shectrametcy. Cryer TOM ef tre whole-body
Qoatfieh 12 asenciated with che muscle ti
-sumd id tre muscle af mullet and eurgeant
‘Eup 241/47 is sigaiticently accumulaitea
species of “ish. Soparently, ‘sus 259/Fu
a
fora for accumulaticn by fisnes than /sua
bess
ingestion rate of B00 g af fish flesh, dose rates te
ge OEePe Si ain
lees thaa 24% 1s
fun 239 +240/7Fu aor
Tissue iT any
readil. avs lepie
333ed on a deity
individvais trrough
the fish-food ingestion pathway are well Gelcw current Federal guidelines.
a/7/24
1352305
{Item 21 from file:
103)
=RA-lesO3E35S, EDB-87:115885
muther: Smith, O.F.:
Chu, Y.H.
Title:
Freliminary design of a landfill and revetment on Bikini Izeland,
Republic cf the Marshall Islands. Final resert
Cersorate Source:
Coastal
Engineering Fesearcn Center, Vicksburg. M3
22
A
my
4
bond
tat
Gs
mm
ye
.
St
ot
(Ene-gy Reseerct
int
ERA
“t
Subfile:
th
Decurert Type: Report
Languacer Esgiisn
Pct onal Anmourcement: SOF S7O7
my
Avallaoilicy: NTIS, PC S04/MF rot
m
(JSP)
Date: Feb 1°87
F9 po.
Rercoars Noa.: AD-@-17393C6/E/X AR; CERT-87-5
ceuntry of Fublication: United Ctates
aor ke Location: United States
Rbstract: Topsail cn Bikini Island, lecated €,500 miles seutnmweet cf
Haweii et i13 deg 35 min N, 143 ceg 25 mir =, was costamicated ov
fadicactive Tallout from nuclear weapons tezts in the lete i7-O's and eariv
ivSe's. The uptake af this cadieacvive fallout, Grimarily ceeiun-i97 in
7
clants, has prevented cesevtlesnent cf the :elana by the native population.
(na alternative solution proposed by the congressionally appointed Fikisn
etoll Rehabilitation Committee inval.es removal of the contaminated teaseil
ang siacement af the axcavated material as a landfill cr the 2,S00-ft-uile
reef flat adjacent tc the easterr iairdwerc!
shore of the island. This
taper @xclo-es that alternative by first develicpiio an entramal wave
filmatology offshore af Bikini Island f-om 21 veare (1959-1979) of typhoon
data publignec ty the Joint Typhoon viarning Center or cuam. Despwater «ave
conditions just offshore :f the reef are estimated and transfa-mec te the
aoint cf breaking at the edge af the reef. Stcrm surge is estimated bated
on these same parameters. Wave setup on the reef flat is estimated tased on
the simulated breaking conditions. Given an estimate cf the elevated water
level across the reef caused by storm surge and wave setup, depth
limitations and fractional decay are estimated ta define wave conditiens at
the toe of the proposed revetment. & rubble-mound revetment design stable
in these cenditions, armored by coral limestane quarried fram the reef
flat, is then formulated and corresponding material quantities estimated.
3/7/22
(Item 22 from file: 103)
1329931
ERA-12:031630, EDB-87:097510
futhoar: Henry, T.W.; Wardlaw, B.R.
Title: Facific Enewetak Atoll Crater
Enewetak
analysis
Atcil,
Republic
of
,
Exploration
(PEACE)
Frogram,
the Marshall Islands. Part 3. Stratigraphic
and other geclogic ard gecphysica! studies in vicinity of Koa and
Qak craters
Corporate Source: Geelogical survey, Denver, CO (USA)
9004606