Citation:

PANGAEA.130150

Always quote citation above when using data! You can download the citation in several formats below.

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Related to:

Morrison, John M (2003): Processed CTD data from TM casts. United States JGOFS Process Study Data 1989-1998; CD-ROM volume 1, version 2, Woods Hole Oceanographic Institution, USA: U.S. JGOFS Data Management Office

Further details:

Morrison, John M (1998): Notes about CTD-data methodology from Revelle Leg KIWI06 (APFZ Survey 1). US JGOFS (Joint Global Ocean Flux Study) Data System, Morrison-TMRR06.htm

Project(s):

Antarctic Environments Southern Ocean Process Study (AESOPS)

Joint Global Ocean Flux Study (JGOFS)

Coverage:

Latitude: -59.332800 * Longitude: -170.000200

Date/Time Start: 1997-11-04T23:19:00 * Date/Time End: 1997-11-04T23:19:00

Minimum DEPTH, water: 5.9 m * Maximum DEPTH, water: 147.6 m

Event(s):

KIWI-6/12-10 (11042319) * Latitude: -59.332800 * Longitude: -170.000200 * Date/Time: 1997-11-04T23:19:00 * Location: Southern Ocean * Campaign: * Basis: Roger A. Revelle * Method/Device: Bottle, Niskin (NIS) * Comment: TM-9 R0601203 150m

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Comment
1	DEPTH, water	Depth water	m		Geocode
2	Pressure, water	Press	dbar	Morrison, John M
3	Temperature, water	Temp	°C	Morrison, John M	IPTS-68
4	Conductivity	Cond	mS/cm	Morrison, John M
5	Salinity	Sal		Morrison, John M
6	Temperature, water, potential	Tpot	°C	Morrison, John M
7	Density, sigma-theta (0)	Sigma-theta	kg/m³	Morrison, John M

License:

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

Size:

864 data points

Data

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

1 Depth water [m]	2 Press [dbar]	3 Temp [°C]	4 Cond [mS/cm]	5 Sal	6 Tpot [°C]	7 Sigma-theta [kg/m³]
5.9	6.0	2.545	30.453	34.002	2.545	27.128
6.9	7.0	2.545	30.453	34.001	2.545	27.127
7.9	8.0	2.545	30.454	34.002	2.544	27.128
8.9	9.0	2.545	30.454	34.002	2.544	27.128
9.9	10.0	2.545	30.455	34.002	2.544	27.128
10.9	11.0	2.545	30.455	34.002	2.544	27.128
11.9	12.0	2.546	30.456	34.002	2.545	27.128
12.9	13.0	2.546	30.457	34.002	2.545	27.128
13.9	14.0	2.544	30.456	34.002	2.543	27.128
14.9	15.0	2.543	30.457	34.003	2.542	27.129
15.8	16.0	2.544	30.457	34.002	2.544	27.128
16.8	17.0	2.544	30.458	34.003	2.543	27.129
17.8	18.0	2.546	30.459	34.001	2.545	27.128
18.8	19.0	2.545	30.460	34.003	2.544	27.129
19.8	20.0	2.545	30.461	34.003	2.544	27.129
20.8	21.0	2.546	30.461	34.001	2.545	27.128
21.8	22.0	2.546	30.462	34.004	2.544	27.129
22.8	23.0	2.545	30.462	34.004	2.544	27.130
23.8	24.0	2.546	30.462	34.002	2.545	27.128
24.8	25.0	2.546	30.463	34.003	2.544	27.129
25.8	26.0	2.547	30.464	34.002	2.546	27.128
26.7	27.0	2.547	30.465	34.003	2.545	27.129
27.7	28.0	2.548	30.465	34.001	2.546	27.128
28.7	29.0	2.547	30.465	34.002	2.545	27.128
29.7	30.0	2.546	30.466	34.003	2.545	27.129
30.7	31.0	2.547	30.467	34.002	2.545	27.128
31.7	32.0	2.549	30.468	34.001	2.547	27.128
32.7	33.0	2.548	30.468	34.002	2.546	27.128
33.7	34.0	2.547	30.467	34.002	2.545	27.128
34.7	35.0	2.547	30.469	34.003	2.545	27.129
35.7	36.0	2.547	30.470	34.003	2.545	27.129
36.7	37.0	2.547	30.470	34.003	2.545	27.129
37.6	38.0	2.548	30.471	34.003	2.546	27.129
38.6	39.0	2.548	30.472	34.003	2.546	27.129
39.6	40.0	2.549	30.472	34.002	2.546	27.128
40.6	41.0	2.549	30.473	34.002	2.547	27.128
41.6	42.0	2.548	30.473	34.002	2.546	27.128
42.6	43.0	2.549	30.473	34.002	2.546	27.128
43.6	44.0	2.547	30.473	34.003	2.545	27.129
44.6	45.0	2.548	30.473	34.001	2.546	27.127
45.6	46.0	2.546	30.474	34.004	2.544	27.129
46.6	47.0	2.548	30.475	34.003	2.546	27.129
47.5	48.0	2.549	30.477	34.003	2.546	27.129
48.5	49.0	2.549	30.477	34.003	2.547	27.129
49.5	50.0	2.550	30.477	34.002	2.547	27.128
50.5	51.0	2.549	30.478	34.003	2.546	27.129
51.5	52.0	2.549	30.478	34.003	2.546	27.129
52.5	53.0	2.549	30.479	34.003	2.546	27.129
53.5	54.0	2.549	30.479	34.003	2.546	27.129
54.5	55.0	2.549	30.480	34.003	2.546	27.129
55.5	56.0	2.549	30.479	34.001	2.546	27.128
56.5	57.0	2.548	30.479	34.002	2.545	27.128
57.4	58.0	2.548	30.480	34.002	2.545	27.128
58.4	59.0	2.549	30.479	34.000	2.545	27.127
59.4	60.0	2.544	30.474	33.999	2.541	27.126
60.4	61.0	2.537	30.475	34.007	2.534	27.133
61.4	62.0	2.534	30.472	34.007	2.530	27.133
62.4	63.0	2.531	30.469	34.005	2.528	27.132
63.4	64.0	2.535	30.471	34.002	2.532	27.129
64.4	65.0	2.537	30.473	34.002	2.533	27.129
65.4	66.0	2.541	30.478	34.003	2.537	27.130
66.4	67.0	2.542	30.477	34.001	2.538	27.128
67.4	68.0	2.540	30.477	34.002	2.536	27.129
68.3	69.0	2.539	30.476	34.001	2.535	27.128
69.3	70.0	2.538	30.476	34.002	2.534	27.129
70.3	71.0	2.540	30.478	34.002	2.536	27.129
71.3	72.0	2.541	30.479	34.002	2.537	27.129
72.3	73.0	2.544	30.481	34.000	2.539	27.127
73.3	74.0	2.543	30.483	34.002	2.539	27.129
74.3	75.0	2.545	30.484	34.002	2.541	27.128
75.3	76.0	2.544	30.485	34.003	2.540	27.129
76.3	77.0	2.549	30.486	33.999	2.545	27.126
77.3	78.0	2.548	30.488	34.001	2.544	27.128
78.2	79.0	2.548	30.490	34.003	2.543	27.129
79.2	80.0	2.543	30.489	34.006	2.539	27.132
80.2	81.0	2.547	30.488	34.002	2.542	27.128
81.2	82.0	2.546	30.490	34.003	2.541	27.130
82.2	83.0	2.542	30.489	34.006	2.537	27.132
83.2	84.0	2.542	30.487	34.003	2.537	27.129
84.2	85.0	2.542	30.486	34.002	2.537	27.129
85.2	86.0	2.523	30.482	34.015	2.519	27.141
86.2	87.0	2.495	30.459	34.016	2.490	27.144
87.2	88.0	2.485	30.443	34.008	2.480	27.138
88.1	89.0	2.472	30.436	34.012	2.467	27.143
89.1	90.0	2.481	30.441	34.008	2.476	27.139
90.1	91.0	2.483	30.441	34.005	2.478	27.136
91.1	92.0	2.465	30.429	34.008	2.460	27.140
92.1	93.0	2.435	30.404	34.010	2.430	27.145
93.1	94.0	2.407	30.378	34.007	2.402	27.144
94.1	95.0	2.399	30.368	34.002	2.394	27.141
95.1	96.0	2.406	30.377	34.006	2.400	27.144
96.1	97.0	2.411	30.378	34.002	2.405	27.140
97.1	98.0	2.399	30.368	34.001	2.394	27.140
98.0	99.0	2.400	30.369	34.000	2.394	27.139
99.0	100.0	2.400	30.371	34.002	2.395	27.140
100.0	101.0	2.392	30.365	34.002	2.386	27.141
101.0	102.0	2.389	30.363	34.002	2.383	27.142
102.0	103.0	2.385	30.358	34.000	2.379	27.141
103.0	104.0	2.373	30.349	34.002	2.367	27.143
104.0	105.0	2.379	30.351	33.996	2.374	27.138
105.0	106.0	2.380	30.354	33.999	2.374	27.140
106.0	107.0	2.381	30.358	34.003	2.375	27.143
107.0	108.0	2.391	30.366	34.000	2.385	27.140
107.9	109.0	2.394	30.368	34.001	2.388	27.140
108.9	110.0	2.398	30.375	34.003	2.392	27.142
109.9	111.0	2.403	30.381	34.005	2.397	27.143
110.9	112.0	2.406	30.384	34.005	2.400	27.142
111.9	113.0	2.421	30.396	34.003	2.415	27.140
112.9	114.0	2.426	30.404	34.007	2.420	27.143
113.9	115.0	2.422	30.402	34.009	2.416	27.144
114.9	116.0	2.418	30.399	34.008	2.411	27.144
115.9	117.0	2.417	30.398	34.009	2.410	27.145
116.9	118.0	2.418	30.400	34.009	2.411	27.145
117.8	119.0	2.414	30.399	34.011	2.408	27.147
118.8	120.0	2.395	30.397	34.029	2.388	27.163
119.8	121.0	2.389	30.390	34.025	2.383	27.160
120.8	122.0	2.394	30.383	34.011	2.388	27.148
121.8	123.0	2.397	30.385	34.010	2.390	27.148
122.8	124.0	2.396	30.385	34.011	2.389	27.148
123.8	125.0	2.399	30.383	34.004	2.392	27.143
124.8	126.0	2.409	30.391	34.003	2.402	27.141
125.8	127.0	2.411	30.397	34.008	2.404	27.145
126.8	128.0	2.412	30.401	34.011	2.405	27.147
127.8	129.0	2.411	30.404	34.014	2.404	27.150
128.7	130.0	2.410	30.404	34.015	2.403	27.150
129.7	131.0	2.412	30.404	34.014	2.404	27.149
130.7	132.0	2.411	30.405	34.015	2.403	27.151
131.7	133.0	2.409	30.406	34.018	2.401	27.153
132.7	134.0	2.409	30.406	34.018	2.401	27.153
133.7	135.0	2.406	30.406	34.019	2.399	27.154
134.7	136.0	2.402	30.404	34.021	2.394	27.156
135.7	137.0	2.406	30.403	34.015	2.398	27.150
136.7	138.0	2.405	30.400	34.011	2.397	27.148
137.6	139.0	2.400	30.396	34.010	2.393	27.148
138.6	140.0	2.387	30.385	34.011	2.379	27.149
139.6	141.0	2.376	30.378	34.014	2.368	27.152
140.6	142.0	2.388	30.384	34.006	2.381	27.145
141.6	143.0	2.392	30.395	34.016	2.384	27.153
142.6	144.0	2.392	30.406	34.029	2.384	27.163
143.6	145.0	2.390	30.400	34.024	2.382	27.160
144.6	146.0	2.388	30.393	34.017	2.380	27.154
145.6	147.0	2.365	30.364	34.005	2.357	27.146
146.6	148.0	2.348	30.345	33.999	2.340	27.142
147.6	149.0	2.334	30.340	34.007	2.326	27.150