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"I find hope in the work of long-established groups such as the Arms Control Association...[and] I find hope in younger anti-nuclear activists and the movement around the world to formally ban the bomb."

– Vincent Intondi
Professor of History, Montgomery College
July 1, 2020
September 2009
Edition Date: 
Thursday, September 3, 2009
Cover Image: 

Race Is On for New Head of OPCW

Oliver Meier

Seeking to avoid the rifts that marked its 2002 election of a director-general, the Organization for the Prohibition of Chemical Weapons (OPCW) member states are aiming to choose a new head at a meeting next month.

The current chief, Rogelio Pfirter, is scheduled to step down in July 2010, when his second four-year term ends. OPCW directors-general are limited to two terms.

According to the OPCW media and public affairs office, the seven candidates are Benchaa Dani of Algeria, John Freeman of the United Kingdom, Peter Gottwald of Germany, Sudjadnan Parnohadiningrat of Indonesia, Aapo Pölhö of Finland, Anton Thalmann of Switzerland, and Ahmet Üzümcü of Turkey (table 1).

The OPCW’s Executive Council has set a goal of reaching a decision by its Oct. 13-16 meeting. Ambassador Jorge Lomónaco Tonda of Mexico is currently chairing the 41-nation council and facilitating the selection process. Member states are “working really hard for the [Executive Council] session in October to reach decision by consensus” on a single candidate, he said in an Aug. 8 interview. That candidate would then be recommended for election by the Nov. 30-Dec. 4 conference of states-parties of the Chemical Weapons Convention (CWC), the annual meeting and highest decision-making body of the 188 CWC parties. If the parties could not reach consensus on a new director-general, a two-thirds majority of votes would be sufficient in the council and the general conference. The rules of the general conference additionally require a quorum of more than one-half of all CWC states-parties present and voting.

The director-general heads the OPCW’s Technical Secretariat, which implements the CWC. He is in charge of administering a €75 million ($105 million) annual budget and manages a staff of 500.

According to diplomatic sources, the process of reaching agreement on a new director-general is burdened by the lack of a precedent for a routine, harmonious change at the helm of the OPCW. The United States, with the backing of many other Western countries, pushed for the ouster of Pfirter’s predecessor, José Bustani, OPCW’s first director-general, publicly accusing him of mismanagement. (See ACT, September 2002.) In the consensus-dominated world of multilateral arms control, the blunt approach of the Bush administration divided member states, with some key developing countries supportive of Bustani and most Western states pushing for his dismissal.

Similarly, the recent vote on a new director-general for the International Atomic Energy Agency (IAEA) pitted nonaligned against Western countries, with the former generally backing South African candidate Abdul Minty and the latter largely supporting Japanese diplomat Yukiya Amano. Amano was eventually elected in early July, barely receiving the necessary two-thirds majority in the IAEA’s Board of Governors.

Lomónaco said member states are aware of these precedents. He emphasized that, during the selection process, he and OPCW members are “working hard to avoid politicization as much as possible.” During the Executive Council’s February meeting, member states were asked to put forward candidates in a national capacity rather than nominating candidates through regional groupings. Lomónaco acknowledged that the CWC foresees a role for regional groupings in the selection of many OPCW posts and that the convention emphasizes the importance of recruiting the staff on as wide a geographical basis as possible. “But under the convention, this is not important for the selection of director-general,” Lomónaco said. “Some interpret this as the intention of the forefathers to avoid giving regional groupings a say in the selection of the director-general,” he said.

The candidates presented their vision of the priorities and challenges for the CWC, as well as their ideas on management of the Technical Secretariat, during the July 15 council regular meeting. The meeting was closed, but copies of the candidates’ presentations were made available to Arms Control Today.

The seven nominees, all of them career diplomats, emphasized the need to implement the CWC in a balanced manner, citing issues such as the timely destruction of remaining chemical weapons stocks, nonproliferation, and cooperation. All the candidates vowed to build bridges among states-parties, and many candidates pledged to continue to support the practice of zero nominal growth budgets for the OPCW.

Lomónaco said he would start informal consultations “to identify early trends” that show which candidates have the least support, in order to reduce the number of candidates, through voluntary withdrawals, before the October council meeting. According to diplomatic sources, Lomónaco’s goal might be difficult because nominating states could be reluctant to withdraw their candidate too quickly after they entered the race for director-general. Also, the sources said, there appear to have been no consultations among member states during the summer break.

Table 1: Candidates for OPCW Director-General

Benchaa Dani (Algeria): Dani has been Algeria’s ambassador to the Netherlands and permanent representative to the OPCW since 2004. Previously, he was director-general ad interim for American affairs and director of the America Department at the Algerian Ministry of Foreign Affairs (2001-2004) and ambassador to the Democratic Republic of Congo (1997-2000). He also has served at the Algerian mission to the European Union (1992-1996).

John Freeman (United Kingdom): Since 2006, Freeman has served as deputy director of the OPCW. He previously served as the United Kingdom’s ambassador to the Conference on Disarmament (2004-2006), deputy representative to NATO (2001-2004), and representative to the United Nations in Vienna (1997-2001).

Peter Gottwald (Germany): Gottwald was appointed in 2008 as commissioner of the federal government for arms control and disarmament at the Federal Foreign Office and was previously Germany’s ambassador to the United Nations in Vienna (2006-2008). Gottwald was also deputy head of the German embassy in Washington, D.C. (2003-2006), and director for North America at the Foreign Office in Berlin (1998-2002).

Sudjadnan Parnohadiningrat (Indonesia): Since 2006, Sudjadnan has been Indonesia’s ambassador to the United States. Previously, he was secretary-general of the Foreign Affairs Department in Jakarta (2002-2006), ambassador to Australia and Vanuatu (2001-2002), and director for international organizations (1999-2001). He chaired the 2004 Preparatory Committee meeting for the 2005 Nuclear Nonproliferation Treaty Review Conference.

Aapo Pölhö (Finland): Since 2007, Pölhö has been Finland’s ambassador to Belgium and NATO. He served as director-general for Africa and the Middle East (2004-2007), as well as deputy director-general for political affairs (2002-2004) in the Finnish Foreign Ministry. He was also ambassador to Egypt and Sudan (1998-2002).

Anton Thalmann (Switzerland): Since 2006, Thalmann has been deputy state-secretary and political director of the Federal Department of Foreign Affairs in Bern, responsible for Switzerland’s multilateral policies, including disarmament. Thalmann was also ambassador to Canada and the Bahamas (2003-2006), head of the Swiss mission to NATO (1999-2003).

Ahmet Üzümcü (Turkey): Üzümcü is currently Turkey’s representative at the Conference on Disarmament. Previously, he was Turkey’s representative to NATO (2002-2004), ambassador to Israel (1999-2002), and head of the personnel department at the Ministry of Foreign Affairs (1996-1999).

 

 

Seeking to avoid the rifts that marked its 2002 election of a director-general, the Organization for the Prohibition of Chemical Weapons (OPCW) member states are aiming to choose a new head at a meeting next month. (Continue)

Iran Grants Reactor Access to IAEA

Peter Crail

Iran last month accepted long-standing requests by the International Atomic Energy Agency (IAEA) for greater access to two key nuclear facilities, diplomatic sources said in August. The move appears to represent a shift in Iran’s willingness to cooperate with the agency, which has expressed increasing concern with Tehran’s lack of transparency on certain activities.

Tehran allowed IAEA inspectors to visit its heavy-water nuclear reactor under construction at Arak, the first such visit in nearly a year. After being barred from the reactor last fall, the agency was forced to rely on satellite imagery. The completion of the reactor containment structure and roofing over other buildings soon made that monitoring ineffective.

A senior UN official said in February that early access to the reactor is necessary to ensure that there is “no possible clandestine exit” built into the reactor to allow the diversion of plutonium. (See ACT, March 2009.) The reactor is estimated to be capable of producing about 9 kilograms of plutonium each year, enough for up to two nuclear weapons. According to senior UN officials, construction is to be finished in 2011, and the reactor is expected to come online in 2013. (See ACT, October 2008.)

Iran also reached an agreement with the IAEA to expand monitoring at its commercial-scale uranium-enrichment plant at Natanz. For the last several months, the IAEA has held discussions with Iran regarding improvements in the agency’s monitoring activities at the facility in light of Iran’s expansion of the plant.

A June IAEA report said that such improvements are required “for the agency to continue to fully meet its safeguards objectives.” At that time, Iran was operating about 7,200 centrifuges; it has continued to install additional machines since then.

Tehran’s shift comes after it appointed Ali Akbar Salehi, a former envoy to the IAEA, to head the Atomic Energy Organization of Iran, which oversees Iran’s nuclear efforts.

Salehi replaces Gholam Reza Aghazadeh, who headed the organization for the past 12 years and resigned in July. Aghazadeh was a long-time associate of former Iranian Prime Minister Mir-Hossein Mousavi, who ran against Iranian President Mahmoud Ahmadinejad during Iran’s June 12 election. Ahmadinejad was declared the winner, but the election was followed by widespread protests based on charges of electoral fraud. The result is still in dispute.

Ahmadinejad was inaugurated for a second term Aug. 3. Iran’s constitution limits presidents to two consecutive four-year terms, although they can run for additional nonconsecutive terms.

Tehran’s move also comes about a month before the Group of Eight (G-8) major industrialized nations review their approach to Iran’s nuclear program. The G-8 issued a statement July 8 indicating that such a review would take place during the Sept. 24-25 summit meeting in Pittsburgh of the world’s Group of 20 largest economies.

French President Nicolas Sarkozy said July 8 that the world powers deferred any decisions on more punitive measures until that time. “We made an effort to agree not to strengthen sanctions straightaway in order to bring everyone on board. The more reserved amongst us agreed that Pittsburgh was the time for decisions,” he said.

Iranian officials have suggested that Tehran would not engage in talks by that date. Iranian Foreign Ministry spokesman Hassan Qashqavi told reporters Aug. 10, “We are not against negotiations, but we will not allow world powers to pressure us with deadlines.”

Iran last month accepted long-standing requests by the International Atomic Energy Agency (IAEA) for greater access to two key nuclear facilities, diplomatic sources said in August. The move appears to represent a shift in Iran’s willingness to cooperate with the agency, which has expressed increasing concern with Tehran’s lack of transparency on certain activities. (Continue)

Arms Collection Begins in Southern Sudan

Emma Ensign

Authorities in Sudan have begun a series of weapons collection programs aimed at increasing security in the semiautonomous southern region of the country as part of an effort to increase stability there prior to national elections scheduled for April. The disarmament campaigns, which require civilians and the military to give up small arms, are mandated by a 2005 peace agreement. But the financial and political weakness of southern Sudan’s government has led some observers to question its ability to carry out the campaigns successfully, in spite of assistance from the United Nations and nongovernmental organizations (NGOs).

The campaigns come at a critical time in Sudan’s history. Since its independence in 1956, the country has been engulfed in two civil wars over resources, religion, and ideology. The more recent war ended in 2005 with the signing of the Comprehensive Peace Agreement, which laid out the framework for a power-sharing arrangement between the predominantly Muslim north and the mainly Christian south. In addition to requiring the disarmament campaigns, the peace agreement includes mandates for national elections in 2010 and a referendum on southern secession in 2011. The agreement is widely believed to be the sole provision standing in the way of a return to civil war, but implementation is faltering, and tensions are mounting in the run-up to the national elections. Reportedly, both the north and south are gearing up for a return to war.

Another concern is the rise in ethnic violence, which, according to one UN source, is escalating to “levels rarely seen even during the war.” The UN estimates that more than 1,000 people have been killed in southern Sudan since the beginning of the year, a death toll that exceeds that of Darfur, the war-torn western region of Sudan, over the same period of time. According to one estimate, there are 2 million small arms in southern Sudan, an area slightly smaller than Texas. Almost all are in the hands of civilians, who view the weapons as necessary for their safety and survival.

Salva Kiir, the president of southern Sudan, announced the government’s recommitment to the civilian disarmament campaign May 22. The statement came a year after the declaration of Operational Order 1/2008, which began a six-month program in southern Sudan aimed at completely disarming the civilian population.

Obstacles to Disarmament

The initial program, started in June 2008, did not have a clear mandate. As a voluntary disarmament measure, it gave civilians incentives to relinquish their weapons. However, it also explicitly condoned the use of force if peaceful methods did not prove sufficient, without clearly defining the limits of such force. The interpretation and application of the program were left largely up to the discretion of the 10 state governors whose job it was to carry out the program. Many of the collection efforts were marked by high numbers of civilian and military casualties as a result of efforts by the southern Sudanese army to disarm the civilian populations by force.

While expressing hope that the 2009 cycle of civilian disarmament would be more successful, Ezekiel Lol Gatkuoth, the head of the southern Sudanese mission to the United States, said his government would be proceeding “with caution.” The southern government conducted an emergency meeting with traditional leaders May 18-24 in Unity state to discuss issues of insecurity, Gatkuoth said in an Aug. 5 interview. The meeting highlighted the need to involve chiefs and traditional leaders in the disarmament process and examined the shortfalls of previous disarmament attempts, he said.

“State governors do not have the police force necessary to conduct disarmament,” he said. For that reason, he said, the southern government allowed its army, known as the Sudan People’s Liberation Army (SPLA), to assist. Gatkuoth emphasized that the SPLA was brought in solely because the southern government did not have the capacity to carry out the project without military help.

Among the government’s problems are a weak police force and judiciary, as well as a lack of physical and institutional infrastructure, the UN source said. According to Gatkuoth, future civilian disarmament will rely more heavily on traditional leaders to jump-start the campaigns. The leaders will oversee registration efforts, acting as a conduit through which armed youth can surrender their weapons to local authorities, with the weapons being stored in SPLA barracks, he said. The southern government will then provide security for the disarmed regions, he said.

But many areas are likely to remain insecure and unstable, other observers said. According to Bill Paterson, the Sudan team leader for Saferworld, a London-based NGO that works with government institutions and civil society to promote security and conflict prevention, the SPLA does not have the capacity to protect all the regions that need added security, particularly because simultaneous disarmament throughout southern Sudan does not seem to be an attainable goal at the moment.

A further complication is that, in certain parts of southern Sudan, the government encourages gun ownership as a form of defense against armed groups. According to an issue brief published in May by the Small Arms Survey, an independent research project in Geneva on small arms and security, civilians in Western Equatoria state were encouraged to use their weapons to protect themselves by forming civilian defense forces against the threat of the Lord’s Resistance Army, a Ugandan rebel group notorious for its tendency to kidnap children for use as soldiers.

Although Gatkuoth said the disarmament program would reach every state once the dry season began in December, the UN source said the civilian disarmament program seems to target areas that are more politically threatening to the southern government and, within those, certain groups in certain communities that are particularly troublesome.

The government, for its part, publicly maintains that disarmament attempts are being complicated and undermined by the National Congress Party (NCP), the ruling party in the north. The southern government accuses the NCP of arming militias and ethnic groups in the south in an attempt to make the area “ungovernable,” according to Gatkuoth. The NCP denies these allegations. Another part of the work on Sudanese civilian disarmament is the approach that the UN Development Program (UNDP) is pursuing through its Community Security and Arms Control (CSAC) project. Created in 2007, the program is specifically designed to head off the potential violence of forced disarmament. It works in areas that have either recently been forcefully disarmed or are facing forceful disarmament in the near future.

Disarming the Army

An effort to collect weapons from the military is running in parallel with the civilian disarmament campaigns. Under the 2005 peace agreement, the north and south agreed to reduce their armies by 90,000 soldiers each. The United Nations Mission in Sudan (UNMIS) and UNDP have stepped in to help with the campaign through the disarmament, demobilization, and reintegration (DDR) project. As of June 14, more than 4,500 members of both northern and southern armies had been demobilized and reintegrated into civilian life, according to information posted on the UNMIS Web site.

The first phase of the campaign calls for the disarmament of 35,000 soldiers considered to have special needs, specifically women, children, and the disabled. Following a registration period, selected combatants are discharged and relinquish their weapons in exchange for reintegration packages consisting of money, provisions, and vocational training. The DDR process for the SPLA is considered particularly important because it is linked to the current transition of the SPLA from the armed branch of the Sudan People’s Liberation Movement into a professional army. Disarmament campaigns in Sudan typically have been difficult, with corruption and violence leading to tensions between the civilian population and the army. According to Paterson, it is difficult to draw the line between combatants and civilians, in large part because civilians are so heavily armed.

Authorities in Sudan have begun a series of weapons collection programs aimed at increasing security in the semiautonomous southern region of the country as part of an effort to increase stability there prior to national elections scheduled for April. The disarmament campaigns, which require civilians and the military to give up small arms, are mandated by a 2005 peace agreement. But the financial and political weakness of southern Sudan’s government has led some observers to question its ability to carry out the campaigns successfully, in spite of assistance from the United Nations and nongovernmental organizations (NGOs). (Continue)

African NWFZ Treaty Enters Into Force

Cole Harvey

Burundi became the 28th country to ratify the 1996 Treaty of Pelindaba July 15, meeting the pact’s requirement for entry into force and creating a nuclear-weapon-free zone (NWFZ) in Africa. The treaty prohibits the possession, development, manufacture, testing, or deployment of nuclear weapons on the African continent and associated islands.

The concept of such a zone was first endorsed in 1964 by the Organization for African Unity, the predecessor of the African Union (AU). Negotiations on a draft treaty began in 1994, and the agreement was opened for signature in 1996. All 53 members of the AU, plus Morocco, have since signed the treaty. South Africa, the only country on the continent that operates a nuclear power reactor, is among the 28 ratifying states. Algeria, Libya, and Nigeria, which run smaller research reactors, have also ratified the treaty.

Some challenges remain despite the entry into force of the treaty. Twenty-five African states have signed the treaty but not ratified it. Under international law, these states are committed “to refrain from acts which would defeat the object and purpose” of the treaty but are not as closely bound to the treaty as they would be under ratification. Among the nonratifiers, Egypt, Ghana, and Morocco operate research reactors and have plans to develop full-scale power plants, according to the World Nuclear Association, an industry group. Egypt has proceeded the furthest toward generating nuclear power, having contracted with a private company in June to select the site for a power reactor and to train personnel to staff it. Ghana’s and Morocco’s plans are less developed.

Like other NWFZ agreements, the treaty includes protocols intended for signature by the nuclear-weapon states. These protocols, once ratified, commit the states-parties not to use nuclear weapons against any member of the treaty, test nuclear weapons within the territory of the zone, or take any action that violates the terms of the treaty. China, France, and the United Kingdom have ratified these protocols. Russia and the United States have signed but not ratified the protocols due to a dispute over Diego Garcia, an Indian Ocean atoll.

Diego Garcia, a British possession, is home to a U.S. military base and airfield. The British and U.S. governments say Diego Garcia is not part of the zone created by the Treaty of Pelindaba. The AU, however, considers Diego Garcia and surrounding islands to be “an integral part of Mauritius,” an AU member. The AU’s position makes Diego Garcia part of the NWFZ under the terms of the treaty. Ratifying the protocols of the treaty would require the United States to refrain from stationing nuclear weapons on the atoll. Russia wants assurances that Diego Garcia will not, in fact, be used as a way station for nuclear weapons before it agrees to ratify the protocols.

The treaty calls for the creation of an organization to monitor compliance with the treaty, facilitate communication among the states-parties, and encourage cooperation in the peaceful use of nuclear energy. The chair of the AU Commission, as depositary of the treaty, is required to convene a conference of all the parties “as soon as possible” to elect the members of the African Commission on Nuclear Energy and determine its budget.

International Atomic Energy Agency (IAEA) Director-General Mohamed ElBaradei welcomed the entry into force of the treaty. In an Aug. 14 press release, he called the establishment of the zone “an important regional confidence and security-building measure.” The IAEA noted, however, that 21 African states have not completed safeguards agreements with the agency. Under the terms of the treaty, each party is obliged “to conclude a comprehensive safeguards agreement with the IAEA” in order to verify compliance with the agreement.

The Treaty of Pelindaba establishes the sixth NWFZ in the world and the second to enter into force this year. Similar zones cover Antarctica, the South Pacific, Southeast Asia, Latin America and the Caribbean, and Central Asia. The Treaty of Semipalatinsk, which set up the Central Asian zone, came into force March 21.

Burundi became the 28th country to ratify the 1996 Treaty of Pelindaba July 15, meeting the pact’s requirement for entry into force and creating a nuclear-weapon-free zone (NWFZ) in Africa. The treaty prohibits the possession, development, manufacture, testing, or deployment of nuclear weapons on the African continent and associated islands. (Continue)

Breakthrough and Breakdown at the Conference on Disarmament: Assessing the Prospects for an FM(C)T

Paul Meyer

The May 29 adoption of a program of work by the Conference on Disarmament (CD) in Geneva marked the first time in 11 years that the 65-member body had taken such action. That step was a cause for celebration as it appeared to open the door to the negotiation of a treaty banning the production of fissile material for nuclear weapons or other nuclear explosive devices.

The White House was quick to applaud the development with a statement by President Barack Obama welcoming “today’s important agreement at the Conference on Disarmament to begin negotiations on a Fissile Material Cut-Off Treaty, which will end production of fissile materials for use in atomic bombs.”[1] Regrettably, the applause now seems premature as events since May 29 suggest that hopes for rapid progress in the CD are unrealistic.

The negotiation of a fissile material (cutoff) treaty (FM(C)T)[2] is a long-standing goal of the international community. For a brief period in the late summer of 1998, the CD began work toward this objective but failed to renew the program in January 1999 due to a dispute over the contents of the CD’s work program. That impasse continued until this spring. In his statement to the plenary June 4, Argentine ambassador and CD President Roberto García Moritán termed the CD’s prolonged failure to adopt a work program a “tragedy for multilateralism.”

The CD’s stalemate reflected two key institutional characteristics of the forum: it makes all its decisions by consensus, and the work program requires annual renewal. In other words, the CD must reach consensus each year on the program.

This article will briefly describe how the program came to be approved, review some of the obstacles placed in the way of starting negotiations, and comment on the apparent motivations behind these obstacles. It will conclude by considering possible future moves to reactivate multilateral work on an FM(C)T.

Reaching Consensus

Two key elements facilitated the CD’s adoption of the program of work, which includes a provision for the negotiation of an FM(C)T.

First, the FM(C)T forms part of a work program that also foresees activity on three other “core” CD issues: nuclear disarmament, the Prevention of an Arms Race in Outer Space (PAROS), and negative security assurances, a term that refers to international arrangements to assure non-nuclear-weapon states that they will not be attacked with nuclear weapons or threatened with such attacks. Each of these items has figured on the agenda of the CD for many years, and each is seen as a priority by various regional groupings and subsets of the CD membership. An essential element of the CD’s success was that the agreed work program as set out in document CD/1864 had something for everyone by incorporating all four of these core issues, not to mention some attention to three, more peripheral agenda items.[3]

Second, CD/1864 utilizes language that refers to a mandate previously adopted by the CD and under which the short-lived negotiations of 1998 took place. Known as the Shannon mandate in honor of the late Ambassador Gerald Shannon of Canada, who crafted it in 1995, it was seen as an enduring decision.[4] In a 2004 reversal of long-standing U.S. policy, however, the Bush administration rejected the mandate’s requirement that the prospective treaty be “internationally and effectively verifiable.” The administration argued that the requirement was impractical and should be discarded.

This breakdown of the traditional consensus around the mandate under which an FM(C)T would be negotiated further complicated the prevailing gridlock at the CD and made the prospect of initiating work on the treaty even more remote. With the advent of the Obama administration, the United States has restored the fractured consensus on the FM(C)T mandate by once again supporting a verifiable treaty.

In addition to the two key elements described above, several smaller but still important factors contributed to the breakthrough at the CD. One of these factors was the generally improved diplomatic atmosphere created by the new Obama administration, as epitomized by the president’s April 5 Prague speech. That speech articulated a far-reaching vision of a world free of nuclear weapons and included specific commitments to an FM(C)T and ratification of the Comprehensive Test Ban Treaty (CTBT). These commitments are top priorities for multilateral arms control, as set out in the decisions of the nuclear Nonproliferation Treaty (NPT) 1995 and 2000 review conferences. Another positive driver at the CD was the widespread belief of NPT member states, in the wake of the failure of the 2005 NPT Review Conference, that some major new impetus to multilateral nonproliferation and disarmament efforts was needed to promote a successful result at the rapidly approaching 2010 review conference.

Procedural Hurdles

In the CD, the adoption of a program of work is a necessary but, unfortunately, not a sufficient condition for success. Consensus around a work program can unravel rapidly. Events since May 29 have confirmed earlier suspicions that not all CD member states are unequivocally committed to getting FM(C)T negotiations under way. Efforts over the last two years at the CD to gain agreement on a work program had already prompted China, Iran, and Pakistan in particular to express dissent over the emerging compromise proposal for work.[5] The experience of the CD’s June session, during which García Moritán and, as of the last week of the session, Ambassador Caroline Millar of Australia, his successor as president, attempted to transform the latent accord represented by the work program into an active work schedule, suggests that these three states continue to oppose commencing work on this agenda item. García Moritán carefully constructed a list of chairmen and special coordinators for the various items of the work program and elaborated a schedule for a balanced consideration of these items in the remaining four weeks of the 2009 CD. In the face of objections from China and Pakistan, he failed to seek approval of these draft decisions at the June 26 plenary that marked the end of his presidency. Unfortunately, the CD’s rules of procedure and the stringent application of the consensus rule on all manner of decisions can allow a single member state to wreak havoc with even the most measured proposal for organizing work.

Pakistan has been probably the most vocal CD member in expressing its reservations regarding the proposed work program and the initiation of negotiations on an FM(C)T. At the CD’s June 4 plenary, in the immediate aftermath of the adoption of the work program, Ambassador Zamir Akram of Pakistan said, “We did not stand in the way of consensus on [the draft version of the work program], which has been achieved in good faith that work on all core issues would lead to the initiation of actual negotiations on legally binding instruments for universal and non-discriminatory nuclear disarmament, [negative security assurances,] and PAROS. We would like to see progress in tandem on all core issues. Only this can ensure equal security for all states.”[6]

The call for equal treatment of the four core issues of the CD is one that can be expected to be raised again, to the detriment of FM(C)T negotiations. The fact that an FM(C)T is the only one of the four core issues to have been granted an explicit negotiating mandate under CD/1864 provides a basis for the proponents of negotiations on the other core issues to continue to seek equal treatment or parallel progress. That was the position that Iranian Ambassador Ali Reza Moaiyeri expressed in his June 11 statement:

The Conference should vigorously pursue its deliberations with the view to start negotiations on legally binding instruments on the four core issues. In our understanding the substantive work of the CD on all four core issues would be measured by real progress and not merely with focusing on some issues and manifestation of a talk show on the others.[7]

To the extent that states insist on equal treatment of the four issues in the working groups, progress on an FM(C)T could be held hostage to progress on the other three issues.

If reaffirming the need for equal treatment of the four core issues did not constitute a suitably high hurdle for García Moritán’s efforts to operationalize the program of work set out in CD/1864, Akram’s statement of the following week enumerated several additional procedural issues, any one of which, in the context of the CD’s consensus decision-making, could pose a significant pitfall to the president’s efforts to get the CD back to work. The selection of chairmen for the working groups entrusted with each of the issues is one area in which matters can be readily complicated. Adding to the principle of equitable geographic distribution of the chairmanships, Akram suggested that the chairmen “should not be from P-5 [the five permanent members of the UN Security Council], non-NPT states or countries in a military alliance or countries enjoying nuclear protection.”[8] The NPT criterion would exclude Akram’s own country, as well as India, Israel, and North Korea. The other elements of the formula would eliminate most members of the western and eastern European groups of states, which constitute two of the three regional groupings of the CD. The third group is the “Group of 21” Nonaligned Movement states. China, which acts as a group of its own, would be ineligible under Akram’s formula because it is a permanent member of the Security Council.

To complicate matters even more, Akram also stressed the importance of rotation for the chairmanships and suggested that the term of the chairmen be synchronized with the term of the CD presidents. In effect, this would impose on the chairmen the same cumbersome cycle of rotation that is required for the CD presidents. During the CD’s six months of actual working time each year, there are six presidencies, each of them lasting only a few weeks. In recent years, collaboration among the six CD presidents has allowed for common annual presidential platforms, which have been a marked improvement over the disjointed series of presidencies that were the norm in previous years.

To have the working group chairmen rotate out of their posts after a mere four to six weeks would pose major problems of continuity and sustained purpose in these activities. If all the criteria laid out for the chairmanships in Akram’s statement (neutrality, equitable geographic representation, frequent rotation, ambassadorial rank) were adopted, it would be very challenging to identify chairmen for the four working groups, let alone sustain substantive negotiation and discussions during the course of a year.

The Pakistani and Iranian ambassadors also flagged the importance of time allocation in the schedule for work. The working groups on the four core issues should have a “balanced allocation of time,” Akram said.[9] Moaiyeri went even further in stating that “the planning for implementation of the programme of work should carefully consider balanced allotment of time for the working groups and special coordinators.”[10] Devising a schedule of activity that is able to manage such a precise “balance” will be a difficult task. Unfortunately, the history of multilateral conferences on nonproliferation and disarmament is full of examples of protracted squabbles over proposed time allocations.

China has been less prominent in CD interventions on the issue of the program of work, but in its June 26 statement, it quite clearly opposed the president’s operational proposal to get down to work. Drawing on ancient Chinese proverbs (a favorite technique of China’s multilateral diplomats), China’s ambassador, Wang Qun, argued that “this melon is not ripe yet” and that the CD members “need to still exercise a bit of patience.”[11] Enumerating his objections to the president’s proposal, Wang suggested that the mandates of the chairmen and special coordinators, as well as their rotation, had not been discussed and that the length of their tenure was not clear. Furthermore, he took issue with the president’s submittal of two draft decisions (CD/1866, with its list of chairmen and special coordinators, and CD/1867, with the proposed work schedule for the remainder of the CD session) instead of a combined document. He contended that the relationship between these two drafts would require study. Finally, he argued that the duration of the arrangement was not clear even though CD/1867’s purpose was to implement CD/1864, which in turn established the work program for the 2009 session (as clearly stated in its title). Despite the behind-the-scenes consultations undertaken by the president prior to tabling his proposal, Wang argued that delegations required more time to study the draft decisions and to receive instructions from capitals.

In the face of these objections, García Moritán declined to put his proposals to the CD for decision. The gavel came down on his presidency and likely on the prospects for getting the CD back to work this year. There was little that his successor, Millar, could accomplish to advance matters in the one week left prior to the CD’s one-month summer recess. The interventions by Iran and Pakistan at the final July 2 plenary, while affirming optimism and support, only contributed additional complicating factors for the president to take into consideration.

Millar tried to pick up the pieces when the CD resumed August 3 with the introduction of a new combined draft decision (CD/1870 Rev 1) that accommodated the Chinese desire to work with a single document. This simply prolonged the ordeal as Pakistan came up with new objections (ostensibly relating to unspecified problems with the introductory language of the decision) when Millar put the draft decision to the CD plenary on August 10. Ambassador Akio Suda of Japan, picking up on the imagery used by the Chinese Ambassador prior to the summer recess, remarked that the “melon” the CD bought was now beyond ripe and was “rotten”. Millar held a further plenary August 17 where she was forced to state that no consensus existed to adopt the decision, and the Chinese and Iranian representatives made a point of intervening to praise her efforts and urged her to pursue her consultations. This she gamely did until August 20, the last plenary of her presidency, when she was obliged to advise the CD that a consensus on implementing the agreed program of work was still not possible. As she observed in her closing statement: “To those unfamiliar with the arcane workings of this chamber, this is neither understandable nor acceptable. To those within it, it is all too familiar and dispiriting.”[12]

The sentiment expressed by Ambassador Millar was widely shared in the council chamber. As U.S. Ambassador Garold Larson stated:

We, the members of the Conference on Disarmament, agreed to take up that task on May 29, and the global community gave a sigh of relief that the CD was, at long last, back to work. It is, then profoundly disappointing that nearly three months later, we have yet to accomplish the simple, straightforward, procedural task of agreeing on a schedule of work.[13]

Even if by some diplomatic miracle all the elements for operationalizing CD/1864 could have been put into place at the CD this session, there would still be the objection that such arrangements are only valid for a given year and that the whole schema, including the underlying work program, would be up for fresh consideration at the start of the CD’s new year in January. It does not take a diplomatic Machiavelli to see the potential for disruption and delay that the CD procedural rules afford any member state that may be unenthusiastic about the prospect of actually negotiating a binding agreement on fissile material or any other of the CD’s core issues. It is all too easy for CD delegations to let the clock run out on another effort to resume work while engaging in further “study,” “consultations,” and the eternal wait for instructions from capitals. This is a diplomatic version of Waiting for Godot.

Substantive Objections

The pitfalls outlined above represent only the procedural problems that may impede negotiation of an FM(C)T. Major substantive issues also divide the CD members; those issues presumably inform the stalling tactics witnessed at the CD. In particular, the question of whether the treaty should deal with existing stocks of fissile material or prohibit only future production continues to elicit diametrically opposing positions on the part of key CD member states.

By way of illustration, two non-NPT CD members possessing fissile material and nuclear weapons are India and Pakistan. Because both are currently engaged in production of fissile material for nuclear-weapon purposes, the start of negotiations of an FM(C)T raises major security issues for them. In a statement to the CD’s May 29 plenary, Ambassador Hamid Rao of India, while reiterating his country’s support for the goal of an FM(C)T negotiated under the Shannon mandate, specified, “The scope of such a treaty would focus on the future production of fissile material for nuclear weapons or other nuclear explosive devices.”[14] He further warned that “[w]e will not accept obligations not in keeping with or prejudicial to our national security interests or which hinder our strategic programme, our R&D as well as three-stage nuclear programme.”[15]

In contrast, Akram set out a very different stance on stocks and included an indirect critique of the U.S.-Indian nuclear deal and the subsequent lifting of the Nuclear Suppliers Group (NSG) ban on nuclear trade with India:

As regards the Fissile Material Treaty [FMT], the CD membership is fully cognizant that [the issue of] existing and future stocks has assumed greater significance for Pakistan in the light of the nuclear cooperation arrangements in our neighbourhood. These upset the strategic balance in the region. Unless the equilibrium is re-established, the fashioning of an appropriate FMT appears to be a difficult challenge. A treaty which would merely legalize national moratoria of nuclear-weapons-states and freeze the asymmetries will undermine the international community’s vision of a nuclear weapons free world as well as Pakistan’s national security.[16]

The differing strategic assessments that underlie the opposing positions expressed on the issue of whether stocks should be included in an FM(C)T are not limited to India and Pakistan. Some states say a ban on future production would be valuable in itself. Others say that, to have real value, it would have to encompass existing stocks, thus making it a nuclear disarmament as well as a nonproliferation measure. Although some of this debate is more theological than practical in nature, the inclusion of stocks is viewed as curtailing the manufacture of new nuclear weapons or the renewal of existing weapons. A mere production ban would bar new entrants while allowing existing members of the nuclear weapons club to draw on their existing stockpiles of fissile material to fashion additional arms.

Iran is one state calling for the inclusion of stocks. It argues that the FM(C)T “should be a clear and meaningful step for nuclear disarmament and non proliferation in all its aspects…. Past production and existing stocks as well as the future production of fissile material for nuclear weapons or other nuclear explosive devices must be covered under the scope of the Treaty.”[17]

Verification is also a significant aspect that would need to be addressed in FM(C)T negotiations. The change of administration in the United States, as noted earlier, has permitted the reaffirmation of the Shannon mandate’s formula of an “internationally and effectively verifiable treaty.” At the same time, the practical meaning of the phrase remains an open issue. Several CD states have made good use of the conference’s fallow years by developing working papers and hosting seminars dedicated to verification. Yet, no single arrangement has emerged as a clear favorite of the CD. It may not prove efficient for negotiators to devote too much time to elaborating verification schemes until the parameters of an FM(C)T are clearer because provisions for verification are closely associated with the scope of the treaty.

Assessing Motivations

As suggested above, the actual significance of the CD’s adoption of a work program for the initiation of negotiations of an FM(C)T remains to be seen. The strategic perceptions that underlie the apparent delaying tactics being employed by China, Iran, and Pakistan to impede the start of talks on an FM(C)T can only be surmised. For Pakistan, it seems that a perception of inferiority with respect to India in terms of fissile material for nuclear weapons purposes motivates the desire to avoid any constraints on production until Pakistan has “caught up.” The reality of this pursuit is debatable, given India’s own capacities and additional potential for displacement from the civilian to the military sectors of its nuclear program under the new NSG-sanctioned external supply arrangements. Once on the nuclear arms race treadmill, it is difficult to get off. An alternative strategy open to Pakistan would be to cap India’s arsenal as well as its own via a verifiable FM(C)T, especially one that would address present stocks as well as future production, as advocated by Pakistan. Notably, India, while as adamant as Pakistan in proclaiming the need for any eventual FM(C)T to be compatible with its national security interests, has not joined Pakistan in efforts to delay the initiation of negotiations. This approach may be based more on a desire to conform with commitments made to the United States in the context of their bilateral nuclear deal than on any deep Indian attachment to the goal of an FM(C)T.

For China, the motivation in letting the FM(C)T melon linger on the vine likely reflects a strategic calculation that Beijing may require a resumption of fissile material production for reinforcing its nuclear deterrent forces in light of possible future moves by the United States (expansion of ballistic missile defenses) or India (increase in its longer-range ballistic missile forces). This perceived need for a strategic “hedge” may explain why China, alone among the recognized nuclear-weapon states, has declined to commit officially to a cessation of fissile material production for nuclear weapons purposes. In this regard, it is noteworthy that China reportedly opposed the inclusion of a reaffirmation by nuclear-weapon states of the existing moratorium on fissile material production in draft recommendations compiled by the chairman at this year’s Preparatory Committee meeting for the 2010 NPT Review Conference.[18]

For Iran, the strategic calculus underlying its CD diplomacy is even more obscure. It may be a function of the priority that Tehran gives to nuclear disarmament among the CD’s four core issues and its concern that an FM(C)T not serve only as a nonproliferation instrument. Iran’s ongoing dispute with the international community over the nature of its nuclear program may be another factor, although an FM(C)T that involved some constraints on military fissile material production and stocks would seem to be in Iran’s regional security interests if applied as well to Iraq, Israel, Saudi Arabia, Syria, and other states in the region.

Options for Action

For the vast majority of CD members and other non-nuclear-weapon states that would welcome immediate resumption of work on an FM(C)T, the aftermath of the May 29 adoption of a work program does not augur well for the future. As noted above, some states have raised procedural obstacles that have effectively stymied the efforts of CD presidents to operationalize the agreed program for this year. Even if a program is adopted next January, similar steps could be taken to block efforts to get it up and running. Clever follow-up arrangements and strong leadership on the part of future CD presidents may be able to navigate around some of the procedural shoals identified above, but CD rules of procedure and the extreme application of the consensus principle practiced in that body tend to impede if not negate progress.

If this treaty project is to advance in this diplomatic forum in the near term, the friends of an FM(C)T will have to sustain public attention and political pressure on the CD’s participants. Targeted diplomatic démarches on the holdout capitals would be crucial to any strategy to overcome the blockage at the CD. These might entail a mix of incentives to cooperate (e.g., more forthcoming attitudes on the nuclear disarmament and PAROS priorities of the obstructing states) as well as warnings of intensified public criticism of (and private penalty for) their blocking tactics, if continued.

It may also be time to challenge CD member states’ apparently infinite capacity to tolerate stalemate at the conference. If governments are serious about initiating negotiations on an FM(C)T, they must move beyond lamenting the gridlock at the CD and devise alternative diplomatic strategies for achieving this aim. In an earlier article, I suggested a number of alternative options for commencing work on an FM(C)T.[19] All of them remain possibilities for dedicated FM(C)T proponents if the CD continues to come up empty-handed and make a mockery of its mandate.

The suggestion of launching a negotiation under NPT auspices may be particularly appealing with the convening of the review conference next May and in light of the absence from that forum of some of the states that are more problematic from an FM(C)T perspective. The history of arms control suggests that codifying a widely held norm can have a major influence on the behavior of even those states that initially stand aside from the enterprise. The NPT itself is a good example of this effect, not to mention the more recent multilateral accords on anti-personnel landmines and cluster munitions.

A key missing ingredient in the FM(C)T file over the last years has been leadership by influential states possessing fissile material. Although the return of the United States to the Shannon mandate, the bold speeches by British leaders at the CD on the imperative of resuming progress on nuclear disarmament, and the French government’s organization of visits by CD delegations to its closed-down military fissile material facilities are all commendable, it would be more useful if one of these nuclear-weapon states had convened a diplomatic conference dedicated to an FM(C)T and considering how best to bring one about. Perhaps it is not too late for Obama to make this a central focus of his UN Security Council summit September 24 or the planned nuclear security conference next March. If for some reason the nuclear-weapon states cannot muster the energy to initiate such action, it surely is not beyond the means of major non-nuclear-weapon states to fill this leadership void. It will be a sad commentary on the efficacy of multilateral diplomacy if this fall witnesses the adoption of another consensus UN General Assembly resolution in favor of an FM(C)T and the utter failure of the same member states to give it any practical effect.


Paul Meyer served as Canada’s ambassador and permanent representative to the Conference on Disarmament from 2003 to 2007. He is currently director general of the Security and Intelligence Bureau at the Department of Foreign Affairs and International Trade in Ottawa. The views expressed are his own and do not reflect those of the department.


ENDNOTES

1. Office of the Press Secretary, The White House, “Statement by the President on Beginning of Negotiations on Fissile Material Cut-off Treaty,” May 29, 2009.

2. I have adopted the abbreviation FM(C)T for this treaty as utilized by the International Panel on Fissile Materials, which in its commendable draft treaty text of March 16, 2009, explains that this name makes explicit the unresolved issue of the treaty’s scope. See www.fissilematerials.org.

3. In addition to setting up Working Groups on the four “core” issues, CD/1864 provided for the appointment of Special Coordinators on the following items: “New types of weapons of mass destruction and new systems of such weapons; radiological weapons,” “Comprehensive programme of Disarmament,” and “Transparency in armaments.” These items are generally seen as less “ripe” for negotiation and hence carry a lower priority than the four “core” issues for which Working Groups are to be established.

4. The Shannon mandate is contained in CD/1299 of March 24, 1995. For official CD documents and national statements made at plenary meetings and submitted to the Secretariat, see www.unog.ch/disarmament.

5. For a discussion of this period at the CD and its implications for an FM(C)T see Paul Meyer, “Is There Any Fizz Left in the Fissban?” Arms Control Today, December 2007, http://www.armscontrol.org/act/2007_12/Meyer.

6. Zamir Akram, statement to the CD, Geneva, June 4, 2009 (hereinafter Akram June 4 statement).

7. Ali Reza Moaiyeri, statement to the CD, Geneva, June 11, 2009 (hereinafter Moaiyeri statement).

8. Zamir Akram, statement to the CD, Geneva, June 11, 2009.

9. Ibid.

10. Moaiyeri statement.

11. Wang Qun, statement to the CD, Geneva, June 26, 2009, available at www.reachingcriticalwill.org.

12. Caroline Millar, statement to the CD, Geneva, August 20, 2009, available at www.reachingcriticalwill.org.

13. Garold Larson, statement to the CD, Geneva, August 20, 2009, available at www.reachingcriticalwill.org.

14. Hamid Rao, statement to the CD, Geneva, May 29, 2009.

15. Ibid.

16. Akram June 4 statement.

17. Moaiyeri statement.

18. See Rebecca Johnson, “Enhanced Prospects for 2010: An Analysis of the Third PrepCom and the Outlook for the 2010 NPT Review Conference,” Arms Control Today, June 2009, http://www.armscontrol.org/act/2009_6/Johnson.

19. See Meyer, “Is There Any Fizz Left in the Fissban?”

 

The May 29 adoption of a program of work by the Conference on Disarmament (CD) in Geneva marked the first time in 11 years that the 65-member body had taken such action. That step was a cause for celebration as it appeared to open the door to the negotiation of a treaty banning the production of fissile material for nuclear weapons or other nuclear explosive devices. (Continue)

Can This Treaty Be Saved? Breaking the Stalemate on Conventional Forces in Europe

Wolfgang Zellner

Overshadowed by more pressing issues—Afghanistan, Iraq, Iran, and global terrorism—European security relations with Russia have deteriorated dramatically since the late 1990s. Over the last 10 years, European security policy has been increasingly dominated by unilateral and frequently confrontational approaches.

As a recent report by the EastWest Institute noted, there is “a growing desire in some quarters to punish or retaliate rather than to solve problems.”[1] This is a far cry from the principle of cooperative security to which the members of the Organization for Security and Cooperation in Europe (OSCE) committed themselves in the 1990 Charter of Paris. Nor is it compatible with NATO’s 1999 Strategic Concept, according to which a “strong, stable and enduring partnership between NATO and Russia is essential to achieve lasting stability in the Euro-Atlantic area.”[2] Although U.S.-Russian relations are currently warming up, nearly every major security policy issue relating to Europe is still highly disputed; the list includes NATO enlargement, missile defense, military bases, energy security, conventional arms control, and subregional conflicts. The 2008 Georgia war was the definitive wake-up call when, for the first time, two OSCE states went to war against each other and one state recognized the independence of two entities, Abkhazia and South Ossetia, even though the other 55 OSCE states do not recognize them.

This development is all the more alarming because Europe in the early 1990s was the locus of the most comprehensive arms control regime in history. The regime’s core is the Conventional Armed Forces in Europe (CFE) Treaty, which was signed in 1990 and entered into force in 1992. This agreement limits its parties’ holdings in five categories of military equipment that were seen as particularly relevant for initiating large-scale offensive action: battle tanks, armored combat vehicles, artillery pieces, combat aircraft, and attack helicopters. General limitations are complemented by regional ceilings in the center of Europe and at the “flanks” in the north and south of the treaty’s area of application, which stretches from the Atlantic to the Urals. The implementation of the treaty, which has largely been successful, is based on the detailed exchange of information and an intrusive verification system, under which more than 5,000 routine and challenge inspections have been carried out.

The treaty is based on parity between two “groups of States Parties,” identical to the members of NATO and the Warsaw Pact during the Cold War and their successor states. When the first members of the Eastern group of states-parties joined the Western alliance, it became necessary to adapt the treaty to accord with the changed political reality. The 1999 CFE Adaptation Agreement, which was signed at the OSCE Istanbul summit, replaced the treaty’s bloc-to-bloc structure with a system of national and territorial ceilings.[3] Regional ceilings were abolished, apart from the flank limitations. Almost immediately after the CFE Treaty entered into force in 1992, Russia became highly critical of the flank rule. As early as September 1993, Russian President Boris Yeltsin sent a letter to Western governments saying that “the cessation of the existence of the USSR, the adaptation of the Treaty to the new composition of membership—the dramatic development of several local conflicts and the large-scale withdrawal of our troops to the Russian interior” have created a new situation. “In these circumstances, the flank limitations acquire a unilateral and discriminatory character for Russia.”[4]

Today, the whole CFE regime is in jeopardy. The Adapted CFE Treaty has not yet entered into force because NATO states have not been ready to ratify it as a result of Russia’s nonimplementation of what are known as the Istanbul commitments: the complete withdrawal of its armed forces from Georgia and Moldova. Russia, in turn, does not accept any link between the legally binding Adapted CFE Treaty and its politically binding Istanbul commitments. In December 2007, Moscow unilaterally suspended its implementation of the original CFE Treaty out of frustration with the Western countries’ inaction on Adapted CFE Treaty ratification. Consequently, the Russian government no longer provides information on its treaty-limited equipment and refrains from accepting or participating in inspections. In contrast to earlier years, Russia is now demanding not only the ratification of the Adapted CFE Treaty by the NATO states, but also a kind of balance between Russian and NATO forces; a definition of the term “substantial combat forces”; the accession of Estonia, Latvia, and Lithuania to the Adapted CFE Treaty; and, most importantly, the “abolition of flank restrictions on Russian territory.”[5] This situation is by no means sustainable, especially because the parties are currently not engaged in negotiations. If no decisive action is taken soon, the treaty regime will collapse with incalculable consequences not only for conventional arms control in Europe, but also for the whole idea of a cooperative security policy with Russia.

Several questions need answering: What caused the serious downturn in relations? What role did the CFE Treaty play in European security policy in the past, and what will the function of the Adapted CFE Treaty be in the future? Most importantly, what options exist for re-establishing a viable regime of conventional arms control in Europe?

Origins of the Crisis

To sort out the diverse factors that influenced the CFE Treaty, it is useful to distinguish among the strategic, Euro-strategic, and subregional levels. At the strategic U.S.-Russian level, which is dominated by nuclear weapons issues, relations worsened substantially during the last decade. Relevant developments were the failure to bring into force START II, the termination of the Anti-Ballistic Missile Treaty by the United States, and particularly U.S. plans for a global missile defense system with elements deployed in Europe. A short-lived improvement in U.S.-Russian relations following the September 11 attacks could not reverse this general negative trend. Although conventional armaments are certainly linked to missile defense in the Russian perception, this issue was not the decisive factor in the Russian suspension of the CFE Treaty. It is not even mentioned in the decree issued on the matter by President Vladimir Putin.

The key issue at the Euro-strategic level was and is NATO’s consecutive rounds of enlargement. The first round, in 1999 (the Czech Republic, Hungary, and Poland), was still embedded in a cooperative context both by NATO’s announcement, in the 1997 NATO-Russia Founding Act, that it would not deploy nuclear weapons or “substantial combat forces” in the new member states and by the signing of the CFE Adaptation Agreement in 1999. This certainly cannot be said of the second round, in 2004. In a far tenser political environment, seven new NATO member states were accepted, among them three former Soviet republics (Estonia, Latvia, and Lithuania) and two flank states (Bulgaria and Romania). The accession to NATO of flank states is especially sensitive, given Russia’s continuous opposition, since the early 1990s, to the flank rule that limits its equipment levels, particularly in the North Caucasus. The Russian government is thinking in terms of a military balance between the NATO states and Russia; re-establishment of the balance was one of the key demands in Putin’s December 2007 suspension decree. NATO’s April 2008 decision to accept Georgia and Ukraine as future members has further aggravated this matter.

NATO enlargement can be seen as one of the most important root causes of the CFE Treaty impasse, but NATO’s deliberate linking of the CFE Treaty and subregional conflicts provided the occasion for the outbreak of the current crisis. The CFE Treaty regime, including the Adapted CFE Treaty, has always been focused on the Euro-strategic balance of forces. Thus, its contributions to correcting subregional force asymmetries are fairly limited. With the exception of the balancing of Armenian and Azeri holdings through equal ceilings and the 1996 Florence agreement among Bosnia and Herzegovina, Croatia, Serbia, and (later) Montenegro, which was modeled almost entirely on the CFE Treaty, the treaty has not had much to offer for the regulation of subregional asymmetries.

On the other hand, the linkage between the CFE Treaty and unresolved subregional conflicts, in the form of the Istanbul commitments, has substantially contributed to the undermining of the treaty. Although it might have always been clear to the U.S. government that ratifying the Adapted CFE Treaty would be possible only on the condition of the complete withdrawal of Russian forces from Georgia and Moldova, at the NATO level this position was established only at the November 2002 Prague summit when the alliance “urge[d] swift fulfillment of the outstanding Istanbul commit­ments on Georgia and Moldova, which will create the conditions for Allies and other States Parties to move forward on ratification of the Adapted CFE Treaty.”[6] A statement in the German government’s 2002 disarmament report demonstrates that this position was disputed within NATO before the Prague summit:

But some states are also insisting on the fulfillment by Russia of these non-CFE-relevant commitments [i.e., with­drawal from Georgia and Moldova] contained in the Istanbul Document. This would make the ratification of the adaptation agreement dependent upon the solution of some issues of rather less importance, and there would be a danger that the entry into force of the arms control agreement, which is of such basic importance for the security and stability of the whole European continent, would be delayed or even made impossible.[7]

The basic rationale for NATO’s linkage of Adapted CFE Treaty ratification and the Istanbul commitments is the idea that Russia’s great interest in the CFE Treaty would provide enough incentive for it to contribute to the resolution of the conflicts in Georgia and Moldova and to withdraw its forces from those countries. This expectation has proven false, and the experiment of using arms control as an instrument to resolve protracted conflicts has failed. In addition, Russia has followed the Western model and has established its own linkage between the CFE Treaty and subregional issues by demanding the abolition of the flank rule for Russia before the Adapted CFE Treaty can be put into force.

History and Future of the Regime

Undisputedly, the CFE Treaty contributed substantially to ending the Cold War in a controlled way. It removed Soviet superiority in heavy conventional armaments, thereby fulfilling its primary goal of eliminating the potential for surprise attack and large-scale offensive action. It mitigated fears connected with German reunification by limiting the size of German treaty-limited equipment holdings to ceilings that had already been agreed within NATO. Also, the treaty was highly useful in dividing up the conventional arms holdings of the Soviet Union among the eight successor states that are within the treaty’s area of application, under the Tashkent agreement of May 1992. All this was done in a completely transparent manner and verified.

It is far less clear, however, how the Adapted CFE Treaty can strengthen security and stability in the future.[8] A first contribution—for some experts, the most important one—is that the Adapted CFE Treaty would continue to provide verified transparency and thus prevent mistrust and a lack of information from leading to the emergence of new security dilemmas and related buildups of armaments. That does not mean that there would be a danger of a new, all-out arms race in Europe without the CFE Treaty, but the danger of specific arms races does exist. In an open letter to the Obama administration, more than 20 former political leaders from central European countries called for “contingency planning, prepositioning of forces, equipment, and supplies for reinforcement in our region.”[9]

A second benefit is that the Adapted CFE Treaty, if brought into force, would contribute to avoiding subregional arms races. This is particularly true for Armenia and Azerbaijan, where the lifting of equal ceilings would almost certainly lead to a new arms race that would undermine the chances for a peaceful solution of the Nagorno-Karabakh conflict and could lead to new tensions between NATO countries and Russia. Another question is whether the Florence agreement can survive if its model, the CFE Treaty, collapses.

Third, conventional stability can prevent tactical nuclear weapons from assuming a larger role in Europe. If gross conventional imbalances exist, it might be tempting for Russia to deploy tactical nuclear weapons as a type of compensation.

Fourth, the impact of the collapse of the CFE Treaty would not be limited to this specific treaty but would influence European arms control in general, as well as all institutions and instruments dealing with cooperative security. It is doubtful whether the Vienna Document 1999 on confidence- and security-building measures could survive if the CFE Treaty failed.[10] More broadly, institutions such as the OSCE and the NATO-Russia Council could be affected. Finally, the breakdown of cooperative security policy in Europe would have a negative impact on U.S.-Russian strategic relations. It is difficult to imagine that they could continue to improve if tensions in Europe were to rise.

Revitalizing the Regime

In recent years, there has been almost no public debate on the CFE Treaty. This has now changed significantly; in the past few months, a number of meetings and publications have looked into options for overcoming the CFE Treaty impasse. In May 2009, the EastWest Institute convened a discussion on the CFE Treaty, resulting in the publication of a paper by Jeffrey McCausland.[11] The EastWest Institute has also published a report on Euro-Atlantic security that deals with CFE issues.[12] Further, on June 10, 2009, the German Federal Foreign Office organized an informal, high-level expert meeting on conventional arms control in Europe; about 40 governmental delegations participated. The following section, which outlines three options for dealing with the CFE Treaty, builds on ideas contained in the two EastWest Institute reports as well as those contained in a book with 24 articles from U.S., Russian, and European experts, co-edited by the author.[13]

The first option is the easiest in terms of activity, but possibly the most severe in terms of consequences: do nothing, apart from starting the blame game, and wait until the treaty collapses. If nothing is done, it is only a question of time until one or more parties raise the question of whether the nonimplementation of the CFE Treaty by Russia constitutes a material breach of the treaty justifying withdrawal under Article XIX, paragraph 2 (“extraordinary events”). This option is perhaps not particularly tempting for advocates of arms control, but it certainly has its followers—all those who do not believe in negotiated arms control or who prefer unilateral military options to cooperative approaches.

The second option, NATO’s parallel action package (PAP), was introduced in the fall of 2007 and published in March 2008. NATO’s statement on the PAP says, “NATO Allies will move forward on ratification of the Adapted CFE Treaty in parallel with implementation of specific, agreed steps by the Russian Federation to resolve outstanding issues related to Russian forces/facilities in the Republic of Moldova and Georgia.”[14] The PAP is the only agreed negotiating platform on the CFE Treaty, and even the Russian Foreign Ministry conceded that it “contains some positive moments.”[15] Several Russian demands raised in the context of suspension could be resolved within the PAP framework. NATO’s statement says, “NATO members that are not Parties to the CFE Treaty will publicly reiterate their readiness to request accession to the Adapted Treaty,” as demanded by Russia. In the same way, the alliance declared that NATO and Russia would develop a definition of the term “substantial combat forces.” The statement is rather vague, however, on Russia’s request for lower ceilings for the NATO countries: “[W]e would consider changes, where possible, to the level of equipment ceilings.” Russia’s main demand, the abolition of the flank ceilings for Russia, is not addressed at all.

The principal shortcoming of the PAP is the difficulty in imagining, after the 2008 Georgia war, “implementation of specific, agreed steps by the Russian Federation” (the implementation of the Istanbul commitments). A solution for the withdrawal of Russian forces from Moldova is still conceivable if Russian peacekeeping forces there are excluded from the Istanbul commitments, as suggested by one of the options in the EastWest Institute report, and if the focus is on the closure of the Russian ammunition depot in Colbasna, as proposed by other experts.[16] In this context, it is remarkable how optimistic German Chancellor Angela Merkel and French President Nicolas Sarkozy were in their description of the situation in Moldova with regard to the CFE Treaty. In a joint article for this year’s Munich Security Conference, they wrote, “Through our dialogue with Russia, we wish to create the conditions for ratifying the [Adapted] CFE Treaty. A rapid solution could for example be found for the Transnistria issue so as to create a different atmosphere.”[17]

Yet, there seems to be no realistic way to resolve the issue of the withdrawal of the Russian forces from Georgia, where Russia has deployed significant levels of forces in Abkhazia and South Ossetia. The expectation that Russian forces will be withdrawn from these two entities, even in the medium term, is as unrealistic as the hope that Russia will revoke its recognition of their independence. Therefore, the German government’s 2008 annual disarmament report was right to state that “[n]onetheless, developments in Georgia mean that the Parallel Action Package needs to be adapted with regard to the Istanbul Commitments.”[18] The only remaining question concerns the form this adjustment should take. For just as it would be counterproductive to simply insist on the Istanbul commitments in their current form, political considerations, particularly regarding the need for host-state support for any deployment of armed forces, make it all but impossible to simply drop them.

The third option of a larger “package solution,” one of the variants discussed in the EastWest Institute report, has much in common with the PAP but goes beyond it in two important elements. First, the report proposes “lifting territorial sublimits for the Russian Federation,” meaning the abolishment of the flank rule for Russia. In reality, it will be very difficult for NATO members to agree on this because of the strong opposition of Turkey and, to a lesser extent, Norway. Second, the report stipulates “negotiating reduced levels of armaments for NATO members,” which might be somewhat easier. Like the PAP, however, the report cannot resolve the question of the withdrawal of Russian forces from Georgia.

This problem is basically one of subregional disputes and cannot be fixed by means of arms control. That is what the Istanbul commitments tried to achieve and why they failed, even if this is not yet recognized by most NATO states. If there are disputed territories, either they have to be excluded from relevant arms control agreements, or status-neutral solutions must be found. This is possible, as evidenced by the case of Nagorno-Karabakh, where hundreds of pieces of so-called uncontrolled treaty-limited equipment exist that are under neither Armenian nor Azeri control. Although the uncontrolled treaty-limited equipment problem has been discussed again and again, nobody made its solution a condition for ratifying the Adapted CFE Treaty. All in all, there is no ready-made technical solution for this problem, which can only be resolved at a high level and probably only within the scope of an even larger package deal that goes beyond arms control. Political leaders will have to decide whether or not Georgia is important enough to block a pan-European arms control agreement.

Finally, there is broad agreement among experts that the Adapted CFE Treaty itself has become outdated in certain respects. This particularly concerns the need to introduce elements that address subregional asymmetries between small states and between small and large states, an issue where conceptual thinking has only recently started. Thus, efforts to bring the Adapted CFE Treaty into force must be combined with the launch of a new round of CFE-3 negotiations.

Cooperative Security Policy

At the moment, there are no active negotiations on the CFE Treaty. Everybody is waiting for the new U.S. policy. Although Rose Gottemoeller testified in March, during the Senate Foreign Relations Committee’s hearing on her nomination to be assistant secretary of state for verification, compliance, and implementation, that “helping to resolve the impasse with Russia on the CFE Treaty also will be one of my top priorities,”[19] nothing is known about what a new U.S. position on the CFE Treaty might look like.

The real problem is not arms control in a more technical sense, but rather the quality of political relations among states. Consequently, one has to ask what key political problem arms control, among other means, can address. An important answer was provided by Gottemoeller, who, in an article written before she joined the Obama administration, said the key task is “no less than trying to correct the major problem that went unresolved at the end of the Cold War: how to weave Russia, and Russian security interests, into the full fabric of European security.”[20] If the CFE Treaty fails, this will become nearly impossible. If conventional arms control in Europe, in the form of the Adapted CFE Treaty and beyond, can be revitalized, it could become an essential tool for integrating Russia into Euro-Atlantic security structures. Although instruments of arms control cannot overcome basic political disagreements, they can seal political accords.


Wolfgang Zellner is deputy director of the Institute for Peace Research and Security Policy at the University of Hamburg and head of its Centre for OSCE Research. From 1984 to 1991, he worked as an adviser to a member of the German Bundestag on military and security issues, including European arms control.


ENDNOTES

1. EastWest Institute, “Euro-Atlantic Security: One Vision, Three Paths,” June 2009, p. 1, www.ewi.info/euro-atlantic-security. The author was a member of the group that prepared the report.

2. “The Alliance’s Strategic Concept,” April 24, 1999, para. 36, www.nato.int/docu/pr/1999/p99-065e.htm.

3. For an analysis of the differences between the CFE Treaty and the Adapted CFE Treaty, see Wade Boese, “Executive Summary of the Adapted Conventional Armed Forces in Europe Treaty,”Arms Control Today, November 1999, www.armscontrol.org/act/1999_11/wbno99.

4. The Arms Control Reporter, November 1993, pp. 407.D.85-86. The original flank area, according to article 5, paragraph 1(A) of the CFE Treaty, comprised Bulgaria, Greece, Iceland, Norway, Romania, and Turkey, along with several military districts of the Soviet Union: Leningrad, Odessa (today Moldova and part of Ukraine), Transcaucasus (today Armenia, Azerbaijan, and Georgia), and North Caucasus. According to the Tashkent agreement of May 15, 1992, which divided the treaty-limited equipment of the Soviet Union among its successor states, Russia was allotted 1,300 tanks, 1,380 armored combat vehicles (ACVs), and 1,680 artillery pieces. At the first CFE Review Conference in May 1996, Russia was given considerably higher flank ceilings. According to the formula “old geography, new figures; old figures, new geography,” Russia was allowed 1,800 tanks, 3,700 ACVs and 2,400 artillery pieces in the old flank zone, whereas the figures from the Tashkent agreement were now applied to a new, considerably smaller flank area. The 1999 CFE Adaptation Agreement raised the Russian ACV ceiling again, this time in the smaller flank area, from 1,380 to 2,140.

In 1990, the flank rule was of strategic importance: its aim was to ensure that armaments withdrawn from the center of Europe would not be redeployed in the flanks, creating options for large-scale offensive action there. Since the mid-1990s, however, it has lost its strategic relevance and can be considered a subregional issue today. See Treaty on Conventional Armed Forces in Europe (1990), www.osce.org/documents/doclib/1990/11/13752_en.pdf; Final Document of the First Conference to Review the Operation of the Treaty on Conventional Armed Forces in Europe and the Concluding Act of the Negotiation on Personnel Strength, Vienna, May 15-31, 1996, pp. 7-8, www.osce.org/documents/doclib/1996/05/13755_en.pdf; Agreement on Adaptation of the Treaty on Conventional Armed Forces in Europe, p. 22, www.osce.org/documents/doclib/1999/11/13760_en.pdf.

5. President of Russia, “Information on the Decree ‘On Suspending the Russian Federation’s Participation in the Treaty on Conventional Armed Forces in Europe and Related International Agreements,’” July 14, 2007, www.kremlin.ru/eng/text/docs/2007/07/137839.shtml.

6. NATO, “Prague Summit Declaration,” (2002)127, November 21, 2002, para. 15, http://www.nato.int/docu/pr/2002/p02-127e.htm.

7. “Report of the Federal Government on the State of the Arms Control, Disarmament, and Non-Proliferation Efforts and on the Development of Military Potential (Annual Disarmament Report 2002),” 2002, p. 87 (author’s translation).

8. See Jeffrey D. McCausland, “The Future of the CFE Treaty: Why It Still Matters,” EastWest Institute, 2009, http://www.ewi.info/future-cfe-treaty.

9. Valdas Adamkus et al., “An Open Letter to the Obama Administration from Central and Eastern Europe,” July 15, 2009, http://wyborcza.pl/1,86671,6825987,An_Open_Letter_to_the_Obama_Administration_from_Central.html.

10. The Vienna Document 1999 calls for an exchange of military information, risk reduction mechanisms, military contacts, the prior notification and observation of certain military activities, and other confidence- and security-building measures. Today, many of its provisions have become outdated, and the whole document would need a thorough review. See OSCE, “Vienna Document 1999 of the Negotiations on Confidence- and Security-Building Measures,” November 16, 1999, www.osce.org/documents/fsc/1999/11/4265_en.pdf.

11. McCausland, “Future of the CFE Treaty.”

12. EastWest Institute, “Euro-Atlantic Security.”

13. Wolfgang Zellner, Hans-Joachim Schmidt, and Götz Neuneck, eds., The Future of Conventional Arms Control in Europe (Baden-Baden: Nomos Publishers, 2009).

14. NATO, “NAC Statement on CFE,” (2008)047, March 28, 2008, www.nato.int/docu/pr/2008/p08-047e.html.

15. Ministry of Foreign Affairs of the Russian Federation, “Russian MFA Information and Press Department Commentary on NATO’s Statement on Treaty on Conventional Armed Forces in Europe,” April 1, 2008.

16. For comparison, see Wolfgang Richter, “Ways Out of the Crisis: Approaches for the Preservation of the CFE Regime,” in The Future of Conventional Arms Control in Europe, eds. Wolfgang Zellner, Hans-Joachim Schmidt, and Götz Neuneck, p. 361.

17. “‘Security, Our Joint Mission’ - President Sarkozy and Chancellor Merkel’s Joint Article in ‘Le Monde,’” February 4, 2009, www.ambafrance-uk.org/Security-our-joint-mission.html. The conflict between the Republic of Moldova and its secessionist region of Transdniestria broke out in the wake of the dissolution of the Soviet Union and led, in 1992, to a war with 1,000 casualties and about 100,000 refugees. Despite 17 years of OSCE mediation, the conflict has not yet been resolved.

18. “Report of the Federal Government on the State of the Arms Control, Disarmament, and Non-Proliferation Efforts and on the Development of Military Potential (Annual Disarmament Report 2008),” 2009, p. 60 (author’s translation).

19. “Testimony of Rose Gottemoeller, Assistant Secretary of State-designate for the Bureau of Verification and Compliance,” March 26, 2009, http://foreign.senate.gov/testimony/2009/GottemoellerTestimony090326p.pdf.

20. Rose Gottemoeller, “Russian-American Security Relations After Georgia,” Carnegie Endowment for International Peace, October 2008, p. 7, www.carnegieendowment.org/files/russia_us_security_relations_after_georgia.pdf.

 

Overshadowed by more pressing issues—Afghanistan, Iraq, Iran, and global terrorism—European security relations with Russia have deteriorated dramatically since the late 1990s. Over the last 10 years, European security policy has been increasingly dominated by unilateral and frequently confrontational approaches. (Continue)

Editor's Note

Daniel Horner and Elisabeth Erickson

Treaties in trouble are the subject of two articles in this month’s issue. In one, Wolfgang Zellner examines the Conventional Armed Forces in Europe (CFE) Treaty and the Adapted CFE Treaty. The latter was never ratified, and Russia has suspended its implementation of the former. At the heart of the problem is the presence of Russian armed forces in Georgia and Moldova. Zellner argues that reviving the CFE Treaty regime is critical and that the parties to the treaty should either exclude disputed territories or find “status-neutral solutions.”

Paul Meyer analyzes the prospects for a fissile material cutoff treaty at the Conference on Disarmament (CD). Treaty advocates applauded the CD’s May 29 adoption of a program of work, but events since then, which Meyer describes in detail, have largely doused the initial optimism. Supporters of the treaty need to find a way out of the CD’s chronic gridlock or consider moving the negotiations to another venue, Meyer says.

In contrast, the Comprehensive Test Ban Treaty (CTBT) appears to have some momentum behind it, in part because of the rhetorical support of President Barack Obama. Verification is a key issue for the CTBT in the U.S. Senate, where it will face a crucial test. In our cover story, Ambassador Tibor Tóth describes how the Comprehensive Test Ban Treaty Organization, which is responsible for putting in place a system to monitor and verify the CTBT, has created “a very high probability today that a militarily significant test anywhere on the planet will be detected.”

In our news section, several stories provide detailed coverage of arms control issues that do not have a profile as high as the CTBT’s. Among them are Jeff Abramson’s report on the failed attempt to expand the UN Register of Conventional Arms and Rachel Weise’s coverage of the British decision to revoke five licenses for arms exports to Israel.

Elsewhere in the issue, the complicated nuclear legacies of Ronald Reagan and Robert McNamara are examined by Paul Boyer and J. Peter Scoblic, respectively. Boyer reviews Martin and Annelise Anderson’s new book, which highlights Reagan’s pursuit of nuclear disarmament. However, Boyer argues, a key part of Reagan’s legacy is his strong support of missile defense, which blocked progress on disarmament. McNamara, who died July 6, left a “fraught legacy,” says Scoblic, who draws an illuminating comparison between McNamara’s approaches to Vietnam and nuclear weapons policy.

Finally, we sadly note the Aug. 25 death of Sen. Edward Kennedy (D-Mass.), a champion of arms control and disarmament. His contributions to arms control will be the subject of future coverage.

 

Treaties in trouble are the subject of two articles in this month’s issue.

Building Up the Regime for Verifying the CTBT

Ambassador Tibor Tóth

Over the last decade, considerable progress has been made in building up the unique verification regime of the Comprehensive Nuclear-Test-Ban Treaty (CTBT) to monitor the globe for nuclear explosions.

The CTBT’s global alarm system has grown not only quantitatively through the increase in number of monitoring facilities, but also qualitatively. As a result of scientific and technological progress in monitoring technologies, including in the automatic processing of data, the system, although still incomplete, is already more powerful than expected by the treaty’s negotiators. Therefore, there is a very high probability today that a militarily significant nuclear test anywhere on the planet will be detected by the system. This capability will further increase as more and more monitoring stations join the global network of the Preparatory Commission for the Comprehensive Nuclear-Test-Ban Treaty Organization (CTBTO), the organization mandated to establish the verification regime so that it is operational when the treaty enters into force.

The Three Pillars of Verification

The CTBT verification regime consists of three main elements. The first is the International Monitoring System (IMS) with its 337 monitoring facilities—321 monitoring stations and 16 radionuclide laboratories—around the globe. The IMS comprises four verification technologies that work in synergy to enable the detection, location, and identification of potential nuclear explosions. Seismic stations “feel” the ground for shock waves generated by explosions, infrasound and hydroacoustic stations “listen” for corresponding sound waves, and radionuclide stations “sniff” the atmosphere for traces of radioactive particles and gases, which indicate whether a given explosion is nuclear.

IMS facilities, located in 89 countries worldwide from Iceland to Tahiti, provide complete global coverage. Many of the monitoring stations are deliberately constructed in remote areas to ensure global coverage or reduce disturbing background signals from settlements or traffic. As of August 2009, 248 monitoring facilities, or more than 73 percent of the planned IMS network, had been certified as meeting CTBTO specifications.

Data collected by the IMS are transferred in real time via six geostationary satellites and secure terrestrial communication lines of the Global Communications Infrastructure to the International Data Centre (IDC) in Vienna, the second pillar of the verification regime. The data are analyzed to detect, locate, and identify natural and man-made events, including potential nuclear events. From the IDC, data and analysis, both automated and human, are forwarded to the CTBTO member states, in near real time for the automated data.

The third and final element of the global alarm system is the on-site inspection (OSI) regime, the in-the-field, eyes-on-the-ground component. It provides clarity on an event recorded by the IMS and analyzed by the IDC. Although an OSI can be invoked only after entry into force of the CTBT, OSI procedures have already been established and tested in the field.

Seismic Monitoring

Seismic monitoring stations are usually the first to detect underground nuclear explosions, which make up three-quarters of the nearly 2,050 nuclear tests conducted until the CTBT’s opening for signature in September 1996. (Six underground nuclear tests were conducted afterward by India, Pakistan, and the Democratic People’s Republic of Korea [DPRK].)[1] Seismic stations are equipped with sensors that measure elastic waves—similar to sound waves, but in a solid environment—generated by seismic events such as earthquakes or explosions. Their measurements help to identify the location, magnitude, and nature (e.g., earthquake or explosion) of a seismic event.

IMS seismic stations are grouped into primary and auxiliary networks. The primary seismic network transmits its data continuously to the IDC in real time. The auxiliary seismic stations also operate continuously but send data on request only. Their data are used to corroborate detection of an event by the primary seismic stations and to determine its characteristics with greater confidence.

By August 2009, 80 percent of the network of 50 primary seismic stations and 75 percent of the planned 120 auxiliary stations had been certified. Another 27 seismic stations have already been installed or are under construction, including a primary seismic station in Turkmenistan.

The increase manifested itself in the nuclear test announced by the DPRK on May 25, when a total of 61 seismic stations registered the event, compared to 22 for the DPRK’s first announced nuclear test on October 9, 2006. Although the greater magnitude of the 2009 event compared to the one in 2006 contributed to this increase, so did the fact that additional seismic stations were operating, 18 of which registered the 2009 event.

A 2002 report by the U.S. National Academy of Sciences on technical issues related to the CTBT stated that “underground nuclear explosions can be reliably detected and can be identified as explosions, using IMS data down to a yield of 0.1 kilotons (100 tons) in hard rock if conducted anywhere in Europe, Asia, North Africa and North America.”[2]

National Technical Means

The CTBT explicitly recognizes a role for national technical means of verification. Data collected through national technical means may be used to request an OSI. This feature is particularly relevant for seismic monitoring. The primary seismic network alone can already detect seismic events of a magnitude as low as four on the Richter scale (the rough equivalent of a one-kiloton test) anywhere in the world and below that level for many regions. The thousands of additional seismometers deployed throughout the world will detect events of considerably smaller magnitude. It is worth noting that the detection capability could increase even further when seismic data are combined with, for example, radionuclide/noble gas data and on-site inspections.

Hydroacoustic Monitoring

The IMS hydroacoustic network comprises 11 hydrophone and T-phase (seismic) stations. Only a few stations are required because water is a highly efficient medium for the transmission of sound. These stations monitor the world’s oceans for evidence of nuclear tests by measuring changes in water pressure caused by sound waves emanating from underwater explosions. One layer in the water “traps” sound waves and carries them for thousands of kilometers. This layer, where the speed of sound is slowest, is called the Sound Fixing and Ranging Channel, which is typically at a depth of about 1,000 meters.

The ocean is a very inhospitable working environment, and the station equipment must be of exceptional quality, able to withstand the huge pressure, destructive waves, strong currents, and rugged undersea volcanic terrain, in addition to freezing temperatures and the saline corrosiveness of ocean waters. The underwater equipment is designed for longevity; stations must last for as long as 20 years. The length of cables between the hydrophones and the shore can exceed 100 kilometers. The hydrophone stations are the costliest and most technically demanding ones of the entire IMS.

Ten of the 11 hydroacoustic stations have already been certified, the latest being the station at Wake Island in June 2007. The network’s capabilities have been greatly enhanced. An explosion triggered as part of a marine seismic survey off the coast of Japan was detected approximately 16,000 kilometers away by IMS hydrophone sensors at Juan Fernandez Island. Its yield was the equivalent of a mere 20 kilograms of TNT. By comparison, one kiloton, the unit for measuring the yield of nuclear weapons, is 1,000,000 kilograms.

Infrasound Monitoring

Infrasonic sensors measure micropressure changes in the atmosphere that are generated by the propagation of infrasonic waves. These very low frequency waves can also be created by atmospheric nuclear explosions. The IMS infrasound network is unique because it had to be built from scratch rather than building on an existing network, such as the seismic technologies. It will comprise 60 stations when complete. A total of 41 infrasound stations in 25 countries has been certified to date, meaning that almost 70 percent of the network’s stations already comply with the CTBT’s stringent requirements. Another five stations are currently under construction.

An infrasound station must be located at a site with the lowest possible background noise level in order to monitor the atmosphere effectively for infrasound waves from explosions. For infrasound stations, a main concern is direct exposure to winds. For that reason, such stations are often situated in forests. An example is the station at Freyung, Germany, in the Bavarian Forest; that station recorded the explosion at an oil depot near London in December 2005.

Radionuclide Monitoring

Collection and analysis of radioactive particles or gas from a nuclear explosion can provide conclusive evidence that an explosion has been nuclear. At entry into force of the CTBT, the total radionuclide network will consist of 80 stations, of which 57 have already been certified.

One-half of the stations will be equipped with noble-gas technology, a relatively new technology that was in an experimental stage at the time of the treaty’s negotiations in the mid-1990s. As with the infrasound network, the CTBTO is the first to build up a global noble-gas monitoring capability.

Radioactive noble gases are particularly relevant for detecting underground nuclear explosions. Noble gases, such as xenon, are unreactive and can leak out, or vent, through fissures in the rock after an underground test. Once in the atmosphere, the plumes of xenon isotopes can be blown for thousands of miles and detected by CTBT noble-gas systems. This constitutes an additional means of detecting a potential treaty violator, in addition to telltale seismic, infrasound, or hydroacoustic signals from the explosion. In October 2006, for example, following the DPRK’s first nuclear test, the IMS detected traces of xenon-133 although the noble-gas network was only 25 percent installed. The traces were picked up by the CTBTO’s station in Yellowknife, Canada, some 7,500 kilometers away from the DPRK’s test site.

The DPRK’s Recent Nuclear Test

Although no noble gas was measured from the DPRK’s second announced nuclear test, it is important to note that the seismic evidence and the precision of the data would have been enough to provide a firm basis for a decision by the CTBTO’s future executive council to dispatch an OSI. The CTBT foresees a size limit of 1,000 square kilometers for the inspected area, and the seismic data determined the location of the DPRK’s test well within this limit. The data would have provided a clear lead to the inspection team.

Seismic data alone cannot identify whether an explosion is nuclear or conventional, but it can give an indication of the explosion’s yield. With regard to yield estimations of the recent event in the DPRK, verification technology experts such as Professor Paul Richards of the Lamont-Doherty Earth Observatory at Columbia University considered a “nuclear bluff” scenario as highly implausible. Several thousand metric tons of conventional explosives would have needed to be fired instantaneously, and preparations would have required a massive logistical undertaking that would have been virtually impossible under the prevailing circumstances and would not have escaped detection.[3]

The findings from the DPRK’s tests in 2006 and in 2009 show how the different elements of the verification regime—waveform and radionuclide technology and on-site inspections—are designed to complement each other to ensure that any clandestine nuclear test will be caught. In fact, at the time of the DPRK’s second nuclear test, the noble-gas network had been considerably enhanced, with new systems installed in China, Japan, Mongolia, and Russia. The system’s detection capability was excellent and would have detected the venting of even one part per thousand (0.1 percent) of the newly formed noble gases.

The fact that apparently no more than 0.1 percent of the noble gases escaped is most likely due to containment. In one such scenario, an explosion may melt the surrounding rock, which, in certain circumstances, may solidify into an effective barrier against leakage. Experience from U.S. and Soviet nuclear testing, however, shows that such containment is extremely difficult to cause deliberately because it depends on a multitude of factors that vary strongly depending on the circumstances and are hard to predict, especially for countries with nascent nuclear weapons programs.

Data Processing and Analysis

The CTBTO is completing an upgrade of its computer systems. The newest computers at the IDC are now more than 50 times faster at processing and analyzing IMS monitoring data than the original ones installed in 1997. This additional capacity enables the IDC to keep up efficiently with the further increase in IMS data, which doubles every few years, as well as add new capabilities.

The CTBT verification regime was negotiated at a time during which the Internet grew substantially and high-bandwidth, low-cost communication became globally available. New software to publish, index, and retrieve information through the Web was developed for a wide consumer market, which has enabled the IDC to provide levels of service to member states far beyond what was originally envisioned for the organization. One example is the ability to provide e-learning to station operators.

Data distribution using the CTBTO’s own communication network, the Global Communications Infrastructure, and the power of modern Web tools has helped the National Data Centres fulfill their monitoring obligation. Sophisticated software developed and maintained by the IDC is available to the member states to assist in their role as treaty monitors.

Better Understanding the Data

With up-to-date computational capabilities, the IDC is upgrading nearly all aspects of its monitoring capabilities. As the seismic network grows, more and smaller seismic events are detected, which increases the workload for the analyst staff. New developments have focused on improving automatic processing to reduce the number of false alarms while maintaining a low threshold for detection.

Hydroacoustic processing has exceeded initial expectations, with the hydrophone arrays being capable of measuring very precise azimuths (the direction of the source) for recorded sound waves. For infrasound monitoring, the IDC is developing a new processing and analysis system to interpret infrasound data more efficiently. Advances in computer graphics enable the analysts to visualize the data in greater detail and much more efficiently.

For the radionuclide technologies, the processing of the particulate measurements has been re-engineered to improve automatic treatment of CTBT-relevant isotopes. Along with new analysis software, the result is more objective and consistent. In the area of noble-gas monitoring, entirely new data processing and analysis methods had to be introduced.

A giant step forward for the CTBT monitoring capabilities over the past decade, enabled directly by the increase in computer capability, is in the field of atmospheric transport. Reliably tracking the movement of air volumes is crucial for estimating the location of sources of radionuclide particulates and noble gases detected at IMS stations. For this tracking, the CTBTO applies a technique called Atmospheric Transport Modeling (ATM) to reconstruct the three-dimensional travel path of a radionuclide particle or noble-gas atom. To improve the accuracy of the ATM, the CTBTO cooperates with the World Meteorological Organization (WMO) to exchange results from other WMO data centers also performing the ATM. Merging the independent results potentially reduces the uncertainties involved in the backtracking procedure.

To be able to precisely identify radionuclides or radioactive noble gases as coming from a nuclear explosion, it is important to increase the knowledge of the “background,” the natural or man-made concentration of such substances. To further its knowledge in the field of noble-gas background, the CTBTO performed a series of measuring campaigns using mobile noble-gas stations in areas not previously covered by regular stations. This project, funded by the European Union, helped to improve characterization of the background xenon signals from civilian sources, such as isotope production facilities.

In the next step, referred to as data fusion, radionuclide observations and the results of ATM are compared to the data harvested through the seismic, hydroacoustic, and infrasound technologies. The synergy between the two types of monitoring allows analysts to link a seismo-acoustic event to a radionuclide or noble-gas release.

On-Site Inspections

Although two elements of the CTBT verification regime, the IMS and the IDC, are already functioning on a provisional basis and have successfully proved themselves with the DPRK’s tests, the situation is different for the third element, the OSI. The CTBTO is limited here in what it can practice or demonstrate because real OSIs will only be possible after the treaty’s entry into force.

Regardless, the organization is training intensely; the CTBTO has regularly been conducting field exercises to test the different scientific methods, at times through several exercises per year. A quantum leap was made last September when different aspects of an OSI were tested together in the Integrated Field Exercise in 2008 (IFE08), conducted at the former Soviet nuclear test site at Semipalatinsk, Kazakhstan. This involved a whole range of challenges, from transporting more than 50 metric tons of equipment and around 200 participants to an extremely remote area, to negotiating with an unwilling inspected country (the fictitious state of Arcania—not Kazakhstan, which was an extremely helpful host country for the exercise), to performing various scientific measurements.

The IFE08 provided invaluable lessons for the further development of OSI capabilities. It helped to identify where further buildup of personnel and equipment is necessary to meet the CTBT’s ambitious requirement of being able to launch a full-fledged OSI at short notice anywhere on the globe. Yet, this exercise also demonstrated that the CTBTO has the capacity to conduct an OSI. This final element of the CTBT’s verification regime promises to act as a strong and reliable deterrent to potential violators of the ban on nuclear explosions once the treaty enters into force.

Conclusion

The verification regime is constantly being improved. The global system to monitor the world for nuclear explosions is ready to verify the CTBT once it enters into force. Given the considerable progress that has been made in the past decade and the experience gained, there is a very high probability today that member states would be able to discover any nuclear test using data generated by the CTBT verification regime and other assets available to individual states.

Civil and Scientific Applications of the CTBT Monitoring System

In addition to its principal use of verifying a nuclear test ban, the monitoring network established by the Preparatory Commission for the Comprehensive Nuclear-Test-Ban Treaty Organization (CTBTO) has a number of important civil and scientific applications.

Seismic: When CTBTO experts analyze the events located by means of seismic data from the International Monitoring System (IMS), most often they are looking at an earthquake. More than 250,000 earthquakes of an approximate magnitude of four and higher on the Richter scale have been detected by the IMS in the past 10 years, compared to only two nuclear tests, by the Democratic People’s Republic of Korea. (In both cases, the CTBTO recorded the data, detected and located the event, and made the location available to member states immediately.) Nearly all seismic events can be discarded as irrelevant for the purposes of test ban monitoring, but the real-time data have proven to be very fast and reliable and therefore very useful to the tsunami warning centers in high-risk areas. After the devastating Sumatra tsunami on December 26, 2004, CTBTO member states decided that real-time primary and auxiliary seismic data should be provided to tsunami warning centers in the Indian and Pacific Ocean areas.

Hydroacoustic: Hydroacoustic technology is of great use in a range of civil and scientific fields. Like seismic monitoring data, hydroacoustic data are provided to tsunami warning centers based on a decision of CTBTO member states. It is up to the member states to explore other potential uses of this monitoring technology, such as climate change studies and research on whale populations and their migration patterns. IMS hydroacoustic data also could help increase shipping safety by providing data on underwater volcanic explosions or on the breakup of ice shelves and the creation of large icebergs.

Infrasound: CTBTO member states could explore applying CTBT infrasound technology to civil aviation safety. Large ash plumes caused by volcanic eruptions can cause jet engines to malfunction or fail completely. There are 600 volcanoes active today, which have already caused four near-disasters in commercial aviation since 1982. CTBT infrasound technology could assist in the detection of volcanic eruptions by registering the very low frequency sound waves they emit. Infrasound technology is also important for the monitoring and scientific study of the upper atmosphere and for collecting data on hurricanes and tropical storms.

Radionuclide: The radionuclide particulate and radio-xenon networks are unprecedented in terms of detection sensitivity and global coverage. The data gathered from these networks could thus be used, should CTBTO member states decide to do so, for scientific studies on worldwide background radioactivity levels. The 80 air monitoring stations collect standardized daily filter samples, which constitute a large and permanently growing worldwide archive for historical studies of pollutants and microorganisms. (The latter are sensitive indicators for climate change.) Moreover, the data allow for meteorological studies of the dispersion and long-range transport of airborne pollutants. Finally, certain radionuclides can be used as tracers to help to understand the stratosphere-troposphere exchange and to verify and validate Global Circulation Models, which describe the dynamics of the atmosphere.

 

 


 

Ambassador Tibor Tóth has been executive secretary of the Preparatory Commission for the Comprehensive Nuclear-Test-Ban Treaty Organization since August 2005. He has been actively involved with arms control issues since the early 1980s, including as Hungarian deputy state secretary of defense, ambassador at large for nonproliferation, and permanent representative of Hungary to the Conference on Disarmament in Geneva.


ENDNOTES

1. There are various ways of counting nuclear tests. For this article, the method used by the Stockholm International Peace Research Institute has been used. Under that method, for example, India’s detonations on May 11 and May 13, 1998, are counted as one test for each date. See Vitaly Fedchenko and Ragnhild Ferm Hellgren, “Nuclear Explosions, 1945–2006,” SIPRI Yearbook 2007 (New York: Oxford University Press, June 2007), pp. 555-557.

2. National Academy of Sciences, Technical Issues Related to the Comprehensive Nuclear Test Ban Treaty (Washington, D.C.: National Academy Press, 2002), p. 57, www.nap.edu/catalog/10471.html.

3. See CTBTO Preparatory Commission, “Experts Sure About Nature of the DPRK Event,” June 12, 2009, www.ctbto.org/press-centre/highlights/2009/experts-sure-about-nature-of-the-dprk-event/.

 

Over the last decade, considerable progress has been made in building up the unique verification regime of the Comprehensive Nuclear-Test-Ban Treaty (CTBT) to monitor the globe for nuclear explosions. (Continue)

Change U.S. Nuclear Policy? Yes, We Can.

Daryl G. Kimball

As the administration of President Barack Obama works to complete the congressionally mandated Nuclear Posture Review (NPR) by early 2010, it is clear to most that yesterday’s nuclear doctrines are no longer appropriate for today’s realities.

In an April address in Prague, Obama made clear that he wants “to put an end to Cold War thinking” and pledged that “we will reduce the role of nuclear weapons in our national security strategy and urge others to do the same.”

The forces of nuclear policy inertia are, however, difficult to overcome. Even after two post-Cold War NPRs, the United States retains thousands of nuclear warheads to deter a Russian nuclear attack, defend U.S. forces or allies against conventional attack, and counter chemical and biological threats.

Once again, entrenched interests inside the Pentagon and elsewhere threaten to undermine long-overdue, transformational changes in U.S. nuclear policy. The White House must now step in to ensure the review advances today’s highest security priorities: preventing the proliferation of nuclear weapons to terrorists or additional states and moving toward a world without nuclear weapons.

To start, Obama should clarify that maintaining a large nuclear arsenal dedicated to performing a wide range of missions is unnecessary and contrary to U.S. security interests. Instead, the president should direct the NPR to reduce the number of U.S. nuclear weapons to 1,000 or fewer and restrict their role solely to deterring nuclear attack by others.

Given the United States’ conventional military edge, no plausible circumstance requires or could justify the use of nuclear weapons to deal with a non-nuclear threat. They are useless in deterring or responding to nuclear terrorism.

Gen. Colin Powell put it well in his 1995 autobiography: “No matter how small these nuclear payloads were, we would be crossing a threshold. Using nukes at this point would mark one of the most significant political decisions since Hiroshima.”

As an eminent National Academy of Sciences panel concluded more than a decade ago, “[T]he only remaining, defensible function of U.S. nuclear weapons in the post-Cold War era is ‘core deterrence’: using the threat of retaliation to deter other countries that possess nuclear weapons from using them to attack or coerce the United States or its allies.”

Without significant reductions in the role and number of U.S. and Russian nuclear weapons and without U.S. ratification of the Comprehensive Test Ban Treaty, the United States’ ability to harness the international support necessary to prevent nuclear terrorism and strengthen the beleaguered nuclear Nonproliferation Treaty (NPT) will be greatly diminished.

A core deterrence approach would also reinforce existing U.S. negative security assurances vis-à-vis non-nuclear-weapon states and support our positive security assurances to allies in the event of nuclear attack on them, which would further strengthen support for the NPT.

Some suggest that deep U.S. nuclear weapons reductions would lead certain U.S. allies, namely Japan and Turkey, to consider building their own nuclear arsenals. Such assertions exaggerate the role of “extended nuclear deterrence,” underestimate the role of U.S. conventional forces, and ignore the risks and costs of going nuclear. According to a May 2009 NPT working paper, Turkey, which hosts a handful of U.S. tactical nuclear bombs, officially supports “the inclusion of all non-strategic nuclear weapons” in the disarmament process “with a view to their reduction and elimination.”

A core deterrence approach would be consistent with current U.S. policy not to design or test new-design warheads, yet would allow the United States to maintain its existing arsenal in a safe, secure, and reliable fashion. Contrary to the suggestions of some, the United States is not on the brink of losing that capability and has never depended on a program of nuclear test explosions to check for stockpile reliability.

In fact, the nuclear weapons laboratories have more information on and higher confidence in the effectiveness of the U.S. nuclear arsenal than ever before. Since the United States halted nuclear test explosions in 1992, new tools and programs have enabled the nuclear labs to discover and fix stockpile issues without test blasts. Independent experts confirm that a conservative program of warhead refurbishment that minimizes alterations can maintain the U.S. stockpile with high confidence into the indefinite future.

Rather than reverse his January 2009 pledge to “stop the development of new nuclear warheads,” as some NPR participants are advocating, Obama should make it clear in the NPR and elsewhere that the United States will not develop or produce new-design warheads or modified warheads for the purpose of creating new military capabilities.

Unless the United States reduces its reliance and emphasis on nuclear weapons, other states will have a cynical excuse to pursue or to improve the capabilities and size of their nuclear forces. As Obama himself noted in July, “A balance of terror cannot hold. In the 21st century a strong and global regime is the only basis for security from the world’s deadliest weapons.”

As the administration of President Barack Obama works to complete the congressionally mandated Nuclear Posture Review (NPR) by early 2010, it is clear to most that yesterday’s nuclear doctrines are no longer appropriate for today’s realities.

In an April address in Prague, Obama made clear that he wants “to put an end to Cold War thinking” and pledged that “we will reduce the role of nuclear weapons in our national security strategy and urge others to do the same.” (Continue)

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