Citation:

j.orggeochem.2016.04.003

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Further details:

Statistical analysis from supplementary material S3 and S4

Project(s):

Assessment of bacterial life and matter cycling in deep-sea surface sediments (ABYSS)

Funding:

Seventh Framework Programme (FP7), grant/award no. 294757 : Assessment of bacterial life and matter cycling in deep-sea surface sediments

Coverage:

Median Latitude: 85.132269 * Median Longitude: 82.299354 * South-bound Latitude: 82.891330 * West-bound Longitude: 17.804700 * North-bound Latitude: 88.820330 * East-bound Longitude: 129.912670

Date/Time Start: 2012-08-15T10:38:00 * Date/Time End: 2012-09-29T13:21:00

Minimum DEPTH, water: -0.010 m * Maximum DEPTH, water: 0.075 m

Event(s):

PS80/240-2 * Latitude: 83.950500 * Longitude: 76.805170 * Date/Time: 2012-08-15T10:38:00 * Elevation: -3446.1 m * Location: Arctic Ocean * Campaign: (PS80 IceArc) * Basis: * Method/Device: Multicorer with television (TVMUC) * Comment: SL=3444m; Position sensor: Ship's GPS

PS80/260-2 * Latitude: 82.900170 * Longitude: 109.813000 * Date/Time: 2012-08-21T10:35:00 * Elevation: -3590.5 m * Location: Arctic Ocean * Campaign: (PS80 IceArc) * Basis: * Method/Device: Multicorer with television (TVMUC) * Comment: SL=3605m; Position sensor: Ship's GPS

PS80/277-3 * Latitude: 82.891330 * Longitude: 129.912670 * Date/Time: 2012-08-25T16:46:00 * Elevation: -4166.1 m * Location: Arctic Ocean * Campaign: (PS80 IceArc) * Basis: * Method/Device: Multicorer with television (TVMUC) * Comment: Bodensicht 4146 m GE 52.2; Position sensor: Ship's GPS

Comment:

Molecular formulae were additionally associated with different molecular categories because less than 6% of the DOM has been identified on a molecular level.

Molecular categories are defined as follow: 1) dissolved black carbon (BC), with an AImod >= 0.67 (Koch and Dittmar, 2006; doi:10.1002/rcm.2386) was separated in 3 different subgroups, either <15 (BC-<15C), or <=15 (BC->=15C) C atoms both without heteroatoms, or containing heteroelements (BC-CHOx); 2) polyphenols (poly), with an AImod >0.5 but <0.67; 3) highly unsaturated formulae, with an AImod <0.5, H/C <1.5; 4) formulae of unsaturated aliphatics, with an 1.5< H/C <2, O/C <0.9, N = 0; 5) saturated fatty acids, with an H/C >2, O/C <0.9 and with either no heteroatoms (sat. fatty acids) or with heteroatoms (sat. fatty acids-CHOx); 6) formulae of sugars, with an O/C >0.9 and with either no (sugars) or with heteroatoms (sugars-CHOx) and 7) peptide molecular formulae, with 1.5 < H/C <2, O/C < 0.9 and N >0. Additionally, poly, highly unsaturated and unsaturated aliphatics were further separated in oxygen rich (O-rich) and oxygen poor (O-poor) if the element ratio O/C was > 0.5 or < 0.5 respectively.

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Method/Device	Comment
1	Event label	Event		Rossel, Pamela E
2	DEPTH, water	Depth water	m	Rossel, Pamela E		Geocode
3	Depth, top/min	Depth top	m	Rossel, Pamela E
4	Depth, bottom/max	Depth bot	m	Rossel, Pamela E
5	Station label	Station		Rossel, Pamela E
6	Sample ID	Sample ID		Rossel, Pamela E
7	Percentage of total formulae	Perc total form	%	Rossel, Pamela E	Mass spectrometer Solarix FT-ICR	replicate 1 of saturated fatty acid
8	Percentage of total formulae	Perc total form	%	Rossel, Pamela E	Mass spectrometer Solarix FT-ICR	replicate 2 of saturated fatty acid
9	Percentage of total formulae	Perc total form	%	Rossel, Pamela E	Mass spectrometer Solarix FT-ICR	replicate 3 of saturated fatty acid
10	Percentage of total formulae	Perc total form	%	Rossel, Pamela E	Mass spectrometer Solarix FT-ICR	replicate 4 of saturated fatty acid
11	Percentage of total formulae	Perc total form	%	Rossel, Pamela E	Mass spectrometer Solarix FT-ICR	replicate 1 of saturated fatty acids (CHOx)
12	Percentage of total formulae	Perc total form	%	Rossel, Pamela E	Mass spectrometer Solarix FT-ICR	replicate 2 of saturated fatty acids (CHOx)
13	Percentage of total formulae	Perc total form	%	Rossel, Pamela E	Mass spectrometer Solarix FT-ICR	replicate 3 of saturated fatty acids (CHOx)
14	Percentage of total formulae	Perc total form	%	Rossel, Pamela E	Mass spectrometer Solarix FT-ICR	replicate 4 of saturated fatty acids (CHOx)
15	Percentage of total formulae	Perc total form	%	Rossel, Pamela E	Mass spectrometer Solarix FT-ICR	replicate 1 of sugars
16	Percentage of total formulae	Perc total form	%	Rossel, Pamela E	Mass spectrometer Solarix FT-ICR	replicate 2 of sugars
17	Percentage of total formulae	Perc total form	%	Rossel, Pamela E	Mass spectrometer Solarix FT-ICR	replicate 3 of sugars
18	Percentage of total formulae	Perc total form	%	Rossel, Pamela E	Mass spectrometer Solarix FT-ICR	replicate 4 of sugars
19	Percentage of total formulae	Perc total form	%	Rossel, Pamela E	Mass spectrometer Solarix FT-ICR	replicate 1 of unsaturated aliph (O-rich)
20	Percentage of total formulae	Perc total form	%	Rossel, Pamela E	Mass spectrometer Solarix FT-ICR	replicate 2 of unsaturated aliph (O-rich)
21	Percentage of total formulae	Perc total form	%	Rossel, Pamela E	Mass spectrometer Solarix FT-ICR	replicate 3 of unsaturated aliph (O-rich)
22	Percentage of total formulae	Perc total form	%	Rossel, Pamela E	Mass spectrometer Solarix FT-ICR	replicate 4 of unsaturated aliph (O-rich)
23	Percentage of total formulae	Perc total form	%	Rossel, Pamela E	Mass spectrometer Solarix FT-ICR	replicate 1 of unsaturated aliphatics (O-poor)
24	Percentage of total formulae	Perc total form	%	Rossel, Pamela E	Mass spectrometer Solarix FT-ICR	replicate 2 of unsaturated aliphatics (O-poor)
25	Percentage of total formulae	Perc total form	%	Rossel, Pamela E	Mass spectrometer Solarix FT-ICR	replicate 3 of unsaturated aliphatics (O-poor)
26	Percentage of total formulae	Perc total form	%	Rossel, Pamela E	Mass spectrometer Solarix FT-ICR	replicate 4 of unsaturated aliphatics (O-poor)
27	Percentage of total formulae	Perc total form	%	Rossel, Pamela E	Mass spectrometer Solarix FT-ICR	replicate 1 of peptides
28	Percentage of total formulae	Perc total form	%	Rossel, Pamela E	Mass spectrometer Solarix FT-ICR	replicate 2 of peptides
29	Percentage of total formulae	Perc total form	%	Rossel, Pamela E	Mass spectrometer Solarix FT-ICR	replicate 3 of peptides
30	Percentage of total formulae	Perc total form	%	Rossel, Pamela E	Mass spectrometer Solarix FT-ICR	replicate 4 of peptides
31	Percentage of total formulae	Perc total form	%	Rossel, Pamela E	Mass spectrometer Solarix FT-ICR	replicate 1 of highly unsaturated (O-rich)
32	Percentage of total formulae	Perc total form	%	Rossel, Pamela E	Mass spectrometer Solarix FT-ICR	replicate 2 of highly unsaturated (O-rich)
33	Percentage of total formulae	Perc total form	%	Rossel, Pamela E	Mass spectrometer Solarix FT-ICR	replicate 3 of highly unsaturated (O-rich)
34	Percentage of total formulae	Perc total form	%	Rossel, Pamela E	Mass spectrometer Solarix FT-ICR	replicate 4 of highly unsaturated (O-rich)
35	Percentage of total formulae	Perc total form	%	Rossel, Pamela E	Mass spectrometer Solarix FT-ICR	replicate 1 of highly unsaturated (O-poor)
36	Percentage of total formulae	Perc total form	%	Rossel, Pamela E	Mass spectrometer Solarix FT-ICR	replicate 2 of highly unsaturated (O-poor)
37	Percentage of total formulae	Perc total form	%	Rossel, Pamela E	Mass spectrometer Solarix FT-ICR	replicate 3 of highly unsaturated (O-poor)
38	Percentage of total formulae	Perc total form	%	Rossel, Pamela E	Mass spectrometer Solarix FT-ICR	replicate 4 of highly unsaturated (O-poor)
39	Percentage of total formulae	Perc total form	%	Rossel, Pamela E	Mass spectrometer Solarix FT-ICR	replicate 1 of polyphenols (O-rich)
40	Percentage of total formulae	Perc total form	%	Rossel, Pamela E	Mass spectrometer Solarix FT-ICR	replicate 2 of polyphenols (O-rich)
41	Percentage of total formulae	Perc total form	%	Rossel, Pamela E	Mass spectrometer Solarix FT-ICR	replicate 3 of polyphenols (O-rich)
42	Percentage of total formulae	Perc total form	%	Rossel, Pamela E	Mass spectrometer Solarix FT-ICR	replicate 4 of polyphenols (O-rich)
43	Percentage of total formulae	Perc total form	%	Rossel, Pamela E	Mass spectrometer Solarix FT-ICR	replicate 1 of polyphenols (O-poor)
44	Percentage of total formulae	Perc total form	%	Rossel, Pamela E	Mass spectrometer Solarix FT-ICR	replicate 2 of polyphenols (O-poor)
45	Percentage of total formulae	Perc total form	%	Rossel, Pamela E	Mass spectrometer Solarix FT-ICR	replicate 3 of polyphenols (O-poor)
46	Percentage of total formulae	Perc total form	%	Rossel, Pamela E	Mass spectrometer Solarix FT-ICR	replicate 4 of polyphenols (O-poor)
47	Percentage of total formulae	Perc total form	%	Rossel, Pamela E	Mass spectrometer Solarix FT-ICR	replicate 1 of dissolved black carbon (BC) (BC- <15C)
48	Percentage of total formulae	Perc total form	%	Rossel, Pamela E	Mass spectrometer Solarix FT-ICR	replicate 2 of dissolved black carbon (BC) (BC- <15C)
49	Percentage of total formulae	Perc total form	%	Rossel, Pamela E	Mass spectrometer Solarix FT-ICR	replicate 3 of dissolved black carbon (BC) (BC- <15C)
50	Percentage of total formulae	Perc total form	%	Rossel, Pamela E	Mass spectrometer Solarix FT-ICR	replicate 4 of dissolved black carbon (BC) (BC- <15C)
51	Percentage of total formulae	Perc total form	%	Rossel, Pamela E	Mass spectrometer Solarix FT-ICR	replicate 1 of dissolved black carbon (BC) (BC- >=15C)
52	Percentage of total formulae	Perc total form	%	Rossel, Pamela E	Mass spectrometer Solarix FT-ICR	replicate 2 of dissolved black carbon (BC) (BC- >=15C)
53	Percentage of total formulae	Perc total form	%	Rossel, Pamela E	Mass spectrometer Solarix FT-ICR	replicate 3 of dissolved black carbon (BC) (BC- >=15C)
54	Percentage of total formulae	Perc total form	%	Rossel, Pamela E	Mass spectrometer Solarix FT-ICR	replicate 4 of dissolved black carbon (BC) (BC- >=15C)
55	Percentage of total formulae	Perc total form	%	Rossel, Pamela E	Mass spectrometer Solarix FT-ICR	replicate 1 of BC-CHOx
56	Percentage of total formulae	Perc total form	%	Rossel, Pamela E	Mass spectrometer Solarix FT-ICR	replicate 2 of BC-CHOx
57	Percentage of total formulae	Perc total form	%	Rossel, Pamela E	Mass spectrometer Solarix FT-ICR	replicate 3 of BC-CHOx
58	Percentage of total formulae	Perc total form	%	Rossel, Pamela E	Mass spectrometer Solarix FT-ICR	replicate 4 of BC-CHOx
59	Percentage of total formulae	Perc total form	%	Rossel, Pamela E	Mass spectrometer Solarix FT-ICR	replicate 1 of H/Cwa
60	Percentage of total formulae	Perc total form	%	Rossel, Pamela E	Mass spectrometer Solarix FT-ICR	replicate 2 of H/Cwa
61	Percentage of total formulae	Perc total form	%	Rossel, Pamela E	Mass spectrometer Solarix FT-ICR	replicate 3 of H/Cwa
62	Percentage of total formulae	Perc total form	%	Rossel, Pamela E	Mass spectrometer Solarix FT-ICR	replicate 4 of H/Cwa
63	Percentage of total formulae	Perc total form	%	Rossel, Pamela E	Mass spectrometer Solarix FT-ICR	replicate 1 of O/Cwa
64	Percentage of total formulae	Perc total form	%	Rossel, Pamela E	Mass spectrometer Solarix FT-ICR	replicate 2 of O/Cwa
65	Percentage of total formulae	Perc total form	%	Rossel, Pamela E	Mass spectrometer Solarix FT-ICR	replicate 3 of O/Cwa
66	Percentage of total formulae	Perc total form	%	Rossel, Pamela E	Mass spectrometer Solarix FT-ICR	replicate 4 of O/Cwa
67	Percentage of total formulae	Perc total form	%	Rossel, Pamela E	Mass spectrometer Solarix FT-ICR	replicate 1 of AI-modwa
68	Percentage of total formulae	Perc total form	%	Rossel, Pamela E	Mass spectrometer Solarix FT-ICR	replicate 2 of AI-modwa
69	Percentage of total formulae	Perc total form	%	Rossel, Pamela E	Mass spectrometer Solarix FT-ICR	replicate 3 of AI-modwa
70	Percentage of total formulae	Perc total form	%	Rossel, Pamela E	Mass spectrometer Solarix FT-ICR	replicate 4 of AI-modwa
71	Percentage of total formulae	Perc total form	%	Rossel, Pamela E	Mass spectrometer Solarix FT-ICR	replicate 1 of DBEwa
72	Percentage of total formulae	Perc total form	%	Rossel, Pamela E	Mass spectrometer Solarix FT-ICR	replicate 2 of DBEwa
73	Percentage of total formulae	Perc total form	%	Rossel, Pamela E	Mass spectrometer Solarix FT-ICR	replicate 3 of DBEwa
74	Percentage of total formulae	Perc total form	%	Rossel, Pamela E	Mass spectrometer Solarix FT-ICR	replicate 4 of DBEwa

License:

Creative Commons Attribution 3.0 Unported (CC-BY-3.0)

Size:

1084 data points

Data

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

1 Event	2 Depth water [m]	3 Depth top [m]	4 Depth bot [m]	5 Station	6 Sample ID	7 Perc total form [%] (replicate 1 of saturated fatt...)	9 Perc total form [%] (replicate 3 of saturated fatt...)	10 Perc total form [%] (replicate 4 of saturated fatt...)	11 Perc total form [%] (replicate 1 of saturated fatt...)	12 Perc total form [%] (replicate 2 of saturated fatt...)	13 Perc total form [%] (replicate 3 of saturated fatt...)	14 Perc total form [%] (replicate 4 of saturated fatt...)	15 Perc total form [%] (replicate 1 of sugars)	16 Perc total form [%] (replicate 2 of sugars)	17 Perc total form [%] (replicate 3 of sugars)	18 Perc total form [%] (replicate 4 of sugars)	19 Perc total form [%] (replicate 1 of unsaturated al...)	20 Perc total form [%] (replicate 2 of unsaturated al...)	21 Perc total form [%] (replicate 3 of unsaturated al...)	22 Perc total form [%] (replicate 4 of unsaturated al...)	23 Perc total form [%] (replicate 1 of unsaturated al...)	24 Perc total form [%] (replicate 2 of unsaturated al...)	25 Perc total form [%] (replicate 3 of unsaturated al...)	26 Perc total form [%] (replicate 4 of unsaturated al...)	27 Perc total form [%] (replicate 1 of peptides)	28 Perc total form [%] (replicate 2 of peptides)	29 Perc total form [%] (replicate 3 of peptides)	30 Perc total form [%] (replicate 4 of peptides)	31 Perc total form [%] (replicate 1 of highly unsatur...)	32 Perc total form [%] (replicate 2 of highly unsatur...)	33 Perc total form [%] (replicate 3 of highly unsatur...)	34 Perc total form [%] (replicate 4 of highly unsatur...)	35 Perc total form [%] (replicate 1 of highly unsatur...)	36 Perc total form [%] (replicate 2 of highly unsatur...)	37 Perc total form [%] (replicate 3 of highly unsatur...)	38 Perc total form [%] (replicate 4 of highly unsatur...)	39 Perc total form [%] (replicate 1 of polyphenols (O...)	40 Perc total form [%] (replicate 2 of polyphenols (O...)	41 Perc total form [%] (replicate 3 of polyphenols (O...)	42 Perc total form [%] (replicate 4 of polyphenols (O...)	43 Perc total form [%] (replicate 1 of polyphenols (O...)	44 Perc total form [%] (replicate 2 of polyphenols (O...)	45 Perc total form [%] (replicate 3 of polyphenols (O...)	46 Perc total form [%] (replicate 4 of polyphenols (O...)	47 Perc total form [%] (replicate 1 of dissolved blac...)	48 Perc total form [%] (replicate 2 of dissolved blac...)	49 Perc total form [%] (replicate 3 of dissolved blac...)	50 Perc total form [%] (replicate 4 of dissolved blac...)	51 Perc total form [%] (replicate 1 of dissolved blac...)	52 Perc total form [%] (replicate 2 of dissolved blac...)	53 Perc total form [%] (replicate 3 of dissolved blac...)	54 Perc total form [%] (replicate 4 of dissolved blac...)	55 Perc total form [%] (replicate 1 of BC-CHOx)	56 Perc total form [%] (replicate 2 of BC-CHOx)	57 Perc total form [%] (replicate 3 of BC-CHOx)	58 Perc total form [%] (replicate 4 of BC-CHOx)	59 Perc total form [%] (replicate 1 of H/Cwa)	60 Perc total form [%] (replicate 2 of H/Cwa)	61 Perc total form [%] (replicate 3 of H/Cwa)	62 Perc total form [%] (replicate 4 of H/Cwa)	63 Perc total form [%] (replicate 1 of O/Cwa)	64 Perc total form [%] (replicate 2 of O/Cwa)	65 Perc total form [%] (replicate 3 of O/Cwa)	66 Perc total form [%] (replicate 4 of O/Cwa)	67 Perc total form [%] (replicate 1 of AI-modwa)	68 Perc total form [%] (replicate 2 of AI-modwa)	69 Perc total form [%] (replicate 3 of AI-modwa)	70 Perc total form [%] (replicate 4 of AI-modwa)	71 Perc total form [%] (replicate 1 of DBEwa)	72 Perc total form [%] (replicate 2 of DBEwa)	73 Perc total form [%] (replicate 3 of DBEwa)	74 Perc total form [%] (replicate 4 of DBEwa)
PS80/240-2	0.005	0.00	0.01	Ice-2	1; 2	0.00			0.76	0.61			0.0	0.1			1.7	2.80			10.9	10.2			15.7	4.8			27.2	31.0			42.3	46.9			0.05	0.28			1.22	2.92			0.10	0.39			0.05	0.06			0.00	0.00			1.370	1.297			0.447	0.474			0.191	0.223			7.1	7.5
PS80/240-2	0.030	0.01	0.05	Ice-2	3; 4	0.06			0.69	0.36			0.0	0.0			2.5	1.40			7.3	7.7			4.0	2.8			33.4	32.0			47.1	52.7			0.87	0.36			3.06	2.35			0.81	0.24			0.17	0.06			0.00	0.00			1.293	1.262			0.473	0.475			0.228	0.238			7.7	8.2
PS80/240-2	0.075	0.05	0.10	Ice-2	5; 6	0.00			0.44	0.38			0.0	0.0			1.2	1.00			7.9	7.2			3.1	1.9			31.3	31.9			54.3	56.1			0.00	0.06			1.63	1.47			0.13	0.00			0.06	0.06			0.00	0.00			1.269	1.258			0.472	0.473			0.235	0.240			8.2	8.3
PS80/240-2	-0.010			Ice-2	7; 8	0.00			0.48	0.26			0.0	0.0			1.7	2.01			7.6	7.8			4.3	0.7			32.4	36.1			51.9	51.5			0.00	0.00			1.52	1.64			0.06	0.07			0.06	0.00			0.00	0.00			1.274	1.260			0.476	0.486			0.229	0.234			8.1	8.0
PS80/260-2	0.005	0.00	0.01	Ice-3	9; 10	0.00			1.75	1.36			0.0	0.0			2.4	2.60			13.6	13.8			26.2	25.9			22.4	22.6			32.9	32.6			0.06	0.12			0.41	0.77			0.06	0.12			0.06	0.06			0.00	0.00			1.519	1.510			0.415	0.419			0.132	0.136			5.6	5.6
PS80/260-2	0.030	0.01	0.05	Ice-3	11; 12	0.00			0.76	0.34			0.0	0.0			1.5	1.30			8.9	7.4			4.2	0.5			29.4	33.8			53.9	55.9			0.00	0.00			1.27	0.60			0.06	0.00			0.06	0.07			0.00	0.00			1.291	1.262			0.464	0.478			0.228	0.235			7.9	8.3
PS80/260-2	0.075	0.05	0.10	Ice-3	13; 14	0.00			0.39	0.54			0.0	0.1			0.9	1.00			8.4	9.2			1.9	1.0			26.8	29.6			59.1	57.2			0.00	0.00			2.28	1.27			0.00	0.00			0.07	0.07			0.07	0.00			1.272	1.276			0.457	0.464			0.240	0.236			8.2	8.1
PS80/260-2	-0.010			Ice-3	15; 16	0.00			0.39	0.32			0.0	0.0			1.4	1.70			7.1	9.3			0.4	1.6			35.3	32.4			53.5	51.6			0.00	0.06			1.80	2.84			0.06	0.06			0.00	0.00			0.00	0.00			1.259	1.274			0.484	0.474			0.235	0.233			8.1	7.8
PS80/277-3	0.005	0.00	0.01	Ice-4	17; 18	0.00			1.32	0.97			0.0	0.0			2.6	2.30			14.0	10.4			22.4	9.3			24.6	30.8			33.9	44.4			0.06	0.11			0.84	1.60			0.12	0.11			0.06	0.06			0.00	0.00			1.494	1.332			0.425	0.467			0.143	0.207			5.8	7.3
PS80/277-3	0.030	0.01	0.05	Ice-4	19; 20	0.00			0.20	0.38			0.0	0.0			1.3	1.10			7.4	7.1			0.4	3.7			29.9	29.8			58.4	55.6			0.00	0.00			2.23	2.26			0.13	0.00			0.07	0.06			0.00	0.00			1.263	1.271			0.466	0.467			0.239	0.234			8.2	8.2
PS80/277-3	0.075	0.05	0.10	Ice-4	21; 22	0.07			0.28	0.54			0.1	0.0			0.8	1.10			9.4	8.1			4.4	3.7			22.2	30.0			56.3	55.8			0.00	0.00			6.04	0.75			0.00	0.00			0.28	0.07			0.14	0.00			1.284	1.278			0.430	0.465			0.245	0.233			8.3	8.1
PS80/277-3	-0.010			Ice-4	23; 24	0.00			0.56	0.32			0.0	0.0			2.3	1.70			8.5	8.1			1.2	0.8			34.8	35.4			49.8	51.0			0.12	0.13			2.55	2.43			0.06	0.06			0.00	0.06			0.00	0.00			1.263	1.260			0.482	0.484			0.236	0.235			7.9	8.1
PS80/338-2	0.005	0.00	0.01	Ice-6	29; 30	0.00			0.87	0.87			0.0	0.0			1.5	1.60			8.7	9.3			3.6	4.2			31.5	30.2			52.1	51.9			0.00	0.00			1.67	1.80			0.06	0.12			0.00	0.00			0.00	0.00			1.299	1.308			0.470	0.465			0.225	0.224			7.7	7.6
PS80/338-2	0.030	0.01	0.05	Ice-6	31; 32	0.00			0.35	0.41			0.0	0.0			0.8	1.10			7.3	6.7			0.3	0.3			29.4	32.9			60.5	57.7			0.00	0.00			1.46	0.95			0.00	0.00			0.00	0.00			0.00	0.00			1.261	1.262			0.467	0.475			0.241	0.236			8.3	8.2
PS80/338-2	0.075	0.05	0.10	Ice-6	33; 34	0.00			0.33	0.45			0.0	0.0			0.9	0.80			7.1	7.2			0.3	2.1			31.8	29.2			58.5	58.9			0.00	0.00			1.13	1.29			0.00	0.00			0.00	0.06			0.00	0.00			1.257	1.259			0.471	0.466			0.241	0.242			8.3	8.3
PS80/338-2	-0.010			Ice-6	35; 36; 37; 38	0.00	0	0	0.19	0.13	0.13	0.2	0.0	0.0	0	0	1.6	1.90	1.3	1.3	7.1	7.2	7.2	7.5	0.8	0.2	0.3	0.4	36.2	36.7	34.2	33.5	52.2	51.7	55.1	54.9	0.00	0.00	0	0	1.75	2.09	1.81	2.31	0.06	0.00	0	0.07	0.00	0.00	0	0	0.00	0.00	0	0	1.256	1.255	1.258	1.261	0.489	0.489	0.481	0.477	0.234	0.236	0.237	0.237	8.2	8.0	8.1	8.1
PS80/350-2	0.005	0.00	0.01	Ice-7	39; 40	0.00			0.82	0.88			0.0	0.1			2.1	1.50			9.2	11.6			6.0	9.2			31.1	26.1			49.0	49.5			0.00	0.00			1.75	1.13			0.12	0.06			0.00	0.00			0.00	0.00			1.298	1.330			0.470	0.449			0.223	0.214			7.7	7.5
PS80/350-2	0.030	0.01	0.05	Ice-7	41; 42	0.00			0.61	0.63			0.0	0.0			0.8	0.90			7.0	7.4			1.2	1.2			31.0	30.4			57.8	57.9			0.00	0.00			1.57	1.60			0.07	0.00			0.00	0.00			0.00	0.00			1.290	1.295			0.468	0.466			0.233	0.232			7.9	7.9
PS80/350-2	0.075	0.05	0.10	Ice-7	43; 44	0.00			0.73	0.91			0.0	0.0			0.7	0.70			6.9	7.0			2.6	2.1			30.2	29.9			57.3	57.7			0.07	0.00			1.46	1.63			0.00	0.00			0.00	0.00			0.00	0.00			1.263	1.262			0.467	0.466			0.241	0.241			8.3	8.3
PS80/350-2	-0.010			Ice-7	45; 46	0.00			0.98	0.64			0.0	0.0			2.7	2.70			9.8	8.9			1.8	0.9			33.0	33.4			51.3	51.8			0.00	0.00			0.46	1.55			0.07	0.06			0.00	0.00			0.00	0.00			1.288	1.272			0.477	0.481			0.223	0.232			7.9	7.9
PS80/362-1	0.005	0.00	0.01	Ice-8	47; 48	0.00			1.10	1.35			0.0	0.0			2.3	1.50			11.0	10.3			8.7	11.4			28.6	27.7			46.4	45.9			0.00	0.00			1.85	1.65			0.17	0.12			0.00	0.00			0.00	0.00			1.333	1.351			0.455	0.443			0.212	0.207			7.3	7.1
PS80/362-1	0.030	0.01	0.05	Ice-8	49; 50	0.00			0.28	0.60			0.0	0.0			1.0	1.10			6.3	6.6			0.3	3.7			32.4	31.5			58.9	55.8			0.00	0.00			0.91	0.79			0.00	0.00			0.00	0.00			0.00	0.00			1.256	1.263			0.474	0.472			0.239	0.237			8.3	8.2
PS80/362-1	0.075	0.05	0.10	Ice-8	51; 52	0.00			0.21	0.48			0.0	0.0			0.8	0.70			5.9	6.4			0.3	0.1			31.7	30.9			60.1	59.6			0.00	0.00			1.04	1.83			0.00	0.00			0.00	0.00			0.00	0.00			1.251	1.252			0.472	0.469			0.243	0.245			8.4	8.4
PS80/362-1	-0.010			Ice-8	53; 54	0.00			0.14	0.00			0.0	0.0			1.2	1.60			6.6	6.6			0.2	0.2			30.6	34.3			57.6	55.0			0.00	0.00			3.61	2.21			0.07	0.00			0.00	0.00			0.00	0.00			1.259	1.254			0.469	0.481			0.242	0.240			8.1	8.1
PS80/394-2	0.005	0.00	0.01	Ice-9	55; 56	0.00			1.02	0.83			0.0	0.0			3.2	3.50			9.8	9.1			6.9	5.3			27.9	30.1			44.5	44.8			0.76	0.78			4.93	4.58			0.71	0.83			0.20	0.16			0.05	0.00			1.305	1.292			0.459	0.468			0.229	0.232			7.4	7.5
PS80/394-2	0.030	0.01	0.05	Ice-9	57; 58	0.00			0.40	0.25			0.0	0.0			0.7	1.00			5.1	5.4			0.5	0.7			29.7	26.7			55.8	52.9			0.27	0.36			7.20	10.73			0.07	0.71			0.20	0.76			0.07	0.46			1.416	1.221			0.452	0.457			0.210	0.272			6.8	8.4
PS80/394-2	0.075	0.05	0.10	Ice-9	59; 60	0.00			0.30	0.09			0.0	0.0			0.7	0.90			5.2	4.6			1.7	0.4			23.1	23.5			49.6	50.9			1.22	1.56			14.07	14.04			0.96	1.04			1.65	1.60			1.52	1.43			1.188	1.176			0.441	0.443			0.301	0.307			8.7	8.9
PS80/394-2	-0.010			Ice-9	61; 62	0.00			1.11	0.87			0.0	0.0			4.4	4.10			14.0	12.7			2.0	1.7			31.0	31.4			46.6	47.2			0.00	0.12			0.72	1.92			0.07	0.12			0.00	0.00			0.00	0.00			1.322	1.307			0.455	0.474			0.219	0.219			7.3	7.5