List of product types

You see the available product types in PollyNET.

Matches in total
90
ident Name Related product category id
airmass_origin_geo Air mass origin based on geographics 53
airmass_origin_landuse Air mass origin based on landuse 54
ANGEXP Averaged Angstroem exponent profile 44
ANGEXP_Klett Averaged Angstroem exponent profile (Klett method) 46
ANGEXP_Klett_OC Averaged Angstroem exponent profile (Klett method) overlap_corrected 63
ANGEXP_Klett_NR Averaged Angstroem exponent profile (Klett method) near-range 77
ANGEXP_Raman Averaged Angstroem exponent profile (Raman method) 45
ANGEXP_Raman_OC Averaged Angstroem exponent profile (Raman method) overlap_corrected 62
ANGEXP_Raman_NR Averaged Angstroem exponent profile (Raman method) near-range 76
Bsc Averaged backscatter profile 34
Bsc_Klett Averaged backscatter profile from Klett method 36
Bsc_Klett_OC Averaged backscatter profile from Klett method overlap_corrected 55
Bsc_Raman Averaged backscatter profile from Raman method 35
Bsc_Raman_OC Averaged backscatter profile from Raman method overlap_corrected 56
DepRatio Averaged depolarization ratio profile 40
DepRatio_Klett_OC Averaged depolarization ratio profile from Klett method overlap_corrected 60
DepRatio_Raman_OC Averaged depolarization ratio profile from Raman method overlap_corrected 59
DepRatio_Klett Averaged depolarization ratio profile with Bsc. from Klett method 42
DepRatio_Raman Averaged depolarization ratio profile with Bsc. from Raman method 41
Ext_Klett Averaged extinction profile from Klett method 37
Ext_Klett_OC Averaged extinction profile from Klett method overlap_corrected 57
Ext_Raman Averaged extinction profile from Raman method 38
Ext_Raman_OC Averaged extinction profile from Raman method overlap_corrected 58
LR Averaged lidar ratio profile 43
LR_OC Averaged lidar ratio profile overlap_corrected 61
Bsc_Klett_NR Averaged near-range backscatter profile from Klett method 72
Bsc_Raman_NR Averaged near-range backscatter profile from Raman method 71
Ext_Klett_NR Averaged near-range extinction profile from Klett method 73
Ext_Raman_NR Averaged near-range extinction profile from Raman method 74
LR_NR Averaged near-range lidar ratio profile 75
Meteor_P Averaged pressure profile used as input 50
SIG Averaged range-corrected signals 49
SIG_OC Averaged range-corrected signals overlap_corrected 66
RH_av Averaged relative humidity profile 48
RH_av_OC Averaged relative humidity profile overlap_corrected 65
Meteor_T Averaged temperature profile used as input 51
WVMR_av Averaged water vapour mixing ratio profile 47
WVMR_av_OC Averaged water vapour mixing ratio profile overlap_corrected 64
ATT_BETA_1064 Calibrated attenuated backscatter coefficient at 1064 nm 8
ATT_BETA_1064_OC Calibrated attenuated backscatter coefficient at 1064 nm OC 69
ATT_BETA_355 Calibrated attenuated backscatter coefficient at 355 nm 6
ATT_BETA_355_NR Calibrated attenuated backscatter coefficient at 355 nm NR 92
ATT_BETA_355_OC Calibrated attenuated backscatter coefficient at 355 nm OC 67
ATT_BETA_532 Calibrated attenuated backscatter coefficient at 532 nm 7
ATT_BETA_532_NR Calibrated attenuated backscatter coefficient at 532 nm NR 93
ATT_BETA_532_OC Calibrated attenuated backscatter coefficient at 532 nm OC 68
monitor Houskeeping data 33
long_term_monitor Houskeeping data for the whole campaign 70
LC_1064 Lidar constant of 1064 FR channel 22
LC_1064_NF Lidar constant of 1064 NR channel 25
LC_355 Lidar constant of 355 FR channel 20
LC_355_NF Lidar constant of 355 NR channel 23
LC_532 Lidar constant of 532 FR channel 21
LC_532_NF Lidar constant of 532 NR channel 24
TC Lidar target categorization 15
TC_v2 Lidar target categorization version 2 85
Quasi_ANGEXP_532_1064 Quasi Angstroem exponent 532/1064 nm 16
Quasi_ANGEXP_532_1064_v2 Quasi Angstroem exponent 532/1064 nm 97
Quasi_Bsc_1064 Quasi particle backscatter coefficient at 1064 nm 14
Quasi_Bsc_1064_v2 Quasi particle backscatter coefficient at 1064 nm 96
Quasi_Bsc_355 Quasi particle backscatter coefficient at 355 nm 12
Quasi_Bsc_355_v2 Quasi particle backscatter coefficient at 355 nm 94
Quasi_Bsc_532 Quasi particle backscatter coefficient at 532 nm 13
Quasi_Bsc_532_v2 Quasi particle backscatter coefficient at 532 nm 95
Quasi_PDR_532 Quasi particle depolarization ratio at 532 nm 17
Quasi_PDR_532_v2 Quasi particle depolarization ratio at 532 nm 98
RCS_FR_1064 Range-corrected signal far-range at 1064 nm 3
RCS_FR_355 Range-corrected signal far-range at 355 nm 1
RCS_FR_532 Range-corrected signal far-range at 532 nm 2
RCS_NR_355 Range-corrected signal near-range at 355 nm 4
RCS_NR_532 Range-corrected signal near-range at 532 nm 5
RH Relative humidity 19
overlap Retrieved overlap function of the channels 26
SAT_FR_355s Signal status 355s nm 90
SAT_FR_532s Signal status 532s nm 91
SAT_FR_1064 Signal status FR 1064 nm 29
SAT_FR_355 Signal status FR 355 nm 27
SAT_FR_387 Signal status FR 387 nm 86
SAT_FR_407 Signal status FR 407 nm 52
SAT_FR_532 Signal status FR 532 nm 28
SAT_FR_607 Signal status FR 607 nm 87
SAT_NR_1064 Signal status NR 1064 nm 32
SAT_NR_355 Signal status NR 355 nm 30
SAT_NR_387 Signal status NR 387 nm 88
SAT_NR_532 Signal status NR 532 nm 31
SAT_NR_607 Signal status NR 607 nm 89
VDR_1064 Volume depolarization ratio at 1064 nm 11
VDR_355 Volume depolarization ratio at 355 nm 9
VDR_532 Volume depolarization ratio at 532 nm 10
WVMR Water vapour mixing ratio 18