Targeting the Egyptian Food Subsidy System: Urban Versus Rural Reform Kathleen Oliver 1 1 Kathleen Oliver is a member of the Class of 2015 at the University of Chicago.
Targeting the Egyptian Food Subsidy System:
Urban Versus Rural Reform
Kathleen Oliver1
1 Kathleen Oliver is a member of the Class of 2015 at the University of Chicago.
UChicago Undergraduate Business Journal
Spring 2015 1
Abstract
For over 65 years, the Egyptian government has subsidized food for the Egyptian population. While
originally not a system targeted for the poor, since the late 20th century, the system has received increasing
criticism for the financial and political burden it places on the government as it fails to target the poorest in
Egypt. Examining the current income transfers to the poor in rural and urban areas, it becomes clear that while
the rural areas contain the highest number of poor people, the urban areas receive the greatest benefits of food.
In an effort to increase the self-targeting aspect of baladi bread, I suggest that the rural areas increase the
extraction rate of the wheat flour in their bread to make it an inferior good. To reform the ration card system in
urban areas, I analyze a digression calculated by the Task Force for Food Security to measure welfare to
distinguish between urban poor and non-poor households. Suggesting the implementation of two different
policies in a reformation of the subsidy system, I believe the Egyptian government can lower their expenditure
on food subsidies by over 50 million LE and better target the poor.
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Introduction
For over sixty years, the Egyptian government has provided some sort of subsidy to its citizens.
Subsidies range over a variety of items, from food to gas. In 2013, the Egyptian government spent roughly $4.31
billion on food subsidies alone. The food subsidies, issued in the form of green (poor) and red (non-poor) ration
cards for sugar, oil, subsidized baladi bread and flour, are available to virtually all of the 80.72 million Egyptian
citizens.
Unfortunately, as a result of minimal government regulations and weak enforcement policies, the food
subsidy system suffers from costly leakage and targeting issues that have resulted in not only financial but also
political repercussions for the Egyptian state. What policy reforms, if any, can ameliorate the targeting problems
faced by Egypt’s food subsidy system with the greatest economic and political advantages? The precariousness of
the situation must be acknowledged in order to come up with policy reform that balances the fragility of the
current system while enhancing the targeting to the poorest citizens and lowering the total cost.
Background
In 1948, the Egyptian Government established an official food subsidy system to formalize and make
permanent the rationing of wheat and flour that had occurred in response to high inflation during World War II.
During the sixty-five years that followed, the system has changed in both economic structure and purpose.
Originally designed to provide material necessities, such as sugar, kerosene, cotton textiles, oil, and tea to the
entire Egyptian population, the subsidy system was not established or designed to ameliorate the difficulties of
the poor. Instead, subsidized foods, by actual discounted prices (such as for bread and wheat) and ration cards
(distributed in various colors according to income), remain available to 70 percent of the Egyptian population.i
After a period of severe expansion in the 1960s, the Egyptian government was forced to use foreign reserves in
order to pay for increasing quantities of imports as a result of rapid industrialization and population growth.
By 1963, Egyptian wheat imports exceeded agricultural production. For the following twenty
years, dependence on imports continued to grow. In 1983, at the height of Egyptian import rates, Egypt was
producing less than 20 percent of its domestic demand for wheat. Expenditures on food subsidies increased
from LE 3 million in 1970 to LE 1.4 billion in 1980, at which point it made up 14 percent of total government
spending. The massive increase in spending resulted from President Anwar Sadat’s “Open Door Economic
Policy,” in which the subsidy system expanded to involve 18 foods, including beans, lentils, frozen meats, rice
and yellow maize.ii
During the following three decades, Egyptian external debt rose to $40,626 million. In 1976, the
International Monetary Fund (IMF) put forward requirements for economic reforms and subsidy reductions. As
a result of subsidy cuts, the Egyptian population rioted in Cairo, Alexandria and the Nile Valley, resulting in
more than 77 deaths over two days.iii At this point, the IMF offered a $140 million loan to restore peace, and
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government spending and deficit continued to escalate. According to Akhter Ahmed, a senior research fellow at
the International Food Policy Research Institute (IFPRI), “The infamous 1977 riots deeply unnerved Egyptian
policymakers and left a legacy of government caution not only toward food policy reform, but economic reform
more broadly.”iv From this point forward, food subsidies were acknowledged as a vehicle for social equity, a
weapon to fight poverty and an unspoken contract from the government to the people.
As the 1980s brought increasing irregularities in international wheat prices, however, President Hosni
Mubarak was forced to reform the food subsidy system in an effort to fix Egyptian budget deficit and reduce
foreign borrowing and rising inflation. In a series of reforms, Mubarak’s government agencies gradually reduced
the subsidy package without political ramifications or social disruption.v The liberalization of state agriculture in
1987 resulted in a market-based, export-oriented economy supported by agreements from the World Bank and
the IMF. Consequently, the cost of food subsidies decreased from 14 percent of government expenditures in
1980 to 5.6 percent by 1996.
Today, Egyptian food subsidies include coarse baladi bread, baladi wheat flour, sugar and edible oil and
account for around 6 percent of government expenditures. While Egypt’s macroeconomic expansion ranks
among the most prosperous for developing countries, major donors to the government subsidy system, including
the United States Agency for International Development (USAID), have demanded reform of the food subsidy
system to better target the poor and alleviate corruption.vi As a result of sensitive political climate—Egypt has
been in a declared state of emergency for 481 out of the past 564 months—government policy makers resist
reforming subsidy laws out of fear of political unrest.vii
Literature Review
Presently, there is limited contemporary research that suggests realistic outcomes of plausible reforms
within the food subsidy system. Most past research uses dated models to condemn the current political
atmosphere and equity system and to disqualify suggested reformations. Contemporary articles also address the
need for reform as they examine the hindrances of the system, and the implications of its massive economic
demand. Additional research shows that Egypt should be considered a developing country as it is in a relatively
stable state with sensible levels of poverty, unemployment and GDP per capita.viii
Political Implicationsix
Egyptian statistics reveals the country was in fact one of the best performing developing countries
throughout the past 30 years with respect to economic performance, poverty, inequality, corruption and
unemployment. With GDP growing 4.5 times since 1980, Egypt was one of the best performing countries of the
developing world. Because roughly 22 percent of the population lives below the $2-per-day poverty line,
Egyptians are largely dependent upon the existing on the food subsidy system.
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Food prices, poverty, unemployment and authoritarian rule are often blamed as the impetus for the
Egyptian Revolution of 2011. In an examination of the growth of spring 2008 riots and the lead up to the 2011
Revolution, it becomes evident that much of the cause for the Revolution was provided by surges in food prices
and reductions in subsidy levels. On April 6th, 2008, factory workers in al-Mahalla al-Kubra protested the
decrease in living standards being caused by food price growth. This movement, formally established in a
Facebook group as the April 6 Youth Movement, played a pivotal role in the Egyptian Revolution of 2011.
In late 2010, food prices reached a level similar to that of April 2008. In preparation for the rapid growth in
food prices, Mubarak’s regime preserved the price of baladi bread at 130 grams for one pound. Even with less
than $2-per-day, starvation was still unlikely. Unfortunately, corruption in the state-sponsored bakeries meant
that, instead of being used to bake bread, much of the state-subsidized flour was resold in the black market for
over a hundred times the intended state-subsidized price. Consequently, a significantly reduced amount of baladi
bread was produced, leading to food shortages, long queues and worker strikes. To subdue the protestors, the
government again expanded the subsidy system to increase the number of beneficiaries (from 39.5 million to 63
million people) and the list of subsidized ration card products. As a result, the subsidy system expanded to
provide bread to 100 percent of Egyptian people, and ration cards to 80 percent. While this increased
government expenditure to $4 billion, it left 42 percent of necessary food commodities unsubsidized.
The “April 6 Youth Movement” resulted in the overthrow of Mubarak’s government, the 2011 Egyptian
Revolution, and the establishment of the current military government that reigns today. In an effort to promote
democratic reform, the “April 6 Youth Movement” turned the issue of food subsidy in Egypt into a symbol of
the struggle for equity and human rights. As food prices around the world increased, the majority of Egyptians,
even those employed, found themselves below the poverty line. This poverty condition, compounded with the
violent decades of the State of Emergency, the high percentage of young males in the total population, and use
of the Internet, increased the resolve and fervor of the rebellion. All in all, this movement demonstrates that
food subsidies have political implications in Egypt and that the government must proceed with caution when
implementing change and reform. In the battle to preserve political and economic stability, balance is key.
Food Insecurity and Corruptionx
Currently, the food subsidy system faces fiscal, nutritional and targeting problems. Since 2009, the
number of food-insecure Egyptians has risen 21 percent. Even worse, poverty levels increased nearly 25 percent
in the past five years. The 2013 food subsidy bill reached $4.31 billion USD, as Egypt became the world’s third
top importer of wheat (after Russia and China), but was ranked only sixteenth by population. Importing roughly
10 million tons of wheat abroad and purchasing another 3.6 million tons from local farmers, the government
provides loaves for less than $0.01 per loaf—equal to 1/7 of the actual cost to import. Additionally, corruption
within the system is immense as a rampant smuggling mafia illegally sells subsidized flour in the black market.
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More than 7 million Egyptian pounds of subsidies are wasted yearly due to smuggling. This widespread
corruption has resulted in the appointment of new administrative officials and probing government
investigations.
International Action
A recent conference led by the IFPRI, United Nations World Food Program and Egyptian statistical
Agency, CAPMAS, addressed how to solve Egypt’s growing deficit, nutrition, and poverty issues. Policy
recommendations for the 13.7 million Egyptians who are currently food insecure require ameliorating targeting,
marketing and nutritional issues.xi The plan calls for national action in developing food security and addressing
the inefficiencies of the current program.
Targetingxii
The food subsidy system in Egypt attracts much controversy due to the strain it places on the
government budget. It is argued that the subsidy places an unnecessary burden on the country’s budget and is
ineffective because the bulk of its benefits are not received by the truly poor. The effectiveness of a subsidy
should be measured on the degree to which the subsidy delivers food to its intended target group. Targeting can
occur in two ways, either by administrative targeting or self-targeting. Administrative targeting requires data and
enforcement procedures, whereas self-targeted subsidies are designed so that only the target population elects to
participate.
Today, 61 percent of the benefits from the baladi bread subsidy go to non-needy Egyptians, increasing
the cost of access to poor from LE 1 to LE 2.98. Only one-third of the total food subsidy reaches the poor, with
oil being the least targeted (only 10 percent of which makes it to the poor). While increasing extraction levels to
lower the quality of bread can increase its self-targeting, the current ration card subsidy system is not as simple to
reform or easy to regulate.
Reformxiii
One of the most thorough evaluations of the Egyptian food subsidy system was conducted by the
IFPRI over a three-year period, beginning in 1996. The study conducted a policy research on food security issues
by examining the economic, political and technical feasibility and efficacy of a variety of strategies for reforms
that reduce costs but maintain or even improve the welfare of the poor. The study emphasizes the importance of
balancing the economic benefits and costs of different policy options with their political and social benefits and
costs and focuses on the role of the middle class within the political urban base.
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Targeting of Subsidy Systemxiv
Currently, subsidies are not distributed proportionately to poverty levels (determined by rural or urban
area) [Table A]2. Urban and metropolitan areas receive more shares of total allocation of food subsidy benefits,
even though rural areas contribute more to total poverty levels [Table B]3.
The most cost-effective government funded programs are those that subsidize the foods that are
consumed more in both absolute and relative terms by the poor than by the rich. This requires the subsidization
of inferior foods, whose consumption declines with income, as wealthier households prefer higher quality, non-
subsidized foods. Presently, the Egyptian food subsidy system is targeted more successfully at the poor in urban
areas, where the poor tend to participate more than the rich.
In urban areas, the mean per capita level of expenditures on baladi bread decline sharply with income,
and the main difference in mean expenditures on baladi bread between the lowest and highest quintile groups is
statistically significant [Table C4]. While the poorest expenditure group, which accounts for nearly 22 percent of
the population, spends approximately 20.8 percent of its total expenditures on subsidized food, the top quintile
group only spends 16.8 percent of its expenditures on subsidized food. This data, demonstrating that the poor
spends roughly 20 percent more of their expenditure on subsidized food than the wealthiest quintile, indicates
that baladi bread functions as an inferior good, the reason for this being the poor quality of baladi bread. As
income increases, expenditures on baladi bread decrease in absolute terms as it is substituted for more expensive,
higher quality foods. The other subsidized foods, however, such as baladi wheat flour, edible oil and sugar, are
not inferior goods.
In order to quantify the benefits of the other subsidy foods, the World Bank estimates the amount of
income transfer each subsidized food results in. The amount of income transfer from a food is defined as “the
difference between what a household pays for that subsidized food, and what they would have to pay for that
food in the ‘free market’ in the absence of food subsidies.”xv The Egyptian Ministry of Trade and Supply does
not keep any detailed records on the rate of subsidy for foods, or on the costs of administering this food. As a
2 Table shows the food subsidy allocations and distribution of poverty by region in 1997. Results include Metropolitan: 28.6% (Food Subsidy Allocation Share), 18.5% (Region’s Contribution to Poverty); Lower Urban: 20.8%, 11.1%; Lower Rural: 13.3%, 32.5%; Upper Urban: 20.4%, 7.5%; Upper Rural: 16.9%, 30.3%. From this table, it can be seen that while the rural areas contributed 62.8% to poverty levels, they receive a meager 30.2% of the country’s entire food subsidy allocation. In contrast, the urban areas contribute to 18.6% of poverty levels, and receive 41.2% of the food subsidy allocation. The discrepancy between the two areas boils down to socioeconomic behavior in the two regions and the long travel required in rural areas to reach bread distribution centers. 3 Table B compares the distribution of food subsidy benefits and poverty by region in 1997. Comparing the rural and urban areas, the table demonstrates that while the rural areas contain the majority of the poor population, they receive the smallest percentage allocation of food subsidy benefits. 4 Table C portrays subsidized food as a source of calorie availability by expenditure quintile group for Urban Egypt in 1997. Results show that Baladi Bread and sugar as the only two inferior goods in Urban areas.
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result, in order to calculate the income transfers consumers receive from different subsidized foods it is
necessary to calculate cost, insurance and freight (CIF) import prices and add in estimated costs of handling,
transportation, distribution and baking expenses. The World Bank’s most recent calculation of the income
transfer (measured in 1997) was: 8.74 percent for the lowest quintile, 6.2 percent for the second quintile, 4.81
percent for the third, 3.1 percent for the fourth, and 1.43 percent for the highest quintile.xvi For the urban
population, baladi bread makes up 74 percent of the total income transfers to the poor, and the total subsidized
food accounts for 42 percent of total calorie consumption.
For the rural areas, however, the targeting data reveals different results. While the poorest quintile group
spends 19.5 percent of its total expenditures on subsidized food, the top quintile group spends a slightly larger
share, 21 percent. The mean per capita level of expenditure on subsidized baladi bread in fact increases with
income, where as it clearly falls in urban areas. Adams states, “In rural Egypt the only subsidized food that
transfers more income to the poor rather than to the rich is baladi wheat flour” which they use to bake their own
bread. While the reasons for the discrepancies between rural and urban areas is still under investigation, it is
proposed that the wheat acts as an inferior good in the rural areas because of high unemployment rate for
women, who have the time to cook the bread themselves. Bread, according the Adams, does not act as an
inferior good because the rural bakeries are harder to get to. For this reason, families tend to buy bulk flour (in
one or two trips) to bake throughout the week, rather than making daily trips to collect fresh bread. This results
in baladi wheat being the only food that acts as an inferior good in the rural governorates. Looking at calorie
consumption in rural areas, it appears that the rural rich are actually consuming more subsidized food than poor
(1,195 calories compared to 1,089).xvii
Possible reforms
Literature reviews and comparable countries’ data have been used to hypothesize possible reforms for
the present food subsidy system. Some of the most popularized suggestions include the addition of maize flour
or an increased extraction rate of subsidized flour, the use of food stamps, better targeted rationing cards and
eliminating the oil subsidy. Each option includes economic, political, targeting and social implications that must
be considered and weighed before implementation [Table D].
The addition of maize flour in some areas would result in reduced leakage and cost of wheat imports,
while making baladi bread less attractive to the poor and an inferior good in more areas. Unfortunately, domestic
maize production is not presently sufficient enough to expand this initiative throughout the entire country.
Increasing the extraction rate of subsidized wheat flour, another option with similar results, is a positive option
because it does not require any government intervention. This option has higher associated costs however; it
reduces the amount of bran the government can sell separately for a price higher than baladi bread, and would
require a significant cost for reconfiguring flourmills.
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Another option would be to instigate a regulated food stamp system to replace the ration cards.
Currently, food stamp systems have proven to be successful in targeting the poor in a variety of countries,
including the United States, Jamaica and Peru. Unfortunately, this option has serious political ramifications for
strife and equity riots, and the current environment in Egypt is not stable enough to implement such a system.
Additionally, there is no annual census or accurate data to use to establish a basis for the program, and regional
implementation would prove difficult.
Perhaps the most costly difficulty faced by the current subsidy system is the ration card distribution.
Presently, the ration cards are divided into two different categories: green (for the poorest quintiles) and red (for
everyone else). Due to infiltration within the system, however, over 60 percent of wealthiest Egyptians currently
receive green card subsidies, while only 21 percent hold actual ration cards, and over 11 percent of the poorest
quintile do not hold any card [Table E]. While this option has the possibility for positive and plausible results for
low overall cost, it too faces problems. The Egyptian government is not systematized for this sort of model, and
this elaborate structure has a large time requirement and strict administrative demands.
The final policy suggestion to be mentioned is the elimination of the food subsidy on edible oil. An
elimination of the oil subsidy would eliminate nearly 22 percent of the cost of the food subsidy system. Oil has a
small, yet positive, expenditure elasticity, but is less important in calorie and health consumption than sugar and
bread for the poorest quintiles, making it the most ideal food to eliminate. This elimination, however, would
cause an 11 percent decline in the value of income transfers to the urban poor in Egypt, and a 14 percent decline
in the value of such transfers to the rural poor.xviii
In an individualized metric system ranking cost, implementation feasibility, research demand, political
acceptability and targeting impact, each policy option has been quantified to determine the most feasible and
beneficial policy recommendations [Tables D & F]. Based upon these calculations, in which each policy
recommendation is ranked on a scale from one to five in previously stated categories, increased extraction rates
and better targeted ration cards appear to be the best options, with respective scores of 21 and 18.5
Discussion and Policy Recommendation
As evidenced from research, professionals and most importantly, history, any adjustments to the food
subsidy system must be implemented cautiously and with careful consideration. It can be concluded that there
are four criteria that must be followed in any policy recommendation. These include: 1) Policy recommendations
must differ between the rural and urban poor, 2) Food subsidy system must be specifically pro-poor and self-
5 Scoring based on above mentioned methodology, with guidance from Akhter U. Ahmed’s writing, The Egyptian Food Subsidy System, pg 90-91.
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targeting6, modeled off of the Chilean, Peruvian and Jamaican systems, 3) Government expenditure must be
adopted as an investment in human capital and nationally coordinated, 4) Any and all changes must occur
gradually and over time with sufficient input from various political parties and socioeconomic classes.
The first complication in separating policy from rural and urban areas is distinguishing between the two.
CAPMAS (a collection of five governorates: Cairo, Alexandria, Port Said, Ismailia and Suez) uses generalized
administrative criteria to define urban the five frontier governorates (Al Bahr al Ahmar, Al Wadī al Jadīd, Janūb
Sīnā’, Matrūh, and Shamal Sīnā’), capitals of governorates and district capitals (markaz). This leaves all areas
occupied by less than 20,000 inhabitants classified as rural.
A study performed by Sonia Ali from Zazazig University and Richard Adams of the IFPRI proves that
rural households spend proportionately more of their income on food and beverages than their urban
counterparts (57.6 percent versus 48.6 percent). Consequently, the policy recommendations between rural and
urban areas should differ. For areas in which the population is less than 20,000 residents, the best policy
recommendation is to increase the extraction of wheat flour in baladi bread by another 3 percent, to total an
extraction rate of 85 percent.xix This suggestion would result in more purchased flour (which is already self-
targeted), increased self-targeting of baladi bread and a one-time cost of remanufacturing the flourmills at
approximately 17.8 million Egyptian pounds per mill. xx
While baladi bread is for the most part an inferior, self-targeted good in urban areas, the area most in
need of reform is the rationing cards system. Presently, 11 percent of the poorest quintile and 16 percent in the
second poorest quintile do not hold ration cards, while 9 percent of the richest quintile holds red-ration cards.
61% of households that hold the green ration cards, intended for the most poor, belong to the three richest
quintile groups.
A reformation of the ration card system would require a regular census and regulation in order to
identify the poor and non-poor households. Perhaps the most cost-effective, politically feasible and sustainable
method for reform in this regard would be to create an additional government entity to screen the poor from
non-poor. This is a policy recommendation that will not be expanded upon further within this paper, but simply
an idea for future research to investigate.
Urban Targeting Methodologyxxi
Perhaps the greatest difficulty in the suggestion to reassess the systematization of the urban rich and
poor is the creation of a method by which to distinguish the two. The main points of analysis for this assessment
have been taken from the statistical evaluation of Egypt Integrated Household Survey for the IFPRI Food
Security Research Project (IFPRI-FSR) in Egypt. In a questionnaire administered to 2,500 households in 20 6 I suggest modeling a subsidy system off of the Chilean, Peruvian, and Jamaican food subsidy distribution centers. These policies are not described in this article, but provide an opportunity for further research and policy recommendation. Look at Adams, 20 for more info.
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governances, the survey used a two-stage, stratified selection process to review contestants based off of the 1986
Egypt census frame and 1993 listing of households. The frame consisted of 492 primary sampling units (296
urban and 196 rural) and collected information on income, expenditures, food consumption, nutrition,
education, employment, financial status, migration, farming and the use of the food subsidy system.
This data with standard errors corrected for the two-stage, stratified sample design, used ordinary least-
squares regression to predict the parameters for per capita household consumption. Consumption was
determined as the most reliable measurement of household welfare because it reflects both permanent income
and typical consumption behavior (with more consistency than income data). Using the sum of total food
expenses, total nonfood nondurable good expenses, use-value of durable goods and an input rental value of
housing, the survey was able to calculate consumption expenditure to estimate household welfare.
The Task Force for Food Security, which included members of the Ministry of Trade and Supply,
USAID and IFPRI-FSR research staff, selected seven categories of variables most correlated with capital
consumption to measure per capita household consumption (household demographic makeup, education, utility
use, dwelling characteristics, ownership of assets, occupation and location). They then estimated two regression
models, one using monthly per capita consumption as the dependent variable, and the other using natural
logarithm of per capita expenditure in a semi-log functional form as the dependent variable. In the first model,
they found that 31 out of 56 variables were significant determinants of household consumption, and calculated r-
squared as 0.58.
In order to predict the use-value of durable goods, the Task Force used a questionnaire about 22 durable
goods, resulting in formula:
Use-value for household j of durable good i:
Use-valueij=Current Valueij * (r + δi) / (1- δi)
Where:
r = nominal rate of interest
δi = the average rate of depreciation for good i
In the second, more accurate model, they dropped most statistically insignificant variables to end up with an r-
squared of 0.63. In spite of increased accuracy, however, the Task Force suggested using the first model to
increase simplicity of calculations (using log of the sum of scored rankings).
The logarithmic calculation followed:
lnRi= α + β’(Urban)I + γ’(Gov)I + δ(Tenant)i + η’Xi + θ’(Tenant * X)i + εi
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Where:
Ri=monthly rent
Urbani=dummy variable for urban areas
Govi=a vector of dummy variables for individual governorates
Tenanti = a dummy variable with a value of 1 if the rent observation is reported by a tenant, and 0 if self-
imputed by the owner
Xi=a vector of dwelling characteristics, including number of rooms, type of walls, type of floor, roof, toilet and
water source
α, β’, γ’, δ, η’, θ’ are estimated parameters
and εi is an independently distributed error term
To further enhance the accuracy and feasibility of the model, the Task Force dropped the variables that
would require calculations by field staff (e.g., dependency ratio, rooms per capita, squared household size, etc.),
would require judgment of a field staff to define (e.g., female-headed household, urban or rural residence), or
would cause more resources to gather and increase calculation errors (e.g. asset variables).
The final model resulted in nine household-level variables (household size, education, electricity and
telephone bills and ownership of certain assets), and 19 location dummy variables to control for governorate-
level fixed effects. The resulting model, which allowed for different allocations of average per capita benefits
among governorates, was adjusted again, in an effort to simplify. Afraid that the governorate-specific targeting of
ration card benefits would lead to political discontent, the Task Force made a suggestion to disregard the dummy
variables and use an average instead. This scenario would have been applied to the entire country as a whole.
This policy recommendation, however, suggests leaving the dummy variables in, since applying this
system only to urban areas should result in a narrower range of results that will not cause political eruptions over
issues of equity [Table G]. The dummy variables allow for a factoring of the interaction between governorate and
urban rural residences in order to account for local political, economic and structural differences in food
distribution and poverty.xxii More information regarding the calculation of governorate dummy variables can be
found in Elbers et al. (2002) and Roushdy et al. (2007). In short, these calculations were done using non-linear
functions of per-capita consumption as estimations of population parameters and deriving them from the full
unit level distribution of that variable.xxiii
The previous survey, when proxy-testing is implemented nation-wide in both rural and urban areas,
results in 4.9 million green cards being held by non-needy being replaced with red cards (saving LE 117 million
annually), 640,000 red cards being held by the needy being replaced with green ration cards (costing an additional
LE 15 million), and 536,000 new green cards being issued to the needy who currently have no cards (costing an
additional LE 48 million annually). All in all, the net savings for the government would be LE 54 million.
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According to IFPRI-FSR research, current staff at the Ministry of Trade and Supply would require a one-time
cost of LE 14 million to train and coordinate the new system.
Implementation and Conclusion
The IFPRI-FSR found difficulties with implementing this new rationing plan due to political turmoil and
extenuating economic difficulties. This article suggests that the Egyptian government should establish an
additional government enterprise to monitor the census and distribution ration cards. With an investment of LE
18.5 (adjusted from LE 14 million from 2002 levels), the government could run a program quite similar to what
occurs with Social Security in the United States today. The enterprise would promote middle class participation,
allow for lower costs, better quality, greater efficiency, and even risk mitigation, as it would be guided by local,
regional, and federal regulation.
The fundamental question of how to avoid corruption as a new system is implemented may still be left
open for discussion. It has long been argued that education is the vehicle for peace. In fact, many historians
credit the low death rates and relatively peaceful 2011 Egyptian Revolution to the steadily increasing education
level in Egypt. The education system in Egypt lags behind in GDP expenditure on education and literacy rate.
The CIA World Factbook defines the literacy rate as the percentage of children aged 14 and over that has ever
attended school. Looking at literacy rate, Egypt (73%) falls below Jamaica (87%), Chile (99%), and Peru (90%)—
all countries that have peacefully reformed their subsidy systems.xxiv As education levels in Egypt continue to
improve, peaceful reform seems more plausible. They key factors will be balance, patience, and the garnering of
support of the middle class.
The most important factor is making sure that the subsidies reach the right people. In order to measure
the successes of this new campaign, regular reports should be taken on poverty and employment levels and
compared to successful systems abroad. For example, perhaps the most similar country of comparison, Jamaica,
has gradually removed individuals who no longer qualify for benefits under reformed food subsidy programs.
While their distribution is a little different, through a government entity and in the form of food stamps, over
nine years Jamaica has achieved great success. Since implementation, 75 percent of benefits for the system
targeted the poorest 2 quintiles of the population, while only 2 percent reach the wealthiest [Table H]. These are
goals that Egypt can hope to achieve in the span of a decade.
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Structure, Performance, and Options for Reform." International Food Policy Research Institute 119th ser.
(2001): Viii-148. International Food Policy Research Institute. Web. 15 Apr. 2014.
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Ahmed, Akhter U., and Howarth E. Bouis. "Weighing What’s Practical: Proxy Means Tests for Targeting Food
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"Egypt : EGYPT'S Food Subsidy Bill Reaching $4.31 Billion." Mena Report. Reuters, 20 Mar. 2014. Web. 15
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APPENDIX Table A:xxv
Food subsidy allocations and distribution of poverty, by region, 1997
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Table B:xxvi Distribution of food subsidy benefits and poverty, by region, 1997
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Table C:xxvii Subsidized food as a source of calorie availability by expenditure quintile group for urban Egypt, 1997
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Table D:xxviii Implications of possible reforms [scale for policy recommendation]
Score: Cost (LE): Implementation
Feasibility Research Demand
Political Acceptability
Targeting Impact
5 Negligible Proven easy No research/data required
Proven high Complete self-targeting (serves only poor)
4 0-24.99 million
Should be easy Research already acquired will be used
Medium Moderate self-targeting (serves mostly poor)
3 25 million-49.99 million
Depends Update of previous research will be needed
Neutral Ambiguous
2 50 million-74.99 million
Should be difficult New census needed
Low Serves some wealthy and some poor
1 >75 million Proven difficult Complete reform of research model required
Proven intolerable
Serves more wealthy and little poor
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Table E::xxix Share of households holding ration cards, by expenditure quintile
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Table F. Policy recommendation comparison
Policy Cost (LE) Implementation Feasibility
Research Demand
Political Acceptability
Targeting Impact
Score:
Addition of Maize Flour/Increase Extraction Rate
30 million (3)
Proven easy (4) Research already acquired will be used (4)
Proven high (5) Complete self-targeting (serves only poor) (5)
21
Reallocate Subsidized Food Supply Among Governorates Using Poverty as a Criteria
18 million (4)
Should be difficult (2)
New census needed (2)
Medium (4) Moderate self-targeting (serves mostly poor) (4)
16
Use Food Stamps
46.97 billion (1)
Should be easy (4)
Complete reform of research model required (1)
Proven intolerable (1)
Moderate self-targeting (serves mostly poor) (4)
11
Better Target Ration Cards
18 million (4)
Depends (3) Update of previous research will be needed (3)
Medium (4) Moderate self-targeting (serves mostly poor) (4)
18
Eliminate Oil Subsidy
Negligible (5)
Should be easy (4)
No research/data required (5)
Low (2) Serves more wealthy and little poor (1)
16
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Table G.xxx Per-capita consumption expenditure
Variable Name
Coefficient t-Statistic Mean Minimum Maximum
Cairo 81.533 6.37 0.09 0 1 Alexandria 79.668 5.78 0.06 0 1 Suez 125.448 13.15 0.01 0 1 Damietta 41.747 3.28 0.03 0 1 Dakahlia 21.519 2.04 0.06 0 1 Sharkia 45.407 4.66 0.05 0 1 Kalyoub 33.419 3.44 0.10 0 1 Kafrshkh 14.194 0.98 0.03 0 1 Gharbia 21.866 1.93 0.05 0 1 Menoufia 68.778 6.08 0.04 0 1 Behera 36.451 3.08 0.05 0 1 Ismailia 51.341 4.06 0.02 0 1 Giza 79.092 7.47 0.12 0 1 BeniSuef 69.873 7.28 0.02 0 1 Fayoum 85.046 10.48 0.04 0 1 Menia 43.912 3.48 0.06 0 1 Assyout 60.940 5.42 0.05 0 1 Sohag 42.474 5.04 0.05 0 1 Quena 51.304 5.21 0.06 0 1
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Table H:xxxi An international comparison of the income transfers from Egyptian food subsidies with those of food
subsidy programs in other countries
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i States News Service, "Food Subsidies in Egypt: A Help or Hindrance?" ii Ahmed, Akhter U., and Howarth E. Bouis. "Weighing What’s Practical: Proxy Means Tests for Targeting Food
Subsidies in Egypt," 520. iii Korotayev, Andrey V., and Julia V. Zinkina. "Egyptian Revolution: A Demographic Structural Analysis." iv Ahmed, Akhter U., Tamar Gutner, Hans Lofgren, and Howarth Bouis. "The Egyptian Food Subsidy System: Structure, Performance, and Options for Reform,” 7. v Ibid. vi Ibid., 11. vii Strauss-Kahn, Dominique. "Mideast Unrest Shows Need to Consider Bigger Picture." viii Hurewitz, J. C. “EGYPT,” 6. ix Korotayev, 5-25. x "Egypt : EGYPT'S Food Subsidy Bill Reaching $4.31 Billion." Mena Report. Reuters. xi "Food Subsidies in Egypt: A Help or Hindrance?" xii Adams, Jr. Richard H. "Self Targeted Subsidies: The Political and Distributional Impact of the Egyptian Food Subsidy System." xiii Ahmed, 68. xiv Adams, 34. xv Ibid., 15. xvi Strauss-Kahn, 28. xvii Adams, 18. xviii Ibid., 22. xixAhmed, "Weighing What’s Practical: Proxy Means Tests for Targeting Food Subsidies in Egypt." xx Al Sayegh, “Egypt’s Flour Mills Face a Struggle” xxi Ahmed, 13. xxii Roushdy, Rania, and Ragui Assaad. "Poverty and Geographic Targeting: In Egypt: Evidence From a Poverty Mapping Exercise."
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xxiii Elbers, Chris, Jean Lanjouw, and Peter Lanjouw. "Micro-Level Estimation of Welfare." xxiv Central Intelligence Agency, “The World Factbook.” xxv Ahmed, 23. xxvi Ibid., 27. xxvii Adams, 35. xxviii Akhter U. Ahmed’s writing, The Egyptian Food Subsidy System, pg 90-91. xxix IFPRI xxx Ahmed, 538. xxxi Adams, 39.