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MS004
Attribute:
PRECIP_METHOD
code
description
PPT001
Total precipitation is digitized with 15 minute resolution from a Universal Recording rain and snow gauge with chart recorder at height 260 cm and prorated to the weekly total from an 8-inch Standard Rain Gauge
PPT004
Total precipitation is digitized with 15 minute resolution from a heated 8-inch shelter-top orifice with alter wind shield at height 550 cm with a Stevens Type A-35 water level recorder chart; prorated to periodic totals from an 8-inch Standard Rain Gage
PPT005
Total precipitation is digitized with 15 minute resolution from a heated 8-inch shelter-top orifice with alter wind shield at height 410 cm with a Stevens Type A-35 water level recorder chart; prorated to periodic totals from an 8-inch Standard Rain Gage
PPT007
Total precipitation is sampled hourly from a Texas Electronics TE525 tipping bucket 6" raingage located on 1 meter high platform with a Campbell Scientific data logger (or Interface Instrument datalogger before 1988)
PPT008
Total precipitation is sampled every 5 minutes from a Texas Electronics TE525 tipping bucket 6" raingage located on 1 meter high platform with a Campbell Scientific data logger
PPT010
Total precipitation is sampled hourly from a shelter-top heated rain gage with 12-inch orifice, pressure transducer water level recorder, and alter wind shield at 450 cm; Campbell Scientific data logger
PPT011
Total precipitation is sampled every 5 minutes from a shelter-top heated rain gage with 12-inch orifice, pressure transducer water level recorder, and alter wind shield at 450 cm; Campbell Scientific data logger
PPT012
Total precipitation is sampled every 5 minutes from a shelter-top heated rain gage with 12-inch orifice, pressure transducer water level recorder, and alter wind shield at 305 cm; Campbell Scientific data logger
PPT013
Total precipitation is sampled every 5 minutes from a heated 8-inch shelter-top collector with alter wind shield at height 410 cm with pressure transducer water level recorder and Campbell Scientific datalogger
PPT015
Total precipitation is sampled every 5 minutes from a stand-alone rain gage composed of standing pipe w/tank gage, a propane-heated 20-inch dia. orifice at 455 cm height and surrounded by a Valdai-style double wind fence; Campbell Scientific datalogger
PPT016
Total precipitation is sampled every 5 minutes from a shelter-top heated rain gage with 13.3-inch orifice, tank gage, and alter wind shield at 625 cm; Campbell Scientific data logger
PPT017
Total precipitation is sampled every 5 minutes from a stand-alone rain gage composed of standing pipe w/tank gage, a propane-heated 20-inch dia. orifice at 455 cm height in a clearing and surrounded by a natural tree wind break; Campbell datalogger
PPT018
Total precipitation is sampled every 15 minutes from an ETI Instruments Noah IV weighing-type precipitation gauge with 8-inch orifice at height 250 cm
PPT020
Total precipitation is sampled every 5 minutes from a heated 8-inch shelter-top collector with alter wind shield at height 410 cm with a Stevens Instruments Position Analog Transmitter (PAT) water level shaft encoder and Campbell Scientific datalogger
PPT101
Daily precipitation represents the total from an 8-inch Standard Rain Gauge prorated on a daily basis from a Universal Recording rain and snow gage with chart recorder at height 260 cm
PPT102
Daily precipitation represents the total from an 8-inch Standard Rain Gauge prorated on a daily basis from a Leupold-Stevens Q-12 snow-rain gage and chart recorder at height 550 cm
PPT103
Daily precipitation represents the total from an 8-inch Standard Rain Gauge prorated on a daily basis from a propand-heated Qualimetrics (Weather Measure) Weathertronics Model 6041 tipping bucket 8-inch gage with punch tape recorder at height 550 cm
PPT104
Daily precipitation represents the total from an 8-inch Standard Rain Gauge prorated on a daily basis from a heated 8-inch shelter-top orifice with alter wind shield at height 550 cm with a Stevens Type A-35 water level recorder; 15 min output
PPT105
Daily precipitation represents the total from an 8-inch Standard Rain Gauge prorated on a daily basis from a heated 8-inch shelter-top orifice with alter wind shield at height 410 cm with a Stevens Type A-35 water level recorder; 15 min output
PPT106
Daily precipitation represents the total from an 8-inch Standard Rain Gauge prorated on a daily basis from a heated 8-inch shelter-top orifice with alter wind shield at height 410 cm with pressure transducer water level recorder and CS datalogger
PPT107
Daily precipitation represents the total from a Texas Electronics TE525 tipping bucket 6" raingage located on 1 meter high platform with a Campbell Scientific data logger (or Interface Instrument datalogger before 1988)
PPT108
Daily precipitation represents the total from a Texas Electronics TE525 tipping bucket 6" raingage located on 1 meter high platform with a Campbell Scientific data logger
PPT109
Daily precipitation represents the total from a shelter-top heated rain gage with 12-inch orifice, pressure transducer water level recorder, and alter wind shield at 450 cm; Campbell Scientific data logger; daily output only
PPT110
Daily precipitation represents the total from a shelter-top heated rain gage with 12-inch orifice, pressure transducer water level recorder, and alter wind shield at 450 cm; Campbell Scientific data logger; hourly output
PPT111
Daily precipitation represents the total from a shelter-top heated rain gage with 12-inch orifice, pressure transducer water level recorder, and alter wind shield at 450 cm; Campbell Scientific data logger; 5 minute output
PPT112
Daily precipitation represents the total from a shelter-top heated rain gage with 12-inch orifice, pressure transducer water level recorder, and alter wind shield at 305 cm; Campbell Scientific data logger; 5 minute output
PPT113
Daily precipitation represents the total from a heated 8-inch shelter-top collector with alter wind shield at height 410 cm with pressure transducer water level recorder and Campbell Scientific datalogger
PPT114
Daily precipitation represents the total from a stand-alone rain gage composed of standing pipe w/tank gage, a propane-heated 20-inch dia. orifice at 455 cm height and surrounded by a Valdai-style double wind fence; Campbell datalogger; daily output only
PPT115
Daily precipitation represents the total from a stand-alone rain gage composed of standing pipe w/tank gage, a propane-heated 20-inch dia. orifice at 455 cm height and surrounded by a Valdai-style double wind fence; Campbell Scientific datalogger
PPT116
Daily precipitation represents the total from a shelter-top heated rain gage with 13.3-inch orifice, tank gage, and alter wind shield at 625 cm; Campbell Scientific data logger
PPT117
Daily precipitation represents the total from a stand-alone rain gage composed of standing pipe w/tank gage, a propane-heated 20-inch dia. orifice at 455 cm height in a clearing and surrounded by a natural tree wind break; Campbell Scientific datalogger
PPT118
Daily precipitation represents the total from an ETI Instruments Noah IV weighing-type precipitation gauge with 8-inch orifice at height 250 cm
PPT119
Daily precipitation represents the total from an 8-inch Standard Rain Gauge prorated on a daily basis from a heated 8-inch shelter-top orifice with alter wind shield at height 550 cm with a Stevens Type A-35 water level recorder; daily only
PPT120
Daily precipitation represents the total from a heated 8-inch shelter-top collector with alter wind shield at ht. 410 cm with Stevens Instruments Position Analog Transmitter (PAT) water level shaft encoder and Campbell Sci. datalogger (See method PPT020)
PPT301
Total precipitation is digitized with hourly resolution from an 8-inch diameter Leupold-Stevens Type Q-12 chart rain and snow recording gauge at an unspecified height
PPT311
Total precipitation is sampled every 15 minutes from a heated shelter-top 8" rain gage at 810 cm height with a Stevens PAT water level shaft encoder; Campbell Scientific data logger
PPT312
Total precipitation is recorded from a heated shelter-top 8" rain gage at 810 cm height with an A-35 chart recorder to measure depth and digitized with Summagraphics 1812 digitizer for 15 minute outpu
PPT313
Total precipitation is recorded from a heated shelter-top 8" rain gage at 810 cm height with an A-35 chart recorder to measure depth and hand digitized for hourly output
PPT341
Total precipitation is sampled every 15 minutes from a heated shelter-top 13.1" orifice rain gage at 870 cm height with a Stevens PAT water level shaft encoder; Campbell Scientific data logger
PPT342
Total precipitation is sampled every 5 minutes from a heated shelter-top 13.1" orifice rain gage at 870 cm height with a Stevens PAT water level shaft encoder; Campbell Scientific data logger
PPT401
Daily precipitation represents the total from a Leupold-Stevens Q-12 8" snow-rain recording chart gage
PPT402
Daily precipitation represents the total from a Sacramento 8" storage gage at 285 cm height prorated using a Belfort Universal recording gage
PPT403
Daily precipitation represents the total from a Sacramento 8" storage gage at 330 cm height prorated using a Belfort Universal recording gage
PPT404
Daily precipitation represents the total from a Sacramento 8" storage gage at 435 cm height prorated using a heated shelter-top rain gage with A-35 chart recorder
PPT405
Daily precipitation represents the total from a Sacramento 8" storage gage at 435 cm height prorated using a heated shelter-top rain gage with a Stevens PAT water level shaft encoder
PPT406
Daily precipitation represents the total from a Sacramento 8" storage gage at 450 cm height prorated using a heated shelter-top rain gage with A-35 chart recorder
PPT407
Daily precipitation represents the total from a Sacramento 8" storage gage at 450 cm height prorated using a heated shelter-top rain gage with a Stevens PAT water level shaft encoder
PPT408
Daily precipitation represents the total from a Sacramento 8" storage gage at 450 cm height prorated using a heated shelter-top rain gage with pressure transducer water level recorder
PPT409
Daily precipitation represents the total from a Sacramento 8" storage gage at 450 cm height prorated using a propane-heated Weather Measure tipping bucket punch tape recorder
PPT410
Daily precipitation represents the total from a Sacramento 8" storage gage at unspecified height prorated using a Belfort Universal recording gage
PPT411
Daily precipitation represents the total from a heated shelter-top 8" rain gage at 810 cm height with a Stevens PAT water level shaft encoder collected at 15 minute intervals
PPT412
Daily precipitation represents the total from a heated shelter-top 8" rain gage at 810 cm height with an A-35 chart recorder to measure depth
PPT413
Daily precipitation represents the total from a locally-designed PVC standard rain gage at 105 cm height prorated using a heated shelter-top rain gage with A-35 chart recorder
PPT414
Daily precipitation represents the total from a locally-designed PVC standard rain gage at 105 cm height prorated using a heated shelter-top rain gage with a Stevens PAT water level shaft encoder
PPT415
Daily precipitation represents the total from a locally-designed PVC standard rain gage at 130 cm height prorated using a heated shelter-top rain gage with A-35 chart recorder
PPT416
Daily precipitation represents the total from a locally-designed PVC standard rain gage at 130 cm height prorated using a heated shelter-top rain gage with pressure transducer water level recorder
PPT417
Daily precipitation represents the total from a locally-designed PVC standard rain gage at 130 cm height prorated using a propane-heated Weather Measure tipping bucket punch tape recorder
PPT418
Daily precipitation represents the total from a locally-designed PVC standard rain gage at 140 cm height prorated using a heated shelter-top rain gage with A-35 chart recorder
PPT419
Daily precipitation represents the total from a locally-designed PVC standard rain gage at 140 cm height prorated using a heated shelter-top rain gage with pressure transducer water level recorder
PPT420
Daily precipitation represents the total from a locally-designed PVC standard rain gage at 140 cm height prorated using a propane-heated Weather Measure tipping bucket punch tape recorder
PPT421
Daily precipitation represents the total from a locally-designed PVC standard rain gage at 150 cm height prorated using a Belfort Universal recording gage
PPT422
Daily precipitation represents the total from a locally-designed PVC standard rain gage at 155 cm height prorated using a heated shelter-top rain gage with A-35 chart recorder
PPT423
Daily precipitation represents the total from a locally-designed PVC standard rain gage at 160 cm height prorated using a heated shelter-top rain gage with A-35 chart recorder
PPT424
Daily precipitation represents the total from a locally-designed PVC standard rain gage at 160 cm height prorated using a heated shelter-top rain gage with pressure transducer water level recorder
PPT425
Daily precipitation represents the total from a locally-designed PVC standard rain gage at 160 cm height prorated using a propane-heated Weather Measure tipping bucket punch tape recorder
PPT426
Daily precipitation represents the total from a locally-designed PVC standard rain gage at unspecified height prorated using a Belfort Universal recording gage
PPT427
Daily precipitation represents the total from a locally-designed PVC standard rain gage at unspecified height prorated using a heated shelter-top rain gage with A-35 chart recorder
PPT428
Daily precipitation represents the total from a locally-designed PVC standard rain gage at unspecified height prorated using a heated shelter-top rain gage with magnetostrictive tank gage
PPT429
Daily precipitation represents the total from a locally-designed PVC standard rain gage at unspecified height prorated using a propane-heated Weather Measure tipping bucket punch tape recorder
PPT430
Daily precipitation represents the total from a standard non-recording 7.5" rain gage at unspecified height prorated using a Belfort Universal recording gage
PPT431
Daily precipitation represents the total from a standard non-recording 7.5" rain gage at unspecified height prorated using a Leupold-Stevens Q-12 8" snow-rain recording chart gage
PPT432
Daily precipitation represents the total from a standard non-recording 7.75" rain gage at unspecified height prorated using a Belfort Universal recording gage
PPT433
Daily precipitation represents the total from a standard non-recording 8" rain gage (Belfort) at 115 cm height prorated using a Belfort Universal recording gage
PPT434
Daily precipitation represents the total from a standard non-recording 8" rain gage (Belfort) at 95 cm height prorated using a Belfort Universal recording gage
PPT435
Daily precipitation represents the total from a standard non-recording 8" rain gage (Belfort) at unspecified height prorated using a Belfort Universal recording gage
PPT436
Daily precipitation represents the total from a standard non-recording 8" rain gage (Belfort) at unspecified height prorated using a heated shelter-top rain gage with A-35 chart recorder
PPT437
Daily precipitation represents the total from a standard non-recording 8" rain gage (Belfort) at unspecified height prorated using a propane-heated Weather Measure tipping bucket punch tape recorder
PPT438
Daily precipitation represents the total from a locally-designed or unknown storage gage with winter-long capacity at unspecified height prorated using a Belfort Universal recording gage
PPT439
Daily precipitation represents the total from a Sacramento 8" storage gage at unspecified height prorated using a heated shelter-top rain gage with A-35 chart recorder
PPT440
Daily precipitation represents the total from a Sacramento 8" storage gage at unspecified height prorated using a heated shelter-top rain gage with pressure transducer water level recorder
PPT441
Daily precipitation represents the total from a heated shelter-top 13.1" orifice rain gage at 870 cm height with a Stevens PAT water level shaft encoder collected at 15 minute intervals
PPT442
Daily precipitation represents the total from a heated shelter-top 13.1" orifice rain gage at 870 cm height with a Stevens PAT water level shaft encoder collected at 5 minute intervals