\ SCIAMACHY Daily Report --- ---

1. SCIAMACHY Daily Report for level 1 products


  1.1. General Info
  1.2 Product Quality Indicators
  1.3 ADF monitoring
  1.4 DMOP execution monitoring

1.1 General Info

This report contains a daily analysis on parameters extracted from SCIAMACHY level 1 data (The SCI_NL__1P product).

1.1.1 Report summary

The table below shows general characteristics of the data that are included into this report.
Item Value
Report version
1.5 (28-07-2008)
Time of report generation
16MAR2012 09:16:17
Data source version
SCIA/7.04-W
Processing scope for products
22FEB2012 00:00:00 to 23FEB2012 00:00:00
Start time of first product within scope
21FEB2012 22:31:48
Stop time of last product within scope
22FEB2012 08:08:09
Total number of level 1 products
6
Number of level 1 products with errors
0

1.1.2 Summary per product

The following table shows a summary for each product used in this report.

Products are linked to a corresponding server directory for view/download. Note: Link access may be restricted by security settings of your internet browser or firewall.

# Product name Start time Stop time ProdErr #nadir #limb #occ #mon #noproc #cmpl_drk #incmpl_drk Decont
0
SCI_NL__1PWDPA20120221_223148_000060083112_00030_52199_0612.N1
21FEB2012 22:31:48
22FEB2012 00:11:56
0
36
42
1
0
1
18
0
nnnnnnnn
1
SCI_NL__1PWDPA20120222_001159_000060113112_00031_52200_0614.N1
22FEB2012 00:11:59
22FEB2012 01:52:11
0
35
49
1
0
1
12
0
nnnnnnnn
2
SCI_NL__1PWDPA20120222_015214_000060083112_00032_52201_0616.N1
22FEB2012 01:52:14
22FEB2012 03:32:22
0
36
42
1
0
1
18
0
nnnnnnnn
3
SCI_NL__1PWDPA20120222_033226_000060113112_00033_52202_0618.N1
22FEB2012 03:32:26
22FEB2012 05:12:38
0
35
49
1
0
1
12
0
nnnnnnnn
4
SCI_NL__1PWDPA20120222_051241_000060083112_00034_52203_0619.N1
22FEB2012 05:12:41
22FEB2012 06:52:49
0
36
42
1
0
1
16
2
nnnnnnnn
5
SCI_NL__1PWDPA20120222_065253_000045153112_00035_52204_0622.N1
22FEB2012 06:52:53
22FEB2012 08:08:09
0
27
41
1
0
1
5
0
nnnnnnnn

1.2 Product Quality Indicators

This section shows information about product quality, in particular the quality of retrieved species.

The following data items are currently included into this section:

  1. Polarisation check (if available)
  2. Leakage FPN measurements (if available)
  3. Dark measurements (if available)
  4. New leakage current parameters (if available)
  5. New spectral calibration parameters (if available)
  6. New sun reference spectrum (if available)
  7. New PPG/Etalon parameters (if available)

1.2.1 Polarisation check

The following table summarizes measured polarisation fractions for each of the detectors in nadir and limb mode. Note: this section is currently in a testing phase.

PMD ID #Q=0 #U=0
NADIR PMD1
0 out of 128271 (0.00000 %)
0 out of 128271 (0.00000 %)
NADIR PMD2
78056 out of 128271 (60.8524 %)
79533 out of 128271 (62.0039 %)
NADIR PMD3
33652 out of 128271 (26.2351 %)
34978 out of 128271 (27.2688 %)
NADIR PMD4
14642 out of 128271 (11.4149 %)
16740 out of 128271 (13.0505 %)
NADIR PMD5
55585 out of 128271 (43.3340 %)
57102 out of 128271 (44.5167 %)
NADIR PMD6
117339 out of 128271 (91.4774 %)
118010 out of 128271 (92.0005 %)
NADIR OVERLAP1
108015 out of 128271 (84.2084 %)
110010 out of 128271 (85.7637 %)
NADIR OVERLAP2
77904 out of 128271 (60.7339 %)
93747 out of 128271 (73.0851 %)
NADIR OVERLAP3
116538 out of 128271 (90.8530 %)
119449 out of 128271 (93.1224 %)
NADIR OVERLAP4
117114 out of 128271 (91.3020 %)
117453 out of 128271 (91.5663 %)
NADIR OVERLAP5
116961 out of 128271 (91.1827 %)
117328 out of 128271 (91.4688 %)
NADIR MODEL300NM
79569 out of 128271 (62.0319 %)
82074 out of 128271 (63.9848 %)
LIMB PMD1
0 out of 37170 (0.00000 %)
0 out of 37170 (0.00000 %)
LIMB PMD2
10859 out of 37170 (29.2144 %)
11581 out of 37170 (31.1568 %)
LIMB PMD3
7145 out of 37170 (19.2225 %)
8788 out of 37170 (23.6427 %)
LIMB PMD4
6726 out of 37170 (18.0952 %)
8837 out of 37170 (23.7745 %)
LIMB PMD5
7024 out of 37170 (18.8970 %)
8723 out of 37170 (23.4678 %)
LIMB PMD6
5641 out of 37170 (15.1762 %)
15412 out of 37170 (41.4635 %)
LIMB OVERLAP1
16674 out of 37170 (44.8588 %)
26031 out of 37170 (70.0323 %)
LIMB OVERLAP2
25619 out of 37170 (68.9239 %)
28240 out of 37170 (75.9753 %)
LIMB OVERLAP3
11201 out of 37170 (30.1345 %)
18517 out of 37170 (49.8171 %)
LIMB OVERLAP4
9003 out of 37170 (24.2211 %)
12818 out of 37170 (34.4848 %)
LIMB OVERLAP5
7528 out of 37170 (20.2529 %)
15044 out of 37170 (40.4735 %)
LIMB MODEL300NM
8491 out of 37170 (22.8437 %)
21060 out of 37170 (56.6586 %)

1.2.2 Fixed pattern noise information from SCI_LK1_AX files in product references

The following plots show ratios of fixed pattern noise of SCI_LK1_AX files that are referred to by the products listed in Section 1.1.2. Note: this section is currently in a testing phase.

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1.2.3 Dark measurements overview

This section lists properties of the dark measurements performed within the processing scope.

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1.2.4 New leakage current parameters

This section lists properties of the new leakage current data within the processing scope.

The following table shows the new leakage measurement data characteristics.

Note: Since the introduction of the SCICAL calibration data processor, the new leakage current dataset is not directly used for Auxiliary Data File generation.

# dsr_time attach orb_phase
0
22FEB2012 00:16:23
1
0.290250
1
22FEB2012 01:59:33
1
0.323800
2
22FEB2012 03:36:50
1
0.290250
3
22FEB2012 05:20:00
1
0.323800
4
22FEB2012 06:44:29
1
0.174750
5
22FEB2012 06:57:17
1
0.290250

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1.2.5 Spectral calibration parameters

(No new spectral calibration data available for this processing scope)

1.2.6 Sun reference spectrum parameters

This section lists properties of the new sun reference spectrum data within the processing scope.

The following table shows the new sun reference measurement data characteristics.

Note: Since the introduction of the SCICAL calibration data processor, the new sun reference spectrum dataset is not directly used for Auxiliary Data File generation.

# dsr_time attach ID NDF az [deg] el [deg] solar_el [deg] Doppler 500nm [nm]
0
22FEB2012 00:29:00
0
0
O
U
1
1
-27.7211
-27.7211
-11.7074
-11.7074
0.00000
0.00000
0.00951801
0.00951801
1
22FEB2012 02:09:13
0
0
O
U
1
1
-27.7235
-27.7235
-11.7100
-11.7100
0.00000
0.00000
0.00951800
0.00951800
2
22FEB2012 03:49:27
0
0
O
U
1
1
-27.7256
-27.7256
-11.7142
-11.7142
0.00000
0.00000
0.00951787
0.00951787
3
22FEB2012 05:29:40
0
0
O
U
1
1
-27.7284
-27.7284
-11.7132
-11.7132
0.00000
0.00000
0.00951882
0.00951882
4
22FEB2012 07:09:54
0
0
O
U
1
1
-27.7314
-27.7314
-11.7126
-11.7126
0.00000
0.00000
0.00951968
0.00951968

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1.2.7 PPG and Etalon parameters

(No PPG and Etalon data available for this processing scope)

1.3 ADF monitoring

This section shows the (variation in) ADFs used for each of the products. It consists of:
Number ADF name
0
SCI_LK1_AXVIEC20120225_034206_20120222_000039_20120422_013431
1
SCI_LK1_AXVIEC20120225_034332_20120222_025103_20120422_043210
2
SCI_LK1_AXVIEC20120225_034828_20120222_061238_20120422_072102
3
SCI_PE1_AXVIEC20120225_043319_20120222_061238_20120307_072102


Number ADF

LK1 (LEAKAGE_FILE)
0
SCI_LK1_AXVIEC20120224_152925_20120221_174806_20120421_192819
1
SCI_LK1_AXVIEC20120225_034206_20120222_000039_20120422_013431
2
SCI_LK1_AXVIEC20120225_034332_20120222_025103_20120422_043210
3
SCI_LK1_AXVIEC20120225_034828_20120222_061238_20120422_072102

PE1 (PPG_ETALON_FILE)
4
SCI_PE1_AXVIEC20120224_192545_20120221_222026_20120307_000039
5
SCI_PE1_AXVIEC20120225_043319_20120222_061238_20120307_072102

SP1 (SPECTRAL_FILE)
6
SCI_SP1_AXVIEC20120210_035013_20120206_213201_20120506_230407

SU1 (SUN_REF_FILE)
7
SCI_SU1_AXVIEC20120223_184817_20120220_200322_20120306_211009

KD1 (KEY_DATA_FILE)
8
SCI_KD1_AXNIEC20091126_123849_20020301_000000_20991231_235959

MF1 (M_FACTOR_FILE)
9
NOT USED

LI1 (INIT_FILE)
10
SCI_LI1_AXNIEC20091126_125714_20020701_000000_20991231_235959

FRO (ORBIT_FILE)
11
AUX_FRO_AXVPDS20120224_112114_20120220_221000_20120223_005000

ATT (ATTITUDE_FILE)
12
AUX_FRA_AXVFOS20120224_180501_20120221_000000_20120223_000000
13
AUX_FRA_AXVFOS20120227_180501_20120222_000000_20120224_000000


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1.4 DMOP execution monitoring

This section gives an analysis of the DMOP execution. The execution is monitored by assigning various activities to timeline sequences found in the DMOP file, and by checking where "NEW" datasets are available in SCI_NL__1P products.

The following plot gives an overview of planned activities and actual special measurements in the Level 1 products. The planning is taken from the DMOP files, and interpreted using information from OSDF files.

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