9/25/06 18:45:15

AI tesselation report

1107 triangles read from the opt_O3.tess tesselation file
(last one is (391510021, 390830002, 390890005)).

Modeled measure of severity (MOS) is defined as the denominator and numerator of the rrf calculation for base and future case respectively (divided by number of days in the calculation). (imos=2 option)

Interpolation Fields

model/monitor

model/design

design/monitor
All power to the people! All power to the people! All power to the people! All power to the people!
maximum cyan= 0.741 at 330074001
max. magenta= 1.602 at 361030004		 maximum cyan= 0.844 at 551170006
max. magenta= 1.275 at 212090001		 maximum cyan= 0.800 at 170971007
max. magenta= 1.114 at 390071001

complete list of model/monitor/design calibration factors here

MOS

(Measure of Severity)

Analysis

based on concentration files in J.conf

25-highest raw MOS values on the coarse grid
(including those that are covered over by the fine grid)

(row, column)conc., ppmchecklat/long
( 53, 80) 0.1825 0.1825 ( 40.14/ 40.14)
( 42, 77) 0.1797 0.1797 ( 36.90/ 36.90)
( 53, 81) 0.1790 0.1790 ( 40.05/ 40.05)
( 61, 85) 0.1765 0.1765 ( 42.20/ 42.20)
( 62, 85) 0.1736 0.1736 ( 42.51/ 42.51)
( 56, 83) 0.1736 0.1736 ( 40.82/ 40.82)
( 56, 84) 0.1735 0.1735 ( 40.73/ 40.73)
( 57, 84) 0.1727 0.1727 ( 41.05/ 41.05)
( 57, 85) 0.1726 0.1726 ( 40.95/ 40.95)
( 55, 83) 0.1718 0.1718 ( 40.51/ 40.51)
( 54, 82) 0.1712 0.1712 ( 40.28/ 40.28)
( 53, 82) 0.1704 0.1704 ( 39.97/ 39.97)
( 56, 82) 0.1704 0.1704 ( 40.91/ 40.91)
( 52, 80) 0.1700 0.1700 ( 39.82/ 39.82)
( 56, 85) 0.1697 0.1697 ( 40.64/ 40.64)
( 57, 86) 0.1690 0.1690 ( 40.86/ 40.86)
( 54, 81) 0.1676 0.1676 ( 40.37/ 40.37)
( 55, 84) 0.1668 0.1668 ( 40.42/ 40.42)
( 61, 86) 0.1666 0.1666 ( 42.11/ 42.11)
( 54, 83) 0.1666 0.1666 ( 40.20/ 40.20)
( 63, 85) 0.1663 0.1663 ( 42.82/ 42.82)
( 52, 79) 0.1648 0.1648 ( 39.91/ 39.91)
( 55, 82) 0.1648 0.1648 ( 40.60/ 40.60)
( 53, 83) 0.1638 0.1638 ( 39.88/ 39.88)
( 57, 87) 0.1637 0.1637 ( 40.77/ 40.77)
* denotes occulted by a fine grid.

note: the national (inventory) grid to which the model cells
are linked is offset from the model grid by ( 10, 48).

10-highest raw MOS values on the fine grid(s)

cell
size
(km)
1) 2197 0.1104( 37, 37)12.0
2) 2136 0.1101( 36, 36)12.0
3) 2196 0.1093( 37, 36)12.0
4) 2257 0.1082( 38, 37)12.0
5) 2139 0.1082( 36, 39)12.0
6) 2138 0.1079( 36, 38)12.0
7) 2076 0.1074( 35, 36)12.0
8) 2137 0.1071( 36, 37)12.0
9) 2646 0.1071( 45, 6)12.0
10) 2256 0.1069( 38, 36)12.0

109 local maxima found on the fine grid(s), of which 8 are occulted.

30 highest maxima of raw MOS (or whatever these things are) on the fine grid,
with cells containing monitors interleaved, whether local maxima or not, followed by
20 monitor-containing cells only

cell
conc.,sizelocal
no.ppm(row, col)(km)long/latmax.?
1) 0.1104( 37, 37)12.0( -82.90/ 41.84)
2) 0.1082( 36, 39)12.0( -82.64/ 41.70)
3) 0.1071( 45, 6)12.0( -87.26/ 43.14)
4) 0.1063( 18, 3) 6.0( -82.38/ 41.70)
5) 0.1058( 39, 7)12.0( -87.21/ 42.49)
6) 0.1056( 36, 42)*12.0( -82.21/ 41.65)
7) 0.1056( 41, 7)12.0( -87.18/ 42.70)
8) 0.1054( 19, 9) 6.0( -81.94/ 41.70)
9) 0.1053( 48, 7)12.0( -87.07/ 43.45)
10) 0.1044( 37, 44)*12.0( -81.90/ 41.72)
11) 0.1043( 37, 7)12.0( -87.24/ 42.27)
12) 0.1042( 42, 51)12.0( -80.77/ 42.13)
13) 0.1040( 23, 11) 6.0( -81.75/ 41.90)
14) 0.1039( 40, 11)12.0( -86.61/ 42.54)
15) 0.1033( 44, 10)12.0( -86.69/ 42.99)
16) 0.1033( 39, 45)*12.0( -81.70/ 41.92)
17) 0.1032( 45, 53)12.0( -80.40/ 42.41)
18) 0.1031( 41, 48)12.0( -81.22/ 42.08)
19) 0.1022( 47, 12)12.0( -86.34/ 43.29) 261210039
20) 0.1014( 46, 56)12.0( -79.94/ 42.45)
21) 0.1006( 41, 53)12.0( -80.51/ 41.98) no 390071001
22) 0.0991( 32, 10)12.0( -86.89/ 41.70) no 180910005
23) 0.0989( 23, 22) 6.0( -80.96/ 41.79)
24) 0.0987( 17, 18) 6.0( -81.32/ 41.51)
25) 0.0986( 45, 38)12.0( -82.57/ 42.68)
26) 0.0985( 36, 47)*12.0( -81.49/ 41.56)
27) 0.0984( 35, 34)12.0( -83.38/ 41.68) no 390950034
28) 0.0983( 17, 16) 6.0( -81.46/ 41.53) no 390355002
29) 0.0981( 33, 45)*12.0( -81.85/ 41.28)
30) 0.0979( 17, 19) 6.0( -81.25/ 41.50) no 390550004
32) 0.0976( 13, 11) 6.0( -81.87/ 41.36) no 390350064
33) 0.0975( 32, 11)12.0( -86.74/ 41.68) no 180910010
34) 0.0972( 17, 14) 6.0( -81.61/ 41.55) no 390350034
35) 0.0971( 20, 16) 6.0( -81.43/ 41.69) no 390850003
36) 0.0971( 37, 13)12.0( -86.37/ 42.20) no 260210014
38) 0.0970( 21, 18) 6.0( -81.27/ 41.72) no 390853002
39) 0.0968( 13, 8) 6.0( -82.08/ 41.39) no 390930017
41) 0.0966( 10, 8) 6.0( -84.67/ 39.22) 390610010
42) 0.0964( 31, 8)12.0( -87.19/ 41.61) no 181270024
46) 0.0956( 2, 22)12.0( -85.70/ 38.31) no 211111021
48) 0.0956( 42, 14)12.0( -86.14/ 42.72) no 260050003
50) 0.0955( 3, 24)12.0( -85.41/ 38.39) no 211850004
51) 0.0954( 31, 9)12.0( -87.05/ 41.60) no 181270020
52) 0.0954( 2, 21)12.0( -85.84/ 38.32) no 180431004
54) 0.0953( 3, 22)12.0( -85.68/ 38.42) no 180190003
60) 0.0947( 1, 23)12.0( -85.58/ 38.19) no 211110027
62) 0.0945( 47, 60)12.0( -79.34/ 42.48) no 360130006
64) 0.0944( 7, 51)12.0( -81.63/ 38.39) no 540390010
65) 0.0944( 13, 9) 6.0( -84.57/ 39.37) no 390170004
66) 0.0942( 43, 56)12.0( -80.02/ 42.13) no 420490003

note: latitude and longitude are linked to separate map sites

Be alert! The world needs more lerts!

MOS

(Measure of Severity)

Analysis

based on concentration files in pm25_baseJ.conf

25-highest raw MOS values on the coarse grid
(including those that are covered over by the fine grid)

(row, column)conc., ppmchecklat/long
( 42, 77) 0.1572 0.1572 ( 36.90/ 36.90)
( 53, 80) 0.1548 0.1548 ( 40.14/ 40.14)
( 54, 81) 0.1544 0.1544 ( 40.37/ 40.37)
( 61, 85) 0.1525 0.1525 ( 42.20/ 42.20)
( 54, 82) 0.1513 0.1513 ( 40.28/ 40.28)
( 56, 82) 0.1512 0.1512 ( 40.91/ 40.91)
( 55, 82) 0.1503 0.1503 ( 40.60/ 40.60)
( 56, 81) 0.1496 0.1496 ( 41.00/ 41.00)
( 62, 85) 0.1469 0.1469 ( 42.51/ 42.51)
( 56, 83) 0.1465 0.1465 ( 40.82/ 40.82)
( 55, 83) 0.1465 0.1465 ( 40.51/ 40.51)
( 53, 81) 0.1447 0.1447 ( 40.05/ 40.05)
( 56, 84) 0.1436 0.1436 ( 40.73/ 40.73)
( 61, 86) 0.1434 0.1434 ( 42.11/ 42.11)
( 53, 79) 0.1429 0.1429 ( 40.22/ 40.22)
( 54, 83) 0.1412 0.1412 ( 40.20/ 40.20)
( 42, 76) 0.1409 0.1409 ( 36.98/ 36.98)
( 57, 84) 0.1408 0.1408 ( 41.05/ 41.05)
( 54, 80) 0.1405 0.1405 ( 40.45/ 40.45)
( 53, 82) 0.1395 0.1395 ( 39.97/ 39.97)
( 57, 85) 0.1387 0.1387 ( 40.95/ 40.95)
( 55, 84) 0.1373 0.1373 ( 40.42/ 40.42)
( 63, 85) 0.1370 0.1370 ( 42.82/ 42.82)
( 62, 86) 0.1365 0.1365 ( 42.42/ 42.42)
( 57, 86) 0.1357 0.1357 ( 40.86/ 40.86)
* denotes occulted by a fine grid.

note: the national (inventory) grid to which the model cells
are linked is offset from the model grid by ( 10, 48).

10-highest raw MOS values on the fine grid(s)

cell
size
(km)
1) 2105 0.1110( 36, 5)12.0
2) 1928 0.1087( 33, 8)12.0
3) 1868 0.1071( 32, 8)12.0
4) 2225 0.1044( 38, 5)12.0
5) 2226 0.1034( 38, 6)12.0
6) 2107 0.1030( 36, 7)12.0
7) 2048 0.1027( 35, 8)12.0
8) 2167 0.1024( 37, 7)12.0
9) 1988 0.1022( 34, 8)12.0
10) 2047 0.1022( 35, 7)12.0

84 local maxima found on the fine grid(s), of which 4 are occulted.

30 highest maxima of raw MOS (or whatever these things are) on the fine grid,
with cells containing monitors interleaved, whether local maxima or not, followed by
20 monitor-containing cells only

cell
conc.,sizelocal
no.ppm(row, col)(km)long/latmax.?
1) 0.1110( 36, 5)12.0( -87.55/ 42.18)
2) 0.1087( 33, 8)12.0( -87.16/ 41.83)
3) 0.1044( 38, 5)12.0( -87.52/ 42.40)
4) 0.1030( 36, 7)12.0( -87.26/ 42.16)
5) 0.1019( 17, 9) 6.0( -81.96/ 41.59)
6) 0.0997( 45, 6)12.0( -87.26/ 43.14)
7) 0.0996( 36, 43)*12.0( -82.06/ 41.63)
8) 0.0996( 41, 7)12.0( -87.18/ 42.70)
9) 0.0995( 37, 36)12.0( -83.05/ 41.86)
10) 0.0987( 36, 39)12.0( -82.64/ 41.70)
11) 0.0971( 34, 4)12.0( -87.73/ 41.98) 170311003
12) 0.0963( 35, 4)12.0( -87.71/ 42.09) no 170317002
13) 0.0949( 24, 15) 6.0( -81.45/ 41.91)
14) 0.0937( 39, 46)*12.0( -81.56/ 41.90)
15) 0.0935( 32, 5)12.0( -87.61/ 41.75) no 170310050 170310064 170310032
16) 0.0932( 33, 5)12.0( -87.60/ 41.86) no 170310072 170310042
17) 0.0932( 45, 56)12.0( -79.97/ 42.35)
18) 0.0918( 19, 18) 6.0( -81.29/ 41.62)
19) 0.0916( 44, 38)12.0( -82.60/ 42.58)
20) 0.0916( 42, 52)12.0( -80.62/ 42.11)
21) 0.0904( 31, 8)12.0( -87.19/ 41.61) no 181270024
22) 0.0903( 32, 10)12.0( -86.89/ 41.70) no 180910005
23) 0.0900( 31, 7)12.0( -87.34/ 41.62) no 180890022
24) 0.0889( 47, 12)12.0( -86.34/ 43.29) no 261210039
25) 0.0887( 20, 16) 6.0( -81.43/ 41.69) no 390850003
26) 0.0886( 31, 9)12.0( -87.05/ 41.60) no 181270020
27) 0.0884( 46, 2)12.0( -87.84/ 43.30)
28) 0.0882( 17, 16) 6.0( -81.46/ 41.53) no 390355002
29) 0.0879( 31, 5)12.0( -87.63/ 41.65) no 170318003
30) 0.0877( 21, 18) 6.0( -81.27/ 41.72) no 390853002
31) 0.0874( 35, 3)12.0( -87.86/ 42.10) no 170314201
32) 0.0870( 41, 53)12.0( -80.51/ 41.98) no 390071001
33) 0.0869( 31, 4)12.0( -87.77/ 41.66) no 170310001
34) 0.0868( 17, 14) 6.0( -81.61/ 41.55) no 390350034
35) 0.0867( 13, 8) 6.0( -82.08/ 41.39) no 390930017
37) 0.0859( 37, 2)12.0( -87.97/ 42.33) no 170973001
38) 0.0852( 38, 3)12.0( -87.81/ 42.42) no 170971002 170971007
39) 0.0850( 35, 34)12.0( -83.38/ 41.68) no 390950034
40) 0.0850( 32, 11)12.0( -86.74/ 41.68) no 180910010
41) 0.0848( 13, 11) 6.0( -81.87/ 41.36) no 390350064
43) 0.0846( 37, 13)12.0( -86.37/ 42.20) no 260210014
44) 0.0845( 17, 19) 6.0( -81.25/ 41.50) no 390550004
45) 0.0842( 45, 36)12.0( -82.86/ 42.72) no 260990009
46) 0.0841( 10, 8) 6.0( -84.67/ 39.22) 390610010
48) 0.0827( 32, 2)12.0( -88.04/ 41.79) no 170436001
49) 0.0823( 40, 3)12.0( -87.78/ 42.64) no 550590022
50) 0.0822( 42, 14)12.0( -86.14/ 42.72) no 260050003
51) 0.0822( 45, 2)12.0( -87.85/ 43.19) no 550790085
52) 0.0811( 39, 3)12.0( -87.80/ 42.53) no 550590002 550590019
53) 0.0810( 41, 3)12.0( -87.77/ 42.75) no 551010017

note: latitude and longitude are linked to separate map sites

Be alert! The world needs more lerts!

MOS

(Measure of Severity)

Analysis

based on concentration files in J.conf

25-highest tesselated MOS values on the coarse grid
(including those that are covered over by the fine grid)

(row, column)conc., ppmchecklat/long factor
( 55, 48)* 0.1435 0.1435 ( 42.69/ 42.69) 1.009
( 54, 48)* 0.1403 0.1403 ( 42.37/ 42.37) 1.021
( 57, 48)* 0.1386 0.1386 ( 43.33/ 43.33) 1.022
( 56, 48)* 0.1356 0.1356 ( 43.01/ 43.01) 0.970
( 58, 48) 0.1341 0.1341 ( 43.66/ 43.66) 1.031
( 57, 47)* 0.1299 0.1299 ( 43.37/ 43.37) 1.087
( 58, 47) 0.1290 0.1290 ( 43.69/ 43.69) 1.113
( 61, 67) 0.1284 0.1284 ( 43.64/ 43.64) 1.006
( 61, 66) 0.1278 0.1278 ( 43.71/ 43.71) 1.015
( 56, 47)* 0.1264 0.1264 ( 43.05/ 43.05) 1.042
( 55, 49)* 0.1251 0.1251 ( 42.65/ 42.65) 1.004
( 59, 48) 0.1244 0.1244 ( 43.98/ 43.98) 0.995
( 55, 47)* 0.1243 0.1243 ( 42.72/ 42.72) 1.015
( 60, 66) 0.1226 0.1226 ( 43.39/ 43.39) 0.988
( 60, 48) 0.1223 0.1223 ( 44.30/ 44.30) 1.021
( 61, 68) 0.1222 0.1222 ( 43.58/ 43.58) 0.997
( 54, 58)* 0.1217 0.1217 ( 41.93/ 41.93) 0.967
( 63, 64) 0.1209 0.1209 ( 44.47/ 44.47) 1.046
( 56, 49)* 0.1203 0.1203 ( 42.98/ 42.98) 0.980
( 54, 49)* 0.1198 0.1198 ( 42.33/ 42.33) 0.962
( 62, 66) 0.1184 0.1184 ( 44.03/ 44.03) 1.041
( 55, 63)* 0.1180 0.1180 ( 41.98/ 41.98) 0.950
( 57, 49)* 0.1175 0.1175 ( 43.30/ 43.30) 0.956
( 61, 48) 0.1172 0.1172 ( 44.62/ 44.62) 1.033
( 59, 47) 0.1166 0.1166 ( 44.01/ 44.01) 1.060
* denotes occulted by a fine grid.

note: the national (inventory) grid to which the model cells
are linked is offset from the model grid by ( 10, 48).

10-highest tesselated MOS values on the fine grid(s)

cell
size
(km) factor
1) 2706 0.1142( 46, 6)12.0 1.070
2) 2705 0.1123( 46, 5)12.0 1.092
3) 2826 0.1122( 48, 6)12.0 1.077
4) 2824 0.1119( 48, 4)12.0 1.115
5) 2766 0.1118( 47, 6)12.0 1.066
6) 2765 0.1117( 47, 5)12.0 1.087
7) 2827 0.1113( 48, 7)12.0 1.058
8) 2825 0.1112( 48, 5)12.0 1.096
9) 2764 0.1108( 47, 4)12.0 1.109
10) 2704 0.1105( 46, 4)12.0 1.113

110 local maxima found on the fine grid(s), of which 8 are occulted.

30 highest maxima of tesselated MOS (or whatever these things are) on the fine grid,
with cells containing monitors interleaved, whether local maxima or not, followed by
20 monitor-containing cells only

cell
conc.,sizelocal
no.ppm(row, col)(km)long/latmax.? factor
1) 0.1142( 46, 6)12.0( -87.25/ 43.25) 1.070
2) 0.1122( 48, 6)12.0( -87.22/ 43.47) 1.077
3) 0.1119( 48, 4)12.0( -87.51/ 43.49) 1.115
4) 0.1067( 41, 7)12.0( -87.18/ 42.70) 1.011
5) 0.1064( 38, 8)12.0( -87.08/ 42.37) 1.021
6) 0.1040( 42, 11)12.0( -86.58/ 42.76) 1.017
7) 0.1032( 37, 37)12.0( -82.90/ 41.84) 0.935
8) 0.1028( 42, 38)12.0( -82.64/ 42.36) 1.063
9) 0.1028( 38, 39)12.0( -82.59/ 41.92) 0.998
10) 0.1023( 18, 3) 6.0( -82.38/ 41.70) 0.962
11) 0.1022( 23, 10) 6.0( -81.82/ 41.91) 0.989
12) 0.1012( 39, 43)*12.0( -81.99/ 41.95) 1.009
13) 0.0993( 47, 56)12.0( -79.91/ 42.56) 0.980
14) 0.0993( 42, 51)12.0( -80.77/ 42.13) 0.953
15) 0.0991( 45, 53)12.0( -80.40/ 42.41) 0.960
16) 0.0990( 48, 59)12.0( -79.45/ 42.61) 0.994
17) 0.0989( 17, 19) 6.0( -81.25/ 41.50) 1.010 390550004
18) 0.0976( 36, 8)12.0( -87.11/ 42.15) 0.937
19) 0.0974( 43, 33)12.0( -83.35/ 42.55) 1.080
20) 0.0973( 46, 35)12.0( -82.99/ 42.84) 1.062
21) 0.0972( 39, 3)12.0( -87.80/ 42.53) 1.087 no 550590002 550590019
22) 0.0971( 42, 14)12.0( -86.14/ 42.72) 1.016 no 260050003
23) 0.0969( 36, 49)*12.0( -81.21/ 41.52) 0.999
24) 0.0969( 17, 17)12.0( -86.14/ 39.99) 1.031
25) 0.0967( 18, 18)12.0( -85.98/ 40.09) 1.039 no 180571001
26) 0.0959( 29, 55)12.0( -80.53/ 40.66) 1.086
27) 0.0956( 41, 53)12.0( -80.51/ 41.98) 0.950 no 390071001
28) 0.0956( 47, 12)12.0( -86.34/ 43.29) 0.935 no 261210039
29) 0.0954( 17, 20)12.0( -85.72/ 39.95) 1.042
30) 0.0950( 40, 3)12.0( -87.78/ 42.64) 1.042 no 550590022
31) 0.0949( 18, 20)12.0( -85.70/ 40.06) 1.048 no 180950010
32) 0.0946( 17, 19)12.0( -85.86/ 39.97) 1.026 no 180590003
35) 0.0941( 14, 34)12.0( -83.82/ 39.43) 1.020 390271002
37) 0.0937( 43, 35)12.0( -83.06/ 42.52) 1.089 260991003
40) 0.0932( 9, 17) 6.0( -81.49/ 41.09) 1.034 no 391530020
41) 0.0930( 35, 16)12.0( -85.97/ 41.94) 1.045 no 260270003
42) 0.0930( 14, 19)12.0( -85.91/ 39.64) 1.026 no 181450001
43) 0.0929( 47, 60)12.0( -79.34/ 42.48) 0.983 no 360130006
44) 0.0929( 16, 18)12.0( -86.02/ 39.87) 1.004 no 180970050
46) 0.0927( 29, 56)12.0( -80.39/ 40.64) 1.048 no 420070005
48) 0.0926( 45, 36)12.0( -82.86/ 42.72) 1.055 no 260990009
50) 0.0926( 48, 2)12.0( -87.81/ 43.51) 1.144 no 550890009
51) 0.0924( 32, 10)12.0( -86.89/ 41.70) 0.932 no 180910005
52) 0.0923( 34, 53)12.0( -80.69/ 41.23) 1.024 no 391550011
53) 0.0923( 21, 40)12.0( -82.83/ 40.08) 1.040 390490029
54) 0.0922( 20, 16) 6.0( -81.43/ 41.69) 0.949 no 390850003
55) 0.0921( 41, 3)12.0( -87.77/ 42.75) 1.019 no 551010017
56) 0.0917( 35, 34)12.0( -83.38/ 41.68) 0.932 no 390950034
58) 0.0916( 37, 13)12.0( -86.37/ 42.20) 0.943 no 260210014
59) 0.0915( 34, 54)12.0( -80.55/ 41.21) 1.012 no 420850100

note: latitude and longitude are linked to separate map sites

Be alert! The world needs more lerts!

MOS

(Measure of Severity)

Analysis

based on concentration files in pm25_baseJ.conf

25-highest tesselated MOS values on the coarse grid
(including those that are covered over by the fine grid)

(row, column)conc., ppmchecklat/long factor
( 54, 48)* 0.1331 0.1331 ( 42.37/ 42.37) 1.021
( 55, 48)* 0.1325 0.1325 ( 42.69/ 42.69) 1.009
( 57, 48)* 0.1299 0.1299 ( 43.33/ 43.33) 1.022
( 56, 48)* 0.1259 0.1259 ( 43.01/ 43.01) 0.970
( 58, 48) 0.1240 0.1240 ( 43.66/ 43.66) 1.031
( 55, 47)* 0.1222 0.1222 ( 42.72/ 42.72) 1.015
( 57, 47)* 0.1216 0.1216 ( 43.37/ 43.37) 1.087
( 56, 47)* 0.1193 0.1193 ( 43.05/ 43.05) 1.042
( 61, 67) 0.1187 0.1187 ( 43.64/ 43.64) 1.006
( 58, 47) 0.1186 0.1186 ( 43.69/ 43.69) 1.113
( 61, 66) 0.1182 0.1182 ( 43.71/ 43.71) 1.015
( 63, 64) 0.1169 0.1169 ( 44.47/ 44.47) 1.046
( 53, 48)* 0.1159 0.1159 ( 42.04/ 42.04) 0.937
( 54, 47)* 0.1148 0.1148 ( 42.40/ 42.40) 0.929
( 60, 66) 0.1140 0.1140 ( 43.39/ 43.39) 0.988
( 61, 68) 0.1138 0.1138 ( 43.58/ 43.58) 0.997
( 59, 48) 0.1137 0.1137 ( 43.98/ 43.98) 0.995
( 55, 49)* 0.1117 0.1117 ( 42.65/ 42.65) 1.004
( 54, 58)* 0.1111 0.1111 ( 41.93/ 41.93) 0.967
( 52, 48)* 0.1105 0.1105 ( 41.72/ 41.72) 0.940
( 62, 66) 0.1104 0.1104 ( 44.03/ 44.03) 1.041
( 54, 49)* 0.1099 0.1099 ( 42.33/ 42.33) 0.962
( 60, 48) 0.1095 0.1095 ( 44.30/ 44.30) 1.021
( 56, 49)* 0.1090 0.1090 ( 42.98/ 42.98) 0.980
( 60, 65) 0.1071 0.1071 ( 43.45/ 43.45) 0.997
* denotes occulted by a fine grid.

note: the national (inventory) grid to which the model cells
are linked is offset from the model grid by ( 10, 48).

10-highest tesselated MOS values on the fine grid(s)

cell
size
(km) factor
1) 2706 0.1054( 46, 6)12.0 1.070
2) 2285 0.1052( 39, 5)12.0 1.043
3) 2705 0.1050( 46, 5)12.0 1.092
4) 2766 0.1049( 47, 6)12.0 1.066
5) 2824 0.1043( 48, 4)12.0 1.115
6) 2704 0.1042( 46, 4)12.0 1.113
7) 2764 0.1042( 47, 4)12.0 1.109
8) 2765 0.1039( 47, 5)12.0 1.087
9) 2105 0.1035( 36, 5)12.0 0.932
10) 2826 0.1032( 48, 6)12.0 1.077

102 local maxima found on the fine grid(s), of which 8 are occulted.

30 highest maxima of tesselated MOS (or whatever these things are) on the fine grid,
with cells containing monitors interleaved, whether local maxima or not, followed by
20 monitor-containing cells only

cell
conc.,sizelocal
no.ppm(row, col)(km)long/latmax.? factor
1) 0.1054( 46, 6)12.0( -87.25/ 43.25) 1.070
2) 0.1052( 39, 5)12.0( -87.50/ 42.51) 1.043
3) 0.1043( 48, 4)12.0( -87.51/ 43.49) 1.115
4) 0.1035( 36, 5)12.0( -87.55/ 42.18) 0.932
5) 0.1023( 46, 2)12.0( -87.84/ 43.30) 1.157
6) 0.1017( 33, 8)12.0( -87.16/ 41.83) 0.936
7) 0.1007( 41, 7)12.0( -87.18/ 42.70) 1.011
8) 0.1006( 38, 8)12.0( -87.08/ 42.37) 1.021
9) 0.0964( 36, 7)12.0( -87.26/ 42.16) 0.936
10) 0.0958( 43, 37)12.0( -82.77/ 42.49) 1.069
11) 0.0954( 45, 2)12.0( -87.85/ 43.19) 1.161 no 550790085
12) 0.0936( 18, 3) 6.0( -82.38/ 41.70) 0.962
13) 0.0935( 38, 39)12.0( -82.59/ 41.92) 0.998
14) 0.0931( 37, 36)12.0( -83.05/ 41.86) 0.935
15) 0.0912( 23, 11) 6.0( -81.75/ 41.90) 0.980
16) 0.0898( 39, 45)*12.0( -81.70/ 41.92) 0.972
17) 0.0896( 45, 56)12.0( -79.97/ 42.35) 0.962
18) 0.0892( 35, 4)12.0( -87.71/ 42.09) 0.927 no 170317002
19) 0.0889( 45, 36)12.0( -82.86/ 42.72) 1.055 no 260990009
20) 0.0885( 19, 17) 6.0( -81.37/ 41.63) 0.968
21) 0.0882( 39, 3)12.0( -87.80/ 42.53) 1.087 no 550590002 550590019
22) 0.0879( 43, 35)12.0( -83.06/ 42.52) 1.089 no 260991003
23) 0.0877( 31, 6)12.0( -87.48/ 41.63) 1.110 no 180892008
24) 0.0872( 34, 4)12.0( -87.73/ 41.98) 0.898 no 170311003
25) 0.0871( 42, 52)12.0( -80.62/ 42.11) 0.951
26) 0.0861( 42, 34)12.0( -83.22/ 42.43) 1.074 no 261250001
27) 0.0858( 42, 35)12.0( -83.08/ 42.41) 1.077 no 261630019
28) 0.0857( 40, 3)12.0( -87.78/ 42.64) 1.042 no 550590022
29) 0.0854( 17, 19) 6.0( -81.25/ 41.50) 1.010 no 390550004
30) 0.0850( 48, 2)12.0( -87.81/ 43.51) 1.144 no 550890009
31) 0.0848( 33, 5)12.0( -87.60/ 41.86) 0.909 no 170310072 170310042
33) 0.0845( 44, 2)12.0( -87.87/ 43.08) 1.085 no 550790026 550790041
34) 0.0842( 32, 10)12.0( -86.89/ 41.70) 0.932 no 180910005
35) 0.0842( 20, 16) 6.0( -81.43/ 41.69) 0.949 no 390850003
36) 0.0835( 42, 14)12.0( -86.14/ 42.72) 1.016 no 260050003
37) 0.0832( 46, 1)12.0( -87.99/ 43.31) 1.132 no 550890008
38) 0.0831( 47, 12)12.0( -86.34/ 43.29) 0.935 no 261210039
41) 0.0827( 41, 53)12.0( -80.51/ 41.98) 0.950 no 390071001
42) 0.0826( 41, 3)12.0( -87.77/ 42.75) 1.019 no 551010017
43) 0.0825( 31, 7)12.0( -87.34/ 41.62) 0.916 no 180890022
44) 0.0823( 31, 8)12.0( -87.19/ 41.61) 0.910 no 181270024
45) 0.0817( 18, 18)12.0( -85.98/ 40.09) 1.039 no 180571001
46) 0.0807( 31, 9)12.0( -87.05/ 41.60) 0.911 no 181270020
49) 0.0798( 37, 13)12.0( -86.37/ 42.20) 0.943 no 260210014
50) 0.0797( 35, 3)12.0( -87.86/ 42.10) 0.912 no 170314201
53) 0.0792( 35, 34)12.0( -83.38/ 41.68) 0.932 no 390950034
54) 0.0791( 17, 16) 6.0( -81.46/ 41.53) 0.897 no 390355002
55) 0.0791( 48, 38)12.0( -82.50/ 43.00) 0.982 no 261470005
57) 0.0790( 40, 32)12.0( -83.56/ 42.25) 1.094 no 261610008
58) 0.0789( 12, 12) 6.0( -84.37/ 39.30) 0.974 no 390610006

note: latitude and longitude are linked to separate map sites

Be alert! The world needs more lerts! Be alert! The world needs more lerts!

I think we have more machinery of government than is necessary, too many parasites living on the labor of the industrious.


-- Thomas Jefferson