Citation:

PANGAEA.920773

Name: Beryllium-10 in sediment cores OB16A and OB16B from Orakei maar, Auckland, New Zealand
Published: 2020-07-23
License: https://creativecommons.org/licenses/by-nc/4.0/
Keywords: chronology; EMPA; New Zealand; Paleomagnetics; Radionuclides; Sediment cores; Tephra

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Abstract:

10Be (atoms/g) and native 9Be (atoms/g) concentrations from sediment of Orakei maar, Auckland, New Zealand, measured at the Centre of Accelerator Science (Australian Nuclear Science and Technology Organisation), Sydney (Australia). 10Be (atoms/g) concentrations from sediment measured at the Laboratory of Ion Beam Physics, ETH Zurich (Switzerland).

Keyword(s):

chronology; EMPA; New Zealand; Paleomagnetics; Radionuclides; Sediment cores; Tephra

Supplement to:

Peti, Leonie; Fitzsimmons, Kathryn E; Hopkins, Jenni L; Nilsson, Andreas; Fujioka, Toshiyuki; Fink, David; Mifsud, Charles; Christl, Marcus; Muscheler, Raimund; Augustinus, Paul C (2020): Development of a multi-method chronology spanning the Last Glacial Interval from Orakei maar lake, Auckland, New Zealand. Geochronology (GChron), 2, 367-410, https://doi.org/10.5194/gchron-2-367-2020

Related to:

Peti, Leonie; Nilsson, Andreas; Muscheler, Raimund; Fitzsimmons, Kathryn E; Fink, David; Fujioka, Toshiyuki; Mifsud, Charles; Hopkins, Jenni L; Christl, Marcus; Augustinus, Paul C (2020): Basaltic tephra composition in sediment cores OB16A and OB16B from Orakei maar, Auckland, New Zealand [dataset]. PANGAEA, https://doi.org/10.1594/PANGAEA.921122

Peti, Leonie; Nilsson, Andreas; Muscheler, Raimund; Fitzsimmons, Kathryn E; Fink, David; Fujioka, Toshiyuki; Mifsud, Charles; Hopkins, Jenni L; Christl, Marcus; Augustinus, Paul C (2020): Paleomagnetic data from sediment cores OB16A and OB16B from Orakei maar, Auckland, New Zealand [dataset]. PANGAEA, https://doi.org/10.1594/PANGAEA.921134

Peti, Leonie; Nilsson, Andreas; Muscheler, Raimund; Fitzsimmons, Kathryn E; Fink, David; Fujioka, Toshiyuki; Mifsud, Charles; Hopkins, Jenni L; Christl, Marcus; Augustinus, Paul C (2020): Rhyolitic tephra composition in sediment cores OB16A and OB16B from Orakei maar, Auckland, New Zealand [dataset]. PANGAEA, https://doi.org/10.1594/PANGAEA.921121

Coverage:

Median Latitude: -36.866500 * Median Longitude: 174.812795 * South-bound Latitude: -36.866530 * West-bound Longitude: 174.812730 * North-bound Latitude: -36.866470 * East-bound Longitude: 174.812860

Minimum DEPTH, sediment/rock: 41.06 m * Maximum DEPTH, sediment/rock: 79.10 m

Event(s):

OB16A * Latitude: -36.866470 * Longitude: 174.812860 * Elevation: -3.0 m * Penetration: 105 m * Recovery: 116.24 m * Method/Device: Core wireline system (CWS) * Comment: Coring: February 2016; Project: Orakei Basin 2016

OB16B * Latitude: -36.866530 * Longitude: 174.812730 * Elevation: -3.0 m * Penetration: 101.5 m * Recovery: 97.1 m * Method/Device: Core wireline system (CWS) * Comment: Coring: February 2016; Project: Orakei Basin 2016

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Method/Device	Comment
1	DEPTH, sediment/rock	Depth sed	m	Peti, Leonie		Geocode
2	Beryllium-9	9Be	atoms/g	Peti, Leonie	Accelerator mass spectrometry (AMS)
3	Beryllium-9, error	9Be e	±	Peti, Leonie	Accelerator mass spectrometry (AMS)
4	Beryllium-10	10Be	atoms/g	Peti, Leonie	Accelerator mass spectrometry (AMS)
5	Beryllium-10, error	10Be e	±	Peti, Leonie	Accelerator mass spectrometry (AMS)
6	Beryllium-10/Beryllium-9 ratio	10Be/9Be		Peti, Leonie	Accelerator mass spectrometry (AMS)
7	Beryllium-10/Beryllium-9, error	10Be/9Be e	±	Peti, Leonie	Accelerator mass spectrometry (AMS)
8	Laboratory	Lab		Peti, Leonie

License:

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

Size:

450 data points

Data

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

1 Depth sed [m]	2 9Be [atoms/g]	3 9Be e [±]	4 10Be [atoms/g]	5 10Be e [±]	6 10Be/9Be	7 10Be/9Be e [±]	8 Lab
41.06			7.55E8	1.58E7			Lund
41.09	6.50E16	6.50E15	6.30E8	1.60E7	9.80E-9	1.00E-9	ANSTO
41.36	8.10E16	8.10E15	7.80E8	1.50E7	9.70E-9	9.90E-10	ANSTO
41.73	7.80E16	7.90E15	7.60E8	1.80E7	9.60E-9	1.00E-9	ANSTO
41.83			8.27E8	2.55E7			Lund
42.32	6.90E16	7.00E15	8.20E8	1.60E7	1.20E-8	1.20E-9	ANSTO
42.52			9.34E8	1.91E7			Lund
42.91			6.94E8	1.73E7			Lund
42.92	6.00E16	6.10E15	6.50E8	1.20E7	1.10E-8	1.10E-9	ANSTO
43.28			7.49E8	2.87E7			Lund
43.32	5.60E16	5.60E15	6.30E8	1.50E7	1.10E-8	1.20E-9	ANSTO
43.71	7.20E16	7.20E15	7.00E8	1.60E7	9.70E-9	1.00E-9	ANSTO
44.11	6.60E16	6.60E15	6.20E8	1.20E7	9.50E-9	9.70E-10	ANSTO
44.31	7.70E16	7.80E15	8.60E8	1.70E7	1.10E-8	1.10E-9	ANSTO
44.36			4.40E8	1.57E7			Lund
44.86	6.40E16	6.50E15	6.30E8	1.20E7	9.80E-9	1.00E-9	ANSTO
45.03			6.48E8	1.65E7			Lund
45.36	5.10E17	5.30E16	6.70E8	1.30E7	1.30E-9	1.40E-10	ANSTO
45.36			6.78E8	4.16E7			Lund
46.45	2.00E17	2.20E16	6.50E8	1.30E7	3.30E-9	3.60E-10	ANSTO
46.46			9.46E8	2.14E7			Lund
47.53	1.50E17	1.50E16	5.40E8	1.10E7	3.70E-9	4.00E-10	ANSTO
47.54			1.35E9	3.18E7			Lund
48.44	6.30E16	6.30E15	6.30E8	1.40E7	1.00E-8	1.00E-9	ANSTO
49.26	1.20E17	1.30E16	5.90E8	1.20E7	4.90E-9	5.30E-10	ANSTO
50.26	3.10E16	3.10E15	2.30E8	5.90E6	7.60E-9	7.80E-10	ANSTO
51.18	6.70E16	2.00E16	2.10E8	4.30E6	3.20E-9	9.70E-10	ANSTO
51.75	3.00E16	3.10E15	2.40E8	4.50E6	7.80E-9	8.20E-10	ANSTO
51.91	3.40E16	3.40E15	2.50E8	4.80E6	7.30E-9	7.50E-10	ANSTO
52.39	8.40E16	2.50E16	2.50E8	4.90E6	2.90E-9	8.90E-10	ANSTO
52.96	3.10E16	3.10E15	2.30E8	5.40E6	7.50E-9	7.70E-10	ANSTO
53.60	6.00E16	1.80E16	2.80E8	5.50E6	4.60E-9	1.40E-9	ANSTO
53.65	3.20E16	3.30E15	3.00E8	7.10E6	9.20E-9	9.50E-10	ANSTO
54.03	5.90E16	1.80E16	2.40E8	6.10E6	4.00E-9	1.20E-9	ANSTO
54.29	6.00E16	6.00E15	3.00E8	5.70E6	5.00E-9	5.10E-10	ANSTO
55.57	6.70E16	2.00E16	5.80E8	1.20E7	8.60E-9	2.60E-9	ANSTO
55.57	5.50E16	5.60E15	6.60E8	1.30E7	1.20E-8	1.20E-9	ANSTO
56.47	9.30E16	9.90E15	5.70E8	1.50E7	6.20E-9	6.70E-10	ANSTO
57.11	4.20E16	4.20E15	4.90E8	2.00E7	1.20E-8	1.30E-9	ANSTO
57.64	8.70E16	9.40E15	5.30E8	1.00E7	6.00E-9	6.60E-10	ANSTO
58.59	6.60E16	2.00E16	3.70E8	7.40E6	5.70E-9	1.70E-9	ANSTO
59.86	6.20E16	1.90E16	4.30E8	8.60E6	7.00E-9	2.10E-9	ANSTO
60.66	6.30E16	1.90E16	4.60E8	9.20E6	7.30E-9	2.20E-9	ANSTO
62.46	5.20E16	1.60E16	2.90E8	7.20E6	5.60E-9	1.70E-9	ANSTO
63.26	4.20E16	1.30E16	2.90E8	7.50E6	6.90E-9	2.10E-9	ANSTO
64.47	3.20E16	3.20E15	1.60E8	3.00E6	4.90E-9	5.00E-10	ANSTO
65.45	3.10E16	3.10E15	1.30E8	2.50E6	4.20E-9	4.30E-10	ANSTO
65.45	3.80E16	1.20E16	1.40E8	2.70E6	3.60E-9	1.10E-9	ANSTO
66.20	5.70E16	1.70E16	2.30E8	5.60E6	4.00E-9	1.20E-9	ANSTO
67.00	3.90E16	1.20E16	1.60E8	3.10E6	4.00E-9	1.20E-9	ANSTO
68.55	3.60E16	1.10E16	1.60E8	5.00E6	4.30E-9	1.30E-9	ANSTO
69.78	3.40E16	1.00E16	1.80E8	3.60E6	5.20E-9	1.60E-9	ANSTO
70.56	4.90E16	1.50E16	2.30E8	4.90E6	4.60E-9	1.40E-9	ANSTO
71.42	2.90E16	8.80E15	1.20E8	2.50E6	4.20E-9	1.30E-9	ANSTO
71.84	2.70E16	2.80E15	1.30E8	2.40E6	4.60E-9	4.70E-10	ANSTO
72.63	2.50E16	7.60E15	1.60E8	4.40E6	6.30E-9	1.90E-9	ANSTO
73.25	3.00E16	9.30E15	1.90E8	3.80E6	6.10E-9	1.90E-9	ANSTO
73.62	4.70E16	4.70E15	2.60E8	4.90E6	5.40E-9	5.50E-10	ANSTO
74.11	2.80E16	8.80E15	1.60E8	3.80E6	5.80E-9	1.80E-9	ANSTO
74.62	6.00E16	6.00E15	2.90E8	5.50E6	4.80E-9	4.90E-10	ANSTO
74.88	3.20E16	9.70E15	2.10E8	4.20E6	6.60E-9	2.00E-9	ANSTO
75.33	2.50E16	2.50E15	1.40E8	2.80E6	5.70E-9	5.80E-10	ANSTO
75.85	2.60E16	7.90E15	1.70E8	3.80E6	6.30E-9	1.90E-9	ANSTO
76.21	1.90E16	1.90E15	7.10E7	1.40E6	3.70E-9	3.80E-10	ANSTO
76.47	2.00E16	5.90E15	8.20E7	1.90E6	4.20E-9	1.30E-9	ANSTO
76.98	1.20E16	3.70E15	2.40E7	5.90E5	1.90E-9	5.70E-10	ANSTO
77.41	1.70E16	5.10E15	1.20E8	2.40E6	6.70E-9	2.00E-9	ANSTO
78.06	2.00E16	2.00E15	2.20E7	5.60E5	1.10E-9	1.20E-10	ANSTO
78.16	2.50E16	2.50E15	2.80E7	6.70E5	1.10E-9	1.20E-10	ANSTO
79.10	2.10E16	2.10E15	1.10E7	2.90E5	5.50E-10	5.70E-11	ANSTO