Queens College


 

Instrument Mentors

Yale University

Undergraduate Student

Queens College
Drew Gentner

Yale University

Site PI

Queens College
Taekyu Joo

Yale University

Postdoc

Queens College
Tori Hass-Mitchell

Yale University

Graduate Student

Queens College
Mitchell Rogers

Yale University

Graduate Student

Queens College
Lijin Zhang

Yale University

Graduate Student

Queens College

Description

The Queens College (QC) site is an urban location approximately 16 km east of Manhattan, New York City near two highways and two major airports. The site was established in 1978 to monitor ozone and sulfur dioxide and has been operated and maintained by the New York State Department of Environmental Conservation (NYS DEC). The site was renovated and reopened in 2001 for an intensive air pollution study that was coordinated with the State University of New York – University of Albany – Atmospheric Sciences Research Center. In September 2006, the site was redesigned and expanded into a newly constructed building on the Queens College campus. This site is one of three National Core Network (NCore) sites in New York State and is being utilized for the New York City Community Air Survey (NYCCAS) as part of the PlaNYC initiative. In addition to the ASCENT instrumentation, this Queens College site also has a suite of instruments listed in the table below that measure a wide range of pollutants.
 

Complementary Measurements 

ParameterInstrumentSampling FrequencyNetwork*
O3TAPI T400ContinuousC
SO2Thermo 43i TLEContinuousC
NO, NO2, NOxThermo 42i-TLContinuousC
NOyThermo 42i-YContinuousC
COThermo 48i-TLEContinuousC
PM2.5, PM10TAPI T640, and Thermo 1405ContinuousS/C
UltrafineTSI 3783ContinuousS
Particle CountTSI 3031ContinuousS
PM CarbonSunset LaboratorySemi-continuousX
PM SulfateThermo 5020iSemi-continuousX
PM2.5, PM10Thermo 2025i1-in-3S/C
PM2.5 CarbonURG 30001-in-3X
PM2.5 SpeciationMet One Super SASS1-in-3C
VOCsCanister1-in-6Y
CarbonylsDNPH Cartridge1-in-6Y

*Monitoring Types: S=SLAMS; C=NCore; X=Supplemental Speciation; Y=NY Toxics Monitoring Network