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Albanias Pyramid Schemes
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Albania’s Pyramid Schemes
Introduction
In 1940s Albania had a predominantly agricultural economy, and depended on a classic Stalinist economic model characterized by central planning, and bureaucratic decision-making processes (Kindleberger 54). This model prevailed until the beginning of the 1990s, when the government initiated economic reforms which promoted private ownership (Davies 78). The private sector contributed about two third of the GDP, and the rising remittances from the Albanians working Greece and Italy increase the disposable incomes. The improved economic environment increased consumer imports, and investments in the emerging pyramid schemes. Lack of proper financial institution and securities markets encouraged the Albanians to look for alternative investment opportunities such as the pyramid schemes. This paper examines the effects of the pyramid scheme on the local economy.
Background
As suggested by Dirk pyramid schemes operate on a simple principle whereby, money paid by the later investors is used pay artificially high returns to earlier investors (78). At first, early investors are promised high returns to woo potential investors. As the word spreads, many people are pulled into the scheme to benefit from the huge capital gains. As Jarvis observes during the early phases, the whole process seems to work, but with time the interest and principal owed to the old investors exceed the money that the scheme has (5). As a result, investors are forced to cut short the payments and investors start panicking.
Some of the players that were involved in the pyramid scheme include VEFA which was formed in 1992 by Vehbi Alimuca, and took in at least $700 million in deposits. The institution started as a trading company and is accused of promising customers unsupportable rates. The second major player is Xhafferi which was formed by Rrapush Xhafferi and at the time of its collapse it had taken $250 in deposits. Another key player in the pyramid scheme was Gjallica which was formed in 1991 and took in an estimated $850 million in deposits. Sude on the other hand, offered lottery services but thereafter started taking deposits from the customers. At the time of its collapse, the company had $90 million in liabilities and no assets. Just like Sude, Populli offered to pay its customers two times principal invested after 3 months. The company worked closely with the Albanian opposition parties, and at the time of its collapse its liabilities were over $150 million.
Events leading to the crisis
As Chris Jarvis, an IMF economist observes in the article titled, the rise and the fall of pyramid schemes Albania, the origin of the pyramid schemes can be traced to the decline of the smuggling market. According to Jarvis the smuggling of oil products through Albania ended with the suspension of the UN sanctions against Yugoslavia (10). As a result, the pyramid period schemes were forced to look for alternatives sources of income. One of the viable ways at the time was to increase the interests so as to attract capital from potential investors. Within a short time the deposit-taking market grew tremendously, and by the mid-1996, the deposit-taking companies were offering interest rates as high as 19%. In the first few months, the companies had attracted two million depositors, and the number continued to grow in the second half of 1996. The players in the informal sector competed by offering attractive rates and just to illustrate, in the September 1996 Populli offered a monthly interest are of 30% which Xhafferi countered with a 44% rate while Sude offered to double the principal in two months. To capitalize on these opportunities some of the investors sold their property while other sold their animals, and then put the proceeds in the pyramid schemes. Worried about the integrity of the schemes, the Governor of Bank of Albania issued the first warning, and then followed by the Minister of Finance. The government formed a committee to investigate the schemes but unfortunately it never delivered. All long, other institutions including the IMF continued to warn the government about the toxic nature of the pyramid schemes, but government chose to disregard their advice. The effect of allowing unlicensed companies to engage in deposit-taking companies, started being experienced at the end of the 1996, and subsequently, the World Bank and the Bank of Albania issued a public warning which went unheeded until in November when Sude collapsed.
Economic and political reasons behind the scheme
4.1 Political climate
As suggested by Christopher Jarvis in the book titled, the rise and fall of the pyramid schemes in Albania, between 1945 and 1985, Albania political leadership was wanting, under the rigid dictatorship of Enver Honxha. At the time, the government’s political policy was based on the principles of central planning, elimination of private ownership and insistence on national-self reliance. As a result of these policies, the Albania’s economy was isolated and its populace were impoverished. However, in the early 1990s, the economy started to rise, and by 1995 the GDP had grown by 10%, while inflation and external imbalances had greatly reduced.
The transformation of the Albanian economy spurred consumerism while industrial output increased significantly. By 1995, the Albania’s economy had exceeded all the targets set by the International Monetary fund, and excited about this splendid performance, the investors took up business opportunities in the textile, oil and soft-drink industries (Blejer 31). These gains were later lost, in the run-up to the 1996 elections due to poor political leadership. Some of the decisions that negatively impacted on the country’s microeconomic performance include the elimination of the VAT and the unrealistic promises by the political aspirants. After the elections which were won by the Democratic Party, the political authority made weak decisions and the leaders were unwilling to make critical decisions such as streamlining the banking sector. Eventually, weak political leadership gave way for the banking industry to engage in the pyramid schemes.
4.2 The problems in the financial sector
In the run-up to the crisis, Bezemer observes that the formal financial system was inadequate (18). The banking sector was dominated by the three state banks and private banks found it hard to penetrate the industry. Due to the monopoly that the state banks enjoyed, the quality of services rendered to the Albanians was poor and just to illustrate, customers had to wait for more than 15 days to complete inter-bank transactions. With time, the general distrust for banks increased, with the customers holding a high proportion of their financial assets in cash while others invested in alternative areas. At the time, banking institutions were also faced with the bad loan problem, and to address this situation the Bank of Albania imposed bank-to-bank ceilings. This intervention although appropriate, made it difficult for the private investors to access credit facilities, forcing them to turn to the informal credit market. Indeed, according to a survey conducted in 1996, 36% of the investors relied on the informal market. The growth of the informal market in Albania was tolerated by the authorities, and with time these illegal banking institutions became the best avenues for savings in the country. With little supervision from the government, companies in the informal credit market stopped lending funds, instead preferring to invest the depositors’ funds in productive investments and to some extent criminal activities.
4.3 Weak legal and government framework
In the run-up to the crisis, companies involved in the informal market were not adequately supervised not did they pay corporate tax as required by law. In addition, the banking institutions in the informal market operated under the civil code, and failed to comply with the Law on the Banking System. The reluctance by these entities to comply with the applicable laws was helped in part by the laxity of the government institutions. Just to illustrate, the Central Bank, the Ministry of Justice, the Bank of Albania and the Chief Prosecutor, failed to close the borrowing companies as provided for in the Law of Banking System. As Blumi reports members of the government also colluded with the borrowing companies for financial gains (2). Political parties and senior government official benefitted from campaign contributions from companies such as VEFA.
Effects of the government’s actions on the economy
The government took both short-term and long-term measures which will be discussed later in the paper. However, some of the aspects of the government’s decisions need to be discussed in this section. One of such decision is the reluctance by the Albanian government to bail out the pyramid scheme depositors. This decision was viable because at the time, the government was facing budgetary constraints and compensating the depositors would have resulted to major fiscal costs. In addition, to close the budget deficit caused by the unexpected loss of revenue, the government reduced the public sector wages in 1997. Again this measure allowed the government to deal with the high levels of inflation that were being experienced in the country.
Short-term and long-term effects of the pyramid
In the article titled, the rise and fall of the pyramid schemes in Albania, Jarvis points out that by 1997 the liabilities incurred by the pyramid schemes accounted for half of the entire GDP (21). In the article, Jarvis also likens the pyramid schemes to the bubble whereby the demand for products and the money supply in the market (21). After the bubble burst, capital inflows and actual and perceived wealth reduced instantly. As result, the demands for goods reduced and this could explain the reason why imports too reduced after the collapse of pyramid schemes. However, as Jarvis admits it was not possible to identify some of the micro-economic effects of the pyramid schemes as most the players deposited the money with state-owned commercial banks (21). In turn, commercial banks invested their money through treasury bills thus allowing the government to close the budgetary deficits. In other words, a significant proportion of the money did not trickle down to the real economy and as such its economic effects were rather limited. Even then, the few short-term effects that were experienced are detailed below.
6.1 Short-term effects
6.2.1 Loss of revenues
Some of the government owned businesses such as the posts and tax offices were closed after the crisis. In addition, most of the many industries ceased operating, the effect of which the government revenue collections reduced significantly.
6.2.2 Increase in inflation
In the year 1996 the inflation rates increased to 17% while the current account of the balance of payments reduced by 2% of GDP. After the collapse of the pyramid schemes and subsequent eruption of civic disorder the government’s revenue steam was cut short, leading to depreciation of the exchange rate, and increase in the inflation.
6.2 Long term effects
According to Humphrey, it is hard to identify the long-term effects of the pyramid schemes, as most of the money did not trickle down to the real economy (56). Humphrey further observes that limited effects of the scheme could be attributed to the resilience of the Albanian economy (80). Even then, a few long-term effects that were experienced are discussed below.
6.2.1 FDI investment
Due to poor government regulation, the foreign investors were reluctant to invest in Alabania. Capital inflows reduced as well, as the potential investors were discouraged by the volatile political stability and the inability of the Albanian government to regulate the informal market.
6.2.2 Poverty
As a result of the pyramid schemes, thousands of Albanians were left impoverished. Some of the investors had sold their property and put the proceeds in the schemes, and when borrowing companies collapsed they were left with nothing. On the positive side, the agricultural output increased as the discouraged investors, aggressively engaged in farming activities to offset the money lost to the pyramid schemes.
Interventions
7.1 Short-term measures
The first borrowing company to collapse was Sude, followed by Gjallica, an event that caused huge civil unrest in the Southern City of Vlore. In response to the civil unrest, the government took a number of measures which will be detailed next. Firstly, the government froze the accounts of the borrowing companies, and limited withdrawals to $300,000. This measure was intended to prevent unlicensed companies from withdrawing depositors’ money. This measure helped the government to seize the assets of the companies which were then returned to the depositors. Under the leadership of the Fatos Nano, the chairman of the Socialist Party, the interim government with the cooperation of the internal partners took deliberate measures to improve the economic health of the Albania. In this regard, the international Monetary Fund and the World Bank greatly assisted the government to restore tax collection and restore stability in the Albanian cities. To improve the ailing economy the government also raised the VAT, initiated structural programs and strict monetary controls. According Pettifer and Miranda these measures improved achieved the following results: the output and the value of the local currency increase significantly, inflation reduced by 11% and the budget deficit was brought under control (45).
7.2 Legal framework
One of the immediate measures that needed to be performed is the closure of the remaining pyramid schemes. However, this action was impeded by the lack of a proper legal framework, and the reluctance of the politicians to act on the errant entities since they had invested their money in the schemes. Eventually, the law was passed in 1997, and it gave way for the appointment of administrators. The new administrators would be sources from major accounting firms and were given authority to sell the companies’ assets, and seize the assets of the persons associated with the pyramid schemes. The new administrators took up their duties in November 1997, and the delay in their appointment gave the scheme owners an opportunity to reduce the liquid assets. The work of the administrators was hampered by the lack of cooperation from the scheme owners and the employees. There also great rivalry between the administrators and the government officials hence impeding the asset recovery process.
Impact of the schemes
8.1 Protests
Following the collapse of the pyramid schemes, civilians poured into the streets in what is now referred to as the Albanian anarchy of 1997. The first protests took place on 16th January 1997 followed by another one on 24th January. Protests started from the Southern areas and then spread to the North. With the help of the rebels and the socialist forces, the protesters destroyed government buildings and the process 2,000 people were killed. Eventually, the protests spread to Tirana, forcing the government resign and an interim coalition was appointed.
8.2 Civil wars
Following the collapse of the pyramid schemes, looters amassed arms from the government armoires. The citizens took arms for self-defence purposes and as a form of reimbursement from the money lost in the scheme. Yurchak estimates that during the 10 day civil unrest, 3,600 explosives, 650,000 weapons, 1.5 billion ammunitions, 3.5 million grenades and 1 million mines were looted (67). The influx of small arms impacted negatively on the national security as armed robbery and banditry cases increased tremendously. By 1998, the crime rates in Albania were higher that the global average. Some of the weapons that were looted were trafficked to the ethnic Albanian rebel groups, the refugees from Kosovo crisis and Greece. In total, an estimated 200,000 weapons were smuggled into Kosovo, Macedonia and the neighbouring countries. Access of weapons, facilitated the Kosovo Liberation Army to engage in armed conflict.
Conclusion
The pyramid schemes in Albania occurred at a time when the country’s economy was transitioning from being centrally controlled to a free-market system. The spread of schemes was encouraged by lack of adequate regulatory framework and political will to regulate the activities of the borrowing companies. The pyramid schemes took in a lot of depositors’ money due to lack of proper legal framework and opposition from the outgoing parliamentarians. The presidential decree finally paved way for the appointment of the administrators and subsequent recovery of the illegal assets. Although, the scheme was widespread, its macroeconomic effects were limited and short lived. The civil disorder experienced after the crisis affected government revenue collections and enhance the rebels’ military might. The crisis highlights the importance of regulatory frameworks and stable financial systems to ensure institutions in the banking industry are well supervised.
Works cited
Bezemer, Dirk. Post-Socialist Financial Fragility: The Case of Albania. Cambridge Journal of Economics 25.1(2009):1–23.
Blejer, Mario. Albania: From Isolation toward reform. Washington: International Monetary Fund, 1992
Blumi, Isa. Hoxha’s Class War: The Cultural Revolution and State Reformation, New York: Nova Science, 200
Davies, Norman. Europe: A History. Oxford: Oxford University Press, 1996
Dirk J. Bezemer. On Eagle’s Wings: The Albanian Economy in Transition. 1961–1971. East European Quarterly 33.3(1999):2.
Humphrey, Caroline. The Unmaking of Soviet Life: Everyday Economics after Socialism. Ithaca, NY: Cornell University Press, 2002
Jarvis, Christopher. The Rise and Fall of the Pyramid Schemes in Albania. Washington, DC: IMF, 1999
Kindleberger, Charles. Maniacs, Panics and crowds: A history of Financial Crises. New York: Basic books, 1978
Pettifer, James, and Miranda Vickers. The Pyramid Banking Scheme and the Democratic Party Government. London: Tauris, 2007
Yurchak, Alexei. Entrepreneurial Governmentality in Post-Socialist Russia: A Cultural Investigation of Business Practices. Armonk, NY: M. E. Sharpe, 2002
How Resistance Training Impacts the Nervous System and Athletic Performance
How Resistance Training Impacts the Nervous System and Athletic Performance
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How Resistance Training Impacts the Nervous System and Athletic Performance
Weight training brings a range of benefits whether it is improving physical strength, helping people stay on top of mental health, or alleviating muscular pains and aches. However, according to a Weight training brings a range of benefits whether it is improving physical strength, helping people stay on top of mental health and alleviating muscular pains and aches. However, according to recent research, there are other benefits that are rarely considered. The study conducted by Professor Sturary Baker and Dr. Isabel Glover from the Movement Laboratory located in Newcastle University found that before noticing any physical improvements from training, the nervous system had already started getting stronger. Dr Glover explains that once a person begins to lift weights, there is an increase in neutral inputs and it takes a couple more weeks before muscles begin getting bigger.
While a person may be able to take on more weight after spending a few weeks in the gym, they may not see any visible muscle growth. First and foremost, the body simply strengthens connections running from the brain to the neurons in the muscles. The better the ability of the brain to trigger motorneurons, the better muscles contract and the more gains in strength you will notice. Once pathways become strong enough, one starts to see that muscle which so many weightlifters desire.
As regards the impact on athletic performance, through influencing the anaerobic abilities and neuromuscular function, resistance training elevates athletes’ movement efficiency, lactate threshold, and the ability to take part in high-intensity activities. Resistance anaerobic training has a strong effect on both aerobic capacity and power but rarely exerts significant impact on the individual’s neuromuscular abilities. Equally, resistance training has a strong influence on the individual’s neuromuscular function. It also has a moderate impact on anaerobic capacity and power while also providing minimal influence on aerobic capacity and power.
The capacity of resistance training in boosting endurance is linked with numerous factors, including the mechanical and physiological adaptations which are triggered by the resistance training routine. Incorporating resistance training in the general training plan seems critical in the development of specific adaptations that enhance performance. Traditionally, coaches and athletes were of the opinion that resistance training either negatively affects or has no effect on endurance performance (Tesch, Fernandez-Gonzalo, & Lundberg, 2017). However, this notion can be partially explained with a design flaw in various training programs that include both endurance and resistance training. The issue is that resistance training gets simply incorporated into the endurance training plan. Athletes that go with this approach encounter excessively increased fatigue levels which have a negative effect on general performance. Suppose athletes cut down on their training load to cater to the addition of resistance training. In that case, resistance training tends to have a positive effect on the endurance performance of the individual. The athlete that performs both endurance and resistance in a well-planned and integrated fashion performs at higher levels than athletes that can only function in classic endurance training.
References
Tesch, P. A., Fernandez-Gonzalo, R., & Lundberg, T. R. (2017). Clinical applications of iso-inertial, eccentric-overload (YoYo™) resistance exercise. Frontiers in physiology, 8, 241.
Even before, human beings existed on earth, lightning stroked the earth
Lightning
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Lightning
Even before, human beings existed on earth, lightning stroked the earth. It is even believed that the planet’s evolution is due to the effects of lightning. All over the world, the sky is usually lighted at around one hundred in terms of seconds. Furthermore, when lightning occurs, the bolts do not all reach the ground. For example, in the United States, it is estimated that lightening occurs twenty five million times. Most people associate lightning with negative aspects, but it should be known that it has its positive aspects. Lightning is known to cause extreme damage particularly for objects and people that are not well protected. It should be known that when compared to other natural disasters, lightning does not kill many people. On a yearly basis, lightning strikes at least one aircraft, which is in the sky. Luckily, modern aircrafts have been constructed in a way that they are not affected by lightning strikes. Moreover, many forest fires, as well as failure of electric power lines are caused by lightning. The advantage of lightning in forest fires is one that cannot be ignored. It helps in ensuring that the forests constantly have a life cycle that is natural (Dwyer, 2005).
Lightning is described as being an electric discharge that has an extremely high current. It then releases pulses that are in the form of energy at one hundredth millionth seconds. It is usually measured in terms of miles, and it has a diameter that measures two or one inches. Most lightning bolts have tens of thousands of peak currents in the form of amperes. They have temperatures, which are as high as 50000 Fahrenheit degrees. The heat is hotter than even the sun, as its heat is five times more deadly. Lightning columns have plasma’s, which are extremely high in temperature (Rakov & Uman, 2003). The plasma has broken atoms that exist in the form of gas and are usually particles, which are charged electrically. They also have positively charged ions and negatively charged ions. The gases are known to be ionized in nature. The charged particles movement is the one responsible for creating a lightning channel. The latter is what makes up the electrical current whereby, the electrons move.
When ice crystals and soft hail are electrically charged when in the air, lightning arises. Thereafter, negative and positive charges accumulate and in various, diverse regions. In turn, large voltage develops at the regions, which have been charged. The regions are at the ground and the charged region. The voltage then expands in size until it has a million volts ranging from fifty to five hundred. There is also a chance that ionization of the air may take place. Furthermore, a plasma column is formed, and it has a channel that is electrically conducted. This is the time people are able to see lightning in the sky. It should be known that there are various ways as well as directions through, which lightening develops. At most, in the cloud to cloud lightening that occurs globally, there is a 90% chance of it hitting the ground. The latter is due to negative charges, which are transported to the ground, from the clouds. This is referred to as negative downward lightening. The other types of lightening, which exist, are positive upward, negative upward and positive downward discharges. In some rare instances, lightning usually moves upwards even in buildings, such as the New York Empire State Building (Dwyer, 2005).
Lightning occurs at an extremely fast speed that people cannot view it well. It even becomes impossible for people to appreciate its complex structure as well as its development stages. Fortunately, it is possible to determine the lightning development direction. Most times, one can view lightning’s main channel as well as its branches. There are many individual strokes in any given lightening flash. Also, they follow a similar cloud to ground path when lightning occurs. In any given channel, the constant recreation of the plasma takes place on a regular basis. In between the strokes, there are dark intervals and they last up to many milliseconds. The latter is the reason why people often see flickering light during a lightening episode. During a flash of lightning, there are usually five or three stokes. Moreover, people can observe strokes ranging from about one even up to twenty six (Rakov & Uman, 2003).
In every stroke that is downward, there are leaders, which always move downwards. Later on, there is a return stroke that moves in an upward direction. A conducting path is created by the leader, which intersects between the ground and the cloud. Furthermore, negative charges are distributed on the route that has been created. Also, in the path, the return stroke moves to the cloud from the ground. In turn, positive charges are distributed in order to neutralize, and at the same time, make the leader become negative. In any lightning flash, there are electrical currents, and they have diverse strokes. There is usually a rapid, current rise by the return stroke, and it can even reach up to many thousand amperes. During the current’s initial phase, many amperes move and in a second, can transmit even thousandths of amperes. The channel is in turn heated up due to the return stroke that is high. In some cases, it reaches up to 50000 degrees Fahrenheit. Also, the pressure is higher than that of the usual atmospheric pressure. Later on, intense light is produced by the channel. This is what human beings view and it can even expand. Shock waves are usually produced, and people hear thunder, which is a sound wave (Rakov & Uman, 2003).
It is extremely impossible, as well as impractical, to extract energy that is useful from lightning. In every cloud to ground lightning, there is a lot of energy consumption. The flashes usually last and has energy that is 360 kilowatts in every hour. The same energy can be used in lighting light bulbs that have a 100 Watt capacity, and for one month duration. Also, energy produced by the lightning flash varies from one hundredth to one thousandth. It is then taken to a strike point, and most energy is usually lost at this stage. Moreover, other energy then exists in the form of radio waves, light and thunder, after air has been heated up. If people had the ability of containing the energy produced by lightning flashes, they would have many difficulties. The latter is because there are extremely low chances that lightning can strike the ground. An example is a lightning incident that took place in Florida. There was a tower that was sixty meters in length and lightning struck it. Ever since, lightning strikes it on a yearly basis. Florida does not have many incidents of lightning as compared to other American states. Thus, in order to capture strikes created by lightning, many towers would have to be built (Gosline, 2005).
It is possible to test and to research about lightning concerning how it can be triggered. When this is done, it can be extremely beneficial in protecting buildings and people. The most common and safest way of inducing lightning is by using a rocket. It is then charged over head where the cloud is located. The rocket usually has a grounded wire, which is thin, and it trails behind it. There are other regions other than in the atmosphere of the earth where lightning occurs. There is evidence, which shows that, in Jupiter, lightning discharges exist. Furthermore, the discharges are said to be larger than the ones, which occur during lightning on earth (Gosline, 2005). There is a lot of information regarding lightning, but more research needs to be conducted. Concerns regarding radiation that is high energy, and which is obtained from lightning needs to be known. The latter is deadly to human beings and makes them be at harm. During lightning flashes, there is the production of nitrogen oxides, and it can cause global warming. For example, ball lightning needs to be research more upon, as it is not well understood. In conclusion, lightning is a fascinating phenomenon that needs to be known. People should have knowledge on how they can protect themselves from the effects of lightning. In turn, property and human life can be saved.
References
Rakov, V. & Uman, M. (2003). Lightning: Physics and Effects. Cambridge: Cambridge University Press.
Dwyer, R. (2005).”A Bolt Out of the Blue,” Scientific American, 292, 5, 2005, 64-71.
Gosline, Anna. (2005). HYPERLINK “http://www.newscientist.com/article/mg18624981.200” “Thunderbolts from space”. HYPERLINK “http://en.wikipedia.org/wiki/New_Scientist” o “New Scientist” New Scientist 186, 2498, 30–34.
