Table S1.

Meteorological parameters that characterized fog dissipation events during SPC2011

Event	Fog dissipation time	WS, m/s	Rad, W/m2	Delta W/m2	Delta °C	r aqSOA–HMS	r aqSOA–guaiacol dimer
1	11/16/11 10:26:00	0.95	370	164	0.40	0.77	0.39
2	11/17/11 09:01:00	0.75	184	125	2.20	0.91	0.66
3	11/18/11 09:35:00	0.70	302	215	3.35	0.92	0.86
4	11/19/11 11:10:00	1.10	343	41	3.15	0.60	0.52
5	11/21/11 12:12:00	1.20	68	7	0.45	0.27	0.31
6	11/25/11 22:31:00	2.75	—	—	−0.95	0.00	−0.28
7	11/26/11 04:27:00	3.20	—	—	−0.15	0.76	−0.22
8	11/27/11 04:28:00	3.10	—	—	0.05	0.22	0.00
9	11/28/11 10:06:00	1.00	292	148	6.35	0.81	0.93
10	11/28/11 23:46:00	2.15	—	—	0.20	0.12	−0.64
11	11/29/11 08:53:00	2.65	141	138	3.95	−0.04	0.92
12	11/30/11 07:52:00	2.90	47	49	2.05	0.39	0.73
13	11/30/11 21:31:00	1.50	—	—	−1.45	0.74	0.70
14	12/1/11 7:34	1.35	15	18	0.65	0.31	0.00

Boldface type identifies fog dissipation events due to radiative effect (the four events addressed in this paper). The last two columns report Pearson correlation coefficients (r) of relevant parameters (correlations of radiative fog dissipations have P < 0.0001).