Property:Parameters

From Earth Science Information Partners (ESIP)

This is a property of type Text.

Showing 72 pages using this property.
A
(BTEX components or just benzene)  +, CO  +, NO2  +,
S
(PM10)  +, VOC Inhalable particles PM2.5  +, carbon monoxide NEEDS Photochemical pollution  +,
E
A
* PM2.5/PM10 - 24-hr mean; annual mean * O3 - 8hr mean * NO2 - annual mean   +, 1-hr mean * SO2 - 24 hr mean  +, 10 min mean  +
C
P
A
13 manual stations monitor the above parameters and hydrocarbons(assumed to be VOCs by JDH)  +, CO  +, NO2  +,
1910 monitoring stations  +, CO 401 On line  +, NO2 1880  +,
2-Dichloroethane Dichloromethane Formaldehyde Polycyclic aromatic hydrocarbons Polychlorinated biphenyls Polychlorinated dibenzodioxins and dibenzofurans Styrene Tetrachloroethylene Toluene Trichloroethylene Vinyl chloride Arsensic Asbestos Cadmium Chromium Fluoride Hydrogen sulfide Lead Manganese Mercury Nickel Platinum Vanadium Nitrogen dioxide Ozone and other photochemical oxidants Particulate matter (PM10  +, Acrylonitrile Benzene Butadiene Carbon disulfide Carbon monoxide 1  +, PM2.5) Sulfur dioxide  +
M
24 stationa SO2  +, NEEDS ambient momnitoring PM10  +, and NO2  +,
C
40 cities inner cities  +, Monitored TSP SO2 NO2 Need PM10  +, since 1991  +
D
A
; ozone  +, PM10 and PM2.5  +, carbon monoxide and benzene were evaluated Also needs: economic data epidemiological data (concentration-response) (i) assessment of the ambient exposure of the population to an air pollutant based either on existing fixed-site monitoring or on model-based estimates and a target concentration as a comparison; (iv) concentration-response functions from the epidemiological literature that relate ambient concentrations of air pollutants to the selected health effects  +,
E
L
A
CO  +, Ozone  +, PM10  +,
CO  +, Carbonecous components  +, NH4)  +,
H
A
CO  +, For research and short periods (NEEDS) CH4  +, NO2  +,
CO  +, NO2  +, NOx  +,
E
CO  +, NO2)  +, PM10. This is carried out by  +,
T
S
CO  +, NO2  +, O3  +,
A
CO  +, NH3  +, NOx  +,
R
A
M
CO  +, NO2  +, PM10  +,
R
CO  +, NO2  +, O3  +,
A
CO  +, H2S  +, NAAQM SO2  +,
T
CO  +, NO2  +, SO2  +,
A
V
A
CO  +, NO2  +, PM10  +,
CO CO2  +, No monitoring NEEDS NOx  +, PM10  +,
S
CO Pb  +, Dust  +, NOx  +,
I
CO VOC  +, NOx  +, O3  +,
T
Cl-1  +, NH3  +, Nox  +,
H
Lead - No measurements currently Blood - lead concentration found to be 2-3x higher than normal.  +
C
NEEDS AQ monitoring coverage PM2.5  +, NO2 Modeling Emission forest fires  +, ozone  +
T
NEEDS O3  +, dust  +
A
NEEDS monitored only in specia studies CO  +, NO2  +, NOx  +,
C
NEEDS; O3; indor air pollution; outdoor air pollution  +
A
NMVOCs (as benzene)  +, NO2  +, PM10  +,
I
A
NO2  +, O3  +, OPERATIONAL; CO  +,
H
A
NO2  +, ozone PM and SO2  +
I
A
NO2 exposure: exposure assigned to an urban dweller over a period is often the mean pollutant concentration for that period  +, PM2.5  +, averaged over all monitors in the urban monitoring network. meteorological conditions  +
S
NOx  +, Needs SOx  +, POPs concentration information  +
A
NOx  +, PM  +, Pb  +,
B
NOx  +, SOx  +, TSP CO NEEDS Ambient monitoring  +,
A
O3  +, SO2 PM10 PM2.5 US monitoring practice discussed. NEEDS expansion needed NOX  +, VOCs  +,
S
OPERATIONAL CO  +, PM10; NEEDS NOx  +, PM2.5  +,
A
PM Ozone NOx emphasis  +, list of monitoring capabilities by country  +, needs  +
PM needs Intermitent studies at two locations  +, SO2  +
W
O
2
TSP NEEDS AMBIENT monitoring updaterehabilitation  +
C
VOCs  +, but do not share data NEEDS; O3  +, instruments on loan for SAFARI experiment; limited monitoring by mine corporations  +,
VOCs  +, but do not share data NEEDS; O3  +, instruments on loan for SAFARI experiment; limited monitoring by mine corporations  +,
F
a. Acidification  +, and ground-level ozone b. POPs c. Heavy metals d. SO2 e. NOX  +, eutrophication  +
G
and particulate matter3 (PM2.5 and PM10) are an underutilized yet essential resource. Albedo • Insolation • Photosynthetic active radiation (PAR) • Leaf area index (LAI) • Biomass heat capacity • Land/water boundaries • Vegetative fraction • Land-use classification real-time meteorological and air quality measurement capability * Meteorological data  +, carbon monoxide (CO)  +, oxides of nitrogen (NOx)  +,
T
dust soot SO2 NO2 CO 1 monitoring station O3 15 monitoring stations  +
S
needs clarification what an automatic station measures. Sao Paulo has automatic stations since 1981  +