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Full-Text Articles in Social and Behavioral Sciences

Slides: Natural Gas: Game Changer Or Runner Left On Base? Working To Get It Right In Co!, Gary Graham Jan 2012

Slides: Natural Gas: Game Changer Or Runner Left On Base? Working To Get It Right In Co!, Gary Graham

Drawing the Blueprint for a Sustainable Natural Gas Future (January 18)

Presenter: Dr. Gary Graham, Director, Lands Program, Western Resource Advocates

21 slides


Technical Note: Latitude-Time Variations Of Atmospheric Column-Average Dry Air Mole Fractions Of Co2, Ch4 And N2o, R Saito, P K. Patra, N Deutscher, D Wunch, K Ishijima, V Sherlock, T Blumenstock, S Dohe, D Griffith, F Hase, P Heikkinen, E Kyro, R Macatangay, J Mendonca, J Messerschmidt, I Morino, J Notholt, M Rettinger, K Strong, R Sussmann, T Warneke Jan 2012

Technical Note: Latitude-Time Variations Of Atmospheric Column-Average Dry Air Mole Fractions Of Co2, Ch4 And N2o, R Saito, P K. Patra, N Deutscher, D Wunch, K Ishijima, V Sherlock, T Blumenstock, S Dohe, D Griffith, F Hase, P Heikkinen, E Kyro, R Macatangay, J Mendonca, J Messerschmidt, I Morino, J Notholt, M Rettinger, K Strong, R Sussmann, T Warneke

Faculty of Science - Papers (Archive)

We present a comparison of an atmospheric general circulation model (AGCM)-based chemistry-transport model (ACTM) simulation with total column measurements of CO2, CH4 and N2O from the Total Carbon Column Observing Network (TCCON). The model is able to capture observed trends, seasonal cycles and inter hemispheric gradients at most sampled locations for all three species. The model-observation agreements are best for CO2, because the simulation uses fossil fuel inventories and an inverse model estimate of non-fossil fuel fluxes. The ACTM captures much of the observed seasonal variability in CO2 and N2O total columns (similar to 81% variance, R > 0.9 between ACTM …


Meteorological Modes Of Variability For Fine Particulate Matter (Pm2.5) Air Quality In The United States: Implications For Pm2.5 Sensitivity To Climate Change, A. P K. Tai, L J. Mickley, D J. Jacob, E M. Leibensperger, L Zhang, J A. Fisher, H. O T. Pye Jan 2012

Meteorological Modes Of Variability For Fine Particulate Matter (Pm2.5) Air Quality In The United States: Implications For Pm2.5 Sensitivity To Climate Change, A. P K. Tai, L J. Mickley, D J. Jacob, E M. Leibensperger, L Zhang, J A. Fisher, H. O T. Pye

Faculty of Science - Papers (Archive)

We applied a multiple linear regression model to understand the relationships of PM2.5 with meteorological variables in the contiguous US and from there to infer the sensitivity of PM2.5 to climate change. We used 2004–2008 PM2.5 observations from ~1000 sites (~200 sites for PM2.5 components) and compared to results from the GEOS-Chem chemical transport model (CTM). All data were deseasonalized to focus on synoptic-scale correlations. We find strong positive correlations of PM2.5 components with temperature in most of the US, except for nitrate in the Southeast where the correlation is negative. Relative humidity (RH) is …