Keywords
Quadrupole, Meteorological, and organic matter, NO3, sulphate, Atmosphere Chemistry and Climate Change Network, Dublin, Org, Chl, nitrate, Irish Sea, EPA, Coastal, NUIG, Climate Change, ICOS, NH4, Meteorology, NUI Galway, PM1, ACSM, ammonium, Baile Atha Cliath, SO4, chloride, AC3, Atmospheric Chemistry, Remote, Atmosphere, Aerosol Chemical Speciation Monitor, Atmospheric science
File Name: “Daily Aersosol Chemical Speciaction Monitor (ACSM) measurements for NUIG, Galway, 2020”
Instrument Type: Quadrupole Aersosol Chemical Speciaction Monitor (Q-ACSM)
Pm range: PM2.5
Instrument Serial no.: 140-220
Parameters Measured: “Mass concentration of ammonium (NH4), nitrate (NO3), Sulphate (SO4), and organic matter (Org)”
Units: concentration in micrograms per cubic meter (Χg m-3)
Site: “PH228, Centre for Climate & Air Pollution Studies, School of Physics, NUIG, Galway, Ireland”
Site Type: Residential background
Measurement Site lat/lon: “53.28038° N, 9.05997° W”
Measurement Height: 15 m
Time: UTC
Primary Affiliation: “IE04L, National University of Ireland Galway, NUIG, School of Physics and C-CAPS, University Road, University Road, NA, Galway, Ireland”
Secondary affiliations: “EPA, colossal, AEROSOURCE, EMEP, MaREI”
Data Originator: “Jurgita Ovadnevaite,
[email protected], School of Physics and C-CAPS, National University of Ireland Galway, University Road, Galway, Ireland”
Data Submitter: “Kirsten Fossum,
[email protected], School of Physics and C-CAPS, National University of Ireland Galway, University Road, Galway, Ireland”
Description: Dried Q-ACSM measurements from Galway City on the West coast of Ireland
EBAS code:
Station WDCA-ID,
Station GAW-ID,
Station Land Use,University Campus
Station setting, “Low-population-density city area, next to the river Corrib”
Station GAW Type,
Station WMO Region,
Inlet type,
Inlet description: “3/8”“tubing, no size cut-off”
BDL: Below the Detection Limit
Detection Limits: “24-hr detection limits are 0.041 µg/m³, 0.021 µg/m³, 0.003 µg/m³, and 0.002 µg/m³ for NH4, Org, SO4, and NO3, respectively (Ng et al., 2011)”