Citation:

PANGAEA.130151

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: -59.333300 * Longitude: -169.983300

Date/Time Start: 1997-11-04T13:49:00 * Date/Time End: 1997-11-04T13:49:00

Minimum DEPTH, water: 2.0 m * Maximum DEPTH, water: 138.6 m

Event(s):

KIWI-6/12-6 (11041349) * Latitude: -59.333300 * Longitude: -169.983300 * Date/Time: 1997-11-04T13:49:00 * Location: Southern Ocean * Campaign: * Basis: Roger A. Revelle * Method/Device: Bottle, Niskin (NIS) * Comment: TM-8 R0601202 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:

834 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]
2.0	2.0	2.364	30.289	33.994	2.364	27.137
3.0	3.0	2.364	30.289	33.994	2.364	27.137
4.0	4.0	2.365	30.291	33.994	2.364	27.137
5.0	5.0	2.364	30.291	33.995	2.364	27.138
5.9	6.0	2.363	30.291	33.996	2.363	27.138
6.9	7.0	2.362	30.292	33.997	2.362	27.139
7.9	8.0	2.363	30.293	33.997	2.363	27.139
8.9	9.0	2.364	30.294	33.997	2.363	27.139
9.9	10.0	2.365	30.294	33.995	2.364	27.138
10.9	11.0	2.364	30.293	33.994	2.364	27.137
11.9	12.0	2.363	30.294	33.995	2.362	27.138
12.9	13.0	2.362	30.294	33.996	2.362	27.138
13.9	14.0	2.363	30.295	33.995	2.362	27.138
14.9	15.0	2.363	30.295	33.995	2.362	27.138
15.8	16.0	2.362	30.295	33.996	2.361	27.139
16.8	17.0	2.363	30.295	33.995	2.362	27.138
17.8	18.0	2.363	30.296	33.995	2.362	27.138
18.8	19.0	2.363	30.298	33.996	2.362	27.139
19.8	20.0	2.363	30.298	33.995	2.362	27.138
20.8	21.0	2.363	30.299	33.997	2.362	27.139
21.8	22.0	2.363	30.299	33.995	2.362	27.138
22.8	23.0	2.364	30.299	33.995	2.362	27.138
23.8	24.0	2.363	30.300	33.996	2.362	27.139
24.8	25.0	2.363	30.300	33.997	2.361	27.139
25.8	26.0	2.363	30.301	33.997	2.361	27.139
26.7	27.0	2.365	30.301	33.993	2.364	27.136
27.7	28.0	2.364	30.302	33.995	2.363	27.138
28.7	29.0	2.363	30.302	33.996	2.362	27.139
29.7	30.0	2.363	30.302	33.995	2.362	27.138
30.7	31.0	2.364	30.304	33.996	2.362	27.139
31.7	32.0	2.364	30.304	33.996	2.362	27.138
32.7	33.0	2.364	30.304	33.995	2.363	27.138
33.7	34.0	2.364	30.305	33.995	2.362	27.138
34.7	35.0	2.364	30.305	33.995	2.362	27.138
35.7	36.0	2.364	30.305	33.995	2.362	27.138
36.7	37.0	2.363	30.306	33.996	2.361	27.139
37.6	38.0	2.365	30.308	33.996	2.363	27.139
38.6	39.0	2.365	30.308	33.997	2.363	27.139
39.6	40.0	2.365	30.308	33.996	2.363	27.138
40.6	41.0	2.365	30.309	33.996	2.362	27.139
41.6	42.0	2.365	30.310	33.996	2.363	27.139
42.6	43.0	2.365	30.310	33.996	2.362	27.139
43.6	44.0	2.364	30.310	33.995	2.362	27.138
44.6	45.0	2.364	30.310	33.996	2.361	27.139
45.6	46.0	2.365	30.312	33.996	2.362	27.139
46.6	47.0	2.365	30.312	33.996	2.362	27.139
47.5	48.0	2.366	30.313	33.995	2.363	27.138
48.5	49.0	2.365	30.313	33.996	2.362	27.139
49.5	50.0	2.365	30.310	33.992	2.362	27.135
50.5	51.0	2.357	30.302	33.989	2.354	27.134
51.5	52.0	2.352	30.303	33.996	2.349	27.139
52.5	53.0	2.346	30.299	33.997	2.343	27.141
53.5	54.0	2.346	30.298	33.996	2.343	27.140
54.5	55.0	2.345	30.299	33.997	2.342	27.141
55.5	56.0	2.344	30.299	33.997	2.341	27.141
56.5	57.0	2.344	30.299	33.996	2.341	27.140
57.4	58.0	2.343	30.298	33.996	2.340	27.141
58.4	59.0	2.342	30.298	33.996	2.339	27.141
59.4	60.0	2.341	30.297	33.996	2.338	27.141
60.4	61.0	2.341	30.297	33.996	2.338	27.140
61.4	62.0	2.343	30.298	33.993	2.340	27.138
62.4	63.0	2.341	30.298	33.995	2.337	27.140
63.4	64.0	2.340	30.298	33.996	2.336	27.141
64.4	65.0	2.340	30.297	33.994	2.336	27.139
65.4	66.0	2.338	30.294	33.992	2.335	27.137
66.4	67.0	2.334	30.294	33.996	2.331	27.141
67.4	68.0	2.332	30.293	33.995	2.329	27.141
68.3	69.0	2.331	30.292	33.996	2.327	27.141
69.3	70.0	2.332	30.294	33.996	2.328	27.141
70.3	71.0	2.330	30.293	33.997	2.326	27.142
71.3	72.0	2.324	30.291	34.000	2.320	27.145
72.3	73.0	2.323	30.289	33.998	2.319	27.143
73.3	74.0	2.325	30.289	33.996	2.321	27.142
74.3	75.0	2.321	30.286	33.996	2.317	27.142
75.3	76.0	2.319	30.286	33.997	2.315	27.143
76.3	77.0	2.317	30.285	33.996	2.313	27.143
77.3	78.0	2.313	30.284	33.999	2.309	27.146
78.2	79.0	2.311	30.284	34.001	2.306	27.147
79.2	80.0	2.312	30.282	33.996	2.308	27.143
80.2	81.0	2.293	30.274	34.006	2.289	27.153
81.2	82.0	2.251	30.252	34.024	2.246	27.170
82.2	83.0	2.217	30.222	34.022	2.213	27.172
83.2	84.0	2.216	30.209	34.007	2.211	27.160
84.2	85.0	2.221	30.211	34.002	2.217	27.155
85.2	86.0	2.205	30.198	34.004	2.200	27.158
86.2	87.0	2.207	30.192	33.993	2.202	27.149
87.2	88.0	2.205	30.191	33.994	2.200	27.150
88.1	89.0	2.194	30.185	33.996	2.190	27.153
89.1	90.0	2.196	30.185	33.994	2.191	27.151
90.1	91.0	2.197	30.186	33.994	2.192	27.151
91.1	92.0	2.188	30.179	33.995	2.183	27.152
92.1	93.0	2.176	30.169	33.994	2.171	27.152
93.1	94.0	2.172	30.166	33.994	2.167	27.152
94.1	95.0	2.167	30.163	33.995	2.162	27.154
95.1	96.0	2.158	30.155	33.994	2.153	27.154
96.1	97.0	2.145	30.141	33.991	2.140	27.152
97.1	98.0	2.138	30.136	33.991	2.133	27.153
98.0	99.0	2.130	30.132	33.994	2.125	27.156
99.0	100.0	2.129	30.125	33.986	2.124	27.150
100.0	101.0	2.119	30.124	33.994	2.114	27.157
101.0	102.0	2.111	30.119	33.997	2.105	27.160
102.0	103.0	2.110	30.116	33.994	2.104	27.157
103.0	104.0	2.108	30.114	33.993	2.103	27.157
104.0	105.0	2.107	30.115	33.994	2.102	27.158
105.0	106.0	2.108	30.116	33.994	2.102	27.158
106.0	107.0	2.109	30.112	33.988	2.103	27.153
107.0	108.0	2.106	30.114	33.992	2.100	27.156
107.9	109.0	2.104	30.112	33.992	2.098	27.156
108.9	110.0	2.091	30.107	33.998	2.085	27.163
109.9	111.0	2.087	30.099	33.992	2.081	27.158
110.9	112.0	2.084	30.101	33.997	2.078	27.162
111.9	113.0	2.086	30.100	33.993	2.080	27.159
112.9	114.0	2.084	30.098	33.992	2.078	27.158
113.9	115.0	2.084	30.097	33.990	2.078	27.157
114.9	116.0	2.084	30.098	33.991	2.078	27.157
115.9	117.0	2.084	30.098	33.990	2.078	27.157
116.9	118.0	2.084	30.098	33.990	2.077	27.157
117.8	119.0	2.081	30.098	33.992	2.075	27.158
118.8	120.0	2.081	30.097	33.991	2.074	27.158
119.8	121.0	2.080	30.098	33.993	2.074	27.159
120.8	122.0	2.082	30.100	33.992	2.076	27.158
121.8	123.0	2.080	30.099	33.992	2.074	27.158
122.8	124.0	2.070	30.092	33.994	2.064	27.161
123.8	125.0	2.069	30.092	33.995	2.063	27.161
124.8	126.0	2.073	30.095	33.993	2.066	27.160
125.8	127.0	2.069	30.090	33.991	2.063	27.159
126.8	128.0	2.066	30.088	33.991	2.059	27.159
127.8	129.0	2.066	30.088	33.991	2.059	27.158
128.7	130.0	2.068	30.090	33.990	2.061	27.158
129.7	131.0	2.068	30.089	33.990	2.061	27.158
130.7	132.0	2.061	30.087	33.993	2.054	27.161
131.7	133.0	2.051	30.081	33.996	2.044	27.164
132.7	134.0	2.047	30.075	33.992	2.040	27.161
133.7	135.0	2.048	30.074	33.990	2.041	27.159
134.7	136.0	2.053	30.077	33.988	2.045	27.157
135.7	137.0	2.050	30.077	33.990	2.043	27.160
136.7	138.0	2.041	30.074	33.996	2.033	27.165
137.6	139.0	2.034	30.068	33.995	2.027	27.164
138.6	140.0	2.039	30.068	33.988	2.032	27.159