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Disarmament and International Security - World Model United Nations

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facilitated. 181 The treaty obtained a broad support base<br />

when an agreement on language of the treaty was struck<br />

after members of the 57-nation Organization of the Islamic<br />

Conference were assured that the treaty would not be used<br />

to impose a generic definition of terrorism. 182 According<br />

to many experts, however, although the Convention is<br />

a welcome agreement <strong>and</strong> a step in the right direction, it<br />

offers no decisive solutions to the problem.<br />

Physical Protection<br />

The various measures of physical protection of nuclear<br />

weapons, materials <strong>and</strong> facilities refer to the controls<br />

designed to prevent sabotage, thefts, <strong>and</strong> other attacks.<br />

While all nuclear states have their own domestic laws <strong>and</strong><br />

procedures to maintain physical security of such items,<br />

there have also been several international efforts <strong>and</strong><br />

agreements to improve their st<strong>and</strong>ards of protection. The<br />

<strong>United</strong> <strong>Nations</strong> adopted the Convention of the Physical<br />

Protection of Nuclear Material in 1979, which provides for<br />

certain levels of physical protection during international<br />

transport of nuclear material <strong>and</strong> establishes a general<br />

framework for cooperation among states in the protection,<br />

recovery, <strong>and</strong> return of stolen nuclear material. 183 The<br />

<strong>International</strong> Atomic Energy Agency prepared a set of<br />

Physical Protection Objectives <strong>and</strong> Fundamental Principles<br />

in 2001, <strong>and</strong> has since issued several resolutions on<br />

Measures to Protect Against Nuclear Terrorism <strong>and</strong> has also<br />

The <strong>International</strong> Atomic Energy Agency sends its inspectors to nuclear<br />

facilities around the world. http://gstaadblog.files.wordpress.com/2008/06/iaea.<br />

jpg<br />

assisted states through its <strong>International</strong> Physical Protection<br />

Advisory Service. 184 The <strong>United</strong> <strong>Nations</strong> <strong>Security</strong> Council<br />

expressed its support for the increased efforts to strengthen<br />

the physical protection of nuclear weapons <strong>and</strong> materials<br />

in its Resolution 1540, which obligated all states to ‘develop<br />

<strong>and</strong> maintain appropriate effective physical protection<br />

measures.’ 185 It seems that the current system of international<br />

supervisions by the IAEA is relatively effective, <strong>and</strong> it is now<br />

an issue of ensuring compliance rather than of developing<br />

new multilateral rules.<br />

Proposed Solutions<br />

In view of the growing concern over the safety of nuclear<br />

materials, there is no single measure that can assure a<br />

100% certainty of success. A response should be based on<br />

the scheme called ‘layered defense,’ reflecting the idea that<br />

stealing nuclear materials would involve many steps from<br />

acquisition to transportation, <strong>and</strong> that attempting to thwart<br />

such attempts at each step has a higher likelihood of success<br />

than trying to block one step only. Whether this layered<br />

defense is an overarching strategy, or simply a name given to<br />

what would happen anyway as many agencies with different<br />

capabilities contribute in the ways each is able to, or a bit of<br />

both, is another matter. 190 In any case, there are four general<br />

categories of programs that are in place in order to prevent<br />

nuclear materials from falling into the wrong h<strong>and</strong>s.<br />

Efforts to Secure HEU <strong>World</strong>wide<br />

<strong>and</strong> Threat Reduction Programs<br />

Highly Enriched Uranium is still<br />

being widely used in reactors<br />

around the world, many of which<br />

are shockingly poorly guarded. This<br />

is an issue of particular concern,<br />

because obtaining these extremely<br />

dangerous materials is very valuable<br />

for terrorists, second only to<br />

acquiring an intact nuclear device.<br />

So far, however, the efforts to secure<br />

stocks of HEU worldwide have been<br />

largely ad hoc rather than part of a<br />

comprehensive plan. For example,<br />

projects Sapphire (1994) <strong>and</strong> Vinca<br />

(2002) reportedly removed HEU<br />

from poorly guarded research<br />

reactors in Kazakhstan <strong>and</strong> Serbia,<br />

respectively. 191 Several programs<br />

are in place with the objective of<br />

attempting to achieve a clean-up of<br />

Harvard <strong>World</strong>MUN 2012 <strong>Disarmament</strong> <strong>and</strong> <strong>International</strong> <strong>Security</strong> 32 32

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