29 December 2014
- 12:5912:59, 29 December 2014 diff hist −355 UKCA Chemistry and Aerosol Tutorial 10 →Task 10.2: Understand how the RADAER module diagoses aerosol optical properties from GLOMAP in UM-UKCA
- 12:5712:57, 29 December 2014 diff hist −49 UKCA Chemistry and Aerosol Tutorial 10 →Task 10.2: Understand how the RADAER module diagoses aerosol optical properties from GLOMAP to enable UM-UKCA to resolve aerosol-radiation interactions
- 12:5612:56, 29 December 2014 diff hist +826 UKCA Chemistry and Aerosol Tutorial 10 →Task 10.1: What is the aerosol optical depth?
- 12:5312:53, 29 December 2014 diff hist +13 UKCA Chemistry and Aerosol Tutorial 10 →Task 10.1: What is the aerosol optical depth?
- 12:4712:47, 29 December 2014 diff hist +551 UKCA Chemistry and Aerosol Tutorial 10 →Task 10.1: What is the aerosol optical depth?
- 12:3312:33, 29 December 2014 diff hist +2 UKCA Chemistry and Aerosol Tutorial 10 →Task 10.2: Understand how the RADAER module diagoses aerosol optical properties from GLOMAP to enable UM-UKCA to resolve aerosol-radiation interactions
- 12:3212:32, 29 December 2014 diff hist +21 UKCA Chemistry and Aerosol Tutorial 10 →Task 10.2: Understand how the RADAER module diagoses aerosol optical properties from GLOMAP to enable UM-UKCA to resolve aerosol-radiation interactions
- 12:3112:31, 29 December 2014 diff hist −10 UKCA Chemistry and Aerosol Tutorial 10 →Task 10.2: Understand how the RADAER module diagoses aerosol optical properties from GLOMAP to enable UM-UKCA to resolve aerosol-radiation interactions
- 12:3012:30, 29 December 2014 diff hist +121 UKCA Chemistry and Aerosol Tutorial 10 →Task 10.2: Understand how the RADAER module diagoses aerosol optical properties from GLOMAP to enable UM-UKCA to resolve aerosol-radiation interactions
- 12:3012:30, 29 December 2014 diff hist +8 UKCA Chemistry and Aerosol Tutorial 10 →Task 10.1: What is the aerosol optical depth?
- 12:2912:29, 29 December 2014 diff hist −1 UKCA Chemistry and Aerosol Tutorial 10 →Task 10.2: Understand how the RADAER module diagoses aerosol optical properties from GLOMAP to enable UM-UKCA to resolve aerosol-radiation interactions
- 12:2812:28, 29 December 2014 diff hist +634 UKCA Chemistry and Aerosol Tutorial 10 →Task 10.2: Understand how the RADAER module diagoses aerosol optical properties from GLOMAP and provide direct radiative effects to the atmosphere model
- 12:2112:21, 29 December 2014 diff hist 0 UKCA Chemistry and Aerosol Tutorial 10 →Task 10.2: Output daily-mean Aerosol Optical Depths from your UKCA model run
- 12:2012:20, 29 December 2014 diff hist 0 UKCA Chemistry and Aerosol Tutorial 10 →Task 10.1: Understand how the RADAER module diagoses aerosol optical properties from GLOMAP and provide direct radiative effects to the atmosphere model
- 12:2012:20, 29 December 2014 diff hist +162 UKCA Chemistry and Aerosol Tutorial 10 →What you will learn in this Tutorial
- 12:1912:19, 29 December 2014 diff hist −1 UKCA Chemistry and Aerosol Tutorial 10 →Task 10.2: Derive Aerosol Optical Depth diagnostics from your UKCA model runs
16 December 2014
- 15:3115:31, 16 December 2014 diff hist +179 UKCA Chemistry and Aerosol Tutorial 10 →Task 10.2: Run a copy of the standard UKCA job which tracks two OC components in the GLOMAP modes
- 15:2615:26, 16 December 2014 diff hist 0 UKCA Chemistry and Aerosol Tutorial 10 →What you will learn in this Tutorial
- 15:2515:25, 16 December 2014 diff hist +2,105 UKCA Chemistry and Aerosol Tutorial 10 →What you will learn in this Tutorial
3 December 2014
- 11:3911:39, 3 December 2014 diff hist −25 UKCA Chemistry and Aerosol Tutorial 10 →Task 10.1: Understand how the GLOMAP aerosol module tracks aerosol species and modes
27 March 2014
- 18:0818:08, 27 March 2014 diff hist +139 UKCA Chemistry and Aerosol Tutorial 11 →Task 10.2: Derive Aerosol Optical Depth diagnostics from your UKCA model runs
- 18:0718:07, 27 March 2014 diff hist 0 UKCA Chemistry and Aerosol Tutorial 11 →Task 10.2: Derive Aerosol Optical Depth diagnostics from your UKCA model runs
- 18:0618:06, 27 March 2014 diff hist +130 N File:Idl aodtracers xjlub vs xjluc.pdf 1-day mean AOD fields simulated by the UM-UKCA tutorial job comparing those from standard and 2-component OC GLOMAP configuration.
- 18:0518:05, 27 March 2014 diff hist +165 UKCA Chemistry and Aerosol Tutorial 11 →Task 10.2: Derive Aerosol Optical Depth diagnostics from your UKCA model runs
- 17:5917:59, 27 March 2014 diff hist 0 UKCA Chemistry and Aerosol Tutorial 11 →Task 10.2: Derive Aerosol Optical Depth diagnostics from your UKCA model runs
- 17:5817:58, 27 March 2014 diff hist +744 UKCA Chemistry and Aerosol Tutorial 11 No edit summary
- 17:5417:54, 27 March 2014 diff hist +608 UKCA Chemistry and Aerosol Tutorial 11 →Task 10.2: Derive Aerosol Optical Depth diagnostics from your UKCA model runs
- 17:4717:47, 27 March 2014 diff hist +760 UKCA Chemistry and Aerosol Tutorial 11 No edit summary
- 17:4217:42, 27 March 2014 diff hist +395 UKCA Chemistry and Aerosol Tutorial 11 No edit summary
- 12:4512:45, 27 March 2014 diff hist +966 UKCA Chemistry and Aerosol Tutorial 10 →Task 10.3 Examine the simulated total organic carbon in the original and two-cpt OC configurations
- 12:3512:35, 27 March 2014 diff hist +129 N File:Idl orgtracers xjlub vs xjluc.pdf Example plots comparing UM-UKCA simulated mmr of particulate organics between standard and 2-component OC aerosol configurations.
- 12:3212:32, 27 March 2014 diff hist +2 UKCA Chemistry and Aerosol Tutorial 10 →Task 10.3 Examine the simulated total organic carbon in the original and two-cpt OC configurations
- 12:3112:31, 27 March 2014 diff hist −1 UKCA Chemistry and Aerosol Tutorial 10 →Task 10.3 Examine the simulated total organic carbon in the original and two-cpt OC configurations
- 12:3112:31, 27 March 2014 diff hist +1,809 UKCA Chemistry and Aerosol Tutorial 10 →Task 10.3 Examine the simulated total organic carbon in the original and two-cpt OC configurations
- 12:1312:13, 27 March 2014 diff hist +2 UKCA Chemistry and Aerosol Tutorial 10 →Task 10.2: Run the copy of the standard UKCA job tracking two OC components in the GLOMAP modes
- 12:1312:13, 27 March 2014 diff hist +11 UKCA Chemistry and Aerosol Tutorial 10 →Task 10.2: Run the copy of the standard UKCA job tracking two OC components in the GLOMAP modes
- 12:1012:10, 27 March 2014 diff hist +27 UKCA Chemistry and Aerosol Tutorial 10 →Task 10.3 Examine the simulated organic carbon in each mode in original and two-component OC configuration
25 March 2014
- 16:4916:49, 25 March 2014 diff hist +1 UKCA Chemistry and Aerosol Tutorial 10 →What you will learn in this Tutorial
- 16:4816:48, 25 March 2014 diff hist +15 UKCA Chemistry and Aerosol Tutorial 10 →What you will learn in this Tutorial
- 16:4716:47, 25 March 2014 diff hist +11 UKCA Chemistry and Aerosol Tutorial 10 →What you will learn in this Tutorial
- 16:4716:47, 25 March 2014 diff hist +499 UKCA Chemistry and Aerosol Tutorial 10 →What you will learn in this Tutorial
- 16:4116:41, 25 March 2014 diff hist 0 UKCA Chemistry and Aerosol Tutorial 10 →Task 10.1: Understand how the GLOMAP aerosol module tracks aerosol species and modes
- 16:4116:41, 25 March 2014 diff hist −306 UKCA Chemistry and Aerosol Tutorial 10 →Task 10.1: Understand how the GLOMAP aerosol module tracks aerosol species and modes
- 16:4016:40, 25 March 2014 diff hist +1,733 UKCA Chemistry and Aerosol Tutorial 10 No edit summary
15 December 2013
- 23:2223:22, 15 December 2013 diff hist +478 Minutes of the aerosol working group meeting 12/12/2013 →Summary of discussion: current
- 23:2023:20, 15 December 2013 diff hist +15 Minutes of the aerosol working group meeting 12/12/2013 →Next UKCA aerosol teleconference to be held Thursday 22nd November between Leeds & MO
- 23:1823:18, 15 December 2013 diff hist +6,002 Minutes of the aerosol working group meeting 12/12/2013 →Next UKCA aerosol teleconference to be held Thursday 22nd November between Leeds & MO
- 22:2222:22, 15 December 2013 diff hist −3 Aerosol working group minutes No edit summary current
13 December 2013
- 17:4317:43, 13 December 2013 diff hist +356 N File:Sedimentation tests.pdf pdf of a Wiki page on the UKESM. Summarizes results from tests by Alastair Sellar re: sedimentation. Finding is that the long 1-hour timestep for UKCA, and the thin gridboxes near the surface with L63/L85, the condition to avoid CFL instability was kickin
- 17:4117:41, 13 December 2013 diff hist +155 Minutes of the aerosol working group meeting 12/12/2013 No edit summary
