Foreign Policy 2015-03-04
.pdf(Someexpertsevenbelievethatbythetime |
environment simply failed to keep pace. |
guardsthenuclearindustrycouldrelyonto |
ofits1967warwithEgypt,Israelalreadyhad |
Notonlywerethequalitycontrolsforcom- |
maintaintheintegrityofitsstocks:financial |
atleastonenuclearweapon.)Inonedaring |
panieslikeNUMECpoorlyenforcedornon- |
penaltiesformissingnuclearmaterialsand, |
1968 operation, Mossad agents allegedly |
existent,butfewprotectionswereinplace. |
when it came to commercial plant opera- |
bought roughly 200 tons of yellowcake, a |
TheAEC,whichoversawshipmentsofura- |
tors, a “presumption of honesty.” Without |
pre-enriched form of uranium ore, from |
nium and plutonium to and from private |
the latter, Brown said, the accountability |
a Belgian company. Operation Plumbat |
plants,didnotrequiresecurityclearances |
system “did not present itself in the most |
occurredwhenacargovessel,theScheers- |
for all personnel handling nuclear mate- |
crediblelight.” |
berg,leftAntwerp,headingforGenoa,Italy, |
rial, according to former AEC chairman |
SomeAECo cialswantedtopursuethe |
withtheuraniumonboard.Theshipnever |
Seaborg, who documented the loose reg- |
Apollo mystery further, particularly the |
arrivedattheItalianport,insteaddocking |
ulatoryenvironmentinhis1993book,The |
Israelconnection,butmoresenioro cials |
in Turkey, but without the material. Intel- |
Atomic Energy Commission Under Nixon: |
prevailed,namelySeaborg.Heimpressed |
ligence experts agree that Mossad agents |
Adjusting to Troubled Times. There were |
uponhisfellowcommissionerstheimpor- |
conductedadangerousship-to-shiptrans- |
international consequences as well: The |
tanceofmaintainingtheNUMEClossesas |
ferintheMediterranean. |
AEC,hewrote,alsolackedarobustsystem |
anin-housematter—inotherwords,keep- |
Israel never admitted to the act, which |
toindependentlyverifyhowmuchmaterial |
ing FBI investigators away. While a diver- |
was investigated by the European Atomic |
wasgettingshippedoverseas.Nevertheless, |
sion of uranium to Israel was possible, it |
Energy Community and the CIA. But |
NUMECmanagedtocatchtheAEC’satten- |
was unlikely, Seaborg wrote in a letter to |
assumingtheuraniumdidarriveinIsrael,it |
tion, and not in a good way. By the early |
the chairman of the Joint Committee on |
likelywouldhavegonetoDimona,anuclear |
1960s, the commission had begun eyeing |
Atomic Energy. Thus, when the AEC did |
reactor purchased from France in the late |
the Apollo facility because of the plant’s |
investigate the matter in 1966, the e ort |
1950sandbuiltintheNegevDesert.Inthe |
poorrecord-keeping. |
was anemic at best. AEC o cials visited |
nextdecade,accordingtoAvnerCohen,an |
According to declassified documents, |
NUMEC,forexample,buttheydidnottake |
expertonIsrael’snuclearhistoryandapro- |
even though the AEC had frequently |
any formal statements or pursue possible |
fessorattheMiddleburyInstituteofInter- |
requested that Shapiro provide data on |
leads, according to recently declassified |
nationalStudiesatMonterey,Israelsaidfor |
NUMEC’s stocks of highly enriched ura- |
documentsanalyzedbyVictorGilinsky,a |
a brief time that Dimona was being used |
nium, the corporation had repeatedly |
physicistandformercommissioneratthe |
for peaceful purposes, but then switched |
failed to do so. By 1966, Shapiro’s com- |
Nuclear Regulatory Commission (NRC), |
its policy to one of opacity. (To date, Israel |
panyhadalreadypaid$1.1millioninfines |
a successor to the AEC. The FBI briefly |
hasneveradmittedtopossessinganuclear |
for uranium losses that NUMEC had will- |
considered Shapiro’s involvement with |
arsenal;itiswidelybelievedthatthecoun- |
ingly acknowledged. The previous year, |
ISORAD, but the inquiries led nowhere. |
tryhasatleast75,andperhapsasmanyas |
the AEC had conducted an inventory of |
TheJusticeDepartmentdeclinedtoinves- |
400,nuclearwarheads.) |
highlyenricheduraniumstocksatNUMEC |
tigate.Littlebylittle,thedocumentsshow, |
ItwasthecombinationofIsrael’snuclear |
andfoundthatroughly200poundscould |
the AEC’s lobbying e orts succeeded in |
mission and Shapiro’s established profes- |
notbeaccountedfor.(Toputthisintoper- |
stymieingquestionsaboutwhatwashap- |
sional dealings with its government that |
spective,bytoday’sstandardsitonlytakes |
pening at NUMEC. |
arousedsuspicionswhen,mysteriously,ura- |
35poundsofuranium-235tomakeanuclear |
Gilinsky and other longtime observers |
niumstarteddisappearingfromNUMEC. |
bombthatworks.) |
of the NUMEC a air think the AEC may |
|
Tobesure,NUMECwasn’tfullytoblame. |
have deliberately stifled the investiga- |
AS COLD WAR TENSIONS ramped up in the |
IntheAEC’so cialsummaryofaFebruary |
tion because it didn’t want a controversy |
1950s, America’s nuclear arsenal was |
1966 briefing with its commissioners, the |
toderailitsbroaderambitionsofdevelop- |
expanding and so too was NUMEC’s busi- |
AEC’s assistant general manager, Howard |
ingarobust,nationwidenetworkofnuclear |
ness—so quickly that the U.S. regulatory |
Brown, said there were two powerful safe- |
businesses. “The AEC’s interest in damp- |
As Cold War tensions ramped up, America’s nuclear arsenal
was expanding and so too was NUMEC’s business—so quickly that the U.S. regulatory environment simply failed to keep pace.
FOREIGNPOLICY.COM 39
ingitdowninitiallywasbasicallytoprotect |
as a “chemist,” while two others said they |
totheFBI,describinga1969interviewwith |
theindustry,”Gilinskysaid.“Theyhadall |
werefromthe“DepartmentofElectronics.” |
Shapiro, says NUMEC’s founder “noted |
this future lined up,” he added, “and they |
(The fourth man on the team was a scien- |
that a number of Israeli national o cials |
didn’t want a public impression that this |
tific counselor, an o cial from the Israeli |
had visited his facility under authoriza- |
would lead to dangers of losing material, |
EmbassyinWashington.)Theyclaimedto |
tionoftheAECforthepurposeofdiscuss- |
so they were just protecting their enter- |
bevisitingNUMECtoobtainplutonium-238 |
ing nuclear activities, particularly power |
prise mainly.” |
fornon-nuclearprojects. |
sources and irradiation.”) |
In April 1968, however, CIA Director |
Inreality,the“chemist”wasnoneother |
Stockton said Eitan laughed his way |
Richard Helms requested that the FBI |
than Rafi Eitan, one of Israel’s top spies. A |
through the questioning. “He denied that |
once again scrutinize NUMEC and Shap- |
short, gregarious man with a passion for |
herippedo theuranium,buthejustdidn’t |
iro.Unbeknownsttothepublicatthetime, |
sculpture and exotic fish, Eitan had been |
sound very convincing to me.” Stockton |
Helmshadlearnedsomethingthatwould |
involvedinsomeofhiscountry’smosthigh- |
added: “He went from zero knowledge of |
prompt him to approach President Lyn- |
risk espionage for decades. In 1960, he led |
the thing and no role to play, and then all |
don B. Johnson. The exact content of this |
thesecretMossadoperationtokidnapNazi |
ofasuddenheadmitshehadbeenthere.It |
exchange remains classified, but in the |
warcriminalAdolfEichmannfromArgen- |
waskindofbullshitthewholeway.” |
months preceding the briefing, CIA oper- |
tina and return him to Israel to stand trial |
Other skeptics sco at Eitan’s account |
ativesonthegroundinIsraelhadcovertly |
for war crimes. (Eitan would later be fin- |
as well. “What did Rafi Eitan know about |
taken and tested environmental samples |
geredasthehandlerforJonathanPollard, |
batteries?Notadamnthing,”saidMattson. |
around the Dimona reactor. The results |
an American civilian analyst for the Navy |
“Why [would you send] three guys of that |
were disturbing. They showed the pres- |
who spied for Israel for about a year and a |
caliberwithnotechnicalbackground…to |
ence of a type of very rare uranium used |
half before he was caught in 1985.) Two of |
talk to Shapiro about plutonium-powered |
in naval fuels that had been enriched to |
the other men visiting NUMEC, Avraham |
batteries?Giveme[a]break.It’sabsurd.” |
97.7percent.AccordingtoRogerMattson,a |
Bendor (who later went by the surname |
Mattsonaddedthatstealinguraniumout |
physicistandformerAECandNRCsta er, |
Shalom) and Ephraim Biegun, also had |
from under the noses of the U.S. govern- |
it was the purest stu around, and there |
covert connections. Bendor was an agent |
ment would have been precisely the kind |
was only one place in the world that was |
forShinBet,Israel’sdomesticintelligence |
of high-stakes covert operation at which |
producingitinthe1960s—anenrichment |
service, while Biegun headed up the Mos- |
theseparticularmenexcelled. |
plant in Portsmouth, Ohio, that had one |
sad’stechnicaldivision.Avisitbyoneofthe |
|
customer:NUMEC.TheDimonasamples, |
menalonewouldhaveraisedquestions;the |
AROUND THE TIME EitanshowedupinApollo, |
inotherwords,seemedtoindicateadirect |
presenceof allfourtogetherwascause for |
accordingtoStockton,Gilinsky,andothers, |
through-line from Portsmouth to Israel, |
immediateconcern. |
someCIAo cialshadgrownveryinsistent |
via Apollo. Declassified documents show |
Peter Stockton, a former senior investi- |
aboutthediversiontheory.JohnHadden,a |
that when Helms alerted Johnson to the |
gatorfortheHouseEnergyandCommerce |
formerstationchiefinTelAviv,wouldeven |
CIA’sintelligencethatApril,thepresident |
Committee’sOversightandInvestigations |
suggestthatNUMECwasanIsraeliopera- |
reportedlyresponded:“Don’ttellanybody |
Subcommittee who spent decades prying |
tion“fromthebeginning,”adetailreported |
else. Don’t even tell [Secretary of State] |
intoNUMEC,saidhebroughttheincident |
inDangerousLiaison,a1991bookaboutthe |
Dean Rusk or [Secretary of Defense] Rob- |
upwithEitan,inthelate1980s,aftertrack- |
U.S.-Israel relationship. (Hadden died in |
ert McNamara.” |
ing him down in East Germany through a |
2013.)However,theAEC’se ortstoquash |
TheFBIsoonplacedShapiroundersur- |
friend. When the two met, Eitan regaled |
investigations had largely succeeded, and |
veillance at the request of Attorney Gen- |
Stockton with “a blow-by-blow account” |
noconclusiveevidenceofwrongdoinghad |
eral Ramsey Clark, who wanted to know |
of the Eichmann operation. Stockton was |
come to light. Even as a few strident indi- |
whether the Pennsylvania scientist was |
captivated by the Israeli’s flair for story- |
vidualstriedtopushthecaseforward,from |
“acting as an agent for the Israeli Govern- |
telling. But when Stockton asked about |
thelate1960stothemid-1970s,theNUMEC |
ment,”accordingtoa1968FBIdocument. |
NUMEC, Eitan grew quiet, before saying, |
controversylostmomentum. |
Just two months later, the bureau tapped |
“I’ve never been to NUMEC. I don’t know |
It wasn’t until February 1976, in fact, |
Shapiro’s phones. |
what you’re talking about.” Stockton kept |
when the newly created NRC was review- |
No sooner had the surveillance begun |
pushing.“Isaid,‘That’sbullshit;youknow, |
ing its licensing processes for private |
than suspicious activity at NUMEC |
wehaveyoursignature[ontheAECdocu- |
nuclear-fuelcompanies,thatApolloreap- |
started to surface. In September 1968, |
ments].’Andthenhesaid,‘Well,OK,Iwas |
peared on Washington’s radar. James |
four Israelis visited NUMEC after Shapiro |
there ... but I was getting batteries for lis- |
Conran, an NRC engineer investigating |
requested facility access from the AEC on |
tening devices.’” (It wasn’t the first time |
safeguards against theft at U.S. nuclear |
theirbehalf.TheIsraelisclaimedtobesci- |
batteries had come up in connection to |
facilities, urged the commission to look |
entists;inNUMEC’srequest,onewaslisted |
NUMEC and Israel: A letter from the AEC |
more closely at NUMEC, insisting that he |
40 MARCH | APRIL 2015
THE ARMY CORPS OF ENGINEERS’ CLEANUP IN PARKS TOWNSHIP IS CURRENTLY IDLE. IT IS EXPECTED TO RESTART IN 2017 AND COST ABOUT HALF A BILLION DOLLARS.
couldn’t issue his complete findings until itdidso.SotheNRCrequestedaconfidential CIA briefing.
Gilinsky, then an NRC commissioner, remembersthemeetingwell.About15men satinablandconferenceroomatthecommission’sheadquartersinWashingtonand questionedCarlDuckett,theCIA’sdeputy director for science and technology. NRC Chairman William Anders asked Duckett point-blankwhethertherewasanythingto therumorsaboutNUMEC’smissingmaterials.Whateverthegroupwasexpecting,it almostcertainlywasn’twhatDuckettsaid next: that the CIA believed Israel did have the uranium from Apollo and was using it to make bombs. “The room just went sort
of quiet,” Gilinsky said. “Some of them were inspectors and focused on reactors and stu , so I don’t know that they fully graspedthesignificanceofit,thoughsome did.”(Duckettdiedin1992.)
Morerevelationsfollowed.InJuly1977, evidencesuggeststhatTedShackley,then CIA associate deputy director for covert operations, briefed senior energy o cials about the environmental samples from Dimona. For many, this was the key piece of missing evidence against Shapiro and NUMEC.Hadden,oftheCIA,toldtheBBC in a 1978 interview, after news about the samples broke, “Just imagine to yourself how much easier it would be to remove a poundortwoofthisorthat[inertmaterial]
atanyonetime…asopposedtoremoving, all at one blow, 150 pounds of [a] shouting andkickingEichmann.Yousee,[theIsraelis] are pretty good at removing things.” (Stockton said he met Hadden in the late 1970s and early 1980s in safe houses in Washington’sGeorgetownneighborhood. The CIA o cial would pull out a 2.5-foot makeshiftscrollofpaperthatcontainedhis caseagainstNUMEC.“Thiswasbeforecomputers,andthethingwaslongandpasted together,andthatwashisevidence,”Stockton said. “We’d sit there in the safe house, and he’d read me portions of it.”)
TheWhiteHousewasinformedofallthe informationgathered onNUMECtodate. In April 1976, Attorney General Edward
FOREIGNPOLICY.COM 41
Levi wrote a memo to President Gerald |
railroaded by overzealous CIA spies who |
todevelopanewtypeofnuclearreactorthat |
FordinwhichhesaidhethoughtNUMEC |
judged him to be guilty without su cient |
wouldcreatemorefissionablematerialthan |
should be investigated further. Levi also |
evidence. Hersh argued, like Shapiro had |
itconsumed.(AsSeaborgrelatedinhis2001 |
laidoutaseriesoffederalcrimesthatcould |
before, that when the plant was being |
memoir,AdventuresintheAtomicAge:From |
be applied to anyone, including peoplein |
decommissioned beginning in 1978, the |
Watts to Washington, the AEC chairman, |
government,whomayhavehadahandin |
governmentrecoveredroughly200pounds |
shortlybeforehisresignation,helpedSha- |
coveringuptheallegeddiversion.Hewrote |
ofmissinguranium.AccordingtoGilinsky, |
pirogetthejobatWestinghouse,whichdid |
that if there were even a remote possibil- |
government agencies extracted the radio- |
notrequireasecurityclearanceupgrade.) |
ity that federal o cials “may have partic- |
activematerialfromtherubbleoftheplant |
By the 1990s, Shapiro was still living in |
ipated in or concealed an o ense,” it was |
and shipped it o to a safe burial site. But |
Pittsburgh, and according to friends and |
necessarytoconductaninvestigation.The |
thatwasn’ttheendofthestory. |
neighbors,hewasdeeplyengagedwithhis |
investigation never came. |
In2001,theEnergyDepartmentdrafted |
community. “He was a nice man, sort of |
In March 1980, according to a declassi- |
a report that revealed new details about |
like a fatherly figure,” said Seth Corey, an |
fied document, FBI agents interviewed a |
NUMEC’s missing uranium. The study |
oncologistwhometShapirothroughaJew- |
formerNUMECemployeewhoclaimedto |
found that in addition to anticipated |
ishcommunitynetwork.Theywenttothe |
be an eyewitness to suspicious activities |
industrial losses through air and water, |
symphony together; Shapiro, Corey said, |
at the factory sometime in 1965 or 1966. |
593 pounds of highly enriched uranium |
loved classical music. While Corey, who |
The worker alleged that one night he and |
were unaccounted for in Apollo between |
has since moved out of Pittsburgh, knew |
an acquaintance came across a group of |
1957and1968—lessthanhalfofwhichwas |
hisfriendhadonceownedacompany,the |
unidentifiedpeople“loadingcansintosome |
recoveredinthedecommissioningprocess. |
controversy around NUMEC never came |
equipment” in NUMEC’s loading bay. (At |
By contrast, over the next nine years, only |
up.“Ijustknewhewasanuclearengineer,” |
thetime,canistersabout6incheslongwere |
about168poundsdisappeared,eventhough |
Coreysaid.“Ididn’tknowanythingabout |
commonforstoringvariouskindsofradio- |
the amount of uranium being processed |
this enriched-uranium stu .” |
activematerials,Gilinskysaid:“Youstoreit |
increased.“Acertainamountoflossisrea- |
In 2009, at age 89, Shapiro was still |
insmallcansbecauseifyougettoomuch, |
sonable;evenahighestimateisreasonable,” |
inventing. That year, he filed his 15th |
it’sabomb.”)Themansaidthathealsosaw |
Gilinsky said. “But this is over and above |
patent, a new way of synthesizing dia- |
shippingpapersindicatingthematerialwas |
everyestimateofreasonableloss.” |
monds,andhisfamilynominatedhimfor |
boundforIsraelandthatagun-totingguard |
The change in the loss rate happened |
aNationalMedalofTechnologyandInno- |
orderedtheworkerandtheacquaintanceto |
to overlap with shifts in NUMEC’s owner- |
vation,theUnitedStates’highestawardfor |
leavethearea.InthesameFBIdocument, |
ship. In 1967, Shapiro sold NUMEC stock |
science. Shapiro received dozens of rec- |
anotherNUMECemployeesaidthathighly |
toAtlanticRichfield,butkeptrunningthe |
ommendation letters, but he wasn’t rec- |
enricheduraniumwasalwaystransported |
plantforafewyears.Theengineeringcom- |
ognized. It’s unclear why; the committee |
ina“silver-coloredcan…approximatelythe |
pany Babcock & Wilcox acquired NUMEC |
declinedtocommentforthisarticle.After |
sizeofaone-quartpaintcan.” |
in 1971. Shapiro told Hersh that the diver- |
theawarddenial,Shapiro’sdaughter,Deb- |
Throughoutthe1980sand1990s,docu- |
sion controversy essentially forced him to |
orah, reached out to then-Pennsylvania |
mentsdetailingthegovernment’sconcerns |
give up his business. “I was a smelly dead |
Sen.ArlenSpectertohelpinhere ortsto |
about an alleged diversion continued to |
fish,”hesaid.“Contractswerepulledaway |
exonerate her father. Specter agreed and |
trickle out. In 1991, investigative journal- |
andgiventoothers.” |
lobbied the NRC on Shapiro’s behalf. But |
ist Seymour Hersh dedicated a chapter to |
|
in a November 2009 letter to the senator, |
Shapiro’sactivitiesinhisbookTheSamson |
THE ACCUSATIONS against him, however, |
the NRC said it was unable at that time |
Option,whichrecountsIsrael’snuclearpro- |
didn’t prevent Shapiro from getting new, |
to “unequivocally conclude that nuclear |
gramandU.S.-Israelrelations.Init,Hersh |
prestigious work. In 1970, he returned to |
material was not diverted from [NUMEC] |
concluded that Shapiro had been unfairly |
Westinghouse,wherehefocusedonaproject |
nor that all previously unaccounted for |
Today, many people in the nuclear and intelligence communities are still convinced that a diversion occurred. “I tend to think
it happened,” Stockton said. “In fact, I’m damn sure it happened.”
42 MARCH | APRIL 2015
MANY PEOPLE IN APOLLO ARE GRAPPLING WITH FEARS THAT NUMEC POISONED THEIR TOWN AND GAVE RESIDENTS BREAST, THYROID, AND OTHER CANCERS.
material was accounted for during the decommissioning of the site.”
Today, many people in the nuclear and intelligence communities are still convinced that a diversion occurred. “I tend to think it happened,” Stockton told me. “In fact, I’m damn sure it happened.” But the believers also concede that the evidence against Shapiro remains largely circumstantial; the nail in the co n, they say, would be a confession from the aging founder of NUMEC or the release of a yet- to-be-identifieddocumentthatwouldshow definitiveproof.Neither,however,appears forthcoming.Sensitivedocumentsaregenerally declassified in the United States within 50 years (though this timeframe is uptothepresident’sdiscretion).The1954 AtomicEnergyAct,however,providesfor anexemptionconcerninganythingrelated
to“atomicinformation”andgivesgovernmentagenciesbroadleewaytokeepinformation classified indefinitely if it could potentially harm U.S national security.
Others argue that Shapiro has been unfairly maligned. “Shapiro would like to haverehabilitation,”saidMonterey’sAvner Cohen.“Alotofpeoplebelieveagreatdeal of injustice was done to him. I don’t think there’sanydefinitive,clearsmokinggun.”
I made repeated attempts to speak to Shapiro, including several hours spent on the phone with Deborah, all of which she insisted be o the record. In the end, I showed up on Shapiro’s doorstep in Pittsburgh in January, but Deborah said her father and mother were both ill and couldnotspeaktome.In2012,Shapiro,in a roundabout way, hinted to a Pittsburgh news website, Trib Live, that the missing
uraniummightstillbeburiedintheground aroundParksTownship:“Thereisfarmore material there than the Atomic Energy Commission inspectors had estimated,” hesaid.Inlate2013,ShapirotalkedtoaWall Street Journal reporter and again denied havinganythingtodowithadiversion.
THERE IS A CHANCE thatwhenthespadeshit thegroundagainatParksTownshipin2017, thequantityoftheextractedmaterialsthere could erase any lingering doubts about a diversion.Thisisunlikely,inpartbecauseof thenearimpossibilityofprovingthatwhatever is there didn’t come from some other nuclear site that happened to use the area as a dumping ground. And as long as key nationalsecuritydocuments,inparticular CIAfiles,remainredactedandunavailable for the public, questions about what they proveordisprovewillfester.
Meanwhile,ApolloMayorJe Heldjust wants the whole sorry tale to go away. As wedrovebackintohistownonthatrecent January day, Held took me to see some local highlights—a multi-million-dollar high school football field, the town’s first log cabin, a big park where families spend lazysummerafternoons.“Therewasatime when all anybody around here could talk aboutwasNUMEC,”hetoldme.“Butwe’re tryingtomoveintothefuturenow.”
A few years back, Hollywood scouted Apollo as the setting for the movie PromisedLand,starringMattDamonandFrances McDormand.Inthefilm,activistsconcerned abouthowfrackingoperationsmightravage thelocalenvironmentfendo acorporation eyeingtheirsmalltown.Thestoryhaseerie parallelstoApollo,exceptthatinthereal-life case, residents welcomed the arrival of an energycompanyandhavesinceseentheir town’s land and, in some cases, their own healthdestroyed.Still,toHeld,hishomeis a promised land. That’s why he never left. “Thatwholenuclearindustrythingispart ofourlegacy.Wedon’tdenyit,”hesaid.“But we’renotallowingittodefineus.” Θ
SCOTT C. JOHNSON (@scott_c_johnson) was
Newsweek’s bureau chief in Africa and is theauthorofTheWolfandtheWatchman: AFather,aSon,andtheCIA.
FOREIGNPOLICY.COM 43
Is low-dose radiation deadly? Scientists still don’t know. Why it might take more than 1 million people and a lot of mice to find the answer.
By SARAH LASKOW
At 6:45 a.m. on March 1, 1954, the earth rumbled beneath 10-year-old Jalel John’s feet as she stood on Ailuk Atoll in the Marshall Islands. Above her, half the sky turned strange colors. She remembers, in particular, the reds—the uncanny shades of red. ¶ Within six minutes, a mushroom cloud reached 130,000 feet overhead, pulling with it the pulverized coral of islands. Left behind was a crater that measured more than a mile wide and 250 feet deep, vast enough to be visible from space. Some 350 miles away from the blast, John experienced the largest thermonuclear explosion that the U.S. military would ever detonate, a test known as Castle Bravo. (It reached a yield of 15 megatons; in layman’s terms, that’s 1,000 times more powerful than the bomb dropped over Hiroshima.) ¶ Then came the fallout. ¶ At around noon, a white, powdery substance began to drift down from the sky—first onto Rongelap Atoll, some 100 miles east of the explosion, and then onto Utirik Atoll, 300 miles away from the blast. On Ailuk, where John lived, a fine fog filled the air, finally settling on the earth and the atoll’s enclosed lagoon.
44 MARCH | APRIL 2015
The following day, U.S. military planes flew over theseislands,measuringradiationlevelsintheatmosphere.Intheevening,anAirForceseaplanelandedon Rongelap.Thetwomenwhogotoutoftheaircraftwere therefornomorethan20minutesanddidn’tspeakto anyone. They recorded high levels of radiation: The islanders’totaldosewasestimatedtobebetween110 roentgens—enough to induce vomiting and cause muscle aches—and 340 roentgens, which could kill aperson.Bythenextmorning,theUSSPhilip,aslim, gray battleship, had arrived to evacuate all 65 people on Rongelap. Shortly after, the U.S. Navy moved 154 people o Utirik.
But John and some 400 other residents remained onAiluk.Thetotaldoseofradiationtheyhadreceived, estimatedatamaximumof20roentgens,“wouldnot beamedicalproblem,”anAirForcelieutenantcolonel reportedtocommandthatweek.
In 1994, 40 years after Bravo, Holly Barker, an advisor to the Marshall Islands’ ambassador to the United States, was assigned to document the stories
of so-called “unexposed” communities, including those on Ailuk. Scoresofwomen,shesays,sharedpersonalstoriesofstillbirthsand malformed “grape” babies. Jalel John, by then about 50 years old, was one of them: Two of her children had died, and one of them “was born defective,” she told Barker: “It didn’t look like a human. It looked just like the inside of a giant clam.”
John invited Barker into her home, where she insisted that the young advisortake a picture of her granddaughter—a moment that sticks with Barker, even years later. A young girl wearing a colorful patterned dress stood in the middle of a rough, empty floor. The girl’s big, dark eyes stared into the camera. Her right arm reached toherkneecapandroundedintoafleshynubatherwrist,whileher left arm was a stump. Her legs, covered mostly by the dress, were uneven, and one twisted outward. What John was trying to convey, Barker remembers, was, “This is it: I’m exposed, and this is what we’re dealing with.” But such visceral images had not altered the U.S. government’s o cial position that the only people a ected by radiation were those who were originally evacuated.
Inthe1950s,theU.S.governmentmayhavehadthebestofintentions when it told the residents of Ailuk that they were safe, but technicallyspeaking,authoritiesweren’tinapositiontoo erthose
FOREIGNPOLICY.COM 45
assurances.WhatU.S.governmentscientistssaidatthetimewasthat below25roentgens,theycouldnotseeanye ectsonaperson’sbody. But they allowed for the possibility that, over time, small amounts of radiation exposure might cause genetic damage. In other words, the most reliable science of the era could not measure the e ects of the relatively low levels of radiation that reached Ailuk.
Today,despitethe2,053nuclearweaponstestedaroundtheworld during the Cold War, the more than 430 nuclear power plants currentlyoperatingin31countries,andtheskyrocketinguseofradiation inmedicine—annually,thereare20millionnuclear-medicineproce- duresin the United Statesalone—scientists are still uncertainabout thoserisks.TheestimatedtotallevelsofradiationthatreachedAiluk were ultimately determined to be less than 10 roentgens. By today’s safetystandards,suchlevelswouldbelessthanwhatisreferredtoas “lowdose,”whichisanythingbelow100millisieverts(mSv),themetricmeasurenowused,orroughlyequalto10roentgens.
Overthepast17years,theU.S.EnergyDepartmenthasinvestedin morethan240projects,atacostofover$130million,todiscoverthe e ectsoflow-doseradiationonhumansandtheenvironment,tono avail.ThisJanuary,theHouseofRepresentativespassedabillcalling for a new road map for low-dose research to find a science-backed reason to end what are—in the words of House Science Committee Chairman Lamar Smith, a Texas Republican—“overly restrictive regulations” on nuclear industries. Although the bill appears on its face benign, calling for coordinated e orts by scientists to finallygettothebottomoflow-doseexposurerisks,itsgoalistodis- credit the so-called “linear no-threshold” (LNT) model, which has formed the basis for radiation safety policy for decades. This model assumes that radiation at any dose is harmful—an approach used by regulatory bodies, both in the United States and internationally. While most scientists agree that the LNT model o ers a reasonably conservative guide for establishing standards, they know it’s based on an estimate—and they understand that, eventually, studies will pinpoint the exact e ects of radiation at low doses.
Clarifying uncertainty over a long period of time is normal and necessary in science, where consensus can come at a glacial pace, but in the hands of U.S. policymakers, scientific examination can quickly get amped up and politicized. The legislative calls for more research could be discounted as political minutiae, but not having the answer to the LNT puzzle could already be having tangible— even deadly—consequences.
Those,likeLamarSmith,whoopposetheLNTmodel,believethere is a threshold of exposure below which harm is either nonexistent orofnoconsequence.Butevenasitstands,America’soccupational radiationdoselimitsaremorethantwicethoseofinternationalstandards and are notably high among nuclear countries’ safety regulations. To make matters worse, government o cials have avoided setting strict standards for resettlement and compensation plans for victims of a nuclear attack or accident. Stunningly, children’s greater sensitivity to radiation is not even accounted for in nuclear safety regulations.
Toputitsimply:Thenewbillplacesscientificinquiryintheservice ofaderegulationagendathatcouldmakepeoplelesssafe—notmore.
BEFORE 1945, WHEN THE UNITED STATES DROPPED LITTLE BOY
over Hiroshima and Fat Man over Nagasaki, no one knew much about the dangers of radiation. Today, those nuclear bombs aren’t just the only ones ever usedinwar;they’realsothesourcesformuchofwhat isknownabouthowradiationa ectsthehumanbody. In 1950, scientists began the Life Span Study, an epidemiologicalexaminationthatcontinuestodayofthe tens of thousands of people who were within about a six-mile radius of the points directly below the detonations. The project tracks the radiation-exposure outcomes over a person’s lifetime. The results haven’tbeen good: The greater the dose of radiation, the greater the risk of death, period.
There are limits, however, to what scientists can learn from this one group of people. The Hiroshima and Nagasaki populations were exposed to an externalblastofradiationoverarelativelyshortamountof time;theresultsinthatcasecannotbeappliedtoother situations, such as people eating radioactive food or working for decades in a nuclear weapons plant. But after a couple of decades, the study found that the people who had been exposed to lower doses—and who had not shown signs of health e ects before— starteddevelopingcancersthatwereonceconnected only to high exposures, such as thyroid, breast, and lung cancers.
In 1979, scientists working on the National AcademyofSciences’thirdBEIR(BiologicalE ectsofIonizingRadiation)reportweredividedsharplyoverhow to estimate these low-dose cancer risks. Some scientists thought there was still a “safe” threshold of exposure; others asserted that the risks of low-dose radiation were exponentially smaller than those of higherdoses.ButBEIRCommitteeChairmanEdward Radford argued heatedly that, proportionately, the risks were the same at high and low doses. He said that the best solution was to extrapolate, all the way down to zero, the linear relationship between dose and e ect observed at higher doses. Although the report ultimately presented all sides of the debate, by the next BEIR report, in 1990, Radford’s view had won out. The LNT model has remained in the report ever since and has guided decisions not only in the United States, but around the world.
Aboutthatsametime,inthe1990s,scientistswere finding new, large populations to examine, groups thatcouldfillinsomeofthegapsleftbytheLifeSpan Study.AstheColdWarended,scientistsintheUnited StatesandWesternEuropegainedaccesstotheTecha River cohort—29,800 people who lived on a small riverthatpassedbytheSovietUnion’sMayaknuclear weapons complex. After the plant began producing
46 MARCH | APRIL 2015
plutonium, its waste was dumped from 1949 to 1956 |
theIARC’s,anydramaticoutlierdemandsfurtherinvestigation—that’s |
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intotheriver,whereitseepeddownstream,wentinto |
part of good science. (And independent academics are working to |
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the water table, and contaminated the population’s |
salvage the Canadian data set, so it may still be used in the future.) |
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drinking and bathing water, as well as its food crops. |
The real problem, some scientists say, is not that this one data set |
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IncontrasttoJapan’sbombsurvivors,thisgroupwas |
was thrown out. It’s that, with doses and risks this small, scientists |
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exposed to radiation in dribs and drabs—exactly the |
need to study more than hundreds of thousands of people, as in the |
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sort of exposure that had been assumed, previously, |
IARCstudy.Theyneedontheorderofatleast1milliontonaildown |
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toposelittlethreat.Butoverthepastdecade,aninter- |
preciseresults.(That’sjusthowstatisticswork:Real-worlddatadon’t |
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nationalteam,connectingscientistsinRussiaandthe |
come perfectly fit to a model. If only one out of 1,000 exposed peo- |
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United States, has found that these low doses, even if |
ple are expected to develop cancer attributable to radiation, small |
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theywerespreadoutoveryears,didincreasetheriskof |
discrepancies can have a meaningful impact on a best-fit curve.) |
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developingcancer.Thenumberofcancerswassmall: |
With that in mind, John Boice, head of the U.S. National Council |
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In one study, the researchers found that 3 percent, or |
on Radiation Protection and Measurements—and an expert who’s |
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55outof1,836,ofsolidcancersthatappearedinthose |
notnecessarilyconvincedthattheLNTmodelisthebestrepresenta- |
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tensofthousandsofpeopleneartheTechaRiverwere |
tionofriskforverylowdoses—iscobblingtogetherthelargestradia- |
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attributabletoradiation.Butitissignificantthatthey |
tioncohortever:morethan1millionAmericansexposedtoradiation |
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while working at nuclear plants, with the military,or |
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inotherradiologicalindustries.Hehasbeenplanning |
NOT HAVING |
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thisprojectsincehefirstpushedtheNuclearRegula- |
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tory Commission (NRC) to start a registry of nuclear |
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workersnearlythreedecadesago.Itcouldtakeanother |
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THE ANSWER TO THE |
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seven years—plus about $25 million on top of the |
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LNT PUZZLE COULD |
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$10 million or so he has already received from the |
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Energy Department, the National Cancer Institute, |
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ALREADY BE HAVING |
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theNRC,andotherfunders—beforeheisdone.“When |
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wefinishthisinvestigation,”hesays,“we’llbeableto |
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TANGIBLE EVEN DEADLY |
addressdirectlythee ectsoflow-doserateradiation.” |
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CONSEQUENCES. |
While Boice was busy jump-starting his study, lab |
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researchers enabled by new technology in the late |
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1990s were making headway on how low-dose radi- |
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ation a ects human cells and animals. By zapping a |
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singlecell with a microbeam of radiation,the lab sci- |
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entists were able to look at radiation’s e ects on cells |
showed up in the results at all—and that the relation- |
atlowerdosesthaneverbefore.Andwhattheyfoundsurprisedthem. |
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shipbetweendoseande ectlookedtobelinear. |
“Itwasalwaysassumed—Ialwaysassumed—thatwhathappened |
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In 1988, another study, by the French-based Inter- |
when you went to lower doses was that less and less cells got dam- |
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national Agency for Research on Cancer (IARC), |
aged,”saysDavidBrenner,thedirectorofColumbiaUniversity’sCen- |
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begantopooldataaboutnuclearworkers,ultimately |
terforRadiologicalResearch.“Sotherewaslessandlessprobability |
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almost 600,000 from 15 countries. It was hoped that |
that any cell would produce cancer.” But when researchers hit just |
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this group, one of the biggest samples ever studied, |
onecellwithradiation,notonlythatcell,butthosenearit,werealso |
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wouldreflectmoreclearlythetruee ectsoflowdoses. |
damaged. This became known as the bystander e ect. |
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And,indeed,theIARC’sestimatesoftheworkers’can- |
“Because cells talk to each other, they send out signals,” Brenner |
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cerrisk,firstpublishedin2005,notonlyshowedthat |
explains. “We don’t understand how those mechanisms work, but |
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chronic, low doses posed threats, but also that they |
there’s no doubt whatsoever that a cell that’s una ected by radia- |
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were notably higher than those predicted using the |
tion can have DNA damage in it if it’s near to a cell that is a ected |
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LNT model. The problem was that the results were |
by radiation.” |
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influencedheavilybyonedatasetfromCanada:With- |
ThisideasuggeststhattheLNTmodelunderestimatesrisks.If,say, |
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outit,theincreasedrisksthatthestudyshowedwere |
twice as many cells are damaged by a hit of radiation than assumed, |
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no longer statistically significant from zero. Almost |
it’s a fair guess that the health risk would be twice as high. Certainly, |
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immediately, the study was criticized, most vocally |
this discovery eventually meant that, as Brenner puts it, “all bets are |
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byscientistswho’dworkedinthenuclearindustry.In |
o ”ontheaccuracyoftheLNTmodelatlowdoses. |
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2013, the Canadian data set was thrown out. |
Indeed, by the late 1990s there was enough evidence calling into |
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Thatcertainlydoesn’tlookgood.Butinastudylike |
questiontheLNTmodelthatthecracksinitsfoundationinterestedthe |
FOREIGNPOLICY.COM 47
EnergyDepartment,whichdevotedresourcestowiggling |
Science prioritizes the research necessary |
thosecracksevenwider.Startingin1998,thedepartment’s |
to understand what that level actually is.” |
low-dose lab studies involved irradiating single layers of |
He points to medical innovations, such as |
cells, tissue-like cell groups, and mice, with doses under |
X-rays, as things that have benefited the |
100 mSv. The results showed a plethora of “non-targeted |
publicgoodwhilealsorelyingonlow-dose |
e ects,”where,asinthebystandere ect,cellsotherthan |
radiationtodoso.“Itisessentialwehavethe |
theonethatwasirradiatedrespondedtothedose.Butifthe |
scienceandfactsstraightbeforetakingany |
epidemiologicalstudiessupporttheideaofextrapolating |
potentiallyburdensomeregulatoryactions |
from high to low doses, this body of work shows that the |
that could hamper future innovation,” he |
relationshipbetweenhigh-andlow-doserisksisprobably |
saidinaJanuarystatement. |
more complicated than that. And it’s still unclear what, |
EdwinLyman,aseniorresearcheratthe |
exactly,anyofthismeansforhumanhealth. |
UnionofConcernedScientistswhospecial- |
Scientists,includingthosemostcloselyassociatedwith |
izesinnuclearproliferation,isn’tsooptimis- |
the Energy Department’s program, are focused on lab |
ticthingswillchangefortheUnitedStatesin |
studiesthatshowthatsomeofthesecell-levelresponses |
thesamewaytheycouldforEurope.Atthe |
areprotective,ratherthandamaging—thatis,theneigh- |
NRCandEnergyDepartment,hecharges, |
boring cells are merely gearing up to fix minor damage. |
institutionalbias“motivatesthegrantselec- |
For these reasons, Tony Brooks, who worked as the pro- |
tion of the people who are directing the |
gram’s chief scientist for years, is matter-of-fact: “I per- |
grants, so they’re self-selecting a popula- |
sonally don’t think that low doses are important at all in |
tionofstudiesthatsupporttheirownview.” |
cancer-risk assessment.” The program has also funded |
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scientists who believe in radiation hormesis—the idea |
GREGORY JACZKO, WHO CHAIRED THE NRC UNTIL |
that low doses of radiation might actually be beneficial. |
2012, doesn’t discount that “there is an |
SomeofBrooks’scolleagueswillsay,politely,thatthese |
industry-influence piece” to this partic- |
conclusionsabouttheLNTmodel’soverestimationofrisk |
ular scientific debate. In short, changes |
are going much too far. Their doubts about hormesis are |
cost money. |
evenmoreprofound.Toconclusivelyproveradiationrisks, |
Those who oppose the LNT model |
thesetwolinesofresearch—theepidemiologyandthelab |
argue that low, allowable dose levelskeep |
work—willlikelyneedtocometogether.Thismeansthat |
the business of nuclear cleanup thriving. |
thelabmodelswillhavetoshowwhatthecomplexrelation- |
Cleaningupasiteto0.15mSvperyear,the |
ship of dose and e ect does indeed look like, if it doesn’t |
EnvironmentalProtectionAgency’sstan- |
look like a straight line, and this relationship will have to |
dard,ratherthan0.25mSv,theNRC’s,can |
matchwiththereal-worlddatafromhumanpopulations. |
cost millions of extra dollars. And when |
Thissituationisn’tsounlikethatinEurope,wherethe |
considering decommissioning nuclear |
LNT model also has caused quite a kerfu e among sci- |
plants,theNRChasbeenmoreconcerned |
entists. Most notably, the French Academy of Sciences’ |
with that cost di erential than with the |
position, since 2005, has been that the LNT model may |
di erential in human health. The Energy |
overestimate risks (though that hasn’t changed France’s |
Department already spends $5 billion |
safety policies). But, compared with the United States, |
each year on environmental cleanup for |
there’s a stronger inclination across the Atlantic toward |
its atomic defense work. (Almost half of |
the view that the risks might actually be higher than |
that goes to just two nuclear production |
previously assumed. In 2009, an association of govern- |
sites now being decommissioned, Han- |
ment agencies and research institutes in Europe, called |
fordandSavannahRiver.)Asanexample, |
MELODI,startedadecades-longprogramthataimstonail |
cleaningupNewYorkCitytothat0.15mSv |
down,onceandforall,thetrueimpactsoflow-doseradi- |
standard—after a hypothetical nuclear |
ation, with the aim of assessing and improving Europe’s |
event, that is—could cost approximately |
currentsystemofradiationprotection.Thisisslow-going |
$4 trillion; to clean it up to 50 mSv would |
work,andrigorandpatiencemayyetprevailoverpolitics.Gcost less than $1 trillion. |
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Meanwhile,inWashington,theHousebillonlow-dose |
Over the past 15 years, the NRC has dis- |
researchawaitsSenateapproval.Accordingtoitsleadspon- |
cussedupdatingtheUnitedStates’occupa- |
sor,Rep.RandyHultgren,aRepublicanfromIllinois,the |
tionaldoselimit,whichgovernshowmuch |
goal of the act isn’t to challenge that a threshold exists, |
radiation people who work in industries |
but to “ensure that the Department of Energy’s O ce of |
like nuclear power and nuclear medicine |
48 MARCH | APRIL 2015