LM Global Vision Center: A SLD Site Visit

12/02/2011
Dr. Richard Weitz (Credit: The Hudson Institute)

By Dr. Richard Weitz

12/02/2011 – Second Line of Defense was recently invited to participate in an open house for Lockheed Martin’s Affordable Innovation Technology Demonstration at the LM Global Vision Center in Arlington, Virginia. The demonstrations from the Lockheed Martin Global Training and Logistics division showcased some of Lockheed Martin’s advanced technologies and capabilities designed to promote innovative, affordable and flexible worldwide mission readiness and sustainment solutions.

We spent the most time reviewing the F-35 Autonomic Logistics Information System (ALIS). The system serves as the information infrastructure for the F-35, maintaining, collecting, and analyzing data for better decision support for a F-35 fleet that is managed on a worldwide basis. This secure global information system serves as the foundation of streamlined fleet sustainment, resulting in F-35 parts, systems and expertise reaching any location when they are required.

In the human body, an autonomic response – a subconscious reflex – provides a timely reaction to an unanticipated potential problem. An animal’s autonomic nervous system monitors, controls and adjusts your autonomic response to external stimuli. For military systems, autonomic logistics also aims to provide a seamless, embedded system for integrating current performance, operational parameters, current configuration, scheduled upgrades and maintenance, component history, predictive diagnostics (prognostics), health management, and service support. Autonomic logistics provides efficient behind-the-scenes monitoring, maintenance, and prognostics to support the good health of the weapons system.

To ensure near-continuous mission availability, each F-35, as well as the fleet as a whole, is monitored and measured against a host of parameters. The system involves a partnership between government and industry. It provides a joint solution that emphasizes commonality for all participating countries, reducing redundant duplication and maximizing total system efficiencies. Maintenance needs can be anticipated and met before performance degrades, and unnecessary flight line activity is minimized. For example, the ALIS transmits aircraft health and maintenance information to the appropriate users on a globally-distributed network to technicians worldwide.

The purpose of the ALIS is to give F-35 operators the ability to plan, maintain, and sustain its systems over the life of the platform. The system integrates a broad range of capabilities including operations, maintenance, prognostics, supply chain, customer support services, training and technical data. A single, secure information environment provides users with up-to-date information on any of these areas using web-enabled applications on a distributed network.

According to Lockheed Martin, several ALIS features are particularly noteworthy. The Intelligent Information Infrastructure captures, analyzes and identifies system characteristics and interfaces with legacy support systems to provide F-35 information for every user worldwide. ALIS also employs Performance-Based Best Value Sustainment as a business approach that equally weighs risk, schedule, cost and technical aspects to provide a cost effective, affordable support system that reduces total cost ownership over the life cycle.

The advantages of the ALIS to the F-35 community are multiple. The ALIS helps minimize F-35 downtime, maintaining higher rates of availability and reliability than in legacy fleets. More missions can be accomplished and cost savings result since the F-35’s sustainment system delivers more operational hours per aircraft and controls support costs throughout the total life-cycle. The associated Lockheed Martin’s Logistics Support System provides comprehensive asset management and asset visibility to mission planners, allowing them to understand what force elements are available for a mission by detailing asset location and condition. It reduces life cycle costs, minimizes training requirements, and enables the Warfighter to focus on the mission, not the supporting systems.

For example, the ALIS receives Health Reporting Codes while the F-35 is still in flight via an RF downlink. Based on the information reported by these onboard sensors, the F-35 maintainers can procure parts, review procedures, and be ready to service the aircraft as soon as the plane returns to its base or carrier. The system enables the pre-positioning of parts and qualified maintainers on the ground, so that, when the aircraft lands, downtime is minimized and efficiency is increased. Service crew can carry computers while physically inspecting the planes.

Lockheed Martin GTL is working directly with the U.S. Department of Defense to develop the DOD Virtual World Framework (VWF), a next generation open source platform

for developing and deploying complex multi-user training simulations via next generation web browser technologies. It enhances modeling, simulation, training, data visualization, collaboration and virtual prototyping by incorporating state-of-the-art computer gaming within a web browser.

The VWF is intended to leverage the world-wide-web to take advantage of the wealth of technologies and infrastructure already available, as well as the large number of web software developers. The VWF enables a zero-install capability that allows users to access training and collaboration tools directly with a browser from a PC or mobile device without having to download specialized software. Training in the virtual worlds can reduce training costs and, due to its especially wide appeal to younger generations, can accelerate and improve learning.

Lockheed Martin’s Virtual World Labs (VWL) promotes collaborative simulation learning and data visualization solutions for the government, military and corporate sectors. For VWL, “virtual worlds” encompass more than virtual meeting spaces; it also refers to massive multiplayer online games, immersive data visualization and serious games. The VWF is intended to act as a common virtual ground for deploying a diverse set of interoperable components from many sources. The VWL is building an open source platform that is intended to be a full partnership between DOD, industry, and academia.

VWL has already developed important tools for building virtual worlds. The UltiSim platform can be used to develop rules-based learning scenarios, as well as true non-linear simulations using high-fidelity dynamic/physics based models. The UltiVis is a dynamic, interactive and collaborative data visualization toolset than can create a variety of applications for visualizing data for supply chain management, incident response and DOD architectures.

Geospatial Image and Data Technologies vastly reduce the time it takes to create virtual worlds. They combine virtual reality-based training with experiential learning to reduce the time and increase the effectiveness of training. For example, they can reuse old data and make it more relevant by adding additional information from almost three dozen sources (including from UAVs, the Internet, satellites, and the USGS). VWL aims to help build virtual worlds for medical specialties, education, law enforcement, emergency management or the homeland security community.

The Scalable Advanced Graphics Engine (SAGE) adds open scenes, particle effects (like dust and smoke), repositionable features, weather patterns, and time-of-day changes through shadowing and other effects by leveraging the quality and rich detail of commercial gaming technologies for military training applications. SAGE can also track hundreds of detailed animated 3D life forms who can move around and have the behavioral characteristics of people based on motion capture data. Users have the capacity to add live video and embed additional instructions by drawing on many upgraded databases to supply the most detailed training experience possible. SAGE can use COTS hardware (running on multiple operating systems) and incorporate data from subject-matter experts and photographs, though redesigned through an artistic eye.

The Universal Communications Platform (UCP) is an IP-based suite of products designed to enhance interoperability among many communications devices. The UCP allows users to enjoy a high level of functionality for a gateway communications device. It empowers users to communicate with any type of existing fixed and mobile radios or radio systems no matter the vendor, frequency or band. A group of users connect to a single UCP device and can easily communicate electronically with all other users and communications systems. The UCP creates a unified communications platform with worldwide accessibility that upgrades communications to state-of-the-art IP based features. It can transform any radio system into a fully IP-based network – facilitating monitoring, control and dispatch from any location with a network connection and a smart phone, laptop, PC, or PDA.

One feature enhancing UCP reliability is that the UCP does not rely on centralized servers to connect radios and other communications devices, so there is no single point of failure. The system’s modularity also minimizes costs since users can employ only the minimum number of modules to provide the required device interfaces. The UCP is designed for military and intelligence personnel as well as emergency responders. Large-scale industrial operations like mining, forestry and factory productions could also benefit. Since the UCP can work with any type of existing radios or systems, and permits upgrading, it saves the user considerable money.

Prepar3D® (pronounced “prepared”) is a multi-function and inexpensive visual modeling and simulation platform based on Microsoft ESP that applies games-based technologies to training. It allows users to create training scenarios across aviation, maritime, sub-maritime, and ground domains. Users can train anywhere in the virtual world, from under water to sub orbital space, and can switch system to another vehicle in a few minutes.

Prepar3D employs a Windows 7 compatible drag n’ drop interface with customizable settings that permits users to quickly create and save favorite missions, panel, and scenery window locations across multiple monitors with flight files. Internet multi-player capability enables users across the globe can collaborate with others within the Prepar3D environment to train for their missions or tasks. Its multi-channel capability enables users to operate Prepar3D with multiple monitors, creating a more expansive viewing capability all the way up to 360 degrees field of view . The sensor camera options allow users to experience night vision and infrared sensor camera options to enhance military mission or night flying training. The scenery includes millions of square kilometers of the earth as well as environments from the U.S. Geological Survey’s coastal bathymetry.

According to Lockheed Martin, users of Prepar3D-based training systems can realize a number of benefits: they can experience a mission before it happens to raise effectiveness and reduce their response time; the can learn and test knowledge in the same environment in which they will operate; and they can visualize operational data to study and re-create scenarios as well as modify them by experimenting with different variables.

Prepar3D can be adapted to support a wide range of systems, including fixed-wing multi-crew aircraft, helicopters, landing hover craft, fast attack boats, trucks and utility vehicles. A software development kit can be downloaded by users to create add-ons such as aircraft, instruments, boats, buildings and other environmental features. Prepar3D can be used on several platforms ranging from laptops to a desktop to a part task trainer to more elaborate systems such as the Multi-Function Training Aid (MFTA), which is what we saw at the Open House. The system is already in wide use by private pilots, commercial organizations, as well as military and academic institutions. For example, users can practice a mission or flight plan before it happens to increase effectiveness during real-world operations.

Putin Seeks Arctic Riches

11/27/2011
(Credit: Weitz)

By Dr. Richard Weitz

11/27/2011 – Given the importance that Putin assigns to maintaining control of Russia’s energy resources, it is unsurprising that he has already outlined have ambitious goals to develop Arctic hydrocarbon resources in coming years. Geological experts believe that the Arctic holds more than 22% of the world’s undiscovered natural gas and oil resources, making it the next frontier in the global search for energy.  In addition, if Arctic ice continues to melt and shrink, resources will become more readily accessible, and new transit routes will become navigable that provide cheaper transportation for resources.

However, the path to the development of the Arctic region is fraught with difficulty and conflict. The primary impediment to the peaceful development of Arctic energy resources are the competing sovereignty claims to the Arctic among bordering states.

While under current international law, the claims of states bordering the Arctic are limited to the exclusive economic zones (EEZ) comprising the territory 200 nautical miles outward from their respective borders, Russia, the United States, Canada, Norway, and Denmark have all made territorial claims to portions of the Arctic outside of these zones. Each has done so through a mechanism introduced in the United Nations Convention on the Laws of the Sea, which allows states to claim portions of the continental shelf outside their exclusive economic zones in the first ten years after ratification.

The Arctic is a key repository of energy resources, and rare earth metals.  And the new transit zones provide maritime shipping and undersea military operations to have a new venue. (Credit: Bigstock)
The Arctic is a key repository of energy resources, and rare earth metals. And the new transit zones provide maritime shipping and undersea military operations to have a new venue. (Credit: Bigstock)

Moscow has claimed both the Mendeleev Ridge and the Lomonosov Ridge, stating they constitute extensions of Russia’s continental shelf.  Other experts contend that the ridges do not extend far enough to justify the Russian claim in international law.

Nonetheless, the 5 states making up the Arctic Council have clear claims in their EEZs.  But the speed with which these claims are realized in production capacity and the commitment of resources to the region are important factors in exercising sovereignty and realizing wealth. In the current situation, the Russians and Canadians are committing resources ahead of the other three.  Denmark and Norway are next and the US is dead last in committing resources to the Arctic mission.

Not only are there political challenges to gaining access to Arctic fuel reserves, but the geography of the region must also be taken into account. These reserves lack functioning gas fields and pipelines, and require hundreds of billions of dollars in investments. Even then, many of these areas may not be accessible until the ice cap shrinks further. Russia has responded to these challenges by announcing a number of costly programs to explore and develop East Siberian oil and gas fields and to build a network of oil and gas pipelines towards the 2020-2030 timeframe, despite their costing many tens of billions of dollars.

The Kremlin appears to see the Arctic as a necessary part of Russia’s future security in the realms of energy and geopolitics. Putin has advocated the aggressive expansion of the Arctic, citing the “urgent” need to secure Russian “strategic, economic, scientific and defense interests” there.”  To discourage other Russian as well as foreign companies from operating there, the Russian government has granted Gazprom and Rosneft a duopoly in the Arctic region. In a 2007 statement, the Director of Gazprom’s export business, Alexander Medvedev, dismissed proposals by both British Petroleum (BP) and Royal Dutch Shell for joint ventures there, saying that “development in the extreme conditions of the Arctic was within Gazprom’s capabilities.” On August 19, 2011, Gazprom launched its first Arctic oil platform, with plans to being production in early 2012.

The development of the Arctic is fraught with a number of large obstacles, not the least of which are the severe conditions in the region and the difficulties they pose to the extraction of oil and gas reserves. The environment necessitates the construction of expensive custom equipment capable of withstanding the frigid temperatures and the constant supervision of soil conditions and the icepack for fear of damage to the facilities.

Oil rig operating in Canadian high north.  (Credit photo: Bigstock)
Oil rig operating in Canadian high north. (Credit photo: Bigstock)

Furthermore, the energy infrastructure in the Russian Arctic remains largely undeveloped. Pipelines have yet to be constructed to connect the Arctic’s oil and gas fields to international energy markets, necessitating expensive overland or oversea transportation on top of enormous initial development costs and the high cost of labor.  As such, the development of the Russian Arctic will likely cost tens, if not hundreds, of billions of dollars over the course of the next decade, costs that may prove to be prohibitive to Moscow’s solo development of the Arctic.

Although Russia has sought to avoid triggering a strategic race for Arctic riches, Moscow’s ambitions to develop the Arctic have worried the United States, Canada, Norway, and Denmark, the other states that have claims to Arctic territory. In 2009, Denmark began the process of setting up an Arctic Command within its armed forces, citing the region’s heightened “geostrategic significance” in light of the contention over it. This force will include an Arctic Response Force, a specialized military unit adapted to Arctic conditions capable of quick response throughout the region.

Canada has begun to flex its military muscle in the Arctic, recently conducting the country’s largest Arctic military exercise ever in the Canadian High North. The exercise involved over one thousand troops, military aircraft, naval vessels, and unmanned drones.  The display of force appears to have been at least in part a response to a March 2009 announcement by the Russian government, which stated that Moscow “expects the Arctic to become its main resource base by 2020.”  In an effort to further that goal, that it will deploy military forces “capable of ensuring military security” to the region.  In July 2011, Moscow began planning for the deployment of two military brigades, consisting of roughly four to six thousand soldiers, to a permanent position in the Arctic.

Yet, the Arctic is not fated to become an arena of international conflict. Cooperation and joint development of the region could develop that would satisfy all parties. The forum for such an agreement would likely be the Arctic Council, an intergovernmental forum made up of the eight Arctic states (Canada, Denmark, Finland, Iceland, Norway, Russia, Sweden, and the United States) that seeks to cooperatively address the issues facing the Arctic region. The status of the Arctic Council has expanded in recent years as climate change and strategic concerns in the Arctic have heightened its geopolitical significance.  While the Arctic council did not address the issue of a strategic race for the resources of the Arctic in its most recent declaration,  the common objectives of the Norwegian, Danish, and Swedish chairmanships, which have lasted from 2006 through 2012, call for “international cooperation” as “a prerequisite to sustainable development” in the region.

A helicopter is seen operating in the Arctic.  Providing for maritime safety and security will be a core mission facing the 5 Arctic Council states.  Acquiring assets to operate in the Arctic will be crucial, and here Russia and Canada are clearly committed. The United States is not.A helicopter is seen operating in the Arctic.  Providing for maritime safety and security will be a core mission facing the 5 Arctic Council states.  Acquiring assets to operate in the Arctic will be crucial, and here Russia and Canada are clearly committed. The United States is not.

One reason why Russian policy makers currently proclaim a cooperative approach toward the Arctic is their desire to limit NATO’s role in the Arctic. Another more positive dimension is Russia’s need for foreign technologies and other resources to access their Arctic riches.

Putin said that the Russian oil industry would need more than 8.6 trillion rubles ($280bn) of additional capital during the next decade to sustain current production levels. The International Energy Agency estimates that by 2035, Russia’s maturing Siberian oil fields could produce almost one million fewer barrels of oil each year.  Attracting almost $300 billion would probably require at least some foreign capital as well as foreign technology to exploit Russia’s offshore energy resources.

Although Gazprom and Rosneft are the only Russian companies legally permitted to undertake energy production activities on the Arctic continental shelf, they have yet to take full advantage of this privilege due to inadequate money and technology. Exploiting Russia’s offshore oil and gas deposits in the Arctic waters present major geophysical challenges from the polar ice, cold temperatures, and severe storms. Through joint ventures and other arrangements, Russian energy firms are seeking foreign partners who can bring their experience, technology, managerial skills, and other assets to the challenging task of exploiting the Arctic.

The immense costs, risks, and difficulty associated with the extraction of Arctic hydrocarbon resources provide a strong incentive for the Russian government to cooperate with Western governments and companies. The recent moves by both Gazprom and Rosneft to invite cooperative development with a host of Western oil majors may prove to be the first step in a process whereby setbacks and roadblocks, financial or otherwise, will induce Moscow to support a much larger influx of Western capital and expertise through agreements with Western oil and gas companies.

However, even in light of the Exxon Mobil-Rosneft strategic cooperation agreement, numerous impediments still exist to such cooperation, not the least of which is the assertion by Putin that while Russia remains open to dialogue on cooperation in the Arctic, it will defend its interests in the region, likely by force if necessary, regardless of any prevailing cooperation.  Thus, it appears as if any cooperative agreement between the Arctic states would need to respect Russian interests for it to have any chance of creating sustainable and peaceful collaboration. Furthermore, numerous legal impediments to Western investment may ultimately deter many Western firms from entering the Russian energy market altogether for fear of reprisal from Moscow.

The international community should take advantage of Russia’s currently cooperative stance and work to address some important issues that could impede the safe and secure development of the Arctic’s resources. These include establishing a mechanism to monitor and respond to environmental problems, promote peaceful scientific research and related activities, resolve conflicting claims and ideally promote collaborative projects to exploit the region’s natural resources, prevent the depletion of rich fish stocks and protect fisheries from the adverse impact of climate change, reinforce confidence-building measures among the parties, construct the capacity to manage the growing human activity in the Arctic, and ensure representation of all interested stakeholders (including extra-regional states with a major presence in the region and non-state actors) in Arctic-related decisions.

Some of these issues can be addressed through multilateral institutions, but there is also room for unilateral restraint as well as bilateral arrangements. For example, U.S. Northern Command, which has recently assumed responsibility for the Arctic under the new Unified Command Plan, should make it a priority to engage with their counterpart military commands in Russia and China as well as the other NATO states. The militaries can profitably follow the path already pursued by the countries’ scientific establishments, which have long collaborated on multilateral research projects in the Arctic.

F-35As to Korea: Shaping a Defense Transition

11/22/2011

11/22/2011 – by Michael W. Wynne

There has been much said about the cost structure for the current premier program for re-building airpower, the Joint Strike Fighter.  Though the Trillion Dollar moniker was rapidly debunked for its more definitive view on inflation in general than for any accuracy as to the actual cost for the F-35.  I made mention to a serving official that there was only one thing more expensive than having a first rate Air Force; and that is having a second rate Air Force.

As we now see the shallowness of the arguments to dismiss ‘next-war-itis’ as a pejorative; and a return to the true purpose of the current serving officials which is to look out a decade or two; and prepare the nations defenses for the newly emerging strategic situation.  Though harsh in its truthiness; going into global operations with the forces you have is a reality; and given the potential for a quick strike engagement and then suing for peace; as happened in South Ossetia, Georgia; and looking back at some early World War Two scenarios, makes having any forces forward either be the best; or be sacrificed.

F-35As for Korea; Strategic Changes Generated from 3 Squadron Deployment (Credit Photo: Lockheed Martin)F-35As for Korea; Strategic Changes Generated from 3 Squadron Deployment (Credit Photo: Lockheed Martin)

There is much more now to be said about the performance of the F-35. There have been several tests and even some operational concepts thought through enough to merit mention.   The Joint Maintenance School at Eglin AFB and its interest in conducting competitions to perfect the pit stop type mentality for cross service operations is a gem of a story.  The Marine Corps has now used the WASP exercise to conduct timed arrivals and departures; and finds that they can now simulate truly aggressive actions; and then support them with vertical envelopment.  This was employed in Libya to extract a downed pilot; and it was clear that in the company of fourth generation fighters; it was a successful operation; but in the company of a hovering fifth generation aircraft; the increase in confidence would be measurable.

The interesting question posed then is how might an Amphibious Ready Group with just a minimum of fifth generation fighters, such as the in production F-35B, have cleared the way; and easily opened the airspace, and can that same operational philosophy be used against current or future Integrated Air Defense Systems?

The US Air Force doesn’t have to look far for testing. There is a major opportunity for engaging with the Marines within the Nellis Range; and beginning to exercise the 1000 ship Air Fleet against the most sophisticated defense we can muster; perhaps even the F-22; and wring out revolutionary operational concepts to extract more from each model than it individually possesses.

What would we discover; perhaps a validation of the current reality for the USN of trading distance for effectiveness. Just how much of the Littorals are closed to naval Aviation absent a fifth generation escort.  In this inland synthetic sea where tests would substitute for friendly losses; there could as well be advanced Exocets (perhaps those that the US fields) which, when combined with the outreach by Integrated Air Defenses might initiate argue for elimination of some coverage of inland seas; defining or coping with a reduction in Carrier Units for which the drumbeat becomes louder everyday.

At the same time and place; these tests could test the real opportunity to combine sensors and shooters from different media; and really ask can an Aegis Destroyer or Cruiser be a ‘wingman’ to a F-35?

The cross service or Joint nature of the F-35 makes it the first Goldwater-Nichols Platform; it is a “flying combat system” able to pass targets into the Command Network; and allowing the right shooter to be aligned with appropriate targets. Thus if the detected target merits a larger punch; perhaps that is what the ship borne fire center can do when alerted.  Many is the chart that illustrates the ‘lightning bolt’ connection, managed by a Battle Manager in an undisclosed location.  The F-35 provides the reality to this chart.

In a previous piece, I argued that there was a time to applaud the concept of having 4 and a half acres of sovereign American Territory anywhere in the world you wanted to put it.  At the time the question was, now that it is there, what to do with it? Why proscribe and therefore limit the mission?

One can see the day coming when the Aviation Module is added at the time the mission becomes aggressive; otherwise the mere presence of the Carrier can be an instrument of diplomacy; and not overtly threatening.   In fact, the story of the Carrier in a very humanitarian scenario did not take away from the prospect of converting it back to its first conceptual purpose.

With the danger posed in some of its patrols; why offer the total package to the threat of a comprehensive and quick strike; rather one should position it to reflect the present state of relations with a reserve of power projection.

The Nature of the power projection should be taken separately. Does the Air Power from a Carrier match up to the Integrated Air Defenses of a potential rival?  This too can be well modeled at Northern Edge and examined, rather than simply experienced by force of combat.  With all the exercise capability that is available; the Command Authorities can know with some certainty outcomes; as we have progressed far from the simpler times of the Lanchester Equations; though as one wag put it.  With the projected age of the fleet; it portends a future where instead of the Missouri pounding the Vietnamese Coast; it would have been the Maine; is the same true for Air Power?

There is a theater of operations that should remain an immediate concern and provide an understanding of the way ahead.  That would be the Korean Theater.  Here we have in the heart of the Pacific; a line of battle that has experienced enemy fire this year.   The Korean Theater has seen the US Army decreased and pulled back to a more effective defensive line, with full knowledge of the South Korean Authorities.  The exchange of artillery fire was a dramatic reminder to the population of the aggressive nature of their fellow peninsular citizens.

It does however provide a cold dose of reality to the Air Forces of both the Korean and UN forces; which, of course, are really United States Forces.  Both sides daily secure situational awareness of the others defenses; and prepare for aggression that day; that week; and certainly that year.

Given the current disposition of forces; it seems clear that the expectation of a quick strike and call for peace is a part of the planning.  It would seem that in such an aggressive atmosphere; with the Integrated Air Defenses available; what should be the plan for the United States Air Force would seem to rapidly transition the aging Air Fleet to the newest fighter.

Generating a New Defense Approach in South Korea Can Allow the US to Foster Change in the Worldwide Force Structure (Credit Image: Bigstock)
Generating a New Defense Approach in South Korea Can Allow the US to Foster Change in the Worldwide Force Structure (Credit Image: Bigstock)

This is clearly the theater of highest utility for the emerging F-35.  With the F-22 to be the guardian of the Pacific Expanse; and perhaps even used in a partnership with the F-35, and the ROKAF forces.  This would have the highest probability of training as a ‘1000 Unit Air Fleet’ and the ROKAF, equipped as they are with terrific fourth generation fighters; would yearn to be protected and supportive of this Air Battle Management System proposed and promoted for the F-35.

 

One can as well see in the Korean Theater where in lieu of Aegis; can Army systems connected via a C2 system as well be the wingman for the F-35A’s/B’s or CV Versions.  Service identified targets that will be well within the range of tactical missiles currently fielded and/or well into their design cycle.

With the width of the Peninsula inside the range of Naval Missiles, one can see the real need is off-boarding targets and serving them appropriately.  Real Time Bomb Damage Assessment and even real time Psych warfare may reduce population losses, as all are aware that Regime Loyalty is strongest at the top.

Frankly; the operational concepts born in this crucible for combat; the training; the turnaround for weaponeers, training for both a stealth and non-stealth operational elements; and the maintenance construct seem ideal for an early if not the first deployment for this new highly capable fighter. If there remains a belief in peace through strength; this would illustrate it best.

Three squadrons of F-35A’s deployed throughout South Korea; would relieve the current US Air Structure; be more survivable and have a greater impact on how to best use and distribute across the Air Space; this capability.  The savings in manpower and support costs would as well be large.  Though this appears to be a minimum number; it would force a reassessment of how to prosecute the engagement to either deter or dominate; and as well initiate integration with the very capable Republic of Korea Air Force as a template for true coalition integration in other theaters of operation.

There is already a tremendous respect for the capability of the South Korean Army. Their support in the current engagements has enhanced their skills.  They can and should be connected to their own fighter fleet as our JTACS are today; and a sharpening of the skills to include target sharing across the US and UN force structure would prove enormously powerful; and send a unique message around the world as to integrated capability.

This early deployment would as well bolster our position across the Pacific; as South Korea would be then seen as an anchor point for operations from Alaska to Australia.  Australia is to receive their tranche of F-35’s in the out years; and would be thrilled to mix and match pilots into the Korean operating theater.

In many ways, this would be seen as a major strategic move by America; and support as well redeployment by the Us Navy and Marines throughout the Pacific.  As with any show of force; the primary mission would be to deter aggression; and the secondary mission would be to counter regional threats; and provide a supporting force for American and Allied forces in harms way.  With what has been inferred for the current state of Naval Aviation; this might be an imperative until they secure their own Fifth Generation Fighter, the F-35CV.

What is truly interesting as the Nation lurches toward self disarmament; perhaps all the services need a cleansing where they readily discard; like spent rifles; the weapons that have secured the peace; and now stand those down as we did the liberty ships; and begin to truly equip for modern war.  Where are the Jobs; truly building for modern war is jobs by the tens of thousands.

F-35As Deployed with USMC F-35Bs Provide Synergy from the Sea and From the Land and Support Transformation of the Ground Forces Capabilities As Well (Credit Image: Bigstock)
F-35As Deployed with USMC F-35Bs Provide Synergy from the Sea and From the Land and Support Transformation of the Ground Forces Capabilities As Well (Credit Image: Bigstock)

How to guard the peace becomes far less of an issue when the Nation is markedly and perhaps awkwardly aware that the peace of the future will not be secure until the adversaries and competitors of the future are deterred as well as we have done in the past.  The mad scramble to accomplish this should best occur when there is peace around; as we built the Carriers in the 30’s for war in the 40’s; and submarines in the 50’s that patrol our seas today; and Missile Defense during the 80’s and 90’s while our enemies were designing their own fleet of missiles and Nuclear Weapons.

Absent this vision is the concept advocated by many; transition; a slow and steady march to confront future war with a combination of the force you have and the force you might have someday.

Training in the combative atmosphere like Korea therefore becomes the best crucible for forcing the transition rapidly and using that effort as a key element for defense reform and integration of the US services in a more effective force, Exercising as our forces can at Northern Edge; and the Nellis Range are not Game Time Flyovers; but illustrations of lethal combat piecing together first rate forces from what we have.

Remember the Maine; became Remember the Arizona; then the Berlin Brigade became the obvious trip wire–and they knew it–and next —pick one of the Carriers and minimize its risk–they know it as well.

Turkey and Afghanistan

11/21/2011

(Credit: The Hudson Institute)

By Dr. Richard Weitz

11/21/2011 – On November 1, 2011, Turkey officially extended its command of the all-important region of Afghanistan’s Kabul region for another year.

Furthermore, Istanbul hosted two vital multinational meetings on November 1 and 2 designed to support international peace efforts regarding Afghanistan.

The first gathering was a tripartite summit of Presidents Hamid Karzai of Afghanistan, Asif Zardari of Pakistan and Abdullah Gul of Turkey.

The second, the Security and Cooperation in the Heart of Asia conference, involved officials from these three countries as well as from many other neighboring and supporting countries seeking to establish a benign regional security environment for ending the war.

These military, economic and diplomatic initiatives underscore Turkey’s important role in Afghanistan, which may increase as the NATO troops withdraw from Afghanistan in coming years.

Turkey lives in the neighborhood which means that its role in Afghanistan is more constant than the Western players currently deploying force in the country. (Credit Image: Bigstock)
Turkey lives in the neighborhood which means that its role in Afghanistan is more constant than the Western players currently deploying force in the country. (Credit Image: Bigstock)

Turkey’s military contributions to Afghanistan have been channeled through the International Security Assistance Force (ISAF), created by the December 2001 Bonn Agreement as a means to provide security while the new post-Taliban government rebuilt Afghanistan’s military and police forces. NATO took charge of ISAF in subsequent years and expanded its area of operations in stages until it officially covered all of Afghanistan.

An independent U.S.-only command focusing on counterterrorist operations also has operated in Afghanistan. Turkey has twice led ISAF: first between June 2002 and February 2003, and then between February and November 2005. Turkey has also played a major role in various ISAF regional commands and has led the Force’s Regional Command Capital in the Kabul region. Turkey extended its command of the ISAF’s Kabul region for another year on November 1. 2011.

Turkey initially deployed 276 troops into Afghanistan in late 2001 during the post-9/11 coalition military operations in that country, but this figure rose to 1,300 in June 2002, when Turkey assumed command of ISAF, then charged with providing security in Kabul and running the city’s international airport. Turkey currently has more than 1,800 troops in Afghanistan assigned to various non-combat missions.

While the Turkish government has refused to deploy its troops on explicit counterinsurgency or counterterrorist operations in Afghanistan, its military forces within ISAF have helped train members of the Afghan National Army and the Afghan National Police in these tactics.

In this regard, Turkish instructors can draw on the experience the Turkish military has gained in its many years of conducting experience counterinsurgency and counterterrorist operations against the Kurdistan Workers Party (PKK), al-Qaeda, and other militant groups.

Turkish troops serve primarily in the Kabul region, but also can be found in several Provisional Reconstruction Teams (PRT) across Afghanistan. In Kabul, Turkish troops train hundreds of Afghan soldiers and assist in reconstruction projects. They also patrol the city to reassure citizens about their security. Turkey also collaborates with other NATO members such as France and Italy in a joint Kabul headquarters to promote security in the capital area. In November 2006, moreover, Turkey established a PRT in Wardak, located 40 kilometers west of Kabul. Its mixed contingent of civilian and military personnel train the Afghan Police, improve judicial administration, develop public infrastructure, and support projects aimed at raising the quality of life of the local population.

The Turkish government has resisted American pressure to increase its military activities in Afghanistan. During Turkish Prime Minister Recep Tayyip Erdoğan’s visit to the White House on December 7, 2009, U.S. President Barack Obama requested that the Turkish government deploy combat troops to Afghanistan.

In declining the proposal, Erdoğan and other Turkish officials explained that they wanted to focus Turkey’s military contributions on training Afghan security forces, undertaking economic reconstruction projects, and supporting other non-combat missions.

Alluding to Turkey’s value as a potential mediator between the Afghan government and its adversaries, Turkish President Abdullah Gul argued that, “If Turkey sends combat forces to Afghanistan, the power that everybody respects — including [the] Taliban — will disappear.”

The Obama administration eventually accepted this logic. U.S. Secretary of Defense Robert Gates subsequently stressed to the media that the Obama administration  was “extremely pleased with Turkey’s contributions in Afghanistan” because U.S. officials “pay high importance to personnel that can train [Afghan] individuals in the areas of military and security.”

Turkey has already trained several thousand Afghan security personnel in Afghanistan and hundreds of additional Afghan soldiers and police officers inside Turkey. NATO suffers from a shortfall in such training capabilities.

Encouraging the Turkish government to continue its training efforts, along with its regional diplomatic initiatives aimed at reconciling Afghanistan and Pakistan and its economic reconstruction projects designed to promote political stability through economic growth and development, offers a superior means by which Turkey can continue to promote Afghanistan’s post-conflict reconstruction.

In recent years, Turkey has complemented its longstanding military and economic contributions to Afghanistan with diplomatic initiatives aimed at creating a favorable environment for an Afghan-led peace process. This focus has dovetailed well with the Obama administration’s Afghan-Pak war strategy, which tries to pursue three mutually reinforcing tracks: “fight, talk, and build,” signifying the need for a favorable regional diplomatic framework for ending the conflict along with increased military and economic  support for Afghanistan.

Many of Turkey’s diplomatic initiatives have concentrated on improving relations between Afghanistan and Pakistan—or at least keeping their lines of communication open during their frequent bilateral disputes. Like the Obama administration, and other NATO government, Turkish officials argue that any enduring solution to the conflict will require better relations between the governments of Afghanistan and Pakistan.

In particular, Pakistani support is needed for inducing the Afghan Taliban to end its insurgency since the guerrillas use Pakistani territory as a base of operations.

Turkish officials and experts argue that their country has distinct advantages in this mediation role, including historically good relations with both countries, a shared Islamic faith, and a lack of local proxies or other means and incentives to interfere in their internal affairs.

Turkey also has long-established good ties with Pakistan dating from their common alignment with the Western camp during the Cold War and their common moderate Muslim governments. Their military-to-military exchanges, which include a diverse range of bilateral and multilateral exercises, have continued to this day. In turn, Pakistan may have helped Turkey improve its relations with China and discouraged its Afghan Taliban allies from attacking Turkish troops in ISAF.

Since April 2007, Turkey has hosted six Turkey-Afghanistan-Pakistan Trilateral Forum meetings involving senior Turkish, Afghan, and Pakistani government officials. These sessions began as presidential summits but have since expanded to include senior foreign, intelligence, interior, and other civilian and military officials. Similarly, while their initial focus was on promoting  regional security and counterterrorism collaboration among the three governments, they have since broadened to include economic and other forms of non-military cooperation. For example, at the January 25, 2010, trilateral summit, the three governments endorsed initiatives to promote the reconciliation and reintegration of Taliban members who agreed to cease fighting and engage in solely nonviolent activities. They also discussed cooperating on health, education, and other socioeconomic projects.

Turkey has sought to move beyond mere declarations and have the parties establish concrete confidence-building measures among the parties. As part of this trilateral process, Turkey organized in early 2011 the first a joint military exercise (on urban warfare) involving all three armies. A trilateral direct video-telephone conference line among the three presidents has also been established. There is also a Trilateral Minds Platform whose members include academics and members of the media and thinks tanks. In addition, Turkey has started an Istanbul Forum that brings together representatives of the chambers of commerce in each of the three countries, which helps promote cooperation among their national business leaders and other private sector actors to complement the government-to-government meetings. Turkish officials are now considering initiating contact with the Afghan Taliban in support of its peace mediation efforts. Specifically, they are assessing a proposal of the Afghan High Peace Council to allow the Taliban to establish some kind of representation on Turkish soil. Afghan President Karzai has endorsed the idea as helping to facilitate peace negotiations regional efforts.

In its mediation efforts, Turkey has encountered many of the same challenges that have bedeviled similar U.S. and other third-party facilitators. These obstacles include the region’s porous borders, which facilitates the flow of fighters and drugs; poor governance; regional rivalries; transnational organized criminal groups that have an interest in sustaining the conflict; week national governments and security forces have facing major Islamist insurgents; and limited and declining commitments by external powers to support regionally driven peace programs.

In addition, the Afghan-Pakistan conflict has elements of a civil war in which the Taliban enjoys some support among the large Pashtun community that straddles the Afghanistan-Pakistan border. For this reason, regionally based peace efforts will invariably prove of limited effectiveness unless accompanied by complementary developments in Afghanistan and Pakistan such as more effective governance, better counterinsurgency operations, and a greater desire on the part of the insurgents to lay down their arms and reenter their civilian societies. The Istanbul conference communique, like other international gatherings, stressed that any peace efforts must be led by the Afghan conflict parties.

Regional rivalries have also impeded Turkey’s peace efforts. While Russia, China, and the West now generally support the same goals, Turkey has found it just as difficult as other countries to manage the India-Pakistan rivalry. The Indians complained when they were not invited to the trilateral summits between Afghanistan, Pakistan, and Turkey, as well as other Turkey-hosted gatherings on Afghanistan. Indians interpreted their exclusion, as well as Turkish diplomats’ seeming preoccupation with improving bilateral economic ties between Turkey and India, as a sign that Turkey does not respect India’s legitimate national security interest in Afghanistan.

Whatever limitations on its role as a potential mediator in Afghanistan, Turkey has been a natural partner with NATO, the EU, and the United States in Afghanistan.

The European Union special representative to Afghanistan, Vygaudas Usackas , has praised Turkey’s support for regional peace efforts and termed EU-Turkish cooperation regarding “most exemplary.”  This bond has helped sustain close ties between Turkey and the West even when its government pursues policies towards Iran or Israel unwelcome in many Western capitals. Even if Turkey’s diplomatic efforts regarding Afghanistan fail, Ankara could well receive credit for trying.

In addition to sharing the general Western goals in Afghanistan and contributing troops to the NATO-led ISAF, Turkey has unique cultural and geographic assets regarding Afghanistan that are welcome in the West as well as the region. Turkey is the only NATO country having a Muslim-majority population, a valuable attribute for a Western-led military operation in a Muslim-majority country (Afghanistan) and region (Central Asia). Turkey’s location is also pivotal since Afghanistan, unlike the former Yugoslavia, is very much “out-of-area” for an alliance whose military operations have focused primary on Europe, North America, and the ocean between them. Incirlik air base and other facilities in Turkey have served as important transit centers for helping transport NATO troops and other items to Afghanistan.

Turkey, which has the second highest number of troops of any NATO member after the United States, accrues certain advantages within the alliance from its prominent role in Afghanistan. The other allies acknowledge Turkey’s unique assets and contributions. From 2003 to 2006, a former Turkish Foreign Minister, Hikmet Cetin, served as NATO’s Senior Civilian Representative in Afghanistan. Conversely, from the perspective of potential costs, an alliance defeat in Afghanistan would damage Turkey’s strongest security link with most European countries.

At the same time, several factors have constrained Turkey’s engagement in Afghanistan. These include a concern about becoming bogged down in an unwinnable war, alienation for U.S. policies in Afghanistan and Iraq, and fears of antagonizing fellow Muslims by appearing to join a Western (Christian) crusade. These concerns, manifested in low popular support within Turkey for Turkey’s limited involvement in the war, have made the Turkish government cautious about its level of involvement, especially in the military realm.

Public opposition to the AKP’s foreign policy might grow now that the AKP’s “zero problems with neighbor” policy is in tatters, with Turkey’s relations with Syria, Iran, Armenia, Israel, and other nearby countries deteriorating in recent months.

Putin’s Russia: The Impact of Demographic Decline

11/17/2011
(Credit: Weitz)

By Dr. Richard Weitz

11/17/2011 – As Nicholas Eberstadt, Murray Feshbach, and other scholars have noted, the Russian Federation has been experiencing an unrelenting demographic crisis throughout its two-decade history. Russia’s population has been shrinking more, and for a longer time, than almost any other country today.

On average, 840,000 more Russians have died than were born each year since 1992. Since then, the country’s total population has reportedly fallen by close to 7 million people (almost 5%), with almost continuous year-on-year population declines. Russia’s depopulation crisis consists of a sharp decline in birth rates, accompanied by a sharp upsurge in deaths. According to official Russian figures, between 1992 and 2008, Russia officially registered 13 million more deaths than births. Not only has Russia lost population for 17 years in a row, but it is also projected by both Russian and international agencies to continue along that negative population growth path for decades to come, creating severe economic and security challenges for the Russian people and other countries that must help manage the consequences of Russia’s decline.

(Credit graphs: http://www.economist.com/node/12627956)
(Credit graphs: http://www.economist.com/node/12627956)

Russia’s depopulation, while more or less a country-wide phenomenon, is not uniform across all Russian territories; there is considerable regional variation within this overall national average. Not all oblasts even experience negative natural increase; in 2006, 20 of Russia’s 89 oblasts reported more births than deaths. These areas tend to be where ethnic and religious minorities are overrepresented. The areas in which there are the sharpest negative natural increases tend to be in the historical “heartland” of European Russia. The oblasts in which population increases are occurring, however, tend to be autonomous districts or republics, and only account for a small percentage of the overall Russian population. In 2006, the areas where depopulation was least severe were Dagestan, Ingushetia and Chechnya.

Unfortunately, these autonomous districts do not have the same economic significance of Russia’s affluent, metropolitan centers, St. Petersburg and Moscow. In both of these cities, deaths far outnumbered births in 2006, with St. Petersburg in particular ranking well above the national Russian death rate. In 2007, 90 percent of Russians lived in areas where the overall population was declining. The data show there is relatively less regional variation of fertility rates among Russia’s oblasts than in their mortality rates. Although Moscow and St. Petersburg enjoy better-than-average mortality levels, the areas surrounding them have some of the worst levels in Russia. It appears that proximity to affluence and amenities does not confer any advantages to suburban residents. The country’s most “western” or “European” areas generally have mortality levels above the national average, while oblasts that are overwhelmingly populated by non-Russian ethnicities such as Ingushetia, Chechnya and Dagestan do not.

Russia’s demographic crisis is unique in global and historical context.

Russia is defined as an “Upper Middle Income Economy” in the World Bank’s framework for ranking countries wealth based on per capita income, and after Purchasing Power Parity (PPP) adjustments, it ranks as one of the wealthiest states within this grouping. Yet Russia’s estimated life expectancy at 15 years of age is far lower than expected for a country with such a ranking. Combined male and female life expectancy at age 15 is lower than for some “lower middle income economies,” such as India. Male-only life expectancy at age 15 is one of the lowest in the world, lower than many of the World Bank’s “low income economies” such as Haiti and Benin. Russian male life expectancy at this age even ranks below the “failed state” of Somalia. Although Russia has experienced depopulation four times in the last century, the most recent occurrence is unique as it is occurring in peacetime rather than as a result of war or state-directed violence. The causes and solutions of the problem are therefore more complex than in the past.

The Russian Federation working age population has suffered from a severe health crisis. Over the four decades between 1965 and 2005, age-specific mortality rates for men in their 30s and 40s typically rose by around 100%, with women’s mortality rates rising by around 50%. This deterioration has seen a major divergence in health trends between Russia and the rest of Europe. According to the World Health Organization, by 2006 age-standardized mortality in the Russian Federation was over twice as high as in “pre-accession” states of the European Union (i.e., Western Europe). At the end of the Soviet era, the aggregated “new” EU states’ and Russian age standardized mortality rates were similar. Fifteen years later, Russian mortality rates had risen by 40% while the “new” EU states had recorded substantial health improvements following the demise of Soviet-style rule.

A driving force behind Russia’s depopulation is a significant drop in the number of ethnic Russians. Between the 1989 and 2002 censuses, the present-day Russian Federation’s population fell from 147 million to about 145.2 million, a drop of about 1.8 million. Over that same period, the reported share of ethnic Russians within the country declined as well: from 81.5 percent to 79.8 percent. These numbers indicate a drop of nearly 4 million ethnic Russians within that time period. However, during the same period, the Russian Federation absorbed a net influx of approximately 5 million immigrants, and a large proportion of these immigrants appear to have been ethnic Russians from former Soviet republics.

Although Russia experienced a dramatic drop in births during the “transition” period after Soviet Communism, low levels of fertility today cannot still be attributed to “systemic shock.” Indeed, low fertility rates have been a consistent trend in modern Russia, both during (although the Gorbachev era was an aberration), and after Soviet rule. Russia’s fertility rates have consistently ranked among the lowest in Europe, and are far below the necessary levels required for long-term native population replacement. Ethnic variation is also evident in fertility trends, as today ethnic Russian women record the lowest number of births apart from Russian Jews.

The Russian Federation’s changing trends on the family and fertility are also affected by trends in marriage and divorce rates. Marriage in modern Russia is both less common and less stable than in recent history. In 2005, the total number of marriages was down one fourth from marriages in 1980 and the divorce rates have been steadily rising since the end of the Soviet era. The divorce-to-marriage ratio has also increased greatly in this period. Areas of non-Russian ethnic dominance are again the exception to these nation-wide trends. Dagestan, Ingushetia, and Chechnya and other areas with large concentrations of Muslims have the lowest divorce-to-marriage ratios.

In 1990, the end of the Soviet era, divorce was not uncommon. Yet a Russian woman could enter her first marriage and stand a 60 percent chance of remaining in wedlock by age 50. By contrast, due to a plunge in nuptiality and a rise in divorce rates, in 1996 less than a third of women would remain in their first marriage until age 50. In addition to divorce rates, out-of-wedlock childbearing has also seen a sharp increase. In 1980, fewer than one newborn in nine were born out of wedlock. Yet by 2005, the country’s illegitimacy ratio was approaching 30%–a near tripling of the figure in 25 years. Perhaps predictably, there is a greater ratio of illegitimate births in rural regions than in metropolitan centers, with out-of-wedlock births representing 25 and 34 percent, respectively. In the country’s most remote regions, Siberia and the Russian Far East, nearly half of all births are out-of-wedlock.

Increasingly easy migration into, out of, and within the Russian Federation has been one of the few positive demographic trends following the demise of the Soviet Union. The ease of personal movement is partly due to changes in Russian law and partly to the globalization of transport and communication, a global change that Russians could not fully experience under communism. A fraction of the Russian populace is currently caught in a poverty trap that hinders or prevents domestic relocation in search of a better life. However, the portion of the population that does move is supporting the “New Russian Heartland” hypothesis, which argues that market forces will move the population of Russia westward and to the south. This has helped bolster the population of Moscow; even though it only constituted 6% of the population of Russia in 1989, its population boost accounted for 25% of the country’s internal migration. It now accounts for 7.5% of the country’s population.

Immigration into Russia has helped cushion the country’s demographic decline.

Russia’s population would have fallen even more had it not been for a net increase in in-migration in recent years. Since the beginning of the 2000s, Russia has become the country with the second highest immigration rate in the world, after the United States. Russia is estimated to have close to 10 million migrant seasonal workers, most of whom come (illegally) from the former Soviet republics of the Caucasus (Azerbaijan in particular) and from Central Asia (especially from Tajikistan, Uzbekistan, Kyrgyzstan). The implications for this increased immigration are significant for Russian economy. The overwhelming majority of migrants are of working age and seeking employment.

While immigration has significantly helped develop Russia economically, this increase in migration brings up questions of ethnicity and assimilation in Russia. Despite the Russian constitutional mandate of equality regardless of ethnicity, language and origin, the Russian Federation is distinctly a Russian state, consisting of: a Russian political tradition, a culture profoundly Russian, and a Russian lingua franca (with over 92% of the non-Russian population reporting a command of the Russian language).

Kul Sharif mosque, Russia. City of Kazan. (Photo Credit: Bigstock)
Kul Sharif mosque, Russia. City of Kazan. (Photo Credit: Bigstock)

A specific ethnic situation in Russia has been the “Muslim” population (which is more a reflection of ethnicity, not religious practice). The Muslim states surrounding Russia (Kazakhstan, Kyrgyzstan, Uzbekistan, and Tajikistan) all have much lower per capita incomes than Russia, leading to increased economic incentives to immigrate. In addition, once they enter the country, Muslim communities tend to have much higher fertility rates and lower divorce and higher marriage rates, leading to stronger and larger families. While Muslims increasingly immigrate to the Russian homeland (now constituting roughly 14.7 million people, or around 10% of the overall population), many Russians have emigrated to countries that have higher incomes than Russia (America, Germany, and Israel specifically).

Based on the current situation and trends affecting the Russian Federation, it is possible to offer bounded forecasts of its future size and composition. The United Nations Population Division (UNPD) project that Russia’s population in 2025 could range from a high of about 137 million to a low of about 127 million people. For the year 2030, UNPD forecasts range from 135 million to 122 million. The U.S. Bureau of the Census projects that the Russian Federation’s population will be 128 million in 2025 and 124 million in 2030.

Russian experts also predict that Russia’s population would amount to less than 136 million in 2025.

There is no historical example of a society that has demonstrated overall economic growth while contending with a population decline of that magnitude. The economic implications of this health deterioration are dramatic. Excess mortality rates, caused by negative natural increase and a deterioration of public health, adversely affect labor productivity now and for the future.

Continuing immigration of ethnic Russians would appear to be a prerequisite for Russia to maintain its current proportion of ethnic Russians within its borders.

The 1989 Russian census reported that there were about 25 million ethnic Russians living within the borders of the USSR, but beyond the Russian Federation. Following the turn of the new century, that number has shrunk to fewer than 18 million. This shrinking of the Russian diaspora by nearly 30 percent has several possible explanations.

First, roughly three million ethnic Russians may have migrated into the Russian Federation.

Second, a proportion of these Russians may have changed their ethnic self-identities to conform to post-USSR realities in their new homelands.

Third, this Russian population abroad may be affected by the same demographic issues Russians face within the Federation, such as early mortality, meaning that millions of these ethnic Russians could have died during the 1990s. If this is the case, the “reserves” of ethnic Russians living abroad will continue decrease in the future.

The decline of the Russian population poses threats to economic growth and to Russian security efforts.  (Credit Image: Bigstock)The decline of the Russian population poses threats to economic growth and to Russian security efforts.  (Credit Image: Bigstock)

The number of ethnic Russians moving to Russia appears to have declined during the last decade in any case. Despite the booming Russian economy in the 2000-2006 period, the inflow of ethnic Russian migrants fell sharply to less than 100,000 each year, compared with an average of 433,000 for each of the previous seven years. Many of those ethnic Russians living outside Russia who wanted to return to their motherland have already done so, while those who have remained in the “near abroad” seem content in their new countries, where many of them were in fact born and have lived all their lives.

Meanwhile, a Russian government program to encourage descendants of Russian ancestors to return back to Russia has had minimal impact. The program provides eligible participants with help making the move and with employment assistance once in Russia. Despite spending about $300 million on the program, of the estimated 25 million eligible persons, only 10,300 had moved back as of 2009.  Even if the entire Russian diaspora were to resettle within the Russian Federation, the influx would be insufficient to keep either Russia’s total population or its working age population groups from sinking below their 1995 levels by the year 2050.

These trends suggest that the proportion of Muslims in the Russian Federation will increase over time. There is no universally accepted number for the exact population of Muslims living in Russia. The Russian census does not collect information on religious affiliation. Thus, any data-based estimation of Russia’s Muslim population must be limited to examination of population totals of ethnic groups with a Muslim historical or cultural background. Russia’s nationalities of Muslim heritage accounted for 14.7 million people in Russia in 2002—just over 10 percent of the country’s total population that year. Given the negative natural increase, mortality and fertility rates of ethnic Russians today, an increase in the fraction of Muslims living in the Russian Federation is likely.

Another adverse security development is that the Russian Far East has experienced net out migration every year since the end of the Soviet Union and its system of subsidies. Since 1989, the region has experienced depopulation rates of 14% to nearly 60% in some places. This is most likely because formerly state-controlled cities and production areas in the east fell apart following the fall of communism, giving little forced incentive for citizens to remain in these fairly barren lands. In addition, despite its massive resources, the actual demand for labor in the Russian Far East is at best in the hundreds of thousands, not millions. This makes outmigration economically rational and desirable. This trend, combined with the fact that the Russian Far East borders North Korea and China, raises unwelcome security questions. In the near term, instability in North Korea could lead to a mass exodus of refugees into Russia.

Over the longer term, these demographic disparities beg the question of Chinese aims regarding neighboring Russian territories. Since 1988, immigration into the Russian Far East by Chinese laborers has increased, but estimates of Chinese immigrant population vary wildly. Russian fears of a “yellow peril” have been exaggerated. As can best be determined, the reality is that only a few hundred thousand Chinese migrants live and work in the Russian Far East. Additional Chinese migration into the depopulated and economically depressed Russian Far East could actually prove beneficial to the regional and Russian economy, but it would perhaps weaken the region’s Russian-based national identity and threaten the country’s long-term territorial integrity.

An additional adverse security impact of Russia’s declining population is that the Russian armed forces will have declining personnel resources in the years ahead. Five years ago Russia had more 18-year olds than ever before in its history. But within the next ten years, that number may drop to the lowest in 100 years. The pool of prospective military recruits, under the current staffing formula, is set to fall by almost two-fifths between 2008 and 2017. Another complicating issue is the likely changes in the ethnic composition of the draft pool—that is, a growing share of Muslims. This prospect has produced near panic within the military establishment. Its members propose increasing the pool of draft-eligible men by inducting less qualified recruits, extending soldiers’ terms of service, and employing other options that would have negative consequences in other areas. More likely, this unavoidable reality of a very much reduced pool of men will lead to more radical military reform proposals.

Russia’s foreign rivals and partners will have to manage the negative consequences of a decreasing Russian population, which include lower economic performance, population disparities along potentially contested international borders, fewer potential military recruits, and the general issue of what Russian leaders might do when their lofty ambitions encounter these inescapably negative demographic facts. Will Russian leaders scale back their ambitions, become more risk averse, and more readily cooperate with the international community to compensate for Russia’s decreasing human potential?  Or will they decide that drastic measures such as preventive wars and a nuclear weapons buildup are needed to compensate for their lost “mass mobilization” potential against foreign threats?  Unfortunately, demographic analysis alone cannot answer this question.

Although Western economists can argue that the quality of human capital matters more than its quantity, Russian leaders see all these current trends and future projections as a grave threat to their country’s security. Economists note that recent history shows a negative correlation between a country’s population growth and its economic performance. The data for the 1970-2008 period, for example, shows that the slower a country’s population growth, the faster its per capita GDP increases. But in the view of Russia’s leaders, population decline calls into question the country’s “great power” status. The Soviet Union was the third most populous country in the world at the time of its death in 1990, ahead of the United States. Russia’s current population places it in eighth place in terms of national population size, and Russia appears to be falling further over time. It might be possible to increase Russians’ individual wealth and welfare even with aggregate population decline, but substituting quality for quantity in military forces requires Russia’s defense industry to do better at producing more effective weapons.

Kyrgyzstan and the Afghan Campaign’s Logistical Challenges

11/16/2011

11/16/2011 – by Dr. Richard Weitz

Despite the inevitable charges of electoral fraud, Kyrgyzstan’s presidential election seems to have gone reasonably well. An end to Kyrgyzstan’s political instability would be good for the entire region. The earlier political violence in that country threatened U.S. and Russian military installations as well as the main conduit by which American troops enter and leave Afghanistan.

Although impoverished and isolated Kyrgyzstan is not sufficiently important to Russia, China, the United States or other great powers as to lead to a major clash among them, they each have important interests at stake in seeing a stable Kyrgyzstan.

Chinese officials fear that continued instability in their western neighbor will spill over into China or other Central Asian states, complicating Beijing’s efforts to exploit the region’s natural resources.

The logistical neighborhood to support Afghan operations. (Credit Image: Bigstock)The logistical neighborhood to support Afghan operations. (Credit Image: Bigstock)

Russian policy makers seem most concerned about how instability in Kyrgyzstan makes Moscow and its regional security institutions look impotent. The surprising failure of either the Shanghai Security Organization (SCO) of the Collective Security Treaty Organization (CSTO) to assist the Kyrgyz government to suppress the June 2010 riots sparked concerns by many Central Asians over whether they can rely on the these institutions to defend them against domestic security threats. Another Russian concern is how the collapse of Kyrgyz border controls are facilitating drug trafficking and other transnational crimes in Central Asia, which can easily spill over into the Russian Federation due to the weak border controls separating these former Soviet republics.

U.S. officials have long been concerned about Kyrgyzstan given the vulnerability of the international coalition’s supply lines into Afghanistan.

Allied military planners have always had to worry about their ability to support their very sophisticated and very high-maintenance force in such a distant, land-locked and logistically challenging theater of operations as Afghanistan. The recent surge in the number of U.S. combat troops has only aggravated that problem by requiring the United States to increase considerably its deliveries of food, fuel, munitions, and construction materials to this remote, mountainous, and landlocked country.

The United States and NATO opened the so-called Northern Distribution Network (NDN) in 2008 to provide another supply route to Afghanistan. The NDN, which is also used for non-lethal supplies and equipment, connects Baltic and Caspian ports with Afghanistan via Russia, Central Asia, and the Caucasus. NATO transit to Afghanistan goes through the NDN, either through Russia, Kazakhstan, Tajikistan, and Uzbekistan, or alternately through the South Caucasus and the Caspian Sea.

This 5,000 kilometer transportation network (a distance five times longer than the 1,000-kilometer journey from Karachi to Kabul) involves the delivery of supplies to European ports, where they are loaded onto railway carriages or airplanes and sent through Russia to Kazakhstan or Uzbekistan. From there, the cargo is placed on trucks or trains for shipment into Afghanistan.

Although critics might argue that all the West has done was increase its reliance on vulnerable supply routes, the net effect has been to reduce NATO’s overall vulnerability to supply cutoffs.

Having a portfolio of roots means that, if one communications line is interrupted, the allies still have others to count on. Perhaps the one drawback of the NDN is that, although it has both reflected and contributed to improved relations between the United States and some of the former Soviet republics such as Russia and Uzbekistan, U.S. officials have had to reduce its pressure on these typically authoritarian regimes to liberalize their political systems or respect their citizens’ human rights.

This development does leave the United States vulnerable to further regime changes in the region, such as the one that occurred in Kyrgyzstan in 2010,which partly resulted from U.S. diplomats overlooking corruption and other criminal government behavior in order to not jeopardize U.S. access to the Manas air base there.

Airmen deployed from Fairchild Air Force Base, Wash., and Grand Forks AFB, N.D., perform maintenance operations on a KC-135 Stratotanker at the Transit Center at Manas, Kyrgyzstan on Aug. 6, 2010.  (Credit: Headquarters, Air Mobility Command Public Affairs)
Airmen deployed from Fairchild Air Force Base, Wash., and Grand Forks AFB, N.D., perform maintenance operations on a KC-135 Stratotanker at the Transit Center at Manas, Kyrgyzstan on Aug. 6, 2010. (Credit: Headquarters, Air Mobility Command Public Affairs)

Kyrgyzstan is not a major player in the NDN, but its Manas international airport has played an important role in providing a means by which NATO soldiers can enter and leave Afghanistan. Since Uzbekistan evicted American military personnel from its territory in 2005, Manas has been the main U.S. military transit facility in the region.

 

The Pentagon has used the base to support U.S. military operations in Afghanistan since late 2001.Almost all American soldiers who deploy on the ground in Afghanistan enter and leave through Manas. The international airport’s two main assets are its relatively advanced facilities and its pivotal location. Its 4,200-meter runway, shared between the military and civilian airports, was originally constructed for Soviet bombers and has proved uniquely capable among Kyrgyzstan’s airports of sustaining round-the-clock support for large military aircraft such as cargo and tanker planes. Their crews can make the 1,000-mile flight to Afghanistan in 90 minutes, many hours less than any other major airport.

Nonetheless, the United States and other NATO countries lack sufficient strategic airlift or funding to supply their forces in Afghanistan by air. Although globally only some 10 percent of all U.S. military supplies are moved by air, the shipment of goods to Afghanistan by military or civilian cargo planes is already approximately 30 percent. It also costs about $3 per pound to ship goods by air to Afghanistan, compared with 30 cents for surface delivery.

For this reason, only the most important items are sent by air to Afghanistan, such as weapons, ammunition, critical equipment, and U.S. soldiers, who enter and leave Afghanistan via Manas airbase in Kyrgyzstan. The rest of NATO’s cargo reaches Afghanistan through Pakistan and, increasingly through the NDN. (See further: https://www.sldinfo.com/general-mcnabb-on-meeting-the-challenge-in-afghanistan/)

The Central Asian countries have been logical partners to support a U.S.-led NATO surge in Afghanistan. Tajikistan, Turkmenistan, and Uzbekistan border Afghanistan, while Kyrgyzstan and Kazakhstan are located nearby. Their governments share Western concerns that renewed Taliban control over parts of Afghanistan would give an impetus to Islamist militancy in the region. All Central Asian regimes have been targeted to various degrees by Muslim extremist organizations linked to the Taliban and al-Qaeda. Most recently, Tajikistan has seen a revival of the Islamic Movement of Uzbekistan, the region’s main Islamist terrorist network before U.S. forces destroyed the Movement’s bases in Afghanistan in late 2001.

Central Asian governments would generally like to curb the flow of narcotics from Afghanistan to and through their countries. Although some Central Asian groups profit from the regional drug trade, many societies suffer from the associated increase in crime, corruption, and local narcotics use. Narcotics traffickers are rumored to have helped finance some of the mass violence that plagued Kyrgyzstan last year as a means of disrupting national law enforcement operations.

Central Asian leaders are also eager to maintain NATO’s presence in Eurasia to help balance Russia and China, whose military and economic predominance raises the risk of a Sino-Russian condominium at their expense. Although regional leaders generally enjoy good ties with Moscow and Beijing, they fear that Russian military and Chinese economic dominance raises the risk of a Sino-Russian condominium at their expense.

Commercial considerations also drive their interest in supporting the operation: the recent economic crisis in the region, worsened by the collapse in world oil prices, makes their governments interested in the jobs, service payments, infrastructure improvements, and other economic contributions the transshipments could provide. Central Asian leaders can also solicit bribes to enrich themselves are well as pay off political supporters.

Yet, one must not exaggerate the probable impact of the NDN on relations with Russia or the Central Asian states. These authoritarian regimes will inevitably channel foreign economic and military activities so that they strengthen their regimes. The Western companies and other foreign contractors have not helped strengthen the rule of law in commerce or promoted liberalization of their economies. Rather, those foreign contractors the Pentagon and other NATO militaries use to convey their goods to Afghanistan through Eurasia accept they sometimes must pay bribes and undertake other dishonest behavior to keep their business.

When foreign activities threaten to undermine these regimes and networks, they are resisted. The most notable case occurred in July 2005, when Uzbek President Islam Karimov concluded that U.S. promotion of democratic revolutions and human rights in his region threatened his authority. He therefore expelled the U.S. military from what had been its most important base at the time at Karshi-Khanabad. The Pentagon almost lost access to Manas Air Force Base in 2009 when it looked as if Washington would not match the bids Moscow and Beijing were reportedly offering for an end to the U.S. lease there. Fortunately the Kyrgyz President, since deposed, was open to soliciting multiple payments from multiple parties in the gamble that none of the parties would become so irritated as to break relations with him entirely.

Currently the main worries again center on Uzbekistan, which has emerged as the most important transshipment country along the NDN, since its good railway lines traverse the country’s territory and also bridge the Amu Darya River to reach the Afghan village of Hairaton From there, goods are conveyed by truck to the rest of Afghanistan. In a congressional hearing last November, David Sedney, deputy assistant secretary of defense for Afghanistan, Pakistan and Central Asia, said that about 98 percent of all NDN shipments pass through Uzbekistan. It is no accident that Secretary of State Hillary Clinton visited Uzbekistan again during her trip last week to the region.

Although the Uzbek government has managed to suppress local terrorism, the regime will be extremely vulnerable when Karimov dies or otherwise leaves office, since the political succession process will lack preparation and probably legitimacy. Meanwhile, Karimov will prove a difficult international partner. He seeks to balance between Russia and the West while remaining strongly independent of both.

Uzbekistan may also prove less interested than other NDN states in the economic benefits from servicing the northern supply route to Afghanistan.

The country has a strong overall growth rates and double-digit growth in its industrial sector. Uzbek officials have kept their annual budget deficits and overall public debt relatively small. Uzbeks have been able to leverage their natural endowments with late-comer advantages. Another reason for Uzbekistan’s strong performance has been its growing economic ties with China, which is paying top dollar for Central Asian oil and gas. PRC investors are financing region-wide infrastructure improvements in energy production and transportation.  For Uzbekistan to graduate from lower-middle income status to become a high-end middle income economy, they need to improve its infrastructure, education, and macroeconomic environments as well as expand business transparency. Participating in the NDN can contribute marginally if at all to realizing these goals.

Fortunately, Karimov is eager to restore relations with the West at the moment, and is one of the few Central Asian leaders sufficiently concerned about Afghanistan to offer his own peace plan. Washington and the other NATO governments might as well take advantage of the current mood in Tashkent to try to shore up the region’s defenses before U.S. leverage declines along with the withdrawal of U.S. military forces in coming years.

Russia’s Submarine Modernization Program

11/14/2011
(Credit: http://rpdefense.over-blog.com/article-russian-navy-to-receive-10-graney-class-attack-subs-by-2020-69907831.html)

11/14/2011 by Dr. Richard Weitz

The Russian government is turning its attention to revitalizing Russia’s fleet of cruise-missile and multi-purpose attack submarines.

They are able to do so with the apparent completion of Russia’s fourth-generation Project Mk 955 Borey-class nuclear-powered ballistic missile submarine and its new RSM-56 Bulava (NATO code name SS-NX-30) Submarine Launched Ballistic Missile (SLBM).

­­­But the production of cruise-missile and multi-purpose attack submarines has fared even worse than Russia’s strategic nuclear submarines, leaving the Russian Navy with 8 attack su­­­­­­­­bmarines designed to engage other ships and 19 submarines designed to attack land-based targets with cruise missiles. Though still functional, they will soon reach the end of their designated lifespan since they were constructed during the 1980s and 1990s.

Without urgent corrective measures, Russia’s submarine fleet could decline to fewer than 20 operational ships in a few years. Vice Admiral Oleg Bertsev, First Deputy of the Naval General Staff, has said that the Russian Navy needs between 40 and 50 nuclear-powered submarines to counter the submarines of Western nations. The United States currently has some 60 active submarines, though many of the Ohio class SSBNs will need to be replaced in coming decades. Many of the Russian submarines currently in service could continue operating until 2020 if their reactor cores are preserved due to their low level of operation. But eventually they must be retired and replaced.

The focus of the Russian submarine replacement effort is now on the new Project 885 Yasen (NATO code name Graney) class nuclear-powered multipurpose attack submarine.

Being a multipurpose ship, it fulfills two roles– that of traditional attack submarines and that of Russia’s cruise missile submarines.

As an attack submarine it would replace the Akula attack submarines, and as a cruise missile vessel it would replace the Oscar II class ships. Although work started on the first Severodvinsk in 1993, with a planned launch for 1998, financial considerations halted work for most of the 1990s. Construction resumed in 2000 but delays in production continued due to financial problems as well as technical updates and modifications. The submarine was then scheduled to launch on May 7, 2010 to mark Victory Day over Nazi Germany. However, technical problems delayed the date again to June 15, when President Medvedev attended the launching ceremony.

The Severodvinsk is named after the city in which it was built. Designed by the Malakhit Design Bureau and built by Sevmash Shipyard in the northern Russia city of Severodvinsk , the boat has a double hall and a single shaft. It is 120 meters long with ten compartments. The Severodvinsk displaces 9,700 tons on the surface and 13,700 tons when submerged. It has a maximum speed of 31 knots when submerged. The submarine is equipped with mines, torpedoes, 24 long-range cruise missiles for attacking distant targets, and short-range anti-ship missiles. The torpedoes are launched through eight 533 mm and 650 mm torpedo tubes, while the cruise missiles are launched via eight vertical launch tubes. The cruise missiles include the 3M51 Alfa SLCM, the SS-NX-26 Oniks SLCM and the SS-N-21 Granat/Sampson SLCM cruise missiles, and the SS-N-16 Stallion anti-ship missile. They can be armed with conventional or nuclear warheads and have ranges up to 5,000 kilometers (3,100 miles). It has a 85 member crew, suggesting a high degree of automation.

The Severodvinsk recently began trials in the White Sea. The success of these sea trials will determine how soon the boat enters service. During its first underway period from September 12 to October 5, the Severodvinsk accomplished 80 percent of its assigned tasks while observers identified only minor problems with the ship’s performance. The official expectation is that the submarine will join the fleet this year, but according to Konstantin Makiyenko, deputy director of the Moscow-based Centre for Analysis of Strategies and Technologies, it could be three to five years before it is ready. The second Yasen submarine, the Kazan, was laid down in July 2009 and is currently under construction. It is expected to have more advanced equipment than the Severodvinsk and to enter service in 2015.

(Credit: http://rpdefense.over-blog.com/article-russian-navy-to-receive-10-graney-class-attack-subs-by-2020-69907831.html)(Credit: http://rpdefense.over-blog.com/article-russian-navy-to-receive-10-graney-class-attack-subs-by-2020-69907831.html)

Russian articles claim the Severodvinsk will be the quietest submarine in the world. The boat reportedly has new communications, navigation, and nuclear power systems as well as extensive noise reduction and stealth features. Western nuclear submarines have tended to be quieter than Soviet and Russian nuclear designs and Western experts have predicted that it will only be slightly quieter than the Akula class. The Severodvinsk is also reportedly the first Russian submarine with its torpedo tubes amidship to make way a new bow-mounted advanced sonar system.

The Yasen’s long-range cruise missiles lead some to see it as a “carrier killer.” These SLCMs can be armed with nuclear warheads. Russian naval strategists see tactical nuclear warheads as helping to compensate for the inferior size of the Russian fleet as compared with the U.S. Navy.  A tactical nuclear warhead could destroy an entire carrier task force group in seconds, which is beyond the capacity of Russia’s conventional weapons.

Russian policy makers would naturally worry about such a conflict escalating to further nuclear exchanges, but the advantage of using a nuclear warhead against an ocean-going target is that the number of civilian casualties would be minimized and a clear firebreak would be retained since the adversary’s national territory would not be directly affected by the nuclear blast.

But another mission for the Yasen submarines could be defending Russia’s extensive claims over the natural resources on the floor of the Arctic Ocean, which the Russian government has declared as part of its continental shelf.  With its long-range cruise missiles and other weapons systems, the Severodvinsk would be able to defend large areas of the Arctic Ocean from a distance.

The Yasen boats will probably be assigned to the larger Northern and Pacific Fleets due to their size, capabilities, and cost. Its advantages — long endurance, stealth, and cruise missiles—could be used more effectively in a larger body of water.

Originally, the Soviet Navy wanted a total of 30 Yasen class submarines, but the Russian government only recently committed in the 2007-2015 SAP to buy two Yasen vessels, the Severodvinsk and the Kazan. In March 2011, an unnamed senior Navy official said that the service planned to acquire as many as ten Yasen class ships by 2020.

Since then, the rising cost of the Severodvinsk class ships as well as tight funding has led many defense experts to urge the Russian Navy to find a cheaper replacement for its retiring current generation of submarines. The cost of the first Severodvinsk class boat is $1.7 billion, but the shipyard, Sevmash, was seeking to charge the Navy three times as much for the second boat, justifying the increase on inflationary trends in the defense industry related to rising prices for materials, energy, and “monopolistic” subcontractors “trying to dictate prices.”

In early November 2011, the United Shipbuilding Corporation (USC) and the Russian Defense Ministry resolved their price dispute for the Yasen and Borey class nuclear-powered submarines. The Ministry agreed that in the future USC could select its own subcontractors rather than the Defense Ministry.

Even if all ten Yasen submarines were built, they would not provide enough boats to replace all the Russian attack submarines that will retire in coming years. Some defense analysts suggest that Russia discontinue production of the Yasen boats after the Kazan, the second ship in the class, and then build less capable but less expensive submarines. The U.S. Navy pursued such a policy when it discontinued the building of the Sea Wolf class and began building the more economical Virginia class attack submarines.

The Russian Navy still has several types of multi-purpose submarines inherited from the Soviet period. These include eight Oscar II class cruise missile submarines. They are armed with P-700 Granit cruise missiles designed to attack U.S. Navy carrier task forces. They may be armed with newer cruise missiles that could allow them to attack land-based targets. The Navy also has four Victor III and three Sierra attack submarines.

The eight Akula submarines are mainly assigned to Russia’s Northern Fleet. Although the Soviet government began working on the more advanced Akula II type ship in the early 1990s, the post-Soviet collapse meant it was not until 2007 that the Russian government found sufficient funds to resume development work, starting in October 2008, to begin sea trials of the vessel.

The Russian Navy only began receiving delivery of the first of its eight planned new Lada class diesel submarines in 2010, whose construction began over a decade ago. Developed by the Rubin Design Bureau, this new type Project 677 diesel submarine reportedly operates more quietly than the venerable Russian Kilo-class diesel-eclectic submarine, which it will replace.

The Lada also has a longer operational range than the Kilos, which were constructed in the 1980s, and more advanced anti-ship weaponry. The Russian Navy wants to have eight Lada submarines by 2020, and more later, but problems with the propulsions systems used by the first vessel of this class, the St. Petersburg, have delayed completion of the other two ships whose construction has already begun.

As an interim measure, the Navy is building six new improved Kilos based on a vessel that was previously only sold to other countries (such as China). They are supposed to join the Black Sea Fleet in a few years. The Black Sea Fleet, based in Sevastopol, currently has a single Project 877 Alrosa submarine. The Navy also plans to provide the Black Sea Fleet, whose operational zone incudes the Mediterranean Sea and the Gulf of Aden, with new frigates for possible use against pirates and to establish a permanent presence in the Indian Ocean.

Iran Approaches the Nuclear Weapons Threshold

11/10/2011
Soon the Middle East

11/09/2011 – by Richard Weitz

The International Atomic Energy Agency (IAEA) has written its latest quarterly assessment of Iran’s nuclear program and things don’t look good.

The report and other comments by the IAEA and its member governments indicate that Iran has made considerable progress In the three pillars required to have a nuclear weapons capacity: producing sufficient weapons-grade fissile material—normally highly enriched uranium (HEU) or plutonium—to fuel the explosion; designing and physically assembling nuclear explosive devices using this material;  and acquiring a means to deliver the weapon to a target—normally by designing and building a small nuclear warhead that can be carried by a ballistic missile or warplane.

The November 8 report was written by IAEA Director General Yukiya Amano and his staff from information received from the agency’s monitors and analysts as well as intelligence provided by national governments. The report says ten national governments provided some intelligence, which the agency then tried to verify independently. The report says it includes only the information that could be so verified.

Soon the Middle East, Europe, and the United States will have to determine how to re-shape their defense policies with a nuclear Iran on the playing field. (Credit Image: Bigstock)Soon the Middle East, Europe, and the United States will have to determine how to re-shape their defense policies with a nuclear Iran on the playing field.  (Credit Image: Bigstock)

Like earlier IAEA reports on Iran, the most recent report again complains that Iranian authorities have failed to fulfil the multiple Security Council resolutions requiring Tehran to provide the IAEA with all the information required for it to verify that Iran’s nuclear program has been for exclusively peaceful purposes. Iranians resolutely deny any effort to make nuclear weapons but have conducted so many deceptive and clandestine nuclear activities as to sow doubt among many observers.

This latest IAEA report finds that Iran continues to enrich larger quantities of low-enriched uranium (LEU) at the Fuel Enrichment Plant (FEF) and the Pilot Fuel Enrichment Plant (PFEP), both located at Natanz. The FEF concentrates on manufacturing LEU whose proportion of the fissile isotope Uranium-235 has been artificially raised to 3.5%, which is suitable for use in most commercial nuclear reactors. As of early November, Iran was using 37 cascades at the FEF containing of 6,208 IR-1 centrifuges, with another 2,000 or so devices off-line, probably for repair.

The PFEP, besides experimenting with new centrifuge models, is producing uranium fuel enriched to 20% Uranium 235  for use as fuel in Tehran Research Reactor (TRR), which has almost exhausted its original fuel supply. Since this above-ground cascade began operating in February 2010, Iran has fed a total of 765.5 kg of 3.5% LEU, producing 79.7 kg 20% uranium.

Tehran and its foreign partners tried to negotiate a uranium swap agreement whereby Iran would surrender large quantities of its 3.5% LEU in exchange for foreign fuel rods containing the 20% LEU. After these negotiations failed, Iran decided to try to produce the 20% LEU fuel rods itself. It has demonstrated the capacity to produce the 20%-enriched  LEU but not the fuel assemblies needed to power the reactor.

Still, being able to manufacture 20% U-235 makes it easier for Iran to produce weapons-grade uranium, which is normally enriched to 90%. According to IAEA calculations, Iran has already manufactured sufficient LEU, almost 5,000 kilograms, to make several nuclear weapon if this LEU were enriched further to weapons-grade high-enriched uranium (HEU).

Both these facilities at Natanz are subject to IAEA surveillance and containment, as required by Iran’s IAEA Safeguards Agreement (INFCIRC/214), which entered into force on May 15, 1974. The IAEA has generally been able to monitor these sites, but the Security Council has prohibited Iran from engaging in such uranium enrichment until Iran clarifies IAEA concerns that Iranians have engaged in nuclear weapons research.

Iran is a party to the Nuclear Non-Proliferation Treaty (NPT), which prohibits Iran from engaging in such research, and authorizes the IAEA to ensure the compliance of all parties with their treaty commitments.

Interestingly, while the volume of both types of enriched LEU continues to accumulate, the pace at which Iran is producing this material is not.  This stagnation, evident for some time now, may be related to the Stuxnet virus and other clandestine sabotage operations. Or it could be that Iran is trying to proceed surely but slowly towards achieving a nuclear weapons potential to avoid precipitating a strike against these facilities  before it has a more developed nuclear capacity.

Unfortunately, this pause may not last long. The IAEA notes that Iran continues to make progress developing more efficient enrichment machines designed to overcome the reliability problems found with the current IR-1 devices. These first-generation centrifuges, based on Pakistan’s P-1 centrifuges acquired through A.Q. Khan’s illicit procurement network, have been the sole device in operation in Iran since Iran started manufacturing LEU in February 2007.

Iran has been developing and testing several new and presumably more efficient centrifuge models at its testing facility at the PFEP. The Iranians informed the agency earlier this year that Iran intend to begin deploying two of these next-generation centrifuges, the IR-4 and IR-2m, soon at FEP. Since they operate more efficiently and require less physical space, these centrifuges can also more easily be used at clandestine sites.

They might also be able to produce HEU more easily than the problematic IR-1. Once the second-generation centrifuges enter into operation on a large scale, Iran’s enrichment uranium production—and potential bomb-making material–could soar.

Another problem is the IAEA cannot be certain that Iran is not now, or will in the future, enrich uranium at other clandestine locations. For example, Iran initially concealed both the Natanz Enrichment Site and the more recently revealed Fordow Enrichment Site near Qom from the IAEA, and only informed the agency after the existence of these facilities was revealed by other sources.

Iran has also taken actions to shield its nuclear activities from a potential adversary air strike as well as making it harder for satellites and other air, space, and ground sensors to monitor its activities.

For example, Iran has begun transferring nuclear material to its underground Fordow Enrichment Site and installed cascades of advanced centrifuges there. Iran has repeatedly changed the declared designs for this facility that it provides the IAEA, which, in addition to the site’s initially secret construction, suggest its purpose was to allow Iran to manufacture nuclear weapons should the Iranian leadership decide to do so.

The IAEA already complains that Iran is not providing adequate information concerning its declared nuclear activities.

For instance, Tehran has been denying agency requests for additional information about possible additional uranium enrichment facilities as well as its laser enrichment technologies or third-generation centrifuge. Furthermore, Tehran has denied the IAEA access to various nuclear sites, such as where Iran researches, develops, and manufactures enrichment technologies and centrifuges.

Efforts to understand the history of Iran’s weapons design work—the second element of a nuclear weapons program–are also impeded by Iranian secrecy.

The report’s 13-page Annex details the information that the agency possesses regarding suspicious Iranian nuclear activities that may have military purposes. The IAEA has previously concluded that before 2003 Iran had a comprehensive and structured program to develop nuclear weapons. That year, it ceased weapons-design work but continued programs to acquire fissile material as well as the means to deliver a nuclear warhead to a target using a ballistic missile.

But now the latest IAEA report provides evidence that some weapons-design work has continued, if on a less comprehensive basis.

Among the long list of suspicious activities—all of which at least some of the countries that developed nuclear weapons also followed—several stand out.

First, two IAEA member states informed the agency that Iran used advanced computers to create sophisticated models of the behaviour of uranium cores “subject to shock compression”–something  that provokes the report to comment drily that, “”The application of such studies to anything other than a nuclear explosive is unclear to the agency.” Modern nuclear warheads use high-grade explosives, tamping devices, and precise geometries around the nuclear core to minimize the size and weight of the warhead so that it can be carried by a plane or missile.

Second, the IAEA has evidence that Iran built a large explosives container at the Parchin military complex southeast of Tehran in 2000 that technicians use to conduct hydrodynamic experiments, activities that are “strong indicators of possible weapon development.” Iran concealed this vessel from IAEA inspectors.

Third, Iran keeps renaming and reorganizing the clandestine organization that before 2003 had led its comprehensive nuclear weapons program, suggesting a kind of shell game designed to conceal its existence. But the IAEA believes that the same person who led this weapons program, Mohsen Fakrizadeh, remains in charge of the current renamed and reorganized effort. The Iranian government has denied repeated agency requests to communicate with Fakrizadeh.

Some other disturbing findings are that Iran:

  • Tried to obtain equipment, materials, and services that would help develop a nuclear explosive device, including high-speed electronic switches and spark gaps (for triggering and firing detonators), neutron sources, radiation detection and measuring equipment, and training courses on subjects related to developing nuclear explosive devices;
  • Received nuclear explosive design information from the A Q Kahn clandestine nuclear supply network;
  • Sought data on how to transform HEU into a metal usable as the nuclear core for a weapon;
  • Developed exploding bridgewire detonators for detonating a nuclear explosive device;
  • Conducted high-scale explosive experiments near Marivan;
  • Manufactured simulated nuclear explosive components with high density materials such as tungsten;
  • Researched the manufacture of small capsules suitable for carrying components filled with nuclear material;
  • Conducted preliminary experiments that could be useful for testing a nuclear bomb.

Perhaps almost any one of these types of activities in isolation might be excused as a simple scientific experiment. Some could be seen as having possible civilian as well as military purposes, but the large volume of suspicious activities more convincingly lead one to conclude that Iranians are seeking at least the option to convert their growing supply of potential fissile material into a nuclear weapons stockpile.

As the report puts it, “The Agency has serious concerns regarding possible military dimensions to Iran’s nuclear program. After assessing carefully and critically the extensive information available to it, the Agency finds the information to be, overall, credible. The information indicates that Iran has carried out activities relevant to the development of a nuclear explosive device.” And some of these activities continue to this day.

In addition to acquiring potential fissile material and undertaking activities suitable for making a nuclear explosive device, Iran has also worked to improve its ballistic missile capacities in recent years—making progress in the third pillar of a nuclear weapons program.

More suspiciously, the IAEA reports that Iran studied how to fit possible nuclear payloads onto the re-entry vehicle of a Shahab 3 missile. The IAEA has evidence that Iranians technicians examined how these payloads would function during the missile’s launch and flight. They also worked on developing a prototype firing system that would allow a payload to explode in mid-air above a target (for a nuclear air burst, which could generate electro-magnetic pulse suitable for disabling electronic devices), or when the missile re-entry vehicle hit the ground.

For the report

http://graphics8.nytimes.com/packages/pdf/world/2011/IAEA-Nov-2011-Report-Iran.pdf