Today there are few issues that are as thorny as that
of ballistic missile defence (BMD). After years of living under the threat of
that almost invincible weapon -the nuclear armed missile- BMD appears to be set
to turn the technological cycle in favour of defence, with the potential
therefore of turning the deterrence doctrine on its head and forcing countries
to completely re-evaluate their options. The concept itself is far from new,
and spans more than fifty years of research with frequent gaps and hiccups in
between. The Anti-Ballistic Missile Treaty –signed in 1972-, the US’s withdrawal
from the Treaty –in June 2002-, and a series of political, technological, and
strategic factors from 90’s to 10’s have shaped the whole BMD debate, which seems
to point to the fact that BMD has reached a stage of maturity where even its
most strident opponents accept that some sort of defence effort would continue
for the foreseeable future.[1]
The aim of this assignment is to examine the current
debate on BMD and underline the factors that are driving it, presenting
simultaneously a vast array of stances. In order to successfully accomplish
this aim, the paper will first try to give the main points of the ABM Treaty,
which strongly influenced the discussions throughout the first decade of the
current BMD debate. Thereafter, the current BMD debate will be presented,
divided into three periods-presidencies (Clinton-90’s, Bush-00’s, Obama-10’s)
where throughout each one, both within USA and globally, different strategies on
BMD have been applied in an effort to deter any perceived-threat from a
ballistic missile attack and ensure both US National and International
security. In the final part, an evaluation on BMD debate will be made, which highlights
the continuity and similarity of the factors driving the debate, though the
different policies that have been followed by each
presidency.
I.
The ABM Treaty
The ABM Treaty was negotiated as part of an
effort to control the US-USSR offensive arms race. By limiting defensive
systems, both sides aimed to reduce the need to build more or new offensive
weapons to overcome any defence that the other might deploy. Thus, without
effective national defences, each superpower remained vulnerable, even at
reduced or low offensive force holdings, to the other's nuclear weapons,
deterring either side from launching an attack.[2]
Under the above concept the ABM Treaty:
Ø
Banned the deployment of strategic capable defence with
nation wide coverage with the exception of one limited regional system for each
country. Such a deployment area could not hold more than 100 ABM launchers and
100 interceptors;
Ø
Guarded against a rapid breakout from its limits by providing
several years notice of any effort at breakout. This it did by prohibiting the
development, testing, and deployment of any ABM components that are sea, air
based or mobile (which can be rapidly relocated to provide nation wide
coverage). The prohibition on radar -except at one site, and that too facing outward-
also prevented a rapid breakout, since construction was to take several years;
Ø
Made several guarantees against circumvention.
Thus the Parties undertook not to give non-ABM missile
launchers or radar the capabilities to counter strategic ballistic
missiles or their elements and agreed not to test such equipment
‘in an ABM mode’. Thus air defences or any kind of defences
could not be tested against strategic missiles. It also ruled out
the use of other technologies based on other physical principles
capable of substituting for ABM interceptors, launchers and radar
being subject to negotiation; and
Ø
Prohibited the transfer of ABM systems outside national
territory, and an agreed Statement (g) further banned the transfer to third
parties of technical descriptions or blueprints of ABM system or components.[3]
Nevertheless, the treaty originally
permitted both countries to deploy two fixed, ground-based defences of 100
missile interceptors each. One defence could protect the national capital,
while the second could be used to guard an intercontinental ballistic missile
(ICBM) field. Overall the ABM Treaty might not a panacea to the US-USSR strained
relations, but beyond any doubt it proved to be a decisive factor in the effort
to deter a military conflict between the two superpowers.
II.
The BMD Debate in 90’s
The debate in 90’s within US took place under the
concept of a limited National Missile Defence (NMD), which -as McNamara noted
in the 60’s- could be quickly moved up to a full-fledged missile defence. In
detail, the BMD debate is mainly characterized by the tension between the world
view of the Republicans and the Democrats, with the former accused of drifting
towards a dangerous unilateralism. On the other hand, the Democrats backed by
the arms control lobby chose the path of engagement and interaction with China and Russia , sharing and working on
technology advance (under severe security limitations). The most dangerous
group at that time seemed the ‘reasonable opposition’ who while apparently was trying
to save the ABM Treaty, in fact did everything to scuttle it. The proposal from
this camp for boost phase intercepts (either by air, land or sea) from various
bases around the world was dangerously offensive in its content. This group had
inputs at various levels of policy making, where they had pushed for a ‘saving’
of the ABM Treaty combined with an expansion of the deterrent.[4]
Another important actor shaping the internal debate
was the arms control lobby. The lobby comprised members basically drawn from
the universities and think tanks, backed by a few scientists was the most
vociferous in arguing against the dilution of the ABM Treaty. The scientists were
propounded various methods by which any serious missile power would have been
able to circumvent defensive measures with surprising ease.[5]
Moreover, others were pointed to the dangers of Russia energising her own ABM defence,
and the effects this could have had on Chinese and European arsenals. Another
worth-mentioning factor was the came up of various ‘policy alternatives’ that
were outlined as measures that could allow the missile defence process -for it was nothing less-
to stop short of abrogating the Treaty. In particular, an eminent scholar
Spurgeon M. Keeny was advocating that the US should aim for full integration of
Russia and eventually China into the sensing and information management network
necessary to support any NMD deployment, where while they would not have had
command authority over the system, they would nonetheless have been able to use
this information for their own missile defence.[6]
Meanwhile, the collapse of the USSR enhanced the need to re-negotiate
the ABM Treaty, since the treaty was designed to deal with issues that had been
radically transformed. The negotiation with Russia
was a tortuous one, and caused Congress to stake out the claim that US
security was being held hostage by Russian intransigence.[7] Expectations
of Russian 'concessions' reflected a dangerous readiness to subject US’s
security interests to a Russian veto.[8]
In fact, it was not until 1995 that an understanding
was reached with Russia on
the contentious ‘double restrictions’ (interceptor and missile speeds)[9]
where the US
agreed to a demonstrated interceptor velocity of 3km/sec against missiles with
a velocity higher than 3km/sec. This however made the Navy's programme non ABM
compliant, a result that immediately led to NMD proponents like the Heritage
Foundation making a ‘finding’ that the Navy system was in fact the cheapest.[10]
In February 1995, Senator Thurmond introduced the ‘Ballistic
Missile Revitalization Act’, which accused the Administration of bargaining
away not only strategic systems but also the ability of the US to defend her troops.[11] This was
followed by the presentation on April 6, 1995, of the ‘Theatre Missile Act’,[12] which
prohibited funding for any programme that would apply the ABM Treaty or any
limitation or obligation under the Treaty, to Research and Development, to Theatre
Missile Defence upgrades, or components.[13]
However, the scene of the debate definitely changed,
when the US ’s National
Security Commission’s report affirmed that North
Korea flight-tested a three-stage Taepo Dong 1 missile
(ICBM) over Japan
-August 31, 1998- long before anyone had thought. It is noteworthy that the US’s
annual National Intelligence Estimate (NIE) noted –November 1995- that "no country, other than the major declared
nuclear powers will develop or otherwise acquire a ballistic missile in the
next 15 years that could threaten the contiguous 48 states and Canada”.[14]
A new NIE released in 1999 concluded: “We project that during the next 15 years the
United States will most
likely face ICBM threats from Russia ,
China , and North Korea , probably from Iran , and possibly from Iraq ”.[15] Key
Democrats like Bob Kerry (D-Nebraska) -who had earlier been responsible for
breaking a START logjam by endorsing unilateral US cuts- changed position, calling
for NMD as a trade-off for deep cuts in nuclear forces.[16]
The revised intelligence assessments
all but ended official debate about whether the rogue-state missile threat was
sufficiently imminent to warrant deployment of limited NMD, and led President
Bill Clinton to sign the Missile Defence Act of 1999. According to the Act: “It is the policy of the United States to
deploy as soon as is technologically possible an effective National Missile
Defence system capable of defending the territory of the United States against
limited ballistic missile attack (whether accidental, unauthorized, or
deliberate)”.[17] However, President
Clinton emphasized that the act did not represent a decision to deploy NMD, and
that any such decision would be based on a continuing assessment of the threat,
the technical readiness and estimated cost of the NMD system, and the impact of
deployment on US’s arms control and non-proliferation objectives.
Assessing the whole debate on BMD in 90’s, it appears
that three factors -the threat level, the technological maturing, and the progress
in arms control- played a key role in its development. As long as, the three of
them were in a low level the debate was balancing between unilateralism and
multilateralism. As soon as, the level of threat rose, the necessity of a new
action plan became the new field of the debate. Those three factors will
continue in shaping the debate in 00’s where the Bush administration brought
sweeping changes.
III.
The BMD Debate in 00’s
One of the most
characteristic arguments on the BMD, during the Bush Presidency, was Secretary
of Defence Donald Rumsfeld’s characterization of the ABM Treaty as “ancient history”.[18]
In contrast to the
importance attached to the Treaty by the Clinton
administration, officials from the incoming Bush administration viewed it as an
anachronism, believing the Treaty would hold back their plans for an advanced
missile defence programme. In particular, in a speech on 1 May 2001 President
Bush declared that it was time to move beyond the old paradigm of “mutually assured destruction” that had
dominated superpower relations during the Cold War, to tackle new threats that
were emerging and to stem the proliferation of weapons of mass destruction
(WMD). In order to achieve this, he said it was necessary to “move beyond the constraints” of the ABM
Treaty.[19]
As a consequence, when the
Bush administration took office, the negotiations with Russia on revising or
adapting the ABM Treaty failed to find a solution, and on 13 December 2001
President Bush announced that his Government had given Russia formal notice of
its intention to withdraw from the Treaty in six months, as required under
Article XV (2) of the Treaty. In a statement, President Bush said: “I have concluded the ABM Treaty hinders our government’s
ability to develop ways to protect our people from future terrorist or
rogue-state missile attacks.” He went on to say that the decision to
withdraw from the treaty would not undermine Russian security or damage the new
relationship with Russia .[20]
In December 2002 the Bush
administration announced its plans for the deployment of an integrated,
multi-layered BMD capacity. Those proposals were built upon plans for a NMD
system that was initially set out by the Clinton
administration in 1999.[21] Particularly, the initial proposals envisaged a
three-stage deployment of a ground-based midcourse system and supporting
elements designed to intercept an incoming missile while still in space[22]. The
system was to use a method known as ‘hit-to-kill’, using kinetic energy rather
than an explosive warhead to destroy the incoming missile on impact.[23]
In addition to
the deployment of a midcourse interceptor system, largely intended to defend
the continental US, the Bush proposals also:
“envisaged the eventual deployment of an inherently more complex, fully
integrated[24] and
multi-faceted system capable of defending the US homeland, globally deployed US
forces and US allies against a ballistic missile attack at any point during the
three phases of the incoming missile’s trajectory, and against all types and
ranges of ballistic missile”.[25] As part of
that direction, the US ’s
Missile Defence Agency (MDA) considered several European sites where it could
base a missile defence capability to provide additional US protection and could provide a regional
defence for its European allies against a missile launch from Iran . The
Department of Defence (DoD) approached both Poland
and the Czech Republic
about basing elements of its proposed European missile defence system. In May
2006, the Czech government sent a formal letter to the United States to request that the United States consider placing missile defence
assets in the Czech
Republic . DoD had
completed site selection and begun site design for the European Interceptor
Site in Poland and the
European Midcourse Radar Site in the Czech Republic . Thus, in 2008, the United States , Poland ,
and the Czech Republic signed bilateral Ballistic
Missile Defence Agreements that formally approved the basing of the European
Interceptor Site and the European Midcourse Radar Site. [26]
However, criticisms over the proposed ballistic
missile defences in Europe argued that testing
of the system was insufficient to verify that it would function as intended.[27]
DoD’s plans for long-term operations and support were incomplete, making the
transition and transfer of the BMD elements from the MDA to the services
difficult.[28] In
light of those concerns, Congress placed limitations on the use of funds for
the acquisition or deployment of missiles at a European site until the
Secretary of Defence certifies that the proposed interceptors have demonstrated
a high probability of working in an operationally effective manner and the
ability to accomplish the mission.[29]
Moreover,
the deployment of the BMD sites in Europe had been the subject of debate in the
parliaments of both Poland
and the Czech Republic , and the Russian government had
adamantly protested US’s plans in those countries. In fact, whilst
seeking to reaffirm Poland’s credentials to US, both the government’s of former
Polish Prime Minister Kaczynski and the current government of Donald Tusk[30] had consistently made it clear that any approval
of the US plans would have been based on tangible improvements in the country’s
national security[31],
given that participation in this programme was likely to impact on Poland’s
already tenuous relationship with Russia. A number of commentators had also
argued that merely housing an interceptor site could make the country a
potential target. On that basis domestic opposition in Poland was high, in particular
among the general public, until the 2008 Russia-Georgia conflict.[32] The
situation in Czech
Republic appeared no
difference at all, since 68% of the public opinion, in late 2007, was against
the idea of hosting part of US BMD system.[33]
In June 2007 demonstrations were held in Prague
over the possible health, safety and environmental dangers that the base may
pose, while a significant number of the general public reportedly objected to
the concept of basing foreign troops on Czech soil so soon after decades of
Soviet domination.[34]
Nevertheless, the public opinion’s reactions, like in Poland before,
soon appeased on the dawn of the Russia-Georgia conflict.[35]
At the same time, the Bush
administration had gone to great lengths to underline the importance of
co-operation on BMD, and by doing so, was seeking tacit approval from the European
members of NATO. Despite the American overtures, Europe
was split in two groups. On the one hand,
were some of the pro-European Alliance members (Germany, France) that
reportedly remained sceptical of the Bush Administration’s proposals, albeit
relatively privately – “the basis of
their concern had largely been over the operational capability of the system
and whether ties between NATO and Russia were being unnecessarily compromised,
for a system that had not been satisfactorily fielded and had proven expensive[36]”-, while on the other hand, the UK,
Denmark and the Central and Eastern European states had openly expressed their
support for the plans.[37]
Another important actor of the BMD debate, Russia
was openly hostile towards the US
plan, apparently viewing it as part of a wider pattern of US expansionism
and unconstrained action, and warned that it would lead inevitably to a new
arms race.[38] Moscow had rebuffed US assurances
that the system was entirely defensive in nature and was neither designed, nor
able, to counter Russia ’s
extensive strategic nuclear deterrent. It also had declined Washington ’s earlier offer to collaborate on
missile defence testing and radar-data sharing.[39]
Moving a step further, in February 2007, the then Russian President
Vladimir Putin hinted during a speech at a security conference in Munich that,
were the US to proceed with deployment of its missile defence system, Russia
might respond by pulling out of the 1987 Treaty
on Intermediate-Range Nuclear Forces (INF)[40]. He,
also, stressed Russia’s continued observance of the limits imposed on strategic
nuclear weapons systems, but noted that, with other states in Asia and the
Middle East acquiring intermediate-range missiles, only the US and Russia were
prevented from developing them.[41] In fact, in October 2007, Russia sought
to address that problem by proposing the globalisation of the obligations of
the INF treaty. However, that initiative failed to attract support and Russia
proposed a new international agreement based on the INF Treaty at the UN
Conference on Disarmament in February 2008.[42]
Contrary to the circumstances, as the BMD debate in Europe
and around the globe was on fire, technological advancements by rogue states,
once again, changed the field of the debate. In particular, North Korea
after the Taepo Dong 1 missile tests in 1998, conducted flight tests of the Taepo
Dong 2 missile, in 2006 and 2009 respectively. Despite the most recent launch’s
failure in its stated mission of orbiting a small communications satellite, it
successfully tested many technologies associated with an ICBM. Following North Korea , in August 2008, Iran launched
its Safir Space Launch Vehicle (SLV) with what it claims was a dummy satellite.
Furthermore, in February 2009, Iran
used the Safir-2 SLV to place the domestically produced Omid satellite. Both
countries have a large arsenal of short, medium, and intermediate range
ballistic missiles, which threaten US forces and its allies in the region,
however, have yet to demonstrate an ICBM-class warhead.[45]
Under the above advancements and the 2009 Obama election in the US
presidency, all concerns raised throughout 00’s both within the US and abroad,
were set aside, as a short ‘Republican break’ in the BDM debate history. The
Bush administration’s plans were scrapped and the idea of a regional BMD
capability in Europe that could be surged on relatively short notice during crises or as
the situation may demand, came into the frontline of the debate.
IV.
The BMD Debate in 10’s
In September 2009 President Obama
scrapped earlier plans for Poland
and the Czech Republic
and launched a new plan, which inaugurates a new era on the BMD debate, in 10’s.
Under the new plan: “the
United States would rather place ship-based SM-3s[46] in the North and
Mediterranean seas in 2011, and mobile land-based SM-3s in Central Europe by 2015. In October 2009 US
Vice-President Joseph Biden visited Romania ,
Poland , and the Czech Republic
to promote the new plan. Warsaw and Prague have already expressed their
support, but Romania
is the first country to take what appears to be a formal commitment. The
Romanian Supreme Defence Council’s decision thus marks a ‘first step’ in implementing
the Obama administration’s revised missile defence plan to protect against
short- and medium-range missiles that could be launched from Iran”.[47]
The official Russian reaction, was
welcomed the US BMD announcement, although never offered any major reciprocal
concessions. In particular, the Russian President Dmitry Medvedev said that “Russian officials would now ‘be more
attentive to’ US’s security concerns, but he insisted that Moscow would not engage in ‘primitive
compromises or exchanges’. Russia’s envoy to NATO, Dmitry Rogozin, warned
Russians against becoming ‘overwhelmed with some kind of childish euphoria’
following Obama’s announcement. Prime Minister Vladimir Putin said that he
wanted to see if ‘this very right and brave decision will be followed by
others’, implying that, when it comes to pressing the fabled ‘reset button’,
Russian leaders expect most of the resetting to occur in Washington”.[48]
In the spirit of the latter comments, the
homologation of the New START Treaty and Protocol -April 08, 2010- came as a
response to Vladimir Putin’s concerns. The Treaty launches radical strategic
offensive reductions that both countries will have to run, within seven years
from the date the Treaty enters into force[49].
One of the most impressive points of the Treaty was the 74% reduction in
warheads from START I, to 1,550 warheads for each side.[50]
Beyond any doubt, the Treaty is a step forward to mutual trust, since its
limitations on ICBMs, SLBMs, as well as their launchers is an answer to the
perennial Russian and European fears, regarding the intentions of the US
National Missile Defence system and its deployment in the European continent.
Nevertheless, the new phase of the current BMD
debate is still in progress. The positive essence of the New START Treaty still
flows in the atmosphere of debate and remains to see whether the US and Russia will continue the on site
inspections[51], which have proved
successful so far. Factors, such as technological advancements and threat
level, were from the beginning and throughout the current debate decisive for
its progress and they would continue to be in the future. Although, in our
effort to underline the ‘driving factors’ of the debate, it would be of
importance to understand the different political views (unilateral-multilateral
point of view) between Republicans and Democrats in US, since from 90’s to
10’s, their succession in US office played a key role in the progress of the
current debate.
V.
Conclusion
Although the new debate on BMD has gone through
radical changes since 90’s, it is important to underline the continuity of its
driving factors. In fact, factors such as the different political views within
the US and abroad, the advancements in ballistic missiles technology, the level
of threat, the fear of action and counteraction, the public opinion, the
financial cost and above all the willingness to apply the BMD -following either
a multilateral or unilateral strategy- were always the same and decisive in
each of the three presidencies.
The new US administration, as well as the
Russian President Medvedev signing the New START Treaty confirmed their will to
put the Russia-US relation in a new era of mutual trust and cooperation, ending
the traditional Russian-American bras de fer. In that effort Europe
appears united, setting scepticisms on the BMD aside. As long as, Iran and North Korea appear unwilling to
comply with the international law, the BMD will always be in order, uniting the
western community under the common threat.
BY
PANAGIOTIS I. PSYLLOS AND ELPINIKI KARAKOSTA
[1] Kartha, Tara (2000) Ballistic
missile defences: The debate in the United States ,
Strategic Analysis, UK :
Routledge, Vol.24, Issue.1, P.65.
[2] Kimball, Daryl and Collina, Tom, The Anti-Ballistic Missile (ABM) Treaty at a Glance, Arms Control
Association Website, Available at: http://www.armscontrol.org/factsheets/abmtreaty Accessed on: 2010-05-21.
[3] The ABM Treaty, May 26, 1972, US Department of State website,
Available at: http://www.state.gov/t/vci/trty/101888.htm Accessed on: 2010-05-21.
[4] Kartha, Tara (2000) Ballistic missile defences: The debate in the United States , Strategic Analysis, UK :
Routledge, Vol.24, Issue.1, P.86-7.
[5] Lewis N. George, Postoi E. Theodore and Pike, John, Why National Missile Defence Wont Work, Scientific American, August
1999, P. 36-42.
[6] Kartha, Tara (2000) Ballistic missile defences: The debate in the United States , Strategic Analysis, UK :
Routledge, Vol.24, Issue.1, P.87.
[7] Text of letter from Senate
majority leader Bob Dole (signed by eight Republican leaders) to President Bill
Clinton, February 6, 1995, Comparative Strategy, Vol.14, Issue.3, July to September
1995, P.321.
[8] Text of letter from the
office of Senate Majority Leader Bob Dole (signed by 13 Republican Senators) to
President Clinton, March 8, 1995, Comparative
Strategy, Vol.14, Issue.3, July to September 1995, P.321.
[9] Fact Sheet-Joint Statement
Concerning the Anti-Ballistic Missile Treaty, The
White House, Office of the Press Secretary, May 10, 1995, Available at: http://www.whitehouse.gov/ Accessed on:
2010-05-22.
[10] Defending America, The Heritage
Foundation website, Available at: http://www.heritage.org/ Accessed on: 2010-05-22.
[11] Congressional Record, Introduction of Bills and
Joint Resolutions, February 10, 1995, US Senate,
P.S2494, Available at: http://www.senate.gov/legislative/common/briefing/leg_laws_acts.htm Accessed on: 2010-05-22.
[12] Congressional
Record, Theatre
Missile Act, April 6, 1995, US Senate, P.S5494, Available
at: http://www.senate.gov/legislative/common/briefing/leg_laws_acts.htm Accessed on: 2010-05-22.
[13] Ibid.
[14] Prepared statement of Richard N. Cooper, chairman, National
Intelligence Council, before the House National Security Committee, February
28, 1996, Assessments of the 1995 NIE, Central Intelligence Agency, Independent
Panel Review of Emerging Missile Threats
to North America during the Next 15 Years, OCA 96-1908, December 23, 1996,
Available at: http://www.fas.org/irp/threat/missile/oca961908.htm
Accessed on: 2010-05-22.
[15] National Intelligence Council, Foreign
Missile Developments and the Ballistic Missile Threat to the United States through 2015,
September 1999, P.2, Available at: http://www.cia.gov/cia/publications/nie/nie99msl.html
Accessed on: 2010-05-22.
[16] Kartha, Tara (2000) Ballistic missile defences: The debate in the United States , Strategic Analysis, UK :
Routledge, Vol.24, Issue.1, P.82.
[17] National Missile Defence Act of 1999,
Public Law 106-38. Available at: http://www.fas.org/irp/offdocs/nspd/nspd-23.htm Accessed on: 2010-05-22.
[18] Myers Lee, Steven, Bush Candidate
for Defence Sees Immediate Bid to Raise Spending, New York Times, January 12, 2001, P.1.
[19] Speech by President George W. Bush at the National Defence University,
Washington, May 1, 2001, Acronym Institute website, Available at: http://www.acronym.org.uk/bush1.htm Accessed on:
2010-05-22.
[20] Bush announces US’s withdrawal from ABM Treaty, December 13, 2001, US
Department of State website, Available at: http://usinfo.state.gov/topical/pol/arms/stories/01121302.htm
Accessed on:
2010-05-22.
[21] Details of these proposals are set out in Library
Research Paper RP03/28, March 26, 2003, Ballistic
Missile Defence, House of Commons Library website, Available at: http://www.parliament.uk/documents/commons/lib/research/rp2003/rp03-028.pdf Accessed on:
2010-05-22.
[22] There are already a number of
international treaties and instruments with jurisdiction over space activities,
but they do not adequately cover the challenges posed by space-based weapons
and missile defence. Though some prohibit or restrict the deployment of weapons
or use of force in outer space, the provisions are limited in scope and
coverage. None of the existing legal instruments unequivocally prevents the
testing, deployment and use of weapons other than nuclear, chemical and
biological, in outer space. Nor does any relevant legal instrument cover the
use of force or threat of use of force against a country's assets in outer
space. The placement of nuclear weapons in space is prohibited under the 1967
Outer Space Treaty, but nuclear-warheads on missile defence interceptors
launched from the ground into space are not prohibited. See: Space Without Weapons, The Acronym
Institute, Available at: http://www.acronym.org.uk/space/index.htm Accessed on: 2010-05-23.
[23] The limitation of this type of system is that an interceptor missile
requires great precision in order to be successful.
[24]All capabilities would
be integrated by a command, control, battle management and communications
network that would allow BMD sensors to share missile tracking data with any
other system component.
[25] Taylor, Claire
and Jones, Stephen, (2008), Ballistic
Missile Defense: Resent Developments, House of Commons Library, P.8-9.
[26] GAO, Report to Congressional Requesters, Ballistic
Missile Defense: Actions Needed to Improve Planning and Information on
Construction and Support Costs for the Proposed European Sites, US
Government Accountability Office, P.9. GAO-09-771, (Washington DC :
August 2009)
[27] GAO, Defence
Acquisitions: Production and Fielding of Missile Defence Components Continue
with Less Testing and Validation Than Planned, GAO-09-338 (Washington DC :
March 13, 2009).
[28] GAO, Missile
Defence: Actions Needed to Improve Planning and Cost Estimates for Long-Term
Support of Ballistic Missile Defence, GAO-08-1068 (Washington DC :
September 25, 2008).
[29] Duncan Hunter National Defence Authorization Act for Fiscal Year 2009,
Pub. L. No.110-417, §233, October 14, 2008, Available at: http://www.dod.gov/dodgc/olc/docs/2009NDAA_PL110-417.pdf Accessed on: 2010-05-23.
[31] The major sticking point in the negotiations was the question of U.S. assistance for Poland ’s military ‘modernization’,
mainly in the form of PAC-3 air defence. During President Tusk’s visit to Washington DC in March
2008, however, President Bush declared, “Before
my watch is over we will have assessed [Poland ’s] needs and come up with a
modernization plan that’s concrete and tangible”. See: Bush , Poland ’s Tusk Discuss Missile
Shield Plans, Agence
France Presse, March 10, 2008,
Available at: http://afp.google.com/article/ALeqM5ijewlq0MyR6bdFVVVsPW9RqOGadg Accessed on: 2010-05-23.
[32] According to an opinion poll conducted by GfK
Polonia in August 2006 more than six in ten Poles were opposed to the
establishment of a US
missile defence base on Polish soil. In a separate poll conducted by SMG/KRC in February
2007 public opposition to the missile defence plans was 50%, while 36% of
respondents supported the proposals. Six in ten
Poles oppose US missile base in Poland, Survey, Agence France Presse, August
10, 2006, Available at: http://www.defencetalk.com/six-in-ten-poles-oppose-us-missile-base-in-poland-survey-7115/ Accessed on: 2010-05-23. Also: The
poll, by GfK Polonia published in Rzeczpospolita
in August 2008, suggested that 58% of those surveyed now supported the
plans, while 37% opposed them, Polish
support for missile deal soars, Topix,
August 18, 2008, Available at: http://www.msnbc.msn.com/id/26269478/ Accessed on: 2010-05-23.
[33] US and Czechs Sign
Missile Defence Deal, Reuters,
July 8, 2008, The Epoch Times website, Available at: http://www.theepochtimes.com/news/8-7-8/73153.html Accessed on: 2010-05-23.
[34] Podelco, Grant, Bush says missile defence plan aimed at true threats, not Russia, Radio Free Europe, June 5, 2007,
Available at: http://www.rferl.org/content/article/1076922.html Accessed on: 2010-05-23.
[35] In an opinion poll conducted by Factum Invenio
in September 2008 and reported in Mlada fronta Dnes, suggested Czech
public opinion on the missile defence shield plans may be shifting after 38% of
respondents agreed with the proposals, up 13 points from a previous poll in
October 2007. The number of respondents opposed to the plans had also decreased
from 68% to 55%. Czech opinion shifting
on missile shield, Angus Reid
Global Monitor, October 11, 2008, Available at: http://www.angus-reid.com/polls/view/31989/czech_opinion_shifting_on_missile_shield
Accessed on: 2010-05-23.
[36] Defending Europe from
Missile Attack, European
Security Review, Number 33, May 2007, Available at: http://www.isis-europe.org/pdf/2007_artrel_26_missiledefence.pdf
Accessed
on: 2010-05-23.
[37] Taylor, Claire
and Jones, Stephen, (2008), Ballistic
Missile Defense: Resent Developments, House of Commons Library, P.32-33.
[38] Putin’s Prepared
Remarks at 43rd Munich Conference on Security Policy, Munich Conference on Security Policy, February 10, 2007, The
Washington Post website, Available at: http://www.washingtonpost.com/wp-dyn/content/article/2007/02/12/AR2007021200555.html
Accessed on: 2010-05-23.
[39] Taylor, Claire
and Jones, Stephen, (2008), Ballistic
Missile Defense: Resent Developments, House of Commons Library, P.26.
[40] The 1987 INF Treaty is a landmark Cold War era agreement under which the US and the then Soviet Union
eliminated all their nuclear-armed ground-launched ballistic and cruise missiles
with ranges of between 500 and 5,500 kilometres . US Department of State
website, Available at: http://www.state.gov/www/global/arms/treaties/inf1.html Accessed on: 2010-05-23.
[41] Putin’s Prepared
Remarks at 43rd Munich Conference on Security Policy, Munich Conference on Security Policy, February 10, 2007, The
Washington Post website, Available at: http://www.washingtonpost.com/wp-dyn/content/article/2007/02/12/AR2007021200555.html
Accessed on: 2010-05-23.
[42] Conference on
Disarmament hears address by Foreign Minister of Russia and message from
Chinese Minister for Foreign Affairs, United Nations
Office in Geneva
press release, February 12, 2008, Reaching Critical Will website, Available at:
http://www.reachingcriticalwill.org/political/cd/press08/1session/Feb12.html Accessed on: 2010-05-22.
[43] Chinese Statements on NMD, Andrew Sessler et al., (2000), Countermeasures: A Technical
Evaluation of the Operational Effectiveness of the Planned US National Missile Defence System, Cambridge , Massachusetts : Union
of Concerned Scientists/MIT,
P.111.
[44] Glaser L. Charles and Fetter Steve, National Missile Defence and the Future of
US Nuclear Weapons Policy, International Security, Vol. 26, No.
1 (Summer 2001), The
MIT Press Journals, P.82,
Available at: http://www.jstor.org/stable/3092078 Accessed on: 2010-05-23.
[45] So far, only Russia and China have the capability to conduct a
large-scale ballistic missile attack on the territory of the United States, but
this is very unlikely and not the focus of U.S. BMD. As the President has made clear,
both Russia and China are important partners for the future, and
the United States
seeks to continue building collaborative and cooperative relationships with
them.
Ballistic Missile Defence Review
Report, February
2010, US Department of Defence website, Available at: http://www.defense.gov/bmdr/docs/BMDR%20as%20of%2026JAN10%200630_for%20web.pdf Accessed on: 2010-05-23.
[46] The SM-3 (Standard Missile 3) is a derivative of the RIM-156 Standard
SM-2ER Block IV missile, and is the missile component of the US Navy's
forthcoming theater-wide ballistic missile defence system, called NTW-TBMD
(Navy Theater Wide - Theater Ballistic Missile Defence). It is an upper-tier
ballistic missile defence weapon, originally planned to complement the
lower-tier SM-2ER Block IV A, but the latter has been cancelled in December
2001. See: Directory of the US Military
Rockets and Missiles, RIM-161, Available at: http://www.designation-systems.net/dusrm/m-161.html Accessed on: 2010-05-23.
[47] Bonsignore, Luca, Romania Accepts US Ballistic Missile Defense Basing Plans,
Defpro.daily, February 9, 2010, Available at: http://www.defpro.com/daily/details/504/
Accessed on: 2010-05-23.
[48] Weitz, Richard,
Eurasian Implications of the New US Missile Defense Strategy, Central
Asia-Caucasus Institute, September 30, 2009, Available at: http://www.cacianalyst.org/?q=node/5187 Accessed on: 2010-05-23.
[49] The NEW START
TREATY ratified and entered into force by both on the 5th February
2011. Exchange of NEW START Instruments of Ratification, US DEPARTMENT
OF STATE, February 5, 2011. Available
at: http://www.state.gov/secretary/rm/2011/02/156047.htm Accessed on: 2012-09-24.
[50] Phillips, Macon , The New START
Treaty at a Glance, in The New START
Treaty and Protocol, The White House Blog, April 8, 2010, Available at: http://www.whitehouse.gov/blog/2010/04/08/new-start-treaty-and-protocol Accessed on: 2010-05-23.
[51] US – Russia Commission Discusses New START
Implementation, RIA
NOVOSTI Website, September 21, 2011, Available at: http://en.rian.ru/mlitary_news/20120922/176148510.html Accessed on: 2012-09-24.
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