战略与国际研究中心-WMDs-in-the-Middle-East-Regional-Trends,-National-Forces,-Warfighting-Capabilities,-Delivery-Options,-and-Weapons-Effects_160页_541kb

Summary of "Weapons of Mass Destruction in the Middle East" by Anthony H. Cordesman

Core Content

This document provides an in-depth analysis of the proliferation of Weapons of Mass Destruction (WMDs) in the Middle East, including nuclear, chemical, and biological weapons. It explores the causes of proliferation, warfighting options, delivery systems, strategic and operational considerations, and arms control challenges in the region. The report is based on intelligence assessments and case studies of several Middle Eastern countries, including Algeria, Libya, Egypt, Israel, Syria, Iran, Iraq, Yemen, and Saudi Arabia.

Main Points

Reasons for Proliferation

• The motivation to proliferate outweighs perceived risks, especially in a region marked by political instability and military competition.
• Prestige, deterrence, and intimidation are key drivers.
• Regional conflicts such as the Iran-Iraq War and the Gulf War have demonstrated the use of missiles and WMDs against both military and civilian targets.
• Conventional weakness and high cost of traditional weapons encourage investment in WMDs.
• The "glitter factor" and projection of power are also important motivations.
• Terrorism and proxy warfare are seen as alternative methods to achieve strategic goals.

Warfighting Options

• Covert and unconventional warfare are likely to dominate.
• Surprise attacks are used to support conventional operations.
• Preemption and launch on warning/launch under attack are strategies to avoid conventional defeat.
• WMDs are used to pose political threats and intimidate.
• Regional deterrence and extended deterrence are key concepts.
• Asymmetric escalation and controlled escalation ladders are possible.
• Firebreaks and martyrdom may be used as part of strategic calculations.

Arms Control Challenges

• Arms control regimes such as the NPT and IAEA are ineffective in preventing proliferation.
• Covert and compartmented operations make it difficult to detect and monitor WMD programs.
• Dual-use technology allows states to develop WMDs without being caught.
• Unstable political environments and authoritarian leaderships increase the risk of unplanned escalation.
• Missile defenses and NBC (Nuclear, Biological, Chemical) defense systems are inadequate and underdeveloped.

Key Countries and Their Proliferation Efforts

Algeria

• Delivery Systems: 10 Su-24 long-range strike aircraft, 40 MiG-23BN ground attack aircraft, tube artillery, multiple rocket launchers.
• Chemical Weapons: Possible development, no evidence of deployment. Has a pilot plant near Tripoli producing small amounts of chemical agents since the 1980s.
• Biological Weapons: Some research, no confirmed production capability.
• Nuclear Weapons: Conducted nuclear tests in the 1960s, has a research reactor (Es Salam), and is suspected of having hot cells to process spent fuel and produce plutonium. Has signed the NPT and IAEA safeguards, but there are concerns about hidden capabilities.

Libya

• Delivery Systems: Scud B missiles, FROG-7 rocket launchers, Tu-22 bombers, Su-24s, Mirage aircraft.
• Chemical Weapons: Has a major production facility in Rabta with capacity for 100 metric tons per year. Has two other research facilities, and stockpiles of chemical agents. Smuggled Scud components and chemical materials.
• Biological Weapons: Has access to technical support and is suspected of having biological capabilities. Has a hidden facility near Tarhunah, which is highly protected.
• Nuclear Weapons: Has a research reactor, and is suspected of plutonium separation. Acceded to the NPT in 1995 and BWC in 1982.

Egypt

• Delivery Systems: Scud B missiles, F-16C aircraft.
• Chemical Weapons: Has a stockpile and research capabilities.
• Biological Weapons: Research activity, but no confirmed production.
• Nuclear Weapons: Research and development, no confirmed production.

Israel

• Delivery Systems: Jericho II missiles, F-15C aircraft.
• Chemical Weapons: Developed, used in limited scenarios.
• Biological Weapons: Developed.
• Nuclear Weapons: Has a nuclear arsenal, with advanced intelligence systems.

Syria

• Delivery Systems: Scud C missiles, Su-24s.
• Chemical Weapons: Significant capabilities, likely to develop biological weapons.
• Nuclear Weapons: Research and development ongoing.

Iran

• Delivery Systems: Scud C missiles, Su-24s.
• Chemical Weapons: Deployed.
• Biological Weapons: Deployed.
• Nuclear Weapons: Ongoing program, with nuclear facilities and research capabilities.

Iraq

• Delivery Systems: Scud B missiles, Su-24s.
• Chemical Weapons: Major use in the Iran-Iraq War (1983–1988), with stockpiles and advanced capabilities.
• Biological Weapons: Covert development, with breakout potential.
• Nuclear Weapons: Research and development, with breakout capabilities.

Delivery Systems

• The Middle East has multiple delivery systems, including missiles, aircraft, tube artillery, and multiple rocket launchers.
• Long-range strike aircraft such as Su-24 and Mirage are common.
• Missile development is widespread, with Scud B and Scud C being the most common.
• Unconventional delivery methods and proxy warfare are also a concern.

WMD Lethality and Effects

• Chemical weapons have high lethality and wide range of effects, especially with aerosol delivery.
• Biological weapons can be more lethal than chemical ones, especially with optimal aerosol delivery.
• Nuclear weapons have massive destructive power, including thermal and blast effects.
• The effects of WMDs on urban targets are severe, with potential for collateral damage and existential threats.

Deterrence, Defense, and Counterproliferation

• Arms control is not sufficient to prevent proliferation.
• Deterrence and counterproliferation are interconnected, but not well understood by regional actors.
• Conventional deterrence is ineffective in the face of WMD threats.
• Regional counterproliferation policies are needed but not yet developed.
• The US views counterproliferation and NBC defense as key priorities, but technical and political challenges remain.

Major Uncertainties

• Uncertainty in weapons accuracy, reliability, and effectiveness.
• Lack of full operational testing of WMD systems.
• Concealment and denial are common strategies.
• Unattributable attacks and proxy warfare complicate attribution and response.
• Coupling effects between US and allies may increase the risk of escalation.
• Different perceptions of escalation and risk among states.
• Potential for "total war" with the use of infectious agents.
• Instability in preemption, launch on warning, and launch under attack strategies.
• Risk of martyrdom and unplanned escalation.
• Uncertain impact on conventional warfare and NBC defense.
• Long-term damage effects and collateral consequences are difficult to predict.

Conclusion

The proliferation of WMDs in the Middle East is already well underway, driven by political, military, and economic motivations. While arms control and deterrence are important, they are not enough to prevent the spread of WMDs. The region is highly unstable, with multiple actors and complex combinations of adversaries. Delivery systems and concealment techniques are advanced, making detection and prevention difficult. The strategic and operational use of WMDs is uncertain, but the risk of escalation and existential threat remains a major concern.