ILLUSTRATIONS
Page
2
3
7
1.2
Fallout Monitoring Network, Pacific Hemisphere .
1.2
Fallout Monitoring Network, Atlantic Hemisphere.
2.1
Winds Aloft for Castle Events. .....e-cecce
2.2
Meteorological Trajectories for Burst No. 1, Bravo
2.3
Meteorological Trajectories for Burst No. 2, Romeo
10
Meteorological Trajectories for Burst No. 3, Koon.
13
8
2.1
2.5
Meteorological Trajectories for Burst No. kh, Union
2.6
Meteorological Trajectories for Burst No. 5, Yankee.
2.7
Meteorological Trajectories for Burst No, 6, Nectar.
Total Fallout From Castle Series as of July 1, 195k,
3.2
2.
ce
20
cecccecececceccsvee
Total Failout From Castle Series as of July 1, 195h,
Atlantic
Hemisphere.
e
oe
e
e
e
e
e
e
°*
e
es
e
oe
3-3
3.4
Total Fallout From Bravo, Atlantic Hemisphere. .
3.5
Total Fallout From Romeo. Pacific Hemisphere . .
3.6
3.7
3.8
3.9
3.10
3.11
3.12
Total Fallout From Roneo, Atlantic Hemisphere. .
e
21
eo
2h
Total Fallout From Bravo, Pacific Hemisphere . .
25
96
Total Fallout From Union, Pacific Hemisphere . .
27
28
Total Fallout From Union, Atlantic Hemisphere. .
29
Total Fallout From Yankee, Pacific Hemisphere. .
Total Fallout From Yankee, Atlantic Hemisphere .
30
31
Total Fallout From Nectar. . ...c«ceccvccerevcee
32
Maximum Activity on Sampling Day at Individual Stations,
Pacific Hemisphere .
.
2.
eee
cere
ecvcerecvee
3.13 Maximum Activity on Sampling Day at Individual Stations,
Atlantic Hemisphere. . . 2. se ee cece cer vee
36
|
Pacific Hemisphere .
PS
3.1
1k
16
17
37
A.1 - A.186 Radioactive Fallout in the 2h-hour Periods BeginFebruary
28
-
May
31,
195k.
eoeee#eeeeF
ef
#
A.187 - A.188 Average Daily Fallout During Month of June,
195k...
«
e
e
e
e
e
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@
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ee
Veo
@
e
e
.
°
@
20-225
- 226-227
ie
ning