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Analysis of Street Food Consumption Across Various Income Groups in the Kumasi Metropolis of Ghana

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This study aimed to analyze the consumption of street food across various income groups in the Kumasi metropolis. A combination of stratified, simple and systematic random sampling technique was employed to select operational areas and respondents house respectively. Primary and cross sectional data at household level collected from three towns in the Kumasi metropolis were used to identify the factors that determine Street Food (SF) consumption by employing multiple regression model through the use of Ordinary Least Square (OLS). Further, total household food expenditure and proportion of household expenditure on SF by individuals were estimated. It was found out that: estimated average monthly household expenditure was GH₵ 476.91, GH₵ 403.3, and GH₵ 390.23 for the high, middle and low income groups respectively. However the low income groups spent 85% of their income on food compared to middle 79.99% and higher 60.09%. Likewise, 84.79, (21.73%), 68.69 (17.03%) and 45.51 (9.56%) were the estimated individual proportion of household expenditure on Street Food across the same income groups. It was empirically noted that educational level and household size were significant at 1% with negative relationship with street food consumption whilst income was also significant at 5% with a negative relationship. Gender and time spent away from home (TSAFH) also had a significant positive relationship with street food consumption at 1% level. It can therefore be concluded that low income groups spent greater portion of their income on food and individually, greater proportion of their household food expenditure on street foods than other income groups.
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ISSN: 2306-9007 Osei Mensah, Aidoo & Appiah (2013)
951
Analysis of Street Food Consumption Across Various Income
Groups in the Kumasi Metropolis of Ghana
JAMES OSEI MENSAH
Department of Agricultural Economics, Agribusiness and Extension
Kwame Nkrumah University of Science and Technology, Kumasi Ghana
Email: mojemmy@gmail.com
ROBERT AIDOO
Department of Agricultural Economics, Agribusiness and Extension
Kwame Nkrumah University of Science and Technology, Kumasi Ghana
APPIAH NOAH TEYE
Department of Agricultural Economics, Agribusiness and Extension
Kwame Nkrumah University of Science and Technology, Kumasi Ghana
Abstract
This study aimed to analyze the consumption of street food across various income groups in the Kumasi
metropolis. A combination of stratified, simple and systematic random sampling technique was employed to
select operational areas and respondents house respectively. Primary and cross sectional data at
household level collected from three towns in the Kumasi metropolis were used to identify the factors that
determine Street Food (SF) consumption by employing multiple regression model through the use of
Ordinary Least Square (OLS). Further, total household food expenditure and proportion of household
expenditure on SF by individuals were estimated. It was found out that: estimated average monthly
household expenditure was GH₵ 476.91, GH₵ 403.3, and GH₵ 390.23 for the high, middle and low
income groups respectively. However the low income groups spent 85% of their income on food compared
to middle 79.99% and higher 60.09%. Likewise, 84.79, (21.73%), 68.69 (17.03%) and 45.51 (9.56%) were
the estimated individual proportion of household expenditure on Street Food across the same income
groups. It was empirically noted that educational level and household size were significant at 1% with
negative relationship with street food consumption whilst income was also significant at 5% with a
negative relationship. Gender and time spent away from home (TSAFH) also had a significant positive
relationship with street food consumption at 1% level. It can therefore be concluded that low income
groups spent greater portion of their income on food and individually, greater proportion of their
household food expenditure on street foods than other income groups.
Key Words: Street Food, Consumption, Income Groups, Kumasi.
Introduction
Food and Agriculture Organization (FAO, 2009) defined street food as ready-to- eat foods and beverages
that are prepared and/ or sold by itinerants or stationary vendors especially on streets in other public places.
Street food trade is one of the channels through which agricultural produce finally get to consumers. Its
growth in many developing countries is attributed to a number of factors by many researchers. The trade
also has a large impact on agricultural production and marketing as well as on agro-food processing
business operations. Small-scale farmers can find street foods to be an excellent way to diversify their
income sources and especially to develop marketing skills. That is why Aidoo (2009) said that many factors
are influencing the world‟s street food trade as well as Ghanaians and an understanding of these factors is
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very essential for the assessment of the agricultural product market in Ghana and the world at large. Its
expansion is connected with urban growth and the need of the urban population for employment and easy
access to already prepared and convenient food (Delisle, 1990). Ghana‟s independence in 1957, promoted
industrial development and the employment sector have caused people to seek for greener pastures. Long
hours of traveling from homes to school, work places (businesses) etc. leave little time to take breakfast
which contributed to the huge demand for inexpensive and convenient food near such environments
(Johnson and Yawson, 2000).
As population grows, global food demand also grows. With increasing income and urbanization, demand
for food not only increases drastically, but changes with shifts in consumption patterns (Delisle, 1990). The
springing up of different kind of street food vendors such as fried rice, fried yam; “tuozafi” etc. in Ghana is
an indication of a phenomenon.
According to Winarno & Allain, (1986) urbanization has stimulated the increase in the number of street
food vendors in many towns all over the world but Van‟t-Riet et al., (2001) also argued that declining
economies and high inflation rate have increased the cost of living which translates into intensified food
insecurity in the urban areas. Delisle, (1990) further claimed that eating meals outside home is a usual
characteristic of urban daily life. Long hours spent outside the home for different purposes is a factor for
street food purchase (Johnson &Yawson, 2000).The urban environment involves important changes in
lifestyles and economic activities and these have a bearing on social changes hence patronize of street food
to increase (Delisle, 1990).
Street foods are developing changes in eating style and urban way of life affect “how” and “where” food is
consumed (Delisle, 1990). Infosan, (2010) also noted that street food plays a vital role in providing low
cost meals for urban dwellers particularly those in the middle income. FAO expert group indicated that
street food provide inexpensive and nutritious food that benefit the urban poor (FAO, 1990). Food is the
largest item in household‟s budget accounting for 54.5 percent of all expenditure (Maxwell et al., 2000).
“Eating out” food budget is quiet high in the urban and not only among high income households but across
various income groups. High income groups would rely more heavily than the poor upon the formal
restaurant sector for the food eaten outside home but this is not to say exclusively that street food is for low
income groups (Delisle, 1990). Whatever being the underlying reason (sheer necessity, lifestyle,
convenience, pleasure, etc.) for street food consumption, it is generally observed that urbanites spend
substantial amount of their food budget on street food (Delisle, 1990).
The main objective is to determine whether street foods consumption vary across various income groups in
the Kumasi Metropolis of Ghana. More specifically, the study seeks to estimate the total food expenditure
across various income groups, estimate the variations in the proportion of street food expenditure across
various income groups, and to identify the factors that determine street food consumption across various
income groups.
Literature Review
Food and Agriculture Organization (FAO, 2009) defined street food as ready-to- eat foods and beverages
that are prepared and/ or sold by itinerants or stationary vendors especially on streets and in other public
places. But Delisle, (1990) also defined street food as comprising both the trade and the product. According
to researchers: (for example Delisle, 1990; Maxwell et al., 2000; Cohen, 1985; Draper, 1996; van‟t-Riet et
al., 2001; Winarno & Allain, 1986) According to researchers (for example Delisle, 1990; Maxwell et al.,
2000; Cohen, 1985; Draper, 1996; van't-Riet at al., 2001; Winarno & Allain, 1986), the trade has long
existed due to a lot of factors: unemployment among women, little time to prepare foo before leaving for
work, whether women in the house are working or not, sheer urbanites lifestyle and hours spent away from
home among others. The expansion of street food trade has also been due to the substantial demand for
food services not met by the formal sector of restaurants; canteens and other eating places (Delisle, 1990;
Maxwell et al., 2000). According to Musaiger, (2011) large segments of the population in the
Mediterranean region depend entirely on street foods. This situation is not different in the Ghanaian context
since an earlier study in Accra by Maxwell et al., (2000) noted that majority of the women of the women
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are petty traders and men are skilled workers. According to Cohen, (1985) consumers are faced with the
increasing price and scarcity of fuel, which makes it cheaper to purchase street food meals where cost of a
serving is equal to if not below the cost of home preparation. The shift towards eating meals outside the
home is most clearly seen in the levels of sales and consumption of cereal based breakfast foods which take
two to three hours to prepare. Global street food consumption patterns have drastically shifted in recent
years.
About 2.5 billion people eat street food every day (FAO, 2007). This is evident in the growth of street food
outlets (market) which have become so popular along the streets in the cities. Consumption of street food is
becoming an essential component of the food market as most of the working class chooses to dine outside
rather than prepare meal at home. Street food markets have really suppressed the full- service of restaurants
as the main sources of food away from home (Ayo et al., 2012). This is probably because of easy
accessibility, inexpensiveness, exhibition of local varieties, proximity to the consumer, convenience and
way of advertisement.
It is generally observed that urbanites spends substantial amount of their food budget on street food and is
quite high among the urban areas and not only among high income groups (Delisle, 1990). A study
conducted in Accra revealed that almost 40 percent of the total food budget goes to purchasing street foods
in the lowest expenditure quintile, 25 percent in high-income households (Maxwell et al., 2000). Similar
study done in Philippines also revealed that 20-30% of household expenditure is spent on food outside the
home and 20% in Columbia (Delisle, 1990). It was also estimated that 30% of household budget is spent on
street food (Leonard et al., 2003).Tinker,(1993) also noted that 20% of household budget is spent on street
foods.
It is important to note that desire is only the first step in the consumption process. To purchase street food
one must be willing and able to pay for it. Vendors will not give you their food just because you want to
satisfy your food needs. Vendors want money in exchange for their food. Income is therefore as relevant to
street food consumption decisions as are basic desires and preferences (Aidoo, 2009).
The level of formal education is likely to be highly influential in either promoting traditional attitudes or
introducing new attitudes towards product needs and wants. The higher the level of formal education and
the more widely available it is, the more conscious one becomes in terms of what is consumed (Aidoo,
2009).
Thus, individuals with higher education (tertiary) spend less on consumption of street food (Ayo et al.,
2012). Because they become more conscious that a better standard of living is possible hence they are
circumspect in dieting practices (Aidoo, 2009). A study by Ayo et al., (2012) in Uganda noted that those
who are highly educated are less likely to consume street food because they understand the importance of
healthy living and are more likely to obtain, process, interpret, and apply knowledge that shapes nutritional
or dieting practices.
According to Wendt and Kinsey, (2007) one often finds that income rises from the early twenties into late
fifties and then declines as people retire and live on reduced incomes. Likewise, food consumption patterns
can be explained based on age effect. Consumption decisions are normally shaped by the age of the
consumer (Aidoo, 2009).
As consumers migrate from one age bracket to another, their dieting pattern changes due to factors such as
food availability, new information, new cumulative experiences, and physiological changes as one grows
(Wendt and Kinsey, 2007). According to Jerome and Perreault, (1991) the youth spend more on foods
items than the aged who spends more on durable consumer goods. Based on a study conducted by Blisard,
(2001) he noted that the youth spends less on food at home than the older generations. Most of them
depend on street food as that is the lifestyle of many urbanites but these declines as they grow. This is
consistent with a revelation in recent study that an increase in consumer‟s age by one year would decrease
the probability of consuming street food (Ayo et al., 2012) and earlier study by Kearney et al., 1998)
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also reported that the proportion of meal one take outside the home decline with age. This could be due to
a high preference for healthier foods as consumers grow older.
According to Prattala et al., (2006) Finish women consume more fruits, fish, chicken sweets, cheese and
vegetables but less meat than men who consume more meat, potatoes, bread and alcohol. In the western
countries gender difference in food consumption, nutrient intake and attitudes towards foods is as result of
concern for healthy diets (Prattala et al., 2006). Females are not only careful about their dietary habit but
the motivation for the consumption of healthier food among women is a reflection of carefulness of self-
image and physical appearance and avoidance of fatness (Malinauskas et al., 2006; Satia et al., 2001;
Anderson, 1992). Such motivations have been the consumption of less fatty foods such as fruits and
vegetables (Trudeau et al., 1998). According to Paeratalaul et al., (2003) males consume more street food
(44%) than female (40.2%) and this is because mostly men prefer to dine in the traditional restaurants as
compared with the women who have more preference for the western restaurants.
Within each food groups, certain food items more are consumed than others from the same food groups.
The observed higher consumption of certain food items among the food groups is consistent with the
estimate of food availability within the Ghanaian food supply and consumer demand (Nesbittet al., 2008).
Musaiger, (2011) claimed that globally livestock production is growing rapidly, which is interpreted as a
result of the increasing demand for animal products but the pattern of consumption is very uneven, mostly
less consumed in African countries and Asia. According to Paeratalaul et al., (2003) there is variation in the
type of street food consume across age groups. Children and adolescent consumed less cereals and bread
but significantly high fruits, fried potato, juice, milk, legumes, chicken, meat and carbonated drinks. The
adults too consume less cereals, grains, milk, legumes but more fruits and vegetables. Paertalaul et al.,
(2003) study is consistent with Wendt and Kinsey, (2007) positing that older cohorts spends more on meat,
poultry, fish, eggs, dairy products fruits fats and oils but less on cereals, bakery goods and miscellaneous
prepared foods.
Methodology
The target population was street food consumers in the Kumasi metropolis. Combinations of stratified,
systematic and simple random sampling technique were used to select the study areas (Ayeduase, Pankrono
and Bomso) and respondent households. The study area was stratified into three based on income status
thus high, medium and low areas. Sample sizes of seventy (70) households for each of the three selected
towns were taken, making total of two hundred and ten (210) households. A pilot survey was conducted to
test the viability and lapses in the questionnaire. The necessary corrections and adjustment were made
before the final survey was conducted.The data was collected through personal interview through
administration of questionnaires on February, 2013.
Descriptive statistical tools such as frequencies tables, graphs and tabulations were used to summarize and
organize the data. To address objective one, household total food expenditure per month was calculated. To
address objective two, individual street food expenditure as a proportion of household total food
expenditure was calculated and t-test was used to test the significant difference thus testing hypothesis one.
To address objective three, multiple regression model was used to estimate the factors that determined
street food consumption with ordinary least square (OLS) method. To address objective four, percentages
were calculated for the variation in the type of street food consumed.
Results And Discussions
Socio-Demographic Characteristics of Respondents
As shown in table 1: about, 43% of all consumers interviewed were males and 57% were females. Also, the
respondents for this study have been categorized into groups by the authors. In all the studied communities,
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majority of respondents (45.7%) fall within the age bracket of 31-45 years, followed by 46-60 age brackets
and less than 30 years and greater than 60 years constituting smaller percentage. Those less than 30 years,
46-60 years and greater than 60 years constitute about 22%, 23% and 9% respectively. As shown in the
table 4: for the pooled majority of the respondents were single (42%), followed by married (36%),
separated or widowed (17%) and the least is divorced (4%). Table 1 shows the distribution of respondents
according to their level of formal education. Thirty-five percent(35%) of the pooled samples have attained
basic/middle education. Generally, the respondents were evenly distributed across the four categories of
educational level. Consumers considered in the study fell within different monthly income groups as shown
in table. It can be seen that the pooled sample that consumers in the middle income group (GH¢101 500)
formed majority (43%); 39% were in the high income (> GH¢500) group and low income (< GH¢100)
consumers formed about 4%. Although preponderance ( of the consumers were in the middle
income bracket across all the consumer locations, 26%, 43% and 47% of consumers fall within the high
income group in Ayeduase, Pankrono and Bomso respectively.
Table 1: Demographic Characteristics of Respondents by all the selected communities
Ayeduase
Pankrono
Pooled
Freq.
%
Freq.
%
Freq.
%
Freq.
%
Age (years)
30
31-45
46-60
60
23
29
12
6
32.9
41.4
17.1
8.6
10
35
18
7
14.3
50
25.7
10
13
32
19
6
18.6
45.7
27.1
8.6
46
96
49
19
21.9
45.7
23.3
9.1
Gender
Male
Female
35
35
50
50
25
45
35.7
64.3
31
39
44.3
55.7
91
119
43.3
56.7
Marital status
Single
Married
Divorced
Separated/ Widowed
21
32
3
14
30
45.7
4.3
20.0
39
21
2
8
55.7
30
2.9
11.4
29
24
3
14
41.4
34.3
4.3
20.0
89
77
8
36
42.4
36.7
3.8
17.1
Level of formal
education
No formal education
Basic/middle
Secondary
Tertiary
13
32
18
7
18.6
45.7
25.7
10
12
21
21
16
12.1
30
30
22.9
11
20
8
31
15.7
28.6
11.4
44.3
36
73
47
54
17.1
34.8
22.4
25.7
Income (GH₵)
100
101-500
501-100
1000
4
47
18
0
5.8
68.1
26.1
0
4
36
29
1
5.8
51.4
41.4
1.4
1
36
21
12
1.4
51.4
30
17.1
9
119
68
13
4.3
43.1
32.5
6.2
Source: Field survey (2013).
Consumer Perception and Behavior towards Street Food Trade and Consumption
Reasons why consumers buy (or do not buy) street food
As showed in the figure 1, majority (about 39%) of consumers in the pooled sample buy street food simply
because it is easily accessible and the least were (0.5%) of their reason been that they enjoy the particular
menu but do not know how to prepare it. However, the price of the street food played significant role in
consumers‟ purchasing decision as evident from the fact that about 30% of all the sampled consumers buy
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street food due to the fact that it is relatively cheaper. This trend cuts across all the selected communities.
However, significant percentage (about 22%), of all the sampled consumers also take such decisions
because they have no time to prepare food at home.
Figure 1: Reasons Why Consumers Purchase Street Food by the Selected Communities
Source: Fieldsurvey (2013).
CON*= Convenient, EA*= easily accessible,HNPF*= have no time to prepare food, CHP*= Cheap and
EFDKHP*= enjoys food but do not know how to prepare it
On the contrary, figure 2 illustrates the key influence of consumers‟ decision not to purchase street food. As
showed from the pooled sample, preponderance (33%) of them would not buy if vendors operate in an
unhealthy environment. Other reasons were rated as follows: 15%, 27% and 25% if street foods were not
hygienic, vendors too not abiding to hygiene issues (neatness) and health risks/ diseases associated with
street food consumption respectively.
Figure 2: Consumers‟ Reasons for Not Purchasing from Street Food
Source: Field survey (2013).
UE*= Unhealthy Environment, FANH*= Foods Are Not Hygienic, VANN* = Vendors Are Not Neat,
HRDAFC* = Health Risk/ Diseases Associated with Street Food consumption
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Consumer Expenditure on Food
Estimated Household Food Expenditure (GH₵) per Month
It can be deduced from table 2 that on the average consumers spent GH₵ 423.25 on food monthly from the
pooled sample. However, consumers in the high income groups spent more (GH₵ 476.21) on food
compared to the other income groups middle (GH ₵403.03) and low (GH₵ 390.23). However, food
expenditure as a proportion of household income is lowest for the high income groups (60.09%) followed
by middle (79.99%) and low income groups (85.00%). This trend is consistence with Frazo et al., (2007);
SSA, (2008) and Engels‟ law which state that as income increases, food spending also increases but the
proportion devoted to food declines. According to Kaufman et al., (1997) the difference in food
expenditure across various income groups were due to several factors. Firstly, low income households
spent less in supermarkets. Secondly, low income households live in sub-urban location where food prices
are typically lower. Thirdly, supermarkets in low-income neighbourhoods may charge higher prices than
those in higher income neighbourhoods. Lastly, typically low-income groups spent less on food than high
income groups because they are more economical and by buying low quality item as compared to high
income groups. Aidoo, (2009) also attributed this to the fact that low income groups have less monthly
income as result of the type of jobs they engage in as well as engaging in less purchase in bulk which is
more expensive.
Table 2: Estimated Household Food Expenditure (GH₵) per Month
Consumer
location
N
Minimum
Maximum
Mean
Food expenditure as a
% of total household
income
St. Deviation
Ayeduase
70
112.00
600
390.23
85.00
233.95534
Pankrono
70
145.00
716
403.03
79.99
128.6604
Bomso
70
240.00
980
476.21
60.09
170.13591
Source: Field survey (2013).
Estimated individual Street Food expenditure (GH₵) as a proportion of total household food
expenditure per month
From table 3 those in low income groups spent more (GH₵ 84.78) on street food than those in the middle
(GH₵ 68.69) and high (GH₵ 45.51) income groups on the average. This may be a confirmation that low
income groups spend greater portion of their income on food rather than other items in the household
expenditure basket. High income groups spent 9.56% of their total food expenditure on street food as
compared to those in the middle (17.03%) and low (21.73%) income groups. The percentage for low
income groups is somewhat comparable with other works: 20% in Columbia, 20-30% in Philippines
(Delisle, 1990); 30% by Leonard et al., (2003); and 20% by Tinker (1993) and 25% - 47% in Bongor
(Thailand) by Draper, (1996.
Table 3: Estimated Street Food Expenditure (GH₵) as a Proportion of Total Household Food Expenditure
per Month
Community
N
Minimum
Maximum
Mean
St. Dev.
SF as a % of total food
expenditure
Ayeduase
70
10.00
200.00
84.79
49.79
21.73
Pankrono
70
12.00
144.00
68.69
33.92
17.03
Bomso
70
0.00
120.00
45.51
32.40
9.56
Source: Field survey (2013).
Table 4: also depicts the significant difference between the selected communities. As shown, there is a
significant difference in the consumption of street food between the selected communities at 1% and 5%.
This implies that there is variation in the consumption of street food among the selected communities.
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Table 4: Variations among income groups on street food consumption (t-test)
Consumer location
MEAN
t
df
Sign.(2.tailed)
Ayeduase- Pankrono
16.61
2.579**
69
0.012
Pankrono-Bomso
23.93
4.451***
69
0.000
Ayeduse-Bomso
40.20
5.585***
69
0.000
Source: Field survey (2013).
Determinants of Street Food Consumption
Results from the regression model in table 5 indicate that educational level and household size were
significant at 1% with negative relationship with street food consumption whilst income was also
significant at 5% with a negative relationship. The educational level effect is consistence with Ayo et al.,
(2012) and Paeratalaul et al., (2003) who found that the higher the educational level of consumer the less
street food consumed. This might be due to increase in knowledge on food hygiene issues. Income finding
is also consistence with economic theories positing that when consumer income increase they can afford to
switch to more expensive and superior substitutes of street foods (Baker, 1981). Also, according to
Stanlake (1989), rise in income can cause the proportion of income spent on street food to shift downwards
while the proportion on durable, luxurious goods and services to shift upwards.
Gender and time spent away from home (TSAFH) also had a significant positive relationship with street
food consumption at 1% level. Similar results were found by Styn et al. (2011), Prattala et al. (2006),
Paeratalaul et al. (2003), Anderson (1992) and Malinaukas et al. (2006).The reasons may be that males
(especially the unmarried) are less likely to cook at home either because they lack the culinary skills or
simply do not have the time. Also, females are more careful about their dietary habit due to self-image,
physical appearance and avoidance of fatness hence consumes more fruits and vegetables. The finding on
TSAFH is consistence with Ayo et al., (2012) and Wendt and Kinsey, (2007) who asserted that street foods
were saviour to time-starved working cohorts. Thus, the more the time one spent outside the home the
higher probability of consuming street food.
Though marital status, age and occupation were not significant, they had a negative relationship with street
food consumption. The coefficient posits that those who are married are less likely to consume street food
which means that singles consume more street food but McDaniel (1985) noted working wives are either
time constrained or dislike cooking almost all the time but rather buy food from outside. The coefficient of
occupation also suggests that the employed are less likely to consume street food. This implies that the
unemployed consume more street food. This is in consonance with Wendt & Kinsey, (2007) and McDaniel,
(1985). The coefficient of age also suggests that an increase in age decrease consumption of street food.
This is consistent with Ayo et al., (2012); Blisard (2001) and Kearney et al., (1998). This implies that
younger generation consumes more street food.
Table 5: Determinants of Street Food Consumption
Source: Field survey (2013).
Independent Variables
Coefficient
Standard Error.
P-values
Age ( in years)
-0.0610738
0.0771595
0.430
Gender (1=male, 0= otherwise)
4.357713***
1.185536
0.000
Edu. (Number of years of formal edu.)
-1.977949***
0.7127412
0.006
Income ( GH₵)
-2.590451**
1.287086
0.045
Marital status (1=married,0=otherwise)
-0.92345
0.6493582
0.157
Occu. ( 1=employed, 0 otherwise)
-2.434727
2.481176
0.328
TSAFH (in hours)
0.5973776***
.218095
0.007
Household size (number)
-2.540828***
.62777586
0.000
Constant
34.92362
3.374194
0.000
Prob> F =0.0000, R- squared = 0.6807, *** and ** represent significant @ 1% and 5% respectively
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Conclusion
In the light of the above findings, it can be concluded that higher income groups spends (in absolute term)
more on food than the other income groups. However, those in the low income groups spent higher
proportion of their monthly income on food expenditure compared to those in the middle and high income
groups. Lower income groups spend more on street food as compared to the other income groups and there
were variation in street food consumption across various income groups. Gender, educational level,
household size, income and TSAFH influence street food consumption. Consumers purchased street food
due to its easily accessibility. However, they would not purchase street food sold in an unhygienic
environment. Majority of consumers agreed that street food vending environment was not hygienic enough
and nature of vending environment therefore affected purchasing decision.
Based on the reasons why consumers to not patronize street foods, it would be recommended that vendors
should pay attention to personal appearance during sale of food, cleanliness of the vending environment as
well as maintain high food hygiene. This will give consumers confidence regarding the safety of the foods
they consume from the street.
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... Of the eight studies that reported on sources of food purchased by Ghanaians [52][53][54][55][56][57][58][59][60]92], most were of average quality. Two studies on shopping outlet choices mentioned traditional or open-air markets, mini markets, convenience stores, cold stores, hawkers, and bakeries [52,56]. ...
... Of the eight studies that reported on sources of food purchased by Ghanaians [52][53][54][55][56][57][58][59][60]92], most were of average quality. Two studies on shopping outlet choices mentioned traditional or open-air markets, mini markets, convenience stores, cold stores, hawkers, and bakeries [52,56]. Of these outlets, traditional markets, convenience stores, supermarkets, and hawkers were the most important sources among the lot [52,56]. ...
... Two studies on shopping outlet choices mentioned traditional or open-air markets, mini markets, convenience stores, cold stores, hawkers, and bakeries [52,56]. Of these outlets, traditional markets, convenience stores, supermarkets, and hawkers were the most important sources among the lot [52,56]. Traditional or open-air markets serve as the main source of uncooked foods for most households, preferred by the majority of households (87%). ...
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... The crop supplies a significant amount of nutrients that motivate the food industries to produce many maize-based food items (Escalante-aburto et al., 2019). In Africa, each country has different processing methods, food products, and ways of eating maize and maize-based foods (Mensah et al., 2013). Countries have one or more dishes unique to their culture in terms of maize utilization for food. ...
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... It has been reported that maize is a significant basis of nutraceuticals that promote wellbeing and protect against disease (Serna-Saldivar, 2016;Hernández-Quintero et al., 2017;Zllic et al., 2012). Food items derived from maize are readily available across Africa, with every nation devising its own treating procedures, fermented yields, and methods of intake that are distinct from others (Mensah et al., 2013). ...
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Abstract There has been a surge of interest in the intake of fermented meals and brews due to their supposed health benefits, which include lower risk of heart diseases, improved availability of nutrients, source of beneficial bacteria, and digestibility. Most of the fermented foods are produced on a small scale traditionally, which raise the issues of safety and quality of these nutritious foods. The contamination of fermented foods and beverages by toxic metals is one of the major concerns of consumers because of their hazardous effect and bioaccumulation in the diet. The evaluation of these toxic elements in fermented product is essential to allay fears of consumers of the populace. The review of available literature and research showed that heavy metal concentrations higher than the recommended values from regulatory bodies were recovered from the various fermented products of milk (yoghurt, cheese), soybeans (tofu, kimchi), Cassava (gari, lafun) and various beverages (kenkey, burukutu). In some other climes, the permissible limits of the metals were strictly adhered to, nevertheless, adequate policy needed to be put in place and strict adherence to international standards for the concentration of nonessential elements in fermented foods to guarantee the well-being of the people. There is adequate information about heavy metal contaminations of crops, while those of fermented foods were quite a few; therefore, there is an urgent need to carry out further research in this regard.
... [1][2][3] In Ghana, street food is very popular among school children, workers and many households. 4 The typical street food handler is very likely not to have received formal training in food preparation but would have acquired their culinary skills informally from home 5 without any formal training in food hygiene practices. As a result, many street food outlets are characterized by unsanitary cooking areas, improper washing of utensils, exposure of food to flies and dust, lack of toilet and water facilities and improper hand washing techniques. ...
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Background Bacteria pathogens constitute a significant proportion of diarrhoea-causing food contaminants. Transmission of antibiotic resistant foodborne pathogens to humans is a major threat to food safety, especially in developing countries where quality hygiene and sanitation facilities are lacking. Factors related to antibiotic use, sanitation and hand hygiene have been associated with the spread of infectious diseases as well as antibiotic resistant bacteria. Proper food handling ensures that food is not contaminated with potential pathogenic bacteria. This study assessed the carriage of antibiotic resistant bacteria and associated factors. Methods A cross-sectional study was conducted among food handlers who sell ready to eat food in the Tamale metropolis of the Northern Region of Ghana. Food vending stations with huge customer base were randomly selected and the food handlers recruited using written informed consent. Structured questionnaires were used to collect participants sociodemographic details and information on sanitation, hand hygiene practice and antibiotic use. Sterile cotton swabs soaked in phosphate buffered saline was used to swab the palms of participating food handlers for bacteria isolation. All identified bacteria were tested for susceptibility to 12 antibiotics. Results In all, 406 food handlers participated in this study, the mean (SD) age was 26.5 (2.64) years. Bacteria isolated were predominantly Staphylococci 60 (14.8%) and Escherichia coli 54 (13.3%). All the isolates were resistant to at least one antibiotic tested. The isolates showed high resistance to broad-spectrum antibiotics such as ampicillin (40.0%-75.0%), tetracycline (40.0%-80.0%), amoxiclav (20.0%-80.0%) and chloramphenicol (7.7%-50.0%). Logistic regression model revealed that the carriage of antibiotic resistant bacteria by food handlers was significantly associated with age, educational level, years on the job, training in food preparation, hygiene practice, water source, type of toilet facility used and antibiotic use. Conclusion Street food handlers could be potential sources of food-borne transmission of antibiotic resistant bacteria.
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... Of course, Injera is a common traditional Ethiopian food type made from maize, sorghum, or teff flours either in blended or sole forms and consumed with different types of sauces or stew (wot). Indeed, it is reported that different maizebased foods are available in Africa with various processing methods, food products, and forms of consumption (Mensah et al. 2013). At a global level, maize can be also processed into a variety of industrial products, including starch, sweeteners, oil, glue, industrial alcohol, and fuel ethanol. ...
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Maize is the main staple food crop in the eastern part of Ethiopia. However, maize loss is a major issue due to fungal contamination especially at the post-harvest stage owing to inadequate handling practices. This study aimed to assess post-harvest handling and awareness against fungal development and fumonisin B1 (FB1) in maize and to calculate risk exposures of FB1. A total of 197 maize samples (grain and flour) were collected from five districts (Haramaya, Kersa, Meta, Oda Bultum, and Tullo). FB1 was detected using LC–MS/MS qTRAP. Exposure assessment was done based on the maize consumption rate per day in Ethiopia for different age groups (infants, children, and adults). Risk characterization depends on the margin of exposure (MoE) combined with the lower confidence limit of the benchmark dose level (BMDL). About 81% of farmers were not physically separating undamaged maize ears with damaged from either birds or fungi. Moreover, 100% were not using improved storage material. In storage samples, FB1 was detected as high as 1058 μg/kg ± 234 in the Kersa district while a minimum of 22.60 μg/kg ± 5.27 in Meta. In flour samples, the maximum FB1 (327 μg/kg) was detected from the Oda Bultum district. The maximum exposure of infants was estimated at Kersa (1131 µg/kg bw/day), followed by Oda Bultum (1073 µg/kg bw/day) and Haramaya (854 µg/kg bw/day). Overall, FB1 exposures ranged from 6.09 to 1131 µg/kg bw/day, which is 3 to 500 µg/kg bw/day higher than the maximum tolerable daily intake of 2 µg/kg bw/day recommended by the World Health Organization. The MoE ranged from 0.15 to 176, with infants being at higher risk than adults. The study highlights the urgent need to enhance growers’ awareness and knowledge of good post-harvest practices to reduce mycotoxin contamination in maize. Further biomarker analysis must be pursued to determine the risk exposure assessment for different age groups in these areas with a priority for the Kersa district.
... An estimated 2.5 billion people around the world eat street food every day. As a result, food-borne diseases caused by pathogenic bacteria and parasites are becoming a major health problem associated with street foods [2,3]. Bacteria, viruses, and parasites are responsible for food-borne diseases. ...
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Background. Food-borne infections are common public health problems worldwide. A street food handler with poor personal hygiene contributes to the transmission of intestinal parasites and enteric bacteria to the public via contaminated foods. In Ethiopia, health risks associated with street food are common. Previous studies in this area are scanty. Hence, the aim of this study was to determine the prevalence of intestinal parasites, enteric bacterial infections, and antimicrobial susceptibility among street food handlers in Jimma town. Methods. A cross-sectional study was conducted from October to December 2020 among 260 street food handlers in Jimma town. A semi-structured questionnaire was used to collect data through face-to-face interviews. About 3 grams of the fecal specimen were collected from each food handler for bacterial culture and concentration techniques. +e data were entered into Epi-Data 3.1 and analyzed by SPSS version 20. Associated factors were identified by using binary logistic regression analysis. A statistically significant association was determined at a p-value less than 0.05. Results. +e overall prevalence of intestinal parasites and enteric bacterial pathogens was 39.2% (33.3%–45.2%) and 8.85% (5.4%–12.3%), respectively. Ascaris lumbricoides (18.5%) and Salmonella (8.1%) were the most predominant parasite and enteric bacterial isolates, respectively. Not trimming fingernails (AOR � 2.884; 95% CI: 1.682–4.945) and not washing hands with soap after toilet (AOR � 3.342; 95% CI: 1.939–5.761) were factors associated with increased risk of infection by intestinal parasites or enteric bacterial pathogens. All Salmonella and Shigella isolates were 100% resistant to ampicillin. Conclusion. +e infection with intestinal parasites and enteric bacterial pathogens detected in this study indicated that street food handlers may serve as sources of pathogens/parasites for transmission and experience morbidities due to the infections. +erefore, periodic medical checkups and creating awareness of personal hygiene are mandatory to reduce the risk of infections
... An estimated 2.5 billion people around the world eat street food every day. As a result, food-borne diseases caused by pathogenic bacteria and parasites are becoming a major health problem associated with street foods [2,3]. Bacteria, viruses, and parasites are responsible for food-borne diseases. ...
Article
Full-text available
Background: Food-borne infections are common public health problems worldwide. A street food handler with poor personal hygiene contributes to the transmission of intestinal parasites and enteric bacteria to the public via contaminated foods. In Ethiopia, health risks associated with street food are common. Previous studies in this area are scanty. Hence, the aim of this study was to determine the prevalence of intestinal parasites, enteric bacterial infections, and antimicrobial susceptibility among street food handlers in Jimma town. Methods: A cross-sectional study was conducted from October to December 2020 among 260 street food handlers in Jimma town. A semi-structured questionnaire was used to collect data through face-to-face interviews. About 3 grams of the fecal specimen were collected from each food handler for bacterial culture and concentration techniques. The data were entered into Epi-Data 3.1 and analyzed by SPSS version 20. Associated factors were identified by using binary logistic regression analysis. A statistically significant association was determined at a p-value less than 0.05. Results: The overall prevalence of intestinal parasites and enteric bacterial pathogens was 39.2% (33.3%-45.2%) and 8.85% (5.4%-12.3%), respectively. Ascaris lumbricoides (18.5%) and Salmonella (8.1%) were the most predominant parasite and enteric bacterial isolates, respectively. Not trimming fingernails (AOR = 2.884; 95% CI: 1.682-4.945) and not washing hands with soap after toilet (AOR = 3.342; 95% CI: 1.939-5.761) were factors associated with increased risk of infection by intestinal parasites or enteric bacterial pathogens. All Salmonella and Shigella isolates were 100% resistant to ampicillin. Conclusion: The infection with intestinal parasites and enteric bacterial pathogens detected in this study indicated that street food handlers may serve as sources of pathogens/parasites for transmission and experience morbidities due to the infections. Therefore, periodic medical checkups and creating awareness of personal hygiene are mandatory to reduce the risk of infections.
... Although there is increasing growth of supermarkets and other food vending outlets, traditional open markets are the main source of food for Ghanaian households, in both urban and rural areas [81]. Ready-to-eat traditional foods is a major source of foods purchased for consumption by majority of Ghanaian children, adolescents and adults [82,83]. In urban Accra, availability of traditional markets within a neighbourhood was linked with lower consumption of ultra-processed food. ...
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Food-based dietary guidelines (FBDGs) are used, globally, as a tool for promoting awareness of healthy diets and, thereby, to improve dietary behaviour. It is also used as a policy framework for creating a health-promoting food environment. In sub-Saharan Africa, only a few countries have developed FBDGs. In 2016, Ghana commenced the process for developing a national FBDG. Four years down the line, significant progress has been achieved towards developing dietary guidelines for persons living in Ghana. The process for developing Ghana's FBDGs has, generally, follow the plan proposed by the 1998 FAO/WO consultative meeting on development of FBDGs, but with minor deviations. These deviations have been occasioned by the need to adapt the process to accommodate context-relevant circumstances relating to local capacity and financial resources constraints. The first step in developing Ghana’s FBDGs was to set up a national Multisectoral Technical Task Team (MTTT) under the policy direction of the Ministry of Food and Agriculture. Thereafter, an evidence review exercise was carried out, involving systematic review of existing literature, complemented by primary data collection, all aimed at understanding the priority foods, nutrition and health issues to be addressed by recommendations in the FBDGs. The key issues identified in the evidence review were validated by the MTTT and subsequently prioritized using an online survey, as well as a prioritization workshop that convened key stakeholders in nutrition and health in Ghana. Subsequently, the priority issues served as the basis for the crafting of technical recommendations. The aim of this paper is to describe the processes, people, data, and resources that have facilitated progress towards development of Ghana’s FBDGs. The challenges, and limitations of the process, as well as the solutions that have been employed to overcome them, have also been highlighted here. For the benefit of future FBDGs development in Ghana and elsewhere, the key lessons that have been learned in the development of Ghana’s FBDGs have been presented, including lessons on political will, planning and time management, resources, capacity development, and multi-sectoral action. Key words: Food-based dietary guidelines, Ghana, diet, food system, evidence review
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Consumption of fast-food in Uganda is becoming an increasingly important component of the food market as more of the working class choose to dine out rather than prepare meals at home. Despite the importance of the fast-food sector, limited attempts have been made to study the consumption and expenditure behaviour of consumers of fast-food in Uganda. The main objective of this study was to assess characteristics influencing the consumption of fast-food in Kampala district. Specifically, the objectives of the study were: to assess the factors influencing the probability of consuming fast-food; and to determine the level of expenditure on fastfood. Primary data on socio-economic characteristics were collected from a sample of 300 respondents using a multi-stage sampling procedure. The study revealed that majority (90%) of the respondents consumed fast-food. The consumption of fast-food was most motivated by their taste and convenience. Results from the Heckman model show that household size, education level and distance from work-place to restaurant negatively influenced the probability of fast-food consumption and level of expenditure on fast-food while disposable monthly income had a positive effect on the probability of consumption and level of expenditure on fast-food. The high demand for fast-food is seen as an easy solution to consumers’ busy schedules and limited meal preparation time. As changing tastes and need for convenience become the goal of households, consumption of fast-food will be expected to rise especially in urban areas. This increase in fast-food consumption, coupled with rising population and urbanization in Uganda offers new market opportunities for agribusiness firms to exploit the growing demand by investing in the fast-food sector and producing sufficiently for this market. In addition, fast-food establishments should ensure proximity of their products and services to the consumers as convenience greatly influences fast-food consumption. Future research should include identification of sources of agricultural products used by fast-food outlets to provide information about the contribution of the fast-food sector to agricultural marketing and farmers’ livelihoods in Uganda.
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With the rapidly increasing American elderly population, food companies, healthcare workers, and policy makers alike are asking whether the dietary habits and food consumption patterns of this growing segment of the U.S. population will follow those of current and past elderly people or whether their cohort will eat like they did when they were younger. The purpose of this report is to review what is known about changes in nutritional intake and food consumption patterns that are associated with cohorts (generational) and with the aging process in the U.S. population. Recent literature on cohort and aging effects related to food consumption indicates that the aging effect is greater than the cohort effect. That is, diets change as people age, due to factors such as food availability, new information, new cumulative experiences, and physiological changes as bodies mature. Cohort effect is more likely due to changes in income, i.e., each succeeding cohort realizing higher real per capita income. Variation in findings is likely due to different data sources and analytic methods. Information on data sources and common databases used in these types of studies are also reviewed.
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THE diets of a community-based sample of people in their mid-thirties were compared with contempor aneous local health promotional guidelines. On this basis, 42 per cent of the sample were classified as 'healthy' eaters. However, the 'less healthy' eaters were not evenly distributed through the population. Multivariate analysis showed that, of all the vari ables considered, it was gender, household income, social class and current smoking status which were associated with 'healthy eating' status. Women were more than two-and-a-half times as likely to be classi fied as 'healthy eaters' than men; while those from higher income households, those from non-manual households, and non-smokers, were around twice as likely to be so classified in comparison with lower income, manual households and current smokers respectively.
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Street foods are sold in almost every country in the world. Many urban and rural people depend on them for one or more meals each day. This book explores this world of entrepreneurs in developing countries. When all of the participants in the delivery are counted, including local farmers, food processors, and street vendors, one realizes the enormous size of this `industry'. Research conducted by the authors with vendors, local community leaders, and public health officials, worked not only to collect data, but to raise the hygiene of the food that is sold.
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This report expands aggregate lifecycle expenditure analysis by separating generational or cohort effects from aging effects. This is important since different generations or age groups may exhibit expenditure patterns that are the result of higher incomes and/or different tastes and preferences. Ignoring these generational effects produces income and consumption age profiles that can be misleading. With accurate consumption and age profiles, policymakers can gain a better idea of food intake patterns by cohort, and thereby identify groups that may need additional diet and health information. Using survey data to follow eight cohort groups from 1982 through 1995, this study found that: real per capita income increased for all cohorts, except for the very youngest, with a peak in earnings between the ages of 50 and 59; all food categories except for vegetables and sugar and sweets have statistically significant cohort effects; younger cohorts spent less than older cohorts on food at home, meat, poultry, fish, eggs, and dairy products, but more on cereal and bakery goods as well as miscellaneous prepared foods. This study found no evidence that younger cohorts spend more than older cohorts on food away from home.