Five Takeaways from the IAEA's Report on Iran's Nuclear Past

Iranians may say the International Atomic Energy Agency came to wrong conclusions on several points. Just because some of what the Iranian government did was "relevant" to work on nuclear weapons doesn't mean that the work actually was aimed at making them. But now that the IAEA has made its assessment, the justification for extra vigilance and continuing concern about Iran's nuclear intentions should be clear to all.
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PARCHIN, IRAN - NOVEMBER 7, 2012: This is a satellite image of suspect activity at the explosives testing chamber in the Parchin Military Complex on November 7, 2012. (Photo DigitalGlobe via Getty Images)

The International Atomic Energy Agency drew several important conclusions in the report it released last week on the weapons-related elements of Iran's past nuclear activities.

First, the IAEA concluded Iran indeed had a nuclear weapons program, and that "a range of activities relevant to the development of a nuclear explosive device were conducted in Iran prior to the end of 2003 as a coordinated effort, and some activities took place after 2003." The world can now drop the word "possible" when talking about the military dimensions of some of Iran's past nuclear activities. The cumulative evidence is persuasive. Iran developed detonators, experimented with explosives technology, engaged in computer modeling of a nuclear explosive, and set up dedicated organizations -- all of which the IAEA found to be weapons-related.

Second, and also important, the report concludes that the weapons program never advanced beyond an exploratory stage. It finds no evidence of weapons-related activity after 2009, and resolves a few weapons-related questions in Iran's favor. The IAEA finds no indications, for example, that there was an undeclared fuel cycle in Iran, or that Iran held significant amounts of undeclared uranium.

Third, the report points out that, unfortunately, Iran has taken steps that make it more difficult for the country to put the past behind it. Indeed, the burden on Iran has been increased by its own actions. The IAEA found that Iran's efforts to demolish, remove and refurbish facilities believed to be related to testing nuclear weapons components "seriously undermined the agency's ability to conduct effective verification."

Fourth, the report indicates that some of the explanations Iran provided in recent months were unconvincing. For example, the IAEA did not buy Iran's story that the particular site the agency visited at Parchin was used for chemical storage, and it cited satellite imagery and sampling as evidence to reject Iran's explanation. Iran alleged that its work on explosive bridge wire detonators was aimed at improving the safety of certain conventional explosives. It also linked their development to its aerospace industry. And later it suggested that its oil and gas industry had a need for EBW detonators. The Agency found these explanations inconsistent or unrelated to the questions it had posed to Iran and concluded that the detonators had "characteristics relevant to a nuclear explosive device." But it acknowledged EBW technology might have civilian or conventional military uses.

Fifth, on several issues, Iran provided no new information, despite the agency's requests. Did Iran undertake illicit procurements in support of its weapons program? Did Iran conduct tests of components of a nuclear explosive device? Did it work on a fusing, arming, and firing system for nuclear-tipped missiles? The IAEA had indications prior to 2011 of Iranian activity in each of these areas. But absent additional information, and in the face of Iranian denials, the IAEA simply reported that it had no new information on which to draw a conclusion, leaving the matters unresolved.

Iranians may say the IAEA came to wrong conclusions on several points. Just because some of what the Iranian government did was "relevant" to work on nuclear weapons doesn't mean that the work actually was aimed at making them. But now that the IAEA has made its assessment, the justification for extra vigilance and continuing concern about Iran's nuclear intentions should be clear to all.

This report does not amount to an acquittal of Iran. The IAEA Board of Governors should receive the report and support implementation of the Joint Comprehensive Plan of Action, as agreed by six world powers and Iran, but should also note that in light of the assessment that Iran did carry out activities relevant to nuclear weapons development, the Agency should continue to pursue answers to the questions that to date it has been unable to resolve.

Earlier on WorldPost:

Iran's Nuclear Sites
Arak Heavy Water Facility(01 of12)
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Such reactors can run on non-enriched uranium as fuel and uses a molecular variant of water as a coolant. Heavy water reactors also produce more plutonium byproducts than conventional reactors. Plutonium can be used in nuclear weapons. Iran began work on its facility in 2004 in Arak, about 250 kilometers (150 miles) southwest of Tehran. U.N. nuclear inspectors have visited the site, but have been promised wider access under the latest accord between Iran and the U.N's International Atomic Energy Agency, or IAEA. The reactor is nearing completion, but no specific date has been announced to begin operations. Iran says the reactor will be used to produce isotopes for medical and industrial uses. The country also does not possess the technology needed to reprocess the plutonium byproducts for possible use in nuclear arms.Caption: Iran's heavy water nuclear facility near the central city of Arak is backdropped by mountains in this file photo dated Jan. 15, 2011. (AP Photo/ISNA, Hamid Foroutan, File) (credit:AP)
Nantanz Enrichment Site(02 of12)
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Iran has two main uranium enrichment facilities. The oldest and largest — in Natanz, about 260 kilometers (160 miles) southeast of Tehran — is largely built underground and is surrounded by anti-aircraft batteries. Uranium enrichment began in 2006. Caption: In this April 8, 2008 file photo provided by the Iranian President's Office, Iranian President Mahmoud Ahmadinejad, center, visits the Natanz Uranium Enrichment Facility some 200 miles (322 kilometers) south of the capital Tehran. (AP Photo/Iranian President's Office, File) (credit:AP)
Fordo Enrichment Site(03 of12)
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Another site is known as Fordo, which is built into a mountainside south of Tehran. Its construction was kept secret by Iran until it was disclosed in September 2009 in a pre-emptive move before its existence was revealed by Western intelligence agencies. The area is heavily protected by the Revolutionary Guard. U.N. nuclear inspectors have visited both sides and have installed round-the-clock monitoring systems.Caption: Iranian students form a human chain during a protest to defend their country's nuclear program outside the Fordo Uranium Conversion Facility in Qom, in the north of the country, on November 19, 2013. (CHAVOSH HOMAVANDI/AFP/Getty Images) (credit:Getty Images)
Bushehr Nuclear Reactor(04 of12)
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Iran's first energy-producing nuclear reactor, which began full operations in early 2013. U.N. inspectors frequently visit the site.Caption: In this Oct. 26, 2010 file photo, a worker rides a bicycle in front of the reactor building of the Bushehr nuclear power plant, just outside the southern city of Bushehr, Iran. (AP Photo/Mehr News Agency, Majid Asgaripour, File) (credit:AP)
Tehran Research Reactor(05 of12)
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The main research reactor is in Iran's capital, mainly involved in producing isotopes for cancer treatment. U.N. inspectors have access to the site.Caption: In this file photo taken on Saturday, June 21, 2003, the building of Tehran's nuclear research reactor is seen at the Iran's Atomic Energy Organization's headquarters, in Tehran, Iran. (AP Photo/Vahid Salemi, File) (credit:AP)
Planned(06 of12)
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Iranian officials have noted various plans for more reactors over the next 20 years, but no firm details have been released and progress is unclear. The most discussed proposal is an energy-producing reactor in Darkhovin, in the southwestern Khuzestan province, built entirely with domestic technology. Iran has pledged to give the IAEA a full accounting of its proposals.Caption: In this Wednesday Feb. 15, 2012 file photo, released by the Iranian President's Office, claims to show Iranian President Mahmoud Ahmadinejad, second left being escorted by technicians during a tour of Tehran's research reactor centre in northern Tehran, Iran. (AP Photo/Iranian President's Office, File) (credit:AP)
Saghand Mine(07 of12)
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Iran's main uranium mine, in the central province of Yazd. It is the country's principal source of uranium ore. Iran has granted U.N. inspectors access.Caption: In this photo released by an official website of the Iranian supreme leader's office on Wednesday, Nov. 20, 2013, Iran's Supreme Leader Ayatollah Ali Khamenei delivers a speech to members of the paramilitary Basij force at the Imam Khomeini Grand Mosque in Tehran, Iran. (AP Photo/Office of the Supreme Leader) (credit:AP)
Gachin Mine(08 of12)
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A smaller uranium mining site and processing facility near Bandar Abbas on the Persian Gulf. U.N. inspectors were promised access in the recent deal with the IAEA.Caption: A military truck carries a Sejil medium-range missile past portraits of the Islamic republic's supreme leader, Ayatollah Ali khamenei (R), and his predecessor, the late Ayatollah Ruhollah Khomeini (L), during an annual military parade which marks Iran's eight-year war with Iraq, in the capital Tehran, on September 22, 2013. (ATTA KENARE/AFP/Getty Images) (credit:Getty Images)
Ardakan Plant(09 of12)
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A planned plant for processing uranium ore into yellowcake, a uranium concentrate that is the basic feedstock in the steps to make nuclear fuel. The plant, about 500 kilometers (300 miles) southeast of Tehran, is not yet in operation. The other site, Gachin, has produced small amounts of yellowcake since 2006.Caption: In this picture taken on Friday, Nov. 2, 2012, Iranian school girls show their hands with writing in Persian in support supreme leader Ayatollah Ali Khamenei, denouncing the U.S. and one of them with word "Nuclear Scientist" in an annual state-backed rally in front of the former U.S. Embassy in Tehran, Iran, commemorating 33rd anniversary of the embassy takeover by militant students. (AP Photo/Vahid Salemi) (credit:AP)
Isfahan Conversion Facility(10 of12)
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A plant that reprocesses yellowcake into a gas, which is then fed into centrifuges for enrichment. A separate facility in Isfahan, about 250 kilometers (150 miles) south of Tehran, produces non-enriched fuel for the planned Arak reactor.Caption: In this Feb. 2007 file photo, an Iranian technician walks through the Uranium Conversion Facility just outside the city of Isfahan 255 miles (410 kilometers) south of the capital Tehran, Iran. (AP Photo/Vahid Salemi, File) (credit:AP)
Planned(11 of12)
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Iran claims it seeks to build 10 new uranium enrichment sites, but details and timetables have not been made clear.Caption: Iranian President Hassan Rouhani addresses a high-level meeting on Nuclear Disarmament during the 68th United Nations General Assembly on Thursday Sept. 26, 2013 at U.N. headquarters. (AP Photo/Mike Segar,Pool) (credit:AP)
Disputed: Parchin Military Base(12 of12)
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The base, southeast of Tehran, is a hub for Iran's conventional munitions industry. The site has also been suspected of housing a secret underground facility used for blast tests related to potential nuclear triggers. Iran denies the claim. IAEA inspectors visited the site twice in 2005, but only examined one of four areas of potential interest. The U.N. nuclear chief, Yukiya Amano, said he hopes to raise the issue of a repeat inspection in future talks with Iranian officials.Caption: In this Friday, Aug. 13, 2004 satellite image provided by DigitalGlobe and the Institute for Science and International Security shows the military complex at Parchin, Iran, 30 kilometers (about 19 miles) southeast of Tehran. (AP Photo/DigitalGlobe - Institute for Science and International Security, File) (credit:AP)

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