Citation:

PANGAEA.938354

Name: Heating induced temperature difference measurements from the modular buoy 2020M26: 20 s after the heating cycle
Published: 2021-11-17
License: https://creativecommons.org/licenses/by/4.0/
Keywords: autonomous platform; buoy; Ice mass balance; solar radiation; Temperature

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Abstract:

Temperature and heating-induced temperature differences were measured along a chain of thermistors. 2020M26 (a.k.a. Bruncin IMB042) is an autonomous modular instrument that was installed on drifting sea ice in the Arctic Ocean during the 4th leg of MOSAiC in June 2020. The thermistor chain was 5 m long and included 256 sensors. The resulting time series describes the evolution of temperature and temperature differences after three heating cycles of 4, 20 and 24 s as a function of place, depth and time between 26 June 2020 and 19 August 2020 in sample intervals of 1 hour for temperature and 6 hours for temperature differences. In addition, this modular buoy consisted of sensors measuring position (GPS) and barometric pressure at hourly intervals. The buoy was installed on a ridge, called Jaridge that was studied during leg 4, in the MOSAiC Central Observatory. This instrument was deployed as part of the project Ridges - Safe HAVens for ice-associated Flora and Fauna in a Seasonally ice-covered Arctic OCean (HAVOC), funded by the Research Council of Norway (project number 280292).

Keyword(s):

autonomous platform; buoy; Ice mass balance; solar radiation; Temperature

Further details:

Buoy Deployment Report 2020M26

Project(s):

Current sea ice maps for Arctic and Antarctic (meereisportal.de)

Multidisciplinary drifting Observatory for the Study of Arctic Climate (MOSAiC)

Ridges - Safe HAVens for ice-associated Flora and Fauna in a Seasonally ice-covered Arctic OCean (HAVOC)

Funding:

Alfred Wegener Institute, Helmholtz Centre for Polar and Marine Research, Bremerhaven (AWI), grant/award no. AFMOSAiC-1_00: Multidisciplinary drifting Observatory for the Study of Arctic Climate

Alfred Wegener Institute, Helmholtz Centre for Polar and Marine Research, Bremerhaven (AWI), grant/award no. AWI_PS122_00: Multidisciplinary drifting Observatory for the Study of Arctic Climate / MOSAiC

The Research Council of Norway (RCN), grant/award no. 280292 : Ridges - Safe HAVens for ice-associated Flora and Fauna in a Seasonally ice-covered Arctic OCean

Coverage:

Median Latitude: 80.301876 * Median Longitude: 0.939846 * South-bound Latitude: 75.845500 * West-bound Longitude: -8.318700 * North-bound Latitude: 82.020000 * East-bound Longitude: 10.187600

Date/Time Start: 2020-06-26T12:52:02 * Date/Time End: 2020-08-18T12:01:01

Event(s):

PS122/4_43-68 (2020M26) * Latitude Start: 82.025080 * Longitude Start: 10.201660 * Latitude End: 75.839450 * Longitude End: -8.345050 * Date/Time Start: 2020-06-26T11:59:30 * Date/Time End: 2020-08-19T22:02:00 * Sensor URI: sensor.awi.de * Location: Arctic Ocean * Campaign: (MOSAiC20192020) * Basis: * Method/Device: Ice Mass Balance buoy, flexibel (IMBflex) * Comment: Deployed at Jaridge

Comment:

The data set has been processed and contains quality flags for different kinds for erroneous data. Flag values are the sum of individual error codes. The value of 0 refers to no error.

Quality flag, position: The geographic position is flagged +1 if the drift velocity, as derived from the GPS longitude and latitude, exceeds a threshold of 10 deg latitude or 50 deg longitude per time step; +2 if the position exceeds extreme values, such as longitude > 360 deg; +4 if the position is exactly 0.0.

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Method/Device	Comment
1	DATE/TIME	Date/Time		Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Geocode
2	LATITUDE	Latitude		Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Geocode
3	LONGITUDE	Longitude		Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Geocode
4	Quality flag, position	QF pos		Granskog, Mats A
5	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 1
6	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 2
7	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 3
8	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 4
9	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 5
10	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 6
11	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 7
12	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 8
13	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 9
14	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 10
15	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 11
16	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 12
17	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 13
18	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 14
19	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 15
20	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 16
21	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 17
22	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 18
23	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 19
24	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 20
25	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 21
26	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 22
27	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 23
28	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 24
29	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 25
30	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 26
31	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 27
32	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 28
33	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 29
34	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 30
35	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 31
36	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 32
37	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 33
38	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 34
39	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 35
40	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 36
41	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 37
42	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 38
43	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 39
44	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 40
45	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 41
46	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 42
47	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 43
48	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 44
49	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 45
50	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 46
51	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 47
52	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 48
53	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 49
54	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 50
55	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 51
56	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 52
57	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 53
58	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 54
59	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 55
60	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 56
61	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 57
62	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 58
63	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 59
64	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 60
65	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 61
66	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 62
67	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 63
68	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 64
69	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 65
70	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 66
71	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 67
72	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 68
73	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 69
74	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 70
75	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 71
76	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 72
77	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 73
78	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 74
79	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 75
80	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 76
81	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 77
82	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 78
83	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 79
84	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 80
85	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 81
86	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 82
87	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 83
88	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 84
89	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 85
90	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 86
91	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 87
92	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 88
93	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 89
94	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 90
95	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 91
96	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 92
97	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 93
98	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 94
99	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 95
100	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 96
101	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 97
102	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 98
103	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 99
104	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 100
105	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 101
106	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 102
107	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 103
108	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 104
109	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 105
110	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 106
111	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 107
112	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 108
113	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 109
114	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 110
115	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 111
116	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 112
117	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 113
118	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 114
119	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 115
120	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 116
121	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 117
122	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 118
123	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 119
124	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 120
125	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 121
126	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 122
127	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 123
128	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 124
129	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 125
130	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 126
131	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 127
132	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 128
133	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 129
134	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 130
135	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 131
136	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 132
137	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 133
138	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 134
139	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 135
140	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 136
141	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 137
142	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 138
143	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 139
144	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 140
145	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 141
146	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 142
147	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 143
148	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 144
149	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 145
150	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 146
151	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 147
152	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 148
153	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 149
154	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 150
155	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 151
156	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 152
157	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 153
158	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 154
159	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 155
160	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 156
161	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 157
162	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 158
163	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 159
164	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 160
165	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 161
166	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 162
167	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 163
168	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 164
169	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 165
170	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 166
171	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 167
172	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 168
173	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 169
174	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 170
175	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 171
176	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 172
177	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 173
178	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 174
179	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 175
180	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 176
181	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 177
182	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 178
183	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 179
184	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 180
185	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 181
186	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 182
187	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 183
188	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 184
189	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 185
190	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 186
191	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 187
192	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 188
193	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 189
194	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 190
195	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 191
196	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 192
197	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 193
198	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 194
199	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 195
200	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 196
201	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 197
202	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 198
203	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 199
204	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 200
205	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 201
206	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 202
207	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 203
208	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 204
209	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 205
210	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 206
211	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 207
212	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 208
213	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 209
214	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 210
215	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 211
216	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 212
217	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 213
218	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 214
219	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 215
220	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 216
221	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 217
222	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 218
223	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 219
224	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 220
225	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 221
226	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 222
227	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 223
228	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 224
229	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 225
230	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 226
231	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 227
232	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 228
233	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 229
234	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 230
235	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 231
236	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 232
237	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 233
238	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 234
239	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 235
240	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 236
241	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 237
242	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 238
243	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 239
244	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 240
245	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 241
246	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 242
247	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 243
248	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 244
249	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 245
250	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 246
251	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 247
252	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 248
253	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 249
254	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 250
255	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 251
256	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 252
257	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 253
258	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 254
259	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 255
260	Temperature, difference	delta T	°C	Granskog, Mats A	Ice Mass Balance buoy, flexibel (IMBflex)	Thermistor 256

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

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Curation Level: Enhanced curation (CurationLevelC) * Processing Level: PANGAEA data processing level 2 (ProcLevel2)

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37779 data points

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