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The taxonomy of a grand strategy against weapons of mass casualties: Aligning chemical and biological defense at the national, state and local levels to maximize effectiveness and efficiency.

机译:打击大规模杀伤性武器大战略的分类法:在国家,州和地方各级协调化学和生物防御,以最大程度地发挥效力和效率。

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摘要

This dissertation examines the current Chemical and Biological threat to the United States; how the nation is currently aligned to deter, detect, defeat and respond to the threat; and whether a Grand Strategy would drastically improve the efficiency and effectiveness of the United States in an attempt to keep American's as safe as possible while simultaneously assessing cost/benefit analysis in the form of critical risk assessments. These cost/benefit analyses exceed the simple, financial implications of such an endeavor by also addressing the issue of "Just War" and fundamental expected freedoms of United States' citizens through legislation such as the PATRIOT ACT, 1996 Anti-Terrorism and Effective Death Penalty Act, PDD-62 (counter-terrorism) and PDD-63 (infrastructure protection). The lofty, overarching, but achievable goal of this work is to produce a grand strategy by which the United States could realign the form and execution of our government to counter the threat of chemical and biological weapons, whether they are disseminated by terrorists, rogue states or other nations with significant chemical and biological capability.; The taxonomy of a Grand Strategy against Weapons of Mass Casualties: Aligning Chemical and Biological Defense at the National, State and Local levels to maximize effectiveness and efficiency, makes the assumption that chemical or biological agents will most likely be used against American citizens in the near future if specific national-level policy changes are not made. This assumption of use is based on the ease of attainment, production, and dispersal of some biological agents and the corresponding casualty rate for a relatively inexpensive and easily obtained weapon.; The formulation of a new Intelligence Directorate is a good first step towards successfully detecting biological and chemical threats before they reach the borders of the United States. However, if the threat does arrive in the Continental United States (CONUS), the United States Government is currently misaligned and potentially incapable of properly responding to a threat. In addition to resolving the question of whether or not we are capable of defending our borders, we must ask where the fiscal trade-offs exist when comparing physical security to resource allocation. (Abstract shortened by UMI.)
机译:本文研究了当前对美国的化学和生物威胁。该国当前如何制止,发现,击败和应对威胁;以及《大战略》是否将极大地提高美国的效率和效力,以试图尽可能保持美国人的安全,同时以关键风险评估的形式评估成本/收益分析。这些成本/收益分析还通过《爱国者法案》,1996年《反恐怖主义和有效死刑》等立法解决了“正义战争”和美国公民的基本预期自由问题,超出了这种努力的简单财务意义。法,PDD-62(反恐)和PDD-63(基础设施保护)。这项工作的崇高,总体但可实现的目标是制定一项宏伟的战略,使美国可以调整政府的形式和执行方式,以应对化学和生物武器的威胁,无论它们是否被恐怖分子,流氓国家散布或具有强大化学和生物能力的其他国家。反对大规模杀伤性武器大战略的分类法:在国家,州和地方各级协调化学和生物防御,以最大程度地发挥效力和效率,并假设化学或生物制剂最有可能在不久的将来对美国公民使用如果不进行特定的国家级政策更改,则未来。使用的假设是基于某些生物制剂的易于获得,生产和散布以及相对廉价和易于获得的武器的相应伤亡率。成立新的情报局是迈向在生物和化学威胁到达美国边界之前成功发现的良好第一步。但是,如果威胁确实到达美国大陆(CONUS),则美国政府目前处于混乱状态,并且可能无法正确应对威胁。除了解决我们是否有能力捍卫边界的问题之外,在将物理安全与资源分配进行比较时,我们还必须询问在财政上的权衡存在于何处。 (摘要由UMI缩短。)

著录项

  • 作者

    Parker, William J., III.;

  • 作者单位

    George Mason University.;

  • 授予单位 George Mason University.;
  • 学科 Political Science General.; Military Studies.
  • 学位 Ph.D.
  • 年度 2006
  • 页码 314 p.
  • 总页数 314
  • 原文格式 PDF
  • 正文语种 eng
  • 中图分类 政治理论;
  • 关键词

  • 入库时间 2022-08-17 11:39:40

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