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Volumn 158, Issue 3, 2010, Pages 778-787
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Estimating contribution of wildland fires to ambient ozone levels in National Parks in the Sierra Nevada, California
b
Sharon)
(United States)
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Author keywords
Air pollution; BlueSky; California air quality standard; Fire smoke; Next day ozone forecasts; Regression models; Spline functions; Time series
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Indexed keywords
BLUESKY;
CALIFORNIA;
OZONE FORECAST;
QUALITY STANDARD;
REGRESSION MODEL;
SPLINE FUNCTIONS;
AIR QUALITY;
FIRE PROTECTION;
FIRES;
FORESTRY;
INTERPOLATION;
OZONE;
PARKS;
QUALITY CONTROL;
REGRESSION ANALYSIS;
SMOKE;
SPACECRAFT;
SPLINES;
TIME SERIES;
FORECASTING;
OZONE;
ACCURACY ASSESSMENT;
AIR QUALITY;
AMBIENT AIR;
ATMOSPHERIC POLLUTION;
ATMOSPHERIC TRANSPORT;
ESTIMATION METHOD;
FORECASTING METHOD;
OZONE;
POLLUTANT SOURCE;
REGRESSION ANALYSIS;
SMOKE;
TIME SERIES ANALYSIS;
WILDFIRE;
ACCURACY;
AIR POLLUTION;
AMBIENT AIR;
ARTICLE;
CONTROLLED STUDY;
ENVIRONMENTAL MONITORING;
FIRE;
FORECASTING;
MATHEMATICAL ANALYSIS;
NATIONAL PARK;
POLLUTION TRANSPORT;
SMOKE;
TIME SERIES ANALYSIS;
UNITED STATES;
WEATHER;
AIR POLLUTANTS;
CALIFORNIA;
ENVIRONMENTAL MONITORING;
FIRES;
OZONE;
SMOKE;
TREES;
CALIFORNIA;
CENTRAL VALLEY [CALIFORNIA];
SIERRA NEVADA [CALIFORNIA];
UNITED STATES;
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EID: 74149093610
PISSN: 02697491
EISSN: None
Source Type: Journal
DOI: 10.1016/j.envpol.2009.10.007 Document Type: Article |
Times cited : (10)
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References (16)
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