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MS050

Attribute: SW_METHOD

code  description    
SWI001    Shortwave incoming solar radiation is measured by a Lintronic dome solarimeter at 500 cm height with an Interface Instruments datalogger and Rustrak strip chart; total solar radiation is output every 60 minutes    
SWI002    Shortwave incoming solar radiation is measured by a Kipp and Zonen pyranometer, model CM-5, with a Interface Instrument M4 data logger at 100 cm height; total solar radiation is output every 60 minutes    
SWI003    Shortwave incoming solar radiation is measured by a Kipp and Zonen pyranometer, model CM-5, with a Interface Instrument M4 data logger at 500 cm height; total solar radiation is output every 60 minutes    
SWI004    Shortwave incoming solar radiation is measured by a Kipp and Zonen pyranometer, model CM-5, with a Campbell Scientific data logger at 100 cm height; total solar radiation is output every 60 minutes    
SWI005    Shortwave incoming solar radiation is measured by a Kipp and Zonen pyranometer, model CM-5, with a Campbell Scientific data logger at 100 cm height; total solar radiation is output every 15 minutes    
SWI006    Shortwave incoming solar radiation is measured by a Kipp and Zonen pyranometer, model CM-6B, with a Campbell Scientific data logger at 100 cm height; total solar radiation is output every 15 minutes    
SWI008    Shortwave incoming solar radiation is measured by a Kipp and Zonen pyranometer, model CM-5, with a Campbell Scientific data logger at 450 cm height; total solar radiation is output every 60 minutes    
SWI009    Shortwave incoming solar radiation is measured by a Kipp and Zonen pyranometer, model CM-5, with a Campbell Scientific data logger at 450 cm height; total solar radiation is output every 15 minutes    
SWI010    Shortwave incoming solar radiation is measured by a Kipp and Zonen pyranometer, model CM-6B, with a Campbell Scientific data logger at 850 cm height; total solar radiation is output every 15 minutes    
SWI011    Shortwave incoming solar radiation is measured by a Kipp and Zonen pyranometer, model CM-6B, with a Campbell Scientific data logger at 615 cm height; total solar radiation is output every 15 minutes    
SWI012    Shortwave incoming solar radiation is measured by a Kipp and Zonen pyranometer, model CM-6B, with a Campbell Scientific data logger at 625 cm height; total solar radiation is output every 15 minutes    
SWI013    Shortwave incoming solar radiation is measured by a Kipp and Zonen pyranometer, model CM-5, with a Campbell Scientific data logger at 850 cm height; total solar radiation is output every 15 minutes    
SWI014    Shortwave incoming solar radiation is measured by a Hukseflux NR01, 4-component net radiation sensor (upward and downward facing sensors measure both longwave and shortwave solar radiation components) with a Campbell Scientific data logger attached to the tower at 600 cm height; values are output every 5 minutes (see Method NRT014)    
SWI015    Shortwave incoming solar radiation is measured by a Kipp and Zonen pyranometer, model CM-6B, with a Campbell Scientific data logger at 625 cm height; mean, total, and maximum solar radiation is output every 5 minutes    
SWI016    Shortwave incoming solar radiation is measured by a Kipp and Zonen pyranometer, model CM-6B, with a Campbell Scientific data logger at 100 cm height; mean and total solar radiation is output every 5 minutes    
SWI017    Shortwave incoming solar radiation is measured by a Kipp and Zonen pyranometer, model CM-6B, with a Campbell Scientific data logger at 850 cm height; mean and total solar radiation is output every 5 minutes    
SWI018    Shortwave incoming solar radiation is measured by an upward facing LI-COR 200X pyranometers with a Campbell Scientific data logger attached to the tower at 450 cm; ingoing radiation is output every 5 minutes    
SWI019    Shortwave incoming radiation is measured by a downward facing LI-COR 200X pyranometers with a Campbell Scientific data logger attached to the tower at 450 cm; ingoing radiation is output every 10 minutes    
SWI020    Shortwave incoming radiation is measured by an upward facing LI-COR 200X pyranometers with a Campbell Scientific data logger attached to the tower at 450 cm; ingoing shortwave radiation is output every 15 minutes    
SWI021    Shortwave incoming solar radiation is measured by a Kipp and Zonen pyranometer, model CM-6B, with a Campbell Scientific data logger at 615 cm height; mean, total, and maximum solar radiation is output every 5 minutes    
SWI022    Shortwave incoming solar radiation is measured by a model Campbell Scientific CS320 pyranometer, Campbell Scientific data logger at 450cm height; mean, total, and maximum solar radiation is output every 5 minutes    
SWI023    Shortwave incoming solar radiation is measured by a model Campbell Scientific CS320 pyranometer, Campbell Scientific data logger at 625 cm height; mean, total, and maximum solar radiation is output every 5 minutes    
SWI024    Shortwave incoming solar radiation is measured by a model Campbell Scientific CS320 pyranometer, Campbell Scientific data logger at 850cm height; mean, total, and maximum solar radiation is output every 5 minutes    
SWI025    Shortwave incoming solar radiation is measured by a model Campbell Scientific CS320 pyranometer, Campbell Scientific data logger at 615 cm height; mean, total, and maximum solar radiation is output every 5 minutes    
SWI026    Shortwave incoming solar radiation is measured by a model Campbell Scientific CS320 pyranometer, Campbell Scientific data logger at 100 cm height; mean, total, and maximum solar radiation is output every 5 minutes    
SWI101    Total daily solar incoming radiation is measured by a Lintronic dome solarimeter at 500 cm height with an Interface Instruments datalogger and Rustrak strip chart; maximum daily solar radiation is based on a highest mean hourly rate over the day    
SWI102    Total daily solar incoming radiation is measured by a Kipp and Zonen pyranometer totaled hourly with an Interface Instrument data logger at 100 cm height; maximum daily solar radiation is based on a highest mean hourly rate over the day    
SWI103    Total daily solar incoming radiation is measured by a Kipp and Zonen pyranometer totaled hourly with an Interface Instrument data logger at 500 cm height; maximum daily solar radiation is based on a highest mean hourly rate over the day    
SWI104    Total daily solar incoming radiation is measured by a Kipp and Zonen pyranometer sampled every 15 seconds by a Campbell Scientific data logger at 100 cm height; maximum daily solar radiation is based on the highest 15 second rate over the day (See method SWI004)    
SWI105    Total daily solar incoming radiation is measured by a Kipp and Zonen pyranometer sampled every 15 seconds by a Campbell Scientific data logger at 100 cm height; maximum daily solar radiation is based on the highest 15 second rate over the day (See method SWI005)    
SWI106    Total daily solar incoming radiation is measured by a Kipp and Zonen pyranometer sampled every 15 seconds by a Campbell Scientific data logger at 100 cm height; maximum daily solar radiation is based on the highest 15 second rate over the day (See method SWI006)    
SWI107    Total daily only: solar incoming radiation is measured by a Kipp and Zonen pyranometer model CM-5 sampled every 15 seconds by a Campbell Scientific data logger at 450 cm height; maximum daily solar radiation is based on the highest 15 second rate over the day    
SWI108    Total daily solar incoming radiation is measured by a Kipp and Zonen pyranometer sampled every 15 seconds by a Campbell Scientific data logger at 450 cm height; maximum daily solar radiation is based on the highest 15 second rate over the day (See method SWI008)    
SWI109    Total daily solar incoming radiation is measured by a Kipp and Zonen pyranometer sampled every 15 seconds by a Campbell Scientific data logger at 450 cm height; maximum daily solar radiation is based on the highest 15 second rate over the day (See method SWI009)    
SWI110    Total daily solar incoming radiation is measured by a Kipp and Zonen pyranometer sampled every 15 seconds by a Campbell Scientific data logger at 850 cm height; maximum daily solar radiation is based on the highest 15 second rate over the day (See method SWI010)    
SWI111    Total daily solar incoming radiation is measured by a Kipp and Zonen pyranometer sampled every 15 seconds by a Campbell Scientific data logger at 615 cm height; maximum daily solar radiation is based on the highest 15 second rate over the day (See method SWI011)    
SWI112    Total daily solar incoming radiation is measured by a Kipp and Zonen pyranometer sampled every 15 seconds by a Campbell Scientific data logger at 625 cm height; maximum daily solar radiation is based on the highest 15 second rate over the day (See method SWI012)    
SWI113    Total daily solar incoming radiation is measured by a Kipp and Zonen pyranometer sampled every 15 seconds by a Campbell Scientific data logger at 850 cm height; maximum daily solar radiation is based on the highest 15 second rate over the day (See method SWI013)    
SWI114    Daily shortwave incoming solar radiation is post-calculated from 5-minute data output from a Hukseflux NR01, 4-component net radiation sensor (upward and downward longwave and shortwave) with a Campbell Scientific data logger; 600 cm height (See method SWI014)    
SWI115    Daily solar incoming radiation is post-calculated from 5 minute data output with Kipp and Zonen pyranometer, model CM-6B, CS data logger at 625 cm height; maximum daily solar radiation is based on the highest 5 minute rate over day (See method SWI015)    
SWI116    Daily solar incoming radiation is post-calculated from 5 minute data output with Kipp and Zonen pyranometer, model CM-6B, CS data logger at 100 cm height; maximum daily solar radiation is based on the highest 5 minute rate over day (See method SWI016)    
SWI117    Daily solar incoming radiation is post-calculated from 5-minute data output with Kipp and Zonen pyranometer, model CM-6B, CS data logger at 850 cm height; maximum daily solar radiation is based on the highest 5 minute rate over day (See method SWI017)    
SWI118    Mean daily incoming shortwave radiation is post-calculated from 5-minute data output by an upward facing LI-COR 200X pyranometer; Campbell Scientific data logger; 450 cm height (See method SWI018)    
SWI119    Mean daily incoming shortwave radiation is post-calculated from 10-minute data output by upward facing LI-COR 200X pyranometer; Campbell Scientific data logger; 450 cm height (See method SWI019)    
SWI120    Mean daily incoming shortwave radiation is post-calculated from 15-minute data output by upward facing LI-COR 200X pyranometer; Campbell Scientific data logger; 450 cm height (See method SWI020)    
SWI121    Daily solar incoming radiation is post-calculated from 5-minute data output with Kipp and Zonen pyranometer, model CM-6B, CS data logger at 615 cm height; maximum daily solar radiation is based on the highest 5 minute rate over day (See method SWI021)    
SWI122    Daily solar incoming radiation is post calculated from 5-minute mean rate output of Campbell Scientific (CS) model CS320 pyranometer at 450cm height and CS data logger; max daily solar radiation based on highest 5-min rate over day (See method SWI022)    
SWI123    Daily solar incoming radiation is post calculated from 5-minute mean rate output of Campbell Scientific (CS) model CS320 pyranometer at 625 cm height and CS data logger; max daily solar radiation based on highest 5-min rate over day (See method SWI023)    
SWI124    Daily solar incoming radiation is post calculated from 5-minute mean rate output of Campbell Scientific (CS) model CS320 pyranometer at 850cm height and CS data logger; max daily solar radiation based on highest 5-min rate over day (See method SWI024)    
SWI125    Daily solar incoming radiation is post calculated from 5-minute mean rate output of Campbell Scientific (CS) model CS320 pyranometer at 615 cm height and CS data logger; max daily solar radiation based on highest 5-min rate over day (See method SWI025)    
SWI126    Daily solar incoming radiation is post calculated from 5-minute mean rate output of Campbell Scientific (CS) model CS320 pyranometer at 100cm height and CS data logger; max daily solar radiation based on highest 5-min rate over day (See method SWI026)    
SWO014    Shortwave outgoing solar radiation is measured by a Hukseflux NR01, 4-component net radiation sensor (upward and downward facing sensors measure both longwave and shortwave solar radiation components) with a Campbell Scientific data logger attached to the tower at 600 cm height; values are output every 5 minutes (see Method NRT014)    
SWO018    Shortwave outging solar radiation is measured by a downward facing LI-COR 200X pyranometer with a Campbell Scientific data logger attached to the tower at 450 cm; values are output every 5 minutes    
SWO019    Shortwave outgoing solar radiation is measured by a downward facing LI-COR 200X pyranometer with a Campbell Scientific data logger attached to the tower at 450 cm; values are output every 10 minutes    
SWO020    Shortwave outgoing solar radiation is measured by a downward facing LI-COR 200X pyranometer with a Campbell Scientific data logger attached to the tower at 450 cm; values are output every 15 minutes    
SWO114    Daily shortwave outgoing solar radiation is post-calculated from 5-minute data output from a Hukseflux NR01, 4-component net radiation sensor (upward and downward longwave and shortwave) with a Campbell Scientific data logger; 600 cm height (see Method SWO014)    
SWO118    Mean daily outgoing shortwave radiation are post-calculated from 5-minute data measured by a downward facing LI-COR 200X pyranometer with a Campbell Scientific data logger; 450 cm height (See method SWO018)    
SWO119    Mean daily outgoing shortwave radiation is post-calculated from 10-minute data measured by a downward facing LI-COR 200X pyranometer with a Campbell Scientific data logger; 450 cm height (See method SWO019)    
SWO120    Mean daily outgoing shortwave radiation is post-calculated from 15-minute data measured by a downward facing LI-COR 200X pyranometer with a Campbell Scientific data logger; 450 cm height (See method SWO020)