The Global Aerosol Synthesis and Science Project (GASSP): measurements and modelling to reduce uncertainty

<p>Novel methodologies to quantify model uncertainty are combined with an extensive new database of in-situ aerosol microphysical and chemical measurements to reduce uncertainty in aerosol effects on climate.</p> <p>The largest uncertainty in the historical radiative forcing of cli...

Full description

Bibliographic Details
Main Authors:	Reddington, C, Carslaw, K, Stier, P, Schutgens, N, Coe, H, Liu, D, Allan, J, Browse, J, Pringle, K, Lee, L, Yoshioka, M, Johnson, J, Regayre, L, Spracklen, D, Mann, G, Clarke, A, Hermann, M, Henning, S, Wex, H, Kristensen, T, Leaitch, W, Pöschl, U, Rose, D, Andreae, M, Schmale, J, Kondo, Y, Oshima, N, Schwarz, J, Nenes, A, Anderson, B, Roberts, G, Snider, J, Leck, C, Quinn, P, Chi, X, Ding, A, Jimenez, J, Zhang, Q
Format:	Journal article
Published:	American Meteorological Society 2017

The Global Aerosol Synthesis and Science Project (GASSP): measurements and modelling to reduce uncertainty

Similar Items