Tag Archives: Soviet Union

Chem and Bio Agents,Lockheed Martin And Japan Bio Terror

Published on May 4, 2012 by Bryan Cohen

The Japan Ministry of Defense has ordered 19 AbleSentry systems from the Bethesda, Maryland-based Lockheed Martin to provide early warning and detection of potential nuclear, biological or chemical attacks.

The AbleSentry is a system designed for tactical battlefields that can be simply deployed, operated and maintained. It uses a detection algorithm and a network of remote sensors to detect threats and minimize the possibility of false alarms. The networking of the sensors prevents the possibility of a system-wide alarm being caused by one sensor.

“The system’s ability to provide information on where the threat is coming from and how fast it’s moving gives battlefield commanders the advanced warning they need to make the decisions necessary to keep their troops out of harm’s way,” Daniel Heller, the vice president of new ventures for Lockheed Martin’s Mission Systems & Sensors business, said.

The AbleSentry system is the next evolutionary step after the company’s Biological Aerosol Warning System and its Enhanced Biological Aerosol Warning System platforms. The new system adds radiological and chemical detection capabilities. Lockheed Martin has delivered 24 BAWS and EBAWS systems to Japan’s Ground Self Defense Forces since 2005.

The AbleSentry also monitors temperature, wind direction and speed, humidity and location data, and collects air samples for the identification and confirmation of biological agents.

Japan will use the devices for counter-terrorism efforts.

With spores mailed inside envelopes, the 2001 anthrax attacks marked the first bioterrorist attacks in the United States. The spores killed five people, four of whom were not the intended targets. After considering Al Qaeda, draining ponds in search of evidence, and pursuing the wrong person, the FBI traced the letters to a domestic source — a scientist working in biodefense. He was one of the FBI’s own advisors on anthrax.

Besides proving deadly, the 2001 anthrax incident caused considerable disruption. Mail was stopped in several cities, and it cost more than $1 billion to clean up the spores

. And all of this was caused by just one man. The prospect of a larger attack is beyond frightening. Terrorists can hide biological weapons in pharmaceutical production lines and breweries. The biggest eyes we have for surveillance, like spy satellites, can’t inspect those very well.

So where does the U.S. stand if it’s attacked again? In 2005, the presidential commission on intelligence released a report saying that while the United States was building a reasonable defense of vaccines and other measures on the ground, it was rather clueless on which countries had what biological agents

. In 2009, the Department of Homeland Security predicted that the United States would see another biological attack in the next five years

.

Chemical weapons have the same potential for killing thousands of people in a city attack — and unfortunately, a long history of doing so. Thankfully, much of the world has at least pledged to disarm itself of chemical weapons. Under the Chemical Weapons Conventions, states representing 98 percent of the world’s population and the same percentage of the chemical industry are supposed to be rid of chemical weapons by 2012

. But there are enough routes around the treaties. States like North Korea didn’t sign them. And signatories may have undeclared weapons. Before they are actually destroyed, weapons marked for disposal could also be stolen or sold. Still, as of December 2008, more than 40 percent of the world’s declared chemical stockpile, led by the stockpilers Russia and the United States, had been destroyed

[sources: Cohen, Chyba].

For all of these reasons, it’s good to know what threats exist. This article will explain how chemical and biological weapons really work, how they might be deployed and what the actual threats are.

Feared Chemical Agents

An effective chemical attack would use chemicals that are extremely toxic to people in small quantities. From least to most threatening, the most commonly feared agents are:

Sarin — Sarin is a nerve agent. Once inside your body, nerve agents affect the signaling mechanism that nerve cells use to communicate with one another. Sarin is a cholinesterase inhibitor — it gums up the cholinesterase enzyme, which your nerve cells use to clear themselves of acetylcholine. When a nerve cell needs to send a message to another nerve cell (for example, to cause a muscle to contract), it sends the message with the acetylcholine. Without cholinesterase to clear the acetylcholine, muscles start to contract uncontrollably — this eventually causes death by suffocation since the diaphragm is a muscle. It acts in five to 12 hours

. It is not particularly difficult to manufacture, and if you were trapped in a one-cubic-meter closet with 100 milligrams of sarin in the air, inhaling it would kill you in 1 minute

.
Cyclosarin — Cyclosarin is another nerve agent. It works in the same way as sarin, but it is more than twice as toxic. You’d only need to be in the cubic-meter closet with 35 milligrams of airborne cyclosarin to die in 1 minute

. Saddam Hussein’s Iraq made cyclosarin during the Gulf War

.
Soman — Soman is also like sarin, but it acts faster, in 40 seconds to 10 minutes

. It’s about as toxic as cyclosarin

. The Soviet Union stockpiled soman in the 1960s

.
VX — VX works in the same way as sarin, but it is a liquid, while sarin vaporizes. It is also ten times more toxic than sarin. Ten milligrams on the skin will kill a person

. A sticky version exists that adheres to whatever it falls on

. The United States made VX during the 1950s and 1960s

.
Novichoks — Novichoks are nerve agents. To make them, two ordinary chemicals are mixed to form a toxic product. As recently as 1990, at least three novichoks existed (novichok-5, novichok-#, and novichok-7), but whether large quantities exist today is unknown. All novichok agents are more toxic than VX. Some may be up to 10 times more toxic

. They may also work differently than the nerve agents listed here, possibly rendering existing antidotes ineffective. The Soviet Union began making novichoks in the 1980s

. In Russian, novichok means “newcomer.”

Not all feared chemical weapons attack the nerves. Blistering agents, like mustard gas, blister the skin, destroy lung tissue and can kill people. But they are less deadly than nerve agents.

One of the problems with these chemical agents is that there is no easy way to protect yourself. On the battlefield, soldiers wear gas masks and complete skin coverings when chemical or biological attack is deemed possible. If a city were to experience a large-scale VX attack, people would have to be wearing a waterproof and airtight suit and a gas mask at the time of the attack in order to be protected.

There are many ways to implement a biological attack, but these are some of the most feared agents, from least to most threatening:

Ebola virus — The virus takes about a week to kill the victim, and it spreads through direct contact. The Marburg virus is just as deadly.
Botulinum toxin — Clostridium botulinum bacteria produce the botulinum toxin, and this toxin is deadly to people in incredibly small quantities (as little as a billionth of a gram). The toxin inhibits the release of the chemicals in nerve cells that cause muscle contractions, so it causes paralysis.
Tularemia — Bacteria cause tularemia. The most deadly forms, which cause fever or respiratory illness, kill 5 to 7 percent of people, but vaccines are an effective prevention, and antibiotics can clear the infections

.
Pneumonic plague — Plague is caused by a bacterium. In pneumonic plague, bacteria infest the lungs, and a person dies in three to four days if not treated. Pneumonic plague is also contagious, spreading through coughing and sneezing. The most recent pandemic, which lasted until 1922, killed 10 million people. Eventually, public health measures drove the bacteria’s hosts, rodents and fleas, out of cities, and antibiotics became available

. But even today, antibiotics must be delivered fast to prevent death from pneumonic plague. Plague is a weapon. Japan may have released infected fleas in China during World War II, and the United States and Soviet Union found ways to aerosolize the bacteria during the Cold War

.
Anthrax — A bacterium causes anthrax. It has a spore form that is very durable. If the spores or bacteria get into your lungs, they reproduce and create a toxin that can be fatal. See “How Anthrax Works” for more information.
Smallpox — Smallpox is a virus. It was a major killer until it was controlled with vaccinations in the 20th century. It has been eradicated worldwide, but the fear is that terrorists could release new strains. The main problem with smallpox, unlike with anthrax, is that it is highly contagious. It spreads and kills very quickly. Up to 40 percent of people who catch the virus die from it in about two weeks, and there is no good treatment for the disease. Vaccinations are the main protection, but they must be given prior to infection in order to work.

It would also be possible to cause significant problems by targeting the food supply. For example, foot-and-mouth disease has been a huge problem in Europe. Spreading the disease to the United States would be relatively easy and very disruptive.

The Spread of Biological and Chemical Agents

The previous sections listed 11 of the most-feared chemical and biological agents. There are dozens of others that aren’t as well known, either because they are not as toxic or not as easy to spread.

There are three ways to spread a chemical or biological agent so that it would infect a large number of people:

Through the air
Through a municipal water supply
Through the food supply

The most-feared scenario is through the air. Here are the techniques most commonly discussed:

A bomb or a missile explodes, spreading the chemical or biological agent over a wide area.
A crop-duster or other aircraft sprays the agent over a city.
A car or truck drives through the city spraying a fine mist along city streets in crowded areas.
Small bombs or aerosol canisters are released in crowded areas like subways, sports arenas or convention centers.

 


Manipulation of the climate for military use:what was overlooked

The term,

“environmental modification techniques” refers to any technique for changing – through the deliberate manipulation of natural processes – the dynamics, composition or structure of the Earth, including its biota, lithosphere, hydrosphere and atmosphere, or of outer space.

(Convention on the Prohibition of Military or Any Other Hostile Use of Environmental Modification Techniques, United Nations, Geneva: 18 May 1977)

“Environmental warfare is defined as the intentional modification or manipulation of the natural ecology, such as climate and weather, earth systems such as the ionosphere, magnetosphere, tectonic plate system, and/or the triggering of seismic events (earthquakes) to cause intentional physical, economic, and psycho-social, and physical destruction to an intended target geophysical or population location, as part of strategic or tactical war.”

(Eco News)

“[Weather modification] offers the war fighter a wide range of possible options to defeat or coerce an adversary… Weather modification will become a part of domestic and international security and could be done unilaterally… It could have offensive and defensive applications and even be used for deterrence purposes. The ability to generate precipitation, fog and storms on earth or to modify space weather… and the production of artificial weather all are a part of an integrated set of [military] technologies.”

 

World leaders are meeting in Copenhagen in December 2009 with a view to reaching an agreement on Global Warming.

The debate on Climate Change focuses on the impacts of greenhouse gas emissions and measures to reduce manmade CO2 emissions under the Kyoto Protocol.

The underlying consensus is that greenhouse gas emissions constitute the sole cause of climate instability. Neither the governments nor the environmental action groups, have raised the issue of “weather warfare” or “environmental modification techniques (ENMOD)” for military use. Despite a vast body of scientific knowledge, the issue of climatic manipulations for military use has been excluded from the UN agenda on climate change.

John von Neumann noted at the height of the Cold War (1955), with tremendous foresight that:

“Intervention in atmospheric and climatic matters… will unfold on a scale difficult to imagine at present… [T]his will merge each nation’s affairs with those of every other, more thoroughly than the threat of a nuclear or any other war would have done.”

(Quoted in Spencer Weart, Environmental Warfare: Climate Modification Schemes, Global Research, December 5, 20090

In 1977, an international Convention was ratified by the United Nations General Assembly which banned,

“military or other hostile use of environmental modification techniques having widespread, long-lasting or severe effects.”

(AP, 18 May 1977).

Both the US and the Soviet Union were signatories to the Convention.

Guided by the interest of consolidating peace, …and of saving mankind from the danger of using new means of warfare, (…)

Recognizing that military… use of such [environmental modification techniques] could have effects extremely harmful to human welfare, Desiring to prohibit effectively military… use of environmental modification techniques in order to eliminate the dangers to mankind… and affirming their willingness to work towards the achievement of this objective, (…)

Each State Party to this Convention undertakes not to engage in military … use of environmental modification techniques having widespread, long-lasting or severe effects as the means of destruction, damage or injury to any other State Party.

(Convention on the Prohibition of Military or Any Other Hostile Use of Environmental Modification Techniques, United Nations, Geneva, May 18, 1977. Entered into force: 5 October 1978, see full text of Convention in Annex)

The Convention defined,

“‘environmental modification techniques’ as referring to any technique for changing – through the deliberate manipulation of natural processes – the dynamics, composition or structure of the earth, including its biota, lithosphere, hydrosphere and atmosphere or of outer space.”

(Environmental Modification Ban Faithfully Observed, States Parties Declare, UN Chronicle, July, 1984, Vol. 21, p. 27)

The substance of the 1977 Convention was reasserted in very general terms in the Framework Convention on Climate Change (UNFCCC) signed at the 1992 Earth Summit in Rio de Janeiro:

“States have… in accordance with the Charter of the United Nations and the principles of international law, the (…) responsibility to ensure that activities within their jurisdiction or control do not cause damage to the environment of other States or of areas beyond the limits of national jurisdiction.”

(UN Framework Convention on Climate Change, New York, 1992)

Following the 1992 Earth Summit, the issue of Climate Change for military use was never raised in subsequent climate change summits and venues under the auspices of the UNFCCC. The issue was erased, forgotten. It is not part of the debate on climate change.

In February 1998, however, the European Parliament’s Committee on Foreign Affairs, Security and Defense Policy held public hearings in Brussels on the U.S based weather warfare facility developed under the HAARP program.

The Committee’s “Motion for Resolution” submitted to the European Parliament:

“Considers HAARP [The High Frequency Active Auroral Research Program based in Alaska]… by virtue of its far-reaching impact on the environment to be a global concern and calls for its legal, ecological and ethical implications to be examined by an international independent body…; [the Committee] regrets the repeated refusal of the United States Administration… to give evidence to the public hearing… into the environmental and public risks [of] the HAARP program.”

(European Parliament, Committee on Foreign Affairs, Security and Defense Policy, Brussels, doc. no. A4-0005/99, 14 January 1999).

The Committee’s request to draw up a “Green Paper” on “the environmental impacts of military activities”, however, was casually dismissed on the grounds that the European Commission lacked the required jurisdiction to delve into “the links between environment and defense”.

Brussels was anxious to avoid a showdown with Washington (see European Report, 3 February 1999).

In 2007, The Daily Express reported – following the release and declassification of British government papers from the National Archives – that:

“The [declassified] documents reveal that both the US, which led the field, and the Soviet Union had secret military programs with the goal of controlling the world’s climate. “By the year 2025 the United States will own the weather,” one scientist is said to have boasted.

These claims are dismissed by skeptics as wild conspiracy theories and the stuff of James Bond movies but there is growing evidence that the boundaries between science fiction and fact are becoming increasingly blurred. The Americans now admit that they invested L12million over five years during the Vietnam war on “cloud seeding” – deliberately creating heavy rainfall to wash away enemy crops and destroy supply routes on the Ho Chi Minh trail, in an operation codenamed Project Popeye.

It is claimed that rainfall was increased by a third in targeted areas, making the weather-manipulation weapon a success. At the time, government officials said the region was prone to heavy rain.

(Weather War?, Daily Express, July 16, 2007)

The possibility of climatic or environmental manipulations as part of a military agenda, while formally acknowledged by official government documents and the US military, has never been considered relevant to the Climate debate. Military analysts are mute on the subject.

Meteorologists are not investigating the matter, and environmentalists are strung on global warming and the Kyoto protocol.

The HAARP Program

The High-Frequency Active Auroral Research Program (HAARP) based in Gokona, Alaska, has been in existence since 1992. It is part of a new generation of sophisticated weaponry under the US Strategic Defense Initiative (SDI).

Operated by the Air Force Research Laboratory’s Space Vehicles Directorate, HAARP constitutes a system of powerful antennas capable of creating “controlled local modifications of the ionosphere” [upper layer of the atmosphere]:

HAARP has been presented to public opinion as a program of scientific and academic research.

US military documents seem to suggest, however, that HAARP’s main objective is to, “exploit the ionosphere for Department of Defense purposes.”

(See Michel Chossudovsky, The Ultimate Weapon of Mass Destruction: “Owning the Weather” for Military Use, Global Research, September 27, 2004)

Without explicitly referring to the HAARP program, a US Air Force study points to the use of “induced ionospheric modifications” as a means of altering weather patterns as well as disrupting enemy communications and radar. (Ibid)

HAARP also has the ability of triggering blackouts and disrupting the electricity power system of entire regions:

“Rosalie Bertell, president of the International Institute of Concern for Public Health, says HAARP operates as ‘a gigantic heater that can cause major disruptions in the ionosphere, creating not just holes, but long incisions in the protective layer that keeps deadly radiation from bombarding the planet’.

Physicist Dr Bernard Eastlund called it ‘the largest ionospheric heater ever built’. HAARP is presented by the US Air Force as a research program, but military documents confirm its main objective is to ‘induce ionospheric modifications’ with a view to altering weather patterns and disrupting communications and radar.

According to a report by the Russian State Duma:

‘The US plans to carry out large-scale experiments under the HAARP program [and] create weapons capable of breaking radio communication lines and equipment installed on spaceships and rockets, provoke serious accidents in electricity networks and in oil and gas pipelines, and have a negative impact on the mental health of entire regions.’

Weather manipulation is the pre-emptive weapon par excellence. It can be directed against enemy countries or ‘friendly nations’ without their knowledge, used to destabilize economies, ecosystems and agriculture. It can also trigger havoc in financial and commodity markets.

The disruption in agriculture creates a greater dependency on food aid and imported grain staples from the US and other Western countries.”

(Michel Chossudovsky, Weather Warfare: Beware the US military’s experiments with climatic warfare, The Ecologist, December 2007)

An analysis of statements emanating from the US Air Force points to the unthinkable: the covert manipulation of weather patterns, communications systems and electric power as a weapon of global warfare, enabling the US to disrupt and dominate entire regions of the World.

According to an official US Air force report:

“Weather-modification offers the war fighter a wide-range of possible options to defeat or coerce an adversary… In the United States, weather-modification will likely become a part of national security policy with both domestic and international applications.

Our government will pursue such a policy, depending on its interests, at various levels.”

 

Copenhagen CO15

The manipulation of climate for military use is potentially a greater threat to humanity than CO2 emissions.

Why has it been excluded from the debate under COP15, when the UN 1977 Convention states quite explicitly that,

“military or any other hostile use of such techniques could have effects extremely harmful to human welfare”?

(Convention on the Prohibition of Military or Any Other Hostile Use of Environmental Modification Techniques, United Nations, Geneva, 1977)

Why the camouflage?

Why are environmental modification techniques (ENMOD) not being debated by the civil society and environmentalist organizations under the auspices of the Alternative Forum KlimaForum09?

ANNEX

Adopted by Resolution 31/72 of the United Nations General Assembly on 10 December 1976.

The Convention was opened for signature at Geneva on 18 May 1977.

Convention on the Prohibition of Military or Any Other Hostile Use of Environmental Modification Techniques

The States Parties to this Convention, Guided by the interest of consolidating peace, and wishing to contribute to the cause of halting the arms race, and of bringing about general and complete disarmament under strict and effective international control, and of saving mankind from the danger of using new means of warfare,

Determined to continue negotiations with a view to achieving effective progress towards further measures in the field of disarmament,

Recognizing that scientific and technical advances may open new possibilities with respect to modification of the environment,

Recalling the Declaration of the United Nations Conference on the Human Environment, adopted at Stockholm on 16 June 1972,

Realizing that the use of environmental modification techniques for peaceful purposes could improve the interrelationship of man and nature and contribute to the preservation and improvement of the environment for the benefit of present and future generations,

Recognizing, however, that military or any other hostile use of such techniques could have effects extremely harmful to human welfare,

Desiring to prohibit effectively military or any other hostile use of environmental modification techniques in order to eliminate the dangers to mankind from such use, and affirming their willingness to work towards the achievement of this objective,

Desiring also to contribute to the strengthening of trust among nations and to the further improvement of the international situation in accordance with the purposes and principles of the Charter of the United Nations,

Have agreed as follows:

Article I

Each State Party to this Convention undertakes not to engage in military or any other hostile use of environmental modification techniques having widespread, long-lasting or severe effects as the means of destruction, damage or injury to any other State Party.

Each State Party to this Convention undertakes not to assist, encourage or induce any State, group of States or international organization to engage in activities contrary to the provisions of paragraph 1 of this article.

Article II

As used in article 1, the term “environmental modification techniques” refers to any technique for changing – through the deliberate manipulation of natural processes – the dynamics, composition or structure of the Earth, including its biota, lithosphere, hydrosphere and atmosphere, or of outer space.

Article III

The provisions of this Convention shall not hinder the use of environmental modification techniques for peaceful purposes and shall be without prejudice to the generally recognized principles and applicable rules of international law concerning such use.

The States Parties to this Convention undertake to facilitate, and have the right to participate in, the fullest possible exchange of scientific and technological information on the use of environmental modification techniques for peaceful purposes. States Parties in a position to do so shall contribute, alone or together with other States or international organizations, to international economic and scientific co-operation in the preservation, improvement and peaceful utilization of the environment, with due consideration for the needs of the developing areas of the world.

Article IV

Each State Party to this Convention undertakes to take any measures it considers necessary in accordance with its constitutional processes to prohibit and prevent any activity in violation of the provisions of the Convention anywhere under its jurisdiction or control.

Article V

The States Parties to this Convention undertake to consult one another and to co-operate in solving any problems which may arise in relation to the objectives of, or in the application of the provisions of, the Convention. Consultation and co-operation pursuant to this article may also be undertaken through appropriate international procedures within the framework of the United Nations and in accordance with its Charter. These international procedures may include the services of appropriate international organizations, as well as of a Consultative Committee of Experts as provided for in paragraph 2 of this article.

For the purposes set forth in paragraph 1 of this article, the Depositary shall within one month of the receipt of a request from any State Party to this Convention, convene a Consultative Committee of Experts. Any State Party may appoint an expert to the Committee whose functions and rules of procedure are set out in the annex which constitutes an integral part of this Convention. The Committee shall transmit to the Depositary a summary of its findings of fact, incorporating all views and information presented to the Committee during its proceedings. The Depositary shall distribute the summary to all States Parties.

Any State Party to this Convention which has reason to believe that any other State Party is acting in breach of obligations deriving from the provisions of the Convention may lodge a complaint with the Security Council of the United Nations. Such a complaint should include all relevant information as well as all possible evidence supporting ItS validity.

Each State Party to this Convention undertakes to cooperate in carrying out any investigation which the Security Council may initiate, in accordance with the provisions of the Charter of the United Nations, on the basis of the complaint received by the Council. The Security Council shall inform the States Parties of the results of the investigation.

Each State Party to this Convention undertakes to provide or support assistance, in accordance with the provisions of the Charter of the United Nations, to any State Party which so requests, if the Security Council decides that such Party has been harmed or is likely to be harmed as a result of violation of the Convention.

Article VI

Any State Party to this Convention may propose amendments to the Convention. The text of any proposed amendment shall be submitted to the Depositary, who shall promptly circulate it to all States Parties.

An amendment shall enter into force for all States Parties to this Convention which have accepted it, upon the deposit with the Depositary of instruments of acceptance by a majority of States Parties. Thereafter it shall enter into force for any remaining State Party on the date of deposit of its instrument of acceptance.

Article VII

This Convention shall be of unlimited duration.

Article VIII

Five years after the entry into force of this Convention, a conference of the States Parties to the Convention shall be convened by the Depositary at Geneva, Switzerland. The conference shall review the operation of the Convention with a view to ensuring that its purposes and provisions are being realized, and shall in particular examine the effectiveness of the provisions of paragraph 1 of article I in eliminating the dangers of military or any other hostile use of environmental modification techniques.

At intervals of not less than five years thereafter, a majority of the States Parties to this Convention may obtain, by submitting a proposal to this effect to the Depositary, the convening of a conference with the same objectives.

If no conference has been convened pursuant to paragraph 2 of this article within ten years following the conclusion of a previous conference, the Depositary shall solicit the views of all States Parties to this Convention concerning the convening of such a conference. If one third or ten of the States Parties, whichever number is less, respond affirmatively, the Depositary shall take immediate steps to convene the conference.

Article IX

This Convention shall be open to all States for signature. Any State which does not sign the Convention before its entry into force in accordance with paragraph 3 of this article may accede to it at any time.

This Convention shall be subject to ratification by signatory States. Instruments of ratification or accession shall be deposited with the Secretary-General of the United Nations.

This Convention shall enter into force upon the deposit of instruments of ratification by twenty Governments in accordance with paragraph 2 of this article.

For those States whose instruments of ratification or accession are deposited after the entry into force of this Convention, it shall enter into force on the date of the deposit of their instruments of ratification or accession.

The Depositary shall promptly inform all signatory and acceding States of the date of each signature, the date of deposit of each instrument of ratification or accession and the date of the entry into force of this Convention and of any amendments thereto, as well as of the receipt of other notices.

This Convention shall be registered by the Depositary in accordance with Article 102 of the Charter of the United Nations.

Article X

This Convention, of which the Arabic, Chinese, English, French, Russian and Spanish texts are equally authentic, shall be deposited with the Secretary-General of the United Nations, who shall send duly certified copies thereof to the Governments of the signatory and acceding States.

In witness whereof, the undersigned, being duly authorized thereto, have signed this Convention

Done at Geneva, on the 18 day of May 1977.

Annex to the Convention

Consultative Committee of Experts

The Consultative Committee of Experts shall undertake to make appropriate findings of fact and provide expert views relevant to any problem raised pursuant to paragraph 1 of article V of this Convention by the State Party requesting the convening of the Committee.

The work of the Consultative Committee of Experts shall be organized in such a way as to permit it to perform the functions set forth in paragraph 1 of this annex. The Committee shall decide procedural questions relative to the organization of its work, where possible by consensus, but otherwise by a majority of those present and voting. There shall be no voting on matters of substance.

The Depositary or his representative shall serve as the Chairman of the Committee.

Each expert may be assisted at meetings by one or more advisers.

Each expert shall have the right, through the Chairman, to request from States, and from international organizations, such information and assistance as the expert considers desirable for the accomplishment of the Committee’s work.

Source


Psychotronics and Remote Brain Manipulation

 

Last year, in October, the congressman Denis J. Kucinich introduced in the American Congress a bill, obliging the American president to get engaged in the negotiations aimed at the ban of space based weapons.

In this bill the definition of a weapon system includes: any other unacknowledged or as yet undeveloped means inflicting death or injury on, or damaging or destroying, a person (or the biological life, bodily health, mental health, or physical and economic well-being of a person) through the use of land-based, sea-based, or space-based systems using radiation, electromagnetic, psychotronic, sonic, laser, or other energies directed at individual persons or targeted populations or the purpose of information war, mood management, or mind control of such persons or populations (12).

As in all legislative acts quoted in this article the bill counts with sound, light or electromagnetic stimulation of human brain.

Psychotronic weapons remain, at least for a layman uninformed of secret military research, in the sphere of science fiction, since so far none of the published scientific experiments was presented in the way which would allow for its replication.

That it is feasible to manipulate human behavior with the use of subliminal, either sound or visual, messages is now generally known. This is why in most of the countries the use of such technologies, without consent of the user, is banned. Devices using light for the stimulation of the brain show another way how the light flashing in certain frequencies could be used for the manipulation of human psychic life. As for the sound, a report on the device transmitting a beam of sound waves, which can hear only persons at whom the beam of sound waves is targeted, appeared last year in the world newspapers.

The beam is formed by a combination of sound and ultrasound waves which causes that a person targeted by this beam hears the sound inside of his head. Such a perception could easily convince the human being that it is mentally ill. The acts presented in this article suggest that with the development of technology and knowledge of the functioning of human brain new ways of manipulation of human mind keep emerging. One of them seems to be the electromagnetic energy.

Though in the open scientific literature only some 30 experiments were published, supporting this assumption (1),(2), already in 1974, in the USSR, after successful testing with military unit in Novosibirsk, the installation Radioson (Radiosleep) was registered with the Government Committee on the Matters of Inventions and Discoveries of the USSR, described as a method of induction of sleep by means of radio waves (3), (4), (5).

In the scientific literature technical feasibility of making a human being asleep by radio waves is confirmed in the book by English scientist carrying out research on the biological effects of electromagnetism (6).

In the report by World Health Association on non-ionizing radiation from 1991 we read,

“Many of biological effects observed in animals exposed to ELF fields appear to be associated, either directly or indirectly, with the nervous system” (2).

Among the published experiments there are experiments where pulsed microwaves caused the synchronization of isolated neurons with the frequency of pulsing of microwaves – for example a neuron firing at a frequency 0.8 Hz was forced in this way to fire the impulses at a frequency of 1 Hz.

As well pulsed microwaves changed the concentration of neurotransmitters in brain (neurotransmitters are a part of the mechanism which causes the firing of neurons in the brain) and reinforced or attenuated the effects of drugs delivered into the brain (1).

The experiment where the main brain frequencies registered by EEG were synchronized with the frequency of microwave pulsing (1,2) might explain the function of the Russian installation Radioson. Microwaves pulsed in the sleep frequency would cause the synchronization of the brain activity with the sleep frequency and in this way produce the sleep. Pulsing of microwaves in frequency predominating in the brain at awaked state could by the same procedure deny the sleep to a human being.

A report derived from the testing program of the Microwave Research Department at the Walter Read Army Institute of research states,

“Microwave pulses appear to couple to the central nervous system and produce stimulation similar to electric stimulation unrelated to heat”.

In a many times replicated experiment microwaves pulsed in an exact frequency caused the efflux of calcium ions from the nerve cells (1,2).

Calcium plays a key role in the firing of neurons and Ross Adey, member of the first scientific team which published this experiment, publicly expressed his conviction that this effect of electromagnetic radiation would interfere with concentration on complex tasks (7).

Robert Becker, who had share in the discovery of the effect of pulse-fields at the healing of broken bones, published the excerpts from the report from Walter Reed Army Institute testing program. In the first part “prompt debilitation effects” should have been tested (8).

Were not those effects based on the experiment by Ross Adey and others with calcium efflux?

British scientist John Evans, working in the same field, wrote that both Ross Adey and Robert Becker lost their positions and research grants and called them “free-thinking exiles” (6). In 1975, in the USA, a military experiment was published where pulsed microwaves produced, in the brain of a human subject, an audio perception of numbers from 1 to 10 (9). Again the possibility to convince human being that it is mentally ill is obvious.

The testing program of American Walter Read Army Institute of Research, where the experiment took place, counts with “prompt auditory stimulation by means of auditory effects” and finally aims at “behavior controlled by stimulation” (8). Let us imagine that the words delivered into the brain were transcribed into ultrasound frequencies. Would not then the subject perceive those words as his own thoughts? And could not then his behavior be controlled in this way?

The American Air Force 1982 “Final Report On Biotechnology Research Requirements For Aeronautical Systems Through the Year 2000” states:

“While initial attention should be toward degradation of human performance through thermal loading and electromagnetic field effects, subsequent work should address the possibilities of directing and interrogating mental functioning, using externally applied fields” (10).

Several scientists warned that latest advances in neurophysiology could be used for the manipulation of human brain.

In June 1995, Michael Persinger, who worked on the American Navy’s project of Non-lethal electromagnetic weapons (11), published, in a scientific magazine, an article where he states: the technical capability to influence directly the major portion of the approximately six billion brains of the human species without mediation through classical sensory modalities by generating neural information within a physical medium within which all members of the species are immersed is now marginally feasible (12).

In 1998, the French National Bioethics Committee warned that neuroscience is being increasingly recognized as posing potential threat to human rights (13).

In May 1999 the neuroscientists conference, sponsored by the UN, took place in Tokyo. In the declaration we read:

“Today we have intellectual, physical and financial resources to master the power of the brain itself, and to develop devices to touch the mind and even control or erase consciousness. We wish to profess our hope that such pursuit of knowledge serves peace and welfare” (14).

The events at the international political scene, in the last few years, confirm that the concept of remote control of human brain is a matter of negotiations. In January 1999 the European Parliament passed a resolution where it calls for an international convention introducing a global ban on all developments and deployments of weapons which might enable any form of manipulation of human beings. (15)

Already in 1997 nine states of the Union of Independent States addressed OUN, OBSE and the states of the Antiparliamentary Union with the proposal to place at the agenda of the General Assembly of the Organization of United Nations the preparation and conclusion of an international convention On Prevention of Informational Wars and Limitation of Circulation of Informational Weapons (17), (3).

The initiative was originally proposed, in the Russian State Duma, by Vladimir Lopatin (1). V. Lopatin worked, from 1990 to 1995, in sequence, in the Committees on Security of the Russian Federation, Russian State Duma and Antiparliamentary Assembly of the Commonwealth of Independent States, specializing in informational security (3).

The concept of informational weapon or informational war is rather unknown to the world general public. In 1999, V. Lopatin, together with Russian scientist Vladimir Tsygankov, published a book Psychotronic Weapon and the Security of Russia (3).

There we find the explanation of this terminology:

“In the report on the research of the American Physical Society for the year 1993 the conclusion is presented that psychophysical weapon system scan be used for the construction of a strategic arm of a new type (informational weapon in informational war)”

Among many references to this subject we find:

Materials of the Parliament Hearings “Threats and Challenges in the Sphere of Informational Security”, Moscow, July 1996

“Informational Weapon as a Threat to the National Security of the Russian Federation” (analytical report of the Intelligence Service of the Russian Federation), Moscow, 1996

material “To Whom Will Belong the Consciousness Weapon in the 21st century”, Moscow, 1997. (18)

In 2000 V. Lopatin introduced, after two other authors, the third in order bill on the subject of “Informational and Psychological Security of the Russian Federation”.

The Russian newspaper Segodnya wrote about this draft: means of informational-psychological influence are capable not only to harm the health of a person, but, as well, cause and quotation of Lopatin’s draft follows the blocking of freedom of will of human being on subliminal level, the loss of ability of political, cultural and other self-identification of human being, the manipulation of societal consciousness “and even destruction of united informational and spiritual space of Russia” (17).

In the book “Psychotronic Weapon and the Security of Russia” the authors propose among the basic principles of the Russian concept of the defense against the remote control of human psyche the acknowledgement of its factual existence as well as the acknowledgement of realistic feasibility of informational, psychotronic war (which as a matter of fact is actually taking place without declaration of war)” (19).

They quote as well the record from the session of the Russian Federation Federal Council where V. Lopatin stated that psychotronic weapon can,

“cause the blocking of the freedom of will of a human being on a subliminal level” or “instillation into the consciousness or sub-consciousness of a human being of information which will cause faulty perception of the reality” (20).

For that matter they propose the preparation of national legislative as well as the norms of international law “aimed at the defense of human psyche against subliminal, destructive, informational effects” (21).

As well they propose the declassification of all works on this technology and warn that, as a consequence of the classification, the arms race is speeding up making the psychotronic war probable. Among the possible sources of remote influence on human psyche they list the generators of physical fields” of “known as well as unknown nature” (22).

In 1999 the STOA (Scientific and Technological Options Assessment), part of the Directorate General for Research of the European Parliament published the report on Crowd Control Technologies, ordered by them with the OMEGA foundation in British Manchester (23).

One of four major subjects of the study are the 2nd generation” or “non lethal” technologies:

“This report evaluates the second generation of ‘non-lethal’ weapons which are emerging from national military and nuclear weapons laboratories in the United States as part of the Clinton Administration’s ‘non-lethal’ warfare doctrine now adopted in turn by NATO. These devices include weapons using directed energy beam, radiofrequency, laser and acoustic mechanisms to incapacitate human targets” (24)

The report states that the most controversial non-lethal’ crowd control technology proposed by the U.S., are so called Radio Frequency or Directed Energy Weapons that can allegedly manipulate human behavior the greatest concern is with systems which can directly interact with the human nervous system” (25).

The report also states that perhaps the most powerful developments remain shrouded in secrecy” (26).

The unavailability of official documents confirming the existence of this technology may be the reason why the OMEGA report is referencing, with respect to mind control technology, the internet publication of the author of this article (27).

In an identical approach the internet publication of the directrice of the American human rights and anti mind control organization (CAHRA), Cheryl Welsh, is referenced by joint initiative of Quaker United Nations Office, United Nations Institute for Disarmament Research, and Programme for Strategic and International Security Studies, with respect to non-lethal weapons (28).

On September 25th, 2000 the Committee on Security of the Russian State Duma discussed the addendum to the article 6 of the Federal law On Weapons. In the resolution we read:

The achievements of contemporary science allow for creation of measured methods of secret, remote influencing on the psyches and physiology of a person or a group of people” (29).

The committee recommended that the addendum be approved.

The addendum to the article 6 of the Russian Federation law On Weapons,

“was approved on July 26, 2001. It states: within the territory of the Russian Federation is prohibited the circulation of weapons and other objects the effects of the operation of which are based on the use of electromagnetic, light, thermal, infra-sonic or ultra-sonic radiations” (30).

In this way the Russian government made a first step to stand up to its dedication to the ban of mind control technology.

In the Doctrine of Informational Security of the Russian Federation, signed by president Putin in September 2000, among the dangers threatening the informational security of Russian Federation, is listed the threat to the constitutional rights and freedoms of people and citizens in the sphere of spiritual life individual, group and societal consciousness” and “illegal use of special means affecting individual, group and societal consciousness” (31).

Among the major directions of the international cooperation toward the guaranteeing of the informational security is listed the ban of production, dissemination and use of ‘informational weapon’ ” (32). This should be interpreted as the continuing Russian dedication to the international ban of the means of remote influencing of the activity of human brain.

In the above mentioned report, published by the STOA, the originally proposed version of the resolution of the European Parliament is quoted, calling for an international convention for a global ban on all research and development which seeks to apply knowledge of the chemical, electrical, sound vibration or other functioning of the human brain to the development of weapons which might enable the manipulation of human beings, including a ban of any actual or possible deployment of such systems.”(33) Here the term “actual” might easily mean that such weapons are already deployed.

Among the countries with the most advanced military technologies those are the USA which did not present any international initiative demanding the ban of technologies enabling the remote control of human mind. (The original version of the bill by Denis J. Kucinich was changed.)

All the same, according to the study published by STOA, the USA are the major promoter of the use of those arms.

Non lethal technology was included into NATO military doctrine due to their effort:

“At the initiative of the USA, within the framework of NATO, a special group was formed, for the perspective use of devices of non-lethal effects” states the record from the session of the Committee on Security of the Russian State Duma (29).

The report published by STOA states:

“In October 1999 NATO announced a new policy on non-lethal weapons and their place in allied arsenals” (34). “In 1996 non-lethal tools identified by the U.S. Army included directed energy systems” and “radio frequency weapons” (35) – those weapons, as was suggested in the STOA report as well, are being associated with the effects on human nervous system.

According to the Russian government informational agency FAPSI, in the last 15 years, the U.S. expenses on the development and acquisition of the means of informational war grew four times and at present time they occupy the first place among all military programs (17),(3).

Though there are other concepts of informational war than mind control, the unwillingness of the USA to engage in the negotiations aimed at the ban of the manipulation of human brains might indicate their intent to use those means in internal as well as international affairs.

One clear consequence of the continuation of the apparent politics of secrecy surrounding technologies enabling remote control of human brains might be that the governments, who would own such technologies, could use them without having to take into consideration the opinion of the general public.

The concept of the democratic world would be, though secretly, disrupted in this way, and in the future the world populations could live in only fake democracy where their own or foreign governments might, by means of secret technologies, shape their opinions. Source

 


Russian appeal of 'weather control'

 

Standing by an open hatch on a Russian military plane high up in the sky is tricky.

All the more so when your job is to “seed” clouds, shovelling chemicals outside to cause rain.

These seeded clouds never make it to Moscow, where millions are enjoying a nice sunny holiday. Or where guests might be dancing at a wedding under the clear blue sky.

Some might think that controlling the weather sounds a bit like science fiction.

But military pilot Alexander Akimenkov doesn’t think so.

I don’t think there will be good results – dry substances are not able to have any noticeable reaction with ice particles
Dr Nina Zaitseva
Russian Academy of Science

He has seeded clouds over Moscow on important state holidays for many years. He says the Russians use two different methods to try to drive the rain away.

 

“Either there’s a special machine that spits out silver iodide, dry ice or cement into the clouds, or a hatch opens and a guy with a shovel seeds the clouds manually,” he explains.

“As soon as the chemicals touch the cloud, a hole appears. It becomes bigger and bigger, and it either rains right there and then or, if the clouds aren’t very dense, they disperse without any precipitation.”

The Russian government has used rain prevention methods since Soviet times, seeding clouds for major celebrations three times a year – Victory Day, City Day and, more recently, Russia Day.

There are also private companies that for some $6,000 per hour say they can guarantee sunshine on your wedding day – or for any other private party.

HOW CLOUD SEEDING WORKS
Cloud seeding graphic
1. Silver iodide is fired into cloud using flares on planes or from the ground
2. Water droplets then attach to these particles
3. They fall as snow if surface temperatures are below or near freezing, or as raindrops at warmer temperatures
4. Heat released as the droplets freeze boosts updrafts, which pull more moist air into the cloud
Despite the use of the cloud-seeding technique, many scientists remain sceptical of its effectiveness

Many ecologists agree that these techniques, also used in many other countries for irrigation purposes, do not pose much of a threat to the environment or people’s health, as the period of active influence on the clouds is very short.

But when Moscow’s mayor Yuri Luzhkov suggested the technique could shift the winter snow outside the capital – and therefore save more than $10m in snow-clearing costs – many felt the city authorities were going a bit too far.
Alexey Yablokov (photo Y. Kotlyarenko-Shukhman)
Alexey Yablokov says winter snow is vital in Moscow (Photo: Y. Kotlyarenko-Shukhman)

Even if the idea might appeal to Moscow drivers, tired of constant traffic jams – especially bad in snowy conditions – it has stirred concerns among local ecologists.

“Millions of tonnes of snow diverted from Moscow will create chaos in the areas where it is forced to fall and might even lead to the collapse of bridges and roofs,” said Alexei Yablokov, one of Russia’s leading environmentalists, who was ecological adviser to former President Boris Yeltsin.

Besides, a lack of snow in Moscow would cause many problems in the capital itself, he said.

“Why do we need snow in Moscow? Snow on the ground helps the roots of trees to survive during severe frosts. If there’s no snow, lots of vegetation – trees, bushes – will die.

“Snow also cleans the atmosphere very effectively. If there’s nothing to clean the Moscow atmosphere, many people will die – there will be tens or even hundreds of additional deaths,” explains Mr Yablokov.

‘Groundless’ concerns

But Valery Stasenko from Roshydromet – the Federal Service of Hydrometeorology and Environmental Monitoring – calls these concerns groundless.

“It is stupid to say that there won’t be any snow in Moscow. If there is some five centimetres of it, it’s absolutely fine, but there is a limit when all the transport just stops,” he said, adding that the aim of winter cloud-seeding would not be to get rid of snow, but to control its level, not letting it go over this maximum limit.

The planes will be out only occasionally, said Mr Stasenko, to prevent major snowfall that happens on average three or four times a month. Thus it will cost a lot less than using snowploughs that are out most days of the winter.
Moscow in winter (AFP)
Moscow’s mayor raised the possibility of seeding in the winter

“Besides, the idea didn’t come to the Moscow mayor from nowhere, it is based on facts. In the early 1980s, back in the Soviet period, there was a special service to limit snowfall over Moscow. It stopped working during perestroika [Gorbachev’s reforms], when money became scarce,” Mr Stasenko said.

“Some eight to 10 planes had to find clouds with the most precipitation and spray them with crystallising chemicals.

“Not all water vapour in the atmosphere turns to precipitation, and for the snow to fall, water vapour should concentrate on ice crystals first. So we were making snow fall before it reached Moscow and this work reduced the amount of snow in the capital by 20, 30 and sometimes 40%.”

Ecology threat

And even though this winter is over and the snow in Moscow will soon disappear naturally, scientists at the Central Aerological Observatory of Roshydromet have been working for months trying to come up with new, improved techniques of winter cloud-seeding.

They refused to explain the essence of their work. And this secrecy raises important environmental concerns, says a climate specialist from the Russian Academy of Sciences’ Department of Earth Sciences, Nina Zaitseva. She believes that even with raincloud seeding, much depends on luck and coincidence.

She is sceptical about the current research and the state’s past or present ability to effectively seed winter clouds.

“I don’t think there will be good results – dry substances are not able to have any noticeable reaction with ice particles. But if they decide to seed winter clouds with a liquid, they should first and foremost think about the ecological consequences,” said Dr Zaitseva.

Regardless of the Moscow authorities’ final decision on snow cloud seeding, Russia remains one of the few nations where weather control is more than using anti-hail cannons and battling droughts.

So if you want to visit Moscow and don’t fancy rain, go there on one of the three precipitation-free holidays.

And if you want to ensure your wedding day is dry – it might just be possible to make it happen. BBC

 


Evergreen Aviation Admits to Chemtrail Contracts with USAF

The video clip I previously had linked to this page was a promotional film released by Evergreen Aviation, displaying its Supertanker spraying all manner of substances from its massive hold. The narrator bragged about the craft’s capabilities, including restoration of plankton in oil-ravaged waters, besides oil spill containment, firefighting and a host of other applications.

Recently, that clip was taken down and all videos uploaded to YouTube referencing Evergreen now only cite the craft’s firefighting capabilities by spraying either water or fire retardant.

However, the supertanker’s other applications remain posted in the “Markets” page on Evergreen’s website, as reported below.

=====

Evergreen Aviation Admits to Chemtrail Contracts with USAF
Written by Joan Biakov

Evergreen Aviation, one of the worlds largest private aviation companies admits to weather modification service.

On their own website in the Markets section for their New Super Tanker they state Weather modification among other interesting service markets.

Content copied directly from Evergreen Aviation website:

The Evergreen Supertanker is not just limited to fighting fire. It will be a true utilitarian aircraft with the capability to configure to different applications on short notice. This multimission aircraft can support sensitive security and environmental missions. The aircraft’s exceptional drop capabilities, loiter time and size make it an ideal tool to perform challenging homeland security missions, able to neutralize chemical attacks on military installments or major population centers, and help control large, environmentally disastrous oil spills.

In addition, the upper deck of the Boeing 747 provides over 200 square feet of space that could be assigned as a command and control center. EIA possesses an FAA exemption number 1870C that permits the carriage of up to five individuals that are not crewmembers in the upper deck. This area is capable of providing space for command and control components that would assist in sophisticated mapping, incident monitoring and video/communications downlink relay that might require additional personnel over and above the required crew.

MARKETS:

• Firefighting
• Oil Spill Containment
• Weather Modification
• Biochemical Decontamination

What airports will Evergreen operate the Supertanker out of?

Evergreen will operate the aircraft from any major airport with sufficient ramp space to load the aircraft. These include civilian bases, joint use civilian/military bases and accessible military bases. Generally, the runway requirements for the Evergreen Supertanker are 8000 feet.

Can the Supertanker fight fires at night, while they are most vulnerable?

The Supertanker utilizes advanced avionics and flies at higher, safer altitudes, which will enable fire agencies the option of fighting fires at night, while they are dormant.

Are there any other markets for the Evergreen Supertanker? Can it operate globally?

Evergreen is studying other applications for the Supertanker. Oil spill containment, chemical decontamination and weather modification are all potential markets for this aircraft. Because the aircraft is pressurized, the Evergreen Supertanker has the capability of any long-range Boeing 747 passenger aircraft. This allows the aircraft to deploy to any international location.
If you want to read up for yourself on this, just go to gibiru.com, do a search on “Weather Control”, and then start clicking through the links that come up. You might find it as surprising as I did. Here is the bottom line:

Is weather control real?

Yes.

Do we have the technology to create a hurricane, or tornado, or earthquakes?

Yes.

Who has this technology?

The US and Russia. But Russia has been offering the technology for sale.

What specific technologies/techniques can be used to alter the weather and create storms?

Several.

High-energy lasers can be directed into the atmosphere which creates free oxygen (O2), this combined with hydrogen to create H2O – water. Space based lasers are even more effective, and can also create O3 (Ozone) in the process of creating water in the atmosphere. Water is the most essential element in weather. The amount of it at a given point in time at a given location can create wind shifts, rain, (obviously), snow, but a clever use of it can create a tornado, or, over water, a hurricane. Over warm ocean water, it creates a very powerful hurricane, and if created in the right position at the right time, prevailing winds will carry it where you want it to go.

But far more effective than that technology is the HAARP project in Alaska. This uses VLF (Very low frequency) energy pulses bounced off the ionosphere to create extreme weather conditions anywhere in the world they wish to direct it. The Earth has a fundamental resonant frequency of 7.83 hz. Anything that operates at that frequency risks disturbing all aspects of the earth. Weather, earthquakes, etc. It depends upon the amount of power produced. HAARP produces 1.7 gigawatts.
Here are a couple of interesting quotes about it I found on one of the websites I visited:

~~~

“The $30 million [Pentagon] project, euphemistically named HAARP (High Frequency Active Auroral Research Program), is made to beam more than 1.7 gigawatts (billion watts) of radiated power into the ionosphere — the electrically charged layer above Earth’s atmosphere. Put simply, the apparatus is a reversal of a radio telescope — just transmitting instead of receiving. It will ‘boil the upper atmosphere’. After [heating] and disturbing the ionosphere, the radiations will bounce back onto the earth in for form of long waves which penetrate our bodies, the ground and the oceans.” [“Angels Don’t Play This HAARP”, page 8]

Let us allow Dr. Begich explain this concept. “… this invention provides the ability to put unprecedented amounts of power in the Earth’s atmosphere at strategic locations and to maintain the power injection level, particularly if random pulsing is employed, in a manner far more precise and better controlled than heretofore accomplished by the prior art ….” [Page 28]
“… the goal is to learn how to manipulate the ionosphere on a more grand scale than the the Soviet Union could do with its similar facilities. HAARP would be the largest ionospheric heater in the world, located in a latitude most conducive to putting Eastlund’s invention into practice.” [Page 29] Furthermore, from this northern latitude, the energy could be aimed into the ionosphere so that it would bounce back down to the earth so it would come down wherever the scientists wanted it to come down. The secret was to learn how and where to aim it to hit the earth where they wanted it to hit, creating the type of disaster or weather they desired.

In NEWS1198, “U.N. Treaty Proves Weather Control Is Real”, we report news articles that Malaysia actually contracted with a Russian Weather Modification company to create a hurricane that would be directed close enough to clear the smoke and smog from Malaysia’s cities without actually coming on to land to create devastation. This Russian company delivered, and Malaysia had clear skies.

Our information also tells us that, not only can hurricanes be created, they can be dismantled should scientists so desire. And, they certainly can be driven on the ocean much like we drive our cars on roadways. Therefore, one has to ask why American scientists have allowed unprecedented hurricanes, like Andrew, to ever come on shore. Why are American scientists allowing extensive damage and lives lost to recent unprecedented storms, since they have the capability to keep these storms away from us?

HAARP can create nuclear-sized explosions without radiation! [Page 38, 62]. This process is protected by patent 4,873,928.
The greatest concern of New Age scientist Nick Begich, in his book, “Angels Don’t Play This HAARP”, is that scientists and the military are so very arrogant in their ignorant, reckless use of focused energy into the ionosphere. Military scientists talk about “kicking this thing in high gear to see what would happen”! This attitude is complete arrogance. What if they set off an unintended reaction in the atmosphere that cannot be controlled or stopped?”

~~~

Well, if a country can deliver nuclear-like explosions anywhere in the world they wish, without using ICBM missiles and other nuclear delivery systems, then I suppose that makes traditional nuclear weapons arsenals obsolete for warfare purposes, and mostly only good for political posturing and negotiations. That would explain why both Russia and the US were willing to agree to disarmaments, and reductions in their nuclear proliferation. I think maybe that was the first time in human history that countries voluntarily chose to disarm themselves and reduce their ability to conduct war. Given the nature of mankind and his history, it would make much more sense if they had a better card up their sleeves.

Judging by the apparent irresponsible arrogance of the people in charge of it as suggested by Begich, I wonder who should be in charge of decision-making for this technology. Once a technology is invented, it cannot be ‘un-invented’. It is now there, and some people will try to use it. Most will try to use it to their personal advantage and to support their agendas. Always, it seems that those that want to act in the interest of all mankind lack the same level of energy and determination of those acting in self interest, and so the people that push their way to the top into positions of power and authority rarely act responsibly or altruistically, but rather they act to gain power and wealth to themselves.

Having said that, if we follow the line of reasoning logically, if we accept that current technology allows us to create a hurricane, then we have to ask ourselves who might have started a hurricane like Katrina that specifically destroyed the area where most of our oil refineries are? In whose interest does this serve? Who benefits from this?

Another interesting question: Since we apparently not only have the ability to create a hurricane, and steer it, and even stop it – why did we choose not to stop Katrina from doing the damage it did? Is the information incorrect? Can we start them, but not stop them? Or is there some other reason that Katrina served the purposes of some people? I honestly don’t know. I’m wondering myself.

Here is a chronology of the technological advances that contributed to weather control. The comments are not mine but come from that website that I found. I have to admit – as much as I would like to go back to thinking that the weather is not controllable, It’s hard to ignore this much information on the subject.

TIMELINE

1900: “Tesla applies for patent on a device to ‘Transmit Electrical Energy Through the Natural Mediums.” In 1905, the U.S. Patent Office issue Patent #787,412 for this purpose. I bet it is news to everyone that the technology to transmit electrical power without wires exists, and exists so that the generation and transmission of electricity can be both bountiful and FREE! Of course, a lot of dollars of sales and profit would immediately vanish, so Tesla’s discovery was never made public.
1924: “Confirmation that radio waves bounce off ‘ionosphere 1’ (an electrically charged layer starting at an altitude of 50 kilometers).”
1938: “Scientist proposes to light up night sky by electron gyrotron heating from a powerful transmitter.” The fact that untold numbers of powerful electron heaters are pouring tens of millions of watts of electricity at Extremely Low Frequencies to effect this Weather Warfare is the major reason we are experiencing Global Warming! This warming has nothing to do with any Industrial pollutants or emssions, and certainly not from cow flatulance, as New Age extremists have claimed. New World Order planners are able to make dire predictions and then technologically deliver them!
1940: “Tesla announces ‘death ray’ invention.” Our military evidently has the capability to create a defense shield over our continent by aiming these electron heaters correctly.
1945: “Atomic bomb tests begin — 40,000 electromagnetic pulses to follow.”
1952: “W.O. Schumman identifies 7.83 Hertz the resonant frequency of the Earth”.
1958: “Van Allen radiation belts discovered (zones of charged particles trapped in earth’s magnetic field) 2,000+ miles up. Violently disrupted in the same year.”
1958: “Project Argus, U.S. Navy explodes three nuclear bombs inside Van Allen belt.”
1958: “White House advisor on weather modification says Defense Department studying ways to manipulate charges of ‘earth and sky, and so affect the weather’.” Wow! Did you know that such a department as “Weather Modification” existed in the White House way back in 1952? The mere existence of such an office strongly implies the technology to modify and control the weather existed.
1960: “Series of weather disasters begin.”
1961: “Scientists propose artificial ion cloud experiments. In 1960’s the dumping of chemicals (barium powder, etc.) from satellites and rockets began.”
1961-62: “U.S.S.R. and U.S.A. create many electromagnetic pulses (EMPs) in the atmosphere. 300 megatons of nuclear devices deplete ozone layer by about 4%.” Hmm, ozone layer depletion was intentionally created by both Russian and American governments by nuclear detonations? They not only knew about it, they measured the extent of the depletion and the time it lasted. Therefore, do you think it just might be possible that, once again, we have the situation where a dire prediction is made, with the knowledge that their scientists can actually make it happen?!
1962: “Launch of Canadian satellites and start of stimulating plasma resonances by antennas within the space plasma.”
1966: “Gordon J.F. MacDonald publishes military ideas on environmental engineering.”
1960’s: In Wisconsin, U.S. Navy Project Sanguine lays extremely low frequency (ELF) antennae.” We are told that the Navy needed this ELF capability to communicate with their submarines in a way that would be secure from enemy attack, a claim with which we do not argue. However, is it also possible that this ELF antennae may serve a dual purpose, of also helping to control the weather?
1968: “Moscow scientists tell the West that they have pinpointed which pulsed magnetic field frequencies help mental and physiological functions and which frequencies do harm.” The very idea that a wicked totalitarian government serving Antichrist could know how to manipulate thought processes by the use of electromagmetic pusles is one of the most frightening thoughts imaginable! This little incident also shows the unusual cooperation between Russia and America at the height of the Cold War! Such cooperation constitutes proof of our claim that Russia has cooperated with the Western Powers since the beginning, in 1917, to stage the mock battle of Thesis battling Antithesis to produce the Synthesis system of Antichrist called the New World Order.
1972: “First reports on ‘ionospheric heater’ experiments with high frequency radio waves at Arecibo [Alaska]. A 100 megawatt heater in Norway built later in the decade can change the conductivity of the auroral ionosphere.” Now, you are getting close to being able to control the weather. When you can manipulate the conductivity of the auroal ionosphere, where weather systems operate and originate, you are close to controlling the weather. Note the date here, at which time this technology was realized: 1972.
1973: “Documentation that the launch of Skylab ‘halved the total electron content of the ionosphere for three hours’ (by rocket exhaust gases).”
1974: “United Nations General Assembly bans environmental warfare.” We reported on this terrible treaty in NEWS1196, “U.N. Treaty Proves Weather Control Is Real”. You do not need a treaty banning Weather Warfare unless such technology already exists and has been proven effective. This means that this Weather Warfare technology has been fine tuned for 24 years.
1974: “High frequency experiments at Plattsville, Colorado Arecibo, Puerto Rico, and in Armidale, New South Wales. These experiments heated the ‘bottom side of the ionosphere.”
1974: “Experiments — airglow brightened by hitting oxygen atoms in ionosphere with accelerated electrons.”
1975: “Stanford professor Robert Helliwell reports that very low frequency (VLF) from power lines is altering the ionosphere.” I remember this report well, as I scoffed at the idea that power lines could have that kind of effect on this huge earth. I never thought of the fact that the reason they could have this kind of effect is that they are just the right kind of frequency to affect the earth.
1975: “U.S. Senator Gaylord Nelson forces the Navy to release research showing that extremely low frequency (ELF) transmissions can altar human blood chemistry.” Once again, this technology begins to hit very close to home, does it not? When an enemy can altar my blood chemistry by aiming ELF transmissions at me, I can be destroyed with no knowledge of what is happening to me, or who is doing such lethal damage. Can you also sense the possibilty of control of an entire population, without the people ever being aware they are being manipulated?!
1975: “U.S. Senator Pell, Senate Subcommitted, urges that weather and climate modification work should be overseen by a civilian agency answerable to the U.S. Congress. Didn’t happen.” In NEWS1196, we report that Senator Pell urged the United States to sign this United Nations treaty banning Weather Warfare. It sounds like Pell was very concerned about the use and misuse of this technology, even though he is fully aware of the New World Order Plan and has acted to support it for many years.
1975: “Soviets begin pulsing ‘Woodpecker’ extremely low frequency (ELF) waves at key brainwave rhythms. Eugene, Oregon, was one of the locations where Woodpecker was aimed, and where people were particularly affected.” Once, again, I am extremely agitated to discover that an enemy can destroy me either biologically or mentally from a distance, without me being aware of it.
1976: “Drs. Susan Bawin and W. Ross Adey show that nerve cells are affected by ELF fields.”
1979: “Launch of NASA’s third High-Energy Astrophysical Observatory causes large scale, artificially induced depletion in the ionosphere. The plasma hole was caused by ‘rapid chemical processes’ between rocket exhaust and the ozone layer. The ionosphere was significantly depleted over a horizontal distance of 300 km for some hours.”
1985: “Bernard J. Eastlund applies for patent ‘Method and Apparatus for Altering a Region in the Earth’s Atmosphere, Ionosphere and/or Magnetosphere’. (First of three Eastlund patents assigned to ARCO Power Technologies, Inc.)”
1986: “U.S. Navy Project Henhouse duplicates the Delgado (Madrid) experiment — very low level, very low frequency pulsed magnetic fields harm chick embryos.”
1980’s: “In the latter part of the decade, the U.S. begins the network of Ground Wave Emergency Network (GWEN) towers, each to generate Very Low Frequency (VLF) waves …” IN NEWS1196, we reported that the GWEN towers created a high level electromagnetic dam in the atmosphere in the American Midwest that created the rain for 40 days and nights in 1993. GWEN towers were located right where the rain came down in such a Biblical type deluge. Furthermore, we showed a map of the United States where you could see the GWEN towers and where they were located. We found it extremely interesting that these towers were also located along the San Andreas fault in Califormai and Nevada, where all these earthquakes of the past decade have been occurring!
1987-1992: “Other ARCO Power Technologies Incorporated (APTI) scientists build on Eastlund patents for development of new weapon capabilities.”
1994: “Military contractor E-systems buys APTI, holder of Eastlund patents and contract to build the biggest ionospheric heater in the world, the High-frequency Active Auroral Research Project (HAARP). Even though construction of HAARP towers in Alaska began before this date, this was the time the decision was made to make it as large as it is now today, over 40 acres of ELF towers.
1994: “Congress freezes the funding on HAARP until planners increase the emphasis on earth penetrating tomography uses, for nuclear counterproliferation efforts.” Once again, we have to wonder if this technology might be used to create earthquakes, as well as monitor compliance with nuclear test ban treaties.
1995: “Congress budgets $10 million for 1996, under “nuclear counterproliferation’ efforts for HAARP project.” At least now we know that the U.S. Government is in firm control of HAARP, the same government driving us full speed into the global government of Antichrist, known as the New World Order.
1994-6: “Testing of first stage of HAARP equipment continues …”
1996: HAARP planners to test the earth penetrating tomography applications by modulating the electroject at ELF frequencies.” Let’s see, were there any severe or unusual earthquakes, or series of earthquakes, in 1996? We shall study this and get back to you.
1998: “Projected date for fully operating HAARP system.” We have had the most unusual severe weather in 1997 and 1998. It is no coincidence that the onset of this unprecedented weather coincided with the completion of the HAARP system. Now, scientists can create and control all types of weather, especially disasters.

Evergreen Aviation has a long history of government contracts, ranging from the USPS to unmanned flight operations for the USAF. Source


A girl’s best friend: De Beers Diamonds & Scandals

For decades, De Beers has been the preeminent name in diamonds.

Thanks to a stockpile of the world’s rough diamond supply, indelible marketing schemes and even negotiations with foreign governments for their diamonds, De Beers — owned by the Oppenheimer family since the 1920s — has been the most important name in one of the world’s most lucrative businesses for almost a century.

But with recent news of the Oppenheimers selling out to fellow mining company Anglo American, it’s time to look back at the billion dollar rise and fall of a monopoly that has crushed competitors and cash-strapped governments since the 1800s.

Diamonds became a symbol of love thanks to De Beers, which is fitting, since De Beers became what it is today because of a love story: the love of money.

In the beginning, the diamond trade took place mostly in India and Brazil. With the discovery of diamonds in South Africa, the trade simultaneously took off and become much less profitable
In the beginning, the diamond trade took place mostly in India and Brazil. With the discovery of diamonds in South Africa, the trade simultaneously took off and become much less profitable

Up until the mid-1800s, diamonds were a rarity and could be seen only on the hand of a monarch. But the diamond rush that began in South Africa in the second half of the 19th century flooded the market with diamonds, which, as any good businessman knows, kills demand.

It would take some ingenious plotting and advertising to keep the diamond’s reputation as intrinsically valuable and desirable, which is where De Beers comes in.
The story of De Beers starts with English-born businessman Cecil Rhodes, who broke into the diamond business in South Africa by renting water pumps to miners before buying diamond fields of his own
The story of De Beers starts with English-born businessman Cecil Rhodes, who broke into the diamond business in South Africa by renting water pumps to miners before buying diamond fields of his own

Rhodes, sensing he had ventured into an untapped market, bought up diamond fields, including one owned by two brothers named “de Beer.” In 1880, he bought the claims of fellow entrepreneur and rival Barney Barnato to create the De Beers Mining Company.

The tendency in diamond mining is to combine with smaller groups to form larger ones. Individuals needing common infrastructure form diggers committees, and small claim holders wanting more land merge into large claimholders. Thus, it only took a few years for De Beers to become the owner of virtually all South African diamond mines.
In 1888, De Beers Consolidated Mines, Ltd. was formed, creating a monopoly on all production and distribution of diamonds coming out of South Africa

De Beers took on many forms around the world as its influence in the diamond trade grew. To control supply and demand—and thus, prices—Rhodes created distribution arms through “The Diamond Syndicate,” including “The Diamond Trading Company” in London and “The Syndicate” in Israel.

Diamond claim holders and distributors joined up with De Beers because their interests were the same: create a scarcity of diamonds and high prices will follow. And while other commodities have seen price fluctuations over the years, diamonds prices have climbed since the Great Depression.
By the time Rhodes died in 1902, De Beers controlled 90% of the world’s rough-diamond production and distribution, but it was Ernest Oppenheimer who made the company an empire

Oppenheimer, a rival diamond producer with his own production company (Anglo American Corporation, which will reappear later in the story) essentially bought his way onto the board of directors over the years. By 1927, he was chairman of the board.

Under Oppenheimer, De Beers and its Central Selling Organization established exclusive contracts with suppliers and buyers, making it impossible to deal with diamonds outside of De Beers.

The structure of the business remained the same for much of the 20th century: A De Beers subsidiary would buy the diamonds. De Beers would determine the amount of diamonds they wanted to sell, and at what price, for the whole year. Each producer would then get a cut of the total output, and buyers would take their diamonds to be resold in places like Antwerp and New York.
A worldwide decline of diamond prices in the 1930s led the Oppenheimer family to begin their world famous marketing campaign, “A diamond is forever.”
A worldwide decline of diamond prices in the 1930s led the Oppenheimer family to begin their world famous marketing campaign, “A diamond is forever.”

Henry, son of Ernest, traveled to New York in 1938 to meet with advertising agency N. W. Ayer. The United States was seen as the next big market for diamonds, and a very effective game plan was formed to sell diamonds to Americans: convince them that diamonds equated love.

Through advertising, men were convinced that the size of the diamond in an engagement ring showed how much they loved their fiancée. Movie stars were shown wearing diamonds in the relatively new motion pictures. And the most effective piece of advertising came in 1947, with the creation of the tag line “A diamond is forever.” This later become the company’s official motto.

As a result of these campaigns, the number of brides receiving engagement rings, and diamond prices in the U.S., increased dramatically.
De Beers forged new international markets using similar advertising campaigns in places like Japan, Germany and Brazil

Having conquered the United States by the 1960s, De Beers set its sights on new territories.

Japan never had a tradition of romantic marriage, making diamonds a tough sell for brides. And even by 1959, no imported diamonds were allowed into the country by the postwar government. But by using slick advertising, playing up diamonds as a symbol of the modern West, or a way to break from traditional Japanese norm, De Beers was able to build a billion-dollar-a-year industry.

By 1981, almost 60 percent of Japanese brides wore diamonds, up from 5 percent in 1967.
When faced with a threat to their diamond monopoly, like one from the Soviet Union, De Beers simply bought up their inventory to maintain complete control

The discovery of diamonds in Siberia in the 1950s was a threat to the control De Beers kept over the diamond supply. Rather than compete with Russian diamonds, De Beers offered to buy almost everything that came out of Siberia — funneling all the world’s diamonds through a “single channel.”

Even though Russian diamonds were smaller, their use in “eternity rings” and other miniature jewelry proved very successful, and allowed for a lucrative partnership between De Beers and the USSR.
The creation of “Debswana,” a joint venture between the company and the nation of Botswana, meant a significant shareholding claim in De Beers by the African country

De Beers in Botswana

Diamonds from Botswana were considered valuable enough to give the government of the country a 15 percent share in De Beers in 1969. All rough-diamond mining and distributing is done by Debswana, making it the biggest non-government employer in the country. The deal is still in place today, and there’s even talk of increasing Botswana’s share to 25 percent.

But by the beginning of the 21st century, diamond-producing companies had enough of De Beers’ monopoly, forcing a change in structure for the company

Numerous “revolts” against the De Beers cartel had occurred in places like Zaire and Israel over the years, which were mostly quashed by De Beers releasing stockpiles of diamonds similar to that county’s product, driving down demand.

But more recently, countries with enormous stockpiles of their own, like Russia, Canada and Australia, have refused to cooperate with the single channel system.

These problems, along with issues of flat prices, forced De Beers to switch up the company’s strategy. In the last decade De Beers has moved away from rough-diamond supplying and controlling the entire industry, instead focusing on promoting its own brand of diamonds and retail stores.

De Beers reported a 74 percent increase in profits in the first half of this year alone. And the number of De Beers stores worldwide has risen from just one in 2001 to 39 in 2008, with 17 in Asia alone.

Despite its high earnings and a lucrative transformation, in November De Beers ended its 80 year stranglehold on diamonds by selling a majority ownership to Anglo American plc

Anglo American, which previously had a 45 percent stake in the company, bought the De Beers Groups’ 40 percent share for $5.1 billion in cash. Anglo American, previously started by Oppenheimer, will take over De Beers from that very same family.

As for the reason of the sale: apparently, there is no one in the Oppenheimer family that wants to continue in the diamond business.
And yet, the De Beers empire marches on, opening their third store in mainland China on December 14th

A 55-square meter De Beers Diamond Jewellers store opened at the Times Square Mall in Dalian, China just days ago. According to the company, this opening follows the success of the two other De Beers stores in the country.

Although the people who made De Beers the world’s most powerful monopoly are no longer involved, the company itself will continue to be a billion-dollar business.

Read more: http://www.businessinsider.com/history-of-de-beers-2011-12?op=1#ixzz20Jj5vREg


The lost journals of Nikola Tesla (pdf)

The Lost Journals of Nikola Tesla Chapter Nine

HAARP – Chemtrails – Alternative 4

With the failure of Alternative 3, it became necessary to implement a newsystem to protect mankind from the upcoming disaster from global warming. TheMars Projects had eaten away at the combined American and Soviet budgets forAlternative 3, and now world politics would interfere at the expense of its citizens.

President Ronald Reagan who felt that destroying the “Evil Empire” was moreimportant than fighting global warming, earmarked the remaining money fromthe Mars Projects for building new weapons to destroy the Soviet Union. TheSoviets protested by withdrawing their cooperation for Alternative 3 and shortlythereafter collapsed as a world power. This marked the official demise of Alternative 3.


Where is the Oil? Where there is a WAR or a DEFAULT

INTRODUCTION

The appearance of new states in Central Asia and the Caucasus region at the collapse of the Soviet Union caused a radical shift in the foreign policy of Turkey, and triggered a search for means of tactical political-economic penetration into these countries.(1) Turkey’s efforts in this regard have been motivated by a desire to spread the Turkish model of government and society — consisting of parliamentary democracy, relatively free-market economy, and secularism in a Muslim society — as well as to take advantage of the mutual development opportunities that cooperation can create. For Turkey these opportunities include guaranteed access to vital energy resources, lucrative oil transport revenues, as well as increased diplomatic clout and strategic importance. For the new republics these opportunities include the prospect of attracting investment and technological expertise, as well as of establishing a secure route for distribution of their products to the West.

Azerbaijan, a Turkic-speaking former Soviet possession that shares borders with Russia, Georgia, Armenia, and Iran, has attracted the greatest interest on the part of Turkey among the newly independent states. The source of this interest is not only the linguistic, ethnic, religious and cultural affinity shared by Turkey and Azerbaijan, but also the tremendous oil reserves possessed by the tiny Caucasian state.

It is not difficult to understand why Turkey has oil on its mind. It has been estimated that to maintain the present course of its economic development, Turkey will require the importation of vast amounts of crude oil in the coming decades — roughly 22 million tons annually by the year 2010.(2) But as the Turkish president said recently: “We see this rich region of oil and gas reserves not just as a source of energy, but as an element of stability. Just as the founders of the European community saw coal as a source of peace and stability for Europe, so we see oil and gas in our region serving the same role.”(3) Turkey knows that forging trade and investment links with Azerbaijan and throughout the region will facilitate good relations and create an atmosphere of cooperation which may go a long way toward preventing petty squabbling and opportunistic land-grabs among the ethnically and religiously diverse states that occupy the Caucasus and Central Asia.

Yet since Azerbaijan gained its independence in the early 1990s and the first talk of developing its phenomenal oil reserves began, multiple controversies have arisen which have delayed implementation of various strategies for exploitation, and that have at least temporarily frustrated both Turkish and Azerbaijani ambitions. These controversies are by no means limited in their implications to Turkey and Azerbaijan, or even to the region as a whole. Rather, they have caught up dozens of players — both at the national level and below — which stand to benefit, or lose, from the successful exploitation of Azerbaijani deposits.

This study addresses these controversies, discusses the players involved in them, and offers some limited suggestions for their resolution. In doing so we focus on the perspective of Turkey and its stake in the outcome of these controversies. In the first part of Section II, we discuss the first of the major oil controversies, namely the dispute over the legal status of the Caspian and the alternative approaches to dividing its resources that follow from that status. In the second part of Section II, we discuss the debate over the location of the route or routes to transport Azerbaijani oil to the West, which represents the second major oil controversy. Next, in Section III, we analyze the strategic regional policies of the two powers that pose the greatest obstacle to a resolution of these controversies in a manner favorable to Turkey: Iran and Russia. This is followed in Section IV with a limited blueprint for the successful contribution of the United States to the achievement of Turkey’s oil-related ambitions. Finally, in Section V, we offer some concluding thoughts on these controversies and the policies of the powers that have a stake in them.

THE AZERBAIJANI OIL CONTROVERSIES

Lake Caspian?: The Debate Over How to Classify an Enormous Inland Waterbody

For the last three years, the five littoral states of the Caspian — Azerbaijan, Russia, Kazakhstan, Turkmenistan, and Iran — have been involved in a dispute over whether this body of water should be legally designated as a “lake” or a “sea.” This arcane debate stems from the dramatically divergent methods of dividing the Caspian’s resources that follow from the choice of term. The Caspian contains some of the largest deposits of oil and natural gas in the world, and so billions of dollars ride on the outcome.(4)

Under the 1982 United Nations Convention on the Law of the Sea,(5) (U.N. Convention) if a body of water is a “sea,” those countries which border on it have the right to claim as their own the waters closest to their shores, with exclusive rights of resource exploitation within those waters. Technically, coastal states are entitled to claim as their sovereign territory only those waters within 12 miles of their shores,(6) but they are allowed to exploit as their “exclusive economic zone” those waters within 200 miles from the edge of their territorial waters.(7) Therefore, under the “sea” designation, those states in closest geographical proximity to the largest oil deposits will reap the greatest economic rewards from the exploitation of the water body’s hydrocarbon deposits. However, unfortunately the U.N. Convention never defines the term “sea,” and so this agreement is of no help in determining the Caspian’s legal status.

If a body of water is not a “sea” and thus not regulated by the U.N. Convention, then by default it falls under the classification of a “lake.” While no international convention defines the term “lake” or establishes a rule for dividing such a body’s resources, precedent has established that those countries which border on a lake are to divide its resources equally between them, as has been done with the American Great Lakes on the U.S.-Canada border and with Lake Chad in Africa.(8)

The positions taken by each of the five littoral states of the Caspian over the water body’s legal status are predictable when one considers the geographical distribution of deposits beneath its waters. Azerbaijan and Kazakhstan both assert firmly that the Caspian is an inland sea, and it is these states which have the richest deposits within what would be their “exclusive economic zones” under the U.N. Convention.(9) Azerbaijan is the most vocal of the two, and has even written into the text of its Constitution the assertion that the waters off its shore are within its exclusive sovereignty.(10)

Russia, whose waters have perhaps the most meager deposits, has been the most outspoken in advocacy of the “lake” characterization. For example, Russia sent a document to the United Nations General Assembly entitled “The Position of the Russian Federation with Regard to the Status of the Caspian Sea,” in which it asserted that the U.N. Convention is inapplicable to the Caspian. Russia pointed out that the legal status of the water body was previously defined by treaties negotiated between the Soviet Union and Iran in 1921 and 1940, which cast it as a salt-water lake whose resources were to be divided communally.(11) Russia has demonstrated some willingness to compromise; at a regional conference in November 1996 Foreign Minister Yevgeny Primakov came forward with a settlement offer which would have allowed each littoral state exclusive economic rights within 72 kilometers (45 miles) of its shore, as well as in those hydrocarbon fields beyond where extraction had already gotten under way.(12) This was not considered seriously by Azerbaijan, as 45 miles of exclusive ownership is a far cry from the roughly 212 miles contemplated by the U.N. Convention.

Iran also adjoins an area of the Caspian with relatively meager mineral deposits, and not surprisingly its position is very close to that of Russia. Teheran supports the Russian suggestion that the U.N. Convention has no application, adding that all issues related to the Caspian’s exploitation should be settled by the five states which touch its shores, without any external interference.(13)

Turkmenistan has swung back and forth on this issue. Initially it supported the “sea” characterization, but at the end of 1996 it began to move toward the Russia-Iran camp. Yet early this year, Turkmenistan again switched back as Turkmen President Saparmurad Niyazov came forward with the assertion that two oil fields previously claimed by Azerbaijan, both among the richest deposits in the Caspian, lie in the Turkmen sector.(14) Again, we see the correlation between the extent of mineral deposits over which each country claims a territorial association, and the legal designation for the Caspian which it advocates.

The countries involved in this dispute are all convinced that the anticipated revenue from the exploitation of the Caspian’s mineral reserves will provide a significant boost to their economies and bring in much needed foreign currency. But due to its small size and relatively low level of economic development, perhaps the country that stands to gain or lose the most is Azerbaijan.

The Azerbaijani government has asserted that development of Caspian shelf deposits will turn around its lagging economy and allow it to alleviate the suffering caused by the ongoing conflict that began in the early 1990s with neighboring Armenia over the disputed Nagorno-Karabakh enclave. Doubtless Azerbaijan also hopes that the ownership of massive energy deposits will bring it into a position of greater strategic significance, thereby boosting its currently weak diplomatic bargaining power vis-?-vis energy-hungry states around the globe, including the U.S. and members of the European Union. The ideal outcome from the perspective of Azerbaijan would surely be to induce these countries to pressure Armenia into settling the Nagorno-Karabakh dispute in a manner favorable to Azerbaijan, ending the Armenian occupation of some 20% of its territory.(15)

The people of Azerbaijan simultaneously suffer from despair over the Armenian occupation of Nagorno-Karabakh and feel burgeoning confidence in the country’s future as a major oil producer.(16) The Azerbaijani government has vigorously set about trying to realize the country’s oil ambitions. Its first move was to begin negotiations through the State Oil Company of the Azerbaijani Republic (SOCAR) with a group of foreign oil companies in 1993, culminating in the signing of a deal on June 4, 1994 that has been widely dubbed the “Contract of the Century,” worth around $7.4 billion.(17)

Officially named the “Agreement on the Joint Development and Production Sharing for the Azeri and Chirag Fields and the Deep Water Portion of the Gunashli Field in the Azerbaijan Sector of the Caspian Sea,” the contract called for the establishment of a business entity known as the Azerbaijan International Operating Company (AIOC), whose purpose is to exploit some of the richest oil reserves over which Azerbaijan claims sovereignty. The shares of the AIOC consortium are currently divided between the SOCAR and foreign companies as designated in Table 1.

Table 1. The Oil Companies and Their Shares

Company
Nation Shares in AIOC (%)
BP UK 17.12
AMOCO USA 17.01
SOCAR AZERBAIJAN 10
LUKOIL RUSSIA 10

PENNZOIL
USA 9.8

UNOCAL
USA 9.52
STATOIL NORWAY 8.56
TPAO TURKEY 6.75
EXXON USA 5
MCDERMOTT USA 2.45
RAMCO UK 2.08
DELTA SAUDI ARABIA 1.68

Originally SOCAR was to have a 20% share, which would have given it a majority interest, but it subsequently transferred 5% of the total shares to TPAO state oil company from Turkey, and an additional 5% to Exxon when SOCAR proved unable to come up with the necessary capital.(18)

In addition to this monumental project, SOCAR has since signed a separate deal to extract and distribute the oil and gas of its Karabakh field, an agreement purportedly worth $1.7 billion over 25 years. Ownership of the Caspian International Petroleum Company (CIPC), an entity formed pursuant to this agreement, is divided as follows: 32.5% to LUKoil of Russia, 30% to Pennzoil, 30% to Italy’s Agip and 7.5% to SOCAR. CIPC began drilling in the Karabakh field on August 6, 1997, and has set a deadline to complete all prospecting in the field by February 1999. (19)

As a Russian expert has pointed out, the Azerbaijani policy with respect to its oil reserves has been “to move ahead on existing projects even before all of the outstanding issues, including those related to legal matters, are resolved.”(20)

Who Gets to be Middleman?: The Debate Over Alternative Routes for Oil Transport

Further development of Azerbaijani oil reserves will necessitate the establishment of adequate methods by which to transport the oil to consumers in Europe and beyond, and various alternatives are currently under consideration. From the perspective of Azerbaijan and the companies extracting the oil, the factors of principal importance in selecting the optimum route are of course cost, available financing, and security. But such business factors alone will not determine the outcome of the debate, as the economic, political, and environmental interests of the countries through which the oil would pass have largely come to eclipse such factors.(21)

Before it fully realized the politically-charged nature of the debate and the complexity of the factors to take into account, the AIOC consortium initially decided to transport its oil to Western markets via an existing pipeline to the Russian port of Novorossisk in Russia, then by tanker through the Black Sea and into the Mediterranean via Turkey’s Bosphorus Straights.(22) However, this proposal raised objections from Turkey due to the grave environmental threat posed by the increased shipping volume that this alternative would entail.(23)

Ankara intends to issue a tender for a Vessel Tracking System to facilitate safe passage through the Straits,(24) but no technology can completely eliminate the potential for a spill. 19 miles long and a mere 700 meters wide at its most narrow point, the Bosphorus is one of the most difficult waterways in the world to navigate, with tankers having to change their course at least 12 times due to abrupt shifts in topography.(25) According to Turkish figures, nearly 45,000 vessels pass through the Straits each year, and there are frequent accidents. The Bosphorus witnessed 167 large scale accidents in the decade between 1983 and 1993, with the average annual rate of accidents having increased 35% since 1988.(26)

The International Maritime Organization (IMO) warned in 1994 as follows: “Navigation through the Bosphorus straits… presents an increasing potential risk to shipping, safety, the environment and the well-being of the local community.”(27) The 1994 Nassia tanker accident is an unforgettable example of the threat that shipping poses to the 12 million residents living on both sides of the Bosphorus. In March 1994, the Greek Cypriot tanker Nassia collided with another ship, killing 30 seamen and spilling 20,000 tons of oil into the ocean. If this accident had occurred a few miles to the south, Istanbul itself would have faced a major urban disaster.(28)

The Convention of Montreux, adopted in 1936, still regulates the passage of cargo ships through the Bosphorus. It requires the Straits to be kept open to merchant ships of all nations, regardless of the nature of their cargoes. This agreement greatly restricts the ability of the Turkish government to adopt the regulations required to ensure safety of passage through the Bosphorus, but on July 1, 1994 Ankara did what it could under the circumstances. Turkey issued a new set of regulations designed to promote safer traffic, one key objective being the establishment of a traffic separation scheme to maintain safe distance between vessels.(29)

Russia and some other states that border on the Black Sea have complained that Turkey’s unilateral interference with shipping in the Straits is illegal(30) — despite the fact that “[f]reedom of passage [required by the Montreux Convention] does not mean uncontrolled passage,” as pointed out by the Turkish representative to the IMO.(31)

Following the Turkish government’s expression of hesitancy to allow the massive increase in shipping volume that would be involved if the Black Sea route for Azerbaijani oil were used exclusively, the AIOC began to contemplate various alternative routes. One such route would involve transport of oil from the Azerbaijani capital of Baku to the Turkish port of Ceyhan on the Mediterranean near the Syrian border.(32)

A few other options have also been put forward. The first of these is that of shipping oil from Azerbaijan to the Black Sea port of Poti in Georgia, then on to Odessa in Russia, where the oil would channel into the Druzhba pipeline that extends across Russia and the Ukraine and on to Europe.(33) Gunes Taner, the Turkish Minister of Economy, has proposed yet another alternative called the Novorossisk-Samsun route, which would involve shipping oil by tankers to Turkey’s Black Sea Samsun port and then transporting it south across the Anatolian Peninsula to Ceyhan via a pipeline that would have to be constructed in part. He argues that since there is already a pipeline from Kirikkale — a city in Central Turkey — to Ceyhan, the construction costs would be manageable.(34)

The options that have been the subject of the most serious consideration are the Baku-Ceyhan route, and either of the northern routes going through Russia, with Turkey and Russia each fervently advocating the route passing through their respective territories. Ankara supports the direct Baku-Ceyhan alternative because this route would protect the Bosphorus from the dangers of tanker shipping, still allow Turkey to reap the financial rewards of being a conduit for the oil, and would be more direct than the vertical trans-Anatolia alternatives. However, since Turkey has no border with Azerbaijan, for the direct Baku-Ceyhan route to be viable a stretch of connecting pipeline through a neighboring country would have to be constructed.

The shortest route from Azerbaijan to Turkey would be through Armenia. However, ongoing conflict between Armenia and Azerbaijan over Nagorno-Karabakh makes this option unrealistic for the near future for security reasons. The U.S. government objects to the transport of oil through Iranian territory pursuant to its general policy of limiting the international trade and investment prospects for the fundamentalist republic. This factor seriously diminishes the likelihood that this alternative will be chosen. Recently the White House announced that it would not oppose transportation of oil from Turkmenistan through Iran to Turkey,(35) which can be taken as an indication that the Iranian route through Azerbaijan is not out of the question after all. But until Washington actually gives the nod, its acquiescence cannot be counted on.

If U.S. resistance to the Iranian route remains strong, the only alternative for the transport of Azerbaijani oil into Turkey would be through Georgia, in a deviation from the Novorossisk-Samsun route proposed by Gunes Taner. Again, this route would take the oil from fields in Azerbaijan to Georgian ports, and from there by tanker to Turkish ports on the Black Sea, then by pipeline across Turkey to Ceyhan.(36) Another Georgian option is a route from Baku directly across Georgia, then down through Turkey to Ceyhan, thus bypassing the Black Sea altogether. The length of the pipeline from the Georgian border to Ceyhan would be about 1,900 kilometers, and the cost of construction of the pipeline would be an estimated $3 billion. The Turkish government has declared that it is ready to finance the entire cost of any pipeline that would pass through its territory.(37) Turkish President Suleyman Demirel and Georgian leader Eduard Shevardnadze expressed their joint support for a route through Georgia during a visit by Demirel to Tbilisi in November 1994.(38)

Ankara is quick to point out that Ceyhan can handle many times the capacity of the Russian port of Novorossisk. In addition, Ceyhan is open all seasons of the year due to the calm climate of the Mediterranean, whereas Black Sea ports are shut down in the winter by dangerous weather conditions.(39) As expressed by Ahat Andican, a state minister and an influential figure in shaping Turkish policy toward the Turkic republics of the former Soviet Union: “With new the oil field development project under discussion, the total output from the Caspian and Central Asia will eventually be 50 to 60 million tones a year, but the Baku-Novorossisk and Baku-Supsa routes have a combined capacity of 16 million tones [a year]. Therefore the Baku-Ceyhan pipeline is the most inevitable and stable option.”(40)

Some critics of the Baku-Ceyhan route have attempted to bring the Kurdish insurrection in Eastern Turkey to the forefront of the debate, portraying it as a potential threat to the security of the pipeline. Yet as we near the end of 1997, this argument seems to be losing its force, given that the Turkish army and security forces have had considerable recent success in suppressing Kurdish military activity.(41)

Turkey is far from alone in its advocacy for the Baku-Ceyhan route. The president of the AIOC, Terry Adams, has thrown his weight behind this proposal as well.(42) Jim Norosky, vice-president of the U.S. petroleum company Amoco (which holds a 17.01% stake in the AIOC), has also suggested that the Baku-Ceyhan route is preferable, despite the extra cost imposed by its greater length. Such extra cost, he suggests, should be offset by tax breaks or other measures on the part of the relevant authorities.(43) Turkey has also succeeded in gaining the support of Azerbaijani President Aliev, who has stated that he is in favor of giving priority to the direct Baku- Ceyhan alternative. He expressed this position during a visit to Turkey, and then later during a visit to the U.S.(44)

At this point the most significant obstacle that Turkey faces in its efforts to establish the Baku-Ceyhan pipeline is Russian opposition. Russia has a deep fear that if any route for transporting Azerbaijani oil bypasses Russian territory, Russia will not only lose a lucrative source of revenue, but will also experience the diminishing of its economic and political influence in this resource-rich region.(45) It is for this reason that the Turkish decision to restrict tanker passage on the Bosphorus was received so bitterly by Russia.

As part of their efforts to ensure that a northern route through Russia is selected by the AIOC consortium, foreign policy officials in Moscow have recently entered into a series of agreements. First, on July 11, 1997, Boris Nemstov, the Russian Deputy Prime Minister and Minister for Fuel and Energy, signed a five-point agreement with the heads of the Chechen and Azerbaijani state oil companies. The following day Russian and Chechen representatives signed an agreement setting out a plan to fix a war-damaged pipeline that crosses Chechen territory on its way to the Black Sea.(46) This was followed by a third agreement on September 9, 1997, also between Russia and the Chechen government, which provided that Russia would pay Chechnya 43 cents per ton of oil transported, plus a surcharge of $768,000; these terms are to apply for the first 200,000 tons transported.(47) It is apparently hoped by Russia that these agreements will ensure the viability of the first leg that would have to be followed by any of the possible northern routes — the journey from Azerbaijani oil fields to Russia.

Russia’s efforts in this regard will be in vain if the Chechens attempt to use the pipeline as a bargaining chip in future conflicts with Moscow and do not respect the letter of the agreements. As the Sevodnya daily newspaper in Russia quoted a Russian government source as saying: “For Chechnya, the pipeline is a political instrument, which is why it is impossible to resolve questions over the transit of Azeri oil separately from political, customs, border and other issues.”(48)

Due to this concern, the Russian government has threatened to build a bypass pipeline through Daghestan, an ethnic-majority state within the current borders of Russia, to the Black Sea port of Novorossisk.(49) But Russian oil companies have not been willing to commit to the investment for several reasons, including the factors discussed above that Novorossisk has such a limited capacity for conducting oil, and that weather conditions on the Black Sea result in it being closed to tanker shipping at least a third of the year.(50)

If a northern route for Azerbaijani oil were selected, the only alternative to the use of tanker transport to convey the oil from Novorossisk to Western ports would be the use of the antiquated, decrepit Druzhba pipeline network inherited from the Soviet Union. That this network is in a dangerous state of decay is illustrated by a rupture that occurred recently in Novorossisk, which resulted in the spilling of 386 tons of oil into the Black Sea.(51) As of yet Russia has not been able to obtain the financing necessary to address the network’s deficiencies, and it is doubtful that the will exists to come up with it in the foreseeable future. Accordingly, Russian efforts to resist alternative transport possibilities for Azerbaijani oil, if successful, could result in the indefinite postponement of the exploitation of the Caspian’s rich reserves.(52)

IRAN AND RUSSIA: STANDING BETWEEN TURKEY AND THE LIGHT

Iran: The Pragmatic Radical
Iran is one of the most prominent players in the first Azerbaijani oil controversy, and a principal obstacle to Azerbaijan’s ambition of becoming one of the world’s great energy producers. Given that Turkey hopes to continue to play a significant role in the extraction of Azerbaijan’s oil reserves through participation in international consortia, and expects to become host to at least one of the pipelines that will carry oil to the West, Turkey’s interests in the resolution of the dispute over the Caspian’s legal status are closely aligned with those of Azerbaijan. For this reason the Caspian policy of Iran is watched closely not only by Azerbaijan, but also by Turkey.

Iran’s policy with respect to the Caspian is currently characterized by a marked hostility to investment in the region by Western businesses. For example, Ali Akbar Nateq-Nouri, the speaker of Iran’s parliament, was recently quoted as saying that the U.S. should be restricted from participating in Caspian ventures since any involvement by U.S. companies would simply represent an effort by the U.S. government to satisfy its “historical dream” of establishing influence in the region.(53) Nateq-Nouri added that Azerbaijan’s President Aliev is “making a historic mistake by laying grounds for U.S. interference.”(54) In August, Iranian Vice-President Mahmoud Vaezi stated that “certain states have caused unrest in the sensitive region by signing unilateral contracts with foreign companies.”(55) Vaezi did not mention Azerbaijan by name, though it was obvious that it was the target of the barb due to its demonstrated willingness to do business with Westerners.

One might conclude from such heated expressions of disapproval of Western participation that Iran’s Caspian policy has been dictated by ideology, and rather predictably so given Iran’s general hostility toward the West rooted in fundamentalism since the 1979 Revolution. However, it is our opinion that such an interpretation of events would be flawed, and that on the whole Iran’s Caspian policy has been decidedly pragmatic and driven by economic concerns.

When the idea of joint Western and Central Asian oil ventures was first proposed, Iran demonstrated approval — or at least acquiescence — and expressed a willingness to participate in any such venture. Indeed, Iran sought to obtain a 5% share in the AIOC consortium called for under the “Contract of the Century.” However, Teheran quickly saw this ambition frustrated by U.S. pressure to exclude Iranian interests.(56) The official excuse put forward was that U.S. law forbids American companies from doing business with Iranian companies, and so the American interests that were already part of the consortium would have to pull out if Iranian participation were allowed.(57) So it was the West that sought to exclude Iran from the divvying up of profits, rather than vice versa. It is this event, this inflicting of an economic wound, that one can identify as the trigger of Iran’s vocal opposition to Western investment activity in the Caspian.

Iran’s position with regard to the legal status of the Caspian is also indicative of its pragmatic, economics-oriented approach. As mentioned in Section II, Teheran has sided with Russia in its stance that the Caspian is a “lake” rather than a ‘sea.” If the former classification is ultimately agreed upon and the water body’s resources are divided up communally rather than territorially, Tehran stands to gain a much larger share of the Caspian pie than it would under the alternative arrangement.(58)

The fact that Iran and Russia both stand to benefit from the “lake” classification has provided an incentive for Iran to align its overall regional policy with that of Russia where possible, so as to create an atmosphere of solidarity and cooperation between the two countries. Thus, for example, Iran joined Russia in support of Armenia in its conflict with Azerbaijan over Naborno-Karabakh(59) — despite the fact that Armenia is a Christian country, while Azerbaijan is a Muslim one. This is solid evidence that the Islamic Republic’s Caspian policy is dictated by pragmatism rather than ideology. Other evidence of the growing alignment between these two powers include a series of arms sales by Russia to Iran, and an avowed mutual desire to see a change of leadership in Afghanistan.(60)

In contrast, relations between Iran and Azerbaijan have been worsening over the last few years. Iran’s act of siding with Azerbaijan’s enemy on the Nagorno-Karabakh issue is only one manifestation of the ill-will between these neighbors. Another came two years ago when Iran virtually closed its border with Azerbaijan and temporarily cut off electricity to an Azeri enclave dependent on Iranian power.(61)

The break-down in relations apparently stems from three factors. First is the obvious fact that Azerbaijan has as of yet refused to accept the Russian-Iranian position with regard to the legal status of the Caspian. Second is Azerbaijan’s eagerness to do business with Western companies despite the exclusion of Iran, as demonstrated by Azerbaijan’s continued blessing of the AIOC deal. Third is Iran’s fear that a prosperous, independent Azerbaijan would be an unwelcome role model to the enormous Azerbaijani minority that makes up a quarter of Iran’s population, and which constitutes a majority in multiple northern Iranian provinces.(62) Iran surely fears that increased affluence and international strategic clout will embolden tiny Azerbaijan and give it the courage to incite nationalistic sentiment in its ethnic brethren across the border.

Azerbaijan has made some efforts to placate Teheran, as when it granted Iran a 10% share in a separate oil venture to develop fields in the Shakh Deniz area(63) — a move which Baku was able to manage without unduly raising the ire of Washington because no American companies were involved in the Shakh Deniz deal, and thus no violation of U.S. law would follow from Iranian participation. However, such efforts have not brought about much of a thawing of relations between the two neighbors.

Russia: Government Policy at Odds with Industry Prerogatives

The second significant obstacle to the achievement of the aligned ambitions of Azerbaijan and Turkey is Russia. This former world superpower faced the humiliation of losing its historical possessions earlier this decade, but is beginning to have something of an economic resurgence and seems to be flirting with the notion of reembracing its old imperialist ways on a regional scale.

Not satisfied with presenting legal arguments at regional and international fora in support of its call for a communal division of Caspian resources, Russia has also reportedly attempted to force the outcome by direct interference in Azerbaijani domestic politics. According to The Economist, Russia has “left its fingerprints on one or two past attempts to unseat Azerbaijan’s president, Heidar Aliev,”(64) who has stood unwavering in his resistance to anything but a strictly territorial division of the Caspian.

Russia has also amassed troops on its Caucasian borders in excess of the limits established by the 1990 Conventional Forces in Europe treaty (CFE), asserting that Russia’s current security needs require an even greater presence in the region than was necessary during the Soviet period.(65) Russia previously expressed the desire to increase its forces in the area to 2,000 tanks, 5,000 armored vehicles, and 2,500 artillery pieces, an amount well over the threshold set by the CFE.(66)

While events in the last few years in Chechnya and Nagorno-Khabarakh suggest that Russia is not unreasonable in recognizing a security concern in the Caucasus, it is not unlikely that Russia has overstated the concern, and is attempting to use its still- formidable military might to intimidate its recalcitrant former possession to the south into ending its resistance to Russian ambitions in the Caspian. Indeed, Russia has not tried to hide that it is keeping the option of military intervention open. Russia stated in the document sent to the United Nations that it “reserves the right to take necessary steps at any time that it considers appropriate in order to restore law and order and liquidate the consequences of unilateral actions”(67) on the part of any of the littoral states with regard to the Caspian’s reserves.

Russia has also been accused by Azerbaijan of feeding the ongoing conflict over Naborno-Karabakh by transferring large amounts of sophisticated weaponry to Armenia free of charge.(68) Even if such allegations are unfounded, at least some weapons deliveries are taking place. This is confirmed by the fact that a Russian official recently admitted to an arms sale to Armenia in the amount of $1 million.(69) Again, such weapons transfers may be a method of intimidation designed to bring Azerbaijan into line.

Yet another example of Russian pressure on Azerbaijan was its act of closing their only land border in 1995 — a move that virtually cut off trade between the two countries.(70) Moscow’s aggressive posture toward Azerbaijan, while obviously motivated by a desire to increase Russia’s economic opportunities in the Caspian, may end up hurting Russian economic interests in the long-run. This is because Azerbaijan has sizable oil reserves on land as well as in the 45 kilometer coastal strip that it would be allowed to exploit exclusively even under Foreign Minister Primakov’s settlement offer mentioned in Section II; if ill-will prevails between the two countries, then Russian oil interests will likely be excluded from participation in future ventures to develop these deposits. Indeed, Russia’s relentless efforts to guarantee a larger exclusive share of the Caspian output has already cost the principal Russian private oil companies one major deal in Azerbaijan. This occurred in August when the Russian Government forced the “cancellation” of a contract signed by the LUKoil and Rosneft companies, forcing them to renounce participation in an international consortium organized to develop the Kyapaz offshore oil field.(71) The Kyapaz field is claimed by Turkmenistan, which views its exploitation under Azerbaijani supervision as an illegitimate appropriation. Accordingly, in making this calculated move Russia was hoping to win Turkmen favor and draw that country over to its side as an advocate for the “lake” characterization of the Caspian.

But even beyond missed opportunities in Azerbaijan, Russia’s aggressive policy runs the risk of alienating other countries in the region who may view Russia’s efforts as a return to its old imperial ways. Without goodwill and amiable relations with the newly-independent countries of Central Asia and the Caucasus, they are less likely to encourage the development of stronger trade ties with Russia, or to incentivate Russian investment in their economies by offering tax breaks and other carrots. Indeed, they may even put up barriers to Russian investment, as long as alternative sources of technology and capital are forthcoming. These new republics are likely to be pushed farther from their historic trading partner to the north, into the increasingly eager embraces of the capital-rich West and an ever-more-developed Turkey, or even pressed into closer affiliation with Islamic Iran.

There is growing evidence that private oil interests in Russia are becoming disenchanted with Moscow’s strong-arm approach to the Caspian dispute. Upon being forced out of the Kyapaz consortium by the Kremlin, a LUKoil representative reportedly expressed “bewilderment” over the move.(72) Moreover, oil interests seem mindful of the risk of alienating other new republics south of Russia’s borders. As related by Yuri Federov, an official in the Russian Ministry of Foreign Affairs, “the oil people want to respect national aspirations of other new independent states, while at the same time expecting that those states would decide to make maximum use of the scientific, technological, human potential still possessed by Russia.”(73) Respect for national autonomy in exchange for government facilitation of economic relations seems to be shared only nominally by the Kremlin at this point, and it is the private sector in Russia that stands to lose from this posture.

While Russian businesses may suffer in the long run from their government’s Caspian policy, Turkey may well stand to gain from it. Turkey has already benefited from the development of Azerbaijani oil reserves, as the state-run Turkish oil company, TPAO, received a 6.75% in the consortium developing the Azeri, Chirag and Guneshli oil fields, and a 9% stake in the consortium developing the Shah-Deniz field. Moreover, any shares in future projects that would have gone to Russia but for Moscow’s alienation of Azerbaijan may be picked up at least in part by Turkish entities.

Even apart from participation in the direct exploitation of oil deposits, Turkey would benefit from Azerbaijani enmity toward Russia when it comes to the making of a final determination on the pipeline route for the transport of Azerbaijani oil to the West. As mentioned in Section II, Part B, prominent figures in the AIOC (which is highly responsive to the dictates of the Azerbaijani government due to the large profit share of the state oil company and the AIOC’s dependence on official recognition for its very legal existence), has recently expressed tentative approval of the Baku-Ceyhan route through Turkey.

Finally, the more alienated from Russia that Azerbaijan and the other new republics of the region become, the more likely they will be to seek out the support of Ankara and to elicit Turkish participation in their economies. With relations between Turkey and Russia increasingly strained over the pipeline controversy and CFE violations, the old adage that “an enemy of my enemy is a friend of mine,” may come to the minds of the region’s new republics, with Turkey seeming increasingly attractive as a partner in diplomacy and trade.

Indeed, Turkish companies have already set up operations in Azerbaijan, including such industrial giants as TPAO, Bayraktar Holding, Ko?’s Ram Division and Borusan Makina’s Caterpillar Division, not to mention many smaller firms.(74)

A CONSTRUCTIVE ROLE FOR THE UNITED STATES

From Turkey’s perspective, its long-time ally the United States has the potential to play a very constructive role in the region, as a counterweight to the ambitions of Russia and Iran and as an advocate of Turkish interests to which the AIOC is likely to be responsive given the substantial stake of U.S. businesses in the consortium. The effectiveness of any U.S. efforts in this regard will be commensurate with the extent to which Washington can manage to avoid raising nationalistic ire in Russia when promoting Turkish interests, and contribute to stability and prosperity in Azerbaijan, the country that is the key to Turkish oil ambitions.

Some nationalist-minded individuals influential on Russian foreign policy view the prospect of any U.S. influence within the territory once controlled by the Soviet Union as a security challenge, and have proposed serious measures to resist it. Russian military expert Anton Surikov is one such figure. He has argued as follows: “We are witnessing U.S. intensive efforts to create a sanitary cordon around Russia in Ukraine, Georgia, Azerbaijan and the Central Asian states. The euphemism for this plan is creating a so-called “Eurasian transport corridor.” Our duty is to counteract these plans.”(75) A report prepared by the Russian Institute of Defense Studies calls for Moscow “to take concrete steps, including, if necessary, the use of force in order to stop any activities of foreign companies in the former Soviet part of the Caspian until its legal status is defined.” Such threatening words, while not voiced by the Kremlin itself, should not be taken lightly. The U.S. government will have to tread carefully if it is to avoid doing anything Russian nationalists could misconstrue as aggressive intent and point to in their efforts to raise the bristles of those who wield power in the Russian government and military.

Every effort should be made to convey the image that the players in the oil controversies are not involved in a zero-sum game, that everyone will win in the long run if cooperation and moderation prevail. But Washington should not be so timid in response to Russian blustering that American businesses will be denied the opportunity to share in the profits to be reaped in the Caspian, and so that Russia will gain exclusive control over the distribution of Azerbaijani oil. Such a development would allow Russia not only to price gouge on a day-to-day basis but even to hold potential consumers of Azerbaijani oil hostage if an oil crisis like those which occurred in the 1970s and early 1980s should ever again arise. A country like Turkey, which is expected to become increasingly dependent on fuel imports in the coming decades, would be particularly vulnerable to such maneuvers.

Aware of the threat that Russian monopolization of oil transport would pose, U.S. Energy Secretary Federico Pe?a recently stated that the U.S. supports “the concept of multiple pipelines and multiple pipeline routes through the region as oil and gas are extracted.”(76) Washington has advocated the selection of the Baku-Ceyhan pipeline route, among others, in tune with its multiple-pipeline policy. Indeed, President Clinton personally lobbied Azerbaijani President Aliev to consider the Turkish pipeline.(77) Such advocacy of the Turkish position is a prudent one for Washington, as the Baku- Ceyhan route is not only likely to prove viable and secure, but should bring significant revenues to Turkey to finance future development projects. This is in the interests of American foreign policy, because a strong Turkey represents a positive, secular model for the newly independent Turkic republics of the region who are always being courted by fundamentalist Iran. Yet Clinton also wisely encouraged Aliev to consider the northern route through Russia in addition to the Turkish route,(78) a move which was well calculated to avoid the appearance that Washington stands in opposition to Russian interests.

A second way that the U.S. can further Turkey’s interests is to lend greater support to Azerbaijan than it has previously offered. Such efforts would not simply represent gratuitous favors to Turkey, but would be in the interest of American oil companies given that Azerbaijan has demonstrated consistent eagerness to deal with Western businesses even in the face of stolid Iranian and Russian opposition — two powerful neighbors with a presence much more tangible than that of the U.S. on the other side of the globe.

The first step that Washington should take in this direction is to lift Section 907, a provision of U.S. law enacted in 1992 as part of the Freedom Support Act.(79) This Section forbids direct U.S. aid to Azerbaijan, including humanitarian assistance.(80) It was passed by Congress at the insistence of a powerful Armenian lobby, and it has been the continued advocacy of this group that has kept it in place. According to The Washington Post, Section 907 “was enacted over the opposition of the Bush administration and now is opposed by the Clinton administration.”(81) At this point Armenia clearly has the upper hand in the conflict between the two countries, considering that it still holds 20% of Azerbaijan’s territory,(82) and so the concern over aggression against Armenia or ethnic Armenians in Nagorno-Karabakh which was used to justify the measure now lacks foundation. The lifting of Section 907 would allow Washington to provide a much needed infusion of funds to this impoverished nation. Specifically, funds could be provided to buttress attempts at electoral reform and supplement programs for democracy-building, a project which has taken on a vital importance given the centrality of President Aliev in the Azerbaijani political system and the fragile quality of the prevailing stability that such centrality entails.(83)

The movement to scrap Section 907 seems to be picking up speed. U.S. Congressman, Lee Hamilton (D-Indiana) recently argued that “Congress should lift the ban on Azerbaijan to give us maximum leverage on behalf of peace. A better relationship with Azerbaijan serves the U.S. national interest, the interest of peace, and the long-term interests of Armenia as well.”(84) Deputy Secretary of State Strobe Talbott has pointed out that “[w]e want to see all the responsible players in Central Asia and the Caucasus be winners,”(85) Azerbaijan included.

CONCLUSION

The staggering magnitude of Caspian hydrocarbon deposits represents a tremendous economic boom to each of the five littoral states which border on that body of water, as well as for those states such as Turkey which may benefit indirectly from them. The discovery of resources on such a terrific scale offers the potential for every one of these nations to increase its overall level of economic development, raise the standard of living of its population, and carry itself into the twenty-first century with a newfound strategic importance and international prestige. Yet mutual enmity and distrust have stemmed from controversies born from this fabulous potential, and such bitter emotions have eclipsed the excitement and optimism that it should have inspired. Indeed, neighbors that stand only to gain from their fortuitous proximity to such rich deposits are faced with the prospect of economic blockades, severed diplomatic relations, or even military clashes in a region peppered with nuclear weapons left over from the Soviet Union. The latter is a prospect that threatens not only those with a direct stake in the controversies but also their allies and those unfortunate disinterested countries that might suffer the spill-over of refugees or other combat externalities merely because of their location on the map.

Given these facts, each of the countries with a stake in the controversies should strive to maintain at all times an atmosphere of cooperation, patience, and goodwill. The respective governments should do their utmost to maintain the lines of communication through elaborate diplomatic channels and regular regional and international conferences, and should move slowly and avoid any unilateral action which could be perceived as attempts to preempt resolution of these debates.

As for the first major controversy — the debate over the legal status of the Caspian — Russia and Iran need to recognize the enormous stakes that Azerbaijan has in its outcome. From the perspective of Azerbaijan, something approaching an equal distribution of the Caspian’s resources would mean giving up its ambitions of becoming a player in world energy markets and of making a pervasive impact on its backward economy. While revenue from the Caspian’s exploitation would be substantial even to such large powers as Iran and Russia, their futures will not be made or broken over the outcome of this issue. If Azerbaijan is to be shaken from its staunch advocacy of a territorial division of the water body’s resources, it will be only by the extension of a settlement offer that will not require it to give up such ambitions — or by force. But in this day and age only the former option is a viable one. Western capital interests are becoming entrenched in the region, just as they were in Kuwait at the time of Iraq’s invasion in 1990, and while Russia is a nuclear power and a far cry from Iraq militarily, the fact remains that the West would not respond kindly to any overt aggression and might well be inclined to cut off financial assistance to Russia, and perhaps even call for an embargo.

As for the second major controversy, the principal rivals in the dispute should accept the notion that both can play host to pipelines to transport Azerbaijani oil. Yet in the short-term Russia must come to terms with the fact that absent an affirmative effort on the part of the Kremlin, the Russian private sector, and international capital interests in addressing the deficiencies of Druzhba pipeline network, Russia cannot safely be a conduit for the huge volume of oil that increased exploitation of the Caspian will entail. Russia may have to step aside for the time being and devote itself to developing its carrying capacity, rather than holding up the process indefinitely and alienating all of its neighbors with aggressive behavior. It may well prove to be the case that once Russia concedes that the northern route will not be the exclusive avenue for the oil and turns its attention to developing a modern network, the financing will materialize and the wait will be shorter than currently expected.

Outside powers such as the U.S. should step in and encourage progress along the lines outlined above, extending an olive branch to Azerbaijan in the form of technical and financial assistance, and maintaining Russian goodwill through incentivation of investment by American businesses in the development the country’s pipeline network.

The key for Russia, Azerbaijan, Turkey and each of the other states with a stake in the outcome of these controversies is to view one another as partners rather than as rivals, and to realize that when another country among them benefits from an economic opportunity and furthers its prosperity, this does not represent a loss to the others. Rather, the domestic stability that prosperity on the part of one country facilitates will ensure every other country in the region the opportunity to develop and prosper in its own right, free from the threat of opportunistic aggression.

NOTES


Case Name: Azerbaijan Oil Consortium(BP,Exxon,Saudis,DNKL,Lukoil etc)

1. The Issue

On 20 November 1994 a consortium of oil companies signed a
contract with the nation of Azerbaijan. The consortium, led by
British Petroleum, is to invest $8 billion for oil production over
a period of 30 years. The consortium is made up of the American
companies Amoco Corp., Exxon Corp., McDermott International Inc.,
Pennzoil Co., and Unocal Corp.; British Companies, British
Petroleum PLC and Ramco; Norway’s Statoil; Turkish Petroleum;
Saudi Arabia’s DNKL Oil; Lukoil, the State oil firm of Russia; and
the State Oil Company of Azerbaijan. The consortium believes it
can extract up to 4 billion barrels of oil from three wells in the
Caspian Sea. However, a problem has developed dealing with the
route the oil will take to the world market. At the moment there
are three alternatives to choose from; One which would transport
oil north from the Azerbaijani port of Baku through Russia;
second, which would transport the oil through Georgia; and
finally, a southern route through Armenia and Turkey.(Pope 1994,
1) There are many environmental aspects to the issue. They all
basically deal with the possibility of damage or destruction of
the pipelines. This is due to the fact that this is a politically
volatile region of the world.

2. Description

In 1990 the government of Azerbaijan began negotiating a
possible oil deal with the British oil giant British Petroleum.
Both sides saw that there was chance to earn large profit from the
deal. Azerbaijan needed desperately to redevelop its obsolete oil
drilling and refinery equipment (production had fallen to 1900
levels and was declining at a rate of 6 percent per year.) As for
British Petroleum, this was a chance to enter into a vastly
underdeveloped market. In addition, Azerbaijan no doubt
recognized the political benefits to come from an agreement,
namely independence and hard currency, which mattered greatly in
the early post-Cold War. Finally, after three years of
negotiation a deal was struck.(Pope 1994, 3)

A consortium of oil companies led by British Petroleum, known
as the Azerbaijan International Operating Company, signed a $8
billion 30 year contract with the nation of Azerbaijan.(Pope,
1994, 2.) The consortium was between what grew to be twelve
companies from England, Norway, Turkey, Saudi Arabia and the
United States, as well as the state oil companies of both Armenia
and Russia. The agreement calls for the development of three
Azerbaijani oil fields in the Caspian Sea. Oil production will be
phased in in increasing increments starting in 1996. By the end
of 1997, it is hoped that the peak sustained output of 700,000
barrels per day will have been reached.(Pope 1994, 4) In all,
there is believed to be a reserve of 4 billion barrels of oil.
These fields are thought to hold enough oil to be “a bonanza that
rivals Kuwait.”(Southerland 1995, A11)

While the consortium finally have the agreement signed, there
was a problem that required immediate attention. Their plan is to
sell the oil on the world market. As such, the oil must be
transported from Baku, the Azerbaijani port of origin to potential
world clients by way of the Turkish port of Ceyhan. There were 3
possible routes to be taken. The first involves constructing a
pipe line from Baku to the west in neighboring Georgia. From
there it would be shipped to Ceyhan. A second would involve
constructing a pipeline that would travel south through Armenia
into Turkey to Ceyhan. Finally, an existing pipeline could be
used by sending the oil north to the Russian port of Novorossiysk,
from there it would be shipped to Ceyhan.(Daniloff 1995, C2)

All the nations involved stand to earn a great deal from the
agreement, particularly Russia. For one thing, Russia wants to
retain a ‘special’ (influential) relationship with those states
that were former members of the Soviet Union. It would lose this
opportunity, it feels, if a distribution route that bypasses
Russia is chosen. In addition, there is a great deal of money to
be made from this agreement through sales, profits and tariffs
from oil crossing the Russian border. . . hard currency that the
nation is in dire need of. Lastly, and perhaps most importantly,
there is the issue of Russian security. Russia is fearful that it
will be in a negative position if it did not have a hand in oil
distribution because the deal is between a former member of the
Union and current members of NATO. In addition, if the
Azerbaijani consortium turns out to be successful, there is
another former republic, Kazakhstan, that is in a position to be
as successful as, if not more so than Azerbaijan. This is due to
the large reserves of oil it holds in the Caspian Sea.

For Azerbaijan, the issue also relates to security.
Azerbaijan will gain both physical and financial stability. The
chances of increasing its per capita income are much greater due
to its contract with the consortium. This increased financial
stability will allow it to have greater control over its dometic
and international affairs. In addition, it will be provided with
perhaps true and final independence from its former overlord,
Russia. The West also can gain security from the consortium. It
would be a chance to reduce its reliance on the Persian Gulf as a
source of oil.

The choices to be made are thus influenced by a myriad of
details. However, there is one rather important issue which has
not been discussed, the environment. The environment serves to be
severely damaged if any number of very likely events occur.
Firstly, the threat of terrorism on every possible pipeline route
is very high. The first route is through Georgia, which has not
yet rid itself of the horrors of civil war. Thus there is the
possibility of the pipeline being targeted by the combatants. The
second route, through Armenia, is the sight of an almost 7 year
clash with Azerbaijan over the disputed Ngorno-Karabakh region.
The final route through Russia directly traverses the Chechen war
zone. In addition, the Russian oil pipelines are in a horrendous
state of upkeep, with over 700 spills per year.(BBC Monitoring
Service 1995, 2) There is also the likely possibility that the
Caspian Sea itself will be polluted by any number of possible
mishaps. Finally, if one of the first two oil routes were chosen,
oil would have to be shipped to Turkey through the already
overcrowded Bosporus Sea channel. Thus animal or fish life, the
very ecosystem itself, could be adversely affected by pipeline or
shipping spills. For other relevant TED Cases, see Ecuador Case,
Norwoil Case, and Shetland Case.

The decision on which route to use faced a lengthy debate.
Finally, on October 9 1995, in a show of compromise, the twelve
member consortium agreed to have 2 pipelines. The first will be
the Russian route. The 1400 kilometer route will traverse Chechnya
and end at the Black Sea port of Novorossisk. The construction of
27 km of new pipeline is required. The second route will be
through Georgia to its Black Sea port of Batumi. This 920 km
pipeline requires the construction of 140 km of new pipeline.
This decision reflects, in part, geo-political influences. In one
sense, the consortium was influenced by the Western governments to
accept a Russian route, this was done so Russia would not feel
alienated. Secondly, selecting 2 routes disallows Russia from
having a strangle-hold over oil distribution.(Clark and Levine
1995, 1) Though a decision has been finally reached, it leaves
much to be desired environmentally.

3. Related Cases

See BOSPORUS Case
See EXXON Case
See ECUADOR Case
See SHETLAND Case
See SHELLRIG Case
See OGONI Case

KEY WORDS

(1) Trade Product= Oil

(2) Geography= Azerbaijan

(3) Environmental Problem =oil spill

4. Draft Author

Michael Goulet

Legal Cluster

5. Discourse and Status: AGR and INPROG

The consortium has recently agreed on a pipeline route, however,
there is still work to be done concearning construction of new
areas of pipeline, as well as security for the line running
through Georgia.

6. Forum and Scope: NGO and 3-Regional

7. Decision Breadth

Number of Parties Involved: 12 – United States, England,
Norway,
Azerbaijan, Russia, Saudi Arabia, Iran ,Turkmenistan, Kazakhstan,
Ukraine, Romania, Bulgaria

These are the nations which are involved in the consortium, as
well as those nations which surround the Caspian and Black Seas.

8. Legal Standing: NGO

This is a nongovernmental agreement between several oil companies,
albeit that 2 of these companies are state owned.

Geographic Filters

9. Geography

a) Geographic Species Domain: Asia

b) Geographic Conflict Site: West Asia

c) Geographic Impact: Azerbaijan

10. Sub-National Factors: No

This is a non-governmental agreement between oil companies that
was approved by the government of Azerbaijan and corresponds to
the laws regulating business agreements of the other signatories.

11. Type of Habitat: Ocean

The environmental impact of this agreement will be felt in and
around the Caspian and Black Seas.

Trade Filters

12. Type of Measures: NAPP

13. Direct vs. Indirect Impact: NAPP

14. Relations of Measure to Impact

a.Directly Related to Product: No

b.Indirectly Related to Product: No

c.Not Related to Product: No

d.Related to Process: No

15. Trade Product Identification: Oil

Indirectly related to this issue are the petrochemical and plastic
industries.

16. Economic Data

Industry Output: Varies with price per unit, measured in
barrels
of oil which was $17.31 as of 19 October 1995.

Employment:

17. Degree of Competitive Impact: High

18. Industry Sector

PETROLeum

19. Exporters and Importers

Case Exporter: Azerbaijan

Case Importer: Many

Leading Exporters: Various-Persian Gulf Nations

Leading Importer: Various-Europe

Environmental Cluster

20. Environmental Problem Type: POLL

21. Species Information: Many

If an environmental accident were to occur, there would be a
large number of species, including both land, air, and sea life.

22. Impact and Effect

Resource Impact: HIGH

Resource Effect: STRUCTure and SCALE

The outcome of an accident such as an oil spill in the area of
the
Caspian or Black Sea, or in the pipeline system on land would
undoubtedly have a high impact on and effect both the composition
and scale of the wildlife and its habitat.

23. Urgency and Lifetime: NAPP

An environmental problem has not occurred. The possibility of an
incident warrants concern for many species, but a determination of
the urgency for species protection is not applicable (yet?).

24. Substitutes: CONSV

There are a number of alternatives to the use of oil as an energy
source. If there was a serious attempt made at using these
alternatives then this could alleviate the dangers of oil spills.
However, considering that this is not very likely, then the next
best alternative would be using energy substitutes.

Other Factors

25. Culture

No

26. Human Rights

No

27. Trans-Boundary Rights: Yes

The conflicts between Azerbaijan and Armenia and between Russia
and Chehnya (also less obvious is that between Russia and the
former republics of the Soviet Union) serve to raise caution
against terrorist incidents against the pipelines/drilling
equipment or outright conflict between members.

Read

 


Case Name: Kazakhstan (Chevron)

1. The Issue

According to petroleum scientists, the Caspian Sea region
contains the third largest reserve of oil and natural gas in the
world, behind the Gulf region and Siberia (see map on preceding
page). Drilling for oil in the region is not new. Oil derricks
dotted the landscape during the latter decades of the nineteenth
century. Oil was a major source of hard currency for the former
Soviet Union, but drilling methods were technologically inferior
compared with western firms when it came to large-scale oil
exploration. This inhibited Soviet exploration in the Caspian
region. Western firms for decades had longed to be given the
opportunity to exploit the former Soviet empire’s massive oil
reserves, but the Cold War relationship did not allow this option.
When the Soviet Union implemented perestroika and glasnost in the
mid 1980s, its oil exploration sector was poised to reap benefits
from the west. The breakup of the Soviet Union, however, put a
hold on these plans, as several nations emerged in the former
Soviet lands around the Caspian Sea. There are environmental
concerns associated with drilling for oil in the Caspian region, in
addition to the already well articulated effects from drilling
itself. The major issue regarding oil exploration in the region is
a question of how best to deliver the oil to world markets. The
Caspian Sea area is landlocked, thus the only way to efficiently
transport the oil to world markets is via pipeline. The exact
route of such a pipeline is as of yet undecided, and may prove to
be the single most important factor in determining the ultimate
success of oil exploration in the region.

2. Description

Oil exploration in the region predates the travels of Marco
Polo. Legend has it that the “eternal flame” of the Zoroastrian
religion was fueled by natural gas around Baku, the present capital
of Azerbaijan, before the eight century. Serious exploration and
exploitation began in earnest in the 1850s, and by the 1890s, this
exploration instigated rapid development in the Baku region. By
the outset of World War I, Azerbaijan commanded 10% of the world’s
exports of oil and kerosene. This was down from the 30% figure
during the 1890s. It was only in the 1980s that modern technology
entertained the notion that the deeper fields (where the most of
oil reserves are) were more accessible.

The area around Azerbaijan, on the southwestern shores of the
Caspian Sea, is not the only portion of the region to have oil
reserves. One of the world’s largest oil fields, the Tengiz in
western Kazakhstan, was discovered in 1979. The Soviets had been
drilling in the Tengiz region, in the northeastern section of the
Caspian Sea, for many years. The Tengiz discovery dramatically
altered oil exploration potential for the region as a whole.

By most accounts the reserves in the region are very large.
When the region was still part of the former Soviet Union, western
oil companies were aware of the vast potential, but were not able
to gain access to the deposits. The Soviets wanted to develop the
area on its own, however, and focused more on the Siberian region
instead. When the Soviet Union splintered into several nations,
western companies began negotiations with the new entities.
Contracts have since been signed, but there are still many
obstacles, notwithstanding the negotiating hurdles. First, the
region is basically desert terrain, with dramatic seasonal
variations.

Second, there are extreme mountains in the northeast into
Russia. According to the Oil and Gas Journal, there is deep
sediment covering most of the predicted deposits. There is also a
phenomenon called salt tectonics which could effect the quality of
the product. These factors may prove burdensome to most companies,
but they should not render exploration futile. Modern technology
can overcome some geologic impediments. If the oil can be
reached, petroleum engineers believe it to be of high quality.
Because of the aforementioned deep sediment cover (up to 24 km)
and the fact that the Tengiz field is the biggest of the super
giants, some journals believe the project marks a new stage in oil
exploration.

The intricate political climate in the region is the factor
which will ultimately determine how oil can be delivered to world
markets. Kazakhstan is in the best position to profit from the oil
reserves. When the Soviet Union collapsed, the Kazakh government,
recognizing the importance of foreign investment, implemented the
most protracted effort to elicit foreign investment as a
cornerstone for development.

Chevron, the largest and to date the most successful oil
company in the region, initiated negotiations with the Soviets over
the Tengiz oil field in the latter 1980s. After the Soviet Union
imploded–and after a brief lull in activity–Chevron continued
negotiations with the Kazakhs. The investment is worth roughly $40
billion over approximately 40 years.

As mentioned previously, the oil in the region still ranks
behind reserves in the Gulf and Siberia regions. But companies are
looking more favorably to the Caspian region because of the
difficulties in the Russian system and harsh climactic factors in
Siberia. Another important reason why firms favor the region over
Siberia is the greater ease of dealing with the government.
Kazakhstan coddled western companies and facilitated a fairly
standard and efficient contract review process. Additionally, the
president took a personal interest in negotiations.

The region, however, is not without its own political turmoil.
Developing oil fields in Kazakhstan and Azerbaijan present unique
difficulties and extricating the oil from the region will be even
more tenuous. According to Chevron and oil analysts, a pipeline is
imperative to justify an increase in production. In the short-
term, production capacity is approximately 200,000 barrels a day.
Existing production can be transshipped by rail or road. But an
increase in output would be economically irrational unless there is
a more efficient method of transport. The route that the proposed
pipeline would traverse is probably the most difficult aspect of
the whole issue because there are several political “hot spots” in
the region that make a pipeline a difficult proposition.
Additionally, there is the realization that the nation which
controls the pipeline will be able to exert a substantial amount of
control over most aspects of oil exploration as well. Thus
several nations are jockeying for the pipeline in their territory.

The conflict between Armenia and Azerbaijan threatens to
disrupt not only the oil production slated off Baku’s shores, but
the proposed pipeline route through the region. Additionally, the
Azeri power struggle may end Turkey’s influence in the region,
which the western nations have been counting on as the moderating
influence. Because it is questionable who will even rule
Azerbaijan, any negotiations are less than definitive. Russia has
been adamant regarding its desire to have the pipeline be routed
through its southern territory to its Black Sea port of
Novorossivsk.

Perhaps strategically, Russia has ties to some of the
competing factions in the Azeri power struggle. But there are two
problems with a pipeline through Russia. Russia has been embroiled
in a bloody conflict in Chechenya and the rest of the region is not
very stable. Secondly, Turkey is against such a route. Their
official reason is that the Dardanelles Straits (a thin waterway
connecting the Black Sea to the Mediterranean) cannot handle the
excess tanker traffic. Such a route would place extreme pressure
on ecological efforts to protect the region. More importantly,
however, is the Turk’s desire to increased their sphere of
influence in the region by having the pipeline go to their ports on
the Mediterranean. The problem with this is that it would have to
go through the Azeri-Aremenian corridor or Iran. The latter route
is not popular with the west, especially the United States.
There have sporadic media reports of late that point to a pipeline
going through Russia and Turkey. It remains to be seen when a
definitive solution will concocted.

Heavy tanker traffic thorough the Mediterranean, Red Sea and
Persian Gulf have already alerted states to the polluting effects
of such activities. Increased production in the Caspian region
will increase the above effects, no matter which pipeline route is
eventually chosen. Unique to the Caspian region however, is the
fact that the Caspian Sea is rising. It could rise possibly three
meters in the next twenty-five years. Resultant environmental
damage would be immense. In the last decade, the sea has risen
one meter, inundating some parts of Baku already. Some of Iran’s
most productive fields lie on the southern shores of the sea and
would be submerged if it were to rise.

More damaging to the environment, however, is the potential
flooding of refineries on the coastal plains of the region. These
regions are some of the most polluted areas in the former Soviet
Union, according to US Embassy reports. This trend might be
cyclical however. The Caspian sea was falling, much like the Aral
Sea to the east. Old photographs of Baku show the shoreline much
closer to the center of the city. But the sea is definitely rising
now. Russian archeologists claim to have found the ruins from the
1,000 year old Khazar empire at the bottom of the sea. Geologists
believe that the sea bed might actually be rising, giving way to
springs of water.

Existing oil drilling in the sea is a major cause of
pollution. The US Embassy in Baku reports that one can see oily
film on the sea’s surface. Another problem is the flaring of
natural gas; about 4.5 million cubic meter a day. Natural gas
flares, however, can be contained with the appropriate western
technology. While the sea is less polluted than the Black Sea,
much needs to be done to lessen the harmful environmental effects
of oil drilling, and the potential disastrous effects of the rising
Caspian Sea.

3. Related Cases

BOSPORUS case
AZERI case
CASPIAN case
CAVIAR case
BLACKSEA case

Keyword Clusters
(1): Product = OIL
(2): Bio-geography = DRY
(3): Environmental Problem = Pollution Sea [POLS]

4. Draft Author: Vincent P. Bonner

B. LEGAL FILTERS

5. Discourse and Status: Disagreement and incomplete

The major disagreement is over the pipeline route. The
countries involved primarily include Russian, Azerbaijan, Armenia,
Turkey, Iran, Georgia, Turkmenistan, and the United States. There
is no agreement on an international framework that governs the
development of the region. Indeed, there is considerable
disagreement in this regard. Some western firms have signed
contracts to develop the fields, but these agreements are
ineffectual if regional conflicts proliferate. Current regional
conflicts already make extraction of oil from the region very
difficult.

6. Forum and Scope: Kazahkstan and Regional

At this point there is no deliberative body that can step in
and “take charge.” The United Nations would hardly be appropriate,
if not effective in the first place. Russia claims the region
within their “sphere of influence,” a dubious distinction indeed,
since Turkey and Iran claim this also. Because Kazahkstan
surrounds the largest reserve in the region, considering monetary
reasons alone, it probably exerts the most influence with regard to
oil exploration. The fact that it is further along oil development
than the others bolsters this contention somewhat. If and when
conflicts ease in the region, only then could some sort of
organized entity figure the best way to develop and extract the
resources to markets.

7. Decision Breadth: 5

It may not be exaggeration to state that whatever is
eventually decided would have affects resounding beyond the Caspian
region, for the nations involved directly in the extraction and
those that are potential customers (please see appendices). The
existence of another oil area beyond the Gulf region would be very
welcome by many nations. Prices of oil would inevitably be
altered, depending on the amount and various other factors. Still,
analysts believe that Kazakhstan could become “another Kuwait” in
that oil development would spur development of the nation. This is
not a forsworn conclusion of course, but the other nations in the
region are anxious for the fruits of providing the world with oil.

8. Legal Standing: Kazakh Law

C. GEOGRAPHIC FILTERS

9. Geographic Locations

a. Domain: Asia
b. Site: West Asia
c. Impact: Kazakhstan

10. Sub-National Factors: No

11. Type of Habitat: TEMPerate

C. TRADE FILTERS

12. Type of Measure: REGSTD

Once developed, the trade restriction would probably be export
restrictions to manipulate the price of oil in the market, not
unlike the operations of the OPEC oil cartel. It is feared
however, that the increase of oil on the world market, if not
regulated, could depress prices. Prices that are too low would be
anathema to the Caspian region because of their initial dependence
on consistent prices to boost export earnings. Inadequate earnings
from such an ambitious endeavor would be disastrous for the
region.

13. Direct vs. Indirect Impact: Indirect

14. Relation of Trade Measures to Resource Impact:

a. Directly related: Yes Oil
b. Indirectly related: Yes Fish
c. Not related: No
d. Process related: Yes Sea Pollution [POLS]

15. Trade Product Identification: OIL

The product at issue is oil, refined for export and usage in
international markets. Oil is often called the “blood of the
economy” and therefore is extremely important to all nations, with
little difference to the various stages of development (please see
appendices). The oil shocks in the 1970s proved the vulnerability
of nations reliant on oil imports. The shocks instigated inflation
and recession in many industrialized nations and is frequently
mentioned as a catalyst for the debt crisis that emerged in the
early 1980s. Thus the importance of stability in the world’s oil
markets cannot be overstated. Oil from the Caspian region can have
dramatic effects on the world market. OPEC levels are near full
utilization and their share of world markets are growing (please
see appendices). Another major source beyond the Gulf region may
allow a “safety” if instability engulfs the Arabian region. For
example, succession is not clear in Saudi Arabia (the king is 75
years old), and Iraq and Iran continue to threaten stability in the
region.

16. Economic Data

According to NatWest Securities, an oil consulting firm, world
demand for oil is roughly 70 million barrels a day (see
appendices). Thus, this is no small business. OPEC has already
demonstrated its ability to manipulate demand by alternating
supply. Existing oil exporters are not operating at capacity to
supply world demand. What the future holds is far from certain.
A conflict that breaks out in the Gulf can have dramatic affects
immediately on the supply and price of oil. The United States is
the largest consumer of imported oil.

Because of the uncertainties surrounding the exploration and
extraction of oil from Kazakhstan, it is difficult to place a
dollar figure on its potential earnings. Most analysts place the
figure to be billions annually.

17. Impact of Trade Restriction: HIGH

Any major increase in the amount of petroleum on the world
market will instigate price fluctuations unless some sort of
agreement is reached among oil-exporting members. It remains to be
seen whether or not oil exporting nations in the Caspian region
will form an agreement or partnership with Gulf members and other
oil exporting nations. Pure competition can be detrimental to all
nations in the long run. A massive drop in prices can have regime-
destabilizing affects on the member nations because these nations
rely heavily on oil revenues. Thus an arrangement, given the
potential instability due to pure competition, would be beneficial
to oil-exporting nations. It is imperative for the region, which
will rely on stable prices to a greater extent than the already
established oil exporting nations.

18. Industry Sector: OIL

19. Exporters and Importers: KAZAKHstan and MANY

The exporters in question are primarily Kazakhstan and
Azerbaijan. Every nation in the world will have a need for oil.
The exporters will in the longer term probably evolve into state
enterprises, after western assistance is completed. In the
interim, western drilling firms will share in the profits and
engage in exporting, with the nation taking credit in international
financial statistics.

E. ENVIRONMENT FILTERS

20. Environmental Problem Type: Pollution Sea [POLS]

21. Species Information

Name: MANY
Type: MANY
Diversity: ?

22. Impact and Effect: HIGH and REGULatory

The extraction of oil from the region can have major
consequences of the ecology of the region. This is due to the man-
made effects of such development, perhaps further exacerbated by
the rising of the seabed.

23. Urgency and Lifetime: LOW and long term

Because of the high demand and importance of oil, the
potential effects of environment damage to the region will be
probably be understated although the rising of the seabed may grab
more attention and demand more scrutiny of ensuing actions. The
regions populace, however, is starving for development and
prosperity. It is likely for this reason alone that environmental
concerns are downgraded in importance.

24. Substitutes: ALTERnative Energy

Alternative fuels are technically another option to oil, but
because of their price they are not realistic in the short term.
Conservation is always an option, but price determines the severity
of such movements. If oil prices dramatically increase, there will
inevitably be some conservation. For example, citizens may not
drive their autos as much.

VI OTHER FACTORS

25. Culture: YES

Culture is a factor only in the sense that such differences
seem to instigate regional conflicts, which as already stated, will
ultimately determine how the oil gets to the market.

26. Human Rights: NO

27. Trans-Boundary Issues: YES

Read


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