Home->Snow Depth

Documentation

 Data Availability

 IPF/Product Status

 QA Status

Unavailability periods

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Performance

 Crossovers

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L2 Parameters

 SIRAL Mode

 Surface Type

 Height

 SSHA

 Backscatter

 Quality Flags

 Aux. Corrections

 Waveform Peakiness

 Freeboard

 Snow Depth

 Snow Density

 Sea Ice Conc.

 Mispointing Angle

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L2I Parameters

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Further Info

ESA Cryosat Site

L2 Snow Depth Monitoring

IPF Baseline:

E D C B A

Phase:

Operational Commissioning

Cryosat L2 data includes a snow depth field for each 1Hz record. The snow depth values (in mm) are merged from a climatology model and can be used to adjust the freeboard estimate to account for snow-loading.

This tool provides global and polar plots of the L2 snow depth field for each 30-day data take.

Important Note: Since the snow depth is based on a monthly climatology, plots in this case show snow depth data for the complete month corresponding to the central date of each 30-day cycle.

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Operational Phase (Baseline-C)

Data take	Month	Global Plot	North Polar Plot	South Polar Plot
104	4/2019	View	View	View
103	3/2019	View	View	View
102	2/2019	View	View	View
101	1/2019	View	View	View
100	12/2018	View	View	View
99	11/2018	View	View	View
98	10/2018	View	View	View
97	9/2018	View	View	View
96	8/2018	View	View	View
95	7/2018	View	View	View
94	6/2018	View	View	View
93	5/2018	View	View	View
92	4/2018	View	View	View
91	3/2018	View	View	View
90	2/2018	View	View	View
89	1/2018	View	View	View
88	12/2017	View	View	View
87	11/2017	View	View	View
86	10/2017	View	View	View
85	9/2017	View	View	View
84	8/2017	View	View	View
83	7/2017	View	View	View
82	6/2017	View	View	View
81	5/2017	View	View	View
80	4/2017	View	View	View
79	3/2017	View	View	View
78	2/2017	View	View	View
77	1/2017	View	View	View
76	12/2016	View	View	View
75	11/2016	View	View	View
74	10/2016	View	View	View
73	10/2016	View	View	View
72	9/2016	View	View	View
71	8/2016	View	View	View
70	7/2016	View	View	View
69	6/2016	View	View	View
68	5/2016	View	View	View
67	4/2016	View	View	View
66	3/2016	View	View	View
65	2/2016	View	View	View
64	1/2016	View	View	View
63	12/2015	View	View	View
62	11/2015	View	View	View
61	10/2015	View	View	View
60	9/2015	View	View	View
59	8/2015	View	View	View
58	7/2015	View	View	View
57	6/2015	View	View	View
56	5/2015	View	View	View
55	4/2015	View	View	View
54	3/2015	View	View	View
53	2/2015	View	View	View
52	1/2015	View	View	View
51	12/2014	View	View	View
50	11/2014	View	View	View
49	10/2014	View	View	View
48	9/2014	View	View	View
47	8/2014	View	View	View
46	7/2014	View	View	View
45	6/2014	View	View	View
44	5/2014	View	View	View
43	4/2014	View	View	View
42	3/2014	View	View	View
41	2/2014	View	View	View
40	1/2014	View	View	View
39	12/2013	View	View	View
38	11/2013	View	View	View
37	10/2013	View	View	View
36	9/2013	View	View	View
35	9/2013	View	View	View
34	7/2013	View	View	View
33	6/2013	View	View	View
32	5/2013	View	View	View
31	4/2013	View	View	View
30	3/2013	View	View	View
29	2/2013	View	View	View
28	1/2013	View	View	View
27	12/2012	View	View	View
26	11/2012	View	View	View
25	10/2012	View	View	View
24	9/2012	View	View	View
23	8/2012	View	View	View
22	7/2012	View	View	View
21	6/2012	View	View	View
20	5/2012	View	View	View
19	4/2012	View	View	View
18	3/2012	View	View	View
17	2/2012	View	View	View
16	1/2012	View	View	View
15	12/2011	View	View	View
14	11/2011	View	View	View
13	10/2011	View	View	View
12	9/2011	View	View	View
11	8/2011	View	View	View
10	7/2011	View	View	View
9	6/2011	View	View	View
8	5/2011	View	View	View
7	5/2011	View	View	View
6	4/2011	View	View	View
5	3/2011	View	View	View
4	1/2011	View	View	View
3	1/2011	View	View	View
2	12/2010	View	View	View
1	11/2010	View	View	View

Note: data takes may be missing if they have not been processed by this IPF Baseline-C

©UCL 2010 Mullard Space Science Laboratory