Citation:

PANGAEA.985385

Name: Isotopic and trace metal records of benthic foraminifera from Florida Straits sediment cores KNR166-2-JPC80 and KNR166-2-GGC73
Published: 2025-09-29
License: https://creativecommons.org/licenses/by/4.0/
Keywords: Benthic foraminifera; Dissolved oxygen; Florida Strait; Last Interglacial; Phosphate; Temperature

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Published: 2025-09-29 • DOI registered: 2025-10-28

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Abstract:

Two collocal cores were recovered at approx. 542 meters depth in the Bahamas side of the Florida Straits. Benthic foraminifera species Planulina ariminensis and Hoeglundina elegans, as well as Globobulimina spp., were picked from the greater-than 250-micron size fraction. Mass spectrometry methods were used to analyze P. ariminensis and Globobulimina spp. tests for carbon and oxygen isotopic ratios while H. elegans tests were analyzed for the cadmium/calcium, magnesium/calcium, and lithium/calcium ratios. The records extend from the Late Holocene to the Penultimate Glacial Maximum (Marine Isotope Stage [MIS] 6), with high sedimentation rates during peak interglacial periods (MIS 1 and 5e).

Keyword(s):

Benthic foraminifera; Dissolved oxygen; Florida Strait; Last Interglacial; Phosphate; Temperature

Supplement to:

Sipp-Alpers, Isaac; Lynch-Stieglitz, Jean; Vollmer, Tyler; Marchitto, Thomas M (in review): Nutrient import into the intermediate-depth Atlantic was high late in the Last Interglacial Period. Paleoceanography and Paleoclimatology

References:

Hoogakker, Babette A A; Davis, Catherine V; Wang, Yi; Kusch, Stephanie; Nilsson-Kerr, Katrina; Hardisty, Dalton S; Jacobel, Allison W; Reyes Macaya, Dharma; Glock, Nicolaas; Ni, Sha; Sepúlveda, Julio; Ren, Abby; Auderset, Alexandra; Hess, Anya; Meissner, Katrin J; Cardich, Jorge; Anderson, Robert; Barras, Christine; Basak, Chandranath; Bradbury, Harold J; Brinkmann, Inda; Castillo, A; Cook, M; Costa, Kassandra M; Choquel, Constance; Diz, Paula; Donnenfield, Jonas T; Elling, Felix J; Erdem, Zeynep; Filipsson, Helena L; Garrido, Sebastián; Gottschalk, Julia; Govindankutty Menon, Anjaly; Groeneveld, Jeroen; Hallmann, Christian; Hendy, Ingrid L; Hennekam, Rick; Lu, Wanyi; Lynch-Stieglitz, Jean; Matos, Lelia; Martínez-García, Alfredo; Molina, Giulia Silveira; Muñoz, Praxedes; Moretti, Simone; Morford, J L; Nuber, Sophie; Radionovskaya, Svetlana; Raven, Morgan Reed; Somes, Christopher J; Studer, Anja S; Tachikawa, Kazuyo; Tapia, Raúl; Tetard, Martin; Vollmer, Tyler; Wang, Xingchen; Wu, Shuzhuang; Zhang, Yan; Zheng, Xin-Yuan; Zhou, Yuxin (2025): Reviews and syntheses: Review of proxies for low-oxygen paleoceanographic reconstructions. Biogeosciences, 22(4), 863-957, https://doi.org/10.5194/bg-22-863-2025

Marchitto, Thomas M; Bryan, Sean P; Doss, Whitney; McCulloch, Malcolm T; Montagna, P (2018): A simple biomineralization model to explain Li, Mg, and Sr incorporation into aragonitic foraminifera and corals. Earth and Planetary Science Letters, 481, 20-29, https://doi.org/10.1016/j.epsl.2017.10.022

Funding:

National Science Foundation (NSF), grant/award no. OCE-1851900

National Science Foundation (NSF), grant/award no. OCE-2233080

Coverage:

Median Latitude: 23.741000 * Median Longitude: -79.422608 * South-bound Latitude: 23.736500 * West-bound Longitude: -79.429700 * North-bound Latitude: 23.745500 * East-bound Longitude: -79.415517

Date/Time Start: 2002-01-16T00:00:00 * Date/Time End: 2002-01-17T05:00:00

Minimum DEPTH, sediment/rock: 0.0025 m * Maximum DEPTH, sediment/rock: 10.9775 m

Event(s):

KNR166-2-73 (KNR166-2-73GGC) * Latitude: 23.745500 * Longitude: -79.429700 * Date/Time: 2002-01-16T00:00:00 * Elevation: -542.0 m * Recovery: 3.96 m * Location: Florida Strait * Campaign: (KN166-2) * Basis: Knorr * Method/Device: Gravity corer (GC)

KNR166-2-80 (KNR166-2-JPC80) * Latitude: 23.736500 * Longitude: -79.415517 * Date/Time: 2002-01-17T05:00:00 * Elevation: -543.0 m * Recovery: 3.96 m * Location: Florida Strait * Campaign: (KN166-2) * Basis: Knorr * Method/Device: Piston corer (PC)

Comment:

Elemental ratios were measured by reductively and oxidatively cleaning the samples following Boyle and Rosenthal (1996), and then using a Thermo Finnigan Element2 Magnetic Sector Inductively Coupled Plasma-Mass Spectrometer (ICP-MS) at the Institute of Alpine and Arctic Research, University of Colorado, Boulder (INSTAAR) according to the methods of Marchitto (2006).

Stable oxygen and carbon isotopic ratio data (δ18O and δ13C, respectively) for all samples of P. ariminensis and 51 out of 70 total samples of Globobulimina spp. were acquired using a Thermo MAT 253 with Kiel carbonate preparation device at the Georgia Institute of Technology (GT). 19 replicate samples of Globobulimina were analyzed at the University of Arizona with the same methods.

The temperature reconstruction uses the Mg/Li-based calibration proposed by Marchitto et al. (2018)

The oxygen content reconstruction uses the benthic foraminiferal epifaunal-infaunal δ13C gradient proxy, specifically the recently updated calibration described in Hoogakker et al. (2025).

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Method/Device	Comment
1	Event label	Event		Sipp-Alpers, Isaac
2	DEPTH, sediment/rock	Depth sed	m	Sipp-Alpers, Isaac		Geocode
3	AGE	Age	ka BP	Sipp-Alpers, Isaac		Geocode
4	Planulina ariminensis, δ18O	P. ariminensis δ18O	‰ PDB	Sipp-Alpers, Isaac	Isotope Ratio mass spectrometer, Thermo Fisher Scientific, ThermoScientific, MAT 253	vs. VPDB, size fraction >250 µm
5	Planulina ariminensis, δ13C	P. ariminensis δ13C	‰ PDB	Sipp-Alpers, Isaac	Isotope Ratio mass spectrometer, Thermo Fisher Scientific, ThermoScientific, MAT 253	vs. VPDB, size fraction >250 µm
6	Globobulimina spp., δ18O	Globobulimina spp. δ18O	‰ PDB	Sipp-Alpers, Isaac	Isotope Ratio mass spectrometer, Thermo Fisher Scientific, ThermoScientific, MAT 253	vs. VPDB, size fraction >250 µm
7	Globobulimina spp., δ13C	Globobulimina spp. δ13C	‰ PDB	Sipp-Alpers, Isaac	Isotope Ratio mass spectrometer, Thermo Fisher Scientific, ThermoScientific, MAT 253	vs. VPDB, size fraction >250 µm
8	Oxygen	O2	µmol/kg	Sipp-Alpers, Isaac	Calculated according to Hoogakker et al., 2025
9	Hoeglundina elegans, Cadmium/Calcium ratio	H. elegans Cd/Ca	µmol/mol	Sipp-Alpers, Isaac	ICP-MS, Thermo Finnigan, Element 2
10	Cadmium/Calcium ratio	Cd/Ca	µmol/mol	Sipp-Alpers, Isaac	ICP-MS, Thermo Finnigan, Element 2	water
11	Hoeglundina elegans, Magnesium/Lithium ratio	H. elegans Mg/Li	mmol/mol	Sipp-Alpers, Isaac	ICP-MS, Thermo Finnigan, Element 2
12	Bottom water temperature	BWT	°C	Sipp-Alpers, Isaac	Calculated according to Marchitto et al. (2018).

License:

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

Status:

Curation Level: Enhanced curation (CurationLevelC)

Size:

1644 data points

Data

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

1 Event	2 Depth sed [m]	3 Age [ka BP]	4 P. ariminensis δ18O [‰ PDB]	5 P. ariminensis δ13C [‰ PDB]	6 Globobulimina spp. δ18O [‰ PDB]	7 Globobulimina spp. δ13C [‰ PDB]	8 O2 [µmol/kg]	9 H. elegans Cd/Ca [µmol/mol]	10 Cd/Ca [µmol/mol]	11 H. elegans Mg/Li [mmol/mol]	12 BWT [°C]
KNR166-2-73	0.0025	0.1	1.25	1.35
KNR166-2-73	0.0425	0.3	0.94	1.46
KNR166-2-73	0.0750	0.5	1.39	1.45
KNR166-2-73	0.0825	0.6	1.10	1.36
KNR166-2-73	0.0917	0.6						0.0221	0.221	0.307	10.9
KNR166-2-73	0.1225	0.8	1.16	1.37	2.09	-0.19	133.2
KNR166-2-73	0.1625	1.1	0.90	1.48	1.95	-0.20	144.4
KNR166-2-73	0.1650	1.1	1.06	1.44	2.37	-0.46	164.2
KNR166-2-73	0.2025	1.4	1.08	1.44	2.12	-0.24	144.1
KNR166-2-73	0.2425	1.6	1.22	1.48	1.86	0.07	119.1
KNR166-2-73	0.2825	1.8	1.19	1.44				0.0219	0.219	0.312	11.3
KNR166-2-73	0.3225	2.0	1.21	1.36
KNR166-2-73	0.3683	2.3						0.0227	0.227	0.306	10.8
KNR166-2-73	0.3750	2.3	1.10	1.51	2.16	-0.06	134.8
KNR166-2-73	0.4025	2.5			1.85	0.18	108.7
KNR166-2-73	0.4425	2.7	1.07	1.41
KNR166-2-73	0.4825	2.9	1.40	1.38	1.76	0.00	116.6
KNR166-2-73	0.4825	2.9	1.40	1.38	2.14	-0.23	137.8
KNR166-2-73	0.5225	3.1	1.09	1.39
KNR166-2-73	0.5250	3.1			2.13	-0.03	120.8
KNR166-2-73	0.6025	3.4	1.16	1.46	1.70	-0.26	148.5
KNR166-2-73	0.6825	3.8	1.25	1.48
KNR166-2-73	0.7025	3.9						0.0307	0.307	0.310	11.1
KNR166-2-73	0.7225	3.9			1.77	-0.18	174.2
KNR166-2-73	0.7625	4.1	1.09	1.59	1.80	-0.09	144.1
KNR166-2-73	0.8025	4.3	1.09	1.61	1.89	-0.16	152.8
KNR166-2-73	0.8425	4.5	1.27	1.49	1.68	-0.31	157.7
KNR166-2-73	0.8425	4.5	1.20	1.55	1.68	-0.31	157.7
KNR166-2-73	0.8825	4.7	1.18	1.51
KNR166-2-73	0.9225	4.9	1.08	1.54
KNR166-2-73	0.9225	4.9	1.14	1.43
KNR166-2-73	0.9625	5.1	1.20	1.42	1.99	-0.14	136.6
KNR166-2-73	0.9625	5.1	1.19	1.50	1.99	-0.14	136.6
KNR166-2-73	0.9790	5.1						0.0250	0.250	0.316	11.6
KNR166-2-73	1.0025	5.2	1.16	1.59
KNR166-2-73	1.0425	5.4	1.16	1.54	2.18	-0.27	158.7
KNR166-2-73	1.0425	5.4	1.16	1.59	2.18	-0.27	158.7
KNR166-2-73	1.0825	5.6	1.21	1.56
KNR166-2-73	1.0825	5.6	1.19	1.53
KNR166-2-73	1.1225	5.7	1.23	1.45
KNR166-2-73	1.1625	5.9	1.10	1.44
KNR166-2-73	1.1625	5.9	1.31	1.48
KNR166-2-73	1.1625	5.9	1.21	1.46
KNR166-2-73	1.2025	6.1	1.22	1.40
KNR166-2-73	1.2425	6.2	1.18	1.60
KNR166-2-73	1.2825	6.4	1.22	1.52				0.0205	0.205	0.312	11.2
KNR166-2-73	1.2825	6.4	1.18	1.66
KNR166-2-73	1.3225	6.6	1.18	1.45
KNR166-2-73	1.3625	6.8	1.19	1.56
KNR166-2-73	1.3650	6.8								0.305	10.8
KNR166-2-73	1.3800	6.9						0.0228	0.228
KNR166-2-73	1.4025	7.0	1.07	1.58
KNR166-2-73	1.4425	7.1	1.29	1.28
KNR166-2-73	1.4425	7.1	1.27	1.50
KNR166-2-73	1.4475	7.1	1.13	1.32
KNR166-2-73	1.4825	7.3	1.06	1.55
KNR166-2-73	1.5175	7.5						0.0223	0.223
KNR166-2-73	1.5225	7.5	1.10	1.55
KNR166-2-73	1.5625	7.7	1.19	1.53
KNR166-2-73	1.6025	7.9	1.19	1.54
KNR166-2-73	1.7025	8.3						0.0201	0.201	0.298	10.2
KNR166-2-73	1.7225	8.5	1.25	1.52
KNR166-2-73	1.8025	9.1	1.17	1.39
KNR166-2-73	1.8625	9.7						0.0182	0.182
KNR166-2-73	1.8825	9.8	0.95	1.37
KNR166-2-73	1.8825	9.8	1.42	1.16
KNR166-2-73	1.9225	10.2	1.24	1.43				0.0275	0.275	0.309	11.0
KNR166-2-73	1.9625	10.7	1.36	1.32				0.0271	0.271	0.301	10.4
KNR166-2-73	1.9750	10.9						0.0273	0.273	0.314	11.4
KNR166-2-73	1.9850	11.0						0.0278	0.278	0.310	11.1
KNR166-2-73	1.9950	11.2						0.0224	0.224	0.291	9.6
KNR166-2-73	1.9950	11.2								0.319	11.8
KNR166-2-73	2.0025	11.3	1.52	1.28
KNR166-2-73	2.0025	11.3	1.36	1.32
KNR166-2-73	2.0050	11.3						0.0225	0.225	0.281	8.9
KNR166-2-73	2.0050	11.3								0.354	11.0
KNR166-2-73	2.0150	11.5						0.0254	0.254	0.311	11.2
KNR166-2-73	2.0150	11.5								0.381	12.7
KNR166-2-73	2.0225	11.6	1.49	1.29				0.0331	0.331	0.317	8.8
KNR166-2-73	2.0350	11.8	1.61	1.40
KNR166-2-73	2.0425	11.9	1.38	1.30
KNR166-2-73	2.0425	11.9	1.35	1.31
KNR166-2-73	2.0450	11.9						0.0211	0.211	0.322	12.0
KNR166-2-73	2.0625	12.2	1.96	1.24
KNR166-2-73	2.0750	12.5						0.0210	0.210	0.317	11.6
KNR166-2-73	2.0950	12.8						0.0401	0.401	0.301	10.4
KNR166-2-73	2.1025	12.9	1.52	1.19
KNR166-2-73	2.1050	12.9						0.0171	0.171	0.307	10.9
KNR166-2-73	2.1225	13.2	1.60	1.14
KNR166-2-73	2.1350	13.4						0.0136	0.136	0.296	10.0
KNR166-2-73	2.1350	13.4						0.0111	0.111	0.296	10.0
KNR166-2-73	2.1425	13.5	1.90	1.34
KNR166-2-73	2.1425	13.5	1.94	1.35
KNR166-2-73	2.1425	13.5	1.77	1.31				0.0220	0.220	0.318	11.7
KNR166-2-73	2.1425	13.5	1.77	1.31				0.0161	0.161	0.347	10.6
KNR166-2-73	2.1550	13.7	1.53	1.10	1.21	-1.81		0.0296	0.296	0.348	10.6
KNR166-2-73	2.1625	13.9	1.50	1.20
KNR166-2-73	2.1650	13.9						0.0168	0.168	0.319	11.8
KNR166-2-73	2.1750	14.2						0.0147	0.147	0.292	9.7
KNR166-2-73	2.1850	14.5						0.0201	0.201	0.285	9.2
KNR166-2-73	2.1950	14.7						0.0212	0.212	0.299	10.3
KNR166-2-73	2.2125	15.1						0.0197	0.197	0.305	10.7
KNR166-2-73	2.2150	15.2						0.0089	0.089	0.258	7.1
KNR166-2-73	2.2158	15.2						0.0221	0.221	0.282	9.0
KNR166-2-73	2.2225	15.3	1.38	1.32				0.0221	0.221	0.266	7.7
KNR166-2-73	2.2350	15.5						0.0184	0.184	0.305	10.7
KNR166-2-73	2.2425	15.7	1.70	1.38				0.0301	0.301	0.354	11.0
KNR166-2-73	2.2425	15.7	1.70	1.38				0.0321	0.321	0.354	11.0
KNR166-2-73	2.2450	15.7	1.64	1.19				0.0142	0.142	0.283	9.0
KNR166-2-73	2.2550	16.3						0.0055	0.055
KNR166-2-73	2.2625	16.7						0.0279	0.279	0.363	11.5
KNR166-2-73	2.2625	16.7						0.0261	0.261	0.306	8.2
KNR166-2-73	2.2650	16.8								0.363	11.6
KNR166-2-73	2.2750	17.4								0.356	11.1
KNR166-2-73	2.2825	17.8	2.25	1.69
KNR166-2-73	2.2850	18.2								0.365	11.7
KNR166-2-73	2.3275	24.5	2.33	1.89
KNR166-2-73	2.3625	25.3	2.41	1.72
KNR166-2-73	2.4075	27.5	2.21	1.74
KNR166-2-73	2.4225	28.2						0.0046	0.046	0.227	4.8
KNR166-2-73	2.4475	29.3	2.40	1.88
KNR166-2-73	2.4625	29.7						0.0062	0.062	0.222	4.4
KNR166-2-73	2.4825	30.3						0.0124	0.124	0.229	4.9
KNR166-2-73	2.4875	30.4	2.42	1.92
KNR166-2-73	2.5025	30.7	2.42	1.57				0.0147	0.147	0.230	5.0
KNR166-2-73	2.5225	31.1						0.0080	0.080
KNR166-2-73	2.5425	31.4	2.22	1.81				0.0125	0.125	0.226	4.7
KNR166-2-73	2.5425	31.4	2.22	1.81				0.0219	0.219	0.226	4.7
KNR166-2-73	2.5625	31.8	2.19	1.91
KNR166-2-73	2.5825	32.5	2.19	1.77
KNR166-2-73	2.6025	33.2						0.0209	0.209	0.246	4.8
KNR166-2-73	2.6825	36.0	2.11	1.75				0.0331	0.331	0.265	5.9
KNR166-2-73	2.7625	38.7	2.18	1.66				0.0209	0.209	0.292	7.3
KNR166-2-73	2.8025	40.1	2.02	1.78
KNR166-2-73	2.8425	41.0	2.02	1.72				0.0305	0.305	0.303	8.0
KNR166-2-73	2.8825	42.0	2.23	1.67
KNR166-2-73	2.9225	42.9	2.19	1.61				0.0194	0.194
KNR166-2-73	2.9625	43.7	2.14	1.65
KNR166-2-73	3.0000	44.4
KNR166-2-73	3.0025	44.4	2.42	1.59				0.0221	0.221
KNR166-2-73	3.0425	45.4	2.05	1.64
KNR166-2-73	3.0825	47.4						0.0275	0.275
KNR166-2-73	3.1225	49.3	1.99	1.65
KNR166-2-73	3.1625	50.9	1.96	1.75				0.0162	0.162	0.323	9.1
KNR166-2-73	3.1825	51.4	1.94	1.73
KNR166-2-73	3.2025	51.8	1.96	1.61
KNR166-2-73	3.2225	52.2	2.16	1.30
KNR166-2-73	3.2425	52.7	2.03	1.63				0.0162	0.162
KNR166-2-73	3.2825	54.2	1.67	1.62
KNR166-2-73	3.3225	55.8	2.06	1.52				0.0207	0.207	0.276	6.5
KNR166-2-73	3.3625	57.4	1.94	1.51
KNR166-2-73	3.4025	59.8	1.97	1.59				0.0218	0.218	0.284	6.9
KNR166-2-73	3.4425	61.4	2.05	1.30
KNR166-2-73	3.4825	62.3	2.03	1.33				0.0327	0.327
KNR166-2-73	3.5225	63.0	2.83	1.98
KNR166-2-73	3.5625	63.6	2.21	1.60				0.0159	0.159	0.280	6.7
KNR166-2-73	3.6025	64.2	2.35	1.72
KNR166-2-73	3.6425	64.8						0.0160	0.160	0.257	5.4
KNR166-2-73	3.6475	64.8	2.24	1.65
KNR166-2-73	3.6875	65.4	2.26	1.60
KNR166-2-80	3.7100	65.7	2.19	1.61
KNR166-2-73	3.7225	65.9						0.0164	0.164	0.268	6.0
KNR166-2-73	3.7275	66.0	2.22	1.63
KNR166-2-80	3.7300	66.1	1.97	1.51				0.0137	0.137	0.257	5.4
KNR166-2-80	3.7500	66.4	2.21	1.72
KNR166-2-73	3.7675	66.7	2.03	1.35
KNR166-2-80	3.7700	66.7	2.20	1.61				0.0122	0.122	0.240	4.5
KNR166-2-80	3.7700	66.7						0.0155	0.155	0.229	4.0
KNR166-2-80	3.7900	67.0	2.12	1.30
KNR166-2-73	3.8075	67.3	2.18	1.36
KNR166-2-80	3.8100	67.3	2.17	1.61
KNR166-2-80	3.8300	67.6	2.31	1.50
KNR166-2-73	3.8475	67.8	2.18	1.60
KNR166-2-80	3.8500	67.9	2.16	1.57				0.0117	0.117	0.225	3.7
KNR166-2-73	3.8625	68.0						0.0239	0.239
KNR166-2-80	3.8700	68.1	2.06	1.46				0.0199	0.199	0.228	3.9
KNR166-2-80	3.8700	68.1						0.0224	0.224	0.224	3.7
KNR166-2-80	3.8900	68.4	2.23	1.28
KNR166-2-80	3.9100	68.8	2.16	1.18
KNR166-2-73	3.9275	69.2	1.99	1.50
KNR166-2-80	3.9300	69.2	2.21	1.44
KNR166-2-80	3.9400	69.4	2.11	1.31
KNR166-2-80	3.9625	69.9						0.0157	0.157	0.314	8.6
KNR166-2-73	3.9675	70.1	2.08	1.42
KNR166-2-80	3.9975	70.7	1.75	1.51
KNR166-2-80	4.0175	71.1	2.07	1.37
KNR166-2-80	4.0375	71.5	2.00	1.45
KNR166-2-80	4.0575	72.0	1.86	1.61
KNR166-2-80	4.0775	72.6	1.72	1.42
KNR166-2-80	4.0975	73.1	1.88	1.39				0.0348	0.348	0.274	6.3
KNR166-2-80	4.1175	73.6	2.31	1.67				0.0314	0.314	0.303	8.0
KNR166-2-80	4.1375	74.0	1.76	1.59				0.0149	0.149	0.290	7.2
KNR166-2-80	4.1375	74.0	1.53	1.79				0.0195	0.195	0.280	6.7
KNR166-2-80	4.1575	74.9						0.0248	0.248	0.310	8.4
KNR166-2-80	4.1575	74.9						0.0281	0.281	0.310	8.4
KNR166-2-80	4.1775	75.7	1.82	1.82				0.0161	0.161	0.323	9.1
KNR166-2-80	4.1775	75.7						0.0297	0.297	0.299	7.8
KNR166-2-80	4.1975	76.1	1.73	1.80				0.0249	0.249	0.315	8.7
KNR166-2-80	4.2175	76.5	1.97	1.58				0.0208	0.208	0.361	11.4
KNR166-2-80	4.2375	76.9	1.83	1.76				0.0147	0.147	0.316	8.7
KNR166-2-80	4.2375	76.9						0.0191	0.191	0.307	8.2
KNR166-2-80	4.2575	77.5	1.76	1.62				0.0248	0.248	0.338	10.0
KNR166-2-80	4.2575	77.5						0.0183	0.183	0.312	8.5
KNR166-2-80	4.2575	77.5						0.0170	0.170	0.313	8.5
KNR166-2-80	4.2775	78.0	1.99	1.56				0.0244	0.244	0.332	9.7
KNR166-2-80	4.2775	78.0						0.0249	0.249	0.315	8.7
KNR166-2-80	4.2975	78.4	1.80	1.67
KNR166-2-80	4.3175	78.9	1.85	1.65
KNR166-2-80	4.3300	79.1						0.0113	0.113	0.268	6.0
KNR166-2-80	4.3375	79.3	1.54	1.73						0.358	11.2
KNR166-2-80	4.3575	79.6	1.59	1.70
KNR166-2-80	4.3775	80.0	1.64	1.60
KNR166-2-80	4.3975	80.4	1.76	1.73				0.0162	0.162	0.366	11.8
KNR166-2-80	4.4175	80.8	1.62	1.71				0.0231	0.231	0.328	9.4
KNR166-2-80	4.4375	81.1								0.316	8.7
KNR166-2-80	4.4575	81.5	1.52	1.54				0.0233	0.233	0.356	11.1
KNR166-2-80	4.4775	81.8	1.56	1.49				0.0281	0.281	0.330	9.5
KNR166-2-80	4.4775	81.8						0.0253	0.253	0.323	9.1
KNR166-2-80	4.4975	82.0	1.49	1.45				0.0282	0.282	0.357	11.2
KNR166-2-80	4.4975	82.0						0.0278	0.278	0.323	9.1
KNR166-2-80	4.5175	82.3	1.58	1.42
KNR166-2-80	4.5375	82.5	1.65	1.35				0.0401	0.401	0.335	9.9
KNR166-2-80	4.5375	82.5	1.65	1.35				0.0401	0.401	0.323	9.1
KNR166-2-80	4.5575	82.9	1.63	1.45				0.0327	0.327	0.340	10.1
KNR166-2-80	4.5575	82.9						0.0233	0.233	0.316	8.7
KNR166-2-80	4.5775	83.2	1.70	1.32				0.0242	0.242	0.332	9.7
KNR166-2-80	4.5975	83.5	1.69	1.25				0.0267	0.267	0.335	9.9
KNR166-2-80	4.5975	83.5	1.69	1.25				0.0158	0.158	0.327	9.3
KNR166-2-80	4.6175	83.8	1.50	1.44				0.0171	0.171	0.358	11.2
KNR166-2-80	4.6175	83.8	1.50	1.44				0.0127	0.127	0.340	10.2
KNR166-2-80	4.6375	84.0						0.0102	0.102	0.343	10.3
KNR166-2-80	4.6375	84.0						0.0117	0.117	0.345	10.4
KNR166-2-80	4.6575	84.3	1.72	1.64				0.0137	0.137	0.320	9.0
KNR166-2-80	4.6575	84.3	1.72	1.64				0.0087	0.087	0.314	8.6
KNR166-2-80	4.6775	84.6	1.58	1.41						0.325	9.2
KNR166-2-80	4.6975	85.0	1.66	1.72				0.0148	0.148	0.316	8.7
KNR166-2-80	4.6975	85.0	1.66	1.72				0.0114	0.114	0.320	9.0
KNR166-2-80	4.7175	85.5	1.92	1.40				0.0165	0.165	0.337	10.0
KNR166-2-80	4.7175	85.5	1.92	1.40				0.0199	0.199	0.322	9.1
KNR166-2-80	4.7375	85.9	1.90	1.40				0.0158	0.158	0.306	8.1
KNR166-2-80	4.7575	86.2	1.87	1.50				0.0222	0.222	0.309	8.3
KNR166-2-80	4.7775	86.4	2.01	1.45
KNR166-2-80	4.7775	86.4	1.76	1.65
KNR166-2-80	4.7975	86.6	1.83	1.58
KNR166-2-80	4.8175	86.8	2.17	1.45				0.0216	0.216	0.298	7.7
KNR166-2-80	4.8175	86.8	1.80	1.52
KNR166-2-80	4.8375	87.0	2.00	1.37
KNR166-2-80	4.8575	87.2	1.86	1.57				0.0323	0.323	0.300	7.8
KNR166-2-80	4.8775	87.5	1.69	1.43
KNR166-2-80	4.8975	87.9	1.80	1.58
KNR166-2-80	4.9175	88.2	1.88	1.44
KNR166-2-80	4.9375	88.6	1.54	1.59
KNR166-2-80	4.9575	88.9	1.79	1.43				0.0261	0.261	0.330	9.5
KNR166-2-80	4.9575	88.9						0.0306	0.306	0.312	8.5
KNR166-2-80	4.9775	89.2	1.73	1.57				0.0290	0.290	0.307	8.2
KNR166-2-80	4.9975	89.4	1.75	1.50
KNR166-2-80	5.0175	89.7	1.77	1.43				0.0266	0.266	0.319	8.9
KNR166-2-80	5.0375	90.0	1.78	1.43				0.0445	0.445
KNR166-2-80	5.0575	90.3	1.67	1.40
KNR166-2-80	5.0775	90.5	1.66	1.43
KNR166-2-80	5.0975	90.8	1.76	1.43				0.0398	0.398	0.300	7.8
KNR166-2-80	5.1175	91.1	1.65	1.39				0.0294	0.294	0.318	8.8
KNR166-2-80	5.1375	91.4	1.61	1.42				0.0270	0.270	0.366	11.7
KNR166-2-80	5.1575	91.7	1.64	1.45
KNR166-2-80	5.1775	92.0	1.50	1.49
KNR166-2-80	5.1975	92.2	1.69	1.40				0.0282	0.282	0.346	10.8
KNR166-2-80	5.2175	92.5	1.63	1.57
KNR166-2-80	5.2575	92.9	1.54	1.47
KNR166-2-80	5.2975	93.3	1.59	1.45				0.0352	0.352	0.324	10.5
KNR166-2-80	5.3375	93.8	1.63	1.42
KNR166-2-80	5.3775	94.3	1.52	1.48
KNR166-2-80	5.4175	94.9	1.41	1.35
KNR166-2-80	5.4575	95.5	1.40	1.48
KNR166-2-80	5.4975	96.0	1.43	1.44
KNR166-2-80	5.4975	96.0	1.52	1.45
KNR166-2-80	5.5375	96.5	1.55	1.43				0.0345	0.345	0.343	11.2
KNR166-2-80	5.5375	96.5	1.55	1.43				0.0282	0.282	0.317	10.6
KNR166-2-80	5.5775	97.2	1.54	1.47
KNR166-2-80	5.6175	98.2	1.44	1.47				0.0339	0.339	0.340	13.7
KNR166-2-80	5.6575	99.1	1.45	1.40				0.0321	0.321	0.352	9.2
KNR166-2-80	5.6975	100.2	1.63	1.34				0.0294	0.294	0.358	9.6
KNR166-2-80	5.7375	101.2	1.33	1.49				0.0275	0.275	0.348	12.8
KNR166-2-80	5.7775	102.1	1.74	1.34				0.0230	0.230	0.397	8.4
KNR166-2-80	5.8175	103.0	1.53	1.62				0.0200	0.200	0.331	10.3
KNR166-2-80	5.8175	103.0	1.70	1.48
KNR166-2-80	5.8575	103.9	1.65	1.50				0.0252	0.252	0.383	8.8
KNR166-2-80	5.8975	104.7	1.64	1.37				0.0339	0.339	0.310	10.1
KNR166-2-80	5.8975	104.7	1.92	1.27
KNR166-2-80	5.9375	105.5	1.86	1.16
KNR166-2-80	5.9375	105.5	1.62	1.32
KNR166-2-80	6.0175	107.1	1.66	1.22
KNR166-2-80	6.0575	107.9	1.59	1.32
KNR166-2-80	6.0975	108.6	1.69	1.16
KNR166-2-80	6.1375	109.0	1.91	1.20				0.0262	0.262	0.331	9.6
KNR166-2-80	6.1775	109.3	1.70	1.32				0.0198	0.198
KNR166-2-80	6.2175	109.6						0.0379	0.379
KNR166-2-80	6.2575	109.9	1.86	1.34				0.0316	0.316	0.305	8.1
KNR166-2-80	6.2975	110.2	1.86	1.17
KNR166-2-80	6.3375	110.6	1.46	1.17
KNR166-2-80	6.3775	110.9	1.55	1.27				0.0317	0.317	0.374	12.2
KNR166-2-80	6.4175	111.2	1.51	1.29				0.0282	0.282	0.350	10.8
KNR166-2-80	6.4575	111.4	1.57	1.24				0.0301	0.301	0.387	13.1
KNR166-2-80	6.4975	111.7	1.57	1.35				0.0282	0.282	0.405	14.2
KNR166-2-80	6.5375	112.0	1.57	1.17				0.0368	0.368	0.416	15.0
KNR166-2-80	6.5775	112.3	1.41	1.16				0.0312	0.312	0.386	13.0
KNR166-2-80	6.6175	112.5	1.56	1.09				0.0332	0.332	0.381	12.7
KNR166-2-80	6.6575	112.8	1.49	1.07
KNR166-2-80	6.6975	113.1	1.56	1.09				0.0356	0.356	0.407	14.4
KNR166-2-80	6.7375	113.4	1.57	1.19				0.0332	0.332	0.303	8.0
KNR166-2-80	6.7775	113.6	1.42	1.15				0.0328	0.328	0.276	6.5
KNR166-2-80	6.8175	113.9	1.37	1.14				0.0347	0.347	0.315	8.6
KNR166-2-80	6.8575	114.1	1.42	1.07
KNR166-2-80	6.8675	114.2						0.0366	0.366
KNR166-2-80	6.8975	114.3	1.39	1.10				0.0297	0.297	0.279	6.7
KNR166-2-80	6.9375	114.6	1.39	1.05				0.0311	0.311	0.319	8.9
KNR166-2-80	6.9775	114.8	1.23	1.27				0.0403	0.403	0.270	6.1
KNR166-2-80	7.0175	114.9						0.0297	0.297	0.323	9.1
KNR166-2-80	7.0975	115.2	1.46	1.56
KNR166-2-80	7.1375	115.4	1.09	1.20	1.91	0.11	99.8	0.0416	0.416	0.319	8.9
KNR166-2-80	7.1775	115.6	1.25	1.30	2.19	-0.29	143.4
KNR166-2-80	7.2175	115.9						0.0377	0.377	0.347	10.6
KNR166-2-80	7.2575	116.2	1.25	1.23
KNR166-2-80	7.2975	116.5	1.15	1.29	2.24	-0.07	115.4	0.0334	0.334	0.344	10.4
KNR166-2-80	7.3375	116.7	1.31	1.31	2.18	-0.08	118.0			0.298	7.7
KNR166-2-80	7.3775	117.0	0.92	1.29	1.99	-0.15	121.9
KNR166-2-80	7.4175	117.3	1.15	1.20	1.87	-0.23	121.4	0.0283	0.283	0.338	10.0
KNR166-2-80	7.4575	117.5	1.19	1.23	2.10	-0.35	131.7	0.0621	0.621	0.312	8.5
KNR166-2-80	7.4575	117.5			2.10	-0.43	139.3
KNR166-2-80	7.4975	117.8	1.23	1.34	1.82	-0.43	152.2
KNR166-2-80	7.5375	118.1	1.00	1.25	2.23	-0.26	128.1	0.0474	0.474	0.336	9.9
KNR166-2-80	7.5375	118.1			2.42	-0.25	127.2
KNR166-2-80	7.5775	118.4	1.25	1.42	2.01	-0.26	144.2
KNR166-2-80	7.6175	118.6	0.96	1.37	2.14	-0.14	129.1
KNR166-2-80	7.6175	118.6			2.15	-0.10	125.5
KNR166-2-80	7.6575	118.8	1.18	1.25	2.39	-0.34	136.0	0.0398	0.398	0.384	12.9
KNR166-2-80	7.6595	118.9			2.07	-0.17	120.3
KNR166-2-80	7.6975	119.1	0.95	1.27	2.24	-0.17	122.6	0.0476	0.476	0.336	9.9
KNR166-2-80	7.6975	119.1			2.22	-0.15	120.4
KNR166-2-80	7.7375	119.3	1.00	1.46	2.01	-0.06	129.7	0.0407	0.407	0.373	12.2
KNR166-2-80	7.7375	119.3			2.25	-0.36	157.6
KNR166-2-80	7.7775	119.5	1.03	1.38	2.08	-0.47	160.4
KNR166-2-80	7.7775	119.5			2.10	-0.37	151.0
KNR166-2-80	7.8175	119.8	0.61	1.07	2.05	-0.23	110.3	0.0330	0.330	0.365	11.7
KNR166-2-80	7.8175	119.8			2.28	-0.35	121.3
KNR166-2-80	7.8575	120.1	1.08	1.29	2.21	-0.42	127.6
KNR166-2-80	7.8975	120.4	1.13	1.20	2.08	-0.30	121.6
KNR166-2-80	7.8975	120.4			2.10	-0.05	98.4
KNR166-2-80	7.9375	120.7	1.06	1.19	2.03	-0.27	111.8	0.0516	0.516	0.432	16.1
KNR166-2-80	7.9375	120.7			2.30	-0.44	127.1
KNR166-2-80	7.9775	121.0			2.01	-0.51	156.8
KNR166-2-80	7.9775	121.0	0.98	1.31	1.96	-0.27	135.0	0.0201	0.201	0.317	8.7
KNR166-2-80	8.0175	121.2	1.04	1.23	2.00	-0.31	114.1	0.0372	0.372	0.394	13.5
KNR166-2-80	8.0575	121.5	0.86	1.24	2.02	-0.36	102.3	0.0260	0.260	0.323	9.1
KNR166-2-80	8.0975	121.7	1.05	1.19	1.95	-0.44	127.0
KNR166-2-80	8.0975	121.7			2.27	-0.43	126.0
KNR166-2-80	8.1375	122.0	1.12	1.33	2.04	-0.41	130.4
KNR166-2-80	8.1375	122.0			2.24	-0.41	131.2
KNR166-2-80	8.1775	122.3	1.21	1.22	2.03	-0.68	163.2
KNR166-2-80	8.1775	122.3			2.16	-0.23	122.3
KNR166-2-80	8.2175	122.6	0.92	1.23	1.76	-0.54	124.0	0.0373	0.373	0.328	9.4
KNR166-2-80	8.2175	122.6			2.26	-0.33	105.2
KNR166-2-80	8.2575	122.9	1.11	1.08	2.10	-0.33	121.9
KNR166-2-80	8.2975	123.2	1.18	1.42
KNR166-2-80	8.3375	123.5	1.11	1.15				0.0403	0.403	0.383	12.8
KNR166-2-80	8.3775	123.9	1.12	1.28	2.03	-0.42	146.6
KNR166-2-80	8.4175	124.2	1.01	1.02
KNR166-2-80	8.4575	124.5	1.09	1.20	1.97	-0.48	134.8
KNR166-2-80	8.4975	124.8	1.08	1.11
KNR166-2-80	8.5375	125.2	1.04	1.24
KNR166-2-80	8.5775	125.4	1.01	1.09
KNR166-2-80	8.6575	125.9	1.05	1.06				0.0367	0.367	0.384	12.9
KNR166-2-80	8.6975	126.2						0.0334	0.334	0.384	12.8
KNR166-2-80	8.7375	126.4	1.08	1.11
KNR166-2-80	8.8975	127.2	1.09	1.04
KNR166-2-80	9.0975	128.2	0.87	1.07
KNR166-2-80	9.1375	128.4	1.16	1.00				0.0299	0.299	0.304	8.0
KNR166-2-80	9.1775	128.7	1.08	1.05
KNR166-2-80	9.2175	128.9	1.02	1.01				0.0215	0.215	0.330	9.6
KNR166-2-80	9.2575	129.2	1.15	0.85				0.0384	0.384	0.398	13.8
KNR166-2-80	9.2975	129.4	1.06	1.02
KNR166-2-80	9.3375	129.7						0.0446	0.446	0.418	15.1
KNR166-2-80	9.4175	137.3	2.38	1.10				0.0304	0.304	0.332	9.7
KNR166-2-80	9.4575	137.8	2.01	1.24				0.0432	0.432	0.403	14.1
KNR166-2-80	9.4975	138.4	2.51	1.58
KNR166-2-80	9.5375	139.0	2.13	1.34
KNR166-2-80	9.5775	139.6	2.40	1.46				0.0157	0.157	0.342	10.3
KNR166-2-80	9.6175	140.1	2.45	1.42				0.0171	0.171	0.323	9.1
KNR166-2-80	9.6575	140.7	2.40	1.38
KNR166-2-80	9.6975	141.7	2.39	1.41				0.0187	0.187	0.420	15.3
KNR166-2-80	9.7375	142.9	2.38	1.58
KNR166-2-80	9.7775	144.1	2.56	1.56
KNR166-2-80	9.8575	149.2	2.21	1.24				0.0157	0.157
KNR166-2-80	9.8975	151.3	2.44	1.59				0.0156	0.156
KNR166-2-80	9.9375	153.2	1.65	1.47				0.0275	0.275
KNR166-2-80	9.9775	155.2			1.86	0.14	111.5	0.0178	0.178	0.339	10.1
KNR166-2-80	10.0175	156.2	2.47	1.17	1.70	-0.20	115.5	0.0187	0.187	0.366	11.7
KNR166-2-80	10.0575	156.9	2.56	1.04				0.0134	0.134	0.363	11.6
KNR166-2-80	10.0975	157.7	2.31	1.40				0.0149	0.149	0.377	12.5
KNR166-2-80	10.2175	160.7	2.21	1.70				0.0160	0.160	0.306	8.2
KNR166-2-80	10.2575	161.5	1.82	1.28
KNR166-2-80	10.2975	162.3	2.13	1.31				0.0183	0.183	0.364	11.6
KNR166-2-80	10.3375	163.1	2.08	1.41
KNR166-2-80	10.3775	163.9						0.0162	0.162	0.353	10.9
KNR166-2-80	10.4575	165.4	2.16	1.32
KNR166-2-80	10.4975	166.1	2.25	1.15
KNR166-2-80	10.5375	167.2	1.88	1.45				0.0169	0.169
KNR166-2-80	10.5775	168.2	2.09	1.24				0.0148	0.148	0.401	14.0
KNR166-2-80	10.6175	169.1	1.93	1.24				0.0177	0.177	0.338	10.0
KNR166-2-80	10.6575	169.9	2.05	1.39				0.0145	0.145
KNR166-2-80	10.6975	170.9	2.19	1.25
KNR166-2-80	10.7375	171.9	2.28	1.21				0.0170	0.170	0.398	13.8
KNR166-2-80	10.7775	173.1	1.96	1.25				0.0227	0.227
KNR166-2-80	10.8175	174.3						0.0199	0.199	0.345	10.4
KNR166-2-80	10.8575	175.4	2.12	1.39				0.0203	0.203	0.375	12.3
KNR166-2-80	10.8975	176.5	1.89	1.50				0.0258	0.258
KNR166-2-80	10.9375	177.5	2.24	1.13
KNR166-2-80	10.9775	178.5	2.25	1.32