Lake Michigan Plots From AIR QUALITY SIMULATIONS 2009

Lake Michigan Plots From AIR QUALITY SIMULATIONS 2009 and 2011 Provided by Talat Odman (GIT)

The following plots shows the extent of the domain and south-north grid points that will be used later in the plots. This is so you can navigate the vertical cross sections.

GIT: 2011 simulation, 10 m, @17 GMT = 12: 00 local time

GIT: 2011 simulation, 10 m, @17 GMT = 12: 00 local time

Stu: 2009 simulation, 20 m, @22 GMT = 17: 00 local time

Stu: 2009 simulation, 20 m, @22 GMT = 17: 00 local time

The following plots show ozone contours along the streamlines at the surface. For selected hours cross sections at different latitudes are also provided. Cross sections show the variability of air masses as you go from south of the lake toward north. Also note that cross sections for GIT runs are not included yet.

Stu: 2009 simulation, 20 m, @6 GMT = 0: 00 local time

GIT: 2011 simulation, 10 m, @6 GMT = 0: 00 local time

Diurnally Averaged (July 1 through Sept. 4, 2009) Vertical profiles for J=177, @00, I=270: 286: 2

Stu: 2009 simulation, 20 m, @9 GMT = 3: 00 local time

GIT: 2011 simulation, 10 m, @9 GMT = 3: 00 local time

Diurnally Averaged (July 1 through Sept. 4) Vertical profiles for J=177, @03, I=270: 286: 2 Stu: 2009 simulation, @9 GMT = 3: 00 local time

Stu: 2009 simulation, 20 m, @12 GMT = 6: 00 local time

GIT: 2011 simulation, 10 m, @12 GMT = 6: 00 local time

Diurnally Averaged (July 1 through Sept. 4, 2009) Vertical profiles for J=177, @06, I=270: 286: 2 Stu: 2009 simulation, @12 GMT = 6: 00 local time

Stu: 2009 simulation, @12 GMT = 6: 00 local time

Stu: 2009 simulation, @12 GMT = 6: 00 local time

Stu: 2009 simulation, @12 GMT = 6: 00 local time

Stu: 2009 simulation, @12 GMT = 6: 00 local time

Stu: 2009 simulation, 20 m, @15 GMT = 9: 00 local time

GIT: 2011 simulation, 10 m, @15 GMT = 9: 00 local time

Diurnally Averaged (July 1 through Sept. 4) Vertical profiles for J=177, @09, I=270: 286: 2

Diurnally Averaged (July 1 through Sept. 4, 2009) Vertical profiles for J=177, @10, I=270: 286: 2 Stu: 2009 simulation, @16 GMT = 10: 00 local time

Stu: 2009 simulation, 20 m, @17 GMT = 11: 00 local time

GIT: 2011 simulation, 10 m, @17 GMT = 11: 00 local time

Diurnally Averaged (July 1 through Sept. 4, 2009) Vertical profiles for J=177, @11, I=270: 286: 2

Stu: 2009 simulation, 20 m, @18 GMT = 12: 00 local time

GIT: 2011 simulation, 10 m, @18 GMT = 12: 00 local time

Diurnally Averaged (July 1 through Sept. 4) Vertical profiles for J=177, @12, I=270: 286: 2

Stu: 2009 simulation, 20 m, @19 GMT = 13: 00 local time

GIT: 2011 simulation, 10 m, @19 GMT = 13: 00 local time

Diurnally Averaged (July 1 through Sept. 4) Vertical profiles for J=177, @13, I=270: 286: 2 Stu: 2009 simulation, @19 GMT = 13: 00 local time

Stu: 2009 simulation, @19 GMT = 13: 00 local time Southern Lake Michigan

GIT: 2011 simulation, @19 GMT = 13: 00 local time Southern Lake Michigan

Stu: 2009 simulation, @19 GMT = 13: 00 local time Ferry Transect

GIT: 2011 simulation, @19 GMT = 13: 00 local time Ferry Transect

Stu: 2009 simulation, 20 m, @20 GMT = 14: 00 local time

GIT: 2011 simulation, 10 m, @20 GMT = 14: 00 local time

Diurnally Averaged (July 1 through Sept. 4) Vertical profiles for J=177, @14, I=270: 286: 2

Stu: 2009 simulation, 20 m, @21 GMT = 15: 00 local time

GIT: 2011 simulation, 10 m, @21 GMT = 15: 00 local time

Diurnally Averaged (July 1 through Sept. 4) Vertical profiles for J=177, @15, I=270: 286: 2

Stu: 2009 simulation, 20 m, @22 GMT = 16: 00 local time

GIT: 2011 simulation, 10 m, @22 GMT = 16: 00 local time

Diurnally Averaged (July 1 through Sept. 4) Vertical profiles for J=177, @16, I=270: 286: 2

Stu: 2009 simulation, 20 m, @23 GMT = 17: 00 local time

GIT: 2011 simulation, 10 m, @23 GMT = 17: 00 local time

Diurnally Averaged (July 1 through Sept. 4) Vertical profiles for J=177, @17: 00, I=270: 286: 2

Stu: 2009 simulation, 20 m, @0 GMT = 18: 00 local time

GIT: 2011 simulation, 10 m, @0 GMT = 18: 00 local time

GIT: 2011 simulation, @0 GMT = 18: 00 local time Southern Lake Michigan

GIT: 2011 simulation, @0 GMT = 18: 00 local time Ferry Transect

Diurnally Averaged (July 1 through Sept. 4) Vertical profiles for J=177, @18, I=270: 286: 2

Stu: 2009 simulation, 20 m, @1 GMT = 19: 00 local time

GIT: 2011 simulation, 10 m, @1 GMT = 19: 00 local time

Diurnally Averaged (July 1 through Sept. 4) Vertical profiles for J=177, @19, I=270: 286: 2

Stu: 2009 simulation, 20 m, @2 GMT = 20: 00 local time

GIT: 2011 simulation, 10 m, @2 GMT = 20: 00 local time

Diurnally Averaged (July 1 through Sept. 4) Vertical profiles for J=177, @20, I=270: 286: 2

Stu: 2009 simulation, 20 m, @3 GMT = 21: 00 local time

GIT: 2011 simulation, 10 m, @3 GMT = 21: 00 local time

Diurnally Averaged (July 1 through Sept. 4) Vertical profiles for J=177, @21, I=270: 286: 2

Stu: 2009 simulation, 20 m, @4 GMT = 22: 00 local time

GIT: 2011 simulation, 10 m, @4 GMT = 22: 00 local time

Diurnally Averaged (July 1 through Sept. 4) Vertical profiles for J=177, @22, I=270: 286: 2