lake	U094	lead-210	0.0200		-0.020	0.006		normal	normal	2021	Rehn et al. (2021a)
TAEAC_BWIL2	-12.657000	141.998000	lake	U095	lead-210	0.0250		-0.009	0.006		normal	normal	2021	Rehn et al. (2021a)
TAEAC_BWIL2	-12.657000	141.998000	lake	U096	lead-210	0.0300		0.003	0.007		normal	normal	2021	Rehn et al. (2021a)
TAEAC_BWIL2	-12.657000	141.998000	lake	U097	lead-210	0.0350		0.016	0.007		normal	normal	2021	Rehn et al. (2021a)
TAEAC_BWIL2	-12.657000	141.998000	lake	U098	lead-210	0.0400		0.031	0.008		normal	normal	2021	Rehn et al. (2021a)
TAEAC_BWIL2	-12.657000	141.998000	lake	U099	lead-210	0.0450		0.075	0.009		normal	normal	2021	Rehn et al. (2021a)
TAEAC_BWIL2	-12.657000	141.998000	lake	U530	lead-210	0.0500		0.606	0.009		normal	normal	2021	Rehn et al. (2021a)
TAEAC_BWIL2	-12.657000	141.998000	lake	OZX211	radiocarbon	0.0500		0.760	0.020		shcal20	shcal20	2021	Rehn et al. (2021a)
TAEAC_BWIL2	-12.657000	141.998000	lake	U534	lead-210	0.0650		0.714	0.011		normal	normal	2021	Rehn et al. (2021a)
TAEAC_BWIL2	-12.657000	141.998000	lake	OZW504	radiocarbon	0.0800		1.280	0.020		shcal20	shcal20	2021	Rehn et al. (2021a)
TAEAC_BWIL2	-12.657000	141.998000	lake	OZW505	radiocarbon	0.0900		1.510	0.035		shcal20	shcal20	2021	Rehn et al. (2021a)
TAEAC_BWIL2	-12.657000	141.998000	lake	OZW506	radiocarbon	0.1000		1.730	0.030		shcal20	shcal20	2021	Rehn et al. (2021a)
TAEAC_BWIL2	-12.657000	141.998000	lake	OZW507	radiocarbon	0.1100		3.145	0.040		shcal20	shcal20	2021	Rehn et al. (2021a)
TAEAC_BWIL2	-12.657000	141.998000	lake	OZW508	radiocarbon	0.1200		3.445	0.035		shcal20	shcal20	2021	Rehn et al. (2021a)
TAEAC_Cap_St_Lambert	-14.310000	127.760000	aeolian	W894	TL			0.400	0.200		normal	normal	1992	Lees et al. (1992)
TAEAC_Cap_St_Lambert	-14.310000	127.760000	aeolian	W899	TL			0.550	0.200		normal	normal	1992	Lees et al. (1992)
TAEAC_Cap_St_Lambert	-14.310000	127.760000	aeolian	W895	TL			0.700	0.250		normal	normal	1992	Lees et al. (1992)
TAEAC_Cap_St_Lambert	-14.310000	127.760000	aeolian	W898	TL			0.850	0.500		normal	normal	1992	Lees et al. (1992)
TAEAC_Cap_St_Lambert	-14.310000	127.760000	aeolian	XAL097	TL			1.500	0.200		normal	normal	1992	Lees et al. (1992)
TAEAC_Cap_St_Lambert	-14.310000	127.760000	aeolian	XAL098	TL			1.600	0.200		normal	normal	1992	Lees et al. (1992)
TAEAC_Cap_St_Lambert	-14.310000	127.760000	aeolian	W900	TL			1.650	0.450		normal	normal	1992	Lees et al. (1992)
TAEAC_Cap_St_Lambert	-14.310000	127.760000	aeolian	W897	TL			2.950	0.900		normal	normal	1992	Lees et al. (1992)
TAEAC_Cap_St_Lambert	-14.310000	127.760000	aeolian	XAL100	TL			3.400	0.300		normal	normal	1992	Lees et al. (1992)
TAEAC_Cap_St_Lambert	-14.310000	127.760000	aeolian	XAL099	TL			4.700	0.500		normal	normal	1992	Lees et al. (1992)
TAEAC_Cap_St_Lambert	-14.310000	127.760000	aeolian	W896	TL			4.900	1.350		normal	normal	1992	Lees et al. (1992)
TAEAC_Cap_St_Lambert	-14.310000	127.760000	aeolian	XAL096	TL			5.600	0.800		normal	normal	1992	Lees et al. (1992)
TAEAC_Cape_Flattery	-15.080000	145.240000	aeolian	ANU-6171	radiocarbon			0.220	0.070		normal	shcal20	1990	Lees et al. (1990)
TAEAC_Cape_Flattery	-15.080000	145.240000	aeolian	Au-03	TL			2.000	1.000		normal	normal	1990	Lees et al. (1990)
TAEAC_Cape_Flattery	-15.080000	145.240000	aeolian	Au-18	TL			19.200	3.400		normal	normal	1990	Lees et al. (1990)
TAEAC_Cape_Flattery	-15.080000	145.240000	aeolian	Au-04	TL			19.800	2.300		normal	normal	1990	Lees et al. (1990)
TAEAC_Cape_Flattery	-15.080000	145.240000	aeolian	Au-19	TL			22.700	2.800		normal	normal	1990	Lees et al. (1990)
TAEAC_Cape_Flattery	-15.080000	145.240000	aeolian	Au-05	TL			171.000	13.000		normal	normal	1990	Lees et al. (1990)
TAEAC_Cobourg_Peninsula	-11.280000	132.200000	aeolian	ANU-6029	radiocarbon			0.180	0.105		normal	shcal20	1990	Lees et al. (1990)
TAEAC_Cobourg_Peninsula	-11.280000	132.200000	aeolian	Au-15	TL			1.900	0.400		normal	normal	1990	Lees et al. (1990)
TAEAC_Cobourg_Peninsula	-11.280000	132.200000	aeolian	Au-17	TL			2.600	0.300		normal	normal	1990	Lees et al. (1990)
TAEAC_Cobourg_Peninsula	-11.280000	132.200000	aeolian	Au-16	TL			2.800	0.700		normal	normal	1990	Lees et al. (1990)
TAEAC_Cobourg_Peninsula	-11.280000	132.200000	aeolian	Au-13	TL			8.600	1.400		normal	normal	1990	Lees et al. (1990)
TAEAC_Cobourg_Peninsula	-11.280000	132.200000	aeolian	Au-11	TL			9.300	1.100		normal	normal	1990	Lees et al. (1990)
TAEAC_Cobourg_Peninsula	-11.280000	132.200000	aeolian	Au-12	TL			81.400	8.500		normal	normal	1990	Lees et al. (1990)
TAEAC_Core89_1	-13.850000	136.780000	lake	ANU7108	radiocarbon	0.1500		0.980	0.170		normal	shcal20	1995	Shulmeister and Lees (1995)
TAEAC_Core89_1	-13.850000	136.780000	lake	ANU7109	radiocarbon	0.4500		3.960	0.170		normal	shcal20	1995	Shulmeister and Lees (1995)
TAEAC_Core89_1	-13.850000	136.780000	lake	ANU7110	radiocarbon	0.7500		4.200	0.100		normal	shcal20	1995	Shulmeister and Lees (1995)
TAEAC_Core89_1	-13.850000	136.780000	lake	ANU7111	radiocarbon	1.1000		7.450	0.090		normal	shcal20	1995	Shulmeister and Lees (1995)
TAEAC_Core89_1	-13.850000	136.780000	lake	ANU7112	radiocarbon	1.2000		9.250	0.230		normal	shcal20	1995	Shulmeister and Lees (1995)
TAEAC_Core89_1	-13.850000	136.780000	lake	ANU7113	radiocarbon	1.2500		8.690	0.200		normal	shcal20	1995	Shulmeister and Lees (1995)
TAEAC_Core89_1	-13.850000	136.780000	lake	AA6460	radiocarbon	1.5500		10.000	0.075		normal	shcal20	1995	Shulmeister and Lees (1995)
TAEAC_CT	-15.800000	128.800000	aeolian	W2015	TL	1.8000		6.100	0.500		normal	normal	1997	Wende et al. (1997)
TAEAC_CT	-15.800000	128.800000	aeolian	W2016	TL	3.5000		5.300	0.400		normal	normal	1997	Wende et al. (1997)
TAEAC_CT	-15.800000	128.800000	aeolian	W1773	TL	4.5000		9.000	0.700		normal	normal	1997	Wende et al. (1997)
TAEAC_CT	-15.800000	128.800000	aeolian	W1772	TL	4.7000		12.600	1.000		normal	normal	1997	Wende et al. (1997)
TAEAC_CT	-15.800000	128.800000	aeolian	W2019	TL	5.5000		37.400	6.100		normal	normal	1997	Wende et al. (1997)
TAEAC_CT	-15.800000	128.800000	aeolian	W2017	TL	6.0000		9.800	1.000		normal	normal	1997	Wende et al. (1997)
TAEAC_CT	-15.800000	128.800000	aeolian	W2018	TL	6.2000		10.400	1.000		normal	normal	1997	Wende et al. (1997)
TAEAC_CT	-15.800000	128.800000	aeolian	W1771	TL	7.5000		37.000	3.100		normal	normal	1997	Wende et al. (1997)
TAEAC_Dune_W_Cape_York	-12.280000	141.720000	aeolian	W1272	TL			5.200	1.800		normal	normal	1993	Lees et al. (1993)
TAEAC_Dune_W_Cape_York	-12.280000	141.720000	aeolian	W1273	TL			5.300	2.100		normal	normal	1993	Lees et al. (1993)
TAEAC_Dune_W_Cape_York	-12.280000	141.720000	aeolian	W1275	TL			8.300	1.100		normal	normal	1993	Lees et al. (1993)
TAEAC_Dune_W_Cape_York	-12.280000	141.720000	aeolian	W1276	TL			8.300	0.600		normal	normal	1993	Lees et al. (1993)
TAEAC_Dune_W_Cape_York	-12.280000	141.720000	aeolian	W1274	TL			11.200	1.800		normal	normal	1993	Lees et al. (1993)
TAEAC_E_Alligator_R	-12.560000	133.110000	fluvial	EALa1	OSL			0.340	0.030		normal	normal	2020	Saynor et al. (2020)
TAEAC_E_Alligator_R	-12.560000	133.110000	fluvial	EALa2	OSL			0.480	0.120		normal	normal	2020	Saynor et al. (2020)
TAEAC_E_Alligator_R	-12.560000	133.110000	fluvial	Nt1-5	OSL			0.590	0.110		normal	normal	2020	Saynor et al. (2020)
TAEAC_E_Alligator_R	-12.560000	133.110000	fluvial	Nt5-0	OSL			1.070	0.160		normal	normal	2020	Saynor et al. (2020)
TAEAC_E_Alligator_R	-12.560000	133.110000	fluvial	Nt7-5	OSL			1.940	0.270		normal	normal	2020	Saynor et al. (2020)
TAEAC_E_Alligator_R	-12.560000	133.110000	fluvial	EALa3	OSL			2.910	0.350		normal	normal	2020	Saynor et al. (2020)
TAEAC_E_Alligator_R	-12.560000	133.110000	fluvial	EALa4	OSL			3.100	0.200		normal	normal	2020	Saynor et al. (2020)
TAEAC_E_Alligator_R	-12.560000	133.110000	fluvial	EALa5	OSL			8.400	0.400		normal	normal	2020	Saynor et al. (2020)
TAEAC_ELZ02	-16.400000	126.130000	lake	OZU456	radiocarbon	0.3500		3.175	0.025		shcal13	shcal20	2018	Field et al. (2018)
TAEAC_ELZ02	-16.400000	126.130000	lake	OZU457	radiocarbon	0.5600		5.355	0.035		shcal13	shcal20	2018	Field et al. (2018)
TAEAC_ELZ02	-16.400000	126.130000	lake	OZU458	radiocarbon	0.7600		7.790	0.035		shcal13	shcal20	2018	Field et al. (2018)
TAEAC_ELZ02	-16.400000	126.130000	lake	Wk-44693	radiocarbon	0.9600		8.859	0.033		shcal13	shcal20	2018	Field et al. (2018)
TAEAC_ELZ02	-16.400000	126.130000	lake	OZU459	radiocarbon	1.1600		12.430	0.045		shcal13	shcal20	2018	Field et al. (2018)
TAEAC_Fitzroy_Estuary	-17.310000	123.570000	coastal	ANU1194A	radiocarbon			0.144	0.012		normal	postbomb_SH3	1975	Jennings (1975)
TAEAC_Fitzroy_Estuary	-17.310000	123.570000	coastal	ANU1074	radiocarbon			0.153	0.012		normal	postbomb_SH3	1975	Jennings (1975)
TAEAC_Fitzroy_Estuary	-17.310000	123.570000	coastal	ANU1194B	radiocarbon			0.350	0.080		normal	shcal20	1975	Jennings (1975)
TAEAC_Fitzroy_Estuary	-17.310000	123.570000	coastal	GAK3843	radiocarbon			0.500	0.080		normal	shcal20	1975	Jennings (1975)
TAEAC_Fitzroy_Estuary	-17.310000	123.570000	coastal	GAK3840	radiocarbon			0.910	0.080		normal	shcal20	1975	Jennings (1975)
TAEAC_Fitzroy_Estuary	-17.310000	123.570000	coastal	GAK3842	radiocarbon			1.190	0.080		normal	shcal20	1975	Jennings (1975)
TAEAC_Fitzroy_Estuary	-17.310000	123.570000	coastal	GAK2020	radiocarbon			5.840	0.110		normal	shcal20	1975	Jennings (1975)
TAEAC_Fitzroy_Estuary	-17.310000	123.570000	coastal	ANU378	radiocarbon			5.990	0.190		normal	shcal20	1975	Jennings (1975)
TAEAC_Fitzroy_Estuary	-17.310000	123.570000	coastal	GAK019	radiocarbon			6.050	0.130		normal	shcal20	1975	Jennings (1975)
TAEAC_Fitzroy_Estuary	-17.310000	123.570000	coastal	ANU377	radiocarbon			6.140	0.120		normal	shcal20	1975	Jennings (1975)
TAEAC_Fitzroy_Estuary	-17.310000	123.570000	coastal	GAK201	radiocarbon			6.160	0.190		normal	shcal20	1975	Jennings (1975)
TAEAC_Fitzroy_Estuary	-17.310000	123.570000	coastal	ANU1075	radiocarbon			6.570	0.080		normal	shcal20	1975	Jennings (1975)
TAEAC_Fitzroy_Estuary	-17.310000	123.570000	coastal	GAK2017	radiocarbon			7.400	0.110		normal	shcal20	1975	Jennings (1975)
TAEAC_Fitzroy_Estuary	-17.310000	123.570000	coastal	ANU188	radiocarbon			7.450	0.770		normal	shcal20	1975	Jennings (1975)
TAEAC_Fitzroy_River	-20.130000	127.410000	fluvial	Wk2404b	radiocarbon			11.700	0.150		shcal98	shcal20	2001	Wyrwoll and Miller (2001)
TAEAC_Fitzroy_River	-20.130000	127.410000	fluvial	Wk2403	radiocarbon			11.850	0.380		shcal98	shcal20	2001	Wyrwoll and Miller (2001)
TAEAC_Fitzroy_River	-20.130000	127.410000	fluvial	Wk2404a	radiocarbon			12.050	0.420		shcal98	shcal20	2001	Wyrwoll and Miller (2001)
FR10/95-GC17	-22.130000	113.500000	marine_core	ANUA13031	radiocarbon	0.0750		1.630	0.185	0.4000	intcal98	shcal20	2006	Van der Kaars et al. (2006)
FR10/95-GC17	-22.130000	113.500000	marine_core	ANUA13030	radiocarbon	0.1950		2.150	0.600	0.4000	intcal98	shcal20	2006	Van der Kaars et al. (2006)
FR10/95-GC17	-22.130000	113.500000	marine_core	ANUA13029	radiocarbon	0.4550		4.050	0.225	0.4000	intcal98	shcal20	2006	Van der Kaars et al. (2006)
FR10/95-GC17	-22.130000	113.500000	marine_core	ANUA13028	radiocarbon	0.5750		4.760	0.220	0.4000	intcal98	shcal20	2006	Van der Kaars et al. (2006)
FR10/95-GC17	-22.130000	113.500000	marine_core	ANUA13027	radiocarbon	0.6550		6.200	0.180	0.4000	intcal98	shcal20	2006	Van der Kaars et al. (2006)
FR10/95-GC17	-22.130000	113.500000	marine_core	ANUA13026	radiocarbon	0.7550		7.370	0.190	0.4000	intcal98	shcal20	2006	Van der Kaars et al. (2006)
FR10/95-GC17	-22.130000	113.500000	marine_core	ANUA13025	radiocarbon	0.8350		7.930	0.220	0.4000	intcal98	shcal20	2006	Van der Kaars et al. (2006)
FR10/95-GC17	-22.130000	113.500000	marine_core	ANUA6124	radiocarbon	0.9750		9.420	0.230	0.4000	intcal98	shcal20	2006	Van der Kaars et al. (2006)
FR10/95-GC17	-22.130000	113.500000	marine_core	ANUA13024	radiocarbon	1.0550		11.330	0.260	0.4000	intcal98	shcal20	2006	Van der Kaars et al. (2006)
FR10/95-GC17	-22.130000	113.500000	marine_core	OZD499	radiocarbon	1.1750		13.080	0.110	0.4000	intcal98	shcal20	2006	Van der Kaars et al. (2006)
FR10/95-GC17	-22.130000	113.500000	marine_core	OZD741	radiocarbon	1.2350		14.300	0.110	0.4000	intcal98	shcal20	2006	Van der Kaars et al. (2006)
FR10/95-GC17	-22.130000	113.500000	marine_core	OZD744	radiocarbon	1.3950		19.250	0.280	0.4000	intcal98	shcal20	2006	Van der Kaars et al. (2006)
FR10/95-GC17	-22.130000	113.500000	marine_core	ANUA13023	radiocarbon	1.4950		20.240	0.550	0.4000	intcal98	shcal20	2006	Van der Kaars et al. (2006)
FR10/95-GC17	-22.130000	113.500000	marine_core	ANUA13022	radiocarbon	1.8250		27.820	0.780	0.4000	hughen	shcal20	2006	Van der Kaars et al. (2006)
FR10/95-GC17	-22.130000	113.500000	marine_core	ANUA13020	radiocarbon	2.5000		40.650	1.130	0.4000	hughen	shcal20	2006	Van der Kaars et al. (2006)
TAEAC_FRN02	-15.940000	126.280000	lake	OZU460	radiocarbon	0.4900		1.215	0.025		shcal13	shcal20	2018	Field et al. (2018)
TAEAC_FRN02	-15.940000	126.280000	lake	OZT918	radiocarbon	0.5000		1.030	0.030		shcal13	shcal20	2018	Field et al. (2018)
TAEAC_FRN02	-15.940000	126.280000	lake	OZU461	radiocarbon	0.9500		3.505	0.025		shcal13	shcal20	2018	Field et al. (2018)
TAEAC_FRN02	-15.940000	126.280000	lake	OZT163	radiocarbon	1.0000		3.395	0.040		shcal13	shcal20	2018	Field et al. (2018)
TAEAC_FRN02	-15.940000	126.280000	lake	OZT162	radiocarbon	1.4800		6.960	0.040		shcal13	shcal20	2018	Field et al. (2018)
TAEAC_FRN02	-15.940000	126.280000	lake	OZT917	radiocarbon	1.5000		6.980	0.210		shcal13	shcal20	2018	Field et al. (2018)
TAEAC_FRN02	-15.940000	126.280000	lake	OZU462	radiocarbon	1.9600		10.110	0.035		shcal13	shcal20	2018	Field et al. (2018)
TAEAC_G5_6_149P2	-9.000000	128.000000	marine_core		radiocarbon	0.0000		3.950	0.100		normal	marine20	1989	van der Kaars et al. (1989)
TAEAC_G5_6_149P2	-9.000000	128.000000	marine_core		radiocarbon	2.0000		18.800	0.300		normal	marine20	1989	van der Kaars et al. (1989)
TAEAC_G5_6_149P2	-9.000000	128.000000	marine_core		radiocarbon	4.0000		34.000	2.000		normal	marine20	1989	van der Kaars et al. (1989)
TAEAC_G5_6_149P2	-9.000000	128.000000	marine_core		radiocarbon	5.5000		43.000	7.000		normal	marine20	1989	van der Kaars et al. (1989)
TAEAC_GC_10A	-13.070000	140.200000	marine_core	ANU3691	radiocarbon	1.0050		26.960	0.580		normal	marine20	1988	Torgersen et al. (1988)
TAEAC_GC_10A	-13.070000	140.200000	marine_core	ANU3692	radiocarbon	1.1100		35.440	1.050		normal	marine20	1988	Torgersen et al. (1988)
TAEAC_GC_10A	-13.070000	140.200000	marine_core	ANU3690	radiocarbon	1.2050		35.330	1.520		normal	marine20	1988	Torgersen et al. (1988)
GC-2	-13.070000	140.200000	marine_core	ANU3695	radiocarbon	0.0000		6.290	0.120		normal	marine20	1988	Torgersen et al. (1988)
GC-2	-13.070000	140.200000	marine_core	ANU4800	radiocarbon	0.0350		5.170	0.130		normal	marine20	1988	Torgersen et al. (1988)
GC-2	-13.070000	140.200000	marine_core	ANU4801	radiocarbon	0.2850		7.240	0.160		normal	marine20	1988	Torgersen et al. (1988)
GC-2	-13.070000	140.200000	marine_core	ANU4802	radiocarbon	0.3300		9.800	0.340		normal	marine20	1988	Torgersen et al. (1988)
GC-2	-13.070000	140.200000	marine_core	ANU4804	radiocarbon	0.6900		14.170	0.390		normal	marine20	1988	Torgersen et al. (1988)
TAEAC_Gilwah	-20.130000	127.410000	fluvial	OS23434	radiocarbon			0.001	0.000		postbomb_SH3	postbomb_SH3	2001	Wyrwoll and Miller (2001)
TAEAC_Gilwah	-20.130000	127.410000	fluvial	AA33402	radiocarbon			12.505	0.080		shcal98	shcal20	2001	Wyrwoll and Miller (2001)
TAEAC_Gilwah	-20.130000	127.410000	fluvial	OS23433	radiocarbon			12.550	0.110		shcal98	shcal20	2001	Wyrwoll and Miller (2001)
TAEAC_Girraween	-12.520000	131.080000	lake	OZV436	radiocarbon	0.4100		0.780	0.025		shcal13	shcal20	2019	Rowe et al. (2019)
TAEAC_Girraween	-12.520000	131.080000	lake	OZV437	radiocarbon	1.1500		0.940	0.025		shcal13	shcal20	2019	Rowe et al. (2019)
TAEAC_Girraween	-12.520000	131.080000	lake	OZV438	radiocarbon	2.1400		3.535	0.025		shcal13	shcal20	2019	Rowe et al. (2019)
TAEAC_Girraween	-12.520000	131.080000	lake	OZV439	radiocarbon	2.5800		5.060	0.035		shcal13	shcal20	2019	Rowe et al. (2019)
TAEAC_Girraween	-12.520000	131.080000	lake	OZV440	radiocarbon	3.1300		7.780	0.035		shcal13	shcal20	2019	Rowe et al. (2019)
TAEAC_Girraween	-12.520000	131.080000	lake	OZV441	radiocarbon	3.9000		9.150	0.035		shcal13	shcal20	2019	Rowe et al. (2019)
TAEAC_Girraween	-12.520000	131.080000	lake	OZV442	radiocarbon	4.5500		12.970	0.080		shcal13	shcal20	2019	Rowe et al. (2019)
TAEAC_Girraween	-12.520000	131.080000	lake	GIR3-E-55	OSL	4.6700		10.400	0.700		normal	normal	2024	Bird et al. (2024)
TAEAC_Girraween	-12.520000	131.080000	lake	GIR3-F-18	OSL	5.1800		23.100	1.300		normal	normal	2024	Bird et al. (2024)
TAEAC_Girraween	-12.520000	131.080000	lake	GIR3-F-45	OSL	5.4500		28.900	1.700		normal	normal	2024	Bird et al. (2024)
TAEAC_Girraween	-12.520000	131.080000	lake	GIR3-F-75	OSL	5.7900		32.600	2.000		normal	normal	2024	Bird et al. (2024)
TAEAC_Girraween	-12.520000	131.080000	lake	GIR3-G-60	OSL	6.5600		32.500	2.100		normal	normal	2024	Bird et al. (2024)
TAEAC_Girraween	-12.520000	131.080000	lake	GIR3-H-30	OSL	7.0300		42.700	2.900		normal	normal	2024	Bird et al. (2024)
TAEAC_Girraween	-12.520000	131.080000	lake	GIR3-H-70	OSL	7.4300		49.100	3.300		normal	normal	2024	Bird et al. (2024)
TAEAC_Girraween	-12.520000	131.080000	lake	GIR3-I-5	OSL	7.6700		54.300	3.200		normal	normal	2024	Bird et al. (2024)
TAEAC_Girraween	-12.520000	131.080000	lake	GIR3-I-30	OSL	7.9200		58.300	3.900		normal	normal	2024	Bird et al. (2024)
TAEAC_Girraween	-12.520000	131.080000	lake	GIR3-I-65	OSL	8.2500		58.300	3.600		normal	normal	2024	Bird et al. (2024)
TAEAC_Girraween	-12.520000	131.080000	lake	GIR3-J-13	OSL	8.7300		62.400	4.800		normal	normal	2024	Bird et al. (2024)
TAEAC_Girraween	-12.520000	131.080000	lake	GIR3-L-50	OSL	9.5000		67.900	5.800		normal	normal	2024	Bird et al. (2024)
TAEAC_Girraween	-12.520000	131.080000	lake	GIR3-M-8	OSL	10.0800		77.600	5.400		normal	normal	2024	Bird et al. (2024)
TAEAC_Girraween	-12.520000	131.080000	lake	GIR3-N-50	OSL	10.5000		83.100	6.000		normal	normal	2024	Bird et al. (2024)
TAEAC_Girraween	-12.520000	131.080000	lake	GIR3-N-75	OSL	10.9700		88.500	6.700		normal	normal	2024	Bird et al. (2024)
TAEAC_Girraween	-12.520000	131.080000	lake	GIR3-O-28	OSL	11.2800		91.400	7.500		normal	normal	2024	Bird et al. (2024)
TAEAC_Girraween	-12.520000	131.080000	lake	GIR3-O-42	OSL	11.4200		90.800	8.200		normal	normal	2024	Bird et al. (2024)
TAEAC_Girraween	-12.520000	131.080000	lake	GIR3-O-1992	OSL	11.9000		97.100	11.400		normal	normal	2024	Bird et al. (2024)
TAEAC_Girraween	-12.520000	131.080000	lake	GIR3-P-20	OSL	12.2500		88.800	7.500		normal	normal	2024	Bird et al. (2024)
TAEAC_Girraween	-12.520000	131.080000	lake	GIR3-Q-25	OSL	13.3000		102.000	12.100		normal	normal	2024	Bird et al. (2024)
TAEAC_Girraween	-12.520000	131.080000	lake	GIR3-R-1993	OSL	14.9000		116.700	13.100		normal	normal	2024	Bird et al. (2024)
TAEAC_Girraween	-12.520000	131.080000	lake	GIR3-S-5	OSL	15.1000		115.900	12.000		normal	normal	2024	Bird et al. (2024)
TAEAC_Girraween	-12.520000	131.080000	lake	GIR3-S-95	OSL	15.9800		116.600	8.800		normal	normal	2024	Bird et al. (2024)
TAEAC_Girraween	-12.520000	131.080000	lake	GIR3-T-65	OSL	16.7000		121.600	10.400		normal	normal	2024	Bird et al. (2024)
TAEAC_Karumba	-17.690000	140.420000	coastal	ANU188	radiocarbon			5.600			normal	normal	1982	Rhodes (1982)
TAEAC_King_River	-15.570360	128.139650	fluvial	ANU-35405	radiocarbon			1.830	0.010		shcal13	shcal20	2014	Proske et al. (2014)
TAEAC_King_River	-16.570360	129.139650	fluvial	ANU-35406	radiocarbon			6.500	0.035		shcal13	shcal20	2014	Proske et al. (2014)
TAEAC_King_River	-17.570360	130.139650	fluvial	ANU-31709	radiocarbon			6.550	0.045		shcal13	shcal20	2014	Proske et al. (2014)
TAEAC_King_River	-18.570360	131.139650	fluvial	ANU-32712	radiocarbon			6.610	0.060		shcal13	shcal20	2014	Proske et al. (2014)
TAEAC_King_River	-20.570360	133.139650	fluvial	ANU-33413	radiocarbon			6.900	0.060		shcal13	shcal20	2014	Proske et al. (2014)
TAEAC_King_River	-19.570360	132.139650	fluvial	ANU-32713	radiocarbon			7.470	0.110		shcal13	shcal20	2014	Proske et al. (2014)
TAEAC_KNI_51_1	-15.180000	128.370000	speleothem		U/Th		2.4	22.502	1.601		normal	normal	2017	Denniston et al. (2017)
TAEAC_KNI_51_1	-15.180000	128.370000	speleothem		U/Th		8.8	25.256	0.537		normal	normal	2017	Denniston et al. (2017)
TAEAC_KNI_51_1	-15.180000	128.370000	speleothem		U/Th		11.7	19.978	0.101		normal	normal	2017	Denniston et al. (2017)
TAEAC_KNI_51_1	-15.180000	128.370000	speleothem		U/Th		16.6	21.349	0.138		normal	normal	2017	Denniston et al. (2017)
TAEAC_KNI_51_1	-15.180000	128.370000	speleothem		U/Th		23.1	15.265	0.189		normal	normal	2017	Denniston et al. (2017)
TAEAC_KNI_51_1	-15.180000	128.370000	speleothem		U/Th		24.3	14.741	0.273		normal	normal	2017	Denniston et al. (2017)
TAEAC_KNI_51_1	-15.180000	128.370000	speleothem		U/Th		24.9	11.249	0.530		normal	normal	2017	Denniston et al. (2017)
TAEAC_KNI_51_1	-15.180000	128.370000	speleothem		U/Th		26.1	10.341	0.659		normal	normal	2017	Denniston et al. (2017)
TAEAC_KNI_51_1	-15.180000	128.370000	speleothem		U/Th		29.2	8.019	0.067		normal	normal	2017	Denniston et al. (2017)
TAEAC_KNI_51_1	-15.180000	128.370000	speleothem		U/Th		34.1	8.021	0.186		normal	normal	2017	Denniston et al. (2017)
TAEAC_KNI_51_11	-15.180000	128.370000	speleothem	11.21	U/Th		2.4	0.183	0.017		normal	normal	2015	Denniston et al. (2015)
TAEAC_KNI_51_11	-15.180000	128.370000	speleothem	11.20	U/Th		4.4	0.163	0.005		normal	normal	2015	Denniston et al. (2015)
TAEAC_KNI_51_11	-15.180000	128.370000	speleothem	11.19	U/Th		9.3	1.770	0.012		normal	normal	2015	Denniston et al. (2015)
TAEAC_KNI_51_11	-15.180000	128.370000	speleothem	11.18	U/Th		20.0	0.054	0.002		normal	normal	2015	Denniston et al. (2015)
TAEAC_KNI_51_11	-15.180000	128.370000	speleothem	11.17	U/Th		20.6	0.054	0.001		normal	normal	2015	Denniston et al. (2015)
TAEAC_KNI_51_11	-15.180000	128.370000	speleothem	11.16	U/Th		23.1	0.044	0.002		normal	normal	2015	Denniston et al. (2015)
TAEAC_KNI_51_11	-15.180000	128.370000	speleothem	11.15	U/Th		25.5	0.029	0.001		normal	normal	2015	Denniston et al. (2015)
TAEAC_KNI_51_11	-15.180000	128.370000	speleothem	11.14	U/Th		26.6	0.026	0.001		normal	normal	2015	Denniston et al. (2015)
TAEAC_KNI_51_11	-15.180000	128.370000	speleothem	11.13	U/Th		27.3	0.022	0.001		normal	normal	2015	Denniston et al. (2015)
TAEAC_KNI_51_11	-15.180000	128.370000	speleothem	11.12	U/Th		28.0	0.016	0.001		normal	normal	2015	Denniston et al. (2015)
TAEAC_KNI_51_11	-15.180000	128.370000	speleothem	11.10	U/Th		29.2	0.001	0.007		normal	normal	2015	Denniston et al. (2015)
TAEAC_KNI_51_11	-15.180000	128.370000	speleothem	11.9	U/Th		29.7	0.002	0.001		normal	normal	2015	Denniston et al. (2015)
TAEAC_KNI_51_11	-15.180000	128.370000	speleothem	11.8	U/Th		30.3	0.005	0.002		normal	normal	2015	Denniston et al. (2015)
TAEAC_KNI_51_11	-15.180000	128.370000	speleothem	11.7	U/Th		31.1	0.000	0.001		normal	normal	2015	Denniston et al. (2015)
TAEAC_KNI_51_11	-15.180000	128.370000	speleothem	11.6	U/Th		33.4	-0.020	0.002		normal	normal	2015	Denniston et al. (2015)
TAEAC_KNI_51_11	-15.180000	128.370000	speleothem	11.5	U/Th		34.3	-0.029	0.002		normal	normal	2015	Denniston et al. (2015)
TAEAC_KNI_51_11	-15.180000	128.370000	speleothem	11.4	U/Th		35.4	-0.035	0.002		normal	normal	2015	Denniston et al. (2015)
TAEAC_KNI_51_11	-15.180000	128.370000	speleothem	11.3	U/Th		37.5	-0.049	0.001		normal	normal	2015	Denniston et al. (2015)
TAEAC_KNI_51_11	-15.180000	128.370000	speleothem	11.2	U/Th		39.4	-0.055	0.001		normal	normal	2015	Denniston et al. (2015)
TAEAC_KNI_51_11	-15.180000	128.370000	speleothem	11.1	U/Th		40.5	-0.060	0.001		normal	normal	2015	Denniston et al. (2015)
TAEAC_KNI_51_3	-15.180000	128.370000	speleothem		U/Th		4.3	21.768	0.240		normal	normal	2017	Denniston et al. (2017)
TAEAC_KNI_51_3	-15.180000	128.370000	speleothem		U/Th		4.8	22.013	0.207		normal	normal	2017	Denniston et al. (2017)
TAEAC_KNI_51_3	-15.180000	128.370000	speleothem		U/Th		6.3	19.394	0.173		normal	normal	2017	Denniston et al. (2017)
TAEAC_KNI_51_3	-15.180000	128.370000	speleothem		U/Th		10.1	19.202	0.227		normal	normal	2017	Denniston et al. (2017)
TAEAC_KNI_51_3	-15.180000	128.370000	speleothem		U/Th		10.8	18.154	0.129		normal	normal	2017	Denniston et al. (2017)
TAEAC_KNI_51_3	-15.180000	128.370000	speleothem		U/Th		16.5	17.734	0.151		normal	normal	2017	Denniston et al. (2017)
TAEAC_KNI_51_3	-15.180000	128.370000	speleothem		U/Th		18.9	17.155	0.128		normal	normal	2017	Denniston et al. (2017)
TAEAC_KNI_51_3	-15.180000	128.370000	speleothem		U/Th		24.7	16.429	0.254		normal	normal	2017	Denniston et al. (2017)
TAEAC_KNI_51_3	-15.180000	128.370000	speleothem		U/Th		25.4	14.838	0.167		normal	normal	2017	Denniston et al. (2017)
TAEAC_KNI_51_3	-15.180000	128.370000	speleothem		U/Th		26.2	14.151	0.148		normal	normal	2017	Denniston et al. (2017)
TAEAC_KNI_51_8	-15.180000	128.370000	speleothem		U/Th		0.3	21.596	1.377		normal	normal	2017	Denniston et al. (2017)
TAEAC_KNI_51_8	-15.180000	128.370000	speleothem		U/Th		0.8	21.182	0.248		normal	normal	2017	Denniston et al. (2017)
TAEAC_KNI_51_8	-15.180000	128.370000	speleothem		U/Th		3.4	21.175	0.248		normal	normal	2017	Denniston et al. (2017)
TAEAC_KNI_51_8	-15.180000	128.370000	speleothem		U/Th		4.3	19.114	2.451		normal	normal	2017	Denniston et al. (2017)
TAEAC_KNI_51_8	-15.180000	128.370000	speleothem		U/Th		6.0	18.892	0.327		normal	normal	2017	Denniston et al. (2017)
TAEAC_KNI_51_8	-15.180000	128.370000	speleothem		U/Th		7.6	18.034	0.113		normal	normal	2017	Denniston et al. (2017)
TAEAC_KNI_51_8	-15.180000	128.370000	speleothem		U/Th		8.5	17.052	0.233		normal	normal	2017	Denniston et al. (2017)
TAEAC_KNI_51_8	-15.180000	128.370000	speleothem		U/Th		10.5	16.537	0.185		normal	normal	2017	Denniston et al. (2017)
TAEAC_KNI_51_8	-15.180000	128.370000	speleothem		U/Th		12.2	16.273	0.275		normal	normal	2017	Denniston et al. (2017)
TAEAC_KNI_51_8	-15.180000	128.370000	speleothem		U/Th		13.0	15.177	0.277		normal	normal	2017	Denniston et al. (2017)
TAEAC_KNI_51_8	-15.180000	128.370000	speleothem		U/Th		13.5	13.018	0.338		normal	normal	2017	Denniston et al. (2017)
TAEAC_KNI_51_8	-15.180000	128.370000	speleothem		U/Th		14.0	12.740	0.127		normal	normal	2017	Denniston et al. (2017)
TAEAC_Lake_Lewis	-22.920000	132.530000	lake	95017	OSL			2.190	0.080		normal	normal	2001	English et al. (2001)
TAEAC_Lake_Lewis	-22.920000	132.530000	lake	95012	OSL			4.980	0.200		normal	normal	2001	English et al. (2001)
TAEAC_Lake_Lewis	-22.920000	132.530000	lake	95016A	OSL			7.680	0.220		normal	normal	2001	English et al. (2001)
TAEAC_Lake_Lewis	-22.920000	132.530000	lake	95018A	OSL			8.160	0.320		normal	normal	2001	English et al. (2001)
TAEAC_Lake_Lewis	-22.920000	132.530000	lake	95018B	OSL			11.170	0.480		normal	normal	2001	English et al. (2001)
TAEAC_Lake_Lewis	-22.920000	132.530000	lake	95016B	OSL			14.800	0.560		normal	normal	2001	English et al. (2001)
TAEAC_Lake_Lewis	-22.920000	132.530000	lake	95016C	OSL			18.120	0.810		normal	normal	2001	English et al. (2001)
TAEAC_Lake_Lewis	-22.920000	132.530000	lake	95016D	OSL			18.650	0.860		normal	normal	2001	English et al. (2001)
TAEAC_Lake_Woods	-17.850000	133.500000	lake	adLD95003	OSL			26.800	3.500		normal	normal	1998	Bowler et al. (1998)
TAEAC_Lake_Woods	-17.850000	133.500000	lake	adLD95006	OSL			28.900	0.550		normal	normal	1998	Bowler et al. (1998)
TAEAC_Lake_Woods	-17.850000	133.500000	lake	adLD95004	OSL			53.000	5.000		normal	normal	1998	Bowler et al. (1998)
TAEAC_Lake_Woods	-17.850000	133.500000	lake	adLD95007	OSL			61.000	0.800		normal	normal	1998	Bowler et al. (1998)
TAEAC_Lake_Woods	-17.850000	133.500000	lake	adLD95008	OSL			96.000	10.000		normal	normal	1998	Bowler et al. (1998)
TAEAC_Lake_Woods	-17.850000	133.500000	lake	adLD95005	OSL			180.000	20.000		normal	normal	1998	Bowler et al. (1998)
TAEAC_LG99	-20.130000	127.410000	fluvial	OS26200	radiocarbon			12.170	0.170		shcal98	shcal20	2001	Wyrwoll and Miller (2001)
TAEAC_LG99	-20.130000	127.410000	fluvial	OS24884	radiocarbon			13.020	0.065		shcal98	shcal20	2001	Wyrwoll and Miller (2001)
TAEAC_MAR2	-13.409000	135.774000	lake	U087	lead-210	0.1000		-0.018	0.014		normal	normal	2021	Rehn et al. (2021b)
TAEAC_MAR2	-13.409000	135.774000	lake	U088	lead-210	0.1500		0.004	0.021		normal	normal	2021	Rehn et al. (2021b)
TAEAC_MAR2	-13.409000	135.774000	lake	U089	lead-210	0.2000		0.026	0.028		normal	normal	2021	Rehn et al. (2021b)
TAEAC_MAR2	-13.409000	135.774000	lake	OZW494	radiocarbon	0.4400		1.105	0.030		shcal20	shcal20	2021	Rehn et al. (2021b)
TAEAC_MAR2	-13.409000	135.774000	lake	OZW495	radiocarbon	0.7200		1.360	0.035		shcal20	shcal20	2021	Rehn et al. (2021b)
TAEAC_MAR2	-13.409000	135.774000	lake	OZW496	radiocarbon	1.4400		2.055	0.035		shcal20	shcal20	2021	Rehn et al. (2021b)
TAEAC_MAR2	-13.409000	135.774000	lake	OZW497	radiocarbon	1.8400		2.555	0.040		shcal20	shcal20	2021	Rehn et al. (2021b)
TAEAC_MAR2	-13.409000	135.774000	lake	OZW498	radiocarbon	2.4400		3.535	0.035		shcal20	shcal20	2021	Rehn et al. (2021b)
TAEAC_MAR2	-13.409000	135.774000	lake	OZW499	radiocarbon	2.8400		4.155	0.050		shcal20	shcal20	2021	Rehn et al. (2021b)
TAEAC_MARR01	-17.070000	139.490000	lake	OZR376	radiocarbon	0.5000		0.465	0.035		intcal13	shcal20	2015	Moss et al. (2015)
TAEAC_MARR02	-17.070000	139.490000	lake	OZO075	radiocarbon	0.3900		0.000	0.050		postbomb_SH3	postbomb_SH3	2015	Moss et al. (2015)
TAEAC_MARR02	-17.070000	139.490000	lake	Wk-38216	radiocarbon	0.4600		0.000	0.050		postbomb_SH3	postbomb_SH3	2015	Moss et al. (2015)
TAEAC_MARR02	-17.070000	139.490000	lake	Wk-38884	radiocarbon	0.5800		0.364	0.026		intcal13	shcal20	2015	Moss et al. (2015)
TAEAC_MARR02	-17.070000	139.490000	lake	Wk-38885	radiocarbon	0.7500		2.611	0.025		marine13	marine20	2015	Moss et al. (2015)
TAEAC_MARR03	-17.070000	139.490000	lake	OZR374	radiocarbon	0.5000		0.650	0.030		intcal13	shcal20	2015	Moss et al. (2015)
TAEAC_MARR04	-17.070000	139.490000	lake	P486	lead-210	0.0050		-0.066	0.001		normal	normal	2017	Mackenzie et al. (2017)
TAEAC_MARR04	-17.070000	139.490000	lake	P487	lead-210	0.0250		-0.061	0.002		normal	normal	2017	Mackenzie et al. (2017)
TAEAC_MARR04	-17.070000	139.490000	lake	P488	lead-210	0.0550		-0.052	0.003		normal	normal	2017	Mackenzie et al. (2017)
TAEAC_MARR04	-17.070000	139.490000	lake	P489	lead-210	0.1050		-0.032	0.005		normal	normal	2017	Mackenzie et al. (2017)
TAEAC_MARR04	-17.070000	139.490000	lake	P490	lead-210	0.1550		-0.022	0.007		normal	normal	2017	Mackenzie et al. (2017)
TAEAC_MARR04	-17.070000	139.490000	lake	P491	lead-210	0.2050		-0.008	0.009		normal	normal	2017	Mackenzie et al. (2017)
TAEAC_MARR04	-17.070000	139.490000	lake	OZS567	radiocarbon	0.3550		0.570	0.020		shcal13	shcal20	2017	Mackenzie et al. (2017)
TAEAC_MARR04	-17.070000	139.490000	lake	OZR035	radiocarbon	0.4650		1.240	0.030		shcal13	shcal20	2017	Mackenzie et al. (2017)
TAEAC_Mary_River	-12.480000	131.680000	fluvial	ANU-7144	radiocarbon			0.000	0.001		normal	shcal20	1998	Mulrennan and Woodroffe (1998)
TAEAC_Mary_River	-12.480000	131.680000	fluvial	ANU-7745	radiocarbon			0.000	0.001		normal	shcal20	1998	Mulrennan and Woodroffe (1998)
TAEAC_Mary_River	-12.480000	131.680000	fluvial	ANU-7151	radiocarbon			0.390	0.340		normal	shcal20	1998	Mulrennan and Woodroffe (1998)
TAEAC_Mary_River	-12.480000	131.680000	fluvial	ANU-6652	radiocarbon			0.600	0.270		normal	shcal20	1998	Mulrennan and Woodroffe (1998)
TAEAC_Mary_River	-12.480000	131.680000	fluvial	ANU-7153	radiocarbon			0.890	0.210		normal	shcal20	1998	Mulrennan and Woodroffe (1998)
TAEAC_Mary_River	-12.480000	131.680000	fluvial	ANU-7139	radiocarbon			1.000	0.120		normal	shcal20	1998	Mulrennan and Woodroffe (1998)
TAEAC_Mary_River	-12.480000	131.680000	fluvial	ANU-7143	radiocarbon			1.190	0.120		normal	shcal20	1998	Mulrennan and Woodroffe (1998)
TAEAC_Mary_River	-12.480000	131.680000	fluvial	ANU-7145	radiocarbon			1.210	0.110		normal	shcal20	1998	Mulrennan and Woodroffe (1998)
TAEAC_Mary_River	-12.480000	131.680000	fluvial	ANU-7156	radiocarbon			1.310	0.320		normal	shcal20	1998	Mulrennan and Woodroffe (1998)
TAEAC_Mary_River	-12.480000	131.680000	fluvial	ANU-7146	radiocarbon			1.440	0.180		normal	shcal20	1998	Mulrennan and Woodroffe (1998)
TAEAC_Mary_River	-12.480000	131.680000	fluvial	ANU-7140	radiocarbon			1.520	0.070		normal	shcal20	1998	Mulrennan and Woodroffe (1998)
TAEAC_Mary_River	-12.480000	131.680000	fluvial	OZA-376	radiocarbon			1.910	0.100		normal	shcal20	1998	Mulrennan and Woodroffe (1998)
TAEAC_Mary_River	-12.480000	131.680000	fluvial	ANU-7147	radiocarbon			1.920	0.190		normal	shcal20	1998	Mulrennan and Woodroffe (1998)
TAEAC_Mary_River	-12.480000	131.680000	fluvial	ANU-6651	radiocarbon			1.960	0.200		normal	shcal20	1998	Mulrennan and Woodroffe (1998)
TAEAC_Mary_River	-12.480000	131.680000	fluvial	ANU-7150	radiocarbon			2.360	0.200		normal	shcal20	1998	Mulrennan and Woodroffe (1998)
TAEAC_Mary_River	-12.480000	131.680000	fluvial	ANU-8195	radiocarbon			2.640	0.060		normal	shcal20	1998	Mulrennan and Woodroffe (1998)
TAEAC_Mary_River	-12.480000	131.680000	fluvial	ANU-7724	radiocarbon			3.210	0.170		normal	shcal20	1998	Mulrennan and Woodroffe (1998)
TAEAC_Mary_River	-12.480000	131.680000	fluvial	ANU-6658	radiocarbon			3.280	0.340		normal	shcal20	1998	Mulrennan and Woodroffe (1998)
TAEAC_Mary_River	-12.480000	131.680000	fluvial	Beta-55847	radiocarbon			3.340	0.070		normal	shcal20	1998	Mulrennan and Woodroffe (1998)
TAEAC_Mary_River	-12.480000	131.680000	fluvial	Beta-55846	radiocarbon			3.390	0.100		normal	shcal20	1998	Mulrennan and Woodroffe (1998)
TAEAC_Mary_River	-12.480000	131.680000	fluvial	Beta-55845	radiocarbon			3.640	0.070		normal	shcal20	1998	Mulrennan and Woodroffe (1998)
TAEAC_Mary_River	-12.480000	131.680000	fluvial	ANU-6657	radiocarbon			3.690	0.190		normal	shcal20	1998	Mulrennan and Woodroffe (1998)
TAEAC_Mary_River	-12.480000	131.680000	fluvial	ANU-7161	radiocarbon			3.820	0.450		normal	shcal20	1998	Mulrennan and Woodroffe (1998)
TAEAC_Mary_River	-12.480000	131.680000	fluvial	ANU-7149	radiocarbon			3.920	0.270		normal	shcal20	1998	Mulrennan and Woodroffe (1998)
TAEAC_Mary_River	-12.480000	131.680000	fluvial	OZA-373	radiocarbon			4.070	0.120		normal	shcal20	1998	Mulrennan and Woodroffe (1998)
TAEAC_Mary_River	-12.480000	131.680000	fluvial	ANU-7744	radiocarbon			4.150	0.400		normal	shcal20	1998	Mulrennan and Woodroffe (1998)
TAEAC_Mary_River	-12.480000	131.680000	fluvial	ANU-8191	radiocarbon			4.190	0.080		normal	shcal20	1998	Mulrennan and Woodroffe (1998)
TAEAC_Mary_River	-12.480000	131.680000	fluvial	ANU-7727	radiocarbon			4.300	0.320		normal	shcal20	1998	Mulrennan and Woodroffe (1998)
TAEAC_Mary_River	-12.480000	131.680000	fluvial	ANU-7141	radiocarbon			4.450	0.130		normal	shcal20	1998	Mulrennan and Woodroffe (1998)
TAEAC_Mary_River	-12.480000	131.680000	fluvial	ANU-7725	radiocarbon			4.690	0.210		normal	shcal20	1998	Mulrennan and Woodroffe (1998)
TAEAC_Mary_River	-12.480000	131.680000	fluvial	ANU-7165	radiocarbon			4.740	0.140		normal	shcal20	1998	Mulrennan and Woodroffe (1998)
TAEAC_Mary_River	-12.480000	131.680000	fluvial	ANU-7728	radiocarbon			4.860	0.290		normal	shcal20	1998	Mulrennan and Woodroffe (1998)
TAEAC_Mary_River	-12.480000	131.680000	fluvial	ANU-7746	radiocarbon			4.860	0.090		normal	shcal20	1998	Mulrennan and Woodroffe (1998)
TAEAC_Mary_River	-12.480000	131.680000	fluvial	OZA-374	radiocarbon			4.950	0.130		normal	shcal20	1998	Mulrennan and Woodroffe (1998)
TAEAC_Mary_River	-12.480000	131.680000	fluvial	ANU-8193	radiocarbon			4.990	0.080		normal	shcal20	1998	Mulrennan and Woodroffe (1998)
TAEAC_Mary_River	-12.480000	131.680000	fluvial	ANU-7159	radiocarbon			5.070	0.260		normal	shcal20	1998	Mulrennan and Woodroffe (1998)
TAEAC_Mary_River	-12.480000	131.680000	fluvial	ANU-6656	radiocarbon			5.170	0.200		normal	shcal20	1998	Mulrennan and Woodroffe (1998)
TAEAC_Mary_River	-12.480000	131.680000	fluvial	ANU-8192	radiocarbon			5.190	0.080		normal	shcal20	1998	Mulrennan and Woodroffe (1998)
TAEAC_Mary_River	-12.480000	131.680000	fluvial	ANU-6653	radiocarbon			5.330	0.210		normal	shcal20	1998	Mulrennan and Woodroffe (1998)
TAEAC_Mary_River	-12.480000	131.680000	fluvial	ANU-7735	radiocarbon			5.350	0.210		normal	shcal20	1998	Mulrennan and Woodroffe (1998)
TAEAC_Mary_River	-12.480000	131.680000	fluvial	ANU-8194	radiocarbon			5.350	0.200		normal	shcal20	1998	Mulrennan and Woodroffe (1998)
TAEAC_Mary_River	-12.480000	131.680000	fluvial	ANU-7740	radiocarbon			5.380	0.150		normal	shcal20	1998	Mulrennan and Woodroffe (1998)
TAEAC_Mary_River	-12.480000	131.680000	fluvial	ANU-7162	radiocarbon			5.430	0.340		normal	shcal20	1998	Mulrennan and Woodroffe (1998)
TAEAC_Mary_River	-12.480000	131.680000	fluvial	ANU-7736	radiocarbon			5.470	0.240		normal	shcal20	1998	Mulrennan and Woodroffe (1998)
TAEAC_Mary_River	-12.480000	131.680000	fluvial	ANU-7737	radiocarbon			5.480	0.180		normal	shcal20	1998	Mulrennan and Woodroffe (1998)
TAEAC_Mary_River	-12.480000	131.680000	fluvial	ANU-6654	radiocarbon			5.500	0.260		normal	shcal20	1998	Mulrennan and Woodroffe (1998)
TAEAC_Mary_River	-12.480000	131.680000	fluvial	ANU-7741	radiocarbon			5.500	0.210		normal	shcal20	1998	Mulrennan and Woodroffe (1998)
TAEAC_Mary_River	-12.480000	131.680000	fluvial	ANU-7730	radiocarbon			5.600	0.210		normal	shcal20	1998	Mulrennan and Woodroffe (1998)
TAEAC_Mary_River	-12.480000	131.680000	fluvial	OZA-375	radiocarbon			5.690	0.140		normal	shcal20	1998	Mulrennan and Woodroffe (1998)
TAEAC_Mary_River	-12.480000	131.680000	fluvial	ANU-7738	radiocarbon			5.780	0.140		normal	shcal20	1998	Mulrennan and Woodroffe (1998)
TAEAC_Mary_River	-12.480000	131.680000	fluvial	ANU-7731	radiocarbon			5.850	0.170		normal	shcal20	1998	Mulrennan and Woodroffe (1998)
TAEAC_Mary_River	-12.480000	131.680000	fluvial	ANU-7726	radiocarbon			5.960	0.190		normal	shcal20	1998	Mulrennan and Woodroffe (1998)
TAEAC_Mary_River	-12.480000	131.680000	fluvial	ANU-7164	radiocarbon			6.130	0.190		normal	shcal20	1998	Mulrennan and Woodroffe (1998)
TAEAC_Mary_River	-12.480000	131.680000	fluvial	ANU-7733	radiocarbon			6.240	0.170		normal	shcal20	1998	Mulrennan and Woodroffe (1998)
TAEAC_Mary_River	-12.480000	131.680000	fluvial	ANU-7729	radiocarbon			6.280	0.270		normal	shcal20	1998	Mulrennan and Woodroffe (1998)
TAEAC_Mary_River	-12.480000	131.680000	fluvial	ANU-7742	radiocarbon			6.490	0.200		normal	shcal20	1998	Mulrennan and Woodroffe (1998)
TAEAC_Mary_River	-12.480000	131.680000	fluvial	ANU-6655	radiocarbon			6.650	0.430		normal	shcal20	1998	Mulrennan and Woodroffe (1998)
TAEAC_Mary_River	-12.480000	131.680000	fluvial	ANU-7158	radiocarbon			6.770	0.240		normal	shcal20	1998	Mulrennan and Woodroffe (1998)
TAEAC_Mary_River	-12.480000	131.680000	fluvial	ANU-7739	radiocarbon			6.790	0.400		normal	shcal20	1998	Mulrennan and Woodroffe (1998)
TAEAC_Mary_River	-12.480000	131.680000	fluvial	ANU-7743	radiocarbon			7.030	0.160		normal	shcal20	1998	Mulrennan and Woodroffe (1998)
TAEAC_Mary_River	-12.480000	131.680000	fluvial	ANU-7732	radiocarbon			7.030	0.220		normal	shcal20	1998	Mulrennan and Woodroffe (1998)
TAEAC_Mary_River	-12.480000	131.680000	fluvial	ANU-7155	radiocarbon			7.080	0.140		normal	shcal20	1998	Mulrennan and Woodroffe (1998)
TAEAC_Mary_River	-12.480000	131.680000	fluvial	ANU-7734	radiocarbon			7.290	0.160		normal	shcal20	1998	Mulrennan and Woodroffe (1998)
MD97-2128	-12.313167	139.978833	marine_core	OZG-374	radiocarbon	0.6000		10.260	0.080		marine04	marine20	2008	Reeves et al. (2008)
MD97-2128	-12.313167	139.978833	marine_core	OZG-373	radiocarbon	0.7000		14.960	0.090		marine04	marine20	2008	Reeves et al. (2008)
MD97-2128	-12.313167	139.978833	marine_core	OZG-375	radiocarbon	0.7500		14.280	0.090		marine04	marine20	2008	Reeves et al. (2008)
MD97-2129	-10.789333	138.720000	marine_core	OZF283	radiocarbon	0.0500		0.820	0.045		marine04	marine20	2008	Reeves et al. (2008)
MD97-2129	-10.789333	138.720000	marine_core	OZE259	radiocarbon	0.2000		9.810	0.090		marine04	marine20	2008	Reeves et al. (2008)
MD97-2129	-10.789333	138.720000	marine_core	OZI053	radiocarbon	3.2500		40.600	2.000		marine04	marine20	2008	Reeves et al. (2008)
MD97-2130	-12.266833	138.748667	marine_core	OZF284	radiocarbon	0.0000		8.270	0.060		marine04	marine20	2008	Reeves et al. (2008)
MD97-2130	-12.266833	138.748667	marine_core	OZG230	radiocarbon	0.0500		1.655	0.050		marine04	marine20	2008	Reeves et al. (2008)
MD97-2130	-12.266833	138.748667	marine_core	OZG381	radiocarbon	0.3000		4.860	0.050		marine04	marine20	2008	Reeves et al. (2008)
MD97-2130	-12.266833	138.748667	marine_core	OZG285	radiocarbon	0.6000		9.330	0.070		marine04	marine20	2008	Reeves et al. (2008)
MD97-2130	-12.266833	138.748667	marine_core	OZE255	radiocarbon	0.6500		4.310	0.060		marine04	marine20	2008	Reeves et al. (2008)
MD97-2130	-12.266833	138.748667	marine_core	OZE250	radiocarbon	0.7000		10.410	0.080		marine04	marine20	2008	Reeves et al. (2008)
MD97-2130	-12.266833	138.748667	marine_core	OZG-231	radiocarbon	0.8000		10.430	0.080		marine04	marine20	2008	Reeves et al. (2008)
MD97-2130	-12.266833	138.748667	marine_core	OZG-382	radiocarbon	0.9000		10.680	0.070		marine04	marine20	2008	Reeves et al. (2008)
MD97-2130	-12.266833	138.748667	marine_core	OZG386	radiocarbon	1.5000		11.880	0.170		marine04	marine20	2008	Reeves et al. (2008)
MD97-2131	-12.066000	138.749667	marine_core	OZE262	radiocarbon	0.0000		6.840	0.050		marine04	marine20	2008	Reeves et al. (2008)
MD97-2131	-12.066000	138.749667	marine_core	OZE262U2	radiocarbon	0.0000		7.790	0.060		marine04	marine20	2008	Reeves et al. (2008)
MD97-2131	-12.066000	138.749667	marine_core	OZG220	radiocarbon	0.0500		3.770	0.040		marine04	marine20	2008	Reeves et al. (2008)
MD97-2131	-12.066000	138.749667	marine_core	OZF287	radiocarbon	0.1000		10.020	0.060		marine04	marine20	2008	Reeves et al. (2008)
MD97-2131	-12.066000	138.749667	marine_core	OZG383	radiocarbon	0.3000		2.290	0.045		marine04	marine20	2008	Reeves et al. (2008)
MD97-2131	-12.066000	138.749667	marine_core	OZG221	radiocarbon	0.5500		1.930	0.040		marine04	marine20	2008	Reeves et al. (2008)
MD97-2131	-12.066000	138.749667	marine_core	OZE256	radiocarbon	0.5500		6.910	0.080		marine04	marine20	2008	Reeves et al. (2008)
MD97-2131	-12.066000	138.749667	marine_core	OZG377	radiocarbon	0.6000		0.735	0.035		marine04	marine20	2008	Reeves et al. (2008)
MD97-2131	-12.066000	138.749667	marine_core	OZE251	radiocarbon	0.6500		10.350	0.100		marine04	marine20	2008	Reeves et al. (2008)
MD97-2131	-12.066000	138.749667	marine_core	OZG-222	radiocarbon	0.7500		10.320	0.060		marine04	marine20	2008	Reeves et al. (2008)
MD97-2131	-12.066000	138.749667	marine_core	OZI-054	radiocarbon	1.4000		10.990	0.110		marine04	marine20	2008	Reeves et al. (2008)
MD97-2131	-12.066000	138.749667	marine_core	OZG232	radiocarbon	1.8000		3.810	0.100		marine04	marine20	2008	Reeves et al. (2008)
MD97-2131	-12.066000	138.749667	marine_core	OZG233	radiocarbon	3.2000		46.100	2.000		marine04	marine20	2008	Reeves et al. (2008)
MD97-2131	-12.066000	138.749667	marine_core	OZG234	radiocarbon	3.3000		45.800	1.700		marine04	marine20	2008	Reeves et al. (2008)
MD97-2132	-12.313167	139.978833	marine_core	OZF-290	radiocarbon	0.0035		10.380	0.070		marine04	marine20	2008	Reeves et al. (2008)
MD97-2132	-12.313167	139.978833	marine_core	OZF-291	radiocarbon	0.4000		11.440	0.080		marine04	marine20	2008	Reeves et al. (2008)
MD97-2132	-12.313167	139.978833	marine_core	OZF-292	radiocarbon	0.7000		12.390	0.080		marine04	marine20	2008	Reeves et al. (2008)
MD97-2132	-12.313167	139.978833	marine_core	OZG-378	radiocarbon	0.7500		14.390	0.080		marine04	marine20	2008	Reeves et al. (2008)
MD97-2132	-12.313167	139.978833	marine_core	OZG-385	radiocarbon	1.0000		14.907	0.130		marine04	marine20	2008	Reeves et al. (2008)
MD97-2132	-12.313167	139.978833	marine_core	OZG-386	radiocarbon	1.2000		14.330	0.090		marine04	marine20	2008	Reeves et al. (2008)
MD97-2132	-12.313167	139.978833	marine_core	OZG-388	radiocarbon	1.4500		14.330	0.100		marine04	marine20	2008	Reeves et al. (2008)
MD97-2132	-12.313167	139.978833	marine_core	OZF-293	radiocarbon	1.5000		15.390	0.110		marine04	marine20	2008	Reeves et al. (2008)
MD97-2132	-12.313167	139.978833	marine_core	OZI-055	radiocarbon	2.3400		18.320	0.170		marine04	marine20	2008	Reeves et al. (2008)
MD97-2132	-12.313167	139.978833	marine_core	AARMD32a	AAR	12.5000		122.000	18.000	0.0000	normal	normal	2008	Reeves et al. (2008)
MD97-2132	-12.313167	139.978833	marine_core	AARMD32b	AAR	13.0000		108.000	16.000	0.0000	normal	normal	2008	Reeves et al. (2008)
MD97-2132	-12.313167	139.978833	marine_core	TLMD32b	TL	15.0000		123.000	16.000		normal	normal	2008	Reeves et al. (2008)
MD97-2132	-12.313167	139.978833	marine_core	OSLMD32	OSL	15.0000		125.000	15.000		normal	normal	2008	Reeves et al. (2008)
MD97-2133	-12.390000	140.340000	marine_core	OZF294	radiocarbon	0.0000		2.010	0.080		marine04	marine20	2008	Reeves et al. (2008)
MD97-2133	-12.390000	140.340000	marine_core	OZG236	radiocarbon	0.0000		2.575	0.045		marine04	marine20	2008	Reeves et al. (2008)
MD97-2133	-12.390000	140.340000	marine_core	OZF294	radiocarbon	0.0050		2.010	0.080	0.0520	marine04	marine20	2008	Reeves et al. (2008)
MD97-2133	-12.390000	140.340000	marine_core	OZG236	radiocarbon	0.0050		2.575	0.045	0.0520	marine04	marine20	2008	Reeves et al. (2008)
MD97-2133	-12.390000	140.340000	marine_core	OZG237	radiocarbon	0.1000		1.310	0.040		marine04	marine20	2008	Reeves et al. (2008)
MD97-2133	-12.390000	140.340000	marine_core	OZG237	radiocarbon	0.1050		1.310	0.040		normal	marine20	2008	Reeves et al. (2008)
MD97-2133	-12.390000	140.340000	marine_core	OZE258	radiocarbon	0.2000		0.470	0.050		marine04	marine20	2008	Reeves et al. (2008)
MD97-2133	-12.390000	140.340000	marine_core	OZF295	radiocarbon	0.2000		0.700	0.030		marine04	marine20	2008	Reeves et al. (2008)
MD97-2133	-12.390000	140.340000	marine_core	OZE258	radiocarbon	0.2050		0.470	0.050	0.0520	marine04	shcal20	2008	Reeves et al. (2008)
MD97-2133	-12.390000	140.340000	marine_core	OZF295	radiocarbon	0.2050		0.700	0.030		normal	marine20	2008	Reeves et al. (2008)
MD97-2133	-12.390000	140.340000	marine_core	OZG389	radiocarbon	0.3000		0.820	0.050		marine04	marine20	2008	Reeves et al. (2008)
MD97-2133	-12.390000	140.340000	marine_core	OZG389	radiocarbon	0.3050		0.820	0.050		normal	marine20	2008	Reeves et al. (2008)
MD97-2133	-12.390000	140.340000	marine_core	OZE253	radiocarbon	0.7700		14.550	0.100		marine04	marine20	2008	Reeves et al. (2008)
MD97-2133	-12.390000	140.340000	marine_core	OZE252	radiocarbon	0.7700		15.760	0.090		marine04	marine20	2008	Reeves et al. (2008)
MD97-2133	-12.390000	140.340000	marine_core	OZE253	radiocarbon	0.7750		14.550	0.100		intcal04	shcal20	2008	Reeves et al. (2008)
MD97-2133	-12.390000	140.340000	marine_core	OZE252	radiocarbon	0.7750		15.760	0.090		intcal04	shcal20	2008	Reeves et al. (2008)
MD97-2133	-12.390000	140.340000	marine_core	OZI057	radiocarbon	2.0000		39.840	0.980		marine04	marine20	2008	Reeves et al. (2008)
MD97-2133	-12.390000	140.340000	marine_core	OZI058	radiocarbon	2.0050		39.840	0.980		normal	marine20	2008	Reeves et al. (2008)
MD97-2133	-12.390000	140.340000	marine_core	OZG224	radiocarbon	2.1000		40.000	0.600		marine04	marine20	2008	Reeves et al. (2008)
MD97-2133	-12.390000	140.340000	marine_core	OZG224	radiocarbon	2.1050		40.000	0.600		normal	marine20	2008	Reeves et al. (2008)
MD97-2133	-12.390000	140.340000	marine_core	TLMD32a	TL	5.5000		64.300	7.000		normal	normal	2008	Reeves et al. (2008)
MD01-2378	-13.080000	121.790000	marine_core		radiocarbon	0.0100		1.515	0.030	0.4000	marine04	marine20	2015	Kuhnt et al. (2015)
MD01-2378	-13.080000	121.790000	marine_core		radiocarbon	0.1500		2.130	0.040	0.4000	marine04	marine20	2015	Kuhnt et al. (2015)
MD01-2378	-13.080000	121.790000	marine_core		radiocarbon	0.3500		2.780	0.040	0.4000	marine04	marine20	2015	Kuhnt et al. (2015)
MD01-2378	-13.080000	121.790000	marine_core		radiocarbon	0.5300		3.465	0.035	0.4000	marine04	marine20	2015	Kuhnt et al. (2015)
MD01-2378	-13.080000	121.790000	marine_core		radiocarbon	0.7300		4.295	0.030	0.4000	marine04	marine20	2015	Kuhnt et al. (2015)
MD01-2378	-13.080000	121.790000	marine_core		radiocarbon	1.0500		5.405	0.035	0.4000	marine04	marine20	2015	Kuhnt et al. (2015)
MD01-2378	-13.080000	121.790000	marine_core		radiocarbon	1.2100		6.190	0.035	0.4000	marine04	marine20	2015	Kuhnt et al. (2015)
MD01-2378	-13.080000	121.790000	marine_core		radiocarbon	1.5000		7.485	0.045	0.4000	marine04	marine20	2015	Kuhnt et al. (2015)
MD01-2378	-13.080000	121.790000	marine_core		radiocarbon	1.6800		8.575	0.040	0.4000	marine04	marine20	2015	Kuhnt et al. (2015)
MD01-2378	-13.080000	121.790000	marine_core		radiocarbon	2.0200		9.660	0.045	0.4000	marine04	marine20	2015	Kuhnt et al. (2015)
MD01-2378	-13.080000	121.790000	marine_core		radiocarbon	2.2800		10.370	0.050	0.4000	marine04	marine20	2015	Kuhnt et al. (2015)
MD01-2378	-13.080000	121.790000	marine_core		radiocarbon	2.4600		9.690	0.045	0.4000	marine04	marine20	2015	Kuhnt et al. (2015)
MD01-2378	-13.080000	121.790000	marine_core		radiocarbon	2.4900		10.905	0.055	0.4000	marine04	marine20	2015	Kuhnt et al. (2015)
MD01-2378	-13.080000	121.790000	marine_core		radiocarbon	2.5200		11.415	0.050	0.4000	marine04	marine20	2015	Kuhnt et al. (2015)
MD01-2378	-13.080000	121.790000	marine_core		radiocarbon	2.5500		10.995	0.055	0.4000	marine04	marine20	2015	Kuhnt et al. (2015)
MD01-2378	-13.080000	121.790000	marine_core		radiocarbon	2.5800		11.375	0.050	0.4000	marine04	marine20	2015	Kuhnt et al. (2015)
MD01-2378	-13.080000	121.790000	marine_core		radiocarbon	2.6200		11.670	0.050	0.4000	marine04	marine20	2015	Kuhnt et al. (2015)
MD01-2378	-13.080000	121.790000	marine_core		radiocarbon	2.6400		12.260	0.080	0.4000	marine04	marine20	2015	Kuhnt et al. (2015)
MD01-2378	-13.080000	121.790000	marine_core		radiocarbon	2.6700		12.260	0.070	0.4000	marine04	marine20	2015	Kuhnt et al. (2015)
MD01-2378	-13.080000	121.790000	marine_core		radiocarbon	2.6900		12.150	0.055	0.4000	marine04	marine20	2015	Kuhnt et al. (2015)
MD01-2378	-13.080000	121.790000	marine_core		radiocarbon	2.7300		12.080	0.055	0.4000	marine04	marine20	2015	Kuhnt et al. (2015)
MD01-2378	-13.080000	121.790000	marine_core		radiocarbon	2.7600		12.705	0.055	0.4000	marine04	marine20	2015	Kuhnt et al. (2015)
MD01-2378	-13.080000	121.790000	marine_core		radiocarbon	2.8000		12.430	0.060	0.4000	marine04	marine20	2015	Kuhnt et al. (2015)
MD01-2378	-13.080000	121.790000	marine_core		radiocarbon	2.8500		12.660	0.058	0.4000	marine04	marine20	2015	Kuhnt et al. (2015)
MD01-2378	-13.080000	121.790000	marine_core		radiocarbon	2.8800		12.610	0.055	0.4000	marine04	marine20	2015	Kuhnt et al. (2015)
MD01-2378	-13.080000	121.790000	marine_core		radiocarbon	2.9200		13.020	0.055	0.4000	marine04	marine20	2015	Kuhnt et al. (2015)
MD01-2378	-13.080000	121.790000	marine_core		radiocarbon	2.9600		12.580	0.060	0.4000	marine04	marine20	2015	Kuhnt et al. (2015)
MD01-2378	-13.080000	121.790000	marine_core		radiocarbon	2.9800		13.270	0.060	0.4000	marine04	marine20	2015	Kuhnt et al. (2015)
MD01-2378	-13.080000	121.790000	marine_core		radiocarbon	3.0100		13.470	0.060	0.4000	marine04	marine20	2015	Kuhnt et al. (2015)
MD01-2378	-13.080000	121.790000	marine_core		radiocarbon	3.0500		13.580	0.065	0.4000	marine04	marine20	2015	Kuhnt et al. (2015)
MD01-2378	-13.080000	121.790000	marine_core		radiocarbon	3.0700		13.640	0.070	0.4000	marine04	marine20	2015	Kuhnt et al. (2015)
MD01-2378	-13.080000	121.790000	marine_core		radiocarbon	3.1100		13.725	0.065	0.4000	marine04	marine20	2015	Kuhnt et al. (2015)
MD01-2378	-13.080000	121.790000	marine_core		radiocarbon	3.1500		13.940	0.060	0.4000	marine04	marine20	2015	Kuhnt et al. (2015)
MD01-2378	-13.080000	121.790000	marine_core		radiocarbon	3.1700		14.260	0.070	0.4000	marine04	marine20	2015	Kuhnt et al. (2015)
MD01-2378	-13.080000	121.790000	marine_core		radiocarbon	3.2100		14.500	0.070	0.4000	marine04	marine20	2015	Kuhnt et al. (2015)
MD01-2378	-13.080000	121.790000	marine_core		radiocarbon	3.3100		14.930	0.085	0.4000	marine04	marine20	2015	Kuhnt et al. (2015)
MD01-2378	-13.080000	121.790000	marine_core		radiocarbon	3.3500		15.160	0.070	0.4000	marine04	marine20	2015	Kuhnt et al. (2015)
MD01-2378	-13.080000	121.790000	marine_core		radiocarbon	3.3900		15.230	0.075	0.4000	marine04	marine20	2015	Kuhnt et al. (2015)
MD01-2378	-13.080000	121.790000	marine_core		radiocarbon	3.3900		15.410	0.070	0.4000	marine04	marine20	2015	Kuhnt et al. (2015)
MD01-2378	-13.080000	121.790000	marine_core		radiocarbon	3.4500		15.310	0.070	0.4000	marine04	marine20	2015	Kuhnt et al. (2015)
MD01-2378	-13.080000	121.790000	marine_core		radiocarbon	3.5100		15.390	0.080	0.4000	marine04	marine20	2015	Kuhnt et al. (2015)
MD01-2378	-13.080000	121.790000	marine_core		radiocarbon	3.5600		15.625	0.080	0.4000	marine04	marine20	2015	Kuhnt et al. (2015)
MD01-2378	-13.080000	121.790000	marine_core		radiocarbon	3.5900		15.480	0.080	0.4000	marine04	marine20	2015	Kuhnt et al. (2015)
MD01-2378	-13.080000	121.790000	marine_core		radiocarbon	3.6200		16.210	0.080	0.4000	marine04	marine20	2015	Kuhnt et al. (2015)
MD01-2378	-13.080000	121.790000	marine_core		radiocarbon	3.6400		16.310	0.080	0.4000	marine04	marine20	2015	Kuhnt et al. (2015)
MD01-2378	-13.080000	121.790000	marine_core		radiocarbon	3.6500		16.340	0.080	0.4000	marine04	marine20	2015	Kuhnt et al. (2015)
MD01-2378	-13.080000	121.790000	marine_core		radiocarbon	3.6700		16.530	0.090	0.4000	marine04	marine20	2015	Kuhnt et al. (2015)
MD01-2378	-13.080000	121.790000	marine_core		radiocarbon	3.6900		16.500	0.080	0.4000	marine04	marine20	2015	Kuhnt et al. (2015)
MD01-2378	-13.080000	121.790000	marine_core		radiocarbon	3.7300		16.790	0.080	0.4000	marine04	marine20	2015	Kuhnt et al. (2015)
MD01-2378	-13.080000	121.790000	marine_core		radiocarbon	3.7900		16.950	0.090	0.4000	marine04	marine20	2015	Kuhnt et al. (2015)
MD01-2378	-13.080000	121.790000	marine_core		radiocarbon	3.8300		17.470	0.090	0.4000	marine04	marine20	2015	Kuhnt et al. (2015)
MD01-2378	-13.080000	121.790000	marine_core		radiocarbon	3.8700		17.370	0.080	0.4000	marine04	marine20	2015	Kuhnt et al. (2015)
MD01-2378	-13.080000	121.790000	marine_core		radiocarbon	3.8900		17.410	0.095	0.4000	marine04	marine20	2015	Kuhnt et al. (2015)
MD01-2378	-13.080000	121.790000	marine_core		radiocarbon	3.9100		17.440	0.090	0.4000	marine04	marine20	2015	Kuhnt et al. (2015)
MD01-2378	-13.080000	121.790000	marine_core		radiocarbon	3.9500		17.740	0.090	0.4000	marine04	marine20	2015	Kuhnt et al. (2015)
MD01-2378	-13.080000	121.790000	marine_core		radiocarbon	3.9800		17.830	0.090	0.4000	marine04	marine20	2015	Kuhnt et al. (2015)
MD01-2378	-13.080000	121.790000	marine_core		radiocarbon	4.0100		16.880	0.080	0.4000	marine04	marine20	2015	Kuhnt et al. (2015)
MD01-2378	-13.080000	121.790000	marine_core		radiocarbon	4.0300		17.890	0.090	0.4000	marine04	marine20	2015	Kuhnt et al. (2015)
MD01-2378	-13.080000	121.790000	marine_core		radiocarbon	4.0500		17.725	0.100	0.4000	marine04	marine20	2015	Kuhnt et al. (2015)
MD01-2378	-13.080000	121.790000	marine_core		radiocarbon	4.0600		18.340	0.140	0.4000	marine04	marine20	2015	Kuhnt et al. (2015)
MD01-2378	-13.080000	121.790000	marine_core		radiocarbon	4.0700		18.410	0.110	0.4000	marine04	marine20	2015	Kuhnt et al. (2015)
MD01-2378	-13.080000	121.790000	marine_core		radiocarbon	4.0900		18.440	0.090	0.4000	marine04	marine20	2015	Kuhnt et al. (2015)
MD01-2378	-13.080000	121.790000	marine_core		radiocarbon	4.1300		18.490	0.100	0.4000	marine04	marine20	2015	Kuhnt et al. (2015)
MD01-2378	-13.080000	121.790000	marine_core		radiocarbon	4.1500		17.820	0.100	0.4000	marine04	marine20	2015	Kuhnt et al. (2015)
MD01-2378	-13.080000	121.790000	marine_core		radiocarbon	4.1800		18.670	0.110	0.4000	marine04	marine20	2015	Kuhnt et al. (2015)
MD01-2378	-13.080000	121.790000	marine_core		radiocarbon	4.2100		18.890	0.120	0.4000	marine04	marine20	2015	Kuhnt et al. (2015)
MD01-2378	-13.080000	121.790000	marine_core		radiocarbon	4.2500		18.990	0.100	0.4000	marine04	marine20	2015	Kuhnt et al. (2015)
MD01-2378	-13.080000	121.790000	marine_core		radiocarbon	4.3000		19.050	0.100	0.4000	marine04	marine20	2015	Kuhnt et al. (2015)
MD01-2378	-13.080000	121.790000	marine_core		radiocarbon	4.3300		18.790	0.110	0.4000	marine04	marine20	2015	Kuhnt et al. (2015)
MD01-2378	-13.080000	121.790000	marine_core		radiocarbon	4.3500		18.220	0.110	0.4000	marine04	marine20	2015	Kuhnt et al. (2015)
MD01-2378	-13.080000	121.790000	marine_core		radiocarbon	4.3700		19.260	0.110	0.4000	marine04	marine20	2015	Kuhnt et al. (2015)
MD01-2378	-13.080000	121.790000	marine_core		radiocarbon	4.3900		19.060	0.100	0.4000	marine04	marine20	2015	Kuhnt et al. (2015)
MD01-2378	-13.080000	121.790000	marine_core		radiocarbon	4.4100		19.960	0.110	0.4000	marine04	marine20	2015	Kuhnt et al. (2015)
MD01-2378	-13.080000	121.790000	marine_core		radiocarbon	4.4600		20.280	0.120	0.4000	marine04	marine20	2015	Kuhnt et al. (2015)
MD01-2378	-13.080000	121.790000	marine_core		radiocarbon	5.9200		29.920	0.330	0.4000	marine04	marine20	2015	Kuhnt et al. (2015)
TAEAC_Mulan	-20.130000	127.410000	fluvial	ANU11098	radiocarbon			0.000	0.060		postbomb_SH3	postbomb_SH3	2001	Wyrwoll and Miller (2001)
TAEAC_OD	-15.800000	128.800000	aeolian	W1595	TL	3.4000		0.500	0.100		normal	normal	1997	Wende et al. (1997)
TAEAC_OD	-15.800000	128.800000	aeolian	W1596	TL	6.3000		5.900	1.000		normal	normal	1997	Wende et al. (1997)
TAEAC_OD	-15.800000	128.800000	aeolian	W1597	TL	8.3000		21.700	2.900		normal	normal	1997	Wende et al. (1997)
TAEAC_Pandanus_Yard	-17.690000	139.930000	coastal	ANU378	radiocarbon			5.400			normal	normal	1982	Rhodes (1982)
TAEAC_Parnkupirti	-20.250000	127.500000	aeolian	K1534	OSL			5.600	0.300		normal	normal	2012	Fitzsimmons et al. (2012)
TAEAC_Parnkupirti	-20.250000	127.500000	aeolian	K1532	OSL			11.400	1.300		normal	normal	2012	Fitzsimmons et al. (2012)
TAEAC_Parnkupirti	-20.250000	127.500000	aeolian	K1531	OSL			20.100	1.400		normal	normal	2012	Fitzsimmons et al. (2012)
TAEAC_Parnkupirti	-20.250000	127.500000	aeolian	K1533	OSL			91.500	4.300		normal	normal	2012	Fitzsimmons et al. (2012)
TAEAC_PL04_05	-15.540000	128.250000	fluvial	ANU-35837	radiocarbon	0.1500		0.630	0.030		shcal13	shcal20	2016	Proske (2016)
TAEAC_PL04_05	-15.540000	128.250000	fluvial	ANU-31712	radiocarbon	0.4700		3.210	0.070		shcal13	shcal20	2016	Proske (2016)
TAEAC_PL04_05	-15.540000	128.250000	fluvial	ANU-35528	radiocarbon	2.1200		6.640	0.040		shcal13	shcal20	2016	Proske (2016)
TAEAC_PL04_05	-15.540000	128.250000	fluvial	ANU-33416	radiocarbon	2.6100		6.565	0.055		shcal13	shcal20	2016	Proske (2016)
TAEAC_PL04_05	-15.540000	128.250000	fluvial	ANU-35529	radiocarbon	3.4600		6.765	0.035		shcal13	shcal20	2016	Proske (2016)
TAEAC_SAN1a	-11.120000	142.350000	lake	OZX213	radiocarbon	0.0500		5.880	0.035		shcal20	shcal20	2021	Rehn et al. (2021a)
TAEAC_SAN1a	-11.120000	142.350000	lake	OZX214	radiocarbon	0.0700		6.535	0.050		shcal20	shcal20	2021	Rehn et al. (2021a)
TAEAC_SAN1a	-11.120000	142.350000	lake	OZW500	radiocarbon	0.1000		7.230	0.070		shcal20	shcal20	2021	Rehn et al. (2021a)
TAEAC_SAN1a	-11.120000	142.350000	lake	OZW502	radiocarbon	0.2200		7.200	0.030		shcal20	shcal20	2021	Rehn et al. (2021a)
TAEAC_SAN1a	-11.120000	142.350000	lake	OZW503	radiocarbon	0.5000		7.795	0.030		shcal20	shcal20	2021	Rehn et al. (2021a)
TAEAC_SAN1b	-11.120000	142.360000	lake	OZY416	radiocarbon	0.0300		2.690	0.070		intcal13	intcal20	2022	Rivera-Araya et al. (2022)
TAEAC_SAN1b	-11.120000	142.360000	lake	OZY423	radiocarbon	0.0300		10.200	0.140		intcal13	intcal20	2022	Rivera-Araya et al. (2022)
TAEAC_SAN1b	-11.120000	142.360000	lake	OZX672	radiocarbon	0.0600		3.840	0.045		intcal13	intcal20	2022	Rivera-Araya et al. (2022)
TAEAC_SAN1b	-11.120000	142.360000	lake	OZX765U1	radiocarbon	0.0600		4.120	0.100		intcal13	intcal20	2022	Rivera-Araya et al. (2022)
TAEAC_SAN1b	-11.120000	142.360000	lake	OZX765	radiocarbon	0.0600		4.165	0.035		intcal13	intcal20	2022	Rivera-Araya et al. (2022)
TAEAC_SAN1b	-11.120000	142.360000	lake	OZX765U2	radiocarbon	0.0600		4.180	0.140		intcal13	intcal20	2022	Rivera-Araya et al. (2022)
TAEAC_SAN1b	-11.120000	142.360000	lake	OZY131	radiocarbon	0.0600		4.450	0.030		intcal13	intcal20	2022	Rivera-Araya et al. (2022)
TAEAC_SAN1b	-11.120000	142.360000	lake	OZY417	radiocarbon	0.1250		4.180	0.070		intcal13	intcal20	2022	Rivera-Araya et al. (2022)
TAEAC_SAN1b	-11.120000	142.360000	lake	OZY418	radiocarbon	0.2300		7.040	0.080		intcal13	intcal20	2022	Rivera-Araya et al. (2022)
TAEAC_SAN1b	-11.120000	142.360000	lake	OZY333	radiocarbon	0.3200		6.435	0.030		intcal13	intcal20	2022	Rivera-Araya et al. (2022)
TAEAC_SAN1b	-11.120000	142.360000	lake	OZY419	radiocarbon	0.4200		5.990	0.080		intcal13	intcal20	2022	Rivera-Araya et al. (2022)
TAEAC_SAN1b	-11.120000	142.360000	lake	OZX766	radiocarbon	0.4300		7.750	0.035		intcal13	intcal20	2022	Rivera-Araya et al. (2022)
TAEAC_SAN1b	-11.120000	142.360000	lake	OZX673	radiocarbon	0.4300		8.660	0.040		intcal13	intcal20	2022	Rivera-Araya et al. (2022)
TAEAC_SAN1b	-11.120000	142.360000	lake	OZX767	radiocarbon	0.6700		9.900	0.050		intcal13	intcal20	2022	Rivera-Araya et al. (2022)
TAEAC_SAN1b	-11.120000	142.360000	lake	OZX674	radiocarbon	0.6700		15.240	0.060		intcal13	intcal20	2022	Rivera-Araya et al. (2022)
TAEAC_SAN1b	-11.120000	142.360000	lake	OZY420	radiocarbon	0.7600		17.360	0.160		intcal13	intcal20	2022	Rivera-Araya et al. (2022)
TAEAC_SAN1b	-11.120000	142.360000	lake	OZY758	radiocarbon	0.8200		10.590	0.100		intcal13	intcal20	2022	Rivera-Araya et al. (2022)
TAEAC_SAN1b	-11.120000	142.360000	lake	OZY421	radiocarbon	0.9000		19.450	0.080		intcal13	intcal20	2022	Rivera-Araya et al. (2022)
TAEAC_SAN1b	-11.120000	142.360000	lake	OZY422	radiocarbon	1.0500		17.960	0.160		intcal13	intcal20	2022	Rivera-Araya et al. (2022)
TAEAC_SAN1b	-11.120000	142.360000	lake	Wk50327	radiocarbon	1.1400		23.549	0.126		intcal13	intcal20	2022	Rivera-Araya et al. (2022)
TAEAC_SAN1b	-11.120000	142.360000	lake	OZX768	radiocarbon	1.3700		15.560	0.090		intcal13	intcal20	2022	Rivera-Araya et al. (2022)
TAEAC_SAN1b	-11.120000	142.360000	lake	OZX675	radiocarbon	1.3700		24.340	0.190		intcal13	intcal20	2022	Rivera-Araya et al. (2022)
TAEAC_SAN1b	-11.120000	142.360000	lake	OZY132	radiocarbon	1.4600		11.920	0.040		intcal13	intcal20	2022	Rivera-Araya et al. (2022)
TAEAC_SAN1b	-11.120000	142.360000	lake	OZX769	radiocarbon	1.4600		16.270	0.070		intcal13	intcal20	2022	Rivera-Araya et al. (2022)
TAEAC_SAN1b	-11.120000	142.360000	lake	OZX676	radiocarbon	1.4600		26.290	0.260		intcal13	intcal20	2022	Rivera-Araya et al. (2022)
TAEAC_SAN1b	-11.120000	142.360000	lake	Wk50328	radiocarbon	1.5000		25.931	0.167		intcal13	intcal20	2022	Rivera-Araya et al. (2022)
TAEAC_SAN1b	-11.120000	142.360000	lake	OZX677	radiocarbon	1.6200		27.100	0.140		intcal13	intcal20	2022	Rivera-Araya et al. (2022)
TAEAC_Shelburne_Bay	-11.920000	142.910000	aeolian	Au-06	TL			23.800	2.400		normal	normal	1990	Lees et al. (1990)
TAEAC_Shelburne_Bay	-11.920000	142.910000	aeolian	ALPHA-2597	TL			23.800	2.400		normal	normal	1990	Lees et al. (1990)
TAEAC_Shelburne_Bay	-11.920000	142.910000	aeolian	Au-07	TL			28.400	1.300		normal	normal	1990	Lees et al. (1990)
TAEAC_Shelburne_Bay	-11.920000	142.910000	aeolian	ANU-4890	radiocarbon			29.740	3.030		normal	shcal20	1990	Lees et al. (1990)
TAEAC_Shelburne_Bay	-11.920000	142.910000	aeolian	Au-09	TL			29.900	2.400		normal	normal	1990	Lees et al. (1990)
TAEAC_SkullSprings	-15.210000	125.728000	lake	OZAX77	radiocarbon	0.1450		0.000	0.075		postbomb_SH3	postbomb_SH3	2025	Rudd et al. (2025)
TAEAC_SkullSprings	-15.210000	125.728000	lake	OZAX78	radiocarbon	0.2950		0.000	0.075		postbomb_SH3	postbomb_SH3	2025	Rudd et al. (2025)
TAEAC_SkullSprings	-15.210000	125.728000	lake	OZAX79	radiocarbon	0.4450		2.160	0.025		shcal20	shcal20	2025	Rudd et al. (2025)
TAEAC_SkullSprings	-15.210000	125.728000	lake	OZAX80	radiocarbon	0.5950		2.505	0.025		shcal20	shcal20	2025	Rudd et al. (2025)
TAEAC_SkullSprings	-15.210000	125.728000	lake	Wk54533	radiocarbon	0.7600		7.795	0.020		shcal20	shcal20	2025	Rudd et al. (2025)
TAEAC_SkullSprings	-15.210000	125.728000	lake	Wk53969	radiocarbon	0.7800		4.534	0.022		shcal20	shcal20	2025	Rudd et al. (2025)
TAEAC_SkullSprings	-15.210000	125.728000	lake	OZAX81	radiocarbon	0.8650		16.055	0.040		shcal20	shcal20	2025	Rudd et al. (2025)
GIK18479-4	-12.450000	121.370000	marine_core		radiocarbon	0.1900		1.255	0.030	0.4000	marine04	marine20	2015	Kuhnt et al. (2015)
GIK18479-4	-12.450000	121.370000	marine_core		radiocarbon	1.1900		7.480	0.045	0.4000	marine04	marine20	2015	Kuhnt et al. (2015)
GIK18479-4	-12.450000	121.370000	marine_core		radiocarbon	1.5900		10.365	0.060	0.4000	marine04	marine20	2015	Kuhnt et al. (2015)
GIK18479-4	-12.450000	121.370000	marine_core		radiocarbon	1.9900		12.570	0.070	0.4000	marine04	marine20	2015	Kuhnt et al. (2015)
GIK18479-4	-12.450000	121.370000	marine_core		radiocarbon	2.3900		14.240	0.090	0.4000	marine04	marine20	2015	Kuhnt et al. (2015)
GIK18479-4	-12.450000	121.370000	marine_core		radiocarbon	2.7000		15.590	0.090	0.4000	marine04	marine20	2015	Kuhnt et al. (2015)
GIK18506-2	-8.790000	128.640000	marine_core		radiocarbon	0.0100		1.950	0.060	0.4000	marine04	marine20	2015	Kuhnt et al. (2015)
GIK18506-2	-8.790000	128.640000	marine_core		radiocarbon	0.0400		2.920	0.025	0.4000	marine04	marine20	2015	Kuhnt et al. (2015)
GIK18506-2	-8.790000	128.640000	marine_core		radiocarbon	0.1200		4.370	0.030	0.4000	marine04	marine20	2015	Kuhnt et al. (2015)
GIK18506-2	-8.790000	128.640000	marine_core		radiocarbon	0.1800		4.830	0.030	0.4000	marine04	marine20	2015	Kuhnt et al. (2015)
GIK18506-2	-8.790000	128.640000	marine_core		radiocarbon	0.2400		6.215	0.030	0.4000	marine04	marine20	2015	Kuhnt et al. (2015)
GIK18506-2	-8.790000	128.640000	marine_core		radiocarbon	0.2800		7.015	0.035	0.4000	marine04	marine20	2015	Kuhnt et al. (2015)
GIK18506-2	-8.790000	128.640000	marine_core		radiocarbon	0.3300		8.380	0.045	0.4000	marine04	marine20	2015	Kuhnt et al. (2015)
GIK18506-2	-8.790000	128.640000	marine_core		radiocarbon	0.3800		9.640	0.045	0.4000	marine04	marine20	2015	Kuhnt et al. (2015)
GIK18506-2	-8.790000	128.640000	marine_core		radiocarbon	0.4300		10.575	0.055	0.4000	marine04	marine20	2015	Kuhnt et al. (2015)
GIK18506-2	-8.790000	128.640000	marine_core		radiocarbon	0.4600		11.005	0.045	0.4000	marine04	marine20	2015	Kuhnt et al. (2015)
GIK18506-2	-8.790000	128.640000	marine_core		radiocarbon	0.4800		11.245	0.050	0.4000	marine04	marine20	2015	Kuhnt et al. (2015)
GIK18506-2	-8.790000	128.640000	marine_core		radiocarbon	0.5000		11.580	0.055	0.4000	marine04	marine20	2015	Kuhnt et al. (2015)
GIK18506-2	-8.790000	128.640000	marine_core		radiocarbon	0.5300		11.425	0.060	0.4000	marine04	marine20	2015	Kuhnt et al. (2015)
GIK18506-2	-8.790000	128.640000	marine_core		radiocarbon	0.5800		12.225	0.060	0.4000	marine04	marine20	2015	Kuhnt et al. (2015)
GIK18506-2	-8.790000	128.640000	marine_core		radiocarbon	0.6000		12.530	0.055	0.4000	marine04	marine20	2015	Kuhnt et al. (2015)
GIK18506-2	-8.790000	128.640000	marine_core		radiocarbon	0.6200		13.310	0.110	0.4000	marine04	marine20	2015	Kuhnt et al. (2015)
GIK18506-2	-8.790000	128.640000	marine_core		radiocarbon	0.6800		14.660	0.080	0.4000	marine04	marine20	2015	Kuhnt et al. (2015)
GIK18506-2	-8.790000	128.640000	marine_core		radiocarbon	0.7200		15.100	0.080	0.4000	marine04	marine20	2015	Kuhnt et al. (2015)
GIK18506-2	-8.790000	128.640000	marine_core		radiocarbon	0.7800		15.720	0.090	0.4000	marine04	marine20	2015	Kuhnt et al. (2015)
GIK18506-2	-8.790000	128.640000	marine_core		radiocarbon	0.8200		17.100	0.100	0.4000	marine04	marine20	2015	Kuhnt et al. (2015)
GIK18506-2	-8.790000	128.640000	marine_core		radiocarbon	0.8600		17.540	0.120	0.4000	marine04	marine20	2015	Kuhnt et al. (2015)
GIK18506-2	-8.790000	128.640000	marine_core		radiocarbon	0.9200		17.760	0.100	0.4000	marine04	marine20	2015	Kuhnt et al. (2015)
GIK18506-2	-8.790000	128.640000	marine_core		radiocarbon	0.9800		19.390	0.120	0.4000	marine04	marine20	2015	Kuhnt et al. (2015)
GIK18506-2	-8.790000	128.640000	marine_core		radiocarbon	1.0600		20.930	0.130	0.4000	marine04	marine20	2015	Kuhnt et al. (2015)
TAEAC_TableTopSwamp_a	-13.178000	130.746000	lake	Wk39261	radiocarbon	0.1180		0.100	0.000		shcal13	shcal20	2018	Marx et al. (2021)
TAEAC_TableTopSwamp_a	-13.178000	130.746000	lake	Wk39263	radiocarbon	0.1180		0.506	0.025		shcal13	shcal20	2018	Marx et al. (2021)
TAEAC_TableTopSwamp_a	-13.178000	130.746000	lake	OZS777	radiocarbon	0.1820		2.035	0.025		shcal13	shcal20	2018	Marx et al. (2021)
TAEAC_TableTopSwamp_a	-13.178000	130.746000	lake	Wk39262	radiocarbon	0.2460		4.350	0.025		shcal13	shcal20	2018	Marx et al. (2021)
TAEAC_TableTopSwamp_a	-13.178000	130.746000	lake	Wk39264	radiocarbon	0.2460		7.437	0.035		shcal13	shcal20	2018	Marx et al. (2021)
TAEAC_TableTopSwamp_a	-13.178000	130.746000	lake	OZS778	radiocarbon	0.3080		7.125	0.050		shcal13	shcal20	2018	Marx et al. (2021)
TAEAC_TableTopSwamp_a	-13.178000	130.746000	lake	OZS780	radiocarbon	0.3980		8.110	0.050		shcal13	shcal20	2018	Marx et al. (2021)
TAEAC_TableTopSwamp_b	-13.178000	130.746000	lake	Wk39265	radiocarbon	0.5450		9.778	0.051		shcal13	shcal20	2018	Marx et al. (2021)
TAEAC_TableTopSwamp_b	-13.178000	130.746000	lake	TS425-750	OSL	0.7500		24.610	2.020		normal	normal	2018	Marx et al. (2021)
TAEAC_TableTopSwamp_b	-13.178000	130.746000	lake	Wk39266	radiocarbon	0.7750		9.244	0.043		shcal13	shcal20	2018	Marx et al. (2021)
TAEAC_TableTopSwamp_c	-13.178000	130.746000	lake	TS425-950	OSL	0.9500		31.280	3.270		normal	normal	2018	Marx et al. (2021)
TAEAC_TableTopSwamp_c	-13.178000	130.746000	lake	TS425-1080	OSL	1.0800		32.170	3.070		normal	normal	2018	Marx et al. (2021)
TAEAC_Walala_Core_2	-15.680000	137.030000	lake	OZH347	radiocarbon	0.2900		3.110	0.050		intcal98	shcal20	2005	Prebble et al. (2005)
TAEAC_Walala_Core_2	-15.680000	137.030000	lake	OZH120	radiocarbon	0.4500		4.190	0.050		intcal98	shcal20	2005	Prebble et al. (2005)
TAEAC_Walala_Core_2	-15.680000	137.030000	lake	OZH121	radiocarbon	0.5500		5.760	0.050		intcal98	shcal20	2005	Prebble et al. (2005)
TAEAC_Walala_Core_2	-15.680000	137.030000	lake	OZH123	radiocarbon	0.6500		6.430	0.050		intcal98	shcal20	2005	Prebble et al. (2005)
TAEAC_Walala_Core_2	-15.680000	137.030000	lake	OZH348	radiocarbon	0.9000		8.450	0.080		intcal98	shcal20	2005	Prebble et al. (2005)
TAEAC_WCC99_04	-19.170000	127.800000	lake	NSRL-13177	radiocarbon	0.7500		4.800	0.030		shcal13	shcal20	2018	Miller et al. (2018)
TAEAC_WCC99_04	-19.170000	127.800000	lake	NSRL-11170	radiocarbon	0.7500		4.970	0.065		shcal13	shcal20	2018	Miller et al. (2018)
TAEAC_WCC99_04	-19.170000	127.800000	lake	NSRL-13038	radiocarbon	3.6300		11.550	0.045		shcal13	shcal20	2018	Miller et al. (2018)
TAEAC_WCC99_04	-19.170000	127.800000	lake	NSRL-11171	radiocarbon	3.6700		9.820	0.090		shcal13	shcal20	2018	Miller et al. (2018)
TAEAC_WCS01	-17.070000	139.490000	lake	OZR-036	lead-210			0.575	0.025		shcal13	shcal20	2017	Mackenzie et al. (2017)
TAEAC_WS01	-17.070000	139.490000	lake	OZR-037	lead-210			0.420	0.025		shcal13	shcal20	2017	Mackenzie et al. (2017)
TAEAC_Yuenbi	-20.130000	127.410000	fluvial	AA33399	radiocarbon			11.145	0.075		shcal98	shcal20	2001	Wyrwoll and Miller (2001)